pax_global_header00006660000000000000000000000064151670764250014527gustar00rootroot0000000000000052 comment=6d5f65a89cb8bdd171ed1e9fdcf62d98e371374f Light.PortableResults-0.2.0/000077500000000000000000000000001516707642500157265ustar00rootroot00000000000000Light.PortableResults-0.2.0/.editorconfig000066400000000000000000003721701516707642500204150ustar00rootroot00000000000000[*] charset = utf-8 trim_trailing_whitespace = true indent_style = space indent_size = 4 insert_final_newline = true [{*.props,*.csproj,*.xml,*.json,*.jsonc,*.yml,*.yaml,*.slnx}] indent_size = 2 [*.cs] csharp_indent_braces = false csharp_indent_switch_labels = true csharp_new_line_before_catch = true csharp_new_line_before_else = true csharp_new_line_before_finally = true csharp_new_line_before_members_in_object_initializers = false csharp_new_line_before_open_brace = all csharp_new_line_between_query_expression_clauses = true csharp_preferred_modifier_order = public, private, protected, internal, file, new, static, abstract, virtual, sealed, readonly, override, extern, unsafe, volatile, async, required:suggestion csharp_prefer_braces = true:none csharp_preserve_single_line_blocks = true csharp_space_after_cast = true csharp_space_after_colon_in_inheritance_clause = true csharp_space_after_comma = true csharp_space_after_dot = false csharp_space_after_keywords_in_control_flow_statements = true csharp_space_after_semicolon_in_for_statement = true csharp_space_around_binary_operators = before_and_after csharp_space_before_colon_in_inheritance_clause = true csharp_space_before_comma = false csharp_space_before_dot = false csharp_space_before_open_square_brackets = false csharp_space_before_semicolon_in_for_statement = false csharp_space_between_empty_square_brackets = false csharp_space_between_method_call_empty_parameter_list_parentheses = false csharp_space_between_method_call_name_and_opening_parenthesis = false csharp_space_between_method_call_parameter_list_parentheses = false csharp_space_between_method_declaration_empty_parameter_list_parentheses = false csharp_space_between_method_declaration_name_and_open_parenthesis = false csharp_space_between_method_declaration_parameter_list_parentheses = false csharp_space_between_parentheses = false csharp_space_between_square_brackets = false csharp_style_expression_bodied_accessors = true:suggestion csharp_style_expression_bodied_constructors = true:none csharp_style_expression_bodied_methods = true:none csharp_style_expression_bodied_properties = true:suggestion csharp_style_namespace_declarations = file_scoped:suggestion csharp_style_prefer_utf8_string_literals = true:suggestion csharp_style_var_elsewhere = true:suggestion csharp_style_var_for_built_in_types = true:suggestion csharp_style_var_when_type_is_apparent = true:suggestion csharp_using_directive_placement = outside_namespace:silent dotnet_diagnostic.bc40000.severity = warning dotnet_diagnostic.bc400005.severity = warning dotnet_diagnostic.bc40008.severity = warning dotnet_diagnostic.bc40056.severity = warning dotnet_diagnostic.bc42016.severity = warning dotnet_diagnostic.bc42024.severity = warning dotnet_diagnostic.bc42025.severity = warning dotnet_diagnostic.bc42104.severity = warning dotnet_diagnostic.bc42105.severity = warning dotnet_diagnostic.bc42106.severity = warning dotnet_diagnostic.bc42107.severity = warning dotnet_diagnostic.bc42304.severity = warning dotnet_diagnostic.bc42309.severity = warning dotnet_diagnostic.bc42322.severity = warning dotnet_diagnostic.bc42349.severity = warning dotnet_diagnostic.bc42353.severity = warning dotnet_diagnostic.bc42354.severity = warning dotnet_diagnostic.bc42355.severity = warning dotnet_diagnostic.bc42356.severity = warning dotnet_diagnostic.bc42358.severity = warning dotnet_diagnostic.bc42380.severity = warning dotnet_diagnostic.bc42504.severity = warning dotnet_diagnostic.bc42505.severity = warning dotnet_diagnostic.ca2252.severity = error dotnet_diagnostic.ca2254.severity = suggestion dotnet_diagnostic.cs0067.severity = warning dotnet_diagnostic.cs0078.severity = warning dotnet_diagnostic.cs0108.severity = warning dotnet_diagnostic.cs0109.severity = warning dotnet_diagnostic.cs0114.severity = warning dotnet_diagnostic.cs0162.severity = warning dotnet_diagnostic.cs0164.severity = warning dotnet_diagnostic.cs0168.severity = warning dotnet_diagnostic.cs0169.severity = warning dotnet_diagnostic.cs0183.severity = warning dotnet_diagnostic.cs0184.severity = warning dotnet_diagnostic.cs0197.severity = warning dotnet_diagnostic.cs0219.severity = warning dotnet_diagnostic.cs0252.severity = warning dotnet_diagnostic.cs0253.severity = warning dotnet_diagnostic.cs0282.severity = warning dotnet_diagnostic.cs0414.severity = warning dotnet_diagnostic.cs0420.severity = warning dotnet_diagnostic.cs0458.severity = warning dotnet_diagnostic.cs0464.severity = warning dotnet_diagnostic.cs0465.severity = warning dotnet_diagnostic.cs0469.severity = warning dotnet_diagnostic.cs0472.severity = warning dotnet_diagnostic.cs0612.severity = warning dotnet_diagnostic.cs0618.severity = warning dotnet_diagnostic.cs0628.severity = warning dotnet_diagnostic.cs0642.severity = warning dotnet_diagnostic.cs0649.severity = warning dotnet_diagnostic.cs0652.severity = warning dotnet_diagnostic.cs0657.severity = warning dotnet_diagnostic.cs0658.severity = warning dotnet_diagnostic.cs0659.severity = warning dotnet_diagnostic.cs0660.severity = warning dotnet_diagnostic.cs0661.severity = warning dotnet_diagnostic.cs0665.severity = warning dotnet_diagnostic.cs0672.severity = warning dotnet_diagnostic.cs0675.severity = warning dotnet_diagnostic.cs0693.severity = warning dotnet_diagnostic.cs0728.severity = warning dotnet_diagnostic.cs0809.severity = warning dotnet_diagnostic.cs1030.severity = warning dotnet_diagnostic.cs1058.severity = warning dotnet_diagnostic.cs1066.severity = warning dotnet_diagnostic.cs1522.severity = warning dotnet_diagnostic.cs1570.severity = warning dotnet_diagnostic.cs1571.severity = warning dotnet_diagnostic.cs1572.severity = warning dotnet_diagnostic.cs1573.severity = warning dotnet_diagnostic.cs1574.severity = warning dotnet_diagnostic.cs1580.severity = warning dotnet_diagnostic.cs1581.severity = warning dotnet_diagnostic.cs1584.severity = warning dotnet_diagnostic.cs1587.severity = warning dotnet_diagnostic.cs1589.severity = warning dotnet_diagnostic.cs1590.severity = warning dotnet_diagnostic.cs1591.severity = warning dotnet_diagnostic.cs1592.severity = warning dotnet_diagnostic.cs1687.severity = warning dotnet_diagnostic.cs1710.severity = warning dotnet_diagnostic.cs1711.severity = warning dotnet_diagnostic.cs1712.severity = warning dotnet_diagnostic.cs1717.severity = warning dotnet_diagnostic.cs1723.severity = warning dotnet_diagnostic.cs1911.severity = warning dotnet_diagnostic.cs1957.severity = warning dotnet_diagnostic.cs1981.severity = warning dotnet_diagnostic.cs1998.severity = warning dotnet_diagnostic.cs4014.severity = warning dotnet_diagnostic.cs4024.severity = warning dotnet_diagnostic.cs4025.severity = warning dotnet_diagnostic.cs4026.severity = warning dotnet_diagnostic.cs7022.severity = warning dotnet_diagnostic.cs7023.severity = warning dotnet_diagnostic.cs7080.severity = warning dotnet_diagnostic.cs7081.severity = warning dotnet_diagnostic.cs7082.severity = warning dotnet_diagnostic.cs7095.severity = warning dotnet_diagnostic.cs8073.severity = warning dotnet_diagnostic.cs8094.severity = warning dotnet_diagnostic.cs8123.severity = warning dotnet_diagnostic.cs8305.severity = warning dotnet_diagnostic.cs8321.severity = warning dotnet_diagnostic.cs8383.severity = warning dotnet_diagnostic.cs8424.severity = warning dotnet_diagnostic.cs8425.severity = warning dotnet_diagnostic.cs8500.severity = warning dotnet_diagnostic.cs8509.severity = warning dotnet_diagnostic.cs8519.severity = warning dotnet_diagnostic.cs8520.severity = warning dotnet_diagnostic.cs8524.severity = warning dotnet_diagnostic.cs8597.severity = warning dotnet_diagnostic.cs8600.severity = warning dotnet_diagnostic.cs8601.severity = warning dotnet_diagnostic.cs8602.severity = warning dotnet_diagnostic.cs8603.severity = warning dotnet_diagnostic.cs8604.severity = warning dotnet_diagnostic.cs8605.severity = warning dotnet_diagnostic.cs8607.severity = warning dotnet_diagnostic.cs8608.severity = warning dotnet_diagnostic.cs8609.severity = warning dotnet_diagnostic.cs8610.severity = warning dotnet_diagnostic.cs8611.severity = warning dotnet_diagnostic.cs8612.severity = warning dotnet_diagnostic.cs8613.severity = warning dotnet_diagnostic.cs8614.severity = warning dotnet_diagnostic.cs8615.severity = warning dotnet_diagnostic.cs8616.severity = warning dotnet_diagnostic.cs8617.severity = warning dotnet_diagnostic.cs8618.severity = warning dotnet_diagnostic.cs8619.severity = warning dotnet_diagnostic.cs8620.severity = warning dotnet_diagnostic.cs8621.severity = warning dotnet_diagnostic.cs8622.severity = warning dotnet_diagnostic.cs8624.severity = warning dotnet_diagnostic.cs8625.severity = warning dotnet_diagnostic.cs8629.severity = warning dotnet_diagnostic.cs8631.severity = warning dotnet_diagnostic.cs8632.severity = warning dotnet_diagnostic.cs8633.severity = warning dotnet_diagnostic.cs8634.severity = warning dotnet_diagnostic.cs8643.severity = warning dotnet_diagnostic.cs8644.severity = warning dotnet_diagnostic.cs8645.severity = warning dotnet_diagnostic.cs8655.severity = warning dotnet_diagnostic.cs8656.severity = warning dotnet_diagnostic.cs8667.severity = warning dotnet_diagnostic.cs8669.severity = warning dotnet_diagnostic.cs8670.severity = warning dotnet_diagnostic.cs8714.severity = warning dotnet_diagnostic.cs8762.severity = warning dotnet_diagnostic.cs8763.severity = warning dotnet_diagnostic.cs8764.severity = warning dotnet_diagnostic.cs8765.severity = warning dotnet_diagnostic.cs8766.severity = warning dotnet_diagnostic.cs8767.severity = warning dotnet_diagnostic.cs8768.severity = warning dotnet_diagnostic.cs8769.severity = warning dotnet_diagnostic.cs8770.severity = warning dotnet_diagnostic.cs8774.severity = warning dotnet_diagnostic.cs8775.severity = warning dotnet_diagnostic.cs8776.severity = warning dotnet_diagnostic.cs8777.severity = warning dotnet_diagnostic.cs8794.severity = warning dotnet_diagnostic.cs8819.severity = warning dotnet_diagnostic.cs8824.severity = warning dotnet_diagnostic.cs8825.severity = warning dotnet_diagnostic.cs8846.severity = warning dotnet_diagnostic.cs8847.severity = warning dotnet_diagnostic.cs8851.severity = warning dotnet_diagnostic.cs8860.severity = warning dotnet_diagnostic.cs8892.severity = warning dotnet_diagnostic.cs8907.severity = warning dotnet_diagnostic.cs8947.severity = warning dotnet_diagnostic.cs8960.severity = warning dotnet_diagnostic.cs8961.severity = warning dotnet_diagnostic.cs8962.severity = warning dotnet_diagnostic.cs8963.severity = warning dotnet_diagnostic.cs8965.severity = warning dotnet_diagnostic.cs8966.severity = warning dotnet_diagnostic.cs8971.severity = warning dotnet_diagnostic.cs8974.severity = warning dotnet_diagnostic.cs8981.severity = warning dotnet_diagnostic.cs9042.severity = warning dotnet_diagnostic.cs9073.severity = warning dotnet_diagnostic.cs9074.severity = warning dotnet_diagnostic.cs9080.severity = warning dotnet_diagnostic.cs9081.severity = warning dotnet_diagnostic.cs9082.severity = warning dotnet_diagnostic.cs9083.severity = warning dotnet_diagnostic.cs9084.severity = warning dotnet_diagnostic.cs9085.severity = warning dotnet_diagnostic.cs9086.severity = warning dotnet_diagnostic.cs9087.severity = warning dotnet_diagnostic.cs9088.severity = warning dotnet_diagnostic.cs9089.severity = warning dotnet_diagnostic.cs9090.severity = warning dotnet_diagnostic.cs9091.severity = warning dotnet_diagnostic.cs9092.severity = warning dotnet_diagnostic.cs9093.severity = warning dotnet_diagnostic.cs9094.severity = warning dotnet_diagnostic.cs9095.severity = warning dotnet_diagnostic.cs9097.severity = warning dotnet_diagnostic.cs9099.severity = warning dotnet_diagnostic.cs9100.severity = warning dotnet_diagnostic.cs9107.severity = warning dotnet_diagnostic.cs9113.severity = warning dotnet_diagnostic.cs9123.severity = warning dotnet_diagnostic.cs9124.severity = warning dotnet_diagnostic.cs9154.severity = warning dotnet_diagnostic.cs9158.severity = warning dotnet_diagnostic.cs9159.severity = warning dotnet_diagnostic.cs9179.severity = warning dotnet_diagnostic.cs9181.severity = warning dotnet_diagnostic.cs9182.severity = warning dotnet_diagnostic.cs9183.severity = warning dotnet_diagnostic.cs9184.severity = warning dotnet_diagnostic.cs9191.severity = warning dotnet_diagnostic.cs9192.severity = warning dotnet_diagnostic.cs9193.severity = warning dotnet_diagnostic.cs9195.severity = warning dotnet_diagnostic.cs9196.severity = warning dotnet_diagnostic.cs9197.severity = warning dotnet_diagnostic.cs9198.severity = warning dotnet_diagnostic.cs9200.severity = warning dotnet_diagnostic.cs9204.severity = warning dotnet_diagnostic.cs9208.severity = warning dotnet_diagnostic.cs9209.severity = warning dotnet_diagnostic.cs9216.severity = warning dotnet_diagnostic.cs9256.severity = warning dotnet_diagnostic.cs9258.severity = warning dotnet_diagnostic.cs9264.severity = warning dotnet_diagnostic.fs0020.severity = warning dotnet_diagnostic.fs0025.severity = warning dotnet_diagnostic.fs0026.severity = warning dotnet_diagnostic.fs0066.severity = warning dotnet_diagnostic.fs0067.severity = warning dotnet_diagnostic.fs0104.severity = warning dotnet_diagnostic.fs0193.severity = warning dotnet_diagnostic.fs0524.severity = warning dotnet_diagnostic.fs1182.severity = warning dotnet_diagnostic.fs1183.severity = warning dotnet_diagnostic.fs3218.severity = warning dotnet_diagnostic.fs3390.severity = warning dotnet_diagnostic.fs3520.severity = warning dotnet_diagnostic.wme006.severity = warning dotnet_naming_rule.constants_rule.import_to_resharper = True dotnet_naming_rule.constants_rule.resharper_description = Constant fields (not private) dotnet_naming_rule.constants_rule.resharper_guid = 669e5282-fb4b-4e90-91e7-07d269d04b60 dotnet_naming_rule.constants_rule.severity = warning dotnet_naming_rule.constants_rule.style = upper_camel_case_style dotnet_naming_rule.constants_rule.symbols = constants_symbols dotnet_naming_rule.enum_member_rule.import_to_resharper = True dotnet_naming_rule.enum_member_rule.resharper_description = Enum members dotnet_naming_rule.enum_member_rule.resharper_guid = 8b8504e3-f0be-4c14-9103-c732f2bddc15 dotnet_naming_rule.enum_member_rule.severity = warning dotnet_naming_rule.enum_member_rule.style = upper_camel_case_style dotnet_naming_rule.enum_member_rule.symbols = enum_member_symbols dotnet_naming_rule.event_rule.import_to_resharper = True dotnet_naming_rule.event_rule.resharper_description = Events dotnet_naming_rule.event_rule.resharper_guid = 0c4c6401-2a1f-4db1-a21f-562f51542cf8 dotnet_naming_rule.event_rule.severity = warning dotnet_naming_rule.event_rule.style = upper_camel_case_style dotnet_naming_rule.event_rule.symbols = event_symbols dotnet_naming_rule.interfaces_rule.import_to_resharper = True dotnet_naming_rule.interfaces_rule.resharper_description = Interfaces dotnet_naming_rule.interfaces_rule.resharper_exclusive_prefixes_suffixes = true dotnet_naming_rule.interfaces_rule.resharper_guid = a7a3339e-4e89-4319-9735-a9dc4cb74cc7 dotnet_naming_rule.interfaces_rule.severity = warning dotnet_naming_rule.interfaces_rule.style = i_upper_camel_case_style dotnet_naming_rule.interfaces_rule.symbols = interfaces_symbols dotnet_naming_rule.locals_rule.import_to_resharper = True dotnet_naming_rule.locals_rule.resharper_description = Local variables dotnet_naming_rule.locals_rule.resharper_guid = 61a991a4-d0a3-4d19-90a5-f8f4d75c30c1 dotnet_naming_rule.locals_rule.severity = warning dotnet_naming_rule.locals_rule.style = lower_camel_case_style_1 dotnet_naming_rule.locals_rule.symbols = locals_symbols dotnet_naming_rule.local_constants_rule.import_to_resharper = True dotnet_naming_rule.local_constants_rule.resharper_description = Local constants dotnet_naming_rule.local_constants_rule.resharper_guid = a4f433b8-abcd-4e55-a08f-82e78cef0f0c dotnet_naming_rule.local_constants_rule.severity = warning dotnet_naming_rule.local_constants_rule.style = lower_camel_case_style_1 dotnet_naming_rule.local_constants_rule.symbols = local_constants_symbols dotnet_naming_rule.local_functions_rule.import_to_resharper = True dotnet_naming_rule.local_functions_rule.resharper_description = Local functions dotnet_naming_rule.local_functions_rule.resharper_guid = 76f79b1e-ece7-4df2-a322-1bd7fea25eb7 dotnet_naming_rule.local_functions_rule.severity = warning dotnet_naming_rule.local_functions_rule.style = upper_camel_case_style dotnet_naming_rule.local_functions_rule.symbols = local_functions_symbols dotnet_naming_rule.method_rule.import_to_resharper = True dotnet_naming_rule.method_rule.resharper_description = Methods dotnet_naming_rule.method_rule.resharper_guid = 8284009d-e743-4d89-9402-a5bf9a89b657 dotnet_naming_rule.method_rule.severity = warning dotnet_naming_rule.method_rule.style = upper_camel_case_style dotnet_naming_rule.method_rule.symbols = method_symbols dotnet_naming_rule.parameters_rule.import_to_resharper = True dotnet_naming_rule.parameters_rule.resharper_description = Parameters dotnet_naming_rule.parameters_rule.resharper_guid = 8a85b61a-1024-4f87-b9ef-1fdae19930a1 dotnet_naming_rule.parameters_rule.severity = warning dotnet_naming_rule.parameters_rule.style = lower_camel_case_style_1 dotnet_naming_rule.parameters_rule.symbols = parameters_symbols dotnet_naming_rule.private_constants_rule.import_to_resharper = True dotnet_naming_rule.private_constants_rule.resharper_description = Constant fields (private) dotnet_naming_rule.private_constants_rule.resharper_guid = 236f7aa5-7b06-43ca-bf2a-9b31bfcff09a dotnet_naming_rule.private_constants_rule.severity = warning dotnet_naming_rule.private_constants_rule.style = upper_camel_case_style dotnet_naming_rule.private_constants_rule.symbols = private_constants_symbols dotnet_naming_rule.private_instance_fields_rule.import_to_resharper = True dotnet_naming_rule.private_instance_fields_rule.resharper_description = Instance fields (private) dotnet_naming_rule.private_instance_fields_rule.resharper_exclusive_prefixes_suffixes = true dotnet_naming_rule.private_instance_fields_rule.resharper_guid = 4a98fdf6-7d98-4f5a-afeb-ea44ad98c70c dotnet_naming_rule.private_instance_fields_rule.severity = warning dotnet_naming_rule.private_instance_fields_rule.style = lower_camel_case_style dotnet_naming_rule.private_instance_fields_rule.symbols = private_instance_fields_symbols dotnet_naming_rule.private_static_fields_rule.import_to_resharper = True dotnet_naming_rule.private_static_fields_rule.resharper_description = Static fields (private) dotnet_naming_rule.private_static_fields_rule.resharper_exclusive_prefixes_suffixes = true dotnet_naming_rule.private_static_fields_rule.resharper_guid = f9fce829-e6f4-4cb2-80f1-5497c44f51df dotnet_naming_rule.private_static_fields_rule.severity = warning dotnet_naming_rule.private_static_fields_rule.style = lower_camel_case_style dotnet_naming_rule.private_static_fields_rule.symbols = private_static_fields_symbols dotnet_naming_rule.private_static_readonly_rule.import_to_resharper = True dotnet_naming_rule.private_static_readonly_rule.resharper_description = Static readonly fields (private) dotnet_naming_rule.private_static_readonly_rule.resharper_guid = 15b5b1f1-457c-4ca6-b278-5615aedc07d3 dotnet_naming_rule.private_static_readonly_rule.severity = warning dotnet_naming_rule.private_static_readonly_rule.style = upper_camel_case_style dotnet_naming_rule.private_static_readonly_rule.symbols = private_static_readonly_symbols dotnet_naming_rule.property_rule.import_to_resharper = True dotnet_naming_rule.property_rule.resharper_description = Properties dotnet_naming_rule.property_rule.resharper_guid = c85a0503-4de2-40f1-9cd6-a4054c05d384 dotnet_naming_rule.property_rule.severity = warning dotnet_naming_rule.property_rule.style = upper_camel_case_style dotnet_naming_rule.property_rule.symbols = property_symbols dotnet_naming_rule.public_fields_rule.import_to_resharper = True dotnet_naming_rule.public_fields_rule.resharper_description = Instance fields (not private) dotnet_naming_rule.public_fields_rule.resharper_guid = 53eecf85-d821-40e8-ac97-fdb734542b84 dotnet_naming_rule.public_fields_rule.severity = warning dotnet_naming_rule.public_fields_rule.style = upper_camel_case_style dotnet_naming_rule.public_fields_rule.symbols = public_fields_symbols dotnet_naming_rule.public_static_fields_rule.import_to_resharper = True dotnet_naming_rule.public_static_fields_rule.resharper_description = Static fields (not private) dotnet_naming_rule.public_static_fields_rule.resharper_guid = 70345118-4b40-4ece-937c-bbeb7a0b2e70 dotnet_naming_rule.public_static_fields_rule.severity = warning dotnet_naming_rule.public_static_fields_rule.style = upper_camel_case_style dotnet_naming_rule.public_static_fields_rule.symbols = public_static_fields_symbols dotnet_naming_rule.static_readonly_rule.import_to_resharper = True dotnet_naming_rule.static_readonly_rule.resharper_description = Static readonly fields (not private) dotnet_naming_rule.static_readonly_rule.resharper_guid = c873eafb-d57f-481d-8c93-77f6863c2f88 dotnet_naming_rule.static_readonly_rule.severity = warning dotnet_naming_rule.static_readonly_rule.style = upper_camel_case_style dotnet_naming_rule.static_readonly_rule.symbols = static_readonly_symbols dotnet_naming_rule.types_and_namespaces_rule.import_to_resharper = True dotnet_naming_rule.types_and_namespaces_rule.resharper_description = Types and namespaces dotnet_naming_rule.types_and_namespaces_rule.resharper_guid = a0b4bc4d-d13b-4a37-b37e-c9c6864e4302 dotnet_naming_rule.types_and_namespaces_rule.severity = warning dotnet_naming_rule.types_and_namespaces_rule.style = upper_camel_case_style dotnet_naming_rule.types_and_namespaces_rule.symbols = types_and_namespaces_symbols dotnet_naming_rule.type_parameters_rule.import_to_resharper = True dotnet_naming_rule.type_parameters_rule.resharper_description = Type parameters dotnet_naming_rule.type_parameters_rule.resharper_exclusive_prefixes_suffixes = true dotnet_naming_rule.type_parameters_rule.resharper_guid = 2c62818f-621b-4425-adc9-78611099bfcb dotnet_naming_rule.type_parameters_rule.severity = warning dotnet_naming_rule.type_parameters_rule.style = t_upper_camel_case_style dotnet_naming_rule.type_parameters_rule.symbols = type_parameters_symbols dotnet_naming_rule.unity_serialized_field_rule.import_to_resharper = True dotnet_naming_rule.unity_serialized_field_rule.resharper_description = Unity serialized field dotnet_naming_rule.unity_serialized_field_rule.resharper_guid = 5f0fdb63-c892-4d2c-9324-15c80b22a7ef dotnet_naming_rule.unity_serialized_field_rule.severity = warning dotnet_naming_rule.unity_serialized_field_rule.style = lower_camel_case_style_1 dotnet_naming_rule.unity_serialized_field_rule.symbols = unity_serialized_field_symbols dotnet_naming_style.i_upper_camel_case_style.capitalization = pascal_case dotnet_naming_style.i_upper_camel_case_style.required_prefix = I dotnet_naming_style.lower_camel_case_style.capitalization = camel_case dotnet_naming_style.lower_camel_case_style.required_prefix = _ dotnet_naming_style.lower_camel_case_style_1.capitalization = camel_case dotnet_naming_style.t_upper_camel_case_style.capitalization = pascal_case dotnet_naming_style.t_upper_camel_case_style.required_prefix = T dotnet_naming_style.upper_camel_case_style.capitalization = pascal_case dotnet_naming_symbols.constants_symbols.applicable_accessibilities = public, internal, protected, protected_internal, private_protected dotnet_naming_symbols.constants_symbols.applicable_kinds = field dotnet_naming_symbols.constants_symbols.required_modifiers = const dotnet_naming_symbols.constants_symbols.resharper_applicable_kinds = constant_field dotnet_naming_symbols.constants_symbols.resharper_required_modifiers = any dotnet_naming_symbols.enum_member_symbols.applicable_accessibilities = * dotnet_naming_symbols.enum_member_symbols.applicable_kinds = dotnet_naming_symbols.enum_member_symbols.resharper_applicable_kinds = enum_member dotnet_naming_symbols.enum_member_symbols.resharper_required_modifiers = any dotnet_naming_symbols.event_symbols.applicable_accessibilities = * dotnet_naming_symbols.event_symbols.applicable_kinds = event dotnet_naming_symbols.event_symbols.resharper_applicable_kinds = event dotnet_naming_symbols.event_symbols.resharper_required_modifiers = any dotnet_naming_symbols.interfaces_symbols.applicable_accessibilities = * dotnet_naming_symbols.interfaces_symbols.applicable_kinds = interface dotnet_naming_symbols.interfaces_symbols.resharper_applicable_kinds = interface dotnet_naming_symbols.interfaces_symbols.resharper_required_modifiers = any dotnet_naming_symbols.locals_symbols.applicable_accessibilities = * dotnet_naming_symbols.locals_symbols.applicable_kinds = local dotnet_naming_symbols.locals_symbols.resharper_applicable_kinds = local_variable dotnet_naming_symbols.locals_symbols.resharper_required_modifiers = any dotnet_naming_symbols.local_constants_symbols.applicable_accessibilities = * dotnet_naming_symbols.local_constants_symbols.applicable_kinds = local dotnet_naming_symbols.local_constants_symbols.required_modifiers = const dotnet_naming_symbols.local_constants_symbols.resharper_applicable_kinds = local_constant dotnet_naming_symbols.local_constants_symbols.resharper_required_modifiers = any dotnet_naming_symbols.local_functions_symbols.applicable_accessibilities = * dotnet_naming_symbols.local_functions_symbols.applicable_kinds = local_function dotnet_naming_symbols.local_functions_symbols.resharper_applicable_kinds = local_function dotnet_naming_symbols.local_functions_symbols.resharper_required_modifiers = any dotnet_naming_symbols.method_symbols.applicable_accessibilities = * dotnet_naming_symbols.method_symbols.applicable_kinds = method dotnet_naming_symbols.method_symbols.resharper_applicable_kinds = method dotnet_naming_symbols.method_symbols.resharper_required_modifiers = any dotnet_naming_symbols.parameters_symbols.applicable_accessibilities = * dotnet_naming_symbols.parameters_symbols.applicable_kinds = parameter dotnet_naming_symbols.parameters_symbols.resharper_applicable_kinds = parameter dotnet_naming_symbols.parameters_symbols.resharper_required_modifiers = any dotnet_naming_symbols.private_constants_symbols.applicable_accessibilities = private dotnet_naming_symbols.private_constants_symbols.applicable_kinds = field dotnet_naming_symbols.private_constants_symbols.required_modifiers = const dotnet_naming_symbols.private_constants_symbols.resharper_applicable_kinds = constant_field dotnet_naming_symbols.private_constants_symbols.resharper_required_modifiers = any dotnet_naming_symbols.private_instance_fields_symbols.applicable_accessibilities = private dotnet_naming_symbols.private_instance_fields_symbols.applicable_kinds = field dotnet_naming_symbols.private_instance_fields_symbols.resharper_applicable_kinds = field, readonly_field dotnet_naming_symbols.private_instance_fields_symbols.resharper_required_modifiers = instance dotnet_naming_symbols.private_static_fields_symbols.applicable_accessibilities = private dotnet_naming_symbols.private_static_fields_symbols.applicable_kinds = field dotnet_naming_symbols.private_static_fields_symbols.required_modifiers = static dotnet_naming_symbols.private_static_fields_symbols.resharper_applicable_kinds = field dotnet_naming_symbols.private_static_fields_symbols.resharper_required_modifiers = static dotnet_naming_symbols.private_static_readonly_symbols.applicable_accessibilities = private dotnet_naming_symbols.private_static_readonly_symbols.applicable_kinds = field dotnet_naming_symbols.private_static_readonly_symbols.required_modifiers = readonly, static dotnet_naming_symbols.private_static_readonly_symbols.resharper_applicable_kinds = readonly_field dotnet_naming_symbols.private_static_readonly_symbols.resharper_required_modifiers = static dotnet_naming_symbols.property_symbols.applicable_accessibilities = * dotnet_naming_symbols.property_symbols.applicable_kinds = property dotnet_naming_symbols.property_symbols.resharper_applicable_kinds = property dotnet_naming_symbols.property_symbols.resharper_required_modifiers = any dotnet_naming_symbols.public_fields_symbols.applicable_accessibilities = public, internal, protected, protected_internal, private_protected dotnet_naming_symbols.public_fields_symbols.applicable_kinds = field dotnet_naming_symbols.public_fields_symbols.resharper_applicable_kinds = field, readonly_field dotnet_naming_symbols.public_fields_symbols.resharper_required_modifiers = instance dotnet_naming_symbols.public_static_fields_symbols.applicable_accessibilities = public, internal, protected, protected_internal, private_protected dotnet_naming_symbols.public_static_fields_symbols.applicable_kinds = field dotnet_naming_symbols.public_static_fields_symbols.required_modifiers = static dotnet_naming_symbols.public_static_fields_symbols.resharper_applicable_kinds = field dotnet_naming_symbols.public_static_fields_symbols.resharper_required_modifiers = static dotnet_naming_symbols.static_readonly_symbols.applicable_accessibilities = public, internal, protected, protected_internal, private_protected dotnet_naming_symbols.static_readonly_symbols.applicable_kinds = field dotnet_naming_symbols.static_readonly_symbols.required_modifiers = readonly, static dotnet_naming_symbols.static_readonly_symbols.resharper_applicable_kinds = readonly_field dotnet_naming_symbols.static_readonly_symbols.resharper_required_modifiers = static dotnet_naming_symbols.types_and_namespaces_symbols.applicable_accessibilities = * dotnet_naming_symbols.types_and_namespaces_symbols.applicable_kinds = class, delegate, enum, namespace, struct dotnet_naming_symbols.types_and_namespaces_symbols.resharper_applicable_kinds = namespace, class, struct, enum, delegate dotnet_naming_symbols.types_and_namespaces_symbols.resharper_required_modifiers = any dotnet_naming_symbols.type_parameters_symbols.applicable_accessibilities = * dotnet_naming_symbols.type_parameters_symbols.applicable_kinds = type_parameter dotnet_naming_symbols.type_parameters_symbols.resharper_applicable_kinds = type_parameter dotnet_naming_symbols.type_parameters_symbols.resharper_required_modifiers = any dotnet_naming_symbols.unity_serialized_field_symbols.applicable_accessibilities = * dotnet_naming_symbols.unity_serialized_field_symbols.applicable_kinds = dotnet_naming_symbols.unity_serialized_field_symbols.resharper_applicable_kinds = unity_serialised_field dotnet_naming_symbols.unity_serialized_field_symbols.resharper_required_modifiers = instance dotnet_separate_import_directive_groups = false dotnet_sort_system_directives_first = true dotnet_style_parentheses_in_arithmetic_binary_operators = never_if_unnecessary:none dotnet_style_parentheses_in_other_binary_operators = always_for_clarity:none dotnet_style_parentheses_in_relational_binary_operators = never_if_unnecessary:none dotnet_style_predefined_type_for_locals_parameters_members = true:suggestion dotnet_style_predefined_type_for_member_access = true:suggestion dotnet_style_qualification_for_event = false:suggestion dotnet_style_qualification_for_field = false:suggestion dotnet_style_qualification_for_method = false:suggestion dotnet_style_qualification_for_property = false:suggestion dotnet_style_require_accessibility_modifiers = for_non_interface_members:suggestion fsharp_align_function_signature_to_indentation = false fsharp_alternative_long_member_definitions = false fsharp_indent_on_try_with = false fsharp_keep_if_then_in_same_line = false fsharp_max_array_or_list_width = 80 fsharp_max_elmish_width = 40 fsharp_max_function_binding_width = 40 fsharp_max_if_then_else_short_width = 60 fsharp_max_infix_operator_expression = 80 fsharp_max_record_width = 40 fsharp_max_value_binding_width = 80 fsharp_multiline_block_brackets_on_same_column = false fsharp_multi_line_lambda_closing_newline = false fsharp_newline_between_type_definition_and_members = true fsharp_semicolon_at_end_of_line = false fsharp_single_argument_web_mode = false fsharp_space_after_comma = true fsharp_space_after_semicolon = true fsharp_space_around_delimiter = true fsharp_space_before_class_constructor = false fsharp_space_before_colon = false fsharp_space_before_lowercase_invocation = true fsharp_space_before_member = false fsharp_space_before_parameter = true fsharp_space_before_semicolon = false fsharp_space_before_uppercase_invocation = false # ReSharper properties resharper_alignment_tab_fill_style = use_spaces resharper_align_first_arg_by_paren = false resharper_align_linq_query = true resharper_align_multiline_argument = true resharper_align_multiline_array_and_object_initializer = false resharper_align_multiline_array_initializer = true resharper_align_multiline_binary_patterns = true resharper_align_multiline_comments = true resharper_align_multiline_ctor_init = true resharper_align_multiline_expression_braces = false resharper_align_multiline_extends_list = true resharper_align_multiline_for_stmt = true resharper_align_multiline_implements_list = true resharper_align_multiline_list_pattern = false resharper_align_multiline_parameter = true resharper_align_multiline_property_pattern = false resharper_align_multiline_statement_conditions = true resharper_align_multiline_switch_expression = false resharper_align_multiline_type_argument = true resharper_align_multiline_type_parameter = true resharper_align_multiline_type_parameter_constraints = true resharper_align_multiline_type_parameter_list = true resharper_align_multiple_declaration = true resharper_align_ternary = align_not_nested resharper_align_tuple_components = true resharper_allow_alias = true resharper_allow_comment_after_lbrace = false resharper_allow_far_alignment = false resharper_allow_high_precedence_app_parens = true resharper_always_use_end_of_line_brace_style = false resharper_apply_auto_detected_rules = false resharper_apply_on_completion = false resharper_arguments_anonymous_function = positional resharper_arguments_literal = positional resharper_arguments_named = positional resharper_arguments_other = positional resharper_arguments_skip_single = false resharper_arguments_string_literal = positional resharper_attribute_style = do_not_touch resharper_autodetect_indent_settings = true resharper_blank_lines_after_access_specifier = 0 resharper_blank_lines_after_block_statements = 1 resharper_blank_lines_after_case = 0 resharper_blank_lines_after_control_transfer_statements = 0 resharper_blank_lines_after_file_scoped_namespace_directive = 1 resharper_blank_lines_after_imports = 1 resharper_blank_lines_after_multiline_statements = 0 resharper_blank_lines_after_options = 1 resharper_blank_lines_after_start_comment = 1 resharper_blank_lines_after_using_list = 1 resharper_blank_lines_around_accessor = 0 resharper_blank_lines_around_auto_property = 1 resharper_blank_lines_around_block_case_section = 0 resharper_blank_lines_around_class_definition = 1 resharper_blank_lines_around_different_module_member_kinds = 1 resharper_blank_lines_around_field = 1 resharper_blank_lines_around_function_declaration = 0 resharper_blank_lines_around_function_definition = 1 resharper_blank_lines_around_global_attribute = 0 resharper_blank_lines_around_invocable = 1 resharper_blank_lines_around_local_method = 1 resharper_blank_lines_around_multiline_case_section = 0 resharper_blank_lines_around_multiline_module_members = 1 resharper_blank_lines_around_namespace = 1 resharper_blank_lines_around_other_declaration = 0 resharper_blank_lines_around_property = 1 resharper_blank_lines_around_razor_functions = 1 resharper_blank_lines_around_razor_helpers = 1 resharper_blank_lines_around_razor_sections = 1 resharper_blank_lines_around_region = 1 resharper_blank_lines_around_single_line_accessor = 0 resharper_blank_lines_around_single_line_auto_property = 0 resharper_blank_lines_around_single_line_field = 0 resharper_blank_lines_around_single_line_function_definition = 0 resharper_blank_lines_around_single_line_invocable = 0 resharper_blank_lines_around_single_line_local_method = 0 resharper_blank_lines_around_single_line_module_member = 0 resharper_blank_lines_around_single_line_property = 0 resharper_blank_lines_around_single_line_type = 1 resharper_blank_lines_around_type = 1 resharper_blank_lines_before_access_specifier = 1 resharper_blank_lines_before_block_statements = 0 resharper_blank_lines_before_case = 0 resharper_blank_lines_before_control_transfer_statements = 0 resharper_blank_lines_before_first_module_member_in_nested_module = 0 resharper_blank_lines_before_first_module_member_in_top_level_module = 1 resharper_blank_lines_before_multiline_statements = 0 resharper_blank_lines_before_single_line_comment = 0 resharper_blank_lines_inside_namespace = 0 resharper_blank_lines_inside_region = 1 resharper_blank_lines_inside_type = 0 resharper_blank_line_after_pi = true resharper_blank_line_around_top_level_modules = 2 resharper_braces_redundant = true resharper_break_template_declaration = line_break resharper_builtin_type_apply_to_native_integer = false resharper_can_use_global_alias = true resharper_configure_await_analysis_mode = disabled resharper_continuous_indent_multiplier = 1 resharper_continuous_line_indent = single resharper_csharp_align_multiline_binary_expressions_chain = true resharper_csharp_align_multiline_calls_chain = false resharper_csharp_align_multiline_expression = false resharper_csharp_empty_block_style = together_same_line resharper_csharp_insert_final_newline = true resharper_csharp_keep_nontrivial_alias = false resharper_csharp_max_enum_members_on_line = 1 resharper_csharp_max_line_length = 120 resharper_csharp_new_line_before_while = false resharper_csharp_outdent_commas = true resharper_csharp_outdent_dots = true resharper_csharp_prefer_qualified_reference = false resharper_csharp_space_after_unary_operator = false resharper_csharp_stick_comment = false resharper_csharp_wrap_after_declaration_lpar = true resharper_csharp_wrap_after_invocation_lpar = true resharper_csharp_wrap_arguments_style = chop_if_long resharper_csharp_wrap_before_declaration_rpar = true resharper_csharp_wrap_before_first_type_parameter_constraint = true resharper_csharp_wrap_before_invocation_rpar = true resharper_csharp_wrap_before_ternary_opsigns = false resharper_csharp_wrap_extends_list_style = chop_if_long resharper_csharp_wrap_lines = true resharper_csharp_wrap_multiple_declaration_style = chop_always resharper_csharp_wrap_parameters_style = chop_if_long resharper_cxxcli_property_declaration_braces = next_line resharper_declaration_body_on_the_same_line = if_owner_is_single_line resharper_default_exception_variable_name = e resharper_default_value_when_type_evident = default_literal resharper_default_value_when_type_not_evident = default_literal resharper_delete_quotes_from_solid_values = false resharper_disable_blank_line_changes = false resharper_disable_formatter = false resharper_disable_indenter = false resharper_disable_int_align = false resharper_disable_line_break_changes = false resharper_disable_line_break_removal = false resharper_disable_space_changes = false resharper_disable_space_changes_before_trailing_comment = false resharper_dont_remove_extra_blank_lines = false resharper_enable_slate_format = true resharper_enable_wrapping = false resharper_enforce_line_ending_style = false resharper_event_handler_pattern_long = $object$On$event$ resharper_event_handler_pattern_short = On$event$ resharper_export_declaration_braces = next_line resharper_expression_braces = inside resharper_expression_pars = inside resharper_extra_spaces = remove_all resharper_force_attribute_style = separate resharper_force_chop_compound_do_expression = false resharper_force_chop_compound_if_expression = false resharper_force_chop_compound_while_expression = false resharper_formatter_off_tag = @formatter:off resharper_formatter_on_tag = @formatter:on resharper_formatter_tags_accept_regexp = false resharper_formatter_tags_enabled = true resharper_format_leading_spaces_decl = false resharper_free_block_braces = next_line resharper_fsharp_empty_block_style = together_same_line resharper_fsharp_insert_final_newline = false resharper_fsharp_max_line_length = 120 resharper_fsharp_stick_comment = true resharper_fsharp_type_declaration_braces = pico resharper_fsharp_wrap_lines = true resharper_function_declaration_return_type_style = do_not_change resharper_function_definition_return_type_style = do_not_change resharper_generator_mode = false resharper_html_attribute_indent = align_by_first_attribute resharper_html_insert_final_newline = false resharper_html_linebreak_before_elements = body, div, p, form, h1, h2, h3 resharper_html_linebreak_before_multiline_elements = true resharper_html_max_blank_lines_between_tags = 2 resharper_html_max_line_length = 120 resharper_html_pi_attribute_style = on_single_line resharper_html_space_before_self_closing = false resharper_html_wrap_lines = true resharper_ignore_space_preservation = false resharper_include_prefix_comment_in_indent = false resharper_indent_access_specifiers_from_class = false resharper_indent_aligned_ternary = true resharper_indent_anonymous_method_block = false resharper_indent_braces_inside_statement_conditions = true resharper_indent_break_from_case = true resharper_indent_case_from_select = true resharper_indent_class_members_from_access_specifiers = false resharper_indent_comment = true resharper_indent_export_declaration_members = true resharper_indent_goto_labels = true resharper_indent_inside_namespace = true resharper_indent_invocation_pars = inside resharper_indent_member_initializer_list = true resharper_indent_method_decl_pars = inside resharper_indent_nested_fixed_stmt = false resharper_indent_nested_foreach_stmt = true resharper_indent_nested_for_stmt = true resharper_indent_nested_lock_stmt = false resharper_indent_nested_usings_stmt = false resharper_indent_nested_while_stmt = true resharper_indent_pars = inside resharper_indent_preprocessor_directives = none resharper_indent_preprocessor_if = no_indent resharper_indent_preprocessor_other = no_indent resharper_indent_preprocessor_region = no_indent resharper_indent_primary_constructor_decl_pars = inside resharper_indent_raw_literal_string = align resharper_indent_statement_pars = inside resharper_indent_typearg_angles = inside resharper_indent_typeparam_angles = inside resharper_indent_type_constraints = true resharper_indent_wrapped_function_names = false resharper_instance_members_qualify_declared_in = this_class, base_class resharper_int_align = false resharper_int_align_bitfield_sizes = false resharper_int_align_comments = false resharper_int_align_declaration_names = false resharper_int_align_enum_initializers = false resharper_int_align_eq = false resharper_int_align_fix_in_adjacent = true resharper_keep_blank_lines_in_code = 2 resharper_keep_blank_lines_in_declarations = 2 resharper_keep_existing_attribute_arrangement = false resharper_keep_existing_declaration_parens_arrangement = true resharper_keep_existing_embedded_arrangement = true resharper_keep_existing_enum_arrangement = true resharper_keep_existing_expr_member_arrangement = true resharper_keep_existing_invocation_parens_arrangement = true resharper_keep_existing_line_break_before_declaration_body = true resharper_keep_existing_list_patterns_arrangement = true resharper_keep_existing_primary_constructor_declaration_parens_arrangement = true resharper_keep_existing_property_patterns_arrangement = true resharper_keep_existing_switch_expression_arrangement = false resharper_keep_max_blank_line_around_module_members = 2 resharper_keep_user_linebreaks = true resharper_keep_user_wrapping = true resharper_labeled_statement_style = line_break resharper_linebreaks_around_razor_statements = true resharper_linebreaks_inside_tags_for_elements_longer_than = 2147483647 resharper_linebreaks_inside_tags_for_elements_with_child_elements = true resharper_linebreaks_inside_tags_for_multiline_elements = true resharper_linebreak_before_all_elements = false resharper_linebreak_before_singleline_elements = false resharper_line_break_after_colon_in_member_initializer_lists = do_not_change resharper_line_break_after_comma_in_member_initializer_lists = false resharper_line_break_after_deref_in_trailing_return_types = do_not_change resharper_line_break_after_init_statement = do_not_change resharper_line_break_after_type_repr_access_modifier = true resharper_line_break_before_comma_in_member_initializer_lists = false resharper_line_break_before_deref_in_trailing_return_types = do_not_change resharper_line_break_before_function_try_block = do_not_change resharper_line_break_before_requires_clause = do_not_change resharper_linkage_specification_braces = end_of_line resharper_linkage_specification_indentation = none resharper_local_function_body = expression_body resharper_macro_block_begin = resharper_macro_block_end = resharper_max_array_initializer_elements_on_line = 10000 resharper_max_attribute_length_for_same_line = 90 resharper_max_formal_parameters_on_line = 10000 resharper_max_initializer_elements_on_line = 10000 resharper_max_invocation_arguments_on_line = 10000 resharper_max_primary_constructor_parameters_on_line = 10000 resharper_member_initializer_list_style = do_not_change resharper_namespace_declaration_braces = next_line resharper_namespace_indentation = all resharper_nested_ternary_style = compact resharper_never_outdent_pipe_operators = true resharper_new_line_before_catch = true resharper_new_line_before_else = true resharper_new_line_before_enumerators = true resharper_normalize_tag_names = false resharper_no_indent_inside_elements = html, body, thead, tbody, tfoot resharper_no_indent_inside_if_element_longer_than = 200 resharper_null_checking_pattern_style = not_null_pattern resharper_object_creation_when_type_evident = target_typed resharper_object_creation_when_type_not_evident = explicitly_typed resharper_old_engine = false resharper_outdent_binary_operators = true resharper_outdent_binary_ops = true resharper_outdent_binary_pattern_ops = true resharper_outdent_namespace_member = false resharper_outdent_statement_labels = false resharper_outdent_ternary_ops = false resharper_parentheses_non_obvious_operations = none, shift, bitwise_and, bitwise_exclusive_or, bitwise_inclusive_or, bitwise resharper_parentheses_redundancy_style = remove_if_not_clarifies_precedence resharper_parentheses_same_type_operations = false resharper_pi_attributes_indent = align_by_first_attribute resharper_place_accessorholder_attribute_on_same_line = false resharper_place_accessor_attribute_on_same_line = if_owner_is_single_line resharper_place_comments_at_first_column = false resharper_place_constructor_initializer_on_same_line = true resharper_place_event_attribute_on_same_line = false resharper_place_expr_accessor_on_single_line = if_owner_is_single_line resharper_place_expr_method_on_single_line = if_owner_is_single_line resharper_place_expr_property_on_single_line = if_owner_is_single_line resharper_place_field_attribute_on_same_line = false resharper_place_linq_into_on_new_line = false resharper_place_method_attribute_on_same_line = false resharper_place_namespace_definitions_on_same_line = false resharper_place_primary_constructor_initializer_on_same_line = true resharper_place_property_attribute_on_same_line = false resharper_place_record_field_attribute_on_same_line = true resharper_place_simple_case_statement_on_same_line = if_owner_is_single_line resharper_place_simple_embedded_statement_on_same_line = false resharper_place_simple_initializer_on_single_line = true resharper_place_simple_list_pattern_on_single_line = true resharper_place_simple_property_pattern_on_single_line = true resharper_place_simple_switch_expression_on_single_line = false resharper_place_single_method_argument_lambda_on_same_line = false resharper_place_type_attribute_on_same_line = false resharper_place_type_constraints_on_same_line = true resharper_prefer_explicit_discard_declaration = false resharper_prefer_separate_deconstructed_variables_declaration = false resharper_prefer_wrap_around_eq = default resharper_preserve_spaces_inside_tags = pre, textarea resharper_qualified_using_at_nested_scope = false resharper_quote_style = doublequoted resharper_razor_prefer_qualified_reference = true resharper_remove_blank_lines_near_braces = false resharper_remove_blank_lines_near_braces_in_code = true resharper_remove_blank_lines_near_braces_in_declarations = true resharper_remove_only_unused_aliases = true resharper_remove_spaces_on_blank_lines = true resharper_remove_this_qualifier = true resharper_remove_unused_only_aliases = false resharper_requires_expression_braces = next_line resharper_resx_attribute_indent = single_indent resharper_resx_indent_child_elements = OneIndent resharper_resx_indent_text = OneIndent resharper_resx_insert_final_newline = false resharper_resx_linebreak_before_elements = resharper_resx_linebreak_before_multiline_elements = true resharper_resx_max_blank_lines_between_tags = 0 resharper_resx_max_line_length = 2147483647 resharper_resx_pi_attribute_style = do_not_touch resharper_resx_space_before_self_closing = false resharper_resx_wrap_lines = false resharper_resx_wrap_tags_and_pi = false resharper_resx_wrap_text = false resharper_shaderlab_brace_style = next_line resharper_shaderlab_insert_final_newline = false resharper_shaderlab_max_line_length = 120 resharper_shaderlab_wrap_lines = true resharper_show_autodetect_configure_formatting_tip = false resharper_simple_block_style = do_not_change resharper_simple_case_statement_style = do_not_change resharper_simple_embedded_statement_style = do_not_change resharper_slate_brackets_indent = inside resharper_slate_brackets_wrap = chop_always resharper_slate_wrap_before_bracket = true resharper_slate_wrap_chained_binary_expression = chop_if_long resharper_slate_wrap_chained_member_access = chop_if_long resharper_sort_attributes = false resharper_sort_class_selectors = false resharper_sort_usings = true resharper_spaces_around_eq_in_attribute = false resharper_spaces_around_eq_in_pi_attribute = false resharper_spaces_inside_tags = false resharper_space_after_attributes = true resharper_space_after_attribute_target_colon = true resharper_space_after_colon = true resharper_space_after_colon_in_bitfield_declarator = true resharper_space_after_colon_in_case = true resharper_space_after_colon_in_inheritance_clause = true resharper_space_after_comma = true resharper_space_after_ellipsis_in_parameter_pack = true resharper_space_after_for_colon = true resharper_space_after_keywords_in_control_flow_statements = true resharper_space_after_last_attribute = false resharper_space_after_last_pi_attribute = false resharper_space_after_operator_keyword = true resharper_space_after_operator_not = false resharper_space_after_ptr_in_data_member = true resharper_space_after_ptr_in_data_members = false resharper_space_after_ptr_in_method = true resharper_space_after_ptr_in_nested_declarator = false resharper_space_after_ref_in_data_member = true resharper_space_after_ref_in_data_members = false resharper_space_after_ref_in_method = true resharper_space_after_semicolon_in_for_statement = true resharper_space_after_slate_operator = true resharper_space_after_ternary_colon = true resharper_space_after_ternary_quest = true resharper_space_after_triple_slash = true resharper_space_after_type_parameter_constraint_colon = true resharper_space_around_additive_op = true resharper_space_around_alias_eq = true resharper_space_around_assignment_op = true resharper_space_around_assignment_operator = true resharper_space_around_deref_in_trailing_return_type = true resharper_space_around_lambda_arrow = true resharper_space_around_member_access_operator = false resharper_space_around_relational_op = true resharper_space_around_shift_op = true resharper_space_around_stmt_colon = true resharper_space_around_ternary_operator = true resharper_space_before_array_rank_parentheses = false resharper_space_before_attribute_target_colon = false resharper_space_before_checked_parentheses = false resharper_space_before_colon = false resharper_space_before_colon_in_bitfield_declarator = true resharper_space_before_colon_in_case = false resharper_space_before_colon_in_inheritance_clause = true resharper_space_before_comma = false resharper_space_before_default_parentheses = false resharper_space_before_ellipsis_in_parameter_pack = false resharper_space_before_empty_invocation_parentheses = false resharper_space_before_empty_method_parentheses = false resharper_space_before_for_colon = true resharper_space_before_initializer_braces = false resharper_space_before_invocation_parentheses = false resharper_space_before_label_colon = false resharper_space_before_lambda_parentheses = false resharper_space_before_method_parentheses = false resharper_space_before_nameof_parentheses = false resharper_space_before_new_parentheses = true resharper_space_before_nullable_mark = false resharper_space_before_open_square_brackets = false resharper_space_before_pointer_asterik_declaration = false resharper_space_before_postfix_operator = false resharper_space_before_ptr_in_abstract_decl = false resharper_space_before_ptr_in_data_member = false resharper_space_before_ptr_in_data_members = true resharper_space_before_ptr_in_method = false resharper_space_before_ref_in_abstract_decl = false resharper_space_before_ref_in_data_member = false resharper_space_before_ref_in_data_members = true resharper_space_before_ref_in_method = false resharper_space_before_semicolon = false resharper_space_before_semicolon_in_for_statement = false resharper_space_before_singleline_accessorholder = true resharper_space_before_sizeof_parentheses = false resharper_space_before_template_args = false resharper_space_before_template_params = true resharper_space_before_ternary_colon = true resharper_space_before_ternary_quest = true resharper_space_before_trailing_comment = true resharper_space_before_trailing_comment_text = false resharper_space_before_typeof_parentheses = false resharper_space_before_type_argument_angle = false resharper_space_before_type_parameter_angle = false resharper_space_before_type_parameter_constraint_colon = true resharper_space_before_type_parameter_parentheses = true resharper_space_between_accessors_in_singleline_property = true resharper_space_between_attribute_sections = true resharper_space_between_closing_angle_brackets_in_template_args = false resharper_space_between_keyword_and_expression = true resharper_space_between_keyword_and_type = true resharper_space_between_method_call_empty_parameter_list_parentheses = false resharper_space_between_method_call_name_and_opening_parenthesis = false resharper_space_between_method_call_parameter_list_parentheses = false resharper_space_between_method_declaration_empty_parameter_list_parentheses = false resharper_space_between_method_declaration_name_and_open_parenthesis = false resharper_space_between_method_declaration_parameter_list_parentheses = false resharper_space_between_parentheses_of_control_flow_statements = false resharper_space_between_square_brackets = false resharper_space_between_typecast_parentheses = false resharper_space_in_singleline_accessorholder = true resharper_space_in_singleline_anonymous_method = true resharper_space_in_singleline_method = true resharper_space_near_postfix_and_prefix_op = false resharper_space_within_array_initialization_braces = false resharper_space_within_array_rank_empty_parentheses = false resharper_space_within_array_rank_parentheses = false resharper_space_within_attribute_angles = false resharper_space_within_checked_parentheses = false resharper_space_within_declaration_parentheses = false resharper_space_within_default_parentheses = false resharper_space_within_empty_blocks = false resharper_space_within_empty_braces = true resharper_space_within_empty_initializer_braces = false resharper_space_within_empty_invocation_parentheses = false resharper_space_within_empty_method_parentheses = false resharper_space_within_empty_template_params = false resharper_space_within_expression_parentheses = false resharper_space_within_initializer_braces = false resharper_space_within_invocation_parentheses = false resharper_space_within_method_parentheses = false resharper_space_within_nameof_parentheses = false resharper_space_within_new_parentheses = false resharper_space_within_parentheses = false resharper_space_within_single_line_array_initializer_braces = true resharper_space_within_sizeof_parentheses = false resharper_space_within_slice_pattern = true resharper_space_within_template_args = false resharper_space_within_template_params = false resharper_space_within_tuple_parentheses = false resharper_space_within_typeof_parentheses = false resharper_space_within_type_argument_angles = false resharper_space_within_type_parameter_angles = false resharper_space_within_type_parameter_parentheses = false resharper_special_else_if_treatment = true resharper_static_members_qualify_members = none resharper_static_members_qualify_with = declared_type resharper_support_vs_event_naming_pattern = true resharper_T4_insert_final_newline = false resharper_T4_max_line_length = 120 resharper_T4_wrap_lines = true resharper_toplevel_function_declaration_return_type_style = do_not_change resharper_toplevel_function_definition_return_type_style = do_not_change resharper_trailing_comma_in_multiline_lists = false resharper_trailing_comma_in_singleline_lists = false resharper_treat_case_statement_with_break_as_simple = true resharper_use_continuous_indent_inside_initializer_braces = true resharper_use_continuous_indent_inside_parens = true resharper_use_continuous_line_indent_in_expression_braces = false resharper_use_continuous_line_indent_in_method_pars = false resharper_use_indents_from_main_language_in_file = true resharper_use_indent_from_previous_element = true resharper_use_indent_from_vs = false resharper_use_old_engine = false resharper_use_roslyn_logic_for_evident_types = false resharper_wrap_after_binary_opsign = true resharper_wrap_after_dot = false resharper_wrap_after_dot_in_method_calls = false resharper_wrap_after_expression_lbrace = true resharper_wrap_after_primary_constructor_declaration_lpar = true resharper_wrap_after_property_in_chained_method_calls = false resharper_wrap_around_elements = true resharper_wrap_array_initializer_style = chop_if_long resharper_wrap_base_clause_style = wrap_if_long resharper_wrap_before_arrow_with_expressions = false resharper_wrap_before_binary_opsign = false resharper_wrap_before_binary_pattern_op = false resharper_wrap_before_colon = false resharper_wrap_before_comma = false resharper_wrap_before_comma_in_base_clause = false resharper_wrap_before_declaration_lpar = false resharper_wrap_before_eq = false resharper_wrap_before_expression_rbrace = true resharper_wrap_before_extends_colon = false resharper_wrap_before_first_method_call = true resharper_wrap_before_invocation_lpar = false resharper_wrap_before_linq_expression = true resharper_wrap_before_primary_constructor_declaration_lpar = false resharper_wrap_before_primary_constructor_declaration_rpar = true resharper_wrap_before_type_parameter_langle = false resharper_wrap_braced_init_list_style = wrap_if_long resharper_wrap_chained_binary_expressions = chop_if_long resharper_wrap_chained_binary_patterns = chop_if_long resharper_wrap_chained_method_calls = wrap_if_long resharper_wrap_comments = false resharper_wrap_ctor_initializer_style = wrap_if_long resharper_wrap_enumeration_style = chop_if_long resharper_wrap_enum_declaration = chop_always resharper_wrap_for_stmt_header_style = chop_if_long resharper_wrap_list_pattern = chop_if_long resharper_wrap_multiple_type_parameter_constraints_style = chop_if_long resharper_wrap_object_and_collection_initializer_style = chop_if_long resharper_wrap_primary_constructor_parameters_style = chop_if_long resharper_wrap_property_pattern = chop_if_long resharper_wrap_switch_expression = chop_always resharper_wrap_ternary_expr_style = chop_if_long resharper_wrap_verbatim_interpolated_strings = no_wrap resharper_xmldoc_attribute_indent = align_by_first_attribute resharper_xmldoc_indent_child_elements = RemoveIndent resharper_xmldoc_indent_text = RemoveIndent resharper_xmldoc_insert_final_newline = false resharper_xmldoc_linebreak_before_elements = summary, remarks, example, returns, param, typeparam, value, para resharper_xmldoc_linebreak_before_multiline_elements = false resharper_xmldoc_max_blank_lines_between_tags = 0 resharper_xmldoc_max_line_length = 150 resharper_xmldoc_pi_attribute_style = do_not_touch resharper_xmldoc_space_before_self_closing = true resharper_xmldoc_wrap_lines = false resharper_xmldoc_wrap_tags_and_pi = false resharper_xmldoc_wrap_text = true resharper_xml_attribute_indent = align_by_first_attribute resharper_xml_indent_child_elements = OneIndent resharper_xml_indent_text = OneIndent resharper_xml_insert_final_newline = false resharper_xml_linebreak_before_elements = resharper_xml_linebreak_before_multiline_elements = true resharper_xml_max_blank_lines_between_tags = 2 resharper_xml_max_line_length = 120 resharper_xml_pi_attribute_style = do_not_touch resharper_xml_space_before_self_closing = true resharper_xml_wrap_lines = true resharper_xml_wrap_tags_and_pi = true resharper_xml_wrap_text = false # ReSharper inspection severities resharper_access_rights_in_text_highlighting = warning resharper_access_to_disposed_closure_highlighting = warning resharper_access_to_for_each_variable_in_closure_highlighting = warning resharper_access_to_modified_closure_highlighting = warning resharper_access_to_static_member_via_derived_type_highlighting = warning resharper_address_of_marshal_by_ref_object_highlighting = warning resharper_all_underscore_local_parameter_name_highlighting = warning resharper_angular_html_banana_highlighting = warning resharper_annotate_can_be_null_parameter_highlighting = none resharper_annotate_can_be_null_type_member_highlighting = none resharper_annotate_not_null_parameter_highlighting = none resharper_annotate_not_null_type_member_highlighting = none resharper_annotation_conflict_in_hierarchy_highlighting = warning resharper_annotation_redundancy_at_value_type_highlighting = warning resharper_annotation_redundancy_in_hierarchy_highlighting = warning resharper_anonymous_object_destructuring_problem_highlighting = warning resharper_append_to_collection_expression_highlighting = suggestion resharper_arguments_style_anonymous_function_highlighting = none resharper_arguments_style_literal_highlighting = none resharper_arguments_style_named_expression_highlighting = none resharper_arguments_style_other_highlighting = none resharper_arguments_style_string_literal_highlighting = none resharper_arrange_attributes_highlighting = none resharper_arrange_default_value_when_type_evident_highlighting = hint resharper_arrange_default_value_when_type_not_evident_highlighting = hint resharper_arrange_local_function_body_highlighting = none resharper_arrange_null_checking_pattern_highlighting = hint resharper_arrange_object_creation_when_type_evident_highlighting = hint resharper_arrange_object_creation_when_type_not_evident_highlighting = hint resharper_arrange_redundant_parentheses_highlighting = hint resharper_arrange_static_member_qualifier_highlighting = hint resharper_arrange_this_qualifier_highlighting = hint resharper_arrange_trailing_comma_in_multiline_lists_highlighting = hint resharper_arrange_trailing_comma_in_singleline_lists_highlighting = hint resharper_arrange_var_keywords_in_deconstructing_declaration_highlighting = hint resharper_asp_content_placeholder_not_resolved_highlighting = error resharper_asp_custom_page_parser_filter_type_highlighting = warning resharper_asp_dead_code_highlighting = warning resharper_asp_entity_highlighting = warning resharper_asp_image_highlighting = warning resharper_asp_invalid_control_type_highlighting = error resharper_asp_not_resolved_highlighting = error resharper_asp_ods_method_reference_resolve_error_highlighting = error resharper_asp_resolve_warning_highlighting = warning resharper_asp_skin_not_resolved_highlighting = error resharper_asp_tag_attribute_with_optional_value_highlighting = warning resharper_asp_theme_not_resolved_highlighting = error resharper_asp_unused_register_directive_highlighting_highlighting = warning resharper_asp_warning_highlighting = warning resharper_assignment_instead_of_discard_highlighting = warning resharper_assignment_in_conditional_expression_highlighting = warning resharper_assignment_is_fully_discarded_highlighting = warning resharper_assign_null_to_not_null_attribute_highlighting = warning resharper_asxx_path_error_highlighting = warning resharper_async_iterator_invocation_without_await_foreach_highlighting = warning resharper_async_void_lambda_highlighting = warning resharper_async_void_method_highlighting = suggestion resharper_auto_property_can_be_made_get_only_global_highlighting = suggestion resharper_auto_property_can_be_made_get_only_local_highlighting = suggestion resharper_bad_attribute_brackets_spaces_highlighting = none resharper_bad_braces_spaces_highlighting = none resharper_bad_child_statement_indent_highlighting = warning resharper_bad_colon_spaces_highlighting = none resharper_bad_comma_spaces_highlighting = none resharper_bad_control_braces_indent_highlighting = suggestion resharper_bad_control_braces_line_breaks_highlighting = none resharper_bad_declaration_braces_indent_highlighting = none resharper_bad_declaration_braces_line_breaks_highlighting = none resharper_bad_empty_braces_line_breaks_highlighting = none resharper_bad_expression_braces_indent_highlighting = none resharper_bad_expression_braces_line_breaks_highlighting = none resharper_bad_generic_brackets_spaces_highlighting = none resharper_bad_indent_highlighting = none resharper_bad_linq_line_breaks_highlighting = none resharper_bad_list_line_breaks_highlighting = none resharper_bad_member_access_spaces_highlighting = none resharper_bad_namespace_braces_indent_highlighting = none resharper_bad_parens_line_breaks_highlighting = none resharper_bad_parens_spaces_highlighting = none resharper_bad_preprocessor_indent_highlighting = none resharper_bad_semicolon_spaces_highlighting = none resharper_bad_spaces_after_keyword_highlighting = none resharper_bad_square_brackets_spaces_highlighting = none resharper_bad_switch_braces_indent_highlighting = none resharper_bad_symbol_spaces_highlighting = none resharper_base_member_has_params_highlighting = warning resharper_base_method_call_with_default_parameter_highlighting = warning resharper_base_object_equals_is_object_equals_highlighting = warning resharper_base_object_get_hash_code_call_in_get_hash_code_highlighting = warning resharper_bitwise_operator_on_enum_without_flags_highlighting = warning resharper_blazor_editor_required_highlighting = warning resharper_built_in_type_reference_style_for_member_access_highlighting = hint resharper_built_in_type_reference_style_highlighting = hint resharper_by_ref_argument_is_volatile_field_highlighting = warning resharper_cannot_apply_equality_operator_to_type_highlighting = warning resharper_can_replace_cast_with_lambda_return_type_highlighting = hint resharper_can_replace_cast_with_shorter_type_argument_highlighting = suggestion resharper_can_replace_cast_with_type_argument_highlighting = hint resharper_can_replace_cast_with_variable_type_highlighting = hint resharper_can_simplify_dictionary_lookup_with_try_add_highlighting = suggestion resharper_can_simplify_dictionary_lookup_with_try_get_value_highlighting = suggestion resharper_can_simplify_dictionary_removing_with_single_call_highlighting = suggestion resharper_can_simplify_dictionary_try_get_value_with_get_value_or_default_highlighting = suggestion resharper_can_simplify_is_assignable_from_highlighting = suggestion resharper_can_simplify_is_instance_of_type_highlighting = suggestion resharper_can_simplify_set_adding_with_single_call_highlighting = suggestion resharper_can_simplify_string_escape_sequence_highlighting = hint resharper_captured_primary_constructor_parameter_is_mutable_highlighting = warning resharper_center_tag_is_obsolete_highlighting = warning resharper_change_field_type_to_system_threading_lock_highlighting = suggestion resharper_check_for_reference_equality_instead_1_highlighting = suggestion resharper_check_for_reference_equality_instead_2_highlighting = suggestion resharper_check_for_reference_equality_instead_3_highlighting = suggestion resharper_check_for_reference_equality_instead_4_highlighting = suggestion resharper_check_namespace_highlighting = warning resharper_class_cannot_be_instantiated_highlighting = warning resharper_class_can_be_sealed_global_highlighting = none resharper_class_can_be_sealed_local_highlighting = none resharper_class_never_instantiated_global_highlighting = suggestion resharper_class_never_instantiated_local_highlighting = suggestion resharper_class_with_virtual_members_never_inherited_global_highlighting = suggestion resharper_class_with_virtual_members_never_inherited_local_highlighting = suggestion resharper_clear_attribute_is_obsolete_all_highlighting = warning resharper_clear_attribute_is_obsolete_highlighting = warning resharper_cognitive_complexity_highlighting = warning resharper_collection_never_queried_global_highlighting = warning resharper_collection_never_queried_local_highlighting = warning resharper_collection_never_updated_global_highlighting = warning resharper_collection_never_updated_local_highlighting = warning resharper_compare_non_constrained_generic_with_null_highlighting = none resharper_compare_of_floats_by_equality_operator_highlighting = warning resharper_complex_object_destructuring_problem_highlighting = warning resharper_complex_object_in_context_destructuring_problem_highlighting = warning resharper_conditional_access_qualifier_is_non_nullable_according_to_api_contract_highlighting = warning resharper_conditional_ternary_equal_branch_highlighting = warning resharper_condition_is_always_true_or_false_according_to_nullable_api_contract_highlighting = warning resharper_condition_is_always_true_or_false_highlighting = warning resharper_confusing_char_as_integer_in_constructor_highlighting = warning resharper_constant_conditional_access_qualifier_highlighting = warning resharper_constant_null_coalescing_condition_highlighting = warning resharper_consteval_if_is_always_constant_highlighting = warning resharper_constructor_initializer_loop_highlighting = warning resharper_constructor_with_must_dispose_resource_attribute_base_is_not_annotated_highlighting = warning resharper_container_annotation_redundancy_highlighting = warning resharper_contextual_logger_problem_highlighting = warning resharper_context_value_is_provided_highlighting = none resharper_contract_annotation_not_parsed_highlighting = warning resharper_convert_closure_to_method_group_highlighting = suggestion resharper_convert_conditional_ternary_expression_to_switch_expression_highlighting = hint resharper_convert_constructor_to_member_initializers_highlighting = suggestion resharper_convert_if_do_to_while_highlighting = suggestion resharper_convert_if_statement_to_conditional_ternary_expression_highlighting = suggestion resharper_convert_if_statement_to_null_coalescing_assignment_highlighting = suggestion resharper_convert_if_statement_to_null_coalescing_expression_highlighting = suggestion resharper_convert_if_statement_to_return_statement_highlighting = hint resharper_convert_if_statement_to_switch_statement_highlighting = hint resharper_convert_if_to_or_expression_highlighting = suggestion resharper_convert_nullable_to_short_form_highlighting = suggestion resharper_convert_switch_statement_to_switch_expression_highlighting = hint resharper_convert_to_auto_property_highlighting = suggestion resharper_convert_to_auto_property_when_possible_highlighting = hint resharper_convert_to_auto_property_with_private_setter_highlighting = hint resharper_convert_to_compound_assignment_highlighting = hint resharper_convert_to_constant_global_highlighting = hint resharper_convert_to_constant_local_highlighting = hint resharper_convert_to_lambda_expression_highlighting = suggestion resharper_convert_to_local_function_highlighting = suggestion resharper_convert_to_null_coalescing_compound_assignment_highlighting = suggestion resharper_convert_to_primary_constructor_highlighting = none resharper_convert_to_static_class_highlighting = suggestion resharper_convert_to_using_declaration_highlighting = suggestion resharper_convert_type_check_pattern_to_null_check_highlighting = warning resharper_convert_type_check_to_null_check_highlighting = warning resharper_co_variant_array_conversion_highlighting = warning resharper_cqrs_debug_highlighting = warning resharper_c_declaration_with_implicit_int_type_highlighting = warning resharper_c_sharp_build_cs_invalid_module_name_highlighting = warning resharper_c_sharp_missing_plugin_dependency_highlighting = warning resharper_default_struct_equality_is_used_global_highlighting = warning resharper_default_struct_equality_is_used_local_highlighting = warning resharper_default_value_attribute_for_optional_parameter_highlighting = warning resharper_dispose_on_using_variable_highlighting = warning resharper_double_negation_in_pattern_highlighting = suggestion resharper_double_negation_operator_highlighting = suggestion resharper_duplicated_chained_if_bodies_highlighting = hint resharper_duplicated_sequential_if_bodies_highlighting = hint resharper_duplicated_statements_highlighting = warning resharper_duplicated_switch_section_bodies_highlighting = hint resharper_duplicate_key_collection_initialization_highlighting = warning resharper_duplicate_resource_highlighting = warning resharper_empty_constructor_highlighting = warning resharper_empty_destructor_highlighting = warning resharper_empty_for_statement_highlighting = warning resharper_empty_general_catch_clause_highlighting = warning resharper_empty_namespace_highlighting = warning resharper_empty_region_highlighting = suggestion resharper_empty_statement_highlighting = warning resharper_empty_title_tag_highlighting = hint resharper_entity_framework_client_side_db_function_call_highlighting = warning resharper_entity_framework_model_validation_circular_dependency_highlighting = hint resharper_entity_framework_model_validation_unlimited_string_length_highlighting = warning resharper_entity_framework_n_plus_one_incomplete_data_query_highlighting = suggestion resharper_entity_framework_n_plus_one_incomplete_data_usage_highlighting = warning resharper_entity_framework_n_plus_one_query_highlighting = suggestion resharper_entity_framework_n_plus_one_usage_highlighting = warning resharper_entity_framework_unsupported_server_side_function_call_highlighting = warning resharper_entity_name_captured_only_global_highlighting = warning resharper_entity_name_captured_only_local_highlighting = warning resharper_enumerable_sum_in_explicit_unchecked_context_highlighting = warning resharper_enum_underlying_type_is_int_highlighting = warning resharper_equal_expression_comparison_highlighting = warning resharper_escaped_keyword_highlighting = warning resharper_event_never_invoked_global_highlighting = suggestion resharper_event_never_subscribed_to_global_highlighting = suggestion resharper_event_never_subscribed_to_local_highlighting = suggestion resharper_event_unsubscription_via_anonymous_delegate_highlighting = warning resharper_exception_passed_as_template_argument_problem_highlighting = warning resharper_explicit_caller_info_argument_highlighting = warning resharper_expression_is_always_null_highlighting = warning resharper_extract_common_branching_code_highlighting = hint resharper_extract_common_property_pattern_highlighting = hint resharper_field_can_be_made_read_only_global_highlighting = suggestion resharper_field_can_be_made_read_only_local_highlighting = suggestion resharper_field_hides_interface_property_with_default_implementation_highlighting = warning resharper_foreach_can_be_converted_to_query_using_another_get_enumerator_highlighting = hint resharper_foreach_can_be_partly_converted_to_query_using_another_get_enumerator_highlighting = hint resharper_format_specifier_captures_right_braces_highlighting = warning resharper_format_string_placeholders_mismatch_highlighting = warning resharper_format_string_problem_highlighting = warning resharper_for_can_be_converted_to_foreach_highlighting = none resharper_for_statement_condition_is_true_highlighting = warning resharper_function_complexity_overflow_highlighting = none resharper_function_never_returns_highlighting = warning resharper_function_recursive_on_all_paths_highlighting = warning resharper_f_sharp_builtin_function_reimplementation_highlighting = hint resharper_f_sharp_cons_with_empty_list_pat_highlighting = suggestion resharper_f_sharp_dot_lambda_can_be_used_highlighting = hint resharper_f_sharp_expression_can_be_replaced_with_condition_highlighting = hint resharper_f_sharp_interpolated_string_highlighting = suggestion resharper_f_sharp_lambda_can_be_replaced_with_inner_expression_highlighting = hint resharper_f_sharp_lambda_can_be_simplified_highlighting = hint resharper_f_sharp_redundant_application_highlighting = warning resharper_f_sharp_redundant_as_pattern_highlighting = warning resharper_f_sharp_redundant_attribute_parens_highlighting = warning resharper_f_sharp_redundant_attribute_suffix_highlighting = warning resharper_f_sharp_redundant_backticks_highlighting = warning resharper_f_sharp_redundant_dot_in_indexer_highlighting = warning resharper_f_sharp_redundant_name_qualifier_highlighting = warning resharper_f_sharp_redundant_new_highlighting = warning resharper_f_sharp_redundant_open_highlighting = warning resharper_f_sharp_redundant_parens_highlighting = warning resharper_f_sharp_redundant_require_qualified_access_attribute_highlighting = warning resharper_f_sharp_redundant_string_interpolation_highlighting = suggestion resharper_f_sharp_redundant_union_case_field_patterns_highlighting = warning resharper_f_sharp_use_wild_self_id_highlighting = suggestion resharper_gc_suppress_finalize_for_type_without_destructor_highlighting = warning resharper_generic_enumerator_not_disposed_highlighting = warning resharper_godot_missing_parameterless_constructor_highlighting = warning resharper_heap_view_boxing_allocation_highlighting = hint resharper_heap_view_can_avoid_closure_highlighting = suggestion resharper_heap_view_closure_allocation_highlighting = hint resharper_heap_view_delegate_allocation_highlighting = hint resharper_heap_view_implicit_capture_highlighting = none resharper_heap_view_object_allocation_evident_highlighting = hint resharper_heap_view_object_allocation_highlighting = hint resharper_heap_view_object_allocation_possible_highlighting = hint resharper_heap_view_possible_boxing_allocation_highlighting = hint resharper_heuristic_unreachable_code_highlighting = warning resharper_html_attributes_quotes_highlighting = hint resharper_html_attribute_not_resolved_highlighting = warning resharper_html_attribute_value_not_resolved_highlighting = warning resharper_html_dead_code_highlighting = warning resharper_html_event_not_resolved_highlighting = warning resharper_html_id_duplication_highlighting = warning resharper_html_id_not_resolved_highlighting = warning resharper_html_obsolete_highlighting = warning resharper_html_path_error_highlighting = warning resharper_html_tag_not_closed_highlighting = error resharper_html_tag_not_resolved_highlighting = warning resharper_html_tag_should_be_self_closed_highlighting = warning resharper_html_tag_should_not_be_self_closed_highlighting = warning resharper_html_warning_highlighting = warning resharper_if_std_is_constant_evaluated_can_be_replaced_highlighting = suggestion resharper_ignored_directive_highlighting = warning resharper_inactive_preprocessor_branch_highlighting = warning resharper_inconsistently_synchronized_field_highlighting = warning resharper_inconsistent_context_log_property_naming_highlighting = warning resharper_inconsistent_log_property_naming_highlighting = warning resharper_inconsistent_naming_highlighting = warning resharper_inconsistent_order_of_locks_highlighting = warning resharper_incorrect_blank_lines_near_braces_highlighting = none resharper_indexing_by_invalid_range_highlighting = warning resharper_inheritdoc_consider_usage_highlighting = none resharper_inheritdoc_invalid_usage_highlighting = warning resharper_inline_out_variable_declaration_highlighting = suggestion resharper_inline_temporary_variable_highlighting = hint resharper_internal_or_private_member_not_documented_highlighting = none resharper_interpolated_string_expression_is_not_i_formattable_highlighting = warning resharper_introduce_optional_parameters_global_highlighting = suggestion resharper_introduce_optional_parameters_local_highlighting = suggestion resharper_int_division_by_zero_highlighting = warning resharper_int_variable_overflow_highlighting = warning resharper_int_variable_overflow_in_checked_context_highlighting = warning resharper_int_variable_overflow_in_unchecked_context_highlighting = warning resharper_invalid_value_type_highlighting = warning resharper_invalid_xml_doc_comment_highlighting = warning resharper_invert_condition_1_highlighting = hint resharper_invert_if_highlighting = hint resharper_invocation_is_skipped_highlighting = hint resharper_invoke_as_extension_method_highlighting = suggestion resharper_in_parameter_with_must_dispose_resource_attribute_highlighting = warning resharper_is_expression_always_false_highlighting = warning resharper_is_expression_always_true_highlighting = warning resharper_iterator_method_result_is_ignored_highlighting = warning resharper_iterator_never_returns_highlighting = warning resharper_join_declaration_and_initializer_highlighting = suggestion resharper_join_null_check_with_usage_highlighting = suggestion resharper_lambda_expression_can_be_made_static_highlighting = none resharper_lambda_expression_must_be_static_highlighting = suggestion resharper_lambda_should_not_capture_context_highlighting = warning resharper_localizable_element_highlighting = warning resharper_local_function_can_be_made_static_highlighting = none resharper_local_function_hides_method_highlighting = warning resharper_local_variable_hides_member_highlighting = warning resharper_local_variable_hides_primary_constructor_parameter_highlighting = warning resharper_log_message_is_sentence_problem_highlighting = warning resharper_long_literal_ending_lower_l_highlighting = warning resharper_loop_can_be_converted_to_query_highlighting = none resharper_loop_can_be_partly_converted_to_query_highlighting = none resharper_loop_variable_is_never_changed_inside_loop_highlighting = warning resharper_math_abs_method_is_redundant_highlighting = warning resharper_math_clamp_min_greater_than_max_highlighting = warning resharper_meaningless_default_parameter_value_highlighting = warning resharper_member_can_be_file_local_highlighting = none resharper_member_can_be_internal_highlighting = none resharper_member_can_be_made_static_global_highlighting = hint resharper_member_can_be_made_static_local_highlighting = hint resharper_member_can_be_private_global_highlighting = suggestion resharper_member_can_be_private_local_highlighting = suggestion resharper_member_can_be_protected_global_highlighting = suggestion resharper_member_can_be_protected_local_highlighting = suggestion resharper_member_hides_interface_member_with_default_implementation_highlighting = warning resharper_member_hides_static_from_outer_class_highlighting = warning resharper_member_initializer_value_ignored_highlighting = warning resharper_merge_and_pattern_highlighting = suggestion resharper_merge_cast_with_type_check_highlighting = suggestion resharper_merge_conditional_expression_highlighting = suggestion resharper_merge_into_logical_pattern_highlighting = hint resharper_merge_into_negated_pattern_highlighting = hint resharper_merge_into_pattern_highlighting = suggestion resharper_merge_nested_property_patterns_highlighting = suggestion resharper_merge_sequential_checks_highlighting = hint resharper_method_has_async_overload_highlighting = suggestion resharper_method_has_async_overload_with_cancellation_highlighting = suggestion resharper_method_overload_with_optional_parameter_highlighting = warning resharper_method_supports_cancellation_highlighting = suggestion resharper_misleading_body_like_statement_highlighting = warning resharper_mismatched_asmdef_filename_highlighting = suggestion resharper_missing_alt_attribute_in_img_tag_highlighting = hint resharper_missing_blank_lines_highlighting = none resharper_missing_body_tag_highlighting = warning resharper_missing_head_and_body_tags_highlighting = warning resharper_missing_head_tag_highlighting = warning resharper_missing_indent_highlighting = none resharper_missing_linebreak_highlighting = none resharper_missing_space_highlighting = none resharper_more_specific_foreach_variable_type_available_highlighting = suggestion resharper_move_local_function_after_jump_statement_highlighting = hint resharper_move_to_existing_positional_deconstruction_pattern_highlighting = hint resharper_move_variable_declaration_inside_loop_condition_highlighting = suggestion resharper_multiple_nullable_attributes_usage_highlighting = warning resharper_multiple_order_by_highlighting = warning resharper_multiple_resolve_candidates_in_text_highlighting = warning resharper_multiple_spaces_highlighting = none resharper_multiple_statements_on_one_line_highlighting = none resharper_multiple_type_members_on_one_line_highlighting = none resharper_must_use_return_value_highlighting = warning resharper_mvc_action_not_resolved_highlighting = warning resharper_mvc_area_not_resolved_highlighting = warning resharper_mvc_controller_not_resolved_highlighting = warning resharper_mvc_invalid_model_type_highlighting = error resharper_mvc_masterpage_not_resolved_highlighting = warning resharper_mvc_partial_view_not_resolved_highlighting = warning resharper_mvc_template_not_resolved_highlighting = warning resharper_mvc_view_component_not_resolved_highlighting = warning resharper_mvc_view_component_view_not_resolved_highlighting = warning resharper_mvc_view_not_resolved_highlighting = warning resharper_negation_of_relational_pattern_highlighting = suggestion resharper_negative_equality_expression_highlighting = suggestion resharper_negative_index_highlighting = warning resharper_nested_record_update_can_be_simplified_highlighting = suggestion resharper_nested_string_interpolation_highlighting = suggestion resharper_non_atomic_compound_operator_highlighting = warning resharper_non_constant_equality_expression_has_constant_result_highlighting = warning resharper_non_parsable_element_highlighting = warning resharper_non_readonly_member_in_get_hash_code_highlighting = warning resharper_non_volatile_field_in_double_check_locking_highlighting = warning resharper_not_accessed_field_global_highlighting = suggestion resharper_not_accessed_field_local_highlighting = warning resharper_not_accessed_out_parameter_variable_highlighting = warning resharper_not_accessed_positional_property_global_highlighting = warning resharper_not_accessed_positional_property_local_highlighting = warning resharper_not_accessed_variable_highlighting = warning resharper_not_assigned_out_parameter_highlighting = warning resharper_not_declared_in_parent_culture_highlighting = warning resharper_not_disposed_resource_highlighting = warning resharper_not_disposed_resource_is_returned_by_property_highlighting = warning resharper_not_disposed_resource_is_returned_highlighting = suggestion resharper_not_null_or_required_member_is_not_initialized_highlighting = warning resharper_not_observable_annotation_redundancy_highlighting = warning resharper_not_overridden_in_specific_culture_highlighting = warning resharper_not_resolved_in_text_highlighting = warning resharper_no_support_for_vb_highlighting = warning resharper_nullable_warning_suppression_is_used_highlighting = none resharper_nullness_annotation_conflict_with_jet_brains_annotations_highlighting = warning resharper_null_coalescing_condition_is_always_not_null_according_to_api_contract_highlighting = warning resharper_n_unit_async_method_must_be_task_highlighting = warning resharper_n_unit_attribute_produces_too_many_tests_highlighting = none resharper_n_unit_auto_fixture_incorrect_argument_type_highlighting = warning resharper_n_unit_auto_fixture_missed_test_attribute_highlighting = warning resharper_n_unit_auto_fixture_missed_test_or_test_fixture_attribute_highlighting = warning resharper_n_unit_auto_fixture_redundant_argument_in_inline_auto_data_attribute_highlighting = warning resharper_n_unit_duplicate_values_highlighting = warning resharper_n_unit_ignored_parameter_attribute_highlighting = warning resharper_n_unit_implicit_unspecified_null_values_highlighting = warning resharper_n_unit_incorrect_argument_type_highlighting = warning resharper_n_unit_incorrect_expected_result_type_highlighting = warning resharper_n_unit_incorrect_range_bounds_highlighting = warning resharper_n_unit_method_with_parameters_and_test_attribute_highlighting = warning resharper_n_unit_missing_arguments_in_test_case_attribute_highlighting = warning resharper_n_unit_missing_cancel_after_attribute_highlighting = warning resharper_n_unit_non_public_method_with_test_attribute_highlighting = warning resharper_n_unit_no_values_provided_highlighting = warning resharper_n_unit_parameter_type_is_not_compatible_with_attribute_highlighting = warning resharper_n_unit_range_attribute_bounds_are_out_of_range_highlighting = warning resharper_n_unit_range_step_sign_mismatch_highlighting = warning resharper_n_unit_range_step_value_must_not_be_zero_highlighting = warning resharper_n_unit_range_to_value_is_not_reachable_highlighting = warning resharper_n_unit_redundant_argument_instead_of_expected_result_highlighting = warning resharper_n_unit_redundant_argument_in_test_case_attribute_highlighting = warning resharper_n_unit_redundant_expected_result_in_test_case_attribute_highlighting = warning resharper_n_unit_test_case_attribute_requires_expected_result_highlighting = warning resharper_n_unit_test_case_result_property_duplicates_expected_result_highlighting = warning resharper_n_unit_test_case_result_property_is_obsolete_highlighting = warning resharper_n_unit_test_case_source_must_be_field_property_method_highlighting = warning resharper_n_unit_test_case_source_must_be_static_highlighting = warning resharper_n_unit_test_case_source_should_implement_i_enumerable_highlighting = warning resharper_object_creation_as_statement_highlighting = warning resharper_obsolete_element_error_highlighting = error resharper_obsolete_element_highlighting = warning resharper_odin_odin_member_present_in_multiple_groups_highlighting = warning resharper_odin_odin_member_wrong_grouping_attribute_highlighting = warning resharper_odin_odin_unknown_grouping_path_highlighting = warning resharper_one_way_operation_contract_with_return_type_highlighting = warning resharper_operation_contract_without_service_contract_highlighting = warning resharper_operator_is_can_be_used_highlighting = warning resharper_operator_without_matched_checked_operator_highlighting = warning resharper_optional_parameter_hierarchy_mismatch_highlighting = warning resharper_optional_parameter_ref_out_highlighting = warning resharper_other_tags_inside_script1_highlighting = error resharper_other_tags_inside_script2_highlighting = error resharper_other_tags_inside_unclosed_script_highlighting = error resharper_outdent_is_off_prev_level_highlighting = none resharper_out_parameter_value_is_always_discarded_global_highlighting = suggestion resharper_out_parameter_value_is_always_discarded_local_highlighting = warning resharper_out_parameter_with_handles_resource_disposal_attribute_highlighting = warning resharper_overridden_with_empty_value_highlighting = warning resharper_overridden_with_same_value_highlighting = suggestion resharper_parameter_hides_member_highlighting = warning resharper_parameter_hides_primary_constructor_parameter_highlighting = warning resharper_parameter_only_used_for_precondition_check_global_highlighting = suggestion resharper_parameter_only_used_for_precondition_check_local_highlighting = warning resharper_parameter_type_can_be_enumerable_global_highlighting = none resharper_parameter_type_can_be_enumerable_local_highlighting = none resharper_partial_method_parameter_name_mismatch_highlighting = warning resharper_partial_method_with_single_part_highlighting = warning resharper_partial_type_with_single_part_highlighting = warning resharper_pass_string_interpolation_highlighting = hint resharper_pattern_always_matches_highlighting = warning resharper_pattern_is_always_true_or_false_highlighting = warning resharper_pattern_is_redundant_highlighting = warning resharper_pattern_never_matches_highlighting = warning resharper_place_assignment_expression_into_block_highlighting = none resharper_polymorphic_field_like_event_invocation_highlighting = warning resharper_positional_property_used_problem_highlighting = warning resharper_possible_infinite_inheritance_highlighting = warning resharper_possible_intended_rethrow_highlighting = warning resharper_possible_interface_member_ambiguity_highlighting = warning resharper_possible_invalid_cast_exception_highlighting = warning resharper_possible_invalid_cast_exception_in_foreach_loop_highlighting = warning resharper_possible_invalid_operation_exception_collection_was_modified_highlighting = warning resharper_possible_invalid_operation_exception_highlighting = warning resharper_possible_loss_of_fraction_highlighting = warning resharper_possible_mistaken_call_to_get_type_highlighting = warning resharper_possible_mistaken_system_type_argument_highlighting = warning resharper_possible_multiple_enumeration_highlighting = warning resharper_possible_multiple_write_access_in_double_check_locking_highlighting = warning resharper_possible_null_reference_exception_highlighting = warning resharper_possible_struct_member_modification_of_non_variable_struct_highlighting = warning resharper_possible_unintended_linear_search_in_set_highlighting = warning resharper_possible_unintended_queryable_as_enumerable_highlighting = suggestion resharper_possible_unintended_reference_comparison_highlighting = warning resharper_possible_write_to_me_highlighting = warning resharper_possibly_impure_method_call_on_readonly_variable_highlighting = warning resharper_possibly_missing_indexer_initializer_comma_highlighting = warning resharper_possibly_mistaken_use_of_cancellation_token_highlighting = warning resharper_possibly_mistaken_use_of_interpolated_string_insert_highlighting = warning resharper_possibly_unintended_side_effects_inside_conditional_invocation_highlighting = warning resharper_possibly_unintended_usage_parameterless_get_expression_type_highlighting = error resharper_prefer_concrete_value_over_default_highlighting = suggestion resharper_prefer_explicitly_provided_tuple_component_name_highlighting = hint resharper_primary_constructor_parameter_capture_disallowed_highlighting = none resharper_private_field_can_be_converted_to_local_variable_highlighting = warning resharper_property_can_be_made_init_only_global_highlighting = suggestion resharper_property_can_be_made_init_only_local_highlighting = suggestion resharper_property_field_keyword_is_never_assigned_highlighting = warning resharper_property_field_keyword_is_never_used_highlighting = warning resharper_property_not_resolved_highlighting = error resharper_public_constructor_in_abstract_class_highlighting = suggestion resharper_pure_attribute_on_void_method_highlighting = warning resharper_raw_string_can_be_simplified_highlighting = hint resharper_razor_assembly_not_resolved_highlighting = warning resharper_razor_layout_not_resolved_highlighting = error resharper_razor_null_conditional_operator_highlighting_highlighting = warning resharper_razor_section_not_resolved_highlighting = error resharper_razor_unresolved_component_highlighting = warning resharper_read_access_in_double_check_locking_highlighting = warning resharper_redundant_abstract_modifier_highlighting = warning resharper_redundant_accessor_body_highlighting = suggestion resharper_redundant_always_match_subpattern_highlighting = suggestion resharper_redundant_anonymous_type_property_name_highlighting = warning resharper_redundant_argument_default_value_highlighting = warning resharper_redundant_array_creation_expression_highlighting = hint resharper_redundant_array_lower_bound_specification_highlighting = warning resharper_redundant_assignment_highlighting = warning resharper_redundant_attribute_parentheses_highlighting = hint resharper_redundant_attribute_suffix_highlighting = warning resharper_redundant_attribute_usage_property_highlighting = suggestion resharper_redundant_base_constructor_call_highlighting = warning resharper_redundant_base_qualifier_highlighting = warning resharper_redundant_blank_lines_highlighting = none resharper_redundant_bool_compare_highlighting = warning resharper_redundant_caller_argument_expression_default_value_highlighting = warning resharper_redundant_case_label_highlighting = warning resharper_redundant_cast_highlighting = warning resharper_redundant_catch_clause_highlighting = warning resharper_redundant_check_before_assignment_highlighting = warning resharper_redundant_collection_copy_call_highlighting = warning resharper_redundant_collection_initializer_element_braces_highlighting = hint resharper_redundant_configure_await_highlighting = suggestion resharper_redundant_declaration_semicolon_highlighting = hint resharper_redundant_default_member_initializer_highlighting = warning resharper_redundant_delegate_creation_highlighting = warning resharper_redundant_dictionary_contains_key_before_adding_highlighting = warning resharper_redundant_disable_warning_comment_highlighting = warning resharper_redundant_discard_designation_highlighting = suggestion resharper_redundant_empty_case_else_highlighting = warning resharper_redundant_empty_finally_block_highlighting = warning resharper_redundant_empty_object_creation_argument_list_highlighting = hint resharper_redundant_empty_object_or_collection_initializer_highlighting = warning resharper_redundant_empty_switch_section_highlighting = warning resharper_redundant_enumerable_cast_call_highlighting = warning resharper_redundant_enum_case_label_for_default_section_highlighting = none resharper_redundant_explicit_array_creation_highlighting = warning resharper_redundant_explicit_array_size_highlighting = warning resharper_redundant_explicit_nullable_creation_highlighting = warning resharper_redundant_explicit_params_array_creation_highlighting = suggestion resharper_redundant_explicit_positional_property_declaration_highlighting = warning resharper_redundant_explicit_tuple_component_name_highlighting = warning resharper_redundant_extends_list_entry_highlighting = warning resharper_redundant_fixed_pointer_declaration_highlighting = suggestion resharper_redundant_if_else_block_highlighting = hint resharper_redundant_if_statement_then_keyword_highlighting = none resharper_redundant_immediate_delegate_invocation_highlighting = suggestion resharper_redundant_include_highlighting = warning resharper_redundant_is_before_relational_pattern_highlighting = suggestion resharper_redundant_iterator_keyword_highlighting = warning resharper_redundant_jump_statement_highlighting = warning resharper_redundant_lambda_parameter_type_highlighting = warning resharper_redundant_lambda_signature_parentheses_highlighting = hint resharper_redundant_linebreak_highlighting = none resharper_redundant_logical_conditional_expression_operand_highlighting = warning resharper_redundant_me_qualifier_highlighting = warning resharper_redundant_my_base_qualifier_highlighting = warning resharper_redundant_my_class_qualifier_highlighting = warning resharper_redundant_name_qualifier_highlighting = warning resharper_redundant_not_null_constraint_highlighting = warning resharper_redundant_nullable_annotation_on_reference_type_constraint_highlighting = warning resharper_redundant_nullable_annotation_on_type_constraint_has_non_nullable_base_type_highlighting = warning resharper_redundant_nullable_annotation_on_type_constraint_has_non_nullable_type_kind_highlighting = warning resharper_redundant_nullable_directive_highlighting = warning resharper_redundant_nullable_flow_attribute_highlighting = warning resharper_redundant_nullable_type_mark_highlighting = warning resharper_redundant_nullness_attribute_with_nullable_reference_types_highlighting = warning resharper_redundant_overflow_checking_context_highlighting = warning resharper_redundant_overload_global_highlighting = suggestion resharper_redundant_overload_local_highlighting = suggestion resharper_redundant_overridden_member_highlighting = warning resharper_redundant_params_highlighting = warning resharper_redundant_parentheses_highlighting = none resharper_redundant_partial_method_empty_implementation_highlighting = warning resharper_redundant_pattern_parentheses_highlighting = hint resharper_redundant_property_parentheses_highlighting = hint resharper_redundant_property_pattern_clause_highlighting = suggestion resharper_redundant_qualifier_highlighting = warning resharper_redundant_query_order_by_ascending_keyword_highlighting = hint resharper_redundant_range_bound_highlighting = suggestion resharper_redundant_readonly_modifier_highlighting = suggestion resharper_redundant_record_class_keyword_highlighting = warning resharper_redundant_scoped_parameter_modifier_highlighting = warning resharper_redundant_setter_value_parameter_declaration_highlighting = hint resharper_redundant_space_highlighting = none resharper_redundant_spread_element_highlighting = suggestion resharper_redundant_string_format_call_highlighting = warning resharper_redundant_string_interpolation_highlighting = suggestion resharper_redundant_string_to_char_array_call_highlighting = warning resharper_redundant_string_type_highlighting = suggestion resharper_redundant_suppress_nullable_warning_expression_highlighting = warning resharper_redundant_switch_expression_arms_highlighting = warning resharper_redundant_ternary_expression_highlighting = warning resharper_redundant_to_string_call_for_value_type_highlighting = hint resharper_redundant_to_string_call_highlighting = warning resharper_redundant_type_arguments_inside_nameof_highlighting = suggestion resharper_redundant_type_arguments_of_method_highlighting = warning resharper_redundant_type_check_in_pattern_highlighting = warning resharper_redundant_type_declaration_body_highlighting = suggestion resharper_redundant_unsafe_context_highlighting = warning resharper_redundant_using_directive_global_highlighting = warning resharper_redundant_using_directive_highlighting = warning resharper_redundant_verbatim_prefix_highlighting = suggestion resharper_redundant_verbatim_string_prefix_highlighting = suggestion resharper_redundant_virtual_modifier_highlighting = warning resharper_redundant_with_cancellation_highlighting = warning resharper_redundant_with_expression_highlighting = suggestion resharper_reference_equals_with_value_type_highlighting = warning resharper_reg_exp_inspections_highlighting = warning resharper_remove_constructor_invocation_highlighting = none resharper_remove_redundant_or_statement_false_highlighting = suggestion resharper_remove_redundant_or_statement_true_highlighting = suggestion resharper_remove_to_list_1_highlighting = suggestion resharper_remove_to_list_2_highlighting = suggestion resharper_replace_async_with_task_return_highlighting = none resharper_replace_auto_property_with_computed_property_highlighting = hint resharper_replace_conditional_expression_with_null_coalescing_highlighting = suggestion resharper_replace_object_pattern_with_var_pattern_highlighting = suggestion resharper_replace_sequence_equal_with_constant_pattern_highlighting = suggestion resharper_replace_slice_with_range_indexer_highlighting = hint resharper_replace_substring_with_range_indexer_highlighting = hint resharper_replace_with_field_keyword_highlighting = suggestion resharper_replace_with_first_or_default_1_highlighting = suggestion resharper_replace_with_first_or_default_2_highlighting = suggestion resharper_replace_with_first_or_default_3_highlighting = suggestion resharper_replace_with_first_or_default_4_highlighting = suggestion resharper_replace_with_last_or_default_1_highlighting = suggestion resharper_replace_with_last_or_default_2_highlighting = suggestion resharper_replace_with_last_or_default_3_highlighting = suggestion resharper_replace_with_last_or_default_4_highlighting = suggestion resharper_replace_with_of_type_1_highlighting = suggestion resharper_replace_with_of_type_2_highlighting = suggestion resharper_replace_with_of_type_3_highlighting = suggestion resharper_replace_with_of_type_any_1_highlighting = suggestion resharper_replace_with_of_type_any_2_highlighting = suggestion resharper_replace_with_of_type_count_1_highlighting = suggestion resharper_replace_with_of_type_count_2_highlighting = suggestion resharper_replace_with_of_type_first_1_highlighting = suggestion resharper_replace_with_of_type_first_2_highlighting = suggestion resharper_replace_with_of_type_first_or_default_1_highlighting = suggestion resharper_replace_with_of_type_first_or_default_2_highlighting = suggestion resharper_replace_with_of_type_last_1_highlighting = suggestion resharper_replace_with_of_type_last_2_highlighting = suggestion resharper_replace_with_of_type_last_or_default_1_highlighting = suggestion resharper_replace_with_of_type_last_or_default_2_highlighting = suggestion resharper_replace_with_of_type_long_count_highlighting = suggestion resharper_replace_with_of_type_single_1_highlighting = suggestion resharper_replace_with_of_type_single_2_highlighting = suggestion resharper_replace_with_of_type_single_or_default_1_highlighting = suggestion resharper_replace_with_of_type_single_or_default_2_highlighting = suggestion resharper_replace_with_of_type_where_highlighting = suggestion resharper_replace_with_primary_constructor_parameter_highlighting = suggestion resharper_replace_with_simple_assignment_false_highlighting = suggestion resharper_replace_with_simple_assignment_true_highlighting = suggestion resharper_replace_with_single_assignment_false_highlighting = suggestion resharper_replace_with_single_assignment_true_highlighting = suggestion resharper_replace_with_single_call_to_any_highlighting = suggestion resharper_replace_with_single_call_to_count_highlighting = suggestion resharper_replace_with_single_call_to_first_highlighting = suggestion resharper_replace_with_single_call_to_first_or_default_highlighting = suggestion resharper_replace_with_single_call_to_last_highlighting = suggestion resharper_replace_with_single_call_to_last_or_default_highlighting = suggestion resharper_replace_with_single_call_to_single_highlighting = suggestion resharper_replace_with_single_call_to_single_or_default_highlighting = suggestion resharper_replace_with_single_or_default_1_highlighting = suggestion resharper_replace_with_single_or_default_2_highlighting = suggestion resharper_replace_with_single_or_default_3_highlighting = suggestion resharper_replace_with_single_or_default_4_highlighting = suggestion resharper_replace_with_string_is_null_or_empty_highlighting = suggestion resharper_required_base_types_conflict_highlighting = warning resharper_required_base_types_direct_conflict_highlighting = warning resharper_required_base_types_is_not_inherited_highlighting = warning resharper_resource_item_not_resolved_highlighting = error resharper_resource_not_resolved_highlighting = error resharper_resx_not_resolved_highlighting = warning resharper_return_of_task_produced_by_using_variable_highlighting = warning resharper_return_of_using_variable_highlighting = warning resharper_return_type_can_be_enumerable_global_highlighting = none resharper_return_type_can_be_enumerable_local_highlighting = none resharper_return_type_can_be_not_nullable_highlighting = warning resharper_return_value_of_pure_method_is_not_used_highlighting = warning resharper_route_templates_action_route_prefix_can_be_extracted_to_controller_route_highlighting = hint resharper_route_templates_ambiguous_matching_constraint_constructor_highlighting = warning resharper_route_templates_constraint_argument_cannot_be_converted_highlighting = warning resharper_route_templates_controller_route_parameter_is_not_passed_to_methods_highlighting = hint resharper_route_templates_duplicated_parameter_highlighting = warning resharper_route_templates_matching_constraint_constructor_not_resolved_highlighting = warning resharper_route_templates_method_missing_route_parameters_highlighting = hint resharper_route_templates_optional_parameter_can_be_preceded_only_by_single_period_highlighting = warning resharper_route_templates_optional_parameter_must_be_at_the_end_of_segment_highlighting = warning resharper_route_templates_parameter_constraint_can_be_specified_highlighting = hint resharper_route_templates_parameter_type_and_constraints_mismatch_highlighting = warning resharper_route_templates_parameter_type_can_be_made_stricter_highlighting = suggestion resharper_route_templates_route_parameter_constraint_not_resolved_highlighting = warning resharper_route_templates_route_parameter_is_not_passed_to_method_highlighting = hint resharper_route_templates_route_token_not_resolved_highlighting = warning resharper_route_templates_symbol_not_resolved_highlighting = warning resharper_route_templates_syntax_error_highlighting = warning resharper_safe_cast_is_used_as_type_check_highlighting = suggestion resharper_script_tag_has_both_src_and_content_attributes_highlighting = error resharper_sealed_member_in_sealed_class_highlighting = warning resharper_separate_control_transfer_statement_highlighting = none resharper_separate_local_functions_with_jump_statement_highlighting = hint resharper_service_contract_without_operations_highlighting = warning resharper_shader_lab_shader_reference_multiple_candidates_highlighting = warning resharper_shader_lab_shader_reference_not_resolved_highlighting = warning resharper_shift_expression_real_shift_count_is_zero_highlighting = warning resharper_shift_expression_result_equals_zero_highlighting = warning resharper_shift_expression_right_operand_not_equal_real_count_highlighting = warning resharper_shift_expression_zero_left_operand_highlighting = warning resharper_similar_anonymous_type_nearby_highlighting = hint resharper_simplify_conditional_operator_highlighting = suggestion resharper_simplify_conditional_ternary_expression_highlighting = suggestion resharper_simplify_i_if_highlighting = suggestion resharper_simplify_linq_expression_use_all_highlighting = suggestion resharper_simplify_linq_expression_use_any_highlighting = suggestion resharper_simplify_string_interpolation_highlighting = suggestion resharper_specify_a_culture_in_string_conversion_explicitly_highlighting = warning resharper_specify_string_comparison_highlighting = hint resharper_spin_lock_in_readonly_field_highlighting = warning resharper_stack_alloc_inside_loop_highlighting = warning resharper_static_member_initializer_referes_to_member_below_highlighting = warning resharper_static_member_in_generic_type_highlighting = warning resharper_static_problem_in_text_highlighting = warning resharper_std_is_constant_evaluated_will_always_evaluate_to_constant_highlighting = warning resharper_stream_read_return_value_ignored_highlighting = warning resharper_string_compare_is_culture_specific_1_highlighting = warning resharper_string_compare_is_culture_specific_2_highlighting = warning resharper_string_compare_is_culture_specific_3_highlighting = warning resharper_string_compare_is_culture_specific_4_highlighting = warning resharper_string_compare_is_culture_specific_5_highlighting = warning resharper_string_compare_is_culture_specific_6_highlighting = warning resharper_string_compare_to_is_culture_specific_highlighting = warning resharper_string_ends_with_is_culture_specific_highlighting = none resharper_string_index_of_is_culture_specific_1_highlighting = warning resharper_string_index_of_is_culture_specific_2_highlighting = warning resharper_string_index_of_is_culture_specific_3_highlighting = warning resharper_string_last_index_of_is_culture_specific_1_highlighting = warning resharper_string_last_index_of_is_culture_specific_2_highlighting = warning resharper_string_last_index_of_is_culture_specific_3_highlighting = warning resharper_string_literal_as_interpolation_argument_highlighting = suggestion resharper_string_span_comparison_highlighting = warning resharper_string_starts_with_is_culture_specific_highlighting = none resharper_structured_message_template_problem_highlighting = warning resharper_struct_can_be_made_read_only_highlighting = suggestion resharper_struct_lacks_i_equatable_global_highlighting = warning resharper_struct_lacks_i_equatable_local_highlighting = warning resharper_struct_member_can_be_made_read_only_highlighting = none resharper_suggest_base_type_for_parameter_highlighting = none resharper_suggest_base_type_for_parameter_in_constructor_highlighting = none resharper_suggest_discard_declaration_var_style_highlighting = hint resharper_suggest_var_or_type_built_in_types_highlighting = hint resharper_suggest_var_or_type_deconstruction_declarations_highlighting = hint resharper_suggest_var_or_type_elsewhere_highlighting = hint resharper_suggest_var_or_type_simple_types_highlighting = hint resharper_suppress_nullable_warning_expression_as_inverted_is_expression_highlighting = warning resharper_suspicious_lock_over_synchronization_primitive_highlighting = warning resharper_suspicious_math_sign_method_highlighting = warning resharper_suspicious_parameter_name_in_argument_null_exception_highlighting = warning resharper_suspicious_type_conversion_global_highlighting = warning resharper_swap_via_deconstruction_highlighting = suggestion resharper_switch_expression_handles_some_known_enum_values_with_exception_in_default_highlighting = hint resharper_switch_statement_for_enum_misses_default_section_highlighting = hint resharper_switch_statement_handles_some_known_enum_values_with_default_highlighting = hint resharper_switch_statement_missing_some_enum_cases_no_default_highlighting = hint resharper_symbol_from_not_copied_locally_reference_used_warning_highlighting = warning resharper_tabs_and_spaces_mismatch_highlighting = none resharper_tabs_are_disallowed_highlighting = none resharper_tabs_outside_indent_highlighting = none resharper_tail_recursive_call_highlighting = hint resharper_template_duplicate_property_problem_highlighting = warning resharper_template_format_string_problem_highlighting = warning resharper_template_is_not_compile_time_constant_problem_highlighting = warning resharper_thread_static_at_instance_field_highlighting = warning resharper_thread_static_field_has_initializer_highlighting = warning resharper_too_wide_local_variable_scope_highlighting = suggestion resharper_try_cast_always_succeeds_highlighting = suggestion resharper_try_statements_can_be_merged_highlighting = hint resharper_type_parameter_can_be_variant_highlighting = suggestion resharper_type_with_suspicious_equality_is_used_in_record_global_highlighting = warning resharper_type_with_suspicious_equality_is_used_in_record_local_highlighting = warning resharper_unassigned_field_global_highlighting = suggestion resharper_unassigned_field_local_highlighting = warning resharper_unassigned_get_only_auto_property_highlighting = warning resharper_unassigned_readonly_field_highlighting = warning resharper_unclosed_script_highlighting = error resharper_unexpected_attribute_highlighting = warning resharper_unexpected_directive_highlighting = warning resharper_unity_burst_accessing_managed_indexer_highlighting = warning resharper_unity_burst_accessing_managed_method_highlighting = warning resharper_unity_burst_boxing_not_supported_highlighting = warning resharper_unity_burst_creating_managed_type_highlighting = warning resharper_unity_burst_debug_log_invalid_argument_highlighting = warning resharper_unity_burst_foreach_not_supported_highlighting = warning resharper_unity_burst_function_signature_contains_managed_types_highlighting = warning resharper_unity_burst_loading_managed_type_highlighting = warning resharper_unity_burst_loading_static_not_readonly_highlighting = warning resharper_unity_burst_local_string_variable_declaration_highlighting = suggestion resharper_unity_burst_shared_static_create_highlighting = warning resharper_unity_burst_string_format_invalid_argument_highlighting = warning resharper_unity_burst_string_format_invalid_format_highlighting = warning resharper_unity_burst_try_not_supported_highlighting = warning resharper_unity_burst_typeof_expression_highlighting = warning resharper_unity_burst_write_static_field_highlighting = warning resharper_unity_duplicate_event_function_highlighting = warning resharper_unity_duplicate_shortcut_highlighting = warning resharper_unity_entities_aspect_wrong_fields_type_highlighting = error resharper_unity_entities_inconsistent_modifiers_for_dots_inheritor_highlighting = error resharper_unity_entities_must_be_struct_for_dots_inheritor_highlighting = error resharper_unity_entities_must_be_surrounded_with_ref_rw_ro_highlighting = warning resharper_unity_entities_not_updated_component_lookup_highlighting = warning resharper_unity_entities_singleton_must_be_requested_highlighting = warning resharper_unity_expected_component_highlighting = warning resharper_unity_expected_scriptable_object_highlighting = warning resharper_unity_explicit_tag_comparison_highlighting = warning resharper_unity_incorrect_method_signature_highlighting = warning resharper_unity_incorrect_method_signature_in_string_literal_highlighting = warning resharper_unity_incorrect_mono_behaviour_instantiation_highlighting = warning resharper_unity_incorrect_scriptable_object_instantiation_highlighting = warning resharper_unity_inefficient_multidimensional_array_usage_highlighting = warning resharper_unity_inefficient_multiplication_order_highlighting = warning resharper_unity_inefficient_property_access_highlighting = none resharper_unity_instantiate_without_parent_highlighting = warning resharper_unity_load_scene_ambiguous_scene_name_highlighting = warning resharper_unity_load_scene_disabled_scene_name_highlighting = warning resharper_unity_load_scene_unexisting_scene_highlighting = warning resharper_unity_load_scene_unknown_scene_name_highlighting = warning resharper_unity_load_scene_wrong_index_highlighting = warning resharper_unity_no_null_coalescing_highlighting = none resharper_unity_no_null_pattern_matching_highlighting = none resharper_unity_no_null_propagation_highlighting = none resharper_unity_parameter_not_derived_from_component_highlighting = warning resharper_unity_performance_critical_code_camera_main_highlighting = hint resharper_unity_performance_critical_code_invocation_highlighting = hint resharper_unity_performance_critical_code_null_comparison_highlighting = hint resharper_unity_possible_misapplication_of_attribute_to_multiple_fields_highlighting = warning resharper_unity_prefer_address_by_id_to_graphics_params_highlighting = warning resharper_unity_prefer_generic_method_overload_highlighting = warning resharper_unity_prefer_guid_reference_highlighting = hint resharper_unity_prefer_non_alloc_api_highlighting = warning resharper_unity_property_drawer_on_gui_base_highlighting = warning resharper_unity_redundant_attribute_on_target_highlighting = warning resharper_unity_redundant_event_function_highlighting = warning resharper_unity_redundant_formerly_serialized_as_attribute_highlighting = warning resharper_unity_redundant_hide_in_inspector_attribute_highlighting = warning resharper_unity_redundant_initialize_on_load_attribute_highlighting = warning resharper_unity_redundant_serialize_field_attribute_highlighting = warning resharper_unity_shared_static_unmanaged_type_highlighting = warning resharper_unity_unknown_animator_state_name_highlighting = warning resharper_unity_unknown_input_axes_highlighting = warning resharper_unity_unknown_layer_highlighting = warning resharper_unity_unknown_resource_highlighting = warning resharper_unity_unknown_tag_highlighting = warning resharper_unity_unresolved_component_or_scriptable_object_highlighting = warning resharper_unnecessary_whitespace_highlighting = none resharper_unreachable_switch_arm_due_to_integer_analysis_highlighting = warning resharper_unreachable_switch_case_due_to_integer_analysis_highlighting = warning resharper_unreal_header_tool_error_highlighting = error resharper_unreal_header_tool_warning_highlighting = warning resharper_unsupported_required_base_type_highlighting = warning resharper_unused_anonymous_method_signature_highlighting = warning resharper_unused_auto_property_accessor_global_highlighting = warning resharper_unused_auto_property_accessor_local_highlighting = warning resharper_unused_import_clause_highlighting = warning resharper_unused_local_function_highlighting = warning resharper_unused_local_function_parameter_highlighting = warning resharper_unused_local_function_return_value_highlighting = warning resharper_unused_member_global_highlighting = suggestion resharper_unused_member_hierarchy_global_highlighting = suggestion resharper_unused_member_hierarchy_local_highlighting = warning resharper_unused_member_in_super_global_highlighting = suggestion resharper_unused_member_in_super_local_highlighting = warning resharper_unused_member_local_highlighting = warning resharper_unused_method_return_value_global_highlighting = suggestion resharper_unused_method_return_value_local_highlighting = warning resharper_unused_nullable_directive_highlighting = warning resharper_unused_parameter_global_highlighting = suggestion resharper_unused_parameter_in_partial_method_highlighting = warning resharper_unused_parameter_local_highlighting = warning resharper_unused_tuple_component_in_return_value_highlighting = warning resharper_unused_type_global_highlighting = suggestion resharper_unused_type_local_highlighting = warning resharper_unused_type_parameter_highlighting = warning resharper_unused_variable_highlighting = warning resharper_usage_of_default_struct_equality_highlighting = warning resharper_useless_binary_operation_highlighting = warning resharper_useless_comparison_to_integral_constant_highlighting = warning resharper_use_array_creation_expression_1_highlighting = suggestion resharper_use_array_creation_expression_2_highlighting = suggestion resharper_use_array_empty_method_highlighting = suggestion resharper_use_await_using_highlighting = suggestion resharper_use_cancellation_token_for_i_async_enumerable_highlighting = suggestion resharper_use_collection_count_property_highlighting = suggestion resharper_use_collection_expression_highlighting = suggestion resharper_use_configure_await_false_for_async_disposable_highlighting = none resharper_use_configure_await_false_highlighting = suggestion resharper_use_deconstruction_highlighting = hint resharper_use_discard_assignment_highlighting = suggestion resharper_use_empty_types_field_highlighting = suggestion resharper_use_event_args_empty_field_highlighting = suggestion resharper_use_format_specifier_in_format_string_highlighting = suggestion resharper_use_implicitly_typed_variable_evident_highlighting = hint resharper_use_implicitly_typed_variable_highlighting = none resharper_use_implicit_by_val_modifier_highlighting = hint resharper_use_indexed_property_highlighting = suggestion resharper_use_index_from_end_expression_highlighting = suggestion resharper_use_method_any_0_highlighting = suggestion resharper_use_method_any_1_highlighting = suggestion resharper_use_method_any_2_highlighting = suggestion resharper_use_method_any_3_highlighting = suggestion resharper_use_method_any_4_highlighting = suggestion resharper_use_nameof_expression_for_part_of_the_string_highlighting = none resharper_use_nameof_expression_highlighting = suggestion resharper_use_nameof_for_dependency_property_highlighting = suggestion resharper_use_name_of_instead_of_to_string_highlighting = suggestion resharper_use_name_of_instead_of_type_of_highlighting = suggestion resharper_use_negated_pattern_in_is_expression_highlighting = hint resharper_use_negated_pattern_matching_highlighting = hint resharper_use_nullable_annotation_instead_of_attribute_highlighting = suggestion resharper_use_nullable_attributes_supported_by_compiler_highlighting = suggestion resharper_use_nullable_reference_types_annotation_syntax_highlighting = warning resharper_use_null_propagation_highlighting = hint resharper_use_object_or_collection_initializer_highlighting = suggestion resharper_use_pattern_matching_highlighting = suggestion resharper_use_positional_deconstruction_pattern_highlighting = none resharper_use_raw_string_highlighting = hint resharper_use_string_interpolation_highlighting = suggestion resharper_use_string_interpolation_when_possible_highlighting = hint resharper_use_switch_case_pattern_variable_highlighting = suggestion resharper_use_symbol_alias_highlighting = hint resharper_use_throw_if_null_method_highlighting = none resharper_use_unsigned_right_shift_operator_highlighting = suggestion resharper_use_verbatim_string_highlighting = hint resharper_use_with_expression_to_copy_anonymous_object_highlighting = suggestion resharper_use_with_expression_to_copy_record_highlighting = suggestion resharper_use_with_expression_to_copy_struct_highlighting = suggestion resharper_use_with_expression_to_copy_tuple_highlighting = suggestion resharper_using_statement_resource_initialization_expression_highlighting = hint resharper_using_statement_resource_initialization_highlighting = warning resharper_value_parameter_not_used_highlighting = warning resharper_value_range_attribute_violation_highlighting = warning resharper_variable_can_be_not_nullable_highlighting = warning resharper_variable_hides_outer_variable_highlighting = warning resharper_variable_length_string_hex_escape_sequence_highlighting = warning resharper_virtual_member_call_in_constructor_highlighting = warning resharper_virtual_member_never_overridden_global_highlighting = suggestion resharper_virtual_member_never_overridden_local_highlighting = suggestion resharper_void_method_with_must_dispose_resource_attribute_highlighting = warning resharper_void_method_with_must_use_return_value_attribute_highlighting = warning resharper_vulnerable_api_highlighting = warning resharper_web_config_module_not_resolved_highlighting = warning resharper_web_config_module_qualification_resolve_highlighting = warning resharper_web_config_redundant_add_namespace_tag_highlighting = warning resharper_web_config_redundant_location_tag_highlighting = warning resharper_web_config_tag_prefix_redundand_highlighting = warning resharper_web_config_type_not_resolved_highlighting = warning resharper_web_config_unused_add_tag_highlighting = warning resharper_web_config_unused_element_due_to_config_source_attribute_highlighting = warning resharper_web_config_unused_remove_or_clear_tag_highlighting = warning resharper_web_config_web_config_path_warning_highlighting = warning resharper_web_config_wrong_module_highlighting = warning resharper_web_ignored_path_highlighting = none resharper_web_mapped_path_highlighting = hint resharper_with_expression_instead_of_initializer_highlighting = suggestion resharper_with_expression_modifies_all_members_highlighting = warning resharper_wrong_indent_size_highlighting = none resharper_xunit_xunit_test_with_console_output_highlighting = warning resharper_zero_index_from_end_highlighting = warning Light.PortableResults-0.2.0/.github/000077500000000000000000000000001516707642500172665ustar00rootroot00000000000000Light.PortableResults-0.2.0/.github/actions/000077500000000000000000000000001516707642500207265ustar00rootroot00000000000000Light.PortableResults-0.2.0/.github/actions/cache-nuget/000077500000000000000000000000001516707642500231115ustar00rootroot00000000000000Light.PortableResults-0.2.0/.github/actions/cache-nuget/action.yml000066400000000000000000000006171516707642500251150ustar00rootroot00000000000000name: 'Cache NuGet Packages' description: 'Sets up caching for NuGet packages to speed up builds' author: 'Kenny Pflug' runs: using: 'composite' steps: - name: Cache NuGet packages uses: actions/cache@v4 with: path: ~/.nuget/packages key: nuget-${{ runner.os }}-${{ hashFiles('**/packages.lock.json') }} restore-keys: | nuget-${{ runner.os }}- Light.PortableResults-0.2.0/.github/copilot-instructions.md000066400000000000000000000012641516707642500240260ustar00rootroot00000000000000# RTK — Token-Optimized CLI **rtk** is a CLI proxy that filters and compresses command outputs, saving 60-90% tokens. ## Rule Always prefix shell commands with `rtk`: ```bash # Instead of: Use: git status rtk git status git log -10 rtk git log -10 cargo test rtk cargo test docker ps rtk docker ps kubectl get pods rtk kubectl pods ``` ## Meta commands (use directly) ```bash rtk gain # Token savings dashboard rtk gain --history # Per-command savings history rtk discover # Find missed rtk opportunities rtk proxy # Run raw (no filtering) but track usage ``` Light.PortableResults-0.2.0/.github/hooks/000077500000000000000000000000001516707642500204115ustar00rootroot00000000000000Light.PortableResults-0.2.0/.github/hooks/rtk-rewrite.json000066400000000000000000000002521516707642500235620ustar00rootroot00000000000000{ "hooks": { "PreToolUse": [ { "type": "command", "command": "rtk hook copilot", "cwd": ".", "timeout": 5 } ] } } Light.PortableResults-0.2.0/.github/workflows/000077500000000000000000000000001516707642500213235ustar00rootroot00000000000000Light.PortableResults-0.2.0/.github/workflows/build-and-test.yml000066400000000000000000000042571516707642500246720ustar00rootroot00000000000000name: Build and Test on: push: branches: [ main ] pull_request: branches: [ main ] jobs: build-and-test: runs-on: ubuntu-latest steps: - name: Checkout code uses: actions/checkout@v4 - name: Set up .NET uses: actions/setup-dotnet@v4 with: global-json-file: ./global.json - name: Cache NuGet packages uses: ./.github/actions/cache-nuget - name: Restore dependencies run: dotnet restore ./Light.PortableResults.slnx /p:ContinuousIntegrationBuild=true - name: Build run: dotnet build ./Light.PortableResults.slnx --configuration Release --no-restore /p:ContinuousIntegrationBuild=true - name: Test run: > dotnet test ./Light.PortableResults.slnx --configuration Release --no-build --settings ./coverage.runsettings - name: Merge coverage reports run: | dotnet tool install --global dotnet-reportgenerator-globaltool reportgenerator -reports:'**/coverage.cobertura.xml' -targetdir:./coverage-merged -reporttypes:Cobertura - name: Publish coverage summary uses: irongut/CodeCoverageSummary@v1.3.0 with: filename: 'coverage-merged/Cobertura.xml' badge: true format: 'markdown' output: 'both' fail_below_min: true thresholds: '60 85' - name: Upload coverage results if: always() && github.event_name == 'pull_request' uses: actions/upload-artifact@v4 with: name: coverage-results path: code-coverage-results.md coverage-comment: if: always() && github.event_name == 'pull_request' needs: build-and-test runs-on: ubuntu-latest permissions: contents: read pull-requests: write steps: - name: Download coverage results uses: actions/download-artifact@v7 with: name: coverage-results # Add Coverage PR Comment runs always to ensure the comment is updated - name: Add Coverage PR Comment uses: marocchino/sticky-pull-request-comment@v2 with: recreate: true path: code-coverage-results.md Light.PortableResults-0.2.0/.github/workflows/release-on-nuget.yml000066400000000000000000000023771516707642500252310ustar00rootroot00000000000000name: Release on NuGet on: release: types: [ published ] workflow_dispatch: jobs: release-on-nuget: runs-on: ubuntu-latest timeout-minutes: 5 steps: - name: Checkout code uses: actions/checkout@v4 - name: Set up .NET uses: actions/setup-dotnet@v4 with: global-json-file: ./global.json - name: Cache NuGet packages uses: ./.github/actions/cache-nuget - name: Create signed NuGet packages env: SNK: ${{ secrets.SNK }} shell: bash run: | set -euo pipefail SNK_PATH=./Light.PortableResults.snk trap 'rm -f "$SNK_PATH"' EXIT echo "$SNK" | base64 --decode > "$SNK_PATH" # AssemblyOriginatorKeyFile must be a relative path from the csproj file that is being built, hence the ../../ dotnet pack ./Light.PortableResults.slnx --configuration Release /p:SignAssembly=true /p:AssemblyOriginatorKeyFile=../../Light.PortableResults.snk /p:ContinuousIntegrationBuild=true - name: Push NuGet packages env: NUGET_API_KEY: ${{ secrets.NUGET_API_KEY }} run: dotnet nuget push "./src/**/*.nupkg" --api-key $NUGET_API_KEY --source https://api.nuget.org/v3/index.json --skip-duplicate Light.PortableResults-0.2.0/.gitignore000066400000000000000000000001231516707642500177120ustar00rootroot00000000000000.vs/ .vscode/ .idea/ bin/ obj/ *.user *.suo *.cobertura.xml *.received.* .DS_Store Light.PortableResults-0.2.0/AGENTS.md000066400000000000000000000047451516707642500172430ustar00rootroot00000000000000# Root Agents.md Light.PortableResults is a lightweight, high-performance library implementing the Result Pattern for .NET. It stands out for reducing allocations and being able to serialize and deserialize results across different protocols (HTTP via RFC-9457, gRPC, Asynchronous Messaging). Extensibility is less important than performance. ## Implementation rules Plans typically have acceptance criteria with check boxes. Check each box when you are finished with the corresponding criterion. ## General Rules for the Code Base In our Directory.Build.props files in this solution, the following rules are defined: - Implicit usings or global usings are not allowed - use explicit using statements for clarity. - The Light.PortableResults project is built with .NET Standard 2.0, but you can use C# 14 features. - All other projects use .NET 10, including the test projects. - The library is not published in a stable version yet, you can make breaking changes. - `` is enabled in Release builds, so your code changes must not generate warnings. - When a type or method is properly encapsulated, make it public. We don't know how callers would like to use this library. When some types are internal, this might make it hard for callers to access these in tests or when making configuration changes. Prefer public APIs over internal ones. ## Production Code Rules Read ./src/AGENTS.md for details about the production code. ## Testing Rules Read ./tests/AGENTS.md for details about how to write tests. ## Plan Rules Read ./ai-plans/AGENTS.md for details on how to write plans. ## Here is Your Space If you encounter something worth noting while you are working on this code base, write it down here in this section. Once you are finished, I will discuss it with you, and we can decide where to put your notes. - Validation target composition needs a clear ownership boundary: when a child validation context is already working with a fully composed `Error.Target`, composing the prefix again duplicates paths such as `address.address.zipCode`. The new validation package treats explicit `Error.Target` values as already absolute and only prefixes targets when the context itself creates the target path. - `Check` normalizes `null` to `string.Empty` by default because the shared string value normalizer runs before assertions. That means `IsNotNull` only observes actual `null` strings when a no-op string normalizer is configured for the validation context or the individual check. Light.PortableResults-0.2.0/BenchmarkDotNet.Artifacts/000077500000000000000000000000001516707642500226555ustar00rootroot00000000000000Light.PortableResults-0.2.0/BenchmarkDotNet.Artifacts/BenchmarkRun-20260308-104943.log000066400000000000000000001073121516707642500274070ustar00rootroot00000000000000// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 4 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 0.93 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 7.46 sec and exited with 0 // ***** Done, took 00:00:08 (8.46 sec) ***** // Found 2 benchmarks: // ComplexValidationEndpointBenchmarks.FluentValidationEndpoint: DefaultJob // ComplexValidationEndpointBenchmarks.PortableResultsValidationEndpoint: DefaultJob // ************************** // Benchmark: ComplexValidationEndpointBenchmarks.FluentValidationEndpoint: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 135 136 --benchmarkName Benchmarks.ComplexValidationEndpointBenchmarks.FluentValidationEndpoint --job Default --benchmarkId 0 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 98583.00 ns, 98.5830 us/op WorkloadJitting 1: 1 op, 5894500.00 ns, 5.8945 ms/op OverheadJitting 2: 16 op, 326042.00 ns, 20.3776 us/op WorkloadJitting 2: 16 op, 330250.00 ns, 20.6406 us/op WorkloadPilot 1: 16 op, 49291.00 ns, 3.0807 us/op WorkloadPilot 2: 32 op, 81542.00 ns, 2.5482 us/op WorkloadPilot 3: 64 op, 134125.00 ns, 2.0957 us/op WorkloadPilot 4: 128 op, 243958.00 ns, 1.9059 us/op WorkloadPilot 5: 256 op, 496167.00 ns, 1.9382 us/op WorkloadPilot 6: 512 op, 927708.00 ns, 1.8119 us/op WorkloadPilot 7: 1024 op, 1893875.00 ns, 1.8495 us/op WorkloadPilot 8: 2048 op, 3895958.00 ns, 1.9023 us/op WorkloadPilot 9: 4096 op, 7344125.00 ns, 1.7930 us/op WorkloadPilot 10: 8192 op, 22045625.00 ns, 2.6911 us/op WorkloadPilot 11: 16384 op, 31017917.00 ns, 1.8932 us/op WorkloadPilot 12: 32768 op, 63209667.00 ns, 1.9290 us/op WorkloadPilot 13: 65536 op, 58141875.00 ns, 887.1746 ns/op WorkloadPilot 14: 131072 op, 55268833.00 ns, 421.6677 ns/op WorkloadPilot 15: 262144 op, 111874167.00 ns, 426.7661 ns/op WorkloadPilot 16: 524288 op, 221587375.00 ns, 422.6444 ns/op WorkloadPilot 17: 1048576 op, 434195375.00 ns, 414.0810 ns/op WorkloadPilot 18: 2097152 op, 868740750.00 ns, 414.2479 ns/op OverheadWarmup 1: 2097152 op, 3914917.00 ns, 1.8668 ns/op OverheadWarmup 2: 2097152 op, 4031750.00 ns, 1.9225 ns/op OverheadWarmup 3: 2097152 op, 4016459.00 ns, 1.9152 ns/op OverheadWarmup 4: 2097152 op, 3961625.00 ns, 1.8891 ns/op OverheadWarmup 5: 2097152 op, 3937666.00 ns, 1.8776 ns/op OverheadWarmup 6: 2097152 op, 3905500.00 ns, 1.8623 ns/op OverheadWarmup 7: 2097152 op, 3962125.00 ns, 1.8893 ns/op OverheadWarmup 8: 2097152 op, 3821125.00 ns, 1.8221 ns/op OverheadActual 1: 2097152 op, 4000625.00 ns, 1.9076 ns/op OverheadActual 2: 2097152 op, 4044625.00 ns, 1.9286 ns/op OverheadActual 3: 2097152 op, 3930792.00 ns, 1.8743 ns/op OverheadActual 4: 2097152 op, 4024666.00 ns, 1.9191 ns/op OverheadActual 5: 2097152 op, 4035125.00 ns, 1.9241 ns/op OverheadActual 6: 2097152 op, 4145625.00 ns, 1.9768 ns/op OverheadActual 7: 2097152 op, 4014541.00 ns, 1.9143 ns/op OverheadActual 8: 2097152 op, 4075083.00 ns, 1.9432 ns/op OverheadActual 9: 2097152 op, 3789417.00 ns, 1.8069 ns/op OverheadActual 10: 2097152 op, 4094208.00 ns, 1.9523 ns/op OverheadActual 11: 2097152 op, 3967083.00 ns, 1.8917 ns/op OverheadActual 12: 2097152 op, 3917750.00 ns, 1.8681 ns/op OverheadActual 13: 2097152 op, 3965250.00 ns, 1.8908 ns/op OverheadActual 14: 2097152 op, 3677667.00 ns, 1.7536 ns/op OverheadActual 15: 2097152 op, 3994750.00 ns, 1.9048 ns/op WorkloadWarmup 1: 2097152 op, 876186000.00 ns, 417.7980 ns/op WorkloadWarmup 2: 2097152 op, 883249083.00 ns, 421.1660 ns/op WorkloadWarmup 3: 2097152 op, 894300416.00 ns, 426.4357 ns/op WorkloadWarmup 4: 2097152 op, 890951458.00 ns, 424.8388 ns/op WorkloadWarmup 5: 2097152 op, 889610083.00 ns, 424.1991 ns/op WorkloadWarmup 6: 2097152 op, 880330375.00 ns, 419.7742 ns/op WorkloadWarmup 7: 2097152 op, 890505542.00 ns, 424.6261 ns/op WorkloadWarmup 8: 2097152 op, 884170250.00 ns, 421.6052 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 889585542.00 ns, 424.1874 ns/op WorkloadActual 2: 2097152 op, 908553541.00 ns, 433.2321 ns/op WorkloadActual 3: 2097152 op, 903283542.00 ns, 430.7192 ns/op WorkloadActual 4: 2097152 op, 885277458.00 ns, 422.1332 ns/op WorkloadActual 5: 2097152 op, 886405250.00 ns, 422.6710 ns/op WorkloadActual 6: 2097152 op, 884775625.00 ns, 421.8939 ns/op WorkloadActual 7: 2097152 op, 886880958.00 ns, 422.8978 ns/op WorkloadActual 8: 2097152 op, 886626875.00 ns, 422.7766 ns/op WorkloadActual 9: 2097152 op, 888594625.00 ns, 423.7149 ns/op WorkloadActual 10: 2097152 op, 900587500.00 ns, 429.4336 ns/op WorkloadActual 11: 2097152 op, 890095625.00 ns, 424.4307 ns/op WorkloadActual 12: 2097152 op, 884208000.00 ns, 421.6232 ns/op WorkloadActual 13: 2097152 op, 887440917.00 ns, 423.1648 ns/op WorkloadActual 14: 2097152 op, 898267167.00 ns, 428.3272 ns/op WorkloadActual 15: 2097152 op, 888424125.00 ns, 423.6336 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 885584917.00 ns, 422.2798 ns/op WorkloadResult 2: 2097152 op, 899282917.00 ns, 428.8115 ns/op WorkloadResult 3: 2097152 op, 881276833.00 ns, 420.2255 ns/op WorkloadResult 4: 2097152 op, 882404625.00 ns, 420.7633 ns/op WorkloadResult 5: 2097152 op, 880775000.00 ns, 419.9862 ns/op WorkloadResult 6: 2097152 op, 882880333.00 ns, 420.9901 ns/op WorkloadResult 7: 2097152 op, 882626250.00 ns, 420.8690 ns/op WorkloadResult 8: 2097152 op, 884594000.00 ns, 421.8073 ns/op WorkloadResult 9: 2097152 op, 896586875.00 ns, 427.5259 ns/op WorkloadResult 10: 2097152 op, 886095000.00 ns, 422.5230 ns/op WorkloadResult 11: 2097152 op, 880207375.00 ns, 419.7156 ns/op WorkloadResult 12: 2097152 op, 883440292.00 ns, 421.2572 ns/op WorkloadResult 13: 2097152 op, 894266542.00 ns, 426.4195 ns/op WorkloadResult 14: 2097152 op, 884423500.00 ns, 421.7260 ns/op // GC: 585 2 0 4898947072 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 24313 has exited with code 0. Mean = 422.493 ns, StdErr = 0.779 ns (0.18%), N = 14, StdDev = 2.913 ns Min = 419.716 ns, Q1 = 420.790 ns, Median = 421.492 ns, Q3 = 422.462 ns, Max = 428.812 ns IQR = 1.672 ns, LowerFence = 418.281 ns, UpperFence = 424.971 ns ConfidenceInterval = [419.207 ns; 425.779 ns] (CI 99.9%), Margin = 3.286 ns (0.78% of Mean) Skewness = 1.09, Kurtosis = 2.6, MValue = 2 // ** Remained 3 (75,0 %) benchmark(s) to run. Estimated finish 2026-03-08 10:51 (0h 1m from now) ** // ************************** // Benchmark: ComplexValidationEndpointBenchmarks.PortableResultsValidationEndpoint: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 135 136 --benchmarkName Benchmarks.ComplexValidationEndpointBenchmarks.PortableResultsValidationEndpoint --job Default --benchmarkId 1 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 116084.00 ns, 116.0840 us/op WorkloadJitting 1: 1 op, 4612250.00 ns, 4.6123 ms/op OverheadJitting 2: 16 op, 317958.00 ns, 19.8724 us/op WorkloadJitting 2: 16 op, 375041.00 ns, 23.4401 us/op WorkloadPilot 1: 16 op, 37416.00 ns, 2.3385 us/op WorkloadPilot 2: 32 op, 67250.00 ns, 2.1016 us/op WorkloadPilot 3: 64 op, 123500.00 ns, 1.9297 us/op WorkloadPilot 4: 128 op, 241250.00 ns, 1.8848 us/op WorkloadPilot 5: 256 op, 451292.00 ns, 1.7629 us/op WorkloadPilot 6: 512 op, 908750.00 ns, 1.7749 us/op WorkloadPilot 7: 1024 op, 1839083.00 ns, 1.7960 us/op WorkloadPilot 8: 2048 op, 3746917.00 ns, 1.8295 us/op WorkloadPilot 9: 4096 op, 6734542.00 ns, 1.6442 us/op WorkloadPilot 10: 8192 op, 14189833.00 ns, 1.7322 us/op WorkloadPilot 11: 16384 op, 27097750.00 ns, 1.6539 us/op WorkloadPilot 12: 32768 op, 55353000.00 ns, 1.6892 us/op WorkloadPilot 13: 65536 op, 109693125.00 ns, 1.6738 us/op WorkloadPilot 14: 131072 op, 223395167.00 ns, 1.7044 us/op WorkloadPilot 15: 262144 op, 194213708.00 ns, 740.8665 ns/op WorkloadPilot 16: 524288 op, 217076375.00 ns, 414.0403 ns/op WorkloadPilot 17: 1048576 op, 435811000.00 ns, 415.6218 ns/op WorkloadPilot 18: 2097152 op, 872982708.00 ns, 416.2706 ns/op OverheadWarmup 1: 2097152 op, 4075542.00 ns, 1.9434 ns/op OverheadWarmup 2: 2097152 op, 4166417.00 ns, 1.9867 ns/op OverheadWarmup 3: 2097152 op, 4222500.00 ns, 2.0134 ns/op OverheadWarmup 4: 2097152 op, 4145500.00 ns, 1.9767 ns/op OverheadWarmup 5: 2097152 op, 4012709.00 ns, 1.9134 ns/op OverheadWarmup 6: 2097152 op, 4244750.00 ns, 2.0241 ns/op OverheadWarmup 7: 2097152 op, 3901458.00 ns, 1.8604 ns/op OverheadActual 1: 2097152 op, 3980291.00 ns, 1.8980 ns/op OverheadActual 2: 2097152 op, 4304459.00 ns, 2.0525 ns/op OverheadActual 3: 2097152 op, 4165417.00 ns, 1.9862 ns/op OverheadActual 4: 2097152 op, 4262584.00 ns, 2.0326 ns/op OverheadActual 5: 2097152 op, 4150500.00 ns, 1.9791 ns/op OverheadActual 6: 2097152 op, 4368375.00 ns, 2.0830 ns/op OverheadActual 7: 2097152 op, 4732792.00 ns, 2.2568 ns/op OverheadActual 8: 2097152 op, 5625125.00 ns, 2.6823 ns/op OverheadActual 9: 2097152 op, 3934125.00 ns, 1.8759 ns/op OverheadActual 10: 2097152 op, 3998375.00 ns, 1.9066 ns/op OverheadActual 11: 2097152 op, 4202792.00 ns, 2.0040 ns/op OverheadActual 12: 2097152 op, 4170083.00 ns, 1.9885 ns/op OverheadActual 13: 2097152 op, 4228167.00 ns, 2.0161 ns/op OverheadActual 14: 2097152 op, 3954834.00 ns, 1.8858 ns/op OverheadActual 15: 2097152 op, 4086791.00 ns, 1.9487 ns/op WorkloadWarmup 1: 2097152 op, 869469000.00 ns, 414.5951 ns/op WorkloadWarmup 2: 2097152 op, 863910833.00 ns, 411.9448 ns/op WorkloadWarmup 3: 2097152 op, 862656583.00 ns, 411.3467 ns/op WorkloadWarmup 4: 2097152 op, 859651917.00 ns, 409.9140 ns/op WorkloadWarmup 5: 2097152 op, 860948375.00 ns, 410.5322 ns/op WorkloadWarmup 6: 2097152 op, 863098208.00 ns, 411.5573 ns/op WorkloadWarmup 7: 2097152 op, 870311125.00 ns, 414.9967 ns/op WorkloadWarmup 8: 2097152 op, 869144666.00 ns, 414.4405 ns/op WorkloadWarmup 9: 2097152 op, 868863459.00 ns, 414.3064 ns/op WorkloadWarmup 10: 2097152 op, 864821792.00 ns, 412.3792 ns/op WorkloadWarmup 11: 2097152 op, 861439250.00 ns, 410.7662 ns/op WorkloadWarmup 12: 2097152 op, 861399958.00 ns, 410.7475 ns/op WorkloadWarmup 13: 2097152 op, 862713834.00 ns, 411.3740 ns/op WorkloadWarmup 14: 2097152 op, 862772167.00 ns, 411.4018 ns/op WorkloadWarmup 15: 2097152 op, 874287917.00 ns, 416.8930 ns/op WorkloadWarmup 16: 2097152 op, 865831959.00 ns, 412.8609 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 863062375.00 ns, 411.5402 ns/op WorkloadActual 2: 2097152 op, 861117625.00 ns, 410.6129 ns/op WorkloadActual 3: 2097152 op, 860651625.00 ns, 410.3907 ns/op WorkloadActual 4: 2097152 op, 862465416.00 ns, 411.2556 ns/op WorkloadActual 5: 2097152 op, 859436958.00 ns, 409.8115 ns/op WorkloadActual 6: 2097152 op, 861436875.00 ns, 410.7651 ns/op WorkloadActual 7: 2097152 op, 864671167.00 ns, 412.3073 ns/op WorkloadActual 8: 2097152 op, 873718375.00 ns, 416.6214 ns/op WorkloadActual 9: 2097152 op, 873620708.00 ns, 416.5748 ns/op WorkloadActual 10: 2097152 op, 861363291.00 ns, 410.7300 ns/op WorkloadActual 11: 2097152 op, 858059917.00 ns, 409.1549 ns/op WorkloadActual 12: 2097152 op, 862802417.00 ns, 411.4163 ns/op WorkloadActual 13: 2097152 op, 870338792.00 ns, 415.0099 ns/op WorkloadActual 14: 2097152 op, 863445167.00 ns, 411.7227 ns/op WorkloadActual 15: 2097152 op, 866911750.00 ns, 413.3757 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 858892292.00 ns, 409.5518 ns/op WorkloadResult 2: 2097152 op, 856947542.00 ns, 408.6244 ns/op WorkloadResult 3: 2097152 op, 856481542.00 ns, 408.4022 ns/op WorkloadResult 4: 2097152 op, 858295333.00 ns, 409.2671 ns/op WorkloadResult 5: 2097152 op, 855266875.00 ns, 407.8230 ns/op WorkloadResult 6: 2097152 op, 857266792.00 ns, 408.7767 ns/op WorkloadResult 7: 2097152 op, 860501084.00 ns, 410.3189 ns/op WorkloadResult 8: 2097152 op, 857193208.00 ns, 408.7416 ns/op WorkloadResult 9: 2097152 op, 853889834.00 ns, 407.1664 ns/op WorkloadResult 10: 2097152 op, 858632334.00 ns, 409.4278 ns/op WorkloadResult 11: 2097152 op, 866168709.00 ns, 413.0214 ns/op WorkloadResult 12: 2097152 op, 859275084.00 ns, 409.7343 ns/op WorkloadResult 13: 2097152 op, 862741667.00 ns, 411.3873 ns/op // GC: 611 2 0 5117050880 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 24322 has exited with code 0. Mean = 409.403 ns, StdErr = 0.423 ns (0.10%), N = 13, StdDev = 1.526 ns Min = 407.166 ns, Q1 = 408.624 ns, Median = 409.267 ns, Q3 = 409.734 ns, Max = 413.021 ns IQR = 1.110 ns, LowerFence = 406.960 ns, UpperFence = 411.399 ns ConfidenceInterval = [407.575 ns; 411.231 ns] (CI 99.9%), Margin = 1.828 ns (0.45% of Mean) Skewness = 0.84, Kurtosis = 3.13, MValue = 2 // ** Remained 2 (50,0 %) benchmark(s) to run. Estimated finish 2026-03-08 10:51 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.ComplexValidationEndpointBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.ComplexValidationEndpointBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.ComplexValidationEndpointBenchmarks-report.html // * Detailed results * ComplexValidationEndpointBenchmarks.FluentValidationEndpoint: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 422.493 ns, StdErr = 0.779 ns (0.18%), N = 14, StdDev = 2.913 ns Min = 419.716 ns, Q1 = 420.790 ns, Median = 421.492 ns, Q3 = 422.462 ns, Max = 428.812 ns IQR = 1.672 ns, LowerFence = 418.281 ns, UpperFence = 424.971 ns ConfidenceInterval = [419.207 ns; 425.779 ns] (CI 99.9%), Margin = 3.286 ns (0.78% of Mean) Skewness = 1.09, Kurtosis = 2.6, MValue = 2 -------------------- Histogram -------------------- [418.129 ns ; 430.398 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- ComplexValidationEndpointBenchmarks.PortableResultsValidationEndpoint: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 409.403 ns, StdErr = 0.423 ns (0.10%), N = 13, StdDev = 1.526 ns Min = 407.166 ns, Q1 = 408.624 ns, Median = 409.267 ns, Q3 = 409.734 ns, Max = 413.021 ns IQR = 1.110 ns, LowerFence = 406.960 ns, UpperFence = 411.399 ns ConfidenceInterval = [407.575 ns; 411.231 ns] (CI 99.9%), Margin = 1.828 ns (0.45% of Mean) Skewness = 0.84, Kurtosis = 3.13, MValue = 2 -------------------- Histogram -------------------- [406.314 ns ; 413.874 ns) | @@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.3.1 (25D2128) [Darwin 25.3.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |---------:|--------:|--------:|------:|-------:|-------:|----------:|------------:| | FluentValidationEndpoint | 422.5 ns | 3.29 ns | 2.91 ns | 1.00 | 0.2789 | 0.0010 | 2.28 KB | 1.00 | | PortableResultsValidationEndpoint | 409.4 ns | 1.83 ns | 1.53 ns | 0.97 | 0.2913 | 0.0010 | 2.38 KB | 1.04 | // * Hints * Outliers ComplexValidationEndpointBenchmarks.FluentValidationEndpoint: Default -> 1 outlier was removed (433.23 ns) ComplexValidationEndpointBenchmarks.PortableResultsValidationEndpoint: Default -> 2 outliers were removed (416.57 ns, 416.62 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:53 (53.64 sec), executed benchmarks: 2 // Found 2 benchmarks: // SimpleValidationEndpointBenchmarks.FluentValidationEndpoint: DefaultJob // SimpleValidationEndpointBenchmarks.PortableResultsValidationEndpoint: DefaultJob // ************************** // Benchmark: SimpleValidationEndpointBenchmarks.FluentValidationEndpoint: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 141 142 --benchmarkName Benchmarks.SimpleValidationEndpointBenchmarks.FluentValidationEndpoint --job Default --benchmarkId 2 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 134292.00 ns, 134.2920 us/op WorkloadJitting 1: 1 op, 5022958.00 ns, 5.0230 ms/op OverheadJitting 2: 16 op, 359750.00 ns, 22.4844 us/op WorkloadJitting 2: 16 op, 298417.00 ns, 18.6511 us/op WorkloadPilot 1: 16 op, 17667.00 ns, 1.1042 us/op WorkloadPilot 2: 32 op, 34417.00 ns, 1.0755 us/op WorkloadPilot 3: 64 op, 60250.00 ns, 941.4063 ns/op WorkloadPilot 4: 128 op, 111000.00 ns, 867.1875 ns/op WorkloadPilot 5: 256 op, 215166.00 ns, 840.4922 ns/op WorkloadPilot 6: 512 op, 420541.00 ns, 821.3691 ns/op WorkloadPilot 7: 1024 op, 775375.00 ns, 757.2021 ns/op WorkloadPilot 8: 2048 op, 1610792.00 ns, 786.5195 ns/op WorkloadPilot 9: 4096 op, 3368917.00 ns, 822.4895 ns/op WorkloadPilot 10: 8192 op, 7017709.00 ns, 856.6539 ns/op WorkloadPilot 11: 16384 op, 13061084.00 ns, 797.1853 ns/op WorkloadPilot 12: 32768 op, 25278291.00 ns, 771.4322 ns/op WorkloadPilot 13: 65536 op, 49027333.00 ns, 748.0977 ns/op WorkloadPilot 14: 131072 op, 64682833.00 ns, 493.4909 ns/op WorkloadPilot 15: 262144 op, 63168750.00 ns, 240.9697 ns/op WorkloadPilot 16: 524288 op, 89757917.00 ns, 171.1996 ns/op WorkloadPilot 17: 1048576 op, 160943167.00 ns, 153.4874 ns/op WorkloadPilot 18: 2097152 op, 321578541.00 ns, 153.3406 ns/op WorkloadPilot 19: 4194304 op, 643387917.00 ns, 153.3956 ns/op OverheadWarmup 1: 4194304 op, 8275709.00 ns, 1.9731 ns/op OverheadWarmup 2: 4194304 op, 8535959.00 ns, 2.0351 ns/op OverheadWarmup 3: 4194304 op, 7829708.00 ns, 1.8667 ns/op OverheadWarmup 4: 4194304 op, 7875833.00 ns, 1.8777 ns/op OverheadWarmup 5: 4194304 op, 8209584.00 ns, 1.9573 ns/op OverheadWarmup 6: 4194304 op, 8146542.00 ns, 1.9423 ns/op OverheadActual 1: 4194304 op, 8279583.00 ns, 1.9740 ns/op OverheadActual 2: 4194304 op, 8398792.00 ns, 2.0024 ns/op OverheadActual 3: 4194304 op, 8351291.00 ns, 1.9911 ns/op OverheadActual 4: 4194304 op, 8109250.00 ns, 1.9334 ns/op OverheadActual 5: 4194304 op, 8223542.00 ns, 1.9606 ns/op OverheadActual 6: 4194304 op, 8227167.00 ns, 1.9615 ns/op OverheadActual 7: 4194304 op, 8694458.00 ns, 2.0729 ns/op OverheadActual 8: 4194304 op, 8394334.00 ns, 2.0014 ns/op OverheadActual 9: 4194304 op, 8346125.00 ns, 1.9899 ns/op OverheadActual 10: 4194304 op, 8386542.00 ns, 1.9995 ns/op OverheadActual 11: 4194304 op, 8276792.00 ns, 1.9733 ns/op OverheadActual 12: 4194304 op, 8334209.00 ns, 1.9870 ns/op OverheadActual 13: 4194304 op, 8291250.00 ns, 1.9768 ns/op OverheadActual 14: 4194304 op, 8235875.00 ns, 1.9636 ns/op OverheadActual 15: 4194304 op, 8264208.00 ns, 1.9703 ns/op WorkloadWarmup 1: 4194304 op, 631720833.00 ns, 150.6140 ns/op WorkloadWarmup 2: 4194304 op, 640042041.00 ns, 152.5979 ns/op WorkloadWarmup 3: 4194304 op, 628363459.00 ns, 149.8135 ns/op WorkloadWarmup 4: 4194304 op, 627326416.00 ns, 149.5663 ns/op WorkloadWarmup 5: 4194304 op, 628818208.00 ns, 149.9219 ns/op WorkloadWarmup 6: 4194304 op, 631101959.00 ns, 150.4664 ns/op WorkloadWarmup 7: 4194304 op, 649192875.00 ns, 154.7796 ns/op WorkloadWarmup 8: 4194304 op, 632695500.00 ns, 150.8464 ns/op // BeforeActualRun WorkloadActual 1: 4194304 op, 634386084.00 ns, 151.2494 ns/op WorkloadActual 2: 4194304 op, 628680583.00 ns, 149.8891 ns/op WorkloadActual 3: 4194304 op, 624349625.00 ns, 148.8566 ns/op WorkloadActual 4: 4194304 op, 624562125.00 ns, 148.9072 ns/op WorkloadActual 5: 4194304 op, 627178334.00 ns, 149.5310 ns/op WorkloadActual 6: 4194304 op, 630729958.00 ns, 150.3777 ns/op WorkloadActual 7: 4194304 op, 630829583.00 ns, 150.4015 ns/op WorkloadActual 8: 4194304 op, 628789209.00 ns, 149.9150 ns/op WorkloadActual 9: 4194304 op, 624737083.00 ns, 148.9489 ns/op WorkloadActual 10: 4194304 op, 624992667.00 ns, 149.0099 ns/op WorkloadActual 11: 4194304 op, 626013333.00 ns, 149.2532 ns/op WorkloadActual 12: 4194304 op, 623116792.00 ns, 148.5626 ns/op WorkloadActual 13: 4194304 op, 631508417.00 ns, 150.5633 ns/op WorkloadActual 14: 4194304 op, 628193417.00 ns, 149.7730 ns/op WorkloadActual 15: 4194304 op, 631664917.00 ns, 150.6007 ns/op // AfterActualRun WorkloadResult 1: 4194304 op, 626094834.00 ns, 149.2726 ns/op WorkloadResult 2: 4194304 op, 620389333.00 ns, 147.9123 ns/op WorkloadResult 3: 4194304 op, 616058375.00 ns, 146.8798 ns/op WorkloadResult 4: 4194304 op, 616270875.00 ns, 146.9304 ns/op WorkloadResult 5: 4194304 op, 618887084.00 ns, 147.5542 ns/op WorkloadResult 6: 4194304 op, 622438708.00 ns, 148.4010 ns/op WorkloadResult 7: 4194304 op, 622538333.00 ns, 148.4247 ns/op WorkloadResult 8: 4194304 op, 620497959.00 ns, 147.9382 ns/op WorkloadResult 9: 4194304 op, 616445833.00 ns, 146.9721 ns/op WorkloadResult 10: 4194304 op, 616701417.00 ns, 147.0331 ns/op WorkloadResult 11: 4194304 op, 617722083.00 ns, 147.2764 ns/op WorkloadResult 12: 4194304 op, 614825542.00 ns, 146.5858 ns/op WorkloadResult 13: 4194304 op, 623217167.00 ns, 148.5866 ns/op WorkloadResult 14: 4194304 op, 619902167.00 ns, 147.7962 ns/op WorkloadResult 15: 4194304 op, 623373667.00 ns, 148.6239 ns/op // GC: 561 1 0 4697620480 4194304 // Threading: 0 0 4194304 // AfterAll // Benchmark Process 24332 has exited with code 0. Mean = 147.746 ns, StdErr = 0.206 ns (0.14%), N = 15, StdDev = 0.797 ns Min = 146.586 ns, Q1 = 147.003 ns, Median = 147.796 ns, Q3 = 148.413 ns, Max = 149.273 ns IQR = 1.410 ns, LowerFence = 144.887 ns, UpperFence = 150.528 ns ConfidenceInterval = [146.894 ns; 148.598 ns] (CI 99.9%), Margin = 0.852 ns (0.58% of Mean) Skewness = 0.23, Kurtosis = 1.72, MValue = 2 // ** Remained 1 (25,0 %) benchmark(s) to run. Estimated finish 2026-03-08 10:51 (0h 0m from now) ** // ************************** // Benchmark: SimpleValidationEndpointBenchmarks.PortableResultsValidationEndpoint: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 141 142 --benchmarkName Benchmarks.SimpleValidationEndpointBenchmarks.PortableResultsValidationEndpoint --job Default --benchmarkId 3 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 90000.00 ns, 90.0000 us/op WorkloadJitting 1: 1 op, 5001583.00 ns, 5.0016 ms/op OverheadJitting 2: 16 op, 423042.00 ns, 26.4401 us/op WorkloadJitting 2: 16 op, 339833.00 ns, 21.2396 us/op WorkloadPilot 1: 16 op, 16666.00 ns, 1.0416 us/op WorkloadPilot 2: 32 op, 26459.00 ns, 826.8438 ns/op WorkloadPilot 3: 64 op, 43792.00 ns, 684.2500 ns/op WorkloadPilot 4: 128 op, 70625.00 ns, 551.7578 ns/op WorkloadPilot 5: 256 op, 143041.00 ns, 558.7539 ns/op WorkloadPilot 6: 512 op, 270291.00 ns, 527.9121 ns/op WorkloadPilot 7: 1024 op, 522500.00 ns, 510.2539 ns/op WorkloadPilot 8: 2048 op, 1067542.00 ns, 521.2607 ns/op WorkloadPilot 9: 4096 op, 2180458.00 ns, 532.3384 ns/op WorkloadPilot 10: 8192 op, 4068500.00 ns, 496.6431 ns/op WorkloadPilot 11: 16384 op, 8163542.00 ns, 498.2631 ns/op WorkloadPilot 12: 32768 op, 16252125.00 ns, 495.9755 ns/op WorkloadPilot 13: 65536 op, 31616459.00 ns, 482.4289 ns/op WorkloadPilot 14: 131072 op, 63412750.00 ns, 483.8009 ns/op WorkloadPilot 15: 262144 op, 130839291.00 ns, 499.1123 ns/op WorkloadPilot 16: 524288 op, 130432084.00 ns, 248.7795 ns/op WorkloadPilot 17: 1048576 op, 106943916.00 ns, 101.9897 ns/op WorkloadPilot 18: 2097152 op, 215009458.00 ns, 102.5245 ns/op WorkloadPilot 19: 4194304 op, 428366250.00 ns, 102.1305 ns/op WorkloadPilot 20: 8388608 op, 861096458.00 ns, 102.6507 ns/op OverheadWarmup 1: 8388608 op, 16267667.00 ns, 1.9393 ns/op OverheadWarmup 2: 8388608 op, 16759459.00 ns, 1.9979 ns/op OverheadWarmup 3: 8388608 op, 16639291.00 ns, 1.9836 ns/op OverheadWarmup 4: 8388608 op, 16282750.00 ns, 1.9411 ns/op OverheadWarmup 5: 8388608 op, 16952042.00 ns, 2.0208 ns/op OverheadWarmup 6: 8388608 op, 17356834.00 ns, 2.0691 ns/op OverheadWarmup 7: 8388608 op, 16515709.00 ns, 1.9688 ns/op OverheadActual 1: 8388608 op, 17198500.00 ns, 2.0502 ns/op OverheadActual 2: 8388608 op, 16813917.00 ns, 2.0044 ns/op OverheadActual 3: 8388608 op, 16828542.00 ns, 2.0061 ns/op OverheadActual 4: 8388608 op, 17191875.00 ns, 2.0494 ns/op OverheadActual 5: 8388608 op, 16697792.00 ns, 1.9905 ns/op OverheadActual 6: 8388608 op, 17117083.00 ns, 2.0405 ns/op OverheadActual 7: 8388608 op, 17017583.00 ns, 2.0287 ns/op OverheadActual 8: 8388608 op, 17238375.00 ns, 2.0550 ns/op OverheadActual 9: 8388608 op, 16945500.00 ns, 2.0201 ns/op OverheadActual 10: 8388608 op, 17338000.00 ns, 2.0669 ns/op OverheadActual 11: 8388608 op, 15982167.00 ns, 1.9052 ns/op OverheadActual 12: 8388608 op, 14289833.00 ns, 1.7035 ns/op OverheadActual 13: 8388608 op, 14261834.00 ns, 1.7001 ns/op OverheadActual 14: 8388608 op, 14189292.00 ns, 1.6915 ns/op OverheadActual 15: 8388608 op, 14242667.00 ns, 1.6979 ns/op OverheadActual 16: 8388608 op, 14042000.00 ns, 1.6739 ns/op OverheadActual 17: 8388608 op, 14130708.00 ns, 1.6845 ns/op OverheadActual 18: 8388608 op, 14379125.00 ns, 1.7141 ns/op OverheadActual 19: 8388608 op, 14331084.00 ns, 1.7084 ns/op OverheadActual 20: 8388608 op, 14099208.00 ns, 1.6808 ns/op WorkloadWarmup 1: 8388608 op, 856659916.00 ns, 102.1218 ns/op WorkloadWarmup 2: 8388608 op, 849699250.00 ns, 101.2920 ns/op WorkloadWarmup 3: 8388608 op, 850869125.00 ns, 101.4315 ns/op WorkloadWarmup 4: 8388608 op, 860136417.00 ns, 102.5363 ns/op WorkloadWarmup 5: 8388608 op, 847998958.00 ns, 101.0894 ns/op WorkloadWarmup 6: 8388608 op, 846840334.00 ns, 100.9512 ns/op WorkloadWarmup 7: 8388608 op, 842139875.00 ns, 100.3909 ns/op WorkloadWarmup 8: 8388608 op, 846182167.00 ns, 100.8728 ns/op WorkloadWarmup 9: 8388608 op, 847621125.00 ns, 101.0443 ns/op WorkloadWarmup 10: 8388608 op, 847296208.00 ns, 101.0056 ns/op // BeforeActualRun WorkloadActual 1: 8388608 op, 860372083.00 ns, 102.5643 ns/op WorkloadActual 2: 8388608 op, 863354083.00 ns, 102.9198 ns/op WorkloadActual 3: 8388608 op, 859278375.00 ns, 102.4340 ns/op WorkloadActual 4: 8388608 op, 860856792.00 ns, 102.6221 ns/op WorkloadActual 5: 8388608 op, 858622834.00 ns, 102.3558 ns/op WorkloadActual 6: 8388608 op, 856490125.00 ns, 102.1016 ns/op WorkloadActual 7: 8388608 op, 851777834.00 ns, 101.5398 ns/op WorkloadActual 8: 8388608 op, 848876042.00 ns, 101.1939 ns/op WorkloadActual 9: 8388608 op, 853986458.00 ns, 101.8031 ns/op WorkloadActual 10: 8388608 op, 860071542.00 ns, 102.5285 ns/op WorkloadActual 11: 8388608 op, 857810459.00 ns, 102.2590 ns/op WorkloadActual 12: 8388608 op, 854865458.00 ns, 101.9079 ns/op WorkloadActual 13: 8388608 op, 848792500.00 ns, 101.1840 ns/op WorkloadActual 14: 8388608 op, 853043291.00 ns, 101.6907 ns/op WorkloadActual 15: 8388608 op, 861171917.00 ns, 102.6597 ns/op // AfterActualRun WorkloadResult 1: 8388608 op, 844032103.50 ns, 100.6165 ns/op WorkloadResult 2: 8388608 op, 847014103.50 ns, 100.9719 ns/op WorkloadResult 3: 8388608 op, 842938395.50 ns, 100.4861 ns/op WorkloadResult 4: 8388608 op, 844516812.50 ns, 100.6742 ns/op WorkloadResult 5: 8388608 op, 842282854.50 ns, 100.4079 ns/op WorkloadResult 6: 8388608 op, 840150145.50 ns, 100.1537 ns/op WorkloadResult 7: 8388608 op, 835437854.50 ns, 99.5920 ns/op WorkloadResult 8: 8388608 op, 832536062.50 ns, 99.2460 ns/op WorkloadResult 9: 8388608 op, 837646478.50 ns, 99.8552 ns/op WorkloadResult 10: 8388608 op, 843731562.50 ns, 100.5806 ns/op WorkloadResult 11: 8388608 op, 841470479.50 ns, 100.3111 ns/op WorkloadResult 12: 8388608 op, 838525478.50 ns, 99.9600 ns/op WorkloadResult 13: 8388608 op, 832452520.50 ns, 99.2361 ns/op WorkloadResult 14: 8388608 op, 836703311.50 ns, 99.7428 ns/op WorkloadResult 15: 8388608 op, 844831937.50 ns, 100.7118 ns/op // GC: 746 0 0 6241124352 8388608 // Threading: 0 0 8388608 // AfterAll // Benchmark Process 24368 has exited with code 0. Mean = 100.170 ns, StdErr = 0.140 ns (0.14%), N = 15, StdDev = 0.543 ns Min = 99.236 ns, Q1 = 99.799 ns, Median = 100.311 ns, Q3 = 100.599 ns, Max = 100.972 ns IQR = 0.800 ns, LowerFence = 98.600 ns, UpperFence = 101.798 ns ConfidenceInterval = [99.590 ns; 100.750 ns] (CI 99.9%), Margin = 0.580 ns (0.58% of Mean) Skewness = -0.38, Kurtosis = 1.76, MValue = 2 // ** Remained 0 (0,0 %) benchmark(s) to run. Estimated finish 2026-03-08 10:51 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.SimpleValidationEndpointBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.SimpleValidationEndpointBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.SimpleValidationEndpointBenchmarks-report.html // * Detailed results * SimpleValidationEndpointBenchmarks.FluentValidationEndpoint: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 147.746 ns, StdErr = 0.206 ns (0.14%), N = 15, StdDev = 0.797 ns Min = 146.586 ns, Q1 = 147.003 ns, Median = 147.796 ns, Q3 = 148.413 ns, Max = 149.273 ns IQR = 1.410 ns, LowerFence = 144.887 ns, UpperFence = 150.528 ns ConfidenceInterval = [146.894 ns; 148.598 ns] (CI 99.9%), Margin = 0.852 ns (0.58% of Mean) Skewness = 0.23, Kurtosis = 1.72, MValue = 2 -------------------- Histogram -------------------- [146.162 ns ; 149.697 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- SimpleValidationEndpointBenchmarks.PortableResultsValidationEndpoint: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 100.170 ns, StdErr = 0.140 ns (0.14%), N = 15, StdDev = 0.543 ns Min = 99.236 ns, Q1 = 99.799 ns, Median = 100.311 ns, Q3 = 100.599 ns, Max = 100.972 ns IQR = 0.800 ns, LowerFence = 98.600 ns, UpperFence = 101.798 ns ConfidenceInterval = [99.590 ns; 100.750 ns] (CI 99.9%), Margin = 0.580 ns (0.58% of Mean) Skewness = -0.38, Kurtosis = 1.76, MValue = 2 -------------------- Histogram -------------------- [98.947 ns ; 101.261 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.3.1 (25D2128) [Darwin 25.3.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |---------:|--------:|--------:|------:|-------:|-------:|----------:|------------:| | FluentValidationEndpoint | 147.7 ns | 0.85 ns | 0.80 ns | 1.00 | 0.1338 | 0.0002 | 1120 B | 1.00 | | PortableResultsValidationEndpoint | 100.2 ns | 0.58 ns | 0.54 ns | 0.68 | 0.0889 | - | 744 B | 0.66 | // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:41 (41.64 sec), executed benchmarks: 2 Global total time: 00:01:44 (104.01 sec), executed benchmarks: 4 // * Artifacts cleanup * Artifacts cleanup is finished Benchmarks.MessageCacheKeyOptimizationBenchmarks-20260331-221632.log000066400000000000000000000366131516707642500364070ustar00rootroot00000000000000Light.PortableResults-0.2.0/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 2 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/" /p:OutDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/publish/" in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1 // command took 0.91 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/" /p:OutDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/publish/" --output "/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1 // command took 6.91 sec and exited with 0 // ***** Done, took 00:00:07 (7.88 sec) ***** // Found 2 benchmarks: // MessageCacheKeyOptimizationBenchmarks.NestedValidationWithoutCache: Job-MEHJPP(IterationCount=5, WarmupCount=1) // MessageCacheKeyOptimizationBenchmarks.NestedValidationWithCache: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ************************** // Benchmark: MessageCacheKeyOptimizationBenchmarks.NestedValidationWithoutCache: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 134 135 --benchmarkName Benchmarks.MessageCacheKeyOptimizationBenchmarks.NestedValidationWithoutCache --job "IterationCount=5, WarmupCount=1" --benchmarkId 0 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 72708.00 ns, 72.7080 us/op WorkloadJitting 1: 1 op, 3210209.00 ns, 3.2102 ms/op OverheadJitting 2: 16 op, 188000.00 ns, 11.7500 us/op WorkloadJitting 2: 16 op, 490583.00 ns, 30.6614 us/op WorkloadPilot 1: 16 op, 52042.00 ns, 3.2526 us/op WorkloadPilot 2: 32 op, 87875.00 ns, 2.7461 us/op WorkloadPilot 3: 64 op, 173625.00 ns, 2.7129 us/op WorkloadPilot 4: 128 op, 379125.00 ns, 2.9619 us/op WorkloadPilot 5: 256 op, 708458.00 ns, 2.7674 us/op WorkloadPilot 6: 512 op, 1340250.00 ns, 2.6177 us/op WorkloadPilot 7: 1024 op, 2741375.00 ns, 2.6771 us/op WorkloadPilot 8: 2048 op, 5086083.00 ns, 2.4834 us/op WorkloadPilot 9: 4096 op, 10639458.00 ns, 2.5975 us/op WorkloadPilot 10: 8192 op, 21375375.00 ns, 2.6093 us/op WorkloadPilot 11: 16384 op, 41731500.00 ns, 2.5471 us/op WorkloadPilot 12: 32768 op, 77364084.00 ns, 2.3610 us/op WorkloadPilot 13: 65536 op, 48973958.00 ns, 747.2833 ns/op WorkloadPilot 14: 131072 op, 78354833.00 ns, 597.7999 ns/op WorkloadPilot 15: 262144 op, 91220834.00 ns, 347.9799 ns/op WorkloadPilot 16: 524288 op, 181117583.00 ns, 345.4544 ns/op WorkloadPilot 17: 1048576 op, 359293875.00 ns, 342.6493 ns/op WorkloadPilot 18: 2097152 op, 718472709.00 ns, 342.5945 ns/op OverheadWarmup 1: 2097152 op, 4111834.00 ns, 1.9607 ns/op OverheadWarmup 2: 2097152 op, 4237167.00 ns, 2.0204 ns/op OverheadWarmup 3: 2097152 op, 4355792.00 ns, 2.0770 ns/op OverheadWarmup 4: 2097152 op, 4316541.00 ns, 2.0583 ns/op OverheadWarmup 5: 2097152 op, 4251084.00 ns, 2.0271 ns/op OverheadWarmup 6: 2097152 op, 4291250.00 ns, 2.0462 ns/op OverheadWarmup 7: 2097152 op, 4042125.00 ns, 1.9274 ns/op OverheadActual 1: 2097152 op, 4242875.00 ns, 2.0232 ns/op OverheadActual 2: 2097152 op, 4263667.00 ns, 2.0331 ns/op OverheadActual 3: 2097152 op, 4054750.00 ns, 1.9335 ns/op OverheadActual 4: 2097152 op, 4331542.00 ns, 2.0654 ns/op OverheadActual 5: 2097152 op, 4020000.00 ns, 1.9169 ns/op OverheadActual 6: 2097152 op, 4184625.00 ns, 1.9954 ns/op OverheadActual 7: 2097152 op, 3993458.00 ns, 1.9042 ns/op OverheadActual 8: 2097152 op, 4352458.00 ns, 2.0754 ns/op OverheadActual 9: 2097152 op, 4246208.00 ns, 2.0247 ns/op OverheadActual 10: 2097152 op, 4202125.00 ns, 2.0037 ns/op OverheadActual 11: 2097152 op, 4150917.00 ns, 1.9793 ns/op OverheadActual 12: 2097152 op, 4255375.00 ns, 2.0291 ns/op OverheadActual 13: 2097152 op, 4308167.00 ns, 2.0543 ns/op OverheadActual 14: 2097152 op, 4190208.00 ns, 1.9980 ns/op OverheadActual 15: 2097152 op, 4303375.00 ns, 2.0520 ns/op WorkloadWarmup 1: 2097152 op, 719136292.00 ns, 342.9109 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 723741916.00 ns, 345.1070 ns/op WorkloadActual 2: 2097152 op, 744979792.00 ns, 355.2340 ns/op WorkloadActual 3: 2097152 op, 739050833.00 ns, 352.4069 ns/op WorkloadActual 4: 2097152 op, 732707667.00 ns, 349.3822 ns/op WorkloadActual 5: 2097152 op, 724067917.00 ns, 345.2625 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 719499041.00 ns, 343.0839 ns/op WorkloadResult 2: 2097152 op, 740736917.00 ns, 353.2109 ns/op WorkloadResult 3: 2097152 op, 734807958.00 ns, 350.3837 ns/op WorkloadResult 4: 2097152 op, 728464792.00 ns, 347.3591 ns/op WorkloadResult 5: 2097152 op, 719825042.00 ns, 343.2393 ns/op // GC: 429 2 0 3590324224 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 67998 has exited with code 0. Mean = 347.455 ns, StdErr = 1.982 ns (0.57%), N = 5, StdDev = 4.433 ns Min = 343.084 ns, Q1 = 343.239 ns, Median = 347.359 ns, Q3 = 350.384 ns, Max = 353.211 ns IQR = 7.144 ns, LowerFence = 332.523 ns, UpperFence = 361.100 ns ConfidenceInterval = [330.387 ns; 364.524 ns] (CI 99.9%), Margin = 17.069 ns (4.91% of Mean) Skewness = 0.13, Kurtosis = 0.96, MValue = 2 // ** Remained 1 (50,0 %) benchmark(s) to run. Estimated finish 2026-03-31 22:16 (0h 0m from now) ** // ************************** // Benchmark: MessageCacheKeyOptimizationBenchmarks.NestedValidationWithCache: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 134 135 --benchmarkName Benchmarks.MessageCacheKeyOptimizationBenchmarks.NestedValidationWithCache --job "IterationCount=5, WarmupCount=1" --benchmarkId 1 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 80917.00 ns, 80.9170 us/op WorkloadJitting 1: 1 op, 4436166.00 ns, 4.4362 ms/op OverheadJitting 2: 16 op, 221500.00 ns, 13.8438 us/op WorkloadJitting 2: 16 op, 537333.00 ns, 33.5833 us/op WorkloadPilot 1: 16 op, 55166.00 ns, 3.4479 us/op WorkloadPilot 2: 32 op, 110834.00 ns, 3.4636 us/op WorkloadPilot 3: 64 op, 231792.00 ns, 3.6218 us/op WorkloadPilot 4: 128 op, 396959.00 ns, 3.1012 us/op WorkloadPilot 5: 256 op, 800250.00 ns, 3.1260 us/op WorkloadPilot 6: 512 op, 1559791.00 ns, 3.0465 us/op WorkloadPilot 7: 1024 op, 3227375.00 ns, 3.1517 us/op WorkloadPilot 8: 2048 op, 6403541.00 ns, 3.1267 us/op WorkloadPilot 9: 4096 op, 12639625.00 ns, 3.0858 us/op WorkloadPilot 10: 8192 op, 25134959.00 ns, 3.0682 us/op WorkloadPilot 11: 16384 op, 53400667.00 ns, 3.2593 us/op WorkloadPilot 12: 32768 op, 68526209.00 ns, 2.0913 us/op WorkloadPilot 13: 65536 op, 61219209.00 ns, 934.1310 ns/op WorkloadPilot 14: 131072 op, 99580750.00 ns, 759.7408 ns/op WorkloadPilot 15: 262144 op, 115132458.00 ns, 439.1955 ns/op WorkloadPilot 16: 524288 op, 179108625.00 ns, 341.6226 ns/op WorkloadPilot 17: 1048576 op, 359727875.00 ns, 343.0632 ns/op WorkloadPilot 18: 2097152 op, 719596458.00 ns, 343.1303 ns/op OverheadWarmup 1: 2097152 op, 4003958.00 ns, 1.9092 ns/op OverheadWarmup 2: 2097152 op, 4183125.00 ns, 1.9947 ns/op OverheadWarmup 3: 2097152 op, 4298208.00 ns, 2.0495 ns/op OverheadWarmup 4: 2097152 op, 4351375.00 ns, 2.0749 ns/op OverheadWarmup 5: 2097152 op, 4286667.00 ns, 2.0440 ns/op OverheadWarmup 6: 2097152 op, 3845250.00 ns, 1.8336 ns/op OverheadWarmup 7: 2097152 op, 4293750.00 ns, 2.0474 ns/op OverheadWarmup 8: 2097152 op, 4255083.00 ns, 2.0290 ns/op OverheadActual 1: 2097152 op, 4184583.00 ns, 1.9954 ns/op OverheadActual 2: 2097152 op, 4307000.00 ns, 2.0537 ns/op OverheadActual 3: 2097152 op, 4120000.00 ns, 1.9646 ns/op OverheadActual 4: 2097152 op, 4119250.00 ns, 1.9642 ns/op OverheadActual 5: 2097152 op, 4266292.00 ns, 2.0343 ns/op OverheadActual 6: 2097152 op, 4131375.00 ns, 1.9700 ns/op OverheadActual 7: 2097152 op, 4077792.00 ns, 1.9444 ns/op OverheadActual 8: 2097152 op, 4102792.00 ns, 1.9564 ns/op OverheadActual 9: 2097152 op, 4359542.00 ns, 2.0788 ns/op OverheadActual 10: 2097152 op, 4334709.00 ns, 2.0670 ns/op OverheadActual 11: 2097152 op, 4343958.00 ns, 2.0714 ns/op OverheadActual 12: 2097152 op, 4275875.00 ns, 2.0389 ns/op OverheadActual 13: 2097152 op, 4294750.00 ns, 2.0479 ns/op OverheadActual 14: 2097152 op, 4301291.00 ns, 2.0510 ns/op OverheadActual 15: 2097152 op, 4237625.00 ns, 2.0207 ns/op WorkloadWarmup 1: 2097152 op, 720142708.00 ns, 343.3908 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 719366250.00 ns, 343.0206 ns/op WorkloadActual 2: 2097152 op, 722523750.00 ns, 344.5262 ns/op WorkloadActual 3: 2097152 op, 717554042.00 ns, 342.1564 ns/op WorkloadActual 4: 2097152 op, 719769833.00 ns, 343.2130 ns/op WorkloadActual 5: 2097152 op, 716799167.00 ns, 341.7965 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 715099958.00 ns, 340.9862 ns/op WorkloadResult 2: 2097152 op, 718257458.00 ns, 342.4918 ns/op WorkloadResult 3: 2097152 op, 713287750.00 ns, 340.1221 ns/op WorkloadResult 4: 2097152 op, 715503541.00 ns, 341.1787 ns/op WorkloadResult 5: 2097152 op, 712532875.00 ns, 339.7622 ns/op // GC: 172 0 0 1442840576 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 68040 has exited with code 0. Mean = 340.908 ns, StdErr = 0.475 ns (0.14%), N = 5, StdDev = 1.063 ns Min = 339.762 ns, Q1 = 340.122 ns, Median = 340.986 ns, Q3 = 341.179 ns, Max = 342.492 ns IQR = 1.057 ns, LowerFence = 338.537 ns, UpperFence = 342.764 ns ConfidenceInterval = [336.816 ns; 345.001 ns] (CI 99.9%), Margin = 4.093 ns (1.20% of Mean) Skewness = 0.33, Kurtosis = 1.32, MValue = 2 // ** Remained 0 (0,0 %) benchmark(s) to run. Estimated finish 2026-03-31 22:16 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.MessageCacheKeyOptimizationBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.MessageCacheKeyOptimizationBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.MessageCacheKeyOptimizationBenchmarks-report.html // * Detailed results * MessageCacheKeyOptimizationBenchmarks.NestedValidationWithoutCache: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 347.455 ns, StdErr = 1.982 ns (0.57%), N = 5, StdDev = 4.433 ns Min = 343.084 ns, Q1 = 343.239 ns, Median = 347.359 ns, Q3 = 350.384 ns, Max = 353.211 ns IQR = 7.144 ns, LowerFence = 332.523 ns, UpperFence = 361.100 ns ConfidenceInterval = [330.387 ns; 364.524 ns] (CI 99.9%), Margin = 17.069 ns (4.91% of Mean) Skewness = 0.13, Kurtosis = 0.96, MValue = 2 -------------------- Histogram -------------------- [341.769 ns ; 356.613 ns) | @@@@@ --------------------------------------------------- MessageCacheKeyOptimizationBenchmarks.NestedValidationWithCache: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 340.908 ns, StdErr = 0.475 ns (0.14%), N = 5, StdDev = 1.063 ns Min = 339.762 ns, Q1 = 340.122 ns, Median = 340.986 ns, Q3 = 341.179 ns, Max = 342.492 ns IQR = 1.057 ns, LowerFence = 338.537 ns, UpperFence = 342.764 ns ConfidenceInterval = [336.816 ns; 345.001 ns] (CI 99.9%), Margin = 4.093 ns (1.20% of Mean) Skewness = 0.33, Kurtosis = 1.32, MValue = 2 -------------------- Histogram -------------------- [338.946 ns ; 343.308 ns) | @@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a Job-MEHJPP : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a IterationCount=5 WarmupCount=1 | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |----------------------------- |---------:|---------:|--------:|------:|--------:|-------:|-------:|----------:|------------:| | NestedValidationWithoutCache | 347.5 ns | 17.07 ns | 4.43 ns | 1.00 | 0.02 | 0.2046 | 0.0010 | 1712 B | 1.00 | | NestedValidationWithCache | 340.9 ns | 4.09 ns | 1.06 ns | 0.98 | 0.01 | 0.0820 | - | 688 B | 0.40 | // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:14 (14.04 sec), executed benchmarks: 2 Global total time: 00:00:22 (22.15 sec), executed benchmarks: 2 // * Artifacts cleanup * Artifacts cleanup is finished Light.PortableResults-0.2.0/BenchmarkDotNet.Artifacts/results/000077500000000000000000000000001516707642500243565ustar00rootroot00000000000000Benchmarks.ComplexValidationEndpointBenchmarks-report-github.md000066400000000000000000000014231516707642500406070ustar00rootroot00000000000000Light.PortableResults-0.2.0/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.3.1 (25D2128) [Darwin 25.3.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a ``` | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |---------:|--------:|--------:|------:|-------:|-------:|----------:|------------:| | FluentValidationEndpoint | 422.5 ns | 3.29 ns | 2.91 ns | 1.00 | 0.2789 | 0.0010 | 2.28 KB | 1.00 | | PortableResultsValidationEndpoint | 409.4 ns | 1.83 ns | 1.53 ns | 0.97 | 0.2913 | 0.0010 | 2.38 KB | 1.04 | Benchmarks.ComplexValidationEndpointBenchmarks-report.csv000066400000000000000000000030141516707642500375200ustar00rootroot00000000000000Light.PortableResults-0.2.0/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,Gen0,Gen1,Allocated,Alloc Ratio FluentValidationEndpoint,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,422.5 ns,3.29 ns,2.91 ns,1.00,0.2789,0.0010,2.28 KB,1.00 PortableResultsValidationEndpoint,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,409.4 ns,1.83 ns,1.53 ns,0.97,0.2913,0.0010,2.38 KB,1.04 Benchmarks.ComplexValidationEndpointBenchmarks-report.html000066400000000000000000000025251516707642500376770ustar00rootroot00000000000000Light.PortableResults-0.2.0/BenchmarkDotNet.Artifacts/results Benchmarks.ComplexValidationEndpointBenchmarks-20260308-104951 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.3.1 (25D2128) [Darwin 25.3.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.103
  [Host]     : .NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a
  DefaultJob : .NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a
Method MeanErrorStdDevRatioGen0Gen1AllocatedAlloc Ratio
FluentValidationEndpoint422.5 ns3.29 ns2.91 ns1.000.27890.00102.28 KB1.00
PortableResultsValidationEndpoint409.4 ns1.83 ns1.53 ns0.970.29130.00102.38 KB1.04
Benchmarks.MessageCacheKeyOptimizationBenchmarks-report-github.md000066400000000000000000000015141516707642500410550ustar00rootroot00000000000000Light.PortableResults-0.2.0/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a Job-MEHJPP : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a IterationCount=5 WarmupCount=1 ``` | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |----------------------------- |---------:|---------:|--------:|------:|--------:|-------:|-------:|----------:|------------:| | NestedValidationWithoutCache | 347.5 ns | 17.07 ns | 4.43 ns | 1.00 | 0.02 | 0.2046 | 0.0010 | 1712 B | 1.00 | | NestedValidationWithCache | 340.9 ns | 4.09 ns | 1.06 ns | 0.98 | 0.01 | 0.0820 | - | 688 B | 0.40 | Benchmarks.MessageCacheKeyOptimizationBenchmarks-report.csv000066400000000000000000000030001516707642500377600ustar00rootroot00000000000000Light.PortableResults-0.2.0/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,RatioSD,Gen0,Gen1,Allocated,Alloc Ratio NestedValidationWithoutCache,Job-MEHJPP,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,5,Default,Default,Default,Default,Default,Default,Default,Default,16,1,347.5 ns,17.07 ns,4.43 ns,1.00,0.02,0.2046,0.0010,1712 B,1.00 NestedValidationWithCache,Job-MEHJPP,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,5,Default,Default,Default,Default,Default,Default,Default,Default,16,1,340.9 ns,4.09 ns,1.06 ns,0.98,0.01,0.0820,0.0000,688 B,0.40 Benchmarks.MessageCacheKeyOptimizationBenchmarks-report.html000066400000000000000000000026221516707642500401420ustar00rootroot00000000000000Light.PortableResults-0.2.0/BenchmarkDotNet.Artifacts/results Benchmarks.MessageCacheKeyOptimizationBenchmarks-20260331-221640 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.103
  [Host]     : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
  Job-MEHJPP : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a

IterationCount=5  WarmupCount=1
Method MeanErrorStdDevRatioRatioSDGen0Gen1AllocatedAlloc Ratio
NestedValidationWithoutCache347.5 ns17.07 ns4.43 ns1.000.020.20460.00101712 B1.00
NestedValidationWithCache340.9 ns4.09 ns1.06 ns0.980.010.0820-688 B0.40
Benchmarks.SimpleValidationEndpointBenchmarks-report-github.md000066400000000000000000000014231516707642500404310ustar00rootroot00000000000000Light.PortableResults-0.2.0/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.3.1 (25D2128) [Darwin 25.3.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a ``` | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |---------:|--------:|--------:|------:|-------:|-------:|----------:|------------:| | FluentValidationEndpoint | 147.7 ns | 0.85 ns | 0.80 ns | 1.00 | 0.1338 | 0.0002 | 1120 B | 1.00 | | PortableResultsValidationEndpoint | 100.2 ns | 0.58 ns | 0.54 ns | 0.68 | 0.0889 | - | 744 B | 0.66 | Benchmarks.SimpleValidationEndpointBenchmarks-report.csv000066400000000000000000000030111516707642500373370ustar00rootroot00000000000000Light.PortableResults-0.2.0/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,Gen0,Gen1,Allocated,Alloc Ratio FluentValidationEndpoint,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,147.7 ns,0.85 ns,0.80 ns,1.00,0.1338,0.0002,1120 B,1.00 PortableResultsValidationEndpoint,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,100.2 ns,0.58 ns,0.54 ns,0.68,0.0889,0.0000,744 B,0.66 Benchmarks.SimpleValidationEndpointBenchmarks-report.html000066400000000000000000000025141516707642500375170ustar00rootroot00000000000000Light.PortableResults-0.2.0/BenchmarkDotNet.Artifacts/results Benchmarks.SimpleValidationEndpointBenchmarks-20260308-105045 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.3.1 (25D2128) [Darwin 25.3.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.103
  [Host]     : .NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a
  DefaultJob : .NET 10.0.3 (10.0.3, 10.0.326.7603), Arm64 RyuJIT armv8.0-a
Method MeanErrorStdDevRatioGen0Gen1AllocatedAlloc Ratio
FluentValidationEndpoint147.7 ns0.85 ns0.80 ns1.000.13380.00021120 B1.00
PortableResultsValidationEndpoint100.2 ns0.58 ns0.54 ns0.680.0889-744 B0.66
Light.PortableResults-0.2.0/CLAUDE.md000066400000000000000000000000261516707642500172030ustar00rootroot00000000000000Please read AGENTS.md Light.PortableResults-0.2.0/Directory.Build.props000066400000000000000000000012051516707642500220130ustar00rootroot00000000000000 net10.0 14.0 enable disable true true true Kenny Pflug Kenny Pflug Copyright (c) 2026 Kenny Pflug 0.2.0 Light.PortableResults-0.2.0/Directory.Packages.props000066400000000000000000000034251516707642500225000ustar00rootroot00000000000000 true true Light.PortableResults-0.2.0/LICENSE000066400000000000000000000020541516707642500167340ustar00rootroot00000000000000MIT License Copyright (c) 2026 Kenny Pflug Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. 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version="1.0"&gt; &lt;option name="myName" value="Kenny's Kleanup" /&gt; &lt;/profile&gt;</IDEA_SETTINGS><RIDER_SETTINGS>&lt;profile&gt; &lt;Language id="CSS"&gt; &lt;Rearrange&gt;true&lt;/Rearrange&gt; &lt;Reformat&gt;true&lt;/Reformat&gt; &lt;/Language&gt; &lt;Language id="EditorConfig"&gt; &lt;Reformat&gt;true&lt;/Reformat&gt; &lt;/Language&gt; &lt;Language id="HTML"&gt; &lt;Rearrange&gt;true&lt;/Rearrange&gt; &lt;OptimizeImports&gt;true&lt;/OptimizeImports&gt; &lt;Reformat&gt;true&lt;/Reformat&gt; &lt;/Language&gt; &lt;Language id="HTTP Request"&gt; &lt;Reformat&gt;true&lt;/Reformat&gt; &lt;/Language&gt; &lt;Language id="Handlebars"&gt; &lt;Reformat&gt;true&lt;/Reformat&gt; &lt;/Language&gt; &lt;Language id="Ini"&gt; &lt;Reformat&gt;true&lt;/Reformat&gt; &lt;/Language&gt; &lt;Language id="JSON"&gt; &lt;Reformat&gt;true&lt;/Reformat&gt; &lt;/Language&gt; &lt;Language id="Jade"&gt; &lt;Reformat&gt;true&lt;/Reformat&gt; &lt;/Language&gt; &lt;Language id="JavaScript"&gt; &lt;Rearrange&gt;true&lt;/Rearrange&gt; &lt;OptimizeImports&gt;true&lt;/OptimizeImports&gt; &lt;Reformat&gt;true&lt;/Reformat&gt; &lt;/Language&gt; &lt;Language id="Markdown"&gt; &lt;Reformat&gt;false&lt;/Reformat&gt; &lt;/Language&gt; &lt;Language id="Properties"&gt; &lt;Reformat&gt;true&lt;/Reformat&gt; &lt;/Language&gt; &lt;Language id="RELAX-NG"&gt; &lt;Reformat&gt;true&lt;/Reformat&gt; &lt;/Language&gt; &lt;Language id="Razor"&gt; &lt;Reformat&gt;true&lt;/Reformat&gt; &lt;/Language&gt; &lt;Language id="SQL"&gt; &lt;Reformat&gt;true&lt;/Reformat&gt; &lt;/Language&gt; &lt;Language id="VueExpr"&gt; &lt;Reformat&gt;true&lt;/Reformat&gt; &lt;/Language&gt; &lt;Language id="XML"&gt; &lt;Rearrange&gt;true&lt;/Rearrange&gt; &lt;OptimizeImports&gt;true&lt;/OptimizeImports&gt; &lt;Reformat&gt;true&lt;/Reformat&gt; &lt;/Language&gt; &lt;Language id="yaml"&gt; &lt;Reformat&gt;true&lt;/Reformat&gt; &lt;/Language&gt; &lt;/profile&gt;</RIDER_SETTINGS></Profile> Kenny's Kleanup Kenny's Kleanup False Required Required Required Required ExpressionBody ExpressionBody ExpressionBody False True True True True True True True True True True TOGETHER_SAME_LINE True True True NO_INDENT True True True False True 90 1 10000 COMPACT True True True True NEVER NEVER False ALWAYS IF_OWNER_IS_SINGLE_LINE NEVER False True True False True True CHOP_IF_LONG CHOP_IF_LONG False True True True True True True False CHOP_IF_LONG CHOP_IF_LONG CHOP_IF_LONG CHOP_IF_LONG CHOP_ALWAYS CHOP_IF_LONG RemoveIndent RemoveIndent False ByFirstAttr 150 False False False False True False True True False False True False True False True True True True True True True True True Light.PortableResults-0.2.0/Light.PortableResults.slnx000066400000000000000000000112451516707642500230370ustar00rootroot00000000000000 Light.PortableResults-0.2.0/README.md000066400000000000000000000765451516707642500172260ustar00rootroot00000000000000# Light.PortableResults *A high-performant, enterprise-grade .NET library implementing the Result Pattern where each result is serializable and deserializable. Comes with integrations for ASP.NET Core Minimal APIs and MVC, `HttpResponseMessage`, and CloudEvents JSON format, as well as a validation framework.* [![License](https://img.shields.io/badge/License-MIT-green.svg?style=for-the-badge)](https://github.com/feO2x/Light.PortableResults/blob/main/LICENSE) [![NuGet](https://img.shields.io/badge/NuGet-0.2.0-blue.svg?style=for-the-badge)](https://www.nuget.org/packages?q=Light.PortableResults) [![Documentation](https://img.shields.io/badge/Docs-Changelog-yellowgreen.svg?style=for-the-badge)](https://github.com/feO2x/Light.PortableResults/releases) ## ✨ Key Features - 🧱 **Clear Result Pattern** — `Result` / `Result` is either a success value or one or more structured errors. No exceptions for expected failures. - 📠**Rich, machine-readable errors** — every `Error` carries a human-readable `Message`, stable `Code`, input `Target`, and `Category` — ready for API contracts and frontend mapping. - ðŸ—‚ï¸ **Serialization-safe metadata** — metadata uses a dedicated JSON-like type system instead of `Dictionary`, so results serialize reliably across any protocol. - 🔠**Full functional operator suite** — `Map`, `Bind`, `Match`, `Ensure`, `Tap`, `Switch`, and their `Async` variants let you build clean, chainable pipelines. - â˜ï¸ **Cloud-Native** — Light.PortableResults contains System.Text.Json serialization support for HTTP responses, including RFC-9457 Problem Details compatibility, and CloudEvents Spec 1.0 JSON payloads for asynchronous messaging. Full round-trip included. - 🧩 **ASP.NET Core ready** — Minimal APIs and MVC packages translate `Result` and `Result` directly to `IResult` / `IActionResult` with automatic HTTP status mapping and RFC-9457 Problem Details support. - ðŸ›¡ï¸ **Validation framework** — Light.PortableResults.Validation allows you to easily validate DTOs and any values. Use transforming validators to write efficient Anti-Corruption Layers. At least 5x faster than FluentValidation 12.1.1 while having less than 9% of FluentValidation's memory footprint. - âš¡ **Allocation-minimal by design** — pooled buffers, struct-friendly internals, smart caching, and fast paths keep GC pressure near zero even at high throughput. - 🧊 **.NET Native AOT** — The base, validation, and Minimal APIs packages are designed to work seamlessly with .NET Native AOT, ensuring minimal runtime overhead and efficient memory usage. ## 📦 Installation Install the packages you need for your scenario. Core Result Pattern, Metadata, Functional Operators, and serialization support for HTTP and CloudEvents: ```bash dotnet add package Light.PortableResults ``` Validation context, checks, and synchronous/asynchronous validators: ```bash dotnet add package Light.PortableResults.Validation ``` ASP.NET Core Minimal APIs integration with support for Dependency Injection and `IResult`: ```bash dotnet add package Light.PortableResults.AspNetCore.MinimalApis ``` ASP.NET Core MVC integration with support for Dependency Injection and `IActionResult`: ```bash dotnet add package Light.PortableResults.AspNetCore.Mvc ``` If you only need the Result Pattern itself, `Light.PortableResults` is the most leightweight dependency. ## 🤓 Basic Usage If you are new to the Result Pattern, think of it like this: - A method can either succeed or fail. - Instead of throwing exceptions for expected failures (validation, not found, conflicts), the method returns a value that explicitly describes the outcome. - Callers must handle both paths on purpose, which makes Control Flow easier to read and test. This is covered by the following types in Light.PortableResults: - `Result` means: either a success value of type `T`, or one or more errors. - `Result` (non-generic) means: success/failure without a return value (corresponds to `void`). - Each `Error` can carry machine-readable details such as `Code`, `Target`, `Category`, and `Metadata`. You can then build business logic around these types: ```csharp using Light.PortableResults; // Use Result or Result as response types in your methods static Result ParsePositiveInteger(string input) { if (int.TryParse(input, out var value) && value > 0) { // If everything is fine, then use Result.Ok() to return a success value return Result.Ok(value); } // If an error occurred, use Result.Fail() to indicate an issue. // Here we create a single error, but you can also return multiple errors. return Result.Fail(new Error { Message = "Value must be a positive integer", Code = "parse.invalid_positive_int", Target = "input", Category = ErrorCategory.Validation }); } ``` You can then examine results in two ways: with implicit if-else Control Flow... ```csharp var input = Console.ReadLine(); Result result = ParsePositiveInteger(); if (result.IsValid) { Console.WriteLine($"Success: {result.Value}"); } else { var error = result.Errors.First; Console.WriteLine($"Error {error.Code}: {error.Message}"); } ``` ...or in a functional style: ```csharp using Light.PortableResults.FunctionalExtensions; var input = Console.ReadLine(); string message = ParsePositiveInteger(input).Match( onSuccess: value => $"Success: {value}", onError: errors => $"Error {errors.First.Code}: {errors.First.Message}" ); Console.WriteLine(message); ``` See [Functional Operators](#functional-operators) for more details on the available operators. > The core idea is that you avoid throwing exceptions as part of the contract between a method and its caller. Instead, you return a `Result` or `Result` instance that explicitly indicates success or failure. ## â„¹ï¸ Metadata In Light.PortableResults, metadata is not just a `Dictionary` as with many other Result Pattern implementations. Instead, it uses a type system pretty similar to JSON which allows each result instance to be serialized and deserialized. Metadata can be attached to `Result/Result` instances as well as to `Error` instances. ```csharp using Light.PortableResults; using Light.PortableResults.Metadata; // Create metadata using primitive types (bool, long, double, string, decimal) // or nested objects and arrays. MetadataObject uses implicit conversions // from these types for easy construction. var metadata = MetadataObject.Create( ("requestId", "550e8400-e29b-41d4-a716-446655440000"), ("timestamp", DateTimeOffset.UtcNow.ToUnixTimeSeconds()), ("cacheHit", false), ("attemptCount", 3) ); // Attach metadata to a successful result Result result = Result.Ok( new Order { Id = Guid.NewGuid(), Total = 99.99m }, metadata ); // Or attach metadata to an error for additional context var error = new Error { Message = "Order exceeds account limit", Code = "order.limit_exceeded", Target = "total", Category = ErrorCategory.Validation, Metadata = MetadataObject.Create( ("accountLimit", 500.00m), ("requestedAmount", 599.99m), ("currency", "USD") ) }; // Access metadata from a result or error if (result.Metadata?.TryGetString("requestId", out var requestId) == true) { Console.WriteLine($"Request: {requestId}"); } ``` ## ðŸ›«ï¸ Validation Quick Start Instead of creating `Error` instances manually, you can reference the `Light.PortableResults.Validation` package and use its rich assertions and support for validators, similar to FluentValidation. Here is an example: ```csharp public sealed record MovieRatingDto { public required Guid Id { get; init; } public required Guid MovieId { get; init; } public required string UserName { get; set; } = string.Empty; public required string Comment { get; set; } = string.Empty; public required int Rating { get; init; } } public sealed class MovieRatingValidator : Validator { // Inject any service you need for validation into the constructor. // The IValidationContextFactory is used to obtain a ValidationContext instance // and must always be injected. public MovieRatingValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { } protected override ValidatedValue PerformValidation( ValidationContext context, // Collects errors during validation ValidationCheckpoint checkpoint, // Used to determine if errors occurred in this method MovieRatingDto dto // The value to validate ) { // Use the ValidationContext.Check method to create Check instances. // These offer various extension methods which attach errors to the context // if validation fails. The Check call will also smartly obtain a value for // Error.Target depending on your argument (CallerArgumentExpression). context.Check(dto.Id).IsNotEmpty(); context.Check(dto.MovieId).IsNotEmpty(); // Instead of only examining values, ValidationContext.Check normalizes values. // By default, strings are processed in the following way: // - Null -> Empty string (avoids NullReferenceException) // - Not-Null -> Trimmed string // You can write these normalized string values back to ensure safe processing // after validation finished. See ValidationContextOptions.ValueNormalizer. dto.Comment = context.Check(dto.Comment).HasLengthIn(10, 1000); dto.UserName = context.Check(dto.UserName).IsNotNullOrWhiteSpace(); context.Check(dto.Rating).IsInBetween(1, 5); // Use the checkpoint to determine if validation errors were attached to // to the ValidationContext during this method call. The checkpoint will // automatically return a corresponding ValidatedValue instance for you. return checkpoint.ToValidatedValue(dto); } } public sealed class AddMovieRatingService { private readonly MovieRatingValidator _validator; public AddMovieRatingService(MovieRatingValidator validator) => _validator = validator; public async Task> AddMovieRatingAsync( MovieRatingDto dto, CancellationToken cancellationToken = default ) { if (_validator.CheckForErrors(dto, out var errorResult)) { return Result.Fail(errorResult.Errors); } // Do something useful with the validated DTO. In the end // a MovieRating domain object is created and returned. var movieRating = new MovieRating(...); return Result.Ok(movieRating); } } ``` The Validation package offers more features: - `Validator`: transform your DTO into another (imutable) type. This lets you write effective Anti-Corruption Layers. - Asynchronous Validators: `AsyncValidator` and `AsyncValidator`. - `IValidationContextFactory`: you do not need to write validators. Simply call `IValidationContextFactory.CreateValidationContext` and use the `ValidationContext` in any way you like. - `ValidationContextOptions`: change how values and targets for errors are normalized, which culture info is used, whether null values are automatically handled in validators, which error message templates are used, and more. - Share values between validators: use `ValidationContext.SetItem`, `ValidationContext.GetRequiredItem` and `ValidationContext.TryGetItem` to store and retrieve values between parent and child validators. - Build your custom `ValidationErrorDefinition`-derived classes to extend the built-in assertions in a high-performant, yet customizable way. A definition can consist of parameters and a custom error message template. In comparison to FluentValidation, Light.PortableResults is more optimized for performance and memory usage. Take a look at these benchmark results for Flat DTO validation and Complex DTO Validation (see the benchmarks/Benchmarks project for details): ### Valid Flat DTO | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |------------:|---------:|---------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 1,324.57 ns | 8.570 ns | 7.156 ns | 1.00 | 0.8316 | 0.0076 | 6984 B | 1.00 | | FluentValidationSingleton | 105.84 ns | 0.246 ns | 0.205 ns | 0.08 | 0.0755 | 0.0001 | 632 B | 0.09 | | LightPortableResults | 50.49 ns | 0.091 ns | 0.076 ns | 0.04 | 0.0124 | - | 104 B | 0.01 | ### Invalid Flat DTO | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |-----------:|---------:|--------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 3,145.2 ns | 10.38 ns | 9.71 ns | 1.00 | 1.7509 | 0.0267 | 14672 B | 1.00 | | FluentValidationSingleton | 1,793.6 ns | 3.93 ns | 3.48 ns | 0.57 | 0.9937 | 0.0095 | 8320 B | 0.57 | | LightPortableResults | 289.6 ns | 0.57 ns | 0.51 ns | 0.09 | 0.0820 | - | 688 B | 0.05 | ### Valid Complex DTO | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |-----------:|---------:|---------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 8,318.7 ns | 78.34 ns | 69.45 ns | 1.00 | 4.1504 | 0.1221 | 33.94 KB | 1.00 | | FluentValidationSingleton | 1,685.9 ns | 5.01 ns | 4.69 ns | 0.20 | 0.7057 | 0.0019 | 5.77 KB | 0.17 | | LightPortableResults | 742.2 ns | 7.40 ns | 6.93 ns | 0.09 | 0.1554 | - | 1.27 KB | 0.04 | ### Invalid Complex DTO | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |-----------------------------------|----------:|----------:|----------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 13.985 μs | 0.0705 μs | 0.0625 μs | 1.00 | 6.5308 | 0.3052 | 53.45 KB | 1.00 | | FluentValidationSingleton | 6.755 μs | 0.0410 μs | 0.0343 μs | 0.48 | 3.1128 | 0.0763 | 25.47 KB | 0.48 | | LightPortableResults | 1.507 μs | 0.0019 μs | 0.0018 μs | 0.11 | 0.2422 | - | 1.99 KB | 0.04 | ## 🚀 HTTP Quick Start Given the classes in the previous Validation Quick Start section, you can easily integrate Light.PortableResults into ASP.NET Core. ### Minimal APIs ```csharp using Light.PortableResults; using Light.PortableResults.AspNetCore.MinimalApis; var builder = WebApplication.CreateBuilder(args); builder .Services .AddPortableResultsForMinimalApis() .AddValidationForPortableResults() .Configure( // We highly recommend using the Rich serialization format for HTTP responses. // If you do not adjust this value, the default value of // ValidationProblemSerializationFormat.AspNetCoreCompatible is used which // writes the Problem Details errors in the same way as ASP.NET Core does. x => x.ValidationProblemSerializationFormat = ValidationProblemSerializationFormat.Rich ) .AddSingleton() // Register validators as singletons by default .AddScoped(); var app = builder.Build(); app.MapPut("/api/movieRatings", async (MovieRatingDto dto, AddMovieRatingService service) => { var result = await service.AddMovieRatingAsync(dto); // Any Result/Result instance can be easily converted to // Minimal API's IResult. Under the covers, we use an // optimized LightResult/LightResult type. return result.ToMinimalApiResult(); }); app.Run(); ``` ### MVC ```csharp using Light.PortableResults; using Light.PortableResults.AspNetCore.Mvc; builder.Services.AddControllers(); builder .Services .AddPortableResultsForMvc() .AddValidationForPortableResults() .AddSingleton() .AddScoped(); var app = builder.Build(); app.MapControllers(); app.Run(); [ApiController] [Route("moveRatings")] public sealed class AddMovieRatingsController : ControllerBase { public AddMovieRatingsController(AddMovieRatingsService service) { _service = service; } [HttpPut] public async Task> AddMovieRating(AddMovieRatingDto dto) { var result = await _service.AddMovieRatingAsync(dto); return result.ToMvcActionResult(); } } ``` ### HTTP Response On the Wire For both examples above (Minimal APIs and MVC), the HTTP response shape is the same. Successful update (`200 OK`): ```http HTTP/1.1 200 OK Content-Type: application/json { "comment": "The Answer Is Out There, Neo. It's Looking for You.", "movieId": "5c200e1d-4a16-4572-b884-e3a3957771fc", "userName": "Trinity", "rating": 5, "id": "b507182e-f9ff-48d7-8a78-bcdc15cb4d0a" } ``` Validation failure (`400 Bad Request`): ```http HTTP/1.1 400 Bad Request Content-Type: application/problem+json { "type": "https://tools.ietf.org/html/rfc9110#section-15.5.1", "title": "Bad Request", "status": 400, "detail": "One or more validation errors occurred.", "errors": [ { "message": "comment must be between 10 and 1000 characters long", "code": "LengthIn", "target": "comment", "category": "Validation", "metadata": { "minLength": 10, "maxLength": 1000 } }, { "message": "userName must not be empty or whitespace", "code": "NotNullOrWhiteSpace", "target": "userName", "category": "Validation" }, { "message": "rating must be between 1 and 5", "code": "IsInBetween", "target": "rating", "category": "Validation", "metadata": { "lowerBoundary": 1, "upperBoundary": 5 } } ] } ``` ### Deserializing Result back from HttpResponseMessage ```csharp using System; using System.Net.Http; using System.Net.Http.Json; using Light.PortableResults; using Light.PortableResults.Http.Reading; using var httpClient = new HttpClient { BaseAddress = new Uri("https://localhost:5000") }; var requestDto = new MovieRatingDto { Id = Guid.CreateVersion7(), MovieId = matrixMovie.Id, UserName = "Trinity", Comment = "The Answer Is Out There, Neo. It's Looking for You.", Rating = 5 }; using var response = await httpClient.PutAsJsonAsync( "/api/movieRatings", requestDto ); Result result = await response.ReadResultAsync(); if (result.IsValid) { Console.WriteLine($"Added movie rating"); } else { foreach (var error in result.Errors) { Console.WriteLine($"{error.Target}: {error.Message}"); } } ``` ## â˜ï¸ CloudEvents Quick Start The following example uses `RabbitMQ.Client` to publish and consume a CloudEvents JSON message carrying `Result`. ### Publish to RabbitMQ ```csharp using System; using Light.PortableResults; using Light.PortableResults.CloudEvents; using Light.PortableResults.CloudEvents.Writing; using RabbitMQ.Client; var factory = new ConnectionFactory { HostName = "localhost" }; await using var connection = await factory.CreateConnectionAsync(); await using var channel = await connection.CreateChannelAsync(); await channel.QueueDeclareAsync(queue: "users.updated", durable: true, exclusive: false, autoDelete: false); var result = Result.Ok(new UserDto { Id = Guid.Parse("6b8a4dca-779d-4f36-8274-487fe3e86b5a"), Email = "ada@example.com" }); byte[] cloudEvent = result.ToCloudEvent( successType: "users.updated", failureType: "users.update.failed", source: "urn:light-portable-results:sample:user-service", subject: "users/6b8a4dca-779d-4f36-8274-487fe3e86b5a" ); var properties = new BasicProperties(); properties.ContentType = CloudEventsConstants.CloudEventsJsonContentType; await channel.BasicPublishAsync( exchange: "", routingKey: "users.updated", mandatory: false, basicProperties: properties, body: cloudEvent ); ``` ### Consume from RabbitMQ ```csharp using Light.PortableResults; using Light.PortableResults.CloudEvents.Reading; using RabbitMQ.Client; using RabbitMQ.Client.Events; var factory = new ConnectionFactory { HostName = "localhost" }; await using var connection = await factory.CreateConnectionAsync(); await using var channel = await connection.CreateChannelAsync(); await channel.QueueDeclareAsync(queue: "users.updated", durable: true, exclusive: false, autoDelete: false); var consumer = new AsyncEventingBasicConsumer(channel); consumer.ReceivedAsync += async (_, eventArgs) => { Result result = eventArgs.Body.ReadResult(); if (result.IsValid) { Console.WriteLine($"Updated user: {result.Value.Email}"); } else { foreach (var error in result.Errors) { Console.WriteLine($"{error.Target}: {error.Message}"); } } await channel.BasicAckAsync(eventArgs.DeliveryTag, multiple: false); }; await channel.BasicConsumeAsync(queue: "users.updated", autoAck: false, consumer: consumer); ``` ## When to Use Result vs. Exceptions Use `Result` / `Result` for expected business outcomes: - validation failed - resource not found - user is not authorized - domain rule was violated Use exceptions for truly unexpected failures: - database/network outage - misconfiguration - programming bugs and invariant violations (detected via Guard Clauses) This keeps exceptions exceptional and business outcomes explicit. ## Use non-generic `Result` for command-style operations ```csharp using Light.PortableResults; static Result DeleteUser(Guid id) { if (id == Guid.Empty) { return Result.Fail(new Error { Message = "User id must not be empty", Code = "user.invalid_id", Target = "id", Category = ErrorCategory.Validation }); } return Result.Ok(); } ``` ### Functional Operators Supported functional operators: | Category | Operators | What they are used for | |-------------------------|--------------------------------------------|--------------------------------------------------------------------------------| | Transform success value | `Map`, `Bind` | Convert successful values or chain operations that already return `Result`. | | Transform errors | `MapError` | Normalize or translate errors (for example domain -> transport layer). | | Add validation rules | `Ensure`, `FailIf` | Keep fluent pipelines while adding business or guard conditions. | | Handle outcomes | `Match`, `MatchFirst`, `Else` | Turn a result into a value/fallback without manually branching every time. | | Side effects | `Tap`, `TapError`, `Switch`, `SwitchFirst` | Perform logging/metrics/notifications on success or failure paths. | All operators also provide async variants with the `Async` suffix (for example `BindAsync`, `MatchAsync`, `TapErrorAsync`). Example pipeline: ```csharp using Light.PortableResults; using Light.PortableResults.FunctionalExtensions; Result message = GetUser(userId) .Ensure(user => user.IsActive, new Error { Message = "User is not active", Code = "user.inactive", Category = ErrorCategory.Forbidden }) .Map(user => user.Email) .Match( onSuccess: email => $"User email: {email}", onError: errors => $"Failed: {errors.First.Message}" ); ``` ### Keep error payloads useful for clients As a rule of thumb: - `Message`: human-readable explanation - `Code`: stable machine-readable identifier (great for frontend/API contracts) - `Target`: which input field/header/value failed - `Category`: determines transport mapping (for example, HTTP status) - `Metadata`: additional information (for example, header values or comparative values) Using a consistent error shape early will make your APIs and message consumers easier to evolve. There is an `Error.Exception` property which you can also set, but it is never serialized and thus never exposed to calling processes. ## âš™ï¸ Configuration for HTTP and CloudEvents ### HTTP write options (`PortableResultsHttpWriteOptions`) | Option | Default | Description | |----------------------------------------|------------------------|-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------| | `ValidationProblemSerializationFormat` | `AspNetCoreCompatible` | Controls how validation errors are serialized for HTTP 400/422 responses. Defaults to `AspNetCoreCompatible` for backwards-compatibility, we encourage you to use `Rich`. | | `MetadataSerializationMode` | `ErrorsOnly` | Controls whether metadata is serialized in response bodies (`ErrorsOnly` or `Always`). | | `CreateProblemDetailsInfo` | `null` | Optional custom factory for generating Problem Details fields (`type`, `title`, `detail`, etc.). | | `FirstErrorCategoryIsLeadingCategory` | `true` | If `true`, the first error category decides the HTTP status code for failures. If `false`, Light.PortableResults checks if all errors have the same category and chooses `Unclassified` when they differ. | ### HTTP read options (`PortableResultsHttpReadOptions`) | Option | Default | Description | | --- | --- | --- | | `HeaderParsingService` | `ParseNoHttpHeadersService.Instance` | Controls how HTTP headers are converted into metadata (default: skip all headers). | | `MergeStrategy` | `AddOrReplace` | Strategy used when merging metadata with the same key from headers and body. | | `PreferSuccessPayload` | `Auto` | How to interpret successful payloads (`Auto`, `BareValue`, `WrappedValue`). | | `TreatProblemDetailsAsFailure` | `true` | If `true`, `application/problem+json` is treated as failure even for 2xx status codes. | | `SerializerOptions` | `Module.DefaultSerializerOptions` | System.Text.JSON serializer options used for deserialization. | ### CloudEvents write options (`PortableResultsCloudEventsWriteOptions`) | Option | Default | Description | | --- | --- | --- | | `Source` | `null` | Default CloudEvents `source` URI reference if not set per call. | | `MetadataSerializationMode` | `Always` | Controls whether metadata is serialized into CloudEvents `data`. | | `SerializerOptions` | `Module.DefaultSerializerOptions` | System.Text.JSON serializer options used for deserialization. | | `ConversionService` | `DefaultCloudEventsAttributeConversionService.Instance` | Converts metadata entries into CloudEvents extension attributes. | | `SuccessType` | `null` | Default CloudEvents `type` for successful results. | | `FailureType` | `null` | Default CloudEvents `type` for failed results. | | `Subject` | `null` | Default CloudEvents `subject`. | | `DataSchema` | `null` | Default CloudEvents `dataschema` URI. | | `Time` | `null` | Default CloudEvents `time` value (`UTC now` is used when omitted). | | `IdResolver` | `null` | Optional function used to generate CloudEvents `id` values. | | `ArrayPool` | `ArrayPool.Shared` | Buffer pool used for CloudEvents serialization. | | `PooledArrayInitialCapacity` | `RentedArrayBufferWriter.DefaultInitialCapacity` | Initial buffer size used for pooled serialization, which is 2048 bytes. | ### CloudEvents read options (`PortableResultsCloudEventsReadOptions`) | Option | Default | Description | | --- | --- | --- | | `SerializerOptions` | `Module.DefaultSerializerOptions` | System.Text.JSON serializer options used for deserialization. | | `PreferSuccessPayload` | `Auto` | How to interpret successful payloads (`Auto`, `BareValue`, `WrappedValue`). | | `IsFailureType` | `null` | Optional fallback classifier to decide failure based on CloudEvents `type`. | | `ParsingService` | `null` | Optional parser for mapping extension attributes to metadata. | | `MergeStrategy` | `AddOrReplace` | Strategy used when merging envelope extension attributes and payload metadata. | ### Configure HTTP behavior ```csharp using Light.PortableResults.Http.Writing; using Light.PortableResults.SharedJsonSerialization; builder.Services.Configure(options => { options.ValidationProblemSerializationFormat = ValidationProblemSerializationFormat.Rich; options.MetadataSerializationMode = MetadataSerializationMode.Always; options.FirstErrorCategoryIsLeadingCategory = false; }); ``` ```csharp using Light.PortableResults.Http.Reading; using Light.PortableResults.Http.Reading.Headers; using Light.PortableResults.Http.Reading.Json; var readOptions = new PortableResultsHttpReadOptions { HeaderParsingService = new DefaultHttpHeaderParsingService(new AllHeadersSelectionStrategy()), PreferSuccessPayload = PreferSuccessPayload.Auto, TreatProblemDetailsAsFailure = true }; Result result = await response.ReadResultAsync(readOptions); ``` ### Configure CloudEvents behavior ```csharp using Light.PortableResults.CloudEvents.Writing; using Light.PortableResults.SharedJsonSerialization; builder.Services.Configure(options => { options.Source = "urn:light-portable-results:sample:user-service"; options.SuccessType = "users.updated"; options.FailureType = "users.update.failed"; options.MetadataSerializationMode = MetadataSerializationMode.Always; }); ``` ```csharp using System; using Light.PortableResults.CloudEvents.Reading; using Light.PortableResults.Http.Reading.Json; var cloudReadOptions = new PortableResultsCloudEventsReadOptions { IsFailureType = eventType => eventType.EndsWith(".failed", StringComparison.Ordinal), PreferSuccessPayload = PreferSuccessPayload.Auto }; Result result = messageBody.ReadResult(cloudReadOptions); ``` ### Supported Error Categories | `ErrorCategory` | HTTP Status Code | | --- | --- | | `Unclassified` | `500` | | `Validation` | `400` | | `Unauthorized` | `401` | | `PaymentRequired` | `402` | | `Forbidden` | `403` | | `NotFound` | `404` | | `MethodNotAllowed` | `405` | | `NotAcceptable` | `406` | | `Timeout` | `408` | | `Conflict` | `409` | | `Gone` | `410` | | `LengthRequired` | `411` | | `PreconditionFailed` | `412` | | `ContentTooLarge` | `413` | | `UriTooLong` | `414` | | `UnsupportedMediaType` | `415` | | `RequestedRangeNotSatisfiable` | `416` | | `ExpectationFailed` | `417` | | `MisdirectedRequest` | `421` | | `UnprocessableContent` | `422` | | `Locked` | `423` | | `FailedDependency` | `424` | | `UpgradeRequired` | `426` | | `PreconditionRequired` | `428` | | `TooManyRequests` | `429` | | `RequestHeaderFieldsTooLarge` | `431` | | `UnavailableForLegalReasons` | `451` | | `InternalError` | `500` | | `NotImplemented` | `501` | | `BadGateway` | `502` | | `ServiceUnavailable` | `503` | | `GatewayTimeout` | `504` | | `InsufficientStorage` | `507` | Light.PortableResults-0.2.0/ai-plans/000077500000000000000000000000001516707642500174325ustar00rootroot00000000000000Light.PortableResults-0.2.0/ai-plans/0001-metadata.md000066400000000000000000000423371516707642500221230ustar00rootroot00000000000000# Plan for metadata in Light.Results *Please note: this plan was written before the AGENTS.md file in this folder was updated to its current form. Do not take this plan as an example for how to write plans.* ## Goals & Constraints 1. Metadata must be trivially serializable/deserializable across: - HTTP payloads that conform to RFC 9457 (problem details). - gRPC error trailers/payloads. - Asynchronous messaging envelopes. 2. The shape of metadata must be statically enforceable so that only JSON-compatible values are representable. 3. Keep allocations to a minimum. Ideally, the metadata types are stack-only structs backed by small arrays/spans with pooling. 4. Integration points: - Replace the current `IReadOnlyDictionary? Meta` on `Error` with the new types without breaking ergonomics for callers that only need primitive metadata @src/Light.Results/Error.cs#5-10. - Introduce metadata support on `Result` (and non-generic `Result`) for correlation/context payloads that apply regardless of success/failure, while preserving zero-cost success cases @src/Light.Results/Result.cs#11-146. - Ensure `Result` stays allocation-free when success paths avoid metadata. ## Value Domain (JSON-Compatible) - Primitive scalars: string, long (int64), double (IEEE 754), bool, null. - Developer ergonomics: - `float` inputs are accepted via implicit conversion and stored as double (no precision loss beyond IEEE 754 rules). - `decimal` inputs are accepted and canonically stored as strings using `decimal.ToString(CultureInfo.InvariantCulture)`. Retrieval helpers (see API) can materialize decimals back by parsing; errors bubble up if the payload cannot be represented exactly. - NaN and ±Infinity are rejected at creation/serialization time to remain RFC 9457 and protobuf friendly. - Structured values: - Arrays: ordered sequences of other metadata values. - Objects: string-keyed property bags whose values are other metadata values. - No delegates, type handles, or arbitrary CLR graphs; everything must collapse to the above recursively. ### Decimal Storage Rationale - Even though we accept `decimal` inputs, they are stored canonically as invariant-culture strings. Reasons: 1. **Transport compatibility** – JSON and protobuf `Struct` lack first-class decimal representations; they require textual encoding anyway, so keeping the canonical string internally avoids double conversions at serialization. 2. **Struct size budget** – embedding `decimal` (16 bytes) into `MetadataValue` alongside existing payload fields would inflate the struct and increase copy cost. 3. **Cross-language predictability** – downstream services in other runtimes expect string-encoded decimals; storing them as strings keeps round-trips deterministic. - Developer ergonomics are preserved via: - Implicit decimal overloads that perform the canonical conversion automatically. - `MetadataValue.TryGetDecimal` / `MetadataObject.TryGetDecimal` which parse once and can cache the materialized decimal within the payload for repeated reads. ## Core Types 1. `MetadataValue` - `readonly struct` discriminated union with two fields: `MetadataKind Kind` + `MetadataPayload Payload`. - `MetadataPayload` is a small struct containing `long I64`, `double F64`, `object? Ref`. Booleans piggyback on `I64` (0/1). Strings/arrays/objects live in `Ref`. - Factory members: `MetadataValue.FromString(...)`, implicit conversions from primitive CLR types (`int`, `long`, `float`, `double`, `decimal`), plus `MetadataValue.FromJsonNumber(ReadOnlySpan)` to centralize numeric policy (prefers Int64 when exact, otherwise double; decimal literals can be routed through string representation). - Validation enforces numeric policy (reject NaN/Infinity) and maximum depth/size (see guardrails). 2. `MetadataArray` - `readonly struct` view over a sealed backing (`MetadataArrayData`) that owns a `MetadataValue[]` plus length. - Provides allocation-free enumeration; exposes `Span` internally for builders. - Builders rent buffers from `ArrayPool`, fill them, then call `MetadataArrayData.FromOwnedBuffer` which trims/copies once and returns a reusable backing instance. 3. `MetadataObject` - `readonly struct` view over `MetadataObjectData` backing which stores parallel arrays of keys/values and optional lazy dictionary for faster lookup when property count exceeds a threshold (e.g., >8). - Deterministic ordering: properties are stored sorted by `StringComparer.Ordinal` during build, ensuring stable serialization/caching. - Builders maintain uniqueness (error on duplicate keys) and only materialize the optional dictionary when lookups demand it. ### Immutability & Ownership - Public view types never expose mutable buffers; all mutation happens inside builders before the backing objects are sealed. - Builders (`MetadataObjectBuilder`, `MetadataArrayBuilder`) are `ref struct` types implementing a scope pattern: - `MetadataObjectBuilder.Create()` rents buffers, tracks an `_active` flag, and optionally implements `Dispose` (returning buffers) so `using var builder = ...;` is the happy path. - After `Build()` the builder becomes invalid (debug assert if reused), forcing callers to respect the pooling contract. - Backing instances ensure no references to pooled arrays remain once sealed; large metadata graphs can therefore be shared safely across threads. ### Backing Storage Model - `MetadataArrayData` / `MetadataObjectData` are sealed reference types that own arrays, cached hash codes, and optional lookup dictionaries. They are internal and never exposed. - `MetadataArray` / `MetadataObject` store just two fields: a reference to the backing + length (or property count). - This pattern keeps public structs tiny (two references + count) and allows lazy caching (e.g., computed hash) without changing the public API. - Builders produce these backings once, avoiding double allocations versus copying data out of pools. ## Result-Level Metadata - Motivation: - Capture execution-wide metadata (correlation IDs, timing data, server node) even when no errors exist. - Enable transport layers to propagate metadata without materializing an `Error`. - Design: - Add optional `MetadataObject? Metadata` property on `Result` and the non-generic `Result`. - Store metadata in a dedicated field rather than piggybacking on `_errors` to avoid conflating concerns. - Provide fluent helpers (`WithMetadata`, `MergeMetadata`) that return new `Result` without copying when the metadata reference matches. - When upgrading `Result` with new metadata on success, delay allocation by using `MetadataObjectBuilder` that writes into a pooled buffer only if metadata is actually added. - On failure, propagate both `Result.Metadata` (context) and `Error.Metadata` (per-error) when serializing. - Serialization: envelope-level metadata maps to RFC 9457’s top-level extension members, while per-error metadata maps to each `error` entry’s extensions. ## Memory & Performance Considerations - Use `readonly struct` + `readonly ref struct` builders to keep metadata on stack where possible. - When builders must allocate: - Rent buffers from `ArrayPool` and seal them into `ImmutableArray` (copy) or keep pooled arrays with copy-on-write semantics to avoid double allocations. - Strings remain reference types; expose public builder APIs that accept `ReadOnlySpan` / `ReadOnlySpan` so callers can feed preallocated data without extra copies. - Investigate source generators for compile-time creation of metadata (e.g., `Metadata.Object(("key", 42))`) to avoid runtime array allocations. ## Serialization Strategy - JSON/RFC 9457: - Provide `MetadataJsonConverter` for System.Text.Json built on `Utf8JsonWriter/Utf8JsonReader` (no JsonDocument, no boxing). - Enforce deterministic order (keys sorted ordinal during build) and guardrails (max depth 64, max properties per object, max array length) while reading. - Reject NaN/Infinity values; parse numbers as Int64 when integral and in-range, otherwise double. - gRPC: - Map `MetadataObject` to protobuf `Struct`/`Value`, or define our own proto schema mirroring the value union. - Provide extension methods to emit/read `MetadataValue` to/from `Google.Protobuf.WellKnownTypes.Value`. - Keep code structured so we can later swap in a dedicated `MetadataValueProto` without breaking callers. - Async messaging: - Ensure metadata can be flattened into a UTF-8 JSON payload; expose `IBufferWriter` writer to stream without intermediate strings. | Metadata construct | RFC 9457 mapping | gRPC mapping | Async messaging (JSON envelope) | |-----------------------|-----------------------------------------------------|-------------------------------------------------|-----------------------------------| | Result-level metadata | Top-level extension members on the Problem Details. | `google.protobuf.Struct` attached to status. | Envelope-level `metadata` object. | | Per-error metadata | `errors[n].extensions` object. | `google.rpc.Status.details[n]` per error entry. | `errors[n].metadata` object. | | Primitive values | Native JSON fields. | `google.protobuf.Value` scalar kinds. | JSON primitives. | | Arrays/objects | JSON arrays/objects; maintain deterministic order. | `google.protobuf.ListValue` / `Struct`. | JSON arrays/objects. | ## API Surface Sketch - `readonly record struct Error(...)` becomes: ```csharp public readonly record struct Error( string Message, string? Code = null, string? Target = null, MetadataObject? Metadata = null); ``` - Helper entry points: - `Error.WithMetadata(params (string Key, MetadataValue Value)[] properties)` - `MetadataValue.From(T value)` constrained to supported primitives. Decimal overload serializes to canonical string automatically. - `MetadataObject.With(string key, MetadataValue value, ...)` for concise construction without a separate map type. - Typed getters: - `bool MetadataObject.TryGetInt64(string key, out long value)` - `bool MetadataObject.TryGetString(string key, out string? value)` - `bool MetadataObject.TryGetDecimal(string key, out decimal value)` (parses decimal-encoded strings and exact doubles where possible). - `bool MetadataObject.TryGetObject(string key, out MetadataObject value)` etc. - `bool MetadataValue.TryGetInt64(out long value)` instance members, so consumers avoid `switch`. - `bool MetadataValue.TryGetDecimal(out decimal value)` that succeeds when the payload is either a canonical decimal string or a double that fits into decimal without precision loss. - Builders for advanced scenarios: - `ref struct MetadataObjectBuilder` - `ref struct MetadataArrayBuilder` - Both builder types expose public `Add(ReadOnlySpan key, MetadataValue value)` / `AddRange(ReadOnlySpan)` overloads so high-performance callers can pass spans without intermediate allocations. - Result helpers: - `Result WithMetadata(MetadataObject metadata)` / `Result WithMetadata(...)`. - `Result MergeMetadata(MetadataObject other, MetadataMergeStrategy strategy)`. - `MetadataObject? Result.Metadata` exposed publicly with defensive copy only when builders were used. ### Metadata Merge Semantics - Default strategy: **AddOrReplace**, where keys from the incoming metadata overwrite existing keys (recursively for objects, entire-array replacement for arrays to avoid surprising element-wise behavior). - Alternative strategies: 1. **PreserveExisting** – keep original values, ignore duplicates. 2. **FailOnConflict** – throw if the same key is present in both sources (useful for safety-critical metadata). - Merges preserve deterministic key order (e.g., insertion order) so serialization remains stable regardless of strategy. - Provide a small helper (`MetadataObject.Merge`) that takes the strategy enum, ensuring consistent behavior between `Error` and `Result` helpers. #### Sample Merge Algorithm (AddOrReplace) ```csharp public static MetadataObject Merge( MetadataObject original, MetadataObject incoming, MetadataMergeStrategy strategy = MetadataMergeStrategy.AddOrReplace) { var builder = MetadataObjectBuilder.From(original); foreach (var (key, value) in incoming) { if (!builder.TryGetValue(key, out var existing)) { builder.Add(key, value); continue; } switch (strategy) { case MetadataMergeStrategy.AddOrReplace: builder.Replace(key, MergeValues(existing, value, strategy)); break; case MetadataMergeStrategy.PreserveExisting: break; case MetadataMergeStrategy.FailOnConflict: throw new InvalidOperationException($"Duplicate metadata key '{key}'."); } } return builder.Build(); } private static MetadataValue MergeValues( MetadataValue left, MetadataValue right, MetadataMergeStrategy strategy) { if (left.Kind == MetadataKind.Object && right.Kind == MetadataKind.Object) { return Merge(left.AsObject(), right.AsObject(), strategy); } return right; // Scalars and arrays are replaced wholesale. } ``` Key points: - Builders guarantee determinism by keeping insertion order stable. - Recursive merge only applies to object/object collisions; scalars and arrays follow strategy rules directly. - Helper `MetadataObjectBuilder.From` copies the existing object lazily (e.g., rent buffer, copy once) to avoid repeated allocations. ## Validation & Testing - Property-based tests to ensure round-tripping between metadata and JSON / protobuf retains structure. - Benchmarks comparing: - Old `Dictionary` approach vs new structs for creation, serialization, and enumeration. - Tests for boundary cases (large arrays, deeply nested objects, invalid value attempts). - Use the dedicated benchmark project at `./benchmarks/Benchmarks/` to capture before/after numbers for each struct layout/merge optimization. - Add targeted benchmarks for: - MetadataObject lookup (small vs large with lazy dictionary). - Merge strategies (replacement vs preserve) on varying sizes. - Builder scope usage to ensure pooling doesn’t regress. ## Struct Layout Considerations - Default layout (auto) may introduce padding between discriminator and payload fields; measure the actual size via `Unsafe.SizeOf()`. - Target size for `MetadataValue` is ≤24 bytes; exceeding this threshold should trigger layout experiments. - With the `Kind + Payload` model, we expect the struct to be two fields (kind enum, payload struct). Verify copy cost in benchmarks. - `StructLayout(LayoutKind.Explicit)` can shrink the struct by overlaying fields, but: - Requires careful alignment to avoid unaligned access penalties on some architectures. - Can complicate `readonly` semantics; prefer to keep fields `readonly` but remember explicit layout disallows auto-init. - Recommended approach: 1. Start with `LayoutKind.Sequential` and order fields from largest to smallest (e.g., union storage first, then `MetadataKind`/flags). 2. If size exceeds desired threshold (e.g., >24 bytes), experiment with `LayoutKind.Explicit`. Provide benchmarks comparing copy-by-value throughput before adopting. 3. Consider splitting payload storage into `MetadataPrimitive` (fits in 16 bytes) and reference payload ( arrays/objects) to avoid always carrying reference fields. - Any layout decision should remain CLS-safe and avoid `unsafe` code in public API, keeping the copy-by-value story friendly for callers. ## Protobuf Schema Strategy - Current plan emits metadata via `google.protobuf.Struct` / `Value` for simplicity, but this structure blurs int64 vs double semantics and lacks a native decimal representation. - Shipping a custom schema (e.g., `message MetadataValue { oneof kind { int64 i64 = 1; double f64 = 2; string str = 3; MetadataObject obj = 4; MetadataArray arr = 5; bool boolean = 6; google.protobuf.NullValue null = 7; string decimal = 8; } }`) would: - Preserve numeric intent (distinguish int64 from double, provide dedicated decimal slot). - Enable deterministic binary formats without lossy conversions. - Offer forward-compatibility for additional kinds (e.g., bytes) without overloading Struct. - Cons to weigh: - Requires consumers to depend on Light.Results protobuf contracts (less plug-and-play with tooling that expects Struct/Value). - Slightly more work to generate and version the proto artefacts. - Increases maintenance burden if transports need both Struct compatibility and custom schema support. - Recommendation: keep the Struct/Value adapter for quick interoperability, but design the code so a custom schema can be introduced later without breaking callers. Evaluate demand/interop requirements before investing. Light.PortableResults-0.2.0/ai-plans/0003-result-optimization.md000066400000000000000000000141371516707642500244040ustar00rootroot00000000000000# Plan for Result/Errors performance & metadata enhancements *Please note: this plan was written before the AGENTS.md file in this folder was updated to its current form. Do not take this plan as an example for how to write plans.* ## Goals 1. Tighten `Result` / `Result` hot-path performance: minimize allocations, avoid unnecessary copying, and keep struct size predictable. 2. Extend `Error`/`Errors` information model with service-level metadata (`Source`, `CorrelationId`, `Category`) without regressing performance. 3. Maintain RFC 9457/gRPC-friendly metadata surfaces introduced in plan 0001. ## Current snapshot - `Result` is a readonly struct holding `T Value`, `Errors _errors`, and `MetadataObject? _metadata`. Success path stores metadata as nullable value type but still pays an extra field. - `Errors` uses SBO: single error inline, multiple in `Error[]`. - `Error` currently contains message, code, target, metadata only. ## Proposed optimizations ### 1. Struct layout & field packing - Reorder `Result` fields (`Errors _errors`, `MetadataObject? _metadata`, `T Value`, `bool IsSuccess`) to reduce padding. Measure `Unsafe.SizeOf>()` before/after. - Consider `MetadataObject?` → `MetadataObjectReference` (internal struct containing pointer + bool) to avoid Nullable boxing overhead. - Provide `internal Result(T value, Errors errors, MetadataObject? metadata, bool isSuccess)` factory to avoid duplicate constructors. ### 2. Avoid redundant metadata merging/copies - In `Bind`/`Map`, skip metadata merging if references are equal (`ReferenceEquals`). Already partially done; enforce across all helper methods. - Introduce `MetadataObject.MergeIfNeeded(existing, incoming, strategy)` returning same reference when incoming is empty; propagate to `Result.MergeMetadata`. ### 3. Errors storage, enumeration & conversions - Remove `Result.ErrorList` (`ImmutableArray`) entirely; instead expose the internal `Errors` struct via `public Errors Errors => _errors;`. - Rework `Errors` to keep `_one` for SBO plus a `ReadOnlyMemory` for multi-error cases. - Implement `Errors : IReadOnlyList` with a custom value-type enumerator that stores `_one`/`_many` references and iterates without a compiler-generated state machine (single case uses `_one`, multi case indexes `_many.Span`). Indexer and `Count` become zero-cost operations. ### 4. Result<T> TryGetValue - Add `Result.TryGetValue(out T value)` that returns `true` for success without throwing. - When false is returned, `Errors` is not null. Use appropriate NRT attributes to help the compiler understand this. ## Error model enhancements ### New fields - `ErrorCategory Category` enum covering Validation, NotFound, Conflict, Unauthorized, Forbidden, DependencyFailure, Transient, Unexpected. Backed by byte to keep struct tiny; default = `ErrorCategory.Unclassified` (0). ### API & perf implications - Update `Error` record struct signature to include new fields with default values to preserve existing call sites: ```csharp public readonly record struct Error( string Message, string? Code = null, string? Target = null, MetadataObject? Metadata = null, ErrorCategory Category = ErrorCategory.Unclassified) ``` - Ensure `Errors` SBO still works: when storing single error, new fields live inline; when many, array holds enriched errors. - Provide factory helpers: `Error.Validation(string message, string? target = null, ...)` to set categories & defaults without repeated args. - Update serialization adapters (RFC 9457/gRPC) to map new properties: - `Category` → `extensions.category` ## Implementation notes ### Tracing support via metadata extensions (architectural decision) **Original plan**: Add `Source` (string?) and `CorrelationId` (Guid?) as direct fields on the `Error` struct. **Implemented approach**: Keep `Error` struct minimal and provide tracing support through metadata extensions via the `IHasOptionalMetadata` interface. **Rationale for deviation**: 1. **Smaller struct size**: Keeping `Error` minimal improves cache locality and reduces memory footprint. Adding `Source` (8 bytes ref + 1 byte hasValue) and `CorrelationId` (16 bytes Guid + 1 byte hasValue) would add ~26 bytes per error. 2. **Flexibility**: Metadata-based approach allows arbitrary tracing properties without bloating the core `Error` type. Different applications may need different tracing identifiers (trace ID, span ID, request ID, etc.). 3. **Opt-in overhead**: Applications that don't use tracing don't pay for unused fields. Metadata allocation only occurs when explicitly needed. 4. **Extensibility without breaking changes**: New tracing properties can be added via extension methods without modifying the `Error` struct signature. **Implementation details**: - Introduced `IHasOptionalMetadata` interface to unify metadata operations across `Result`, `Result`, and potentially `Error` in the future - `Tracing` extension methods in `Light.Results.MetadataExtensions` namespace provide: - `WithSource(string source)` - adds source identifier to metadata - `WithCorrelationId(string correlationId)` - adds correlation ID to metadata - `WithTracing(string source, string correlationId)` - adds both in one call - `TryGetSource(out string? source)` - retrieves source from metadata - `TryGetCorrelationId(out string? correlationId)` - retrieves correlation ID from metadata - Uses string for correlation ID (not Guid) to support various formats (UUID, hex strings, custom formats) - Metadata keys: `"source"` and `"correlationId"` **Trade-offs accepted**: - ⌠Requires metadata allocation for tracing (vs. inline fields) - ⌠Lookup overhead via dictionary access (vs. direct field access) - ✅ Significantly smaller `Error` struct - ✅ Zero cost for non-tracing scenarios - ✅ More flexible and extensible **Serialization implications**: - RFC 9457/gRPC serialization adapters should check both Error.Metadata and Result.Metadata for tracing properties - Map `metadata["source"]` → `extensions.source` or `instance` - Map `metadata["correlationId"]` → `traceId` or equivalent tracing header Light.PortableResults-0.2.0/ai-plans/0005-functional-extensions.md000066400000000000000000000353101516707642500246770ustar00rootroot00000000000000# Functional Extensions for Light.Results *Please note: this plan was written before the AGENTS.md file in this folder was updated to its current form. Do not take this plan as an example for how to write plans.* ## Goals & Constraints 1. **Extract functional methods** from `Result` and `Result` structs into extension methods in a new namespace `Light.Results.FunctionalExtensions`. 2. **Unified interface approach**: Create interfaces that both `Result` and `Result` implement, enabling single generic extension methods constrained by these interfaces (similar to `IHasOptionalMetadata` pattern). 3. **Performance**: Maintain zero-allocation paths where possible; avoid boxing structs. 4. **Remove existing methods**: The library is not yet released, so we will remove the original functional methods from the structs entirely (no deprecation needed). 5. **Async with ValueTask**: All async variants use `ValueTask` to avoid allocations when the delegate completes synchronously. Requires `System.Threading.Tasks.Extensions` NuGet package for .NET Standard 2.0. 6. **ConfigureAwait(false)**: All async methods call `.ConfigureAwait(false)` on awaited tasks. ## Current State Analysis ### Existing Functional Methods on `Result` | Method | Signature | Purpose | |--------|-----------|---------| | `Map` | `Result Map(Func map)` | Transform value if valid | | `Bind` | `Result Bind(Func> bind, MetadataMergeStrategy)` | Chain to another Result | | `Tap` | `Result Tap(Action action)` | Side-effect on success | | `TapError` | `Result TapError(Action action)` | Side-effect on failure | ### Existing Functional Methods on `Result` (non-generic) | Method | Signature | Purpose | |--------|-----------|---------| | `TapError` | `Result TapError(Action action)` | Side-effect on failure | ### Reference Pattern: `IHasOptionalMetadata` ```csharp public interface IHasOptionalMetadata where T : struct, IHasOptionalMetadata { MetadataObject? Metadata { get; } T ReplaceMetadata(MetadataObject? metadata); } ``` Extension methods in `Tracing.cs` use this pattern: ```csharp public static T WithSource(this T result, string source) where T : struct, IHasOptionalMetadata ``` ## Functional Methods to Implement Based on analysis of ErrorOr, CSharpFunctionalExtensions, and common Result Pattern implementations: ### Category 1: Transformation (Map family) | Method | Description | Applies To | |--------|-------------|------------| | `Map` | Transform value on success | `Result` only (needs value) | | `MapError` | Transform each error on failure | Both | > **Note**: `MapError` applies the transformation function to each `Error` in the collection individually, returning a new result with the transformed errors. This is more useful than transforming the entire `Errors` collection. ### Category 2: Chaining (Bind family) | Method | Description | Applies To | |--------|-------------|------------| | `Bind` | Chain to another `Result` | `Result` only | > **Note**: We use `Bind` instead of `Then` as it is the canonical functional programming term (monadic bind, also known as `flatMap` in Scala/Kotlin or `>>=` in Haskell). `Then` is a fluent API convention but adds redundancy. ### Category 3: Side Effects (Tap family) | Method | Description | Applies To | |--------|-------------|------------| | `Tap` | Execute action on success value | `Result` only | | `TapError` | Execute action on errors | Both | ### Category 4: Pattern Matching (Match/Switch family) | Method | Description | Applies To | |--------|-------------|------------| | `Match` | Return value from success or error handler | Both | | `MatchFirst` | Like Match but error handler receives first error only | Both | | `Switch` | Execute action for success or error (void) | Both | | `SwitchFirst` | Like Switch but error handler receives first error only | Both | ### Category 5: Fallback (Else family) | Method | Description | Applies To | |--------|-------------|------------| | `Else` | Provide fallback value on error | `Result` only | > **Note**: `Else` only applies to `Result` because it provides a fallback *value*. For `Result` (non-generic), the caller can simply use `Result.Ok()` directly if they want to recover from an error. ### Category 6: Conditional (FailIf/Ensure family) | Method | Description | Applies To | |--------|-------------|------------| | `FailIf` | Convert to failure if predicate is true | Both | | `Ensure` | Convert to failure if predicate is false | Both | ### Category 7: Async Variants Async variants use `ValueTask` to avoid allocations when delegates complete synchronously. All async methods include `.ConfigureAwait(false)`. | Sync Method | Async Variant | Async Signature (simplified) | |-------------|---------------|------------------------------| | `Map` | `MapAsync` | `Func>` | | `MapError` | `MapErrorAsync` | `Func>` | | `Bind` | `BindAsync` | `Func>>` | | `Tap` | `TapAsync` | `Func` | | `TapError` | `TapErrorAsync` | `Func` | | `Match` | `MatchAsync` | `Func>`, `Func>` | | `MatchFirst` | `MatchFirstAsync` | `Func>`, `Func>` | | `Switch` | `SwitchAsync` | `Func`, `Func` | | `SwitchFirst` | `SwitchFirstAsync` | `Func`, `Func` | | `Else` | `ElseAsync` | `Func>` (Result only) | | `FailIf` | `FailIfAsync` | `Func>` | | `Ensure` | `EnsureAsync` | `Func>` | > **Dependency**: Requires `System.Threading.Tasks.Extensions` NuGet package for `ValueTask` support in .NET Standard 2.0. ## Interface Design ### Core Interfaces > **Design Decision**: We use only two self-referencing generic interfaces. A non-generic `IResult` base was considered but rejected because it would allow accidental boxing of `Result` and `Result` structs (e.g., `IResult r = result;`). The self-referencing constraint ensures these interfaces can only be used as generic constraints, keeping structs on the stack. #### 1. `IResult` - Self-referencing for fluent returns ```csharp namespace Light.Results; /// /// Result interface that enables fluent extension methods returning the same type. /// /// The implementing type. public interface IResult where TSelf : struct, IResult { /// Gets whether this result represents a successful operation. bool IsValid { get; } /// Gets the errors collection (empty on success). Errors Errors { get; } /// Gets the first error (throws if no errors). Error FirstError { get; } /// /// Creates a successful result with the specified metadata. /// static abstract TSelf Ok(MetadataObject? metadata); /// /// Creates a failed result with the specified errors. /// static abstract TSelf Fail(Errors errors, MetadataObject? metadata); } ``` #### 2. `IResultWithValue` - For results that carry a value ```csharp namespace Light.Results; /// /// Result interface for types that carry a success value. /// /// The implementing type. /// The type of the success value. public interface IResultWithValue : IResult where TSelf : struct, IResultWithValue, IResult { /// Gets the success value (throws if invalid). TValue Value { get; } /// /// Creates a successful result with the specified value. /// static abstract TSelf Ok(TValue value, MetadataObject? metadata); } ``` ### Interface Implementation #### `Result` implements: - `IResult>` - `IResultWithValue, T>` - `IHasOptionalMetadata>` (existing) #### `Result` implements: - `IResult` - `IHasOptionalMetadata` (existing) **Note**: `Result` does NOT implement `IResultWithValue` because `Unit` is hidden from callers. ## Extension Method Organization ### File Structure All extension methods live in a flat folder structure. Each file contains one method pair (sync + async variant) for smaller, focused files. ``` src/Light.Results/ ├── FunctionalExtensions/ │ ├── Map.cs # Map, MapAsync │ ├── MapError.cs # MapError, MapErrorAsync │ ├── Bind.cs # Bind, BindAsync │ ├── Tap.cs # Tap, TapAsync │ ├── TapError.cs # TapError, TapErrorAsync │ ├── Match.cs # Match, MatchAsync │ ├── MatchFirst.cs # MatchFirst, MatchFirstAsync │ ├── Switch.cs # Switch, SwitchAsync │ ├── SwitchFirst.cs # SwitchFirst, SwitchFirstAsync │ ├── Else.cs # Else, ElseAsync │ ├── FailIf.cs # FailIf, FailIfAsync │ └── Ensure.cs # Ensure, EnsureAsync ``` ### Namespace ```csharp namespace Light.Results.FunctionalExtensions; ``` ## Implementation Steps ### Phase 1: Create Interfaces 1. Create `IResult{TSelf}.cs` in `src/Light.Results/` 2. Create `IResultWithValue{TSelf,TValue}.cs` in `src/Light.Results/` ### Phase 2: Implement Interfaces on Structs 1. Update `Result` to implement `IResult>`, `IResultWithValue, T>` 2. Update `Result` to implement `IResult` 3. Add required static abstract factory methods ### Phase 3: Create Extension Methods (Sync + Async) Order of implementation (by dependency). Each file contains both sync and async variants. 1. **Tap.cs, TapError.cs** - No dependencies, simple side-effects 2. **Map.cs, MapError.cs** - Requires `IResultWithValue` for Map; `IResult` for MapError 3. **Bind.cs** - Requires `IResultWithValue`, builds on Map concepts 4. **Match.cs, MatchFirst.cs, Switch.cs, SwitchFirst.cs** - Requires `IResult` for error path, `IResultWithValue` for value path 5. **Else.cs** - Requires `IResultWithValue` (only for `Result`) 6. **FailIf.cs, Ensure.cs** - Requires `IResult` for creating failures ### Phase 4: Remove Original Methods Remove the following methods from the structs (no deprecation, library not yet released): **From `Result`:** - `Map(Func)` - `Bind(Func>, MetadataMergeStrategy)` - `Tap(Action)` - `TapError(Action)` **From `Result`:** - `TapError(Action)` ### Phase 5: Update Tests 1. Create unit tests for all new extension methods 2. Update existing tests that used the removed methods to use the new extension methods 3. Add tests for edge cases (null delegates, default structs, etc.) ## Sample Extension Method Implementations ### TapError (works on both Result and Result) ```csharp namespace Light.Results.FunctionalExtensions; public static class TapExtensions { /// /// Executes the specified action on the errors if this result is invalid. /// public static TResult TapError(this TResult result, Action action) where TResult : struct, IResult { if (!result.IsValid) { action(result.Errors); } return result; } } ``` ### Tap (only for Result) ```csharp /// /// Executes the specified action on the value if this result is valid. /// public static TResult Tap(this TResult result, Action action) where TResult : struct, IResultWithValue { if (result.IsValid) { action(result.Value); } return result; } ``` ### Match (works on both, but value handler differs) ```csharp /// /// Matches the result to a value using the appropriate handler. /// public static TOut Match( this TResult result, Func onSuccess, Func onError) where TResult : struct, IResultWithValue { return result.IsValid ? onSuccess(result.Value) : onError(result.Errors); } /// /// Matches the result to a value using the appropriate handler (for void results). /// public static TOut Match( this TResult result, Func onSuccess, Func onError) where TResult : struct, IResult { return result.IsValid ? onSuccess() : onError(result.Errors); } ``` ### Ensure ```csharp /// /// Returns a failure if the predicate returns false for the value. /// public static TResult Ensure( this TResult result, Func predicate, Error error) where TResult : struct, IResultWithValue, IHasOptionalMetadata { if (!result.IsValid) { return result; } return predicate(result.Value) ? result : TResult.Fail(new Errors(error), result.Metadata); } ``` ## Considerations ### Static Abstract Members The library uses C# 14, which fully supports `static abstract` members in interfaces. Even though the library targets .NET Standard 2.0, the C# language version is independent of the target framework. Static abstract members work correctly because: 1. The compiler generates the necessary IL that .NET Standard 2.0 runtimes can execute. 2. The constraint resolution happens at compile time. We will use `static abstract` factory methods in interfaces as designed. ### Metadata Preservation All extension methods that create new result instances must preserve metadata from the original result. This is handled by: - Using `result.Metadata` when creating new instances - Following the pattern established in `Bind` for metadata merging ### Overload Resolution When both `Result` and `Result` implement `IResult`, ensure extension methods don't cause ambiguity. The `IResultWithValue` constraint naturally separates value-carrying operations. ## Testing Strategy 1. **Unit tests per extension method** - Test success and failure paths 2. **Chaining tests** - Verify fluent chains work correctly 3. **Metadata preservation tests** - Ensure metadata flows through operations 4. **Edge case tests** - Null delegates, default structs, empty errors 5. **Async tests** - Verify async variants work with `ValueTask` 6. **ConfigureAwait tests** - Ensure no deadlocks in sync-over-async scenarios Light.PortableResults-0.2.0/ai-plans/0007-minimal-api-serialization.md000066400000000000000000001267401516707642500254220ustar00rootroot00000000000000# ASP.NET Core Minimal API Serialization for Light.Results *Please note: this plan was written before the AGENTS.md file in this folder was updated to its current form. Do not take this plan as an example for how to write plans.* ## Goals & Constraints 1. **New project**: Create `Light.Results.AspNetCore` in `./src/` targeting .NET 10 (not .NET Standard 2.0). 2. **RFC 7807/9457 compliance**: Serialize failed `Result` and `Result` instances to Problem Details format. 3. **Minimal API focus**: This plan covers ASP.NET Core Minimal APIs only; MVC API Controllers will be handled in a separate plan. 4. **Metadata preservation**: Transport Light.Results metadata through the `extensions` property of Problem Details. 5. **Performance**: Minimize allocations; avoid unnecessary object creation. 6. **Deserialization**: Response deserialization from `HttpResponseMessage` will be handled in a future plan. ## Current State Analysis ### Light.Results Types | Type | Description | |------|-------------| | `Result` | Success with value `T` or one or more `Error` instances | | `Result` | Success (void) or one or more `Error` instances | | `Error` | Message (required), Code, Target, Category, Metadata | | `Errors` | Collection of `Error` with small-buffer optimization | | `ErrorCategory` | Enum mapping to HTTP status codes (e.g., `Validation = 400`) | | `MetadataObject` | Immutable key-value store for arbitrary metadata | ### ErrorCategory → HTTP Status Code Mapping `ErrorCategory` values are already aligned with HTTP status codes: | ErrorCategory | HTTP Status | |---------------|-------------| | `Unclassified` (0) | 500 (fallback) | | `Validation` (400) | 400 Bad Request | | `Unauthorized` (401) | 401 Unauthorized | | `Forbidden` (403) | 403 Forbidden | | `NotFound` (404) | 404 Not Found | | `Timeout` (408) | 408 Request Timeout | | `Conflict` (409) | 409 Conflict | | `Gone` (410) | 410 Gone | | `PreconditionFailed` (412) | 412 Precondition Failed | | `ContentTooLarge` (413) | 413 Content Too Large | | `UriTooLong` (414) | 414 URI Too Long | | `UnsupportedMediaType` (415) | 415 Unsupported Media Type | | `UnprocessableEntity` (422) | 422 Unprocessable Entity | | `RateLimited` (429) | 429 Too Many Requests | | `UnavailableForLegalReasons` (451) | 451 Unavailable For Legal Reasons | | `InternalError` (500) | 500 Internal Server Error | | `NotImplemented` (501) | 501 Not Implemented | | `BadGateway` (502) | 502 Bad Gateway | | `ServiceUnavailable` (503) | 503 Service Unavailable | | `GatewayTimeout` (504) | 504 Gateway Timeout | ## RFC 7807/9457 Problem Details Structure ```json { "type": "https://tools.ietf.org/html/rfc9110#section-15.5.1", "title": "Bad Request", "status": 400, "detail": "One or more validation errors occurred.", "instance": "/api/orders/123", "errors": [ { "message": "Name is required", "code": "VALIDATION_REQUIRED", "target": "name" } ], "traceId": "abc123", "customKey": "customValue" } ``` **Note**: This example shows the **rich format** (`ErrorSerializationFormat.Rich`). The default **ASP.NET Core-compatible format** uses `errors` as a `Dictionary` grouped by target—see Design Decision #2 for details. Per RFC 9457, extension members (like `traceId`, `customKey`, `errors`) appear at the root level of the Problem Details object, not nested inside an `extensions` wrapper. The `errors` array is a Light.Results extension to the standard. ## Design Decisions ### 1. Bypassing ASP.NET Core's `ProblemDetails` (Hybrid Approach) **Decision**: Create a custom `LightProblemDetails` class that implements `Microsoft.AspNetCore.Http.IResult` directly, bypassing ASP.NET Core's `ProblemDetails` class. **Rationale**: - ASP.NET Core's `ProblemDetails.Extensions` is `IDictionary`, which requires dictionary allocations and boxing for value types—undermining Light.Results' `MetadataObject` design with less allocations. - Direct `IResult` implementation gives full control over JSON serialization. - Using `System.Text.Json` source generators enables zero-allocation serialization paths. - The serialized JSON output must be fully RFC 7807/9457 compliant. **Why not `ProblemDetails`?** - `ProblemDetails` integrates with `IProblemDetailsService` and `UseExceptionHandler` middleware, but these only apply to **unhandled exceptions**. - Light.Results handles **expected error conditions** via `Result` / `Result` — no exceptions are thrown, so `UseExceptionHandler` is never involved. - Callers who need ASP.NET Core `ProblemDetails` interop can use the optional `ToProblemDetails()` method. **Approach**: - `LightProblemDetails` holds `Errors` and `MetadataObject?` directly—no intermediate dictionary conversion. - Implements `IResult.ExecuteAsync()` to write RFC 7807/9457-compliant JSON directly to the response. - Uses source-generated `JsonSerializerContext` for optimal serialization performance. - Separate `ToProblemDetails()` extension methods on `Result` / `Result` provide interop when callers need the ASP.NET Core type (see Design Decision #6). ### 2. Error Serialization Format Two serialization formats are supported, controlled by the `ErrorSerializationFormat` enum: #### Default: ASP.NET Core-Compatible Format By default, errors are serialized in a format compatible with ASP.NET Core's `ValidationProblemDetails`: ```json { "type": "https://tools.ietf.org/html/rfc9110#section-15.5.1", "title": "Bad Request", "status": 400, "detail": "One or more validation errors occurred.", "errors": { "name": ["Name is required", "Name must be at least 2 characters"], "email": ["Invalid email format"] }, "errorDetails": [ { "target": "name", "index": 0, "code": "REQUIRED", "category": "Validation" }, { "target": "name", "index": 1, "code": "MIN_LENGTH", "metadata": { "minLength": 2 } }, { "target": "email", "index": 0, "code": "INVALID_FORMAT" } ], "traceId": "abc123" } ``` - **`errors`**: `Dictionary` grouped by `Error.Target` — compatible with clients expecting `ValidationProblemDetails`. - **`errorDetails`**: Array with additional error details (code, category, metadata). Only included when errors have properties beyond message/target. The `index` field indicates which message in the `errors` array this detail corresponds to. - Errors without a `Target` are grouped under the key `""` (empty string), matching ASP.NET Core's behavior for model-level errors. #### Opt-in: Rich Format For clients that can consume the full error structure: ```json { "type": "...", "title": "...", "status": 400, "detail": "...", "errors": [ { "message": "Name is required", "code": "REQUIRED", "target": "name", "category": "Validation", "metadata": { "attemptedValue": "" } } ] } ``` This format preserves all error information inline but is not compatible with ASP.NET Core's `ValidationProblemDetails` structure. #### Format Selection ```csharp public enum ErrorSerializationFormat { /// /// ASP.NET Core-compatible: errors as Dictionary<string, string[]> grouped by target. /// Additional error details in separate "errorDetails" array when present. /// AspNetCoreCompatible, /// /// Rich format: errors as array of objects with all properties inline. /// Rich } ``` **Rationale**: Defaulting to ASP.NET Core-compatible format maximizes interop with existing clients and tooling (e.g., Blazor's `EditContext`, JavaScript clients expecting `errors` as a dictionary). The rich format is available for clients that need full error fidelity. ### 3. Leading Error Category Algorithm When an `Errors` collection contains multiple errors with different categories, we need to determine which category drives the HTTP status code. **Method signature**: ```csharp public static ErrorCategory GetLeadingCategory( this Errors errors, bool firstCategoryIsLeadingCategory = false) ``` **Algorithm**: 1. If `firstCategoryIsLeadingCategory` is `true`: Return `errors.First.Category`. 2. Otherwise: - Iterate through all errors. - If all errors have the same category, return that category. - If categories differ, return `ErrorCategory.Unclassified`. **Rationale for `Unclassified` fallback**: When errors span multiple categories (e.g., `Validation` and `NotFound`), there's no single correct HTTP status. `Unclassified` maps to 500, signaling an unexpected mixed-error state. Callers who want different behavior can use `firstCategoryIsLeadingCategory = true`. ### 4. Metadata Handling **Result-level metadata**: Serialized as extension properties at the root level of the Problem Details JSON (per RFC 9457, extension members are allowed at the top level). **Error-level metadata**: Placed in each error object's `metadata` property. **Example**: ```json { "type": "https://tools.ietf.org/html/rfc9110#section-15.5.1", "title": "Bad Request", "status": 400, "detail": "Invalid email", "errors": [ { "message": "Invalid email", "code": "INVALID_EMAIL", "target": "email", "metadata": { "attemptedValue": "not-an-email" } } ], "traceId": "abc123", "correlationId": "xyz789" } ``` **Note**: `MetadataObject` and `MetadataValue` are serialized directly without conversion to `Dictionary`—preserving the allocation-free design. ### 5. Success Response Handling For successful results: - `Result`: Return `Results.Ok(value)` (HTTP 200) by default. - `Result`: Return `Results.NoContent()` (HTTP 204) by default. The `ToMinimalApiResult` method will have overloads accepting a `Func` or `Func` to customize success responses (e.g., `Results.Created()`). ### 6. ASP.NET Core Interop For callers who need ASP.NET Core's `ProblemDetails` type (e.g., for `IProblemDetailsService` customization or third-party library compatibility), provide extension methods directly on `Result` and `Result`: ```csharp /// /// Converts a failed Result to ASP.NET Core's ProblemDetails. /// Note: This allocates a Dictionary for the Extensions property. /// public static ProblemDetails ToProblemDetails( this Result result, bool firstCategoryIsLeadingCategory = false); /// /// Converts a failed Result<T> to ASP.NET Core's ProblemDetails. /// Note: This allocates a Dictionary for the Extensions property. /// public static ProblemDetails ToProblemDetails( this Result result, bool firstCategoryIsLeadingCategory = false); ``` **Why not on `LightProblemDetails`?** - Placing `ToProblemDetails()` on `LightProblemDetails` would force callers to allocate an intermediate `LightProblemDetails` instance just to convert it immediately to `ProblemDetails`. - Extension methods on `Result` / `Result` create `ProblemDetails` directly—no intermediate allocation. This is an **opt-in** escape hatch, not the default path. ### 7. Result Enrichment Service For cross-cutting concerns like adding trace IDs, correlation IDs, or other metadata to all error responses, provide an optional service abstraction: ```csharp /// /// Service for enriching results with additional metadata before conversion to LightProblemDetails. /// Register in DI to add traceId, correlationId, or other cross-cutting metadata. /// public interface ILightProblemDetailsEnricher { /// /// Enriches a result with additional metadata before conversion to LightProblemDetails. /// /// The result value type. /// The original result. /// The current HTTP context. /// A new result with enriched metadata, or the original if unchanged. Result Enrich(Result result, HttpContext httpContext); /// /// Enriches a void result with additional metadata before conversion to LightProblemDetails. /// /// The original result. /// The current HTTP context. /// A new result with enriched metadata, or the original if unchanged. Result Enrich(Result result, HttpContext httpContext); } ``` **Design notes**: - Two methods: generic `Enrich` for `Result` and non-generic `Enrich` for `Result`. - Only invoked for failed results (success responses don't need Problem Details enrichment). - Returns a new `Result` with additional metadata rather than mutating the original. - Optional: If no enricher is registered, the original result is used unchanged. **Example implementation**: ```csharp public class TracingProblemDetailsEnricher : ILightProblemDetailsEnricher { public Result Enrich(Result result, HttpContext httpContext) { if (result.IsValid) return result; var traceId = Activity.Current?.Id ?? httpContext.TraceIdentifier; return result.WithMetadata("traceId", traceId); } public Result Enrich(Result result, HttpContext httpContext) { if (result.IsValid) return result; var traceId = Activity.Current?.Id ?? httpContext.TraceIdentifier; return result.WithMetadata("traceId", traceId); } } // Registration builder.Services.AddSingleton(); ``` **Usage in extension methods**: ```csharp public static IResult ToMinimalApiResult( this Result result, HttpContext httpContext, // Required when enricher might be registered bool firstCategoryIsLeadingCategory = false, string? instance = null, ErrorSerializationFormat errorFormat = ErrorSerializationFormat.AspNetCoreCompatible) { var enricher = httpContext.RequestServices.GetService(); var enrichedResult = enricher?.Enrich(result, httpContext) ?? result; // ... rest of implementation } ``` ## API Design ### LightProblemDetails Class ```csharp namespace Light.Results.AspNetCore; /// /// RFC 7807/9457-compliant Problem Details response that implements IResult directly. /// Avoids the allocation overhead of ASP.NET Core's ProblemDetails.Extensions dictionary. /// /// /// This is a class (not a struct) because it will be boxed when returned as IResult anyway. /// Using a class avoids the additional boxing allocation. /// public sealed class LightProblemDetails : Microsoft.AspNetCore.Http.IResult { /// RFC 9110 section URI for the status code. public string Type { get; } /// HTTP status phrase. public string Title { get; } /// HTTP status code. public int Status { get; } /// Human-readable explanation (first error message). public string Detail { get; } /// URI reference identifying the specific occurrence (optional). public string? Instance { get; } /// The errors from the failed result. public Errors Errors { get; } /// Result-level metadata (serialized as extension properties). public MetadataObject? Metadata { get; } /// The serialization format for errors. public ErrorSerializationFormat ErrorFormat { get; } /// /// Writes the Problem Details JSON directly to the HTTP response. /// Uses source-generated serialization for optimal performance. /// public Task ExecuteAsync(HttpContext httpContext); } ``` ### Primary Extension Methods ```csharp namespace Light.Results.AspNetCore; public static class MinimalApiResultExtensions { /// /// Converts a Result<T> to an ASP.NET Core Minimal API IResult. /// On success, returns the value with HTTP 200. /// On failure, returns LightProblemDetails with appropriate HTTP status. /// /// The result to convert. /// HTTP context for enricher resolution (optional if no enricher registered). /// If true, uses first error's category for status code. /// Optional URI identifying the specific occurrence. /// Error serialization format (default: ASP.NET Core-compatible). public static Microsoft.AspNetCore.Http.IResult ToMinimalApiResult( this Result result, HttpContext? httpContext = null, bool firstCategoryIsLeadingCategory = false, string? instance = null, ErrorSerializationFormat errorFormat = ErrorSerializationFormat.AspNetCoreCompatible); /// /// Converts a Result<T> to an ASP.NET Core Minimal API IResult. /// On success, invokes the success factory to create the response. /// On failure, returns LightProblemDetails with appropriate HTTP status. /// public static Microsoft.AspNetCore.Http.IResult ToMinimalApiResult( this Result result, Func onSuccess, HttpContext? httpContext = null, bool firstCategoryIsLeadingCategory = false, string? instance = null, ErrorSerializationFormat errorFormat = ErrorSerializationFormat.AspNetCoreCompatible); /// /// Converts a Result to an ASP.NET Core Minimal API IResult. /// On success, returns HTTP 204 No Content. /// On failure, returns LightProblemDetails with appropriate HTTP status. /// public static Microsoft.AspNetCore.Http.IResult ToMinimalApiResult( this Result result, HttpContext? httpContext = null, bool firstCategoryIsLeadingCategory = false, string? instance = null, ErrorSerializationFormat errorFormat = ErrorSerializationFormat.AspNetCoreCompatible); /// /// Converts a Result to an ASP.NET Core Minimal API IResult. /// On success, invokes the success factory to create the response. /// On failure, returns LightProblemDetails with appropriate HTTP status. /// public static Microsoft.AspNetCore.Http.IResult ToMinimalApiResult( this Result result, Func onSuccess, HttpContext? httpContext = null, bool firstCategoryIsLeadingCategory = false, string? instance = null, ErrorSerializationFormat errorFormat = ErrorSerializationFormat.AspNetCoreCompatible); } ``` ### Leading Category Extension ```csharp namespace Light.Results.AspNetCore; public static class ErrorCategoryExtensions { /// /// Determines the leading error category from a collection of errors. /// /// The errors collection (must contain at least one error). /// /// If true, returns the category of the first error. /// If false, returns the common category if all errors share it, otherwise Unclassified. /// /// The leading error category. /// Thrown when errors is empty. public static ErrorCategory GetLeadingCategory( this Errors errors, bool firstCategoryIsLeadingCategory = false); /// /// Converts an ErrorCategory to its corresponding HTTP status code. /// public static int ToHttpStatusCode(this ErrorCategory category); } ``` ## Project Structure ``` src/ ├── Light.Results/ # Existing (netstandard2.0) └── Light.Results.AspNetCore/ # New (net10.0) ├── Light.Results.AspNetCore.csproj ├── LightProblemDetails.cs # IResult implementation for error responses ├── LightProblemDetailsJsonContext.cs # Source-generated JSON serializer ├── MinimalApiResultExtensions.cs # ToMinimalApiResult and ToProblemDetails methods ├── ErrorCategoryExtensions.cs # GetLeadingCategory, ToHttpStatusCode ├── HttpStatusCodeInfo.cs # RFC 9110 type URIs and status titles ├── ErrorSerializationFormat.cs # Enum for ASP.NET Core-compatible vs rich format └── ILightProblemDetailsEnricher.cs # Optional service for enriching results tests/ ├── Light.Results.Tests/ # Existing └── Light.Results.AspNetCore.Tests/ # New (net10.0) ├── Light.Results.AspNetCore.Tests.csproj ├── LightProblemDetailsTests.cs ├── MinimalApiResultExtensionsTests.cs ├── ToProblemDetailsTests.cs ├── ErrorCategoryExtensionsTests.cs ├── GetLeadingCategoryTests.cs ├── ErrorSerializationFormatTests.cs # Tests for both serialization formats └── LightProblemDetailsEnricherTests.cs # Tests for enricher integration ``` ## Implementation Steps ### Phase 1: Project Setup 1. Create `src/Light.Results.AspNetCore/Light.Results.AspNetCore.csproj`: ```xml net10.0 ``` 2. Create `tests/Light.Results.AspNetCore.Tests/Light.Results.AspNetCore.Tests.csproj`: ```xml net10.0 Exe Light.Results.AspNetCore.Tests ``` 3. Add both projects to `Light.Results.slnx`. ### Phase 2: ErrorCategoryExtensions 1. Implement `GetLeadingCategory`: ```csharp public static ErrorCategory GetLeadingCategory( this Errors errors, bool firstCategoryIsLeadingCategory = false) { if (errors.IsDefaultInstance) { throw new InvalidOperationException("Errors collection must contain at least one error."); } if (firstCategoryIsLeadingCategory) { return errors.First.Category; } var firstCategory = errors.First.Category; foreach (var error in errors) { if (error.Category != firstCategory) { return ErrorCategory.Unclassified; } } return firstCategory; } ``` 2. Implement `ToHttpStatusCode`: ```csharp public static int ToHttpStatusCode(this ErrorCategory category) { // ErrorCategory values are already HTTP status codes (except Unclassified = 0) return category == ErrorCategory.Unclassified ? 500 : (int)category; } ``` 3. Write unit tests for both methods. ### Phase 3: LightProblemDetails Implement the custom `IResult` class: ```csharp namespace Light.Results.AspNetCore; using System.Text.Json; using System.Text.Json.Serialization; using Microsoft.AspNetCore.Http; using Microsoft.AspNetCore.Mvc; /// /// RFC 7807/9457-compliant Problem Details response that implements IResult directly. /// Avoids the allocation overhead of ASP.NET Core's ProblemDetails.Extensions dictionary. /// /// /// This is a class (not a struct) because it will be boxed when returned as IResult anyway. /// Using a class avoids the additional boxing allocation. /// public sealed class LightProblemDetails : IResult { public string Type { get; } public string Title { get; } public int Status { get; } public string Detail { get; } public string? Instance { get; } public Errors Errors { get; } public MetadataObject? Metadata { get; } public LightProblemDetails( Errors errors, MetadataObject? metadata, bool firstCategoryIsLeadingCategory = false, string? instance = null, ErrorSerializationFormat errorFormat = ErrorSerializationFormat.AspNetCoreCompatible) { var leadingCategory = errors.GetLeadingCategory(firstCategoryIsLeadingCategory); Status = leadingCategory.ToHttpStatusCode(); Type = HttpStatusCodeInfo.GetTypeUri(Status); Title = HttpStatusCodeInfo.GetTitle(Status); Detail = errors.First.Message; Instance = instance; Errors = errors; Metadata = metadata; ErrorFormat = errorFormat; } public Task ExecuteAsync(HttpContext httpContext) { httpContext.Response.StatusCode = Status; httpContext.Response.ContentType = "application/problem+json"; return JsonSerializer.SerializeAsync( httpContext.Response.Body, this, LightProblemDetailsJsonContext.Default.LightProblemDetails, httpContext.RequestAborted); } } ``` ### Phase 4: Source-Generated JSON Serializer Create a `JsonSerializerContext` for optimal serialization: ```csharp namespace Light.Results.AspNetCore; using System.Text.Json.Serialization; [JsonSourceGenerationOptions( PropertyNamingPolicy = JsonKnownNamingPolicy.CamelCase, DefaultIgnoreCondition = JsonIgnoreCondition.WhenWritingNull)] [JsonSerializable(typeof(LightProblemDetails))] internal partial class LightProblemDetailsJsonContext : JsonSerializerContext { } ``` **Note**: Custom `JsonConverter` implementations will be needed for `Errors`, `Error`, `MetadataObject`, and `MetadataValue` to serialize them correctly without intermediate allocations. ### Phase 5: HttpStatusCodeInfo Helper Create a helper for RFC 9110 type URIs and status titles: ```csharp namespace Light.Results.AspNetCore; internal static class HttpStatusCodeInfo { public static string GetTypeUri(int statusCode) => statusCode switch { 400 => "https://tools.ietf.org/html/rfc9110#section-15.5.1", 401 => "https://tools.ietf.org/html/rfc9110#section-15.5.2", 403 => "https://tools.ietf.org/html/rfc9110#section-15.5.4", 404 => "https://tools.ietf.org/html/rfc9110#section-15.5.5", // ... other status codes _ => "https://tools.ietf.org/html/rfc9110#section-15.6.1" // 500 fallback }; public static string GetTitle(int statusCode) => statusCode switch { 400 => "Bad Request", 401 => "Unauthorized", 403 => "Forbidden", 404 => "Not Found", // ... other status codes _ => "Internal Server Error" }; } ``` ### Phase 6: ErrorSerializationFormat and ILightProblemDetailsEnricher 1. Create `ErrorSerializationFormat.cs`: ```csharp namespace Light.Results.AspNetCore; /// /// Specifies how errors are serialized in Problem Details responses. /// public enum ErrorSerializationFormat { /// /// ASP.NET Core-compatible: errors as Dictionary<string, string[]> grouped by target. /// Additional error details in separate "errorDetails" array when present. /// AspNetCoreCompatible, /// /// Rich format: errors as array of objects with all properties inline. /// Rich } ``` 2. Create `ILightProblemDetailsEnricher.cs`: ```csharp namespace Light.Results.AspNetCore; using Microsoft.AspNetCore.Http; /// /// Service for enriching results with additional metadata before conversion to LightProblemDetails. /// Register in DI to add traceId, correlationId, or other cross-cutting metadata. /// public interface ILightProblemDetailsEnricher { /// /// Enriches a result with additional metadata before conversion to LightProblemDetails. /// /// The result value type. /// The original result. /// The current HTTP context. /// A new result with enriched metadata, or the original if unchanged. Result Enrich(Result result, HttpContext httpContext); /// /// Enriches a void result with additional metadata before conversion to LightProblemDetails. /// /// The original result. /// The current HTTP context. /// A new result with enriched metadata, or the original if unchanged. Result Enrich(Result result, HttpContext httpContext); } ``` ### Phase 7: MinimalApiResultExtensions Implement the main extension methods (including `ToProblemDetails` for interop): ```csharp namespace Light.Results.AspNetCore; using System; using System.Collections.Generic; using System.Threading.Tasks; using Microsoft.AspNetCore.Http; using Microsoft.AspNetCore.Mvc; using Microsoft.Extensions.DependencyInjection; public static class MinimalApiResultExtensions { public static IResult ToMinimalApiResult( this Result result, HttpContext? httpContext = null, bool firstCategoryIsLeadingCategory = false, string? instance = null, ErrorSerializationFormat errorFormat = ErrorSerializationFormat.AspNetCoreCompatible) { if (result.IsValid) { return TypedResults.Ok(result.Value); } var enrichedResult = EnrichIfRegistered(result, httpContext); return new LightProblemDetails( enrichedResult.Errors, enrichedResult.Metadata, firstCategoryIsLeadingCategory, instance, errorFormat); } public static IResult ToMinimalApiResult( this Result result, Func onSuccess, HttpContext? httpContext = null, bool firstCategoryIsLeadingCategory = false, string? instance = null, ErrorSerializationFormat errorFormat = ErrorSerializationFormat.AspNetCoreCompatible) { ArgumentNullException.ThrowIfNull(onSuccess); if (result.IsValid) { return onSuccess(result.Value); } var enrichedResult = EnrichIfRegistered(result, httpContext); return new LightProblemDetails( enrichedResult.Errors, enrichedResult.Metadata, firstCategoryIsLeadingCategory, instance, errorFormat); } public static IResult ToMinimalApiResult( this Result result, HttpContext? httpContext = null, bool firstCategoryIsLeadingCategory = false, string? instance = null, ErrorSerializationFormat errorFormat = ErrorSerializationFormat.AspNetCoreCompatible) { if (result.IsValid) { return TypedResults.NoContent(); } var enrichedResult = EnrichIfRegistered(result, httpContext); return new LightProblemDetails( enrichedResult.Errors, enrichedResult.Metadata, firstCategoryIsLeadingCategory, instance, errorFormat); } public static IResult ToMinimalApiResult( this Result result, Func onSuccess, HttpContext? httpContext = null, bool firstCategoryIsLeadingCategory = false, string? instance = null, ErrorSerializationFormat errorFormat = ErrorSerializationFormat.AspNetCoreCompatible) { ArgumentNullException.ThrowIfNull(onSuccess); if (result.IsValid) { return onSuccess(); } var enrichedResult = EnrichIfRegistered(result, httpContext); return new LightProblemDetails( enrichedResult.Errors, enrichedResult.Metadata, firstCategoryIsLeadingCategory, instance, errorFormat); } private static Result EnrichIfRegistered(Result result, HttpContext? httpContext) { if (httpContext is null) return result; var enricher = httpContext.RequestServices.GetService(); return enricher?.Enrich(result, httpContext) ?? result; } private static Result EnrichIfRegistered(Result result, HttpContext? httpContext) { if (httpContext is null) return result; var enricher = httpContext.RequestServices.GetService(); return enricher?.Enrich(result, httpContext) ?? result; } // --- ASP.NET Core ProblemDetails Interop --- /// /// Converts a failed Result to ASP.NET Core's ProblemDetails. /// Throws if the result is valid. /// public static ProblemDetails ToProblemDetails( this Result result, bool firstCategoryIsLeadingCategory = false) { if (result.IsValid) { throw new InvalidOperationException("Cannot convert a successful result to ProblemDetails."); } return CreateProblemDetails( result.Errors, result.Metadata, firstCategoryIsLeadingCategory); } /// /// Converts a failed Result<T> to ASP.NET Core's ProblemDetails. /// Throws if the result is valid. /// public static ProblemDetails ToProblemDetails( this Result result, bool firstCategoryIsLeadingCategory = false) { if (result.IsValid) { throw new InvalidOperationException("Cannot convert a successful result to ProblemDetails."); } return CreateProblemDetails( result.Errors, result.Metadata, firstCategoryIsLeadingCategory); } private static ProblemDetails CreateProblemDetails( Errors errors, MetadataObject? metadata, bool firstCategoryIsLeadingCategory) { var leadingCategory = errors.GetLeadingCategory(firstCategoryIsLeadingCategory); var statusCode = leadingCategory.ToHttpStatusCode(); var pd = new ProblemDetails { Type = HttpStatusCodeInfo.GetTypeUri(statusCode), Title = HttpStatusCodeInfo.GetTitle(statusCode), Status = statusCode, Detail = errors.First.Message }; // Add errors array var errorList = new List(errors.Count); foreach (var error in errors) { errorList.Add(new { message = error.Message, code = error.Code, target = error.Target, category = error.Category == ErrorCategory.Unclassified ? null : error.Category.ToString(), metadata = error.Metadata.HasValue ? ConvertMetadataToDict(error.Metadata.Value) : null }); } pd.Extensions["errors"] = errorList; // Add result-level metadata if (metadata.HasValue) { foreach (var kvp in metadata.Value) { pd.Extensions[kvp.Key] = ConvertMetadataValue(kvp.Value); } } return pd; } private static Dictionary ConvertMetadataToDict(MetadataObject metadata) { /* ... */ } private static object? ConvertMetadataValue(MetadataValue value) { /* ... */ } } ``` ### Phase 8: Testing 1. **GetLeadingCategoryTests**: - Single error returns its category - Multiple errors with same category returns that category - Multiple errors with different categories returns `Unclassified` - `firstCategoryIsLeadingCategory = true` returns first error's category regardless - Empty errors throws `InvalidOperationException` 2. **ToHttpStatusCodeTests**: - Each `ErrorCategory` value maps to correct HTTP status - `Unclassified` maps to 500 3. **LightProblemDetailsTests**: - Correct `type` URI for each status code - Correct `title` for each status code - `ExecuteAsync` writes correct JSON to response body - `ExecuteAsync` sets correct `Content-Type` header - Errors array is serialized correctly - Result metadata appears as extension properties - Error metadata appears in error objects 4. **MinimalApiResultExtensionsTests**: - Success `Result` returns 200 with value - Success `Result` returns 204 - Failed result returns `LightProblemDetails` with correct status - Custom success factory is invoked - Enricher is invoked when registered and httpContext provided - Enricher is skipped when httpContext is null 5. **ToProblemDetailsTests**: - Failed `Result` produces correct `ProblemDetails` - Failed `Result` produces correct `ProblemDetails` - Success result throws `InvalidOperationException` - Errors array is populated correctly in `Extensions` - Result metadata appears in `Extensions` - Error metadata appears in error objects 6. **ErrorSerializationFormatTests**: - `AspNetCoreCompatible` format groups errors by target as `Dictionary` - `AspNetCoreCompatible` format includes `errorDetails` array when errors have code/category/metadata - `AspNetCoreCompatible` format omits `errorDetails` when errors only have message/target - Errors without target are grouped under empty string key - `Rich` format serializes errors as array of objects with all properties - Both formats produce valid RFC 7807/9457 JSON 7. **LightProblemDetailsEnricherTests**: - Enricher adds metadata to failed results - Enricher is not called for successful results - Multiple enrichers can be chained (if supported) - Enricher receives correct HttpContext ## Usage Examples ### Basic Usage ```csharp app.MapGet("/orders/{id}", (int id, IOrderService service) => { Result result = service.GetOrder(id); return result.ToMinimalApiResult(); }); ``` ### Custom Success Response ```csharp app.MapPost("/orders", (CreateOrderRequest request, IOrderService service) => { Result result = service.CreateOrder(request); return result.ToMinimalApiResult( order => Results.Created($"/orders/{order.Id}", order)); }); ``` ### Void Operations ```csharp app.MapDelete("/orders/{id}", (int id, IOrderService service) => { Result result = service.DeleteOrder(id); return result.ToMinimalApiResult(); }); ``` ### With First Category Strategy ```csharp app.MapPut("/orders/{id}", (int id, UpdateOrderRequest request, IOrderService service) => { Result result = service.UpdateOrder(id, request); return result.ToMinimalApiResult(firstCategoryIsLeadingCategory: true); }); ``` ### With Instance URI ```csharp app.MapGet("/orders/{id}", (int id, HttpContext httpContext, IOrderService service) => { Result result = service.GetOrder(id); return result.ToMinimalApiResult(instance: httpContext.Request.Path); }); ``` ### Using ToProblemDetails for Interop ```csharp // When you need ASP.NET Core's ProblemDetails type (e.g., for IProblemDetailsService) app.MapGet("/orders/{id}", (int id, IOrderService service) => { Result result = service.GetOrder(id); if (result.IsValid) { return Results.Ok(result.Value); } // Use ToProblemDetails when you need the ASP.NET Core type ProblemDetails pd = result.ToProblemDetails(); // Customize or pass to other middleware... return Results.Problem(pd); }); ``` ### Using Rich Error Format ```csharp // For clients that need full error details inline app.MapPost("/orders", (CreateOrderRequest request, IOrderService service) => { Result result = service.CreateOrder(request); return result.ToMinimalApiResult( errorFormat: ErrorSerializationFormat.Rich); }); ``` ### With Enricher for Trace IDs ```csharp // Program.cs - Register the enricher builder.Services.AddSingleton(); // TracingProblemDetailsEnricher.cs public class TracingProblemDetailsEnricher : ILightProblemDetailsEnricher { public Result Enrich(Result result, HttpContext httpContext) { if (result.IsValid) return result; var traceId = Activity.Current?.Id ?? httpContext.TraceIdentifier; return result.WithMetadata("traceId", traceId); } public Result Enrich(Result result, HttpContext httpContext) { if (result.IsValid) return result; var traceId = Activity.Current?.Id ?? httpContext.TraceIdentifier; return result.WithMetadata("traceId", traceId); } } // Endpoint - pass HttpContext to enable enrichment app.MapGet("/orders/{id}", (int id, HttpContext httpContext, IOrderService service) => { Result result = service.GetOrder(id); return result.ToMinimalApiResult(httpContext: httpContext); }); ``` ## Future Considerations 1. **Deserialization**: A future plan will cover deserializing `HttpResponseMessage` back to `Result` / `Result`. 2. **MVC Controllers**: A separate plan will cover `IActionResult` conversion for MVC API Controllers. 3. **gRPC**: A separate plan will cover gRPC status code mapping. 4. **OpenAPI/Swagger**: Consider adding attributes or conventions for OpenAPI documentation. 5. **Localization**: Consider supporting localized error messages via `IStringLocalizer`. ## Testing Strategy 1. **Unit tests**: Cover all extension methods and edge cases. 2. **Integration tests**: Use `WebApplicationFactory` to test actual HTTP responses. 3. **Serialization tests**: Verify JSON output matches RFC 7807/9457 format. 4. **Metadata round-trip tests**: Ensure metadata survives serialization (prep for deserialization plan). ## Performance Considerations ### Why This Approach is Faster | Aspect | ASP.NET Core `ProblemDetails` | `LightProblemDetails` | |--------|-------------------------------|------------------------| | Extensions storage | `Dictionary` allocation | Direct `MetadataObject?` reference | | Value types in metadata | Boxing required | No boxing (MetadataValue union) | | JSON serialization | Reflection-based (default) | Source-generated | | Error collection | Converted to `List` | Direct `Errors` struct reference | | IResult boxing | N/A (already a class) | No boxing (class, not struct) | ### Benchmarking Add benchmarks comparing: 1. `LightProblemDetails.ExecuteAsync()` vs `Results.Problem(problemDetails)` 2. Memory allocations for both approaches 3. Serialization throughput ### JSON Property Ordering RFC 7807 recommends the following property order: `type`, `title`, `status`, `detail`, `instance`. The `LightProblemDetails` class declares properties in this order, and `System.Text.Json` source generators preserve declaration order during serialization. ### Use `TypedResults` for Default Responses When returning default ASP.NET Core Minimal API results (e.g., `Ok`, `NoContent`, `Created`), use `TypedResults` instead of `Results` to ensure the return types are concrete and public: ```csharp // Use TypedResults (returns concrete types like Ok, NoContent, etc.) return TypedResults.Ok(result.Value); return TypedResults.NoContent(); // NOT Results (returns IResult, harder to downcast in tests) return Results.Ok(result.Value); ``` **Rationale**: `TypedResults` returns concrete, public types (e.g., `Ok`, `NoContent`) that can be easily downcast in unit tests. `Results` returns `IResult`, which requires reflection or internal type knowledge to inspect. Light.PortableResults-0.2.0/ai-plans/0009-minimal-api-metadata-for-success-results.md000066400000000000000000000262341516707642500302550ustar00rootroot00000000000000# Metadata Serialization for Success Results in Minimal APIs *Please note: this plan was written before the AGENTS.md file in this folder was updated to its current form. Do not take this plan as an example for how to write plans.* ## Goals & Constraints 1. **Opt-in feature**: Allow callers to include `MetadataObject` in success responses, changing the response schema. 2. **Per-value control**: Enable fine-grained control over where each metadata value is serialized (HTTP body, headers, or both). 3. **Performance**: Maintain the low-allocation design of Light.Results; use source-generated JSON serialization. 4. **Schema clarity**: When metadata is included, the response body uses a wrapped format: `{ "value": T, "metadata": {...} }`. 5. **Native AOT compatibility**: All new types must work with `true`. 6. **Minimal API focus**: This plan covers ASP.NET Core Minimal APIs only. ## Current State Analysis ### Success Response Handling (Current) From `MinimalApiResultExtensions.cs`: ```csharp if (result.IsValid) { return TypedResults.Ok(result.Value); // Metadata is discarded } ``` - `Result.Metadata` is only serialized when the result has errors (via `LightProblemDetailsResult`). - Success responses return `T` directly, losing any attached metadata. ### Use Cases for Metadata on Success | Use Case | Example Metadata | |----------|------------------| | Pagination | `totalCount`, `nextPageToken`, `hasMore` | | Cache hints | `etag`, `lastModified` | | Audit/tracing | `correlationId`, `processingTimeMs` | | Warnings | Non-fatal issues that didn't prevent success | | Feature flags | `experimentGroup`, `featureEnabled` | ## Design Decisions ### 1. Opt-In Enum for Metadata Serialization **Decision**: Introduce `MetadataSerializationMode` enum to control when metadata is serialized. ```csharp /// /// Specifies when metadata should be serialized in HTTP responses. /// public enum MetadataSerializationMode { /// /// Metadata is only serialized for error responses (Problem Details). /// Success responses return the value directly without metadata. /// This is the default behavior. /// ErrorsOnly, /// /// Metadata is always serialized, even for success responses. /// Success responses use a wrapped format: { "value": T, "metadata": {...} }. /// Always } ``` **Rationale**: - `ErrorsOnly` preserves backward compatibility and clean API contracts. - `Always` enables rich metadata transport for specialized use cases. ### 2. Wrapped Response Format When `MetadataSerializationMode.Always` is used, success responses use this structure: ```json { "value": { /* T */ }, "metadata": { "totalCount": 42, "correlationId": "abc-123" } } ``` **Design notes**: - `value` contains the serialized `T`. - `metadata` is omitted if `MetadataObject` is `null` (to avoid `"metadata": null`), but included as `{}` if empty to maintain schema consistency. - For `Result` (void), the response is `{ "metadata": {...} }` with HTTP 200 (not 204, since there's a body). ### 3. Custom IResult Implementations **Decision**: Create `LightResult` for `Result` and `LightResult` for `Result`, implementing Minimal API's `IResult` for wrapped success responses. **Rationale**: - These types replace the existing `LightProblemDetailsResult`. - Mirrors the performance approach of `LightProblemDetailsResult`. - Enables source-generated JSON serialization. - Implements `IResultTypeMetadata` for OpenAPI schema generation. **Rationale for parameter order**: `metadataMode` is placed last because: - It's the newest parameter and least commonly used. - Default value of `ErrorsOnly` preserves existing behavior. - Callers opting in will typically use named arguments: `metadataMode: MetadataSerializationMode.Always`. ### 4. JSON Serialization Strategy Two converters are needed: #### LightSuccessResultJsonConverter (Generic) For `LightResult` (corresponding to `Result`). When the result is valid, then: 1. Writes `{ "value": ... }` using the serializer for `T`. 2. Writes `"metadata": ...` using the existing `MetadataObjectJsonConverter`. When the result is invalid, then: 1. Writes Problem Details response 2. Writes `"metadata": ...` using the existing `MetadataObjectJsonConverter`. #### LightResultJsonConverter (Non-Generic) Basically the same as above, but when the result is valid, then just write the metadata if required. ### OpenAPI Schema Generation #### Complexity There are **two sources of complexity** for OpenAPI schema generation: 1. **Generic type `T`**: The `value` property's schema depends on `T`, which is only known at runtime. ASP.NET Core's `IEndpointMetadataProvider` uses static methods, making it difficult to provide type-specific schema information. 2. **Dynamic metadata structure**: `MetadataObject` is a flexible key-value store—its schema varies per endpoint. OpenAPI expects a fixed schema, but metadata keys/types are determined by the application logic, not the type system. #### Approach: Explicit Schema Generation by the User **Opt-in typed metadata**: Users who want typed OpenAPI schemas should use the `ProducesLightResult()` extension method to register a specific metadata type. #### Usage ```csharp // Typed metadata: full schema in OpenAPI app.MapGet("/items", GetItems) .ProducesLightResult, PaginationMetadata>(); ``` #### User-Defined Metadata Types Users define their metadata shape as a regular C# type: ```csharp // User defines their metadata shape public record PaginationMetadata(int TotalCount, string? NextPageToken, bool HasMore); // Endpoint with typed metadata schema app.MapGet("/items", async () => { var result = await GetItemsAsync(); return result .WithMetadata("totalCount", 42) .WithMetadata("nextPageToken", "abc123") .WithMetadata("hasMore", true) .ToMinimalApiResult(metadataMode: MetadataSerializationMode.Always); }) .ProducesLightResult, PaginationMetadata>(); ``` **Note**: The `PaginationMetadata` type is only used for OpenAPI schema generation. At runtime, `MetadataObject` is still used for flexibility. Users are responsible for ensuring the runtime metadata matches the documented schema. ### 9. Per-Value Serialization Annotations In addition to controlling metadata serialization at the result level, we provide **per-value control** by adding annotations to `MetadataValue`. This enables fine-grained decisions about where each metadata value should be serialized (HTTP response body, HTTP headers, or both). #### MetadataValueAnnotation Flags Enum Add a new flags enum to the core `Light.Results` project: ```csharp namespace Light.Results.Metadata; /// /// Specifies where a metadata value should be serialized in HTTP responses. /// [Flags] public enum MetadataValueAnnotation { /// /// No annotation specified. Serialization behavior is determined by the serialization mode. /// None = 0, /// /// Serialize this value in the HTTP response body. /// SerializeInHttpResponseBody = 1, /// /// Serialize this value as an HTTP response header. /// Only valid for primitive types and arrays of primitives. /// SerializeInHttpHeader = 2, /// /// Serialize this value in both the HTTP response body and as a header. /// SerializeInBoth = SerializeInHttpResponseBody | SerializeInHttpHeader } ``` #### MetadataValue Changes Add an `Annotation` property to `MetadataValue`: ```csharp public readonly struct MetadataValue : IEquatable { private readonly MetadataPayload _payload; private MetadataValue(MetadataKind kind, MetadataPayload payload, MetadataValueAnnotation annotation) { Kind = kind; _payload = payload; Annotation = annotation; } public MetadataKind Kind { get; } public MetadataValueAnnotation Annotation { get; } // NEW // Factory methods updated to accept optional annotation public static MetadataValue FromString(string? value, MetadataValueAnnotation annotation = MetadataValueAnnotation.None) => value is null ? Null : new MetadataValue(MetadataKind.String, new MetadataPayload(value), annotation); // ... similar updates for other factory methods } ``` #### Header Serialization Constraints `SerializeInHttpHeader` is only valid for types that can be represented as HTTP header values: | MetadataKind | Header-Compatible | Notes | |--------------|-------------------|-------| | `Null` | No | Omit the header entirely | | `Boolean` | Yes | `"true"` or `"false"` | | `Int64` | Yes | String representation | | `Double` | Yes | String representation | | `String` | Yes | Direct value | | `Array` | Conditional | Only if all elements are primitives | | `Object` | No | Too complex for headers | **Validation**: Factory methods throw `ArgumentException` if `SerializeInHttpHeader` is set on an incompatible type. #### Array Header Serialization For arrays of primitives, use **comma-separated values** (per RFC 7230): ``` X-Tags: foo, bar, baz ``` Alternatively, multiple headers with the same name could be used, but comma-separation is more compact and widely supported. #### Usage Example ```csharp var result = Result .Ok(items) .MergeMetadata( ("correlationId", MetadataValue.FromString(correlationId, MetadataValueAnnotation.SerializeInHttpHeader)), ("totalCount", MetadataValue.FromInt64(42, MetadataValueAnnotation.SerializeInHttpResponseBody)), ("etag", MetadataValue.FromString(etag, MetadataValueAnnotation.SerializeInBoth)) ); ``` This would produce: - **Headers**: `X-CorrelationId: abc-123`, `ETag: "xyz"` - **Body**: `{ "value": [...], "metadata": { "totalCount": 42, "etag": "xyz" } }` #### Header Naming Convention Metadata keys are converted to HTTP header names using a configurable strategy: - Default: `X-{PascalCase(key)}` (e.g., `correlationId` → `X-CorrelationId`) - Well-known headers: `etag` → `ETag`, `lastModified` → `Last-Modified` #### Impact on Struct Size Adding `MetadataValueAnnotation` (4 bytes) to `MetadataValue` is acceptable given the flexibility it provides. The struct remains small and stack-allocated. ### Annotation Behavior with MetadataSerializationMode The `MetadataValueAnnotation` flags interact with `MetadataSerializationMode` as follows: | MetadataSerializationMode | Annotation | Body Serialization | Header Serialization | |---------------------------|------------|-------------------|---------------------| | `ErrorsOnly` | `None` | No | No | | `ErrorsOnly` | `SerializeInHttpResponseBody` | No | No | | `ErrorsOnly` | `SerializeInHttpHeader` | No | **Yes** | | `ErrorsOnly` | `SerializeInBoth` | No | **Yes** | | `Always` | `None` | Yes | No | | `Always` | `SerializeInHttpResponseBody` | Yes | No | | `Always` | `SerializeInHttpHeader` | No | Yes | | `Always` | `SerializeInBoth` | Yes | Yes | **Key insight**: Header annotations are honored regardless of `MetadataSerializationMode`. This allows metadata like `correlationId` to be written to headers even when the body uses the unwrapped format (`ErrorsOnly`). Light.PortableResults-0.2.0/ai-plans/0009-updated-minimal-api-integration.md000066400000000000000000000117701516707642500265120ustar00rootroot00000000000000# Updated Design Summary vs Original Plan (0009) This document summarizes how the current branch’s implementation differs from the original plan in `ai-plans/0009-minimal-api-metadata-for-success-results.md`. **Configuration And Scope** - Plan: opt-in per call via a `metadataMode` parameter on `ToMinimalApiResult`/`LightResult`. Actual: `MetadataSerializationMode` is configured via `LightResultOptions` resolved from DI, with per-call overrides via `overrideOptions` only. (`src/Light.Results.AspNetCore.MinimalApis/MinimalApiResultExtensions.cs`, `src/Light.Results.AspNetCore.Shared/LightResultOptions.cs`) - Plan: Minimal API only. Actual: serialization options and converters live in `Light.Results.AspNetCore.Shared` and are registered into `JsonOptions` by `AddLightResultsForMinimalApis`, so `Result` serialization behavior is shared across ASP.NET Core contexts. (`src/Light.Results.AspNetCore.MinimalApis/Module.cs`) **Result Types And Serialization Pipeline** - Plan: dedicated `LightSuccessResultJsonConverter` and `LightResultJsonConverter` tied to `LightResult`/`LightResult`. Actual: `DefaultResultJsonConverter` and `DefaultResultJsonConverterFactory` serialize `Result`/`Result` directly, and `BaseLightResult` delegates to JsonSerializer/JsonTypeInfo. (`src/Light.Results.AspNetCore.Shared/Serialization/DefaultResultJsonConverter.cs`, `src/Light.Results.AspNetCore.MinimalApis/BaseLightResult.cs`) - Plan: explicit wrapper semantics for non-generic results when `Always` is used. Actual: `Result` with `MetadataSerializationMode.Always` writes `{ "metadata": ... }` only when metadata contains at least one value annotated for response-body serialization; otherwise the body is empty (no wrapper). (`src/Light.Results.AspNetCore.Shared/Serialization/DefaultResultJsonConverter.cs`) - Plan: for generic success wrappers, metadata is part of the wrapped schema. Actual: metadata is omitted from `{ "value": ... }` when no metadata values are annotated for response-body serialization. (`src/Light.Results.AspNetCore.Shared/Serialization/DefaultResultJsonConverter.cs`) **MetadataValueAnnotation Semantics** - Plan: default annotation is `None`, and `None` means “use the serialization modeâ€; `SerializeInBoth` is the flag name. Actual: default annotation is `SerializeInHttpResponseBody`, `None` means “do not serialize,†and the combined flag name is `SerializeInHttpHeaderAndBody`. (`src/Light.Results/Metadata/MetadataValueAnnotation.cs`, `src/Light.Results/Metadata/MetadataValue.cs`) - Plan: per-value annotations drive inclusion in body vs headers per the matrix in the plan. Actual: body serialization now filters metadata entries/array elements by `SerializeInHttpResponseBody`, but because the default annotation is already `SerializeInHttpResponseBody`, values participate in body serialization unless explicitly annotated otherwise. (`src/Light.Results.AspNetCore.Shared/Serialization/MetadataValueJsonConverter.cs`, `src/Light.Results/Metadata/MetadataValue.cs`) - Plan: `SerializeInHttpHeader` and `SerializeInBoth` should both emit headers. Actual: header emission now correctly checks the flag via `HasAnnotation(SerializeInHttpHeader)`, so both `SerializeInHttpHeader` and `SerializeInHttpHeaderAndBody` emit headers, while `None` does not. (`src/Light.Results.AspNetCore.Shared/HttpExtensions.cs`, `src/Light.Results/Metadata/MetadataValueExtensions.cs`) **Header Conversion Behavior** - Plan: header names use a default X-PascalCase strategy with well-known mappings (ETag, Last-Modified), and arrays serialize as comma-separated values. Actual: headers are produced by `IHttpHeaderConversionService` with optional `HttpHeaderConverter`s per metadata key; the default uses the metadata key verbatim as the header name and `MetadataValue.ToString()` for the value (JSON-like formatting, arrays as `[...]`). (`src/Light.Results/Http/IHttpHeaderConversionService.cs`, `src/Light.Results/Http/DefaultHttpHeaderConversionService.cs`, `src/Light.Results/Metadata/MetadataValue.cs`) - Plan: `Null` metadata values should omit headers. Actual: null-valued metadata entries are now skipped when writing HTTP headers. (`src/Light.Results.AspNetCore.Shared/HttpExtensions.cs`) **OpenAPI Schema Generation** - Plan: `LightResult`/`LightResult` implement `IResultTypeMetadata` in addition to the `ProducesLightResult` extension. Actual: OpenAPI metadata is only supplied via `ProducesLightResult` extensions using the schema-only `WrappedResponse` type; `LightResult` does not implement `IResultTypeMetadata`. (`src/Light.Results.AspNetCore.MinimalApis/LightResultEndpointExtensions.cs`, `src/Light.Results.AspNetCore.MinimalApis/WrappedResponse.cs`) **Additional Design Additions Not In The Plan** - A generic `IHttpResultEnricher` and the `ICanReplaceMetadata` interface enable DI-driven metadata enrichment before header/body serialization. (`src/Light.Results.AspNetCore.Shared/Enrichment/IHttpResultEnricher.cs`, `src/Light.Results/Metadata/ICanReplaceMetadata.cs`, `src/Light.Results.AspNetCore.MinimalApis/BaseLightResult.cs`) Light.PortableResults-0.2.0/ai-plans/0011-0-http-response-deserialization.md000066400000000000000000000157161516707642500265010ustar00rootroot00000000000000# HttpResponseMessage Deserialization for Light.Results ## Goals & Constraints - Deserialize `Result` and `Result` from `HttpResponseMessage` (HttpClient scenarios). - Preserve metadata from response body and/or headers with configurable header selection. - Support both validation error formats (ASP.NET Core compatible and rich) and auto-detect the format. - Implement `Read` methods for `DefaultResultJsonConverter`, `DefaultResultJsonConverter`, `MetadataObjectJsonConverter`, `MetadataValueJsonConverter`. - Keep code Native AOT compatible (avoid reflection/dynamic code where possible; rely on `JsonTypeInfo` when reading `T`). - Maintain Light.Results performance bias; avoid unnecessary allocations. ## Current Serialization Shapes (for reference) - **Success (Result, MetadataSerializationMode.ErrorsOnly):** body is bare JSON value of `T`. - **Success (Result, MetadataSerializationMode.Always):** `{ "value": , "metadata": { ... } }` (metadata omitted if no response-body-annotated values). - **Success (Result, MetadataSerializationMode.Always):** `{ "metadata": { ... } }` (or empty body if no response-body-annotated values). - **Error (all):** RFC 9457 problem details with an `errors` property. - **ASP.NET Core compatible (400/422):** `errors` is an object of `target -> string[]` plus optional `errorDetails` array. - **Rich format (all other cases or explicit setting):** `errors` is an array of error objects. ## Proposed API Surface (HttpClient) - Add `HttpResponseMessage` extension methods in `Light.Results`: - `Task ReadResultAsync(this HttpResponseMessage response, LightResultHttpReadOptions? options = null, JsonSerializerOptions? serializerOptions = null, CancellationToken cancellationToken = default)` - `Task> ReadResultAsync(this HttpResponseMessage response, LightResultHttpReadOptions? options = null, JsonSerializerOptions? serializerOptions = null, CancellationToken cancellationToken = default)` - `LightResultHttpReadOptions` (new): - `HeaderSelectionMode` (None | All | AllowList | DenyList) - `HeaderAllowList` / `HeaderDenyList` (case-insensitive by default) - `HeaderConflictStrategy` (Throw | LastWriteWins) when multiple header names map to the same metadata key (default: Throw) - `MergeStrategy` for combining body/headers metadata (default `AddOrReplace`) - `PreferSuccessPayload` (Auto | BareValue | WrappedValue) for disambiguating `{ "value": ... }` vs value objects. Auto rule: treat as wrapper only when the root object contains only `value` and optional `metadata`. - `TreatProblemDetailsAsFailure` (default: true) - `HeaderMetadataAnnotation` (default `SerializeInHttpHeader`) - Optional `HttpHeaderParser` registry / `IHttpHeaderParsingService` override ## JSON Converter Read Design - Implement a shared `ResultJsonReader` helper to parse: - **Problem details** vs **success payload** with an explicit `isFailure` hint. - Auto-detect validation format based on `errors` token type (array => rich, object => ASP.NET Core compatible). - `MetadataValueJsonConverter.Read`: - Parse JSON token types directly into `MetadataValue` (null/bool/number/string/array/object). - For numbers: use `MetadataValue.FromInt64` when the value is integral and fits `long`; otherwise use `MetadataValue.FromDouble`. - Use `MetadataArrayBuilder` and `MetadataObjectBuilder` for efficient construction. - `MetadataObjectJsonConverter.Read`: - Read object properties and delegate each value to `MetadataValueJsonConverter.Read`. - `DefaultResultJsonConverter.Read` / `DefaultResultJsonConverter.Read`: - Use `ResultJsonReader` (no reflection) and `JsonTypeInfo` for `T` (same pattern as `WriteGenericValue`). - Provide a fallback to treat the entire JSON payload as the `T` value when not a problem details document. ## HttpResponseMessage Deserialization Algorithm - Determine failure based on: - Non-success status code **or** `Content-Type: application/problem+json` (configurable). - `Content-Type` checks compare media type only (ignore parameters like `charset`). - If failure: - If the body is not valid problem-details JSON, throw. - Parse problem details into `Errors` + metadata. - Only deserialize the `metadata` property; other extensions are ignored. - If errors missing, create a single `Error` using `title`/`detail`/`status` as a fallback. - If success: - For `Result`: - If empty body => throw (caller must ensure the endpoint returns a value). - Otherwise parse as either wrapped or bare value (based on `PreferSuccessPayload` + heuristics). Auto heuristic: wrapper only when root has only `value` and optional `metadata` properties. - If a wrapper is detected but `value` is missing => throw. - For `Result`: - Empty body => `Result.Ok()`. - Object with `metadata` only => `Result.Ok(metadata)`. - Non-empty body that is not `{ "metadata": ... }` => throw. - Extract headers into metadata per `HeaderSelectionMode` from both `HttpResponseMessage.Headers` and `HttpResponseMessage.Content.Headers`, then merge with body metadata. ## Header Metadata Parsing - New `HttpHeaderParser` base type (parallel to `HttpHeaderConverter`) with `SupportedHeaderNames` and a target metadata key. - Register parsers and build a `FrozenDictionary` keyed by header name (case-insensitive). This enables multiple header names to map to the same metadata key for backwards compatibility. - If multiple header names resolve to the same metadata key in a single response, default to throwing; allow a configurable `HeaderConflictStrategy.LastWriteWins` override. - Default parsing behavior: - Attempt JSON parse to `MetadataValue` (valid for numbers/booleans/quoted strings/arrays). - Fallback: treat raw header string as `MetadataValue.FromString`. - Support multi-value headers by mapping to `MetadataArray` of parsed primitives. - Apply `HeaderSelectionMode` and use `HeaderMetadataAnnotation` on values. ## Native AOT Considerations - Avoid `Activator.CreateInstance` or `MakeGenericType` in new code paths. - For reading `T`, use `JsonSerializerOptions.GetTypeInfo(typeof(T))` and the converter from type info. - Keep `ResultJsonReader` purely `Utf8JsonReader`-based to avoid `JsonDocument` allocations. - Any new factory should be source-generated friendly or sealed with explicit generic methods. ## Test Plan - **Unit tests (Light.Results.Tests):** - Deserialize success with bare value, wrapped value + metadata, and metadata-only (non-generic). - Deserialize error responses for rich format and ASP.NET Core compatible format. - Header selection: all/allow/deny/none, multi-value headers, merge strategy behaviors. - Header alias conflicts (default throw; LastWriteWins override). - Wrapper missing `value` throws; non-generic unexpected body throws. - Numeric parsing: integral values to `int64`, non-integral to `double`. - Empty body handling for `Result` vs `Result`. - **Integration tests (optional):** round-trip through Minimal API (server) + HttpClient (client) with headers/metadata. Light.PortableResults-0.2.0/ai-plans/0011-1-refactor-result-reading.md000066400000000000000000000072201516707642500252220ustar00rootroot00000000000000# Optimize JSON Result Reading ## Rationale `HttpResponseMessage` deserialization now uses intermediary read payloads (`HttpRead*Payload`) as its integration boundary, but the current JSON converters still parse into `Result`/`Result` first and then re-map to those payloads. This introduces avoidable layering and misses optimization opportunities in a hot path. The refactor should make payloads the primary parse target while preserving existing behavior, configurability via `JsonSerializerOptions`/`JsonSerializerContext`, and HTTP-read semantics. ## Acceptance Criteria - [ ] `ResultJsonReader` is refactored so the primary parsing APIs produce intermediary HTTP read payloads (`HttpReadFailureResultPayload`, `HttpReadSuccessResultPayload`, `HttpReadAutoSuccessResultPayload`, `HttpReadBareSuccessResultPayload`, `HttpReadWrappedSuccessResultPayload`). - [ ] `HttpRead*PayloadJsonConverter` implementations call payload-oriented reader APIs directly and no longer deserialize through `Result`/`Result` as an intermediate step. - [ ] Public behavior for `ReadResultAsync`/`ReadResultAsync` remains unchanged, including empty-body rules, failure parsing rules, metadata handling, and `PreferSuccessPayload` behavior. - [ ] Existing `JsonSerializerOptions` extensibility and source-generated context scenarios continue to work without additional caller configuration. - [ ] Auto success-payload shape detection is optimized to reduce unnecessary full-object inspection work in common non-wrapper cases. - [ ] Automated tests are updated/extended to validate the refactor and prevent regressions. - [ ] Micro benchmarks are added or updated for HTTP read deserialization and show no regression; the refactored path should match or improve allocations and throughput versus the current baseline. ## Technical Details Change `Light.Results.Http.Reading.Json.ResultJsonReader` into a payload-centric parser layer. The parser should expose focused methods for failure payload parsing and each success payload mode (auto, bare, wrapped), with shared internal helpers for metadata, error parsing, and token validation. `HttpRead*PayloadJsonConverter` types should become thin wrappers over these payload methods. Keep current HTTP extension orchestration in `HttpResponseMessageExtensions` intact: it should continue to deserialize payload types through `JsonSerializer.DeserializeAsync`, apply `LightResultsHttpReadOptions`, and materialize final `Result`/`Result` only at the extension boundary. This preserves the existing System.Text.Json integration model and keeps user-provided serializer configuration fully effective. For performance, reduce duplicate work in auto success parsing. Today, wrapper detection relies on object inspection that can scan more than necessary. The refactor should use an early-exit inspection strategy (on a reader copy) that quickly classifies obvious bare-value objects while still enforcing the current wrapper rule (`value` plus optional `metadata`, no additional top-level properties). Preserve current validation and exception semantics. To minimize migration risk, keep existing `Result`-returning reader methods as compatibility adapters (or replace their usage and retire them if no longer needed), but ensure there is a single payload-oriented parsing core to avoid logic drift. Update unit tests around `ResultJsonReader` and converter behavior to target payload-first parsing, and keep integration coverage for context-backed deserialization, wrapper edge cases, and failure formats (rich + ASP.NET Core-compatible validation payloads). The library is not published yet, you can make breaking changes. Especially, delete code that you deem unnecessary. Light.PortableResults-0.2.0/ai-plans/0011-2-plan-deviations.md000066400000000000000000000137101516707642500235710ustar00rootroot00000000000000# 0011 Plan Deviations This document compares `ai-plans/0011-http-response-deserialization.md` with the current implementation state on branch `11-http-response-message-integration`. It also tracks follow-up work from `ai-plans/0011-refactor-result-reading.md`. ## Deviations From Original Plan 1. `ReadResultAsync` API shape was simplified. - Planned: - `ReadResultAsync(..., LightResultHttpReadOptions? options = null, JsonSerializerOptions? serializerOptions = null, ...)` - Implemented: - `ReadResultAsync(..., LightResultsHttpReadOptions? options = null, ...)` - Serializer options are provided through `LightResultsHttpReadOptions.SerializerOptions`. 2. Header concerns were consolidated into `IHttpHeaderParsingService`. - Planned: - `HeaderSelectionMode` + `HeaderAllowList` + `HeaderDenyList` on the options type. - Implemented: - `IHttpHeaderParsingService` owns the full header-to-metadata pipeline: selection, parsing, conflict resolution, and annotation. - `DefaultHttpHeaderParsingService` accepts `IHttpHeaderSelectionStrategy`, `FrozenDictionary`, `HeaderConflictStrategy`, `MetadataValueAnnotation`, and `HeaderValueParsingMode` via its constructor. - `ParseNoHttpHeadersService` is the default (skips all headers). - `LightResultsHttpReadOptions` only exposes `HeaderParsingService` — the three former header properties (`HeaderSelectionStrategy`, `HeaderConflictStrategy`, `HeaderMetadataAnnotation`) were removed. - `HttpResponseMessageExtensions` delegates entirely to the service; the `AppendHeaders` / `ReadHeaderMetadata` helper methods were removed. 3. Header parsing defaults changed to match HTTP round-trip expectations. - Planned: - Default parsing proposed JSON-first fallback behavior for header values. - Implemented: - Default header parsing is primitive-first (`bool` -> `Int64` -> finite `double` -> `string`). - Header parsing is opt-in because we do not write to HTTP headers in Minimal APIs and MVC. The default service is `ParseNoHttpHeadersService`. 4. Converters were split into explicit read/write converter sets. - Planned: - Add `Read` implementations to existing converter types. - Implemented: - `HttpRead*` converters for deserialization and `HttpWrite*` converters for serialization. - Read-only converters throw in `Write`; write-only converters throw in `Read`. - `DefaultResultJsonConverter` naming was replaced by `HttpWriteResultJsonConverter` family. 5. HTTP namespace structure became more explicit than originally planned. - Planned: - Shared serializer-oriented grouping. - Implemented: - `Light.Results.Http.Reading`, `Light.Results.Http.Reading.Headers`, `Light.Results.Http.Reading.Json` - `Light.Results.Http.Writing`, `Light.Results.Http.Writing.Headers`, `Light.Results.Http.Writing.Json` - Options and behavior enums are located in `Reading` or `Writing` according to direction. 6. `HttpResponseMessage` read path received additional allocation-focused optimization. - Planned: - General focus on low allocations. - Implemented: - `Content-Length` is checked first to avoid unnecessary stream allocations. - HTTP responses with body are deserialized from stream. - Responses with unknown content length are treated as empty-body responses. 7. Native AOT guidance was partially relaxed by design decision. - Planned: - Avoid `Activator.CreateInstance` / `MakeGenericType` in new code paths. - Implemented: - Converter factories still use runtime generic creation (`Activator` + `MakeGenericType`). - This is an intentional tradeoff: the corresponding generic JsonConverter types will not be removed by the trimmer as they are referenced with the `typeof` keyword. Bound Reflection works perfectly fine in Native AOT. Users of the library do not have to deal with registering a converter instance of every T. 8. `ResultJsonReader` became payload-oriented rather than `Result`-oriented. - Planned: - Shared parsing helpers focused on reading `Result` / `Result`. - Implemented: - `ResultJsonReader` now exposes payload-first APIs: `ReadSuccessPayload`, `ReadFailurePayload`, `ReadAutoSuccessPayload`, `ReadBareSuccessPayload`, `ReadWrappedSuccessPayload`. - `Result` and `Result` materialization remains at the `HttpResponseMessageExtensions` orchestration boundary. ## Additional Work Completed Beyond Initial Plan 1. End-to-end round-trip integration tests were added using Minimal API apps and `HttpClient`. - `Result` and `Result` assertions use Value Object style expected-result comparisons. 2. `JsonSerializerContext`-based read tests were added. - Context-backed `ReadResultAsync` scenarios are covered for generic success, generic failure, and non-generic success. 3. Targeted coverage improvements were added for HTTP reading/writing internals. - Additional unit tests cover header selection strategies, parser registry behavior, parsing/conversion helpers, and JSON reader edge paths. 4. Auto success wrapper detection was optimized in `ResultJsonReader`. - The wrapper inspection path now early-exits on the first non-wrapper property (`value`/`metadata`) instead of collecting full object-shape flags. 5. `HttpRead*PayloadJsonConverter` types now deserialize directly to payloads via `ResultJsonReader`. - The previous converter path that deserialized to `Result`/`Result` and then remapped to payloads was removed. 6. Deserialization micro benchmarks were added for HTTP read payload parsing. - `benchmarks/Benchmarks/HttpReadDeserializationBenchmarks.cs` compares optimized auto-success parsing against a legacy full-scan wrapper detection baseline for bare and wrapped payloads. 7. HTTP reading coverage was expanded substantially. - Added `HttpResponseMessageExtensionsTests` and `DefaultHttpHeaderParsingServiceTests`, plus additional converter and `ResultJsonReader` tests for incomplete JSON, null-guard behavior, header conflicts, parsing modes, and cancellation. Light.PortableResults-0.2.0/ai-plans/0013-mvc-integration.md000066400000000000000000000207741516707642500234550ustar00rootroot00000000000000# ASP.NET Core MVC Integration for Light.Results ## Rationale Light.Results already integrates with ASP.NET Core Minimal APIs to produce success HTTP responses or RFC 9457 Problem Detail responses from `Result` and `Result` instances. This plan extends the same capabilities to ASP.NET Core MVC by providing custom `IActionResult` implementations. The design mirrors the Minimal API integration as closely as possible: callers explicitly convert results via a `ToMvcActionResult` extension method, the same JSON converters and shared HTTP infrastructure are reused, and no MVC filters or conventions are introduced. Only JSON serialization is supported; XML and other formats are out of scope. ## Acceptance Criteria - [ ] A new project `Light.Results.AspNetCore.Mvc` exists under `src/`, targeting .NET 10 with a `FrameworkReference` to `Microsoft.AspNetCore.App` and a `ProjectReference` to `Light.Results.AspNetCore.Shared`. Native AOT is **not** enabled (`IsAotCompatible` is omitted). - [ ] `LightActionResult` and `LightActionResult` implement `IActionResult` and correctly produce success or Problem Detail JSON responses, including status codes, content types, metadata headers, and response bodies — matching the behavior of the existing `LightResult` / `LightResult` Minimal API types. - [ ] Extension methods `ToMvcActionResult` (and `ToHttp201CreatedMvcActionResult`) on `Result` and `Result` create the corresponding `LightActionResult` / `LightActionResult` instances. - [ ] A `Module` class provides `AddLightResultsForMvc` (an `IServiceCollection` extension) that registers `LightResultsHttpWriteOptions`, the HTTP header conversion service, and configures `Microsoft.AspNetCore.Mvc.JsonOptions` with the default Light.Results JSON converters. - [ ] `IHttpResultEnricher` is supported: if registered in DI, results are enriched before header/body serialization, just as in the Minimal API integration. - [ ] OpenAPI attributes `ProducesLightResultAttribute` and `ProducesLightResultAttribute` are provided for documenting MVC action success return types. Validation Problem Detail OpenAPI metadata (e.g., `ProducesValidationProblem`) is out of scope for this ticket and should be addressed separately — this applies to both MVC and Minimal APIs. - [ ] `LightResultsHttpWriteOptions` is reused without changes — no MVC-specific options type is needed. - [ ] Automated tests are written for the new MVC integration, covering both success and error scenarios. - [ ] `WrappedResponse` is moved from `Light.Results.AspNetCore.MinimalApis` to `Light.Results.AspNetCore.Shared`, and the Minimal API project's usings are updated accordingly. - [ ] `src/AGENTS.md` is updated to include the new project in the overview. ## Technical Details ### Project Setup Create `src/Light.Results.AspNetCore.Mvc/Light.Results.AspNetCore.Mvc.csproj`: - Target framework is inherited from `Directory.Build.props` (net10.0). - `FrameworkReference` to `Microsoft.AspNetCore.App`. - `ProjectReference` to `Light.Results.AspNetCore.Shared`. - Do **not** set `` — MVC itself is not AOT-compatible. ### Base Class: `BaseLightActionResult` Mirror `BaseLightResult` from the Minimal APIs project. This abstract class: - Implements `IActionResult`. - Accepts the same constructor parameters: the result value, optional `HttpStatusCode? successStatusCode`, optional `string? location`, optional `LightResultsHttpWriteOptions? overrideOptions`, optional `JsonSerializerOptions? serializerOptions`. - In `ExecuteResultAsync(ActionContext context)`: 1. Resolve `IHttpResultEnricher` from `context.HttpContext.RequestServices` and enrich the result if the enricher is registered. 2. Set headers by reusing `HttpExtensions.SetStatusCodeFromResult`, `SetContentTypeFromResult`, `SetMetadataValuesAsHeadersIfNecessary`, and setting the `Location` header if provided. Resolve `LightResultsHttpWriteOptions` via `HttpExtensions.ResolveLightResultOptions` and `IHttpHeaderConversionService` from DI. 3. Delegate body writing to the abstract `WriteBodyAsync` method. - Expose public read-only properties for `ReceivedResult`, `SuccessStatusCode`, `Location`, `OverrideOptions`, and `SerializerOptions` (same as `BaseLightResult`). ### Concrete Types: `LightActionResult` and `LightActionResult` **`LightActionResult`** (sealed, extends `BaseLightActionResult`): - `WriteBodyAsync` resolves `JsonSerializerOptions` from MVC's `Microsoft.AspNetCore.Mvc.JsonOptions` (via `IOptions`), looks up `JsonTypeInfo` for `Result`, and serializes using `Utf8JsonWriter` on `HttpContext.Response.BodyWriter` — same pattern as the Minimal API `LightResult`. **`LightActionResult`** (sealed, extends `BaseLightActionResult>`): - Same approach but resolves `JsonTypeInfo` for `Result`. **JSON options resolution**: Create a small `MvcJsonDefaults` helper (analogous to `MinimalApis.Serialization.JsonDefaults`) that resolves `JsonSerializerOptions` from `IOptions` instead of `IOptions`. ### Extension Methods: `MvcActionResultExtensions` Static class with four methods: - `ToMvcActionResult(this Result, ...)` → `LightActionResult` - `ToMvcActionResult(this Result, ...)` → `LightActionResult` - `ToHttp201CreatedMvcActionResult(this Result, ...)` → `LightActionResult` with `HttpStatusCode.Created` - `ToHttp201CreatedMvcActionResult(this Result, ...)` → `LightActionResult` with `HttpStatusCode.Created` All methods accept the same optional parameters as the Minimal API counterparts (`successStatusCode`/`location`/`overrideOptions`/`serializerOptions`), except for the `Created` variants which hardcode the status code. ### DI Registration: `Module` `AddLightResultsForMvc(this IServiceCollection)`: 1. Calls `AddLightResultHttpWriteOptions()` (from `Light.Results.Http.Writing.Module`). 2. Calls `AddLightResultsHttpHeaderConversionService()` (from the same module). 3. Calls `ConfigureMvcJsonOptionsForLightResults()` (see below). `ConfigureMvcJsonOptionsForLightResults(this IServiceCollection)`: Configures `Microsoft.AspNetCore.Mvc.JsonOptions` via `services.AddOptions().Configure(...)` to add the default Light.Results JSON converters (`AddDefaultLightResultsHttpWriteJsonConverters`). Exposed as a separate public method (analogous to `ConfigureMinimalApiJsonOptionsForLightResults`) so callers who manage their own DI setup can configure just the JSON options without re-registering everything. ### OpenAPI Attributes **`ProducesLightResultAttribute`**: Derives from `ProducesResponseTypeAttribute` (or implements `IApiResponseMetadataProvider`), emitting `WrappedResponse` as the response type schema. The `WrappedResponse` type from the Minimal APIs project should be moved to `Light.Results.AspNetCore.Shared` (or a new shared type should be created) so it can be reused. **`ProducesLightResultAttribute`**: Same but emitting `WrappedResponse`. Both accept an optional `statusCode` parameter (default 200) and a `contentType` parameter (default `"application/json"`). ### Test Project: `Light.Results.AspNetCore.Mvc.Tests` Structure the tests analogously to the Minimal API test project: - **Test app fixtures** using `WebApplication` + `TestServer` directly (matching the Minimal API test pattern, not `WebApplicationFactory`) with MVC controllers that call `ToMvcActionResult`. - **Integration tests** covering: - Success responses for `Result` (value serialized as JSON, correct status code and content type). - Success responses for `Result` (empty body or metadata-only body, correct status code). - `ToHttp201CreatedMvcActionResult` with Location header. - Error responses producing Problem Detail JSON with correct status codes. - Metadata serialized to headers and/or body depending on `LightResultsHttpWriteOptions`. - `IHttpResultEnricher` integration. - Custom `JsonSerializerOptions` overrides. - Round-trip tests using `ReadResultAsync` from `Light.Results.Http.Reading`. - Use Verify (snapshot testing) for response verification where appropriate, matching the Minimal API test patterns. ### Shared Type Relocation Move `WrappedResponse` from `Light.Results.AspNetCore.MinimalApis` to `Light.Results.AspNetCore.Shared` so both the Minimal API and MVC projects can reference it. Update the Minimal API project's `using` statements accordingly. Light.PortableResults-0.2.0/ai-plans/0015-0-cloud-events-serialization.md000066400000000000000000000543501516707642500257660ustar00rootroot00000000000000# CloudEvents JSON Serialization for Light.Results ## Rationale Light.Results provides serialization of `Result` and `Result` for HTTP (writing to responses, reading from `HttpResponseMessage`). To support asynchronous messaging scenarios, we add a CloudEvents JSON serialization layer in the core `Light.Results` project. This enables callers to serialize results as CloudEvents-compliant JSON envelopes and deserialize them back, independent of any specific messaging library (MassTransit, Rebus, raw RabbitMQ, etc.). The implementation lives in `Light.Results` under the `Light.Results.CloudEvents` namespace, uses `System.Text.Json` directly (no dependency on `CloudNative.CloudEvents`), and follows the same patterns as the existing `Http/` namespace. Framework-specific integration packages (e.g. for MassTransit or Rebus) are out of scope for this issue and can be added later. The official CloudEvents JSON format specification can be found at https://github.com/cloudevents/spec/blob/v1.0.2/cloudevents/formats/json-format.md and the core specification at https://github.com/cloudevents/spec/blob/v1.0.2/cloudevents/spec.md. Please read both before implementing this plan. ## Acceptance Criteria ### Writing - [ ] `Result` and `Result` can be serialized to a CloudEvents v1.0 JSON envelope (`application/cloudevents+json`) via `ToCloudEvent` (returns UTF-8 JSON byte array) and `WriteCloudEvent` (writes to `Utf8JsonWriter`) extension methods. - [ ] CloudEvents envelope attributes (both required and extension) are sourced from two places: (1) result metadata annotated with `SerializeAsCloudEventExtensionAttribute`, and (2) explicit parameters passed to the write methods. Explicit parameters override metadata values. The only forbidden targets are `data`, `data_base64`, and `lroutcome`. - [ ] The serializer exclusively writes the `data` property and the `lroutcome` extension attribute. Attempting to produce `data`, `data_base64`, or `lroutcome` from metadata must throw an exception. - [ ] A conversion service (analogous to `DefaultHttpHeaderConversionService`) maps metadata keys/values to CloudEvents attribute keys/values, decoupling business logic from the CloudEvents envelope format. - [ ] The caller provides `successType` and `failureType` explicitly — Light.Results uses the appropriate one based on `result.IsValid`. - [ ] The caller always provides `id` (it may be an idempotency key). `source` can come from options (configured once) or be passed per call. - [ ] The optional `subject` and `dataschema` attributes are supported. - [ ] `source` is validated as a URI-reference (may be relative, per RFC 3986). `dataschema` is validated as an absolute URI. Invalid caller-supplied values throw `ArgumentException`. - [ ] `specversion` is always written as `"1.0"`. - [ ] `time` is optional but defaults to `DateTimeOffset.UtcNow` on write. If `time` is not provided explicitly, the default value is written. - [ ] `lroutcome` is always written as a CloudEvents extension attribute with value `"success"` for valid results and `"failure"` for invalid results. - [ ] For successful `Result`, the `data` payload contains the serialized value of `T` when success metadata is not included. If success metadata is included (`MetadataSerializationMode.Always`, the default), `data` must be `{ "value": , "metadata": { ... } }`. - [ ] For successful `Result` (non-generic), `data` is omitted unless metadata annotated with `SerializeInCloudEventData` is present, in which case `data` contains `{ "metadata": { ... } }`. - [ ] When `data` is omitted, `datacontenttype` is also omitted. When `data` is present, `datacontenttype` is `"application/json"`. When `datacontenttype` is omitted, the implicit default is still `"application/json"`. - [ ] For failed results, the `data` payload uses a Light.Results-native error format: an `errors` array (each entry with `message`, `code`, `target`, `category`, `metadata`) and optional top-level `metadata`. No top-level category, no RFC 9457 Problem Details, no HTTP `status` integer. - [ ] Metadata values annotated with `SerializeInCloudEventData` are serialized inside the `data` payload (analogous to `SerializeInHttpResponseBody`). `MetadataSerializationMode.ErrorsOnly` suppresses metadata on success results even when annotated. - [ ] An `InvalidOperationException` is thrown when a required CloudEvents attribute (`type`, `source`, `id`) cannot be resolved from either metadata or explicit parameters. - [ ] The attribute conversion service enforces CloudEvents extension attribute name rules (lowercase alphanumeric, no reserved names including `data`, `data_base64`, and `lroutcome`) and allows only primitive JSON values for extension attributes (no arrays or objects). ### Reading - [ ] `ReadResult` and `ReadResult` extension methods on `ReadOnlyMemory` deserialize the `data` payload into `Result`/`Result` without converting envelope attributes to metadata by default. Users can opt in to envelope-to-metadata conversion via options. - [ ] `ReadResultWithCloudEventEnvelope` and `ReadResultWithCloudEventEnvelope` extension methods on `ReadOnlyMemory` return `CloudEventEnvelope`/`CloudEventEnvelope`, giving the caller access to both the result and the parsed envelope attributes. - [ ] A parsing service (analogous to `DefaultHttpHeaderParsingService`) maps CloudEvents extension attribute keys/values back to metadata keys/values when the user opts in. - [ ] On read, a `JsonException` is thrown when required CloudEvents attributes (`specversion`, `type`, `source`, `id`) are missing, or when `specversion` is not `"1.0"`, or when `datacontenttype` is present and is neither `"application/json"` nor a media type with the `+json` suffix (e.g. `"application/vnd.myapp+json"`), or when `data_base64` is present. - [ ] Success/failure is determined by convention: `lroutcome = "success" | "failure"`. If `lroutcome` is present with any other value, throw `JsonException`. - [ ] If `lroutcome` is absent, `IsFailureType` (optional fallback callback) may classify based on `type`. If neither `lroutcome` nor `IsFailureType` can classify the event, throw `InvalidOperationException`. - [ ] On read, a `JsonException` is thrown when `data` is missing or `null` for `Result` (successful or failed). - [ ] For non-generic `Result`, if `data` is missing or `null` and the event is classified as success, return `Result.Ok()` (assuming no metadata in `data`). If the event is classified as failure, throw `JsonException`. - [ ] On read, `source` is validated as a URI-reference and `dataschema` as an absolute URI. Invalid values cause a `JsonException`. ### Shared - [ ] The `MetadataValueAnnotation` flags enum is extended with new CloudEvents flags. The XML doc on the enum is updated to no longer be HTTP-specific. - [ ] Transport-agnostic JSON serialization helpers are extracted from `Http/` into `SharedJsonSerialization/`, with existing tests verifying no regressions. - [ ] All new code is Native AOT compatible (`Utf8JsonReader`/`Utf8JsonWriter`-based). `MakeGenericType` is allowed when the generic type definition is statically referenced via `typeof`, ensuring the trimmer preserves it. Avoid unbound reflection where the target type could be trimmed. - [ ] All new code lives in the `Light.Results` project (netstandard2.0) under the `Light.Results.CloudEvents` namespace. - [ ] Composition Root `Module` classes with `IServiceCollection` extension methods are provided for DI registration of CloudEvents writing and reading options and services, following the pattern of `Http/Writing/Module.cs` and `Http/Reading/Module.cs`. - [ ] Automated tests are written for writing and reading CloudEvents envelopes. ## Technical Details ### Namespace and Folder Structure ``` Light.Results/ CloudEvents/ Writing/ Json/ Reading/ Json/ ``` Mirrors the `Http/` structure with `Json` subfolders to leave room for future Protobuf or other serialization formats (e.g. for gRPC integration). The exact file split is intentionally left open so implementers can structure converters, helpers, and options types in a way that best fits the existing code base. ### Writing Two extension methods are provided on `Result` and `Result`: - **`ToCloudEvent`** — returns a `byte[]` containing the UTF-8 JSON CloudEvents envelope. - **`WriteCloudEvent`** — writes the envelope directly to a `Utf8JsonWriter`. Both methods accept optional explicit parameters for CloudEvents attributes (`successType`, `failureType`, `id`, `source`, `subject`, `dataschema`, `time`). The resulting envelope looks like: ```json { "specversion": "1.0", "type": "", "source": "", "subject": "", "dataschema": "", "id": "", "time": "", "lroutcome": "", "datacontenttype": "application/json", "": "", "data": { ... } } ``` #### Attribute Resolution Envelope attributes are resolved from two sources (in priority order): 1. **Explicit parameters** passed to `ToCloudEvent`/`WriteCloudEvent` 2. **Result metadata** annotated with `SerializeAsCloudEventExtensionAttribute` Explicit parameters override metadata values. A **conversion service** (analogous to `DefaultHttpHeaderConversionService`) maps metadata keys/values to CloudEvents attribute keys/values. This decouples business logic from CloudEvents — domain code sets metadata, and the conversion service translates it to the correct envelope attributes. Metadata entries annotated with `SerializeAsCloudEventExtensionAttribute` can supply any envelope attribute (including standard ones such as `type`, `source`, or `id`) except `data`, `data_base64`, and `lroutcome`; explicit parameters still override. For required attributes (`type`, `source`, `id`): if the attribute cannot be resolved from either source, throw `InvalidOperationException`. `type` is resolved by selecting `successType` or `failureType` based on `result.IsValid`. `specversion` is always written as `"1.0"`. `time` is optional but defaults to `DateTimeOffset.UtcNow` when not provided explicitly. `subject` and `dataschema` are optional. `source`, when present, must be a valid URI-reference (RFC 3986). `dataschema`, when present, must be a valid absolute URI. `lroutcome` is reserved by Light.Results and is always written by the serializer as `"success"` or `"failure"`. #### Data Payload Format **Success `Result`:** The `data` value is the serialized `T` directly (same as the bare value in HTTP `MetadataSerializationMode.ErrorsOnly`). If metadata with `SerializeInCloudEventData` annotation exists and `MetadataSerializationMode` allows metadata on success results, wrap in `{ "value": , "metadata": { ... } }`. The behavior should match the HTTP serialization behavior for success results. The main difference is that `MetadataSerializationMode.Always` is the default for CloudEvents. **Success `Result` (non-generic):** If metadata with `SerializeInCloudEventData` exists and `MetadataSerializationMode` allows metadata on success results, `data` is `{ "metadata": { ... } }`. Otherwise, `data` is omitted and `datacontenttype` is also omitted. **Failed results:** ```json { "errors": [ { "message": "Order already exists", "code": "ORDER_DUPLICATE", "target": "orderId", "category": "Conflict", "metadata": { ... } } ], "metadata": { ... } } ``` No top-level category — each error carries its own `category`, and the CloudEvents `type` attribute already distinguishes success from failure at the envelope level. The `errors` array reuses the same rich format as `SerializerExtensions.WriteRichErrors`, but without the `isValidationResponse` / HTTP status code logic. The `metadata` at the top level is the result's metadata (if present and annotated for CloudEvent data). #### Extension Attributes Metadata values annotated with `SerializeAsCloudEventExtensionAttribute` are written as top-level JSON properties in the envelope. For extension attributes, names must be lowercase alphanumeric — the conversion service can remap keys, validates names, and rejects reserved names (including `data`, `data_base64`, and `lroutcome`). Only primitive JSON values are valid for extension attributes (no arrays or objects); throw `ArgumentException` on annotation, same pattern as `SerializeInHttpHeader` for objects. `data` and `lroutcome` are always produced by the serializer logic and never through metadata conversion. `data_base64` is not supported for this integration. ### MetadataValueAnnotation Changes Extend the flags enum: ```csharp SerializeInCloudEventData = 4, SerializeAsCloudEventExtensionAttribute = 8, SerializeInCloudEventExtensionAttributeAndData = SerializeInCloudEventData | SerializeAsCloudEventExtensionAttribute ``` Update the enum's XML doc summary to be transport-agnostic (e.g. "Specifies where a metadata value should be serialized"). ### Reading (Deserialization) Two tiers of reading methods are provided: #### Tier 1: `ReadResult` / `ReadResult` Extension methods on `ReadOnlyMemory`. Returns `Result` or `Result` directly. By default, envelope attributes are **not** converted to metadata — only the `data` payload is deserialized. Users can opt in to envelope-to-metadata conversion via `LightResultsCloudEventReadOptions`, which uses a **parsing service** (analogous to `DefaultHttpHeaderParsingService`) to map extension attribute keys/values back to metadata keys/values. This tier is for consumers that handle CloudEvents-specific data at the process boundary and pass plain results to core logic. #### Tier 2: `ReadResultWithCloudEventEnvelope` / `ReadResultWithCloudEventEnvelope` Extension methods on `ReadOnlyMemory`. Returns `CloudEventEnvelope` or `CloudEventEnvelope`, giving the caller access to both the deserialized result and all parsed envelope attributes as strongly-typed properties. Extension attributes are available as a `MetadataObject`. This tier is for consumers that need access to the full CloudEvents context (e.g. for idempotency checks on `Id`, routing on `Type`, filtering on `Subject`). #### Parsing Algorithm Both tiers share the same synchronous parsing logic using `Utf8JsonReader` over the `ReadOnlyMemory` input. Messaging libraries typically provide message bodies as byte arrays or memory, so there is no need for async stream-based reading. The parser must: - Read top-level envelope attributes, collecting unknown keys as extension attributes. - Validate required CloudEvents attributes and `specversion == "1.0"`. - Reject unsupported combinations and formats (`data_base64` present, `datacontenttype` that is neither `"application/json"` nor a media type with the `+json` suffix, `source` that is not a valid URI-reference, `dataschema` that is not a valid absolute URI). - Decide success/failure semantics using the following precedence: `lroutcome` extension attribute (`"success"` / `"failure"`), then optional `IsFailureType(type)` fallback callback. If neither can classify the event, throw `InvalidOperationException`. - Parse `data` into `Result`/`Result` using existing JSON reader patterns, with these special rules: - `Result` requires non-null `data`. - non-generic `Result` with missing/null `data` maps to `Result.Ok()` when the event is classified as success; otherwise it is invalid and throws `JsonException`. - For Tier 1 (opt-in), map extension attributes back into metadata via the parsing service and merge with payload metadata. - For Tier 2, return envelope attributes plus the parsed result. #### `CloudEventEnvelope` Types Provide `CloudEventEnvelope` and `CloudEventEnvelope` as readonly record structs with strongly typed CloudEvents properties (`Type`, `Source`, `Subject`, `Id`, `Time`, `DataContentType`, `DataSchema`), a `Data` property of `Result`/`Result`, and `ExtensionAttributes` as `MetadataObject?`. Both types expose `SpecVersion = "1.0"`. Note: `DataContentType` can be omitted even when `data` is present (implicit `application/json`), so it is nullable in both envelopes. `Time` is optional in the CloudEvents spec and is therefore nullable. `DataSchema` is optional and intended for schema URIs. ### Native AOT Compatibility Reflection is not inherently incompatible with Native AOT — only unbound reflection where the target type has been removed by the trimmer causes issues. `MakeGenericType` is safe when the generic type definition is statically referenced with the `typeof` keyword (e.g. `typeof(CloudEventWriteResultJsonConverter<>).MakeGenericType(typeArg)`), because the trimmer sees the static reference and preserves the type. This is the same pattern used in the existing `HttpWriteResultJsonConverterFactory` and `HttpReadSuccessResultPayloadJsonConverterFactory`. Avoid patterns where the target type is only known at runtime via strings or untyped `Type` variables with no static reference. ### Shared JSON Serialization Transport-agnostic serialization helpers that both `Http/` and `CloudEvents/` use should be extracted into a `SharedJsonSerialization/` folder at the same level: ``` Light.Results/ SharedJsonSerialization/ SharedSerializerExtensions.cs SharedJsonReader.cs ... Http/ ... CloudEvents/ ... ``` Candidates for extraction: - `WriteGenericValue` — writing a generic value to `Utf8JsonWriter`. - `WriteMetadataPropertyAndValue` — writing metadata inside a JSON object. - The rich error writing logic (message, code, target, category, metadata per error) — currently in `SerializerExtensions.WriteRichErrors`. Extract the transport-agnostic parts so that both HTTP and CloudEvents call the same helper, keeping the error array format consistent. - `MetadataJsonReader` — reading metadata from JSON. - Parts of `ResultJsonReader` that parse the error array format. - `MetadataSerializationMode` — currently in `Light.Results.Http.Writing`, this enum is used by both HTTP and CloudEvents options and should be moved to the shared location. The existing `Http/` code should be refactored to call into these shared helpers. This is a refactoring step that should be done first, with existing tests verifying no regressions. ### Options and Conversion Services **`LightResultsCloudEventWriteOptions`:** - `Source` (string?) — default source URI, used when not provided per call. - `MetadataSerializationMode` — same enum as HTTP (relocated to `SharedJsonSerialization/`), but defaults to `Always` (unlike HTTP which defaults to `ErrorsOnly`). In messaging, metadata is expected to travel with messages, and silent data loss on success results would be surprising. - `SerializerOptions` (JsonSerializerOptions) — used to serialize `T` values and metadata objects (e.g. via `WriteGenericValue`). Unlike ASP.NET Core integrations where `JsonOptions` are available from DI, CloudEvents serialization is framework-agnostic and requires the caller to provide serializer options explicitly. - `ConversionService` (ICloudEventAttributeConversionService) — maps metadata keys/values to CloudEvents attribute keys/values on write. Analogous to `IHttpHeaderConversionService`. A default implementation (`DefaultCloudEventAttributeConversionService`) validates attribute names, rejects reserved names, and emits primitive JSON values. The property is pre-initialized with a singleton instance of the default implementation, so callers only need to replace it when custom conversion logic is required. **`LightResultsCloudEventReadOptions`:** - `SerializerOptions` (JsonSerializerOptions?) — for deserializing `data`. - `PreferSuccessPayload` (`PreferSuccessPayload`) — controls how successful `Result` payloads are interpreted, using the same enum and auto-detection algorithm as `LightResultsHttpReadOptions.PreferSuccessPayload`. The default is `Auto`. - `IsFailureType` (Func) — optional fallback callback to determine failure from the `type` attribute when the `lroutcome` extension attribute is absent. - `ParsingService` (ICloudEventAttributeParsingService?) — optional service that maps CloudEvents extension attribute keys/values back to metadata keys/values on read. Analogous to `IHttpHeaderParsingService`. Only used when the caller opts in to envelope-to-metadata conversion. When null, extension attributes are not converted to metadata (Tier 1 default behavior). - `MergeStrategy` (`MetadataMergeStrategy`) — controls how extension attribute metadata (from the envelope) is combined with metadata from the `data` payload when both are present. Reuses the existing `MetadataMergeStrategy` enum from `Light.Results.Metadata`. The default is `AddOrReplace`, matching the behavior of `LightResultsHttpReadOptions.MergeStrategy`: envelope extension attributes are processed first, then data payload metadata is merged second, so payload values overwrite envelope values on key conflicts. **`ICloudEventAttributeConversionService`:** Maps metadata entries to CloudEvents attribute key/value pairs. Follows the same pattern as `IHttpHeaderConversionService` / `DefaultHttpHeaderConversionService` — a converter registry keyed by metadata key, with a default implementation that uses a `FrozenDictionary`. The default implementation must reject attempts to map metadata to `data`, `data_base64`, or `lroutcome`. **`ICloudEventAttributeParsingService`:** Maps CloudEvents extension attribute entries back to metadata key/value pairs. Follows the same pattern as `IHttpHeaderParsingService` / `DefaultHttpHeaderParsingService` — a parser registry keyed by attribute name, with a default implementation that uses a `FrozenDictionary`. ### Composition Root Integration Following the pattern of `Http/Writing/Module.cs` and `Http/Reading/Module.cs`, provide `Module` classes in the CloudEvents writing and reading namespaces with `IServiceCollection` extension methods for DI registration: - **Writing Module** — registers `LightResultsCloudEventWriteOptions` via the options pattern and wires up the `ICloudEventAttributeConversionService` with its `FrozenDictionary` registry (analogous to `AddLightResultsHttpHeaderConversionService`). - **Reading Module** — registers `LightResultsCloudEventReadOptions` via the options pattern and wires up the `ICloudEventAttributeParsingService` with its `FrozenDictionary` registry (analogous to `AddLightResultsHttpHeaderParsingService`). Light.PortableResults-0.2.0/ai-plans/0015-1-cloud-events-reading-performance-optimization.md000066400000000000000000000203511516707642500315400ustar00rootroot00000000000000# CloudEvents Reading Performance Optimization ## Rationale After implementing the initial plan 0015-cloud-events-serialization, the current CloudEvent JSON reading implementation incurs unnecessary allocations when deserializing the `data` property. In `CloudEventEnvelopeJsonReader.ReadEnvelope`, when the `data` property is encountered, the implementation: 1. Parses the data subtree into a `JsonDocument` 2. Serializes it back to a `byte[]` via `JsonSerializer.SerializeToUtf8Bytes` 3. Stores this copy in `CloudEventEnvelopePayload.DataBytes` 4. Later deserializes from `DataBytes` to the actual payload type This creates three allocations (JsonDocument, internal buffers, byte[] copy) that can be eliminated. Since the caller provides a `ReadOnlyMemory` containing the original JSON, we can track byte positions and use a slice of the original buffer instead of copying. ## Acceptance Criteria - [x] `CloudEventEnvelopePayload` stores position-based tracking (`DataStart`, `DataLength`) instead of `byte[]` for the data segment - [x] No `JsonDocument` is allocated when parsing the CloudEvent envelope - [x] No intermediate `byte[]` copy is created for the data payload - [x] The original buffer slice is used directly when deserializing the data payload - [x] All existing CloudEvent reading functionality remains intact - [x] Automated tests are written or updated to verify the new implementation - [x] BenchmarkDotNet benchmarks are added to `./benchmarks/Benchmarks/` to measure the allocation reduction ## Technical Details ### Current Allocation Flow ``` ReadOnlyMemory cloudEvent (original buffer) │ â–¼ JsonSerializer.Deserialize(cloudEvent.Span, options) │ â–¼ (inside CloudEventEnvelopePayloadJsonConverter.Read) │ CloudEventEnvelopeJsonReader.ReadEnvelope(ref Utf8JsonReader reader) │ └─ When hitting "data" property: │ ├─ JsonDocument.ParseValue(ref reader) ↠Allocation #1 │ └─ JsonSerializer.SerializeToUtf8Bytes() ↠Allocation #2 │ â–¼ byte[] dataBytes stored in payload │ â–¼ Later: JsonSerializer.Deserialize(dataBytes) ↠Re-parsing same content ``` ### Zero-Copy Architecture (Position-Based) The key insight is that `Utf8JsonReader.BytesConsumed` tracks the current byte position within the input buffer. By recording positions before and after skipping the `data` value, we can compute a slice of the original buffer **after** deserialization completes. This approach maintains full STJ converter extensibility - users can still provide custom `JsonConverter` implementations. #### 1. Modify `CloudEventEnvelopePayload` Change the data storage from `byte[]?` to position tracking: ```csharp public readonly struct CloudEventEnvelopePayload { // Remove: public byte[]? DataBytes { get; } // Add: public int DataStart { get; } // Byte offset where data value begins public int DataLength { get; } // Length of data value in bytes // HasData and IsDataNull remain for semantic clarity } ``` #### 2. Modify `CloudEventEnvelopeJsonReader.ReadEnvelope` Update the existing method to track byte positions using `BytesConsumed` instead of copying bytes: ```csharp public static CloudEventEnvelopePayload ReadEnvelope(ref Utf8JsonReader reader) { // ... existing envelope attribute parsing ... int dataStart = 0; int dataLength = 0; var hasData = false; var isDataNull = false; // When hitting "data" property: else if (reader.ValueTextEquals("data")) { // Record position BEFORE reading the data value token // BytesConsumed is the position after the property name int positionBeforeDataValue = (int)reader.BytesConsumed; if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading data."); } hasData = true; if (reader.TokenType == JsonTokenType.Null) { isDataNull = true; // dataStart and dataLength remain 0 } else { // Skip the entire data subtree without parsing into JsonDocument reader.Skip(); int positionAfterDataValue = (int)reader.BytesConsumed; dataStart = positionBeforeDataValue; dataLength = positionAfterDataValue - positionBeforeDataValue; } } // ... rest of parsing ... return new CloudEventEnvelopePayload( type!, source!, id!, subject, time, dataContentType, dataSchema, extensionAttributes, hasData, isDataNull, dataStart, dataLength ); } ``` **Important:** `Utf8JsonReader.BytesConsumed` returns the number of bytes consumed *up to and including* the current token. We capture the position *after* reading the property name (before the value), then again after `Skip()` to get the complete range. #### 3. Update Extension Methods Modify `ReadOnlyMemoryCloudEventExtensions` to slice the original buffer after deserialization: ```csharp public static CloudEventEnvelope ReadResultWithCloudEventEnvelope( this ReadOnlyMemory cloudEvent, LightResultsCloudEventReadOptions? options = null) { var readOptions = options ?? LightResultsCloudEventReadOptions.Default; // Deserialize through STJ (maintains converter extensibility) var parsedEnvelope = JsonSerializer.Deserialize( cloudEvent.Span, readOptions.SerializerOptions ); var isFailure = DetermineIsFailure(parsedEnvelope, readOptions); // Slice the original buffer using tracked positions - ZERO COPY var dataSegment = parsedEnvelope.HasData && !parsedEnvelope.IsDataNull ? cloudEvent.Slice(parsedEnvelope.DataStart, parsedEnvelope.DataLength) : ReadOnlyMemory.Empty; var result = ParseResultPayload(dataSegment, isFailure, readOptions); // ... rest unchanged ... } ``` #### 4. Update Payload Parsing Methods Change signature to accept `ReadOnlyMemory` instead of extracting from payload: ```csharp private static Result ParseResultPayload( ReadOnlyMemory dataSegment, bool isFailure, LightResultsCloudEventReadOptions options) { if (dataSegment.IsEmpty) { if (isFailure) { throw new JsonException( "CloudEvent failure payloads for non-generic Result must contain non-null data." ); } return Result.Ok(); } if (isFailure) { var failurePayload = JsonSerializer.Deserialize( dataSegment.Span, options.SerializerOptions ); return Result.Fail(failurePayload.Errors, failurePayload.Metadata); } // ... etc ... } ``` #### 5. Converter Extensibility Preserved The `CloudEventEnvelopePayloadJsonConverter` continues to work through STJ's normal deserialization pipeline. Users can: - Register custom converters for envelope parsing - Override behavior via `JsonSerializerOptions` - Extend without modifying core library code The optimization is transparent to the converter - it simply stores positions instead of copying bytes. ### Benchmark Design Create `CloudEventReadingBenchmarks.cs` with: 1. **Baseline:** Current implementation (JsonDocument + SerializeToUtf8Bytes copy) 2. **Optimized:** Position-based approach (BytesConsumed + Skip + slice) 3. **Test cases:** - Small data payload (~100 bytes) - Medium data payload (~1KB) - Large data payload (~10KB) - Success vs failure payloads Measure both execution time and allocations using `[MemoryDiagnoser]`. ### Edge Cases - **Empty data segment:** `DataStart = 0, DataLength = 0` when `IsDataNull` is true or `HasData` is false - **Nested complex data:** `reader.Skip()` correctly handles any valid JSON subtree - **Unicode and escapes:** The slice captures raw UTF-8 bytes which `JsonSerializer` handles correctly - **Whitespace:** `BytesConsumed` includes any whitespace between tokens; this is fine since the slice is re-parsed by STJ ### Breaking Changes Changing `byte[]? DataBytes` to `int DataStart` and `int DataLength` is a breaking change, but the library is not published yet, so there is no issue here. Light.PortableResults-0.2.0/ai-plans/0015-2-cloud-events-write-optimization.md000066400000000000000000000243661516707642500267750ustar00rootroot00000000000000# CloudEvents JSON Writing Optimization ## Rationale The CloudEvents writing integration in `Light.Results.CloudEvents.Writing` is functionally correct and fulfills the requirements of the original serialization plan. However, a review identified two architectural gaps: 1. **No STJ Converter Integration**: Unlike the HTTP integration which provides `HttpWriteResultJsonConverter` and `HttpWriteResultJsonConverterFactory`, the CloudEvents integration only exposes low-level `WriteCloudEvent` extension methods. This prevents users from leveraging `JsonSerializer.Serialize()` with custom converters and limits composability with messaging libraries that use STJ. 2. **Suboptimal Allocations**: The current implementation allocates intermediate objects (metadata filtering) and uses `MemoryStream` + `ToArray()` which copies data twice. This plan addresses both gaps to align CloudEvents writing with the HTTP integration pattern and reduce memory pressure. ## Acceptance Criteria ### STJ Converter Integration - [ ] `CloudEventWriteResultJsonConverter` is implemented as a `JsonConverter` that serializes non-generic results as CloudEvents envelopes. - [ ] `CloudEventWriteResultJsonConverter` is implemented as a `JsonConverter>` that serializes generic results as CloudEvents envelopes. - [ ] `CloudEventWriteResultJsonConverterFactory` is implemented to create `CloudEventWriteResultJsonConverter` instances for any `Result` type. - [ ] CloudEvents envelope parameters (`successType`, `failureType`, `id`, `source`, `subject`, `dataschema`, `time`) are configurable via `LightResultsCloudEventWriteOptions` and can be overridden per-serialization using a context mechanism. - [ ] `Module.AddDefaultLightResultsCloudEventWriteJsonConverters()` extension method is provided to register all CloudEvents write converters on a `JsonSerializerOptions` instance. - [ ] The existing `ToCloudEvent` and `WriteCloudEvent` extension methods remain available for callers who prefer direct `Utf8JsonWriter` control. - [ ] Callers can serialize a result as a CloudEvent by calling `JsonSerializer.Serialize(result, options)` when the converters are registered. ### Allocation Reduction - [ ] `ToCloudEvent` uses `ArrayBufferWriter` instead of `MemoryStream` to avoid double-copy allocations. - [ ] An overload `WriteCloudEvent(this Result result, IBufferWriter bufferWriter, ...)` is provided for zero-copy scenarios. - [ ] Metadata filtering for `SerializeInCloudEventData` is performed inline during the write loop rather than building an intermediate `MetadataObject`. - [ ] Extension attribute conversion iterates and writes directly rather than collecting into an intermediate `MetadataObject` first. - [ ] Metadata serialization uses `SharedSerializerExtensions.WriteMetadataPropertyAndValue()` to leverage STJ converters rather than duplicated local methods. ### Code Hygiene - [ ] Duplicated `WriteMetadataObject`, `WriteMetadataArray`, and `WriteMetadataValue` methods in `CloudEventResultExtensions` are removed in favor of shared helpers or STJ converters. - [ ] Automated tests verify no regressions in serialization output. - [ ] Allocation benchmarks are added to track memory usage for CloudEvents serialization. ## Technical Details ### Converter Architecture The converters follow the same pattern as `Http/Writing/Json/`: ``` CloudEvents/ Writing/ Json/ CloudEventWriteResultJsonConverter.cs CloudEventWriteResultJsonConverterFactory.cs ``` #### Parameter Passing Challenge STJ converters receive `Write(Utf8JsonWriter writer, T value, JsonSerializerOptions options)` — there is no direct way to pass per-call envelope parameters like `id` or `type`. Two approaches are viable: **Option A: Store parameters on the converter** The converter is constructed with `LightResultsCloudEventWriteOptions` which contains `SuccessType`, `FailureType`, `Source`, and other defaults. Per-call customization is not supported; callers must create different converter instances for different envelope configurations. **Option B: Context via options or AsyncLocal** Use `JsonSerializerOptions` with a custom property bag or an `AsyncLocal` to pass per-call parameters. This is more flexible but adds complexity. **Recommendation**: Start with Option A (parameters on converter/options). Most messaging scenarios use consistent envelope types per message type, so per-call customization is less common. The low-level `WriteCloudEvent` methods remain available for advanced scenarios. #### Converter Implementation Sketch ```csharp public sealed class CloudEventWriteResultJsonConverter : JsonConverter { private readonly LightResultsCloudEventWriteOptions _options; public CloudEventWriteResultJsonConverter(LightResultsCloudEventWriteOptions options) => _options = options ?? throw new ArgumentNullException(nameof(options)); public override Result Read(...) => throw new NotSupportedException(...); public override void Write(Utf8JsonWriter writer, Result result, JsonSerializerOptions options) => result.WriteCloudEvent( writer, successType: _options.SuccessType, failureType: _options.FailureType, id: _options.IdResolver?.Invoke() ?? Guid.NewGuid().ToString(), source: _options.Source, subject: _options.Subject, dataschema: _options.DataSchema, time: _options.Time, options: _options ); } ``` The generic converter and factory follow the same pattern as `HttpWriteResultJsonConverter` and `HttpWriteResultJsonConverterFactory`. ### Options Extensions `LightResultsCloudEventWriteOptions` gains additional properties for converter scenarios: ```csharp public sealed record LightResultsCloudEventWriteOptions { // Existing properties... public string? Source { get; set; } public MetadataSerializationMode MetadataSerializationMode { get; set; } = MetadataSerializationMode.Always; public JsonSerializerOptions SerializerOptions { get; set; } = ...; public ICloudEventAttributeConversionService ConversionService { get; set; } = ...; // New properties for converter scenarios public string? SuccessType { get; set; } public string? FailureType { get; set; } public string? Subject { get; set; } public string? DataSchema { get; set; } public DateTimeOffset? Time { get; set; } public Func? IdResolver { get; set; } } ``` `IdResolver` is a factory function because `id` must be unique per event. Callers can set `IdResolver = () => Guid.NewGuid().ToString()` or integrate with their idempotency key generation. ### Allocation Optimizations #### Replace MemoryStream with ArrayBufferWriter ```csharp public static byte[] ToCloudEvent(this Result result, ...) { var bufferWriter = new ArrayBufferWriter(); using var writer = new Utf8JsonWriter(bufferWriter); result.WriteCloudEvent(writer, ...); writer.Flush(); return bufferWriter.WrittenSpan.ToArray(); } ``` This eliminates the internal `MemoryStream` buffer management overhead and the copy from `MemoryStream.GetBuffer()` to `ToArray()`. #### IBufferWriter Overload For high-throughput scenarios (e.g., writing directly to Kestrel's pipe): ```csharp public static void WriteCloudEvent( this Result result, IBufferWriter bufferWriter, string? successType = null, ... ) { using var writer = new Utf8JsonWriter(bufferWriter); result.WriteCloudEvent(writer, successType, ...); writer.Flush(); } ``` #### Inline Metadata Filtering Instead of: ```csharp var metadataForData = SelectMetadataByAnnotation(result.Metadata, MetadataValueAnnotation.SerializeInCloudEventData); // ... later ... WriteMetadataPropertyAndValue(writer, metadataForData.Value); ``` Use inline filtering during write: ```csharp private static bool WriteMetadataPropertyAndValueIfAnnotated( Utf8JsonWriter writer, MetadataObject? metadata, MetadataValueAnnotation annotation, JsonSerializerOptions serializerOptions ) { if (metadata is null) return false; var hasAnnotatedValues = false; foreach (var kvp in metadata.Value) { if (kvp.Value.HasAnnotation(annotation)) { hasAnnotatedValues = true; break; } } if (!hasAnnotatedValues) return false; writer.WritePropertyName("metadata"); writer.WriteStartObject(); foreach (var kvp in metadata.Value) { if (kvp.Value.HasAnnotation(annotation)) { writer.WritePropertyName(kvp.Key); // Use STJ converter for MetadataValue ... } } writer.WriteEndObject(); return true; } ``` This approach iterates metadata once or twice (check + write) but avoids allocating a new `MetadataObject`. #### Use SharedSerializerExtensions Replace local `WriteMetadataObject`, `WriteMetadataArray`, and `WriteMetadataValue` methods with calls to `SharedSerializerExtensions` or the STJ `MetadataObject`/`MetadataValue` converters. This ensures consistent behavior with HTTP and respects user-provided converters. ### Module Registration ```csharp public static class Module { // Existing methods... public static void AddDefaultLightResultsCloudEventWriteJsonConverters( this JsonSerializerOptions serializerOptions, LightResultsCloudEventWriteOptions options ) { if (serializerOptions is null) throw new ArgumentNullException(nameof(serializerOptions)); serializerOptions.Converters.Add(new HttpWriteMetadataObjectJsonConverter()); serializerOptions.Converters.Add(new HttpWriteMetadataValueJsonConverter()); serializerOptions.Converters.Add(new CloudEventWriteResultJsonConverter(options)); serializerOptions.Converters.Add(new CloudEventWriteResultJsonConverterFactory(options)); } } ``` Note: The metadata converters are shared with HTTP since the write logic is identical. ### Benchmarks Add benchmarks in `Light.Results.Benchmarks` project: - `CloudEventWriteResultBenchmark` — measures serialization time and allocations for `Result` and `Result` with varying metadata sizes. - Compare `ToCloudEvent()` (current MemoryStream) vs optimized (ArrayBufferWriter) implementations. - Compare intermediate `MetadataObject` allocation vs inline filtering. Light.PortableResults-0.2.0/ai-plans/0015-3-cloud-events-write-streamlining.md000066400000000000000000000267731516707642500267500ustar00rootroot00000000000000# CloudEvents JSON Writing Streamlining ## Rationale The current CloudEvents writing implementation bypasses the STJ pipeline by not calling `JsonSerializer.Serialize()` in `CloudEventResultExtensions`. While this approach was optimized in the previous iteration (replacing `MemoryStream` with `PooledByteBufferWriter`), it has fundamental architectural limitations: 1. **No converter customization**: Callers cannot exchange the default JSON converters for `Result`, `Result`, or metadata types because STJ's `JsonSerializer.Serialize()` is never invoked. 2. **Constructor injection required**: `CloudEventWriteResultJsonConverter` requires `LightResultsCloudEventWriteOptions` to be passed at construction time, complicating DI scenarios and preventing stateless converters. 3. **Monolithic logic**: Envelope construction, attribute resolution, extension attribute writing, and data serialization are tightly coupled in a single class with many private helper methods. 4. **Limited composability**: Messaging libraries that use STJ cannot easily integrate with the current design. This plan introduces the use of an intermediary **readonly record struct** (`CloudEventEnvelopeForWriting`) that represents a fully-resolved Cloud Events envelope with frozen serialization options. A single JSON converter serializes this envelope type, handling both envelope attributes and Result data inline. This design enables full STJ pipeline integration, stateless converters, and clean separation of concerns. We still use `Utf8JsonWriter` with `PooledByteBufferWriter`, the former is passed to `JsonSerializer.Serialize` to invoke the STJ pipeline correctly. ## Acceptance Criteria ### Writing-Specific Envelope Types - [ ] A `ResolvedCloudEventWriteOptions` readonly record struct captures frozen serialization options (e.g., `MetadataSerializationMode`). - [ ] A `CloudEventEnvelopeForWriting` readonly record struct (and non-generic variant) carries resolved Cloud Events attributes and the frozen options. - [ ] These types are separate from the reading envelope (`CloudEventEnvelope`) to avoid conflating read and write concerns. ### Envelope JSON Converters - [ ] `CloudEventEnvelopeForWritingJsonConverter` serializes `CloudEventEnvelopeForWriting` by writing envelope attributes and Result data inline. - [ ] `CloudEventEnvelopeForWritingJsonConverter` serializes `CloudEventEnvelopeForWriting` similarly. - [ ] `CloudEventEnvelopeForWritingJsonConverterFactory` creates generic envelope converters for any `CloudEventEnvelopeForWriting`. - [ ] Converters are **stateless** (no constructor parameters). - [ ] Converters are **write-only** (`Read` throws `NotSupportedException`). Reading uses a separate flow with `CloudEventEnvelopePayload` for byte offset tracking. - [ ] Converters serialize Result data (value/errors/metadata) inline with direct access to `envelope.ResolvedOptions.MetadataMode`. ### Extension Methods - [ ] `ToCloudEventEnvelopeForWriting()` extension methods on `Result` and `Result` construct the envelope struct with resolved attributes and frozen options. - [ ] `ToCloudEvent()` extension methods remain available, internally constructing the envelope and calling `JsonSerializer.Serialize()`. - [ ] `WriteCloudEvent(Utf8JsonWriter)` methods remain for callers who need direct writer control. ### Module Registration - [ ] `AddDefaultLightResultsCloudEventWriteJsonConverters()` registers the envelope converters without requiring options at registration time. ### Code Hygiene - [ ] Legacy converter classes (`CloudEventWriteResultJsonConverter`, `CloudEventWriteResultJsonConverterFactory`) are removed. - [ ] Complex logic in `CloudEventResultExtensions` is simplified by delegating to STJ. - [ ] Existing tests pass with no regressions. - [ ] New tests verify envelope construction and serialization. ### Benchmarks - [ ] Benchmarks compare the new STJ-based approach against the previous direct-write approach. - [ ] Memory allocations are tracked to ensure no regression. ## Technical Details ### Writing-Specific Envelope Types The existing `CloudEventEnvelope` types in `src/Light.Results/CloudEvents/CloudEventEnvelope.cs` are used for **reading** and should remain focused on that concern. Writing requires additional context (serialization options) that reading doesn't need. #### ResolvedCloudEventWriteOptions A frozen struct capturing resolved serialization state: ```csharp public readonly record struct ResolvedCloudEventWriteOptions( MetadataSerializationMode MetadataMode // Future resolved settings added here as needed ); ``` This struct is constructed in `ToCloudEventEnvelopeForWriting()` by merging: - Global `LightResultsCloudEventWriteOptions` (from DI or defaults) - Per-call parameter overrides - Per-call options overrides Note: `JsonSerializerOptions` is NOT included because it's already part of the STJ pipeline. #### CloudEventEnvelopeForWriting ```csharp public readonly record struct CloudEventEnvelopeForWriting( string Type, string Source, string Id, Result Data, ResolvedCloudEventWriteOptions ResolvedOptions, string? Subject = null, DateTimeOffset? Time = null, string? DataContentType = null, string? DataSchema = null, MetadataObject? ExtensionAttributes = null ); ``` A non-generic `CloudEventEnvelopeForWriting` (with `Result Data`) follows the same pattern. The `ToCloudEventEnvelopeForWriting()` extension method handles: - Resolving `Type` based on `IsValid` (success vs failure type) - Generating `Id` if not provided - Extracting extension attributes from result metadata - Validating `Source` as URI-reference and `DataSchema` as absolute URI - Creating `ResolvedCloudEventWriteOptions` from merged configuration sources ### Converter Architecture ``` CloudEvents/Writing/ ├── ResolvedCloudEventWriteOptions.cs ├── CloudEventEnvelopeForWriting.cs ├── Json/ │ └── CloudEventEnvelopeForWritingJsonConverter.cs │ ├── CloudEventEnvelopeForWritingJsonConverter (non-generic) │ ├── CloudEventEnvelopeForWritingJsonConverter │ └── CloudEventEnvelopeForWritingJsonConverterFactory ``` #### Converter Responsibilities The single converter handles both envelope attributes and Result data serialization: **Envelope attributes:** 1. `specversion` (always "1.0") 2. `type`, `source`, `id`, `time` (required attributes) 3. `subject`, `dataschema` (if present) 4. `datacontenttype` (always "application/json") 5. Extension attributes (iterating `ExtensionAttributes` MetadataObject) **Result data (written inline as `data` property):** *For success:* - Non-generic `Result`: writes `{ "metadata": { ... } }` if metadata exists with `SerializeInCloudEventData` annotation, otherwise writes `null` or empty object. - Generic `Result`: writes `{ "value": ..., "metadata": { ... } }` as a wrapped object. If no metadata exists, writes just `{ "value": ... }` (still wrapped). *For failure:* - Writes `{ "errors": [...], "metadata": { ... } }` using existing error serialization helpers. The converter accesses `envelope.ResolvedOptions.MetadataMode` directly to determine metadata serialization behavior. This eliminates the need to pass options between converters through the STJ pipeline. **Implementation details:** - **Value serialization**: Uses `JsonSerializer.Serialize(writer, result.Value, options)` to leverage existing converters for the `T` type. - **Metadata serialization**: Delegates to existing metadata serialization helpers to maintain consistency with HTTP serialization. - **Error serialization**: Uses existing error serialization helpers (same as HTTP path). - **Extension attributes**: Iterates `ExtensionAttributes` MetadataObject and writes each as a top-level property using `writer.WritePropertyName()` and appropriate value writers. - **Timestamp formatting**: `time` property (if present) is serialized as ISO 8601 using STJ's default `DateTimeOffset` converter. ### Extension Method Flow ```csharp public static byte[] ToCloudEvent( this Result result, string? successType = null, string? failureType = null, string? id = null, string? source = null, ... LightResultsCloudEventWriteOptions? options = null ) { var resolvedOptions = options ?? LightResultsCloudEventWriteOptions.Default; // Create frozen options struct var frozenOptions = new ResolvedCloudEventWriteOptions( resolvedOptions.MetadataSerializationMode ); // Construct envelope with frozen options var envelope = result.ToCloudEventEnvelopeForWriting( successType, failureType, id, source, ... frozenOptions ); using var bufferWriter = new PooledByteBufferWriter(); using var writer = new Utf8JsonWriter(bufferWriter); var envelopeTypeInfo = (JsonTypeInfo>) resolvedOptions.SerializerOptions.GetTypeInfo(typeof(CloudEventEnvelopeForWriting)); // TODO: ensure that envelopeTypeInfo is not null JsonSerializer.Serialize(writer, envelope, envelopeTypeInfo); writer.Flush(); return bufferWriter.ToArray(); } ``` This approach: 1. Freezes configuration into `ResolvedCloudEventWriteOptions` (resolution happens once) 2. Constructs the envelope struct (no heap allocation for the struct itself) 3. Delegates entirely to STJ for serialization 4. Allows callers to replace any converter in the chain 5. Ensures converters receive all necessary context without ambient state lookups ### Metadata Serialization Logic The converter accesses `envelope.ResolvedOptions.MetadataMode` to determine metadata serialization: 1. Check `MetadataMode` (`MetadataSerializationMode` enum: `Always`, `ErrorsOnly`, or `Never`) 2. Apply `MetadataValueAnnotation.SerializeInCloudEventData` annotation as a secondary filter 3. Only serialize metadata values that pass both checks Note: For CloudEvents, metadata is always included in the `data` payload (not in envelope attributes), so the serialization mode only controls whether metadata appears in the data object. This approach keeps all serialization logic in one place with direct access to frozen options, avoiding the complexity of passing state through the STJ pipeline. ### Removing Legacy Converters The following files can be deleted or significantly simplified: - `CloudEventWriteResultJsonConverter.cs` — replaced by unified envelope converter - `CloudEventWriteResultJsonConverterFactory.cs` — replaced by unified envelope factory The complex private methods in `CloudEventResultExtensions` (attribute resolution, validation) remain but are invoked during envelope construction rather than during serialization. ### Performance Considerations 1. **Struct envelope**: `CloudEventEnvelopeForWriting` is a readonly record struct, avoiding heap allocations. 2. **Frozen options**: `ResolvedCloudEventWriteOptions` stores only a single enum value (4 bytes), minimal memory overhead. 3. **Single-pass resolution**: Configuration merging happens once in `ToCloudEventEnvelope()`, not repeatedly during serialization. 4. **STJ source generators**: Callers can use `JsonSerializerContext` for AOT-friendly serialization. 5. **Single STJ call**: One `JsonSerializer.Serialize()` call instead of manual writer manipulation. 6. **Potential overhead**: STJ's converter resolution has some overhead, but this is typically negligible and enables caching. We already have benchmarks which should be run to compare the performance of the new approach against the current implementation. Even if we face regression, the benefits of a unified, maintainable, and extensible approach outweigh the performance cost. Light.PortableResults-0.2.0/ai-plans/0015-4-final-code-review.md000066400000000000000000000135561516707642500240120ustar00rootroot00000000000000# Code Review Assessment (2026-02-22) ## Overall Assessment The implementation is production-quality, well-tested (1267 tests passing across all projects, Release build clean with 0 warnings), and architecturally sound. The CloudEvents v1.0 specification compliance is thorough. The deviations from the plan are justified and improve performance, extensibility, and maintainability. ## Strengths 1. **Zero-copy reading architecture**: `CloudEventEnvelopeJsonReader` tracks `BytesConsumed` positions and skips the `data` subtree without allocating a `JsonDocument`. The caller slices the original `ReadOnlyMemory` — a meaningful performance win. 2. **`RentedArrayBufferWriter` with lifecycle management**: The `IRentedArray` / `FinishWriting()` pattern is well-designed — state-machine-based (`Writable → Leased → Disposed`), idempotent disposal, and proper exception handling in `ToCloudEventPooled` (disposing the buffer writer on catch). 3. **Stateless STJ converters via `CloudEventEnvelopeForWriting`**: The envelope-as-data pattern cleanly decouples resolution from serialization. The `MakeGenericType` usage is Native AOT safe due to the static `typeof` reference. 4. **SharedJsonSerialization extraction**: Transport-agnostic helpers (`WriteRichErrors`, `WriteMetadataPropertyAndValue`, `WriteGenericValue`, `MetadataJsonReader`, `SharedResultJsonReader`) are cleanly extracted. The HTTP code delegates to these shared helpers with no regressions. 5. **CloudEvents spec compliance**: `specversion` always `"1.0"`, required attributes validated, `data_base64` explicitly rejected, `datacontenttype` validation accepts `application/json` and `+json` suffixes, `source` validated as URI-reference, `dataschema` as absolute URI, `lroutcome` rejected for non-`success`/`failure` values. ## Issues & Observations ### 1. Naming Inconsistency: Plural vs Singular "CloudEvents" Writing-side types use plural naming (`CloudEventsEnvelope`, `ICloudEventsAttributeConversionService`, `CloudEventsAttributeConverter`, `DefaultCloudEventsAttributeConversionService`), while reading-side types use singular naming (`CloudEventAttributeParser`, `CloudEventAttributeParserRegistry`, `DefaultCloudEventAttributeParsingService`, `ICloudEventAttributeParsingService`). The extension methods on `ReadOnlyMemory` return the plural `CloudEventsEnvelope` but are named `ReadResultWithCloudEventEnvelope` (singular). **Recommendation**: Pick one naming convention consistently. Plural `CloudEvents` matches the specification name and seems more appropriate. Rename the reading-side types to match. ### 2. `MetadataValueAnnotation` Naming Changes (Undocumented Deviation) The plan specifies `SerializeAsCloudEventExtensionAttribute = 8` and `SerializeInCloudEventExtensionAttributeAndData`. The implementation uses `SerializeInCloudEventsExtensionAttributes = 8` (changed prefix from `SerializeAs` to `SerializeIn`, singular to plural "Attributes", singular to plural "Events"). This naming change is not documented in the deviations file. ### 3. `IBufferWriter` Overload Claimed but Not Present Deviation §2 states: *"An overload `WriteCloudEvent(this Result result, IBufferWriter bufferWriter, ...)` was added for zero-copy scenarios."* However, `CloudEventsResultExtensions` does not expose a public `IBufferWriter` overload. The `RentedArrayBufferWriter` is created internally in `ToCloudEventPooled`. This deviation claim is stale or incorrect. ### 4. `Ulid` Package Dependency The `Ulid` package (v1.4.1) is a new runtime dependency on the core `Light.Results` library (netstandard2.0). It is only used for default ID generation when `id` is not explicitly provided. For a library emphasizing being lightweight, this trade-off should be consciously evaluated — `Guid.NewGuid()` has zero additional dependencies, and callers needing sortable IDs can inject their own `IdResolver`. ### 5. Mutable Singleton `Default` Options `LightResultsCloudEventsWriteOptions.Default` is a `sealed record` with mutable `{ get; set; }` properties. Any code that mutates this shared singleton affects all consumers globally — a thread-safety hazard. `LightResultsCloudEventReadOptions.Default` is safer with `{ get; init; }` properties. The HTTP options have the same pattern, so this is pre-existing, but it's worth noting. ### 6. Dead Code: `ReadRichErrorObject` in `ResultJsonReader.cs` After refactoring to use `SharedResultJsonReader.ReadRichErrors()`, the private `ReadRichErrorObject` method in `Http/Reading/Json/ResultJsonReader.cs` appears to be unreachable dead code. Consider removing it. ### 7. Duplicated `IsPrimitive(MetadataKind)` Helper The `IsPrimitive` check is duplicated as private static methods in `CloudEventEnvelopeJsonReader` and `DefaultCloudEventAttributeParsingService`, while the writing side uses a `MetadataKind.IsPrimitive()` extension method. Consider using the extension method consistently. ### 8. Minor: Double-Annotation in Extension Attribute Reading In `CloudEventEnvelopeJsonReader.ReadExtensionAttributeValue`, values are first read with `SerializeInCloudEventsData` annotation, then immediately re-annotated to `SerializeInCloudEventsExtensionAttributes` for primitives. This creates the `MetadataValue` twice. For primitives, the correct annotation could be passed directly to avoid the extra allocation. This is minor given extension attributes are typically few. ## Deviation Documentation Gaps | Deviation | Documented? | |---|---| | Zero-copy reading | Yes | | `RentedArrayBufferWriter` + `IRentedArray` pooling | Yes | | Stateless converters via envelope structs | Yes | | `SharedJsonSerialization/` subfolder organization | Yes | | Always-wrap success payload | Yes | | UUIDv7 via `Ulid` | Yes | | Naming: plural `CloudEvents` vs singular `CloudEvent` inconsistency | No | | `MetadataValueAnnotation` flag naming changes | No | | Missing `IBufferWriter` overload claimed in §2 | No (stale claim) | Light.PortableResults-0.2.0/ai-plans/0015-5-plan-deviations.md000066400000000000000000000154061516707642500236040ustar00rootroot00000000000000# Deviations from Plan 0015-cloud-events-serialization This document outlines the architectural and implementation deviations from the original `0015-cloud-events-serialization.md` plan. These deviations were introduced through subsequent optimization and streamlining plans to improve performance, reduce allocations, and better integrate with the `System.Text.Json` (STJ) pipeline. ## 1. Reading Performance Optimization (Zero-Copy Architecture) *Reference: `0015-cloud-events-reading-performance-optimization.md`* **Original Plan:** The original plan implied parsing the `data` property of the CloudEvent envelope into a `JsonDocument` and serializing it back to a `byte[]` for later deserialization into the actual payload type. **Deviation:** To eliminate unnecessary allocations (`JsonDocument`, internal buffers, `byte[]` copy), a zero-copy architecture was implemented. - `CloudEventEnvelopePayload` was changed to store position-based tracking (`DataStart`, `DataLength`) instead of a `byte[]` for the data segment. - `CloudEventEnvelopeJsonReader.ReadEnvelope` tracks byte positions using `Utf8JsonReader.BytesConsumed` and skips the data subtree without parsing it into a `JsonDocument`. - `ReadOnlyMemoryCloudEventExtensions` slices the original `ReadOnlyMemory` buffer using the tracked positions after deserialization completes, and passes this slice directly to the payload parser. ## 2. Writing Optimization and STJ Integration *Reference: `0015-cloud-events-write-optimization.md`* **Original Plan:** The original plan specified `ToCloudEvent` and `WriteCloudEvent` extension methods that directly wrote to `Utf8JsonWriter`, bypassing the STJ pipeline for the envelope itself. It also used `MemoryStream` for byte array generation. **Deviation:** To align with the HTTP integration pattern and reduce memory pressure: - `ToCloudEvent` was updated to use `RentedArrayBufferWriter` (an `IBufferWriter`) instead of `MemoryStream` to avoid double-copy allocations. - The write path now finalizes pooled buffers through `FinishWriting()` and returns an `IRentedArray` handle for zero-copy handoff and deterministic pool return on disposal. - Metadata filtering and extension attribute conversion were optimized to iterate and write directly inline, avoiding the allocation of intermediate `MetadataObject` instances where possible. ## 3. Writing Streamlining (Unified Envelope Converter) *Reference: `0015-cloud-events-write-streamlining.md`* **Original Plan / Intermediate State:** The intermediate optimization plan introduced `CloudEventWriteResultJsonConverter` which required constructor injection of `LightResultsCloudEventWriteOptions`. This complicated DI scenarios and prevented stateless converters. The logic was also monolithic and tightly coupled in extension methods. **Deviation:** To enable full STJ pipeline integration, stateless converters, and clean separation of concerns: - Introduced `ResolvedCloudEventWriteOptions` readonly record struct to capture frozen serialization options (e.g., `MetadataSerializationMode`). - Introduced `CloudEventEnvelopeForWriting` (and non-generic) readonly record struct to carry resolved Cloud Events attributes and the frozen options. - Created a single, stateless `CloudEventEnvelopeForWritingJsonConverter` that serializes this envelope struct, handling both envelope attributes and Result data inline. - The `ToCloudEvent` extension methods now construct this envelope struct and call `JsonSerializer.Serialize()`, delegating the actual writing entirely to the STJ pipeline. - Legacy converters (`CloudEventWriteResultJsonConverter`, `CloudEventWriteResultJsonConverterFactory`) were removed. ## 4. Shared JSON Serialization Location *Reference: `0015-cloud-events-serialization.md`* **Original Plan:** The plan stated that transport-agnostic JSON serialization helpers would be extracted from `Http/` into a `SharedJsonSerialization/` folder at the same level. **Deviation:** While the `SharedJsonSerialization` folder was created, the helpers were placed in `SharedJsonSerialization/Reading/` and `SharedJsonSerialization/Writing/` subfolders to better organize the code by concern, rather than keeping them all at the root of `SharedJsonSerialization/`. ## 5. Success Payload Wrapping *Reference: `0015-cloud-events-write-streamlining.md`* **Original Plan:** For successful `Result`, the `data` payload was supposed to contain the serialized value of `T` directly when success metadata is not included. It would only wrap the value in `{ "value": , "metadata": { ... } }` if metadata was included. **Deviation:** As documented in the streamlining plan, the implementation now *always* wraps the success payload in an object. If no metadata exists, it writes `{ "value": }`. This simplifies the JSON schema for consumers, as the payload is always an object with a `value` property, rather than sometimes being a primitive and sometimes an object. ## 6. CloudEvent ID Generation *Reference: `0015-cloud-events-serialization.md`* **Original Plan:** The original plan implied using `Guid.NewGuid()` (UUIDv4) to generate unique identifiers for CloudEvents when an ID is not explicitly provided. **Deviation:** To improve sortability and database insertion performance for consumers of these events, the implementation was updated to use the `Ulid` package. It now generates a UUIDv7 via `Ulid.NewUlid().ToGuid().ToString()` instead of a standard UUIDv4. ## 7. MetadataValueAnnotation Flag Naming **Original Plan:** The plan specified `SerializeAsCloudEventExtensionAttribute = 8` for the flag indicating serialization into CloudEvents extension attributes, and `SerializeInCloudEventExtensionAttributeAndData` for the combination flag. **Deviation:** The implementation renamed these flags to better align with the existing `SerializeIn` prefix convention (used by `SerializeInHttpResponseBody`, `SerializeInHttpHeader`, etc.) and to use plural forms consistent with the CloudEvents specification name: - `SerializeAsCloudEventExtensionAttribute` → `SerializeInCloudEventsExtensionAttributes` (changed prefix from `SerializeAs` to `SerializeIn`, singular to plural `CloudEvents`, singular to plural `Attributes`) - `SerializeInCloudEventExtensionAttributeAndData` → `SerializeInCloudEventsExtensionAttributesAndData` (same plural adjustments) ## Summary The core requirements of the original plan (CloudEvents v1.0 compliance, attribute resolution, data payload formatting) remain fulfilled. The deviations are purely architectural improvements focused on: 1. **Performance**: Zero-copy reading and reduced allocations during writing. 2. **Extensibility**: Full integration with the `System.Text.Json` pipeline, allowing callers to customize serialization via standard STJ mechanisms. 3. **Maintainability**: Clean separation of concerns using dedicated envelope structs and stateless converters. Light.PortableResults-0.2.0/ai-plans/0017-HTTP-write-integration-streamlining.md000066400000000000000000000327521516707642500272740ustar00rootroot00000000000000# HTTP Write Integration Streamlining ## Rationale The HTTP writing integration currently bypasses the standard System.Text.Json (STJ) pipeline in the ASP.NET Core Minimal API and MVC layers. Both `LightResult` / `LightResult` (Minimal APIs) and `LightActionResult` / `LightActionResult` (MVC) attempt to downcast the resolved `JsonConverter` to `HttpWriteResultJsonConverter` or `HttpWriteResultJsonConverter` and then call a custom `Serialize` method that accepts `LightResultsHttpWriteOptions` as an additional argument. This design has two key problems: 1. **Callers cannot replace converters.** Because the ASP.NET Core result types check for a specific converter class via downcast, registering a custom `JsonConverter` or `JsonConverter>` will only be used when the downcast fails (the fallback path), and in that case the `LightResultsHttpWriteOptions` are silently ignored — producing incorrect output. 2. **Options are passed out-of-band.** `HttpWriteResultJsonConverter` receives `LightResultsHttpWriteOptions` both at construction time (for the `Write` override) and as an extra argument through the `Serialize` method (for per-request overrides). This dual-channel design is fragile and unlike the CloudEvents writing feature, which solved the same problem cleanly by embedding resolved options into an intermediary struct that flows through the normal STJ pipeline. This plan adopts the CloudEvents pattern: introduce intermediary **wrapper structs** (`HttpResultForWriting` / `HttpResultForWriting`) that bundle the `Result` together with resolved serialization options. Stateless JSON converters serialize these wrapper types through the standard STJ `JsonSerializer.Serialize` call. The ASP.NET Core layers (both Minimal APIs and MVC) construct the wrapper and hand it to STJ — no downcasts, no special `Serialize` methods. ## Acceptance Criteria ### Intermediary Types - [ ] A `ResolvedHttpWriteOptions` readonly record struct captures the frozen, per-request serialization options (derived from `LightResultsHttpWriteOptions` and any per-call overrides). - [ ] A public extension method `ToResolvedHttpWriteOptions()` on `LightResultsHttpWriteOptions` creates `ResolvedHttpWriteOptions`. This is the single public conversion point used by both the base classes and the wrapper construction. - [ ] `HttpResultForWriting` (non-generic, wrapping `Result`) and `HttpResultForWriting` (wrapping `Result`) readonly record structs carry the result data together with `ResolvedHttpWriteOptions`. - [ ] Extension methods `ToHttpResultForWriting` on `Result` and `Result` construct these wrapper structs. ### JSON Converters for Intermediary Types - [ ] `HttpResultForWritingJsonConverter` serializes `HttpResultForWriting` by writing either an empty body / metadata-only object (success) or Problem Details (failure) — reusing existing serialization helpers. - [ ] `HttpResultForWritingJsonConverter` serializes `HttpResultForWriting` by writing the value (possibly wrapped with metadata) on success, or Problem Details on failure. - [ ] `HttpResultForWritingJsonConverterFactory` creates generic converters for any `HttpResultForWriting`. - [ ] All converters are **stateless** (no constructor parameters) and **write-only** (`Read` throws `NotSupportedException`). - [ ] Converters access serialization options from the wrapper struct directly, not from ambient state. ### ASP.NET Core Minimal API Integration - [ ] `LightResult.WriteBodyAsync` and `LightResult.WriteBodyAsync` construct the `HttpResultForWriting` / `HttpResultForWriting` wrapper, look up the `JsonTypeInfo` for it, and call `JsonSerializer.Serialize` — no downcast to a specific converter class. - [ ] The `Serialize` shortcut methods and the converter downcast branches are removed from `LightResult` and `LightResult`. ### ASP.NET Core MVC Integration - [ ] `LightActionResult.WriteBodyAsync` and `LightActionResult.WriteBodyAsync` follow the same wrapper pattern, matching the Minimal API changes. - [ ] The converter downcast branches are removed from `LightActionResult` and `LightActionResult`. ### Shared Base Classes - [ ] `BaseLightResult` and `BaseLightActionResult` keep `LightResultsHttpWriteOptions?` as the constructor parameter and stored property (it remains the user-facing type). - [ ] `ExecuteAsync` / `ExecuteResultAsync` resolves options once at the top: merge the stored `OverrideOptions` with DI-resolved options (via `ResolveLightResultOptions`), then freeze to `ResolvedHttpWriteOptions` via `ToResolvedHttpWriteOptions()`. The single `ResolvedHttpWriteOptions` is passed to both `SetHeaders` and `WriteBodyAsync`. - [ ] `SetHeaders` and `WriteBodyAsync` signatures change to accept `ResolvedHttpWriteOptions` so they no longer resolve options themselves. ### DI / Module Registration - [ ] `AddDefaultLightResultsHttpWriteJsonConverters` registers the new converters (`HttpResultForWritingJsonConverter`, `HttpResultForWritingJsonConverterFactory`) instead of the current `HttpWriteResultJsonConverter` and `HttpWriteResultJsonConverterFactory`. The metadata converters (`HttpWriteMetadataObjectJsonConverter`, `HttpWriteMetadataValueJsonConverter`) remain. - [ ] The registration method no longer requires `LightResultsHttpWriteOptions` as a parameter because the new converters are stateless. Update `Module` in both Minimal APIs and MVC accordingly (the `Configure` lambda for JSON options becomes simpler or unnecessary). ### Code Cleanup - [ ] `HttpWriteResultJsonConverter`, `HttpWriteResultJsonConverter`, and `HttpWriteResultJsonConverterFactory` are removed. - [ ] The `Serialize` method overloads that accepted `LightResultsHttpWriteOptions` are removed. - [ ] Existing tests pass with no regressions. - [ ] New tests verify `HttpResultForWriting` / `HttpResultForWriting` construction and serialization. ### Benchmarks - [ ] Existing HTTP serialization benchmarks are updated to use the new intermediary types and run to verify no significant performance regression. ## Technical Details ### Intermediary Types Place these in `src/Light.Results/Http/Writing/`: #### `ResolvedHttpWriteOptions` ```csharp public readonly record struct ResolvedHttpWriteOptions( ValidationProblemSerializationFormat ValidationProblemSerializationFormat, MetadataSerializationMode MetadataSerializationMode, Func? CreateProblemDetailsInfo, bool FirstErrorCategoryIsLeadingCategory ); ``` This struct is a frozen snapshot of `LightResultsHttpWriteOptions`, created once per request. It avoids repeatedly reading from the mutable options class during serialization. A public extension method provides the conversion: ```csharp public static ResolvedHttpWriteOptions ToResolvedHttpWriteOptions( this LightResultsHttpWriteOptions options ) => new ( options.ValidationProblemSerializationFormat, options.MetadataSerializationMode, options.CreateProblemDetailsInfo, options.FirstErrorCategoryIsLeadingCategory ); ``` This is the single point of truth for converting mutable options to frozen options. It is called once at the top of `ExecuteAsync` / `ExecuteResultAsync` (after resolving the final `LightResultsHttpWriteOptions` from DI or override) and by the `ToHttpResultForWriting` extension methods. #### Wrapper Types: `HttpResultForWriting` and `HttpResultForWriting` ```csharp public readonly record struct HttpResultForWriting( Result Data, ResolvedHttpWriteOptions ResolvedOptions ); public readonly record struct HttpResultForWriting( Result Data, ResolvedHttpWriteOptions ResolvedOptions ); ``` #### Extension Methods An `HttpResultForWritingExtensions` static class provides: ```csharp public static HttpResultForWriting ToHttpResultForWriting( this Result result, LightResultsHttpWriteOptions options ); public static HttpResultForWriting ToHttpResultForWriting( this Result result, LightResultsHttpWriteOptions options ); ``` These methods create `ResolvedHttpWriteOptions` from the supplied `LightResultsHttpWriteOptions` and return the wrapper struct. ### Converter Architecture Place converters in `src/Light.Results/Http/Writing/Json/`: ``` Http/Writing/ ├── HttpResultForWriting.cs ├── HttpResultForWritingExtensions.cs ├── ResolvedHttpWriteOptions.cs ├── Json/ │ ├── HttpResultForWritingJsonConverter.cs (non-generic + generic + factory) │ ├── HttpWriteMetadataObjectJsonConverter.cs (unchanged) │ └── HttpWriteMetadataValueJsonConverter.cs (unchanged) ``` The converters reuse the existing `SerializerExtensions.SerializeProblemDetailsAndMetadata` and `WriteMetadataPropertyAndValue` helpers. The key difference is that the converter reads options from the wrapper's `ResolvedOptions` field instead of from a constructor-injected `LightResultsHttpWriteOptions` instance. Because `SerializeProblemDetailsAndMetadata` currently accepts `LightResultsHttpWriteOptions`, it needs a new overload (or refactor) to accept `ResolvedHttpWriteOptions`. Keep the existing overload if backwards compatibility for direct callers is desired, or replace it since the library is not published yet and breaking changes are allowed. ### ASP.NET Core Integration Changes #### Base Class Changes `BaseLightResult` and `BaseLightActionResult` keep `LightResultsHttpWriteOptions?` as the constructor parameter and `OverrideOptions` property — this is the user-facing type that callers pass to `ToMinimalApiResult`, `ToMvcActionResult`, etc. The change happens inside `ExecuteAsync` / `ExecuteResultAsync`: 1. Resolve the final `LightResultsHttpWriteOptions` via the existing `ResolveLightResultOptions(OverrideOptions)` path (override ?? DI). 2. Freeze to `ResolvedHttpWriteOptions` by calling `ToResolvedHttpWriteOptions()` — once. 3. Pass the single `ResolvedHttpWriteOptions` to both `SetHeaders` and `WriteBodyAsync`. `SetHeaders` signature changes to accept `ResolvedHttpWriteOptions` instead of reading options from the `HttpContext` internally. It uses the struct's fields directly for status code, content type, and metadata header decisions. `WriteBodyAsync` signature changes to also receive `ResolvedHttpWriteOptions` so subclasses can construct the envelope without any additional resolution. #### `LightResult.WriteBodyAsync` (Minimal APIs) The method receives the already-resolved `ResolvedHttpWriteOptions` from the base class and becomes: 1. Resolve `JsonSerializerOptions` (existing logic via `ResolveJsonSerializerOptions`). 2. Construct `HttpResultForWriting` from the enriched result and the received `ResolvedHttpWriteOptions`. 3. Look up `JsonTypeInfo` for `HttpResultForWriting` from the serializer options. 4. Serialize with `JsonSerializer.Serialize(writer, wrapper, typeInfo)`. The same applies to `LightResult.WriteBodyAsync` with `HttpResultForWriting`. #### `LightActionResult.WriteBodyAsync` (MVC) Identical pattern, using `ResolveMvcJsonSerializerOptions` instead. #### Extension Methods (`ToMinimalApiResult`, `ToMvcActionResult`) These public extension methods remain unchanged — they accept `LightResultsHttpWriteOptions?` and pass it straight through to the constructor. No conversion happens here; freezing to `ResolvedHttpWriteOptions` is deferred to `ExecuteAsync` / `ExecuteResultAsync`. ### Module Registration `AddDefaultLightResultsHttpWriteJsonConverters` currently requires `LightResultsHttpWriteOptions` and creates converters with it: ```csharp // Current serializerOptions.Converters.Add(new HttpWriteResultJsonConverter(options)); serializerOptions.Converters.Add(new HttpWriteResultJsonConverterFactory(options)); ``` After the change: ```csharp // New serializerOptions.Converters.Add(new HttpResultForWritingJsonConverter()); serializerOptions.Converters.Add(new HttpResultForWritingJsonConverterFactory()); ``` The `AddDefaultLightResultsHttpWriteJsonConverters` method signature changes to no longer require `LightResultsHttpWriteOptions`. This simplifies the `Module.ConfigureMinimalApiJsonOptionsForLightResults` and `Module.ConfigureMvcJsonOptionsForLightResults` methods: they no longer need the `Configure` lambda to inject options into the JSON setup. ### Non-Generic `Result` Body Writing Edge Case When `Result` is valid and has no metadata to serialize, the current converter writes nothing at all (empty body). The new converter should preserve this behavior: if the result is valid and there is no metadata to write, `HttpResultForWritingJsonConverter` should write nothing. This requires the ASP.NET Core layer to check before calling `JsonSerializer.Serialize` — or the converter can write nothing and the caller omits the content type (which is already handled by `SetContentTypeFromResult`). Note: the current `SetContentTypeFromResult` already skips setting a content type for this case. The converter should simply not be invoked when there is nothing to write — this check belongs in `WriteBodyAsync`. ### Performance Considerations 1. All intermediary types are readonly record structs — no heap allocations for the wrapper itself. 2. `ResolvedHttpWriteOptions` is small (fits in a few machine words) — minimal copy overhead. 3. Options are resolved and frozen once at the top of `ExecuteAsync` / `ExecuteResultAsync`. The single `ResolvedHttpWriteOptions` instance is reused for headers and body writing. 4. STJ converter resolution adds minor overhead compared to the current direct downcast, but enables full pipeline extensibility — the same trade-off accepted for CloudEvents. Light.PortableResults-0.2.0/ai-plans/0022-rename-summary.md000066400000000000000000000150761516707642500233100ustar00rootroot00000000000000# 0022 Rename Summary ## Scope This summary covers branch `22-rename-to-portable-results` compared to `main`. ## Change Size - 316 files changed - 1182 insertions, 1037 deletions - Predominantly mechanical rename/refactor work, plus targeted API and documentation fixes. ## 1. Repository and Package Identity Renamed The solution moved from **Light.Results** to **Light.PortableResults** across repository artifacts: - Solution and signing artifacts renamed: - `Light.Results.slnx` -> `Light.PortableResults.slnx` - `Light.Results.Public.snk` -> `Light.PortableResults.Public.snk` - dotsettings file renamed accordingly - Repository URLs and package metadata updated to `Light.PortableResults` - Package names in README and project descriptions updated to the new identity ## 2. Project and Folder Renames Across `src/` and `tests/` All major project directories and `.csproj` names were renamed from `Light.Results*` to `Light.PortableResults*`, including: - Core library - ASP.NET Core Shared/Minimal APIs/MVC integration projects - All corresponding test projects - Benchmarks project references This includes namespace updates and file renames for consistency. ## 3. Public API Naming Updates (PortableResults Prefix) Key API names were modernized to match the new package identity. ### Core option type renames - `LightResultsHttpWriteOptions` -> `PortableResultsHttpWriteOptions` - `LightResultsHttpReadOptions` -> `PortableResultsHttpReadOptions` - `LightResultsCloudEventsWriteOptions` -> `PortableResultsCloudEventsWriteOptions` - `LightResultsCloudEventsReadOptions` -> `PortableResultsCloudEventsReadOptions` ### ASP.NET Core integration surface - `AddLightResultsForMinimalApis` -> `AddPortableResultsForMinimalApis` - `AddLightResultsForMvc` -> `AddPortableResultsForMvc` - `LightResultEndpointExtensions` -> `PortableResultsEndpointExtensions` - `ProducesLightResultAttribute` -> `ProducesPortableResultAttribute` - `LightResultsMinimalApiJsonContext` -> `PortableResultsMinimalApiJsonContext` - `ResolveLightResultsHttpWriteOptions` -> `ResolvePortableResultsHttpWriteOptions` ### Module registration/API naming updates - HTTP writing module renamed APIs to `PortableResults*` variants (including JSON converter registration and header conversion service registration) - HTTP reading module renamed APIs to `PortableResults*` variants - CloudEvents reading module renamed APIs to `PortableResults*` variants - CloudEvents writing options type renamed to `PortableResultsCloudEventsWriteOptions` ## 4. CloudEvents Contract Update: `lroutcome` -> `lproutcome` The reserved Light extension attribute was fully renamed: - Wire attribute key: - `lroutcome` -> `lproutcome` - Constant renamed: - `CloudEventsConstants.LightResultsOutcomeAttributeName` -> `CloudEventsConstants.PortableResultsOutcomeAttributeName` Updated areas: - CloudEvents writer (`JsonCloudEventsExtensions`) - CloudEvents reader (`ReadOnlyMemoryCloudEventsExtensions`) - Reserved/forbidden extension filtering logic - Error/help messages that reference the reserved attribute - CloudEvents unit tests - CloudEvents benchmarks - Internal planning docs that documented the old key No backward-compatibility path for `lroutcome` was kept. ## 5. README and Documentation Alignment Root `README.md` was brought in line with the renamed codebase and APIs: - Package names and links updated - `using` namespaces corrected - DI registration samples updated to current method names - Option type names in configuration snippets updated - CloudEvents source URN examples updated to `light-portable-results` - Sample code terminology aligned with current API surface Additional docs updated: - `AGENTS.md`, `src/AGENTS.md`, `tests/AGENTS.md` - Selected `ai-plans` documents reflecting renamed CloudEvents key and product name ## 6. CI/CD and Build Pipeline Adjustments GitHub workflows were updated to new solution/signing names: - Build/test workflow now restores/builds/tests `Light.PortableResults.slnx` - NuGet release workflow now packs with `Light.PortableResults.slnx` and `Light.PortableResults.snk` - Release workflow SNK handling was hardened with shell safety flags and cleanup trap ## 7. Tests and Benchmarks Updated to Match New Names - Test project names, namespaces, file paths, and snapshots were renamed to `Light.PortableResults*` - Assertions and JSON payload fixtures were updated to reflect renamed APIs and `lproutcome` - Benchmark code updated to reference renamed projects/types and CloudEvents outcome key ## 8. Post-Summary Cleanup (Follow-up Commit) After this summary file was first added, a follow-up cleanup commit addressed remaining transition gaps. ### CloudEvents writing API consistency The CloudEvents writing module still exposed `AddLightResults*` method names and was aligned to `PortableResults*`: - `AddLightResultsCloudEventsWriteOptions` -> `AddPortableResultsCloudEventsWriteOptions` - `AddLightResultsCloudEventsAttributeConversionService` -> `AddPortableResultsCloudEventsAttributeConversionService` - `AddDefaultLightResultsCloudEventsWriteJsonConverters` -> `AddDefaultPortableResultsCloudEventsWriteJsonConverters` The default serializer setup call chain was updated accordingly. ### Runtime/message text consistency - Updated DI error text from `"No LightResultsHttpWriteOptions are configured in the DI container"` to `"No PortableResultsHttpWriteOptions are configured in the DI container"`. ### Package release notes consistency Updated outdated method names in package release notes: - `AddLightResultsForMinimalApis` -> `AddPortableResultsForMinimalApis` - `AddLightResultsForMvc` -> `AddPortableResultsForMvc` ### Test naming cleanup Renamed leftover `LightResults*` test method names/usages to `PortableResults*` in: - CloudEvents writing module tests - CloudEvents reading module tests - HTTP writing module tests - HTTP reading module tests - One CloudEvents writing test name (`...LightResultsErrorPayload` -> `...PortableResultsErrorPayload`) ### Final sweep result A final repository-wide sweep was run for stale transition identifiers (`Light.Results`, `LightResults`, `light-results`, `lroutcome`). Remaining references were limited to: - Intentionally excluded files: - `LightResult.cs` - `LightActionResult.cs` - Historical planning documents under `ai-plans/` - Benchmark artifact logs (`BenchmarkDotNet.Artifacts`) ## Outcome The branch transitions the codebase from **Light.Results** to **Light.PortableResults** end-to-end, including package identity, source/test project structure, public API naming, documentation, CI workflow references, and CloudEvents outcome extension naming. Light.PortableResults-0.2.0/ai-plans/0024-0-validation-support.md000066400000000000000000000423171516707642500243470ustar00rootroot00000000000000# Validation Support Foundations ## Rationale Light.PortableResults already models validation failures well at the transport boundary through `ErrorCategory.Validation`, `Error.Target`, and HTTP validation problem serialization, but it does not yet provide an in-process validation API for DTOs. This plan introduces the foundational validation types by selectively adapting the successful parts of Light.Validation: a `ValidationContext` that owns configuration and error creation, a low-allocation `Check` struct for validating a single value, a dedicated `ValidationOutcome` result model, and validator base classes for DTO-centric workflows. The design should align with PortableResults primitives instead of copying the old library verbatim: validation failures become flat `Error` entries inside `Errors`, hierarchical paths are represented through composed `Error.Target` values such as `address.zipCode` or `addresses[0].zipCode`, synchronous convenience APIs can still produce plain `Result` failures for Minimal APIs or MVC, and validators may either normalize a DTO in place or transform it into another validated type for anti-corruption boundaries. ## Acceptance Criteria - [x] A new project `src/Light.PortableResults.Validation` exists, targets `netstandard2.0`, references `Light.PortableResults`, is added to the solution, and `src/AGENTS.md` is updated to describe the new project. - [x] A corresponding test project `tests/Light.PortableResults.Validation.Tests` exists for the new validation package and is added to the solution. - [x] The validation foundation exposes public types for `ValidationContext`, `Check`, `ValidationOutcome`, `BaseValidator`, `Validator`, `Validator`, `AsyncValidator`, `AsyncValidator`, `IValidationContextFactory`, `IValidationTargetNormalizer`, a default `ValidationContextFactory`, and the supporting options/template types needed to create contexts. - [x] `ValidationContext` lazily accumulates validation failures as flat `Error` entries with `ErrorCategory.Validation`, creates `Check` instances via caller argument expressions, normalizes strings when configured, and materializes failures as `Errors` / `Result` values without nested error containers. - [x] Public path-normalization and path-composition tooling is available so callers can build validation targets with the same rules as the library instead of relying on internal-only helpers. - [x] `Check` is implemented as a low-overhead readonly struct that supports normalized value flow, target/display-name handling, short-circuiting, and manual error creation so that future check extension methods can build on it without redesigning the type. - [x] The built-in target normalizer supports configurable casing conventions, uses cache-backed default normalization, and is configured through the selected normalizer instance rather than through a conflicting parallel casing option on `ValidationContextOptions`. - [x] `ValidationOutcome` preserves the validated value on success, stores flat `Errors` on failure, and provides helpers to convert failures into `Result` so that endpoint code can stay concise without losing a path to normalized values. - [x] `Validator` performs automatic null checking, delegates rule execution to `PerformValidation(ValidationContext, T)`, and returns `ValidationOutcome` while also offering synchronous convenience APIs such as `CheckForErrors(...)` / `TryValidate(...)` for short endpoint code. - [x] `Validator` supports validation plus transformation to a different validated output type, enabling immutable records, commands, and anti-corruption-layer mappings. - [x] `AsyncValidator` and `AsyncValidator` provide the same validation and transformation model for I/O-bound validation workflows, accept `CancellationToken`, and return `ValueTask>` / `ValueTask>`. - [x] Nested validation is modeled through target prefixing rather than nested `Errors` instances, and the foundation provides the path-composition hooks needed for future child-validator and collection-validation extensions. - [x] Automated tests cover successful validation, failure accumulation, target normalization, string normalization, automatic null validation, and flat hierarchical target composition. - [x] Benchmarks compare Light.PortableResults.Validation against FluentValidation `12.1.1` using two equivalent in-memory Minimal API endpoints: one with simple validation logic and one with more complex validation logic. The benchmarks measure runtime performance and allocated memory, with FluentValidation as the baseline. Both implementations must use the same DTOs and produce behaviorally equivalent responses so the comparison stays meaningful. ## Technical Details Create `Light.PortableResults.Validation` as a framework-agnostic companion package, not as an ASP.NET-specific integration. It should target `netstandard2.0` like the core project so the validation API can be reused in HTTP, gRPC, messaging, and non-web code. Because the design relies on `CallerArgumentExpressionAttribute` for ergonomics, the project will need the same kind of compatibility support that the solution already uses for newer C# features on older target frameworks. For the original design reference, review these Light.Validation sources before implementing the new types: - `ValidationContext`: - `Check`: - `Validator`: - `BaseValidator`: - `AsyncValidator`: - `IValidationContextFactory`: - `ValidationContextOptions`: - `ValidationResult`: - `ErrorTemplates`: - README examples: Do not port Light.Validation’s `ExtensibleObject`, `Dictionary` error store, or `MultipleErrorsPerKeyBehavior`. Those concepts were useful for nested error graphs, but they conflict with PortableResults’ flat `Errors` value object. `ValidationContext` should instead own a lightweight internal error builder that avoids allocations on the success path and grows only when errors are added. The builder can stay internal, but it should be designed like the rest of the library: keep the first error inline, expand lazily, and only materialize an `Errors` instance when the caller asks for one. `ValidationContext` should also own immutable references to `ValidationContextOptions` and `ValidationErrorTemplates`, expose `Check(...)`, `AddError(...)`, `TryGetErrors(...)`, and convenience methods that convert the current state into `Errors` and `Result` failures. `ValidationContextOptions` should keep only the options that still make sense with flat errors: target normalization, string normalization, and automatic-null-error creation. The old key comparer and multiple-errors-per-key settings should be dropped. Likewise, the target normalizer should no longer be just a delegate. Introduce a public `IValidationTargetNormalizer` with `string Normalize(string rawPath)` so callers can plug in their own policy while the default implementation remains free to add caching internally. The default behavior should preserve member paths instead of taking only the last segment: `dto.Address.ZipCode` should become `address.zipCode`, and collection/indexer syntax should remain expressible as `addresses[0].zipCode`. An empty target string must continue to represent the root object because the existing HTTP serialization already treats `""` as the root validation target. Do not force callers to replace the entire normalizer just to switch the casing convention. The built-in normalizer should expose a first-class casing option, for example via a small enum that supports at least `CamelCase`, `PascalCase`, and `Preserve`, so callers can align validation targets with their DTO/JSON naming conventions while still benefiting from the default parser and cache. That casing setting should configure the built-in normalizer instance itself through its constructor. `ValidationContextOptions` should then hold only the selected `IValidationTargetNormalizer` instance, avoiding an ambiguous API where a separate `TargetCasing` setting might conflict with a custom normalizer. Make the default target-path normalization rules explicit in the implementation and tests: remove irrelevant leading parameter roots such as `dto.`, preserve the member path, and convert member names to the expected lower-camel-case segments so that expressions like `dto.Address.ZipCode` become `address.zipCode`. The default normalizer should own a thread-safe cache for `rawPath -> normalizedPath` mappings, but only for the built-in normalization strategy. Do not globally cache prefix-composed paths such as `addresses[123].zipCode` because indexed prefixes can grow without a useful bound. `ValidationErrorTemplates` should stay close to Light.Validation’s strengths, but adapted to `Error`. Keep the localized format strings and formatting helpers so future rule extensions can reuse them, but do not make templates responsible for storing errors. The future check extension methods should use the templates to create `Error.Message` values while setting `Error.Code`, `Error.Target`, `Error.Category`, and optional `MetadataObject` explicitly. This is where the PortableResults metadata system comes in: machine-readable validation details belong on `Error.Metadata`, not in a mutable `object` bag on the context. `Check` should mirror the successful shape of Light.Validation’s `Check` while fitting the current library style. Make it a readonly struct that carries the context, raw or normalized target, display name, value, and a short-circuit flag. Keep the implicit conversion to `T` so normalized values can be reassigned naturally in validators. Add manual primitives that future extension methods can compose around: methods such as `WithValue`, `WithDisplayName`, `ShortCircuit`, `NormalizeTargetIfNecessary`, and `AddError`. `AddError` should support both fully constructed `Error` values and a simpler overload for message-based failures, automatically applying the check’s target when no explicit target is provided. Introduce a dedicated `ValidationOutcome` value type as the primary result model of the validation package. It should expose a non-throwing `Value` property, flat `Errors`, and `IsValid` / `HasErrors` semantics, plus `ToFailureResult()` so callers can easily convert failures into `Result` for HTTP and MVC integration. The type should not revive Light.Validation’s loosely typed `ValidationResult` shape; it should stay aligned with PortableResults primitives by using `Errors` directly. `Errors` should always be available and use `Errors`' empty instance when no failures occurred. `ToFailureResult()` should throw when called on a valid outcome. For invalid outcomes, `Value` should still be readable and should contain the best available normalized or transformed value, or `default(T)` when no meaningful value could be produced, such as after an automatic null check or an aborted transformation. This behavior should be documented with appropriate nullability annotations rather than hidden behind throwing accessors. Introduce a public `BaseValidator` plus synchronous and asynchronous validator base classes. `Validator` should keep Light.Validation’s ergonomic `PerformValidation(ValidationContext, T)` shape for the common case where validation returns the same DTO type after normalization. In addition, add `Validator` with `PerformValidation(ValidationContext, TSource)` returning `TValidated` so validation can also form an anti-corruption layer that maps incoming DTOs to immutable record structs, commands, or other validated internal models. Mirror both shapes with `AsyncValidator` and `AsyncValidator` using asynchronous `PerformValidationAsync(...)` methods that accept `CancellationToken` and return `ValueTask>` / `ValueTask>`. `ValueTask` is preferable here because many validators will still complete synchronously even when they participate in an async pipeline, and the library is explicitly performance-focused. The async implementation should also follow normal library guidance for `netstandard2.0`, including the deliberate use of `ConfigureAwait(false)` where appropriate. The public API should center on `Validate(...)` overloads returning `ValidationOutcome` or `ValidationOutcome`, with overloads that accept an existing `ValidationContext` for multi-step validation pipelines. On top of that, provide synchronous convenience methods tailored to endpoint ergonomics, for example `CheckForErrors(...)` and `TryValidate(...)`, so callers can keep short patterns such as `if (validator.CheckForErrors(dto, out Result failure)) return failure.ToMinimalApiResult();`. These convenience methods should be thin adapters over `ValidationOutcome` rather than the primary abstraction, because `out`-based patterns do not translate to async validators. Async validators should therefore expose only outcome-based APIs such as `ValidateAsync(...)`, keeping the model consistent while avoiding awkward `out`-parameter designs. All sync and async APIs should use nullability annotations carefully so the compiler can understand when validated values or errors are available. For transformed validators (`TSource -> TValidated`), the validated output should only be considered available on success. That keeps the API clean for immutable and anti-corruption use cases where a partially built output object is usually not meaningful. For same-type validators (`T -> T`), callers can still mutate a reference-type DTO in place while validating, but the formal contract remains `ValidationOutcome` rather than exposing partially normalized values on failure through `Result`. To preserve a path for future child validators without nested error trees, keep a scoped-context concept in the design. `IValidationContextFactory` should support creating both root contexts and child/scoped contexts that share the same underlying error sink while prepending a target prefix. The child context no longer owns its own nested error dictionary; instead, it contributes flat errors whose targets are composed from the parent prefix and the child member path. That keeps future `ValidateWith(...)` and `ValidateItems(...)` extensions straightforward and compatible with the existing HTTP validation serialization logic. Do not hide that composition logic behind internal-only helpers. Expose the same path-composition mechanism publicly, either through a small public value type or a public static helper, so callers can build consistent validation targets when they integrate with the library manually. Document the intended lifetime model in the implementation notes and XML docs. Validators are expected to be reusable and will often be good singleton candidates when they only depend on singleton-safe collaborators. `ValidationContext` instances, on the other hand, must be created per validation run and must never be shared across concurrent requests or parallel validation operations. Add a small benchmark suite in the benchmarks project that models two equivalent Minimal API endpoints twice: once with Light.PortableResults.Validation and once with FluentValidation `12.1.1`. One endpoint should exercise simple DTO validation with only a few field checks, while the other should exercise more complex validation with nested paths, multiple field checks, and a transformed validated output. Keep both versions behaviorally equivalent and in-memory so the measurements reflect validation overhead rather than networking or hosting noise. Report runtime performance and allocated memory, treating FluentValidation as the baseline. Tests in `Light.PortableResults.Validation.Tests` should stay mostly unit-level and focus on behavior that locks down the architectural decisions in this plan: no allocations or state buildup on the success path beyond the context instance, string normalization semantics, target normalization for nested members, automatic null failures with root targets, conversion of accumulated failures into `Errors`, `Result`, and `ValidationOutcome`, synchronous endpoint-oriented convenience methods, transformed validation from `TSource` to `TValidated`, async validation result flow including cancellation propagation, nullability behavior, cache-backed default target normalization, and scoped-context composition yielding paths such as `address.zipCode` and `addresses[0].zipCode`. Light.PortableResults-0.2.0/ai-plans/0024-1-validation-context-optimization.md000066400000000000000000000223601516707642500270400ustar00rootroot00000000000000# Validation Context Optimization ## Rationale The validation package is already competitive on the simple endpoint benchmark, but the complex endpoint benchmark shows that nested validation still pays for avoidable overhead in scoped-context creation, target-prefix plumbing, and failure-state materialization. This plan redesigns validation around a single per-run mutable state object and lightweight scoped contexts so that nested validation no longer allocates a new context object per child object or collection item. At the same time, the error accumulation model should be aligned more tightly with `Errors`: keep the single-error fast path allocation-free, allocate a small backing array only when a second error arrives, and materialize `Errors` by slicing the used portion of that array rather than copying into a second exact-sized array. ## Acceptance Criteria - [x] `ValidationContext` is redesigned as a lightweight scoped value type for validation runs rather than a dedicated heap object per scope. - [x] A single internal `ValidationState` reference type owns the mutable per-run validation state, including options, templates, error accumulation, and any shared root-level services needed by all scoped contexts. - [x] `IValidationContextFactory` and `ValidationContextFactory` are simplified to create root validation contexts only; child validation scopes are created directly from `ValidationContext` without round-tripping through the factory. - [x] `ValidationContext` exposes explicit scope/prefix creation APIs for nested validation scenarios, including member and index-based composition, so nested validators can avoid unnecessary caller-expression normalization work. - [x] The previous sink-based error accumulator is removed and merged into `ValidationState`. - [x] `ValidationState` keeps the first error inline and allocates an owned `Error[]` with an initial capacity of 10 when the second error arrives, allowing the common 2-to-10-error case to avoid further storage allocations. - [x] When more than 10 errors occur, `ValidationState` grows the owned array in a predictable way while preserving the existing error order. - [x] `ValidationContext.ToErrors()` / `TryGetErrors(...)` materialize `Errors` directly from the owned array via `ReadOnlyMemory` slicing when multiple errors are present, avoiding a second copy for the common failure path. - [x] The redesign preserves the current flat target semantics for nested validation, including root targets, member paths such as `address.zipCode`, and indexed paths such as `addresses[0].zipCode`. - [x] The redesign does not regress the success path: successful validation should allocate only the root per-run state, while nested scopes should not allocate additional objects. - [x] Automated tests cover root and nested scope creation, error accumulation across multiple scopes, first-error and multi-error materialization, direct wrapping of the owned multi-error buffer into `Errors`, and overflow behavior when more than 10 errors are produced. - [x] Benchmarks are added or updated to measure the validation hot paths affected by this redesign, including at least nested validation with child scopes and failure accumulation for 1, 2, 10, and more than 10 errors. ## Technical Details Redesign `ValidationContext` in `Light.PortableResults.Validation` as a `readonly struct` that represents a scoped view over a single validation run. The struct should hold only the shared `ValidationState` reference and the current target prefix for that scope. This keeps copies cheap enough for normal method passing while eliminating the current heap allocation that occurs whenever a nested child scope is created. Do not use `ref struct` here because validators must continue to compose with asynchronous flows and ordinary method calls. Introduce an internal sealed `ValidationState` type that replaces both the current mutable `ValidationContext` internals and `ValidationErrorSink`. `ValidationState` should own the immutable dependencies for the validation run (`ValidationContextOptions`, `ValidationErrorTemplates`, and any future run-level services) plus the mutable error storage. This state object is created exactly once per root validation run by `ValidationContextFactory`, and every scoped `ValidationContext` struct created from that root context points back to the same state instance. Simplify `IValidationContextFactory` to root context creation only. Child-scope creation should move onto `ValidationContext` itself because nested scopes no longer need a separate factory-owned object graph; they only need a different target prefix while sharing the same `ValidationState`. Replace the current `CreateChildValidationContext(...)` API with scope-oriented APIs on `ValidationContext`, for example: - `For(TChild child, [CallerArgumentExpression("child")] string target = "")` - `ForMember(string memberName, bool isNormalized = false)` - `ForIndex(int index)` - an optional low-level `WithPrefix(string prefix, bool isNormalized = false)` escape hatch These APIs should allow nested validators and collection validators to avoid unnecessary target normalization when they already know the normalized path segment. For example, a collection validator should be able to normalize the member name once, then append indexes with `ForIndex(i)` without rebuilding the full prefix each time through the factory. Merge the current sink logic directly into `ValidationState`. The storage model should be optimized to match `Errors`: - zero errors: no allocated error storage - one error: store the first `Error` inline in a dedicated field - second error: allocate an owned `Error[]` with a capacity of 10, copy the first error into slot 0, store the second error into slot 1, and continue using that array - third through tenth error: append into the same array without further allocation - eleventh and later errors: grow the array with a predictable strategy such as doubling or `Math.Max(length * 2, count + 1)` The exact capacity of 10 is deliberate because endpoint validation failures rarely exceed that number in practice, and the goal is to optimize the common failure shape rather than unbounded validation graphs. This design keeps the single-error path allocation-free while ensuring that the common multi-error path usually performs a single allocation total. The state object should track the current error count separately from the array length so the array can be wrapped without trimming. Materialization must take advantage of the existing `Errors(ReadOnlyMemory)` constructor in the core library. For multiple errors, `ValidationState` should create `Errors` by slicing the owned array to the used count via `array.AsMemory(0, count)` rather than allocating a new exact-sized array. This is a key part of the optimization: with the current `Errors` representation, there is no need to introduce an additional carrier type such as `ErrorsData`, and there is no need to copy the accumulated errors a second time as long as the owned array is not shared elsewhere. Do not use `ArrayPool` as the primary storage model for this redesign. Pooled arrays are awkward with the current `Errors` ownership semantics because the array cannot be returned to the pool while `Errors` still references it through `ReadOnlyMemory`. A normal owned array is the correct fit here, especially because the chosen design allocates that array only on the second error and then usually reuses it for the rest of the validation run. Keep the flat target semantics exactly as they work today. The scoped `ValidationContext` struct should compose the current prefix with normalized or pre-normalized child targets, but it must not duplicate already-composed targets. Root null-validation failures must continue to use the empty target string `""`, while child validators must continue to produce paths such as `address.zipCode` and `addresses[0].zipCode`. The redesign should therefore preserve the current target-composition rules in `ValidationTargets` while moving more of the nested-scope work away from factory calls and object allocation. Update `Check`, `Validator`, `Validator`, `AsyncValidator`, and `AsyncValidator` to operate on the new scoped `ValidationContext` struct. This should be mostly a mechanical change, but pay close attention to helper methods that currently assume `ValidationContext` is a reference type. The public API surface should remain ergonomic for callers, while the internal implementation should avoid unnecessary copies and child-state construction. Test this redesign via the public API of the Validation project using sociable unit tests. Avoid exposing internals to the test project. Finally, add focused microbenchmarks alongside the existing endpoint benchmarks so the effect of this redesign is directly measurable. In addition to rerunning the simple and complex endpoint comparisons, add internal benchmarks for: - creating nested child scopes repeatedly - accumulating exactly 1 error - accumulating exactly 2 errors - accumulating exactly 10 errors - accumulating more than 10 errors - materializing `Errors` from each of those cases These benchmarks should confirm that nested validation no longer allocates per child scope and that the common failure path usually performs at most one owned-array allocation total. Light.PortableResults-0.2.0/ai-plans/0024-2-options-and-error-templates-optimization.md000066400000000000000000000304141516707642500306020ustar00rootroot00000000000000# Options And Error Templates Optimization ## Rationale The current validation configuration model mixes mutable shared state, loosely coupled boolean-plus-delegate switches, and string-format-based error templates that are simple but not well aligned with the validation package's performance goals. At the same time, upcoming requirements around localization, translation keys, richer context-aware message generation, and root-to-child propagation of arbitrary validation data need a clearer and more cohesive design. This plan consolidates validation configuration into immutable records, replaces ambiguous flag/delegate combinations with explicit policy abstractions, and introduces allocation-aware readonly struct contexts for error-message generation so that extensibility improves without regressing the hot validation path. ## Acceptance Criteria - [x] `ValidationContextOptions` is redesigned as an immutable record that represents the complete per-run validation configuration. - [x] `ValidationErrorTemplates` is redesigned as an immutable record and becomes part of `ValidationContextOptions` instead of being passed separately through the validation pipeline. - [x] The mutable shared singleton pattern for `ValidationContextOptions.Default` and `ValidationErrorTemplates.Default` is removed so that default instances are safe to reuse without accidental global mutation. There should be default instances for those types, but they must not be mutable. - [x] The current `NormalizeStringValues` and `NormalizeStringValue` members are replaced by a single `IStringValueNormalizer` abstraction with a single normalization method and at least one no-op implementation. - [x] The current `CreateAutomaticNullErrors` and `CreateAutomaticNullError` members are replaced by a single `IAutomaticNullErrorProvider` abstraction with a `TryCreateError(...)` method. - [x] Validation runs can expose arbitrary shared context items to parent and child scopes through mutable APIs on `ValidationContext`, while readonly access to those items remains available during error-message generation and automatic-null handling. - [x] A dedicated readonly struct `ReadOnlyValidationContext` is introduced for readonly access to validation-run configuration and shared context data without boxing the mutable `ValidationContext` struct. - [x] Error-message generation uses readonly struct message contexts and generic APIs so that value-type inputs are not boxed by default when templates inspect the validated value. - [x] `ValidationErrorTemplates` stores message-template abstractions rather than raw format strings, enabling constant messages, specialized formatting, localization-aware formatting, and machine-readable error keys without forcing every message through `string.Format(params object?[])`. - [x] The new message-template design supports both plain message text and localization-oriented scenarios such as hierarchical frontend translation keys. - [x] The public validation API remains ergonomic for custom validators, while the common built-in validation path avoids avoidable allocations from interface boxing, `object` boxing, and params-array formatting. - [x] Automated tests cover immutable default instances, string normalization policies, automatic-null policies, mutable shared context-item access across parent and child scopes, readonly context-item access during message generation, generic message-template behavior for reference and value types, localization-oriented message generation, and preservation of current validation semantics. - [x] Benchmarks are added or updated to measure the redesigned configuration and message-generation hot paths, including at least built-in string normalization, automatic-null handling, constant message generation, formatted message generation, and message generation for value-type checks. ## Technical Details Redesign `ValidationContextOptions` as an immutable record that becomes the single configuration root for a validation run. Instead of threading `ValidationContextOptions` and `ValidationErrorTemplates` separately through `ValidationContextFactory`, `ValidationState`, and the validators, store the templates inside the options object. This aligns the design with the current shared-state model: one root validation run should have one coherent configuration object that is safe to share across all child scopes. `ValidationErrorTemplates` should also become an immutable record. Do not keep the current mutable shared-singleton behavior where `Default` can be changed globally at runtime. The default instances for both options and templates must be safe to share. If customization is needed, callers should create new instances via record construction or `with` expressions instead of mutating a shared default. Replace the current boolean-plus-delegate configuration pairs with dedicated policy abstractions: - `IStringValueNormalizer` with a single method for string normalization - `IAutomaticNullErrorProvider` with a single `TryCreateError(...)` method The string normalizer should not require a separate enable/disable boolean. A no-op implementation should represent the "do nothing" case. The method should allow preservation of `null` values so that disabling normalization does not implicitly convert nulls into empty strings. Keep the built-in implementations sealed and reuse singleton instances for the common policies. Likewise, automatic null-error behavior should be modeled through `IAutomaticNullErrorProvider` instead of a boolean plus optional delegate. The provider decides whether an automatic null error should be created. A no-op provider disables this feature without needing a separate switch. The built-in default provider should create the same validation errors as today unless the caller supplies an alternate implementation. Introduce a dedicated readonly struct `ReadOnlyValidationContext`. Do not use an interface such as `IReadOnlyValidationContext`, because the validation context is now a struct and interface-based readonly access would box it. `ReadOnlyValidationContext` should provide readonly access to the shared validation-run state needed by message templates and policies, such as: - the current target prefix - the active `ValidationContextOptions` - the active `ValidationErrorTemplates` - readonly lookup of arbitrary validation context items - any additional future run-level readonly data needed for message generation The writable `ValidationContext` should expose a cheap conversion or view-creation mechanism to produce a `ReadOnlyValidationContext` backed by the same shared `ValidationState`. Support arbitrary shared context items that can be written through `ValidationContext` and are visible from parent and child scopes alike. These items should live in shared run-level state so that nested scopes can read them without per-scope allocation and parent validators can compute values for child validators to consume later in the same validation run. The writable API belongs on `ValidationContext`, while `ReadOnlyValidationContext` should expose only readonly lookup. The API should be designed carefully to avoid string-key collisions and untyped casts where possible; typed keys are preferable. The plan does not require mutable scope-local shadowing semantics or rollback behavior when leaving a child scope. A single shared per-run item store is sufficient and is easier to reason about. Redesign `ValidationErrorTemplates` so that it stores message-template abstractions rather than raw strings. The existing `string.Format(..., params object?[])` model is flexible but allocates more than necessary for the common built-in cases and does not provide a natural place for richer message metadata. The intended shape of the boxing-aware API should be close to the following: ```csharp public interface IValidationErrorMessageTemplate { string ProvideMessage(in ValidationErrorMessageContext context); } public readonly struct ValidationErrorMessageContext { public ReadOnlyValidationContext Context { get; } public string DisplayName { get; } public string Target { get; } public T Value { get; } } public readonly struct ReadOnlyValidationContext { public string TargetPrefix { get; } public ValidationContextOptions Options { get; } public ValidationErrorTemplates ErrorTemplates { get; } public bool TryGetItem(ValidationContextKey key, out T value); } ``` Avoid `object? Value` because that would box value types. Avoid interface-based context access because that would box the validation context struct. These are explicit performance goals of the redesign. The readonly validation context inside these message contexts should still provide access to the shared context-item store so that callers can base message generation on data attached earlier in the validation run. Do not couple message-template generation to `Check` directly. While `Check` is a convenient source of data in many validation paths, automatic null handling and future validation scenarios must also be able to generate messages without depending on that exact type. A dedicated readonly struct message context is the better contract. The new message-template design should support more than just raw human-readable text. It must be possible to implement: - constant messages such as "The value must not be null" - specialized display-name-based messages without going through `string.Format` - localization/globalization-aware messages that use culture or other run-level state from the readonly validation context - machine-readable keys such as `errors.notnull` that can be consumed by a frontend or translation layer The exact carrier type for message generation can be either a string-only abstraction or a richer message descriptor, but the design must support localization-oriented and translation-key-oriented workflows without pushing callers back to ad hoc string concatenation. Keep the common built-in templates optimized via sealed singleton implementations where possible. Update the built-in validation code paths to use the new configuration model. This includes `ValidationContextFactory`, `ValidationState`, `ValidationContext`, `Check`, `BaseValidator`, `Validator`, `Validator`, `AsyncValidator`, and `AsyncValidator`. The automatic null-check path in particular should be refactored to call into `IAutomaticNullErrorProvider.TryCreateError(...)` using readonly struct contexts rather than the current delegate-based approach. Preserve existing validation behavior unless the new configuration explicitly changes it. In particular: - current flat target semantics must remain unchanged - current normalization behavior should remain the default behavior through the default `IStringValueNormalizer` - current automatic null-validation behavior should remain the default behavior through the default `IAutomaticNullErrorProvider` - current default built-in error messages should remain available, even if the underlying implementation moves from strings to message-template objects Test this redesign via the public API of the Validation project. The automated tests should confirm not only correctness but also the intended configuration semantics: - immutable defaults are not globally mutable - custom options flow from root to child scopes - context items written by a parent validator are visible in child scopes and message templates - no-op and custom normalizers behave correctly - no-op and custom automatic-null providers behave correctly - generic message contexts work for both reference-type and value-type values without changing behavior - localization-aware or key-based message templates can access the readonly validation context as intended Finally, add focused microbenchmarks for the new policy and message-generation infrastructure so the cost of the redesign remains measurable. In addition to rerunning relevant endpoint validation benchmarks, add benchmarks around: - built-in string normalization through the new normalizer abstraction - built-in automatic null handling through the new provider abstraction - constant message-template generation - formatted or display-name-based message-template generation - message-template generation for value-type checks to confirm the design avoids avoidable boxing These benchmarks should validate that the API becomes more expressive without sacrificing the low-allocation goals of the validation package. Light.PortableResults-0.2.0/ai-plans/0024-3-validation-outcome-removal.md000066400000000000000000000255741516707642500257620ustar00rootroot00000000000000# Validated Value And Validator Results ## Rationale The current validation design mixes two responsibilities in `ValidationOutcome`: it acts as the public validation result and as the internal carrier for normalized or transformed values. That makes failing validators awkward because child validators add errors to the shared `ValidationContext`, yet transformed outputs are still constructed and exposed through the same type. This plan separates those concerns. Public validator APIs should align with the core library and return `Result`, while validator implementations should use a dedicated success-only carrier named `ValidatedValue` for normalized or transformed values. Validation errors continue to live exclusively in `ValidationContext`, which lets root and child validators behave the same way and avoids constructing transformed outputs on failing paths. ## Acceptance Criteria - [x] `ValidationOutcome` is renamed to `ValidatedValue` and redesigned as a success-only value carrier rather than a public validation result model. - [x] `ValidatedValue` no longer exposes `Errors`, `IsValid`, `HasErrors`, or `ToFailureResult()`, and it enforces the same non-null success semantics as `Result`. - [x] `ValidatedValue` remains public only because it appears in protected extensibility points on public validator base classes, and its documentation clearly positions it as a validator-implementation type rather than an application-facing result model. - [x] All public synchronous validator entry points return `Result` / `Result` instead of `ValidationOutcome` and remain consistent for root and child validator usage. - [x] All public asynchronous validator entry points return `ValueTask>` / `ValueTask>` and mirror the synchronous API shape. - [x] `PerformValidation(...)` and `PerformValidationAsync(...)` on validator base classes return `ValidatedValue` / `ValidatedValue` so subclasses can produce normalized values without materializing failures. - [x] `ValidationContext` is the single source of validation failures for root and child validators; child validators add errors to the shared context and do not return independent failure objects. - [x] Nested validator composition uses a non-public `ValidatedValue`-based execution path instead of the public `Result` API so child validators do not materialize intermediate failures. - [x] The outer validator pipeline converts `ValidationContext` plus `ValidatedValue` into the final `Result` exactly once, preserving current flat target semantics, automatic null validation, and nested validation behavior. - [x] `ValidatedValue` exposes explicit construction for success and no-value states so validator implementations do not rely on an implicit default-value convention. - [x] Successful validation never produces a `null` value, and nullable validator tests and documentation are updated to match that contract. - [x] Synchronous convenience APIs such as `CheckForErrors(...)` and `TryValidate(...)` are updated to sit on top of the new `Result` contract without duplicating failure materialization. - [x] Automated tests are updated to cover successful normalization, failing validation with no exposed value, automatic null handling, nested child validators, transformed validators, async validators, and `ValidatedValue` semantics. - [x] Benchmarks are updated to show that failing transformed validations no longer allocate normalized output objects unnecessarily, especially in `ValidationEndpointBenchmarks`. ## Technical Details Keep `Result` as the only public success/failure model returned by validators. `Validator.Validate(...)`, `Validator.Validate(...)`, `AsyncValidator.ValidateAsync(...)`, and `AsyncValidator.ValidateAsync(...)` should all return the corresponding `Result` shape. This aligns validation with the rest of the library and gives callers one consistent contract: success means a non-null value exists, failure means errors exist. Rename `ValidationOutcome` to `ValidatedValue` and narrow its responsibility. `ValidatedValue` should be the protected-path carrier used by custom validator implementations, not a second public validation result model. It should represent only whether a normalized or transformed value was produced. The type should therefore keep only success-oriented members such as: - a non-null `Value` - a `HasValue` indicator - `TryGetValue(...)` - equality members if they are still useful for tests and consumers implementing custom validators Do not let `ValidatedValue` store or expose validation errors. Remove `Errors`, `IsValid`, `HasErrors`, and `ToFailureResult()`. A default or empty `ValidatedValue` means "no value was produced." Creating a successful `ValidatedValue` with `null` must throw so the contract stays aligned with `Result`. Make `ValidatedValue` construction explicit. Prefer a small factory surface such as `ValidatedValue.Success(value)` and `ValidatedValue.NoValue` so validator implementations communicate intent directly and do not depend on callers understanding that `default` means "no validated value." `ValidatedValue` will likely need to remain `public` because it appears in `protected` members on public validator base classes. Treat that as an implementation-driven visibility requirement, not as a sign that it should remain a primary public result abstraction. Its XML documentation should explicitly state that application code should use `Validate(...)` / `ValidateAsync(...)` and their `Result` return values, while `ValidatedValue` exists for custom validator authors overriding the protected pipeline methods. Keep `ValidationContext` as the only error channel. Validators should continue to add failures through `context.Check(...)`, `context.AddError(...)`, and child contexts such as `context.For(...)`, `context.ForMember(...)`, and `context.ForIndex(...)`. This rule applies equally to root and child validators. A child validator should never need to materialize a failed `Result` or failed `ValidatedValue` just because it added validation errors to the shared context. To preserve that invariant, introduce a non-public execution path for validator-to-validator composition. Public callers should continue to use `Validate(...)` / `ValidateAsync(...)` and receive `Result`, but parent validators composing child validators should be able to invoke a protected or internal helper that returns `ValidatedValue` while sharing the same `ValidationContext`. This avoids materializing `Result.Fail(context.ToErrors())` for intermediate child failures that the parent validator only needs to observe as "no validated value was produced." Change the protected validator contract to use `ValidatedValue`: - `Validator.PerformValidation(...)` returns `ValidatedValue` - `Validator.PerformValidation(...)` returns `ValidatedValue` - `AsyncValidator.PerformValidationAsync(...)` returns `ValueTask>` - `AsyncValidator.PerformValidationAsync(...)` returns `ValueTask>` This lets subclasses keep transformation logic inside the validator while only constructing the final DTO, command, or normalized object on the success path. For same-type validators, returning a successful `ValidatedValue` should usually wrap the normalized source object after all checks have passed. For transformed validators, the usual implementation pattern should be: 1. normalize and validate fields 2. invoke child validators through the non-public `ValidatedValue` composition path when validator code is already running inside a shared `ValidationContext` 3. if the shared context now contains errors, return an empty `ValidatedValue` 4. otherwise construct the transformed output and return a successful `ValidatedValue` The outer `Validate(...)` and `ValidateAsync(...)` methods should remain responsible for argument validation, automatic null handling, and final materialization. Their rule should be simple and deterministic: - if automatic null validation fails, return `Result.Fail(...)` - otherwise call `PerformValidation(...)` - if the shared `ValidationContext` contains errors after `PerformValidation(...)`, return `Result.Fail(context.ToErrors())` - if the context is clean and `ValidatedValue` contains a value, return `Result.Ok(value)` - if the context is clean but `ValidatedValue` is empty, throw an `InvalidOperationException` because the validator implementation violated its contract That last guard is important. Once errors are owned exclusively by `ValidationContext`, an empty `ValidatedValue` is only valid when errors are already present. This catches broken custom validators early instead of silently returning a malformed success or failure result. Update `BaseValidator` so the automatic null helper returns failed `Result` instances directly. The helper should continue to build errors through `ValidationContext` so target handling, display names, message templates, and shared context-item behavior remain unchanged. Review the convenience APIs after the main pipeline is updated. `TryValidate(...)` should validate once, call `Result.TryGetValue(...)`, and project failures to the non-generic `Result` only when needed. `CheckForErrors(...)` should continue to support concise endpoint code but must not trigger any duplicate error materialization or hidden transformed-output construction. Update tests in `tests/Light.PortableResults.Validation.Tests` around the new split of responsibilities. In particular: - tests that previously asserted `ValidationOutcome` should now assert `Result` from public validator APIs - tests for nullable-success behavior must be inverted so success with `null` is no longer allowed - transformed-validator tests should assert that values are only readable on success - child-validator tests should confirm that nested validation still contributes flat errors to the shared context without separate failure objects - new tests should cover `ValidatedValue` directly so the success-only semantics are locked down Update `benchmarks/Benchmarks/ValidationEndpointBenchmarks.cs` to use the new API shape and to stop constructing transformed outputs after validation has already failed. The benchmark validators should return empty `ValidatedValue` instances when the shared context contains errors and only allocate `SimpleCommand`, `ComplexCommand`, `AddressCommand`, and `ItemCommand` on the success path. The benchmark acceptance check should focus on the original problem statement: failing validations must no longer pay for unnecessary transformed-object allocations. Add at least one benchmark or focused benchmark assertion around nested validator composition so this redesign also proves that child validators do not materialize intermediate `Result` or `Errors` objects before the final public boundary is reached. Light.PortableResults-0.2.0/ai-plans/0024-4-normalization-optimization.md000066400000000000000000000124031516707642500261120ustar00rootroot00000000000000# Validation Target Normalization Optimization ## Rationale `DefaultValidationTargetNormalizer.NormalizeCore` currently performs several avoidable string allocations on cache misses, including whole-path trimming, per-segment substring creation, segment cleanup, and casing rewrites. This plan streamlines the miss path with a single-pass parser over the input characters so that validation target normalization remains semantically stable while producing less cold-path allocation churn for unique target expressions. ## Acceptance Criteria - [x] `DefaultValidationTargetNormalizer.NormalizeCore` is redesigned to parse the raw path in a single pass without using `Substring` for member segments and without allocating intermediate strings for segment cleanup. - [x] The optimized implementation preserves the current public normalization behavior for whitespace trimming, root-parameter removal, member separators, indexers, casing modes, empty inputs, and malformed indexers. - [x] The implementation keeps the existing cache behavior and thread-safety characteristics of `DefaultValidationTargetNormalizer`. - [x] The new normalization pipeline uses a stack-first output strategy with a safe fallback for longer targets so short and medium paths avoid unnecessary heap allocations beyond the final normalized string. - [x] Any dead or redundant logic uncovered by the parser rewrite is removed or folded into the new flow without changing externally observable behavior. - [x] Automated tests cover the optimized normalizer with representative simple, nested, indexed, whitespace-padded, verbatim-identifier, casing-preserving, empty, and malformed-path inputs. ## Technical Details Keep the change localized to `Light.PortableResults.Validation.DefaultValidationTargetNormalizer`. The public API of `IValidationTargetNormalizer`, the constructor surface of `DefaultValidationTargetNormalizer`, and the surrounding cache ownership model should remain unchanged. The optimization target is the work done after a cache miss, not the dictionary lookup itself. Replace the current normalization flow with a `ReadOnlySpan`-based parser that walks the trimmed input once from left to right and writes to a `Span`-backed output buffer. Instead of creating per-segment substrings and then post-processing them, compute the effective start and end indexes for each segment directly from the source characters. The parser should continue to strip the leading root segment before the first member separator when present, preserve bracketed indexers verbatim, and apply the configured casing convention only to actual member-name characters. Handle trimming manually by computing the first and last non-whitespace positions in the original string before the main parse begins and then slicing that range as a `ReadOnlySpan`. This removes the full-string `Trim` allocation. During segment handling, trim segment-local whitespace by advancing and retreating indexes within the same source span rather than materializing temporary strings. The parser should write normalized output into a stack-first builder abstraction. When the trimmed input length is at most 512 characters, use stack-allocated storage for the output buffer so short and medium paths avoid renting or allocating an intermediate heap buffer. When the trimmed input length exceeds 512 characters, fall back to a pooled buffer rented from `ArrayPool.Shared` and return that buffer reliably after the final string has been created. Avoid using a plain growable heap buffer such as `StringBuilder` or a repeatedly resized `char[]`, because the purpose of this fallback is to keep even unusually long targets on a low-allocation path. This threshold should be treated as a deliberate implementation constant rather than an incidental detail so that future benchmark work can tune it explicitly if needed. The builder should emit exactly one final normalized string once parsing is complete. Keep this helper private to the normalizer unless reuse becomes clearly justified inside the validation project. Segment cleanup should be folded into the parse loop. In particular, remove ignored prefixes such as `@` directly from the segment window before writing, and only transform the first significant character when camel-case or pascal-case conversion is required. Characters after the first significant character should be copied through as-is. This avoids the current pattern of building a cleaned segment string and then building another derived string for casing. Preserve current edge-case behavior deliberately. Empty or whitespace-only inputs must still normalize to `string.Empty`. A path that consists only of a root segment must still normalize to `string.Empty` after root removal. Malformed indexers without a closing `]` should continue to keep the unmatched tail rather than throwing. Before implementation, capture the current behavior with tests so the rewrite can be validated against the existing semantics rather than an inferred interpretation. Review the current helper methods while implementing the parser. Helpers that exist only because of the substring-based implementation should be removed or collapsed into span-aware logic. If any currently unreachable cleanup logic is discovered, remove it only after tests demonstrate that no public scenario depends on it. Light.PortableResults-0.2.0/ai-plans/0024-5-plan-deviations.md000066400000000000000000000176611516707642500236110ustar00rootroot00000000000000# 0024 Plan Deviations This document compares `ai-plans/0024-validation-support.md` with the current implementation state on this branch. It also tracks the follow-up changes introduced through: - `ai-plans/0024-validation-context-optimization.md` - `ai-plans/0024-options-and-error-templates-optimization.md` - `ai-plans/0024-validation-outcome-removal.md` - `ai-plans/0024-normalization-optimization.md` ## Deviations From The Original Plan ### 1. Public validator APIs now return `Result` instead of `ValidationOutcome` *Reference: `0024-validation-outcome-removal.md`* **Original plan:** The original design centered the validation package on a dedicated public result model named `ValidationOutcome`. Synchronous validators were supposed to return `ValidationOutcome` / `ValidationOutcome`, asynchronous validators were supposed to return `ValueTask>` / `ValueTask>`, and failing outcomes could still expose the best available validated value. **Implemented:** The public validator contract was aligned with the core library and now returns `Result` / `Result` and `ValueTask>` / `ValueTask>`. `ValidationOutcome` was removed from the public API and replaced with `ValidatedValue`, a success-only carrier used on protected and internal validator execution paths. Validation errors now live exclusively in `ValidationContext`, and failed public results no longer expose normalized or transformed values. The endpoint-oriented convenience methods from the original plan still exist, but they now sit on top of the `Result` contract: - `CheckForErrors(...)` materializes a non-generic `Result` only on failure. - `TryValidate(...)` returns the validated output only on success. - Child-validator composition uses non-public `ValidatedValue` helpers so nested validation does not materialize intermediate failed `Result` instances. ### 2. `ValidationContext` was redesigned from a per-scope object into a scoped struct over shared state *Reference: `0024-validation-context-optimization.md`* **Original plan:** The original plan described `ValidationContext` as the central mutable validation object and expected `IValidationContextFactory` to create both root and child contexts that share an error sink while composing targets. **Implemented:** `ValidationContext` is now a `readonly struct` that represents a scoped view over a single validation run. A single `ValidationState` instance owns the run-level mutable state, including options, templates, shared items, and error accumulation. `IValidationContextFactory` was simplified to root-context creation only. Child scopes are now created directly from `ValidationContext` through explicit APIs: - `For(...)` - `ForMember(...)` - `ForIndex(...)` - `WithPrefix(...)` The error accumulator was folded into `ValidationState`. The implementation keeps the first error inline, allocates an owned `Error[10]` when the second error arrives, grows that array when necessary, and wraps the used portion directly into `Errors` via `ReadOnlyMemory` instead of copying into a second exact-sized array. ### 3. Validation configuration became immutable and policy-based *Reference: `0024-options-and-error-templates-optimization.md`* **Original plan:** The original plan kept `ValidationContextOptions` and `ValidationErrorTemplates` as separate configuration concepts and described them mainly as holders for normalization settings, automatic-null behavior, and reusable message text. **Implemented:** `ValidationContextOptions` and `ValidationErrorTemplates` are now immutable records with safe-to-reuse default instances. `ValidationErrorTemplates` became part of `ValidationContextOptions`, so one validation run is configured by one immutable options object. The previous boolean-plus-delegate style configuration was replaced by explicit policy abstractions: - `IStringValueNormalizer` - `IAutomaticNullErrorProvider` The options model also grew beyond the original plan to support localization and richer message generation: - `CultureInfo` now participates in validation-message formatting. - Shared run-level items can be stored through `ValidationContextKey` and read from both mutable and readonly context views. - `ReadOnlyValidationContext` was introduced so message generation and policy hooks can inspect run-level state without boxing the mutable `ValidationContext` struct. ### 4. Error templates now produce richer message descriptors instead of only formatted strings *Reference: `0024-options-and-error-templates-optimization.md`* **Original plan:** The original plan envisioned `ValidationErrorTemplates` as a reusable source of localized format strings and formatting helpers that future check extensions could use to build `Error.Message` values. **Implemented:** `ValidationErrorTemplates` now stores template objects (`IValidationErrorMessageTemplate` and `IValidationErrorMessageTemplate`) instead of raw strings. Those templates produce `ValidationErrorMessage`, a dedicated value type that carries: - the final message text - an optional machine-readable key This goes beyond the original plan because templates can now support constant messages, specialized display-name formatting, culture-aware parameter formatting, and frontend/localization key scenarios without routing every message through `string.Format(params object?[])`. ### 5. Target normalization kept its public behavior but changed its internal architecture significantly *Reference: `0024-normalization-optimization.md`* **Original plan:** The original plan required a cache-backed `IValidationTargetNormalizer` with configurable casing semantics and stable path normalization behavior. **Implemented:** The public API and semantics stayed the same, but the cold-path implementation changed substantially. `DefaultValidationTargetNormalizer.NormalizeCore` was rewritten as a single-pass span-based parser that: - trims via spans instead of allocating trimmed strings - avoids `Substring`-based segment cleanup - uses stack-allocated output buffers for shorter paths - falls back to rented `ArrayPool` buffers for longer paths This is an implementation deviation rather than a semantic one: the branch keeps the original normalization contract while replacing the original allocation profile with a lower-allocation parser. ### 6. Benchmarks expanded beyond the two endpoint comparisons from the original plan *Reference: all follow-up plans* **Original plan:** The original benchmark scope focused on two equivalent Minimal API endpoints compared against FluentValidation `12.1.1`: one simple scenario and one more complex scenario. **Implemented:** Those endpoint benchmarks still exist, but the benchmark suite was broadened to measure the optimization work introduced after the original plan: - `ValidationEndpointBenchmarks.cs` still compares the simple and complex endpoint scenarios against FluentValidation. - A nested-validation-only benchmark was added to isolate child-scope overhead. - `ValidationContextBenchmarks.cs` measures nested scope creation, error accumulation, and error materialization for 1, 2, 10, and more than 10 errors. - `ValidationConfigurationBenchmarks.cs` measures string normalization, automatic null-error creation, and message template generation. ## Summary The original validation-support plan is still recognizable in the implemented package: the new project exists, the package exposes low-allocation checks, flat validation errors, public target-composition helpers, sync and async validators, tests, and FluentValidation comparison benchmarks. The major deviations are architectural. The branch moved away from a public `ValidationOutcome` model, redesigned validation around scoped `ValidationContext` structs plus shared `ValidationState`, made configuration immutable and policy-driven, upgraded error templates into richer message-template objects, and added focused microbenchmarks to prove the optimization work. Light.PortableResults-0.2.0/ai-plans/0026-error-definitions.md000066400000000000000000000307631516707642500240140ustar00rootroot00000000000000# Error Definitions ## Rationale The recent error-template redesign improved message generation, but assertion methods on `Check` still lack a clean way to reuse complete validation rule definitions that include more than formatted text. Built-in and custom assertions need a model that keeps message rendering reusable, captures rule-level defaults such as code and metadata once, and allows parameterized rules such as numeric boundaries or ranges to cache immutable definitions across validation runs. This plan introduces dedicated validation error definitions on top of the existing message-template concept and uses them to implement a first set of built-in assertions for DTO-centric validation flows. ## Acceptance Criteria - [x] Validation error infrastructure distinguishes between reusable message templates and immutable validation error definitions so that rule identity can be cached independently from message formatting logic. - [x] Non-parameterized and parameterized validation error definitions are supported through public APIs that remain low-allocation and avoid unnecessary boxing for value-type check values and rule parameters. - [x] Validation infrastructure exposes a public static catalog for fixed built-in definitions and a singleton cache for dynamically parameterized validation error definitions, and the current validation pipeline can access that cache through `ValidationState` and `ValidationContext`. - [x] `Check` gains ergonomic overloads for adding errors from validation error definitions, including explicit override hooks for callers who want to replace defaults such as code, metadata, target, or category. - [x] The built-in assertion model preserves the existing short-circuit behavior so that later assertions are skipped after failures such as `IsNotNull`, preventing null-driven follow-up failures in chained checks. - [x] Built-in `Check` assertion methods expose a `shortCircuitOnError` parameter with explicit defaults: `true` for `IsNotNull` and `false` for `IsIn`, `IsGreaterThan`, and `IsLessThan`. - [x] The validation package exposes reusable built-in definitions for at least `NotNull`, `IsIn`, `GreaterThan`, and `LessThan`. - [x] The following assertion methods are implemented on `Check` and use the new error-definition infrastructure: `IsNotNull`, `IsIn`, `IsGreaterThan`, and `IsLessThan`. - [x] Automated tests cover the new definition, catalog, and cache model, built-in assertion behavior, target composition, default and overridden error details, cache reuse semantics, and representative custom-definition scenarios. ## Technical Details Introduce a dedicated validation error-definition layer instead of expanding `IValidationErrorMessageTemplate` into a catch-all abstraction. Message templates should remain responsible only for producing `ValidationErrorMessage` from readonly validation context data. Validation error definitions should represent one concrete validation rule instance with defaults such as: - error code - error metadata - error category, with `ErrorCategory.Validation` as the default for built-in definitions - the message-template slot or lookup identity to use - any parameter values that are fixed for that rule instance Use separate public definition shapes for parameterless and parameterized rules, mirroring the current template model. The exact naming is up to the implementation, but the API should make it obvious that callers usually work with definitions while templates are the lower-level formatting primitive. The common path should therefore look like `check.AddError(definition)` rather than forcing every assertion to manually call `ProvideMessage(...)` and then assemble the final `Error`. Cached definitions should be immutable reference types. This keeps cache reuse simple and predictable, avoids accidental copying semantics, and makes the public model easier to reason about than cached struct-based definitions hidden behind interfaces. Cached definitions should remain independent from per-run template instances. A definition may identify which built-in template slot it wants to use, but it should resolve the actual message template through the active `ValidationContext` when the message is created. This ensures that one cached rule definition can still respect per-run customization of built-in templates through `ValidationContextOptions`. Keep `ValidationErrorMessageContext` and `ReadOnlyValidationContext` in place. Definitions should not mutate the validation context and should not receive `Check` directly. `Check` remains the owner of target normalization, short-circuit handling, and final `Error` materialization. When a definition is added to a check, `Check` should: - normalize the target if necessary - create the readonly message context - ask the definition or its underlying template for the message - combine the generated message with the definition defaults - apply optional caller overrides for code, metadata, target, or category - add the final `Error` to the `ValidationContext` Expose explicit overrides on the `Check` APIs rather than hard-coding validation-package behavior that callers cannot change. The default path should still produce validation errors with sensible defaults, but callers must be able to replace the category or other details intentionally when they need that flexibility. The plan should also preserve and document the existing short-circuit model for assertion chains. This is not just an optimization; it is a correctness requirement for fluent validation code. Assertions such as `IsNotNull` must be able to fail and short-circuit subsequent assertions so that later checks do not dereference or compare `null` values and throw follow-up exceptions while the validation pipeline is still supposed to accumulate errors safely. Each built-in `Check` assertion method introduced by this plan should expose a `bool shortCircuitOnError` parameter. The default should be `true` for `IsNotNull`, because it acts as the null guard in a fluent assertion chain, and `false` for `IsIn`, `IsGreaterThan`, and `IsLessThan`, so callers opt into additional short-circuiting behavior explicitly. Add singleton-safe definition infrastructure with a clear split between fixed built-ins and dynamic reuse. The default model should use both of the following: - a public static catalog that exposes shared definition instances for built-in rules whose semantics are fixed, such as `NotNull` - a singleton cache for dynamically parameterized rule definitions such as ranges and comparison thresholds The singleton cache should be injected into `ValidationState`. The cache implementation itself is shared across validation runs, but `ValidationContext` should expose it publicly for ergonomic access from built-in or custom validation code. This gives extension methods a simple access path through `ValidationContext` without making the cache itself per-run state. Do not store the primary cache on `ValidationContext` itself because its lifetime is only one validation run. The cache contract should be public so that callers can benefit from it in advanced scenarios, but the design should still avoid baking every implementation detail into the surface area. Prefer a public cache abstraction plus a default public implementation over an internal-only helper or a purely concrete hidden cache type. The singleton cache must be thread-safe because it is shared across validation runs. The singleton cache should mainly serve parameterized reusable rule instances such as range and comparison rules. For parameterized rules like `IsIn`, `IsGreaterThan`, and `IsLessThan`, the cache should reuse immutable definitions by their effective rule identity so that repeated use of the same boundaries or comparison values does not recreate identical definition instances across validation runs. Cache keys must capture the semantics of the rule, including the fixed parameter values and any defaults that influence the produced `Error`. Fixed built-ins should not pay this lookup cost when a static shared definition instance is sufficient. Per-call overrides such as explicit target, metadata override, category override, or other `AddError(...)` call-site details must not become part of the cache key because they are not part of reusable rule identity. Keep `ValidationErrorTemplates` focused on per-run message-template customization. It should remain the place where callers can replace built-in message rendering behavior, localization behavior, or formatting logic for validation messages. The separate validation error-definition infrastructure introduced by this plan should not collapse those message-template concerns back into the configuration object. The validation package should expose: - a public static catalog of fixed built-in definitions for rules whose semantics never change, such as `NotNull` - the lower-level template types that those definitions can resolve through the active `ValidationContext` - the dynamic cache for parameterized rule definitions whose semantics depend on user-supplied boundary values or thresholds The `NotNull` definition in the built-in catalog should replace the current direct use of the `NotNull` message-template slot at assertion call sites. Comparable and range rules should reuse shared built-in message-template slots through the active validation context, but their concrete rule instances should come from the dynamic cache when parameter values are part of the rule identity. Provide the first built-in assertions as usage examples of the new infrastructure: - The extension methods for `Check` introduced by this plan should be placed in the `Light.PortableResults.Validation.Assertions` namespace and the corresponding `Assertions` folder of the validation project. - `IsNotNull` should use the built-in `NotNull` definition and stop manually assembling errors at the call site. - `IsGreaterThan` should create or reuse a definition for the comparative value and produce a failure when the checked value is `null` or not greater than the comparative value according to the current validation semantics. - `IsLessThan` should mirror the greater-than rule for the opposite boundary. - `IsIn` should support a lower and upper boundary and create or reuse a cached range definition. The message-generation behavior should follow the current Light.Validation-style “between lower and upper boundary†semantics rather than inventing a completely new wording model. The plan should make null-handling semantics explicit for the new assertions. The intended model for this package should be that `IsNotNull` is the assertion that turns `null` into a validation failure, while `IsGreaterThan`, `IsLessThan`, and `IsIn` all skip `null` values. Combined with short-circuiting after `IsNotNull`, this keeps fluent assertion chains predictable and prevents follow-up checks from treating null-handling inconsistently. If the implementation deliberately chooses different semantics, that contract must be documented and covered by tests rather than remaining implicit. For range and comparison definitions, metadata should be designed so that callers can attach machine-readable boundary information once and reuse it. The defaults can be static metadata for fixed rules or metadata factories that are evaluated when the definition is created, but the resulting definition instance should remain immutable and reusable. This is the main scenario where definitions are more valuable than bare templates: one shared message template can back many cached rule definitions with different codes and boundary metadata. Automated tests should be written through the public validation API. In addition to the normal success and failure paths for the four built-in assertions, add tests that verify: - custom definitions can be implemented without touching internal infrastructure - `Check.AddError(definition, ...)` uses definition defaults when no overrides are provided - explicit overrides replace the definition defaults - cached comparable and range definitions are reused for equivalent rule parameters - built-in assertions produce the expected target paths in parent, child, and indexed validation scopes - metadata and codes for boundary-based rules are preserved in the final `Error` - one cached definition can be reused across validation runs with different template customizations while still using the active run's templates for message generation - short-circuited checks stop later assertions after a failure such as `IsNotNull`, preventing unsafe chained access to `null` values - the built-in assertion methods honor the documented `shortCircuitOnError` defaults and optional overrides Light.PortableResults-0.2.0/ai-plans/0028-child-validation-refactoring.md000066400000000000000000000216631516707642500260670ustar00rootroot00000000000000# Child Validation Refactoring Completion ## Rationale The recent child-validation refactoring moved composition from `BaseValidator` into `Check`, which makes validator implementations easier to read and aligns better with the fluent validation style of the package. However, the refactoring is not complete yet: target-composition ownership is still ambiguous in the new helpers, collection validation does not cover primitive or transforming item scenarios well, and the async surface is missing entirely. This plan completes the refactoring so that child validation, collection validation, and async validation follow one consistent design that preserves the package's flat target semantics and low-allocation goals. ## Acceptance Criteria - [x] `Check` exposes child-context helpers that preserve target ownership and target-normalization state for nested validation scenarios. - [x] The fluent child-validation APIs use those helpers instead of composing child scopes manually, so already-normalized or already-composed targets are not normalized or prefixed a second time. - [x] `ValidateItems` no longer performs automatic null-error creation; callers must guard nullable collections explicitly, and the method only tolerates `null` when the check has already been short-circuited. - [x] Collection validation supports delegate-based item validation for primitive and ad-hoc validation scenarios, including a normalization-capable overload that can return `ValidatedValue`. - [x] Collection validation supports transforming item validators for `T[]`, `List`, and `ImmutableArray` in addition to same-type item validators. - [x] Async parity is added for child and collection validation, including async validator overloads and async delegate-based item validation. - [x] The completed API preserves deterministic error ordering, target composition, and existing short-circuit behavior across synchronous and asynchronous flows. - [x] Unsupported collection shapes are intentionally left to user-defined child validators, and this scope boundary is documented in the public API guidance. - [x] Automated tests cover target-normalization ownership, short-circuited null collections, delegate-based item validation, transforming item validation, async child validation, async collection validation, and representative root/member/index target paths. - [x] XML documentation and representative usage examples in README.md are updated for the completed child-validation and collection-validation API surface. ## Technical Details Keep `ValidationState` unchanged. The target-composition problem is path-local metadata, not shared run-level state, so the ownership boundary should stay on `Check` and `ValidationContext`. Add explicit child-scope helpers to `Check`: - `CreateChildContext()` should create a child context for the current check target while preserving `IsTargetNormalized`. - `CreateChildContextForMember(string memberName, bool isNormalized = false)` should compose an additional member segment under the current check target. - `CreateChildContextForIndex(int index)` should append an index segment under the current check target. These helpers should become the single fluent entry point for nested scope creation from a check. `CheckExtensions` should stop calling `check.Context.ForMember(check.Target)` directly and should instead use the new helpers so that raw caller-expression targets are normalized once and already-normalized targets are treated as absolute within the current validation scope. `ValidateChild` and all future child-validation overloads should be refactored around `check.CreateChildContext()`. The same ownership rule must be applied to `ValidateItems`, including indexed child scopes created for collection items. Change collection null semantics deliberately. `ValidateItems` should assume that the collection has already passed through an explicit null guard such as `IsNotNull`. If the incoming check is short-circuited, the method should return the appropriate "no validated value" result without touching the collection. If the incoming check is not short-circuited and the collection value is `null`, the method should throw an `InvalidOperationException` with a clear message that callers must guard nullable collections before validating items. This keeps null semantics aligned with the rest of the fluent assertion model and removes duplicate automatic-null handling logic from the collection helper. Extend `CheckExtensions` with delegate-based item-validation overloads for collections of primitives or ad-hoc rules. The plan should support both of the following shapes explicitly: - `Action>` for pure-validation scenarios that only add errors to the shared context - `Func, ValidatedValue>` for normalization-capable scenarios The delegate-based overloads should reuse the same child-scope creation logic as validator-based overloads so that target paths and short-circuit semantics remain identical. Collection support should be split by capability so that mutability requirements stay explicit: | Capability | Intended behavior | Supported collection shapes | | --- | --- | --- | | Validation-only item checks | Iterate items, add errors, do not replace items | `IReadOnlyList` | | Same-type normalization | Validate and replace items in place | Mutable indexed collections only (generic with `IList` constraint) | | Transforming item validation | Validate items and materialize a new collection of a different item type | `T[]`, `List`, and `ImmutableArray` only | `ImmutableArray` therefore participates in validation-only and transforming flows, but not in-place same-type normalization. The implementation should keep these capability boundaries visible in the overload set instead of relying on runtime failures. Complete collection support for transforming validators as well, but keep the built-in scope intentionally narrow. Same-type item validation can continue to normalize in place for mutable `IList` collections. Transforming item validation should only be provided for linear indexed collection types with straightforward, deterministic materialization semantics: - `T[]` - `List` - `ImmutableArray` These overloads should materialize the corresponding target collection type directly with predictable allocation behavior rather than trying to preserve arbitrary source collection shapes. Because extensibility is less important than performance in this library, do not introduce generic collection-factory abstractions for transforming validation. Collection types outside this built-in set, including custom collections and non-linear collections such as dictionaries or sets, should be handled by user-defined child validators. Add async parity in `CheckExtensions` rather than reintroducing special-case helper methods on `BaseValidator`. Introduce `ValidateChildAsync` overloads for `AsyncValidator` and `AsyncValidator`, and introduce `ValidateItemsAsync` overloads for async validators and async delegate-based item validation. The async delegate overloads should be explicit and follow the synchronous design closely: - `Func, CancellationToken, ValueTask>` for pure-validation async item checks - `Func, CancellationToken, ValueTask>>` for normalization-capable async item checks Use `ValueTask` and `CancellationToken` throughout the async surface to stay aligned with the existing validator model and to avoid unnecessary allocations. Item validation should remain sequential by contract so that error ordering and collection normalization stay deterministic. The automated tests should be written through the public API and should cover at least the following scenarios: - validating a child from a raw check target - validating a child from an already-normalized check target - validating items under member and indexed paths without duplicate prefixes - calling `ValidateItems` on a short-circuited null collection - calling `ValidateItems` on a non-short-circuited null collection - delegate-based validation of primitive items such as `string` and `int` - delegate-based normalization of collection items - transforming collection items through validator-based overloads for arrays, `List`, and `ImmutableArray` - `ValidateChildAsync` with same-type and transforming async validators - `ValidateItemsAsync` with validator-based and delegate-based item validation XML documentation and representative examples should be updated together with the API changes so that callers can discover the intended patterns for nullable collections, primitive item validation, transforming item validation, and async item validation without having to infer them from tests alone. If existing benchmarks exercise the affected validation hot paths, update them only as needed to keep the benchmark project compiling and representative. A dedicated benchmark expansion is not required unless implementation choices indicate a measurable regression risk. Light.PortableResults-0.2.0/ai-plans/0030-validation-target-redesign.md000066400000000000000000000240741516707642500255570ustar00rootroot00000000000000# Validation Target Redesign ## Rationale The current validation target model overloads plain strings with too many meanings. A check target can start as a raw caller expression, become a normalized relative path, or effectively behave like an absolute path inside a nested validation scope. Because this meaning is inferred from string comparisons against `ValidationContext.TargetPrefix`, child-context creation and target normalization need defensive prefix-detection logic that is harder to understand than the underlying rules. This plan redesigns target handling around explicit target semantics so that target ownership is encoded in data instead of inferred from path text. The goal is to make validation targets easier to reason about while preserving the library's flat-path semantics and avoiding unnecessary allocations when no errors are produced. ## Acceptance Criteria - [x] A dedicated validation-target type is introduced that explicitly distinguishes caller-expression targets, relative targets, and absolute targets instead of encoding these semantics implicitly in plain strings. - [x] The redesign keeps lazy target resolution so that normalized absolute targets are not allocated unless a validation flow actually needs them. - [x] `Check` no longer decides target ownership by comparing target strings with `ValidationContext.TargetPrefix`; target ownership comes from the explicit `ValidationTarget` semantics and the current prefix-detection logic is removed or reduced to trivial assertions. - [x] `ValidationContext` exposes explicit APIs for creating checks from caller-expression, relative, and absolute targets, and for creating child scopes from resolved absolute targets without ambiguous prefixing rules. - [x] Caller-expression normalization is separated from validation-path normalization so that direct relative paths are not treated like caller expressions. - [x] The public check-creation API remains ergonomic for the common case while also exposing explicit advanced entry points for relative and absolute targets. - [x] Child validation, collection validation, error creation, and message-context creation all use the new target model consistently across synchronous and asynchronous flows. - [x] The redesign preserves deterministic target composition and does not regress the current flat-path behavior for representative root, member, and indexed targets. - [x] Automated tests cover the new target semantics, including caller-expression, relative, and absolute targets, plus representative child-validation and collection-validation scenarios. - [x] XML documentation and README examples are updated to describe the explicit target semantics and the recommended APIs for advanced manual target control. ## Technical Details Introduce a dedicated target descriptor instead of passing raw strings through the validation pipeline without context. The target descriptor should encode two concerns explicitly: - how the input text must be interpreted - whether the input text has already been normalized Do not use a flags enum for the interpretation itself. Caller-expression, relative, and absolute targets are mutually exclusive semantics, so a closed enum or equivalent representation should enforce that only one of them can be active at a time. Normalization state can be tracked separately. The target descriptor should remain a lightweight value type so that it fits the library's low-allocation design while still behaving like a value object in tests and other comparison scenarios. The plan should use the following structure unless implementation details uncover a strong reason to deviate: ```csharp public readonly record struct ValidationTarget { public ValidationTarget( string input, ValidationTargetSemantics semantics, bool isNormalized = false ) { Input = input ?? throw new ArgumentNullException(nameof(input)); if (!IsDefined(semantics)) { throw new ArgumentOutOfRangeException(nameof(semantics)); } Semantics = semantics; IsNormalized = isNormalized; } public string Input { get; } public ValidationTargetSemantics Semantics { get; } public bool IsNormalized { get; } private static bool IsDefined(ValidationTargetSemantics semantics) => semantics == ValidationTargetSemantics.CallerExpression || semantics == ValidationTargetSemantics.Relative || semantics == ValidationTargetSemantics.Absolute; } public enum ValidationTargetSemantics { CallerExpression, Relative, Absolute } ``` Because `Light.PortableResults.Validation` targets .NET Standard 2.0, the undefined-enum-value check should not depend on newer generic `Enum.IsDefined` APIs. Use a dedicated helper or an equivalent explicit comparison that validates the supported `ValidationTargetSemantics` values without relying on unavailable framework overloads. The target descriptor represents caller intent only. It should not also store the resolved absolute target path. The resolved absolute target remains runtime state on `Check` so that it can stay lazy. `Check` should move away from the current `Target` plus `IsTargetNormalized` model. Instead, it should store the incoming target descriptor together with an optional resolved absolute target. The resolved absolute target should be filled lazily when the check needs an actual path, for example when creating an error, creating a message context, or creating a child scope. This keeps the common success path allocation-light while still making absolute-target ownership explicit once it matters. `ValidationContext` should gain explicit entry points for each target semantic instead of forcing all callers through a single caller-expression-oriented path. The common `Check(value, ...)` overload should stay optimized for `CallerArgumentExpression`, and its `target` parameter should continue to mean "caller-expression-style target" even when the caller sets that parameter explicitly. Advanced callers should opt into relative or absolute semantics through the `ValidationTarget` overload rather than relying on string-shape inference. Prefer keeping the current ergonomic overload and adding a target-descriptor overload instead of adding more optional semantic arguments to the existing signature. The intended API shape is: ```csharp public Check Check( T value, IStringValueNormalizer? stringValueNormalizer = null, [CallerArgumentExpression("value")] string? target = null, string? displayName = null ); public Check Check( T value, ValidationTarget target, IStringValueNormalizer? stringValueNormalizer = null, string? displayName = null ); ``` The `ValidationTarget` overload should be treated as the canonical advanced API. This design should cover at least these conceptual operations: - create a check from a caller expression via the existing ergonomic overload - create a check from a relative target via `new ValidationTarget(..., ValidationTargetSemantics.Relative, ...)` - create a check from an absolute target via `new ValidationTarget(..., ValidationTargetSemantics.Absolute, ...)` - create a child scope from a resolved absolute target The `ValidationTarget.Input` contract should be explicit: - `CallerExpression`: `Input` is a caller-expression-style string that must be interpreted by the caller-expression normalization rules unless `IsNormalized` is already `true` - `Relative`: `Input` is a path relative to the current validation scope and must never be treated as a caller expression - `Absolute`: `Input` is a path that is already rooted for the full validation run and must never be prefixed with the current validation scope When `IsNormalized` is `true`, the input should already be normalized according to the rules for the specified semantics and must not be normalized again. The normalizer responsibilities should be split accordingly. A caller-expression target normalizer can continue to trim parameter names and normalize member/index syntax. Direct relative and absolute validation paths should not be routed through the same logic when that logic would reinterpret the first path segment as an object-root identifier. If this requires separate normalizer abstractions or a single abstraction with explicit target semantics, prefer the option that keeps the rules easiest to understand at call sites and in the implementation. Once the target descriptor is in place, child-scope creation should become straightforward. `Check` should resolve an absolute target once and then hand that absolute target to `ValidationContext` through an explicit absolute-scope API. This should remove the need for prefix/equality/separator heuristics whose only job is to guess whether a target string already includes the current scope prefix. The redesign should be applied consistently across the validation surface: - `Check.NormalizeTargetIfNecessary` - child-context helpers on `Check` - error creation on `Check` and `ValidationContext` - message-context creation - child validation and collection validation in `CheckExtensions` - async child and collection validation paths Because the library is still pre-stable, breaking changes are acceptable. However, the common validation experience should remain concise. Most callers should still be able to write validators without thinking about target semantics explicitly, while advanced users should have direct, efficient APIs for manual relative and absolute targets when they need them. The automated tests should verify both semantics and ergonomics. Cover at least the following: - caller-expression targets resolving to expected flat paths - explicitly passing the `target` parameter to the ergonomic `Check(value, ...)` overload still using caller-expression semantics - manually specified relative targets being prefixed exactly once - manually specified absolute targets not being prefixed again - child validation starting from each target semantic - collection validation under member and index paths starting from each target semantic - sync and async error creation using explicit target semantics - message-context creation for caller-expression, relative, and absolute targets Light.PortableResults-0.2.0/ai-plans/0032-0-validation-checks.md000066400000000000000000000436251516707642500240750ustar00rootroot00000000000000# Validation Checks Expansion ## Rationale The validation package now has the structural pieces that make fluent DTO validation viable: scoped `ValidationContext` instances, explicit target semantics, reusable validation error definitions, and a first set of `Check` assertions. What is still missing is breadth. Callers can build validators today, but they still have to drop down to manual `AddError(...)` calls for many common scenarios that older Light.Validation versions and FluentValidation cover out of the box. This plan expands the built-in `Check` assertion catalog in a way that fits Light.PortableResults.Validation instead of copying older libraries mechanically. The new surface should cover the most common null/default, equality, comparison, range, string, collection, enum, and decimal-validation scenarios while preserving the package's existing performance goals: explicit target ownership, low allocations on the success path, reusable immutable definitions, and no reflection-heavy or expression-tree-driven API design. The result should feel broad enough for day-to-day DTO validation, close the biggest gaps to FluentValidation, and still remain coherent enough that future assertions can be added without redesigning the core model again. ## Acceptance Criteria - [x] The validation package exposes a broad first-party assertion catalog in `Light.PortableResults.Validation.Assertions` that covers these required families: equality and null/default-state assertions, comparable/range assertions, string assertions, collection-count assertions, enum assertions, decimal precision/scale assertions, and a predicate-based escape hatch for custom rules. - [x] The first implementation wave includes exactly the following assertions: `IsNull`, `IsEqualTo`, `IsNotEqualTo`, `IsEmpty`, `IsNotEmpty`, `IsGreaterThanOrEqualTo`, `IsLessThanOrEqualTo`, `IsNotIn`, `IsInExclusiveRange`, `IsNotNullOrWhiteSpace`, `HasMinLength`, `HasMaxLength`, `HasLengthIn`, `Matches`, `IsEmail`, `ContainsOnlyDigits`, `ContainsOnlyLettersAndDigits`, `HasCount`, `HasMinCount`, `HasMaxCount`, `IsInEnum`, `IsEnumName`, `HasPrecisionAndScale`, and `Must`. - [x] The package exposes a separate imperative custom-validation hook in addition to `Must`, so callers can add arbitrary errors without overloading the semantics of assertion-style APIs. - [x] The implementation explicitly preserves and documents the current fluent-validation semantics for short-circuiting, null-guard expectations, string-normalization interaction, and target composition in nested and indexed validation scopes. - [x] Assertion methods that encounter `null` on non-short-circuited checks throw `InvalidOperationException` with a clear message that points callers to automatic null checking, string normalization, or an explicit `IsNotNull` guard, while short-circuited checks still return immediately without throwing. - [x] Cross-property assertion overloads are intentionally out of scope for this implementation wave; the listed assertions validate the current check value against constants, options, or reusable rule descriptors, not against sibling-property expressions. - [x] `ValidationErrorTemplates`, built-in validation error definitions, metadata keys, and the shared definition cache are expanded so that the new assertions reuse immutable rule definitions instead of recreating equivalent rule data on every validation run. - [x] The public API guidance documents the intended semantics and naming of the built-in assertions so the surface stays broad without becoming inconsistent. - [x] Automated tests cover representative success and failure paths, null/default semantics, short-circuiting, target propagation, metadata generation, and cache reuse for each assertion family. ## Technical Details Use the following existing references to decide the breadth of the new assertion surface and the places where we should intentionally diverge: - Previous Light.Validation checks: - - - - - - FluentValidation built-ins: - The old Light.Validation sources are useful for remembering which checks existed, but the new package should not copy its overload explosion mechanically. The current validation package already has reusable definitions, templates, and `Check.AddError(...)` overloads for custom behavior. The built-in checks should therefore optimize for a coherent, low-allocation core surface instead of reproducing every old `string? message` and `Func<..., string>` overload. Callers who need custom messages or categories can already supply custom definitions or use `AddError(...)` directly. This plan should add breadth in terms of semantics, not breadth in terms of overload count. Keep the static partial `Checks` type and split implementation files by assertion family, for example: - `Checks.Equality.cs` - `Checks.Comparable.cs` - `Checks.Strings.cs` - `Checks.Collections.cs` - `Checks.Enums.cs` - `Checks.Decimals.cs` - `Checks.Predicate.cs` The required assertion families should be implemented as follows: - Equality and null/default-state assertions: - Add `IsNull` as the explicit inverse of `IsNotNull`. - Add `IsEqualTo` and `IsNotEqualTo`. These should support `EqualityComparer.Default` by default and must additionally expose `IEqualityComparer` overloads for non-default equality semantics. - Add `IsEmpty` / `IsNotEmpty`, but do not try to force one reflection-heavy generic implementation over every type. Prefer explicit overload families whose semantics are clear. For this implementation wave, the supported shapes should be defined explicitly: - `Check`: `Guid.Empty` - collection shapes that are handled through shared count logic: zero vs non-zero count - `Check` / `Check`: `IsEmpty` means `null` or `string.Empty`, `IsNotEmpty` means neither `null` nor `string.Empty`, and whitespace is not treated as empty - other defaultable value types: out of scope for this plan - `IsNotEmpty(Guid)` from Light.Validation should become part of this broader family rather than remaining a one-off method. - For strings, `IsNotEmpty` and `IsNotNullOrWhiteSpace` should be documented as intentionally different guards: `IsNotEmpty` requires at least one character, while `IsNotNullOrWhiteSpace` requires non-whitespace content. - Comparable and range assertions: - Add `IsGreaterThanOrEqualTo` and `IsLessThanOrEqualTo`. - Add `IsNotIn` as the inverse of the current inclusive `IsIn`. - Add an explicit exclusive-range assertion, named `IsInExclusiveRange` or an equivalently clear name. Do not overload `IsIn` with a boolean parameter that changes inclusive vs exclusive semantics. - Keep using the current comparison model based on `Comparer.Default` so the package stays usable with the same kinds of comparable types as the existing `IsGreaterThan`, `IsLessThan`, and `IsIn` implementations. - Comparison and range assertions should no longer skip `null` values. If such an assertion encounters `null` on a non-short-circuited check, it must throw with a clear message that callers either need automatic null checks enabled or must guard explicitly with `IsNotNull`. Short-circuited checks must still return immediately without throwing. - String assertions: - Add `IsNotNullOrWhiteSpace`. - Add length assertions with inclusive semantics as the canonical API: `HasMinLength`, `HasMaxLength`, and `HasLengthIn`. - Add `Matches`. Prefer this name over `IsMatching` because it is the clearer verb and aligns well with the rest of the assertion surface. - `Matches` should support both a `Regex` overload and a pattern-based overload that includes `RegexOptions`. Cache the definition data by pattern plus options, not by `Regex` object identity. - Add `IsEmail`. - Add `ContainsOnlyDigits` and `ContainsOnlyLettersAndDigits`. - The old `Normalize` helper is not an assertion and does not belong to this plan. String normalization remains the responsibility of `ValidationContext` and optional value normalizers. - Null semantics for string assertions should be explicit: - `IsNotNullOrWhiteSpace` owns the null-or-empty-or-whitespace failure case for strings - `Matches`, `HasMinLength`, `HasMaxLength`, `HasLengthIn`, `IsEmail`, `ContainsOnlyDigits`, and `ContainsOnlyLettersAndDigits` must throw when they encounter `null` on a non-short-circuited check, with a clear message that callers either need automatic null checks and string normalization enabled or must guard explicitly with `IsNotNull`. Short-circuited checks must still return immediately without throwing. - Collection assertions: - Add `HasCount`, `HasMinCount`, and `HasMaxCount`. - Add collection-specific `IsEmpty` and `IsNotEmpty` overloads for shapes with cheap count access. - Add dedicated `ImmutableArray` overloads for the count-based assertions so this struct-based collection can use `Length` directly without boxing, interface dispatch, or any fallback path that would allocate. - Count assertions should support `IEnumerable`-based inputs, including `ImmutableArray`, but they should still optimize for cheap-count shapes first. The shared count logic should: - use `string.Length` when the runtime value is `string` - use `ImmutableArray.Length` for `ImmutableArray` - use `Count` for `ICollection`, `ICollection`, and `IReadOnlyCollection` - fall back to enumeration only when no cheap-count shape is available - `IsEmpty` / `IsNotEmpty` for collections should build on the same shared count logic as `HasCount`, `HasMinCount`, and `HasMaxCount`. - `HasCount`, `HasMinCount`, and `HasMaxCount` should support strings via `Length`, while `IsEmpty` / `IsNotEmpty` should support strings through their explicit string-specific semantics from the equality and null/default-state assertion family rather than by treating strings as generic collections. - If a collection assertion encounters `null` on a non-short-circuited check, it must throw with a clear message that callers either need automatic null checks enabled or must guard explicitly with `IsNotNull`. Use `InvalidOperationException` for this case. Short-circuited checks must still return immediately without throwing. - `ValidateItems` already exists and is not replaced by these count assertions. Collection-size checks and item validation should stay as complementary features. - Enum assertions: - Add `IsInEnum` for enum values whose numeric backing value may be invalid. - Add `IsEnumName` for strings that should match enum member names, with a case-sensitivity option. - The old numeric `TryParseToEnum` helper is useful, but it is a parsing API rather than an assertion API. It should not be folded into this plan's assertion scope. - `IsEnumName` must throw when it encounters `null` on a non-short-circuited check, with a clear message that callers either need automatic null checks and string normalization enabled or must guard explicitly with `IsNotNull`. Short-circuited checks must still return immediately without throwing. - Decimal assertions: - Add `HasPrecisionAndScale` for `decimal`, including an `ignoreTrailingZeros` option, mirroring the semantics that FluentValidation popularized. - Keep this focused on validation only. The old numeric `Round` methods are value-normalization helpers and should stay out of scope for this assertion plan. - `HasPrecisionAndScale` must throw when it encounters `null` on a non-short-circuited check, with a clear message that callers either need automatic null checks enabled or must guard explicitly with `IsNotNull`. Short-circuited checks must still return immediately without throwing. - Predicate-based escape hatch: - Add `Must` as the general-purpose built-in for checks that do not justify a dedicated first-party assertion yet. - `Must` should remain an assertion-style API. It should evaluate a predicate and, on failure, add one validation error that still fits the definition/template architecture. - `Must` should therefore prefer overloads that accept a predicate plus a reusable `ValidationErrorDefinition`, a template, or a simple built-in predicate-failure definition instead of forcing callers back into ad-hoc string factories. - A context-aware predicate overload such as `Func` is reasonable when callers need access to shared run-level data while still producing a single assertion failure. - `Must` must return immediately and must not execute user-provided predicates when the check is already short-circuited. - Do not treat delegate identity as reusable rule identity. Predicates are execution behavior, not cache keys. The reusable piece is the error definition, not the delegate. - Add a separate imperative custom-validation hook for scenarios where callers need to add arbitrary errors directly to the current validation run. Do not overload `Must` with this responsibility. The exact method name can be `Custom`, and its shape should follow `check.Custom((context, value) => ...)` so callers can work directly with the current value plus the active validation context. It must communicate that the delegate may add zero, one, or many errors and is not just one assertion with one failure identity. - `Custom` must return immediately and must not execute the user-provided delegate when the check is already short-circuited. - The intended distinction should be documented with examples such as: ```csharp check.Must(value => IsValid(value), definition); ``` ```csharp check.Custom((context, value) => { if (...) context.AddError(...); if (...) context.AddError(...); }); ``` Expand the built-in definition and template infrastructure together with the assertion methods. The new checks should not manually assemble `Error` values inline when a reusable definition makes the rule identity cacheable and keeps the API customizable. Specifically: - Add template slots and built-in definitions for the new rule families, for example: `Null`, `Empty`, `NotEmpty`, `EqualTo`, `NotEqualTo`, `GreaterThanOrEqualTo`, `LessThanOrEqualTo`, `NotIn`, `ExclusiveRange`, `Count`, `MinCount`, `MaxCount`, `Enum`, `EnumName`, `Predicate`, and `PrecisionScale`. - Reuse the current pattern of static shared definitions for parameterless rules and cached immutable definitions for parameterized rules. - For more complex parameter sets, prefer small dedicated value objects or readonly structs over `object[]` style parameter bags. Examples include: - a length constraint descriptor - a count constraint descriptor - a regex pattern descriptor - a precision/scale descriptor - Add machine-readable metadata only for stable rule semantics such as boundaries, expected counts, regex pattern, expected precision, expected scale, enum type, or case-sensitivity. Do not store transient implementation details in metadata just because the old library created a message string from them. Document the naming strategy so the surface does not drift into a mix of overlapping method names: - Keep currently established names such as `IsNotNull`, `IsGreaterThan`, `IsLessThan`, and `IsIn`. - Prefer names that describe the semantic directly instead of old Light.Validation phrasing where the old phrasing is less clear today: - `HasMinLength` / `HasMaxLength` over `IsLongerThan` / `IsShorterThan` - `Matches` over `IsMatching` - an explicit exclusive-range name over a boolean option on `IsIn` The null/default semantics of the new assertions must be spelled out in XML docs and tests. At minimum: - guard assertions such as `IsNotNull`, `IsNull`, `IsEmpty`, and `IsNotEmpty` determine whether null/default values are failures - follow-up assertions such as comparisons, pattern checks, length checks, enum-name checks, collection-count checks, and precision/scale checks should throw when they encounter null values on non-short-circuited checks instead of silently skipping them - `Check` normalization must be called out in the documentation for string-oriented assertions so callers understand when `null` has already become `string.Empty` - `IsEmpty` / `IsNotEmpty` must document their supported type-specific semantics explicitly instead of relying on one vague “default value†description - the string contracts of `IsEmpty`, `IsNotEmpty`, `HasCount`, and `IsNotNullOrWhiteSpace` must be documented side by side so callers can choose the correct guard deliberately The old libraries also surface validators that are reasonable but should stay outside the required first implementation wave. Capture them as discussion candidates so they are visible without inflating the immediate scope: - `IsCreditCard` - `StartsWith`, `EndsWith`, and `Contains` with explicit `StringComparison` - `DoesNotMatch` - `HasCountIn` - sign-oriented numeric sugar such as `IsPositive`, `IsNegative`, `IsZero`, and `IsNonNegative` Automated tests should stay public-API-driven. In addition to straightforward happy-path and failure-path coverage, add tests that lock down: - short-circuit behavior for guard assertions and follow-up assertions - root, member, and indexed target propagation for each family - definition-cache reuse for parameterized assertions - the chosen throwing behavior when follow-up assertions encounter null values - string-normalization interaction for `IsNotNullOrWhiteSpace`, `Matches`, and length checks - string-specific behavior of `IsEmpty`, `IsNotEmpty`, and `HasCount` - collection-count behavior on `IEnumerable`, cheap-count collection shapes, `string`, and `ImmutableArray`, including the dedicated allocation-free `ImmutableArray` overloads - enum validity checks for valid and invalid numeric values and enum names - precision/scale behavior with and without trailing-zero suppression Light.PortableResults-0.2.0/ai-plans/0032-1-message-caching.md000066400000000000000000000220711516707642500235140ustar00rootroot00000000000000# Validation Error Message Caching ## Rationale Validation error messages are currently formatted every time an assertion fails: the template concatenates the display name with fixed text fragments and formatted parameters, allocating a new string on every `AddError` call. For a given `ValidationErrorDefinition` instance and display name, the resulting message is deterministic -- the definition fixes the template and parameter, and the display name is the only variable input. Since definitions are long-lived cached singletons, caching the produced `ValidationErrorMessage` by `(definition, displayName, cultureInfo)` would let the cache stabilize after the first validation run and serve all subsequent runs allocation-free on the error path. ## Acceptance Criteria - [x] Templates indicate whether their output is stable (depends only on display name and fixed parameters, not on the validated value) via a new `IsMessageStable` property on all four template interfaces. - [x] All built-in template implementations return `true` for `IsMessageStable`. - [x] `ValidationErrorDefinition` exposes a `virtual bool IsMessageStable` property that defaults to `false`. `TemplateValidationErrorDefinition` and `TemplateValidationErrorDefinition` override it to delegate to their template's `IsMessageStable`. - [x] A new `IValidationErrorMessageCache` interface provides pluggable message cache storage. - [x] A `ValidationErrorMessageCacheKey` readonly record struct encapsulates the cache key components: the message provider reference, display name, and culture. - [x] A default implementation backed by concurrent dictionaries is provided, keyed by `ValidationErrorMessageCacheKey`. - [x] `ValidationErrorTemplates` exposes the message cache via a new property. The default templates instance uses the default cache implementation. This couples the cache to the templates that determine message content, ensuring consistency and preventing stale messages when templates are customized. - [x] All `Check.AddError` overloads that produce messages check `IsMessageStable` and delegate to the cache's `TryGet`/`Store` when caching is applicable, falling back to direct `ProvideMessage` otherwise. - [x] Built-in definition classes that override `ProvideMessage` directly (instead of delegating to a stored template) also set `IsMessageStable` appropriately. - [x] Automated tests cover cache hit/miss behavior, stable vs. unstable templates, culture-aware keying, disabled cache path, and custom `ErrorTemplates` using a separate cache. ## Technical Details ### Template stability indicator Add `bool IsMessageStable { get; }` to the four existing template interfaces: - `IValidationErrorMessageTemplate` - `IValidationErrorMessageTemplate` - `IComparableValidationErrorMessageTemplate` - `IRangeValidationErrorMessageTemplate` A stable message depends only on the display name and fixed parameters baked into the definition -- it does not use `context.Value`. All built-in template implementations (`DisplayNameValidationErrorMessageTemplate`, `DisplayNameWithComparableValidationErrorMessageTemplate`, `DisplayNameWithRangeValidationErrorMessageTemplate`, `DisplayNameWithParameterValidationErrorMessageTemplate`, `DisplayNameWithPrecisionScaleValidationErrorMessageTemplate`, `ConstantValidationErrorMessageTemplate`, `IgnoreParameterValidationErrorMessageTemplate`) return `true`. On `ValidationErrorDefinition`, add `public virtual bool IsMessageStable => false`. This is the safe default for custom definitions whose `ProvideMessage` override may use the validated value. `TemplateValidationErrorDefinition` overrides with `public override bool IsMessageStable => Template.IsMessageStable`. Apply the same pattern to `TemplateValidationErrorDefinition`. The built-in definition classes nested in `BuiltInValidationErrorDefinitions` override `ProvideMessage` directly and delegate to `context.ValidationContext.ErrorTemplates.XXX`. These should override `IsMessageStable` to return `true`, since all built-in error templates produce stable messages. ### Cache key Introduce a `ValidationErrorMessageCacheKey` readonly record struct that encapsulates the three components that identify a cached message: ``` public readonly record struct ValidationErrorMessageCacheKey { /// The object whose reference identity distinguishes one rule from another. /// For definition-based assertions, this is the ValidationErrorDefinition instance. /// For template-based assertions, this is the IValidationErrorMessageTemplate instance. /// Both are typically long-lived singletons with stable reference identity. public object Provider { get; } /// The human-readable display name of the validated field (e.g. "email", "address.zipCode"). /// Together with the provider and culture, this fully determines the message text /// for stable message providers. public string DisplayName { get; } /// The culture used for formatting parameters in the message. /// CultureInfo instances are interned by the runtime, so reference equality /// works correctly as part of the key. public CultureInfo Culture { get; } } ``` The struct uses reference equality for `Provider` and `Culture` (both are singleton-like references) and ordinal equality for `DisplayName`. This keeps the key allocation-free and the dictionary lookup cheap. ### Cache interface and default implementation The cache interface uses a `TryGet`/`Store` pair. This keeps the cache agnostic of how messages are produced -- it never needs to know about parameter counts, template types, or `ProvideMessage` signatures. Callers own the production logic and the `IsMessageStable` decision; the cache is purely a key-value store. ``` public interface IValidationErrorMessageCache { bool TryGet(ValidationErrorMessageCacheKey key, out ValidationErrorMessage message); void Store(ValidationErrorMessageCacheKey key, ValidationErrorMessage message); } ``` The default implementation uses a `ConcurrentDictionary`. Since the key struct implements `IEquatable` via the record, the dictionary uses its `Equals`/`GetHashCode` directly without boxing. Provide a static `Default` singleton on the default implementation class so that `ValidationErrorTemplates.Default` can reference it without allocating a new cache per templates instance. ### Integration into ValidationErrorTemplates Add a nullable `IValidationErrorMessageCache?` property to `ValidationErrorTemplates` rather than `ValidationContextOptions`. The templates determine message content, and the cache stores those messages -- coupling them ensures consistency. When `null`, caching is disabled entirely. The default value should be the default cache implementation's singleton, so caching is enabled out of the box. This means `ValidationErrorTemplates.Default` holds the default singleton cache (maximum reuse for the common case), custom `ValidationErrorTemplates` instances get their own cache unless explicitly shared, and `options with { ErrorTemplates = customTemplates }` automatically uses the custom templates' cache. The design makes it impossible to serve stale messages from a mismatched templates/cache combination. ### Integration into Check\ All `AddError` overloads that produce messages follow the same pattern after normalization: 1. Determine the message provider (`definition` or `template`) and check its `IsMessageStable` property. 2. If stable and a cache is configured, construct a `ValidationErrorMessageCacheKey` from the provider, the display name, and the culture from the context options. Call `cache.TryGet`. On a hit, use the cached message. 3. On a miss, call `ProvideMessage` as before to produce the message, then call `cache.Store` with the same key. 4. If not stable or no cache is configured, call `ProvideMessage` directly (current behavior). This applies to: - `AddError(ValidationErrorDefinition, ...)` -- provider is the definition. Any baked-in parameters are captured by the definition's reference identity, so different parameter values produce different cache entries automatically. - `AddError(IValidationErrorMessageTemplate, ...)` -- provider is the template. - `AddError(IValidationErrorMessageTemplate, TParameter, ...)` -- this overload bypasses the cache and always calls `ProvideMessage` directly. The parameter is not part of the cache key, and a single template instance can produce different messages for different parameter values. Callers who want caching for parameterized messages should use the definition-based path, where the parameter is captured by the definition's reference identity. - `AddError(ValidationErrorMessage, ...)` and `AddError(string, ...)` -- these overloads take a pre-built message from the caller. There is no template or definition to cache through, so caching does not apply. ### Thread safety Concurrent `TryGet` calls are naturally safe with `ConcurrentDictionary`. Two threads can both miss on `TryGet` and both call `Store` with equivalent values -- the second write is a benign overwrite. No additional locking is needed beyond what `ConcurrentDictionary` provides. Light.PortableResults-0.2.0/ai-plans/0032-2-message-cache-key-optimization.md000066400000000000000000000257311516707642500265040ustar00rootroot00000000000000# Message Cache Key Optimization ## Rationale The message caching introduced in 0032-message-caching.md eliminates repeated message formatting on the error path. However, every `AddError` overload still calls `NormalizeTargetIfNecessary()` before the cache lookup. For nested validation scopes, this triggers `ValidationTargets.Compose(prefix, normalizedTarget)` which allocates a new string on every invocation. Since `Compose` is deterministic for a given `(TargetDescriptor, TargetPrefix)` pair, the composed result can be cached alongside the message by restructuring the cache key to use raw, stable inputs. This optimization also cleans up two design issues that complicate the current caching model: `Check.DisplayName` mutates after normalization (making cache keys unstable across a check's lifetime), and `TryGetStableMessageProvider` takes a full `ValidationErrorMessageContext` even though it only reads `ErrorTemplates`. Both are addressed as prerequisites to make the cache key restructuring clean. ## Acceptance Criteria - [ ] `Check.DisplayName` becomes nullable. `null` means "derive from target at message-formatting time"; a non-null value means "caller explicitly chose this display name". `ValidationContext.Check()` no longer defaults `displayName` to `TargetDescriptor.Input`. - [ ] `NormalizeTargetIfNecessary()` stops updating `DisplayName`. The property is invariant across the check's lifetime. - [ ] `ValidationErrorDefinition.TryGetStableMessageProvider` changes its signature from `TryGetStableMessageProvider(in ValidationErrorMessageContext, out object)` to `TryGetStableMessageProvider(ReadOnlyValidationContext, out object)`. All overrides are updated accordingly. - [ ] `ValidationErrorMessageCacheKey` is restructured to key by `(Provider, ValidationTarget, TargetPrefix, DisplayName, CultureInfo)` instead of `(Provider, DisplayName, CultureInfo)`. - [ ] The cache value is expanded from `ValidationErrorMessage` to a readonly struct that also carries the resolved absolute target string. - [ ] `IValidationErrorMessageCache` and its default implementation are updated for the expanded value type. - [ ] The definition-based and parameterless-template-based `AddError` overloads in `Check` skip `NormalizeTargetIfNecessary()` entirely on cache hits. On cache miss, they normalize, produce the message, and store both the message and resolved target. - [ ] The parameterless-template-based `AddError` overload builds the `Error` directly and adds it to the context on a cache hit instead of delegating to the `AddError(ValidationErrorMessage, ...)` overload. - [ ] The `Check` returned from cache-hit `AddError` calls carries the cached resolved target in `_resolvedAbsoluteTarget` so that subsequent fluent assertions and child-context creation work correctly. - [ ] Automated tests cover cache-hit target resolution, custom display name cache behavior, nested validation scope cache behavior, the interaction with definition-target and override-target scenarios, and the nullable `DisplayName` semantics. - [ ] A micro benchmark compares the allocation profile of the optimized path against the previous implementation for a representative nested validation scenario. ## Technical Details ### Nullable DisplayName on Check\ `Check.DisplayName` becomes `string?`. The `ValidationContext.Check()` factory no longer defaults `displayName` to `validatedTarget.Input` — it passes the caller's value through, which is `null` by default. `WithDisplayName(string)` keeps requiring a non-null argument. `NormalizeTargetIfNecessary()` stops its conditional display-name rewrite entirely. It only sets `_resolvedAbsoluteTarget`: ``` public Check NormalizeTargetIfNecessary() { if (_resolvedAbsoluteTarget is not null) return this; var resolvedTarget = Context.ResolveTarget(TargetDescriptor); return new Check(Context, TargetDescriptor, DisplayName, Value, resolvedTarget, IsShortCircuited); } ``` The effective display name (the "subject" of the error message) is derived on demand when constructing a `ValidationErrorMessageContext`: ``` string effectiveDisplayName = DisplayName ?? _resolvedAbsoluteTarget ?? TargetDescriptor.Input; ``` - `DisplayName` is non-null only when the caller explicitly set it. - `_resolvedAbsoluteTarget` is the composed, normalized target, available after normalization (e.g. `"address.firstName"`). - `TargetDescriptor.Input` is the raw compiler-captured expression (e.g. `"dto.FirstName"`), used as a last resort before normalization has run. On the cache-hit fast path, `_resolvedAbsoluteTarget` may not be set yet. In that case, the effective display name is derived from the cached resolved target instead: ``` string effectiveDisplayName = DisplayName ?? cachedEntry.ResolvedTarget; ``` ### TryGetStableMessageProvider signature change Change the virtual method from: ``` public virtual bool TryGetStableMessageProvider( in ValidationErrorMessageContext context, out object provider) ``` to: ``` public virtual bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider) ``` Every existing override only reads `context.ValidationContext.ErrorTemplates` to retrieve a template reference and check `IsMessageStable`. The generic type parameter `T`, the display name, the target, and the value are never accessed. The new signature removes the dependency on post-normalization state, making the method callable before normalization. `ReadOnlyValidationContext` is a `readonly struct` that wraps the existing `ValidationState` and target prefix — constructing it via `Context.AsReadOnly()` is zero-allocation. It gives custom definition authors access to `ErrorTemplates`, `Options`, and the shared items store, which prevents a future breaking change if they need to pick a provider dynamically based on context items. Built-in overrides change from `context.ValidationContext.ErrorTemplates.Foo` to `context.ErrorTemplates.Foo`. Update the static helper `TryGetStableProvider` in `BuiltInValidationErrorDefinitions` to take `IValidationErrorMessageTemplate` directly (the caller extracts it from `context.ErrorTemplates`), keeping each override a one-liner. ### Cache key restructuring Replace the three-field key `(Provider, DisplayName, CultureInfo)` with `(Provider, ValidationTarget, TargetPrefix, DisplayName, CultureInfo)`. The key remains a `readonly record struct` with hand-written `Equals`/`GetHashCode`: - `Provider` and `CultureInfo` keep reference equality via `ReferenceEquals` / `RuntimeHelpers.GetHashCode`, same as today. - `ValidationTarget` is a `readonly record struct`. Use its auto-generated `Equals` and `GetHashCode`. - `TargetPrefix` uses ordinal string equality. For root contexts this is the interned empty string; for child contexts it is the parent scope's resolved target. - `DisplayName` is nullable. `null` in the common case means the null check is a single branch in `Equals` and contributes zero to `GetHashCode`. For non-null custom display names, ordinal equality distinguishes entries that produce different messages from the same target. Because `DisplayName` is now invariant and all other key fields are stable across a check's lifetime, the cache key is the same regardless of whether the check has been normalized. This eliminates the dual-key problem where the first assertion (pre-normalization) and the second assertion (post-normalization) would produce different keys. ### Expanded cache value Introduce a `readonly record struct` as the cache value: - `ValidationErrorMessage Message` — the cached message. - `string ResolvedTarget` — the result of `Compose(TargetPrefix, Normalize(TargetDescriptor))`. Used to stamp on the `Error` and to populate `_resolvedAbsoluteTarget` on the returned check. `IValidationErrorMessageCache` changes its value type from `ValidationErrorMessage` to this new struct. This is a breaking change to the cache interface, acceptable since the library is not published yet. ### AddError fast path The definition-based `AddError` overload follows this flow: 1. Call `definition.TryGetStableMessageProvider(Context.AsReadOnly(), out var provider)`. This requires no normalization. 2. If unstable or no cache is configured, fall back to the existing normalize-then-produce path. 3. Construct the key from `(provider, TargetDescriptor, Context.TargetPrefix, DisplayName, culture)` — all invariant fields, no normalization needed. 4. **Cache hit**: read `entry.Message` and `entry.ResolvedTarget`. Resolve the definition target: if no override target and no definition target, use `entry.ResolvedTarget`; otherwise, call `Context.ResolveTarget(...)` for the override or definition target as before. Derive the effective display name from `DisplayName ?? entry.ResolvedTarget`. Build the `Error` directly and add it to the context. Return a `Check` with `_resolvedAbsoluteTarget` set to `entry.ResolvedTarget`. 5. **Cache miss**: call `NormalizeTargetIfNecessary()`, produce the message via `ProvideMessage`, store `(message, resolvedTarget)` under the key. The parameterless-template-based `AddError` overload uses the template itself as the provider (templates don't have `TryGetStableMessageProvider` — the template reference is the provider identity when `template.IsMessageStable` is true): 1. Check `template.IsMessageStable`. If unstable or no cache is configured, fall back to normalizing first. 2. Construct the key from `(template, TargetDescriptor, Context.TargetPrefix, DisplayName, culture)`. 3. **Cache hit**: same as the definition path — read `entry.Message` and `entry.ResolvedTarget`, resolve target, build the `Error` directly and add it to the context. This avoids delegating to `AddError(ValidationErrorMessage, ...)`, which would redundantly call `NormalizeTargetIfNecessary()`. 4. **Cache miss**: normalize, produce the message, store `(message, resolvedTarget)`. The existing private `GetMessage(ValidationErrorDefinition, ...)` and `GetMessage(IValidationErrorMessageTemplate, ...)` helper methods are removed. Their cache-lookup logic is folded into the respective `AddError` overloads, since the fast path needs to skip normalization and build the `Error` directly — responsibilities that span beyond message retrieval. The `AddError(Error, ...)`, `AddError(ValidationErrorMessage, ...)`, `AddError(string, ...)`, and parameterized-template `AddError(...)` overloads are not affected. They continue to call `NormalizeTargetIfNecessary()` as before. ### Override targets and definition targets When `AddError(definition, ...)` includes a non-null override target or the definition carries its own target, `ResolveDefinitionTarget` resolves those via `Context.ResolveTarget(...)`. This resolution is independent of the check's own target and is not covered by this optimization. The cached resolved target only serves as the fallback when both are null — the common case for all built-in assertions. ### Thread safety Same model as today. `ConcurrentDictionary` provides safe concurrent reads. Two threads that both miss and both store produce a benign overwrite. No additional locking is needed. Light.PortableResults-0.2.0/ai-plans/0032-3-general-value-normalization.md000066400000000000000000000077731516707642500261270ustar00rootroot00000000000000# General Value Normalization ## Rationale `IStringValueNormalizer` is string-specific, which means callers who need to normalize other value types before validation have no first-class extension point. Replacing it with a generic `IValueNormalizer` interface gives users a single hook to intercept and normalize any `T` value while keeping the built-in implementations purely string-focused. The interface design allows implementations to use `typeof(T) == typeof(string)` so the JIT can eliminate dead branches at specialization time, matching the performance intent of the existing `NormalizeValueIfNecessary` helper. ## Acceptance Criteria - [x] `IStringValueNormalizer` is deleted and replaced by `IValueNormalizer` with a single generic method `T Normalize(T value)`. - [x] `TrimStringValueNormalizer` is renamed `TrimStringNormalizer` and implements `IValueNormalizer`. The class remains `sealed`. Behavior: when `T` is `string`, trim whitespace and replace `null` with `string.Empty`; when `T` is `object` and the value is a non-null string, trim it; otherwise return the value unchanged. The constructor is public; the static `Instance` property is retained. - [x] `NoOpStringValueNormalizer` is renamed `NoOpValueNormalizer` and implements `IValueNormalizer`. The class remains `sealed`. Its `Normalize` unconditionally returns `value`. The constructor is public; the static `Instance` property is retained. - [x] `ValidationContextOptions.StringValueNormalizer` is renamed `ValueNormalizer` with type `IValueNormalizer`. Default remains `TrimStringNormalizer.Instance`. The null guard is preserved. - [x] Both `Check` overloads on `ValidationContext` replace `IStringValueNormalizer? stringValueNormalizer` with `IValueNormalizer? valueNormalizer`. - [x] `ValidationContext.NormalizeStringValue(string?)` is replaced by `NormalizeValue(T value)` which delegates to `Options.ValueNormalizer.Normalize(value)`. - [x] The private static `NormalizeValueIfNecessary` helper on `ValidationContext` is deleted. Its call site simplifies to `(valueNormalizer ?? Options.ValueNormalizer).Normalize(value)`. - [x] All affected tests are updated to use the new type and member names. - [x] Benchmarks are updated to use the new type and member names. ## Technical Details ### New interface ```csharp public interface IValueNormalizer { T Normalize(T value); } ``` ### `TrimStringNormalizer` branching pattern Two branches are required to cover both the JIT-specialization case and the boxed-string case: ```csharp public T Normalize(T value) { // Branch 1: JIT eliminates this for any T != string at specialization time. if (typeof(T) == typeof(string)) { var s = Unsafe.As(ref value); var result = s?.Trim() ?? string.Empty; return Unsafe.As(ref result); } // Branch 2: runtime pattern match — fires when T is object and value is a non-null string. // Null objects do not match the pattern and fall through to the return below. if (value is string stringValue) { var trimmed = stringValue.Trim(); return Unsafe.As(ref trimmed); } return value; } ``` Note: null → `string.Empty` coercion is intentionally limited to Branch 1 (T is string). When T is object and the value is null, it is not recognizable as a string and passes through unchanged. ### `NoOpValueNormalizer` ```csharp public T Normalize(T value) => value; ``` No branching required. The singleton pattern (public constructor + static `Instance`) is retained. ### `ValidationContext` changes Remove the `NormalizeValueIfNecessary` static helper entirely. The call site in the explicit-target `Check` overload becomes: ```csharp value = (valueNormalizer ?? Options.ValueNormalizer).Normalize(value); ``` Replace the string-specific public helper: ```csharp // Before public string? NormalizeStringValue(string? value) => Options.StringValueNormalizer.Normalize(value); // After public T NormalizeValue(T value) => Options.ValueNormalizer.Normalize(value); ``` Light.PortableResults-0.2.0/ai-plans/0032-4-validation-checkpoints.md000066400000000000000000000273071516707642500251520ustar00rootroot00000000000000# Validation Checkpoints ## Rationale `ValidatedValue` currently composes well only at the outermost validator boundary because the final public `Result` is decided by `BaseValidator.FinalizeValidation(...)` against the shared `ValidationContext`. Inside `PerformValidation(...)`, however, validator implementations still have to decide whether they can safely return a successful `ValidatedValue`. The current fallback is `context.HasErrors`, but that is a run-global signal and not a local boundary for the current validator invocation. As soon as sibling checks, earlier collection items, or parent validators have already added errors, same-run child validation can no longer distinguish "this validator caused errors" from "some other validator in the run already caused errors". Introduce explicit validation checkpoints to model that local success boundary directly. A checkpoint has fields for the shared `ValidationState` together with the starting error count of one validator invocation and can later determine whether new errors were appended during that invocation. This keeps the validation error model append-only, remains allocation-free on the success path, and gives validator authors a deterministic way to return `ValidatedValue` without correlating checks to concrete `Error` instances or materializing intermediate `Result` objects. The design should deliberately center on validator-level checkpoints, not per-check error flags. `Check` should not gain a `CausedErrors` property in this plan. A per-check flag would be narrower, easier to misuse on a `readonly struct`, and would still not represent errors added through sibling checks, imperative `context.AddError(...)`, `Custom(...)`, child validators, or collection validation helpers. The checkpoint is the correct abstraction because it matches the real semantic question: did this validator invocation add new errors since it started? ## Acceptance Criteria - [x] A public `ValidationCheckpoint` value type is introduced in `Light.PortableResults.Validation` so it can appear in the protected extensibility points of the public validator base classes. - [x] `ValidationCheckpoint` captures the shared `ValidationState` and the starting error count for one validator invocation, and exposes at least `HasNewErrors`, `NewErrorCount`, and `TryGetNewErrors(out Errors errors)` without allocating on the success path. - [x] `ValidationCheckpoint` exposes a success-finalization helper such as `ToValidatedValue(T value)` that returns `ValidatedValue.NoValue` when new errors were added and `ValidatedValue.Success(value)` otherwise. - [x] `Validator`, `Validator`, `AsyncValidator`, and `AsyncValidator` create a checkpoint automatically before calling `PerformValidation(...)` / `PerformValidationAsync(...)` and pass it into those protected methods. - [x] The protected validator extensibility points are updated so validator implementations can finalize from the supplied checkpoint instead of consulting `ValidationContext.HasErrors` directly. - [x] Child-validation and collection-validation helpers are updated to decide their `ValidatedValue` results from a checkpoint local to the helper invocation instead of the shared `ValidationContext.HasErrors`, so valid later children/items are not suppressed by unrelated earlier errors in the same run. - [x] `Check` does not gain a `CausedErrors` or `HasErrors` property in this plan; validator and helper composition relies exclusively on checkpoint semantics. - [x] Public exposure of newly added errors uses `Errors`-based APIs rather than a public `ReadOnlySpan` surface. Any lower-level span-based slicing that becomes useful for implementation or benchmarking remains internal. - [x] Automated tests cover top-level validators, nested child validators, collection item validation, transforming validators, async validators, `TryGetNewErrors(...)`, and the invariant that a validator without newly added errors can still return a successful `ValidatedValue` even when the shared run already contains unrelated earlier failures. - [x] README examples, validator tests, and the existing validation benchmarks are updated to use checkpoint finalization. No new benchmark suite is introduced in this plan. ## Technical Details Introduce a new `public readonly struct ValidationCheckpoint`. It should store only the shared `ValidationState` reference plus the `ErrorCount` observed when the checkpoint was created. This mirrors the current append-only validation model: errors are never removed or rewritten, so "did this scope add errors?" can be answered by comparing the current error count with the starting count. The struct should not cache or copy errors. The public surface of `ValidationCheckpoint` should stay narrow and aligned with the rest of Light.PortableResults: - `bool HasNewErrors` - `int NewErrorCount` - `bool TryGetNewErrors(out Errors errors)` - `ValidatedValue ToValidatedValue(T value)` Do not expose a public `ReadOnlySpan` API. `Errors` is already the library's established error carrier and is easier to use safely across ordinary method boundaries. Please note that validators that depend on transforming child validators or transforming collection helpers cannot safely construct the final validated output by reading `ValidatedValue.Value` from intermediate instances before it is known that the current checkpoint has no new errors. In other words, this pattern is not sufficient: ```csharp var address = context.Check(value.Address).ValidateChild(_addressValidator); return checkpoint.ToValidatedValue(new CreateOrderCommand(address.Value)); ``` because `address.Value` may throw before `checkpoint.ToValidatedValue(...)` gets a chance to short-circuit. Instead, this simple branching pattern should be used: ```csharp var address = context.Check(value.Address).ValidateChild(_addressValidator); return checkpoint.HasNewErrors ? ValidatedValue.NoValue : ValidatedValue.Success(new CreateOrderCommand(address.Value)); ``` This works because only the selected branch of the conditional operator is evaluated. If `checkpoint.HasNewErrors` is `true`, `address.Value` is not accessed. The same pattern should be used when a transforming validator depends on multiple validated child results or transforming collection helpers: first branch on `checkpoint.HasNewErrors`, then read the validated child values only in the success branch. No new combinator or LINQ-like API is required for this plan. The implementation should instead document and test this explicit branching pattern. The normal invariant still applies: when a child validator or collection helper returns `ValidatedValue.NoValue` without adding new errors to its local checkpoint, that represents a broken implementation and should still fail when `.Value` is accessed. `ValidationState` already tracks `ErrorCount` and stores the first error inline plus later errors in an owned array. Extend it only as much as necessary so a checkpoint can slice the errors added after a given starting count: - zero new errors => empty / `false` - one new error => return a single-error `Errors` - multiple new errors => wrap the used segment of the existing backing storage without copying when possible Preserve the current append-only semantics. This plan should not introduce any API for removing or mutating existing errors. Update the validator pipeline so checkpoints are created automatically by the framework, not manually by validator authors. The rule should be explicit: every framework-owned operation that returns a `ValidatedValue` from shared validation state must establish its own local checkpoint boundary. `ValidateChildValue(...)` / `ValidateChildValueAsync(...)` should therefore create a checkpoint immediately before dispatching into `PerformValidation(...)` / `PerformValidationAsync(...)`, and helper methods such as child-validation and collection-validation helpers must do the same when they synthesize `ValidatedValue` results directly. The protected abstract signatures then become: ```csharp protected abstract ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, T value ); ``` and the corresponding async variants receive the same checkpoint plus `CancellationToken`. This is an intentional breaking change to the protected extensibility surface. It is acceptable because the library is not published in a stable version yet, and it makes the intended finalization pattern explicit in every validator implementation. Validator implementations should now finalize from the checkpoint instead of `context.HasErrors`: ```csharp protected override ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, RegistrationDto value ) { var firstName = context.Check(value.FirstName).IsNotNullOrWhiteSpace(); var email = context.Check(value.Email).IsEmail(); return checkpoint.ToValidatedValue( new CreatePersonCommand(firstName.Value, email.Value) ); } ``` This pattern should be used throughout the package itself, README examples, tests, and benchmarks. The benchmark validators that currently return `ValidatedValue.Success(...)` unconditionally are one of the motivating examples for this plan and should be rewritten accordingly. Update `CheckExtensions` so child-validation and collection-validation helper methods also use local checkpoints internally. Today helpers such as `ValidateChild(...)` and `ValidateItems(...)` can derive their `ValidatedValue` from the shared `ValidationContext.HasErrors`, which suppresses successful later children/items after unrelated earlier failures in the same run. Each helper invocation should instead create its own checkpoint before invoking the child validator or iterating collection items, then finalize from that checkpoint. This preserves the intended semantics: - a child validator returns `NoValue` only when that child invocation added errors - a collection helper returns `NoValue` only when that helper invocation added errors - already-existing errors elsewhere in the run do not erase valid local transformation results Keep short-circuit semantics unchanged. If a check is already short-circuited, child and collection helpers should still return `ValidatedValue.NoValue` immediately without creating additional errors or invoking user code. Do not add any new state to `Check` for this feature. `Check` remains a lightweight value that carries the current value, target information, display name, and short-circuit state. The checkpoint is the single source of truth for validator-local failure detection. Automated tests should stay public-API-driven and specifically lock down the differences between global and local error scopes. Important scenarios include: - a parent validator adds an early error, then a later valid child validator still returns a successful `ValidatedValue` to its caller - an invalid child validator returns `NoValue` and contributes the expected flat error targets - collection helpers still normalize or transform valid later items even when earlier items failed - top-level validation still produces the same final `Result` failures and error ordering as today - async validators and async collection helpers preserve the same local checkpoint semantics - `TryGetNewErrors(out Errors errors)` exposes only the errors added since the checkpoint was created The benchmark update does not need a brand-new benchmark suite if the existing validation benchmarks remain representative. It is sufficient to update the affected benchmark validators to the checkpoint-based pattern and keep the existing benchmark coverage compiling and representative so regressions in runtime or allocations remain visible. Light.PortableResults-0.2.0/ai-plans/0032-5-namespace-restructuring.md000066400000000000000000000323071516707642500253570ustar00rootroot00000000000000# Namespace Restructuring for Light.PortableResults.Validation > Update: The originally introduced `Light.PortableResults.Validation.Caching` namespace has since been dissolved again. The definition cache types now live in `Light.PortableResults.Validation.Definitions`, and the message cache types now live in `Light.PortableResults.Validation.Messaging`. ## Rationale The `Light.PortableResults.Validation` namespace currently contains roughly 60 public types in a flat structure. This makes the API surface appear larger than it is in day-to-day use: a consumer writing a typical validator interacts with at most a dozen of those types, but IntelliSense presents all 60 as equals. Types that are primarily implementation details or advanced configuration concerns compete for attention with the core entry points. The goal is to reorganize the namespace using two complementary techniques: sub-namespaces that group cohesive types as vertical slices, and Mark Seemann's "hide it in plain sight" approach for concrete implementation types that are public by necessity but rarely referenced directly. After the restructuring, the main namespace should contain only the types a developer needs on a typical workday. The other types remain fully public and discoverable, just not in the way. ## Acceptance Criteria - [x] The main `Light.PortableResults.Validation` namespace is reduced to the following types only: `ValidationContext`, `ReadOnlyValidationContext`, `ValidationContextOptions`, `ValidationContextKey`, `IValidationContextFactory`, `DefaultValidationContextFactory`, `ValidationState`, `ValidationCheckpoint`, `Check`, `Checks`, `CheckExtensions`, `ValidatedValue`, `ValidatedValue`, `BaseValidator`, `Validator`, `Validator`, `AsyncValidator`, and `AsyncValidator`. - [x] All types that are moved to a sub-namespace remain `public`. No type is made `internal` as part of this restructuring. - [x] A `Light.PortableResults.Validation.Targeting` sub-namespace is created and contains the seven target-related types: `ValidationTarget`, `ValidationTargetSemantics`, `ValidationTargetSemanticsExtensions`, `ValidationTargetCasing`, `ValidationTargets`, `IValidationTargetNormalizer`, and `DefaultValidationTargetNormalizer`. - [x] A `Light.PortableResults.Validation.Normalization` sub-namespace is created and contains `IValueNormalizer`, `NoOpValueNormalizer`, `TrimStringNormalizer`, `IAutomaticNullErrorProvider`, `DefaultAutomaticNullErrorProvider`, `NoOpAutomaticNullErrorProvider`, and two new static facade classes `ValueNormalizers` and `AutomaticNullErrorProviders`. - [x] A `Light.PortableResults.Validation.Messaging` sub-namespace is created. The seven concrete template implementation classes (`DisplayNameValidationErrorMessageTemplate`, `DisplayNameWithComparableValidationErrorMessageTemplate`, `DisplayNameWithRangeValidationErrorMessageTemplate`, `DisplayNameWithParameterValidationErrorMessageTemplate`, `DisplayNameWithPrecisionScaleValidationErrorMessageTemplate`, `ConstantValidationErrorMessageTemplate`, and `IgnoreParameterValidationErrorMessageTemplate`) are renamed and become nested public classes inside `ValidationErrorTemplates` (see Technical Details). The remaining messaging types (`IValidationErrorMessageTemplate`, `IValidationErrorMessageTemplate`, `IComparableValidationErrorMessageTemplate`, `IRangeValidationErrorMessageTemplate`, `ValidationErrorMessage`, `ValidationErrorMessageContext`, `ValidationErrorMessageFormatting`, and `ValidationErrorTemplates` itself) move to this sub-namespace as top-level types. - [x] A `Light.PortableResults.Validation.Definitions` sub-namespace is created and contains: `ValidationErrorDefinition`, `ValidationErrorDefinition`, `TemplateValidationErrorDefinition`, `TemplateValidationErrorDefinition`, `BuiltInValidationErrorDefinitions`, `ValidationErrorMetadataKeys`, `ValidationRange`, and `PrecisionScaleDescriptor`. - [x] A `Light.PortableResults.Validation.Caching` sub-namespace is created and contains: `IValidationErrorDefinitionCache`, `ValidationErrorDefinitionCache`, `IValidationErrorMessageCache`, `DefaultValidationErrorMessageCache`, `ValidationErrorMessageCacheKey`, and `CachedValidationErrorMessage`. - [x] The default usage path (`ValidationContextOptions.Default`, `Validator`, `Check`) requires zero additional `using` statements compared to today. - [x] Source files are reorganized into sub-directories that match the sub-namespaces (e.g., `Targeting/`, `Normalization/`, `Messaging/`, `Definitions/`, `Caching/`). - [x] Test files that reference only moved types receive mechanical `using` statement additions and compile without further changes. Test files that reference the old concrete template class names by their standalone identifiers (e.g. `new DisplayNameValidationErrorMessageTemplate(...)`) are updated to use the new nested names (e.g. `new ValidationErrorTemplates.DisplayName(...)`); these are non-mechanical renames and must be applied explicitly. ## Technical Details ### File layout Create one sub-directory per sub-namespace inside `src/Light.PortableResults.Validation/`: ``` src/Light.PortableResults.Validation/ ├── Targeting/ │ ├── ValidationTarget.cs │ ├── ValidationTargetSemantics.cs │ ├── ValidationTargetSemanticsExtensions.cs │ ├── ValidationTargetCasing.cs │ ├── ValidationTargets.cs │ ├── IValidationTargetNormalizer.cs │ └── DefaultValidationTargetNormalizer.cs ├── Normalization/ │ ├── IValueNormalizer.cs │ ├── NoOpValueNormalizer.cs │ ├── TrimStringNormalizer.cs │ ├── ValueNormalizers.cs ↠new │ ├── IAutomaticNullErrorProvider.cs │ ├── DefaultAutomaticNullErrorProvider.cs │ ├── NoOpAutomaticNullErrorProvider.cs │ └── AutomaticNullErrorProviders.cs ↠new ├── Messaging/ │ ├── IValidationErrorMessageTemplate.cs │ ├── IComparableValidationErrorMessageTemplate.cs │ ├── IRangeValidationErrorMessageTemplate.cs │ ├── ValidationErrorMessage.cs │ ├── ValidationErrorMessageContext.cs │ ├── ValidationErrorMessageFormatting.cs │ ├── ValidationErrorTemplates.cs ↠sealed partial, outer record only │ ├── ValidationErrorTemplates.DisplayName.cs ↠nested class │ ├── ValidationErrorTemplates.DisplayNameWithComparable.cs ↠nested class │ ├── ValidationErrorTemplates.DisplayNameWithRange.cs ↠nested class │ ├── ValidationErrorTemplates.DisplayNameWithParameter.cs ↠nested class │ ├── ValidationErrorTemplates.DisplayNameWithPrecisionScale.cs ↠nested class │ ├── ValidationErrorTemplates.Constant.cs ↠nested class │ └── ValidationErrorTemplates.IgnoreParameter.cs ↠nested class ├── Definitions/ │ ├── ValidationErrorDefinition.cs │ ├── ValidationErrorDefinition.TParameter.cs │ ├── TemplateValidationErrorDefinition.cs │ ├── TemplateValidationErrorDefinition.TParameter.cs │ ├── BuiltInValidationErrorDefinitions.cs │ ├── ValidationErrorMetadataKeys.cs │ ├── ValidationRange.cs │ └── PrecisionScaleDescriptor.cs └── Caching/ ├── IValidationErrorDefinitionCache.cs ├── ValidationErrorDefinitionCache.cs ├── IValidationErrorMessageCache.cs ├── DefaultValidationErrorMessageCache.cs ├── ValidationErrorMessageCacheKey.cs └── CachedValidationErrorMessage.cs ``` ### Seemann nesting for message template implementations The seven concrete template classes move inside `ValidationErrorTemplates` as nested `public sealed class` members. Their names are shortened when nested because the outer type already provides context: | Old top-level name | New nested name | |---|---| | `DisplayNameValidationErrorMessageTemplate` | `ValidationErrorTemplates.DisplayName` | | `DisplayNameWithComparableValidationErrorMessageTemplate` | `ValidationErrorTemplates.DisplayNameWithComparable` | | `DisplayNameWithRangeValidationErrorMessageTemplate` | `ValidationErrorTemplates.DisplayNameWithRange` | | `DisplayNameWithParameterValidationErrorMessageTemplate` | `ValidationErrorTemplates.DisplayNameWithParameter` | | `DisplayNameWithPrecisionScaleValidationErrorMessageTemplate` | `ValidationErrorTemplates.DisplayNameWithPrecisionScale` | | `ConstantValidationErrorMessageTemplate` | `ValidationErrorTemplates.Constant` | | `IgnoreParameterValidationErrorMessageTemplate` | `ValidationErrorTemplates.IgnoreParameter` | These nested classes remain `public`, so consumers who want to instantiate them by name can do so via `new ValidationErrorTemplates.Constant("...")`. The nested placement hides them from namespace-level IntelliSense while keeping them fully accessible and their relationship to `ValidationErrorTemplates` explicit. The `private static readonly` fields inside `ValidationErrorTemplates` that hold the shared default instances become self-referential: `ValidationErrorTemplates.DisplayName` is instantiated from within `ValidationErrorTemplates` itself. `ValidationErrorTemplates` is declared `sealed partial record` so each nested class lives in its own file (see the file layout above). The outer record's properties, static default fields, and constructors stay in `ValidationErrorTemplates.cs`; each nested class gets a dedicated `ValidationErrorTemplates..cs` file that contains only `sealed partial record ValidationErrorTemplates { public sealed class ... }`. ### Static facades for normalization implementations Because the library targets .NET Standard 2.0, static interface members are not available. Instead, introduce two small static classes that serve as discoverable entry points to the concrete normalizer and provider singletons: ```csharp // Light.PortableResults.Validation.Normalization public static class ValueNormalizers { public static IValueNormalizer Trim { get; } = TrimStringNormalizer.Instance; public static IValueNormalizer NoOp { get; } = NoOpValueNormalizer.Instance; } public static class AutomaticNullErrorProviders { public static IAutomaticNullErrorProvider Default { get; } = DefaultAutomaticNullErrorProvider.Instance; public static IAutomaticNullErrorProvider NoOp { get; } = NoOpAutomaticNullErrorProvider.Instance; } ``` Consumers that need to configure non-default normalization behavior write `ValueNormalizers.NoOp` instead of `NoOpValueNormalizer.Instance`. The concrete singleton types remain public but consumers who only know the interfaces can discover the available options through the facade without memorizing the concrete type names. ### `using` directives required in main-namespace files Several files that remain in the main namespace reference types that will move to sub-namespaces. These files will need the corresponding `using` directives added. These are internal changes to the library source and do not affect consumers: - `ValidationContextOptions.cs` — references types from four of the five sub-namespaces: `IValidationTargetNormalizer` and `ValidationTargets` (`Targeting`), `IValueNormalizer`, `IAutomaticNullErrorProvider`, and their concrete defaults (`Normalization`), `ValidationErrorTemplates` (`Messaging`), and `IValidationErrorDefinitionCache` (`Caching`) - `Check.cs` and `ValidationContext.cs` — reference `ValidationTarget` and related types → add `using Light.PortableResults.Validation.Targeting;` - `Checks.*.cs` (all partial files) — reference `ValidationRange`, `PrecisionScaleDescriptor`, `BuiltInValidationErrorDefinitions`, and `ValidationErrorMetadataKeys` from `Definitions`; template interfaces from `Messaging`; and cache types from `Caching` - `BaseValidator.cs`, `Validator.cs`, `AsyncValidator.cs` — reference `IValueNormalizer` and `IAutomaticNullErrorProvider` → add `using Light.PortableResults.Validation.Normalization;` ### Sub-namespace dependency direction Files in sub-namespaces may freely reference types in the main namespace and in sibling sub-namespaces within the same assembly. There are no circular project references to worry about. Concrete expected cross-namespace `using` needs within the library source: - `Normalization/` files — `IValueNormalizer.Normalize` takes `ValidationState` (main namespace) → `using Light.PortableResults.Validation;` - `Messaging/` files — `ValidationErrorMessageContext` and the cache lookup path reference `CachedValidationErrorMessage` and `IValidationErrorMessageCache` (Caching) → `using Light.PortableResults.Validation.Caching;` - `Definitions/` files — `ValidationErrorDefinition` base class calls into `IValidationErrorDefinitionCache` (Caching) and produces messages via template interfaces (Messaging) → `using` for both `Caching` and `Messaging` ### No changes to `DefaultValidationContextFactory` `DefaultValidationContextFactory` stays in the main namespace. It is the natural implementation pair of `IValidationContextFactory` and its placement beside the interface keeps the main namespace self-consistent for callers who use DI composition roots. Light.PortableResults-0.2.0/ai-plans/0032-6-definition-and-check-restructuring.md000066400000000000000000000227151516707642500273710ustar00rootroot00000000000000# Definition and Check Restructuring ## Rationale The validation package currently has two different organizational problems in the same area. The `Checks` type is already split across several partial files, but the grouping is not consistent with how developers discover assertions. Some methods live in files whose names do not describe the assertion family clearly, such as `IsNotNull`, `IsNull`, and the various `IsEmpty` / `IsNotEmpty` overloads in `Checks.Equality.cs`. At the same time, `BuiltInValidationErrorDefinitions` has grown into a single large file that contains the public catalog API, all built-in concrete definition types, shared helper methods, and cache-key structs in one place. This makes the project harder to navigate than necessary. A contributor who looks for all overloads of one assertion family should not have to guess whether they were grouped under strings, collections, equality, or some broader "common" bucket. The same applies to the built-in definition side: a contributor who finds a built-in check should be able to predict where the corresponding built-in definition lives, and vice versa. The goal of this plan is therefore to establish one consistent assertion-centric file structure across both `Checks` and `BuiltInValidationErrorDefinitions`. Assertion families such as `Null`, `Empty`, `Equality`, `Comparable`, `Strings`, and `Count` should each have one obvious home, and the checks side should mirror the definitions side exactly. This improves locality, reduces ambiguity in future growth, and keeps the public API unchanged while making the implementation easier to understand and maintain. ## Acceptance Criteria - [x] `Checks` is reorganized into assertion-centric partial files that use the same family boundaries as the built-in validation error definitions: `Null`, `Empty`, `Equality`, `Comparable`, `Strings`, `Count`, `Enums`, `Decimals`, and `Predicate`. - [x] All overloads of `IsNotNull` and `IsNull` are colocated in `Checks.Null.cs`, and the corresponding built-in definitions are colocated in `BuiltInValidationErrorDefinitions.Null.cs`. - [x] All overloads of `IsEmpty` and `IsNotEmpty` are colocated in `Checks.Empty.cs`, including the string, `Guid`, collection, and `ImmutableArray` variants, and the corresponding built-in definitions are colocated in `BuiltInValidationErrorDefinitions.Empty.cs`. - [x] `IsNotNullOrWhiteSpace` remains in the string-oriented group together with the other string assertions in `Checks.Strings.cs`, and its built-in definition remains with the other string-oriented definitions in `BuiltInValidationErrorDefinitions.Strings.cs`. - [x] `Checks.Equality.cs` contains only equality assertions after the restructuring, and `Checks.Count.cs` contains only count-based assertions after the restructuring. - [x] `BuiltInValidationErrorDefinitions` is converted to a public static partial type whose implementation is split across matching files: `BuiltInValidationErrorDefinitions.Null.cs`, `.Empty.cs`, `.Equality.cs`, `.Comparable.cs`, `.Strings.cs`, `.Count.cs`, `.Enums.cs`, `.Decimals.cs`, and `.Predicate.cs`. - [x] `BuiltInValidationErrorDefinitions` remains the single public built-in definition catalog. This plan does not introduce additional public helper or catalog types for custom-definition authoring. - [x] The built-in definition members and nested definition classes are colocated by assertion family so that each `Checks.*.cs` file has a directly corresponding `BuiltInValidationErrorDefinitions.*.cs` file wherever a built-in definition exists for that assertion family. - [x] The old grouping files that are superseded by the new assertion-centric layout are removed or renamed as part of the restructuring, so the codebase does not retain obsolete parallel file structures such as `Checks.Collections.cs` beside `Checks.Count.cs`. - [x] Private helper methods and private cache-key types from `BuiltInValidationErrorDefinitions` remain non-public. They are either kept in one shared implementation file or placed in the relevant family files when only used there. - [x] The restructuring does not change the public names, including the existing nested built-in definition type names, validation behavior, error codes, metadata shape, caching semantics, or namespace placement of the existing built-in checks and definitions. - [x] Automated tests are updated or extended as needed, and the validation test suite continues to verify that the restructuring caused no behavioral regressions. ## Technical Details Keep `Checks` as a `public static partial class` in `Light.PortableResults.Validation`, but change the file boundaries from broad semantic groups to assertion families. The goal is that a developer can open one file and see all overloads that belong to one assertion family without having to decide first whether that family is primarily about strings, collections, equality, or presence. Use the following file structure on the checks side: | File | Members | |---|---| | `Checks.Null.cs` | `IsNotNull`, `IsNull` | | `Checks.Empty.cs` | all `IsEmpty` / `IsNotEmpty` overloads | | `Checks.Equality.cs` | `IsEqualTo`, `IsNotEqualTo` | | `Checks.Comparable.cs` | `IsGreaterThan`, `IsGreaterThanOrEqualTo`, `IsLessThan`, `IsLessThanOrEqualTo`, `IsIn`, `IsNotIn`, `IsInExclusiveRange` | | `Checks.Strings.cs` | `IsNotNullOrWhiteSpace`, `HasMinLength`, `HasMaxLength`, `HasLengthIn`, `Matches`, `IsEmail`, `ContainsOnlyDigits`, `ContainsOnlyLettersAndDigits` | | `Checks.Count.cs` | `HasCount`, `HasMinCount`, `HasMaxCount` | | `Checks.Enums.cs` | `IsInEnum`, `IsEnumName` | | `Checks.Decimals.cs` | `HasPrecisionAndScale` | | `Checks.Predicate.cs` | `Must`, `Custom` | This layout intentionally keeps all overloads of `IsEmpty` / `IsNotEmpty` together, even though some operate on strings and some on collection-like types. The same reasoning keeps `IsNotNullOrWhiteSpace` in `Checks.Strings.cs`: callers looking for string assertions should find all string-specific assertion families in the same place. Count-based assertions should similarly move out of `Checks.Collections.cs` into `Checks.Count.cs` so the file name describes the assertion family rather than the runtime shapes that happen to be supported. Keep `BuiltInValidationErrorDefinitions` as the single public catalog type in `Light.PortableResults.Validation.Definitions`, but declare it as `partial` and split the implementation into matching assertion-family files. The mapping should be: | File | Members / nested definition types | |---|---| | `BuiltInValidationErrorDefinitions.Null.cs` | `NotNull`, `Null` | | `BuiltInValidationErrorDefinitions.Empty.cs` | `Empty`, `NotEmpty` | | `BuiltInValidationErrorDefinitions.Equality.cs` | `EqualTo`, `NotEqualTo` | | `BuiltInValidationErrorDefinitions.Comparable.cs` | `GreaterThan`, `GreaterThanOrEqualTo`, `LessThan`, `LessThanOrEqualTo`, `IsIn`, `IsNotIn`, `IsInExclusiveRange` | | `BuiltInValidationErrorDefinitions.Strings.cs` | `NotNullOrWhiteSpace`, `MinLength`, `MaxLength`, `LengthIn`, `Matches`, `Email`, `DigitsOnly`, `LettersAndDigitsOnly` | | `BuiltInValidationErrorDefinitions.Count.cs` | `Count`, `MinCount`, `MaxCount` | | `BuiltInValidationErrorDefinitions.Enums.cs` | `IsInEnum`, `EnumName` | | `BuiltInValidationErrorDefinitions.Decimals.cs` | `PrecisionScale` | | `BuiltInValidationErrorDefinitions.Predicate.cs` | `Predicate` | Each `BuiltInValidationErrorDefinitions.*.cs` file should contain both the public catalog members and the nested concrete definition types that belong to that assertion family so that the structure mirrors the `Checks` side wherever a built-in definition exists. `Checks.Predicate.cs` is the intentional exception on the checks side because `Custom` is imperative validation logic and therefore does not require a matching built-in definition. For example, `BuiltInValidationErrorDefinitions.Empty.cs` should contain the shared `Empty` and `NotEmpty` definition instances together with the nested `EmptyValidationErrorDefinition` and `NotEmptyValidationErrorDefinition` types. `BuiltInValidationErrorDefinitions.Strings.cs` should contain both `NotNullOrWhiteSpace` and the rest of the string-oriented definitions because they belong to the same assertion-discovery path even though `NotNullOrWhiteSpace` also has guard semantics. Do not turn the existing helper methods and cache-key structs into public API. Methods such as metadata creation and stable-provider resolution, as well as helper structs such as the various definition-cache keys, are implementation details of the built-in definition catalog. If a helper is used only by one family, place it in that family file as a private member. If a helper is genuinely shared across multiple families, keep it in one shared private implementation file such as `BuiltInValidationErrorDefinitions.Shared.cs`. The same applies to the private enum-definition cache. This plan is intentionally structural, not behavioral. Avoid renaming public members, changing namespaces, changing XML-doc contracts, redesigning the cache model, renaming the existing nested built-in definition types, or reshaping the broader folder and namespace structure of the validation project. The expected code changes are file splits, movement of members between partial files, removal or renaming of superseded grouping files within the existing `Checks` and `Definitions` areas, and any small `using` or visibility adjustments required to keep the refactored layout compiling cleanly. Tests should primarily guard against accidental regressions in behavior while the code is being rearranged rather than introducing new validation semantics. Light.PortableResults-0.2.0/ai-plans/0032-7-reduce-check-add-error-overloads.md000066400000000000000000000154511516707642500267030ustar00rootroot00000000000000# Reduce Check.AddError(...) overloads ## Rationale `Check` currently exposes six public `AddError(...)` overloads that span three different abstraction levels: fully materialized `Error` instances, generated messages, and reusable validation definitions/templates. This makes one of the central validation entry points look larger and more infrastructure-heavy than the rest of the package. The recent validation plans already established that reusable `ValidationErrorDefinition` instances should be the primary public model, while message templates are a lower-level formatting primitive. This plan reduces the public `Check.AddError(...)` surface to a smaller, more coherent set of overloads without hiding capabilities behind internal APIs. ## Acceptance Criteria - [x] `Check` exposes only three public `AddError(...)` overload families: one for `Error`, one for `ValidationErrorDefinition`, and one for plain string messages. - [x] The public `Check.AddError(ValidationErrorMessage, ...)` overload is removed. - [x] The public `Check.AddError(IValidationErrorMessageTemplate, ...)` overload is removed. - [x] The public generic `Check.AddError(IValidationErrorMessageTemplate, TParameter, ...)` overload is removed. - [x] The remaining string-based `AddError(...)` overload has the exact intended signature, including explicit `ErrorCategory` support for imperative custom-validation scenarios. - [x] Existing built-in assertions and internal validation infrastructure continue to work after the public overload reduction, using `ValidationErrorDefinition` as the reusable rule abstraction. - [x] Public tests that exist only to exercise the removed template-based `Check.AddError(...)` overloads are deleted, and replacement tests validate the remaining public API, including template-backed definitions as the migration path for callers who previously passed templates directly. - [x] The removed message- and template-based `Check.AddError(...)` overloads are not reintroduced through new helper methods or extension methods that recreate the same public surface elsewhere. - [x] README and XML documentation are updated so examples and API guidance reflect the reduced overload set and the intended distinction between raw errors, simple imperative messages, and reusable definitions. ## Technical Details Reduce the `Check.AddError(...)` API to the following public surface: - `AddError(Error error, bool respectShortCircuit = true)` - `AddError(ValidationErrorDefinition definition, ...)` - `AddError(string message, ...)` The remaining string-based overload should use this signature: ```csharp public Check AddError( string message, string? code = null, MetadataObject? metadata = null, ValidationTarget? target = null, ErrorCategory category = ErrorCategory.Validation, bool respectShortCircuit = true ) ``` The `ValidationErrorDefinition` overload should remain the primary reusable-rule entry point. This aligns with the earlier validation design work where definitions carry stable rule identity, default code, metadata, optional target, and optional category, while templates are only responsible for message generation. Callers who currently want to reuse a template directly should instead wrap it in `TemplateValidationErrorDefinition` or `TemplateValidationErrorDefinition`. Remove the public `ValidationErrorMessage` and template-based `AddError(...)` overloads from `Check`. They expose lower-level messaging infrastructure directly on the main fluent validation type and are largely redundant: - a caller with a fully materialized domain or protocol error can use `AddError(Error, ...)` - a caller with a reusable validation rule should use `AddError(ValidationErrorDefinition, ...)` - a caller doing imperative ad-hoc validation can use `AddError(string, ...)` To avoid regressing imperative scenarios, the remaining string-based overload should explicitly support `ErrorCategory` in addition to the existing message, code, metadata, target, and short-circuit controls. The goal is that custom validation delegates and lightweight item-validation lambdas do not have to construct `Error` objects just to emit a non-default category. Do not reduce `ValidationContext.AddError(...)` as part of this plan unless implementation work shows a closely related cleanup that is necessary for consistency. The main focus is the fluent `Check` API because it is the overload-heavy entry point that users encounter during validator authoring. Update internal and test code to use the reduced model consistently: - built-in assertions should continue to route through `ValidationErrorDefinition` - tests in `ValidationConfigurationTests.cs` and `ValidationErrorMessageCachingTests.cs` whose purpose is to exercise the removed `Check.AddError(IValidationErrorMessageTemplate, ...)` and `Check.AddError(IValidationErrorMessageTemplate, TParameter, ...)` overloads should be deleted rather than migrated one-to-one - do not keep a separate category of tests for direct template-based `Check.AddError(...)` usage after the overload reduction; any remaining template-related behavior that still matters must only be covered indirectly through `ValidationErrorDefinition`, especially `TemplateValidationErrorDefinition` and `TemplateValidationErrorDefinition` - no tests should remain for `Check.AddError(ValidationErrorMessage, ...)` after the overload is removed; if `ValidationErrorMessage` still requires dedicated coverage, that coverage should live with lower-level messaging types rather than with the `Check` API The replacement tests should cover the supported `Check.AddError(...)` surface directly: - `AddError(Error, ...)` preserves explicit target information and still fills in the current check target when the supplied error has no target - `AddError(ValidationErrorDefinition, ...)` remains the reusable-rule path, including template-backed definitions, override behavior, and message-cache behavior - `AddError(string, ...)` covers imperative custom-validation scenarios, including explicit category selection, target overrides, and short-circuit handling Documentation should clearly describe the intended decision model: - use `AddError(string, ...)` for one-off imperative failures - use `AddError(ValidationErrorDefinition, ...)` for reusable validation rules and custom messages/templates - use `AddError(Error, ...)` only when the caller intentionally wants to provide the fully materialized final error Because the library is still pre-stable, this breaking API simplification is acceptable. The plan should still treat migration clarity as important: examples and tests should demonstrate the replacement of removed template overloads with `TemplateValidationErrorDefinition` so that the new surface feels smaller without feeling less capable. Light.PortableResults-0.2.0/ai-plans/0032-8-failure-overrides.md000066400000000000000000000400011516707642500241250ustar00rootroot00000000000000# Failure Overrides for Built-In Checks ## Rationale The validation package currently makes a clear distinction between reusable rule identity and one-off ad-hoc errors: built-in assertions are backed by `ValidationErrorDefinition` instances, while imperative call sites can fall back to `AddError(string, ...)`. This keeps the core API coherent, but it leaves an ergonomics gap for common validator authoring scenarios where a caller wants to keep the built-in assertion semantics and defaults while overriding the human-readable message, code, category, metadata, or target inline. Adding separate `string message`, `string code`, `ErrorCategory category`, and similar overload combinations to every built-in assertion would recreate the overload explosion that the recent validation plans explicitly avoided. The goal of this plan is therefore to introduce one compact override model that works consistently across the built-in assertion catalog, keeps the default path allocation-light, preserves cached reusable definitions, and still allows terse call sites such as `check.IsNotNullOrWhiteSpace("Comment must be present")`. ## Acceptance Criteria - [x] A public value type named `ValidationErrorOverrides` is introduced for inline built-in assertion overrides, and assertion overloads use the parameter name `overrides`. - [x] `ValidationErrorOverrides` exposes exactly the properties `Message`, `Code`, `Category`, and `Metadata` so callers can override any subset of the final `Error` details that belongs to the error payload without constructing a custom definition for simple scenarios. - [x] The override type supports terse message-only call sites, for example `check.IsNotNullOrWhiteSpace("Comment must be present")`, without requiring named arguments or object construction at the call site. - [x] Built-in assertion overloads are added consistently across the current assertion families, using one parameter-ordering strategy that avoids ambiguous calls with existing overloads. - [x] The existing overloads without overrides remain available and source-compatible. - [x] `shortCircuitOnError` remains a separate method parameter and is not folded into the override type. - [x] When only non-message override properties such as `Code` or `Category` are supplied, built-in assertions continue to use the `ValidationErrorDefinition` path so message-template rendering and message caching are preserved. - [x] When `Message` is overridden, built-in assertions skip template rendering for that failure and materialize the final error from the supplied message plus the effective built-in defaults and explicit overrides. - [x] Built-in assertion overloads that take `ValidationErrorOverrides` do not introduce additional allocations on the success path compared to the existing overloads, aside from the caller-supplied override value itself. - [x] The plan does not re-expand the public `Check.AddError(...)` surface that was intentionally reduced in `0032-7`; the new inline override model applies to built-in assertion overloads, not to a new family of general-purpose `AddError(...)` overloads. - [x] XML documentation and API guidance are updated with representative examples for message-only overrides, combined message/code/category overrides, and existing calls that continue to work without overrides. - [x] Automated tests cover representative overload resolution, default preservation, unchanged existing target resolution behavior, short-circuit behavior, message-caching behavior, and inline code/category/message override scenarios. ## Technical Details Introduce a new public value type in `Light.PortableResults.Validation`, named `ValidationErrorOverrides`. The parameter name on assertion methods should be `overrides`, matching the intended call-site language. A `readonly record struct` is an appropriate default because it keeps the type lightweight, allows object initializers and `with` expressions, and does not force heap allocation for the normal pass-by-value case. The type should expose these properties: - `string? Message` - `string? Code` - `ErrorCategory? Category` - `MetadataObject? Metadata` Do not include `Target` in this type. Target ownership should remain with `ValidationContext.Check(...)`, scoped contexts such as `ForMember(...)` / `ForIndex(...)`, and explicit low-level `AddError(...)` calls. Inline built-in assertion overrides should stay focused on the payload of the emitted error, not on moving the failure to a different validation path. `ValidationErrorOverrides` should be implemented as a `readonly record struct`. Do not include `shortCircuitOnError` in this type. Short-circuiting is control-flow for fluent validation, not part of the resulting error payload, and callers should continue to see it explicitly in the method signature. To support the terse message-only case, add an implicit conversion from `string` to `ValidationErrorOverrides`. The conversion should populate `Message` and leave the other members unset. The critical ergonomic requirement is that the following remains possible: ```csharp context.Check(dto.Comment).IsNotNullOrWhiteSpace("Comment must be present"); ``` The richer call-site should look like this: ```csharp context.Check(dto.Comment).IsNotNullOrWhiteSpace( new ValidationErrorOverrides { Message = "Comment must be present", Code = "CommentRequired", Category = ErrorCategory.UnprocessableContent } ); ``` Do not add a new public `Check.AddError(ValidationErrorDefinition, ValidationErrorOverrides, ...)` overload. The previous plan intentionally reduced `Check.AddError(...)` to three public overload families. Re-expanding that surface would cut against the simplification goal. Instead, add a private `AddBuiltInErrorWithOverrides` helper in `Checks.Helpers.cs` next to the existing `AddBuiltInError`: ```csharp private static Check AddBuiltInErrorWithOverrides( Check check, ValidationErrorDefinition definition, ValidationErrorOverrides overrides, bool shortCircuitOnError ) ``` The helper should first throw `ArgumentException` when all four members are null — a fully empty `ValidationErrorOverrides` is a programmer error (the caller should use the no-override overload instead). It then applies overrides according to two distinct paths: 1. When `overrides.Message` is not set: Use `check.AddError(definition, code: overrides.Code, metadata: overrides.Metadata, category: overrides.Category, respectShortCircuit: false)` followed by `ShortCircuitOnErrorIfRequested`. This preserves message-template rendering and message caching for stable definitions while applying the non-message overrides. 2. When `overrides.Message` is set: Skip `definition.ProvideMessage(...)` entirely and use `check.AddError(string, ...)` with the effective details merged from the built-in definition and the override object. The effective values should be: `message = overrides.Message` `code = overrides.Code ?? definition.Code` `metadata = overrides.Metadata ?? definition.Metadata` `target = definition.Target` `category = overrides.Category ?? definition.Category` This keeps the built-in rule identity and non-message defaults intact while allowing the human-readable message to be replaced without constructing a custom `TemplateValidationErrorDefinition`. Target resolution continues to follow the current built-in definition semantics, which means the check target remains the default unless the built-in definition itself already carries an explicit target. Both validations must happen before the `check.IsShortCircuited` guard so that programmer errors are surfaced unconditionally, regardless of runtime validation state: - When all four members are null (default instance), throw `ArgumentException`. Calling the override overload without any overrides is a programmer error; callers should use the no-override overload instead. - When `overrides.Message` is a non-null but empty or whitespace-only string, throw `ArgumentException`. This matches the contract of `ValidationErrorMessage` and ensures the new overloads do not silently accept values the existing low-level message path would reject. ### Assertion Overload Shape Keep all existing assertion overloads unchanged. Add one parallel overload family that introduces `ValidationErrorOverrides overrides`. The placement of `overrides` must be consistent and must not create ambiguous calls with existing signatures. Use the following ordering rules: 1. For assertions whose current signature only contains the checked value plus `shortCircuitOnError`, place `overrides` before `shortCircuitOnError`. Representative signatures: ```csharp IsNotNull(this Check check, ValidationErrorOverrides overrides, bool shortCircuitOnError = true) IsNull(this Check check, ValidationErrorOverrides overrides, bool shortCircuitOnError = true) IsNotNullOrWhiteSpace(this Check check, ValidationErrorOverrides overrides, bool shortCircuitOnError = false) IsEmail(this Check check, ValidationErrorOverrides overrides, bool shortCircuitOnError = false) IsInEnum(this Check check, ValidationErrorOverrides overrides, bool shortCircuitOnError = false) IsInEnum(this Check check, ValidationErrorOverrides overrides, bool shortCircuitOnError = false) ``` 2. For assertions with required rule parameters and no additional optional rule parameters, place `overrides` after the required rule parameters and before `shortCircuitOnError`. Representative signatures: ```csharp HasMinLength(this Check check, int minLength, ValidationErrorOverrides overrides, bool shortCircuitOnError = false) IsGreaterThan(this Check check, T comparativeValue, ValidationErrorOverrides overrides, bool shortCircuitOnError = false) HasCount(this Check> check, int expectedCount, ValidationErrorOverrides overrides, bool shortCircuitOnError = false) ``` 3. For assertions that already have additional non-error parameters beyond the core rule identity, keep the common message-only call terse by placing `overrides` before the optional rule parameters and before `shortCircuitOnError`. Representative signatures: ```csharp Matches(this Check check, Regex regex, ValidationErrorOverrides overrides, bool shortCircuitOnError = false) Matches( this Check check, string pattern, ValidationErrorOverrides overrides, RegexOptions options = RegexOptions.None, bool shortCircuitOnError = false ) IsEnumName( this Check check, ValidationErrorOverrides overrides, bool ignoreCase = false, bool shortCircuitOnError = false ) HasPrecisionAndScale( this Check check, int precision, int scale, ValidationErrorOverrides overrides, bool ignoreTrailingZeros = false, bool shortCircuitOnError = false ) ``` This ordering is intentional. It keeps the new common cases concise: ```csharp check.IsEnumName("Status name is invalid"); check.HasPrecisionAndScale(4, 2, "Amount format is invalid"); check.Matches("^[0-9]+$", "Code must contain only digits"); ``` At the same time, existing calls such as `check.IsEnumName(ignoreCase: true)` and `check.HasPrecisionAndScale(4, 2, ignoreTrailingZeros: true)` remain unambiguous because `ValidationErrorOverrides` must not define implicit conversions from `bool`, `RegexOptions`, or other rule-parameter types. ### Equality and Predicate Special Cases Assertions with comparer or predicate-specific overloads need explicit parallel overloads rather than trying to share one broad signature. For equality checks, add: ```csharp IsEqualTo(this Check check, T comparativeValue, ValidationErrorOverrides overrides, bool shortCircuitOnError = false) IsEqualTo(this Check check, T comparativeValue, IEqualityComparer equalityComparer, ValidationErrorOverrides overrides, bool shortCircuitOnError = false) IsNotEqualTo(...) ``` For predicate checks, add overloads that use the built-in predicate definition plus overrides: ```csharp Must(this Check check, Func predicate, ValidationErrorOverrides overrides, bool shortCircuitOnError = false) Must(this Check check, Func predicate, ValidationErrorOverrides overrides, bool shortCircuitOnError = false) ``` Do not add an overload that mixes `ValidationErrorDefinition definition` and `ValidationErrorOverrides overrides` on `Must`. Once a caller has chosen an explicit reusable definition, the existing API surface is already the more precise tool. The override-based overloads are for the built-in predicate failure case. The `IValidationErrorMessageTemplate`-based `Must` overload (`Must(predicate, IValidationErrorMessageTemplate template, string? code, MetadataObject? metadata, bool shortCircuitOnError)`) is also excluded from the override family. That overload already gives the caller direct control over code and metadata, so an additional override-object variant would not improve clarity. `Custom(...)` should remain unchanged. It already exposes full imperative control through `ValidationContext.AddError(...)`, so adding override-object overloads there would not improve clarity. ### Families Covered The new overload family should be added consistently across the existing built-in assertion catalog where a built-in validation definition is used: - `IsNotNull`, `IsNull` - all `IsEmpty` / `IsNotEmpty` overloads - `IsEqualTo`, `IsNotEqualTo` - `IsGreaterThan`, `IsGreaterThanOrEqualTo`, `IsLessThan`, `IsLessThanOrEqualTo`, `IsIn`, `IsNotIn`, `IsInExclusiveRange` - `IsNotNullOrWhiteSpace`, `HasMinLength`, `HasMaxLength`, `HasLengthIn`, both `Matches` overloads, `IsEmail`, `ContainsOnlyDigits`, `ContainsOnlyLettersAndDigits` - all `HasCount`, `HasMinCount`, `HasMaxCount` overloads - `IsInEnum` (both the non-nullable `Check` and nullable `Check` overloads), `IsEnumName` - `HasPrecisionAndScale` - the built-in-definition `Must` overloads described above Do not add override-object overloads to APIs whose semantics are not “one built-in rule emits one built-in-definition-backed error on failureâ€. In particular, this plan should not extend imperative or potentially multi-error APIs such as `Custom(...)`, child-validation and item-validation APIs such as `ValidateChild(...)` / `ValidateItems(...)`, low-level `AddError(...)` APIs, or `Must(...)` overloads where the caller already supplies an explicit `ValidationErrorDefinition`. ### Tests Automated tests should verify: - message-only string conversion for representative assertions from several families - inline `Code` and `Category` overrides without a message override - message + code + category overrides together - built-in defaults are preserved when only one property is overridden - `Metadata` overrides still follow the same precedence rules as `Check.AddError(definition, ...)` - target resolution remains unchanged and continues to come from the current check scope or the built-in definition itself, not from `ValidationErrorOverrides` - stable built-in definitions still use message caching when only non-message overrides are present - overriding `Message` bypasses template rendering and therefore bypasses definition-based message caching for that specific call - existing overloads continue to resolve correctly for calls that only pass the old optional boolean parameters - passing `default(ValidationErrorOverrides)` or `new ValidationErrorOverrides()` throws `ArgumentException` regardless of whether the check is short-circuited - representative special cases such as `Matches(pattern, "message")`, `Matches(pattern, "message", RegexOptions.IgnoreCase)`, `IsEnumName("message")`, `HasPrecisionAndScale(4, 2, "message")`, and `IsEqualTo(expected, comparer, "message")` - an empty or whitespace-only `overrides.Message` value throws `ArgumentException` even when the check is short-circuited Documentation and XML comments should be updated with guidance that: - custom reusable rule identity still belongs in `ValidationErrorDefinition` - `ValidationErrorOverrides` is for lightweight call-site customization of built-in assertions - `Custom(...)` plus `AddError(string, ...)` remains the imperative path for arbitrary validation logic Light.PortableResults-0.2.0/ai-plans/0032-9-enhance-tests.md000066400000000000000000000242721516707642500232540ustar00rootroot00000000000000# Enhance Validation Tests ## Rationale `Light.PortableResults.Validation.Tests` already contains many fast unit tests, but the current suite does not align well with how the validation package is meant to be consumed. A substantial part of the suite exercises narrow implementation details such as reflection-based API-shape checks, private storage behavior, and highly specific caching mechanics, while important public workflows remain only partially covered. Coverage feedback from Rider and `dotnet test --collect:"XPlat Code Coverage"` shows that the largest gaps are in the public validator entry points, the assertion families in `Checks.*`, and the broader `CheckExtensions` collection and async workflows. This plan restructures the validation test suite toward sociable unit tests in the sense described by Martin Fowler: prefer realistic validator scenarios that use the public validation APIs together with real production collaborators, and only keep lower-level tests where outside-in coverage is genuinely awkward or where a low-level contract is important in its own right. The result should be a smaller and clearer set of test concepts, less coupling to implementation details, and better coverage of the behaviors that actual consumers rely on. ## Acceptance Criteria - [x] `Light.PortableResults.Validation.Tests` is reorganized around public validation workflows and rule families instead of around implementation fragments, with the new structure favoring sociable unit tests that use real validators, real `ValidationContext` instances, and real built-in checks. - [x] The reworked suite covers the public synchronous validator APIs in `Validator` and `Validator`, including fresh-context overloads, explicit-`ValidationTarget` overloads, context-based overloads, `TryValidate`, `CheckForErrors`, and the child-validation entry points. - [x] The reworked suite covers the public asynchronous validator APIs in `AsyncValidator` and `AsyncValidator`, including explicit-`ValidationTarget` overloads, caller-expression overloads, cancellation behavior, and child-validation entry points. - [x] Automated tests cover representative success and failure flows for each built-in assertion family: null, empty, equality, comparable/range, strings, count, enums, decimals, and predicate/custom checks. - [x] Automated tests cover the currently under-tested collection-validation workflows in `CheckExtensions`, including mutable collections, arrays, `ImmutableArray`, delegate-based item validation, validator-based item validation, transforming item validation, and asynchronous item-validation overloads. - [x] The reworked suite verifies target propagation and scope composition through realistic nested-validator and indexed-collection scenarios rather than relying primarily on narrow helper-level assertions. - [x] Tests that are primarily coupled to private fields, reflection-based API-shape assertions, or internal storage layouts are removed or reduced to the minimum necessary set, and any retained low-level tests have a clear public-contract justification. - [x] Message-cache and definition-cache tests remain in the suite only where they protect externally meaningful behavior such as stable-message reuse, culture-sensitive formatting, and correct target/message materialization on cache hits. - [x] The validation test project uses `coverlet.collector` as the standard feedback mechanism for the restructuring work, and the plan explicitly expects implementers to use coverage reports to decide which additional lower-level tests are still necessary after the sociable tests are in place. - [x] The final suite remains fast, deterministic, and free of mocking libraries, continuing to follow the repository guidance for sociable unit tests and manual test doubles only where a double is still actually needed. ## Technical Details Restructure the validation test project around the public behaviors that callers see, not around the individual internal helpers that happen to implement those behaviors. The best current starting point is the style in `ValidatorTests.cs`: realistic DTO-like validators, real nested validators, real `ValidationContext` instances, and assertions against the final `Result`, `ValidatedValue`, and `Errors`. Expand that style so it becomes the center of the suite instead of one file among many narrowly focused helper tests. Use a small number of scenario-oriented test fixtures that own distinct parts of the public surface. The exact file names can be chosen during implementation, but the structure should follow these responsibilities: - one validator-centric fixture for synchronous validation workflows - one validator-centric fixture for asynchronous validation workflows - one or more rule-family fixtures that exercise the built-in assertions through realistic validators or representative `ValidationContext.Check(...)` flows - one collection-validation fixture for `ValidateChild`, `ValidateItems`, and `ValidateItemsAsync` - one infrastructure-oriented fixture for target normalization, value normalization, and context-key behavior - one focused caching/configuration fixture for the remaining message-template, localization, and shared-context behaviors that are difficult to observe elsewhere The key design rule is that each test fixture should start with the highest-level API that can express the scenario. For example: - prefer validating a DTO through a root validator over directly invoking several unrelated `Checks.*` methods in one omnibus test - prefer a nested validator plus `ValidateChild` / `ValidateItems` over manual target construction when the scenario is about propagation through child scopes - prefer asserting the emitted `Errors` and final validated output over asserting that a specific intermediate helper method was called or that a specific internal buffer shape exists Cover the public validator wrappers deliberately because they are currently under-covered and easy to miss when tests go straight to the deepest overloads. The reworked suite should include representative tests for: - `Validate(value)` - `Validate(value, ValidationTarget, ...)` - `Validate(value, context, ...)` - `ValidateChildValue(value, context, ...)` - `TryValidate(...)` - `CheckForErrors(...)` - the corresponding async overloads on both async validator base classes For the built-in checks, stop relying on a few omnibus tests that each sample many unrelated families. Instead, create compact rule-family matrices that cover both success and failure paths, null-guard behavior, short-circuit behavior, and inline override behavior for each family. The tests do not need to exercise every overload in isolation when one scenario can drive multiple meaningful behaviors, but the coverage feedback should guide which overloads still need a direct representative test. In particular, the current coverage gaps indicate that these areas need explicit attention: - string length and pattern overloads, including `Regex` and pattern-based `Matches` overloads - immutable-array overloads for emptiness and count assertions - comparison overloads with and without `ErrorOverrides` - nullable enum and nullable decimal flows - predicate overloads that take `ErrorOverrides` or context-aware predicates `CheckExtensions` should receive a dedicated sociable treatment because it is a large public surface area. Cover it with realistic collection validators instead of isolated helper assertions. Include scenarios for: - validator-based item validation over mutable lists - validator-based item validation over `ImmutableArray` - delegate-based item validation for primitive items - delegate-based item normalization for mutable collections - transforming item validation for arrays, lists, and immutable arrays - async item validation and async transforming item validation for the supported collection shapes - cancellation during async item validation - short-circuited collection checks and null-collection guard behavior Reduce or remove the tests that primarily pin internal implementation structure rather than behavior. This applies especially to tests that: - inspect private fields of `Errors` or other types to verify storage layout - reflect over public methods merely to assert overload shape - verify internal call counters in ways that duplicate more meaningful observable assertions If a low-level test is retained, it should be because the behavior is difficult to observe from the outside and the contract is still worth protecting. Good examples are target normalization rules, value-normalizer semantics, `ValidationContextKey` identity behavior, and a small number of caching tests that verify stable-message reuse and culture-aware formatting. Keep the caching tests focused on observable outcomes rather than on exhaustively pinning the exact internal sequence of cache calls. It is enough to verify representative behavior such as: - stable template-backed definitions reuse a cached message across validation runs - unstable templates bypass caching - culture changes produce distinct formatted messages and cache entries - cache hits still materialize the correct target and display-name-dependent message Use `coverlet.collector` during the restructuring work as the feedback loop for deciding which lower-level tests are still needed after the new sociable tests are in place. The implementer should run coverage repeatedly, for example with: ```bash dotnet test tests/Light.PortableResults.Validation.Tests/Light.PortableResults.Validation.Tests.csproj --collect:"XPlat Code Coverage" ``` The coverage report should be used to find the remaining public branches that are not reached by the higher-level tests. Only after that pass should additional focused tests be added for genuinely uncovered public contracts. The intent is to let coverage identify the irreducible low-level gaps instead of starting from a helper-by-helper test design. During the rewrite, prefer deleting superseded tests instead of preserving both the old and new structures side by side. The finished project should read as one coherent suite with clear ownership boundaries, not as an accumulation of historical layers. The resulting tests should remain straightforward for future contributors to extend when new validation assertions or validator flows are added. Light.PortableResults-0.2.0/ai-plans/0032-plan-deviations.md000066400000000000000000000217141516707642500234400ustar00rootroot00000000000000# Plan Deviations for 0032 Validation Checks Expansion This document describes the differences between the original plan (`0032-0-validation-checks.md`) and the actual implementation across all 10 iterations (0032-0 through 0032-9). ## Summary of Iterations The original plan (0032-0) established the foundation. Nine subsequent iterations refined the implementation: 1. **0032-1**: Message caching for validation error messages 2. **0032-2**: Message cache key optimization (target normalization skipping) 3. **0032-3**: General value normalization (replacing string-specific normalizers) 4. **0032-4**: Validation checkpoints for local error scope tracking 5. **0032-5**: Namespace restructuring with sub-namespaces 6. **0032-6**: Definition and check file restructuring by assertion family 7. **0032-7**: Reduction of `Check.AddError(...)` overloads 8. **0032-8**: Failure overrides (`ErrorOverrides`) for built-in checks 9. **0032-9**: Test suite enhancement and reorganization ## Major Deviations from Original Plan ### 1. Method Renaming: `IsIn`/`IsNotIn` → `IsInBetween`/`IsNotInBetween` **Original Plan (0032-0)**: The plan specified `IsIn` as an inclusive range assertion and `IsNotIn` as its inverse. **Actual Implementation**: These methods were renamed to `IsInBetween` and `IsNotInBetween` to make the inclusive-range semantics explicit and avoid confusion with set-based membership checks. **Commit**: `45a5bd7 refactor: rename IsIn and IsNotIn to IsInBetween and IsNotInBetween for inclusive-range validation` **Rationale**: The "Between" naming convention is clearer for range comparisons and aligns better with common validation terminology. ### 2. Namespace Dissolution: `Caching` → `Definitions` and `Messaging` **Original Plan (0032-5)**: The plan originally introduced a `Light.PortableResults.Validation.Caching` sub-namespace containing definition and message cache types. **Actual Implementation**: The `Caching` namespace was dissolved. Types were redistributed: - Definition cache types (`IValidationErrorDefinitionCache`, `ValidationErrorDefinitionCache`) moved to `Light.PortableResults.Validation.Definitions` - Message cache types (`IValidationErrorMessageCache`, `DefaultValidationErrorMessageCache`, `ValidationErrorMessageCacheKey`, `CachedValidationErrorMessage`) moved to `Light.PortableResults.Validation.Messaging` **Commit**: `62b6d85 refactor: dissolve Caching namespace in Validation project` **Rationale**: Two cache types (definition and message) with different responsibilities were confusing in a single namespace. Co-locating each cache with its related types improved discoverability. ### 3. Type Renaming: `ValidationErrorOverrides` → `ErrorOverrides` **Original Plan (0032-8)**: Specified `ValidationErrorOverrides` as the value type name. **Actual Implementation**: The type was renamed to the simpler `ErrorOverrides` while remaining in the `Light.PortableResults.Validation` namespace. **Commit**: `5111cc4 chore: rename ValidationErrorOverrides to ErrorOverrides` **Rationale**: The shorter name is sufficient given the namespace context and avoids redundancy. ### 4. Interface Variance: `IValidationErrorMessageTemplate` Made Contravariant **Original Plan**: Not specified. **Actual Implementation**: The interface was made contravariant: `IValidationErrorMessageTemplate`. **Commit**: `c183b99 chore: IValidationErrorMessageTemplate is now contravariant` **Rationale**: This allows greater flexibility in template implementations when dealing with inheritance hierarchies. ### 5. Dependency Injection Integration Added **Original Plan**: Not specified. **Actual Implementation**: A `Module.cs` file was added with `AddValidationForPortableResults()` extension method for `IServiceCollection`, integrating with Microsoft.Extensions.DependencyInjection. **Commit**: `73b277f feat: add Microsoft.Extensions.DependencyInjection integration for Light.PortableResults.Validation` **Registration Details**: - `IValidationContextFactory` → `DefaultValidationContextFactory` (singleton) - `ValidationContextOptions` available both as options pattern and direct singleton ### 6. ValidationErrorMessageCacheKey Restructuring **Original Plan (0032-2)**: Specified a simplified key structure. **Actual Implementation**: The cache key was expanded to include `ValidationTarget`, `TargetPrefix`, and `DisplayName` to support target caching alongside messages, eliminating `NormalizeTargetIfNecessary()` calls on cache hits. **File**: `src/Light.PortableResults.Validation/Messaging/ValidationErrorMessageCacheKey.cs` **Structure**: ```csharp public readonly record struct ValidationErrorMessageCacheKey( object Provider, ValidationTarget Target, string TargetPrefix, string? DisplayName, CultureInfo Culture ) ``` ### 7. Messaging Namespace Seemann Nesting **Original Plan (0032-5)**: Template implementations were to become nested classes within `ValidationErrorTemplates`. **Actual Implementation**: The nesting pattern was applied as specified: - `ValidationErrorTemplates.DisplayName` - `ValidationErrorTemplates.DisplayNameWithComparable` - `ValidationErrorTemplates.DisplayNameWithRange` - `ValidationErrorTemplates.DisplayNameWithParameter` - `ValidationErrorTemplates.DisplayNameWithPrecisionScale` - `ValidationErrorTemplates.Constant` - `ValidationErrorTemplates.IgnoreParameter` This "hide in plain sight" approach reduces IntelliSense clutter while keeping types public and discoverable. ### 8. Check.DisplayName Nullability **Original Plan (0032-2)**: `DisplayName` should become nullable with `null` meaning "derive from target at message-formatting time". **Actual Implementation**: Implemented as specified. The property is `string?` and `ValidationContext.Check()` no longer defaults `displayName` to `TargetDescriptor.Input`. ## Minor Deviations ### 1. ComplexDtoValidationBenchmarks Evolution The original plan did not specify benchmark structure. The implementation evolved through several commits: - Initial flat DTO benchmarks - Complex DTO benchmarks with nested validators - Constructor injection for validators in benchmarks - Simplified primitive collection validation ### 2. Simplified `IsNotNull` Implementation **Commit**: `694ee63 chore: simplify IsNotNull check` The implementation was simplified from the original specification during development. ### 3. Removal of `ValidationEndpointBenchmarks` **Commit**: `c169677 chore: remove ValidationEndpointBenchmarks` These benchmarks were removed during the checkpoint implementation phase as they became obsolete. ### 4. `ToErrors()` → `Errors` Property **Commit**: `a44e63a chore: replace ToErrors() with Errors property in ValidationContext` A method was replaced with a property for more natural access patterns. ## Plans Implemented As Specified The following plans were implemented substantially as written: - **0032-0 (Original)**: Core assertion families (Null, Empty, Equality, Comparable, Strings, Count, Enums, Decimals, Predicate) with minor naming adjustments - **0032-1 (Message Caching)**: Full message caching infrastructure with `IsMessageStable` and `IValidationErrorMessageCache` - **0032-3 (General Value Normalization)**: `IValueNormalizer` replacing `IStringValueNormalizer` - **0032-4 (Validation Checkpoints)**: `ValidationCheckpoint` type with local error scope tracking - **0032-6 (File Restructuring)**: Assertion-centric file organization for both `Checks` and `BuiltInValidationErrorDefinitions` - **0032-7 (Overload Reduction)**: Reduced `AddError` surface to three overload families - **0032-9 (Test Enhancement)**: Sociable unit test pattern adoption with coverage-driven test design ## File Structure Result The final implementation structure deviates from the original flat layout: ``` src/Light.PortableResults.Validation/ ├── Targeting/ # ValidationTarget, IValidationTargetNormalizer ├── Normalization/ # IValueNormalizer, TrimStringNormalizer ├── Messaging/ # Templates, caching, message formatting ├── Definitions/ # ValidationErrorDefinition, BuiltInValidationErrorDefinitions ├── Checks.*.cs # Assertion families (9 partial files) ├── CheckExtensions.cs # Child/collection validation ├── ValidationContext.cs # Main entry point ├── ValidationCheckpoint.cs # Local error scope └── ErrorOverrides.cs # Inline override type ``` ## Remaining Work from Plan 0032-2 Plan 0032-2 (Message Cache Key Optimization) acceptance criteria were not fully checked off in the plan document, but the implementation shows: - [x] Cache key restructuring completed - [x] `DisplayName` nullability implemented - [x] Target normalization skipping on cache hits implemented - [ ] Micro benchmark comparing allocation profiles (unclear if completed) The micro benchmark comparing optimized path vs. previous implementation was specified but may not have been completed. This is not an issue as we focus on higher-level benchmarks. Light.PortableResults-0.2.0/ai-plans/AGENTS.md000066400000000000000000000035271516707642500207440ustar00rootroot00000000000000# AGENTS.md for AI Plans In this folder, we only keep Markdown files for AI plans. Each file has a four-digit prefix which corresponds to the GitHub issue number. ## How to Write Plans 1. Each plan consists of exactly the three following elements: a rationale, acceptance criteria, and technical details. 2. A rationale describes the overarching goal of the plan. Keep this concise, only elaborate when special circumstances require it. Use free text in this section of the plan. 3. Acceptance criteria is a list of requirements that must be met for the plan to be considered complete. Use check marks `- [ ]` for these in Markdown. 4. Technical details describes the changes on a technical level. Which classes and members should be extended, which design patterns should be used? How do we ensure performance? Avoid going into too much detail (do not write the finished implementation), but focus on the high-level design and how things are connected. It should give the implementer a clear picture of what needs to be done, but also give her or him freedom to implement the plan in a way that she or he deems best. The length of this section is highly dependent on the task that the plan addresses. 5. Regarding automated tests: it is usually enough to note that 'automated tests need to be written' as one check mark in the acceptance criteria list. If there are special requirements for the tests, these can be elaborated in the technical details section. But normally, you can simply leave these technical details out if the automated tests can be written in a straightforward way. 6. When a plan should involve micro benchmarks, these need to be included in the acceptance criteria list and optionally in the technical details section. As with automated tests, if the BenchmarkDotNet benchmarks can be written in a straightforward way, leave out the technical details. Light.PortableResults-0.2.0/benchmarks/000077500000000000000000000000001516707642500200435ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/000077500000000000000000000000001516707642500221205ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/000077500000000000000000000000001516707642500270475ustar00rootroot00000000000000BenchmarkRun-20260107-124011.log000066400000000000000000010045471516707642500335120ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 31 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 0.43 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 2.88 sec and exited with 0 // ***** Done, took 00:00:03 (3.35 sec) ***** // Found 6 benchmarks: // MetadataArrayBenchmarks.CreateObjectArray: DefaultJob // MetadataArrayBenchmarks.CreateMetadataArray: DefaultJob // MetadataArrayBenchmarks.ObjectArrayAccess: DefaultJob // MetadataArrayBenchmarks.MetadataArrayAccess: DefaultJob // MetadataArrayBenchmarks.ObjectArrayIterate: DefaultJob // MetadataArrayBenchmarks.MetadataArrayIterate: DefaultJob // ************************** // Benchmark: MetadataArrayBenchmarks.CreateObjectArray: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 109 110 --benchmarkName Benchmarks.MetadataArrayBenchmarks.CreateObjectArray --job Default --benchmarkId 0 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 84917.00 ns, 84.9170 us/op WorkloadJitting 1: 1 op, 116292.00 ns, 116.2920 us/op OverheadJitting 2: 16 op, 278791.00 ns, 17.4244 us/op WorkloadJitting 2: 16 op, 252500.00 ns, 15.7813 us/op WorkloadPilot 1: 16 op, 1166.00 ns, 72.8750 ns/op WorkloadPilot 2: 32 op, 1792.00 ns, 56.0000 ns/op WorkloadPilot 3: 64 op, 2584.00 ns, 40.3750 ns/op WorkloadPilot 4: 128 op, 4333.00 ns, 33.8516 ns/op WorkloadPilot 5: 256 op, 8042.00 ns, 31.4141 ns/op WorkloadPilot 6: 512 op, 16709.00 ns, 32.6348 ns/op WorkloadPilot 7: 1024 op, 33375.00 ns, 32.5928 ns/op WorkloadPilot 8: 2048 op, 76292.00 ns, 37.2520 ns/op WorkloadPilot 9: 4096 op, 140500.00 ns, 34.3018 ns/op WorkloadPilot 10: 8192 op, 235958.00 ns, 28.8035 ns/op WorkloadPilot 11: 16384 op, 463417.00 ns, 28.2847 ns/op WorkloadPilot 12: 32768 op, 918708.00 ns, 28.0367 ns/op WorkloadPilot 13: 65536 op, 1798875.00 ns, 27.4487 ns/op WorkloadPilot 14: 131072 op, 3386667.00 ns, 25.8382 ns/op WorkloadPilot 15: 262144 op, 6714417.00 ns, 25.6135 ns/op WorkloadPilot 16: 524288 op, 13726292.00 ns, 26.1808 ns/op WorkloadPilot 17: 1048576 op, 27359792.00 ns, 26.0923 ns/op WorkloadPilot 18: 2097152 op, 54270792.00 ns, 25.8783 ns/op WorkloadPilot 19: 4194304 op, 107675792.00 ns, 25.6719 ns/op WorkloadPilot 20: 8388608 op, 179451708.00 ns, 21.3923 ns/op WorkloadPilot 21: 16777216 op, 338443292.00 ns, 20.1728 ns/op WorkloadPilot 22: 33554432 op, 679300417.00 ns, 20.2447 ns/op OverheadWarmup 1: 33554432 op, 65331750.00 ns, 1.9470 ns/op OverheadWarmup 2: 33554432 op, 64862583.00 ns, 1.9331 ns/op OverheadWarmup 3: 33554432 op, 65617166.00 ns, 1.9555 ns/op OverheadWarmup 4: 33554432 op, 57444125.00 ns, 1.7120 ns/op OverheadWarmup 5: 33554432 op, 56852292.00 ns, 1.6943 ns/op OverheadWarmup 6: 33554432 op, 55446917.00 ns, 1.6524 ns/op OverheadWarmup 7: 33554432 op, 56082833.00 ns, 1.6714 ns/op OverheadWarmup 8: 33554432 op, 54373916.00 ns, 1.6205 ns/op OverheadActual 1: 33554432 op, 54370250.00 ns, 1.6204 ns/op OverheadActual 2: 33554432 op, 54201666.00 ns, 1.6153 ns/op OverheadActual 3: 33554432 op, 54149625.00 ns, 1.6138 ns/op OverheadActual 4: 33554432 op, 54202208.00 ns, 1.6154 ns/op OverheadActual 5: 33554432 op, 54502166.00 ns, 1.6243 ns/op OverheadActual 6: 33554432 op, 54101417.00 ns, 1.6123 ns/op OverheadActual 7: 33554432 op, 54194625.00 ns, 1.6151 ns/op OverheadActual 8: 33554432 op, 54747208.00 ns, 1.6316 ns/op OverheadActual 9: 33554432 op, 54816625.00 ns, 1.6337 ns/op OverheadActual 10: 33554432 op, 56364875.00 ns, 1.6798 ns/op OverheadActual 11: 33554432 op, 55588375.00 ns, 1.6567 ns/op OverheadActual 12: 33554432 op, 55909334.00 ns, 1.6662 ns/op OverheadActual 13: 33554432 op, 54468458.00 ns, 1.6233 ns/op OverheadActual 14: 33554432 op, 54288792.00 ns, 1.6179 ns/op OverheadActual 15: 33554432 op, 54249500.00 ns, 1.6168 ns/op WorkloadWarmup 1: 33554432 op, 678226875.00 ns, 20.2127 ns/op WorkloadWarmup 2: 33554432 op, 683764167.00 ns, 20.3778 ns/op WorkloadWarmup 3: 33554432 op, 678933375.00 ns, 20.2338 ns/op WorkloadWarmup 4: 33554432 op, 677512875.00 ns, 20.1915 ns/op WorkloadWarmup 5: 33554432 op, 678128709.00 ns, 20.2098 ns/op WorkloadWarmup 6: 33554432 op, 675911000.00 ns, 20.1437 ns/op // BeforeActualRun WorkloadActual 1: 33554432 op, 675946958.00 ns, 20.1448 ns/op WorkloadActual 2: 33554432 op, 677469250.00 ns, 20.1902 ns/op WorkloadActual 3: 33554432 op, 675219625.00 ns, 20.1231 ns/op WorkloadActual 4: 33554432 op, 674953375.00 ns, 20.1152 ns/op WorkloadActual 5: 33554432 op, 674813792.00 ns, 20.1110 ns/op WorkloadActual 6: 33554432 op, 674825792.00 ns, 20.1114 ns/op WorkloadActual 7: 33554432 op, 675871583.00 ns, 20.1425 ns/op WorkloadActual 8: 33554432 op, 675715583.00 ns, 20.1379 ns/op WorkloadActual 9: 33554432 op, 675970875.00 ns, 20.1455 ns/op WorkloadActual 10: 33554432 op, 679031459.00 ns, 20.2367 ns/op WorkloadActual 11: 33554432 op, 675784333.00 ns, 20.1399 ns/op WorkloadActual 12: 33554432 op, 675552750.00 ns, 20.1330 ns/op WorkloadActual 13: 33554432 op, 676224333.00 ns, 20.1531 ns/op WorkloadActual 14: 33554432 op, 676178125.00 ns, 20.1517 ns/op WorkloadActual 15: 33554432 op, 676337000.00 ns, 20.1564 ns/op // AfterActualRun WorkloadResult 1: 33554432 op, 621576708.00 ns, 18.5244 ns/op WorkloadResult 2: 33554432 op, 620849375.00 ns, 18.5028 ns/op WorkloadResult 3: 33554432 op, 620583125.00 ns, 18.4948 ns/op WorkloadResult 4: 33554432 op, 620443542.00 ns, 18.4907 ns/op WorkloadResult 5: 33554432 op, 620455542.00 ns, 18.4910 ns/op WorkloadResult 6: 33554432 op, 621501333.00 ns, 18.5222 ns/op WorkloadResult 7: 33554432 op, 621345333.00 ns, 18.5175 ns/op WorkloadResult 8: 33554432 op, 621600625.00 ns, 18.5251 ns/op WorkloadResult 9: 33554432 op, 621414083.00 ns, 18.5196 ns/op WorkloadResult 10: 33554432 op, 621182500.00 ns, 18.5127 ns/op WorkloadResult 11: 33554432 op, 621854083.00 ns, 18.5327 ns/op WorkloadResult 12: 33554432 op, 621807875.00 ns, 18.5313 ns/op WorkloadResult 13: 33554432 op, 621966750.00 ns, 18.5361 ns/op // GC: 738 0 0 6174015488 33554432 // Threading: 0 0 33554432 // AfterAll // Benchmark Process 37989 has exited with code 0. Mean = 18.515 ns, StdErr = 0.004 ns (0.02%), N = 13, StdDev = 0.016 ns Min = 18.491 ns, Q1 = 18.503 ns, Median = 18.520 ns, Q3 = 18.525 ns, Max = 18.536 ns IQR = 0.022 ns, LowerFence = 18.469 ns, UpperFence = 18.559 ns ConfidenceInterval = [18.496 ns; 18.534 ns] (CI 99.9%), Margin = 0.019 ns (0.10% of Mean) Skewness = -0.4, Kurtosis = 1.57, MValue = 2 // ** Remained 30 (96,8 %) benchmark(s) to run. Estimated finish 2026-01-07 12:49 (0h 8m from now) ** // ************************** // Benchmark: MetadataArrayBenchmarks.CreateMetadataArray: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 109 110 --benchmarkName Benchmarks.MetadataArrayBenchmarks.CreateMetadataArray --job Default --benchmarkId 1 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 83209.00 ns, 83.2090 us/op WorkloadJitting 1: 1 op, 114375.00 ns, 114.3750 us/op OverheadJitting 2: 16 op, 113125.00 ns, 7.0703 us/op WorkloadJitting 2: 16 op, 104791.00 ns, 6.5494 us/op WorkloadPilot 1: 16 op, 2208.00 ns, 138.0000 ns/op WorkloadPilot 2: 32 op, 2917.00 ns, 91.1563 ns/op WorkloadPilot 3: 64 op, 4875.00 ns, 76.1719 ns/op WorkloadPilot 4: 128 op, 10333.00 ns, 80.7266 ns/op WorkloadPilot 5: 256 op, 16750.00 ns, 65.4297 ns/op WorkloadPilot 6: 512 op, 31708.00 ns, 61.9297 ns/op WorkloadPilot 7: 1024 op, 66000.00 ns, 64.4531 ns/op WorkloadPilot 8: 2048 op, 130292.00 ns, 63.6191 ns/op WorkloadPilot 9: 4096 op, 246250.00 ns, 60.1196 ns/op WorkloadPilot 10: 8192 op, 505416.00 ns, 61.6963 ns/op WorkloadPilot 11: 16384 op, 1012875.00 ns, 61.8210 ns/op WorkloadPilot 12: 32768 op, 2002500.00 ns, 61.1115 ns/op WorkloadPilot 13: 65536 op, 3463250.00 ns, 52.8450 ns/op WorkloadPilot 14: 131072 op, 7133750.00 ns, 54.4262 ns/op WorkloadPilot 15: 262144 op, 14173917.00 ns, 54.0692 ns/op WorkloadPilot 16: 524288 op, 28449708.00 ns, 54.2635 ns/op WorkloadPilot 17: 1048576 op, 56469792.00 ns, 53.8538 ns/op WorkloadPilot 18: 2097152 op, 66954709.00 ns, 31.9265 ns/op WorkloadPilot 19: 4194304 op, 90720833.00 ns, 21.6295 ns/op WorkloadPilot 20: 8388608 op, 175922417.00 ns, 20.9716 ns/op WorkloadPilot 21: 16777216 op, 348798166.00 ns, 20.7900 ns/op WorkloadPilot 22: 33554432 op, 703886792.00 ns, 20.9775 ns/op OverheadWarmup 1: 33554432 op, 65350000.00 ns, 1.9476 ns/op OverheadWarmup 2: 33554432 op, 66302666.00 ns, 1.9760 ns/op OverheadWarmup 3: 33554432 op, 66742333.00 ns, 1.9891 ns/op OverheadWarmup 4: 33554432 op, 48778916.00 ns, 1.4537 ns/op OverheadWarmup 5: 33554432 op, 47303292.00 ns, 1.4097 ns/op OverheadWarmup 6: 33554432 op, 47290042.00 ns, 1.4094 ns/op OverheadWarmup 7: 33554432 op, 47224667.00 ns, 1.4074 ns/op OverheadWarmup 8: 33554432 op, 47403708.00 ns, 1.4127 ns/op OverheadWarmup 9: 33554432 op, 47137041.00 ns, 1.4048 ns/op OverheadActual 1: 33554432 op, 47892250.00 ns, 1.4273 ns/op OverheadActual 2: 33554432 op, 47412958.00 ns, 1.4130 ns/op OverheadActual 3: 33554432 op, 47410917.00 ns, 1.4130 ns/op OverheadActual 4: 33554432 op, 47345542.00 ns, 1.4110 ns/op OverheadActual 5: 33554432 op, 47877625.00 ns, 1.4269 ns/op OverheadActual 6: 33554432 op, 48114958.00 ns, 1.4339 ns/op OverheadActual 7: 33554432 op, 48992292.00 ns, 1.4601 ns/op OverheadActual 8: 33554432 op, 48122625.00 ns, 1.4342 ns/op OverheadActual 9: 33554432 op, 48750709.00 ns, 1.4529 ns/op OverheadActual 10: 33554432 op, 47559500.00 ns, 1.4174 ns/op OverheadActual 11: 33554432 op, 47293458.00 ns, 1.4095 ns/op OverheadActual 12: 33554432 op, 47321334.00 ns, 1.4103 ns/op OverheadActual 13: 33554432 op, 47240375.00 ns, 1.4079 ns/op OverheadActual 14: 33554432 op, 47309625.00 ns, 1.4099 ns/op OverheadActual 15: 33554432 op, 47380250.00 ns, 1.4120 ns/op WorkloadWarmup 1: 33554432 op, 704919542.00 ns, 21.0082 ns/op WorkloadWarmup 2: 33554432 op, 704526083.00 ns, 20.9965 ns/op WorkloadWarmup 3: 33554432 op, 704594833.00 ns, 20.9986 ns/op WorkloadWarmup 4: 33554432 op, 701860792.00 ns, 20.9171 ns/op WorkloadWarmup 5: 33554432 op, 699501334.00 ns, 20.8468 ns/op WorkloadWarmup 6: 33554432 op, 699884375.00 ns, 20.8582 ns/op WorkloadWarmup 7: 33554432 op, 699204333.00 ns, 20.8379 ns/op // BeforeActualRun WorkloadActual 1: 33554432 op, 700423083.00 ns, 20.8742 ns/op WorkloadActual 2: 33554432 op, 700275375.00 ns, 20.8698 ns/op WorkloadActual 3: 33554432 op, 700242458.00 ns, 20.8689 ns/op WorkloadActual 4: 33554432 op, 701346791.00 ns, 20.9018 ns/op WorkloadActual 5: 33554432 op, 701793042.00 ns, 20.9151 ns/op WorkloadActual 6: 33554432 op, 700185625.00 ns, 20.8672 ns/op WorkloadActual 7: 33554432 op, 699601875.00 ns, 20.8498 ns/op WorkloadActual 8: 33554432 op, 698907916.00 ns, 20.8291 ns/op WorkloadActual 9: 33554432 op, 701803042.00 ns, 20.9154 ns/op WorkloadActual 10: 33554432 op, 700201333.00 ns, 20.8676 ns/op WorkloadActual 11: 33554432 op, 700935208.00 ns, 20.8895 ns/op WorkloadActual 12: 33554432 op, 699542875.00 ns, 20.8480 ns/op WorkloadActual 13: 33554432 op, 699902625.00 ns, 20.8587 ns/op WorkloadActual 14: 33554432 op, 700983458.00 ns, 20.8909 ns/op WorkloadActual 15: 33554432 op, 701848459.00 ns, 20.9167 ns/op // AfterActualRun WorkloadResult 1: 33554432 op, 653010125.00 ns, 19.4612 ns/op WorkloadResult 2: 33554432 op, 652862417.00 ns, 19.4568 ns/op WorkloadResult 3: 33554432 op, 652829500.00 ns, 19.4558 ns/op WorkloadResult 4: 33554432 op, 653933833.00 ns, 19.4887 ns/op WorkloadResult 5: 33554432 op, 654380084.00 ns, 19.5020 ns/op WorkloadResult 6: 33554432 op, 652772667.00 ns, 19.4541 ns/op WorkloadResult 7: 33554432 op, 652188917.00 ns, 19.4367 ns/op WorkloadResult 8: 33554432 op, 651494958.00 ns, 19.4161 ns/op WorkloadResult 9: 33554432 op, 654390084.00 ns, 19.5023 ns/op WorkloadResult 10: 33554432 op, 652788375.00 ns, 19.4546 ns/op WorkloadResult 11: 33554432 op, 653522250.00 ns, 19.4765 ns/op WorkloadResult 12: 33554432 op, 652129917.00 ns, 19.4350 ns/op WorkloadResult 13: 33554432 op, 652489667.00 ns, 19.4457 ns/op WorkloadResult 14: 33554432 op, 653570500.00 ns, 19.4779 ns/op WorkloadResult 15: 33554432 op, 654435501.00 ns, 19.5037 ns/op // GC: 1251 0 0 10468982784 33554432 // Threading: 0 0 33554432 // AfterAll // Benchmark Process 38004 has exited with code 0. Mean = 19.464 ns, StdErr = 0.007 ns (0.04%), N = 15, StdDev = 0.027 ns Min = 19.416 ns, Q1 = 19.450 ns, Median = 19.457 ns, Q3 = 19.483 ns, Max = 19.504 ns IQR = 0.033 ns, LowerFence = 19.400 ns, UpperFence = 19.533 ns ConfidenceInterval = [19.436 ns; 19.493 ns] (CI 99.9%), Margin = 0.029 ns (0.15% of Mean) Skewness = 0.05, Kurtosis = 1.81, MValue = 2 // ** Remained 29 (93,5 %) benchmark(s) to run. Estimated finish 2026-01-07 12:49 (0h 8m from now) ** // ************************** // Benchmark: MetadataArrayBenchmarks.ObjectArrayAccess: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 109 110 --benchmarkName Benchmarks.MetadataArrayBenchmarks.ObjectArrayAccess --job Default --benchmarkId 2 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 113791.00 ns, 113.7910 us/op WorkloadJitting 1: 1 op, 147750.00 ns, 147.7500 us/op OverheadJitting 2: 16 op, 207792.00 ns, 12.9870 us/op WorkloadJitting 2: 16 op, 186083.00 ns, 11.6302 us/op WorkloadPilot 1: 16 op, 208.00 ns, 13.0000 ns/op WorkloadPilot 2: 32 op, 167.00 ns, 5.2188 ns/op WorkloadPilot 3: 64 op, 459.00 ns, 7.1719 ns/op WorkloadPilot 4: 128 op, 333.00 ns, 2.6016 ns/op WorkloadPilot 5: 256 op, 584.00 ns, 2.2813 ns/op WorkloadPilot 6: 512 op, 1333.00 ns, 2.6035 ns/op WorkloadPilot 7: 1024 op, 2083.00 ns, 2.0342 ns/op WorkloadPilot 8: 2048 op, 3834.00 ns, 1.8721 ns/op WorkloadPilot 9: 4096 op, 8000.00 ns, 1.9531 ns/op WorkloadPilot 10: 8192 op, 15875.00 ns, 1.9379 ns/op WorkloadPilot 11: 16384 op, 31625.00 ns, 1.9302 ns/op WorkloadPilot 12: 32768 op, 57541.00 ns, 1.7560 ns/op WorkloadPilot 13: 65536 op, 106750.00 ns, 1.6289 ns/op WorkloadPilot 14: 131072 op, 221667.00 ns, 1.6912 ns/op WorkloadPilot 15: 262144 op, 432042.00 ns, 1.6481 ns/op WorkloadPilot 16: 524288 op, 890833.00 ns, 1.6991 ns/op WorkloadPilot 17: 1048576 op, 1763625.00 ns, 1.6819 ns/op WorkloadPilot 18: 2097152 op, 3439125.00 ns, 1.6399 ns/op WorkloadPilot 19: 4194304 op, 6951166.00 ns, 1.6573 ns/op WorkloadPilot 20: 8388608 op, 13880833.00 ns, 1.6547 ns/op WorkloadPilot 21: 16777216 op, 27768541.00 ns, 1.6551 ns/op WorkloadPilot 22: 33554432 op, 54893792.00 ns, 1.6360 ns/op WorkloadPilot 23: 67108864 op, 85173041.00 ns, 1.2692 ns/op WorkloadPilot 24: 134217728 op, 148582459.00 ns, 1.1070 ns/op WorkloadPilot 25: 268435456 op, 290792167.00 ns, 1.0833 ns/op WorkloadPilot 26: 536870912 op, 584250458.00 ns, 1.0883 ns/op OverheadWarmup 1: 536870912 op, 832859959.00 ns, 1.5513 ns/op OverheadWarmup 2: 536870912 op, 763953042.00 ns, 1.4230 ns/op OverheadWarmup 3: 536870912 op, 761107459.00 ns, 1.4177 ns/op OverheadWarmup 4: 536870912 op, 769019291.00 ns, 1.4324 ns/op OverheadWarmup 5: 536870912 op, 760739834.00 ns, 1.4170 ns/op OverheadWarmup 6: 536870912 op, 763210709.00 ns, 1.4216 ns/op OverheadWarmup 7: 536870912 op, 770238125.00 ns, 1.4347 ns/op OverheadWarmup 8: 536870912 op, 765430666.00 ns, 1.4257 ns/op OverheadActual 1: 536870912 op, 762526500.00 ns, 1.4203 ns/op OverheadActual 2: 536870912 op, 762080333.00 ns, 1.4195 ns/op OverheadActual 3: 536870912 op, 761581917.00 ns, 1.4186 ns/op OverheadActual 4: 536870912 op, 766338542.00 ns, 1.4274 ns/op OverheadActual 5: 536870912 op, 767398583.00 ns, 1.4294 ns/op OverheadActual 6: 536870912 op, 762050375.00 ns, 1.4194 ns/op OverheadActual 7: 536870912 op, 761596125.00 ns, 1.4186 ns/op OverheadActual 8: 536870912 op, 761518209.00 ns, 1.4184 ns/op OverheadActual 9: 536870912 op, 761551209.00 ns, 1.4185 ns/op OverheadActual 10: 536870912 op, 762615667.00 ns, 1.4205 ns/op OverheadActual 11: 536870912 op, 761842083.00 ns, 1.4190 ns/op OverheadActual 12: 536870912 op, 762929083.00 ns, 1.4211 ns/op OverheadActual 13: 536870912 op, 763972667.00 ns, 1.4230 ns/op OverheadActual 14: 536870912 op, 761146792.00 ns, 1.4177 ns/op OverheadActual 15: 536870912 op, 763844667.00 ns, 1.4228 ns/op WorkloadWarmup 1: 536870912 op, 586697208.00 ns, 1.0928 ns/op WorkloadWarmup 2: 536870912 op, 580663916.00 ns, 1.0816 ns/op WorkloadWarmup 3: 536870912 op, 583594417.00 ns, 1.0870 ns/op WorkloadWarmup 4: 536870912 op, 586228042.00 ns, 1.0919 ns/op WorkloadWarmup 5: 536870912 op, 583987750.00 ns, 1.0878 ns/op WorkloadWarmup 6: 536870912 op, 584711750.00 ns, 1.0891 ns/op WorkloadWarmup 7: 536870912 op, 585266500.00 ns, 1.0901 ns/op WorkloadWarmup 8: 536870912 op, 587221708.00 ns, 1.0938 ns/op WorkloadWarmup 9: 536870912 op, 585356708.00 ns, 1.0903 ns/op // BeforeActualRun WorkloadActual 1: 536870912 op, 837916333.00 ns, 1.5607 ns/op WorkloadActual 2: 536870912 op, 584580625.00 ns, 1.0889 ns/op WorkloadActual 3: 536870912 op, 586010500.00 ns, 1.0915 ns/op WorkloadActual 4: 536870912 op, 584116125.00 ns, 1.0880 ns/op WorkloadActual 5: 536870912 op, 586227291.00 ns, 1.0919 ns/op WorkloadActual 6: 536870912 op, 583951708.00 ns, 1.0877 ns/op WorkloadActual 7: 536870912 op, 582421083.00 ns, 1.0848 ns/op WorkloadActual 8: 536870912 op, 585681583.00 ns, 1.0909 ns/op WorkloadActual 9: 536870912 op, 585968458.00 ns, 1.0915 ns/op WorkloadActual 10: 536870912 op, 586454417.00 ns, 1.0924 ns/op WorkloadActual 11: 536870912 op, 586108083.00 ns, 1.0917 ns/op WorkloadActual 12: 536870912 op, 583602792.00 ns, 1.0870 ns/op WorkloadActual 13: 536870912 op, 582571125.00 ns, 1.0851 ns/op WorkloadActual 14: 536870912 op, 586303292.00 ns, 1.0921 ns/op WorkloadActual 15: 536870912 op, 585467792.00 ns, 1.0905 ns/op // AfterActualRun WorkloadResult 1: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 2: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 3: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 4: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 5: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 6: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 7: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 8: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 9: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 10: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 11: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 12: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 13: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 14: 536870912 op, 0.00 ns, 0.0000 ns/op // GC: 0 0 0 0 536870912 // Threading: 0 0 536870912 // AfterAll // Benchmark Process 38007 has exited with code 0. Mean = 0.000 ns, StdErr = 0.000 ns (NaN%), N = 14, StdDev = 0.000 ns Min = 0.000 ns, Q1 = 0.000 ns, Median = 0.000 ns, Q3 = 0.000 ns, Max = 0.000 ns IQR = 0.000 ns, LowerFence = 0.000 ns, UpperFence = 0.000 ns ConfidenceInterval = [0.000 ns; 0.000 ns] (CI 99.9%), Margin = 0.000 ns (NaN% of Mean) Skewness = NaN, Kurtosis = NaN, MValue = 2 // ** Remained 28 (90,3 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 10m from now) ** // ************************** // Benchmark: MetadataArrayBenchmarks.MetadataArrayAccess: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 109 110 --benchmarkName Benchmarks.MetadataArrayBenchmarks.MetadataArrayAccess --job Default --benchmarkId 3 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 108833.00 ns, 108.8330 us/op WorkloadJitting 1: 1 op, 169583.00 ns, 169.5830 us/op OverheadJitting 2: 16 op, 203792.00 ns, 12.7370 us/op WorkloadJitting 2: 16 op, 181125.00 ns, 11.3203 us/op WorkloadPilot 1: 16 op, 250.00 ns, 15.6250 ns/op WorkloadPilot 2: 32 op, 417.00 ns, 13.0313 ns/op WorkloadPilot 3: 64 op, 667.00 ns, 10.4219 ns/op WorkloadPilot 4: 128 op, 1625.00 ns, 12.6953 ns/op WorkloadPilot 5: 256 op, 2042.00 ns, 7.9766 ns/op WorkloadPilot 6: 512 op, 3709.00 ns, 7.2441 ns/op WorkloadPilot 7: 1024 op, 7875.00 ns, 7.6904 ns/op WorkloadPilot 8: 2048 op, 15500.00 ns, 7.5684 ns/op WorkloadPilot 9: 4096 op, 31125.00 ns, 7.5989 ns/op WorkloadPilot 10: 8192 op, 57125.00 ns, 6.9733 ns/op WorkloadPilot 11: 16384 op, 106708.00 ns, 6.5129 ns/op WorkloadPilot 12: 32768 op, 221458.00 ns, 6.7584 ns/op WorkloadPilot 13: 65536 op, 393750.00 ns, 6.0081 ns/op WorkloadPilot 14: 131072 op, 785042.00 ns, 5.9894 ns/op WorkloadPilot 15: 262144 op, 1570291.00 ns, 5.9902 ns/op WorkloadPilot 16: 524288 op, 3151709.00 ns, 6.0114 ns/op WorkloadPilot 17: 1048576 op, 6340500.00 ns, 6.0468 ns/op WorkloadPilot 18: 2097152 op, 12772958.00 ns, 6.0906 ns/op WorkloadPilot 19: 4194304 op, 25625625.00 ns, 6.1096 ns/op WorkloadPilot 20: 8388608 op, 50110125.00 ns, 5.9736 ns/op WorkloadPilot 21: 16777216 op, 55421375.00 ns, 3.3034 ns/op WorkloadPilot 22: 33554432 op, 37764000.00 ns, 1.1255 ns/op WorkloadPilot 23: 67108864 op, 75177583.00 ns, 1.1202 ns/op WorkloadPilot 24: 134217728 op, 154377417.00 ns, 1.1502 ns/op WorkloadPilot 25: 268435456 op, 299427000.00 ns, 1.1155 ns/op WorkloadPilot 26: 536870912 op, 603815250.00 ns, 1.1247 ns/op OverheadWarmup 1: 536870912 op, 824526292.00 ns, 1.5358 ns/op OverheadWarmup 2: 536870912 op, 761510750.00 ns, 1.4184 ns/op OverheadWarmup 3: 536870912 op, 763400250.00 ns, 1.4219 ns/op OverheadWarmup 4: 536870912 op, 763443625.00 ns, 1.4220 ns/op OverheadWarmup 5: 536870912 op, 760978250.00 ns, 1.4174 ns/op OverheadWarmup 6: 536870912 op, 760393291.00 ns, 1.4163 ns/op OverheadWarmup 7: 536870912 op, 765439917.00 ns, 1.4257 ns/op OverheadWarmup 8: 536870912 op, 764354041.00 ns, 1.4237 ns/op OverheadActual 1: 536870912 op, 765179459.00 ns, 1.4253 ns/op OverheadActual 2: 536870912 op, 763776042.00 ns, 1.4226 ns/op OverheadActual 3: 536870912 op, 763599708.00 ns, 1.4223 ns/op OverheadActual 4: 536870912 op, 761735042.00 ns, 1.4188 ns/op OverheadActual 5: 536870912 op, 762081667.00 ns, 1.4195 ns/op OverheadActual 6: 536870912 op, 764392334.00 ns, 1.4238 ns/op OverheadActual 7: 536870912 op, 764965834.00 ns, 1.4249 ns/op OverheadActual 8: 536870912 op, 763682708.00 ns, 1.4225 ns/op OverheadActual 9: 536870912 op, 760968583.00 ns, 1.4174 ns/op OverheadActual 10: 536870912 op, 763810083.00 ns, 1.4227 ns/op OverheadActual 11: 536870912 op, 764565541.00 ns, 1.4241 ns/op OverheadActual 12: 536870912 op, 762800791.00 ns, 1.4208 ns/op OverheadActual 13: 536870912 op, 764776375.00 ns, 1.4245 ns/op OverheadActual 14: 536870912 op, 762400125.00 ns, 1.4201 ns/op OverheadActual 15: 536870912 op, 763438125.00 ns, 1.4220 ns/op WorkloadWarmup 1: 536870912 op, 604770375.00 ns, 1.1265 ns/op WorkloadWarmup 2: 536870912 op, 603612167.00 ns, 1.1243 ns/op WorkloadWarmup 3: 536870912 op, 602527916.00 ns, 1.1223 ns/op WorkloadWarmup 4: 536870912 op, 603970291.00 ns, 1.1250 ns/op WorkloadWarmup 5: 536870912 op, 604397125.00 ns, 1.1258 ns/op WorkloadWarmup 6: 536870912 op, 604331375.00 ns, 1.1257 ns/op WorkloadWarmup 7: 536870912 op, 604374708.00 ns, 1.1257 ns/op WorkloadWarmup 8: 536870912 op, 604566833.00 ns, 1.1261 ns/op WorkloadWarmup 9: 536870912 op, 602418875.00 ns, 1.1221 ns/op // BeforeActualRun WorkloadActual 1: 536870912 op, 601893209.00 ns, 1.1211 ns/op WorkloadActual 2: 536870912 op, 604269833.00 ns, 1.1255 ns/op WorkloadActual 3: 536870912 op, 604411500.00 ns, 1.1258 ns/op WorkloadActual 4: 536870912 op, 603627792.00 ns, 1.1243 ns/op WorkloadActual 5: 536870912 op, 604492791.00 ns, 1.1260 ns/op WorkloadActual 6: 536870912 op, 604372625.00 ns, 1.1257 ns/op WorkloadActual 7: 536870912 op, 602159292.00 ns, 1.1216 ns/op WorkloadActual 8: 536870912 op, 601476084.00 ns, 1.1203 ns/op WorkloadActual 9: 536870912 op, 603759666.00 ns, 1.1246 ns/op WorkloadActual 10: 536870912 op, 604342000.00 ns, 1.1257 ns/op WorkloadActual 11: 536870912 op, 605387292.00 ns, 1.1276 ns/op WorkloadActual 12: 536870912 op, 604563708.00 ns, 1.1261 ns/op WorkloadActual 13: 536870912 op, 604847209.00 ns, 1.1266 ns/op WorkloadActual 14: 536870912 op, 601858167.00 ns, 1.1210 ns/op WorkloadActual 15: 536870912 op, 601501500.00 ns, 1.1204 ns/op // AfterActualRun WorkloadResult 1: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 2: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 3: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 4: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 5: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 6: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 7: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 8: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 9: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 10: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 11: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 12: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 13: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 14: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 15: 536870912 op, 0.00 ns, 0.0000 ns/op // GC: 0 0 0 32 536870912 // Threading: 0 0 536870912 // AfterAll // Benchmark Process 38014 has exited with code 0. Mean = 0.000 ns, StdErr = 0.000 ns (NaN%), N = 15, StdDev = 0.000 ns Min = 0.000 ns, Q1 = 0.000 ns, Median = 0.000 ns, Q3 = 0.000 ns, Max = 0.000 ns IQR = 0.000 ns, LowerFence = 0.000 ns, UpperFence = 0.000 ns ConfidenceInterval = [0.000 ns; 0.000 ns] (CI 99.9%), Margin = 0.000 ns (NaN% of Mean) Skewness = NaN, Kurtosis = NaN, MValue = 2 // ** Remained 27 (87,1 %) benchmark(s) to run. Estimated finish 2026-01-07 12:53 (0h 11m from now) ** // ************************** // Benchmark: MetadataArrayBenchmarks.ObjectArrayIterate: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 109 110 --benchmarkName Benchmarks.MetadataArrayBenchmarks.ObjectArrayIterate --job Default --benchmarkId 4 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 107625.00 ns, 107.6250 us/op WorkloadJitting 1: 1 op, 106167.00 ns, 106.1670 us/op OverheadJitting 2: 16 op, 198541.00 ns, 12.4088 us/op WorkloadJitting 2: 16 op, 229625.00 ns, 14.3516 us/op WorkloadPilot 1: 16 op, 542.00 ns, 33.8750 ns/op WorkloadPilot 2: 32 op, 833.00 ns, 26.0313 ns/op WorkloadPilot 3: 64 op, 1000.00 ns, 15.6250 ns/op WorkloadPilot 4: 128 op, 2042.00 ns, 15.9531 ns/op WorkloadPilot 5: 256 op, 3791.00 ns, 14.8086 ns/op WorkloadPilot 6: 512 op, 7750.00 ns, 15.1367 ns/op WorkloadPilot 7: 1024 op, 29083.00 ns, 28.4014 ns/op WorkloadPilot 8: 2048 op, 75375.00 ns, 36.8042 ns/op WorkloadPilot 9: 4096 op, 103625.00 ns, 25.2991 ns/op WorkloadPilot 10: 8192 op, 185791.00 ns, 22.6796 ns/op WorkloadPilot 11: 16384 op, 302000.00 ns, 18.4326 ns/op WorkloadPilot 12: 32768 op, 565292.00 ns, 17.2513 ns/op WorkloadPilot 13: 65536 op, 1022792.00 ns, 15.6066 ns/op WorkloadPilot 14: 131072 op, 2002875.00 ns, 15.2807 ns/op WorkloadPilot 15: 262144 op, 3894250.00 ns, 14.8554 ns/op WorkloadPilot 16: 524288 op, 7532542.00 ns, 14.3672 ns/op WorkloadPilot 17: 1048576 op, 15327958.00 ns, 14.6179 ns/op WorkloadPilot 18: 2097152 op, 31483000.00 ns, 15.0123 ns/op WorkloadPilot 19: 4194304 op, 61764208.00 ns, 14.7257 ns/op WorkloadPilot 20: 8388608 op, 37550625.00 ns, 4.4764 ns/op WorkloadPilot 21: 16777216 op, 44244667.00 ns, 2.6372 ns/op WorkloadPilot 22: 33554432 op, 86131667.00 ns, 2.5669 ns/op WorkloadPilot 23: 67108864 op, 172114208.00 ns, 2.5647 ns/op WorkloadPilot 24: 134217728 op, 359696500.00 ns, 2.6799 ns/op WorkloadPilot 25: 268435456 op, 690174333.00 ns, 2.5711 ns/op OverheadWarmup 1: 268435456 op, 440119750.00 ns, 1.6396 ns/op OverheadWarmup 2: 268435456 op, 383891000.00 ns, 1.4301 ns/op OverheadWarmup 3: 268435456 op, 382527500.00 ns, 1.4250 ns/op OverheadWarmup 4: 268435456 op, 384470333.00 ns, 1.4323 ns/op OverheadWarmup 5: 268435456 op, 378811750.00 ns, 1.4112 ns/op OverheadWarmup 6: 268435456 op, 383449417.00 ns, 1.4285 ns/op OverheadWarmup 7: 268435456 op, 377213917.00 ns, 1.4052 ns/op OverheadActual 1: 268435456 op, 384234375.00 ns, 1.4314 ns/op OverheadActual 2: 268435456 op, 380908792.00 ns, 1.4190 ns/op OverheadActual 3: 268435456 op, 383761250.00 ns, 1.4296 ns/op OverheadActual 4: 268435456 op, 385210542.00 ns, 1.4350 ns/op OverheadActual 5: 268435456 op, 380178750.00 ns, 1.4163 ns/op OverheadActual 6: 268435456 op, 383870792.00 ns, 1.4300 ns/op OverheadActual 7: 268435456 op, 378718333.00 ns, 1.4108 ns/op OverheadActual 8: 268435456 op, 383683166.00 ns, 1.4293 ns/op OverheadActual 9: 268435456 op, 378473708.00 ns, 1.4099 ns/op OverheadActual 10: 268435456 op, 383945167.00 ns, 1.4303 ns/op OverheadActual 11: 268435456 op, 378530500.00 ns, 1.4101 ns/op OverheadActual 12: 268435456 op, 383471334.00 ns, 1.4285 ns/op OverheadActual 13: 268435456 op, 379586083.00 ns, 1.4141 ns/op OverheadActual 14: 268435456 op, 382813791.00 ns, 1.4261 ns/op OverheadActual 15: 268435456 op, 381219542.00 ns, 1.4202 ns/op WorkloadWarmup 1: 268435456 op, 690573416.00 ns, 2.5726 ns/op WorkloadWarmup 2: 268435456 op, 692687750.00 ns, 2.5805 ns/op WorkloadWarmup 3: 268435456 op, 691905291.00 ns, 2.5775 ns/op WorkloadWarmup 4: 268435456 op, 694161792.00 ns, 2.5860 ns/op WorkloadWarmup 5: 268435456 op, 691881375.00 ns, 2.5775 ns/op WorkloadWarmup 6: 268435456 op, 693664750.00 ns, 2.5841 ns/op // BeforeActualRun WorkloadActual 1: 268435456 op, 695585834.00 ns, 2.5913 ns/op WorkloadActual 2: 268435456 op, 692533791.00 ns, 2.5799 ns/op WorkloadActual 3: 268435456 op, 693655833.00 ns, 2.5841 ns/op WorkloadActual 4: 268435456 op, 692051084.00 ns, 2.5781 ns/op WorkloadActual 5: 268435456 op, 692174417.00 ns, 2.5786 ns/op WorkloadActual 6: 268435456 op, 692765833.00 ns, 2.5808 ns/op WorkloadActual 7: 268435456 op, 692005916.00 ns, 2.5779 ns/op WorkloadActual 8: 268435456 op, 692384667.00 ns, 2.5793 ns/op WorkloadActual 9: 268435456 op, 699899500.00 ns, 2.6073 ns/op WorkloadActual 10: 268435456 op, 691281959.00 ns, 2.5752 ns/op WorkloadActual 11: 268435456 op, 691795416.00 ns, 2.5771 ns/op WorkloadActual 12: 268435456 op, 692984291.00 ns, 2.5816 ns/op WorkloadActual 13: 268435456 op, 691973041.00 ns, 2.5778 ns/op WorkloadActual 14: 268435456 op, 691637917.00 ns, 2.5766 ns/op WorkloadActual 15: 268435456 op, 692060125.00 ns, 2.5781 ns/op // AfterActualRun WorkloadResult 1: 268435456 op, 309720000.00 ns, 1.1538 ns/op WorkloadResult 2: 268435456 op, 310842042.00 ns, 1.1580 ns/op WorkloadResult 3: 268435456 op, 309237293.00 ns, 1.1520 ns/op WorkloadResult 4: 268435456 op, 309360626.00 ns, 1.1525 ns/op WorkloadResult 5: 268435456 op, 309952042.00 ns, 1.1547 ns/op WorkloadResult 6: 268435456 op, 309192125.00 ns, 1.1518 ns/op WorkloadResult 7: 268435456 op, 309570876.00 ns, 1.1532 ns/op WorkloadResult 8: 268435456 op, 308468168.00 ns, 1.1491 ns/op WorkloadResult 9: 268435456 op, 308981625.00 ns, 1.1510 ns/op WorkloadResult 10: 268435456 op, 310170500.00 ns, 1.1555 ns/op WorkloadResult 11: 268435456 op, 309159250.00 ns, 1.1517 ns/op WorkloadResult 12: 268435456 op, 308824126.00 ns, 1.1505 ns/op WorkloadResult 13: 268435456 op, 309246334.00 ns, 1.1520 ns/op // GC: 0 0 0 0 268435456 // Threading: 0 0 268435456 // AfterAll // Benchmark Process 38021 has exited with code 0. Mean = 1.153 ns, StdErr = 0.001 ns (0.06%), N = 13, StdDev = 0.002 ns Min = 1.149 ns, Q1 = 1.152 ns, Median = 1.152 ns, Q3 = 1.154 ns, Max = 1.158 ns IQR = 0.002 ns, LowerFence = 1.149 ns, UpperFence = 1.157 ns ConfidenceInterval = [1.150 ns; 1.156 ns] (CI 99.9%), Margin = 0.003 ns (0.24% of Mean) Skewness = 0.64, Kurtosis = 2.76, MValue = 2 // ** Remained 26 (83,9 %) benchmark(s) to run. Estimated finish 2026-01-07 12:53 (0h 11m from now) ** // ************************** // Benchmark: MetadataArrayBenchmarks.MetadataArrayIterate: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 109 110 --benchmarkName Benchmarks.MetadataArrayBenchmarks.MetadataArrayIterate --job Default --benchmarkId 5 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 82500.00 ns, 82.5000 us/op WorkloadJitting 1: 1 op, 331250.00 ns, 331.2500 us/op OverheadJitting 2: 16 op, 184208.00 ns, 11.5130 us/op WorkloadJitting 2: 16 op, 163334.00 ns, 10.2084 us/op WorkloadPilot 1: 16 op, 1167.00 ns, 72.9375 ns/op WorkloadPilot 2: 32 op, 2041.00 ns, 63.7813 ns/op WorkloadPilot 3: 64 op, 3666.00 ns, 57.2813 ns/op WorkloadPilot 4: 128 op, 6583.00 ns, 51.4297 ns/op WorkloadPilot 5: 256 op, 12667.00 ns, 49.4805 ns/op WorkloadPilot 6: 512 op, 26666.00 ns, 52.0820 ns/op WorkloadPilot 7: 1024 op, 73334.00 ns, 71.6152 ns/op WorkloadPilot 8: 2048 op, 134791.00 ns, 65.8159 ns/op WorkloadPilot 9: 4096 op, 214292.00 ns, 52.3174 ns/op WorkloadPilot 10: 8192 op, 464541.00 ns, 56.7067 ns/op WorkloadPilot 11: 16384 op, 803750.00 ns, 49.0570 ns/op WorkloadPilot 12: 32768 op, 1530125.00 ns, 46.6957 ns/op WorkloadPilot 13: 65536 op, 2767333.00 ns, 42.2262 ns/op WorkloadPilot 14: 131072 op, 5497875.00 ns, 41.9455 ns/op WorkloadPilot 15: 262144 op, 10893000.00 ns, 41.5535 ns/op WorkloadPilot 16: 524288 op, 21553667.00 ns, 41.1104 ns/op WorkloadPilot 17: 1048576 op, 42531042.00 ns, 40.5608 ns/op WorkloadPilot 18: 2097152 op, 67610666.00 ns, 32.2393 ns/op WorkloadPilot 19: 4194304 op, 19122792.00 ns, 4.5592 ns/op WorkloadPilot 20: 8388608 op, 40155750.00 ns, 4.7869 ns/op WorkloadPilot 21: 16777216 op, 91106375.00 ns, 5.4304 ns/op WorkloadPilot 22: 33554432 op, 180788125.00 ns, 5.3879 ns/op WorkloadPilot 23: 67108864 op, 343966750.00 ns, 5.1255 ns/op WorkloadPilot 24: 134217728 op, 709170041.00 ns, 5.2837 ns/op OverheadWarmup 1: 134217728 op, 250734833.00 ns, 1.8681 ns/op OverheadWarmup 2: 134217728 op, 189377209.00 ns, 1.4110 ns/op OverheadWarmup 3: 134217728 op, 189436500.00 ns, 1.4114 ns/op OverheadWarmup 4: 134217728 op, 194369542.00 ns, 1.4482 ns/op OverheadWarmup 5: 134217728 op, 190458250.00 ns, 1.4190 ns/op OverheadWarmup 6: 134217728 op, 189428250.00 ns, 1.4114 ns/op OverheadWarmup 7: 134217728 op, 189378375.00 ns, 1.4110 ns/op OverheadWarmup 8: 134217728 op, 194461542.00 ns, 1.4489 ns/op OverheadWarmup 9: 134217728 op, 189712583.00 ns, 1.4135 ns/op OverheadActual 1: 134217728 op, 189143209.00 ns, 1.4092 ns/op OverheadActual 2: 134217728 op, 192004542.00 ns, 1.4305 ns/op OverheadActual 3: 134217728 op, 191800750.00 ns, 1.4290 ns/op OverheadActual 4: 134217728 op, 189331208.00 ns, 1.4106 ns/op OverheadActual 5: 134217728 op, 189415000.00 ns, 1.4113 ns/op OverheadActual 6: 134217728 op, 193021709.00 ns, 1.4381 ns/op OverheadActual 7: 134217728 op, 191234916.00 ns, 1.4248 ns/op OverheadActual 8: 134217728 op, 189690583.00 ns, 1.4133 ns/op OverheadActual 9: 134217728 op, 189457292.00 ns, 1.4116 ns/op OverheadActual 10: 134217728 op, 194571125.00 ns, 1.4497 ns/op OverheadActual 11: 134217728 op, 189380709.00 ns, 1.4110 ns/op OverheadActual 12: 134217728 op, 189311083.00 ns, 1.4105 ns/op OverheadActual 13: 134217728 op, 191353792.00 ns, 1.4257 ns/op OverheadActual 14: 134217728 op, 192658083.00 ns, 1.4354 ns/op OverheadActual 15: 134217728 op, 189714083.00 ns, 1.4135 ns/op WorkloadWarmup 1: 134217728 op, 716156875.00 ns, 5.3358 ns/op WorkloadWarmup 2: 134217728 op, 655545667.00 ns, 4.8842 ns/op WorkloadWarmup 3: 134217728 op, 703505125.00 ns, 5.2415 ns/op WorkloadWarmup 4: 134217728 op, 697466416.00 ns, 5.1965 ns/op WorkloadWarmup 5: 134217728 op, 716827167.00 ns, 5.3408 ns/op WorkloadWarmup 6: 134217728 op, 706857750.00 ns, 5.2665 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 707524459.00 ns, 5.2715 ns/op WorkloadActual 2: 134217728 op, 657053250.00 ns, 4.8954 ns/op WorkloadActual 3: 134217728 op, 708891875.00 ns, 5.2817 ns/op WorkloadActual 4: 134217728 op, 706396666.00 ns, 5.2631 ns/op WorkloadActual 5: 134217728 op, 711231958.00 ns, 5.2991 ns/op WorkloadActual 6: 134217728 op, 711692834.00 ns, 5.3025 ns/op WorkloadActual 7: 134217728 op, 633373667.00 ns, 4.7190 ns/op WorkloadActual 8: 134217728 op, 634772417.00 ns, 4.7294 ns/op WorkloadActual 9: 134217728 op, 704806083.00 ns, 5.2512 ns/op WorkloadActual 10: 134217728 op, 701659583.00 ns, 5.2278 ns/op WorkloadActual 11: 134217728 op, 701194834.00 ns, 5.2243 ns/op WorkloadActual 12: 134217728 op, 708949042.00 ns, 5.2821 ns/op WorkloadActual 13: 134217728 op, 658617833.00 ns, 4.9071 ns/op WorkloadActual 14: 134217728 op, 667393708.00 ns, 4.9725 ns/op WorkloadActual 15: 134217728 op, 726298625.00 ns, 5.4113 ns/op WorkloadActual 16: 134217728 op, 717073917.00 ns, 5.3426 ns/op WorkloadActual 17: 134217728 op, 707567375.00 ns, 5.2718 ns/op WorkloadActual 18: 134217728 op, 654162833.00 ns, 4.8739 ns/op WorkloadActual 19: 134217728 op, 651594709.00 ns, 4.8548 ns/op WorkloadActual 20: 134217728 op, 720157250.00 ns, 5.3656 ns/op WorkloadActual 21: 134217728 op, 718849125.00 ns, 5.3558 ns/op WorkloadActual 22: 134217728 op, 703803292.00 ns, 5.2437 ns/op WorkloadActual 23: 134217728 op, 705793875.00 ns, 5.2586 ns/op WorkloadActual 24: 134217728 op, 653573250.00 ns, 4.8695 ns/op WorkloadActual 25: 134217728 op, 659898084.00 ns, 4.9166 ns/op WorkloadActual 26: 134217728 op, 715295916.00 ns, 5.3294 ns/op WorkloadActual 27: 134217728 op, 655205834.00 ns, 4.8817 ns/op WorkloadActual 28: 134217728 op, 694651667.00 ns, 5.1756 ns/op WorkloadActual 29: 134217728 op, 696315833.00 ns, 5.1880 ns/op WorkloadActual 30: 134217728 op, 653182542.00 ns, 4.8666 ns/op WorkloadActual 31: 134217728 op, 724689417.00 ns, 5.3994 ns/op WorkloadActual 32: 134217728 op, 720613083.00 ns, 5.3690 ns/op WorkloadActual 33: 134217728 op, 718844042.00 ns, 5.3558 ns/op WorkloadActual 34: 134217728 op, 711184167.00 ns, 5.2987 ns/op WorkloadActual 35: 134217728 op, 715852750.00 ns, 5.3335 ns/op WorkloadActual 36: 134217728 op, 711207208.00 ns, 5.2989 ns/op WorkloadActual 37: 134217728 op, 679141208.00 ns, 5.0600 ns/op WorkloadActual 38: 134217728 op, 707887667.00 ns, 5.2742 ns/op WorkloadActual 39: 134217728 op, 676732667.00 ns, 5.0421 ns/op WorkloadActual 40: 134217728 op, 645121916.00 ns, 4.8065 ns/op WorkloadActual 41: 134217728 op, 648335958.00 ns, 4.8305 ns/op WorkloadActual 42: 134217728 op, 689228417.00 ns, 5.1352 ns/op WorkloadActual 43: 134217728 op, 688545708.00 ns, 5.1301 ns/op WorkloadActual 44: 134217728 op, 711476042.00 ns, 5.3009 ns/op WorkloadActual 45: 134217728 op, 721111667.00 ns, 5.3727 ns/op WorkloadActual 46: 134217728 op, 648069375.00 ns, 4.8285 ns/op WorkloadActual 47: 134217728 op, 717964292.00 ns, 5.3493 ns/op WorkloadActual 48: 134217728 op, 714739791.00 ns, 5.3252 ns/op WorkloadActual 49: 134217728 op, 713570625.00 ns, 5.3165 ns/op WorkloadActual 50: 134217728 op, 718965625.00 ns, 5.3567 ns/op WorkloadActual 51: 134217728 op, 707017375.00 ns, 5.2677 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 517810376.00 ns, 3.8580 ns/op WorkloadResult 2: 134217728 op, 467339167.00 ns, 3.4819 ns/op WorkloadResult 3: 134217728 op, 519177792.00 ns, 3.8682 ns/op WorkloadResult 4: 134217728 op, 516682583.00 ns, 3.8496 ns/op WorkloadResult 5: 134217728 op, 521517875.00 ns, 3.8856 ns/op WorkloadResult 6: 134217728 op, 521978751.00 ns, 3.8890 ns/op WorkloadResult 7: 134217728 op, 443659584.00 ns, 3.3055 ns/op WorkloadResult 8: 134217728 op, 445058334.00 ns, 3.3159 ns/op WorkloadResult 9: 134217728 op, 515092000.00 ns, 3.8377 ns/op WorkloadResult 10: 134217728 op, 511945500.00 ns, 3.8143 ns/op WorkloadResult 11: 134217728 op, 511480751.00 ns, 3.8108 ns/op WorkloadResult 12: 134217728 op, 519234959.00 ns, 3.8686 ns/op WorkloadResult 13: 134217728 op, 468903750.00 ns, 3.4936 ns/op WorkloadResult 14: 134217728 op, 477679625.00 ns, 3.5590 ns/op WorkloadResult 15: 134217728 op, 536584542.00 ns, 3.9979 ns/op WorkloadResult 16: 134217728 op, 527359834.00 ns, 3.9291 ns/op WorkloadResult 17: 134217728 op, 517853292.00 ns, 3.8583 ns/op WorkloadResult 18: 134217728 op, 464448750.00 ns, 3.4604 ns/op WorkloadResult 19: 134217728 op, 461880626.00 ns, 3.4413 ns/op WorkloadResult 20: 134217728 op, 530443167.00 ns, 3.9521 ns/op WorkloadResult 21: 134217728 op, 529135042.00 ns, 3.9424 ns/op WorkloadResult 22: 134217728 op, 514089209.00 ns, 3.8303 ns/op WorkloadResult 23: 134217728 op, 516079792.00 ns, 3.8451 ns/op WorkloadResult 24: 134217728 op, 463859167.00 ns, 3.4560 ns/op WorkloadResult 25: 134217728 op, 470184001.00 ns, 3.5031 ns/op WorkloadResult 26: 134217728 op, 525581833.00 ns, 3.9159 ns/op WorkloadResult 27: 134217728 op, 465491751.00 ns, 3.4682 ns/op WorkloadResult 28: 134217728 op, 504937584.00 ns, 3.7621 ns/op WorkloadResult 29: 134217728 op, 506601750.00 ns, 3.7745 ns/op WorkloadResult 30: 134217728 op, 463468459.00 ns, 3.4531 ns/op WorkloadResult 31: 134217728 op, 534975334.00 ns, 3.9859 ns/op WorkloadResult 32: 134217728 op, 530899000.00 ns, 3.9555 ns/op WorkloadResult 33: 134217728 op, 529129959.00 ns, 3.9423 ns/op WorkloadResult 34: 134217728 op, 521470084.00 ns, 3.8853 ns/op WorkloadResult 35: 134217728 op, 526138667.00 ns, 3.9200 ns/op WorkloadResult 36: 134217728 op, 521493125.00 ns, 3.8854 ns/op WorkloadResult 37: 134217728 op, 489427125.00 ns, 3.6465 ns/op WorkloadResult 38: 134217728 op, 518173584.00 ns, 3.8607 ns/op WorkloadResult 39: 134217728 op, 487018584.00 ns, 3.6286 ns/op WorkloadResult 40: 134217728 op, 455407833.00 ns, 3.3931 ns/op WorkloadResult 41: 134217728 op, 458621875.00 ns, 3.4170 ns/op WorkloadResult 42: 134217728 op, 499514334.00 ns, 3.7217 ns/op WorkloadResult 43: 134217728 op, 498831625.00 ns, 3.7166 ns/op WorkloadResult 44: 134217728 op, 521761959.00 ns, 3.8874 ns/op WorkloadResult 45: 134217728 op, 531397584.00 ns, 3.9592 ns/op WorkloadResult 46: 134217728 op, 458355292.00 ns, 3.4150 ns/op WorkloadResult 47: 134217728 op, 528250209.00 ns, 3.9358 ns/op WorkloadResult 48: 134217728 op, 525025708.00 ns, 3.9117 ns/op WorkloadResult 49: 134217728 op, 523856542.00 ns, 3.9030 ns/op WorkloadResult 50: 134217728 op, 529251542.00 ns, 3.9432 ns/op WorkloadResult 51: 134217728 op, 517303292.00 ns, 3.8542 ns/op // GC: 0 0 0 0 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 38028 has exited with code 0. Mean = 3.749 ns, StdErr = 0.029 ns (0.78%), N = 51, StdDev = 0.208 ns Min = 3.306 ns, Q1 = 3.531 ns, Median = 3.850 ns, Q3 = 3.907 ns, Max = 3.998 ns IQR = 0.376 ns, LowerFence = 2.967 ns, UpperFence = 4.472 ns ConfidenceInterval = [3.647 ns; 3.851 ns] (CI 99.9%), Margin = 0.102 ns (2.72% of Mean) Skewness = -0.74, Kurtosis = 1.99, MValue = 2.71 // ** Remained 25 (80,6 %) benchmark(s) to run. Estimated finish 2026-01-07 12:55 (0h 12m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataArrayBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataArrayBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataArrayBenchmarks-report.html // * Detailed results * MetadataArrayBenchmarks.CreateObjectArray: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 18.515 ns, StdErr = 0.004 ns (0.02%), N = 13, StdDev = 0.016 ns Min = 18.491 ns, Q1 = 18.503 ns, Median = 18.520 ns, Q3 = 18.525 ns, Max = 18.536 ns IQR = 0.022 ns, LowerFence = 18.469 ns, UpperFence = 18.559 ns ConfidenceInterval = [18.496 ns; 18.534 ns] (CI 99.9%), Margin = 0.019 ns (0.10% of Mean) Skewness = -0.4, Kurtosis = 1.57, MValue = 2 -------------------- Histogram -------------------- [18.482 ns ; 18.545 ns) | @@@@@@@@@@@@@ --------------------------------------------------- MetadataArrayBenchmarks.CreateMetadataArray: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 19.464 ns, StdErr = 0.007 ns (0.04%), N = 15, StdDev = 0.027 ns Min = 19.416 ns, Q1 = 19.450 ns, Median = 19.457 ns, Q3 = 19.483 ns, Max = 19.504 ns IQR = 0.033 ns, LowerFence = 19.400 ns, UpperFence = 19.533 ns ConfidenceInterval = [19.436 ns; 19.493 ns] (CI 99.9%), Margin = 0.029 ns (0.15% of Mean) Skewness = 0.05, Kurtosis = 1.81, MValue = 2 -------------------- Histogram -------------------- [19.402 ns ; 19.518 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataArrayBenchmarks.ObjectArrayAccess: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 0.000 ns, StdErr = 0.000 ns (NaN%), N = 14, StdDev = 0.000 ns Min = 0.000 ns, Q1 = 0.000 ns, Median = 0.000 ns, Q3 = 0.000 ns, Max = 0.000 ns IQR = 0.000 ns, LowerFence = 0.000 ns, UpperFence = 0.000 ns ConfidenceInterval = [0.000 ns; 0.000 ns] (CI 99.9%), Margin = 0.000 ns (NaN% of Mean) Skewness = NaN, Kurtosis = NaN, MValue = 2 -------------------- Histogram -------------------- [0.000 ns ; 0.500 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- MetadataArrayBenchmarks.MetadataArrayAccess: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 0.000 ns, StdErr = 0.000 ns (NaN%), N = 15, StdDev = 0.000 ns Min = 0.000 ns, Q1 = 0.000 ns, Median = 0.000 ns, Q3 = 0.000 ns, Max = 0.000 ns IQR = 0.000 ns, LowerFence = 0.000 ns, UpperFence = 0.000 ns ConfidenceInterval = [0.000 ns; 0.000 ns] (CI 99.9%), Margin = 0.000 ns (NaN% of Mean) Skewness = NaN, Kurtosis = NaN, MValue = 2 -------------------- Histogram -------------------- [0.000 ns ; 0.500 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataArrayBenchmarks.ObjectArrayIterate: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.153 ns, StdErr = 0.001 ns (0.06%), N = 13, StdDev = 0.002 ns Min = 1.149 ns, Q1 = 1.152 ns, Median = 1.152 ns, Q3 = 1.154 ns, Max = 1.158 ns IQR = 0.002 ns, LowerFence = 1.149 ns, UpperFence = 1.157 ns ConfidenceInterval = [1.150 ns; 1.156 ns] (CI 99.9%), Margin = 0.003 ns (0.24% of Mean) Skewness = 0.64, Kurtosis = 2.76, MValue = 2 -------------------- Histogram -------------------- [1.148 ns ; 1.159 ns) | @@@@@@@@@@@@@ --------------------------------------------------- MetadataArrayBenchmarks.MetadataArrayIterate: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 3.749 ns, StdErr = 0.029 ns (0.78%), N = 51, StdDev = 0.208 ns Min = 3.306 ns, Q1 = 3.531 ns, Median = 3.850 ns, Q3 = 3.907 ns, Max = 3.998 ns IQR = 0.376 ns, LowerFence = 2.967 ns, UpperFence = 4.472 ns ConfidenceInterval = [3.647 ns; 3.851 ns] (CI 99.9%), Margin = 0.102 ns (2.72% of Mean) Skewness = -0.74, Kurtosis = 1.99, MValue = 2.71 -------------------- Histogram -------------------- [3.232 ns ; 3.374 ns) | @@ [3.374 ns ; 3.522 ns) | @@@@@@@@@@@ [3.522 ns ; 3.628 ns) | @ [3.628 ns ; 3.775 ns) | @@@@@@ [3.775 ns ; 3.957 ns) | @@@@@@@@@@@@@@@@@@@@@@@@@@@@ [3.957 ns ; 4.072 ns) | @@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Median | Ratio | Gen0 | Allocated | Alloc Ratio | |--------------------- |-----------:|----------:|----------:|-----------:|------:|-------:|----------:|------------:| | CreateObjectArray | 18.5155 ns | 0.0190 ns | 0.0159 ns | 18.5196 ns | 1.000 | 0.0220 | 184 B | 1.00 | | CreateMetadataArray | 19.4645 ns | 0.0285 ns | 0.0267 ns | 19.4568 ns | 1.051 | 0.0373 | 312 B | 1.70 | | ObjectArrayAccess | 0.0000 ns | 0.0000 ns | 0.0000 ns | 0.0000 ns | 0.000 | - | - | 0.00 | | MetadataArrayAccess | 0.0000 ns | 0.0000 ns | 0.0000 ns | 0.0000 ns | 0.000 | - | - | 0.00 | | ObjectArrayIterate | 1.1528 ns | 0.0028 ns | 0.0023 ns | 1.1520 ns | 0.062 | - | - | 0.00 | | MetadataArrayIterate | 3.7489 ns | 0.1020 ns | 0.2083 ns | 3.8496 ns | 0.202 | - | - | 0.00 | // * Hints * Outliers MetadataArrayBenchmarks.CreateObjectArray: Default -> 2 outliers were removed (20.19 ns, 20.24 ns) MetadataArrayBenchmarks.ObjectArrayAccess: Default -> 1 outlier was removed (1.56 ns) MetadataArrayBenchmarks.ObjectArrayIterate: Default -> 2 outliers were removed (2.59 ns, 2.61 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Median : Value separating the higher half of all measurements (50th percentile) Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:02:56 (176.67 sec), executed benchmarks: 6 // Found 4 benchmarks: // MetadataBuilderBenchmarks.BuildDictionary: DefaultJob // MetadataBuilderBenchmarks.BuildMetadataObject: DefaultJob // MetadataBuilderBenchmarks.BuildDictionary_Large: DefaultJob // MetadataBuilderBenchmarks.BuildMetadataObject_Large: DefaultJob // ************************** // Benchmark: MetadataBuilderBenchmarks.BuildDictionary: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataBuilderBenchmarks.BuildDictionary --job Default --benchmarkId 6 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 87792.00 ns, 87.7920 us/op WorkloadJitting 1: 1 op, 123375.00 ns, 123.3750 us/op OverheadJitting 2: 16 op, 284542.00 ns, 17.7839 us/op WorkloadJitting 2: 16 op, 256250.00 ns, 16.0156 us/op WorkloadPilot 1: 16 op, 4708.00 ns, 294.2500 ns/op WorkloadPilot 2: 32 op, 6750.00 ns, 210.9375 ns/op WorkloadPilot 3: 64 op, 15083.00 ns, 235.6719 ns/op WorkloadPilot 4: 128 op, 25167.00 ns, 196.6172 ns/op WorkloadPilot 5: 256 op, 45958.00 ns, 179.5234 ns/op WorkloadPilot 6: 512 op, 89208.00 ns, 174.2344 ns/op WorkloadPilot 7: 1024 op, 170458.00 ns, 166.4629 ns/op WorkloadPilot 8: 2048 op, 330375.00 ns, 161.3159 ns/op WorkloadPilot 9: 4096 op, 615125.00 ns, 150.1770 ns/op WorkloadPilot 10: 8192 op, 1284375.00 ns, 156.7841 ns/op WorkloadPilot 11: 16384 op, 2602667.00 ns, 158.8542 ns/op WorkloadPilot 12: 32768 op, 4851500.00 ns, 148.0560 ns/op WorkloadPilot 13: 65536 op, 9767041.00 ns, 149.0332 ns/op WorkloadPilot 14: 131072 op, 19608500.00 ns, 149.6010 ns/op WorkloadPilot 15: 262144 op, 38803750.00 ns, 148.0246 ns/op WorkloadPilot 16: 524288 op, 77543583.00 ns, 147.9026 ns/op WorkloadPilot 17: 1048576 op, 66200583.00 ns, 63.1338 ns/op WorkloadPilot 18: 2097152 op, 128841375.00 ns, 61.4364 ns/op WorkloadPilot 19: 4194304 op, 261264458.00 ns, 62.2903 ns/op WorkloadPilot 20: 8388608 op, 519687458.00 ns, 61.9516 ns/op OverheadWarmup 1: 8388608 op, 16238000.00 ns, 1.9357 ns/op OverheadWarmup 2: 8388608 op, 16273791.00 ns, 1.9400 ns/op OverheadWarmup 3: 8388608 op, 16531791.00 ns, 1.9707 ns/op OverheadWarmup 4: 8388608 op, 16111083.00 ns, 1.9206 ns/op OverheadWarmup 5: 8388608 op, 16454625.00 ns, 1.9615 ns/op OverheadWarmup 6: 8388608 op, 17271125.00 ns, 2.0589 ns/op OverheadWarmup 7: 8388608 op, 16449333.00 ns, 1.9609 ns/op OverheadActual 1: 8388608 op, 16430541.00 ns, 1.9587 ns/op OverheadActual 2: 8388608 op, 16697334.00 ns, 1.9905 ns/op OverheadActual 3: 8388608 op, 17109125.00 ns, 2.0396 ns/op OverheadActual 4: 8388608 op, 16628250.00 ns, 1.9822 ns/op OverheadActual 5: 8388608 op, 16596542.00 ns, 1.9785 ns/op OverheadActual 6: 8388608 op, 17266541.00 ns, 2.0583 ns/op OverheadActual 7: 8388608 op, 17185792.00 ns, 2.0487 ns/op OverheadActual 8: 8388608 op, 17155667.00 ns, 2.0451 ns/op OverheadActual 9: 8388608 op, 17276500.00 ns, 2.0595 ns/op OverheadActual 10: 8388608 op, 17712167.00 ns, 2.1115 ns/op OverheadActual 11: 8388608 op, 16990083.00 ns, 2.0254 ns/op OverheadActual 12: 8388608 op, 14584917.00 ns, 1.7387 ns/op OverheadActual 13: 8388608 op, 14166125.00 ns, 1.6887 ns/op OverheadActual 14: 8388608 op, 13786958.00 ns, 1.6435 ns/op OverheadActual 15: 8388608 op, 14077250.00 ns, 1.6781 ns/op OverheadActual 16: 8388608 op, 13998666.00 ns, 1.6688 ns/op OverheadActual 17: 8388608 op, 14057958.00 ns, 1.6758 ns/op OverheadActual 18: 8388608 op, 14121875.00 ns, 1.6835 ns/op OverheadActual 19: 8388608 op, 14240125.00 ns, 1.6976 ns/op OverheadActual 20: 8388608 op, 14164459.00 ns, 1.6885 ns/op WorkloadWarmup 1: 8388608 op, 518569000.00 ns, 61.8182 ns/op WorkloadWarmup 2: 8388608 op, 520622291.00 ns, 62.0630 ns/op WorkloadWarmup 3: 8388608 op, 521089833.00 ns, 62.1187 ns/op WorkloadWarmup 4: 8388608 op, 519613458.00 ns, 61.9428 ns/op WorkloadWarmup 5: 8388608 op, 516062500.00 ns, 61.5194 ns/op WorkloadWarmup 6: 8388608 op, 520309417.00 ns, 62.0257 ns/op WorkloadWarmup 7: 8388608 op, 519767458.00 ns, 61.9611 ns/op // BeforeActualRun WorkloadActual 1: 8388608 op, 515471791.00 ns, 61.4490 ns/op WorkloadActual 2: 8388608 op, 515361208.00 ns, 61.4358 ns/op WorkloadActual 3: 8388608 op, 518788875.00 ns, 61.8445 ns/op WorkloadActual 4: 8388608 op, 517909166.00 ns, 61.7396 ns/op WorkloadActual 5: 8388608 op, 514199834.00 ns, 61.2974 ns/op WorkloadActual 6: 8388608 op, 515395958.00 ns, 61.4400 ns/op WorkloadActual 7: 8388608 op, 518274292.00 ns, 61.7831 ns/op WorkloadActual 8: 8388608 op, 517558500.00 ns, 61.6978 ns/op WorkloadActual 9: 8388608 op, 513480292.00 ns, 61.2116 ns/op WorkloadActual 10: 8388608 op, 518622375.00 ns, 61.8246 ns/op WorkloadActual 11: 8388608 op, 516640625.00 ns, 61.5884 ns/op WorkloadActual 12: 8388608 op, 517420000.00 ns, 61.6813 ns/op WorkloadActual 13: 8388608 op, 513994125.00 ns, 61.2729 ns/op WorkloadActual 14: 8388608 op, 518300791.00 ns, 61.7863 ns/op WorkloadActual 15: 8388608 op, 518995125.00 ns, 61.8690 ns/op // AfterActualRun WorkloadResult 1: 8388608 op, 498958249.50 ns, 59.4805 ns/op WorkloadResult 2: 8388608 op, 498847666.50 ns, 59.4673 ns/op WorkloadResult 3: 8388608 op, 502275333.50 ns, 59.8759 ns/op WorkloadResult 4: 8388608 op, 501395624.50 ns, 59.7710 ns/op WorkloadResult 5: 8388608 op, 497686292.50 ns, 59.3288 ns/op WorkloadResult 6: 8388608 op, 498882416.50 ns, 59.4714 ns/op WorkloadResult 7: 8388608 op, 501760750.50 ns, 59.8145 ns/op WorkloadResult 8: 8388608 op, 501044958.50 ns, 59.7292 ns/op WorkloadResult 9: 8388608 op, 496966750.50 ns, 59.2431 ns/op WorkloadResult 10: 8388608 op, 502108833.50 ns, 59.8560 ns/op WorkloadResult 11: 8388608 op, 500127083.50 ns, 59.6198 ns/op WorkloadResult 12: 8388608 op, 500906458.50 ns, 59.7127 ns/op WorkloadResult 13: 8388608 op, 497480583.50 ns, 59.3043 ns/op WorkloadResult 14: 8388608 op, 501787249.50 ns, 59.8177 ns/op WorkloadResult 15: 8388608 op, 502481583.50 ns, 59.9005 ns/op // GC: 537 0 0 4496293888 8388608 // Threading: 0 0 8388608 // AfterAll // Benchmark Process 38043 has exited with code 0. Mean = 59.626 ns, StdErr = 0.058 ns (0.10%), N = 15, StdDev = 0.225 ns Min = 59.243 ns, Q1 = 59.469 ns, Median = 59.713 ns, Q3 = 59.816 ns, Max = 59.900 ns IQR = 0.347 ns, LowerFence = 58.949 ns, UpperFence = 60.336 ns ConfidenceInterval = [59.385 ns; 59.867 ns] (CI 99.9%), Margin = 0.241 ns (0.40% of Mean) Skewness = -0.35, Kurtosis = 1.48, MValue = 2 // ** Remained 24 (77,4 %) benchmark(s) to run. Estimated finish 2026-01-07 12:54 (0h 10m from now) ** // ************************** // Benchmark: MetadataBuilderBenchmarks.BuildMetadataObject: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataBuilderBenchmarks.BuildMetadataObject --job Default --benchmarkId 7 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 97625.00 ns, 97.6250 us/op WorkloadJitting 1: 1 op, 3115292.00 ns, 3.1153 ms/op OverheadJitting 2: 16 op, 131917.00 ns, 8.2448 us/op WorkloadJitting 2: 16 op, 140250.00 ns, 8.7656 us/op WorkloadPilot 1: 16 op, 10834.00 ns, 677.1250 ns/op WorkloadPilot 2: 32 op, 16250.00 ns, 507.8125 ns/op WorkloadPilot 3: 64 op, 30167.00 ns, 471.3594 ns/op WorkloadPilot 4: 128 op, 57042.00 ns, 445.6406 ns/op WorkloadPilot 5: 256 op, 102584.00 ns, 400.7188 ns/op WorkloadPilot 6: 512 op, 194125.00 ns, 379.1504 ns/op WorkloadPilot 7: 1024 op, 415333.00 ns, 405.5986 ns/op WorkloadPilot 8: 2048 op, 868917.00 ns, 424.2759 ns/op WorkloadPilot 9: 4096 op, 1689250.00 ns, 412.4146 ns/op WorkloadPilot 10: 8192 op, 3320917.00 ns, 405.3854 ns/op WorkloadPilot 11: 16384 op, 6475917.00 ns, 395.2586 ns/op WorkloadPilot 12: 32768 op, 12604667.00 ns, 384.6639 ns/op WorkloadPilot 13: 65536 op, 24613458.00 ns, 375.5716 ns/op WorkloadPilot 14: 131072 op, 48208916.00 ns, 367.8048 ns/op WorkloadPilot 15: 262144 op, 70005125.00 ns, 267.0484 ns/op WorkloadPilot 16: 524288 op, 34434583.00 ns, 65.6788 ns/op WorkloadPilot 17: 1048576 op, 67944208.00 ns, 64.7966 ns/op WorkloadPilot 18: 2097152 op, 134987500.00 ns, 64.3671 ns/op WorkloadPilot 19: 4194304 op, 273874333.00 ns, 65.2967 ns/op WorkloadPilot 20: 8388608 op, 537700375.00 ns, 64.0989 ns/op OverheadWarmup 1: 8388608 op, 16723125.00 ns, 1.9936 ns/op OverheadWarmup 2: 8388608 op, 16780792.00 ns, 2.0004 ns/op OverheadWarmup 3: 8388608 op, 16811583.00 ns, 2.0041 ns/op OverheadWarmup 4: 8388608 op, 16782208.00 ns, 2.0006 ns/op OverheadWarmup 5: 8388608 op, 16595292.00 ns, 1.9783 ns/op OverheadWarmup 6: 8388608 op, 16492917.00 ns, 1.9661 ns/op OverheadWarmup 7: 8388608 op, 16742292.00 ns, 1.9958 ns/op OverheadWarmup 8: 8388608 op, 16975959.00 ns, 2.0237 ns/op OverheadWarmup 9: 8388608 op, 16655458.00 ns, 1.9855 ns/op OverheadActual 1: 8388608 op, 16345000.00 ns, 1.9485 ns/op OverheadActual 2: 8388608 op, 16254000.00 ns, 1.9376 ns/op OverheadActual 3: 8388608 op, 16253334.00 ns, 1.9375 ns/op OverheadActual 4: 8388608 op, 16366833.00 ns, 1.9511 ns/op OverheadActual 5: 8388608 op, 16363125.00 ns, 1.9506 ns/op OverheadActual 6: 8388608 op, 16355541.00 ns, 1.9497 ns/op OverheadActual 7: 8388608 op, 16382125.00 ns, 1.9529 ns/op OverheadActual 8: 8388608 op, 16378334.00 ns, 1.9524 ns/op OverheadActual 9: 8388608 op, 16363125.00 ns, 1.9506 ns/op OverheadActual 10: 8388608 op, 16325209.00 ns, 1.9461 ns/op OverheadActual 11: 8388608 op, 16399208.00 ns, 1.9549 ns/op OverheadActual 12: 8388608 op, 16532917.00 ns, 1.9709 ns/op OverheadActual 13: 8388608 op, 16288000.00 ns, 1.9417 ns/op OverheadActual 14: 8388608 op, 16385416.00 ns, 1.9533 ns/op OverheadActual 15: 8388608 op, 16443875.00 ns, 1.9603 ns/op WorkloadWarmup 1: 8388608 op, 546907708.00 ns, 65.1965 ns/op WorkloadWarmup 2: 8388608 op, 540941542.00 ns, 64.4853 ns/op WorkloadWarmup 3: 8388608 op, 535343583.00 ns, 63.8179 ns/op WorkloadWarmup 4: 8388608 op, 538236750.00 ns, 64.1628 ns/op WorkloadWarmup 5: 8388608 op, 536968625.00 ns, 64.0116 ns/op WorkloadWarmup 6: 8388608 op, 540749250.00 ns, 64.4623 ns/op WorkloadWarmup 7: 8388608 op, 538084750.00 ns, 64.1447 ns/op // BeforeActualRun WorkloadActual 1: 8388608 op, 546860750.00 ns, 65.1909 ns/op WorkloadActual 2: 8388608 op, 542095416.00 ns, 64.6228 ns/op WorkloadActual 3: 8388608 op, 542764417.00 ns, 64.7026 ns/op WorkloadActual 4: 8388608 op, 538029166.00 ns, 64.1381 ns/op WorkloadActual 5: 8388608 op, 541102791.00 ns, 64.5045 ns/op WorkloadActual 6: 8388608 op, 542627042.00 ns, 64.6862 ns/op WorkloadActual 7: 8388608 op, 541493708.00 ns, 64.5511 ns/op WorkloadActual 8: 8388608 op, 540196667.00 ns, 64.3965 ns/op WorkloadActual 9: 8388608 op, 542954542.00 ns, 64.7252 ns/op WorkloadActual 10: 8388608 op, 542516709.00 ns, 64.6730 ns/op WorkloadActual 11: 8388608 op, 541433166.00 ns, 64.5439 ns/op WorkloadActual 12: 8388608 op, 535869959.00 ns, 63.8807 ns/op WorkloadActual 13: 8388608 op, 534004666.00 ns, 63.6583 ns/op WorkloadActual 14: 8388608 op, 541638959.00 ns, 64.5684 ns/op WorkloadActual 15: 8388608 op, 541106458.00 ns, 64.5049 ns/op // AfterActualRun WorkloadResult 1: 8388608 op, 525732291.00 ns, 62.6722 ns/op WorkloadResult 2: 8388608 op, 526401292.00 ns, 62.7519 ns/op WorkloadResult 3: 8388608 op, 521666041.00 ns, 62.1874 ns/op WorkloadResult 4: 8388608 op, 524739666.00 ns, 62.5538 ns/op WorkloadResult 5: 8388608 op, 526263917.00 ns, 62.7355 ns/op WorkloadResult 6: 8388608 op, 525130583.00 ns, 62.6004 ns/op WorkloadResult 7: 8388608 op, 523833542.00 ns, 62.4458 ns/op WorkloadResult 8: 8388608 op, 526591417.00 ns, 62.7746 ns/op WorkloadResult 9: 8388608 op, 526153584.00 ns, 62.7224 ns/op WorkloadResult 10: 8388608 op, 525070041.00 ns, 62.5932 ns/op WorkloadResult 11: 8388608 op, 519506834.00 ns, 61.9300 ns/op WorkloadResult 12: 8388608 op, 517641541.00 ns, 61.7077 ns/op WorkloadResult 13: 8388608 op, 525275834.00 ns, 62.6178 ns/op WorkloadResult 14: 8388608 op, 524743333.00 ns, 62.5543 ns/op // GC: 216 0 0 1811939328 8388608 // Threading: 0 0 8388608 // AfterAll // Benchmark Process 38057 has exited with code 0. Mean = 62.489 ns, StdErr = 0.087 ns (0.14%), N = 14, StdDev = 0.324 ns Min = 61.708 ns, Q1 = 62.473 ns, Median = 62.597 ns, Q3 = 62.710 ns, Max = 62.775 ns IQR = 0.237 ns, LowerFence = 62.117 ns, UpperFence = 63.065 ns ConfidenceInterval = [62.124 ns; 62.854 ns] (CI 99.9%), Margin = 0.365 ns (0.58% of Mean) Skewness = -1.26, Kurtosis = 3.24, MValue = 2 // ** Remained 23 (74,2 %) benchmark(s) to run. Estimated finish 2026-01-07 12:53 (0h 9m from now) ** // ************************** // Benchmark: MetadataBuilderBenchmarks.BuildDictionary_Large: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataBuilderBenchmarks.BuildDictionary_Large --job Default --benchmarkId 8 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 97125.00 ns, 97.1250 us/op WorkloadJitting 1: 1 op, 146416.00 ns, 146.4160 us/op OverheadJitting 2: 16 op, 289500.00 ns, 18.0938 us/op WorkloadJitting 2: 16 op, 283417.00 ns, 17.7136 us/op WorkloadPilot 1: 16 op, 35250.00 ns, 2.2031 us/op WorkloadPilot 2: 32 op, 59167.00 ns, 1.8490 us/op WorkloadPilot 3: 64 op, 107166.00 ns, 1.6745 us/op WorkloadPilot 4: 128 op, 207500.00 ns, 1.6211 us/op WorkloadPilot 5: 256 op, 413167.00 ns, 1.6139 us/op WorkloadPilot 6: 512 op, 845792.00 ns, 1.6519 us/op WorkloadPilot 7: 1024 op, 1688833.00 ns, 1.6493 us/op WorkloadPilot 8: 2048 op, 3310708.00 ns, 1.6166 us/op WorkloadPilot 9: 4096 op, 6383000.00 ns, 1.5583 us/op WorkloadPilot 10: 8192 op, 12537375.00 ns, 1.5304 us/op WorkloadPilot 11: 16384 op, 24791750.00 ns, 1.5132 us/op WorkloadPilot 12: 32768 op, 49062833.00 ns, 1.4973 us/op WorkloadPilot 13: 65536 op, 108065375.00 ns, 1.6489 us/op WorkloadPilot 14: 131072 op, 182589792.00 ns, 1.3930 us/op WorkloadPilot 15: 262144 op, 124170125.00 ns, 473.6714 ns/op WorkloadPilot 16: 524288 op, 245137708.00 ns, 467.5631 ns/op WorkloadPilot 17: 1048576 op, 486319750.00 ns, 463.7907 ns/op WorkloadPilot 18: 2097152 op, 974944791.00 ns, 464.8899 ns/op OverheadWarmup 1: 2097152 op, 4125833.00 ns, 1.9674 ns/op OverheadWarmup 2: 2097152 op, 3969625.00 ns, 1.8929 ns/op OverheadWarmup 3: 2097152 op, 3929791.00 ns, 1.8739 ns/op OverheadWarmup 4: 2097152 op, 4059792.00 ns, 1.9359 ns/op OverheadWarmup 5: 2097152 op, 3985417.00 ns, 1.9004 ns/op OverheadWarmup 6: 2097152 op, 3981708.00 ns, 1.8986 ns/op OverheadWarmup 7: 2097152 op, 3932417.00 ns, 1.8751 ns/op OverheadWarmup 8: 2097152 op, 4063625.00 ns, 1.9377 ns/op OverheadWarmup 9: 2097152 op, 4006167.00 ns, 1.9103 ns/op OverheadActual 1: 2097152 op, 4161000.00 ns, 1.9841 ns/op OverheadActual 2: 2097152 op, 3974334.00 ns, 1.8951 ns/op OverheadActual 3: 2097152 op, 4030958.00 ns, 1.9221 ns/op OverheadActual 4: 2097152 op, 3988334.00 ns, 1.9018 ns/op OverheadActual 5: 2097152 op, 4088417.00 ns, 1.9495 ns/op OverheadActual 6: 2097152 op, 3979042.00 ns, 1.8974 ns/op OverheadActual 7: 2097152 op, 4024875.00 ns, 1.9192 ns/op OverheadActual 8: 2097152 op, 3963792.00 ns, 1.8901 ns/op OverheadActual 9: 2097152 op, 4115834.00 ns, 1.9626 ns/op OverheadActual 10: 2097152 op, 3966875.00 ns, 1.8916 ns/op OverheadActual 11: 2097152 op, 4036000.00 ns, 1.9245 ns/op OverheadActual 12: 2097152 op, 3983167.00 ns, 1.8993 ns/op OverheadActual 13: 2097152 op, 4097375.00 ns, 1.9538 ns/op OverheadActual 14: 2097152 op, 4014750.00 ns, 1.9144 ns/op OverheadActual 15: 2097152 op, 4027541.00 ns, 1.9205 ns/op WorkloadWarmup 1: 2097152 op, 976970958.00 ns, 465.8561 ns/op WorkloadWarmup 2: 2097152 op, 982443375.00 ns, 468.4655 ns/op WorkloadWarmup 3: 2097152 op, 972636209.00 ns, 463.7891 ns/op WorkloadWarmup 4: 2097152 op, 971328500.00 ns, 463.1655 ns/op WorkloadWarmup 5: 2097152 op, 966410750.00 ns, 460.8206 ns/op WorkloadWarmup 6: 2097152 op, 965324375.00 ns, 460.3025 ns/op WorkloadWarmup 7: 2097152 op, 975389875.00 ns, 465.1021 ns/op WorkloadWarmup 8: 2097152 op, 966887542.00 ns, 461.0479 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 977253125.00 ns, 465.9906 ns/op WorkloadActual 2: 2097152 op, 975627125.00 ns, 465.2153 ns/op WorkloadActual 3: 2097152 op, 970507292.00 ns, 462.7739 ns/op WorkloadActual 4: 2097152 op, 979851750.00 ns, 467.2297 ns/op WorkloadActual 5: 2097152 op, 972443333.00 ns, 463.6971 ns/op WorkloadActual 6: 2097152 op, 974185125.00 ns, 464.5277 ns/op WorkloadActual 7: 2097152 op, 971743584.00 ns, 463.3634 ns/op WorkloadActual 8: 2097152 op, 971100500.00 ns, 463.0568 ns/op WorkloadActual 9: 2097152 op, 974647584.00 ns, 464.7482 ns/op WorkloadActual 10: 2097152 op, 970526791.00 ns, 462.7832 ns/op WorkloadActual 11: 2097152 op, 966826042.00 ns, 461.0186 ns/op WorkloadActual 12: 2097152 op, 980918750.00 ns, 467.7385 ns/op WorkloadActual 13: 2097152 op, 971345500.00 ns, 463.1736 ns/op WorkloadActual 14: 2097152 op, 973499709.00 ns, 464.2008 ns/op WorkloadActual 15: 2097152 op, 967587167.00 ns, 461.3815 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 973228250.00 ns, 464.0714 ns/op WorkloadResult 2: 2097152 op, 971602250.00 ns, 463.2961 ns/op WorkloadResult 3: 2097152 op, 966482417.00 ns, 460.8547 ns/op WorkloadResult 4: 2097152 op, 975826875.00 ns, 465.3105 ns/op WorkloadResult 5: 2097152 op, 968418458.00 ns, 461.7779 ns/op WorkloadResult 6: 2097152 op, 970160250.00 ns, 462.6085 ns/op WorkloadResult 7: 2097152 op, 967718709.00 ns, 461.4442 ns/op WorkloadResult 8: 2097152 op, 967075625.00 ns, 461.1376 ns/op WorkloadResult 9: 2097152 op, 970622709.00 ns, 462.8290 ns/op WorkloadResult 10: 2097152 op, 966501916.00 ns, 460.8640 ns/op WorkloadResult 11: 2097152 op, 962801167.00 ns, 459.0994 ns/op WorkloadResult 12: 2097152 op, 976893875.00 ns, 465.8193 ns/op WorkloadResult 13: 2097152 op, 967320625.00 ns, 461.2544 ns/op WorkloadResult 14: 2097152 op, 969474834.00 ns, 462.2816 ns/op WorkloadResult 15: 2097152 op, 963562292.00 ns, 459.4623 ns/op // GC: 802 7 0 6710886400 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 38062 has exited with code 0. Mean = 462.141 ns, StdErr = 0.495 ns (0.11%), N = 15, StdDev = 1.917 ns Min = 459.099 ns, Q1 = 461.001 ns, Median = 461.778 ns, Q3 = 463.063 ns, Max = 465.819 ns IQR = 2.062 ns, LowerFence = 457.908 ns, UpperFence = 466.155 ns ConfidenceInterval = [460.091 ns; 464.191 ns] (CI 99.9%), Margin = 2.050 ns (0.44% of Mean) Skewness = 0.35, Kurtosis = 2.19, MValue = 2 // ** Remained 22 (71,0 %) benchmark(s) to run. Estimated finish 2026-01-07 12:53 (0h 9m from now) ** // ************************** // Benchmark: MetadataBuilderBenchmarks.BuildMetadataObject_Large: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataBuilderBenchmarks.BuildMetadataObject_Large --job Default --benchmarkId 9 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 78750.00 ns, 78.7500 us/op WorkloadJitting 1: 1 op, 2120417.00 ns, 2.1204 ms/op OverheadJitting 2: 16 op, 124250.00 ns, 7.7656 us/op WorkloadJitting 2: 16 op, 182375.00 ns, 11.3984 us/op WorkloadPilot 1: 16 op, 77125.00 ns, 4.8203 us/op WorkloadPilot 2: 32 op, 188791.00 ns, 5.8997 us/op WorkloadPilot 3: 64 op, 320583.00 ns, 5.0091 us/op WorkloadPilot 4: 128 op, 592375.00 ns, 4.6279 us/op WorkloadPilot 5: 256 op, 1141875.00 ns, 4.4604 us/op WorkloadPilot 6: 512 op, 2321542.00 ns, 4.5343 us/op WorkloadPilot 7: 1024 op, 4482500.00 ns, 4.3774 us/op WorkloadPilot 8: 2048 op, 8824250.00 ns, 4.3087 us/op WorkloadPilot 9: 4096 op, 17360875.00 ns, 4.2385 us/op WorkloadPilot 10: 8192 op, 35405750.00 ns, 4.3220 us/op WorkloadPilot 11: 16384 op, 69287417.00 ns, 4.2290 us/op WorkloadPilot 12: 32768 op, 142979542.00 ns, 4.3634 us/op WorkloadPilot 13: 65536 op, 65269709.00 ns, 995.9367 ns/op WorkloadPilot 14: 131072 op, 126737125.00 ns, 966.9275 ns/op WorkloadPilot 15: 262144 op, 251168791.00 ns, 958.1329 ns/op WorkloadPilot 16: 524288 op, 505265083.00 ns, 963.7167 ns/op OverheadWarmup 1: 524288 op, 1066625.00 ns, 2.0344 ns/op OverheadWarmup 2: 524288 op, 1022916.00 ns, 1.9511 ns/op OverheadWarmup 3: 524288 op, 1020875.00 ns, 1.9472 ns/op OverheadWarmup 4: 524288 op, 1005417.00 ns, 1.9177 ns/op OverheadWarmup 5: 524288 op, 1011958.00 ns, 1.9302 ns/op OverheadWarmup 6: 524288 op, 1008459.00 ns, 1.9235 ns/op OverheadWarmup 7: 524288 op, 1017000.00 ns, 1.9398 ns/op OverheadWarmup 8: 524288 op, 1011500.00 ns, 1.9293 ns/op OverheadActual 1: 524288 op, 975875.00 ns, 1.8613 ns/op OverheadActual 2: 524288 op, 1068708.00 ns, 2.0384 ns/op OverheadActual 3: 524288 op, 1036458.00 ns, 1.9769 ns/op OverheadActual 4: 524288 op, 991292.00 ns, 1.8907 ns/op OverheadActual 5: 524288 op, 1011542.00 ns, 1.9294 ns/op OverheadActual 6: 524288 op, 958792.00 ns, 1.8288 ns/op OverheadActual 7: 524288 op, 1036541.00 ns, 1.9770 ns/op OverheadActual 8: 524288 op, 987459.00 ns, 1.8834 ns/op OverheadActual 9: 524288 op, 1011416.00 ns, 1.9291 ns/op OverheadActual 10: 524288 op, 1008708.00 ns, 1.9240 ns/op OverheadActual 11: 524288 op, 1008541.00 ns, 1.9236 ns/op OverheadActual 12: 524288 op, 1015709.00 ns, 1.9373 ns/op OverheadActual 13: 524288 op, 1013500.00 ns, 1.9331 ns/op OverheadActual 14: 524288 op, 1034375.00 ns, 1.9729 ns/op OverheadActual 15: 524288 op, 963208.00 ns, 1.8372 ns/op WorkloadWarmup 1: 524288 op, 509259167.00 ns, 971.3348 ns/op WorkloadWarmup 2: 524288 op, 503787958.00 ns, 960.8993 ns/op WorkloadWarmup 3: 524288 op, 501530209.00 ns, 956.5930 ns/op WorkloadWarmup 4: 524288 op, 505563917.00 ns, 964.2866 ns/op WorkloadWarmup 5: 524288 op, 504926416.00 ns, 963.0707 ns/op WorkloadWarmup 6: 524288 op, 503456541.00 ns, 960.2671 ns/op WorkloadWarmup 7: 524288 op, 505224333.00 ns, 963.6389 ns/op WorkloadWarmup 8: 524288 op, 503154125.00 ns, 959.6903 ns/op // BeforeActualRun WorkloadActual 1: 524288 op, 509308625.00 ns, 971.4291 ns/op WorkloadActual 2: 524288 op, 504871750.00 ns, 962.9664 ns/op WorkloadActual 3: 524288 op, 504623917.00 ns, 962.4937 ns/op WorkloadActual 4: 524288 op, 508755125.00 ns, 970.3734 ns/op WorkloadActual 5: 524288 op, 508506334.00 ns, 969.8989 ns/op WorkloadActual 6: 524288 op, 502664208.00 ns, 958.7559 ns/op WorkloadActual 7: 524288 op, 506400041.00 ns, 965.8814 ns/op WorkloadActual 8: 524288 op, 509844083.00 ns, 972.4504 ns/op WorkloadActual 9: 524288 op, 503213125.00 ns, 959.8029 ns/op WorkloadActual 10: 524288 op, 505586958.00 ns, 964.3306 ns/op WorkloadActual 11: 524288 op, 506198042.00 ns, 965.4961 ns/op WorkloadActual 12: 524288 op, 506363834.00 ns, 965.8124 ns/op WorkloadActual 13: 524288 op, 505529750.00 ns, 964.2215 ns/op WorkloadActual 14: 524288 op, 507227667.00 ns, 967.4600 ns/op WorkloadActual 15: 524288 op, 505420875.00 ns, 964.0138 ns/op // AfterActualRun WorkloadResult 1: 524288 op, 508297209.00 ns, 969.5000 ns/op WorkloadResult 2: 524288 op, 503860334.00 ns, 961.0373 ns/op WorkloadResult 3: 524288 op, 503612501.00 ns, 960.5646 ns/op WorkloadResult 4: 524288 op, 507743709.00 ns, 968.4443 ns/op WorkloadResult 5: 524288 op, 507494918.00 ns, 967.9697 ns/op WorkloadResult 6: 524288 op, 501652792.00 ns, 956.8268 ns/op WorkloadResult 7: 524288 op, 505388625.00 ns, 963.9523 ns/op WorkloadResult 8: 524288 op, 508832667.00 ns, 970.5213 ns/op WorkloadResult 9: 524288 op, 502201709.00 ns, 957.8737 ns/op WorkloadResult 10: 524288 op, 504575542.00 ns, 962.4015 ns/op WorkloadResult 11: 524288 op, 505186626.00 ns, 963.5670 ns/op WorkloadResult 12: 524288 op, 505352418.00 ns, 963.8832 ns/op WorkloadResult 13: 524288 op, 504518334.00 ns, 962.2924 ns/op WorkloadResult 14: 524288 op, 506216251.00 ns, 965.5309 ns/op WorkloadResult 15: 524288 op, 504409459.00 ns, 962.0847 ns/op // GC: 85 0 0 717225984 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 38069 has exited with code 0. Mean = 963.763 ns, StdErr = 1.044 ns (0.11%), N = 15, StdDev = 4.042 ns Min = 956.827 ns, Q1 = 961.561 ns, Median = 963.567 ns, Q3 = 966.750 ns, Max = 970.521 ns IQR = 5.189 ns, LowerFence = 953.777 ns, UpperFence = 974.534 ns ConfidenceInterval = [959.442 ns; 968.084 ns] (CI 99.9%), Margin = 4.321 ns (0.45% of Mean) Skewness = 0.08, Kurtosis = 1.92, MValue = 2 // ** Remained 21 (67,7 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 8m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataBuilderBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataBuilderBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataBuilderBenchmarks-report.html // * Detailed results * MetadataBuilderBenchmarks.BuildDictionary: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 59.626 ns, StdErr = 0.058 ns (0.10%), N = 15, StdDev = 0.225 ns Min = 59.243 ns, Q1 = 59.469 ns, Median = 59.713 ns, Q3 = 59.816 ns, Max = 59.900 ns IQR = 0.347 ns, LowerFence = 58.949 ns, UpperFence = 60.336 ns ConfidenceInterval = [59.385 ns; 59.867 ns] (CI 99.9%), Margin = 0.241 ns (0.40% of Mean) Skewness = -0.35, Kurtosis = 1.48, MValue = 2 -------------------- Histogram -------------------- [59.123 ns ; 60.021 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataBuilderBenchmarks.BuildMetadataObject: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 62.489 ns, StdErr = 0.087 ns (0.14%), N = 14, StdDev = 0.324 ns Min = 61.708 ns, Q1 = 62.473 ns, Median = 62.597 ns, Q3 = 62.710 ns, Max = 62.775 ns IQR = 0.237 ns, LowerFence = 62.117 ns, UpperFence = 63.065 ns ConfidenceInterval = [62.124 ns; 62.854 ns] (CI 99.9%), Margin = 0.365 ns (0.58% of Mean) Skewness = -1.26, Kurtosis = 3.24, MValue = 2 -------------------- Histogram -------------------- [61.531 ns ; 62.951 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- MetadataBuilderBenchmarks.BuildDictionary_Large: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 462.141 ns, StdErr = 0.495 ns (0.11%), N = 15, StdDev = 1.917 ns Min = 459.099 ns, Q1 = 461.001 ns, Median = 461.778 ns, Q3 = 463.063 ns, Max = 465.819 ns IQR = 2.062 ns, LowerFence = 457.908 ns, UpperFence = 466.155 ns ConfidenceInterval = [460.091 ns; 464.191 ns] (CI 99.9%), Margin = 2.050 ns (0.44% of Mean) Skewness = 0.35, Kurtosis = 2.19, MValue = 2 -------------------- Histogram -------------------- [458.079 ns ; 466.840 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataBuilderBenchmarks.BuildMetadataObject_Large: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 963.763 ns, StdErr = 1.044 ns (0.11%), N = 15, StdDev = 4.042 ns Min = 956.827 ns, Q1 = 961.561 ns, Median = 963.567 ns, Q3 = 966.750 ns, Max = 970.521 ns IQR = 5.189 ns, LowerFence = 953.777 ns, UpperFence = 974.534 ns ConfidenceInterval = [959.442 ns; 968.084 ns] (CI 99.9%), Margin = 4.321 ns (0.45% of Mean) Skewness = 0.08, Kurtosis = 1.92, MValue = 2 -------------------- Histogram -------------------- [954.676 ns ; 972.672 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |-------------------------- |----------:|---------:|---------:|------:|--------:|-------:|-------:|----------:|------------:| | BuildDictionary | 59.63 ns | 0.241 ns | 0.225 ns | 1.00 | 0.01 | 0.0640 | - | 536 B | 1.00 | | BuildMetadataObject | 62.49 ns | 0.365 ns | 0.324 ns | 1.05 | 0.01 | 0.0257 | - | 216 B | 0.40 | | BuildDictionary_Large | 462.14 ns | 2.050 ns | 1.917 ns | 7.75 | 0.04 | 0.3824 | 0.0033 | 3200 B | 5.97 | | BuildMetadataObject_Large | 963.76 ns | 4.321 ns | 4.042 ns | 16.16 | 0.09 | 0.1621 | - | 1368 B | 2.55 | // * Hints * Outliers MetadataBuilderBenchmarks.BuildMetadataObject: Default -> 1 outlier was removed, 3 outliers were detected (63.66 ns, 63.88 ns, 65.19 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:01:07 (67.14 sec), executed benchmarks: 4 // Found 4 benchmarks: // MetadataCreationBenchmarks.CreateDictionary_Small: DefaultJob // MetadataCreationBenchmarks.CreateMetadataObject_Small: DefaultJob // MetadataCreationBenchmarks.CreateDictionary_Large: DefaultJob // MetadataCreationBenchmarks.CreateMetadataObject_Large: DefaultJob // ************************** // Benchmark: MetadataCreationBenchmarks.CreateDictionary_Small: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataCreationBenchmarks.CreateDictionary_Small --job Default --benchmarkId 10 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 90709.00 ns, 90.7090 us/op WorkloadJitting 1: 1 op, 135292.00 ns, 135.2920 us/op OverheadJitting 2: 16 op, 290750.00 ns, 18.1719 us/op WorkloadJitting 2: 16 op, 262375.00 ns, 16.3984 us/op WorkloadPilot 1: 16 op, 4208.00 ns, 263.0000 ns/op WorkloadPilot 2: 32 op, 6875.00 ns, 214.8438 ns/op WorkloadPilot 3: 64 op, 9750.00 ns, 152.3438 ns/op WorkloadPilot 4: 128 op, 14542.00 ns, 113.6094 ns/op WorkloadPilot 5: 256 op, 26417.00 ns, 103.1914 ns/op WorkloadPilot 6: 512 op, 50250.00 ns, 98.1445 ns/op WorkloadPilot 7: 1024 op, 107416.00 ns, 104.8984 ns/op WorkloadPilot 8: 2048 op, 218250.00 ns, 106.5674 ns/op WorkloadPilot 9: 4096 op, 427167.00 ns, 104.2888 ns/op WorkloadPilot 10: 8192 op, 836916.00 ns, 102.1626 ns/op WorkloadPilot 11: 16384 op, 1702792.00 ns, 103.9302 ns/op WorkloadPilot 12: 32768 op, 3378167.00 ns, 103.0935 ns/op WorkloadPilot 13: 65536 op, 6359167.00 ns, 97.0332 ns/op WorkloadPilot 14: 131072 op, 12676125.00 ns, 96.7112 ns/op WorkloadPilot 15: 262144 op, 25779084.00 ns, 98.3394 ns/op WorkloadPilot 16: 524288 op, 50486667.00 ns, 96.2957 ns/op WorkloadPilot 17: 1048576 op, 67310916.00 ns, 64.1927 ns/op WorkloadPilot 18: 2097152 op, 76849250.00 ns, 36.6446 ns/op WorkloadPilot 19: 4194304 op, 151475708.00 ns, 36.1146 ns/op WorkloadPilot 20: 8388608 op, 308556042.00 ns, 36.7827 ns/op WorkloadPilot 21: 16777216 op, 607027375.00 ns, 36.1817 ns/op OverheadWarmup 1: 16777216 op, 33885958.00 ns, 2.0198 ns/op OverheadWarmup 2: 16777216 op, 33893667.00 ns, 2.0202 ns/op OverheadWarmup 3: 16777216 op, 32735125.00 ns, 1.9512 ns/op OverheadWarmup 4: 16777216 op, 33309958.00 ns, 1.9854 ns/op OverheadWarmup 5: 16777216 op, 33085750.00 ns, 1.9721 ns/op OverheadActual 1: 16777216 op, 32985042.00 ns, 1.9661 ns/op OverheadActual 2: 16777216 op, 32202458.00 ns, 1.9194 ns/op OverheadActual 3: 16777216 op, 32472709.00 ns, 1.9355 ns/op OverheadActual 4: 16777216 op, 31674000.00 ns, 1.8879 ns/op OverheadActual 5: 16777216 op, 32871250.00 ns, 1.9593 ns/op OverheadActual 6: 16777216 op, 33420291.00 ns, 1.9920 ns/op OverheadActual 7: 16777216 op, 33328833.00 ns, 1.9866 ns/op OverheadActual 8: 16777216 op, 29875000.00 ns, 1.7807 ns/op OverheadActual 9: 16777216 op, 27357833.00 ns, 1.6307 ns/op OverheadActual 10: 16777216 op, 27368708.00 ns, 1.6313 ns/op OverheadActual 11: 16777216 op, 27310583.00 ns, 1.6278 ns/op OverheadActual 12: 16777216 op, 27529458.00 ns, 1.6409 ns/op OverheadActual 13: 16777216 op, 27323042.00 ns, 1.6286 ns/op OverheadActual 14: 16777216 op, 27335625.00 ns, 1.6293 ns/op OverheadActual 15: 16777216 op, 27283416.00 ns, 1.6262 ns/op OverheadActual 16: 16777216 op, 27428458.00 ns, 1.6349 ns/op OverheadActual 17: 16777216 op, 27272416.00 ns, 1.6256 ns/op OverheadActual 18: 16777216 op, 27890125.00 ns, 1.6624 ns/op OverheadActual 19: 16777216 op, 28171458.00 ns, 1.6791 ns/op OverheadActual 20: 16777216 op, 28064792.00 ns, 1.6728 ns/op WorkloadWarmup 1: 16777216 op, 607930750.00 ns, 36.2355 ns/op WorkloadWarmup 2: 16777216 op, 613598000.00 ns, 36.5733 ns/op WorkloadWarmup 3: 16777216 op, 620111584.00 ns, 36.9615 ns/op WorkloadWarmup 4: 16777216 op, 608449583.00 ns, 36.2664 ns/op WorkloadWarmup 5: 16777216 op, 608829583.00 ns, 36.2891 ns/op WorkloadWarmup 6: 16777216 op, 607396041.00 ns, 36.2036 ns/op // BeforeActualRun WorkloadActual 1: 16777216 op, 607830167.00 ns, 36.2295 ns/op WorkloadActual 2: 16777216 op, 604308083.00 ns, 36.0196 ns/op WorkloadActual 3: 16777216 op, 609675166.00 ns, 36.3395 ns/op WorkloadActual 4: 16777216 op, 606834667.00 ns, 36.1702 ns/op WorkloadActual 5: 16777216 op, 608155667.00 ns, 36.2489 ns/op WorkloadActual 6: 16777216 op, 606738042.00 ns, 36.1644 ns/op WorkloadActual 7: 16777216 op, 607106500.00 ns, 36.1864 ns/op WorkloadActual 8: 16777216 op, 604793667.00 ns, 36.0485 ns/op WorkloadActual 9: 16777216 op, 603261750.00 ns, 35.9572 ns/op WorkloadActual 10: 16777216 op, 608884583.00 ns, 36.2923 ns/op WorkloadActual 11: 16777216 op, 606546208.00 ns, 36.1530 ns/op WorkloadActual 12: 16777216 op, 607248000.00 ns, 36.1948 ns/op WorkloadActual 13: 16777216 op, 608037375.00 ns, 36.2419 ns/op WorkloadActual 14: 16777216 op, 606830958.00 ns, 36.1699 ns/op WorkloadActual 15: 16777216 op, 605310250.00 ns, 36.0793 ns/op // AfterActualRun WorkloadResult 1: 16777216 op, 579852708.50 ns, 34.5619 ns/op WorkloadResult 2: 16777216 op, 576330624.50 ns, 34.3520 ns/op WorkloadResult 3: 16777216 op, 581697707.50 ns, 34.6719 ns/op WorkloadResult 4: 16777216 op, 578857208.50 ns, 34.5026 ns/op WorkloadResult 5: 16777216 op, 580178208.50 ns, 34.5813 ns/op WorkloadResult 6: 16777216 op, 578760583.50 ns, 34.4968 ns/op WorkloadResult 7: 16777216 op, 579129041.50 ns, 34.5188 ns/op WorkloadResult 8: 16777216 op, 576816208.50 ns, 34.3809 ns/op WorkloadResult 9: 16777216 op, 575284291.50 ns, 34.2896 ns/op WorkloadResult 10: 16777216 op, 580907124.50 ns, 34.6248 ns/op WorkloadResult 11: 16777216 op, 578568749.50 ns, 34.4854 ns/op WorkloadResult 12: 16777216 op, 579270541.50 ns, 34.5272 ns/op WorkloadResult 13: 16777216 op, 580059916.50 ns, 34.5743 ns/op WorkloadResult 14: 16777216 op, 578853499.50 ns, 34.5024 ns/op WorkloadResult 15: 16777216 op, 577332791.50 ns, 34.4117 ns/op // GC: 529 0 0 4429185024 16777216 // Threading: 0 0 16777216 // AfterAll // Benchmark Process 38072 has exited with code 0. Mean = 34.499 ns, StdErr = 0.027 ns (0.08%), N = 15, StdDev = 0.104 ns Min = 34.290 ns, Q1 = 34.449 ns, Median = 34.503 ns, Q3 = 34.568 ns, Max = 34.672 ns IQR = 0.120 ns, LowerFence = 34.269 ns, UpperFence = 34.747 ns ConfidenceInterval = [34.388 ns; 34.610 ns] (CI 99.9%), Margin = 0.111 ns (0.32% of Mean) Skewness = -0.37, Kurtosis = 2.23, MValue = 2 // ** Remained 20 (64,5 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 7m from now) ** // ************************** // Benchmark: MetadataCreationBenchmarks.CreateMetadataObject_Small: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataCreationBenchmarks.CreateMetadataObject_Small --job Default --benchmarkId 11 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 89166.00 ns, 89.1660 us/op WorkloadJitting 1: 1 op, 1139209.00 ns, 1.1392 ms/op OverheadJitting 2: 16 op, 127541.00 ns, 7.9713 us/op WorkloadJitting 2: 16 op, 116250.00 ns, 7.2656 us/op WorkloadPilot 1: 16 op, 6375.00 ns, 398.4375 ns/op WorkloadPilot 2: 32 op, 8750.00 ns, 273.4375 ns/op WorkloadPilot 3: 64 op, 16458.00 ns, 257.1563 ns/op WorkloadPilot 4: 128 op, 30958.00 ns, 241.8594 ns/op WorkloadPilot 5: 256 op, 53333.00 ns, 208.3320 ns/op WorkloadPilot 6: 512 op, 94375.00 ns, 184.3262 ns/op WorkloadPilot 7: 1024 op, 189167.00 ns, 184.7334 ns/op WorkloadPilot 8: 2048 op, 404833.00 ns, 197.6724 ns/op WorkloadPilot 9: 4096 op, 837458.00 ns, 204.4575 ns/op WorkloadPilot 10: 8192 op, 1770333.00 ns, 216.1051 ns/op WorkloadPilot 11: 16384 op, 3235417.00 ns, 197.4742 ns/op WorkloadPilot 12: 32768 op, 6203166.00 ns, 189.3056 ns/op WorkloadPilot 13: 65536 op, 11813833.00 ns, 180.2648 ns/op WorkloadPilot 14: 131072 op, 22896583.00 ns, 174.6871 ns/op WorkloadPilot 15: 262144 op, 44659333.00 ns, 170.3618 ns/op WorkloadPilot 16: 524288 op, 89512333.00 ns, 170.7312 ns/op WorkloadPilot 17: 1048576 op, 100307083.00 ns, 95.6603 ns/op WorkloadPilot 18: 2097152 op, 84101708.00 ns, 40.1028 ns/op WorkloadPilot 19: 4194304 op, 167618500.00 ns, 39.9634 ns/op WorkloadPilot 20: 8388608 op, 340038000.00 ns, 40.5357 ns/op WorkloadPilot 21: 16777216 op, 672394167.00 ns, 40.0778 ns/op OverheadWarmup 1: 16777216 op, 32294917.00 ns, 1.9249 ns/op OverheadWarmup 2: 16777216 op, 32388375.00 ns, 1.9305 ns/op OverheadWarmup 3: 16777216 op, 32470791.00 ns, 1.9354 ns/op OverheadWarmup 4: 16777216 op, 32421833.00 ns, 1.9325 ns/op OverheadWarmup 5: 16777216 op, 32501375.00 ns, 1.9372 ns/op OverheadWarmup 6: 16777216 op, 32419250.00 ns, 1.9323 ns/op OverheadActual 1: 16777216 op, 32491042.00 ns, 1.9366 ns/op OverheadActual 2: 16777216 op, 32378500.00 ns, 1.9299 ns/op OverheadActual 3: 16777216 op, 32457083.00 ns, 1.9346 ns/op OverheadActual 4: 16777216 op, 32386334.00 ns, 1.9304 ns/op OverheadActual 5: 16777216 op, 32243041.00 ns, 1.9218 ns/op OverheadActual 6: 16777216 op, 32348083.00 ns, 1.9281 ns/op OverheadActual 7: 16777216 op, 32336666.00 ns, 1.9274 ns/op OverheadActual 8: 16777216 op, 33318292.00 ns, 1.9859 ns/op OverheadActual 9: 16777216 op, 33598125.00 ns, 2.0026 ns/op OverheadActual 10: 16777216 op, 26325959.00 ns, 1.5691 ns/op OverheadActual 11: 16777216 op, 18622750.00 ns, 1.1100 ns/op OverheadActual 12: 16777216 op, 18719333.00 ns, 1.1158 ns/op OverheadActual 13: 16777216 op, 19079417.00 ns, 1.1372 ns/op OverheadActual 14: 16777216 op, 19082041.00 ns, 1.1374 ns/op OverheadActual 15: 16777216 op, 18409542.00 ns, 1.0973 ns/op OverheadActual 16: 16777216 op, 18565667.00 ns, 1.1066 ns/op OverheadActual 17: 16777216 op, 23276167.00 ns, 1.3874 ns/op OverheadActual 18: 16777216 op, 23809375.00 ns, 1.4191 ns/op OverheadActual 19: 16777216 op, 23890042.00 ns, 1.4240 ns/op OverheadActual 20: 16777216 op, 23536042.00 ns, 1.4029 ns/op WorkloadWarmup 1: 16777216 op, 675232333.00 ns, 40.2470 ns/op WorkloadWarmup 2: 16777216 op, 676137917.00 ns, 40.3010 ns/op WorkloadWarmup 3: 16777216 op, 673827125.00 ns, 40.1632 ns/op WorkloadWarmup 4: 16777216 op, 674114333.00 ns, 40.1803 ns/op WorkloadWarmup 5: 16777216 op, 672753208.00 ns, 40.0992 ns/op WorkloadWarmup 6: 16777216 op, 669353000.00 ns, 39.8965 ns/op // BeforeActualRun WorkloadActual 1: 16777216 op, 670242333.00 ns, 39.9496 ns/op WorkloadActual 2: 16777216 op, 669079042.00 ns, 39.8802 ns/op WorkloadActual 3: 16777216 op, 671436625.00 ns, 40.0207 ns/op WorkloadActual 4: 16777216 op, 672857334.00 ns, 40.1054 ns/op WorkloadActual 5: 16777216 op, 673674167.00 ns, 40.1541 ns/op WorkloadActual 6: 16777216 op, 671425458.00 ns, 40.0201 ns/op WorkloadActual 7: 16777216 op, 671047791.00 ns, 39.9976 ns/op WorkloadActual 8: 16777216 op, 670262291.00 ns, 39.9507 ns/op WorkloadActual 9: 16777216 op, 674076250.00 ns, 40.1781 ns/op WorkloadActual 10: 16777216 op, 671917791.00 ns, 40.0494 ns/op WorkloadActual 11: 16777216 op, 672130083.00 ns, 40.0621 ns/op WorkloadActual 12: 16777216 op, 673181041.00 ns, 40.1247 ns/op WorkloadActual 13: 16777216 op, 672093042.00 ns, 40.0599 ns/op WorkloadActual 14: 16777216 op, 671652708.00 ns, 40.0336 ns/op WorkloadActual 15: 16777216 op, 673034375.00 ns, 40.1160 ns/op // AfterActualRun WorkloadResult 1: 16777216 op, 645134332.50 ns, 38.4530 ns/op WorkloadResult 2: 16777216 op, 643971041.50 ns, 38.3837 ns/op WorkloadResult 3: 16777216 op, 646328624.50 ns, 38.5242 ns/op WorkloadResult 4: 16777216 op, 647749333.50 ns, 38.6089 ns/op WorkloadResult 5: 16777216 op, 648566166.50 ns, 38.6576 ns/op WorkloadResult 6: 16777216 op, 646317457.50 ns, 38.5235 ns/op WorkloadResult 7: 16777216 op, 645939790.50 ns, 38.5010 ns/op WorkloadResult 8: 16777216 op, 645154290.50 ns, 38.4542 ns/op WorkloadResult 9: 16777216 op, 648968249.50 ns, 38.6815 ns/op WorkloadResult 10: 16777216 op, 646809790.50 ns, 38.5529 ns/op WorkloadResult 11: 16777216 op, 647022082.50 ns, 38.5655 ns/op WorkloadResult 12: 16777216 op, 648073040.50 ns, 38.6282 ns/op WorkloadResult 13: 16777216 op, 646985041.50 ns, 38.5633 ns/op WorkloadResult 14: 16777216 op, 646544707.50 ns, 38.5371 ns/op WorkloadResult 15: 16777216 op, 647926374.50 ns, 38.6194 ns/op // GC: 609 0 0 5100273664 16777216 // Threading: 0 0 16777216 // AfterAll // Benchmark Process 38087 has exited with code 0. Mean = 38.550 ns, StdErr = 0.021 ns (0.05%), N = 15, StdDev = 0.082 ns Min = 38.384 ns, Q1 = 38.512 ns, Median = 38.553 ns, Q3 = 38.614 ns, Max = 38.682 ns IQR = 0.102 ns, LowerFence = 38.359 ns, UpperFence = 38.767 ns ConfidenceInterval = [38.463 ns; 38.638 ns] (CI 99.9%), Margin = 0.088 ns (0.23% of Mean) Skewness = -0.25, Kurtosis = 2.15, MValue = 2 // ** Remained 19 (61,3 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 7m from now) ** // ************************** // Benchmark: MetadataCreationBenchmarks.CreateDictionary_Large: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataCreationBenchmarks.CreateDictionary_Large --job Default --benchmarkId 12 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 92917.00 ns, 92.9170 us/op WorkloadJitting 1: 1 op, 188417.00 ns, 188.4170 us/op OverheadJitting 2: 16 op, 297042.00 ns, 18.5651 us/op WorkloadJitting 2: 16 op, 262792.00 ns, 16.4245 us/op WorkloadPilot 1: 16 op, 6625.00 ns, 414.0625 ns/op WorkloadPilot 2: 32 op, 13375.00 ns, 417.9688 ns/op WorkloadPilot 3: 64 op, 21458.00 ns, 335.2813 ns/op WorkloadPilot 4: 128 op, 38500.00 ns, 300.7813 ns/op WorkloadPilot 5: 256 op, 79250.00 ns, 309.5703 ns/op WorkloadPilot 6: 512 op, 140041.00 ns, 273.5176 ns/op WorkloadPilot 7: 1024 op, 287041.00 ns, 280.3135 ns/op WorkloadPilot 8: 2048 op, 602875.00 ns, 294.3726 ns/op WorkloadPilot 9: 4096 op, 1223459.00 ns, 298.6960 ns/op WorkloadPilot 10: 8192 op, 2330166.00 ns, 284.4441 ns/op WorkloadPilot 11: 16384 op, 4165750.00 ns, 254.2572 ns/op WorkloadPilot 12: 32768 op, 8547125.00 ns, 260.8376 ns/op WorkloadPilot 13: 65536 op, 17095292.00 ns, 260.8535 ns/op WorkloadPilot 14: 131072 op, 34119750.00 ns, 260.3130 ns/op WorkloadPilot 15: 262144 op, 66879166.00 ns, 255.1238 ns/op WorkloadPilot 16: 524288 op, 137235125.00 ns, 261.7552 ns/op WorkloadPilot 17: 1048576 op, 163058959.00 ns, 155.5051 ns/op WorkloadPilot 18: 2097152 op, 318482917.00 ns, 151.8645 ns/op WorkloadPilot 19: 4194304 op, 640468583.00 ns, 152.6996 ns/op OverheadWarmup 1: 4194304 op, 7948833.00 ns, 1.8951 ns/op OverheadWarmup 2: 4194304 op, 8024750.00 ns, 1.9132 ns/op OverheadWarmup 3: 4194304 op, 8273916.00 ns, 1.9727 ns/op OverheadWarmup 4: 4194304 op, 8307958.00 ns, 1.9808 ns/op OverheadWarmup 5: 4194304 op, 8280125.00 ns, 1.9741 ns/op OverheadWarmup 6: 4194304 op, 7940791.00 ns, 1.8932 ns/op OverheadWarmup 7: 4194304 op, 8015375.00 ns, 1.9110 ns/op OverheadWarmup 8: 4194304 op, 7996583.00 ns, 1.9065 ns/op OverheadActual 1: 4194304 op, 8010917.00 ns, 1.9100 ns/op OverheadActual 2: 4194304 op, 8028333.00 ns, 1.9141 ns/op OverheadActual 3: 4194304 op, 8027792.00 ns, 1.9140 ns/op OverheadActual 4: 4194304 op, 8043292.00 ns, 1.9177 ns/op OverheadActual 5: 4194304 op, 7986584.00 ns, 1.9042 ns/op OverheadActual 6: 4194304 op, 8103250.00 ns, 1.9320 ns/op OverheadActual 7: 4194304 op, 8206875.00 ns, 1.9567 ns/op OverheadActual 8: 4194304 op, 8361875.00 ns, 1.9936 ns/op OverheadActual 9: 4194304 op, 8184916.00 ns, 1.9514 ns/op OverheadActual 10: 4194304 op, 8433334.00 ns, 2.0107 ns/op OverheadActual 11: 4194304 op, 7988125.00 ns, 1.9045 ns/op OverheadActual 12: 4194304 op, 8075041.00 ns, 1.9252 ns/op OverheadActual 13: 4194304 op, 7997583.00 ns, 1.9068 ns/op OverheadActual 14: 4194304 op, 8208083.00 ns, 1.9570 ns/op OverheadActual 15: 4194304 op, 8203667.00 ns, 1.9559 ns/op WorkloadWarmup 1: 4194304 op, 642601541.00 ns, 153.2081 ns/op WorkloadWarmup 2: 4194304 op, 639188792.00 ns, 152.3945 ns/op WorkloadWarmup 3: 4194304 op, 638128292.00 ns, 152.1416 ns/op WorkloadWarmup 4: 4194304 op, 637628417.00 ns, 152.0225 ns/op WorkloadWarmup 5: 4194304 op, 641563708.00 ns, 152.9607 ns/op WorkloadWarmup 6: 4194304 op, 637586416.00 ns, 152.0124 ns/op WorkloadWarmup 7: 4194304 op, 634763125.00 ns, 151.3393 ns/op WorkloadWarmup 8: 4194304 op, 633540625.00 ns, 151.0479 ns/op WorkloadWarmup 9: 4194304 op, 636869584.00 ns, 151.8415 ns/op WorkloadWarmup 10: 4194304 op, 637480917.00 ns, 151.9873 ns/op WorkloadWarmup 11: 4194304 op, 637729625.00 ns, 152.0466 ns/op WorkloadWarmup 12: 4194304 op, 637175959.00 ns, 151.9146 ns/op // BeforeActualRun WorkloadActual 1: 4194304 op, 639010958.00 ns, 152.3521 ns/op WorkloadActual 2: 4194304 op, 638219042.00 ns, 152.1633 ns/op WorkloadActual 3: 4194304 op, 638346875.00 ns, 152.1938 ns/op WorkloadActual 4: 4194304 op, 639226166.00 ns, 152.4034 ns/op WorkloadActual 5: 4194304 op, 636649791.00 ns, 151.7891 ns/op WorkloadActual 6: 4194304 op, 634358875.00 ns, 151.2429 ns/op WorkloadActual 7: 4194304 op, 633241167.00 ns, 150.9765 ns/op WorkloadActual 8: 4194304 op, 633524750.00 ns, 151.0441 ns/op WorkloadActual 9: 4194304 op, 635927375.00 ns, 151.6169 ns/op WorkloadActual 10: 4194304 op, 635942917.00 ns, 151.6206 ns/op WorkloadActual 11: 4194304 op, 636270916.00 ns, 151.6988 ns/op WorkloadActual 12: 4194304 op, 637945833.00 ns, 152.0981 ns/op WorkloadActual 13: 4194304 op, 637893833.00 ns, 152.0857 ns/op WorkloadActual 14: 4194304 op, 635969583.00 ns, 151.6270 ns/op WorkloadActual 15: 4194304 op, 637097125.00 ns, 151.8958 ns/op // AfterActualRun WorkloadResult 1: 4194304 op, 630935917.00 ns, 150.4268 ns/op WorkloadResult 2: 4194304 op, 630144001.00 ns, 150.2380 ns/op WorkloadResult 3: 4194304 op, 630271834.00 ns, 150.2685 ns/op WorkloadResult 4: 4194304 op, 631151125.00 ns, 150.4782 ns/op WorkloadResult 5: 4194304 op, 628574750.00 ns, 149.8639 ns/op WorkloadResult 6: 4194304 op, 626283834.00 ns, 149.3177 ns/op WorkloadResult 7: 4194304 op, 625166126.00 ns, 149.0512 ns/op WorkloadResult 8: 4194304 op, 625449709.00 ns, 149.1188 ns/op WorkloadResult 9: 4194304 op, 627852334.00 ns, 149.6917 ns/op WorkloadResult 10: 4194304 op, 627867876.00 ns, 149.6954 ns/op WorkloadResult 11: 4194304 op, 628195875.00 ns, 149.7736 ns/op WorkloadResult 12: 4194304 op, 629870792.00 ns, 150.1729 ns/op WorkloadResult 13: 4194304 op, 629818792.00 ns, 150.1605 ns/op WorkloadResult 14: 4194304 op, 627894542.00 ns, 149.7017 ns/op WorkloadResult 15: 4194304 op, 629022084.00 ns, 149.9706 ns/op // GC: 569 1 0 4764729376 4194304 // Threading: 0 0 4194304 // AfterAll // Benchmark Process 38090 has exited with code 0. Mean = 149.862 ns, StdErr = 0.115 ns (0.08%), N = 15, StdDev = 0.447 ns Min = 149.051 ns, Q1 = 149.694 ns, Median = 149.864 ns, Q3 = 150.205 ns, Max = 150.478 ns IQR = 0.512 ns, LowerFence = 148.926 ns, UpperFence = 150.973 ns ConfidenceInterval = [149.384 ns; 150.340 ns] (CI 99.9%), Margin = 0.478 ns (0.32% of Mean) Skewness = -0.39, Kurtosis = 1.9, MValue = 2 // ** Remained 18 (58,1 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 6m from now) ** // ************************** // Benchmark: MetadataCreationBenchmarks.CreateMetadataObject_Large: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataCreationBenchmarks.CreateMetadataObject_Large --job Default --benchmarkId 13 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 94917.00 ns, 94.9170 us/op WorkloadJitting 1: 1 op, 1298917.00 ns, 1.2989 ms/op OverheadJitting 2: 16 op, 123750.00 ns, 7.7344 us/op WorkloadJitting 2: 16 op, 121125.00 ns, 7.5703 us/op WorkloadPilot 1: 16 op, 16041.00 ns, 1.0026 us/op WorkloadPilot 2: 32 op, 31000.00 ns, 968.7500 ns/op WorkloadPilot 3: 64 op, 51375.00 ns, 802.7344 ns/op WorkloadPilot 4: 128 op, 92417.00 ns, 722.0078 ns/op WorkloadPilot 5: 256 op, 176791.00 ns, 690.5898 ns/op WorkloadPilot 6: 512 op, 353500.00 ns, 690.4297 ns/op WorkloadPilot 7: 1024 op, 943625.00 ns, 921.5088 ns/op WorkloadPilot 8: 2048 op, 1621375.00 ns, 791.6870 ns/op WorkloadPilot 9: 4096 op, 3008042.00 ns, 734.3853 ns/op WorkloadPilot 10: 8192 op, 5940083.00 ns, 725.1078 ns/op WorkloadPilot 11: 16384 op, 11529500.00 ns, 703.7048 ns/op WorkloadPilot 12: 32768 op, 22589125.00 ns, 689.3654 ns/op WorkloadPilot 13: 65536 op, 44256708.00 ns, 675.3038 ns/op WorkloadPilot 14: 131072 op, 79045833.00 ns, 603.0718 ns/op WorkloadPilot 15: 262144 op, 47292583.00 ns, 180.4069 ns/op WorkloadPilot 16: 524288 op, 95021916.00 ns, 181.2399 ns/op WorkloadPilot 17: 1048576 op, 187822667.00 ns, 179.1217 ns/op WorkloadPilot 18: 2097152 op, 380293875.00 ns, 181.3383 ns/op WorkloadPilot 19: 4194304 op, 753612042.00 ns, 179.6751 ns/op OverheadWarmup 1: 4194304 op, 8103625.00 ns, 1.9321 ns/op OverheadWarmup 2: 4194304 op, 8175500.00 ns, 1.9492 ns/op OverheadWarmup 3: 4194304 op, 8212333.00 ns, 1.9580 ns/op OverheadWarmup 4: 4194304 op, 8132334.00 ns, 1.9389 ns/op OverheadWarmup 5: 4194304 op, 8181250.00 ns, 1.9506 ns/op OverheadWarmup 6: 4194304 op, 8261875.00 ns, 1.9698 ns/op OverheadWarmup 7: 4194304 op, 8045375.00 ns, 1.9182 ns/op OverheadActual 1: 4194304 op, 8268708.00 ns, 1.9714 ns/op OverheadActual 2: 4194304 op, 8128584.00 ns, 1.9380 ns/op OverheadActual 3: 4194304 op, 8235167.00 ns, 1.9634 ns/op OverheadActual 4: 4194304 op, 7987209.00 ns, 1.9043 ns/op OverheadActual 5: 4194304 op, 8102417.00 ns, 1.9318 ns/op OverheadActual 6: 4194304 op, 8130042.00 ns, 1.9384 ns/op OverheadActual 7: 4194304 op, 8298750.00 ns, 1.9786 ns/op OverheadActual 8: 4194304 op, 8018875.00 ns, 1.9118 ns/op OverheadActual 9: 4194304 op, 8278458.00 ns, 1.9737 ns/op OverheadActual 10: 4194304 op, 8051000.00 ns, 1.9195 ns/op OverheadActual 11: 4194304 op, 8150250.00 ns, 1.9432 ns/op OverheadActual 12: 4194304 op, 8026334.00 ns, 1.9136 ns/op OverheadActual 13: 4194304 op, 8301625.00 ns, 1.9793 ns/op OverheadActual 14: 4194304 op, 7980875.00 ns, 1.9028 ns/op OverheadActual 15: 4194304 op, 8268625.00 ns, 1.9714 ns/op WorkloadWarmup 1: 4194304 op, 756664125.00 ns, 180.4028 ns/op WorkloadWarmup 2: 4194304 op, 751676917.00 ns, 179.2137 ns/op WorkloadWarmup 3: 4194304 op, 755656958.00 ns, 180.1627 ns/op WorkloadWarmup 4: 4194304 op, 755099375.00 ns, 180.0297 ns/op WorkloadWarmup 5: 4194304 op, 748604291.00 ns, 178.4812 ns/op WorkloadWarmup 6: 4194304 op, 762982916.00 ns, 181.9093 ns/op WorkloadWarmup 7: 4194304 op, 750972833.00 ns, 179.0459 ns/op // BeforeActualRun WorkloadActual 1: 4194304 op, 753674833.00 ns, 179.6901 ns/op WorkloadActual 2: 4194304 op, 751702625.00 ns, 179.2199 ns/op WorkloadActual 3: 4194304 op, 754287292.00 ns, 179.8361 ns/op WorkloadActual 4: 4194304 op, 752901958.00 ns, 179.5058 ns/op WorkloadActual 5: 4194304 op, 748912208.00 ns, 178.5546 ns/op WorkloadActual 6: 4194304 op, 754208167.00 ns, 179.8172 ns/op WorkloadActual 7: 4194304 op, 747473791.00 ns, 178.2116 ns/op WorkloadActual 8: 4194304 op, 750100125.00 ns, 178.8378 ns/op WorkloadActual 9: 4194304 op, 747919875.00 ns, 178.3180 ns/op WorkloadActual 10: 4194304 op, 752905208.00 ns, 179.5066 ns/op WorkloadActual 11: 4194304 op, 751391958.00 ns, 179.1458 ns/op WorkloadActual 12: 4194304 op, 754725750.00 ns, 179.9406 ns/op WorkloadActual 13: 4194304 op, 747460625.00 ns, 178.2085 ns/op WorkloadActual 14: 4194304 op, 753212750.00 ns, 179.5799 ns/op WorkloadActual 15: 4194304 op, 750774125.00 ns, 178.9985 ns/op // AfterActualRun WorkloadResult 1: 4194304 op, 745544791.00 ns, 177.7517 ns/op WorkloadResult 2: 4194304 op, 743572583.00 ns, 177.2815 ns/op WorkloadResult 3: 4194304 op, 746157250.00 ns, 177.8978 ns/op WorkloadResult 4: 4194304 op, 744771916.00 ns, 177.5675 ns/op WorkloadResult 5: 4194304 op, 740782166.00 ns, 176.6162 ns/op WorkloadResult 6: 4194304 op, 746078125.00 ns, 177.8789 ns/op WorkloadResult 7: 4194304 op, 739343749.00 ns, 176.2733 ns/op WorkloadResult 8: 4194304 op, 741970083.00 ns, 176.8995 ns/op WorkloadResult 9: 4194304 op, 739789833.00 ns, 176.3796 ns/op WorkloadResult 10: 4194304 op, 744775166.00 ns, 177.5682 ns/op WorkloadResult 11: 4194304 op, 743261916.00 ns, 177.2074 ns/op WorkloadResult 12: 4194304 op, 746595708.00 ns, 178.0023 ns/op WorkloadResult 13: 4194304 op, 739330583.00 ns, 176.2701 ns/op WorkloadResult 14: 4194304 op, 745082708.00 ns, 177.6416 ns/op WorkloadResult 15: 4194304 op, 742644083.00 ns, 177.0601 ns/op // GC: 377 0 0 3154116608 4194304 // Threading: 0 0 4194304 // AfterAll // Benchmark Process 38095 has exited with code 0. Mean = 177.220 ns, StdErr = 0.158 ns (0.09%), N = 15, StdDev = 0.610 ns Min = 176.270 ns, Q1 = 176.758 ns, Median = 177.282 ns, Q3 = 177.697 ns, Max = 178.002 ns IQR = 0.939 ns, LowerFence = 175.350 ns, UpperFence = 179.105 ns ConfidenceInterval = [176.568 ns; 177.872 ns] (CI 99.9%), Margin = 0.652 ns (0.37% of Mean) Skewness = -0.34, Kurtosis = 1.53, MValue = 2 // ** Remained 17 (54,8 %) benchmark(s) to run. Estimated finish 2026-01-07 12:51 (0h 6m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataCreationBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataCreationBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataCreationBenchmarks-report.html // * Detailed results * MetadataCreationBenchmarks.CreateDictionary_Small: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 34.499 ns, StdErr = 0.027 ns (0.08%), N = 15, StdDev = 0.104 ns Min = 34.290 ns, Q1 = 34.449 ns, Median = 34.503 ns, Q3 = 34.568 ns, Max = 34.672 ns IQR = 0.120 ns, LowerFence = 34.269 ns, UpperFence = 34.747 ns ConfidenceInterval = [34.388 ns; 34.610 ns] (CI 99.9%), Margin = 0.111 ns (0.32% of Mean) Skewness = -0.37, Kurtosis = 2.23, MValue = 2 -------------------- Histogram -------------------- [34.234 ns ; 34.727 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataCreationBenchmarks.CreateMetadataObject_Small: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 38.550 ns, StdErr = 0.021 ns (0.05%), N = 15, StdDev = 0.082 ns Min = 38.384 ns, Q1 = 38.512 ns, Median = 38.553 ns, Q3 = 38.614 ns, Max = 38.682 ns IQR = 0.102 ns, LowerFence = 38.359 ns, UpperFence = 38.767 ns ConfidenceInterval = [38.463 ns; 38.638 ns] (CI 99.9%), Margin = 0.088 ns (0.23% of Mean) Skewness = -0.25, Kurtosis = 2.15, MValue = 2 -------------------- Histogram -------------------- [38.340 ns ; 38.725 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataCreationBenchmarks.CreateDictionary_Large: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 149.862 ns, StdErr = 0.115 ns (0.08%), N = 15, StdDev = 0.447 ns Min = 149.051 ns, Q1 = 149.694 ns, Median = 149.864 ns, Q3 = 150.205 ns, Max = 150.478 ns IQR = 0.512 ns, LowerFence = 148.926 ns, UpperFence = 150.973 ns ConfidenceInterval = [149.384 ns; 150.340 ns] (CI 99.9%), Margin = 0.478 ns (0.32% of Mean) Skewness = -0.39, Kurtosis = 1.9, MValue = 2 -------------------- Histogram -------------------- [148.813 ns ; 150.716 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataCreationBenchmarks.CreateMetadataObject_Large: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 177.220 ns, StdErr = 0.158 ns (0.09%), N = 15, StdDev = 0.610 ns Min = 176.270 ns, Q1 = 176.758 ns, Median = 177.282 ns, Q3 = 177.697 ns, Max = 178.002 ns IQR = 0.939 ns, LowerFence = 175.350 ns, UpperFence = 179.105 ns ConfidenceInterval = [176.568 ns; 177.872 ns] (CI 99.9%), Margin = 0.652 ns (0.37% of Mean) Skewness = -0.34, Kurtosis = 1.53, MValue = 2 -------------------- Histogram -------------------- [175.945 ns ; 178.327 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |--------------------------- |----------:|---------:|---------:|------:|--------:|-------:|-------:|----------:|------------:| | CreateDictionary_Small | 34.50 ns | 0.111 ns | 0.104 ns | 1.00 | 0.00 | 0.0315 | - | 264 B | 1.00 | | CreateMetadataObject_Small | 38.55 ns | 0.088 ns | 0.082 ns | 1.12 | 0.00 | 0.0363 | - | 304 B | 1.15 | | CreateDictionary_Large | 149.86 ns | 0.478 ns | 0.447 ns | 4.34 | 0.02 | 0.1357 | 0.0002 | 1136 B | 4.30 | | CreateMetadataObject_Large | 177.22 ns | 0.652 ns | 0.610 ns | 5.14 | 0.02 | 0.0899 | - | 752 B | 2.85 | // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:01:11 (71.62 sec), executed benchmarks: 4 // Found 4 benchmarks: // MetadataIterationBenchmarks.DictionaryIterate_Small: DefaultJob // MetadataIterationBenchmarks.MetadataObjectIterate_Small: DefaultJob // MetadataIterationBenchmarks.DictionaryIterate_Large: DefaultJob // MetadataIterationBenchmarks.MetadataObjectIterate_Large: DefaultJob // ************************** // Benchmark: MetadataIterationBenchmarks.DictionaryIterate_Small: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataIterationBenchmarks.DictionaryIterate_Small --job Default --benchmarkId 14 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 76833.00 ns, 76.8330 us/op WorkloadJitting 1: 1 op, 125083.00 ns, 125.0830 us/op OverheadJitting 2: 16 op, 208875.00 ns, 13.0547 us/op WorkloadJitting 2: 16 op, 169000.00 ns, 10.5625 us/op WorkloadPilot 1: 16 op, 750.00 ns, 46.8750 ns/op WorkloadPilot 2: 32 op, 1500.00 ns, 46.8750 ns/op WorkloadPilot 3: 64 op, 2167.00 ns, 33.8594 ns/op WorkloadPilot 4: 128 op, 3375.00 ns, 26.3672 ns/op WorkloadPilot 5: 256 op, 6750.00 ns, 26.3672 ns/op WorkloadPilot 6: 512 op, 13333.00 ns, 26.0410 ns/op WorkloadPilot 7: 1024 op, 24375.00 ns, 23.8037 ns/op WorkloadPilot 8: 2048 op, 66542.00 ns, 32.4912 ns/op WorkloadPilot 9: 4096 op, 132500.00 ns, 32.3486 ns/op WorkloadPilot 10: 8192 op, 279250.00 ns, 34.0881 ns/op WorkloadPilot 11: 16384 op, 538041.00 ns, 32.8394 ns/op WorkloadPilot 12: 32768 op, 896208.00 ns, 27.3501 ns/op WorkloadPilot 13: 65536 op, 1661875.00 ns, 25.3582 ns/op WorkloadPilot 14: 131072 op, 3377417.00 ns, 25.7676 ns/op WorkloadPilot 15: 262144 op, 6815292.00 ns, 25.9983 ns/op WorkloadPilot 16: 524288 op, 12958792.00 ns, 24.7169 ns/op WorkloadPilot 17: 1048576 op, 26206958.00 ns, 24.9929 ns/op WorkloadPilot 18: 2097152 op, 54292792.00 ns, 25.8888 ns/op WorkloadPilot 19: 4194304 op, 58220666.00 ns, 13.8809 ns/op WorkloadPilot 20: 8388608 op, 24504625.00 ns, 2.9212 ns/op WorkloadPilot 21: 16777216 op, 47917583.00 ns, 2.8561 ns/op WorkloadPilot 22: 33554432 op, 94016584.00 ns, 2.8019 ns/op WorkloadPilot 23: 67108864 op, 189995834.00 ns, 2.8312 ns/op WorkloadPilot 24: 134217728 op, 380705041.00 ns, 2.8365 ns/op WorkloadPilot 25: 268435456 op, 755074459.00 ns, 2.8129 ns/op OverheadWarmup 1: 268435456 op, 440094125.00 ns, 1.6395 ns/op OverheadWarmup 2: 268435456 op, 380937709.00 ns, 1.4191 ns/op OverheadWarmup 3: 268435456 op, 377449000.00 ns, 1.4061 ns/op OverheadWarmup 4: 268435456 op, 381743042.00 ns, 1.4221 ns/op OverheadWarmup 5: 268435456 op, 378515291.00 ns, 1.4101 ns/op OverheadWarmup 6: 268435456 op, 382172125.00 ns, 1.4237 ns/op OverheadWarmup 7: 268435456 op, 380908292.00 ns, 1.4190 ns/op OverheadActual 1: 268435456 op, 380202084.00 ns, 1.4164 ns/op OverheadActual 2: 268435456 op, 381732750.00 ns, 1.4221 ns/op OverheadActual 3: 268435456 op, 378845167.00 ns, 1.4113 ns/op OverheadActual 4: 268435456 op, 380495291.00 ns, 1.4175 ns/op OverheadActual 5: 268435456 op, 378083875.00 ns, 1.4085 ns/op OverheadActual 6: 268435456 op, 381610500.00 ns, 1.4216 ns/op OverheadActual 7: 268435456 op, 377119959.00 ns, 1.4049 ns/op OverheadActual 8: 268435456 op, 382846167.00 ns, 1.4262 ns/op OverheadActual 9: 268435456 op, 376088541.00 ns, 1.4010 ns/op OverheadActual 10: 268435456 op, 384207250.00 ns, 1.4313 ns/op OverheadActual 11: 268435456 op, 377489834.00 ns, 1.4063 ns/op OverheadActual 12: 268435456 op, 383183208.00 ns, 1.4275 ns/op OverheadActual 13: 268435456 op, 379711167.00 ns, 1.4145 ns/op OverheadActual 14: 268435456 op, 380658125.00 ns, 1.4181 ns/op OverheadActual 15: 268435456 op, 381013917.00 ns, 1.4194 ns/op WorkloadWarmup 1: 268435456 op, 759588459.00 ns, 2.8297 ns/op WorkloadWarmup 2: 268435456 op, 754794917.00 ns, 2.8118 ns/op WorkloadWarmup 3: 268435456 op, 754198000.00 ns, 2.8096 ns/op WorkloadWarmup 4: 268435456 op, 754462292.00 ns, 2.8106 ns/op WorkloadWarmup 5: 268435456 op, 754106500.00 ns, 2.8093 ns/op WorkloadWarmup 6: 268435456 op, 754538708.00 ns, 2.8109 ns/op WorkloadWarmup 7: 268435456 op, 754779458.00 ns, 2.8118 ns/op WorkloadWarmup 8: 268435456 op, 755326583.00 ns, 2.8138 ns/op WorkloadWarmup 9: 268435456 op, 754080417.00 ns, 2.8092 ns/op // BeforeActualRun WorkloadActual 1: 268435456 op, 755031208.00 ns, 2.8127 ns/op WorkloadActual 2: 268435456 op, 754147500.00 ns, 2.8094 ns/op WorkloadActual 3: 268435456 op, 754316583.00 ns, 2.8100 ns/op WorkloadActual 4: 268435456 op, 753958959.00 ns, 2.8087 ns/op WorkloadActual 5: 268435456 op, 754737750.00 ns, 2.8116 ns/op WorkloadActual 6: 268435456 op, 755678458.00 ns, 2.8151 ns/op WorkloadActual 7: 268435456 op, 755383375.00 ns, 2.8140 ns/op WorkloadActual 8: 268435456 op, 755419458.00 ns, 2.8142 ns/op WorkloadActual 9: 268435456 op, 754448208.00 ns, 2.8105 ns/op WorkloadActual 10: 268435456 op, 754164542.00 ns, 2.8095 ns/op WorkloadActual 11: 268435456 op, 754741958.00 ns, 2.8116 ns/op WorkloadActual 12: 268435456 op, 754597083.00 ns, 2.8111 ns/op WorkloadActual 13: 268435456 op, 754604833.00 ns, 2.8111 ns/op WorkloadActual 14: 268435456 op, 754794750.00 ns, 2.8118 ns/op WorkloadActual 15: 268435456 op, 754754292.00 ns, 2.8117 ns/op // AfterActualRun WorkloadResult 1: 268435456 op, 374535917.00 ns, 1.3953 ns/op WorkloadResult 2: 268435456 op, 373652209.00 ns, 1.3920 ns/op WorkloadResult 3: 268435456 op, 373821292.00 ns, 1.3926 ns/op WorkloadResult 4: 268435456 op, 373463668.00 ns, 1.3913 ns/op WorkloadResult 5: 268435456 op, 374242459.00 ns, 1.3942 ns/op WorkloadResult 6: 268435456 op, 375183167.00 ns, 1.3977 ns/op WorkloadResult 7: 268435456 op, 374888084.00 ns, 1.3966 ns/op WorkloadResult 8: 268435456 op, 374924167.00 ns, 1.3967 ns/op WorkloadResult 9: 268435456 op, 373952917.00 ns, 1.3931 ns/op WorkloadResult 10: 268435456 op, 373669251.00 ns, 1.3920 ns/op WorkloadResult 11: 268435456 op, 374246667.00 ns, 1.3942 ns/op WorkloadResult 12: 268435456 op, 374101792.00 ns, 1.3936 ns/op WorkloadResult 13: 268435456 op, 374109542.00 ns, 1.3937 ns/op WorkloadResult 14: 268435456 op, 374299459.00 ns, 1.3944 ns/op WorkloadResult 15: 268435456 op, 374259001.00 ns, 1.3942 ns/op // GC: 0 0 0 32 268435456 // Threading: 0 0 268435456 // AfterAll // Benchmark Process 38126 has exited with code 0. Mean = 1.394 ns, StdErr = 0.000 ns (0.03%), N = 15, StdDev = 0.002 ns Min = 1.391 ns, Q1 = 1.393 ns, Median = 1.394 ns, Q3 = 1.395 ns, Max = 1.398 ns IQR = 0.002 ns, LowerFence = 1.390 ns, UpperFence = 1.398 ns ConfidenceInterval = [1.392 ns; 1.396 ns] (CI 99.9%), Margin = 0.002 ns (0.14% of Mean) Skewness = 0.37, Kurtosis = 2.06, MValue = 2 // ** Remained 16 (51,6 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 6m from now) ** // ************************** // Benchmark: MetadataIterationBenchmarks.MetadataObjectIterate_Small: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataIterationBenchmarks.MetadataObjectIterate_Small --job Default --benchmarkId 15 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 78458.00 ns, 78.4580 us/op WorkloadJitting 1: 1 op, 268208.00 ns, 268.2080 us/op OverheadJitting 2: 16 op, 194458.00 ns, 12.1536 us/op WorkloadJitting 2: 16 op, 172000.00 ns, 10.7500 us/op WorkloadPilot 1: 16 op, 1167.00 ns, 72.9375 ns/op WorkloadPilot 2: 32 op, 1834.00 ns, 57.3125 ns/op WorkloadPilot 3: 64 op, 3666.00 ns, 57.2813 ns/op WorkloadPilot 4: 128 op, 7625.00 ns, 59.5703 ns/op WorkloadPilot 5: 256 op, 13083.00 ns, 51.1055 ns/op WorkloadPilot 6: 512 op, 27000.00 ns, 52.7344 ns/op WorkloadPilot 7: 1024 op, 46833.00 ns, 45.7354 ns/op WorkloadPilot 8: 2048 op, 111541.00 ns, 54.4634 ns/op WorkloadPilot 9: 4096 op, 215458.00 ns, 52.6021 ns/op WorkloadPilot 10: 8192 op, 465667.00 ns, 56.8441 ns/op WorkloadPilot 11: 16384 op, 760542.00 ns, 46.4198 ns/op WorkloadPilot 12: 32768 op, 1463458.00 ns, 44.6612 ns/op WorkloadPilot 13: 65536 op, 2986709.00 ns, 45.5736 ns/op WorkloadPilot 14: 131072 op, 5589875.00 ns, 42.6474 ns/op WorkloadPilot 15: 262144 op, 11356959.00 ns, 43.3234 ns/op WorkloadPilot 16: 524288 op, 22543958.00 ns, 42.9992 ns/op WorkloadPilot 17: 1048576 op, 44757625.00 ns, 42.6842 ns/op WorkloadPilot 18: 2097152 op, 91857291.00 ns, 43.8010 ns/op WorkloadPilot 19: 4194304 op, 80780000.00 ns, 19.2595 ns/op WorkloadPilot 20: 8388608 op, 35936084.00 ns, 4.2839 ns/op WorkloadPilot 21: 16777216 op, 70977375.00 ns, 4.2306 ns/op WorkloadPilot 22: 33554432 op, 141466083.00 ns, 4.2160 ns/op WorkloadPilot 23: 67108864 op, 283717000.00 ns, 4.2277 ns/op WorkloadPilot 24: 134217728 op, 571120667.00 ns, 4.2552 ns/op OverheadWarmup 1: 134217728 op, 251929625.00 ns, 1.8770 ns/op OverheadWarmup 2: 134217728 op, 191643166.00 ns, 1.4279 ns/op OverheadWarmup 3: 134217728 op, 189002375.00 ns, 1.4082 ns/op OverheadWarmup 4: 134217728 op, 188898708.00 ns, 1.4074 ns/op OverheadWarmup 5: 134217728 op, 195532667.00 ns, 1.4568 ns/op OverheadWarmup 6: 134217728 op, 191380125.00 ns, 1.4259 ns/op OverheadWarmup 7: 134217728 op, 188995208.00 ns, 1.4081 ns/op OverheadWarmup 8: 134217728 op, 191204000.00 ns, 1.4246 ns/op OverheadWarmup 9: 134217728 op, 196455542.00 ns, 1.4637 ns/op OverheadWarmup 10: 134217728 op, 189823209.00 ns, 1.4143 ns/op OverheadActual 1: 134217728 op, 188863500.00 ns, 1.4071 ns/op OverheadActual 2: 134217728 op, 192093208.00 ns, 1.4312 ns/op OverheadActual 3: 134217728 op, 191130292.00 ns, 1.4240 ns/op OverheadActual 4: 134217728 op, 188956958.00 ns, 1.4078 ns/op OverheadActual 5: 134217728 op, 189117709.00 ns, 1.4090 ns/op OverheadActual 6: 134217728 op, 194404416.00 ns, 1.4484 ns/op OverheadActual 7: 134217728 op, 189800458.00 ns, 1.4141 ns/op OverheadActual 8: 134217728 op, 188830541.00 ns, 1.4069 ns/op OverheadActual 9: 134217728 op, 189148292.00 ns, 1.4093 ns/op OverheadActual 10: 134217728 op, 194403541.00 ns, 1.4484 ns/op OverheadActual 11: 134217728 op, 188977000.00 ns, 1.4080 ns/op OverheadActual 12: 134217728 op, 188980583.00 ns, 1.4080 ns/op OverheadActual 13: 134217728 op, 191592250.00 ns, 1.4275 ns/op OverheadActual 14: 134217728 op, 192096000.00 ns, 1.4312 ns/op OverheadActual 15: 134217728 op, 189457958.00 ns, 1.4116 ns/op WorkloadWarmup 1: 134217728 op, 570677750.00 ns, 4.2519 ns/op WorkloadWarmup 2: 134217728 op, 572053583.00 ns, 4.2621 ns/op WorkloadWarmup 3: 134217728 op, 567637666.00 ns, 4.2292 ns/op WorkloadWarmup 4: 134217728 op, 571755834.00 ns, 4.2599 ns/op WorkloadWarmup 5: 134217728 op, 572610167.00 ns, 4.2663 ns/op WorkloadWarmup 6: 134217728 op, 572750791.00 ns, 4.2673 ns/op WorkloadWarmup 7: 134217728 op, 574060958.00 ns, 4.2771 ns/op WorkloadWarmup 8: 134217728 op, 565885833.00 ns, 4.2162 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 572268208.00 ns, 4.2637 ns/op WorkloadActual 2: 134217728 op, 572979083.00 ns, 4.2690 ns/op WorkloadActual 3: 134217728 op, 572281750.00 ns, 4.2638 ns/op WorkloadActual 4: 134217728 op, 572782292.00 ns, 4.2676 ns/op WorkloadActual 5: 134217728 op, 568971500.00 ns, 4.2392 ns/op WorkloadActual 6: 134217728 op, 568778542.00 ns, 4.2377 ns/op WorkloadActual 7: 134217728 op, 573114541.00 ns, 4.2700 ns/op WorkloadActual 8: 134217728 op, 572180500.00 ns, 4.2631 ns/op WorkloadActual 9: 134217728 op, 571304666.00 ns, 4.2566 ns/op WorkloadActual 10: 134217728 op, 568253500.00 ns, 4.2338 ns/op WorkloadActual 11: 134217728 op, 571223250.00 ns, 4.2559 ns/op WorkloadActual 12: 134217728 op, 574448333.00 ns, 4.2800 ns/op WorkloadActual 13: 134217728 op, 572995958.00 ns, 4.2692 ns/op WorkloadActual 14: 134217728 op, 572142291.00 ns, 4.2628 ns/op WorkloadActual 15: 134217728 op, 568701875.00 ns, 4.2372 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 382810250.00 ns, 2.8522 ns/op WorkloadResult 2: 134217728 op, 383521125.00 ns, 2.8575 ns/op WorkloadResult 3: 134217728 op, 382823792.00 ns, 2.8523 ns/op WorkloadResult 4: 134217728 op, 383324334.00 ns, 2.8560 ns/op WorkloadResult 5: 134217728 op, 379513542.00 ns, 2.8276 ns/op WorkloadResult 6: 134217728 op, 379320584.00 ns, 2.8262 ns/op WorkloadResult 7: 134217728 op, 383656583.00 ns, 2.8585 ns/op WorkloadResult 8: 134217728 op, 382722542.00 ns, 2.8515 ns/op WorkloadResult 9: 134217728 op, 381846708.00 ns, 2.8450 ns/op WorkloadResult 10: 134217728 op, 378795542.00 ns, 2.8222 ns/op WorkloadResult 11: 134217728 op, 381765292.00 ns, 2.8444 ns/op WorkloadResult 12: 134217728 op, 384990375.00 ns, 2.8684 ns/op WorkloadResult 13: 134217728 op, 383538000.00 ns, 2.8576 ns/op WorkloadResult 14: 134217728 op, 382684333.00 ns, 2.8512 ns/op WorkloadResult 15: 134217728 op, 379243917.00 ns, 2.8256 ns/op // GC: 0 0 0 32 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 38158 has exited with code 0. Mean = 2.846 ns, StdErr = 0.004 ns (0.13%), N = 15, StdDev = 0.014 ns Min = 2.822 ns, Q1 = 2.836 ns, Median = 2.852 ns, Q3 = 2.857 ns, Max = 2.868 ns IQR = 0.021 ns, LowerFence = 2.805 ns, UpperFence = 2.888 ns ConfidenceInterval = [2.831 ns; 2.862 ns] (CI 99.9%), Margin = 0.015 ns (0.54% of Mean) Skewness = -0.49, Kurtosis = 1.77, MValue = 2 // ** Remained 15 (48,4 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 5m from now) ** // ************************** // Benchmark: MetadataIterationBenchmarks.DictionaryIterate_Large: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataIterationBenchmarks.DictionaryIterate_Large --job Default --benchmarkId 16 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 78167.00 ns, 78.1670 us/op WorkloadJitting 1: 1 op, 134541.00 ns, 134.5410 us/op OverheadJitting 2: 16 op, 209000.00 ns, 13.0625 us/op WorkloadJitting 2: 16 op, 239917.00 ns, 14.9948 us/op WorkloadPilot 1: 16 op, 1334.00 ns, 83.3750 ns/op WorkloadPilot 2: 32 op, 2333.00 ns, 72.9063 ns/op WorkloadPilot 3: 64 op, 3750.00 ns, 58.5938 ns/op WorkloadPilot 4: 128 op, 7250.00 ns, 56.6406 ns/op WorkloadPilot 5: 256 op, 14625.00 ns, 57.1289 ns/op WorkloadPilot 6: 512 op, 37792.00 ns, 73.8125 ns/op WorkloadPilot 7: 1024 op, 97541.00 ns, 95.2549 ns/op WorkloadPilot 8: 2048 op, 160291.00 ns, 78.2671 ns/op WorkloadPilot 9: 4096 op, 304458.00 ns, 74.3306 ns/op WorkloadPilot 10: 8192 op, 635500.00 ns, 77.5757 ns/op WorkloadPilot 11: 16384 op, 1195708.00 ns, 72.9802 ns/op WorkloadPilot 12: 32768 op, 2198834.00 ns, 67.1031 ns/op WorkloadPilot 13: 65536 op, 4344958.00 ns, 66.2988 ns/op WorkloadPilot 14: 131072 op, 8673833.00 ns, 66.1761 ns/op WorkloadPilot 15: 262144 op, 17082708.00 ns, 65.1654 ns/op WorkloadPilot 16: 524288 op, 33799583.00 ns, 64.4676 ns/op WorkloadPilot 17: 1048576 op, 66850250.00 ns, 63.7534 ns/op WorkloadPilot 18: 2097152 op, 35805375.00 ns, 17.0733 ns/op WorkloadPilot 19: 4194304 op, 27644125.00 ns, 6.5909 ns/op WorkloadPilot 20: 8388608 op, 55214458.00 ns, 6.5821 ns/op WorkloadPilot 21: 16777216 op, 109513000.00 ns, 6.5275 ns/op WorkloadPilot 22: 33554432 op, 218211083.00 ns, 6.5032 ns/op WorkloadPilot 23: 67108864 op, 447488042.00 ns, 6.6681 ns/op WorkloadPilot 24: 134217728 op, 894448709.00 ns, 6.6642 ns/op OverheadWarmup 1: 134217728 op, 252612666.00 ns, 1.8821 ns/op OverheadWarmup 2: 134217728 op, 192461500.00 ns, 1.4339 ns/op OverheadWarmup 3: 134217728 op, 188673458.00 ns, 1.4057 ns/op OverheadWarmup 4: 134217728 op, 187930291.00 ns, 1.4002 ns/op OverheadWarmup 5: 134217728 op, 191441958.00 ns, 1.4264 ns/op OverheadWarmup 6: 134217728 op, 191406750.00 ns, 1.4261 ns/op OverheadWarmup 7: 134217728 op, 188966500.00 ns, 1.4079 ns/op OverheadWarmup 8: 134217728 op, 188199875.00 ns, 1.4022 ns/op OverheadWarmup 9: 134217728 op, 194023125.00 ns, 1.4456 ns/op OverheadWarmup 10: 134217728 op, 189699500.00 ns, 1.4134 ns/op OverheadActual 1: 134217728 op, 188711041.00 ns, 1.4060 ns/op OverheadActual 2: 134217728 op, 189406959.00 ns, 1.4112 ns/op OverheadActual 3: 134217728 op, 194088667.00 ns, 1.4461 ns/op OverheadActual 4: 134217728 op, 188706667.00 ns, 1.4060 ns/op OverheadActual 5: 134217728 op, 188908875.00 ns, 1.4075 ns/op OverheadActual 6: 134217728 op, 190278458.00 ns, 1.4177 ns/op OverheadActual 7: 134217728 op, 193112334.00 ns, 1.4388 ns/op OverheadActual 8: 134217728 op, 188723000.00 ns, 1.4061 ns/op OverheadActual 9: 134217728 op, 188971083.00 ns, 1.4079 ns/op OverheadActual 10: 134217728 op, 191869916.00 ns, 1.4295 ns/op OverheadActual 11: 134217728 op, 191593875.00 ns, 1.4275 ns/op OverheadActual 12: 134217728 op, 188569875.00 ns, 1.4050 ns/op OverheadActual 13: 134217728 op, 188251625.00 ns, 1.4026 ns/op OverheadActual 14: 134217728 op, 193682791.00 ns, 1.4430 ns/op OverheadActual 15: 134217728 op, 190674459.00 ns, 1.4206 ns/op WorkloadWarmup 1: 134217728 op, 880764125.00 ns, 6.5622 ns/op WorkloadWarmup 2: 134217728 op, 881459458.00 ns, 6.5674 ns/op WorkloadWarmup 3: 134217728 op, 885356334.00 ns, 6.5964 ns/op WorkloadWarmup 4: 134217728 op, 889225167.00 ns, 6.6252 ns/op WorkloadWarmup 5: 134217728 op, 880929083.00 ns, 6.5634 ns/op WorkloadWarmup 6: 134217728 op, 878679041.00 ns, 6.5467 ns/op WorkloadWarmup 7: 134217728 op, 879645333.00 ns, 6.5539 ns/op WorkloadWarmup 8: 134217728 op, 877749375.00 ns, 6.5397 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 877775167.00 ns, 6.5399 ns/op WorkloadActual 2: 134217728 op, 879078959.00 ns, 6.5496 ns/op WorkloadActual 3: 134217728 op, 877260625.00 ns, 6.5361 ns/op WorkloadActual 4: 134217728 op, 875873208.00 ns, 6.5258 ns/op WorkloadActual 5: 134217728 op, 884883166.00 ns, 6.5929 ns/op WorkloadActual 6: 134217728 op, 875302167.00 ns, 6.5215 ns/op WorkloadActual 7: 134217728 op, 881154875.00 ns, 6.5651 ns/op WorkloadActual 8: 134217728 op, 895727000.00 ns, 6.6737 ns/op WorkloadActual 9: 134217728 op, 882292041.00 ns, 6.5736 ns/op WorkloadActual 10: 134217728 op, 873681458.00 ns, 6.5094 ns/op WorkloadActual 11: 134217728 op, 876263542.00 ns, 6.5287 ns/op WorkloadActual 12: 134217728 op, 881901083.00 ns, 6.5707 ns/op WorkloadActual 13: 134217728 op, 882418916.00 ns, 6.5745 ns/op WorkloadActual 14: 134217728 op, 872551708.00 ns, 6.5010 ns/op WorkloadActual 15: 134217728 op, 882139833.00 ns, 6.5725 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 688368208.00 ns, 5.1287 ns/op WorkloadResult 2: 134217728 op, 689672000.00 ns, 5.1385 ns/op WorkloadResult 3: 134217728 op, 687853666.00 ns, 5.1249 ns/op WorkloadResult 4: 134217728 op, 686466249.00 ns, 5.1146 ns/op WorkloadResult 5: 134217728 op, 695476207.00 ns, 5.1817 ns/op WorkloadResult 6: 134217728 op, 685895208.00 ns, 5.1103 ns/op WorkloadResult 7: 134217728 op, 691747916.00 ns, 5.1539 ns/op WorkloadResult 8: 134217728 op, 692885082.00 ns, 5.1624 ns/op WorkloadResult 9: 134217728 op, 684274499.00 ns, 5.0982 ns/op WorkloadResult 10: 134217728 op, 686856583.00 ns, 5.1175 ns/op WorkloadResult 11: 134217728 op, 692494124.00 ns, 5.1595 ns/op WorkloadResult 12: 134217728 op, 693011957.00 ns, 5.1633 ns/op WorkloadResult 13: 134217728 op, 683144749.00 ns, 5.0898 ns/op WorkloadResult 14: 134217728 op, 692732874.00 ns, 5.1613 ns/op // GC: 0 0 0 0 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 38165 has exited with code 0. Mean = 5.136 ns, StdErr = 0.008 ns (0.15%), N = 14, StdDev = 0.028 ns Min = 5.090 ns, Q1 = 5.115 ns, Median = 5.134 ns, Q3 = 5.161 ns, Max = 5.182 ns IQR = 0.046 ns, LowerFence = 5.047 ns, UpperFence = 5.229 ns ConfidenceInterval = [5.104 ns; 5.168 ns] (CI 99.9%), Margin = 0.032 ns (0.62% of Mean) Skewness = -0.06, Kurtosis = 1.56, MValue = 2 // ** Remained 14 (45,2 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 5m from now) ** // ************************** // Benchmark: MetadataIterationBenchmarks.MetadataObjectIterate_Large: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataIterationBenchmarks.MetadataObjectIterate_Large --job Default --benchmarkId 17 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 88208.00 ns, 88.2080 us/op WorkloadJitting 1: 1 op, 279416.00 ns, 279.4160 us/op OverheadJitting 2: 16 op, 204000.00 ns, 12.7500 us/op WorkloadJitting 2: 16 op, 179875.00 ns, 11.2422 us/op WorkloadPilot 1: 16 op, 2833.00 ns, 177.0625 ns/op WorkloadPilot 2: 32 op, 6042.00 ns, 188.8125 ns/op WorkloadPilot 3: 64 op, 10875.00 ns, 169.9219 ns/op WorkloadPilot 4: 128 op, 20792.00 ns, 162.4375 ns/op WorkloadPilot 5: 256 op, 41458.00 ns, 161.9453 ns/op WorkloadPilot 6: 512 op, 85583.00 ns, 167.1543 ns/op WorkloadPilot 7: 1024 op, 184959.00 ns, 180.6240 ns/op WorkloadPilot 8: 2048 op, 303208.00 ns, 148.0508 ns/op WorkloadPilot 9: 4096 op, 571167.00 ns, 139.4451 ns/op WorkloadPilot 10: 8192 op, 1185459.00 ns, 144.7094 ns/op WorkloadPilot 11: 16384 op, 2282250.00 ns, 139.2975 ns/op WorkloadPilot 12: 32768 op, 4478917.00 ns, 136.6857 ns/op WorkloadPilot 13: 65536 op, 8960375.00 ns, 136.7245 ns/op WorkloadPilot 14: 131072 op, 17316167.00 ns, 132.1119 ns/op WorkloadPilot 15: 262144 op, 35114791.00 ns, 133.9523 ns/op WorkloadPilot 16: 524288 op, 67866959.00 ns, 129.4460 ns/op WorkloadPilot 17: 1048576 op, 25680792.00 ns, 24.4911 ns/op WorkloadPilot 18: 2097152 op, 19507250.00 ns, 9.3018 ns/op WorkloadPilot 19: 4194304 op, 38693750.00 ns, 9.2253 ns/op WorkloadPilot 20: 8388608 op, 77238459.00 ns, 9.2075 ns/op WorkloadPilot 21: 16777216 op, 153898875.00 ns, 9.1731 ns/op WorkloadPilot 22: 33554432 op, 311207625.00 ns, 9.2747 ns/op WorkloadPilot 23: 67108864 op, 616040750.00 ns, 9.1797 ns/op OverheadWarmup 1: 67108864 op, 135670000.00 ns, 2.0216 ns/op OverheadWarmup 2: 67108864 op, 118821708.00 ns, 1.7706 ns/op OverheadWarmup 3: 67108864 op, 94587083.00 ns, 1.4095 ns/op OverheadWarmup 4: 67108864 op, 94942334.00 ns, 1.4148 ns/op OverheadWarmup 5: 67108864 op, 95109625.00 ns, 1.4172 ns/op OverheadWarmup 6: 67108864 op, 94929208.00 ns, 1.4146 ns/op OverheadWarmup 7: 67108864 op, 96911333.00 ns, 1.4441 ns/op OverheadWarmup 8: 67108864 op, 97685250.00 ns, 1.4556 ns/op OverheadWarmup 9: 67108864 op, 96007833.00 ns, 1.4306 ns/op OverheadActual 1: 67108864 op, 95097375.00 ns, 1.4171 ns/op OverheadActual 2: 67108864 op, 95221125.00 ns, 1.4189 ns/op OverheadActual 3: 67108864 op, 95406000.00 ns, 1.4217 ns/op OverheadActual 4: 67108864 op, 95010083.00 ns, 1.4158 ns/op OverheadActual 5: 67108864 op, 95710083.00 ns, 1.4262 ns/op OverheadActual 6: 67108864 op, 97707833.00 ns, 1.4560 ns/op OverheadActual 7: 67108864 op, 97037666.00 ns, 1.4460 ns/op OverheadActual 8: 67108864 op, 94974708.00 ns, 1.4152 ns/op OverheadActual 9: 67108864 op, 94994708.00 ns, 1.4155 ns/op OverheadActual 10: 67108864 op, 95110625.00 ns, 1.4173 ns/op OverheadActual 11: 67108864 op, 94877375.00 ns, 1.4138 ns/op OverheadActual 12: 67108864 op, 94885959.00 ns, 1.4139 ns/op OverheadActual 13: 67108864 op, 96552500.00 ns, 1.4387 ns/op OverheadActual 14: 67108864 op, 97698291.00 ns, 1.4558 ns/op OverheadActual 15: 67108864 op, 96133708.00 ns, 1.4325 ns/op WorkloadWarmup 1: 67108864 op, 618874375.00 ns, 9.2219 ns/op WorkloadWarmup 2: 67108864 op, 616375625.00 ns, 9.1847 ns/op WorkloadWarmup 3: 67108864 op, 618951042.00 ns, 9.2231 ns/op WorkloadWarmup 4: 67108864 op, 619052333.00 ns, 9.2246 ns/op WorkloadWarmup 5: 67108864 op, 619050125.00 ns, 9.2246 ns/op WorkloadWarmup 6: 67108864 op, 619005250.00 ns, 9.2239 ns/op WorkloadWarmup 7: 67108864 op, 618864791.00 ns, 9.2218 ns/op WorkloadWarmup 8: 67108864 op, 618263083.00 ns, 9.2128 ns/op WorkloadWarmup 9: 67108864 op, 615608417.00 ns, 9.1733 ns/op WorkloadWarmup 10: 67108864 op, 617708083.00 ns, 9.2046 ns/op WorkloadWarmup 11: 67108864 op, 618738458.00 ns, 9.2199 ns/op WorkloadWarmup 12: 67108864 op, 618944500.00 ns, 9.2230 ns/op WorkloadWarmup 13: 67108864 op, 619865209.00 ns, 9.2367 ns/op WorkloadWarmup 14: 67108864 op, 619032208.00 ns, 9.2243 ns/op // BeforeActualRun WorkloadActual 1: 67108864 op, 619290750.00 ns, 9.2282 ns/op WorkloadActual 2: 67108864 op, 616579667.00 ns, 9.1878 ns/op WorkloadActual 3: 67108864 op, 616295292.00 ns, 9.1835 ns/op WorkloadActual 4: 67108864 op, 619897333.00 ns, 9.2372 ns/op WorkloadActual 5: 67108864 op, 619141416.00 ns, 9.2259 ns/op WorkloadActual 6: 67108864 op, 618931250.00 ns, 9.2228 ns/op WorkloadActual 7: 67108864 op, 619027375.00 ns, 9.2242 ns/op WorkloadActual 8: 67108864 op, 619660334.00 ns, 9.2337 ns/op WorkloadActual 9: 67108864 op, 616044709.00 ns, 9.1798 ns/op WorkloadActual 10: 67108864 op, 616902250.00 ns, 9.1926 ns/op WorkloadActual 11: 67108864 op, 619684667.00 ns, 9.2340 ns/op WorkloadActual 12: 67108864 op, 619501916.00 ns, 9.2313 ns/op WorkloadActual 13: 67108864 op, 620190833.00 ns, 9.2416 ns/op WorkloadActual 14: 67108864 op, 619828417.00 ns, 9.2362 ns/op WorkloadActual 15: 67108864 op, 619381750.00 ns, 9.2295 ns/op // AfterActualRun WorkloadResult 1: 67108864 op, 524069625.00 ns, 7.8092 ns/op WorkloadResult 2: 67108864 op, 521358542.00 ns, 7.7688 ns/op WorkloadResult 3: 67108864 op, 521074167.00 ns, 7.7646 ns/op WorkloadResult 4: 67108864 op, 524676208.00 ns, 7.8183 ns/op WorkloadResult 5: 67108864 op, 523920291.00 ns, 7.8070 ns/op WorkloadResult 6: 67108864 op, 523710125.00 ns, 7.8039 ns/op WorkloadResult 7: 67108864 op, 523806250.00 ns, 7.8053 ns/op WorkloadResult 8: 67108864 op, 524439209.00 ns, 7.8148 ns/op WorkloadResult 9: 67108864 op, 520823584.00 ns, 7.7609 ns/op WorkloadResult 10: 67108864 op, 521681125.00 ns, 7.7737 ns/op WorkloadResult 11: 67108864 op, 524463542.00 ns, 7.8151 ns/op WorkloadResult 12: 67108864 op, 524280791.00 ns, 7.8124 ns/op WorkloadResult 13: 67108864 op, 524969708.00 ns, 7.8227 ns/op WorkloadResult 14: 67108864 op, 524607292.00 ns, 7.8173 ns/op WorkloadResult 15: 67108864 op, 524160625.00 ns, 7.8106 ns/op // GC: 0 0 0 0 67108864 // Threading: 0 0 67108864 // AfterAll // Benchmark Process 38174 has exited with code 0. Mean = 7.800 ns, StdErr = 0.006 ns (0.07%), N = 15, StdDev = 0.022 ns Min = 7.761 ns, Q1 = 7.789 ns, Median = 7.809 ns, Q3 = 7.815 ns, Max = 7.823 ns IQR = 0.026 ns, LowerFence = 7.750 ns, UpperFence = 7.854 ns ConfidenceInterval = [7.777 ns; 7.823 ns] (CI 99.9%), Margin = 0.023 ns (0.29% of Mean) Skewness = -0.83, Kurtosis = 1.89, MValue = 2 // ** Remained 13 (41,9 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 4m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataIterationBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataIterationBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataIterationBenchmarks-report.html // * Detailed results * MetadataIterationBenchmarks.DictionaryIterate_Small: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.394 ns, StdErr = 0.000 ns (0.03%), N = 15, StdDev = 0.002 ns Min = 1.391 ns, Q1 = 1.393 ns, Median = 1.394 ns, Q3 = 1.395 ns, Max = 1.398 ns IQR = 0.002 ns, LowerFence = 1.390 ns, UpperFence = 1.398 ns ConfidenceInterval = [1.392 ns; 1.396 ns] (CI 99.9%), Margin = 0.002 ns (0.14% of Mean) Skewness = 0.37, Kurtosis = 2.06, MValue = 2 -------------------- Histogram -------------------- [1.390 ns ; 1.399 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataIterationBenchmarks.MetadataObjectIterate_Small: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.846 ns, StdErr = 0.004 ns (0.13%), N = 15, StdDev = 0.014 ns Min = 2.822 ns, Q1 = 2.836 ns, Median = 2.852 ns, Q3 = 2.857 ns, Max = 2.868 ns IQR = 0.021 ns, LowerFence = 2.805 ns, UpperFence = 2.888 ns ConfidenceInterval = [2.831 ns; 2.862 ns] (CI 99.9%), Margin = 0.015 ns (0.54% of Mean) Skewness = -0.49, Kurtosis = 1.77, MValue = 2 -------------------- Histogram -------------------- [2.815 ns ; 2.876 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataIterationBenchmarks.DictionaryIterate_Large: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 5.136 ns, StdErr = 0.008 ns (0.15%), N = 14, StdDev = 0.028 ns Min = 5.090 ns, Q1 = 5.115 ns, Median = 5.134 ns, Q3 = 5.161 ns, Max = 5.182 ns IQR = 0.046 ns, LowerFence = 5.047 ns, UpperFence = 5.229 ns ConfidenceInterval = [5.104 ns; 5.168 ns] (CI 99.9%), Margin = 0.032 ns (0.62% of Mean) Skewness = -0.06, Kurtosis = 1.56, MValue = 2 -------------------- Histogram -------------------- [5.075 ns ; 5.197 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- MetadataIterationBenchmarks.MetadataObjectIterate_Large: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 7.800 ns, StdErr = 0.006 ns (0.07%), N = 15, StdDev = 0.022 ns Min = 7.761 ns, Q1 = 7.789 ns, Median = 7.809 ns, Q3 = 7.815 ns, Max = 7.823 ns IQR = 0.026 ns, LowerFence = 7.750 ns, UpperFence = 7.854 ns ConfidenceInterval = [7.777 ns; 7.823 ns] (CI 99.9%), Margin = 0.023 ns (0.29% of Mean) Skewness = -0.83, Kurtosis = 1.89, MValue = 2 -------------------- Histogram -------------------- [7.749 ns ; 7.834 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | RatioSD | Allocated | Alloc Ratio | |---------------------------- |---------:|----------:|----------:|------:|--------:|----------:|------------:| | DictionaryIterate_Small | 1.394 ns | 0.0020 ns | 0.0018 ns | 1.00 | 0.00 | - | NA | | MetadataObjectIterate_Small | 2.846 ns | 0.0153 ns | 0.0143 ns | 2.04 | 0.01 | - | NA | | DictionaryIterate_Large | 5.136 ns | 0.0317 ns | 0.0281 ns | 3.68 | 0.02 | - | NA | | MetadataObjectIterate_Large | 7.800 ns | 0.0230 ns | 0.0215 ns | 5.60 | 0.02 | - | NA | // * Hints * Outliers MetadataIterationBenchmarks.DictionaryIterate_Large: Default -> 1 outlier was removed (6.67 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:01:39 (99.63 sec), executed benchmarks: 4 // Found 4 benchmarks: // MetadataLookupBenchmarks.DictionaryLookup_Small: DefaultJob // MetadataLookupBenchmarks.MetadataObjectLookup_Small: DefaultJob // MetadataLookupBenchmarks.DictionaryLookup_Large: DefaultJob // MetadataLookupBenchmarks.MetadataObjectLookup_Large: DefaultJob // ************************** // Benchmark: MetadataLookupBenchmarks.DictionaryLookup_Small: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataLookupBenchmarks.DictionaryLookup_Small --job Default --benchmarkId 18 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 84041.00 ns, 84.0410 us/op WorkloadJitting 1: 1 op, 118375.00 ns, 118.3750 us/op OverheadJitting 2: 16 op, 243708.00 ns, 15.2318 us/op WorkloadJitting 2: 16 op, 285042.00 ns, 17.8151 us/op WorkloadPilot 1: 16 op, 750.00 ns, 46.8750 ns/op WorkloadPilot 2: 32 op, 458.00 ns, 14.3125 ns/op WorkloadPilot 3: 64 op, 1041.00 ns, 16.2656 ns/op WorkloadPilot 4: 128 op, 2375.00 ns, 18.5547 ns/op WorkloadPilot 5: 256 op, 3041.00 ns, 11.8789 ns/op WorkloadPilot 6: 512 op, 6458.00 ns, 12.6133 ns/op WorkloadPilot 7: 1024 op, 11959.00 ns, 11.6787 ns/op WorkloadPilot 8: 2048 op, 24167.00 ns, 11.8003 ns/op WorkloadPilot 9: 4096 op, 44625.00 ns, 10.8948 ns/op WorkloadPilot 10: 8192 op, 84833.00 ns, 10.3556 ns/op WorkloadPilot 11: 16384 op, 164000.00 ns, 10.0098 ns/op WorkloadPilot 12: 32768 op, 324917.00 ns, 9.9157 ns/op WorkloadPilot 13: 65536 op, 632084.00 ns, 9.6448 ns/op WorkloadPilot 14: 131072 op, 1262500.00 ns, 9.6321 ns/op WorkloadPilot 15: 262144 op, 2604666.00 ns, 9.9360 ns/op WorkloadPilot 16: 524288 op, 5033041.00 ns, 9.5998 ns/op WorkloadPilot 17: 1048576 op, 10194584.00 ns, 9.7223 ns/op WorkloadPilot 18: 2097152 op, 20425875.00 ns, 9.7398 ns/op WorkloadPilot 19: 4194304 op, 40457625.00 ns, 9.6458 ns/op WorkloadPilot 20: 8388608 op, 79693541.00 ns, 9.5002 ns/op WorkloadPilot 21: 16777216 op, 67974625.00 ns, 4.0516 ns/op WorkloadPilot 22: 33554432 op, 135688750.00 ns, 4.0438 ns/op WorkloadPilot 23: 67108864 op, 278062125.00 ns, 4.1434 ns/op WorkloadPilot 24: 134217728 op, 541738000.00 ns, 4.0363 ns/op OverheadWarmup 1: 134217728 op, 259786709.00 ns, 1.9356 ns/op OverheadWarmup 2: 134217728 op, 215626333.00 ns, 1.6065 ns/op OverheadWarmup 3: 134217728 op, 216384500.00 ns, 1.6122 ns/op OverheadWarmup 4: 134217728 op, 220952709.00 ns, 1.6462 ns/op OverheadWarmup 5: 134217728 op, 215498958.00 ns, 1.6056 ns/op OverheadWarmup 6: 134217728 op, 215857334.00 ns, 1.6083 ns/op OverheadWarmup 7: 134217728 op, 219516667.00 ns, 1.6355 ns/op OverheadWarmup 8: 134217728 op, 216893166.00 ns, 1.6160 ns/op OverheadActual 1: 134217728 op, 215482666.00 ns, 1.6055 ns/op OverheadActual 2: 134217728 op, 218334375.00 ns, 1.6267 ns/op OverheadActual 3: 134217728 op, 218113083.00 ns, 1.6251 ns/op OverheadActual 4: 134217728 op, 216030042.00 ns, 1.6095 ns/op OverheadActual 5: 134217728 op, 216275000.00 ns, 1.6114 ns/op OverheadActual 6: 134217728 op, 220290917.00 ns, 1.6413 ns/op OverheadActual 7: 134217728 op, 215696625.00 ns, 1.6071 ns/op OverheadActual 8: 134217728 op, 215618958.00 ns, 1.6065 ns/op OverheadActual 9: 134217728 op, 221037167.00 ns, 1.6469 ns/op OverheadActual 10: 134217728 op, 216270792.00 ns, 1.6113 ns/op OverheadActual 11: 134217728 op, 215613042.00 ns, 1.6064 ns/op OverheadActual 12: 134217728 op, 219589875.00 ns, 1.6361 ns/op OverheadActual 13: 134217728 op, 216888208.00 ns, 1.6159 ns/op OverheadActual 14: 134217728 op, 215579083.00 ns, 1.6062 ns/op OverheadActual 15: 134217728 op, 218440042.00 ns, 1.6275 ns/op WorkloadWarmup 1: 134217728 op, 543280000.00 ns, 4.0478 ns/op WorkloadWarmup 2: 134217728 op, 546173000.00 ns, 4.0693 ns/op WorkloadWarmup 3: 134217728 op, 545969625.00 ns, 4.0678 ns/op WorkloadWarmup 4: 134217728 op, 544019250.00 ns, 4.0533 ns/op WorkloadWarmup 5: 134217728 op, 542246708.00 ns, 4.0401 ns/op WorkloadWarmup 6: 134217728 op, 546313708.00 ns, 4.0704 ns/op WorkloadWarmup 7: 134217728 op, 546401959.00 ns, 4.0710 ns/op WorkloadWarmup 8: 134217728 op, 547535250.00 ns, 4.0795 ns/op WorkloadWarmup 9: 134217728 op, 540306834.00 ns, 4.0256 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 545650250.00 ns, 4.0654 ns/op WorkloadActual 2: 134217728 op, 546510542.00 ns, 4.0718 ns/op WorkloadActual 3: 134217728 op, 545641250.00 ns, 4.0653 ns/op WorkloadActual 4: 134217728 op, 542317291.00 ns, 4.0406 ns/op WorkloadActual 5: 134217728 op, 544073667.00 ns, 4.0537 ns/op WorkloadActual 6: 134217728 op, 545920292.00 ns, 4.0674 ns/op WorkloadActual 7: 134217728 op, 548091500.00 ns, 4.0836 ns/op WorkloadActual 8: 134217728 op, 545126042.00 ns, 4.0615 ns/op WorkloadActual 9: 134217728 op, 542613334.00 ns, 4.0428 ns/op WorkloadActual 10: 134217728 op, 545989458.00 ns, 4.0679 ns/op WorkloadActual 11: 134217728 op, 545569834.00 ns, 4.0648 ns/op WorkloadActual 12: 134217728 op, 545727458.00 ns, 4.0660 ns/op WorkloadActual 13: 134217728 op, 540238416.00 ns, 4.0251 ns/op WorkloadActual 14: 134217728 op, 545662625.00 ns, 4.0655 ns/op WorkloadActual 15: 134217728 op, 546251666.00 ns, 4.0699 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 329375250.00 ns, 2.4540 ns/op WorkloadResult 2: 134217728 op, 330235542.00 ns, 2.4604 ns/op WorkloadResult 3: 134217728 op, 329366250.00 ns, 2.4540 ns/op WorkloadResult 4: 134217728 op, 326042291.00 ns, 2.4292 ns/op WorkloadResult 5: 134217728 op, 327798667.00 ns, 2.4423 ns/op WorkloadResult 6: 134217728 op, 329645292.00 ns, 2.4560 ns/op WorkloadResult 7: 134217728 op, 328851042.00 ns, 2.4501 ns/op WorkloadResult 8: 134217728 op, 326338334.00 ns, 2.4314 ns/op WorkloadResult 9: 134217728 op, 329714458.00 ns, 2.4566 ns/op WorkloadResult 10: 134217728 op, 329294834.00 ns, 2.4534 ns/op WorkloadResult 11: 134217728 op, 329452458.00 ns, 2.4546 ns/op WorkloadResult 12: 134217728 op, 323963416.00 ns, 2.4137 ns/op WorkloadResult 13: 134217728 op, 329387625.00 ns, 2.4541 ns/op WorkloadResult 14: 134217728 op, 329976666.00 ns, 2.4585 ns/op // GC: 0 0 0 0 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 38192 has exited with code 0. Mean = 2.448 ns, StdErr = 0.004 ns (0.15%), N = 14, StdDev = 0.014 ns Min = 2.414 ns, Q1 = 2.444 ns, Median = 2.454 ns, Q3 = 2.456 ns, Max = 2.460 ns IQR = 0.011 ns, LowerFence = 2.427 ns, UpperFence = 2.473 ns ConfidenceInterval = [2.432 ns; 2.463 ns] (CI 99.9%), Margin = 0.015 ns (0.63% of Mean) Skewness = -1.25, Kurtosis = 3.26, MValue = 2 // ** Remained 12 (38,7 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 4m from now) ** // ************************** // Benchmark: MetadataLookupBenchmarks.MetadataObjectLookup_Small: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataLookupBenchmarks.MetadataObjectLookup_Small --job Default --benchmarkId 19 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 101625.00 ns, 101.6250 us/op WorkloadJitting 1: 1 op, 222375.00 ns, 222.3750 us/op OverheadJitting 2: 16 op, 215083.00 ns, 13.4427 us/op WorkloadJitting 2: 16 op, 221000.00 ns, 13.8125 us/op WorkloadPilot 1: 16 op, 708.00 ns, 44.2500 ns/op WorkloadPilot 2: 32 op, 1416.00 ns, 44.2500 ns/op WorkloadPilot 3: 64 op, 1541.00 ns, 24.0781 ns/op WorkloadPilot 4: 128 op, 2708.00 ns, 21.1563 ns/op WorkloadPilot 5: 256 op, 5666.00 ns, 22.1328 ns/op WorkloadPilot 6: 512 op, 10792.00 ns, 21.0781 ns/op WorkloadPilot 7: 1024 op, 20875.00 ns, 20.3857 ns/op WorkloadPilot 8: 2048 op, 45208.00 ns, 22.0742 ns/op WorkloadPilot 9: 4096 op, 132417.00 ns, 32.3284 ns/op WorkloadPilot 10: 8192 op, 217333.00 ns, 26.5299 ns/op WorkloadPilot 11: 16384 op, 384166.00 ns, 23.4476 ns/op WorkloadPilot 12: 32768 op, 700833.00 ns, 21.3877 ns/op WorkloadPilot 13: 65536 op, 1290542.00 ns, 19.6921 ns/op WorkloadPilot 14: 131072 op, 2528458.00 ns, 19.2906 ns/op WorkloadPilot 15: 262144 op, 4991834.00 ns, 19.0423 ns/op WorkloadPilot 16: 524288 op, 10024834.00 ns, 19.1209 ns/op WorkloadPilot 17: 1048576 op, 19872375.00 ns, 18.9518 ns/op WorkloadPilot 18: 2097152 op, 39526875.00 ns, 18.8479 ns/op WorkloadPilot 19: 4194304 op, 78897500.00 ns, 18.8106 ns/op WorkloadPilot 20: 8388608 op, 32506459.00 ns, 3.8751 ns/op WorkloadPilot 21: 16777216 op, 63920833.00 ns, 3.8100 ns/op WorkloadPilot 22: 33554432 op, 137086667.00 ns, 4.0855 ns/op WorkloadPilot 23: 67108864 op, 267413417.00 ns, 3.9848 ns/op WorkloadPilot 24: 134217728 op, 509116625.00 ns, 3.7932 ns/op OverheadWarmup 1: 134217728 op, 249377833.00 ns, 1.8580 ns/op OverheadWarmup 2: 134217728 op, 188742417.00 ns, 1.4062 ns/op OverheadWarmup 3: 134217728 op, 188711708.00 ns, 1.4060 ns/op OverheadWarmup 4: 134217728 op, 194401083.00 ns, 1.4484 ns/op OverheadWarmup 5: 134217728 op, 190543292.00 ns, 1.4197 ns/op OverheadWarmup 6: 134217728 op, 191146292.00 ns, 1.4242 ns/op OverheadWarmup 7: 134217728 op, 189663625.00 ns, 1.4131 ns/op OverheadActual 1: 134217728 op, 193489292.00 ns, 1.4416 ns/op OverheadActual 2: 134217728 op, 189444083.00 ns, 1.4115 ns/op OverheadActual 3: 134217728 op, 188692667.00 ns, 1.4059 ns/op OverheadActual 4: 134217728 op, 192282792.00 ns, 1.4326 ns/op OverheadActual 5: 134217728 op, 191091875.00 ns, 1.4237 ns/op OverheadActual 6: 134217728 op, 188937000.00 ns, 1.4077 ns/op OverheadActual 7: 134217728 op, 188616208.00 ns, 1.4053 ns/op OverheadActual 8: 134217728 op, 193331875.00 ns, 1.4404 ns/op OverheadActual 9: 134217728 op, 189882125.00 ns, 1.4147 ns/op OverheadActual 10: 134217728 op, 188833458.00 ns, 1.4069 ns/op OverheadActual 11: 134217728 op, 189054000.00 ns, 1.4086 ns/op OverheadActual 12: 134217728 op, 193798083.00 ns, 1.4439 ns/op OverheadActual 13: 134217728 op, 188941625.00 ns, 1.4077 ns/op OverheadActual 14: 134217728 op, 189004750.00 ns, 1.4082 ns/op OverheadActual 15: 134217728 op, 190755000.00 ns, 1.4212 ns/op WorkloadWarmup 1: 134217728 op, 544319375.00 ns, 4.0555 ns/op WorkloadWarmup 2: 134217728 op, 510851458.00 ns, 3.8061 ns/op WorkloadWarmup 3: 134217728 op, 622130417.00 ns, 4.6352 ns/op WorkloadWarmup 4: 134217728 op, 538847125.00 ns, 4.0147 ns/op WorkloadWarmup 5: 134217728 op, 558517083.00 ns, 4.1613 ns/op WorkloadWarmup 6: 134217728 op, 516503500.00 ns, 3.8483 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 605481458.00 ns, 4.5112 ns/op WorkloadActual 2: 134217728 op, 542130500.00 ns, 4.0392 ns/op WorkloadActual 3: 134217728 op, 514719916.00 ns, 3.8350 ns/op WorkloadActual 4: 134217728 op, 486902583.00 ns, 3.6277 ns/op WorkloadActual 5: 134217728 op, 517986083.00 ns, 3.8593 ns/op WorkloadActual 6: 134217728 op, 511460917.00 ns, 3.8107 ns/op WorkloadActual 7: 134217728 op, 525454375.00 ns, 3.9149 ns/op WorkloadActual 8: 134217728 op, 529454250.00 ns, 3.9447 ns/op WorkloadActual 9: 134217728 op, 527475333.00 ns, 3.9300 ns/op WorkloadActual 10: 134217728 op, 527509792.00 ns, 3.9303 ns/op WorkloadActual 11: 134217728 op, 491872250.00 ns, 3.6647 ns/op WorkloadActual 12: 134217728 op, 459147375.00 ns, 3.4209 ns/op WorkloadActual 13: 134217728 op, 509458000.00 ns, 3.7958 ns/op WorkloadActual 14: 134217728 op, 480208209.00 ns, 3.5778 ns/op WorkloadActual 15: 134217728 op, 492657667.00 ns, 3.6706 ns/op WorkloadActual 16: 134217728 op, 515952125.00 ns, 3.8441 ns/op WorkloadActual 17: 134217728 op, 520605375.00 ns, 3.8788 ns/op WorkloadActual 18: 134217728 op, 538738542.00 ns, 4.0139 ns/op WorkloadActual 19: 134217728 op, 539721292.00 ns, 4.0212 ns/op WorkloadActual 20: 134217728 op, 512846375.00 ns, 3.8210 ns/op WorkloadActual 21: 134217728 op, 537623000.00 ns, 4.0056 ns/op WorkloadActual 22: 134217728 op, 514967292.00 ns, 3.8368 ns/op WorkloadActual 23: 134217728 op, 472835166.00 ns, 3.5229 ns/op WorkloadActual 24: 134217728 op, 538843000.00 ns, 4.0147 ns/op WorkloadActual 25: 134217728 op, 516354417.00 ns, 3.8471 ns/op WorkloadActual 26: 134217728 op, 634586666.00 ns, 4.7280 ns/op WorkloadActual 27: 134217728 op, 509779209.00 ns, 3.7982 ns/op WorkloadActual 28: 134217728 op, 521953667.00 ns, 3.8889 ns/op WorkloadActual 29: 134217728 op, 520312833.00 ns, 3.8766 ns/op WorkloadActual 30: 134217728 op, 509612125.00 ns, 3.7969 ns/op WorkloadActual 31: 134217728 op, 515176875.00 ns, 3.8384 ns/op WorkloadActual 32: 134217728 op, 550445542.00 ns, 4.1011 ns/op WorkloadActual 33: 134217728 op, 556259500.00 ns, 4.1445 ns/op WorkloadActual 34: 134217728 op, 508555583.00 ns, 3.7890 ns/op WorkloadActual 35: 134217728 op, 508786916.00 ns, 3.7908 ns/op WorkloadActual 36: 134217728 op, 508150958.00 ns, 3.7860 ns/op WorkloadActual 37: 134217728 op, 495190083.00 ns, 3.6895 ns/op WorkloadActual 38: 134217728 op, 522948833.00 ns, 3.8963 ns/op WorkloadActual 39: 134217728 op, 515843542.00 ns, 3.8433 ns/op WorkloadActual 40: 134217728 op, 587668875.00 ns, 4.3785 ns/op WorkloadActual 41: 134217728 op, 509093917.00 ns, 3.7930 ns/op WorkloadActual 42: 134217728 op, 517508500.00 ns, 3.8557 ns/op WorkloadActual 43: 134217728 op, 509029375.00 ns, 3.7926 ns/op WorkloadActual 44: 134217728 op, 518273209.00 ns, 3.8614 ns/op WorkloadActual 45: 134217728 op, 559566792.00 ns, 4.1691 ns/op WorkloadActual 46: 134217728 op, 588292250.00 ns, 4.3831 ns/op WorkloadActual 47: 134217728 op, 510735584.00 ns, 3.8053 ns/op WorkloadActual 48: 134217728 op, 581561500.00 ns, 4.3330 ns/op WorkloadActual 49: 134217728 op, 474087083.00 ns, 3.5322 ns/op WorkloadActual 50: 134217728 op, 589373792.00 ns, 4.3912 ns/op WorkloadActual 51: 134217728 op, 542044583.00 ns, 4.0385 ns/op WorkloadActual 52: 134217728 op, 522604875.00 ns, 3.8937 ns/op WorkloadActual 53: 134217728 op, 484237042.00 ns, 3.6078 ns/op WorkloadActual 54: 134217728 op, 505330833.00 ns, 3.7650 ns/op WorkloadActual 55: 134217728 op, 534895292.00 ns, 3.9853 ns/op WorkloadActual 56: 134217728 op, 510588666.00 ns, 3.8042 ns/op WorkloadActual 57: 134217728 op, 508804500.00 ns, 3.7909 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 352686417.00 ns, 2.6277 ns/op WorkloadResult 2: 134217728 op, 325275833.00 ns, 2.4235 ns/op WorkloadResult 3: 134217728 op, 297458500.00 ns, 2.2162 ns/op WorkloadResult 4: 134217728 op, 328542000.00 ns, 2.4478 ns/op WorkloadResult 5: 134217728 op, 322016834.00 ns, 2.3992 ns/op WorkloadResult 6: 134217728 op, 336010292.00 ns, 2.5035 ns/op WorkloadResult 7: 134217728 op, 340010167.00 ns, 2.5333 ns/op WorkloadResult 8: 134217728 op, 338031250.00 ns, 2.5185 ns/op WorkloadResult 9: 134217728 op, 338065709.00 ns, 2.5188 ns/op WorkloadResult 10: 134217728 op, 302428167.00 ns, 2.2533 ns/op WorkloadResult 11: 134217728 op, 269703292.00 ns, 2.0094 ns/op WorkloadResult 12: 134217728 op, 320013917.00 ns, 2.3843 ns/op WorkloadResult 13: 134217728 op, 290764126.00 ns, 2.1664 ns/op WorkloadResult 14: 134217728 op, 303213584.00 ns, 2.2591 ns/op WorkloadResult 15: 134217728 op, 326508042.00 ns, 2.4327 ns/op WorkloadResult 16: 134217728 op, 331161292.00 ns, 2.4673 ns/op WorkloadResult 17: 134217728 op, 349294459.00 ns, 2.6024 ns/op WorkloadResult 18: 134217728 op, 350277209.00 ns, 2.6098 ns/op WorkloadResult 19: 134217728 op, 323402292.00 ns, 2.4095 ns/op WorkloadResult 20: 134217728 op, 348178917.00 ns, 2.5941 ns/op WorkloadResult 21: 134217728 op, 325523209.00 ns, 2.4253 ns/op WorkloadResult 22: 134217728 op, 283391083.00 ns, 2.1114 ns/op WorkloadResult 23: 134217728 op, 349398917.00 ns, 2.6032 ns/op WorkloadResult 24: 134217728 op, 326910334.00 ns, 2.4357 ns/op WorkloadResult 25: 134217728 op, 320335126.00 ns, 2.3867 ns/op WorkloadResult 26: 134217728 op, 332509584.00 ns, 2.4774 ns/op WorkloadResult 27: 134217728 op, 330868750.00 ns, 2.4652 ns/op WorkloadResult 28: 134217728 op, 320168042.00 ns, 2.3854 ns/op WorkloadResult 29: 134217728 op, 325732792.00 ns, 2.4269 ns/op WorkloadResult 30: 134217728 op, 361001459.00 ns, 2.6897 ns/op WorkloadResult 31: 134217728 op, 366815417.00 ns, 2.7330 ns/op WorkloadResult 32: 134217728 op, 319111500.00 ns, 2.3776 ns/op WorkloadResult 33: 134217728 op, 319342833.00 ns, 2.3793 ns/op WorkloadResult 34: 134217728 op, 318706875.00 ns, 2.3746 ns/op WorkloadResult 35: 134217728 op, 305746000.00 ns, 2.2780 ns/op WorkloadResult 36: 134217728 op, 333504750.00 ns, 2.4848 ns/op WorkloadResult 37: 134217728 op, 326399459.00 ns, 2.4319 ns/op WorkloadResult 38: 134217728 op, 319649834.00 ns, 2.3816 ns/op WorkloadResult 39: 134217728 op, 328064417.00 ns, 2.4443 ns/op WorkloadResult 40: 134217728 op, 319585292.00 ns, 2.3811 ns/op WorkloadResult 41: 134217728 op, 328829126.00 ns, 2.4500 ns/op WorkloadResult 42: 134217728 op, 370122709.00 ns, 2.7576 ns/op WorkloadResult 43: 134217728 op, 321291501.00 ns, 2.3938 ns/op WorkloadResult 44: 134217728 op, 284643000.00 ns, 2.1208 ns/op WorkloadResult 45: 134217728 op, 352600500.00 ns, 2.6271 ns/op WorkloadResult 46: 134217728 op, 333160792.00 ns, 2.4822 ns/op WorkloadResult 47: 134217728 op, 294792959.00 ns, 2.1964 ns/op WorkloadResult 48: 134217728 op, 315886750.00 ns, 2.3535 ns/op WorkloadResult 49: 134217728 op, 345451209.00 ns, 2.5738 ns/op WorkloadResult 50: 134217728 op, 321144583.00 ns, 2.3927 ns/op WorkloadResult 51: 134217728 op, 319360417.00 ns, 2.3794 ns/op // GC: 0 0 0 0 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 38209 has exited with code 0. Mean = 2.427 ns, StdErr = 0.022 ns (0.89%), N = 51, StdDev = 0.154 ns Min = 2.009 ns, Q1 = 2.379 ns, Median = 2.427 ns, Q3 = 2.511 ns, Max = 2.758 ns IQR = 0.132 ns, LowerFence = 2.182 ns, UpperFence = 2.708 ns ConfidenceInterval = [2.352 ns; 2.502 ns] (CI 99.9%), Margin = 0.075 ns (3.11% of Mean) Skewness = -0.32, Kurtosis = 3.28, MValue = 2.27 // ** Remained 11 (35,5 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 4m from now) ** // ************************** // Benchmark: MetadataLookupBenchmarks.DictionaryLookup_Large: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataLookupBenchmarks.DictionaryLookup_Large --job Default --benchmarkId 20 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 83208.00 ns, 83.2080 us/op WorkloadJitting 1: 1 op, 91375.00 ns, 91.3750 us/op OverheadJitting 2: 16 op, 285584.00 ns, 17.8490 us/op WorkloadJitting 2: 16 op, 249917.00 ns, 15.6198 us/op WorkloadPilot 1: 16 op, 625.00 ns, 39.0625 ns/op WorkloadPilot 2: 32 op, 583.00 ns, 18.2188 ns/op WorkloadPilot 3: 64 op, 917.00 ns, 14.3281 ns/op WorkloadPilot 4: 128 op, 2500.00 ns, 19.5313 ns/op WorkloadPilot 5: 256 op, 3125.00 ns, 12.2070 ns/op WorkloadPilot 6: 512 op, 6250.00 ns, 12.2070 ns/op WorkloadPilot 7: 1024 op, 11500.00 ns, 11.2305 ns/op WorkloadPilot 8: 2048 op, 23042.00 ns, 11.2510 ns/op WorkloadPilot 9: 4096 op, 43666.00 ns, 10.6606 ns/op WorkloadPilot 10: 8192 op, 79875.00 ns, 9.7504 ns/op WorkloadPilot 11: 16384 op, 150583.00 ns, 9.1909 ns/op WorkloadPilot 12: 32768 op, 292917.00 ns, 8.9391 ns/op WorkloadPilot 13: 65536 op, 574667.00 ns, 8.7687 ns/op WorkloadPilot 14: 131072 op, 1193333.00 ns, 9.1044 ns/op WorkloadPilot 15: 262144 op, 2538625.00 ns, 9.6841 ns/op WorkloadPilot 16: 524288 op, 4923083.00 ns, 9.3900 ns/op WorkloadPilot 17: 1048576 op, 9927834.00 ns, 9.4679 ns/op WorkloadPilot 18: 2097152 op, 19921500.00 ns, 9.4993 ns/op WorkloadPilot 19: 4194304 op, 39302209.00 ns, 9.3704 ns/op WorkloadPilot 20: 8388608 op, 79947917.00 ns, 9.5305 ns/op WorkloadPilot 21: 16777216 op, 68612833.00 ns, 4.0896 ns/op WorkloadPilot 22: 33554432 op, 134596709.00 ns, 4.0113 ns/op WorkloadPilot 23: 67108864 op, 273588125.00 ns, 4.0768 ns/op WorkloadPilot 24: 134217728 op, 539241542.00 ns, 4.0177 ns/op OverheadWarmup 1: 134217728 op, 257944417.00 ns, 1.9218 ns/op OverheadWarmup 2: 134217728 op, 219907875.00 ns, 1.6384 ns/op OverheadWarmup 3: 134217728 op, 218982916.00 ns, 1.6315 ns/op OverheadWarmup 4: 134217728 op, 218495958.00 ns, 1.6279 ns/op OverheadWarmup 5: 134217728 op, 215580250.00 ns, 1.6062 ns/op OverheadWarmup 6: 134217728 op, 215778084.00 ns, 1.6077 ns/op OverheadWarmup 7: 134217728 op, 220766958.00 ns, 1.6448 ns/op OverheadWarmup 8: 134217728 op, 215697583.00 ns, 1.6071 ns/op OverheadWarmup 9: 134217728 op, 215824750.00 ns, 1.6080 ns/op OverheadWarmup 10: 134217728 op, 220971708.00 ns, 1.6464 ns/op OverheadActual 1: 134217728 op, 217190333.00 ns, 1.6182 ns/op OverheadActual 2: 134217728 op, 215977167.00 ns, 1.6092 ns/op OverheadActual 3: 134217728 op, 219296125.00 ns, 1.6339 ns/op OverheadActual 4: 134217728 op, 217479625.00 ns, 1.6203 ns/op OverheadActual 5: 134217728 op, 215725250.00 ns, 1.6073 ns/op OverheadActual 6: 134217728 op, 217851541.00 ns, 1.6231 ns/op OverheadActual 7: 134217728 op, 218890000.00 ns, 1.6309 ns/op OverheadActual 8: 134217728 op, 215617500.00 ns, 1.6065 ns/op OverheadActual 9: 134217728 op, 215586333.00 ns, 1.6062 ns/op OverheadActual 10: 134217728 op, 220927250.00 ns, 1.6460 ns/op OverheadActual 11: 134217728 op, 215527458.00 ns, 1.6058 ns/op OverheadActual 12: 134217728 op, 216147292.00 ns, 1.6104 ns/op OverheadActual 13: 134217728 op, 220403292.00 ns, 1.6421 ns/op OverheadActual 14: 134217728 op, 216095916.00 ns, 1.6100 ns/op OverheadActual 15: 134217728 op, 215628583.00 ns, 1.6066 ns/op WorkloadWarmup 1: 134217728 op, 541908708.00 ns, 4.0375 ns/op WorkloadWarmup 2: 134217728 op, 542123584.00 ns, 4.0391 ns/op WorkloadWarmup 3: 134217728 op, 539638416.00 ns, 4.0206 ns/op WorkloadWarmup 4: 134217728 op, 538466334.00 ns, 4.0119 ns/op WorkloadWarmup 5: 134217728 op, 541692959.00 ns, 4.0359 ns/op WorkloadWarmup 6: 134217728 op, 541773167.00 ns, 4.0365 ns/op WorkloadWarmup 7: 134217728 op, 539994042.00 ns, 4.0233 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 538380500.00 ns, 4.0112 ns/op WorkloadActual 2: 134217728 op, 541821291.00 ns, 4.0369 ns/op WorkloadActual 3: 134217728 op, 542066959.00 ns, 4.0387 ns/op WorkloadActual 4: 134217728 op, 540289167.00 ns, 4.0255 ns/op WorkloadActual 5: 134217728 op, 538109208.00 ns, 4.0092 ns/op WorkloadActual 6: 134217728 op, 541963292.00 ns, 4.0379 ns/op WorkloadActual 7: 134217728 op, 542317417.00 ns, 4.0406 ns/op WorkloadActual 8: 134217728 op, 542092500.00 ns, 4.0389 ns/op WorkloadActual 9: 134217728 op, 536639708.00 ns, 3.9983 ns/op WorkloadActual 10: 134217728 op, 541557042.00 ns, 4.0349 ns/op WorkloadActual 11: 134217728 op, 541945125.00 ns, 4.0378 ns/op WorkloadActual 12: 134217728 op, 541548208.00 ns, 4.0348 ns/op WorkloadActual 13: 134217728 op, 538031083.00 ns, 4.0086 ns/op WorkloadActual 14: 134217728 op, 540244542.00 ns, 4.0251 ns/op WorkloadActual 15: 134217728 op, 542284708.00 ns, 4.0403 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 322233208.00 ns, 2.4008 ns/op WorkloadResult 2: 134217728 op, 325673999.00 ns, 2.4265 ns/op WorkloadResult 3: 134217728 op, 325919667.00 ns, 2.4283 ns/op WorkloadResult 4: 134217728 op, 324141875.00 ns, 2.4150 ns/op WorkloadResult 5: 134217728 op, 321961916.00 ns, 2.3988 ns/op WorkloadResult 6: 134217728 op, 325816000.00 ns, 2.4275 ns/op WorkloadResult 7: 134217728 op, 326170125.00 ns, 2.4302 ns/op WorkloadResult 8: 134217728 op, 325945208.00 ns, 2.4285 ns/op WorkloadResult 9: 134217728 op, 320492416.00 ns, 2.3879 ns/op WorkloadResult 10: 134217728 op, 325409750.00 ns, 2.4245 ns/op WorkloadResult 11: 134217728 op, 325797833.00 ns, 2.4274 ns/op WorkloadResult 12: 134217728 op, 325400916.00 ns, 2.4244 ns/op WorkloadResult 13: 134217728 op, 321883791.00 ns, 2.3982 ns/op WorkloadResult 14: 134217728 op, 324097250.00 ns, 2.4147 ns/op WorkloadResult 15: 134217728 op, 326137416.00 ns, 2.4299 ns/op // GC: 0 0 0 0 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 38234 has exited with code 0. Mean = 2.418 ns, StdErr = 0.004 ns (0.15%), N = 15, StdDev = 0.014 ns Min = 2.388 ns, Q1 = 2.408 ns, Median = 2.424 ns, Q3 = 2.428 ns, Max = 2.430 ns IQR = 0.020 ns, LowerFence = 2.378 ns, UpperFence = 2.458 ns ConfidenceInterval = [2.402 ns; 2.433 ns] (CI 99.9%), Margin = 0.015 ns (0.63% of Mean) Skewness = -0.81, Kurtosis = 2.01, MValue = 2 // ** Remained 10 (32,3 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 3m from now) ** // ************************** // Benchmark: MetadataLookupBenchmarks.MetadataObjectLookup_Large: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataLookupBenchmarks.MetadataObjectLookup_Large --job Default --benchmarkId 21 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 99458.00 ns, 99.4580 us/op WorkloadJitting 1: 1 op, 339250.00 ns, 339.2500 us/op OverheadJitting 2: 16 op, 251083.00 ns, 15.6927 us/op WorkloadJitting 2: 16 op, 201167.00 ns, 12.5729 us/op WorkloadPilot 1: 16 op, 1042.00 ns, 65.1250 ns/op WorkloadPilot 2: 32 op, 1792.00 ns, 56.0000 ns/op WorkloadPilot 3: 64 op, 1792.00 ns, 28.0000 ns/op WorkloadPilot 4: 128 op, 2875.00 ns, 22.4609 ns/op WorkloadPilot 5: 256 op, 6708.00 ns, 26.2031 ns/op WorkloadPilot 6: 512 op, 10958.00 ns, 21.4023 ns/op WorkloadPilot 7: 1024 op, 20500.00 ns, 20.0195 ns/op WorkloadPilot 8: 2048 op, 40208.00 ns, 19.6328 ns/op WorkloadPilot 9: 4096 op, 71375.00 ns, 17.4255 ns/op WorkloadPilot 10: 8192 op, 169000.00 ns, 20.6299 ns/op WorkloadPilot 11: 16384 op, 300375.00 ns, 18.3334 ns/op WorkloadPilot 12: 32768 op, 600417.00 ns, 18.3233 ns/op WorkloadPilot 13: 65536 op, 1203042.00 ns, 18.3570 ns/op WorkloadPilot 14: 131072 op, 2353625.00 ns, 17.9567 ns/op WorkloadPilot 15: 262144 op, 4565584.00 ns, 17.4163 ns/op WorkloadPilot 16: 524288 op, 9122209.00 ns, 17.3992 ns/op WorkloadPilot 17: 1048576 op, 18283666.00 ns, 17.4367 ns/op WorkloadPilot 18: 2097152 op, 36326209.00 ns, 17.3217 ns/op WorkloadPilot 19: 4194304 op, 72461625.00 ns, 17.2762 ns/op WorkloadPilot 20: 8388608 op, 40568625.00 ns, 4.8362 ns/op WorkloadPilot 21: 16777216 op, 75352083.00 ns, 4.4913 ns/op WorkloadPilot 22: 33554432 op, 151023291.00 ns, 4.5008 ns/op WorkloadPilot 23: 67108864 op, 303883375.00 ns, 4.5282 ns/op WorkloadPilot 24: 134217728 op, 601527792.00 ns, 4.4817 ns/op OverheadWarmup 1: 134217728 op, 251349959.00 ns, 1.8727 ns/op OverheadWarmup 2: 134217728 op, 190285542.00 ns, 1.4177 ns/op OverheadWarmup 3: 134217728 op, 194493625.00 ns, 1.4491 ns/op OverheadWarmup 4: 134217728 op, 189230250.00 ns, 1.4099 ns/op OverheadWarmup 5: 134217728 op, 188952209.00 ns, 1.4078 ns/op OverheadWarmup 6: 134217728 op, 189832125.00 ns, 1.4144 ns/op OverheadWarmup 7: 134217728 op, 193469375.00 ns, 1.4415 ns/op OverheadWarmup 8: 134217728 op, 188818500.00 ns, 1.4068 ns/op OverheadActual 1: 134217728 op, 188848042.00 ns, 1.4070 ns/op OverheadActual 2: 134217728 op, 191633250.00 ns, 1.4278 ns/op OverheadActual 3: 134217728 op, 191639083.00 ns, 1.4278 ns/op OverheadActual 4: 134217728 op, 190796375.00 ns, 1.4215 ns/op OverheadActual 5: 134217728 op, 190267125.00 ns, 1.4176 ns/op OverheadActual 6: 134217728 op, 195660125.00 ns, 1.4578 ns/op OverheadActual 7: 134217728 op, 189601875.00 ns, 1.4126 ns/op OverheadActual 8: 134217728 op, 188891375.00 ns, 1.4074 ns/op OverheadActual 9: 134217728 op, 188787500.00 ns, 1.4066 ns/op OverheadActual 10: 134217728 op, 194237875.00 ns, 1.4472 ns/op OverheadActual 11: 134217728 op, 188453542.00 ns, 1.4041 ns/op OverheadActual 12: 134217728 op, 189081666.00 ns, 1.4088 ns/op OverheadActual 13: 134217728 op, 190335250.00 ns, 1.4181 ns/op OverheadActual 14: 134217728 op, 192628000.00 ns, 1.4352 ns/op OverheadActual 15: 134217728 op, 189854709.00 ns, 1.4145 ns/op WorkloadWarmup 1: 134217728 op, 601679333.00 ns, 4.4829 ns/op WorkloadWarmup 2: 134217728 op, 601764833.00 ns, 4.4835 ns/op WorkloadWarmup 3: 134217728 op, 600241750.00 ns, 4.4721 ns/op WorkloadWarmup 4: 134217728 op, 598369500.00 ns, 4.4582 ns/op WorkloadWarmup 5: 134217728 op, 601650792.00 ns, 4.4826 ns/op WorkloadWarmup 6: 134217728 op, 604239292.00 ns, 4.5019 ns/op WorkloadWarmup 7: 134217728 op, 601313083.00 ns, 4.4801 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 599667541.00 ns, 4.4679 ns/op WorkloadActual 2: 134217728 op, 590766708.00 ns, 4.4016 ns/op WorkloadActual 3: 134217728 op, 591743833.00 ns, 4.4088 ns/op WorkloadActual 4: 134217728 op, 598365375.00 ns, 4.4582 ns/op WorkloadActual 5: 134217728 op, 600021500.00 ns, 4.4705 ns/op WorkloadActual 6: 134217728 op, 600895042.00 ns, 4.4770 ns/op WorkloadActual 7: 134217728 op, 601830583.00 ns, 4.4840 ns/op WorkloadActual 8: 134217728 op, 599991916.00 ns, 4.4703 ns/op WorkloadActual 9: 134217728 op, 599647125.00 ns, 4.4677 ns/op WorkloadActual 10: 134217728 op, 598100250.00 ns, 4.4562 ns/op WorkloadActual 11: 134217728 op, 600559666.00 ns, 4.4745 ns/op WorkloadActual 12: 134217728 op, 601947625.00 ns, 4.4849 ns/op WorkloadActual 13: 134217728 op, 600007583.00 ns, 4.4704 ns/op WorkloadActual 14: 134217728 op, 602836500.00 ns, 4.4915 ns/op WorkloadActual 15: 134217728 op, 602031334.00 ns, 4.4855 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 409400416.00 ns, 3.0503 ns/op WorkloadResult 2: 134217728 op, 400499583.00 ns, 2.9840 ns/op WorkloadResult 3: 134217728 op, 401476708.00 ns, 2.9912 ns/op WorkloadResult 4: 134217728 op, 408098250.00 ns, 3.0406 ns/op WorkloadResult 5: 134217728 op, 409754375.00 ns, 3.0529 ns/op WorkloadResult 6: 134217728 op, 410627917.00 ns, 3.0594 ns/op WorkloadResult 7: 134217728 op, 411563458.00 ns, 3.0664 ns/op WorkloadResult 8: 134217728 op, 409724791.00 ns, 3.0527 ns/op WorkloadResult 9: 134217728 op, 409380000.00 ns, 3.0501 ns/op WorkloadResult 10: 134217728 op, 407833125.00 ns, 3.0386 ns/op WorkloadResult 11: 134217728 op, 410292541.00 ns, 3.0569 ns/op WorkloadResult 12: 134217728 op, 411680500.00 ns, 3.0673 ns/op WorkloadResult 13: 134217728 op, 409740458.00 ns, 3.0528 ns/op WorkloadResult 14: 134217728 op, 412569375.00 ns, 3.0739 ns/op WorkloadResult 15: 134217728 op, 411764209.00 ns, 3.0679 ns/op // GC: 0 0 0 0 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 38238 has exited with code 0. Mean = 3.047 ns, StdErr = 0.007 ns (0.22%), N = 15, StdDev = 0.026 ns Min = 2.984 ns, Q1 = 3.045 ns, Median = 3.053 ns, Q3 = 3.063 ns, Max = 3.074 ns IQR = 0.018 ns, LowerFence = 3.019 ns, UpperFence = 3.089 ns ConfidenceInterval = [3.019 ns; 3.075 ns] (CI 99.9%), Margin = 0.028 ns (0.91% of Mean) Skewness = -1.42, Kurtosis = 3.83, MValue = 2 // ** Remained 9 (29,0 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 3m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataLookupBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataLookupBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataLookupBenchmarks-report.html // * Detailed results * MetadataLookupBenchmarks.DictionaryLookup_Small: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.448 ns, StdErr = 0.004 ns (0.15%), N = 14, StdDev = 0.014 ns Min = 2.414 ns, Q1 = 2.444 ns, Median = 2.454 ns, Q3 = 2.456 ns, Max = 2.460 ns IQR = 0.011 ns, LowerFence = 2.427 ns, UpperFence = 2.473 ns ConfidenceInterval = [2.432 ns; 2.463 ns] (CI 99.9%), Margin = 0.015 ns (0.63% of Mean) Skewness = -1.25, Kurtosis = 3.26, MValue = 2 -------------------- Histogram -------------------- [2.406 ns ; 2.468 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- MetadataLookupBenchmarks.MetadataObjectLookup_Small: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.427 ns, StdErr = 0.022 ns (0.89%), N = 51, StdDev = 0.154 ns Min = 2.009 ns, Q1 = 2.379 ns, Median = 2.427 ns, Q3 = 2.511 ns, Max = 2.758 ns IQR = 0.132 ns, LowerFence = 2.182 ns, UpperFence = 2.708 ns ConfidenceInterval = [2.352 ns; 2.502 ns] (CI 99.9%), Margin = 0.075 ns (3.11% of Mean) Skewness = -0.32, Kurtosis = 3.28, MValue = 2.27 -------------------- Histogram -------------------- [1.955 ns ; 2.084 ns) | @ [2.084 ns ; 2.183 ns) | @@@ [2.183 ns ; 2.292 ns) | @@@@@ [2.292 ns ; 2.377 ns) | @@ [2.377 ns ; 2.486 ns) | @@@@@@@@@@@@@@@@@@@@@@@@@@ [2.486 ns ; 2.611 ns) | @@@@@@@@@ [2.611 ns ; 2.735 ns) | @@@@ [2.735 ns ; 2.812 ns) | @ --------------------------------------------------- MetadataLookupBenchmarks.DictionaryLookup_Large: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.418 ns, StdErr = 0.004 ns (0.15%), N = 15, StdDev = 0.014 ns Min = 2.388 ns, Q1 = 2.408 ns, Median = 2.424 ns, Q3 = 2.428 ns, Max = 2.430 ns IQR = 0.020 ns, LowerFence = 2.378 ns, UpperFence = 2.458 ns ConfidenceInterval = [2.402 ns; 2.433 ns] (CI 99.9%), Margin = 0.015 ns (0.63% of Mean) Skewness = -0.81, Kurtosis = 2.01, MValue = 2 -------------------- Histogram -------------------- [2.380 ns ; 2.438 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataLookupBenchmarks.MetadataObjectLookup_Large: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 3.047 ns, StdErr = 0.007 ns (0.22%), N = 15, StdDev = 0.026 ns Min = 2.984 ns, Q1 = 3.045 ns, Median = 3.053 ns, Q3 = 3.063 ns, Max = 3.074 ns IQR = 0.018 ns, LowerFence = 3.019 ns, UpperFence = 3.089 ns ConfidenceInterval = [3.019 ns; 3.075 ns] (CI 99.9%), Margin = 0.028 ns (0.91% of Mean) Skewness = -1.42, Kurtosis = 3.83, MValue = 2 -------------------- Histogram -------------------- [2.970 ns ; 3.088 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | RatioSD | Allocated | Alloc Ratio | |--------------------------- |---------:|----------:|----------:|------:|--------:|----------:|------------:| | DictionaryLookup_Small | 2.448 ns | 0.0154 ns | 0.0137 ns | 1.00 | 0.01 | - | NA | | MetadataObjectLookup_Small | 2.427 ns | 0.0754 ns | 0.1540 ns | 0.99 | 0.06 | - | NA | | DictionaryLookup_Large | 2.418 ns | 0.0152 ns | 0.0142 ns | 0.99 | 0.01 | - | NA | | MetadataObjectLookup_Large | 3.047 ns | 0.0279 ns | 0.0261 ns | 1.24 | 0.01 | - | NA | // * Hints * Outliers MetadataLookupBenchmarks.DictionaryLookup_Small: Default -> 1 outlier was removed, 3 outliers were detected (4.03 ns, 4.04 ns, 4.08 ns) MetadataLookupBenchmarks.MetadataObjectLookup_Small: Default -> 6 outliers were removed, 7 outliers were detected (3.42 ns, 4.33 ns..4.73 ns) MetadataLookupBenchmarks.MetadataObjectLookup_Large: Default -> 2 outliers were detected (4.40 ns, 4.41 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:01:38 (98.18 sec), executed benchmarks: 4 // Found 2 benchmarks: // MetadataMergeBenchmarks.MergeDictionaries: DefaultJob // MetadataMergeBenchmarks.MergeMetadataObjects: DefaultJob // ************************** // Benchmark: MetadataMergeBenchmarks.MergeDictionaries: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataMergeBenchmarks.MergeDictionaries --job Default --benchmarkId 22 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 129458.00 ns, 129.4580 us/op WorkloadJitting 1: 1 op, 213375.00 ns, 213.3750 us/op OverheadJitting 2: 16 op, 292500.00 ns, 18.2813 us/op WorkloadJitting 2: 16 op, 350250.00 ns, 21.8906 us/op WorkloadPilot 1: 16 op, 5792.00 ns, 362.0000 ns/op WorkloadPilot 2: 32 op, 8208.00 ns, 256.5000 ns/op WorkloadPilot 3: 64 op, 17291.00 ns, 270.1719 ns/op WorkloadPilot 4: 128 op, 29500.00 ns, 230.4688 ns/op WorkloadPilot 5: 256 op, 56666.00 ns, 221.3516 ns/op WorkloadPilot 6: 512 op, 106792.00 ns, 208.5781 ns/op WorkloadPilot 7: 1024 op, 206167.00 ns, 201.3350 ns/op WorkloadPilot 8: 2048 op, 412667.00 ns, 201.4976 ns/op WorkloadPilot 9: 4096 op, 874125.00 ns, 213.4094 ns/op WorkloadPilot 10: 8192 op, 1774250.00 ns, 216.5833 ns/op WorkloadPilot 11: 16384 op, 3258208.00 ns, 198.8652 ns/op WorkloadPilot 12: 32768 op, 6111167.00 ns, 186.4980 ns/op WorkloadPilot 13: 65536 op, 11987125.00 ns, 182.9090 ns/op WorkloadPilot 14: 131072 op, 23894375.00 ns, 182.2996 ns/op WorkloadPilot 15: 262144 op, 46887042.00 ns, 178.8599 ns/op WorkloadPilot 16: 524288 op, 78594625.00 ns, 149.9074 ns/op WorkloadPilot 17: 1048576 op, 75981625.00 ns, 72.4617 ns/op WorkloadPilot 18: 2097152 op, 148257042.00 ns, 70.6945 ns/op WorkloadPilot 19: 4194304 op, 305396791.00 ns, 72.8123 ns/op WorkloadPilot 20: 8388608 op, 600222333.00 ns, 71.5521 ns/op OverheadWarmup 1: 8388608 op, 16622583.00 ns, 1.9816 ns/op OverheadWarmup 2: 8388608 op, 16589708.00 ns, 1.9776 ns/op OverheadWarmup 3: 8388608 op, 16337125.00 ns, 1.9475 ns/op OverheadWarmup 4: 8388608 op, 16270000.00 ns, 1.9395 ns/op OverheadWarmup 5: 8388608 op, 17194875.00 ns, 2.0498 ns/op OverheadWarmup 6: 8388608 op, 16317875.00 ns, 1.9452 ns/op OverheadWarmup 7: 8388608 op, 16133500.00 ns, 1.9233 ns/op OverheadWarmup 8: 8388608 op, 16070125.00 ns, 1.9157 ns/op OverheadWarmup 9: 8388608 op, 15999584.00 ns, 1.9073 ns/op OverheadWarmup 10: 8388608 op, 16017666.00 ns, 1.9095 ns/op OverheadActual 1: 8388608 op, 16009375.00 ns, 1.9085 ns/op OverheadActual 2: 8388608 op, 16349791.00 ns, 1.9490 ns/op OverheadActual 3: 8388608 op, 16173042.00 ns, 1.9280 ns/op OverheadActual 4: 8388608 op, 16044667.00 ns, 1.9127 ns/op OverheadActual 5: 8388608 op, 16856292.00 ns, 2.0094 ns/op OverheadActual 6: 8388608 op, 16278625.00 ns, 1.9406 ns/op OverheadActual 7: 8388608 op, 16213125.00 ns, 1.9328 ns/op OverheadActual 8: 8388608 op, 16256791.00 ns, 1.9380 ns/op OverheadActual 9: 8388608 op, 16357375.00 ns, 1.9500 ns/op OverheadActual 10: 8388608 op, 16140916.00 ns, 1.9241 ns/op OverheadActual 11: 8388608 op, 16090000.00 ns, 1.9181 ns/op OverheadActual 12: 8388608 op, 16042458.00 ns, 1.9124 ns/op OverheadActual 13: 8388608 op, 16076875.00 ns, 1.9165 ns/op OverheadActual 14: 8388608 op, 16140125.00 ns, 1.9241 ns/op OverheadActual 15: 8388608 op, 16047083.00 ns, 1.9130 ns/op WorkloadWarmup 1: 8388608 op, 603449458.00 ns, 71.9368 ns/op WorkloadWarmup 2: 8388608 op, 596104708.00 ns, 71.0612 ns/op WorkloadWarmup 3: 8388608 op, 599881666.00 ns, 71.5115 ns/op WorkloadWarmup 4: 8388608 op, 592912334.00 ns, 70.6807 ns/op WorkloadWarmup 5: 8388608 op, 595037959.00 ns, 70.9341 ns/op WorkloadWarmup 6: 8388608 op, 595462375.00 ns, 70.9846 ns/op WorkloadWarmup 7: 8388608 op, 594487666.00 ns, 70.8685 ns/op // BeforeActualRun WorkloadActual 1: 8388608 op, 597734583.00 ns, 71.2555 ns/op WorkloadActual 2: 8388608 op, 597675917.00 ns, 71.2485 ns/op WorkloadActual 3: 8388608 op, 595668458.00 ns, 71.0092 ns/op WorkloadActual 4: 8388608 op, 595087792.00 ns, 70.9400 ns/op WorkloadActual 5: 8388608 op, 597005458.00 ns, 71.1686 ns/op WorkloadActual 6: 8388608 op, 598829417.00 ns, 71.3860 ns/op WorkloadActual 7: 8388608 op, 595438417.00 ns, 70.9818 ns/op WorkloadActual 8: 8388608 op, 594077750.00 ns, 70.8196 ns/op WorkloadActual 9: 8388608 op, 594015958.00 ns, 70.8122 ns/op WorkloadActual 10: 8388608 op, 592085667.00 ns, 70.5821 ns/op WorkloadActual 11: 8388608 op, 596612041.00 ns, 71.1217 ns/op WorkloadActual 12: 8388608 op, 595135125.00 ns, 70.9456 ns/op WorkloadActual 13: 8388608 op, 595911000.00 ns, 71.0381 ns/op WorkloadActual 14: 8388608 op, 596584791.00 ns, 71.1184 ns/op WorkloadActual 15: 8388608 op, 594268708.00 ns, 70.8424 ns/op // AfterActualRun WorkloadResult 1: 8388608 op, 581593667.00 ns, 69.3314 ns/op WorkloadResult 2: 8388608 op, 581535001.00 ns, 69.3244 ns/op WorkloadResult 3: 8388608 op, 579527542.00 ns, 69.0851 ns/op WorkloadResult 4: 8388608 op, 578946876.00 ns, 69.0158 ns/op WorkloadResult 5: 8388608 op, 580864542.00 ns, 69.2444 ns/op WorkloadResult 6: 8388608 op, 582688501.00 ns, 69.4619 ns/op WorkloadResult 7: 8388608 op, 579297501.00 ns, 69.0576 ns/op WorkloadResult 8: 8388608 op, 577936834.00 ns, 68.8954 ns/op WorkloadResult 9: 8388608 op, 577875042.00 ns, 68.8881 ns/op WorkloadResult 10: 8388608 op, 575944751.00 ns, 68.6580 ns/op WorkloadResult 11: 8388608 op, 580471125.00 ns, 69.1976 ns/op WorkloadResult 12: 8388608 op, 578994209.00 ns, 69.0215 ns/op WorkloadResult 13: 8388608 op, 579770084.00 ns, 69.1140 ns/op WorkloadResult 14: 8388608 op, 580443875.00 ns, 69.1943 ns/op WorkloadResult 15: 8388608 op, 578127792.00 ns, 68.9182 ns/op // GC: 465 0 0 3892314112 8388608 // Threading: 0 0 8388608 // AfterAll // Benchmark Process 38247 has exited with code 0. Mean = 69.094 ns, StdErr = 0.054 ns (0.08%), N = 15, StdDev = 0.208 ns Min = 68.658 ns, Q1 = 68.967 ns, Median = 69.085 ns, Q3 = 69.221 ns, Max = 69.462 ns IQR = 0.254 ns, LowerFence = 68.586 ns, UpperFence = 69.602 ns ConfidenceInterval = [68.872 ns; 69.316 ns] (CI 99.9%), Margin = 0.222 ns (0.32% of Mean) Skewness = -0.18, Kurtosis = 2.35, MValue = 2 // ** Remained 8 (25,8 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 3m from now) ** // ************************** // Benchmark: MetadataMergeBenchmarks.MergeMetadataObjects: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataMergeBenchmarks.MergeMetadataObjects --job Default --benchmarkId 23 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 83334.00 ns, 83.3340 us/op WorkloadJitting 1: 1 op, 1742417.00 ns, 1.7424 ms/op OverheadJitting 2: 16 op, 121084.00 ns, 7.5678 us/op WorkloadJitting 2: 16 op, 122041.00 ns, 7.6276 us/op WorkloadPilot 1: 16 op, 14000.00 ns, 875.0000 ns/op WorkloadPilot 2: 32 op, 28041.00 ns, 876.2813 ns/op WorkloadPilot 3: 64 op, 35750.00 ns, 558.5938 ns/op WorkloadPilot 4: 128 op, 68708.00 ns, 536.7813 ns/op WorkloadPilot 5: 256 op, 136959.00 ns, 534.9961 ns/op WorkloadPilot 6: 512 op, 290333.00 ns, 567.0566 ns/op WorkloadPilot 7: 1024 op, 633167.00 ns, 618.3271 ns/op WorkloadPilot 8: 2048 op, 1339750.00 ns, 654.1748 ns/op WorkloadPilot 9: 4096 op, 2713666.00 ns, 662.5161 ns/op WorkloadPilot 10: 8192 op, 5430458.00 ns, 662.8977 ns/op WorkloadPilot 11: 16384 op, 10156750.00 ns, 619.9188 ns/op WorkloadPilot 12: 32768 op, 19411833.00 ns, 592.4021 ns/op WorkloadPilot 13: 65536 op, 36344084.00 ns, 554.5667 ns/op WorkloadPilot 14: 131072 op, 71334917.00 ns, 544.2422 ns/op WorkloadPilot 15: 262144 op, 51169792.00 ns, 195.1973 ns/op WorkloadPilot 16: 524288 op, 66677166.00 ns, 127.1766 ns/op WorkloadPilot 17: 1048576 op, 135040167.00 ns, 128.7843 ns/op WorkloadPilot 18: 2097152 op, 266871041.00 ns, 127.2540 ns/op WorkloadPilot 19: 4194304 op, 526757750.00 ns, 125.5888 ns/op OverheadWarmup 1: 4194304 op, 7979584.00 ns, 1.9025 ns/op OverheadWarmup 2: 4194304 op, 8186125.00 ns, 1.9517 ns/op OverheadWarmup 3: 4194304 op, 8062541.00 ns, 1.9223 ns/op OverheadWarmup 4: 4194304 op, 8025875.00 ns, 1.9135 ns/op OverheadWarmup 5: 4194304 op, 8069125.00 ns, 1.9238 ns/op OverheadWarmup 6: 4194304 op, 8099834.00 ns, 1.9312 ns/op OverheadWarmup 7: 4194304 op, 8025375.00 ns, 1.9134 ns/op OverheadActual 1: 4194304 op, 8189458.00 ns, 1.9525 ns/op OverheadActual 2: 4194304 op, 8111625.00 ns, 1.9340 ns/op OverheadActual 3: 4194304 op, 8162083.00 ns, 1.9460 ns/op OverheadActual 4: 4194304 op, 8144625.00 ns, 1.9418 ns/op OverheadActual 5: 4194304 op, 8129875.00 ns, 1.9383 ns/op OverheadActual 6: 4194304 op, 8446209.00 ns, 2.0137 ns/op OverheadActual 7: 4194304 op, 8363708.00 ns, 1.9941 ns/op OverheadActual 8: 4194304 op, 8491042.00 ns, 2.0244 ns/op OverheadActual 9: 4194304 op, 8429583.00 ns, 2.0098 ns/op OverheadActual 10: 4194304 op, 8539500.00 ns, 2.0360 ns/op OverheadActual 11: 4194304 op, 8407458.00 ns, 2.0045 ns/op OverheadActual 12: 4194304 op, 8459750.00 ns, 2.0170 ns/op OverheadActual 13: 4194304 op, 8367625.00 ns, 1.9950 ns/op OverheadActual 14: 4194304 op, 8219417.00 ns, 1.9597 ns/op OverheadActual 15: 4194304 op, 8272541.00 ns, 1.9723 ns/op WorkloadWarmup 1: 4194304 op, 531284084.00 ns, 126.6680 ns/op WorkloadWarmup 2: 4194304 op, 529401209.00 ns, 126.2191 ns/op WorkloadWarmup 3: 4194304 op, 527717875.00 ns, 125.8177 ns/op WorkloadWarmup 4: 4194304 op, 526658833.00 ns, 125.5653 ns/op WorkloadWarmup 5: 4194304 op, 529999958.00 ns, 126.3618 ns/op WorkloadWarmup 6: 4194304 op, 530612708.00 ns, 126.5079 ns/op WorkloadWarmup 7: 4194304 op, 532402458.00 ns, 126.9346 ns/op WorkloadWarmup 8: 4194304 op, 530182250.00 ns, 126.4053 ns/op WorkloadWarmup 9: 4194304 op, 523304625.00 ns, 124.7655 ns/op WorkloadWarmup 10: 4194304 op, 533401041.00 ns, 127.1727 ns/op WorkloadWarmup 11: 4194304 op, 530528250.00 ns, 126.4878 ns/op // BeforeActualRun WorkloadActual 1: 4194304 op, 529960792.00 ns, 126.3525 ns/op WorkloadActual 2: 4194304 op, 525904375.00 ns, 125.3854 ns/op WorkloadActual 3: 4194304 op, 528775666.00 ns, 126.0699 ns/op WorkloadActual 4: 4194304 op, 528720209.00 ns, 126.0567 ns/op WorkloadActual 5: 4194304 op, 529893542.00 ns, 126.3365 ns/op WorkloadActual 6: 4194304 op, 533445208.00 ns, 127.1832 ns/op WorkloadActual 7: 4194304 op, 527933375.00 ns, 125.8691 ns/op WorkloadActual 8: 4194304 op, 529003584.00 ns, 126.1243 ns/op WorkloadActual 9: 4194304 op, 524757375.00 ns, 125.1119 ns/op WorkloadActual 10: 4194304 op, 529327250.00 ns, 126.2015 ns/op WorkloadActual 11: 4194304 op, 528133083.00 ns, 125.9167 ns/op WorkloadActual 12: 4194304 op, 530724542.00 ns, 126.5346 ns/op WorkloadActual 13: 4194304 op, 526553209.00 ns, 125.5401 ns/op WorkloadActual 14: 4194304 op, 527401750.00 ns, 125.7424 ns/op WorkloadActual 15: 4194304 op, 528418792.00 ns, 125.9849 ns/op // AfterActualRun WorkloadResult 1: 4194304 op, 521597084.00 ns, 124.3584 ns/op WorkloadResult 2: 4194304 op, 517540667.00 ns, 123.3913 ns/op WorkloadResult 3: 4194304 op, 520411958.00 ns, 124.0759 ns/op WorkloadResult 4: 4194304 op, 520356501.00 ns, 124.0627 ns/op WorkloadResult 5: 4194304 op, 521529834.00 ns, 124.3424 ns/op WorkloadResult 6: 4194304 op, 519569667.00 ns, 123.8751 ns/op WorkloadResult 7: 4194304 op, 520639876.00 ns, 124.1302 ns/op WorkloadResult 8: 4194304 op, 516393667.00 ns, 123.1178 ns/op WorkloadResult 9: 4194304 op, 520963542.00 ns, 124.2074 ns/op WorkloadResult 10: 4194304 op, 519769375.00 ns, 123.9227 ns/op WorkloadResult 11: 4194304 op, 522360834.00 ns, 124.5405 ns/op WorkloadResult 12: 4194304 op, 518189501.00 ns, 123.5460 ns/op WorkloadResult 13: 4194304 op, 519038042.00 ns, 123.7483 ns/op WorkloadResult 14: 4194304 op, 520055084.00 ns, 123.9908 ns/op // GC: 124 0 0 1040187424 4194304 // Threading: 0 0 4194304 // AfterAll // Benchmark Process 38264 has exited with code 0. Mean = 123.951 ns, StdErr = 0.105 ns (0.08%), N = 14, StdDev = 0.394 ns Min = 123.118 ns, Q1 = 123.780 ns, Median = 124.027 ns, Q3 = 124.188 ns, Max = 124.541 ns IQR = 0.408 ns, LowerFence = 123.168 ns, UpperFence = 124.800 ns ConfidenceInterval = [123.507 ns; 124.395 ns] (CI 99.9%), Margin = 0.444 ns (0.36% of Mean) Skewness = -0.55, Kurtosis = 2.34, MValue = 2 // ** Remained 7 (22,6 %) benchmark(s) to run. Estimated finish 2026-01-07 12:51 (0h 2m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataMergeBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataMergeBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataMergeBenchmarks-report.html // * Detailed results * MetadataMergeBenchmarks.MergeDictionaries: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 69.094 ns, StdErr = 0.054 ns (0.08%), N = 15, StdDev = 0.208 ns Min = 68.658 ns, Q1 = 68.967 ns, Median = 69.085 ns, Q3 = 69.221 ns, Max = 69.462 ns IQR = 0.254 ns, LowerFence = 68.586 ns, UpperFence = 69.602 ns ConfidenceInterval = [68.872 ns; 69.316 ns] (CI 99.9%), Margin = 0.222 ns (0.32% of Mean) Skewness = -0.18, Kurtosis = 2.35, MValue = 2 -------------------- Histogram -------------------- [68.547 ns ; 69.573 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataMergeBenchmarks.MergeMetadataObjects: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 123.951 ns, StdErr = 0.105 ns (0.08%), N = 14, StdDev = 0.394 ns Min = 123.118 ns, Q1 = 123.780 ns, Median = 124.027 ns, Q3 = 124.188 ns, Max = 124.541 ns IQR = 0.408 ns, LowerFence = 123.168 ns, UpperFence = 124.800 ns ConfidenceInterval = [123.507 ns; 124.395 ns] (CI 99.9%), Margin = 0.444 ns (0.36% of Mean) Skewness = -0.55, Kurtosis = 2.34, MValue = 2 -------------------- Histogram -------------------- [122.903 ns ; 124.755 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Allocated | Alloc Ratio | |--------------------- |----------:|---------:|---------:|------:|-------:|----------:|------------:| | MergeDictionaries | 69.09 ns | 0.222 ns | 0.208 ns | 1.00 | 0.0554 | 464 B | 1.00 | | MergeMetadataObjects | 123.95 ns | 0.444 ns | 0.394 ns | 1.79 | 0.0296 | 248 B | 0.53 | // * Hints * Outliers MetadataMergeBenchmarks.MergeMetadataObjects: Default -> 1 outlier was removed (127.18 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:31 (31.38 sec), executed benchmarks: 2 // Found 7 benchmarks: // MetadataValueBenchmarks.CreateInt64Value: DefaultJob // MetadataValueBenchmarks.CreateBoxedInt64: DefaultJob // MetadataValueBenchmarks.CreateDoubleValue: DefaultJob // MetadataValueBenchmarks.CreateBoxedDouble: DefaultJob // MetadataValueBenchmarks.CreateBooleanValue: DefaultJob // MetadataValueBenchmarks.CreateBoxedBoolean: DefaultJob // MetadataValueBenchmarks.CreateStringValue: DefaultJob // ************************** // Benchmark: MetadataValueBenchmarks.CreateInt64Value: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataValueBenchmarks.CreateInt64Value --job Default --benchmarkId 24 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 78541.00 ns, 78.5410 us/op WorkloadJitting 1: 1 op, 151708.00 ns, 151.7080 us/op OverheadJitting 2: 16 op, 114125.00 ns, 7.1328 us/op WorkloadJitting 2: 16 op, 112709.00 ns, 7.0443 us/op WorkloadPilot 1: 16 op, 334.00 ns, 20.8750 ns/op WorkloadPilot 2: 32 op, 584.00 ns, 18.2500 ns/op WorkloadPilot 3: 64 op, 542.00 ns, 8.4688 ns/op WorkloadPilot 4: 128 op, 875.00 ns, 6.8359 ns/op WorkloadPilot 5: 256 op, 1625.00 ns, 6.3477 ns/op WorkloadPilot 6: 512 op, 2833.00 ns, 5.5332 ns/op WorkloadPilot 7: 1024 op, 5875.00 ns, 5.7373 ns/op WorkloadPilot 8: 2048 op, 11666.00 ns, 5.6963 ns/op WorkloadPilot 9: 4096 op, 23042.00 ns, 5.6255 ns/op WorkloadPilot 10: 8192 op, 44708.00 ns, 5.4575 ns/op WorkloadPilot 11: 16384 op, 84166.00 ns, 5.1371 ns/op WorkloadPilot 12: 32768 op, 166708.00 ns, 5.0875 ns/op WorkloadPilot 13: 65536 op, 341750.00 ns, 5.2147 ns/op WorkloadPilot 14: 131072 op, 679500.00 ns, 5.1842 ns/op WorkloadPilot 15: 262144 op, 1255833.00 ns, 4.7906 ns/op WorkloadPilot 16: 524288 op, 2660958.00 ns, 5.0754 ns/op WorkloadPilot 17: 1048576 op, 5475125.00 ns, 5.2215 ns/op WorkloadPilot 18: 2097152 op, 10702958.00 ns, 5.1036 ns/op WorkloadPilot 19: 4194304 op, 21519292.00 ns, 5.1306 ns/op WorkloadPilot 20: 8388608 op, 42996625.00 ns, 5.1256 ns/op WorkloadPilot 21: 16777216 op, 71318875.00 ns, 4.2509 ns/op WorkloadPilot 22: 33554432 op, 40725791.00 ns, 1.2137 ns/op WorkloadPilot 23: 67108864 op, 80883167.00 ns, 1.2053 ns/op WorkloadPilot 24: 134217728 op, 163423958.00 ns, 1.2176 ns/op WorkloadPilot 25: 268435456 op, 330817833.00 ns, 1.2324 ns/op WorkloadPilot 26: 536870912 op, 658194500.00 ns, 1.2260 ns/op OverheadWarmup 1: 536870912 op, 811721375.00 ns, 1.5119 ns/op OverheadWarmup 2: 536870912 op, 763995791.00 ns, 1.4231 ns/op OverheadWarmup 3: 536870912 op, 762544375.00 ns, 1.4203 ns/op OverheadWarmup 4: 536870912 op, 764305459.00 ns, 1.4236 ns/op OverheadWarmup 5: 536870912 op, 762942750.00 ns, 1.4211 ns/op OverheadWarmup 6: 536870912 op, 764181625.00 ns, 1.4234 ns/op OverheadWarmup 7: 536870912 op, 765632084.00 ns, 1.4261 ns/op OverheadWarmup 8: 536870912 op, 765459792.00 ns, 1.4258 ns/op OverheadActual 1: 536870912 op, 765384375.00 ns, 1.4256 ns/op OverheadActual 2: 536870912 op, 765691125.00 ns, 1.4262 ns/op OverheadActual 3: 536870912 op, 763601916.00 ns, 1.4223 ns/op OverheadActual 4: 536870912 op, 764901709.00 ns, 1.4247 ns/op OverheadActual 5: 536870912 op, 763003667.00 ns, 1.4212 ns/op OverheadActual 6: 536870912 op, 761863625.00 ns, 1.4191 ns/op OverheadActual 7: 536870912 op, 764698541.00 ns, 1.4244 ns/op OverheadActual 8: 536870912 op, 765007000.00 ns, 1.4249 ns/op OverheadActual 9: 536870912 op, 764024542.00 ns, 1.4231 ns/op OverheadActual 10: 536870912 op, 760404625.00 ns, 1.4164 ns/op OverheadActual 11: 536870912 op, 762284542.00 ns, 1.4199 ns/op OverheadActual 12: 536870912 op, 764618167.00 ns, 1.4242 ns/op OverheadActual 13: 536870912 op, 761855459.00 ns, 1.4191 ns/op OverheadActual 14: 536870912 op, 764913292.00 ns, 1.4248 ns/op OverheadActual 15: 536870912 op, 760655875.00 ns, 1.4168 ns/op WorkloadWarmup 1: 536870912 op, 656413834.00 ns, 1.2227 ns/op WorkloadWarmup 2: 536870912 op, 655191875.00 ns, 1.2204 ns/op WorkloadWarmup 3: 536870912 op, 650189875.00 ns, 1.2111 ns/op WorkloadWarmup 4: 536870912 op, 658224208.00 ns, 1.2260 ns/op WorkloadWarmup 5: 536870912 op, 654123083.00 ns, 1.2184 ns/op WorkloadWarmup 6: 536870912 op, 651771958.00 ns, 1.2140 ns/op WorkloadWarmup 7: 536870912 op, 657716417.00 ns, 1.2251 ns/op WorkloadWarmup 8: 536870912 op, 657417333.00 ns, 1.2245 ns/op // BeforeActualRun WorkloadActual 1: 536870912 op, 652842917.00 ns, 1.2160 ns/op WorkloadActual 2: 536870912 op, 656682875.00 ns, 1.2232 ns/op WorkloadActual 3: 536870912 op, 656687916.00 ns, 1.2232 ns/op WorkloadActual 4: 536870912 op, 655292459.00 ns, 1.2206 ns/op WorkloadActual 5: 536870912 op, 653144708.00 ns, 1.2166 ns/op WorkloadActual 6: 536870912 op, 653185833.00 ns, 1.2167 ns/op WorkloadActual 7: 536870912 op, 645497875.00 ns, 1.2023 ns/op WorkloadActual 8: 536870912 op, 655877750.00 ns, 1.2217 ns/op WorkloadActual 9: 536870912 op, 650994500.00 ns, 1.2126 ns/op WorkloadActual 10: 536870912 op, 654431583.00 ns, 1.2190 ns/op WorkloadActual 11: 536870912 op, 656559000.00 ns, 1.2229 ns/op WorkloadActual 12: 536870912 op, 654309709.00 ns, 1.2187 ns/op WorkloadActual 13: 536870912 op, 652339709.00 ns, 1.2151 ns/op WorkloadActual 14: 536870912 op, 657455041.00 ns, 1.2246 ns/op WorkloadActual 15: 536870912 op, 657237291.00 ns, 1.2242 ns/op // AfterActualRun WorkloadResult 1: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 2: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 3: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 4: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 5: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 6: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 7: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 8: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 9: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 10: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 11: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 12: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 13: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 14: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 15: 536870912 op, 0.00 ns, 0.0000 ns/op // GC: 0 0 0 0 536870912 // Threading: 0 0 536870912 // AfterAll // Benchmark Process 38270 has exited with code 0. Mean = 0.000 ns, StdErr = 0.000 ns (NaN%), N = 15, StdDev = 0.000 ns Min = 0.000 ns, Q1 = 0.000 ns, Median = 0.000 ns, Q3 = 0.000 ns, Max = 0.000 ns IQR = 0.000 ns, LowerFence = 0.000 ns, UpperFence = 0.000 ns ConfidenceInterval = [0.000 ns; 0.000 ns] (CI 99.9%), Margin = 0.000 ns (NaN% of Mean) Skewness = NaN, Kurtosis = NaN, MValue = 2 // ** Remained 6 (19,4 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 2m from now) ** // ************************** // Benchmark: MetadataValueBenchmarks.CreateBoxedInt64: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataValueBenchmarks.CreateBoxedInt64 --job Default --benchmarkId 25 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 92083.00 ns, 92.0830 us/op WorkloadJitting 1: 1 op, 121125.00 ns, 121.1250 us/op OverheadJitting 2: 16 op, 257917.00 ns, 16.1198 us/op WorkloadJitting 2: 16 op, 249583.00 ns, 15.5989 us/op WorkloadPilot 1: 16 op, 625.00 ns, 39.0625 ns/op WorkloadPilot 2: 32 op, 917.00 ns, 28.6563 ns/op WorkloadPilot 3: 64 op, 625.00 ns, 9.7656 ns/op WorkloadPilot 4: 128 op, 875.00 ns, 6.8359 ns/op WorkloadPilot 5: 256 op, 1541.00 ns, 6.0195 ns/op WorkloadPilot 6: 512 op, 2917.00 ns, 5.6973 ns/op WorkloadPilot 7: 1024 op, 5041.00 ns, 4.9229 ns/op WorkloadPilot 8: 2048 op, 9959.00 ns, 4.8628 ns/op WorkloadPilot 9: 4096 op, 18375.00 ns, 4.4861 ns/op WorkloadPilot 10: 8192 op, 37375.00 ns, 4.5624 ns/op WorkloadPilot 11: 16384 op, 76375.00 ns, 4.6616 ns/op WorkloadPilot 12: 32768 op, 143000.00 ns, 4.3640 ns/op WorkloadPilot 13: 65536 op, 263125.00 ns, 4.0150 ns/op WorkloadPilot 14: 131072 op, 581125.00 ns, 4.4336 ns/op WorkloadPilot 15: 262144 op, 1115542.00 ns, 4.2555 ns/op WorkloadPilot 16: 524288 op, 2023833.00 ns, 3.8602 ns/op WorkloadPilot 17: 1048576 op, 4070542.00 ns, 3.8820 ns/op WorkloadPilot 18: 2097152 op, 8195500.00 ns, 3.9079 ns/op WorkloadPilot 19: 4194304 op, 16305125.00 ns, 3.8874 ns/op WorkloadPilot 20: 8388608 op, 32667375.00 ns, 3.8943 ns/op WorkloadPilot 21: 16777216 op, 64706708.00 ns, 3.8568 ns/op WorkloadPilot 22: 33554432 op, 128521416.00 ns, 3.8302 ns/op WorkloadPilot 23: 67108864 op, 260279625.00 ns, 3.8785 ns/op WorkloadPilot 24: 134217728 op, 515712458.00 ns, 3.8424 ns/op OverheadWarmup 1: 134217728 op, 259960500.00 ns, 1.9369 ns/op OverheadWarmup 2: 134217728 op, 215604167.00 ns, 1.6064 ns/op OverheadWarmup 3: 134217728 op, 217211208.00 ns, 1.6183 ns/op OverheadWarmup 4: 134217728 op, 219240083.00 ns, 1.6335 ns/op OverheadWarmup 5: 134217728 op, 215667000.00 ns, 1.6068 ns/op OverheadWarmup 6: 134217728 op, 215693750.00 ns, 1.6070 ns/op OverheadWarmup 7: 134217728 op, 221096084.00 ns, 1.6473 ns/op OverheadWarmup 8: 134217728 op, 215679708.00 ns, 1.6069 ns/op OverheadActual 1: 134217728 op, 215622417.00 ns, 1.6065 ns/op OverheadActual 2: 134217728 op, 220195250.00 ns, 1.6406 ns/op OverheadActual 3: 134217728 op, 216237084.00 ns, 1.6111 ns/op OverheadActual 4: 134217728 op, 215702000.00 ns, 1.6071 ns/op OverheadActual 5: 134217728 op, 219092375.00 ns, 1.6324 ns/op OverheadActual 6: 134217728 op, 218111458.00 ns, 1.6251 ns/op OverheadActual 7: 134217728 op, 215644000.00 ns, 1.6067 ns/op OverheadActual 8: 134217728 op, 216528708.00 ns, 1.6133 ns/op OverheadActual 9: 134217728 op, 220389334.00 ns, 1.6420 ns/op OverheadActual 10: 134217728 op, 215669917.00 ns, 1.6069 ns/op OverheadActual 11: 134217728 op, 215617375.00 ns, 1.6065 ns/op OverheadActual 12: 134217728 op, 220917334.00 ns, 1.6460 ns/op OverheadActual 13: 134217728 op, 215493417.00 ns, 1.6056 ns/op OverheadActual 14: 134217728 op, 215477125.00 ns, 1.6054 ns/op OverheadActual 15: 134217728 op, 219345000.00 ns, 1.6342 ns/op WorkloadWarmup 1: 134217728 op, 513317792.00 ns, 3.8245 ns/op WorkloadWarmup 2: 134217728 op, 516850875.00 ns, 3.8508 ns/op WorkloadWarmup 3: 134217728 op, 517357416.00 ns, 3.8546 ns/op WorkloadWarmup 4: 134217728 op, 514345500.00 ns, 3.8322 ns/op WorkloadWarmup 5: 134217728 op, 515781417.00 ns, 3.8429 ns/op WorkloadWarmup 6: 134217728 op, 516452167.00 ns, 3.8479 ns/op WorkloadWarmup 7: 134217728 op, 516501166.00 ns, 3.8482 ns/op WorkloadWarmup 8: 134217728 op, 512370333.00 ns, 3.8175 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 516962959.00 ns, 3.8517 ns/op WorkloadActual 2: 134217728 op, 515679750.00 ns, 3.8421 ns/op WorkloadActual 3: 134217728 op, 515673625.00 ns, 3.8421 ns/op WorkloadActual 4: 134217728 op, 514919083.00 ns, 3.8364 ns/op WorkloadActual 5: 134217728 op, 517075916.00 ns, 3.8525 ns/op WorkloadActual 6: 134217728 op, 517730334.00 ns, 3.8574 ns/op WorkloadActual 7: 134217728 op, 515942750.00 ns, 3.8441 ns/op WorkloadActual 8: 134217728 op, 516308250.00 ns, 3.8468 ns/op WorkloadActual 9: 134217728 op, 517717500.00 ns, 3.8573 ns/op WorkloadActual 10: 134217728 op, 516735500.00 ns, 3.8500 ns/op WorkloadActual 11: 134217728 op, 513564583.00 ns, 3.8264 ns/op WorkloadActual 12: 134217728 op, 521497584.00 ns, 3.8855 ns/op WorkloadActual 13: 134217728 op, 518692458.00 ns, 3.8646 ns/op WorkloadActual 14: 134217728 op, 519102209.00 ns, 3.8676 ns/op WorkloadActual 15: 134217728 op, 518063084.00 ns, 3.8599 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 300725875.00 ns, 2.2406 ns/op WorkloadResult 2: 134217728 op, 299442666.00 ns, 2.2310 ns/op WorkloadResult 3: 134217728 op, 299436541.00 ns, 2.2310 ns/op WorkloadResult 4: 134217728 op, 298681999.00 ns, 2.2254 ns/op WorkloadResult 5: 134217728 op, 300838832.00 ns, 2.2414 ns/op WorkloadResult 6: 134217728 op, 301493250.00 ns, 2.2463 ns/op WorkloadResult 7: 134217728 op, 299705666.00 ns, 2.2330 ns/op WorkloadResult 8: 134217728 op, 300071166.00 ns, 2.2357 ns/op WorkloadResult 9: 134217728 op, 301480416.00 ns, 2.2462 ns/op WorkloadResult 10: 134217728 op, 300498416.00 ns, 2.2389 ns/op WorkloadResult 11: 134217728 op, 297327499.00 ns, 2.2153 ns/op WorkloadResult 12: 134217728 op, 302455374.00 ns, 2.2535 ns/op WorkloadResult 13: 134217728 op, 302865125.00 ns, 2.2565 ns/op WorkloadResult 14: 134217728 op, 301826000.00 ns, 2.2488 ns/op // GC: 385 0 0 3221225472 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 38285 has exited with code 0. Mean = 2.239 ns, StdErr = 0.003 ns (0.13%), N = 14, StdDev = 0.011 ns Min = 2.215 ns, Q1 = 2.232 ns, Median = 2.240 ns, Q3 = 2.246 ns, Max = 2.257 ns IQR = 0.015 ns, LowerFence = 2.209 ns, UpperFence = 2.268 ns ConfidenceInterval = [2.226 ns; 2.252 ns] (CI 99.9%), Margin = 0.013 ns (0.57% of Mean) Skewness = -0.31, Kurtosis = 2.26, MValue = 2 // ** Remained 5 (16,1 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 1m from now) ** // ************************** // Benchmark: MetadataValueBenchmarks.CreateDoubleValue: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataValueBenchmarks.CreateDoubleValue --job Default --benchmarkId 26 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 80416.00 ns, 80.4160 us/op WorkloadJitting 1: 1 op, 156709.00 ns, 156.7090 us/op OverheadJitting 2: 16 op, 115917.00 ns, 7.2448 us/op WorkloadJitting 2: 16 op, 136083.00 ns, 8.5052 us/op WorkloadPilot 1: 16 op, 500.00 ns, 31.2500 ns/op WorkloadPilot 2: 32 op, 583.00 ns, 18.2188 ns/op WorkloadPilot 3: 64 op, 875.00 ns, 13.6719 ns/op WorkloadPilot 4: 128 op, 916.00 ns, 7.1563 ns/op WorkloadPilot 5: 256 op, 1709.00 ns, 6.6758 ns/op WorkloadPilot 6: 512 op, 3250.00 ns, 6.3477 ns/op WorkloadPilot 7: 1024 op, 6750.00 ns, 6.5918 ns/op WorkloadPilot 8: 2048 op, 13333.00 ns, 6.5103 ns/op WorkloadPilot 9: 4096 op, 27250.00 ns, 6.6528 ns/op WorkloadPilot 10: 8192 op, 51334.00 ns, 6.2664 ns/op WorkloadPilot 11: 16384 op, 107708.00 ns, 6.5740 ns/op WorkloadPilot 12: 32768 op, 192500.00 ns, 5.8746 ns/op WorkloadPilot 13: 65536 op, 394250.00 ns, 6.0158 ns/op WorkloadPilot 14: 131072 op, 809792.00 ns, 6.1782 ns/op WorkloadPilot 15: 262144 op, 1623125.00 ns, 6.1917 ns/op WorkloadPilot 16: 524288 op, 3282750.00 ns, 6.2613 ns/op WorkloadPilot 17: 1048576 op, 6611583.00 ns, 6.3053 ns/op WorkloadPilot 18: 2097152 op, 13253625.00 ns, 6.3198 ns/op WorkloadPilot 19: 4194304 op, 26610041.00 ns, 6.3443 ns/op WorkloadPilot 20: 8388608 op, 52811833.00 ns, 6.2957 ns/op WorkloadPilot 21: 16777216 op, 62758125.00 ns, 3.7407 ns/op WorkloadPilot 22: 33554432 op, 28585458.00 ns, 0.8519 ns/op WorkloadPilot 23: 67108864 op, 56749958.00 ns, 0.8456 ns/op WorkloadPilot 24: 134217728 op, 112174625.00 ns, 0.8358 ns/op WorkloadPilot 25: 268435456 op, 218627208.00 ns, 0.8144 ns/op WorkloadPilot 26: 536870912 op, 443742166.00 ns, 0.8265 ns/op WorkloadPilot 27: 1073741824 op, 879972292.00 ns, 0.8195 ns/op OverheadWarmup 1: 1073741824 op, 1593348833.00 ns, 1.4839 ns/op OverheadWarmup 2: 1073741824 op, 1526924833.00 ns, 1.4221 ns/op OverheadWarmup 3: 1073741824 op, 1535284292.00 ns, 1.4298 ns/op OverheadWarmup 4: 1073741824 op, 1539610791.00 ns, 1.4339 ns/op OverheadWarmup 5: 1073741824 op, 1532486083.00 ns, 1.4272 ns/op OverheadWarmup 6: 1073741824 op, 1526958584.00 ns, 1.4221 ns/op OverheadWarmup 7: 1073741824 op, 1527284750.00 ns, 1.4224 ns/op OverheadWarmup 8: 1073741824 op, 1528584833.00 ns, 1.4236 ns/op OverheadWarmup 9: 1073741824 op, 1527184666.00 ns, 1.4223 ns/op OverheadActual 1: 1073741824 op, 1531324250.00 ns, 1.4262 ns/op OverheadActual 2: 1073741824 op, 1528403542.00 ns, 1.4234 ns/op OverheadActual 3: 1073741824 op, 1529560958.00 ns, 1.4245 ns/op OverheadActual 4: 1073741824 op, 1527003500.00 ns, 1.4221 ns/op OverheadActual 5: 1073741824 op, 1528766625.00 ns, 1.4238 ns/op OverheadActual 6: 1073741824 op, 1535890000.00 ns, 1.4304 ns/op OverheadActual 7: 1073741824 op, 1528983625.00 ns, 1.4240 ns/op OverheadActual 8: 1073741824 op, 1529698417.00 ns, 1.4246 ns/op OverheadActual 9: 1073741824 op, 1528783292.00 ns, 1.4238 ns/op OverheadActual 10: 1073741824 op, 1528097667.00 ns, 1.4232 ns/op OverheadActual 11: 1073741824 op, 1530864083.00 ns, 1.4257 ns/op OverheadActual 12: 1073741824 op, 1528384583.00 ns, 1.4234 ns/op OverheadActual 13: 1073741824 op, 1531363708.00 ns, 1.4262 ns/op OverheadActual 14: 1073741824 op, 1528914084.00 ns, 1.4239 ns/op OverheadActual 15: 1073741824 op, 1526380959.00 ns, 1.4216 ns/op WorkloadWarmup 1: 1073741824 op, 881006834.00 ns, 0.8205 ns/op WorkloadWarmup 2: 1073741824 op, 879116750.00 ns, 0.8187 ns/op WorkloadWarmup 3: 1073741824 op, 885984583.00 ns, 0.8251 ns/op WorkloadWarmup 4: 1073741824 op, 881526291.00 ns, 0.8210 ns/op WorkloadWarmup 5: 1073741824 op, 879165875.00 ns, 0.8188 ns/op WorkloadWarmup 6: 1073741824 op, 882214209.00 ns, 0.8216 ns/op WorkloadWarmup 7: 1073741824 op, 883353208.00 ns, 0.8227 ns/op WorkloadWarmup 8: 1073741824 op, 882864334.00 ns, 0.8222 ns/op // BeforeActualRun WorkloadActual 1: 1073741824 op, 881999417.00 ns, 0.8214 ns/op WorkloadActual 2: 1073741824 op, 881128666.00 ns, 0.8206 ns/op WorkloadActual 3: 1073741824 op, 886378209.00 ns, 0.8255 ns/op WorkloadActual 4: 1073741824 op, 881791458.00 ns, 0.8212 ns/op WorkloadActual 5: 1073741824 op, 882608708.00 ns, 0.8220 ns/op WorkloadActual 6: 1073741824 op, 882231042.00 ns, 0.8216 ns/op WorkloadActual 7: 1073741824 op, 886857458.00 ns, 0.8260 ns/op WorkloadActual 8: 1073741824 op, 884172791.00 ns, 0.8235 ns/op WorkloadActual 9: 1073741824 op, 882407500.00 ns, 0.8218 ns/op WorkloadActual 10: 1073741824 op, 882556875.00 ns, 0.8219 ns/op WorkloadActual 11: 1073741824 op, 886471833.00 ns, 0.8256 ns/op WorkloadActual 12: 1073741824 op, 879921792.00 ns, 0.8195 ns/op WorkloadActual 13: 1073741824 op, 880034875.00 ns, 0.8196 ns/op WorkloadActual 14: 1073741824 op, 881677625.00 ns, 0.8211 ns/op WorkloadActual 15: 1073741824 op, 887142709.00 ns, 0.8262 ns/op // AfterActualRun WorkloadResult 1: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 2: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 3: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 4: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 5: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 6: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 7: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 8: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 9: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 10: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 11: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 12: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 13: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 14: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 15: 1073741824 op, 0.00 ns, 0.0000 ns/op // GC: 0 0 0 32 1073741824 // Threading: 0 0 1073741824 // AfterAll // Benchmark Process 38290 has exited with code 0. Mean = 0.000 ns, StdErr = 0.000 ns (NaN%), N = 15, StdDev = 0.000 ns Min = 0.000 ns, Q1 = 0.000 ns, Median = 0.000 ns, Q3 = 0.000 ns, Max = 0.000 ns IQR = 0.000 ns, LowerFence = 0.000 ns, UpperFence = 0.000 ns ConfidenceInterval = [0.000 ns; 0.000 ns] (CI 99.9%), Margin = 0.000 ns (NaN% of Mean) Skewness = NaN, Kurtosis = NaN, MValue = 2 // ** Remained 4 (12,9 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 1m from now) ** // ************************** // Benchmark: MetadataValueBenchmarks.CreateBoxedDouble: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataValueBenchmarks.CreateBoxedDouble --job Default --benchmarkId 27 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 86208.00 ns, 86.2080 us/op WorkloadJitting 1: 1 op, 91917.00 ns, 91.9170 us/op OverheadJitting 2: 16 op, 260708.00 ns, 16.2943 us/op WorkloadJitting 2: 16 op, 220833.00 ns, 13.8021 us/op WorkloadPilot 1: 16 op, 542.00 ns, 33.8750 ns/op WorkloadPilot 2: 32 op, 833.00 ns, 26.0313 ns/op WorkloadPilot 3: 64 op, 750.00 ns, 11.7188 ns/op WorkloadPilot 4: 128 op, 959.00 ns, 7.4922 ns/op WorkloadPilot 5: 256 op, 1541.00 ns, 6.0195 ns/op WorkloadPilot 6: 512 op, 2834.00 ns, 5.5352 ns/op WorkloadPilot 7: 1024 op, 5375.00 ns, 5.2490 ns/op WorkloadPilot 8: 2048 op, 10250.00 ns, 5.0049 ns/op WorkloadPilot 9: 4096 op, 19667.00 ns, 4.8015 ns/op WorkloadPilot 10: 8192 op, 38125.00 ns, 4.6539 ns/op WorkloadPilot 11: 16384 op, 73334.00 ns, 4.4760 ns/op WorkloadPilot 12: 32768 op, 133375.00 ns, 4.0703 ns/op WorkloadPilot 13: 65536 op, 287667.00 ns, 4.3895 ns/op WorkloadPilot 14: 131072 op, 600292.00 ns, 4.5799 ns/op WorkloadPilot 15: 262144 op, 1136958.00 ns, 4.3372 ns/op WorkloadPilot 16: 524288 op, 2080583.00 ns, 3.9684 ns/op WorkloadPilot 17: 1048576 op, 4122667.00 ns, 3.9317 ns/op WorkloadPilot 18: 2097152 op, 8176500.00 ns, 3.8989 ns/op WorkloadPilot 19: 4194304 op, 16492167.00 ns, 3.9320 ns/op WorkloadPilot 20: 8388608 op, 33071209.00 ns, 3.9424 ns/op WorkloadPilot 21: 16777216 op, 65320542.00 ns, 3.8934 ns/op WorkloadPilot 22: 33554432 op, 130833750.00 ns, 3.8991 ns/op WorkloadPilot 23: 67108864 op, 262927959.00 ns, 3.9179 ns/op WorkloadPilot 24: 134217728 op, 521374334.00 ns, 3.8845 ns/op OverheadWarmup 1: 134217728 op, 256835000.00 ns, 1.9136 ns/op OverheadWarmup 2: 134217728 op, 215990375.00 ns, 1.6093 ns/op OverheadWarmup 3: 134217728 op, 219026750.00 ns, 1.6319 ns/op OverheadWarmup 4: 134217728 op, 218780083.00 ns, 1.6300 ns/op OverheadWarmup 5: 134217728 op, 216446500.00 ns, 1.6127 ns/op OverheadWarmup 6: 134217728 op, 217491833.00 ns, 1.6204 ns/op OverheadWarmup 7: 134217728 op, 219930417.00 ns, 1.6386 ns/op OverheadWarmup 8: 134217728 op, 216296708.00 ns, 1.6115 ns/op OverheadActual 1: 134217728 op, 215789333.00 ns, 1.6078 ns/op OverheadActual 2: 134217728 op, 221154125.00 ns, 1.6477 ns/op OverheadActual 3: 134217728 op, 215837792.00 ns, 1.6081 ns/op OverheadActual 4: 134217728 op, 215843375.00 ns, 1.6082 ns/op OverheadActual 5: 134217728 op, 221037292.00 ns, 1.6469 ns/op OverheadActual 6: 134217728 op, 216200958.00 ns, 1.6108 ns/op OverheadActual 7: 134217728 op, 216697417.00 ns, 1.6145 ns/op OverheadActual 8: 134217728 op, 219239000.00 ns, 1.6335 ns/op OverheadActual 9: 134217728 op, 218613583.00 ns, 1.6288 ns/op OverheadActual 10: 134217728 op, 217459958.00 ns, 1.6202 ns/op OverheadActual 11: 134217728 op, 218269125.00 ns, 1.6262 ns/op OverheadActual 12: 134217728 op, 218722041.00 ns, 1.6296 ns/op OverheadActual 13: 134217728 op, 215886500.00 ns, 1.6085 ns/op OverheadActual 14: 134217728 op, 215917125.00 ns, 1.6087 ns/op OverheadActual 15: 134217728 op, 220990084.00 ns, 1.6465 ns/op WorkloadWarmup 1: 134217728 op, 516138042.00 ns, 3.8455 ns/op WorkloadWarmup 2: 134217728 op, 520972417.00 ns, 3.8815 ns/op WorkloadWarmup 3: 134217728 op, 521820792.00 ns, 3.8879 ns/op WorkloadWarmup 4: 134217728 op, 523942417.00 ns, 3.9037 ns/op WorkloadWarmup 5: 134217728 op, 518835709.00 ns, 3.8656 ns/op WorkloadWarmup 6: 134217728 op, 521717334.00 ns, 3.8871 ns/op WorkloadWarmup 7: 134217728 op, 521035417.00 ns, 3.8820 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 518721250.00 ns, 3.8648 ns/op WorkloadActual 2: 134217728 op, 516251042.00 ns, 3.8464 ns/op WorkloadActual 3: 134217728 op, 518717500.00 ns, 3.8647 ns/op WorkloadActual 4: 134217728 op, 519468792.00 ns, 3.8703 ns/op WorkloadActual 5: 134217728 op, 516975834.00 ns, 3.8518 ns/op WorkloadActual 6: 134217728 op, 514769792.00 ns, 3.8353 ns/op WorkloadActual 7: 134217728 op, 516975875.00 ns, 3.8518 ns/op WorkloadActual 8: 134217728 op, 517396292.00 ns, 3.8549 ns/op WorkloadActual 9: 134217728 op, 516980584.00 ns, 3.8518 ns/op WorkloadActual 10: 134217728 op, 516625292.00 ns, 3.8492 ns/op WorkloadActual 11: 134217728 op, 517724375.00 ns, 3.8573 ns/op WorkloadActual 12: 134217728 op, 516497250.00 ns, 3.8482 ns/op WorkloadActual 13: 134217728 op, 524673250.00 ns, 3.9091 ns/op WorkloadActual 14: 134217728 op, 515293292.00 ns, 3.8392 ns/op WorkloadActual 15: 134217728 op, 517494500.00 ns, 3.8556 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 301261292.00 ns, 2.2446 ns/op WorkloadResult 2: 134217728 op, 298791084.00 ns, 2.2262 ns/op WorkloadResult 3: 134217728 op, 301257542.00 ns, 2.2445 ns/op WorkloadResult 4: 134217728 op, 302008834.00 ns, 2.2501 ns/op WorkloadResult 5: 134217728 op, 299515876.00 ns, 2.2316 ns/op WorkloadResult 6: 134217728 op, 297309834.00 ns, 2.2151 ns/op WorkloadResult 7: 134217728 op, 299515917.00 ns, 2.2316 ns/op WorkloadResult 8: 134217728 op, 299936334.00 ns, 2.2347 ns/op WorkloadResult 9: 134217728 op, 299520626.00 ns, 2.2316 ns/op WorkloadResult 10: 134217728 op, 299165334.00 ns, 2.2290 ns/op WorkloadResult 11: 134217728 op, 300264417.00 ns, 2.2371 ns/op WorkloadResult 12: 134217728 op, 299037292.00 ns, 2.2280 ns/op WorkloadResult 13: 134217728 op, 297833334.00 ns, 2.2190 ns/op WorkloadResult 14: 134217728 op, 300034542.00 ns, 2.2354 ns/op // GC: 385 0 0 3221225472 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 38303 has exited with code 0. Mean = 2.233 ns, StdErr = 0.003 ns (0.11%), N = 14, StdDev = 0.010 ns Min = 2.215 ns, Q1 = 2.228 ns, Median = 2.232 ns, Q3 = 2.237 ns, Max = 2.250 ns IQR = 0.008 ns, LowerFence = 2.216 ns, UpperFence = 2.249 ns ConfidenceInterval = [2.222 ns; 2.244 ns] (CI 99.9%), Margin = 0.011 ns (0.48% of Mean) Skewness = 0.01, Kurtosis = 2.24, MValue = 2 // ** Remained 3 (9,7 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 1m from now) ** // ************************** // Benchmark: MetadataValueBenchmarks.CreateBooleanValue: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataValueBenchmarks.CreateBooleanValue --job Default --benchmarkId 28 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 88875.00 ns, 88.8750 us/op WorkloadJitting 1: 1 op, 142875.00 ns, 142.8750 us/op OverheadJitting 2: 16 op, 115750.00 ns, 7.2344 us/op WorkloadJitting 2: 16 op, 142833.00 ns, 8.9271 us/op WorkloadPilot 1: 16 op, 375.00 ns, 23.4375 ns/op WorkloadPilot 2: 32 op, 459.00 ns, 14.3438 ns/op WorkloadPilot 3: 64 op, 458.00 ns, 7.1563 ns/op WorkloadPilot 4: 128 op, 791.00 ns, 6.1797 ns/op WorkloadPilot 5: 256 op, 1458.00 ns, 5.6953 ns/op WorkloadPilot 6: 512 op, 3292.00 ns, 6.4297 ns/op WorkloadPilot 7: 1024 op, 6125.00 ns, 5.9814 ns/op WorkloadPilot 8: 2048 op, 11708.00 ns, 5.7168 ns/op WorkloadPilot 9: 4096 op, 23583.00 ns, 5.7576 ns/op WorkloadPilot 10: 8192 op, 44000.00 ns, 5.3711 ns/op WorkloadPilot 11: 16384 op, 81375.00 ns, 4.9667 ns/op WorkloadPilot 12: 32768 op, 156500.00 ns, 4.7760 ns/op WorkloadPilot 13: 65536 op, 326042.00 ns, 4.9750 ns/op WorkloadPilot 14: 131072 op, 664250.00 ns, 5.0678 ns/op WorkloadPilot 15: 262144 op, 1396541.00 ns, 5.3274 ns/op WorkloadPilot 16: 524288 op, 2790541.00 ns, 5.3225 ns/op WorkloadPilot 17: 1048576 op, 5413542.00 ns, 5.1628 ns/op WorkloadPilot 18: 2097152 op, 10851792.00 ns, 5.1745 ns/op WorkloadPilot 19: 4194304 op, 21544625.00 ns, 5.1366 ns/op WorkloadPilot 20: 8388608 op, 42761958.00 ns, 5.0976 ns/op WorkloadPilot 21: 16777216 op, 69429083.00 ns, 4.1383 ns/op WorkloadPilot 22: 33554432 op, 40455708.00 ns, 1.2057 ns/op WorkloadPilot 23: 67108864 op, 81610417.00 ns, 1.2161 ns/op WorkloadPilot 24: 134217728 op, 164053250.00 ns, 1.2223 ns/op WorkloadPilot 25: 268435456 op, 331340625.00 ns, 1.2343 ns/op WorkloadPilot 26: 536870912 op, 657814750.00 ns, 1.2253 ns/op OverheadWarmup 1: 536870912 op, 794630708.00 ns, 1.4801 ns/op OverheadWarmup 2: 536870912 op, 765954333.00 ns, 1.4267 ns/op OverheadWarmup 3: 536870912 op, 766137417.00 ns, 1.4270 ns/op OverheadWarmup 4: 536870912 op, 765684666.00 ns, 1.4262 ns/op OverheadWarmup 5: 536870912 op, 764794959.00 ns, 1.4245 ns/op OverheadWarmup 6: 536870912 op, 765840000.00 ns, 1.4265 ns/op OverheadWarmup 7: 536870912 op, 767177708.00 ns, 1.4290 ns/op OverheadWarmup 8: 536870912 op, 767204667.00 ns, 1.4290 ns/op OverheadWarmup 9: 536870912 op, 767075709.00 ns, 1.4288 ns/op OverheadActual 1: 536870912 op, 766232416.00 ns, 1.4272 ns/op OverheadActual 2: 536870912 op, 767004916.00 ns, 1.4287 ns/op OverheadActual 3: 536870912 op, 764041375.00 ns, 1.4231 ns/op OverheadActual 4: 536870912 op, 765880000.00 ns, 1.4266 ns/op OverheadActual 5: 536870912 op, 765955125.00 ns, 1.4267 ns/op OverheadActual 6: 536870912 op, 766368583.00 ns, 1.4275 ns/op OverheadActual 7: 536870912 op, 767290459.00 ns, 1.4292 ns/op OverheadActual 8: 536870912 op, 766451042.00 ns, 1.4276 ns/op OverheadActual 9: 536870912 op, 762529750.00 ns, 1.4203 ns/op OverheadActual 10: 536870912 op, 768843917.00 ns, 1.4321 ns/op OverheadActual 11: 536870912 op, 765526042.00 ns, 1.4259 ns/op OverheadActual 12: 536870912 op, 762555417.00 ns, 1.4204 ns/op OverheadActual 13: 536870912 op, 767318667.00 ns, 1.4292 ns/op OverheadActual 14: 536870912 op, 766183791.00 ns, 1.4271 ns/op OverheadActual 15: 536870912 op, 765469375.00 ns, 1.4258 ns/op WorkloadWarmup 1: 536870912 op, 655245625.00 ns, 1.2205 ns/op WorkloadWarmup 2: 536870912 op, 659349541.00 ns, 1.2281 ns/op WorkloadWarmup 3: 536870912 op, 655949709.00 ns, 1.2218 ns/op WorkloadWarmup 4: 536870912 op, 654733459.00 ns, 1.2195 ns/op WorkloadWarmup 5: 536870912 op, 656237375.00 ns, 1.2223 ns/op WorkloadWarmup 6: 536870912 op, 656578041.00 ns, 1.2230 ns/op WorkloadWarmup 7: 536870912 op, 657536750.00 ns, 1.2248 ns/op WorkloadWarmup 8: 536870912 op, 671468792.00 ns, 1.2507 ns/op WorkloadWarmup 9: 536870912 op, 654869208.00 ns, 1.2198 ns/op // BeforeActualRun WorkloadActual 1: 536870912 op, 658537292.00 ns, 1.2266 ns/op WorkloadActual 2: 536870912 op, 656167958.00 ns, 1.2222 ns/op WorkloadActual 3: 536870912 op, 656819541.00 ns, 1.2234 ns/op WorkloadActual 4: 536870912 op, 656763125.00 ns, 1.2233 ns/op WorkloadActual 5: 536870912 op, 657351958.00 ns, 1.2244 ns/op WorkloadActual 6: 536870912 op, 657791000.00 ns, 1.2252 ns/op WorkloadActual 7: 536870912 op, 658481458.00 ns, 1.2265 ns/op WorkloadActual 8: 536870912 op, 658213666.00 ns, 1.2260 ns/op WorkloadActual 9: 536870912 op, 660452583.00 ns, 1.2302 ns/op WorkloadActual 10: 536870912 op, 654889625.00 ns, 1.2198 ns/op WorkloadActual 11: 536870912 op, 654581417.00 ns, 1.2193 ns/op WorkloadActual 12: 536870912 op, 654947250.00 ns, 1.2199 ns/op WorkloadActual 13: 536870912 op, 656395167.00 ns, 1.2226 ns/op WorkloadActual 14: 536870912 op, 656263792.00 ns, 1.2224 ns/op WorkloadActual 15: 536870912 op, 655259083.00 ns, 1.2205 ns/op // AfterActualRun WorkloadResult 1: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 2: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 3: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 4: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 5: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 6: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 7: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 8: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 9: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 10: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 11: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 12: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 13: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 14: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 15: 536870912 op, 0.00 ns, 0.0000 ns/op // GC: 0 0 0 32 536870912 // Threading: 0 0 536870912 // AfterAll // Benchmark Process 38306 has exited with code 0. Mean = 0.000 ns, StdErr = 0.000 ns (NaN%), N = 15, StdDev = 0.000 ns Min = 0.000 ns, Q1 = 0.000 ns, Median = 0.000 ns, Q3 = 0.000 ns, Max = 0.000 ns IQR = 0.000 ns, LowerFence = 0.000 ns, UpperFence = 0.000 ns ConfidenceInterval = [0.000 ns; 0.000 ns] (CI 99.9%), Margin = 0.000 ns (NaN% of Mean) Skewness = NaN, Kurtosis = NaN, MValue = 2 // ** Remained 2 (6,5 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 0m from now) ** // ************************** // Benchmark: MetadataValueBenchmarks.CreateBoxedBoolean: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataValueBenchmarks.CreateBoxedBoolean --job Default --benchmarkId 29 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 84875.00 ns, 84.8750 us/op WorkloadJitting 1: 1 op, 148416.00 ns, 148.4160 us/op OverheadJitting 2: 16 op, 248417.00 ns, 15.5261 us/op WorkloadJitting 2: 16 op, 242792.00 ns, 15.1745 us/op WorkloadPilot 1: 16 op, 667.00 ns, 41.6875 ns/op WorkloadPilot 2: 32 op, 792.00 ns, 24.7500 ns/op WorkloadPilot 3: 64 op, 708.00 ns, 11.0625 ns/op WorkloadPilot 4: 128 op, 833.00 ns, 6.5078 ns/op WorkloadPilot 5: 256 op, 1334.00 ns, 5.2109 ns/op WorkloadPilot 6: 512 op, 3417.00 ns, 6.6738 ns/op WorkloadPilot 7: 1024 op, 5500.00 ns, 5.3711 ns/op WorkloadPilot 8: 2048 op, 9500.00 ns, 4.6387 ns/op WorkloadPilot 9: 4096 op, 19875.00 ns, 4.8523 ns/op WorkloadPilot 10: 8192 op, 41125.00 ns, 5.0201 ns/op WorkloadPilot 11: 16384 op, 90584.00 ns, 5.5288 ns/op WorkloadPilot 12: 32768 op, 148750.00 ns, 4.5395 ns/op WorkloadPilot 13: 65536 op, 280125.00 ns, 4.2744 ns/op WorkloadPilot 14: 131072 op, 567125.00 ns, 4.3268 ns/op WorkloadPilot 15: 262144 op, 1150042.00 ns, 4.3871 ns/op WorkloadPilot 16: 524288 op, 2110208.00 ns, 4.0249 ns/op WorkloadPilot 17: 1048576 op, 4147208.00 ns, 3.9551 ns/op WorkloadPilot 18: 2097152 op, 8309667.00 ns, 3.9624 ns/op WorkloadPilot 19: 4194304 op, 16392375.00 ns, 3.9082 ns/op WorkloadPilot 20: 8388608 op, 32520084.00 ns, 3.8767 ns/op WorkloadPilot 21: 16777216 op, 66822875.00 ns, 3.9830 ns/op WorkloadPilot 22: 33554432 op, 130914417.00 ns, 3.9016 ns/op WorkloadPilot 23: 67108864 op, 256441500.00 ns, 3.8213 ns/op WorkloadPilot 24: 134217728 op, 517180917.00 ns, 3.8533 ns/op OverheadWarmup 1: 134217728 op, 256716291.00 ns, 1.9127 ns/op OverheadWarmup 2: 134217728 op, 217604125.00 ns, 1.6213 ns/op OverheadWarmup 3: 134217728 op, 219567584.00 ns, 1.6359 ns/op OverheadWarmup 4: 134217728 op, 216024541.00 ns, 1.6095 ns/op OverheadWarmup 5: 134217728 op, 215969125.00 ns, 1.6091 ns/op OverheadWarmup 6: 134217728 op, 221841250.00 ns, 1.6528 ns/op OverheadWarmup 7: 134217728 op, 216076958.00 ns, 1.6099 ns/op OverheadActual 1: 134217728 op, 216266042.00 ns, 1.6113 ns/op OverheadActual 2: 134217728 op, 221338875.00 ns, 1.6491 ns/op OverheadActual 3: 134217728 op, 215962708.00 ns, 1.6090 ns/op OverheadActual 4: 134217728 op, 216115292.00 ns, 1.6102 ns/op OverheadActual 5: 134217728 op, 219631042.00 ns, 1.6364 ns/op OverheadActual 6: 134217728 op, 218432625.00 ns, 1.6274 ns/op OverheadActual 7: 134217728 op, 216177500.00 ns, 1.6106 ns/op OverheadActual 8: 134217728 op, 218329541.00 ns, 1.6267 ns/op OverheadActual 9: 134217728 op, 218870250.00 ns, 1.6307 ns/op OverheadActual 10: 134217728 op, 216897208.00 ns, 1.6160 ns/op OverheadActual 11: 134217728 op, 217118625.00 ns, 1.6177 ns/op OverheadActual 12: 134217728 op, 220710541.00 ns, 1.6444 ns/op OverheadActual 13: 134217728 op, 216093292.00 ns, 1.6100 ns/op OverheadActual 14: 134217728 op, 216118417.00 ns, 1.6102 ns/op OverheadActual 15: 134217728 op, 221307000.00 ns, 1.6489 ns/op WorkloadWarmup 1: 134217728 op, 513159500.00 ns, 3.8233 ns/op WorkloadWarmup 2: 134217728 op, 517584834.00 ns, 3.8563 ns/op WorkloadWarmup 3: 134217728 op, 516884000.00 ns, 3.8511 ns/op WorkloadWarmup 4: 134217728 op, 514885625.00 ns, 3.8362 ns/op WorkloadWarmup 5: 134217728 op, 514410000.00 ns, 3.8327 ns/op WorkloadWarmup 6: 134217728 op, 518617125.00 ns, 3.8640 ns/op WorkloadWarmup 7: 134217728 op, 516463250.00 ns, 3.8480 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 516463584.00 ns, 3.8480 ns/op WorkloadActual 2: 134217728 op, 514935750.00 ns, 3.8366 ns/op WorkloadActual 3: 134217728 op, 516502042.00 ns, 3.8482 ns/op WorkloadActual 4: 134217728 op, 516698792.00 ns, 3.8497 ns/op WorkloadActual 5: 134217728 op, 513771833.00 ns, 3.8279 ns/op WorkloadActual 6: 134217728 op, 516053750.00 ns, 3.8449 ns/op WorkloadActual 7: 134217728 op, 516063541.00 ns, 3.8450 ns/op WorkloadActual 8: 134217728 op, 517209458.00 ns, 3.8535 ns/op WorkloadActual 9: 134217728 op, 511538667.00 ns, 3.8113 ns/op WorkloadActual 10: 134217728 op, 518204459.00 ns, 3.8609 ns/op WorkloadActual 11: 134217728 op, 516385333.00 ns, 3.8474 ns/op WorkloadActual 12: 134217728 op, 515163625.00 ns, 3.8383 ns/op WorkloadActual 13: 134217728 op, 514171500.00 ns, 3.8309 ns/op WorkloadActual 14: 134217728 op, 517326875.00 ns, 3.8544 ns/op WorkloadActual 15: 134217728 op, 516712042.00 ns, 3.8498 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 299344959.00 ns, 2.2303 ns/op WorkloadResult 2: 134217728 op, 297817125.00 ns, 2.2189 ns/op WorkloadResult 3: 134217728 op, 299383417.00 ns, 2.2306 ns/op WorkloadResult 4: 134217728 op, 299580167.00 ns, 2.2320 ns/op WorkloadResult 5: 134217728 op, 296653208.00 ns, 2.2102 ns/op WorkloadResult 6: 134217728 op, 298935125.00 ns, 2.2272 ns/op WorkloadResult 7: 134217728 op, 298944916.00 ns, 2.2273 ns/op WorkloadResult 8: 134217728 op, 300090833.00 ns, 2.2359 ns/op WorkloadResult 9: 134217728 op, 294420042.00 ns, 2.1936 ns/op WorkloadResult 10: 134217728 op, 301085834.00 ns, 2.2433 ns/op WorkloadResult 11: 134217728 op, 299266708.00 ns, 2.2297 ns/op WorkloadResult 12: 134217728 op, 298045000.00 ns, 2.2206 ns/op WorkloadResult 13: 134217728 op, 297052875.00 ns, 2.2132 ns/op WorkloadResult 14: 134217728 op, 300208250.00 ns, 2.2367 ns/op WorkloadResult 15: 134217728 op, 299593417.00 ns, 2.2321 ns/op // GC: 385 0 0 3221225472 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 38317 has exited with code 0. Mean = 2.225 ns, StdErr = 0.003 ns (0.14%), N = 15, StdDev = 0.012 ns Min = 2.194 ns, Q1 = 2.220 ns, Median = 2.230 ns, Q3 = 2.232 ns, Max = 2.243 ns IQR = 0.012 ns, LowerFence = 2.201 ns, UpperFence = 2.251 ns ConfidenceInterval = [2.212 ns; 2.239 ns] (CI 99.9%), Margin = 0.013 ns (0.60% of Mean) Skewness = -0.99, Kurtosis = 3.42, MValue = 2 // ** Remained 1 (3,2 %) benchmark(s) to run. Estimated finish 2026-01-07 12:52 (0h 0m from now) ** // ************************** // Benchmark: MetadataValueBenchmarks.CreateStringValue: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 115 116 --benchmarkName Benchmarks.MetadataValueBenchmarks.CreateStringValue --job Default --benchmarkId 30 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 83167.00 ns, 83.1670 us/op WorkloadJitting 1: 1 op, 171417.00 ns, 171.4170 us/op OverheadJitting 2: 16 op, 111458.00 ns, 6.9661 us/op WorkloadJitting 2: 16 op, 111875.00 ns, 6.9922 us/op WorkloadPilot 1: 16 op, 417.00 ns, 26.0625 ns/op WorkloadPilot 2: 32 op, 584.00 ns, 18.2500 ns/op WorkloadPilot 3: 64 op, 541.00 ns, 8.4531 ns/op WorkloadPilot 4: 128 op, 958.00 ns, 7.4844 ns/op WorkloadPilot 5: 256 op, 1708.00 ns, 6.6719 ns/op WorkloadPilot 6: 512 op, 3292.00 ns, 6.4297 ns/op WorkloadPilot 7: 1024 op, 6500.00 ns, 6.3477 ns/op WorkloadPilot 8: 2048 op, 12541.00 ns, 6.1235 ns/op WorkloadPilot 9: 4096 op, 25542.00 ns, 6.2358 ns/op WorkloadPilot 10: 8192 op, 47959.00 ns, 5.8544 ns/op WorkloadPilot 11: 16384 op, 99000.00 ns, 6.0425 ns/op WorkloadPilot 12: 32768 op, 193041.00 ns, 5.8911 ns/op WorkloadPilot 13: 65536 op, 345584.00 ns, 5.2732 ns/op WorkloadPilot 14: 131072 op, 674084.00 ns, 5.1429 ns/op WorkloadPilot 15: 262144 op, 1372917.00 ns, 5.2373 ns/op WorkloadPilot 16: 524288 op, 2918792.00 ns, 5.5672 ns/op WorkloadPilot 17: 1048576 op, 5585000.00 ns, 5.3263 ns/op WorkloadPilot 18: 2097152 op, 10994250.00 ns, 5.2425 ns/op WorkloadPilot 19: 4194304 op, 21852083.00 ns, 5.2099 ns/op WorkloadPilot 20: 8388608 op, 44374000.00 ns, 5.2898 ns/op WorkloadPilot 21: 16777216 op, 62261625.00 ns, 3.7111 ns/op WorkloadPilot 22: 33554432 op, 27732584.00 ns, 0.8265 ns/op WorkloadPilot 23: 67108864 op, 55366250.00 ns, 0.8250 ns/op WorkloadPilot 24: 134217728 op, 110285542.00 ns, 0.8217 ns/op WorkloadPilot 25: 268435456 op, 221131083.00 ns, 0.8238 ns/op WorkloadPilot 26: 536870912 op, 443702875.00 ns, 0.8265 ns/op WorkloadPilot 27: 1073741824 op, 885946167.00 ns, 0.8251 ns/op OverheadWarmup 1: 1073741824 op, 1581818083.00 ns, 1.4732 ns/op OverheadWarmup 2: 1073741824 op, 1532913667.00 ns, 1.4276 ns/op OverheadWarmup 3: 1073741824 op, 1530327208.00 ns, 1.4252 ns/op OverheadWarmup 4: 1073741824 op, 1529087000.00 ns, 1.4241 ns/op OverheadWarmup 5: 1073741824 op, 1529019625.00 ns, 1.4240 ns/op OverheadWarmup 6: 1073741824 op, 1522366084.00 ns, 1.4178 ns/op OverheadWarmup 7: 1073741824 op, 1530866625.00 ns, 1.4257 ns/op OverheadWarmup 8: 1073741824 op, 1530327208.00 ns, 1.4252 ns/op OverheadWarmup 9: 1073741824 op, 1529890875.00 ns, 1.4248 ns/op OverheadWarmup 10: 1073741824 op, 1529809125.00 ns, 1.4247 ns/op OverheadActual 1: 1073741824 op, 1526898958.00 ns, 1.4220 ns/op OverheadActual 2: 1073741824 op, 1532172167.00 ns, 1.4269 ns/op OverheadActual 3: 1073741824 op, 1531934875.00 ns, 1.4267 ns/op OverheadActual 4: 1073741824 op, 1529934333.00 ns, 1.4249 ns/op OverheadActual 5: 1073741824 op, 1520639250.00 ns, 1.4162 ns/op OverheadActual 6: 1073741824 op, 1526444375.00 ns, 1.4216 ns/op OverheadActual 7: 1073741824 op, 1529058417.00 ns, 1.4240 ns/op OverheadActual 8: 1073741824 op, 1527326541.00 ns, 1.4224 ns/op OverheadActual 9: 1073741824 op, 1529975583.00 ns, 1.4249 ns/op OverheadActual 10: 1073741824 op, 1530186458.00 ns, 1.4251 ns/op OverheadActual 11: 1073741824 op, 1526829125.00 ns, 1.4220 ns/op OverheadActual 12: 1073741824 op, 1528529458.00 ns, 1.4236 ns/op OverheadActual 13: 1073741824 op, 1528210959.00 ns, 1.4233 ns/op OverheadActual 14: 1073741824 op, 1529476625.00 ns, 1.4244 ns/op OverheadActual 15: 1073741824 op, 1531597708.00 ns, 1.4264 ns/op WorkloadWarmup 1: 1073741824 op, 885818292.00 ns, 0.8250 ns/op WorkloadWarmup 2: 1073741824 op, 885070041.00 ns, 0.8243 ns/op WorkloadWarmup 3: 1073741824 op, 883000416.00 ns, 0.8224 ns/op WorkloadWarmup 4: 1073741824 op, 883809792.00 ns, 0.8231 ns/op WorkloadWarmup 5: 1073741824 op, 883769709.00 ns, 0.8231 ns/op WorkloadWarmup 6: 1073741824 op, 882785375.00 ns, 0.8222 ns/op WorkloadWarmup 7: 1073741824 op, 882950958.00 ns, 0.8223 ns/op WorkloadWarmup 8: 1073741824 op, 885769417.00 ns, 0.8249 ns/op WorkloadWarmup 9: 1073741824 op, 885543750.00 ns, 0.8247 ns/op // BeforeActualRun WorkloadActual 1: 1073741824 op, 881580708.00 ns, 0.8210 ns/op WorkloadActual 2: 1073741824 op, 882528583.00 ns, 0.8219 ns/op WorkloadActual 3: 1073741824 op, 885954541.00 ns, 0.8251 ns/op WorkloadActual 4: 1073741824 op, 880898750.00 ns, 0.8204 ns/op WorkloadActual 5: 1073741824 op, 881634167.00 ns, 0.8211 ns/op WorkloadActual 6: 1073741824 op, 882785125.00 ns, 0.8222 ns/op WorkloadActual 7: 1073741824 op, 884516583.00 ns, 0.8238 ns/op WorkloadActual 8: 1073741824 op, 884502500.00 ns, 0.8238 ns/op WorkloadActual 9: 1073741824 op, 882825084.00 ns, 0.8222 ns/op WorkloadActual 10: 1073741824 op, 879137541.00 ns, 0.8188 ns/op WorkloadActual 11: 1073741824 op, 882612375.00 ns, 0.8220 ns/op WorkloadActual 12: 1073741824 op, 884266542.00 ns, 0.8235 ns/op WorkloadActual 13: 1073741824 op, 882446959.00 ns, 0.8218 ns/op WorkloadActual 14: 1073741824 op, 881676292.00 ns, 0.8211 ns/op WorkloadActual 15: 1073741824 op, 883655334.00 ns, 0.8230 ns/op // AfterActualRun WorkloadResult 1: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 2: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 3: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 4: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 5: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 6: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 7: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 8: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 9: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 10: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 11: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 12: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 13: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 14: 1073741824 op, 0.00 ns, 0.0000 ns/op WorkloadResult 15: 1073741824 op, 0.00 ns, 0.0000 ns/op // GC: 0 0 0 0 1073741824 // Threading: 0 0 1073741824 // AfterAll // Benchmark Process 38320 has exited with code 0. Mean = 0.000 ns, StdErr = 0.000 ns (NaN%), N = 15, StdDev = 0.000 ns Min = 0.000 ns, Q1 = 0.000 ns, Median = 0.000 ns, Q3 = 0.000 ns, Max = 0.000 ns IQR = 0.000 ns, LowerFence = 0.000 ns, UpperFence = 0.000 ns ConfidenceInterval = [0.000 ns; 0.000 ns] (CI 99.9%), Margin = 0.000 ns (NaN% of Mean) Skewness = NaN, Kurtosis = NaN, MValue = 2 // ** Remained 0 (0,0 %) benchmark(s) to run. Estimated finish 2026-01-07 12:53 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataValueBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataValueBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataValueBenchmarks-report.html // * Detailed results * MetadataValueBenchmarks.CreateInt64Value: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 0.000 ns, StdErr = 0.000 ns (NaN%), N = 15, StdDev = 0.000 ns Min = 0.000 ns, Q1 = 0.000 ns, Median = 0.000 ns, Q3 = 0.000 ns, Max = 0.000 ns IQR = 0.000 ns, LowerFence = 0.000 ns, UpperFence = 0.000 ns ConfidenceInterval = [0.000 ns; 0.000 ns] (CI 99.9%), Margin = 0.000 ns (NaN% of Mean) Skewness = NaN, Kurtosis = NaN, MValue = 2 -------------------- Histogram -------------------- [0.000 ns ; 0.500 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataValueBenchmarks.CreateBoxedInt64: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.239 ns, StdErr = 0.003 ns (0.13%), N = 14, StdDev = 0.011 ns Min = 2.215 ns, Q1 = 2.232 ns, Median = 2.240 ns, Q3 = 2.246 ns, Max = 2.257 ns IQR = 0.015 ns, LowerFence = 2.209 ns, UpperFence = 2.268 ns ConfidenceInterval = [2.226 ns; 2.252 ns] (CI 99.9%), Margin = 0.013 ns (0.57% of Mean) Skewness = -0.31, Kurtosis = 2.26, MValue = 2 -------------------- Histogram -------------------- [2.214 ns ; 2.259 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- MetadataValueBenchmarks.CreateDoubleValue: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 0.000 ns, StdErr = 0.000 ns (NaN%), N = 15, StdDev = 0.000 ns Min = 0.000 ns, Q1 = 0.000 ns, Median = 0.000 ns, Q3 = 0.000 ns, Max = 0.000 ns IQR = 0.000 ns, LowerFence = 0.000 ns, UpperFence = 0.000 ns ConfidenceInterval = [0.000 ns; 0.000 ns] (CI 99.9%), Margin = 0.000 ns (NaN% of Mean) Skewness = NaN, Kurtosis = NaN, MValue = 2 -------------------- Histogram -------------------- [0.000 ns ; 0.500 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataValueBenchmarks.CreateBoxedDouble: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.233 ns, StdErr = 0.003 ns (0.11%), N = 14, StdDev = 0.010 ns Min = 2.215 ns, Q1 = 2.228 ns, Median = 2.232 ns, Q3 = 2.237 ns, Max = 2.250 ns IQR = 0.008 ns, LowerFence = 2.216 ns, UpperFence = 2.249 ns ConfidenceInterval = [2.222 ns; 2.244 ns] (CI 99.9%), Margin = 0.011 ns (0.48% of Mean) Skewness = 0.01, Kurtosis = 2.24, MValue = 2 -------------------- Histogram -------------------- [2.210 ns ; 2.255 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- MetadataValueBenchmarks.CreateBooleanValue: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 0.000 ns, StdErr = 0.000 ns (NaN%), N = 15, StdDev = 0.000 ns Min = 0.000 ns, Q1 = 0.000 ns, Median = 0.000 ns, Q3 = 0.000 ns, Max = 0.000 ns IQR = 0.000 ns, LowerFence = 0.000 ns, UpperFence = 0.000 ns ConfidenceInterval = [0.000 ns; 0.000 ns] (CI 99.9%), Margin = 0.000 ns (NaN% of Mean) Skewness = NaN, Kurtosis = NaN, MValue = 2 -------------------- Histogram -------------------- [0.000 ns ; 0.500 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataValueBenchmarks.CreateBoxedBoolean: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.225 ns, StdErr = 0.003 ns (0.14%), N = 15, StdDev = 0.012 ns Min = 2.194 ns, Q1 = 2.220 ns, Median = 2.230 ns, Q3 = 2.232 ns, Max = 2.243 ns IQR = 0.012 ns, LowerFence = 2.201 ns, UpperFence = 2.251 ns ConfidenceInterval = [2.212 ns; 2.239 ns] (CI 99.9%), Margin = 0.013 ns (0.60% of Mean) Skewness = -0.99, Kurtosis = 3.42, MValue = 2 -------------------- Histogram -------------------- [2.187 ns ; 2.250 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataValueBenchmarks.CreateStringValue: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 0.000 ns, StdErr = 0.000 ns (NaN%), N = 15, StdDev = 0.000 ns Min = 0.000 ns, Q1 = 0.000 ns, Median = 0.000 ns, Q3 = 0.000 ns, Max = 0.000 ns IQR = 0.000 ns, LowerFence = 0.000 ns, UpperFence = 0.000 ns ConfidenceInterval = [0.000 ns; 0.000 ns] (CI 99.9%), Margin = 0.000 ns (NaN% of Mean) Skewness = NaN, Kurtosis = NaN, MValue = 2 -------------------- Histogram -------------------- [0.000 ns ; 0.500 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Gen0 | Allocated | |------------------- |----------:|----------:|----------:|-------:|----------:| | CreateInt64Value | 0.0000 ns | 0.0000 ns | 0.0000 ns | - | - | | CreateBoxedInt64 | 2.2388 ns | 0.0127 ns | 0.0113 ns | 0.0029 | 24 B | | CreateDoubleValue | 0.0000 ns | 0.0000 ns | 0.0000 ns | - | - | | CreateBoxedDouble | 2.2328 ns | 0.0108 ns | 0.0096 ns | 0.0029 | 24 B | | CreateBooleanValue | 0.0000 ns | 0.0000 ns | 0.0000 ns | - | - | | CreateBoxedBoolean | 2.2254 ns | 0.0133 ns | 0.0125 ns | 0.0029 | 24 B | | CreateStringValue | 0.0000 ns | 0.0000 ns | 0.0000 ns | - | - | // * Hints * Outliers MetadataValueBenchmarks.CreateInt64Value: Default -> 1 outlier was detected (1.20 ns) MetadataValueBenchmarks.CreateBoxedInt64: Default -> 1 outlier was removed (3.89 ns) MetadataValueBenchmarks.CreateBoxedDouble: Default -> 1 outlier was removed (3.91 ns) MetadataValueBenchmarks.CreateBoxedBoolean: Default -> 1 outlier was detected (3.81 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Gen0 : GC Generation 0 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:04:08 (248.41 sec), executed benchmarks: 7 Global total time: 00:13:16 (796.65 sec), executed benchmarks: 31 // * Artifacts cleanup * Artifacts cleanup is finished BenchmarkRun-20260401-080120.log000066400000000000000000001140311516707642500334760ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 5 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 0.83 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 6.61 sec and exited with 0 // ***** Done, took 00:00:07 (7.49 sec) ***** // Found 3 benchmarks: // ComplexValidationEndpointBenchmarks.FluentValidationEndpoint: DefaultJob // ComplexValidationEndpointBenchmarks.PortableResultsValidationEndpoint: DefaultJob // ComplexValidationEndpointBenchmarks.PortableResultsNestedValidationOnly: DefaultJob // ************************** // Benchmark: ComplexValidationEndpointBenchmarks.FluentValidationEndpoint: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.ComplexValidationEndpointBenchmarks.FluentValidationEndpoint --job Default --benchmarkId 0 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 89167.00 ns, 89.1670 us/op WorkloadJitting 1: 1 op, 5547542.00 ns, 5.5475 ms/op OverheadJitting 2: 16 op, 346375.00 ns, 21.6484 us/op WorkloadJitting 2: 16 op, 401875.00 ns, 25.1172 us/op WorkloadPilot 1: 16 op, 53667.00 ns, 3.3542 us/op WorkloadPilot 2: 32 op, 63625.00 ns, 1.9883 us/op WorkloadPilot 3: 64 op, 121917.00 ns, 1.9050 us/op WorkloadPilot 4: 128 op, 225500.00 ns, 1.7617 us/op WorkloadPilot 5: 256 op, 488750.00 ns, 1.9092 us/op WorkloadPilot 6: 512 op, 886792.00 ns, 1.7320 us/op WorkloadPilot 7: 1024 op, 1705292.00 ns, 1.6653 us/op WorkloadPilot 8: 2048 op, 3742292.00 ns, 1.8273 us/op WorkloadPilot 9: 4096 op, 7656375.00 ns, 1.8692 us/op WorkloadPilot 10: 8192 op, 15589625.00 ns, 1.9030 us/op WorkloadPilot 11: 16384 op, 30023375.00 ns, 1.8325 us/op WorkloadPilot 12: 32768 op, 59351750.00 ns, 1.8113 us/op WorkloadPilot 13: 65536 op, 69218667.00 ns, 1.0562 us/op WorkloadPilot 14: 131072 op, 53080333.00 ns, 404.9708 ns/op WorkloadPilot 15: 262144 op, 106082458.00 ns, 404.6725 ns/op WorkloadPilot 16: 524288 op, 210862916.00 ns, 402.1891 ns/op WorkloadPilot 17: 1048576 op, 418951833.00 ns, 399.5436 ns/op WorkloadPilot 18: 2097152 op, 840988292.00 ns, 401.0145 ns/op OverheadWarmup 1: 2097152 op, 3733250.00 ns, 1.7802 ns/op OverheadWarmup 2: 2097152 op, 3921792.00 ns, 1.8701 ns/op OverheadWarmup 3: 2097152 op, 4020375.00 ns, 1.9171 ns/op OverheadWarmup 4: 2097152 op, 4030166.00 ns, 1.9217 ns/op OverheadWarmup 5: 2097152 op, 3865167.00 ns, 1.8431 ns/op OverheadWarmup 6: 2097152 op, 3785417.00 ns, 1.8050 ns/op OverheadWarmup 7: 2097152 op, 3940000.00 ns, 1.8787 ns/op OverheadWarmup 8: 2097152 op, 4152917.00 ns, 1.9803 ns/op OverheadWarmup 9: 2097152 op, 4155125.00 ns, 1.9813 ns/op OverheadWarmup 10: 2097152 op, 4072958.00 ns, 1.9421 ns/op OverheadActual 1: 2097152 op, 3994708.00 ns, 1.9048 ns/op OverheadActual 2: 2097152 op, 3987750.00 ns, 1.9015 ns/op OverheadActual 3: 2097152 op, 3828667.00 ns, 1.8257 ns/op OverheadActual 4: 2097152 op, 3984125.00 ns, 1.8998 ns/op OverheadActual 5: 2097152 op, 4031083.00 ns, 1.9222 ns/op OverheadActual 6: 2097152 op, 3946250.00 ns, 1.8817 ns/op OverheadActual 7: 2097152 op, 3908958.00 ns, 1.8639 ns/op OverheadActual 8: 2097152 op, 3762667.00 ns, 1.7942 ns/op OverheadActual 9: 2097152 op, 3975416.00 ns, 1.8956 ns/op OverheadActual 10: 2097152 op, 3846666.00 ns, 1.8342 ns/op OverheadActual 11: 2097152 op, 3857917.00 ns, 1.8396 ns/op OverheadActual 12: 2097152 op, 4146208.00 ns, 1.9771 ns/op OverheadActual 13: 2097152 op, 3839167.00 ns, 1.8307 ns/op OverheadActual 14: 2097152 op, 3797042.00 ns, 1.8106 ns/op OverheadActual 15: 2097152 op, 4425834.00 ns, 2.1104 ns/op WorkloadWarmup 1: 2097152 op, 846008666.00 ns, 403.4084 ns/op WorkloadWarmup 2: 2097152 op, 834572166.00 ns, 397.9550 ns/op WorkloadWarmup 3: 2097152 op, 843177500.00 ns, 402.0584 ns/op WorkloadWarmup 4: 2097152 op, 865843625.00 ns, 412.8664 ns/op WorkloadWarmup 5: 2097152 op, 861840625.00 ns, 410.9576 ns/op WorkloadWarmup 6: 2097152 op, 853355500.00 ns, 406.9116 ns/op WorkloadWarmup 7: 2097152 op, 854787042.00 ns, 407.5942 ns/op WorkloadWarmup 8: 2097152 op, 873394708.00 ns, 416.4671 ns/op WorkloadWarmup 9: 2097152 op, 834491709.00 ns, 397.9167 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 842986000.00 ns, 401.9670 ns/op WorkloadActual 2: 2097152 op, 834485125.00 ns, 397.9135 ns/op WorkloadActual 3: 2097152 op, 839517333.00 ns, 400.3131 ns/op WorkloadActual 4: 2097152 op, 832094917.00 ns, 396.7738 ns/op WorkloadActual 5: 2097152 op, 838903125.00 ns, 400.0202 ns/op WorkloadActual 6: 2097152 op, 833338708.00 ns, 397.3669 ns/op WorkloadActual 7: 2097152 op, 840006209.00 ns, 400.5462 ns/op WorkloadActual 8: 2097152 op, 834582125.00 ns, 397.9598 ns/op WorkloadActual 9: 2097152 op, 837653334.00 ns, 399.4242 ns/op WorkloadActual 10: 2097152 op, 834385292.00 ns, 397.8659 ns/op WorkloadActual 11: 2097152 op, 857240167.00 ns, 408.7640 ns/op WorkloadActual 12: 2097152 op, 834443250.00 ns, 397.8935 ns/op WorkloadActual 13: 2097152 op, 839259750.00 ns, 400.1902 ns/op WorkloadActual 14: 2097152 op, 850187708.00 ns, 405.4011 ns/op WorkloadActual 15: 2097152 op, 858333250.00 ns, 409.2852 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 839039750.00 ns, 400.0853 ns/op WorkloadResult 2: 2097152 op, 830538875.00 ns, 396.0318 ns/op WorkloadResult 3: 2097152 op, 835571083.00 ns, 398.4313 ns/op WorkloadResult 4: 2097152 op, 828148667.00 ns, 394.8921 ns/op WorkloadResult 5: 2097152 op, 834956875.00 ns, 398.1385 ns/op WorkloadResult 6: 2097152 op, 829392458.00 ns, 395.4851 ns/op WorkloadResult 7: 2097152 op, 836059959.00 ns, 398.6645 ns/op WorkloadResult 8: 2097152 op, 830635875.00 ns, 396.0781 ns/op WorkloadResult 9: 2097152 op, 833707084.00 ns, 397.5425 ns/op WorkloadResult 10: 2097152 op, 830439042.00 ns, 395.9842 ns/op WorkloadResult 11: 2097152 op, 830497000.00 ns, 396.0118 ns/op WorkloadResult 12: 2097152 op, 835313500.00 ns, 398.3085 ns/op WorkloadResult 13: 2097152 op, 846241458.00 ns, 403.5194 ns/op // GC: 585 2 0 4898947072 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 5837 has exited with code 0. Mean = 397.629 ns, StdErr = 0.648 ns (0.16%), N = 13, StdDev = 2.337 ns Min = 394.892 ns, Q1 = 396.012 ns, Median = 397.543 ns, Q3 = 398.431 ns, Max = 403.519 ns IQR = 2.420 ns, LowerFence = 392.383 ns, UpperFence = 402.061 ns ConfidenceInterval = [394.830 ns; 400.427 ns] (CI 99.9%), Margin = 2.799 ns (0.70% of Mean) Skewness = 1.05, Kurtosis = 3.47, MValue = 2 // ** Remained 4 (80,0 %) benchmark(s) to run. Estimated finish 2026-04-01 8:03 (0h 1m from now) ** // ************************** // Benchmark: ComplexValidationEndpointBenchmarks.PortableResultsValidationEndpoint: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.ComplexValidationEndpointBenchmarks.PortableResultsValidationEndpoint --job Default --benchmarkId 1 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 93584.00 ns, 93.5840 us/op System.Reflection.TargetInvocationException: Exception has been thrown by the target of an invocation. ---> System.InvalidOperationException: Cannot access Value when no validated value is present. at Light.PortableResults.Validation.ValidatedValue`1.get_Value() in /Users/kenny/Code/Light.PortableResults/src/Light.PortableResults.Validation/ValidatedValue.cs:line 61 at Benchmarks.PortableComplexRequestValidator.PerformValidation(ValidationContext context, ComplexRequest value) in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/ValidationEndpointBenchmarks.cs:line 159 at Light.PortableResults.Validation.Validator`2.ValidateChildValue(TSource value, ValidationContext context, ValidationTarget target, String displayName) in /Users/kenny/Code/Light.PortableResults/src/Light.PortableResults.Validation/Validator.cs:line 641 at Light.PortableResults.Validation.Validator`2.Validate(TSource value, ValidationContext context, ValidationTarget target, String displayName) in /Users/kenny/Code/Light.PortableResults/src/Light.PortableResults.Validation/Validator.cs:line 406 at Light.PortableResults.Validation.Validator`2.Validate(TSource value, String target, String displayName) in /Users/kenny/Code/Light.PortableResults/src/Light.PortableResults.Validation/Validator.cs:line 358 at Benchmarks.ComplexValidationEndpointBenchmarks.MapComplexPortable(ComplexRequest request, PortableComplexRequestValidator validator) in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/ValidationEndpointBenchmarks.cs:line 116 at Benchmarks.ComplexValidationEndpointBenchmarks.PortableResultsValidationEndpoint() in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/ValidationEndpointBenchmarks.cs:line 87 at BenchmarkDotNet.Autogenerated.Runnable_1.WorkloadActionNoUnroll(Int64 invokeCount) in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 510 at BenchmarkDotNet.Engines.Engine.Measure(Action`1 action, Int64 invokeCount) at BenchmarkDotNet.Engines.Engine.RunIteration(IterationData data) at BenchmarkDotNet.Engines.EngineFactory.Jit(Engine engine, Int32 jitIndex, Int32 invokeCount, Int32 unrollFactor) at BenchmarkDotNet.Engines.EngineFactory.CreateReadyToRun(EngineParameters engineParameters) at BenchmarkDotNet.Autogenerated.Runnable_1.Run(IHost host, String benchmarkName) in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 373 at System.Reflection.MethodBaseInvoker.InterpretedInvoke_Method(Object obj, IntPtr* args) at System.Reflection.MethodBaseInvoker.InvokeDirectByRefWithFewArgs(Object obj, Span`1 copyOfArgs, BindingFlags invokeAttr) --- End of inner exception stack trace --- at System.Reflection.MethodBaseInvoker.InvokeDirectByRefWithFewArgs(Object obj, Span`1 copyOfArgs, BindingFlags invokeAttr) at System.Reflection.MethodBaseInvoker.InvokeWithFewArgs(Object obj, BindingFlags invokeAttr, Binder binder, Object[] parameters, CultureInfo culture) at System.Reflection.RuntimeMethodInfo.Invoke(Object obj, BindingFlags invokeAttr, Binder binder, Object[] parameters, CultureInfo culture) at BenchmarkDotNet.Autogenerated.UniqueProgramName.AfterAssemblyLoadingAttached(String[] args) in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 57 // AfterAll No Workload Results were obtained from the run. // Benchmark Process 5907 has exited with code 255. // ** Remained 3 (60,0 %) benchmark(s) to run. Estimated finish 2026-04-01 8:02 (0h 0m from now) ** // ************************** // Benchmark: ComplexValidationEndpointBenchmarks.PortableResultsNestedValidationOnly: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.ComplexValidationEndpointBenchmarks.PortableResultsNestedValidationOnly --job Default --benchmarkId 2 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 71458.00 ns, 71.4580 us/op System.Reflection.TargetInvocationException: Exception has been thrown by the target of an invocation. ---> System.InvalidOperationException: Cannot access Value when no validated value is present. at Light.PortableResults.Validation.ValidatedValue`1.get_Value() in /Users/kenny/Code/Light.PortableResults/src/Light.PortableResults.Validation/ValidatedValue.cs:line 61 at Benchmarks.PortableComplexRequestValidator.PerformValidation(ValidationContext context, ComplexRequest value) in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/ValidationEndpointBenchmarks.cs:line 159 at Light.PortableResults.Validation.Validator`2.ValidateChildValue(TSource value, ValidationContext context, ValidationTarget target, String displayName) in /Users/kenny/Code/Light.PortableResults/src/Light.PortableResults.Validation/Validator.cs:line 641 at Light.PortableResults.Validation.Validator`2.Validate(TSource value, ValidationContext context, ValidationTarget target, String displayName) in /Users/kenny/Code/Light.PortableResults/src/Light.PortableResults.Validation/Validator.cs:line 406 at Light.PortableResults.Validation.Validator`2.Validate(TSource value, String target, String displayName) in /Users/kenny/Code/Light.PortableResults/src/Light.PortableResults.Validation/Validator.cs:line 358 at Benchmarks.ComplexValidationEndpointBenchmarks.PortableResultsNestedValidationOnly() in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/ValidationEndpointBenchmarks.cs:line 91 at BenchmarkDotNet.Autogenerated.Runnable_2.WorkloadActionNoUnroll(Int64 invokeCount) in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 707 at BenchmarkDotNet.Engines.Engine.Measure(Action`1 action, Int64 invokeCount) at BenchmarkDotNet.Engines.Engine.RunIteration(IterationData data) at BenchmarkDotNet.Engines.EngineFactory.Jit(Engine engine, Int32 jitIndex, Int32 invokeCount, Int32 unrollFactor) at BenchmarkDotNet.Engines.EngineFactory.CreateReadyToRun(EngineParameters engineParameters) at BenchmarkDotNet.Autogenerated.Runnable_2.Run(IHost host, String benchmarkName) in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 570 at System.Reflection.MethodBaseInvoker.InterpretedInvoke_Method(Object obj, IntPtr* args) at System.Reflection.MethodBaseInvoker.InvokeDirectByRefWithFewArgs(Object obj, Span`1 copyOfArgs, BindingFlags invokeAttr) --- End of inner exception stack trace --- at System.Reflection.MethodBaseInvoker.InvokeDirectByRefWithFewArgs(Object obj, Span`1 copyOfArgs, BindingFlags invokeAttr) at System.Reflection.MethodBaseInvoker.InvokeWithFewArgs(Object obj, BindingFlags invokeAttr, Binder binder, Object[] parameters, CultureInfo culture) at System.Reflection.RuntimeMethodInfo.Invoke(Object obj, BindingFlags invokeAttr, Binder binder, Object[] parameters, CultureInfo culture) at BenchmarkDotNet.Autogenerated.UniqueProgramName.AfterAssemblyLoadingAttached(String[] args) in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 57 // AfterAll No Workload Results were obtained from the run. // Benchmark Process 5913 has exited with code 255. // ** Remained 2 (40,0 %) benchmark(s) to run. Estimated finish 2026-04-01 8:02 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.ComplexValidationEndpointBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.ComplexValidationEndpointBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.ComplexValidationEndpointBenchmarks-report.html // * Detailed results * ComplexValidationEndpointBenchmarks.FluentValidationEndpoint: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 397.629 ns, StdErr = 0.648 ns (0.16%), N = 13, StdDev = 2.337 ns Min = 394.892 ns, Q1 = 396.012 ns, Median = 397.543 ns, Q3 = 398.431 ns, Max = 403.519 ns IQR = 2.420 ns, LowerFence = 392.383 ns, UpperFence = 402.061 ns ConfidenceInterval = [394.830 ns; 400.427 ns] (CI 99.9%), Margin = 2.799 ns (0.70% of Mean) Skewness = 1.05, Kurtosis = 3.47, MValue = 2 -------------------- Histogram -------------------- [393.588 ns ; 404.824 ns) | @@@@@@@@@@@@@ --------------------------------------------------- ComplexValidationEndpointBenchmarks.PortableResultsValidationEndpoint: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation There are not any results runs ComplexValidationEndpointBenchmarks.PortableResultsNestedValidationOnly: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation There are not any results runs // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |------------------------------------ |---------:|--------:|--------:|------:|--------:|-------:|-------:|----------:|------------:| | FluentValidationEndpoint | 397.6 ns | 2.80 ns | 2.34 ns | 1.00 | 0.01 | 0.2789 | 0.0010 | 2.28 KB | 1.00 | | PortableResultsValidationEndpoint | NA | NA | NA | ? | ? | NA | NA | NA | ? | | PortableResultsNestedValidationOnly | NA | NA | NA | ? | ? | NA | NA | NA | ? | Benchmarks with issues: ComplexValidationEndpointBenchmarks.PortableResultsValidationEndpoint: DefaultJob ComplexValidationEndpointBenchmarks.PortableResultsNestedValidationOnly: DefaultJob // * Warnings * BaselineCustomAnalyzer Summary -> A question mark '?' symbol indicates that it was not possible to compute the (Ratio, RatioSD, Alloc Ratio) column(s) because the baseline or benchmark could not be found, or the baseline value is too close to zero. // * Hints * Outliers ComplexValidationEndpointBenchmarks.FluentValidationEndpoint: Default -> 2 outliers were removed (408.76 ns, 409.29 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:23 (23.41 sec), executed benchmarks: 3 // Found 2 benchmarks: // SimpleValidationEndpointBenchmarks.FluentValidationEndpoint: DefaultJob // SimpleValidationEndpointBenchmarks.PortableResultsValidationEndpoint: DefaultJob // ************************** // Benchmark: SimpleValidationEndpointBenchmarks.FluentValidationEndpoint: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 139 140 --benchmarkName Benchmarks.SimpleValidationEndpointBenchmarks.FluentValidationEndpoint --job Default --benchmarkId 3 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 103750.00 ns, 103.7500 us/op WorkloadJitting 1: 1 op, 4363291.00 ns, 4.3633 ms/op OverheadJitting 2: 16 op, 351875.00 ns, 21.9922 us/op WorkloadJitting 2: 16 op, 284375.00 ns, 17.7734 us/op WorkloadPilot 1: 16 op, 18667.00 ns, 1.1667 us/op WorkloadPilot 2: 32 op, 29458.00 ns, 920.5625 ns/op WorkloadPilot 3: 64 op, 66125.00 ns, 1.0332 us/op WorkloadPilot 4: 128 op, 108083.00 ns, 844.3984 ns/op WorkloadPilot 5: 256 op, 219834.00 ns, 858.7266 ns/op WorkloadPilot 6: 512 op, 420000.00 ns, 820.3125 ns/op WorkloadPilot 7: 1024 op, 782625.00 ns, 764.2822 ns/op WorkloadPilot 8: 2048 op, 1581959.00 ns, 772.4409 ns/op WorkloadPilot 9: 4096 op, 3320084.00 ns, 810.5674 ns/op WorkloadPilot 10: 8192 op, 7275250.00 ns, 888.0920 ns/op WorkloadPilot 11: 16384 op, 12905209.00 ns, 787.6714 ns/op WorkloadPilot 12: 32768 op, 24800250.00 ns, 756.8436 ns/op WorkloadPilot 13: 65536 op, 48452750.00 ns, 739.3303 ns/op WorkloadPilot 14: 131072 op, 86967625.00 ns, 663.5103 ns/op WorkloadPilot 15: 262144 op, 91949833.00 ns, 350.7608 ns/op WorkloadPilot 16: 524288 op, 78899791.00 ns, 150.4894 ns/op WorkloadPilot 17: 1048576 op, 154385792.00 ns, 147.2338 ns/op WorkloadPilot 18: 2097152 op, 306703334.00 ns, 146.2475 ns/op WorkloadPilot 19: 4194304 op, 610531458.00 ns, 145.5620 ns/op OverheadWarmup 1: 4194304 op, 7885625.00 ns, 1.8801 ns/op OverheadWarmup 2: 4194304 op, 7897875.00 ns, 1.8830 ns/op OverheadWarmup 3: 4194304 op, 7882709.00 ns, 1.8794 ns/op OverheadWarmup 4: 4194304 op, 7806041.00 ns, 1.8611 ns/op OverheadWarmup 5: 4194304 op, 8147458.00 ns, 1.9425 ns/op OverheadWarmup 6: 4194304 op, 7969625.00 ns, 1.9001 ns/op OverheadActual 1: 4194304 op, 7716083.00 ns, 1.8397 ns/op OverheadActual 2: 4194304 op, 7954917.00 ns, 1.8966 ns/op OverheadActual 3: 4194304 op, 7827125.00 ns, 1.8661 ns/op OverheadActual 4: 4194304 op, 7874584.00 ns, 1.8774 ns/op OverheadActual 5: 4194304 op, 8453250.00 ns, 2.0154 ns/op OverheadActual 6: 4194304 op, 8299542.00 ns, 1.9788 ns/op OverheadActual 7: 4194304 op, 8000750.00 ns, 1.9075 ns/op OverheadActual 8: 4194304 op, 8444917.00 ns, 2.0134 ns/op OverheadActual 9: 4194304 op, 7988792.00 ns, 1.9047 ns/op OverheadActual 10: 4194304 op, 8651500.00 ns, 2.0627 ns/op OverheadActual 11: 4194304 op, 7748209.00 ns, 1.8473 ns/op OverheadActual 12: 4194304 op, 7942458.00 ns, 1.8936 ns/op OverheadActual 13: 4194304 op, 7975375.00 ns, 1.9015 ns/op OverheadActual 14: 4194304 op, 7603625.00 ns, 1.8128 ns/op OverheadActual 15: 4194304 op, 8074542.00 ns, 1.9251 ns/op WorkloadWarmup 1: 4194304 op, 611534708.00 ns, 145.8012 ns/op WorkloadWarmup 2: 4194304 op, 611452792.00 ns, 145.7817 ns/op WorkloadWarmup 3: 4194304 op, 608804459.00 ns, 145.1503 ns/op WorkloadWarmup 4: 4194304 op, 609343209.00 ns, 145.2787 ns/op WorkloadWarmup 5: 4194304 op, 606354792.00 ns, 144.5662 ns/op WorkloadWarmup 6: 4194304 op, 606016708.00 ns, 144.4856 ns/op WorkloadWarmup 7: 4194304 op, 607641334.00 ns, 144.8730 ns/op WorkloadWarmup 8: 4194304 op, 606385125.00 ns, 144.5735 ns/op // BeforeActualRun WorkloadActual 1: 4194304 op, 611462750.00 ns, 145.7841 ns/op WorkloadActual 2: 4194304 op, 607323125.00 ns, 144.7971 ns/op WorkloadActual 3: 4194304 op, 602433500.00 ns, 143.6313 ns/op WorkloadActual 4: 4194304 op, 606611417.00 ns, 144.6274 ns/op WorkloadActual 5: 4194304 op, 600995041.00 ns, 143.2884 ns/op WorkloadActual 6: 4194304 op, 606238208.00 ns, 144.5385 ns/op WorkloadActual 7: 4194304 op, 604243334.00 ns, 144.0628 ns/op WorkloadActual 8: 4194304 op, 605222833.00 ns, 144.2964 ns/op WorkloadActual 9: 4194304 op, 604471792.00 ns, 144.1173 ns/op WorkloadActual 10: 4194304 op, 609455583.00 ns, 145.3055 ns/op WorkloadActual 11: 4194304 op, 604796125.00 ns, 144.1946 ns/op WorkloadActual 12: 4194304 op, 605107167.00 ns, 144.2688 ns/op WorkloadActual 13: 4194304 op, 604372750.00 ns, 144.0937 ns/op WorkloadActual 14: 4194304 op, 605799000.00 ns, 144.4337 ns/op WorkloadActual 15: 4194304 op, 604971791.00 ns, 144.2365 ns/op // AfterActualRun WorkloadResult 1: 4194304 op, 599347750.00 ns, 142.8956 ns/op WorkloadResult 2: 4194304 op, 594458125.00 ns, 141.7299 ns/op WorkloadResult 3: 4194304 op, 598636042.00 ns, 142.7260 ns/op WorkloadResult 4: 4194304 op, 593019666.00 ns, 141.3869 ns/op WorkloadResult 5: 4194304 op, 598262833.00 ns, 142.6370 ns/op WorkloadResult 6: 4194304 op, 596267959.00 ns, 142.1614 ns/op WorkloadResult 7: 4194304 op, 597247458.00 ns, 142.3949 ns/op WorkloadResult 8: 4194304 op, 596496417.00 ns, 142.2158 ns/op WorkloadResult 9: 4194304 op, 596820750.00 ns, 142.2932 ns/op WorkloadResult 10: 4194304 op, 597131792.00 ns, 142.3673 ns/op WorkloadResult 11: 4194304 op, 596397375.00 ns, 142.1922 ns/op WorkloadResult 12: 4194304 op, 597823625.00 ns, 142.5323 ns/op WorkloadResult 13: 4194304 op, 596996416.00 ns, 142.3350 ns/op // GC: 561 1 0 4697620480 4194304 // Threading: 0 0 4194304 // AfterAll // Benchmark Process 5918 has exited with code 0. Mean = 142.297 ns, StdErr = 0.111 ns (0.08%), N = 13, StdDev = 0.399 ns Min = 141.387 ns, Q1 = 142.192 ns, Median = 142.335 ns, Q3 = 142.532 ns, Max = 142.896 ns IQR = 0.340 ns, LowerFence = 141.682 ns, UpperFence = 143.042 ns ConfidenceInterval = [141.819 ns; 142.776 ns] (CI 99.9%), Margin = 0.478 ns (0.34% of Mean) Skewness = -0.72, Kurtosis = 2.93, MValue = 2 // ** Remained 1 (20,0 %) benchmark(s) to run. Estimated finish 2026-04-01 8:02 (0h 0m from now) ** // ************************** // Benchmark: SimpleValidationEndpointBenchmarks.PortableResultsValidationEndpoint: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 139 140 --benchmarkName Benchmarks.SimpleValidationEndpointBenchmarks.PortableResultsValidationEndpoint --job Default --benchmarkId 4 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 104583.00 ns, 104.5830 us/op WorkloadJitting 1: 1 op, 9026708.00 ns, 9.0267 ms/op OverheadJitting 2: 16 op, 352084.00 ns, 22.0053 us/op WorkloadJitting 2: 16 op, 598250.00 ns, 37.3906 us/op WorkloadPilot 1: 16 op, 32000.00 ns, 2.0000 us/op WorkloadPilot 2: 32 op, 51750.00 ns, 1.6172 us/op WorkloadPilot 3: 64 op, 132917.00 ns, 2.0768 us/op WorkloadPilot 4: 128 op, 201375.00 ns, 1.5732 us/op WorkloadPilot 5: 256 op, 356292.00 ns, 1.3918 us/op WorkloadPilot 6: 512 op, 712458.00 ns, 1.3915 us/op WorkloadPilot 7: 1024 op, 1440458.00 ns, 1.4067 us/op WorkloadPilot 8: 2048 op, 2784083.00 ns, 1.3594 us/op WorkloadPilot 9: 4096 op, 5422042.00 ns, 1.3237 us/op WorkloadPilot 10: 8192 op, 10768458.00 ns, 1.3145 us/op WorkloadPilot 11: 16384 op, 21732209.00 ns, 1.3264 us/op WorkloadPilot 12: 32768 op, 43207875.00 ns, 1.3186 us/op WorkloadPilot 13: 65536 op, 80806083.00 ns, 1.2330 us/op WorkloadPilot 14: 131072 op, 128585666.00 ns, 981.0308 ns/op WorkloadPilot 15: 262144 op, 124992875.00 ns, 476.8100 ns/op WorkloadPilot 16: 524288 op, 87345833.00 ns, 166.5990 ns/op WorkloadPilot 17: 1048576 op, 173469750.00 ns, 165.4336 ns/op WorkloadPilot 18: 2097152 op, 347532917.00 ns, 165.7166 ns/op WorkloadPilot 19: 4194304 op, 696229375.00 ns, 165.9940 ns/op OverheadWarmup 1: 4194304 op, 7866666.00 ns, 1.8756 ns/op OverheadWarmup 2: 4194304 op, 7891333.00 ns, 1.8814 ns/op OverheadWarmup 3: 4194304 op, 8197625.00 ns, 1.9545 ns/op OverheadWarmup 4: 4194304 op, 8462750.00 ns, 2.0177 ns/op OverheadWarmup 5: 4194304 op, 7644875.00 ns, 1.8227 ns/op OverheadWarmup 6: 4194304 op, 8151250.00 ns, 1.9434 ns/op OverheadWarmup 7: 4194304 op, 8034375.00 ns, 1.9155 ns/op OverheadActual 1: 4194304 op, 7764583.00 ns, 1.8512 ns/op OverheadActual 2: 4194304 op, 7851375.00 ns, 1.8719 ns/op OverheadActual 3: 4194304 op, 8099958.00 ns, 1.9312 ns/op OverheadActual 4: 4194304 op, 8035459.00 ns, 1.9158 ns/op OverheadActual 5: 4194304 op, 7943291.00 ns, 1.8938 ns/op OverheadActual 6: 4194304 op, 8026000.00 ns, 1.9135 ns/op OverheadActual 7: 4194304 op, 8288625.00 ns, 1.9762 ns/op OverheadActual 8: 4194304 op, 8204166.00 ns, 1.9560 ns/op OverheadActual 9: 4194304 op, 8076833.00 ns, 1.9257 ns/op OverheadActual 10: 4194304 op, 8198500.00 ns, 1.9547 ns/op OverheadActual 11: 4194304 op, 7818125.00 ns, 1.8640 ns/op OverheadActual 12: 4194304 op, 7964666.00 ns, 1.8989 ns/op OverheadActual 13: 4194304 op, 8021083.00 ns, 1.9124 ns/op OverheadActual 14: 4194304 op, 7800375.00 ns, 1.8598 ns/op OverheadActual 15: 4194304 op, 8073292.00 ns, 1.9248 ns/op WorkloadWarmup 1: 4194304 op, 694828917.00 ns, 165.6601 ns/op WorkloadWarmup 2: 4194304 op, 694771583.00 ns, 165.6465 ns/op WorkloadWarmup 3: 4194304 op, 695491166.00 ns, 165.8180 ns/op WorkloadWarmup 4: 4194304 op, 698375375.00 ns, 166.5057 ns/op WorkloadWarmup 5: 4194304 op, 693048541.00 ns, 165.2356 ns/op WorkloadWarmup 6: 4194304 op, 692007458.00 ns, 164.9874 ns/op WorkloadWarmup 7: 4194304 op, 690858500.00 ns, 164.7135 ns/op WorkloadWarmup 8: 4194304 op, 698572542.00 ns, 166.5527 ns/op WorkloadWarmup 9: 4194304 op, 694580500.00 ns, 165.6009 ns/op // BeforeActualRun WorkloadActual 1: 4194304 op, 695220583.00 ns, 165.7535 ns/op WorkloadActual 2: 4194304 op, 691420292.00 ns, 164.8474 ns/op WorkloadActual 3: 4194304 op, 693322292.00 ns, 165.3009 ns/op WorkloadActual 4: 4194304 op, 689961458.00 ns, 164.4996 ns/op WorkloadActual 5: 4194304 op, 693083500.00 ns, 165.2440 ns/op WorkloadActual 6: 4194304 op, 698958250.00 ns, 166.6446 ns/op WorkloadActual 7: 4194304 op, 692765584.00 ns, 165.1682 ns/op WorkloadActual 8: 4194304 op, 691664125.00 ns, 164.9056 ns/op WorkloadActual 9: 4194304 op, 688521167.00 ns, 164.1562 ns/op WorkloadActual 10: 4194304 op, 689500750.00 ns, 164.3898 ns/op WorkloadActual 11: 4194304 op, 692782125.00 ns, 165.1721 ns/op WorkloadActual 12: 4194304 op, 690612792.00 ns, 164.6549 ns/op WorkloadActual 13: 4194304 op, 689119458.00 ns, 164.2989 ns/op WorkloadActual 14: 4194304 op, 693022375.00 ns, 165.2294 ns/op WorkloadActual 15: 4194304 op, 697581834.00 ns, 166.3165 ns/op // AfterActualRun WorkloadResult 1: 4194304 op, 687194583.00 ns, 163.8400 ns/op WorkloadResult 2: 4194304 op, 683394292.00 ns, 162.9339 ns/op WorkloadResult 3: 4194304 op, 685296292.00 ns, 163.3874 ns/op WorkloadResult 4: 4194304 op, 681935458.00 ns, 162.5861 ns/op WorkloadResult 5: 4194304 op, 685057500.00 ns, 163.3304 ns/op WorkloadResult 6: 4194304 op, 684739584.00 ns, 163.2546 ns/op WorkloadResult 7: 4194304 op, 683638125.00 ns, 162.9920 ns/op WorkloadResult 8: 4194304 op, 680495167.00 ns, 162.2427 ns/op WorkloadResult 9: 4194304 op, 681474750.00 ns, 162.4762 ns/op WorkloadResult 10: 4194304 op, 684756125.00 ns, 163.2586 ns/op WorkloadResult 11: 4194304 op, 682586792.00 ns, 162.7414 ns/op WorkloadResult 12: 4194304 op, 681093458.00 ns, 162.3853 ns/op WorkloadResult 13: 4194304 op, 684996375.00 ns, 163.3159 ns/op // GC: 437 0 0 3657433088 4194304 // Threading: 0 0 4194304 // AfterAll // Benchmark Process 5979 has exited with code 0. Mean = 162.980 ns, StdErr = 0.131 ns (0.08%), N = 13, StdDev = 0.471 ns Min = 162.243 ns, Q1 = 162.586 ns, Median = 162.992 ns, Q3 = 163.316 ns, Max = 163.840 ns IQR = 0.730 ns, LowerFence = 161.491 ns, UpperFence = 164.411 ns ConfidenceInterval = [162.417 ns; 163.544 ns] (CI 99.9%), Margin = 0.564 ns (0.35% of Mean) Skewness = 0.01, Kurtosis = 1.76, MValue = 2 // ** Remained 0 (0,0 %) benchmark(s) to run. Estimated finish 2026-04-01 8:02 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.SimpleValidationEndpointBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.SimpleValidationEndpointBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.SimpleValidationEndpointBenchmarks-report.html // * Detailed results * SimpleValidationEndpointBenchmarks.FluentValidationEndpoint: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 142.297 ns, StdErr = 0.111 ns (0.08%), N = 13, StdDev = 0.399 ns Min = 141.387 ns, Q1 = 142.192 ns, Median = 142.335 ns, Q3 = 142.532 ns, Max = 142.896 ns IQR = 0.340 ns, LowerFence = 141.682 ns, UpperFence = 143.042 ns ConfidenceInterval = [141.819 ns; 142.776 ns] (CI 99.9%), Margin = 0.478 ns (0.34% of Mean) Skewness = -0.72, Kurtosis = 2.93, MValue = 2 -------------------- Histogram -------------------- [141.164 ns ; 143.119 ns) | @@@@@@@@@@@@@ --------------------------------------------------- SimpleValidationEndpointBenchmarks.PortableResultsValidationEndpoint: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 162.980 ns, StdErr = 0.131 ns (0.08%), N = 13, StdDev = 0.471 ns Min = 162.243 ns, Q1 = 162.586 ns, Median = 162.992 ns, Q3 = 163.316 ns, Max = 163.840 ns IQR = 0.730 ns, LowerFence = 161.491 ns, UpperFence = 164.411 ns ConfidenceInterval = [162.417 ns; 163.544 ns] (CI 99.9%), Margin = 0.564 ns (0.35% of Mean) Skewness = 0.01, Kurtosis = 1.76, MValue = 2 -------------------- Histogram -------------------- [161.980 ns ; 164.103 ns) | @@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |---------:|--------:|--------:|------:|-------:|-------:|----------:|------------:| | FluentValidationEndpoint | 142.3 ns | 0.48 ns | 0.40 ns | 1.00 | 0.1338 | 0.0002 | 1120 B | 1.00 | | PortableResultsValidationEndpoint | 163.0 ns | 0.56 ns | 0.47 ns | 1.15 | 0.1042 | - | 872 B | 0.78 | // * Hints * Outliers SimpleValidationEndpointBenchmarks.FluentValidationEndpoint: Default -> 2 outliers were removed, 3 outliers were detected (143.29 ns, 145.31 ns, 145.78 ns) SimpleValidationEndpointBenchmarks.PortableResultsValidationEndpoint: Default -> 2 outliers were removed (166.32 ns, 166.64 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:35 (35.69 sec), executed benchmarks: 2 Global total time: 00:01:06 (66.89 sec), executed benchmarks: 5 // * Artifacts cleanup * Artifacts cleanup is finished BenchmarkRun-20260404-115127.log000066400000000000000000001471441516707642500335220ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 6 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 0.82 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 6.62 sec and exited with 0 // ***** Done, took 00:00:07 (7.49 sec) ***** // Found 3 benchmarks: // InvalidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // InvalidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // InvalidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 138 139 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient --job Default --benchmarkId 0 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 97833.00 ns, 97.8330 us/op WorkloadJitting 1: 1 op, 8233250.00 ns, 8.2333 ms/op OverheadJitting 2: 16 op, 311333.00 ns, 19.4583 us/op WorkloadJitting 2: 16 op, 547292.00 ns, 34.2058 us/op WorkloadPilot 1: 16 op, 218750.00 ns, 13.6719 us/op WorkloadPilot 2: 32 op, 408375.00 ns, 12.7617 us/op WorkloadPilot 3: 64 op, 928209.00 ns, 14.5033 us/op WorkloadPilot 4: 128 op, 1642125.00 ns, 12.8291 us/op WorkloadPilot 5: 256 op, 3329375.00 ns, 13.0054 us/op WorkloadPilot 6: 512 op, 6664709.00 ns, 13.0170 us/op WorkloadPilot 7: 1024 op, 12997000.00 ns, 12.6924 us/op WorkloadPilot 8: 2048 op, 25764958.00 ns, 12.5805 us/op WorkloadPilot 9: 4096 op, 50706583.00 ns, 12.3795 us/op WorkloadPilot 10: 8192 op, 109770000.00 ns, 13.3997 us/op WorkloadPilot 11: 16384 op, 227707834.00 ns, 13.8982 us/op WorkloadPilot 12: 32768 op, 457326416.00 ns, 13.9565 us/op WorkloadPilot 13: 65536 op, 582466708.00 ns, 8.8877 us/op OverheadWarmup 1: 65536 op, 128834.00 ns, 1.9659 ns/op OverheadWarmup 2: 65536 op, 135292.00 ns, 2.0644 ns/op OverheadWarmup 3: 65536 op, 131291.00 ns, 2.0033 ns/op OverheadWarmup 4: 65536 op, 137166.00 ns, 2.0930 ns/op OverheadWarmup 5: 65536 op, 133625.00 ns, 2.0390 ns/op OverheadActual 1: 65536 op, 133125.00 ns, 2.0313 ns/op OverheadActual 2: 65536 op, 138000.00 ns, 2.1057 ns/op OverheadActual 3: 65536 op, 134750.00 ns, 2.0561 ns/op OverheadActual 4: 65536 op, 134541.00 ns, 2.0529 ns/op OverheadActual 5: 65536 op, 134584.00 ns, 2.0536 ns/op OverheadActual 6: 65536 op, 133042.00 ns, 2.0301 ns/op OverheadActual 7: 65536 op, 133291.00 ns, 2.0339 ns/op OverheadActual 8: 65536 op, 133583.00 ns, 2.0383 ns/op OverheadActual 9: 65536 op, 133833.00 ns, 2.0421 ns/op OverheadActual 10: 65536 op, 122250.00 ns, 1.8654 ns/op OverheadActual 11: 65536 op, 122334.00 ns, 1.8667 ns/op OverheadActual 12: 65536 op, 122292.00 ns, 1.8660 ns/op OverheadActual 13: 65536 op, 130125.00 ns, 1.9855 ns/op OverheadActual 14: 65536 op, 133917.00 ns, 2.0434 ns/op OverheadActual 15: 65536 op, 134000.00 ns, 2.0447 ns/op WorkloadWarmup 1: 65536 op, 309639792.00 ns, 4.7247 us/op WorkloadWarmup 2: 65536 op, 231364041.00 ns, 3.5303 us/op WorkloadWarmup 3: 65536 op, 231224875.00 ns, 3.5282 us/op WorkloadWarmup 4: 65536 op, 231185417.00 ns, 3.5276 us/op WorkloadWarmup 5: 65536 op, 231072833.00 ns, 3.5259 us/op WorkloadWarmup 6: 65536 op, 229989666.00 ns, 3.5094 us/op WorkloadWarmup 7: 65536 op, 229025666.00 ns, 3.4947 us/op WorkloadWarmup 8: 65536 op, 227679875.00 ns, 3.4741 us/op WorkloadWarmup 9: 65536 op, 229974375.00 ns, 3.5091 us/op WorkloadWarmup 10: 65536 op, 229118792.00 ns, 3.4961 us/op WorkloadWarmup 11: 65536 op, 254575667.00 ns, 3.8845 us/op WorkloadWarmup 12: 65536 op, 252332375.00 ns, 3.8503 us/op // BeforeActualRun WorkloadActual 1: 65536 op, 243032750.00 ns, 3.7084 us/op WorkloadActual 2: 65536 op, 236810625.00 ns, 3.6134 us/op WorkloadActual 3: 65536 op, 231859375.00 ns, 3.5379 us/op WorkloadActual 4: 65536 op, 230692084.00 ns, 3.5201 us/op WorkloadActual 5: 65536 op, 228588375.00 ns, 3.4880 us/op WorkloadActual 6: 65536 op, 228694792.00 ns, 3.4896 us/op WorkloadActual 7: 65536 op, 235710208.00 ns, 3.5967 us/op WorkloadActual 8: 65536 op, 252541917.00 ns, 3.8535 us/op WorkloadActual 9: 65536 op, 250725250.00 ns, 3.8258 us/op WorkloadActual 10: 65536 op, 255167333.00 ns, 3.8935 us/op WorkloadActual 11: 65536 op, 257979666.00 ns, 3.9365 us/op WorkloadActual 12: 65536 op, 255002500.00 ns, 3.8910 us/op WorkloadActual 13: 65536 op, 242714625.00 ns, 3.7035 us/op WorkloadActual 14: 65536 op, 231923625.00 ns, 3.5389 us/op WorkloadActual 15: 65536 op, 232125791.00 ns, 3.5420 us/op WorkloadActual 16: 65536 op, 229384750.00 ns, 3.5001 us/op WorkloadActual 17: 65536 op, 228856708.00 ns, 3.4921 us/op WorkloadActual 18: 65536 op, 228425958.00 ns, 3.4855 us/op WorkloadActual 19: 65536 op, 229103625.00 ns, 3.4958 us/op WorkloadActual 20: 65536 op, 236600709.00 ns, 3.6102 us/op WorkloadActual 21: 65536 op, 229315958.00 ns, 3.4991 us/op WorkloadActual 22: 65536 op, 229297250.00 ns, 3.4988 us/op WorkloadActual 23: 65536 op, 229069959.00 ns, 3.4953 us/op WorkloadActual 24: 65536 op, 228765333.00 ns, 3.4907 us/op WorkloadActual 25: 65536 op, 229328750.00 ns, 3.4993 us/op WorkloadActual 26: 65536 op, 229488792.00 ns, 3.5017 us/op WorkloadActual 27: 65536 op, 228425292.00 ns, 3.4855 us/op WorkloadActual 28: 65536 op, 228860041.00 ns, 3.4921 us/op WorkloadActual 29: 65536 op, 228356083.00 ns, 3.4844 us/op // AfterActualRun WorkloadResult 1: 65536 op, 242899167.00 ns, 3.7063 us/op WorkloadResult 2: 65536 op, 236677042.00 ns, 3.6114 us/op WorkloadResult 3: 65536 op, 231725792.00 ns, 3.5359 us/op WorkloadResult 4: 65536 op, 230558501.00 ns, 3.5180 us/op WorkloadResult 5: 65536 op, 228454792.00 ns, 3.4859 us/op WorkloadResult 6: 65536 op, 228561209.00 ns, 3.4876 us/op WorkloadResult 7: 65536 op, 235576625.00 ns, 3.5946 us/op WorkloadResult 8: 65536 op, 242581042.00 ns, 3.7015 us/op WorkloadResult 9: 65536 op, 231790042.00 ns, 3.5368 us/op WorkloadResult 10: 65536 op, 231992208.00 ns, 3.5399 us/op WorkloadResult 11: 65536 op, 229251167.00 ns, 3.4981 us/op WorkloadResult 12: 65536 op, 228723125.00 ns, 3.4900 us/op WorkloadResult 13: 65536 op, 228292375.00 ns, 3.4835 us/op WorkloadResult 14: 65536 op, 228970042.00 ns, 3.4938 us/op WorkloadResult 15: 65536 op, 236467126.00 ns, 3.6082 us/op WorkloadResult 16: 65536 op, 229182375.00 ns, 3.4970 us/op WorkloadResult 17: 65536 op, 229163667.00 ns, 3.4968 us/op WorkloadResult 18: 65536 op, 228936376.00 ns, 3.4933 us/op WorkloadResult 19: 65536 op, 228631750.00 ns, 3.4886 us/op WorkloadResult 20: 65536 op, 229195167.00 ns, 3.4972 us/op WorkloadResult 21: 65536 op, 229355209.00 ns, 3.4997 us/op WorkloadResult 22: 65536 op, 228291709.00 ns, 3.4835 us/op WorkloadResult 23: 65536 op, 228726458.00 ns, 3.4901 us/op WorkloadResult 24: 65536 op, 228222500.00 ns, 3.4824 us/op // GC: 126 2 0 1061158912 65536 // Threading: 0 0 65536 // AfterAll // Benchmark Process 8943 has exited with code 0. Mean = 3.530 μs, StdErr = 0.014 μs (0.38%), N = 24, StdDev = 0.066 μs Min = 3.482 μs, Q1 = 3.490 μs, Median = 3.497 μs, Q3 = 3.538 μs, Max = 3.706 μs IQR = 0.048 μs, LowerFence = 3.418 μs, UpperFence = 3.609 μs ConfidenceInterval = [3.479 μs; 3.581 μs] (CI 99.9%), Margin = 0.051 μs (1.44% of Mean) Skewness = 1.56, Kurtosis = 4.27, MValue = 2 // ** Remained 5 (83,3 %) benchmark(s) to run. Estimated finish 2026-04-04 11:52 (0h 0m from now) ** // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 138 139 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarks.FluentValidationSingleton --job Default --benchmarkId 1 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 88166.00 ns, 88.1660 us/op WorkloadJitting 1: 1 op, 7746166.00 ns, 7.7462 ms/op OverheadJitting 2: 16 op, 293875.00 ns, 18.3672 us/op WorkloadJitting 2: 16 op, 434834.00 ns, 27.1771 us/op WorkloadPilot 1: 16 op, 149125.00 ns, 9.3203 us/op WorkloadPilot 2: 32 op, 324083.00 ns, 10.1276 us/op WorkloadPilot 3: 64 op, 477125.00 ns, 7.4551 us/op WorkloadPilot 4: 128 op, 968792.00 ns, 7.5687 us/op WorkloadPilot 5: 256 op, 1910333.00 ns, 7.4622 us/op WorkloadPilot 6: 512 op, 3873833.00 ns, 7.5661 us/op WorkloadPilot 7: 1024 op, 7780542.00 ns, 7.5982 us/op WorkloadPilot 8: 2048 op, 15270584.00 ns, 7.4563 us/op WorkloadPilot 9: 4096 op, 29672625.00 ns, 7.2443 us/op WorkloadPilot 10: 8192 op, 59087792.00 ns, 7.2129 us/op WorkloadPilot 11: 16384 op, 125221917.00 ns, 7.6429 us/op WorkloadPilot 12: 32768 op, 131914500.00 ns, 4.0257 us/op WorkloadPilot 13: 65536 op, 136652916.00 ns, 2.0852 us/op WorkloadPilot 14: 131072 op, 276317666.00 ns, 2.1081 us/op WorkloadPilot 15: 262144 op, 542375166.00 ns, 2.0690 us/op OverheadWarmup 1: 262144 op, 507041.00 ns, 1.9342 ns/op OverheadWarmup 2: 262144 op, 522875.00 ns, 1.9946 ns/op OverheadWarmup 3: 262144 op, 499792.00 ns, 1.9066 ns/op OverheadWarmup 4: 262144 op, 501458.00 ns, 1.9129 ns/op OverheadWarmup 5: 262144 op, 497584.00 ns, 1.8981 ns/op OverheadActual 1: 262144 op, 497875.00 ns, 1.8992 ns/op OverheadActual 2: 262144 op, 497750.00 ns, 1.8988 ns/op OverheadActual 3: 262144 op, 497666.00 ns, 1.8984 ns/op OverheadActual 4: 262144 op, 494875.00 ns, 1.8878 ns/op OverheadActual 5: 262144 op, 502875.00 ns, 1.9183 ns/op OverheadActual 6: 262144 op, 497625.00 ns, 1.8983 ns/op OverheadActual 7: 262144 op, 540083.00 ns, 2.0603 ns/op OverheadActual 8: 262144 op, 514875.00 ns, 1.9641 ns/op OverheadActual 9: 262144 op, 511083.00 ns, 1.9496 ns/op OverheadActual 10: 262144 op, 497667.00 ns, 1.8984 ns/op OverheadActual 11: 262144 op, 500875.00 ns, 1.9107 ns/op OverheadActual 12: 262144 op, 499000.00 ns, 1.9035 ns/op OverheadActual 13: 262144 op, 502125.00 ns, 1.9155 ns/op OverheadActual 14: 262144 op, 534042.00 ns, 2.0372 ns/op OverheadActual 15: 262144 op, 521541.00 ns, 1.9895 ns/op WorkloadWarmup 1: 262144 op, 545505292.00 ns, 2.0809 us/op WorkloadWarmup 2: 262144 op, 544762708.00 ns, 2.0781 us/op WorkloadWarmup 3: 262144 op, 547288625.00 ns, 2.0877 us/op WorkloadWarmup 4: 262144 op, 545014042.00 ns, 2.0791 us/op WorkloadWarmup 5: 262144 op, 563519792.00 ns, 2.1497 us/op WorkloadWarmup 6: 262144 op, 583413625.00 ns, 2.2255 us/op WorkloadWarmup 7: 262144 op, 590717791.00 ns, 2.2534 us/op WorkloadWarmup 8: 262144 op, 575422459.00 ns, 2.1951 us/op // BeforeActualRun WorkloadActual 1: 262144 op, 544839917.00 ns, 2.0784 us/op WorkloadActual 2: 262144 op, 585994750.00 ns, 2.2354 us/op WorkloadActual 3: 262144 op, 600889125.00 ns, 2.2922 us/op WorkloadActual 4: 262144 op, 591337791.00 ns, 2.2558 us/op WorkloadActual 5: 262144 op, 591139291.00 ns, 2.2550 us/op WorkloadActual 6: 262144 op, 569397417.00 ns, 2.1721 us/op WorkloadActual 7: 262144 op, 548507875.00 ns, 2.0924 us/op WorkloadActual 8: 262144 op, 568475291.00 ns, 2.1686 us/op WorkloadActual 9: 262144 op, 561936875.00 ns, 2.1436 us/op WorkloadActual 10: 262144 op, 539964625.00 ns, 2.0598 us/op WorkloadActual 11: 262144 op, 540248833.00 ns, 2.0609 us/op WorkloadActual 12: 262144 op, 541935709.00 ns, 2.0673 us/op WorkloadActual 13: 262144 op, 540199834.00 ns, 2.0607 us/op WorkloadActual 14: 262144 op, 541784916.00 ns, 2.0667 us/op WorkloadActual 15: 262144 op, 541825042.00 ns, 2.0669 us/op WorkloadActual 16: 262144 op, 539987875.00 ns, 2.0599 us/op WorkloadActual 17: 262144 op, 549284042.00 ns, 2.0954 us/op WorkloadActual 18: 262144 op, 548509583.00 ns, 2.0924 us/op WorkloadActual 19: 262144 op, 542570208.00 ns, 2.0697 us/op WorkloadActual 20: 262144 op, 540479750.00 ns, 2.0618 us/op WorkloadActual 21: 262144 op, 543026042.00 ns, 2.0715 us/op WorkloadActual 22: 262144 op, 539765000.00 ns, 2.0590 us/op WorkloadActual 23: 262144 op, 540501542.00 ns, 2.0618 us/op WorkloadActual 24: 262144 op, 546372083.00 ns, 2.0842 us/op WorkloadActual 25: 262144 op, 546035625.00 ns, 2.0830 us/op WorkloadActual 26: 262144 op, 546263167.00 ns, 2.0838 us/op WorkloadActual 27: 262144 op, 545059584.00 ns, 2.0792 us/op // AfterActualRun WorkloadResult 1: 262144 op, 544339042.00 ns, 2.0765 us/op WorkloadResult 2: 262144 op, 568896542.00 ns, 2.1702 us/op WorkloadResult 3: 262144 op, 548007000.00 ns, 2.0905 us/op WorkloadResult 4: 262144 op, 567974416.00 ns, 2.1667 us/op WorkloadResult 5: 262144 op, 561436000.00 ns, 2.1417 us/op WorkloadResult 6: 262144 op, 539463750.00 ns, 2.0579 us/op WorkloadResult 7: 262144 op, 539747958.00 ns, 2.0590 us/op WorkloadResult 8: 262144 op, 541434834.00 ns, 2.0654 us/op WorkloadResult 9: 262144 op, 539698959.00 ns, 2.0588 us/op WorkloadResult 10: 262144 op, 541284041.00 ns, 2.0648 us/op WorkloadResult 11: 262144 op, 541324167.00 ns, 2.0650 us/op WorkloadResult 12: 262144 op, 539487000.00 ns, 2.0580 us/op WorkloadResult 13: 262144 op, 548783167.00 ns, 2.0934 us/op WorkloadResult 14: 262144 op, 548008708.00 ns, 2.0905 us/op WorkloadResult 15: 262144 op, 542069333.00 ns, 2.0678 us/op WorkloadResult 16: 262144 op, 539978875.00 ns, 2.0599 us/op WorkloadResult 17: 262144 op, 542525167.00 ns, 2.0696 us/op WorkloadResult 18: 262144 op, 539264125.00 ns, 2.0571 us/op WorkloadResult 19: 262144 op, 540000667.00 ns, 2.0599 us/op WorkloadResult 20: 262144 op, 545871208.00 ns, 2.0823 us/op WorkloadResult 21: 262144 op, 545534750.00 ns, 2.0810 us/op WorkloadResult 22: 262144 op, 545762292.00 ns, 2.0819 us/op WorkloadResult 23: 262144 op, 544558709.00 ns, 2.0773 us/op // GC: 303 3 0 2541748224 262144 // Threading: 0 0 262144 // AfterAll // Benchmark Process 8958 has exited with code 0. Mean = 2.082 μs, StdErr = 0.007 μs (0.33%), N = 23, StdDev = 0.033 μs Min = 2.057 μs, Q1 = 2.060 μs, Median = 2.070 μs, Q3 = 2.086 μs, Max = 2.170 μs IQR = 0.027 μs, LowerFence = 2.020 μs, UpperFence = 2.126 μs ConfidenceInterval = [2.056 μs; 2.108 μs] (CI 99.9%), Margin = 0.026 μs (1.25% of Mean) Skewness = 1.67, Kurtosis = 4.61, MValue = 2 // ** Remained 4 (66,7 %) benchmark(s) to run. Estimated finish 2026-04-04 11:53 (0h 1m from now) ** // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 138 139 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarks.LightPortableResults --job Default --benchmarkId 2 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 90166.00 ns, 90.1660 us/op WorkloadJitting 1: 1 op, 10465166.00 ns, 10.4652 ms/op OverheadJitting 2: 16 op, 319583.00 ns, 19.9739 us/op WorkloadJitting 2: 16 op, 707041.00 ns, 44.1901 us/op WorkloadPilot 1: 16 op, 46166.00 ns, 2.8854 us/op WorkloadPilot 2: 32 op, 77167.00 ns, 2.4115 us/op WorkloadPilot 3: 64 op, 147167.00 ns, 2.2995 us/op WorkloadPilot 4: 128 op, 292167.00 ns, 2.2826 us/op WorkloadPilot 5: 256 op, 579250.00 ns, 2.2627 us/op WorkloadPilot 6: 512 op, 1116000.00 ns, 2.1797 us/op WorkloadPilot 7: 1024 op, 2199833.00 ns, 2.1483 us/op WorkloadPilot 8: 2048 op, 4422667.00 ns, 2.1595 us/op WorkloadPilot 9: 4096 op, 8996750.00 ns, 2.1965 us/op WorkloadPilot 10: 8192 op, 17869292.00 ns, 2.1813 us/op WorkloadPilot 11: 16384 op, 34978042.00 ns, 2.1349 us/op WorkloadPilot 12: 32768 op, 70339084.00 ns, 2.1466 us/op WorkloadPilot 13: 65536 op, 102240875.00 ns, 1.5601 us/op WorkloadPilot 14: 131072 op, 151101167.00 ns, 1.1528 us/op WorkloadPilot 15: 262144 op, 79890334.00 ns, 304.7574 ns/op WorkloadPilot 16: 524288 op, 153475541.00 ns, 292.7314 ns/op WorkloadPilot 17: 1048576 op, 306552167.00 ns, 292.3509 ns/op WorkloadPilot 18: 2097152 op, 612482916.00 ns, 292.0546 ns/op OverheadWarmup 1: 2097152 op, 4114458.00 ns, 1.9619 ns/op OverheadWarmup 2: 2097152 op, 3967500.00 ns, 1.8919 ns/op OverheadWarmup 3: 2097152 op, 3944625.00 ns, 1.8809 ns/op OverheadWarmup 4: 2097152 op, 4079042.00 ns, 1.9450 ns/op OverheadWarmup 5: 2097152 op, 4009917.00 ns, 1.9121 ns/op OverheadWarmup 6: 2097152 op, 3959042.00 ns, 1.8878 ns/op OverheadWarmup 7: 2097152 op, 4037041.00 ns, 1.9250 ns/op OverheadWarmup 8: 2097152 op, 4014667.00 ns, 1.9143 ns/op OverheadActual 1: 2097152 op, 4013625.00 ns, 1.9138 ns/op OverheadActual 2: 2097152 op, 4069500.00 ns, 1.9405 ns/op OverheadActual 3: 2097152 op, 3943125.00 ns, 1.8802 ns/op OverheadActual 4: 2097152 op, 4040458.00 ns, 1.9266 ns/op OverheadActual 5: 2097152 op, 4100375.00 ns, 1.9552 ns/op OverheadActual 6: 2097152 op, 4021542.00 ns, 1.9176 ns/op OverheadActual 7: 2097152 op, 3969791.00 ns, 1.8929 ns/op OverheadActual 8: 2097152 op, 4032459.00 ns, 1.9228 ns/op OverheadActual 9: 2097152 op, 4055166.00 ns, 1.9337 ns/op OverheadActual 10: 2097152 op, 4051125.00 ns, 1.9317 ns/op OverheadActual 11: 2097152 op, 3990292.00 ns, 1.9027 ns/op OverheadActual 12: 2097152 op, 4037000.00 ns, 1.9250 ns/op OverheadActual 13: 2097152 op, 3990625.00 ns, 1.9029 ns/op OverheadActual 14: 2097152 op, 4090875.00 ns, 1.9507 ns/op OverheadActual 15: 2097152 op, 3991417.00 ns, 1.9033 ns/op WorkloadWarmup 1: 2097152 op, 611579459.00 ns, 291.6238 ns/op WorkloadWarmup 2: 2097152 op, 612567583.00 ns, 292.0950 ns/op WorkloadWarmup 3: 2097152 op, 612376250.00 ns, 292.0038 ns/op WorkloadWarmup 4: 2097152 op, 610872084.00 ns, 291.2865 ns/op WorkloadWarmup 5: 2097152 op, 613411791.00 ns, 292.4975 ns/op WorkloadWarmup 6: 2097152 op, 610068333.00 ns, 290.9033 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 609115209.00 ns, 290.4488 ns/op WorkloadActual 2: 2097152 op, 609489917.00 ns, 290.6274 ns/op WorkloadActual 3: 2097152 op, 611161792.00 ns, 291.4247 ns/op WorkloadActual 4: 2097152 op, 611790375.00 ns, 291.7244 ns/op WorkloadActual 5: 2097152 op, 608600167.00 ns, 290.2032 ns/op WorkloadActual 6: 2097152 op, 612061083.00 ns, 291.8535 ns/op WorkloadActual 7: 2097152 op, 609598208.00 ns, 290.6791 ns/op WorkloadActual 8: 2097152 op, 612049500.00 ns, 291.8479 ns/op WorkloadActual 9: 2097152 op, 610321542.00 ns, 291.0240 ns/op WorkloadActual 10: 2097152 op, 609865292.00 ns, 290.8064 ns/op WorkloadActual 11: 2097152 op, 611895042.00 ns, 291.7743 ns/op WorkloadActual 12: 2097152 op, 613323334.00 ns, 292.4554 ns/op WorkloadActual 13: 2097152 op, 610289875.00 ns, 291.0089 ns/op WorkloadActual 14: 2097152 op, 610456083.00 ns, 291.0881 ns/op WorkloadActual 15: 2097152 op, 611949500.00 ns, 291.8003 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 605082750.00 ns, 288.5259 ns/op WorkloadResult 2: 2097152 op, 605457458.00 ns, 288.7046 ns/op WorkloadResult 3: 2097152 op, 607129333.00 ns, 289.5018 ns/op WorkloadResult 4: 2097152 op, 607757916.00 ns, 289.8016 ns/op WorkloadResult 5: 2097152 op, 604567708.00 ns, 288.2803 ns/op WorkloadResult 6: 2097152 op, 608028624.00 ns, 289.9306 ns/op WorkloadResult 7: 2097152 op, 605565749.00 ns, 288.7563 ns/op WorkloadResult 8: 2097152 op, 608017041.00 ns, 289.9251 ns/op WorkloadResult 9: 2097152 op, 606289083.00 ns, 289.1012 ns/op WorkloadResult 10: 2097152 op, 605832833.00 ns, 288.8836 ns/op WorkloadResult 11: 2097152 op, 607862583.00 ns, 289.8515 ns/op WorkloadResult 12: 2097152 op, 609290875.00 ns, 290.5325 ns/op WorkloadResult 13: 2097152 op, 606257416.00 ns, 289.0861 ns/op WorkloadResult 14: 2097152 op, 606423624.00 ns, 289.1653 ns/op WorkloadResult 15: 2097152 op, 607917041.00 ns, 289.8774 ns/op // GC: 210 0 0 1761607680 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 8971 has exited with code 0. Mean = 289.328 ns, StdErr = 0.166 ns (0.06%), N = 15, StdDev = 0.643 ns Min = 288.280 ns, Q1 = 288.820 ns, Median = 289.165 ns, Q3 = 289.864 ns, Max = 290.533 ns IQR = 1.045 ns, LowerFence = 287.253 ns, UpperFence = 291.431 ns ConfidenceInterval = [288.641 ns; 290.016 ns] (CI 99.9%), Margin = 0.688 ns (0.24% of Mean) Skewness = 0.1, Kurtosis = 1.75, MValue = 2 // ** Remained 3 (50,0 %) benchmark(s) to run. Estimated finish 2026-04-04 11:53 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarks-report.html // * Detailed results * InvalidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 3.530 μs, StdErr = 0.014 μs (0.38%), N = 24, StdDev = 0.066 μs Min = 3.482 μs, Q1 = 3.490 μs, Median = 3.497 μs, Q3 = 3.538 μs, Max = 3.706 μs IQR = 0.048 μs, LowerFence = 3.418 μs, UpperFence = 3.609 μs ConfidenceInterval = [3.479 μs; 3.581 μs] (CI 99.9%), Margin = 0.051 μs (1.44% of Mean) Skewness = 1.56, Kurtosis = 4.27, MValue = 2 -------------------- Histogram -------------------- [3.476 μs ; 3.567 μs) | @@@@@@@@@@@@@@@@@@@ [3.567 μs ; 3.736 μs) | @@@@@ --------------------------------------------------- InvalidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.082 μs, StdErr = 0.007 μs (0.33%), N = 23, StdDev = 0.033 μs Min = 2.057 μs, Q1 = 2.060 μs, Median = 2.070 μs, Q3 = 2.086 μs, Max = 2.170 μs IQR = 0.027 μs, LowerFence = 2.020 μs, UpperFence = 2.126 μs ConfidenceInterval = [2.056 μs; 2.108 μs] (CI 99.9%), Margin = 0.026 μs (1.25% of Mean) Skewness = 1.67, Kurtosis = 4.61, MValue = 2 -------------------- Histogram -------------------- [2.049 μs ; 2.113 μs) | @@@@@@@@@@@@@@@@@@@@ [2.113 μs ; 2.177 μs) | @@@ --------------------------------------------------- InvalidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 289.328 ns, StdErr = 0.166 ns (0.06%), N = 15, StdDev = 0.643 ns Min = 288.280 ns, Q1 = 288.820 ns, Median = 289.165 ns, Q3 = 289.864 ns, Max = 290.533 ns IQR = 1.045 ns, LowerFence = 287.253 ns, UpperFence = 291.431 ns ConfidenceInterval = [288.641 ns; 290.016 ns] (CI 99.9%), Margin = 0.688 ns (0.24% of Mean) Skewness = 0.1, Kurtosis = 1.75, MValue = 2 -------------------- Histogram -------------------- [287.938 ns ; 290.875 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |-----------:|---------:|---------:|------:|--------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 3,530.0 ns | 50.92 ns | 66.22 ns | 1.00 | 0.03 | 1.9226 | 0.0305 | 16192 B | 1.00 | | FluentValidationSingleton | 2,082.4 ns | 26.04 ns | 32.94 ns | 0.59 | 0.01 | 1.1559 | 0.0114 | 9696 B | 0.60 | | LightPortableResults | 289.3 ns | 0.69 ns | 0.64 ns | 0.08 | 0.00 | 0.1001 | - | 840 B | 0.05 | // * Hints * Outliers InvalidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: Default -> 5 outliers were removed (3.83 μs..3.94 μs) InvalidFlatDtoValidationBenchmarks.FluentValidationSingleton: Default -> 4 outliers were removed (2.24 μs..2.29 μs) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:48 (48.33 sec), executed benchmarks: 3 // Found 3 benchmarks: // ValidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // ValidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // ValidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob // ************************** // Benchmark: ValidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 117 137 --benchmarkName Benchmarks.ValidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient --job Default --benchmarkId 3 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 88042.00 ns, 88.0420 us/op WorkloadJitting 1: 1 op, 2938250.00 ns, 2.9383 ms/op OverheadJitting 2: 16 op, 288583.00 ns, 18.0364 us/op WorkloadJitting 2: 16 op, 369416.00 ns, 23.0885 us/op WorkloadPilot 1: 16 op, 101833.00 ns, 6.3646 us/op WorkloadPilot 2: 32 op, 182083.00 ns, 5.6901 us/op WorkloadPilot 3: 64 op, 352959.00 ns, 5.5150 us/op WorkloadPilot 4: 128 op, 692667.00 ns, 5.4115 us/op WorkloadPilot 5: 256 op, 1376916.00 ns, 5.3786 us/op WorkloadPilot 6: 512 op, 2814708.00 ns, 5.4975 us/op WorkloadPilot 7: 1024 op, 5625666.00 ns, 5.4938 us/op WorkloadPilot 8: 2048 op, 10669583.00 ns, 5.2098 us/op WorkloadPilot 9: 4096 op, 21384625.00 ns, 5.2209 us/op WorkloadPilot 10: 8192 op, 43047292.00 ns, 5.2548 us/op WorkloadPilot 11: 16384 op, 93619000.00 ns, 5.7141 us/op WorkloadPilot 12: 32768 op, 197123833.00 ns, 6.0157 us/op WorkloadPilot 13: 65536 op, 413213083.00 ns, 6.3051 us/op WorkloadPilot 14: 131072 op, 459351458.00 ns, 3.5046 us/op WorkloadPilot 15: 262144 op, 406452125.00 ns, 1.5505 us/op WorkloadPilot 16: 524288 op, 685580292.00 ns, 1.3076 us/op OverheadWarmup 1: 524288 op, 1023375.00 ns, 1.9519 ns/op OverheadWarmup 2: 524288 op, 999709.00 ns, 1.9068 ns/op OverheadWarmup 3: 524288 op, 1023292.00 ns, 1.9518 ns/op OverheadWarmup 4: 524288 op, 987791.00 ns, 1.8841 ns/op OverheadWarmup 5: 524288 op, 987875.00 ns, 1.8842 ns/op OverheadWarmup 6: 524288 op, 995000.00 ns, 1.8978 ns/op OverheadWarmup 7: 524288 op, 991375.00 ns, 1.8909 ns/op OverheadActual 1: 524288 op, 1036083.00 ns, 1.9762 ns/op OverheadActual 2: 524288 op, 991125.00 ns, 1.8904 ns/op OverheadActual 3: 524288 op, 990833.00 ns, 1.8899 ns/op OverheadActual 4: 524288 op, 1004792.00 ns, 1.9165 ns/op OverheadActual 5: 524288 op, 1013083.00 ns, 1.9323 ns/op OverheadActual 6: 524288 op, 1007833.00 ns, 1.9223 ns/op OverheadActual 7: 524288 op, 987750.00 ns, 1.8840 ns/op OverheadActual 8: 524288 op, 988250.00 ns, 1.8849 ns/op OverheadActual 9: 524288 op, 987583.00 ns, 1.8837 ns/op OverheadActual 10: 524288 op, 1000542.00 ns, 1.9084 ns/op OverheadActual 11: 524288 op, 992250.00 ns, 1.8926 ns/op OverheadActual 12: 524288 op, 1108291.00 ns, 2.1139 ns/op OverheadActual 13: 524288 op, 1005916.00 ns, 1.9186 ns/op OverheadActual 14: 524288 op, 990792.00 ns, 1.8898 ns/op OverheadActual 15: 524288 op, 995042.00 ns, 1.8979 ns/op WorkloadWarmup 1: 524288 op, 685761833.00 ns, 1.3080 us/op WorkloadWarmup 2: 524288 op, 720111041.00 ns, 1.3735 us/op WorkloadWarmup 3: 524288 op, 730486625.00 ns, 1.3933 us/op WorkloadWarmup 4: 524288 op, 720343542.00 ns, 1.3739 us/op WorkloadWarmup 5: 524288 op, 701016917.00 ns, 1.3371 us/op WorkloadWarmup 6: 524288 op, 679451416.00 ns, 1.2960 us/op WorkloadWarmup 7: 524288 op, 680725333.00 ns, 1.2984 us/op WorkloadWarmup 8: 524288 op, 682589875.00 ns, 1.3019 us/op WorkloadWarmup 9: 524288 op, 693857458.00 ns, 1.3234 us/op WorkloadWarmup 10: 524288 op, 685809084.00 ns, 1.3081 us/op // BeforeActualRun WorkloadActual 1: 524288 op, 685605500.00 ns, 1.3077 us/op WorkloadActual 2: 524288 op, 685130459.00 ns, 1.3068 us/op WorkloadActual 3: 524288 op, 680412959.00 ns, 1.2978 us/op WorkloadActual 4: 524288 op, 684399667.00 ns, 1.3054 us/op WorkloadActual 5: 524288 op, 680383416.00 ns, 1.2977 us/op WorkloadActual 6: 524288 op, 683053209.00 ns, 1.3028 us/op WorkloadActual 7: 524288 op, 679589000.00 ns, 1.2962 us/op WorkloadActual 8: 524288 op, 680439292.00 ns, 1.2978 us/op WorkloadActual 9: 524288 op, 682356208.00 ns, 1.3015 us/op WorkloadActual 10: 524288 op, 680814417.00 ns, 1.2986 us/op WorkloadActual 11: 524288 op, 678964834.00 ns, 1.2950 us/op WorkloadActual 12: 524288 op, 686394209.00 ns, 1.3092 us/op WorkloadActual 13: 524288 op, 684839250.00 ns, 1.3062 us/op WorkloadActual 14: 524288 op, 683769875.00 ns, 1.3042 us/op WorkloadActual 15: 524288 op, 681750333.00 ns, 1.3003 us/op // AfterActualRun WorkloadResult 1: 524288 op, 684610458.00 ns, 1.3058 us/op WorkloadResult 2: 524288 op, 684135417.00 ns, 1.3049 us/op WorkloadResult 3: 524288 op, 679417917.00 ns, 1.2959 us/op WorkloadResult 4: 524288 op, 683404625.00 ns, 1.3035 us/op WorkloadResult 5: 524288 op, 679388374.00 ns, 1.2958 us/op WorkloadResult 6: 524288 op, 682058167.00 ns, 1.3009 us/op WorkloadResult 7: 524288 op, 678593958.00 ns, 1.2943 us/op WorkloadResult 8: 524288 op, 679444250.00 ns, 1.2959 us/op WorkloadResult 9: 524288 op, 681361166.00 ns, 1.2996 us/op WorkloadResult 10: 524288 op, 679819375.00 ns, 1.2967 us/op WorkloadResult 11: 524288 op, 677969792.00 ns, 1.2931 us/op WorkloadResult 12: 524288 op, 685399167.00 ns, 1.3073 us/op WorkloadResult 13: 524288 op, 683844208.00 ns, 1.3043 us/op WorkloadResult 14: 524288 op, 682774833.00 ns, 1.3023 us/op WorkloadResult 15: 524288 op, 680755291.00 ns, 1.2984 us/op // GC: 437 4 0 3661627392 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 8989 has exited with code 0. Mean = 1.300 μs, StdErr = 0.001 μs (0.09%), N = 15, StdDev = 0.005 μs Min = 1.293 μs, Q1 = 1.296 μs, Median = 1.300 μs, Q3 = 1.304 μs, Max = 1.307 μs IQR = 0.008 μs, LowerFence = 1.284 μs, UpperFence = 1.316 μs ConfidenceInterval = [1.295 μs; 1.305 μs] (CI 99.9%), Margin = 0.005 μs (0.38% of Mean) Skewness = 0.1, Kurtosis = 1.44, MValue = 2 // ** Remained 2 (33,3 %) benchmark(s) to run. Estimated finish 2026-04-04 11:53 (0h 0m from now) ** // ************************** // Benchmark: ValidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 113 114 --benchmarkName Benchmarks.ValidFlatDtoValidationBenchmarks.FluentValidationSingleton --job Default --benchmarkId 4 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 101167.00 ns, 101.1670 us/op WorkloadJitting 1: 1 op, 2836417.00 ns, 2.8364 ms/op OverheadJitting 2: 16 op, 293875.00 ns, 18.3672 us/op WorkloadJitting 2: 16 op, 291083.00 ns, 18.1927 us/op WorkloadPilot 1: 16 op, 19416.00 ns, 1.2135 us/op WorkloadPilot 2: 32 op, 32875.00 ns, 1.0273 us/op WorkloadPilot 3: 64 op, 51125.00 ns, 798.8281 ns/op WorkloadPilot 4: 128 op, 96291.00 ns, 752.2734 ns/op WorkloadPilot 5: 256 op, 183250.00 ns, 715.8203 ns/op WorkloadPilot 6: 512 op, 396750.00 ns, 774.9023 ns/op WorkloadPilot 7: 1024 op, 707917.00 ns, 691.3252 ns/op WorkloadPilot 8: 2048 op, 1462292.00 ns, 714.0098 ns/op WorkloadPilot 9: 4096 op, 2911542.00 ns, 710.8257 ns/op WorkloadPilot 10: 8192 op, 6253125.00 ns, 763.3209 ns/op WorkloadPilot 11: 16384 op, 12137166.00 ns, 740.7938 ns/op WorkloadPilot 12: 32768 op, 23151500.00 ns, 706.5277 ns/op WorkloadPilot 13: 65536 op, 45294208.00 ns, 691.1348 ns/op WorkloadPilot 14: 131072 op, 68986000.00 ns, 526.3214 ns/op WorkloadPilot 15: 262144 op, 29097125.00 ns, 110.9967 ns/op WorkloadPilot 16: 524288 op, 58170042.00 ns, 110.9506 ns/op WorkloadPilot 17: 1048576 op, 115007125.00 ns, 109.6793 ns/op WorkloadPilot 18: 2097152 op, 229332833.00 ns, 109.3544 ns/op WorkloadPilot 19: 4194304 op, 457111792.00 ns, 108.9839 ns/op WorkloadPilot 20: 8388608 op, 920028958.00 ns, 109.6760 ns/op OverheadWarmup 1: 8388608 op, 16460833.00 ns, 1.9623 ns/op OverheadWarmup 2: 8388608 op, 16890459.00 ns, 2.0135 ns/op OverheadWarmup 3: 8388608 op, 16102375.00 ns, 1.9196 ns/op OverheadWarmup 4: 8388608 op, 16713250.00 ns, 1.9924 ns/op OverheadWarmup 5: 8388608 op, 16769000.00 ns, 1.9990 ns/op OverheadWarmup 6: 8388608 op, 16285000.00 ns, 1.9413 ns/op OverheadActual 1: 8388608 op, 16539583.00 ns, 1.9717 ns/op OverheadActual 2: 8388608 op, 16804792.00 ns, 2.0033 ns/op OverheadActual 3: 8388608 op, 16274166.00 ns, 1.9400 ns/op OverheadActual 4: 8388608 op, 16191583.00 ns, 1.9302 ns/op OverheadActual 5: 8388608 op, 16180125.00 ns, 1.9288 ns/op OverheadActual 6: 8388608 op, 16179500.00 ns, 1.9287 ns/op OverheadActual 7: 8388608 op, 16868833.00 ns, 2.0109 ns/op OverheadActual 8: 8388608 op, 16081417.00 ns, 1.9171 ns/op OverheadActual 9: 8388608 op, 16115250.00 ns, 1.9211 ns/op OverheadActual 10: 8388608 op, 16998792.00 ns, 2.0264 ns/op OverheadActual 11: 8388608 op, 16218875.00 ns, 1.9334 ns/op OverheadActual 12: 8388608 op, 16225958.00 ns, 1.9343 ns/op OverheadActual 13: 8388608 op, 15317792.00 ns, 1.8260 ns/op OverheadActual 14: 8388608 op, 13707417.00 ns, 1.6341 ns/op OverheadActual 15: 8388608 op, 13833000.00 ns, 1.6490 ns/op OverheadActual 16: 8388608 op, 13812917.00 ns, 1.6466 ns/op OverheadActual 17: 8388608 op, 13742625.00 ns, 1.6382 ns/op OverheadActual 18: 8388608 op, 13741167.00 ns, 1.6381 ns/op OverheadActual 19: 8388608 op, 13709333.00 ns, 1.6343 ns/op OverheadActual 20: 8388608 op, 13885958.00 ns, 1.6553 ns/op WorkloadWarmup 1: 8388608 op, 923500167.00 ns, 110.0898 ns/op WorkloadWarmup 2: 8388608 op, 923824125.00 ns, 110.1284 ns/op WorkloadWarmup 3: 8388608 op, 923647833.00 ns, 110.1074 ns/op WorkloadWarmup 4: 8388608 op, 919804750.00 ns, 109.6493 ns/op WorkloadWarmup 5: 8388608 op, 922184583.00 ns, 109.9330 ns/op WorkloadWarmup 6: 8388608 op, 923657875.00 ns, 110.1086 ns/op WorkloadWarmup 7: 8388608 op, 919265375.00 ns, 109.5850 ns/op // BeforeActualRun WorkloadActual 1: 8388608 op, 926822958.00 ns, 110.4859 ns/op WorkloadActual 2: 8388608 op, 928738209.00 ns, 110.7142 ns/op WorkloadActual 3: 8388608 op, 915523458.00 ns, 109.1389 ns/op WorkloadActual 4: 8388608 op, 920467375.00 ns, 109.7283 ns/op WorkloadActual 5: 8388608 op, 921199458.00 ns, 109.8155 ns/op WorkloadActual 6: 8388608 op, 913076209.00 ns, 108.8472 ns/op WorkloadActual 7: 8388608 op, 917912875.00 ns, 109.4237 ns/op WorkloadActual 8: 8388608 op, 920850959.00 ns, 109.7740 ns/op WorkloadActual 9: 8388608 op, 927851417.00 ns, 110.6085 ns/op WorkloadActual 10: 8388608 op, 915393375.00 ns, 109.1234 ns/op WorkloadActual 11: 8388608 op, 925993167.00 ns, 110.3870 ns/op WorkloadActual 12: 8388608 op, 919675000.00 ns, 109.6338 ns/op WorkloadActual 13: 8388608 op, 920079541.00 ns, 109.6820 ns/op WorkloadActual 14: 8388608 op, 919594834.00 ns, 109.6242 ns/op WorkloadActual 15: 8388608 op, 934655041.00 ns, 111.4196 ns/op // AfterActualRun WorkloadResult 1: 8388608 op, 910675583.00 ns, 108.5610 ns/op WorkloadResult 2: 8388608 op, 912590834.00 ns, 108.7893 ns/op WorkloadResult 3: 8388608 op, 899376083.00 ns, 107.2140 ns/op WorkloadResult 4: 8388608 op, 904320000.00 ns, 107.8033 ns/op WorkloadResult 5: 8388608 op, 905052083.00 ns, 107.8906 ns/op WorkloadResult 6: 8388608 op, 896928834.00 ns, 106.9222 ns/op WorkloadResult 7: 8388608 op, 901765500.00 ns, 107.4988 ns/op WorkloadResult 8: 8388608 op, 904703584.00 ns, 107.8491 ns/op WorkloadResult 9: 8388608 op, 911704042.00 ns, 108.6836 ns/op WorkloadResult 10: 8388608 op, 899246000.00 ns, 107.1985 ns/op WorkloadResult 11: 8388608 op, 909845792.00 ns, 108.4621 ns/op WorkloadResult 12: 8388608 op, 903527625.00 ns, 107.7089 ns/op WorkloadResult 13: 8388608 op, 903932166.00 ns, 107.7571 ns/op WorkloadResult 14: 8388608 op, 903447459.00 ns, 107.6993 ns/op WorkloadResult 15: 8388608 op, 918507666.00 ns, 109.4946 ns/op // GC: 633 1 0 5301600256 8388608 // Threading: 0 0 8388608 // AfterAll // Benchmark Process 9010 has exited with code 0. Mean = 107.969 ns, StdErr = 0.180 ns (0.17%), N = 15, StdDev = 0.698 ns Min = 106.922 ns, Q1 = 107.599 ns, Median = 107.803 ns, Q3 = 108.512 ns, Max = 109.495 ns IQR = 0.912 ns, LowerFence = 106.230 ns, UpperFence = 109.880 ns ConfidenceInterval = [107.223 ns; 108.715 ns] (CI 99.9%), Margin = 0.746 ns (0.69% of Mean) Skewness = 0.51, Kurtosis = 2.32, MValue = 2 // ** Remained 1 (16,7 %) benchmark(s) to run. Estimated finish 2026-04-04 11:53 (0h 0m from now) ** // ************************** // Benchmark: ValidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 113 114 --benchmarkName Benchmarks.ValidFlatDtoValidationBenchmarks.LightPortableResults --job Default --benchmarkId 5 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 82709.00 ns, 82.7090 us/op WorkloadJitting 1: 1 op, 1926417.00 ns, 1.9264 ms/op OverheadJitting 2: 16 op, 124125.00 ns, 7.7578 us/op WorkloadJitting 2: 16 op, 136625.00 ns, 8.5391 us/op WorkloadPilot 1: 16 op, 10792.00 ns, 674.5000 ns/op WorkloadPilot 2: 32 op, 15583.00 ns, 486.9688 ns/op WorkloadPilot 3: 64 op, 29208.00 ns, 456.3750 ns/op WorkloadPilot 4: 128 op, 59875.00 ns, 467.7734 ns/op WorkloadPilot 5: 256 op, 104625.00 ns, 408.6914 ns/op WorkloadPilot 6: 512 op, 193500.00 ns, 377.9297 ns/op WorkloadPilot 7: 1024 op, 386834.00 ns, 377.7676 ns/op WorkloadPilot 8: 2048 op, 746500.00 ns, 364.5020 ns/op WorkloadPilot 9: 4096 op, 1495625.00 ns, 365.1428 ns/op WorkloadPilot 10: 8192 op, 3029459.00 ns, 369.8070 ns/op WorkloadPilot 11: 16384 op, 5973333.00 ns, 364.5833 ns/op WorkloadPilot 12: 32768 op, 12157000.00 ns, 371.0022 ns/op WorkloadPilot 13: 65536 op, 24177417.00 ns, 368.9181 ns/op WorkloadPilot 14: 131072 op, 47863291.00 ns, 365.1679 ns/op WorkloadPilot 15: 262144 op, 63069584.00 ns, 240.5914 ns/op WorkloadPilot 16: 524288 op, 26129917.00 ns, 49.8389 ns/op WorkloadPilot 17: 1048576 op, 51925417.00 ns, 49.5199 ns/op WorkloadPilot 18: 2097152 op, 103600834.00 ns, 49.4007 ns/op WorkloadPilot 19: 4194304 op, 206010375.00 ns, 49.1167 ns/op WorkloadPilot 20: 8388608 op, 414766000.00 ns, 49.4440 ns/op WorkloadPilot 21: 16777216 op, 827558083.00 ns, 49.3263 ns/op OverheadWarmup 1: 16777216 op, 32319500.00 ns, 1.9264 ns/op OverheadWarmup 2: 16777216 op, 32416209.00 ns, 1.9322 ns/op OverheadWarmup 3: 16777216 op, 32475041.00 ns, 1.9357 ns/op OverheadWarmup 4: 16777216 op, 32453916.00 ns, 1.9344 ns/op OverheadWarmup 5: 16777216 op, 32472375.00 ns, 1.9355 ns/op OverheadWarmup 6: 16777216 op, 32468375.00 ns, 1.9353 ns/op OverheadActual 1: 16777216 op, 32516542.00 ns, 1.9381 ns/op OverheadActual 2: 16777216 op, 32514583.00 ns, 1.9380 ns/op OverheadActual 3: 16777216 op, 32457208.00 ns, 1.9346 ns/op OverheadActual 4: 16777216 op, 32458125.00 ns, 1.9347 ns/op OverheadActual 5: 16777216 op, 32499084.00 ns, 1.9371 ns/op OverheadActual 6: 16777216 op, 32502875.00 ns, 1.9373 ns/op OverheadActual 7: 16777216 op, 32490000.00 ns, 1.9366 ns/op OverheadActual 8: 16777216 op, 32534041.00 ns, 1.9392 ns/op OverheadActual 9: 16777216 op, 32552500.00 ns, 1.9403 ns/op OverheadActual 10: 16777216 op, 31104042.00 ns, 1.8539 ns/op OverheadActual 11: 16777216 op, 23933417.00 ns, 1.4265 ns/op OverheadActual 12: 16777216 op, 23869250.00 ns, 1.4227 ns/op OverheadActual 13: 16777216 op, 23931500.00 ns, 1.4264 ns/op OverheadActual 14: 16777216 op, 24032000.00 ns, 1.4324 ns/op OverheadActual 15: 16777216 op, 24239167.00 ns, 1.4448 ns/op OverheadActual 16: 16777216 op, 23787750.00 ns, 1.4179 ns/op OverheadActual 17: 16777216 op, 24025542.00 ns, 1.4320 ns/op OverheadActual 18: 16777216 op, 23790708.00 ns, 1.4180 ns/op OverheadActual 19: 16777216 op, 23578625.00 ns, 1.4054 ns/op OverheadActual 20: 16777216 op, 23822375.00 ns, 1.4199 ns/op WorkloadWarmup 1: 16777216 op, 826245375.00 ns, 49.2481 ns/op WorkloadWarmup 2: 16777216 op, 826785125.00 ns, 49.2802 ns/op WorkloadWarmup 3: 16777216 op, 828074792.00 ns, 49.3571 ns/op WorkloadWarmup 4: 16777216 op, 825804667.00 ns, 49.2218 ns/op WorkloadWarmup 5: 16777216 op, 826141291.00 ns, 49.2419 ns/op WorkloadWarmup 6: 16777216 op, 827403250.00 ns, 49.3171 ns/op WorkloadWarmup 7: 16777216 op, 826382167.00 ns, 49.2562 ns/op // BeforeActualRun WorkloadActual 1: 16777216 op, 824066959.00 ns, 49.1182 ns/op WorkloadActual 2: 16777216 op, 833184417.00 ns, 49.6617 ns/op WorkloadActual 3: 16777216 op, 831259459.00 ns, 49.5469 ns/op WorkloadActual 4: 16777216 op, 855721250.00 ns, 51.0050 ns/op WorkloadActual 5: 16777216 op, 850210584.00 ns, 50.6765 ns/op WorkloadActual 6: 16777216 op, 833846875.00 ns, 49.7011 ns/op WorkloadActual 7: 16777216 op, 848380875.00 ns, 50.5674 ns/op WorkloadActual 8: 16777216 op, 830500042.00 ns, 49.5017 ns/op WorkloadActual 9: 16777216 op, 823620875.00 ns, 49.0916 ns/op WorkloadActual 10: 16777216 op, 824015250.00 ns, 49.1151 ns/op WorkloadActual 11: 16777216 op, 823565209.00 ns, 49.0883 ns/op WorkloadActual 12: 16777216 op, 824076958.00 ns, 49.1188 ns/op WorkloadActual 13: 16777216 op, 823736083.00 ns, 49.0985 ns/op WorkloadActual 14: 16777216 op, 823680875.00 ns, 49.0952 ns/op WorkloadActual 15: 16777216 op, 823613583.00 ns, 49.0912 ns/op // AfterActualRun WorkloadResult 1: 16777216 op, 796395354.50 ns, 47.4689 ns/op WorkloadResult 2: 16777216 op, 805512812.50 ns, 48.0123 ns/op WorkloadResult 3: 16777216 op, 803587854.50 ns, 47.8976 ns/op WorkloadResult 4: 16777216 op, 806175270.50 ns, 48.0518 ns/op WorkloadResult 5: 16777216 op, 802828437.50 ns, 47.8523 ns/op WorkloadResult 6: 16777216 op, 795949270.50 ns, 47.4423 ns/op WorkloadResult 7: 16777216 op, 796343645.50 ns, 47.4658 ns/op WorkloadResult 8: 16777216 op, 795893604.50 ns, 47.4390 ns/op WorkloadResult 9: 16777216 op, 796405353.50 ns, 47.4695 ns/op WorkloadResult 10: 16777216 op, 796064478.50 ns, 47.4491 ns/op WorkloadResult 11: 16777216 op, 796009270.50 ns, 47.4458 ns/op WorkloadResult 12: 16777216 op, 795941978.50 ns, 47.4418 ns/op // GC: 208 0 0 1744830464 16777216 // Threading: 0 0 16777216 // AfterAll // Benchmark Process 9023 has exited with code 0. Mean = 47.620 ns, StdErr = 0.073 ns (0.15%), N = 12, StdDev = 0.252 ns Min = 47.439 ns, Q1 = 47.445 ns, Median = 47.467 ns, Q3 = 47.864 ns, Max = 48.052 ns IQR = 0.419 ns, LowerFence = 46.817 ns, UpperFence = 48.492 ns ConfidenceInterval = [47.297 ns; 47.942 ns] (CI 99.9%), Margin = 0.322 ns (0.68% of Mean) Skewness = 0.72, Kurtosis = 1.54, MValue = 2 // ** Remained 0 (0,0 %) benchmark(s) to run. Estimated finish 2026-04-04 11:53 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.ValidFlatDtoValidationBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.ValidFlatDtoValidationBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.ValidFlatDtoValidationBenchmarks-report.html // * Detailed results * ValidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.300 μs, StdErr = 0.001 μs (0.09%), N = 15, StdDev = 0.005 μs Min = 1.293 μs, Q1 = 1.296 μs, Median = 1.300 μs, Q3 = 1.304 μs, Max = 1.307 μs IQR = 0.008 μs, LowerFence = 1.284 μs, UpperFence = 1.316 μs ConfidenceInterval = [1.295 μs; 1.305 μs] (CI 99.9%), Margin = 0.005 μs (0.38% of Mean) Skewness = 0.1, Kurtosis = 1.44, MValue = 2 -------------------- Histogram -------------------- [1.291 μs ; 1.310 μs) | @@@@@@@@@@@@@@@ --------------------------------------------------- ValidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 107.969 ns, StdErr = 0.180 ns (0.17%), N = 15, StdDev = 0.698 ns Min = 106.922 ns, Q1 = 107.599 ns, Median = 107.803 ns, Q3 = 108.512 ns, Max = 109.495 ns IQR = 0.912 ns, LowerFence = 106.230 ns, UpperFence = 109.880 ns ConfidenceInterval = [107.223 ns; 108.715 ns] (CI 99.9%), Margin = 0.746 ns (0.69% of Mean) Skewness = 0.51, Kurtosis = 2.32, MValue = 2 -------------------- Histogram -------------------- [106.551 ns ; 109.866 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- ValidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 47.620 ns, StdErr = 0.073 ns (0.15%), N = 12, StdDev = 0.252 ns Min = 47.439 ns, Q1 = 47.445 ns, Median = 47.467 ns, Q3 = 47.864 ns, Max = 48.052 ns IQR = 0.419 ns, LowerFence = 46.817 ns, UpperFence = 48.492 ns ConfidenceInterval = [47.297 ns; 47.942 ns] (CI 99.9%), Margin = 0.322 ns (0.68% of Mean) Skewness = 0.72, Kurtosis = 1.54, MValue = 2 -------------------- Histogram -------------------- [47.295 ns ; 48.196 ns) | @@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |------------:|---------:|---------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 1,299.92 ns | 4.880 ns | 4.565 ns | 1.00 | 0.8335 | 0.0076 | 6984 B | 1.00 | | FluentValidationSingleton | 107.97 ns | 0.746 ns | 0.698 ns | 0.08 | 0.0755 | 0.0001 | 632 B | 0.09 | | LightPortableResults | 47.62 ns | 0.322 ns | 0.252 ns | 0.04 | 0.0124 | - | 104 B | 0.01 | // * Hints * Outliers ValidFlatDtoValidationBenchmarks.LightPortableResults: Default -> 3 outliers were removed (50.57 ns..51.00 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:01:05 (65.92 sec), executed benchmarks: 3 Global total time: 00:02:02 (122.05 sec), executed benchmarks: 6 // * Artifacts cleanup * Artifacts cleanup is finished BenchmarkRun-20260404-121026.log000066400000000000000000002241051516707642500335060ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 9 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 0.85 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 6.93 sec and exited with 0 // ***** Done, took 00:00:07 (7.83 sec) ***** // Found 3 benchmarks: // InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient: DefaultJob // InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: DefaultJob // InvalidFlatDtoValidationBenchmarksForMinimalApis.LightPortableResults: DefaultJob // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 151 152 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient --job Default --benchmarkId 0 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 108292.00 ns, 108.2920 us/op WorkloadJitting 1: 1 op, 9257667.00 ns, 9.2577 ms/op OverheadJitting 2: 16 op, 429500.00 ns, 26.8438 us/op WorkloadJitting 2: 16 op, 706333.00 ns, 44.1458 us/op WorkloadPilot 1: 16 op, 606958.00 ns, 37.9349 us/op WorkloadPilot 2: 32 op, 772625.00 ns, 24.1445 us/op WorkloadPilot 3: 64 op, 943083.00 ns, 14.7357 us/op WorkloadPilot 4: 128 op, 1978834.00 ns, 15.4596 us/op WorkloadPilot 5: 256 op, 3647292.00 ns, 14.2472 us/op WorkloadPilot 6: 512 op, 7501458.00 ns, 14.6513 us/op WorkloadPilot 7: 1024 op, 13551042.00 ns, 13.2334 us/op WorkloadPilot 8: 2048 op, 29206958.00 ns, 14.2612 us/op WorkloadPilot 9: 4096 op, 56150209.00 ns, 13.7085 us/op WorkloadPilot 10: 8192 op, 123014667.00 ns, 15.0164 us/op WorkloadPilot 11: 16384 op, 244116959.00 ns, 14.8997 us/op WorkloadPilot 12: 32768 op, 467718417.00 ns, 14.2736 us/op WorkloadPilot 13: 65536 op, 658592375.00 ns, 10.0493 us/op OverheadWarmup 1: 65536 op, 136083.00 ns, 2.0765 ns/op OverheadWarmup 2: 65536 op, 133417.00 ns, 2.0358 ns/op OverheadWarmup 3: 65536 op, 135250.00 ns, 2.0638 ns/op OverheadWarmup 4: 65536 op, 136834.00 ns, 2.0879 ns/op OverheadWarmup 5: 65536 op, 128167.00 ns, 1.9557 ns/op OverheadWarmup 6: 65536 op, 133042.00 ns, 2.0301 ns/op OverheadWarmup 7: 65536 op, 133167.00 ns, 2.0320 ns/op OverheadWarmup 8: 65536 op, 133333.00 ns, 2.0345 ns/op OverheadWarmup 9: 65536 op, 136083.00 ns, 2.0765 ns/op OverheadWarmup 10: 65536 op, 133125.00 ns, 2.0313 ns/op OverheadActual 1: 65536 op, 133291.00 ns, 2.0339 ns/op OverheadActual 2: 65536 op, 134500.00 ns, 2.0523 ns/op OverheadActual 3: 65536 op, 133250.00 ns, 2.0332 ns/op OverheadActual 4: 65536 op, 130292.00 ns, 1.9881 ns/op OverheadActual 5: 65536 op, 133917.00 ns, 2.0434 ns/op OverheadActual 6: 65536 op, 130042.00 ns, 1.9843 ns/op OverheadActual 7: 65536 op, 130167.00 ns, 1.9862 ns/op OverheadActual 8: 65536 op, 133708.00 ns, 2.0402 ns/op OverheadActual 9: 65536 op, 130875.00 ns, 1.9970 ns/op OverheadActual 10: 65536 op, 132416.00 ns, 2.0205 ns/op OverheadActual 11: 65536 op, 146542.00 ns, 2.2361 ns/op OverheadActual 12: 65536 op, 132250.00 ns, 2.0180 ns/op OverheadActual 13: 65536 op, 133791.00 ns, 2.0415 ns/op OverheadActual 14: 65536 op, 133000.00 ns, 2.0294 ns/op OverheadActual 15: 65536 op, 133042.00 ns, 2.0301 ns/op WorkloadWarmup 1: 65536 op, 353397667.00 ns, 5.3924 us/op WorkloadWarmup 2: 65536 op, 224492417.00 ns, 3.4255 us/op WorkloadWarmup 3: 65536 op, 229157958.00 ns, 3.4967 us/op WorkloadWarmup 4: 65536 op, 224426459.00 ns, 3.4245 us/op WorkloadWarmup 5: 65536 op, 224095500.00 ns, 3.4194 us/op WorkloadWarmup 6: 65536 op, 224555667.00 ns, 3.4264 us/op WorkloadWarmup 7: 65536 op, 223997500.00 ns, 3.4179 us/op // BeforeActualRun WorkloadActual 1: 65536 op, 224252833.00 ns, 3.4218 us/op WorkloadActual 2: 65536 op, 225144375.00 ns, 3.4354 us/op WorkloadActual 3: 65536 op, 227036917.00 ns, 3.4643 us/op WorkloadActual 4: 65536 op, 225937250.00 ns, 3.4475 us/op WorkloadActual 5: 65536 op, 225058625.00 ns, 3.4341 us/op WorkloadActual 6: 65536 op, 224971292.00 ns, 3.4328 us/op WorkloadActual 7: 65536 op, 224225000.00 ns, 3.4214 us/op WorkloadActual 8: 65536 op, 227497208.00 ns, 3.4713 us/op WorkloadActual 9: 65536 op, 231348792.00 ns, 3.5301 us/op WorkloadActual 10: 65536 op, 223230834.00 ns, 3.4062 us/op WorkloadActual 11: 65536 op, 223855250.00 ns, 3.4158 us/op WorkloadActual 12: 65536 op, 223886959.00 ns, 3.4162 us/op WorkloadActual 13: 65536 op, 223584584.00 ns, 3.4116 us/op WorkloadActual 14: 65536 op, 223702375.00 ns, 3.4134 us/op WorkloadActual 15: 65536 op, 223978333.00 ns, 3.4176 us/op // AfterActualRun WorkloadResult 1: 65536 op, 224119791.00 ns, 3.4198 us/op WorkloadResult 2: 65536 op, 225011333.00 ns, 3.4334 us/op WorkloadResult 3: 65536 op, 226903875.00 ns, 3.4623 us/op WorkloadResult 4: 65536 op, 225804208.00 ns, 3.4455 us/op WorkloadResult 5: 65536 op, 224925583.00 ns, 3.4321 us/op WorkloadResult 6: 65536 op, 224838250.00 ns, 3.4308 us/op WorkloadResult 7: 65536 op, 224091958.00 ns, 3.4194 us/op WorkloadResult 8: 65536 op, 227364166.00 ns, 3.4693 us/op WorkloadResult 9: 65536 op, 223097792.00 ns, 3.4042 us/op WorkloadResult 10: 65536 op, 223722208.00 ns, 3.4137 us/op WorkloadResult 11: 65536 op, 223753917.00 ns, 3.4142 us/op WorkloadResult 12: 65536 op, 223451542.00 ns, 3.4096 us/op WorkloadResult 13: 65536 op, 223569333.00 ns, 3.4114 us/op WorkloadResult 14: 65536 op, 223845291.00 ns, 3.4156 us/op // GC: 125 2 0 1051721728 65536 // Threading: 0 0 65536 // AfterAll // Benchmark Process 10386 has exited with code 0. Mean = 3.427 μs, StdErr = 0.005 μs (0.15%), N = 14, StdDev = 0.020 μs Min = 3.404 μs, Q1 = 3.414 μs, Median = 3.420 μs, Q3 = 3.433 μs, Max = 3.469 μs IQR = 0.019 μs, LowerFence = 3.385 μs, UpperFence = 3.462 μs ConfidenceInterval = [3.405 μs; 3.450 μs] (CI 99.9%), Margin = 0.022 μs (0.65% of Mean) Skewness = 0.87, Kurtosis = 2.45, MValue = 2 // ** Remained 8 (88,9 %) benchmark(s) to run. Estimated finish 2026-04-04 12:11 (0h 0m from now) ** // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 151 152 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton --job Default --benchmarkId 1 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 95375.00 ns, 95.3750 us/op WorkloadJitting 1: 1 op, 7887791.00 ns, 7.8878 ms/op OverheadJitting 2: 16 op, 292291.00 ns, 18.2682 us/op WorkloadJitting 2: 16 op, 429583.00 ns, 26.8489 us/op WorkloadPilot 1: 16 op, 164167.00 ns, 10.2604 us/op WorkloadPilot 2: 32 op, 267958.00 ns, 8.3737 us/op WorkloadPilot 3: 64 op, 477542.00 ns, 7.4616 us/op WorkloadPilot 4: 128 op, 936000.00 ns, 7.3125 us/op WorkloadPilot 5: 256 op, 1880541.00 ns, 7.3459 us/op WorkloadPilot 6: 512 op, 3975417.00 ns, 7.7645 us/op WorkloadPilot 7: 1024 op, 7873708.00 ns, 7.6892 us/op WorkloadPilot 8: 2048 op, 14997833.00 ns, 7.3232 us/op WorkloadPilot 9: 4096 op, 29341292.00 ns, 7.1634 us/op WorkloadPilot 10: 8192 op, 58987083.00 ns, 7.2006 us/op WorkloadPilot 11: 16384 op, 124552375.00 ns, 7.6021 us/op WorkloadPilot 12: 32768 op, 132558458.00 ns, 4.0454 us/op WorkloadPilot 13: 65536 op, 137231209.00 ns, 2.0940 us/op WorkloadPilot 14: 131072 op, 274617750.00 ns, 2.0952 us/op WorkloadPilot 15: 262144 op, 546765667.00 ns, 2.0857 us/op OverheadWarmup 1: 262144 op, 518334.00 ns, 1.9773 ns/op OverheadWarmup 2: 262144 op, 510500.00 ns, 1.9474 ns/op OverheadWarmup 3: 262144 op, 506416.00 ns, 1.9318 ns/op OverheadWarmup 4: 262144 op, 501542.00 ns, 1.9132 ns/op OverheadWarmup 5: 262144 op, 517959.00 ns, 1.9759 ns/op OverheadWarmup 6: 262144 op, 494833.00 ns, 1.8876 ns/op OverheadWarmup 7: 262144 op, 500958.00 ns, 1.9110 ns/op OverheadWarmup 8: 262144 op, 497500.00 ns, 1.8978 ns/op OverheadActual 1: 262144 op, 505541.00 ns, 1.9285 ns/op OverheadActual 2: 262144 op, 497667.00 ns, 1.8984 ns/op OverheadActual 3: 262144 op, 494959.00 ns, 1.8881 ns/op OverheadActual 4: 262144 op, 497875.00 ns, 1.8992 ns/op OverheadActual 5: 262144 op, 497709.00 ns, 1.8986 ns/op OverheadActual 6: 262144 op, 509791.00 ns, 1.9447 ns/op OverheadActual 7: 262144 op, 528333.00 ns, 2.0154 ns/op OverheadActual 8: 262144 op, 542583.00 ns, 2.0698 ns/op OverheadActual 9: 262144 op, 521333.00 ns, 1.9887 ns/op OverheadActual 10: 262144 op, 524791.00 ns, 2.0019 ns/op OverheadActual 11: 262144 op, 535584.00 ns, 2.0431 ns/op OverheadActual 12: 262144 op, 532000.00 ns, 2.0294 ns/op OverheadActual 13: 262144 op, 498250.00 ns, 1.9007 ns/op OverheadActual 14: 262144 op, 518500.00 ns, 1.9779 ns/op OverheadActual 15: 262144 op, 501000.00 ns, 1.9112 ns/op WorkloadWarmup 1: 262144 op, 551309791.00 ns, 2.1031 us/op WorkloadWarmup 2: 262144 op, 551410292.00 ns, 2.1035 us/op WorkloadWarmup 3: 262144 op, 553089208.00 ns, 2.1099 us/op WorkloadWarmup 4: 262144 op, 555649167.00 ns, 2.1196 us/op WorkloadWarmup 5: 262144 op, 551115292.00 ns, 2.1023 us/op WorkloadWarmup 6: 262144 op, 557258625.00 ns, 2.1258 us/op WorkloadWarmup 7: 262144 op, 572725000.00 ns, 2.1848 us/op WorkloadWarmup 8: 262144 op, 580371791.00 ns, 2.2139 us/op WorkloadWarmup 9: 262144 op, 552508125.00 ns, 2.1077 us/op // BeforeActualRun WorkloadActual 1: 262144 op, 550082625.00 ns, 2.0984 us/op WorkloadActual 2: 262144 op, 549700583.00 ns, 2.0969 us/op WorkloadActual 3: 262144 op, 549016375.00 ns, 2.0943 us/op WorkloadActual 4: 262144 op, 548500042.00 ns, 2.0924 us/op WorkloadActual 5: 262144 op, 549085625.00 ns, 2.0946 us/op WorkloadActual 6: 262144 op, 548140958.00 ns, 2.0910 us/op WorkloadActual 7: 262144 op, 552707292.00 ns, 2.1084 us/op WorkloadActual 8: 262144 op, 548599541.00 ns, 2.0927 us/op WorkloadActual 9: 262144 op, 552078667.00 ns, 2.1060 us/op WorkloadActual 10: 262144 op, 549963416.00 ns, 2.0979 us/op WorkloadActual 11: 262144 op, 547361250.00 ns, 2.0880 us/op WorkloadActual 12: 262144 op, 547900625.00 ns, 2.0901 us/op WorkloadActual 13: 262144 op, 551343333.00 ns, 2.1032 us/op WorkloadActual 14: 262144 op, 549100625.00 ns, 2.0947 us/op WorkloadActual 15: 262144 op, 546908917.00 ns, 2.0863 us/op // AfterActualRun WorkloadResult 1: 262144 op, 549572834.00 ns, 2.0965 us/op WorkloadResult 2: 262144 op, 549190792.00 ns, 2.0950 us/op WorkloadResult 3: 262144 op, 548506584.00 ns, 2.0924 us/op WorkloadResult 4: 262144 op, 547990251.00 ns, 2.0904 us/op WorkloadResult 5: 262144 op, 548575834.00 ns, 2.0927 us/op WorkloadResult 6: 262144 op, 547631167.00 ns, 2.0890 us/op WorkloadResult 7: 262144 op, 548089750.00 ns, 2.0908 us/op WorkloadResult 8: 262144 op, 551568876.00 ns, 2.1041 us/op WorkloadResult 9: 262144 op, 549453625.00 ns, 2.0960 us/op WorkloadResult 10: 262144 op, 546851459.00 ns, 2.0861 us/op WorkloadResult 11: 262144 op, 547390834.00 ns, 2.0881 us/op WorkloadResult 12: 262144 op, 550833542.00 ns, 2.1013 us/op WorkloadResult 13: 262144 op, 548590834.00 ns, 2.0927 us/op WorkloadResult 14: 262144 op, 546399126.00 ns, 2.0843 us/op // GC: 303 3 0 2541748224 262144 // Threading: 0 0 262144 // AfterAll // Benchmark Process 10392 has exited with code 0. Mean = 2.093 μs, StdErr = 0.001 μs (0.07%), N = 14, StdDev = 0.005 μs Min = 2.084 μs, Q1 = 2.089 μs, Median = 2.093 μs, Q3 = 2.096 μs, Max = 2.104 μs IQR = 0.006 μs, LowerFence = 2.080 μs, UpperFence = 2.105 μs ConfidenceInterval = [2.087 μs; 2.099 μs] (CI 99.9%), Margin = 0.006 μs (0.30% of Mean) Skewness = 0.45, Kurtosis = 2.34, MValue = 2 // ** Remained 7 (77,8 %) benchmark(s) to run. Estimated finish 2026-04-04 12:12 (0h 1m from now) ** // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarksForMinimalApis.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 151 152 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis.LightPortableResults --job Default --benchmarkId 2 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 103042.00 ns, 103.0420 us/op WorkloadJitting 1: 1 op, 10438875.00 ns, 10.4389 ms/op OverheadJitting 2: 16 op, 320000.00 ns, 20.0000 us/op WorkloadJitting 2: 16 op, 727250.00 ns, 45.4531 us/op WorkloadPilot 1: 16 op, 49750.00 ns, 3.1094 us/op WorkloadPilot 2: 32 op, 80791.00 ns, 2.5247 us/op WorkloadPilot 3: 64 op, 139458.00 ns, 2.1790 us/op WorkloadPilot 4: 128 op, 299042.00 ns, 2.3363 us/op WorkloadPilot 5: 256 op, 566834.00 ns, 2.2142 us/op WorkloadPilot 6: 512 op, 1143708.00 ns, 2.2338 us/op WorkloadPilot 7: 1024 op, 2208541.00 ns, 2.1568 us/op WorkloadPilot 8: 2048 op, 4582917.00 ns, 2.2378 us/op WorkloadPilot 9: 4096 op, 8964500.00 ns, 2.1886 us/op WorkloadPilot 10: 8192 op, 17913250.00 ns, 2.1867 us/op WorkloadPilot 11: 16384 op, 35165125.00 ns, 2.1463 us/op WorkloadPilot 12: 32768 op, 70701250.00 ns, 2.1576 us/op WorkloadPilot 13: 65536 op, 110786917.00 ns, 1.6905 us/op WorkloadPilot 14: 131072 op, 148324708.00 ns, 1.1316 us/op WorkloadPilot 15: 262144 op, 77045000.00 ns, 293.9034 ns/op WorkloadPilot 16: 524288 op, 148030917.00 ns, 282.3466 ns/op WorkloadPilot 17: 1048576 op, 295599458.00 ns, 281.9056 ns/op WorkloadPilot 18: 2097152 op, 589692709.00 ns, 281.1874 ns/op OverheadWarmup 1: 2097152 op, 4026708.00 ns, 1.9201 ns/op OverheadWarmup 2: 2097152 op, 3971083.00 ns, 1.8936 ns/op OverheadWarmup 3: 2097152 op, 3941542.00 ns, 1.8795 ns/op OverheadWarmup 4: 2097152 op, 4076875.00 ns, 1.9440 ns/op OverheadWarmup 5: 2097152 op, 4032625.00 ns, 1.9229 ns/op OverheadWarmup 6: 2097152 op, 3927417.00 ns, 1.8727 ns/op OverheadWarmup 7: 2097152 op, 3973666.00 ns, 1.8948 ns/op OverheadWarmup 8: 2097152 op, 4009625.00 ns, 1.9119 ns/op OverheadWarmup 9: 2097152 op, 4027000.00 ns, 1.9202 ns/op OverheadWarmup 10: 2097152 op, 4045042.00 ns, 1.9288 ns/op OverheadActual 1: 2097152 op, 4113917.00 ns, 1.9617 ns/op OverheadActual 2: 2097152 op, 4054791.00 ns, 1.9335 ns/op OverheadActual 3: 2097152 op, 4125125.00 ns, 1.9670 ns/op OverheadActual 4: 2097152 op, 3975000.00 ns, 1.8954 ns/op OverheadActual 5: 2097152 op, 3961917.00 ns, 1.8892 ns/op OverheadActual 6: 2097152 op, 4081792.00 ns, 1.9464 ns/op OverheadActual 7: 2097152 op, 4164125.00 ns, 1.9856 ns/op OverheadActual 8: 2097152 op, 3969583.00 ns, 1.8928 ns/op OverheadActual 9: 2097152 op, 3940208.00 ns, 1.8788 ns/op OverheadActual 10: 2097152 op, 4017250.00 ns, 1.9156 ns/op OverheadActual 11: 2097152 op, 4505042.00 ns, 2.1482 ns/op OverheadActual 12: 2097152 op, 3972000.00 ns, 1.8940 ns/op OverheadActual 13: 2097152 op, 3950583.00 ns, 1.8838 ns/op OverheadActual 14: 2097152 op, 4049042.00 ns, 1.9307 ns/op OverheadActual 15: 2097152 op, 4097875.00 ns, 1.9540 ns/op WorkloadWarmup 1: 2097152 op, 597619166.00 ns, 284.9670 ns/op WorkloadWarmup 2: 2097152 op, 591852125.00 ns, 282.2171 ns/op WorkloadWarmup 3: 2097152 op, 590445917.00 ns, 281.5466 ns/op WorkloadWarmup 4: 2097152 op, 591176917.00 ns, 281.8951 ns/op WorkloadWarmup 5: 2097152 op, 590244125.00 ns, 281.4503 ns/op WorkloadWarmup 6: 2097152 op, 609106666.00 ns, 290.4447 ns/op WorkloadWarmup 7: 2097152 op, 599784042.00 ns, 285.9993 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 589214417.00 ns, 280.9593 ns/op WorkloadActual 2: 2097152 op, 587922083.00 ns, 280.3431 ns/op WorkloadActual 3: 2097152 op, 586697209.00 ns, 279.7590 ns/op WorkloadActual 4: 2097152 op, 589596375.00 ns, 281.1415 ns/op WorkloadActual 5: 2097152 op, 589138542.00 ns, 280.9231 ns/op WorkloadActual 6: 2097152 op, 589681417.00 ns, 281.1820 ns/op WorkloadActual 7: 2097152 op, 592704833.00 ns, 282.6237 ns/op WorkloadActual 8: 2097152 op, 589322416.00 ns, 281.0108 ns/op WorkloadActual 9: 2097152 op, 587880708.00 ns, 280.3234 ns/op WorkloadActual 10: 2097152 op, 590555125.00 ns, 281.5986 ns/op WorkloadActual 11: 2097152 op, 590570666.00 ns, 281.6060 ns/op WorkloadActual 12: 2097152 op, 589071583.00 ns, 280.8912 ns/op WorkloadActual 13: 2097152 op, 587633125.00 ns, 280.2053 ns/op WorkloadActual 14: 2097152 op, 588383458.00 ns, 280.5631 ns/op WorkloadActual 15: 2097152 op, 587982375.00 ns, 280.3718 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 585165375.00 ns, 279.0286 ns/op WorkloadResult 2: 2097152 op, 583873041.00 ns, 278.4124 ns/op WorkloadResult 3: 2097152 op, 582648167.00 ns, 277.8283 ns/op WorkloadResult 4: 2097152 op, 585547333.00 ns, 279.2107 ns/op WorkloadResult 5: 2097152 op, 585089500.00 ns, 278.9924 ns/op WorkloadResult 6: 2097152 op, 585632375.00 ns, 279.2513 ns/op WorkloadResult 7: 2097152 op, 585273374.00 ns, 279.0801 ns/op WorkloadResult 8: 2097152 op, 583831666.00 ns, 278.3926 ns/op WorkloadResult 9: 2097152 op, 586506083.00 ns, 279.6679 ns/op WorkloadResult 10: 2097152 op, 586521624.00 ns, 279.6753 ns/op WorkloadResult 11: 2097152 op, 585022541.00 ns, 278.9605 ns/op WorkloadResult 12: 2097152 op, 583584083.00 ns, 278.2746 ns/op WorkloadResult 13: 2097152 op, 584334416.00 ns, 278.6324 ns/op WorkloadResult 14: 2097152 op, 583933333.00 ns, 278.4411 ns/op // GC: 210 0 0 1761607680 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 10408 has exited with code 0. Mean = 278.846 ns, StdErr = 0.144 ns (0.05%), N = 14, StdDev = 0.537 ns Min = 277.828 ns, Q1 = 278.420 ns, Median = 278.976 ns, Q3 = 279.178 ns, Max = 279.675 ns IQR = 0.759 ns, LowerFence = 277.282 ns, UpperFence = 280.316 ns ConfidenceInterval = [278.241 ns; 279.452 ns] (CI 99.9%), Margin = 0.606 ns (0.22% of Mean) Skewness = -0.11, Kurtosis = 1.95, MValue = 2 // ** Remained 6 (66,7 %) benchmark(s) to run. Estimated finish 2026-04-04 12:12 (0h 1m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis-report.html // * Detailed results * InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 3.427 μs, StdErr = 0.005 μs (0.15%), N = 14, StdDev = 0.020 μs Min = 3.404 μs, Q1 = 3.414 μs, Median = 3.420 μs, Q3 = 3.433 μs, Max = 3.469 μs IQR = 0.019 μs, LowerFence = 3.385 μs, UpperFence = 3.462 μs ConfidenceInterval = [3.405 μs; 3.450 μs] (CI 99.9%), Margin = 0.022 μs (0.65% of Mean) Skewness = 0.87, Kurtosis = 2.45, MValue = 2 -------------------- Histogram -------------------- [3.393 μs ; 3.480 μs) | @@@@@@@@@@@@@@ --------------------------------------------------- InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.093 μs, StdErr = 0.001 μs (0.07%), N = 14, StdDev = 0.005 μs Min = 2.084 μs, Q1 = 2.089 μs, Median = 2.093 μs, Q3 = 2.096 μs, Max = 2.104 μs IQR = 0.006 μs, LowerFence = 2.080 μs, UpperFence = 2.105 μs ConfidenceInterval = [2.087 μs; 2.099 μs] (CI 99.9%), Margin = 0.006 μs (0.30% of Mean) Skewness = 0.45, Kurtosis = 2.34, MValue = 2 -------------------- Histogram -------------------- [2.081 μs ; 2.107 μs) | @@@@@@@@@@@@@@ --------------------------------------------------- InvalidFlatDtoValidationBenchmarksForMinimalApis.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 278.846 ns, StdErr = 0.144 ns (0.05%), N = 14, StdDev = 0.537 ns Min = 277.828 ns, Q1 = 278.420 ns, Median = 278.976 ns, Q3 = 279.178 ns, Max = 279.675 ns IQR = 0.759 ns, LowerFence = 277.282 ns, UpperFence = 280.316 ns ConfidenceInterval = [278.241 ns; 279.452 ns] (CI 99.9%), Margin = 0.606 ns (0.22% of Mean) Skewness = -0.11, Kurtosis = 1.95, MValue = 2 -------------------- Histogram -------------------- [277.536 ns ; 279.968 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |-----------:|---------:|---------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 3,427.2 ns | 22.35 ns | 19.81 ns | 1.00 | 1.9073 | 0.0305 | 16048 B | 1.00 | | FluentValidationSingleton | 2,092.8 ns | 6.17 ns | 5.47 ns | 0.61 | 1.1559 | 0.0114 | 9696 B | 0.60 | | LightPortableResults | 278.8 ns | 0.61 ns | 0.54 ns | 0.08 | 0.1001 | - | 840 B | 0.05 | // * Hints * Outliers InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient: Default -> 1 outlier was removed (3.53 μs) InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: Default -> 1 outlier was removed (2.11 μs) InvalidFlatDtoValidationBenchmarksForMinimalApis.LightPortableResults: Default -> 1 outlier was removed (282.62 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:37 (37.81 sec), executed benchmarks: 3 // Found 3 benchmarks: // InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient: DefaultJob // InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationSingleton: DefaultJob // InvalidFlatDtoValidationBenchmarksForMvc.LightPortableResults: DefaultJob // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 121 122 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient --job Default --benchmarkId 3 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 106416.00 ns, 106.4160 us/op WorkloadJitting 1: 1 op, 10763666.00 ns, 10.7637 ms/op OverheadJitting 2: 16 op, 324375.00 ns, 20.2734 us/op WorkloadJitting 2: 16 op, 585334.00 ns, 36.5834 us/op WorkloadPilot 1: 16 op, 230417.00 ns, 14.4011 us/op WorkloadPilot 2: 32 op, 456125.00 ns, 14.2539 us/op WorkloadPilot 3: 64 op, 1589458.00 ns, 24.8353 us/op WorkloadPilot 4: 128 op, 1869125.00 ns, 14.6025 us/op WorkloadPilot 5: 256 op, 3605375.00 ns, 14.0835 us/op WorkloadPilot 6: 512 op, 7335875.00 ns, 14.3279 us/op WorkloadPilot 7: 1024 op, 14035250.00 ns, 13.7063 us/op WorkloadPilot 8: 2048 op, 28099834.00 ns, 13.7206 us/op WorkloadPilot 9: 4096 op, 55871458.00 ns, 13.6405 us/op WorkloadPilot 10: 8192 op, 148034833.00 ns, 18.0707 us/op WorkloadPilot 11: 16384 op, 302168583.00 ns, 18.4429 us/op WorkloadPilot 12: 32768 op, 574336041.00 ns, 17.5273 us/op OverheadWarmup 1: 32768 op, 76083.00 ns, 2.3219 ns/op OverheadWarmup 2: 32768 op, 73167.00 ns, 2.2329 ns/op OverheadWarmup 3: 32768 op, 67875.00 ns, 2.0714 ns/op OverheadWarmup 4: 32768 op, 68833.00 ns, 2.1006 ns/op OverheadWarmup 5: 32768 op, 69250.00 ns, 2.1133 ns/op OverheadWarmup 6: 32768 op, 68750.00 ns, 2.0981 ns/op OverheadWarmup 7: 32768 op, 68875.00 ns, 2.1019 ns/op OverheadWarmup 8: 32768 op, 76125.00 ns, 2.3232 ns/op OverheadWarmup 9: 32768 op, 78959.00 ns, 2.4096 ns/op OverheadWarmup 10: 32768 op, 72541.00 ns, 2.2138 ns/op OverheadActual 1: 32768 op, 74416.00 ns, 2.2710 ns/op OverheadActual 2: 32768 op, 68791.00 ns, 2.0993 ns/op OverheadActual 3: 32768 op, 69042.00 ns, 2.1070 ns/op OverheadActual 4: 32768 op, 70542.00 ns, 2.1528 ns/op OverheadActual 5: 32768 op, 72833.00 ns, 2.2227 ns/op OverheadActual 6: 32768 op, 70291.00 ns, 2.1451 ns/op OverheadActual 7: 32768 op, 68875.00 ns, 2.1019 ns/op OverheadActual 8: 32768 op, 73250.00 ns, 2.2354 ns/op OverheadActual 9: 32768 op, 65000.00 ns, 1.9836 ns/op OverheadActual 10: 32768 op, 70417.00 ns, 2.1490 ns/op OverheadActual 11: 32768 op, 70541.00 ns, 2.1527 ns/op OverheadActual 12: 32768 op, 70292.00 ns, 2.1451 ns/op OverheadActual 13: 32768 op, 68834.00 ns, 2.1006 ns/op OverheadActual 14: 32768 op, 73542.00 ns, 2.2443 ns/op OverheadActual 15: 32768 op, 72667.00 ns, 2.2176 ns/op WorkloadWarmup 1: 32768 op, 361353208.00 ns, 11.0276 us/op WorkloadWarmup 2: 32768 op, 258007667.00 ns, 7.8738 us/op WorkloadWarmup 3: 32768 op, 178344208.00 ns, 5.4426 us/op WorkloadWarmup 4: 32768 op, 128376500.00 ns, 3.9177 us/op WorkloadWarmup 5: 32768 op, 128680375.00 ns, 3.9270 us/op WorkloadWarmup 6: 32768 op, 131721875.00 ns, 4.0198 us/op WorkloadWarmup 7: 32768 op, 129987375.00 ns, 3.9669 us/op WorkloadWarmup 8: 32768 op, 129262666.00 ns, 3.9448 us/op WorkloadWarmup 9: 32768 op, 128455458.00 ns, 3.9201 us/op WorkloadWarmup 10: 32768 op, 128828750.00 ns, 3.9315 us/op WorkloadWarmup 11: 32768 op, 129300917.00 ns, 3.9460 us/op WorkloadWarmup 12: 32768 op, 128465833.00 ns, 3.9205 us/op // BeforeActualRun WorkloadActual 1: 32768 op, 130313500.00 ns, 3.9769 us/op WorkloadActual 2: 32768 op, 128863584.00 ns, 3.9326 us/op WorkloadActual 3: 32768 op, 128490292.00 ns, 3.9212 us/op WorkloadActual 4: 32768 op, 128110958.00 ns, 3.9096 us/op WorkloadActual 5: 32768 op, 128588166.00 ns, 3.9242 us/op WorkloadActual 6: 32768 op, 130082042.00 ns, 3.9698 us/op WorkloadActual 7: 32768 op, 128508417.00 ns, 3.9218 us/op WorkloadActual 8: 32768 op, 131600500.00 ns, 4.0161 us/op WorkloadActual 9: 32768 op, 149165834.00 ns, 4.5522 us/op WorkloadActual 10: 32768 op, 150652542.00 ns, 4.5976 us/op WorkloadActual 11: 32768 op, 144529333.00 ns, 4.4107 us/op WorkloadActual 12: 32768 op, 137691917.00 ns, 4.2020 us/op WorkloadActual 13: 32768 op, 133039417.00 ns, 4.0600 us/op WorkloadActual 14: 32768 op, 129288041.00 ns, 3.9456 us/op WorkloadActual 15: 32768 op, 137024250.00 ns, 4.1816 us/op WorkloadActual 16: 32768 op, 139279250.00 ns, 4.2505 us/op WorkloadActual 17: 32768 op, 134369542.00 ns, 4.1006 us/op WorkloadActual 18: 32768 op, 130290917.00 ns, 3.9762 us/op WorkloadActual 19: 32768 op, 132028416.00 ns, 4.0292 us/op WorkloadActual 20: 32768 op, 129409666.00 ns, 3.9493 us/op WorkloadActual 21: 32768 op, 130407541.00 ns, 3.9797 us/op WorkloadActual 22: 32768 op, 129307459.00 ns, 3.9462 us/op WorkloadActual 23: 32768 op, 130923125.00 ns, 3.9955 us/op WorkloadActual 24: 32768 op, 128674791.00 ns, 3.9268 us/op WorkloadActual 25: 32768 op, 128610334.00 ns, 3.9249 us/op WorkloadActual 26: 32768 op, 127950166.00 ns, 3.9047 us/op // AfterActualRun WorkloadResult 1: 32768 op, 130243083.00 ns, 3.9747 us/op WorkloadResult 2: 32768 op, 128793167.00 ns, 3.9305 us/op WorkloadResult 3: 32768 op, 128419875.00 ns, 3.9191 us/op WorkloadResult 4: 32768 op, 128040541.00 ns, 3.9075 us/op WorkloadResult 5: 32768 op, 128517749.00 ns, 3.9221 us/op WorkloadResult 6: 32768 op, 130011625.00 ns, 3.9676 us/op WorkloadResult 7: 32768 op, 128438000.00 ns, 3.9196 us/op WorkloadResult 8: 32768 op, 131530083.00 ns, 4.0140 us/op WorkloadResult 9: 32768 op, 137621500.00 ns, 4.1999 us/op WorkloadResult 10: 32768 op, 132969000.00 ns, 4.0579 us/op WorkloadResult 11: 32768 op, 129217624.00 ns, 3.9434 us/op WorkloadResult 12: 32768 op, 136953833.00 ns, 4.1795 us/op WorkloadResult 13: 32768 op, 139208833.00 ns, 4.2483 us/op WorkloadResult 14: 32768 op, 134299125.00 ns, 4.0985 us/op WorkloadResult 15: 32768 op, 130220500.00 ns, 3.9740 us/op WorkloadResult 16: 32768 op, 131957999.00 ns, 4.0270 us/op WorkloadResult 17: 32768 op, 129339249.00 ns, 3.9471 us/op WorkloadResult 18: 32768 op, 130337124.00 ns, 3.9776 us/op WorkloadResult 19: 32768 op, 129237042.00 ns, 3.9440 us/op WorkloadResult 20: 32768 op, 130852708.00 ns, 3.9933 us/op WorkloadResult 21: 32768 op, 128604374.00 ns, 3.9247 us/op WorkloadResult 22: 32768 op, 128539917.00 ns, 3.9227 us/op WorkloadResult 23: 32768 op, 127879749.00 ns, 3.9026 us/op // GC: 68 1 0 575668224 32768 // Threading: 0 0 32768 // AfterAll // Benchmark Process 10417 has exited with code 0. Mean = 3.995 μs, StdErr = 0.021 μs (0.51%), N = 23, StdDev = 0.098 μs Min = 3.903 μs, Q1 = 3.924 μs, Median = 3.968 μs, Q3 = 4.021 μs, Max = 4.248 μs IQR = 0.097 μs, LowerFence = 3.779 μs, UpperFence = 4.166 μs ConfidenceInterval = [3.918 μs; 4.073 μs] (CI 99.9%), Margin = 0.078 μs (1.95% of Mean) Skewness = 1.28, Kurtosis = 3.45, MValue = 2 // ** Remained 5 (55,6 %) benchmark(s) to run. Estimated finish 2026-04-04 12:12 (0h 0m from now) ** // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 121 122 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationSingleton --job Default --benchmarkId 4 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 103500.00 ns, 103.5000 us/op WorkloadJitting 1: 1 op, 8016375.00 ns, 8.0164 ms/op OverheadJitting 2: 16 op, 314208.00 ns, 19.6380 us/op WorkloadJitting 2: 16 op, 561083.00 ns, 35.0677 us/op WorkloadPilot 1: 16 op, 170792.00 ns, 10.6745 us/op WorkloadPilot 2: 32 op, 292792.00 ns, 9.1498 us/op WorkloadPilot 3: 64 op, 1289791.00 ns, 20.1530 us/op WorkloadPilot 4: 128 op, 1103083.00 ns, 8.6178 us/op WorkloadPilot 5: 256 op, 2201291.00 ns, 8.5988 us/op WorkloadPilot 6: 512 op, 4488666.00 ns, 8.7669 us/op WorkloadPilot 7: 1024 op, 9082792.00 ns, 8.8699 us/op WorkloadPilot 8: 2048 op, 17513375.00 ns, 8.5515 us/op WorkloadPilot 9: 4096 op, 34414208.00 ns, 8.4019 us/op WorkloadPilot 10: 8192 op, 71323875.00 ns, 8.7065 us/op WorkloadPilot 11: 16384 op, 200928667.00 ns, 12.2637 us/op WorkloadPilot 12: 32768 op, 228311583.00 ns, 6.9675 us/op WorkloadPilot 13: 65536 op, 158343417.00 ns, 2.4161 us/op WorkloadPilot 14: 131072 op, 313453167.00 ns, 2.3915 us/op WorkloadPilot 15: 262144 op, 630194417.00 ns, 2.4040 us/op OverheadWarmup 1: 262144 op, 575459.00 ns, 2.1952 ns/op OverheadWarmup 2: 262144 op, 532500.00 ns, 2.0313 ns/op OverheadWarmup 3: 262144 op, 498084.00 ns, 1.9000 ns/op OverheadWarmup 4: 262144 op, 539667.00 ns, 2.0587 ns/op OverheadWarmup 5: 262144 op, 497625.00 ns, 1.8983 ns/op OverheadWarmup 6: 262144 op, 506750.00 ns, 1.9331 ns/op OverheadWarmup 7: 262144 op, 497625.00 ns, 1.8983 ns/op OverheadActual 1: 262144 op, 494833.00 ns, 1.8876 ns/op OverheadActual 2: 262144 op, 498291.00 ns, 1.9008 ns/op OverheadActual 3: 262144 op, 521209.00 ns, 1.9883 ns/op OverheadActual 4: 262144 op, 498042.00 ns, 1.8999 ns/op OverheadActual 5: 262144 op, 502333.00 ns, 1.9162 ns/op OverheadActual 6: 262144 op, 497875.00 ns, 1.8992 ns/op OverheadActual 7: 262144 op, 531209.00 ns, 2.0264 ns/op OverheadActual 8: 262144 op, 513500.00 ns, 1.9588 ns/op OverheadActual 9: 262144 op, 504541.00 ns, 1.9247 ns/op OverheadActual 10: 262144 op, 518292.00 ns, 1.9771 ns/op OverheadActual 11: 262144 op, 532792.00 ns, 2.0324 ns/op OverheadActual 12: 262144 op, 497584.00 ns, 1.8981 ns/op OverheadActual 13: 262144 op, 527708.00 ns, 2.0130 ns/op OverheadActual 14: 262144 op, 497667.00 ns, 1.8984 ns/op OverheadActual 15: 262144 op, 500792.00 ns, 1.9104 ns/op WorkloadWarmup 1: 262144 op, 628995958.00 ns, 2.3994 us/op WorkloadWarmup 2: 262144 op, 636967292.00 ns, 2.4298 us/op WorkloadWarmup 3: 262144 op, 634435750.00 ns, 2.4202 us/op WorkloadWarmup 4: 262144 op, 629653042.00 ns, 2.4019 us/op WorkloadWarmup 5: 262144 op, 631593459.00 ns, 2.4093 us/op WorkloadWarmup 6: 262144 op, 630474750.00 ns, 2.4051 us/op // BeforeActualRun WorkloadActual 1: 262144 op, 628903042.00 ns, 2.3991 us/op WorkloadActual 2: 262144 op, 626633333.00 ns, 2.3904 us/op WorkloadActual 3: 262144 op, 625946209.00 ns, 2.3878 us/op WorkloadActual 4: 262144 op, 629565292.00 ns, 2.4016 us/op WorkloadActual 5: 262144 op, 625819125.00 ns, 2.3873 us/op WorkloadActual 6: 262144 op, 625275917.00 ns, 2.3852 us/op WorkloadActual 7: 262144 op, 628344834.00 ns, 2.3969 us/op WorkloadActual 8: 262144 op, 627080375.00 ns, 2.3921 us/op WorkloadActual 9: 262144 op, 624516500.00 ns, 2.3823 us/op WorkloadActual 10: 262144 op, 624186666.00 ns, 2.3811 us/op WorkloadActual 11: 262144 op, 634764125.00 ns, 2.4214 us/op WorkloadActual 12: 262144 op, 648329417.00 ns, 2.4732 us/op WorkloadActual 13: 262144 op, 636491000.00 ns, 2.4280 us/op WorkloadActual 14: 262144 op, 628051292.00 ns, 2.3958 us/op WorkloadActual 15: 262144 op, 625763292.00 ns, 2.3871 us/op // AfterActualRun WorkloadResult 1: 262144 op, 628400709.00 ns, 2.3972 us/op WorkloadResult 2: 262144 op, 626131000.00 ns, 2.3885 us/op WorkloadResult 3: 262144 op, 625443876.00 ns, 2.3859 us/op WorkloadResult 4: 262144 op, 629062959.00 ns, 2.3997 us/op WorkloadResult 5: 262144 op, 625316792.00 ns, 2.3854 us/op WorkloadResult 6: 262144 op, 624773584.00 ns, 2.3833 us/op WorkloadResult 7: 262144 op, 627842501.00 ns, 2.3950 us/op WorkloadResult 8: 262144 op, 626578042.00 ns, 2.3902 us/op WorkloadResult 9: 262144 op, 624014167.00 ns, 2.3804 us/op WorkloadResult 10: 262144 op, 623684333.00 ns, 2.3792 us/op WorkloadResult 11: 262144 op, 627548959.00 ns, 2.3939 us/op WorkloadResult 12: 262144 op, 625260959.00 ns, 2.3852 us/op // GC: 351 3 0 2940207104 262144 // Threading: 0 0 262144 // AfterAll // Benchmark Process 10438 has exited with code 0. Mean = 2.389 μs, StdErr = 0.002 μs (0.08%), N = 12, StdDev = 0.007 μs Min = 2.379 μs, Q1 = 2.385 μs, Median = 2.387 μs, Q3 = 2.394 μs, Max = 2.400 μs IQR = 0.009 μs, LowerFence = 2.371 μs, UpperFence = 2.408 μs ConfidenceInterval = [2.380 μs; 2.397 μs] (CI 99.9%), Margin = 0.008 μs (0.35% of Mean) Skewness = 0.2, Kurtosis = 1.58, MValue = 2 // ** Remained 4 (44,4 %) benchmark(s) to run. Estimated finish 2026-04-04 12:12 (0h 0m from now) ** // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarksForMvc.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 121 122 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc.LightPortableResults --job Default --benchmarkId 5 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 102541.00 ns, 102.5410 us/op WorkloadJitting 1: 1 op, 10515000.00 ns, 10.5150 ms/op OverheadJitting 2: 16 op, 316333.00 ns, 19.7708 us/op WorkloadJitting 2: 16 op, 634042.00 ns, 39.6276 us/op WorkloadPilot 1: 16 op, 43500.00 ns, 2.7188 us/op WorkloadPilot 2: 32 op, 83041.00 ns, 2.5950 us/op WorkloadPilot 3: 64 op, 141375.00 ns, 2.2090 us/op WorkloadPilot 4: 128 op, 277167.00 ns, 2.1654 us/op WorkloadPilot 5: 256 op, 571500.00 ns, 2.2324 us/op WorkloadPilot 6: 512 op, 1115292.00 ns, 2.1783 us/op WorkloadPilot 7: 1024 op, 2182166.00 ns, 2.1310 us/op WorkloadPilot 8: 2048 op, 4484000.00 ns, 2.1895 us/op WorkloadPilot 9: 4096 op, 8790625.00 ns, 2.1461 us/op WorkloadPilot 10: 8192 op, 17676750.00 ns, 2.1578 us/op WorkloadPilot 11: 16384 op, 34826875.00 ns, 2.1257 us/op WorkloadPilot 12: 32768 op, 69318125.00 ns, 2.1154 us/op WorkloadPilot 13: 65536 op, 103781083.00 ns, 1.5836 us/op WorkloadPilot 14: 131072 op, 153904250.00 ns, 1.1742 us/op WorkloadPilot 15: 262144 op, 80224000.00 ns, 306.0303 ns/op WorkloadPilot 16: 524288 op, 151987042.00 ns, 289.8923 ns/op WorkloadPilot 17: 1048576 op, 304041625.00 ns, 289.9567 ns/op WorkloadPilot 18: 2097152 op, 607037625.00 ns, 289.4581 ns/op OverheadWarmup 1: 2097152 op, 3999417.00 ns, 1.9071 ns/op OverheadWarmup 2: 2097152 op, 3927541.00 ns, 1.8728 ns/op OverheadWarmup 3: 2097152 op, 3932083.00 ns, 1.8750 ns/op OverheadWarmup 4: 2097152 op, 4078625.00 ns, 1.9448 ns/op OverheadWarmup 5: 2097152 op, 4070916.00 ns, 1.9412 ns/op OverheadWarmup 6: 2097152 op, 4097375.00 ns, 1.9538 ns/op OverheadWarmup 7: 2097152 op, 3952542.00 ns, 1.8847 ns/op OverheadActual 1: 2097152 op, 4032416.00 ns, 1.9228 ns/op OverheadActual 2: 2097152 op, 4010500.00 ns, 1.9124 ns/op OverheadActual 3: 2097152 op, 3954583.00 ns, 1.8857 ns/op OverheadActual 4: 2097152 op, 3947709.00 ns, 1.8824 ns/op OverheadActual 5: 2097152 op, 4075750.00 ns, 1.9435 ns/op OverheadActual 6: 2097152 op, 4155500.00 ns, 1.9815 ns/op OverheadActual 7: 2097152 op, 4229875.00 ns, 2.0170 ns/op OverheadActual 8: 2097152 op, 4234625.00 ns, 2.0192 ns/op OverheadActual 9: 2097152 op, 4087458.00 ns, 1.9491 ns/op OverheadActual 10: 2097152 op, 4050084.00 ns, 1.9312 ns/op OverheadActual 11: 2097152 op, 4096000.00 ns, 1.9531 ns/op OverheadActual 12: 2097152 op, 3937500.00 ns, 1.8775 ns/op OverheadActual 13: 2097152 op, 4089625.00 ns, 1.9501 ns/op OverheadActual 14: 2097152 op, 4028416.00 ns, 1.9209 ns/op OverheadActual 15: 2097152 op, 4019042.00 ns, 1.9164 ns/op WorkloadWarmup 1: 2097152 op, 613586333.00 ns, 292.5808 ns/op WorkloadWarmup 2: 2097152 op, 608999500.00 ns, 290.3936 ns/op WorkloadWarmup 3: 2097152 op, 609233000.00 ns, 290.5049 ns/op WorkloadWarmup 4: 2097152 op, 614346042.00 ns, 292.9430 ns/op WorkloadWarmup 5: 2097152 op, 610035084.00 ns, 290.8874 ns/op WorkloadWarmup 6: 2097152 op, 601987542.00 ns, 287.0500 ns/op WorkloadWarmup 7: 2097152 op, 600832917.00 ns, 286.4995 ns/op WorkloadWarmup 8: 2097152 op, 612096958.00 ns, 291.8706 ns/op WorkloadWarmup 9: 2097152 op, 609294167.00 ns, 290.5341 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 609762792.00 ns, 290.7576 ns/op WorkloadActual 2: 2097152 op, 608303541.00 ns, 290.0617 ns/op WorkloadActual 3: 2097152 op, 608192834.00 ns, 290.0089 ns/op WorkloadActual 4: 2097152 op, 606945750.00 ns, 289.4143 ns/op WorkloadActual 5: 2097152 op, 607682125.00 ns, 289.7654 ns/op WorkloadActual 6: 2097152 op, 607462125.00 ns, 289.6605 ns/op WorkloadActual 7: 2097152 op, 605403875.00 ns, 288.6791 ns/op WorkloadActual 8: 2097152 op, 624487500.00 ns, 297.7788 ns/op WorkloadActual 9: 2097152 op, 613748583.00 ns, 292.6581 ns/op WorkloadActual 10: 2097152 op, 608648875.00 ns, 290.2264 ns/op WorkloadActual 11: 2097152 op, 608835167.00 ns, 290.3152 ns/op WorkloadActual 12: 2097152 op, 608253375.00 ns, 290.0378 ns/op WorkloadActual 13: 2097152 op, 604431708.00 ns, 288.2155 ns/op WorkloadActual 14: 2097152 op, 605444750.00 ns, 288.6986 ns/op WorkloadActual 15: 2097152 op, 604081959.00 ns, 288.0487 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 605712708.00 ns, 288.8263 ns/op WorkloadResult 2: 2097152 op, 604253457.00 ns, 288.1305 ns/op WorkloadResult 3: 2097152 op, 604142750.00 ns, 288.0777 ns/op WorkloadResult 4: 2097152 op, 602895666.00 ns, 287.4831 ns/op WorkloadResult 5: 2097152 op, 603632041.00 ns, 287.8342 ns/op WorkloadResult 6: 2097152 op, 603412041.00 ns, 287.7293 ns/op WorkloadResult 7: 2097152 op, 601353791.00 ns, 286.7478 ns/op WorkloadResult 8: 2097152 op, 604598791.00 ns, 288.2952 ns/op WorkloadResult 9: 2097152 op, 604785083.00 ns, 288.3840 ns/op WorkloadResult 10: 2097152 op, 604203291.00 ns, 288.1066 ns/op WorkloadResult 11: 2097152 op, 600381624.00 ns, 286.2843 ns/op WorkloadResult 12: 2097152 op, 601394666.00 ns, 286.7673 ns/op WorkloadResult 13: 2097152 op, 600031875.00 ns, 286.1175 ns/op // GC: 210 0 0 1761607680 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 10446 has exited with code 0. Mean = 287.599 ns, StdErr = 0.238 ns (0.08%), N = 13, StdDev = 0.856 ns Min = 286.117 ns, Q1 = 286.767 ns, Median = 287.834 ns, Q3 = 288.131 ns, Max = 288.826 ns IQR = 1.363 ns, LowerFence = 284.723 ns, UpperFence = 290.175 ns ConfidenceInterval = [286.573 ns; 288.624 ns] (CI 99.9%), Margin = 1.026 ns (0.36% of Mean) Skewness = -0.45, Kurtosis = 1.7, MValue = 2 // ** Remained 3 (33,3 %) benchmark(s) to run. Estimated finish 2026-04-04 12:12 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc-report.html // * Detailed results * InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 3.995 μs, StdErr = 0.021 μs (0.51%), N = 23, StdDev = 0.098 μs Min = 3.903 μs, Q1 = 3.924 μs, Median = 3.968 μs, Q3 = 4.021 μs, Max = 4.248 μs IQR = 0.097 μs, LowerFence = 3.779 μs, UpperFence = 4.166 μs ConfidenceInterval = [3.918 μs; 4.073 μs] (CI 99.9%), Margin = 0.078 μs (1.95% of Mean) Skewness = 1.28, Kurtosis = 3.45, MValue = 2 -------------------- Histogram -------------------- [3.903 μs ; 3.993 μs) | @@@@@@@@@@@@@@@@ [3.993 μs ; 4.102 μs) | @@@@ [4.102 μs ; 4.259 μs) | @@@ --------------------------------------------------- InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.389 μs, StdErr = 0.002 μs (0.08%), N = 12, StdDev = 0.007 μs Min = 2.379 μs, Q1 = 2.385 μs, Median = 2.387 μs, Q3 = 2.394 μs, Max = 2.400 μs IQR = 0.009 μs, LowerFence = 2.371 μs, UpperFence = 2.408 μs ConfidenceInterval = [2.380 μs; 2.397 μs] (CI 99.9%), Margin = 0.008 μs (0.35% of Mean) Skewness = 0.2, Kurtosis = 1.58, MValue = 2 -------------------- Histogram -------------------- [2.375 μs ; 2.403 μs) | @@@@@@@@@@@@ --------------------------------------------------- InvalidFlatDtoValidationBenchmarksForMvc.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 287.599 ns, StdErr = 0.238 ns (0.08%), N = 13, StdDev = 0.856 ns Min = 286.117 ns, Q1 = 286.767 ns, Median = 287.834 ns, Q3 = 288.131 ns, Max = 288.826 ns IQR = 1.363 ns, LowerFence = 284.723 ns, UpperFence = 290.175 ns ConfidenceInterval = [286.573 ns; 288.624 ns] (CI 99.9%), Margin = 1.026 ns (0.36% of Mean) Skewness = -0.45, Kurtosis = 1.7, MValue = 2 -------------------- Histogram -------------------- [285.639 ns ; 289.305 ns) | @@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |-----------:|---------:|---------:|------:|--------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 3,995.5 ns | 77.80 ns | 98.39 ns | 1.00 | 0.03 | 2.0752 | 0.0305 | 17568 B | 1.00 | | FluentValidationSingleton | 2,388.7 ns | 8.47 ns | 6.61 ns | 0.60 | 0.01 | 1.3390 | 0.0114 | 11216 B | 0.64 | | LightPortableResults | 287.6 ns | 1.03 ns | 0.86 ns | 0.07 | 0.00 | 0.1001 | - | 840 B | 0.05 | // * Hints * Outliers InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient: Default -> 3 outliers were removed (4.41 μs..4.60 μs) InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationSingleton: Default -> 3 outliers were removed (2.42 μs..2.47 μs) InvalidFlatDtoValidationBenchmarksForMvc.LightPortableResults: Default -> 2 outliers were removed (292.66 ns, 297.78 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:39 (39.54 sec), executed benchmarks: 3 // Found 3 benchmarks: // ValidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // ValidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // ValidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob // ************************** // Benchmark: ValidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 121 122 --benchmarkName Benchmarks.ValidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient --job Default --benchmarkId 6 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 100542.00 ns, 100.5420 us/op WorkloadJitting 1: 1 op, 3044959.00 ns, 3.0450 ms/op OverheadJitting 2: 16 op, 325292.00 ns, 20.3308 us/op WorkloadJitting 2: 16 op, 368042.00 ns, 23.0026 us/op WorkloadPilot 1: 16 op, 112583.00 ns, 7.0364 us/op WorkloadPilot 2: 32 op, 180416.00 ns, 5.6380 us/op WorkloadPilot 3: 64 op, 396750.00 ns, 6.1992 us/op WorkloadPilot 4: 128 op, 724834.00 ns, 5.6628 us/op WorkloadPilot 5: 256 op, 1468292.00 ns, 5.7355 us/op WorkloadPilot 6: 512 op, 2780792.00 ns, 5.4312 us/op WorkloadPilot 7: 1024 op, 5627875.00 ns, 5.4960 us/op WorkloadPilot 8: 2048 op, 11040792.00 ns, 5.3910 us/op WorkloadPilot 9: 4096 op, 21600583.00 ns, 5.2736 us/op WorkloadPilot 10: 8192 op, 43849750.00 ns, 5.3528 us/op WorkloadPilot 11: 16384 op, 97634458.00 ns, 5.9591 us/op WorkloadPilot 12: 32768 op, 207804625.00 ns, 6.3417 us/op WorkloadPilot 13: 65536 op, 408328208.00 ns, 6.2306 us/op WorkloadPilot 14: 131072 op, 611633417.00 ns, 4.6664 us/op OverheadWarmup 1: 131072 op, 266292.00 ns, 2.0316 ns/op OverheadWarmup 2: 131072 op, 263084.00 ns, 2.0072 ns/op OverheadWarmup 3: 131072 op, 250834.00 ns, 1.9137 ns/op OverheadWarmup 4: 131072 op, 252625.00 ns, 1.9274 ns/op OverheadWarmup 5: 131072 op, 252625.00 ns, 1.9274 ns/op OverheadWarmup 6: 131072 op, 252792.00 ns, 1.9286 ns/op OverheadWarmup 7: 131072 op, 272334.00 ns, 2.0777 ns/op OverheadWarmup 8: 131072 op, 252542.00 ns, 1.9267 ns/op OverheadActual 1: 131072 op, 252625.00 ns, 1.9274 ns/op OverheadActual 2: 131072 op, 254250.00 ns, 1.9398 ns/op OverheadActual 3: 131072 op, 265292.00 ns, 2.0240 ns/op OverheadActual 4: 131072 op, 260750.00 ns, 1.9894 ns/op OverheadActual 5: 131072 op, 260375.00 ns, 1.9865 ns/op OverheadActual 6: 131072 op, 252667.00 ns, 1.9277 ns/op OverheadActual 7: 131072 op, 252625.00 ns, 1.9274 ns/op OverheadActual 8: 131072 op, 267667.00 ns, 2.0421 ns/op OverheadActual 9: 131072 op, 267917.00 ns, 2.0440 ns/op OverheadActual 10: 131072 op, 248375.00 ns, 1.8950 ns/op OverheadActual 11: 131072 op, 260042.00 ns, 1.9840 ns/op OverheadActual 12: 131072 op, 252542.00 ns, 1.9267 ns/op OverheadActual 13: 131072 op, 269584.00 ns, 2.0568 ns/op OverheadActual 14: 131072 op, 259375.00 ns, 1.9789 ns/op OverheadActual 15: 131072 op, 257875.00 ns, 1.9674 ns/op WorkloadWarmup 1: 131072 op, 278311625.00 ns, 2.1233 us/op WorkloadWarmup 2: 131072 op, 181547125.00 ns, 1.3851 us/op WorkloadWarmup 3: 131072 op, 181418666.00 ns, 1.3841 us/op WorkloadWarmup 4: 131072 op, 181731167.00 ns, 1.3865 us/op WorkloadWarmup 5: 131072 op, 182216166.00 ns, 1.3902 us/op WorkloadWarmup 6: 131072 op, 181379000.00 ns, 1.3838 us/op WorkloadWarmup 7: 131072 op, 180829541.00 ns, 1.3796 us/op WorkloadWarmup 8: 131072 op, 182478083.00 ns, 1.3922 us/op WorkloadWarmup 9: 131072 op, 181385000.00 ns, 1.3839 us/op // BeforeActualRun WorkloadActual 1: 131072 op, 181911792.00 ns, 1.3879 us/op WorkloadActual 2: 131072 op, 181893291.00 ns, 1.3877 us/op WorkloadActual 3: 131072 op, 182004166.00 ns, 1.3886 us/op WorkloadActual 4: 131072 op, 182220125.00 ns, 1.3902 us/op WorkloadActual 5: 131072 op, 181438167.00 ns, 1.3843 us/op WorkloadActual 6: 131072 op, 181297375.00 ns, 1.3832 us/op WorkloadActual 7: 131072 op, 184480625.00 ns, 1.4075 us/op WorkloadActual 8: 131072 op, 181367167.00 ns, 1.3837 us/op WorkloadActual 9: 131072 op, 182091209.00 ns, 1.3892 us/op WorkloadActual 10: 131072 op, 181874125.00 ns, 1.3876 us/op WorkloadActual 11: 131072 op, 181942042.00 ns, 1.3881 us/op WorkloadActual 12: 131072 op, 181569875.00 ns, 1.3853 us/op WorkloadActual 13: 131072 op, 181289750.00 ns, 1.3831 us/op WorkloadActual 14: 131072 op, 181051083.00 ns, 1.3813 us/op WorkloadActual 15: 131072 op, 181238375.00 ns, 1.3827 us/op // AfterActualRun WorkloadResult 1: 131072 op, 181652417.00 ns, 1.3859 us/op WorkloadResult 2: 131072 op, 181633916.00 ns, 1.3858 us/op WorkloadResult 3: 131072 op, 181744791.00 ns, 1.3866 us/op WorkloadResult 4: 131072 op, 181960750.00 ns, 1.3883 us/op WorkloadResult 5: 131072 op, 181178792.00 ns, 1.3823 us/op WorkloadResult 6: 131072 op, 181038000.00 ns, 1.3812 us/op WorkloadResult 7: 131072 op, 181107792.00 ns, 1.3817 us/op WorkloadResult 8: 131072 op, 181831834.00 ns, 1.3873 us/op WorkloadResult 9: 131072 op, 181614750.00 ns, 1.3856 us/op WorkloadResult 10: 131072 op, 181682667.00 ns, 1.3861 us/op WorkloadResult 11: 131072 op, 181310500.00 ns, 1.3833 us/op WorkloadResult 12: 131072 op, 181030375.00 ns, 1.3812 us/op WorkloadResult 13: 131072 op, 180791708.00 ns, 1.3793 us/op WorkloadResult 14: 131072 op, 180979000.00 ns, 1.3808 us/op // GC: 111 1 0 930086912 131072 // Threading: 0 0 131072 // AfterAll // Benchmark Process 10454 has exited with code 0. Mean = 1.384 μs, StdErr = 0.001 μs (0.06%), N = 14, StdDev = 0.003 μs Min = 1.379 μs, Q1 = 1.381 μs, Median = 1.384 μs, Q3 = 1.386 μs, Max = 1.388 μs IQR = 0.005 μs, LowerFence = 1.374 μs, UpperFence = 1.393 μs ConfidenceInterval = [1.381 μs; 1.387 μs] (CI 99.9%), Margin = 0.003 μs (0.23% of Mean) Skewness = -0.08, Kurtosis = 1.37, MValue = 2 // ** Remained 2 (22,2 %) benchmark(s) to run. Estimated finish 2026-04-04 12:12 (0h 0m from now) ** // ************************** // Benchmark: ValidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 121 122 --benchmarkName Benchmarks.ValidFlatDtoValidationBenchmarks.FluentValidationSingleton --job Default --benchmarkId 7 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 102750.00 ns, 102.7500 us/op WorkloadJitting 1: 1 op, 2923125.00 ns, 2.9231 ms/op OverheadJitting 2: 16 op, 339792.00 ns, 21.2370 us/op WorkloadJitting 2: 16 op, 352417.00 ns, 22.0261 us/op WorkloadPilot 1: 16 op, 19042.00 ns, 1.1901 us/op WorkloadPilot 2: 32 op, 35958.00 ns, 1.1237 us/op WorkloadPilot 3: 64 op, 53417.00 ns, 834.6406 ns/op WorkloadPilot 4: 128 op, 96000.00 ns, 750.0000 ns/op WorkloadPilot 5: 256 op, 178958.00 ns, 699.0547 ns/op WorkloadPilot 6: 512 op, 366542.00 ns, 715.9023 ns/op WorkloadPilot 7: 1024 op, 743750.00 ns, 726.3184 ns/op WorkloadPilot 8: 2048 op, 1520708.00 ns, 742.5332 ns/op WorkloadPilot 9: 4096 op, 2919292.00 ns, 712.7178 ns/op WorkloadPilot 10: 8192 op, 6453667.00 ns, 787.8011 ns/op WorkloadPilot 11: 16384 op, 12361250.00 ns, 754.4708 ns/op WorkloadPilot 12: 32768 op, 23683708.00 ns, 722.7694 ns/op WorkloadPilot 13: 65536 op, 46172500.00 ns, 704.5364 ns/op WorkloadPilot 14: 131072 op, 68530750.00 ns, 522.8481 ns/op WorkloadPilot 15: 262144 op, 29410667.00 ns, 112.1928 ns/op WorkloadPilot 16: 524288 op, 58157292.00 ns, 110.9262 ns/op WorkloadPilot 17: 1048576 op, 115556584.00 ns, 110.2033 ns/op WorkloadPilot 18: 2097152 op, 229558334.00 ns, 109.4619 ns/op WorkloadPilot 19: 4194304 op, 460699167.00 ns, 109.8392 ns/op WorkloadPilot 20: 8388608 op, 918935166.00 ns, 109.5456 ns/op OverheadWarmup 1: 8388608 op, 16254500.00 ns, 1.9377 ns/op OverheadWarmup 2: 8388608 op, 16432042.00 ns, 1.9589 ns/op OverheadWarmup 3: 8388608 op, 16170542.00 ns, 1.9277 ns/op OverheadWarmup 4: 8388608 op, 16161041.00 ns, 1.9265 ns/op OverheadWarmup 5: 8388608 op, 16037916.00 ns, 1.9119 ns/op OverheadWarmup 6: 8388608 op, 16835667.00 ns, 2.0070 ns/op OverheadWarmup 7: 8388608 op, 16112917.00 ns, 1.9208 ns/op OverheadActual 1: 8388608 op, 16093541.00 ns, 1.9185 ns/op OverheadActual 2: 8388608 op, 16132000.00 ns, 1.9231 ns/op OverheadActual 3: 8388608 op, 16048500.00 ns, 1.9131 ns/op OverheadActual 4: 8388608 op, 16394000.00 ns, 1.9543 ns/op OverheadActual 5: 8388608 op, 15996125.00 ns, 1.9069 ns/op OverheadActual 6: 8388608 op, 17195000.00 ns, 2.0498 ns/op OverheadActual 7: 8388608 op, 16526833.00 ns, 1.9702 ns/op OverheadActual 8: 8388608 op, 16654500.00 ns, 1.9854 ns/op OverheadActual 9: 8388608 op, 16548625.00 ns, 1.9727 ns/op OverheadActual 10: 8388608 op, 15967667.00 ns, 1.9035 ns/op OverheadActual 11: 8388608 op, 16309833.00 ns, 1.9443 ns/op OverheadActual 12: 8388608 op, 15689709.00 ns, 1.8704 ns/op OverheadActual 13: 8388608 op, 13869250.00 ns, 1.6533 ns/op OverheadActual 14: 8388608 op, 13921583.00 ns, 1.6596 ns/op OverheadActual 15: 8388608 op, 13771041.00 ns, 1.6416 ns/op OverheadActual 16: 8388608 op, 13694125.00 ns, 1.6325 ns/op OverheadActual 17: 8388608 op, 13839375.00 ns, 1.6498 ns/op OverheadActual 18: 8388608 op, 13746542.00 ns, 1.6387 ns/op OverheadActual 19: 8388608 op, 13797833.00 ns, 1.6448 ns/op OverheadActual 20: 8388608 op, 13708583.00 ns, 1.6342 ns/op WorkloadWarmup 1: 8388608 op, 921259750.00 ns, 109.8227 ns/op WorkloadWarmup 2: 8388608 op, 981447333.00 ns, 116.9976 ns/op WorkloadWarmup 3: 8388608 op, 935788958.00 ns, 111.5547 ns/op WorkloadWarmup 4: 8388608 op, 915221375.00 ns, 109.1029 ns/op WorkloadWarmup 5: 8388608 op, 913867958.00 ns, 108.9416 ns/op WorkloadWarmup 6: 8388608 op, 913450375.00 ns, 108.8918 ns/op WorkloadWarmup 7: 8388608 op, 918647459.00 ns, 109.5113 ns/op WorkloadWarmup 8: 8388608 op, 914249042.00 ns, 108.9870 ns/op // BeforeActualRun WorkloadActual 1: 8388608 op, 915142833.00 ns, 109.0935 ns/op WorkloadActual 2: 8388608 op, 914398750.00 ns, 109.0048 ns/op WorkloadActual 3: 8388608 op, 913532875.00 ns, 108.9016 ns/op WorkloadActual 4: 8388608 op, 914426875.00 ns, 109.0082 ns/op WorkloadActual 5: 8388608 op, 913547667.00 ns, 108.9034 ns/op WorkloadActual 6: 8388608 op, 914784000.00 ns, 109.0508 ns/op WorkloadActual 7: 8388608 op, 913445833.00 ns, 108.8912 ns/op WorkloadActual 8: 8388608 op, 918788750.00 ns, 109.5282 ns/op WorkloadActual 9: 8388608 op, 916255208.00 ns, 109.2261 ns/op WorkloadActual 10: 8388608 op, 914452917.00 ns, 109.0113 ns/op WorkloadActual 11: 8388608 op, 913582083.00 ns, 108.9075 ns/op WorkloadActual 12: 8388608 op, 912764791.00 ns, 108.8100 ns/op WorkloadActual 13: 8388608 op, 911896917.00 ns, 108.7066 ns/op WorkloadActual 14: 8388608 op, 915433792.00 ns, 109.1282 ns/op WorkloadActual 15: 8388608 op, 913852000.00 ns, 108.9396 ns/op // AfterActualRun WorkloadResult 1: 8388608 op, 899160937.00 ns, 107.1883 ns/op WorkloadResult 2: 8388608 op, 898416854.00 ns, 107.0996 ns/op WorkloadResult 3: 8388608 op, 897550979.00 ns, 106.9964 ns/op WorkloadResult 4: 8388608 op, 898444979.00 ns, 107.1030 ns/op WorkloadResult 5: 8388608 op, 897565771.00 ns, 106.9982 ns/op WorkloadResult 6: 8388608 op, 898802104.00 ns, 107.1456 ns/op WorkloadResult 7: 8388608 op, 897463937.00 ns, 106.9860 ns/op WorkloadResult 8: 8388608 op, 900273312.00 ns, 107.3209 ns/op WorkloadResult 9: 8388608 op, 898471021.00 ns, 107.1061 ns/op WorkloadResult 10: 8388608 op, 897600187.00 ns, 107.0023 ns/op WorkloadResult 11: 8388608 op, 896782895.00 ns, 106.9049 ns/op WorkloadResult 12: 8388608 op, 895915021.00 ns, 106.8014 ns/op WorkloadResult 13: 8388608 op, 899451896.00 ns, 107.2230 ns/op WorkloadResult 14: 8388608 op, 897870104.00 ns, 107.0345 ns/op // GC: 633 1 0 5301600256 8388608 // Threading: 0 0 8388608 // AfterAll // Benchmark Process 10463 has exited with code 0. Mean = 107.065 ns, StdErr = 0.036 ns (0.03%), N = 14, StdDev = 0.134 ns Min = 106.801 ns, Q1 = 106.997 ns, Median = 107.067 ns, Q3 = 107.136 ns, Max = 107.321 ns IQR = 0.139 ns, LowerFence = 106.789 ns, UpperFence = 107.344 ns ConfidenceInterval = [106.914 ns; 107.216 ns] (CI 99.9%), Margin = 0.151 ns (0.14% of Mean) Skewness = -0.02, Kurtosis = 2.42, MValue = 2 // ** Remained 1 (11,1 %) benchmark(s) to run. Estimated finish 2026-04-04 12:12 (0h 0m from now) ** // ************************** // Benchmark: ValidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 121 122 --benchmarkName Benchmarks.ValidFlatDtoValidationBenchmarks.LightPortableResults --job Default --benchmarkId 8 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 78792.00 ns, 78.7920 us/op WorkloadJitting 1: 1 op, 1949000.00 ns, 1.9490 ms/op OverheadJitting 2: 16 op, 114666.00 ns, 7.1666 us/op WorkloadJitting 2: 16 op, 122958.00 ns, 7.6849 us/op WorkloadPilot 1: 16 op, 9458.00 ns, 591.1250 ns/op WorkloadPilot 2: 32 op, 16208.00 ns, 506.5000 ns/op WorkloadPilot 3: 64 op, 33792.00 ns, 528.0000 ns/op WorkloadPilot 4: 128 op, 61666.00 ns, 481.7656 ns/op WorkloadPilot 5: 256 op, 102167.00 ns, 399.0898 ns/op WorkloadPilot 6: 512 op, 192500.00 ns, 375.9766 ns/op WorkloadPilot 7: 1024 op, 402250.00 ns, 392.8223 ns/op WorkloadPilot 8: 2048 op, 752958.00 ns, 367.6553 ns/op WorkloadPilot 9: 4096 op, 1491459.00 ns, 364.1257 ns/op WorkloadPilot 10: 8192 op, 2973958.00 ns, 363.0320 ns/op WorkloadPilot 11: 16384 op, 6109750.00 ns, 372.9095 ns/op WorkloadPilot 12: 32768 op, 12189708.00 ns, 372.0004 ns/op WorkloadPilot 13: 65536 op, 24213083.00 ns, 369.4623 ns/op WorkloadPilot 14: 131072 op, 47867292.00 ns, 365.1985 ns/op WorkloadPilot 15: 262144 op, 63067709.00 ns, 240.5842 ns/op WorkloadPilot 16: 524288 op, 26047500.00 ns, 49.6817 ns/op WorkloadPilot 17: 1048576 op, 52037833.00 ns, 49.6271 ns/op WorkloadPilot 18: 2097152 op, 103227625.00 ns, 49.2228 ns/op WorkloadPilot 19: 4194304 op, 206355958.00 ns, 49.1991 ns/op WorkloadPilot 20: 8388608 op, 413374167.00 ns, 49.2780 ns/op WorkloadPilot 21: 16777216 op, 825197041.00 ns, 49.1856 ns/op OverheadWarmup 1: 16777216 op, 32637750.00 ns, 1.9454 ns/op OverheadWarmup 2: 16777216 op, 32726292.00 ns, 1.9506 ns/op OverheadWarmup 3: 16777216 op, 32723750.00 ns, 1.9505 ns/op OverheadWarmup 4: 16777216 op, 32798792.00 ns, 1.9550 ns/op OverheadWarmup 5: 16777216 op, 32740083.00 ns, 1.9515 ns/op OverheadActual 1: 16777216 op, 32735375.00 ns, 1.9512 ns/op OverheadActual 2: 16777216 op, 32677875.00 ns, 1.9478 ns/op OverheadActual 3: 16777216 op, 32770917.00 ns, 1.9533 ns/op OverheadActual 4: 16777216 op, 32668834.00 ns, 1.9472 ns/op OverheadActual 5: 16777216 op, 32712375.00 ns, 1.9498 ns/op OverheadActual 6: 16777216 op, 32764875.00 ns, 1.9529 ns/op OverheadActual 7: 16777216 op, 32732459.00 ns, 1.9510 ns/op OverheadActual 8: 16777216 op, 29071666.00 ns, 1.7328 ns/op OverheadActual 9: 16777216 op, 24428167.00 ns, 1.4560 ns/op OverheadActual 10: 16777216 op, 24518417.00 ns, 1.4614 ns/op OverheadActual 11: 16777216 op, 24492083.00 ns, 1.4598 ns/op OverheadActual 12: 16777216 op, 24333916.00 ns, 1.4504 ns/op OverheadActual 13: 16777216 op, 24300209.00 ns, 1.4484 ns/op OverheadActual 14: 16777216 op, 23875958.00 ns, 1.4231 ns/op OverheadActual 15: 16777216 op, 23948834.00 ns, 1.4275 ns/op OverheadActual 16: 16777216 op, 24180875.00 ns, 1.4413 ns/op OverheadActual 17: 16777216 op, 23918667.00 ns, 1.4257 ns/op OverheadActual 18: 16777216 op, 24268792.00 ns, 1.4465 ns/op OverheadActual 19: 16777216 op, 23827875.00 ns, 1.4203 ns/op OverheadActual 20: 16777216 op, 23812042.00 ns, 1.4193 ns/op WorkloadWarmup 1: 16777216 op, 826986083.00 ns, 49.2922 ns/op WorkloadWarmup 2: 16777216 op, 825774625.00 ns, 49.2200 ns/op WorkloadWarmup 3: 16777216 op, 824980625.00 ns, 49.1727 ns/op WorkloadWarmup 4: 16777216 op, 825145750.00 ns, 49.1825 ns/op WorkloadWarmup 5: 16777216 op, 825200084.00 ns, 49.1858 ns/op WorkloadWarmup 6: 16777216 op, 825014458.00 ns, 49.1747 ns/op WorkloadWarmup 7: 16777216 op, 824391500.00 ns, 49.1376 ns/op WorkloadWarmup 8: 16777216 op, 837048708.00 ns, 49.8920 ns/op WorkloadWarmup 9: 16777216 op, 833844583.00 ns, 49.7010 ns/op // BeforeActualRun WorkloadActual 1: 16777216 op, 827008333.00 ns, 49.2935 ns/op WorkloadActual 2: 16777216 op, 825741500.00 ns, 49.2180 ns/op WorkloadActual 3: 16777216 op, 824970458.00 ns, 49.1721 ns/op WorkloadActual 4: 16777216 op, 824690583.00 ns, 49.1554 ns/op WorkloadActual 5: 16777216 op, 826566666.00 ns, 49.2672 ns/op WorkloadActual 6: 16777216 op, 822996000.00 ns, 49.0544 ns/op WorkloadActual 7: 16777216 op, 821486375.00 ns, 48.9644 ns/op WorkloadActual 8: 16777216 op, 823235916.00 ns, 49.0687 ns/op WorkloadActual 9: 16777216 op, 823632209.00 ns, 49.0923 ns/op WorkloadActual 10: 16777216 op, 824008959.00 ns, 49.1148 ns/op WorkloadActual 11: 16777216 op, 824929833.00 ns, 49.1696 ns/op WorkloadActual 12: 16777216 op, 823524500.00 ns, 49.0859 ns/op WorkloadActual 13: 16777216 op, 824482500.00 ns, 49.1430 ns/op WorkloadActual 14: 16777216 op, 825053375.00 ns, 49.1770 ns/op WorkloadActual 15: 16777216 op, 824527083.00 ns, 49.1456 ns/op // AfterActualRun WorkloadResult 1: 16777216 op, 802548208.00 ns, 47.8356 ns/op WorkloadResult 2: 16777216 op, 801281375.00 ns, 47.7601 ns/op WorkloadResult 3: 16777216 op, 800510333.00 ns, 47.7141 ns/op WorkloadResult 4: 16777216 op, 800230458.00 ns, 47.6975 ns/op WorkloadResult 5: 16777216 op, 802106541.00 ns, 47.8093 ns/op WorkloadResult 6: 16777216 op, 798535875.00 ns, 47.5964 ns/op WorkloadResult 7: 16777216 op, 797026250.00 ns, 47.5065 ns/op WorkloadResult 8: 16777216 op, 798775791.00 ns, 47.6107 ns/op WorkloadResult 9: 16777216 op, 799172084.00 ns, 47.6344 ns/op WorkloadResult 10: 16777216 op, 799548834.00 ns, 47.6568 ns/op WorkloadResult 11: 16777216 op, 800469708.00 ns, 47.7117 ns/op WorkloadResult 12: 16777216 op, 799064375.00 ns, 47.6279 ns/op WorkloadResult 13: 16777216 op, 800022375.00 ns, 47.6850 ns/op WorkloadResult 14: 16777216 op, 800593250.00 ns, 47.7191 ns/op WorkloadResult 15: 16777216 op, 800066958.00 ns, 47.6877 ns/op // GC: 208 0 0 1744830464 16777216 // Threading: 0 0 16777216 // AfterAll // Benchmark Process 10486 has exited with code 0. Mean = 47.684 ns, StdErr = 0.022 ns (0.05%), N = 15, StdDev = 0.084 ns Min = 47.506 ns, Q1 = 47.631 ns, Median = 47.688 ns, Q3 = 47.717 ns, Max = 47.836 ns IQR = 0.085 ns, LowerFence = 47.503 ns, UpperFence = 47.845 ns ConfidenceInterval = [47.594 ns; 47.773 ns] (CI 99.9%), Margin = 0.090 ns (0.19% of Mean) Skewness = -0.1, Kurtosis = 2.57, MValue = 2 // ** Remained 0 (0,0 %) benchmark(s) to run. Estimated finish 2026-04-04 12:12 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.ValidFlatDtoValidationBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.ValidFlatDtoValidationBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.ValidFlatDtoValidationBenchmarks-report.html // * Detailed results * ValidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.384 μs, StdErr = 0.001 μs (0.06%), N = 14, StdDev = 0.003 μs Min = 1.379 μs, Q1 = 1.381 μs, Median = 1.384 μs, Q3 = 1.386 μs, Max = 1.388 μs IQR = 0.005 μs, LowerFence = 1.374 μs, UpperFence = 1.393 μs ConfidenceInterval = [1.381 μs; 1.387 μs] (CI 99.9%), Margin = 0.003 μs (0.23% of Mean) Skewness = -0.08, Kurtosis = 1.37, MValue = 2 -------------------- Histogram -------------------- [1.378 μs ; 1.390 μs) | @@@@@@@@@@@@@@ --------------------------------------------------- ValidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 107.065 ns, StdErr = 0.036 ns (0.03%), N = 14, StdDev = 0.134 ns Min = 106.801 ns, Q1 = 106.997 ns, Median = 107.067 ns, Q3 = 107.136 ns, Max = 107.321 ns IQR = 0.139 ns, LowerFence = 106.789 ns, UpperFence = 107.344 ns ConfidenceInterval = [106.914 ns; 107.216 ns] (CI 99.9%), Margin = 0.151 ns (0.14% of Mean) Skewness = -0.02, Kurtosis = 2.42, MValue = 2 -------------------- Histogram -------------------- [106.729 ns ; 107.394 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- ValidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 47.684 ns, StdErr = 0.022 ns (0.05%), N = 15, StdDev = 0.084 ns Min = 47.506 ns, Q1 = 47.631 ns, Median = 47.688 ns, Q3 = 47.717 ns, Max = 47.836 ns IQR = 0.085 ns, LowerFence = 47.503 ns, UpperFence = 47.845 ns ConfidenceInterval = [47.594 ns; 47.773 ns] (CI 99.9%), Margin = 0.090 ns (0.19% of Mean) Skewness = -0.1, Kurtosis = 2.57, MValue = 2 -------------------- Histogram -------------------- [47.462 ns ; 47.880 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |------------:|---------:|---------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 1,383.95 ns | 3.221 ns | 2.856 ns | 1.00 | 0.8469 | 0.0076 | 7096 B | 1.00 | | FluentValidationSingleton | 107.07 ns | 0.151 ns | 0.134 ns | 0.08 | 0.0755 | 0.0001 | 632 B | 0.09 | | LightPortableResults | 47.68 ns | 0.090 ns | 0.084 ns | 0.03 | 0.0124 | - | 104 B | 0.01 | // * Hints * Outliers ValidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: Default -> 1 outlier was removed (1.41 μs) ValidFlatDtoValidationBenchmarks.FluentValidationSingleton: Default -> 1 outlier was removed (109.53 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:54 (54.08 sec), executed benchmarks: 3 Global total time: 00:02:19 (139.56 sec), executed benchmarks: 9 // * Artifacts cleanup * Artifacts cleanup is finished BenchmarkRun-20260404-121813.log000066400000000000000000003012461516707642500335140ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 12 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 0.86 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 6.68 sec and exited with 0 // ***** Done, took 00:00:07 (7.61 sec) ***** // Found 3 benchmarks: // InvalidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // InvalidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // InvalidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 154 155 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient --job Default --benchmarkId 0 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 116291.00 ns, 116.2910 us/op WorkloadJitting 1: 1 op, 7310542.00 ns, 7.3105 ms/op OverheadJitting 2: 16 op, 304750.00 ns, 19.0469 us/op WorkloadJitting 2: 16 op, 542583.00 ns, 33.9114 us/op WorkloadPilot 1: 16 op, 333625.00 ns, 20.8516 us/op WorkloadPilot 2: 32 op, 467583.00 ns, 14.6120 us/op WorkloadPilot 3: 64 op, 691000.00 ns, 10.7969 us/op WorkloadPilot 4: 128 op, 1494583.00 ns, 11.6764 us/op WorkloadPilot 5: 256 op, 2875750.00 ns, 11.2334 us/op WorkloadPilot 6: 512 op, 6051209.00 ns, 11.8188 us/op WorkloadPilot 7: 1024 op, 12169791.00 ns, 11.8846 us/op WorkloadPilot 8: 2048 op, 23801583.00 ns, 11.6219 us/op WorkloadPilot 9: 4096 op, 51914834.00 ns, 12.6745 us/op WorkloadPilot 10: 8192 op, 110277667.00 ns, 13.4616 us/op WorkloadPilot 11: 16384 op, 213001375.00 ns, 13.0006 us/op WorkloadPilot 12: 32768 op, 428870083.00 ns, 13.0881 us/op WorkloadPilot 13: 65536 op, 563897375.00 ns, 8.6044 us/op OverheadWarmup 1: 65536 op, 132208.00 ns, 2.0173 ns/op OverheadWarmup 2: 65536 op, 133500.00 ns, 2.0370 ns/op OverheadWarmup 3: 65536 op, 130125.00 ns, 1.9855 ns/op OverheadWarmup 4: 65536 op, 128000.00 ns, 1.9531 ns/op OverheadWarmup 5: 65536 op, 135333.00 ns, 2.0650 ns/op OverheadWarmup 6: 65536 op, 138166.00 ns, 2.1082 ns/op OverheadWarmup 7: 65536 op, 133209.00 ns, 2.0326 ns/op OverheadActual 1: 65536 op, 133125.00 ns, 2.0313 ns/op OverheadActual 2: 65536 op, 133166.00 ns, 2.0320 ns/op OverheadActual 3: 65536 op, 133750.00 ns, 2.0409 ns/op OverheadActual 4: 65536 op, 133209.00 ns, 2.0326 ns/op OverheadActual 5: 65536 op, 133083.00 ns, 2.0307 ns/op OverheadActual 6: 65536 op, 133250.00 ns, 2.0332 ns/op OverheadActual 7: 65536 op, 133458.00 ns, 2.0364 ns/op OverheadActual 8: 65536 op, 140625.00 ns, 2.1458 ns/op OverheadActual 9: 65536 op, 134041.00 ns, 2.0453 ns/op OverheadActual 10: 65536 op, 122541.00 ns, 1.8698 ns/op OverheadActual 11: 65536 op, 123458.00 ns, 1.8838 ns/op OverheadActual 12: 65536 op, 122500.00 ns, 1.8692 ns/op OverheadActual 13: 65536 op, 125041.00 ns, 1.9080 ns/op OverheadActual 14: 65536 op, 120375.00 ns, 1.8368 ns/op OverheadActual 15: 65536 op, 126000.00 ns, 1.9226 ns/op WorkloadWarmup 1: 65536 op, 312422750.00 ns, 4.7672 us/op WorkloadWarmup 2: 65536 op, 207543750.00 ns, 3.1669 us/op WorkloadWarmup 3: 65536 op, 207687125.00 ns, 3.1691 us/op WorkloadWarmup 4: 65536 op, 207160792.00 ns, 3.1610 us/op WorkloadWarmup 5: 65536 op, 206885417.00 ns, 3.1568 us/op WorkloadWarmup 6: 65536 op, 206219583.00 ns, 3.1467 us/op WorkloadWarmup 7: 65536 op, 205702917.00 ns, 3.1388 us/op WorkloadWarmup 8: 65536 op, 206441042.00 ns, 3.1500 us/op WorkloadWarmup 9: 65536 op, 208575708.00 ns, 3.1826 us/op WorkloadWarmup 10: 65536 op, 206825166.00 ns, 3.1559 us/op // BeforeActualRun WorkloadActual 1: 65536 op, 208859458.00 ns, 3.1869 us/op WorkloadActual 2: 65536 op, 209401750.00 ns, 3.1952 us/op WorkloadActual 3: 65536 op, 206852667.00 ns, 3.1563 us/op WorkloadActual 4: 65536 op, 206636000.00 ns, 3.1530 us/op WorkloadActual 5: 65536 op, 207932625.00 ns, 3.1728 us/op WorkloadActual 6: 65536 op, 211030125.00 ns, 3.2201 us/op WorkloadActual 7: 65536 op, 207095333.00 ns, 3.1600 us/op WorkloadActual 8: 65536 op, 206886750.00 ns, 3.1568 us/op WorkloadActual 9: 65536 op, 206251917.00 ns, 3.1472 us/op WorkloadActual 10: 65536 op, 206310417.00 ns, 3.1480 us/op WorkloadActual 11: 65536 op, 206779750.00 ns, 3.1552 us/op WorkloadActual 12: 65536 op, 211493542.00 ns, 3.2271 us/op WorkloadActual 13: 65536 op, 206472667.00 ns, 3.1505 us/op WorkloadActual 14: 65536 op, 206506667.00 ns, 3.1510 us/op WorkloadActual 15: 65536 op, 206108792.00 ns, 3.1450 us/op // AfterActualRun WorkloadResult 1: 65536 op, 208726333.00 ns, 3.1849 us/op WorkloadResult 2: 65536 op, 209268625.00 ns, 3.1932 us/op WorkloadResult 3: 65536 op, 206719542.00 ns, 3.1543 us/op WorkloadResult 4: 65536 op, 206502875.00 ns, 3.1510 us/op WorkloadResult 5: 65536 op, 207799500.00 ns, 3.1708 us/op WorkloadResult 6: 65536 op, 210897000.00 ns, 3.2180 us/op WorkloadResult 7: 65536 op, 206962208.00 ns, 3.1580 us/op WorkloadResult 8: 65536 op, 206753625.00 ns, 3.1548 us/op WorkloadResult 9: 65536 op, 206118792.00 ns, 3.1451 us/op WorkloadResult 10: 65536 op, 206177292.00 ns, 3.1460 us/op WorkloadResult 11: 65536 op, 206646625.00 ns, 3.1532 us/op WorkloadResult 12: 65536 op, 206339542.00 ns, 3.1485 us/op WorkloadResult 13: 65536 op, 206373542.00 ns, 3.1490 us/op WorkloadResult 14: 65536 op, 205975667.00 ns, 3.1429 us/op // GC: 114 1 0 961544192 65536 // Threading: 0 0 65536 // AfterAll // Benchmark Process 10928 has exited with code 0. Mean = 3.162 μs, StdErr = 0.006 μs (0.19%), N = 14, StdDev = 0.022 μs Min = 3.143 μs, Q1 = 3.149 μs, Median = 3.154 μs, Q3 = 3.168 μs, Max = 3.218 μs IQR = 0.019 μs, LowerFence = 3.120 μs, UpperFence = 3.196 μs ConfidenceInterval = [3.137 μs; 3.187 μs] (CI 99.9%), Margin = 0.025 μs (0.79% of Mean) Skewness = 1.3, Kurtosis = 3.46, MValue = 2 // ** Remained 11 (91,7 %) benchmark(s) to run. Estimated finish 2026-04-04 12:19 (0h 1m from now) ** // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 154 155 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarks.FluentValidationSingleton --job Default --benchmarkId 1 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 87833.00 ns, 87.8330 us/op WorkloadJitting 1: 1 op, 6956166.00 ns, 6.9562 ms/op OverheadJitting 2: 16 op, 286000.00 ns, 17.8750 us/op WorkloadJitting 2: 16 op, 358750.00 ns, 22.4219 us/op WorkloadPilot 1: 16 op, 123792.00 ns, 7.7370 us/op WorkloadPilot 2: 32 op, 192042.00 ns, 6.0013 us/op WorkloadPilot 3: 64 op, 404667.00 ns, 6.3229 us/op WorkloadPilot 4: 128 op, 795584.00 ns, 6.2155 us/op WorkloadPilot 5: 256 op, 1533583.00 ns, 5.9906 us/op WorkloadPilot 6: 512 op, 3075459.00 ns, 6.0068 us/op WorkloadPilot 7: 1024 op, 6438792.00 ns, 6.2879 us/op WorkloadPilot 8: 2048 op, 12225209.00 ns, 5.9693 us/op WorkloadPilot 9: 4096 op, 24148625.00 ns, 5.8957 us/op WorkloadPilot 10: 8192 op, 48027125.00 ns, 5.8627 us/op WorkloadPilot 11: 16384 op, 96701333.00 ns, 5.9022 us/op WorkloadPilot 12: 32768 op, 73280333.00 ns, 2.2363 us/op WorkloadPilot 13: 65536 op, 118355542.00 ns, 1.8060 us/op WorkloadPilot 14: 131072 op, 236809125.00 ns, 1.8067 us/op WorkloadPilot 15: 262144 op, 471154958.00 ns, 1.7973 us/op WorkloadPilot 16: 524288 op, 946544500.00 ns, 1.8054 us/op OverheadWarmup 1: 524288 op, 1027917.00 ns, 1.9606 ns/op OverheadWarmup 2: 524288 op, 1002041.00 ns, 1.9112 ns/op OverheadWarmup 3: 524288 op, 1059291.00 ns, 2.0204 ns/op OverheadWarmup 4: 524288 op, 1041792.00 ns, 1.9871 ns/op OverheadWarmup 5: 524288 op, 992083.00 ns, 1.8922 ns/op OverheadWarmup 6: 524288 op, 991541.00 ns, 1.8912 ns/op OverheadWarmup 7: 524288 op, 1046833.00 ns, 1.9967 ns/op OverheadWarmup 8: 524288 op, 991375.00 ns, 1.8909 ns/op OverheadActual 1: 524288 op, 944708.00 ns, 1.8019 ns/op OverheadActual 2: 524288 op, 994542.00 ns, 1.8969 ns/op OverheadActual 3: 524288 op, 1044334.00 ns, 1.9919 ns/op OverheadActual 4: 524288 op, 1023459.00 ns, 1.9521 ns/op OverheadActual 5: 524288 op, 979583.00 ns, 1.8684 ns/op OverheadActual 6: 524288 op, 945250.00 ns, 1.8029 ns/op OverheadActual 7: 524288 op, 1012667.00 ns, 1.9315 ns/op OverheadActual 8: 524288 op, 1051500.00 ns, 2.0056 ns/op OverheadActual 9: 524288 op, 1040125.00 ns, 1.9839 ns/op OverheadActual 10: 524288 op, 991417.00 ns, 1.8910 ns/op OverheadActual 11: 524288 op, 973250.00 ns, 1.8563 ns/op OverheadActual 12: 524288 op, 974125.00 ns, 1.8580 ns/op OverheadActual 13: 524288 op, 954792.00 ns, 1.8211 ns/op OverheadActual 14: 524288 op, 936375.00 ns, 1.7860 ns/op OverheadActual 15: 524288 op, 998541.00 ns, 1.9046 ns/op WorkloadWarmup 1: 524288 op, 942051083.00 ns, 1.7968 us/op WorkloadWarmup 2: 524288 op, 939599542.00 ns, 1.7921 us/op WorkloadWarmup 3: 524288 op, 941931167.00 ns, 1.7966 us/op WorkloadWarmup 4: 524288 op, 939678208.00 ns, 1.7923 us/op WorkloadWarmup 5: 524288 op, 936176042.00 ns, 1.7856 us/op WorkloadWarmup 6: 524288 op, 952823291.00 ns, 1.8174 us/op WorkloadWarmup 7: 524288 op, 978777375.00 ns, 1.8669 us/op WorkloadWarmup 8: 524288 op, 939933417.00 ns, 1.7928 us/op // BeforeActualRun WorkloadActual 1: 524288 op, 959851542.00 ns, 1.8308 us/op WorkloadActual 2: 524288 op, 937933666.00 ns, 1.7890 us/op WorkloadActual 3: 524288 op, 939167917.00 ns, 1.7913 us/op WorkloadActual 4: 524288 op, 940886958.00 ns, 1.7946 us/op WorkloadActual 5: 524288 op, 939529958.00 ns, 1.7920 us/op WorkloadActual 6: 524288 op, 935302208.00 ns, 1.7839 us/op WorkloadActual 7: 524288 op, 935272125.00 ns, 1.7839 us/op WorkloadActual 8: 524288 op, 940269542.00 ns, 1.7934 us/op WorkloadActual 9: 524288 op, 936399625.00 ns, 1.7860 us/op WorkloadActual 10: 524288 op, 931729250.00 ns, 1.7771 us/op WorkloadActual 11: 524288 op, 933748167.00 ns, 1.7810 us/op WorkloadActual 12: 524288 op, 943666416.00 ns, 1.7999 us/op WorkloadActual 13: 524288 op, 937137875.00 ns, 1.7874 us/op WorkloadActual 14: 524288 op, 941353375.00 ns, 1.7955 us/op WorkloadActual 15: 524288 op, 937224333.00 ns, 1.7876 us/op // AfterActualRun WorkloadResult 1: 524288 op, 936942249.00 ns, 1.7871 us/op WorkloadResult 2: 524288 op, 938176500.00 ns, 1.7894 us/op WorkloadResult 3: 524288 op, 939895541.00 ns, 1.7927 us/op WorkloadResult 4: 524288 op, 938538541.00 ns, 1.7901 us/op WorkloadResult 5: 524288 op, 934310791.00 ns, 1.7821 us/op WorkloadResult 6: 524288 op, 934280708.00 ns, 1.7820 us/op WorkloadResult 7: 524288 op, 939278125.00 ns, 1.7915 us/op WorkloadResult 8: 524288 op, 935408208.00 ns, 1.7841 us/op WorkloadResult 9: 524288 op, 930737833.00 ns, 1.7752 us/op WorkloadResult 10: 524288 op, 932756750.00 ns, 1.7791 us/op WorkloadResult 11: 524288 op, 942674999.00 ns, 1.7980 us/op WorkloadResult 12: 524288 op, 936146458.00 ns, 1.7856 us/op WorkloadResult 13: 524288 op, 940361958.00 ns, 1.7936 us/op WorkloadResult 14: 524288 op, 936232916.00 ns, 1.7857 us/op // GC: 521 5 0 4362076160 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 10938 has exited with code 0. Mean = 1.787 μs, StdErr = 0.002 μs (0.09%), N = 14, StdDev = 0.006 μs Min = 1.775 μs, Q1 = 1.783 μs, Median = 1.786 μs, Q3 = 1.791 μs, Max = 1.798 μs IQR = 0.009 μs, LowerFence = 1.770 μs, UpperFence = 1.804 μs ConfidenceInterval = [1.780 μs; 1.794 μs] (CI 99.9%), Margin = 0.007 μs (0.39% of Mean) Skewness = -0.08, Kurtosis = 2.08, MValue = 2 // ** Remained 10 (83,3 %) benchmark(s) to run. Estimated finish 2026-04-04 12:21 (0h 2m from now) ** // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 154 155 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarks.LightPortableResults --job Default --benchmarkId 2 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 92375.00 ns, 92.3750 us/op WorkloadJitting 1: 1 op, 9326125.00 ns, 9.3261 ms/op OverheadJitting 2: 16 op, 132542.00 ns, 8.2839 us/op WorkloadJitting 2: 16 op, 516458.00 ns, 32.2786 us/op WorkloadPilot 1: 16 op, 47000.00 ns, 2.9375 us/op WorkloadPilot 2: 32 op, 85208.00 ns, 2.6628 us/op WorkloadPilot 3: 64 op, 127833.00 ns, 1.9974 us/op WorkloadPilot 4: 128 op, 253375.00 ns, 1.9795 us/op WorkloadPilot 5: 256 op, 509208.00 ns, 1.9891 us/op WorkloadPilot 6: 512 op, 1021500.00 ns, 1.9951 us/op WorkloadPilot 7: 1024 op, 2144292.00 ns, 2.0940 us/op WorkloadPilot 8: 2048 op, 4359500.00 ns, 2.1287 us/op WorkloadPilot 9: 4096 op, 8754375.00 ns, 2.1373 us/op WorkloadPilot 10: 8192 op, 17537792.00 ns, 2.1408 us/op WorkloadPilot 11: 16384 op, 34864583.00 ns, 2.1280 us/op WorkloadPilot 12: 32768 op, 69632542.00 ns, 2.1250 us/op WorkloadPilot 13: 65536 op, 105747291.00 ns, 1.6136 us/op WorkloadPilot 14: 131072 op, 150978125.00 ns, 1.1519 us/op WorkloadPilot 15: 262144 op, 80622709.00 ns, 307.5512 ns/op WorkloadPilot 16: 524288 op, 148325875.00 ns, 282.9092 ns/op WorkloadPilot 17: 1048576 op, 296148042.00 ns, 282.4288 ns/op WorkloadPilot 18: 2097152 op, 590838125.00 ns, 281.7336 ns/op OverheadWarmup 1: 2097152 op, 4099917.00 ns, 1.9550 ns/op OverheadWarmup 2: 2097152 op, 4077500.00 ns, 1.9443 ns/op OverheadWarmup 3: 2097152 op, 4106250.00 ns, 1.9580 ns/op OverheadWarmup 4: 2097152 op, 3994959.00 ns, 1.9049 ns/op OverheadWarmup 5: 2097152 op, 4122458.00 ns, 1.9657 ns/op OverheadWarmup 6: 2097152 op, 4049708.00 ns, 1.9311 ns/op OverheadActual 1: 2097152 op, 4165917.00 ns, 1.9865 ns/op OverheadActual 2: 2097152 op, 4130500.00 ns, 1.9696 ns/op OverheadActual 3: 2097152 op, 4086333.00 ns, 1.9485 ns/op OverheadActual 4: 2097152 op, 4120333.00 ns, 1.9647 ns/op OverheadActual 5: 2097152 op, 4004250.00 ns, 1.9094 ns/op OverheadActual 6: 2097152 op, 4114833.00 ns, 1.9621 ns/op OverheadActual 7: 2097152 op, 4100208.00 ns, 1.9551 ns/op OverheadActual 8: 2097152 op, 4137875.00 ns, 1.9731 ns/op OverheadActual 9: 2097152 op, 4083792.00 ns, 1.9473 ns/op OverheadActual 10: 2097152 op, 4150334.00 ns, 1.9790 ns/op OverheadActual 11: 2097152 op, 3941250.00 ns, 1.8793 ns/op OverheadActual 12: 2097152 op, 4207125.00 ns, 2.0061 ns/op OverheadActual 13: 2097152 op, 4016041.00 ns, 1.9150 ns/op OverheadActual 14: 2097152 op, 4161333.00 ns, 1.9843 ns/op OverheadActual 15: 2097152 op, 3990417.00 ns, 1.9028 ns/op WorkloadWarmup 1: 2097152 op, 590506208.00 ns, 281.5753 ns/op WorkloadWarmup 2: 2097152 op, 588899500.00 ns, 280.8092 ns/op WorkloadWarmup 3: 2097152 op, 594466750.00 ns, 283.4638 ns/op WorkloadWarmup 4: 2097152 op, 590927500.00 ns, 281.7762 ns/op WorkloadWarmup 5: 2097152 op, 587673083.00 ns, 280.2244 ns/op WorkloadWarmup 6: 2097152 op, 586807750.00 ns, 279.8117 ns/op WorkloadWarmup 7: 2097152 op, 590860958.00 ns, 281.7445 ns/op WorkloadWarmup 8: 2097152 op, 592097375.00 ns, 282.3340 ns/op WorkloadWarmup 9: 2097152 op, 591050750.00 ns, 281.8350 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 591946125.00 ns, 282.2619 ns/op WorkloadActual 2: 2097152 op, 618132833.00 ns, 294.7487 ns/op WorkloadActual 3: 2097152 op, 619109750.00 ns, 295.2145 ns/op WorkloadActual 4: 2097152 op, 624023375.00 ns, 297.5575 ns/op WorkloadActual 5: 2097152 op, 629600166.00 ns, 300.2168 ns/op WorkloadActual 6: 2097152 op, 620030208.00 ns, 295.6534 ns/op WorkloadActual 7: 2097152 op, 602298709.00 ns, 287.1984 ns/op WorkloadActual 8: 2097152 op, 638355625.00 ns, 304.3917 ns/op WorkloadActual 9: 2097152 op, 615475916.00 ns, 293.4818 ns/op WorkloadActual 10: 2097152 op, 604437875.00 ns, 288.2184 ns/op WorkloadActual 11: 2097152 op, 590216041.00 ns, 281.4369 ns/op WorkloadActual 12: 2097152 op, 590329167.00 ns, 281.4909 ns/op WorkloadActual 13: 2097152 op, 591947125.00 ns, 282.2624 ns/op WorkloadActual 14: 2097152 op, 591915375.00 ns, 282.2472 ns/op WorkloadActual 15: 2097152 op, 590792750.00 ns, 281.7119 ns/op WorkloadActual 16: 2097152 op, 590331250.00 ns, 281.4919 ns/op WorkloadActual 17: 2097152 op, 591945459.00 ns, 282.2616 ns/op WorkloadActual 18: 2097152 op, 592537041.00 ns, 282.5437 ns/op WorkloadActual 19: 2097152 op, 592827625.00 ns, 282.6822 ns/op WorkloadActual 20: 2097152 op, 589872291.00 ns, 281.2730 ns/op WorkloadActual 21: 2097152 op, 588490125.00 ns, 280.6140 ns/op WorkloadActual 22: 2097152 op, 588952375.00 ns, 280.8344 ns/op WorkloadActual 23: 2097152 op, 591488292.00 ns, 282.0436 ns/op WorkloadActual 24: 2097152 op, 592081791.00 ns, 282.3266 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 587831292.00 ns, 280.2998 ns/op WorkloadResult 2: 2097152 op, 614018000.00 ns, 292.7866 ns/op WorkloadResult 3: 2097152 op, 614994917.00 ns, 293.2524 ns/op WorkloadResult 4: 2097152 op, 619908542.00 ns, 295.5954 ns/op WorkloadResult 5: 2097152 op, 625485333.00 ns, 298.2546 ns/op WorkloadResult 6: 2097152 op, 615915375.00 ns, 293.6913 ns/op WorkloadResult 7: 2097152 op, 598183876.00 ns, 285.2363 ns/op WorkloadResult 8: 2097152 op, 634240792.00 ns, 302.4296 ns/op WorkloadResult 9: 2097152 op, 611361083.00 ns, 291.5197 ns/op WorkloadResult 10: 2097152 op, 600323042.00 ns, 286.2563 ns/op WorkloadResult 11: 2097152 op, 586101208.00 ns, 279.4748 ns/op WorkloadResult 12: 2097152 op, 586214334.00 ns, 279.5288 ns/op WorkloadResult 13: 2097152 op, 587832292.00 ns, 280.3003 ns/op WorkloadResult 14: 2097152 op, 587800542.00 ns, 280.2851 ns/op WorkloadResult 15: 2097152 op, 586677917.00 ns, 279.7498 ns/op WorkloadResult 16: 2097152 op, 586216417.00 ns, 279.5298 ns/op WorkloadResult 17: 2097152 op, 587830626.00 ns, 280.2995 ns/op WorkloadResult 18: 2097152 op, 588422208.00 ns, 280.5816 ns/op WorkloadResult 19: 2097152 op, 588712792.00 ns, 280.7201 ns/op WorkloadResult 20: 2097152 op, 585757458.00 ns, 279.3109 ns/op WorkloadResult 21: 2097152 op, 584375292.00 ns, 278.6519 ns/op WorkloadResult 22: 2097152 op, 584837542.00 ns, 278.8723 ns/op WorkloadResult 23: 2097152 op, 587373459.00 ns, 280.0815 ns/op WorkloadResult 24: 2097152 op, 587966958.00 ns, 280.3645 ns/op // GC: 172 0 0 1442840576 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 10956 has exited with code 0. Mean = 284.878 ns, StdErr = 1.499 ns (0.53%), N = 24, StdDev = 7.342 ns Min = 278.652 ns, Q1 = 279.695 ns, Median = 280.332 ns, Q3 = 291.836 ns, Max = 302.430 ns IQR = 12.142 ns, LowerFence = 261.482 ns, UpperFence = 310.049 ns ConfidenceInterval = [279.231 ns; 290.525 ns] (CI 99.9%), Margin = 5.647 ns (1.98% of Mean) Skewness = 0.96, Kurtosis = 2.4, MValue = 2 // ** Remained 9 (75,0 %) benchmark(s) to run. Estimated finish 2026-04-04 12:21 (0h 2m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarks-report.html // * Detailed results * InvalidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 3.162 μs, StdErr = 0.006 μs (0.19%), N = 14, StdDev = 0.022 μs Min = 3.143 μs, Q1 = 3.149 μs, Median = 3.154 μs, Q3 = 3.168 μs, Max = 3.218 μs IQR = 0.019 μs, LowerFence = 3.120 μs, UpperFence = 3.196 μs ConfidenceInterval = [3.137 μs; 3.187 μs] (CI 99.9%), Margin = 0.025 μs (0.79% of Mean) Skewness = 1.3, Kurtosis = 3.46, MValue = 2 -------------------- Histogram -------------------- [3.131 μs ; 3.230 μs) | @@@@@@@@@@@@@@ --------------------------------------------------- InvalidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.787 μs, StdErr = 0.002 μs (0.09%), N = 14, StdDev = 0.006 μs Min = 1.775 μs, Q1 = 1.783 μs, Median = 1.786 μs, Q3 = 1.791 μs, Max = 1.798 μs IQR = 0.009 μs, LowerFence = 1.770 μs, UpperFence = 1.804 μs ConfidenceInterval = [1.780 μs; 1.794 μs] (CI 99.9%), Margin = 0.007 μs (0.39% of Mean) Skewness = -0.08, Kurtosis = 2.08, MValue = 2 -------------------- Histogram -------------------- [1.772 μs ; 1.801 μs) | @@@@@@@@@@@@@@ --------------------------------------------------- InvalidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 284.878 ns, StdErr = 1.499 ns (0.53%), N = 24, StdDev = 7.342 ns Min = 278.652 ns, Q1 = 279.695 ns, Median = 280.332 ns, Q3 = 291.836 ns, Max = 302.430 ns IQR = 12.142 ns, LowerFence = 261.482 ns, UpperFence = 310.049 ns ConfidenceInterval = [279.231 ns; 290.525 ns] (CI 99.9%), Margin = 5.647 ns (1.98% of Mean) Skewness = 0.96, Kurtosis = 2.4, MValue = 2 -------------------- Histogram -------------------- [278.603 ns ; 285.285 ns) | @@@@@@@@@@@@@@@@ [285.285 ns ; 296.899 ns) | @@@@@@ [296.899 ns ; 303.683 ns) | @@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Median | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |-----------:|---------:|---------:|-----------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 3,162.1 ns | 24.82 ns | 22.01 ns | 3,153.7 ns | 1.00 | 1.7395 | 0.0153 | 14672 B | 1.00 | | FluentValidationSingleton | 1,786.9 ns | 6.96 ns | 6.17 ns | 1,786.4 ns | 0.57 | 0.9937 | 0.0095 | 8320 B | 0.57 | | LightPortableResults | 284.9 ns | 5.65 ns | 7.34 ns | 280.3 ns | 0.09 | 0.0820 | - | 688 B | 0.05 | // * Hints * Outliers InvalidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: Default -> 1 outlier was removed (3.23 μs) InvalidFlatDtoValidationBenchmarks.FluentValidationSingleton: Default -> 1 outlier was removed (1.83 μs) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Median : Value separating the higher half of all measurements (50th percentile) Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:54 (54.04 sec), executed benchmarks: 3 // Found 3 benchmarks: // InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient: DefaultJob // InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: DefaultJob // InvalidFlatDtoValidationBenchmarksForMinimalApis.LightPortableResults: DefaultJob // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 127 128 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient --job Default --benchmarkId 3 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 101916.00 ns, 101.9160 us/op WorkloadJitting 1: 1 op, 8261125.00 ns, 8.2611 ms/op OverheadJitting 2: 16 op, 289959.00 ns, 18.1224 us/op WorkloadJitting 2: 16 op, 524584.00 ns, 32.7865 us/op WorkloadPilot 1: 16 op, 221541.00 ns, 13.8463 us/op WorkloadPilot 2: 32 op, 436875.00 ns, 13.6523 us/op WorkloadPilot 3: 64 op, 841500.00 ns, 13.1484 us/op WorkloadPilot 4: 128 op, 1650166.00 ns, 12.8919 us/op WorkloadPilot 5: 256 op, 3262041.00 ns, 12.7423 us/op WorkloadPilot 6: 512 op, 6686334.00 ns, 13.0592 us/op WorkloadPilot 7: 1024 op, 12953667.00 ns, 12.6501 us/op WorkloadPilot 8: 2048 op, 25982958.00 ns, 12.6870 us/op WorkloadPilot 9: 4096 op, 51222333.00 ns, 12.5055 us/op WorkloadPilot 10: 8192 op, 112440333.00 ns, 13.7256 us/op WorkloadPilot 11: 16384 op, 235216416.00 ns, 14.3565 us/op WorkloadPilot 12: 32768 op, 452521458.00 ns, 13.8099 us/op WorkloadPilot 13: 65536 op, 567011625.00 ns, 8.6519 us/op OverheadWarmup 1: 65536 op, 135792.00 ns, 2.0720 ns/op OverheadWarmup 2: 65536 op, 133000.00 ns, 2.0294 ns/op OverheadWarmup 3: 65536 op, 128125.00 ns, 1.9550 ns/op OverheadWarmup 4: 65536 op, 146583.00 ns, 2.2367 ns/op OverheadWarmup 5: 65536 op, 130083.00 ns, 1.9849 ns/op OverheadWarmup 6: 65536 op, 156000.00 ns, 2.3804 ns/op OverheadWarmup 7: 65536 op, 134084.00 ns, 2.0460 ns/op OverheadActual 1: 65536 op, 131750.00 ns, 2.0103 ns/op OverheadActual 2: 65536 op, 138209.00 ns, 2.1089 ns/op OverheadActual 3: 65536 op, 133875.00 ns, 2.0428 ns/op OverheadActual 4: 65536 op, 130041.00 ns, 1.9843 ns/op OverheadActual 5: 65536 op, 134417.00 ns, 2.0510 ns/op OverheadActual 6: 65536 op, 133916.00 ns, 2.0434 ns/op OverheadActual 7: 65536 op, 133875.00 ns, 2.0428 ns/op OverheadActual 8: 65536 op, 134708.00 ns, 2.0555 ns/op OverheadActual 9: 65536 op, 133875.00 ns, 2.0428 ns/op OverheadActual 10: 65536 op, 122250.00 ns, 1.8654 ns/op OverheadActual 11: 65536 op, 122583.00 ns, 1.8705 ns/op OverheadActual 12: 65536 op, 122250.00 ns, 1.8654 ns/op OverheadActual 13: 65536 op, 122250.00 ns, 1.8654 ns/op OverheadActual 14: 65536 op, 130042.00 ns, 1.9843 ns/op OverheadActual 15: 65536 op, 130208.00 ns, 1.9868 ns/op WorkloadWarmup 1: 65536 op, 305677334.00 ns, 4.6643 us/op WorkloadWarmup 2: 65536 op, 228964375.00 ns, 3.4937 us/op WorkloadWarmup 3: 65536 op, 228057500.00 ns, 3.4799 us/op WorkloadWarmup 4: 65536 op, 226381125.00 ns, 3.4543 us/op WorkloadWarmup 5: 65536 op, 227957083.00 ns, 3.4783 us/op WorkloadWarmup 6: 65536 op, 227727125.00 ns, 3.4748 us/op WorkloadWarmup 7: 65536 op, 227169791.00 ns, 3.4663 us/op WorkloadWarmup 8: 65536 op, 229126917.00 ns, 3.4962 us/op WorkloadWarmup 9: 65536 op, 230599000.00 ns, 3.5187 us/op WorkloadWarmup 10: 65536 op, 231504667.00 ns, 3.5325 us/op WorkloadWarmup 11: 65536 op, 230661917.00 ns, 3.5196 us/op // BeforeActualRun WorkloadActual 1: 65536 op, 227459167.00 ns, 3.4708 us/op WorkloadActual 2: 65536 op, 231662792.00 ns, 3.5349 us/op WorkloadActual 3: 65536 op, 227149375.00 ns, 3.4660 us/op WorkloadActual 4: 65536 op, 227358000.00 ns, 3.4692 us/op WorkloadActual 5: 65536 op, 233818625.00 ns, 3.5678 us/op WorkloadActual 6: 65536 op, 249993334.00 ns, 3.8146 us/op WorkloadActual 7: 65536 op, 243422750.00 ns, 3.7143 us/op WorkloadActual 8: 65536 op, 235419000.00 ns, 3.5922 us/op WorkloadActual 9: 65536 op, 227958500.00 ns, 3.4784 us/op WorkloadActual 10: 65536 op, 231256416.00 ns, 3.5287 us/op WorkloadActual 11: 65536 op, 226246250.00 ns, 3.4522 us/op WorkloadActual 12: 65536 op, 226334666.00 ns, 3.4536 us/op WorkloadActual 13: 65536 op, 228103875.00 ns, 3.4806 us/op WorkloadActual 14: 65536 op, 226953125.00 ns, 3.4630 us/op WorkloadActual 15: 65536 op, 228040209.00 ns, 3.4796 us/op // AfterActualRun WorkloadResult 1: 65536 op, 227327417.00 ns, 3.4687 us/op WorkloadResult 2: 65536 op, 231531042.00 ns, 3.5329 us/op WorkloadResult 3: 65536 op, 227017625.00 ns, 3.4640 us/op WorkloadResult 4: 65536 op, 227226250.00 ns, 3.4672 us/op WorkloadResult 5: 65536 op, 233686875.00 ns, 3.5658 us/op WorkloadResult 6: 65536 op, 235287250.00 ns, 3.5902 us/op WorkloadResult 7: 65536 op, 227826750.00 ns, 3.4764 us/op WorkloadResult 8: 65536 op, 231124666.00 ns, 3.5267 us/op WorkloadResult 9: 65536 op, 226114500.00 ns, 3.4502 us/op WorkloadResult 10: 65536 op, 226202916.00 ns, 3.4516 us/op WorkloadResult 11: 65536 op, 227972125.00 ns, 3.4786 us/op WorkloadResult 12: 65536 op, 226821375.00 ns, 3.4610 us/op WorkloadResult 13: 65536 op, 227908459.00 ns, 3.4776 us/op // GC: 125 2 0 1051721728 65536 // Threading: 0 0 65536 // AfterAll // Benchmark Process 10967 has exited with code 0. Mean = 3.493 μs, StdErr = 0.013 μs (0.36%), N = 13, StdDev = 0.046 μs Min = 3.450 μs, Q1 = 3.464 μs, Median = 3.476 μs, Q3 = 3.527 μs, Max = 3.590 μs IQR = 0.063 μs, LowerFence = 3.370 μs, UpperFence = 3.621 μs ConfidenceInterval = [3.439 μs; 3.548 μs] (CI 99.9%), Margin = 0.054 μs (1.56% of Mean) Skewness = 0.94, Kurtosis = 2.32, MValue = 2 // ** Remained 8 (66,7 %) benchmark(s) to run. Estimated finish 2026-04-04 12:21 (0h 2m from now) ** // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 127 128 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton --job Default --benchmarkId 4 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 98333.00 ns, 98.3330 us/op WorkloadJitting 1: 1 op, 7995167.00 ns, 7.9952 ms/op OverheadJitting 2: 16 op, 327708.00 ns, 20.4818 us/op WorkloadJitting 2: 16 op, 421750.00 ns, 26.3594 us/op WorkloadPilot 1: 16 op, 136958.00 ns, 8.5599 us/op WorkloadPilot 2: 32 op, 287542.00 ns, 8.9857 us/op WorkloadPilot 3: 64 op, 434583.00 ns, 6.7904 us/op WorkloadPilot 4: 128 op, 923208.00 ns, 7.2126 us/op WorkloadPilot 5: 256 op, 1884833.00 ns, 7.3626 us/op WorkloadPilot 6: 512 op, 3911750.00 ns, 7.6401 us/op WorkloadPilot 7: 1024 op, 7704625.00 ns, 7.5240 us/op WorkloadPilot 8: 2048 op, 15028250.00 ns, 7.3380 us/op WorkloadPilot 9: 4096 op, 29432208.00 ns, 7.1856 us/op WorkloadPilot 10: 8192 op, 58437333.00 ns, 7.1335 us/op WorkloadPilot 11: 16384 op, 124464041.00 ns, 7.5967 us/op WorkloadPilot 12: 32768 op, 128818875.00 ns, 3.9312 us/op WorkloadPilot 13: 65536 op, 136639166.00 ns, 2.0849 us/op WorkloadPilot 14: 131072 op, 271963208.00 ns, 2.0749 us/op WorkloadPilot 15: 262144 op, 542486708.00 ns, 2.0694 us/op OverheadWarmup 1: 262144 op, 513542.00 ns, 1.9590 ns/op OverheadWarmup 2: 262144 op, 518541.00 ns, 1.9781 ns/op OverheadWarmup 3: 262144 op, 497958.00 ns, 1.8996 ns/op OverheadWarmup 4: 262144 op, 497625.00 ns, 1.8983 ns/op OverheadWarmup 5: 262144 op, 530708.00 ns, 2.0245 ns/op OverheadWarmup 6: 262144 op, 498375.00 ns, 1.9011 ns/op OverheadActual 1: 262144 op, 524459.00 ns, 2.0007 ns/op OverheadActual 2: 262144 op, 529041.00 ns, 2.0181 ns/op OverheadActual 3: 262144 op, 501625.00 ns, 1.9135 ns/op OverheadActual 4: 262144 op, 501459.00 ns, 1.9129 ns/op OverheadActual 5: 262144 op, 527583.00 ns, 2.0126 ns/op OverheadActual 6: 262144 op, 501458.00 ns, 1.9129 ns/op OverheadActual 7: 262144 op, 501333.00 ns, 1.9124 ns/op OverheadActual 8: 262144 op, 510917.00 ns, 1.9490 ns/op OverheadActual 9: 262144 op, 500792.00 ns, 1.9104 ns/op OverheadActual 10: 262144 op, 511417.00 ns, 1.9509 ns/op OverheadActual 11: 262144 op, 519042.00 ns, 1.9800 ns/op OverheadActual 12: 262144 op, 516542.00 ns, 1.9705 ns/op OverheadActual 13: 262144 op, 524000.00 ns, 1.9989 ns/op OverheadActual 14: 262144 op, 476333.00 ns, 1.8171 ns/op OverheadActual 15: 262144 op, 505125.00 ns, 1.9269 ns/op WorkloadWarmup 1: 262144 op, 547873708.00 ns, 2.0900 us/op WorkloadWarmup 2: 262144 op, 549508250.00 ns, 2.0962 us/op WorkloadWarmup 3: 262144 op, 544069250.00 ns, 2.0755 us/op WorkloadWarmup 4: 262144 op, 541374375.00 ns, 2.0652 us/op WorkloadWarmup 5: 262144 op, 543553250.00 ns, 2.0735 us/op WorkloadWarmup 6: 262144 op, 546383916.00 ns, 2.0843 us/op WorkloadWarmup 7: 262144 op, 541950875.00 ns, 2.0674 us/op // BeforeActualRun WorkloadActual 1: 262144 op, 542514500.00 ns, 2.0695 us/op WorkloadActual 2: 262144 op, 542905666.00 ns, 2.0710 us/op WorkloadActual 3: 262144 op, 541970333.00 ns, 2.0675 us/op WorkloadActual 4: 262144 op, 540331709.00 ns, 2.0612 us/op WorkloadActual 5: 262144 op, 542771708.00 ns, 2.0705 us/op WorkloadActual 6: 262144 op, 547625417.00 ns, 2.0890 us/op WorkloadActual 7: 262144 op, 543217917.00 ns, 2.0722 us/op WorkloadActual 8: 262144 op, 542241667.00 ns, 2.0685 us/op WorkloadActual 9: 262144 op, 545299708.00 ns, 2.0802 us/op WorkloadActual 10: 262144 op, 542262958.00 ns, 2.0686 us/op WorkloadActual 11: 262144 op, 540882792.00 ns, 2.0633 us/op WorkloadActual 12: 262144 op, 541837541.00 ns, 2.0669 us/op WorkloadActual 13: 262144 op, 540476625.00 ns, 2.0618 us/op WorkloadActual 14: 262144 op, 558590667.00 ns, 2.1309 us/op WorkloadActual 15: 262144 op, 550544083.00 ns, 2.1002 us/op // AfterActualRun WorkloadResult 1: 262144 op, 542003583.00 ns, 2.0676 us/op WorkloadResult 2: 262144 op, 542394749.00 ns, 2.0691 us/op WorkloadResult 3: 262144 op, 541459416.00 ns, 2.0655 us/op WorkloadResult 4: 262144 op, 539820792.00 ns, 2.0593 us/op WorkloadResult 5: 262144 op, 542260791.00 ns, 2.0686 us/op WorkloadResult 6: 262144 op, 547114500.00 ns, 2.0871 us/op WorkloadResult 7: 262144 op, 542707000.00 ns, 2.0703 us/op WorkloadResult 8: 262144 op, 541730750.00 ns, 2.0665 us/op WorkloadResult 9: 262144 op, 544788791.00 ns, 2.0782 us/op WorkloadResult 10: 262144 op, 541752041.00 ns, 2.0666 us/op WorkloadResult 11: 262144 op, 540371875.00 ns, 2.0614 us/op WorkloadResult 12: 262144 op, 541326624.00 ns, 2.0650 us/op WorkloadResult 13: 262144 op, 539965708.00 ns, 2.0598 us/op // GC: 303 3 0 2541748224 262144 // Threading: 0 0 262144 // AfterAll // Benchmark Process 10991 has exited with code 0. Mean = 2.068 μs, StdErr = 0.002 μs (0.10%), N = 13, StdDev = 0.008 μs Min = 2.059 μs, Q1 = 2.065 μs, Median = 2.067 μs, Q3 = 2.069 μs, Max = 2.087 μs IQR = 0.004 μs, LowerFence = 2.059 μs, UpperFence = 2.075 μs ConfidenceInterval = [2.059 μs; 2.077 μs] (CI 99.9%), Margin = 0.009 μs (0.44% of Mean) Skewness = 1.14, Kurtosis = 3.67, MValue = 2 // ** Remained 7 (58,3 %) benchmark(s) to run. Estimated finish 2026-04-04 12:21 (0h 1m from now) ** // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarksForMinimalApis.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 127 128 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis.LightPortableResults --job Default --benchmarkId 5 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 102458.00 ns, 102.4580 us/op WorkloadJitting 1: 1 op, 10443417.00 ns, 10.4434 ms/op OverheadJitting 2: 16 op, 335041.00 ns, 20.9401 us/op WorkloadJitting 2: 16 op, 688625.00 ns, 43.0391 us/op WorkloadPilot 1: 16 op, 46500.00 ns, 2.9063 us/op WorkloadPilot 2: 32 op, 82708.00 ns, 2.5846 us/op WorkloadPilot 3: 64 op, 143083.00 ns, 2.2357 us/op WorkloadPilot 4: 128 op, 282125.00 ns, 2.2041 us/op WorkloadPilot 5: 256 op, 514709.00 ns, 2.0106 us/op WorkloadPilot 6: 512 op, 1087459.00 ns, 2.1239 us/op WorkloadPilot 7: 1024 op, 2283292.00 ns, 2.2298 us/op WorkloadPilot 8: 2048 op, 4404208.00 ns, 2.1505 us/op WorkloadPilot 9: 4096 op, 8898291.00 ns, 2.1724 us/op WorkloadPilot 10: 8192 op, 17932291.00 ns, 2.1890 us/op WorkloadPilot 11: 16384 op, 35135667.00 ns, 2.1445 us/op WorkloadPilot 12: 32768 op, 70248000.00 ns, 2.1438 us/op WorkloadPilot 13: 65536 op, 104704833.00 ns, 1.5977 us/op WorkloadPilot 14: 131072 op, 145435375.00 ns, 1.1096 us/op WorkloadPilot 15: 262144 op, 79843542.00 ns, 304.5789 ns/op WorkloadPilot 16: 524288 op, 146536666.00 ns, 279.4965 ns/op WorkloadPilot 17: 1048576 op, 295205875.00 ns, 281.5303 ns/op WorkloadPilot 18: 2097152 op, 584858667.00 ns, 278.8823 ns/op OverheadWarmup 1: 2097152 op, 3993333.00 ns, 1.9042 ns/op OverheadWarmup 2: 2097152 op, 3978500.00 ns, 1.8971 ns/op OverheadWarmup 3: 2097152 op, 4037709.00 ns, 1.9253 ns/op OverheadWarmup 4: 2097152 op, 3939792.00 ns, 1.8786 ns/op OverheadWarmup 5: 2097152 op, 4000584.00 ns, 1.9076 ns/op OverheadWarmup 6: 2097152 op, 3955709.00 ns, 1.8862 ns/op OverheadActual 1: 2097152 op, 4047958.00 ns, 1.9302 ns/op OverheadActual 2: 2097152 op, 3966750.00 ns, 1.8915 ns/op OverheadActual 3: 2097152 op, 3975667.00 ns, 1.8957 ns/op OverheadActual 4: 2097152 op, 4133250.00 ns, 1.9709 ns/op OverheadActual 5: 2097152 op, 3955875.00 ns, 1.8863 ns/op OverheadActual 6: 2097152 op, 4068667.00 ns, 1.9401 ns/op OverheadActual 7: 2097152 op, 3979708.00 ns, 1.8977 ns/op OverheadActual 8: 2097152 op, 4088125.00 ns, 1.9494 ns/op OverheadActual 9: 2097152 op, 3973125.00 ns, 1.8945 ns/op OverheadActual 10: 2097152 op, 4019584.00 ns, 1.9167 ns/op OverheadActual 11: 2097152 op, 3987625.00 ns, 1.9014 ns/op OverheadActual 12: 2097152 op, 4093250.00 ns, 1.9518 ns/op OverheadActual 13: 2097152 op, 3980209.00 ns, 1.8979 ns/op OverheadActual 14: 2097152 op, 4012791.00 ns, 1.9134 ns/op OverheadActual 15: 2097152 op, 4000792.00 ns, 1.9077 ns/op WorkloadWarmup 1: 2097152 op, 583392792.00 ns, 278.1834 ns/op WorkloadWarmup 2: 2097152 op, 579432958.00 ns, 276.2952 ns/op WorkloadWarmup 3: 2097152 op, 588001500.00 ns, 280.3810 ns/op WorkloadWarmup 4: 2097152 op, 586547500.00 ns, 279.6876 ns/op WorkloadWarmup 5: 2097152 op, 585136833.00 ns, 279.0150 ns/op WorkloadWarmup 6: 2097152 op, 586645750.00 ns, 279.7345 ns/op WorkloadWarmup 7: 2097152 op, 585743875.00 ns, 279.3044 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 584883084.00 ns, 278.8940 ns/op WorkloadActual 2: 2097152 op, 583889375.00 ns, 278.4202 ns/op WorkloadActual 3: 2097152 op, 585235250.00 ns, 279.0619 ns/op WorkloadActual 4: 2097152 op, 583894292.00 ns, 278.4225 ns/op WorkloadActual 5: 2097152 op, 585384209.00 ns, 279.1329 ns/op WorkloadActual 6: 2097152 op, 583566041.00 ns, 278.2660 ns/op WorkloadActual 7: 2097152 op, 582339167.00 ns, 277.6810 ns/op WorkloadActual 8: 2097152 op, 582557125.00 ns, 277.7849 ns/op WorkloadActual 9: 2097152 op, 580397667.00 ns, 276.7552 ns/op WorkloadActual 10: 2097152 op, 584973041.00 ns, 278.9369 ns/op WorkloadActual 11: 2097152 op, 584673917.00 ns, 278.7942 ns/op WorkloadActual 12: 2097152 op, 585177459.00 ns, 279.0344 ns/op WorkloadActual 13: 2097152 op, 582445250.00 ns, 277.7315 ns/op WorkloadActual 14: 2097152 op, 599669875.00 ns, 285.9449 ns/op WorkloadActual 15: 2097152 op, 592135042.00 ns, 282.3520 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 580882292.00 ns, 276.9863 ns/op WorkloadResult 2: 2097152 op, 579888583.00 ns, 276.5124 ns/op WorkloadResult 3: 2097152 op, 581234458.00 ns, 277.1542 ns/op WorkloadResult 4: 2097152 op, 579893500.00 ns, 276.5148 ns/op WorkloadResult 5: 2097152 op, 581383417.00 ns, 277.2252 ns/op WorkloadResult 6: 2097152 op, 579565249.00 ns, 276.3582 ns/op WorkloadResult 7: 2097152 op, 578338375.00 ns, 275.7732 ns/op WorkloadResult 8: 2097152 op, 578556333.00 ns, 275.8772 ns/op WorkloadResult 9: 2097152 op, 576396875.00 ns, 274.8474 ns/op WorkloadResult 10: 2097152 op, 580972249.00 ns, 277.0292 ns/op WorkloadResult 11: 2097152 op, 580673125.00 ns, 276.8865 ns/op WorkloadResult 12: 2097152 op, 581176667.00 ns, 277.1266 ns/op WorkloadResult 13: 2097152 op, 578444458.00 ns, 275.8238 ns/op // GC: 210 0 0 1761607680 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 10995 has exited with code 0. Mean = 276.470 ns, StdErr = 0.198 ns (0.07%), N = 13, StdDev = 0.714 ns Min = 274.847 ns, Q1 = 275.877 ns, Median = 276.515 ns, Q3 = 277.029 ns, Max = 277.225 ns IQR = 1.152 ns, LowerFence = 274.149 ns, UpperFence = 278.757 ns ConfidenceInterval = [275.615 ns; 277.326 ns] (CI 99.9%), Margin = 0.856 ns (0.31% of Mean) Skewness = -0.78, Kurtosis = 2.48, MValue = 2 // ** Remained 6 (50,0 %) benchmark(s) to run. Estimated finish 2026-04-04 12:21 (0h 1m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis-report.html // * Detailed results * InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 3.493 μs, StdErr = 0.013 μs (0.36%), N = 13, StdDev = 0.046 μs Min = 3.450 μs, Q1 = 3.464 μs, Median = 3.476 μs, Q3 = 3.527 μs, Max = 3.590 μs IQR = 0.063 μs, LowerFence = 3.370 μs, UpperFence = 3.621 μs ConfidenceInterval = [3.439 μs; 3.548 μs] (CI 99.9%), Margin = 0.054 μs (1.56% of Mean) Skewness = 0.94, Kurtosis = 2.32, MValue = 2 -------------------- Histogram -------------------- [3.425 μs ; 3.499 μs) | @@@@@@@@@ [3.499 μs ; 3.616 μs) | @@@@ --------------------------------------------------- InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.068 μs, StdErr = 0.002 μs (0.10%), N = 13, StdDev = 0.008 μs Min = 2.059 μs, Q1 = 2.065 μs, Median = 2.067 μs, Q3 = 2.069 μs, Max = 2.087 μs IQR = 0.004 μs, LowerFence = 2.059 μs, UpperFence = 2.075 μs ConfidenceInterval = [2.059 μs; 2.077 μs] (CI 99.9%), Margin = 0.009 μs (0.44% of Mean) Skewness = 1.14, Kurtosis = 3.67, MValue = 2 -------------------- Histogram -------------------- [2.055 μs ; 2.091 μs) | @@@@@@@@@@@@@ --------------------------------------------------- InvalidFlatDtoValidationBenchmarksForMinimalApis.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 276.470 ns, StdErr = 0.198 ns (0.07%), N = 13, StdDev = 0.714 ns Min = 274.847 ns, Q1 = 275.877 ns, Median = 276.515 ns, Q3 = 277.029 ns, Max = 277.225 ns IQR = 1.152 ns, LowerFence = 274.149 ns, UpperFence = 278.757 ns ConfidenceInterval = [275.615 ns; 277.326 ns] (CI 99.9%), Margin = 0.856 ns (0.31% of Mean) Skewness = -0.78, Kurtosis = 2.48, MValue = 2 -------------------- Histogram -------------------- [274.449 ns ; 277.624 ns) | @@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |-----------:|---------:|---------:|------:|--------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 3,493.1 ns | 54.50 ns | 45.51 ns | 1.00 | 0.02 | 1.9073 | 0.0305 | 16048 B | 1.00 | | FluentValidationSingleton | 2,068.1 ns | 9.03 ns | 7.54 ns | 0.59 | 0.01 | 1.1559 | 0.0114 | 9696 B | 0.60 | | LightPortableResults | 276.5 ns | 0.86 ns | 0.71 ns | 0.08 | 0.00 | 0.1001 | - | 840 B | 0.05 | // * Hints * Outliers InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient: Default -> 2 outliers were removed (3.71 μs, 3.81 μs) InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: Default -> 2 outliers were removed (2.10 μs, 2.13 μs) InvalidFlatDtoValidationBenchmarksForMinimalApis.LightPortableResults: Default -> 2 outliers were removed (282.35 ns, 285.94 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:37 (37.13 sec), executed benchmarks: 3 // Found 3 benchmarks: // InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient: DefaultJob // InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationSingleton: DefaultJob // InvalidFlatDtoValidationBenchmarksForMvc.LightPortableResults: DefaultJob // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 127 128 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient --job Default --benchmarkId 6 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 89667.00 ns, 89.6670 us/op WorkloadJitting 1: 1 op, 8821834.00 ns, 8.8218 ms/op OverheadJitting 2: 16 op, 300625.00 ns, 18.7891 us/op WorkloadJitting 2: 16 op, 550542.00 ns, 34.4089 us/op WorkloadPilot 1: 16 op, 231875.00 ns, 14.4922 us/op WorkloadPilot 2: 32 op, 466667.00 ns, 14.5833 us/op WorkloadPilot 3: 64 op, 1676375.00 ns, 26.1934 us/op WorkloadPilot 4: 128 op, 1866458.00 ns, 14.5817 us/op WorkloadPilot 5: 256 op, 3681541.00 ns, 14.3810 us/op WorkloadPilot 6: 512 op, 7337917.00 ns, 14.3319 us/op WorkloadPilot 7: 1024 op, 14558250.00 ns, 14.2170 us/op WorkloadPilot 8: 2048 op, 28754584.00 ns, 14.0403 us/op WorkloadPilot 9: 4096 op, 55991875.00 ns, 13.6699 us/op WorkloadPilot 10: 8192 op, 145570084.00 ns, 17.7698 us/op WorkloadPilot 11: 16384 op, 303999625.00 ns, 18.5547 us/op WorkloadPilot 12: 32768 op, 540216666.00 ns, 16.4861 us/op OverheadWarmup 1: 32768 op, 73084.00 ns, 2.2303 ns/op OverheadWarmup 2: 32768 op, 69417.00 ns, 2.1184 ns/op OverheadWarmup 3: 32768 op, 65500.00 ns, 1.9989 ns/op OverheadWarmup 4: 32768 op, 73500.00 ns, 2.2430 ns/op OverheadWarmup 5: 32768 op, 65500.00 ns, 1.9989 ns/op OverheadWarmup 6: 32768 op, 65167.00 ns, 1.9887 ns/op OverheadWarmup 7: 32768 op, 66459.00 ns, 2.0282 ns/op OverheadWarmup 8: 32768 op, 65083.00 ns, 1.9862 ns/op OverheadActual 1: 32768 op, 65542.00 ns, 2.0002 ns/op OverheadActual 2: 32768 op, 68875.00 ns, 2.1019 ns/op OverheadActual 3: 32768 op, 69000.00 ns, 2.1057 ns/op OverheadActual 4: 32768 op, 72958.00 ns, 2.2265 ns/op OverheadActual 5: 32768 op, 65500.00 ns, 1.9989 ns/op OverheadActual 6: 32768 op, 66167.00 ns, 2.0193 ns/op OverheadActual 7: 32768 op, 65375.00 ns, 1.9951 ns/op OverheadActual 8: 32768 op, 65583.00 ns, 2.0014 ns/op OverheadActual 9: 32768 op, 65250.00 ns, 1.9913 ns/op OverheadActual 10: 32768 op, 65084.00 ns, 1.9862 ns/op OverheadActual 11: 32768 op, 65375.00 ns, 1.9951 ns/op OverheadActual 12: 32768 op, 65167.00 ns, 1.9887 ns/op OverheadActual 13: 32768 op, 65334.00 ns, 1.9938 ns/op OverheadActual 14: 32768 op, 65125.00 ns, 1.9875 ns/op OverheadActual 15: 32768 op, 65375.00 ns, 1.9951 ns/op WorkloadWarmup 1: 32768 op, 442329792.00 ns, 13.4988 us/op WorkloadWarmup 2: 32768 op, 308366541.00 ns, 9.4106 us/op WorkloadWarmup 3: 32768 op, 189865500.00 ns, 5.7942 us/op WorkloadWarmup 4: 32768 op, 130997750.00 ns, 3.9977 us/op WorkloadWarmup 5: 32768 op, 131292416.00 ns, 4.0067 us/op WorkloadWarmup 6: 32768 op, 131673792.00 ns, 4.0184 us/op WorkloadWarmup 7: 32768 op, 131246958.00 ns, 4.0053 us/op WorkloadWarmup 8: 32768 op, 130865125.00 ns, 3.9937 us/op WorkloadWarmup 9: 32768 op, 130800625.00 ns, 3.9917 us/op WorkloadWarmup 10: 32768 op, 131240458.00 ns, 4.0051 us/op WorkloadWarmup 11: 32768 op, 135403042.00 ns, 4.1322 us/op WorkloadWarmup 12: 32768 op, 132100625.00 ns, 4.0314 us/op // BeforeActualRun WorkloadActual 1: 32768 op, 131762125.00 ns, 4.0211 us/op WorkloadActual 2: 32768 op, 131630792.00 ns, 4.0171 us/op WorkloadActual 3: 32768 op, 131357667.00 ns, 4.0087 us/op WorkloadActual 4: 32768 op, 131149667.00 ns, 4.0024 us/op WorkloadActual 5: 32768 op, 131137625.00 ns, 4.0020 us/op WorkloadActual 6: 32768 op, 132169375.00 ns, 4.0335 us/op WorkloadActual 7: 32768 op, 131599667.00 ns, 4.0161 us/op WorkloadActual 8: 32768 op, 132248209.00 ns, 4.0359 us/op WorkloadActual 9: 32768 op, 131216458.00 ns, 4.0044 us/op WorkloadActual 10: 32768 op, 131572667.00 ns, 4.0153 us/op WorkloadActual 11: 32768 op, 131399417.00 ns, 4.0100 us/op WorkloadActual 12: 32768 op, 131813375.00 ns, 4.0226 us/op WorkloadActual 13: 32768 op, 131095583.00 ns, 4.0007 us/op WorkloadActual 14: 32768 op, 131401917.00 ns, 4.0101 us/op WorkloadActual 15: 32768 op, 130720917.00 ns, 3.9893 us/op // AfterActualRun WorkloadResult 1: 32768 op, 131696750.00 ns, 4.0191 us/op WorkloadResult 2: 32768 op, 131565417.00 ns, 4.0151 us/op WorkloadResult 3: 32768 op, 131292292.00 ns, 4.0067 us/op WorkloadResult 4: 32768 op, 131084292.00 ns, 4.0004 us/op WorkloadResult 5: 32768 op, 131072250.00 ns, 4.0000 us/op WorkloadResult 6: 32768 op, 132104000.00 ns, 4.0315 us/op WorkloadResult 7: 32768 op, 131534292.00 ns, 4.0141 us/op WorkloadResult 8: 32768 op, 132182834.00 ns, 4.0339 us/op WorkloadResult 9: 32768 op, 131151083.00 ns, 4.0024 us/op WorkloadResult 10: 32768 op, 131507292.00 ns, 4.0133 us/op WorkloadResult 11: 32768 op, 131334042.00 ns, 4.0080 us/op WorkloadResult 12: 32768 op, 131748000.00 ns, 4.0206 us/op WorkloadResult 13: 32768 op, 131030208.00 ns, 3.9987 us/op WorkloadResult 14: 32768 op, 131336542.00 ns, 4.0081 us/op WorkloadResult 15: 32768 op, 130655542.00 ns, 3.9873 us/op // GC: 69 1 0 579338240 32768 // Threading: 0 0 32768 // AfterAll // Benchmark Process 11004 has exited with code 0. Mean = 4.011 μs, StdErr = 0.003 μs (0.08%), N = 15, StdDev = 0.012 μs Min = 3.987 μs, Q1 = 4.001 μs, Median = 4.008 μs, Q3 = 4.017 μs, Max = 4.034 μs IQR = 0.016 μs, LowerFence = 3.978 μs, UpperFence = 4.041 μs ConfidenceInterval = [3.997 μs; 4.024 μs] (CI 99.9%), Margin = 0.013 μs (0.33% of Mean) Skewness = 0.21, Kurtosis = 2.31, MValue = 2 // ** Remained 5 (41,7 %) benchmark(s) to run. Estimated finish 2026-04-04 12:21 (0h 1m from now) ** // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 127 128 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationSingleton --job Default --benchmarkId 7 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 95833.00 ns, 95.8330 us/op WorkloadJitting 1: 1 op, 8005292.00 ns, 8.0053 ms/op OverheadJitting 2: 16 op, 311916.00 ns, 19.4948 us/op WorkloadJitting 2: 16 op, 442583.00 ns, 27.6614 us/op WorkloadPilot 1: 16 op, 142041.00 ns, 8.8776 us/op WorkloadPilot 2: 32 op, 325334.00 ns, 10.1667 us/op WorkloadPilot 3: 64 op, 1249042.00 ns, 19.5163 us/op WorkloadPilot 4: 128 op, 1113583.00 ns, 8.6999 us/op WorkloadPilot 5: 256 op, 2165666.00 ns, 8.4596 us/op WorkloadPilot 6: 512 op, 4519875.00 ns, 8.8279 us/op WorkloadPilot 7: 1024 op, 9007791.00 ns, 8.7967 us/op WorkloadPilot 8: 2048 op, 17841792.00 ns, 8.7118 us/op WorkloadPilot 9: 4096 op, 34633875.00 ns, 8.4555 us/op WorkloadPilot 10: 8192 op, 71805250.00 ns, 8.7653 us/op WorkloadPilot 11: 16384 op, 199038916.00 ns, 12.1484 us/op WorkloadPilot 12: 32768 op, 226209709.00 ns, 6.9034 us/op WorkloadPilot 13: 65536 op, 157500541.00 ns, 2.4033 us/op WorkloadPilot 14: 131072 op, 312442833.00 ns, 2.3837 us/op WorkloadPilot 15: 262144 op, 623215041.00 ns, 2.3774 us/op OverheadWarmup 1: 262144 op, 511083.00 ns, 1.9496 ns/op OverheadWarmup 2: 262144 op, 519708.00 ns, 1.9825 ns/op OverheadWarmup 3: 262144 op, 501541.00 ns, 1.9132 ns/op OverheadWarmup 4: 262144 op, 504292.00 ns, 1.9237 ns/op OverheadWarmup 5: 262144 op, 495084.00 ns, 1.8886 ns/op OverheadActual 1: 262144 op, 497667.00 ns, 1.8984 ns/op OverheadActual 2: 262144 op, 497542.00 ns, 1.8980 ns/op OverheadActual 3: 262144 op, 497584.00 ns, 1.8981 ns/op OverheadActual 4: 262144 op, 505000.00 ns, 1.9264 ns/op OverheadActual 5: 262144 op, 497667.00 ns, 1.8984 ns/op OverheadActual 6: 262144 op, 497584.00 ns, 1.8981 ns/op OverheadActual 7: 262144 op, 504500.00 ns, 1.9245 ns/op OverheadActual 8: 262144 op, 501292.00 ns, 1.9123 ns/op OverheadActual 9: 262144 op, 534541.00 ns, 2.0391 ns/op OverheadActual 10: 262144 op, 521209.00 ns, 1.9883 ns/op OverheadActual 11: 262144 op, 487542.00 ns, 1.8598 ns/op OverheadActual 12: 262144 op, 503042.00 ns, 1.9190 ns/op OverheadActual 13: 262144 op, 523083.00 ns, 1.9954 ns/op OverheadActual 14: 262144 op, 501625.00 ns, 1.9135 ns/op OverheadActual 15: 262144 op, 513250.00 ns, 1.9579 ns/op WorkloadWarmup 1: 262144 op, 628689667.00 ns, 2.3983 us/op WorkloadWarmup 2: 262144 op, 622955583.00 ns, 2.3764 us/op WorkloadWarmup 3: 262144 op, 621614250.00 ns, 2.3713 us/op WorkloadWarmup 4: 262144 op, 629051875.00 ns, 2.3996 us/op WorkloadWarmup 5: 262144 op, 626867167.00 ns, 2.3913 us/op WorkloadWarmup 6: 262144 op, 625855959.00 ns, 2.3875 us/op WorkloadWarmup 7: 262144 op, 621823500.00 ns, 2.3721 us/op WorkloadWarmup 8: 262144 op, 625887750.00 ns, 2.3876 us/op WorkloadWarmup 9: 262144 op, 624485417.00 ns, 2.3822 us/op // BeforeActualRun WorkloadActual 1: 262144 op, 654415916.00 ns, 2.4964 us/op WorkloadActual 2: 262144 op, 651537542.00 ns, 2.4854 us/op WorkloadActual 3: 262144 op, 646800250.00 ns, 2.4673 us/op WorkloadActual 4: 262144 op, 621580708.00 ns, 2.3711 us/op WorkloadActual 5: 262144 op, 623108000.00 ns, 2.3770 us/op WorkloadActual 6: 262144 op, 625063833.00 ns, 2.3844 us/op WorkloadActual 7: 262144 op, 621785667.00 ns, 2.3719 us/op WorkloadActual 8: 262144 op, 624059458.00 ns, 2.3806 us/op WorkloadActual 9: 262144 op, 626302334.00 ns, 2.3892 us/op WorkloadActual 10: 262144 op, 626272750.00 ns, 2.3890 us/op WorkloadActual 11: 262144 op, 622746167.00 ns, 2.3756 us/op WorkloadActual 12: 262144 op, 625989917.00 ns, 2.3880 us/op WorkloadActual 13: 262144 op, 622854625.00 ns, 2.3760 us/op WorkloadActual 14: 262144 op, 622108541.00 ns, 2.3732 us/op WorkloadActual 15: 262144 op, 621440583.00 ns, 2.3706 us/op // AfterActualRun WorkloadResult 1: 262144 op, 621079083.00 ns, 2.3692 us/op WorkloadResult 2: 262144 op, 622606375.00 ns, 2.3751 us/op WorkloadResult 3: 262144 op, 624562208.00 ns, 2.3825 us/op WorkloadResult 4: 262144 op, 621284042.00 ns, 2.3700 us/op WorkloadResult 5: 262144 op, 623557833.00 ns, 2.3787 us/op WorkloadResult 6: 262144 op, 625800709.00 ns, 2.3872 us/op WorkloadResult 7: 262144 op, 625771125.00 ns, 2.3871 us/op WorkloadResult 8: 262144 op, 622244542.00 ns, 2.3737 us/op WorkloadResult 9: 262144 op, 625488292.00 ns, 2.3860 us/op WorkloadResult 10: 262144 op, 622353000.00 ns, 2.3741 us/op WorkloadResult 11: 262144 op, 621606916.00 ns, 2.3712 us/op WorkloadResult 12: 262144 op, 620938958.00 ns, 2.3687 us/op // GC: 351 3 0 2940207104 262144 // Threading: 0 0 262144 // AfterAll // Benchmark Process 11013 has exited with code 0. Mean = 2.377 μs, StdErr = 0.002 μs (0.09%), N = 12, StdDev = 0.007 μs Min = 2.369 μs, Q1 = 2.371 μs, Median = 2.375 μs, Q3 = 2.383 μs, Max = 2.387 μs IQR = 0.012 μs, LowerFence = 2.352 μs, UpperFence = 2.402 μs ConfidenceInterval = [2.368 μs; 2.386 μs] (CI 99.9%), Margin = 0.009 μs (0.38% of Mean) Skewness = 0.33, Kurtosis = 1.35, MValue = 2 // ** Remained 4 (33,3 %) benchmark(s) to run. Estimated finish 2026-04-04 12:21 (0h 0m from now) ** // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarksForMvc.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 127 128 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc.LightPortableResults --job Default --benchmarkId 8 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 90875.00 ns, 90.8750 us/op WorkloadJitting 1: 1 op, 10282000.00 ns, 10.2820 ms/op OverheadJitting 2: 16 op, 325875.00 ns, 20.3672 us/op WorkloadJitting 2: 16 op, 655083.00 ns, 40.9427 us/op WorkloadPilot 1: 16 op, 46250.00 ns, 2.8906 us/op WorkloadPilot 2: 32 op, 76000.00 ns, 2.3750 us/op WorkloadPilot 3: 64 op, 138792.00 ns, 2.1686 us/op WorkloadPilot 4: 128 op, 308625.00 ns, 2.4111 us/op WorkloadPilot 5: 256 op, 544875.00 ns, 2.1284 us/op WorkloadPilot 6: 512 op, 1139417.00 ns, 2.2254 us/op WorkloadPilot 7: 1024 op, 2277333.00 ns, 2.2240 us/op WorkloadPilot 8: 2048 op, 4410875.00 ns, 2.1537 us/op WorkloadPilot 9: 4096 op, 9014417.00 ns, 2.2008 us/op WorkloadPilot 10: 8192 op, 17868667.00 ns, 2.1812 us/op WorkloadPilot 11: 16384 op, 34824000.00 ns, 2.1255 us/op WorkloadPilot 12: 32768 op, 69760125.00 ns, 2.1289 us/op WorkloadPilot 13: 65536 op, 105012458.00 ns, 1.6024 us/op WorkloadPilot 14: 131072 op, 153138542.00 ns, 1.1684 us/op WorkloadPilot 15: 262144 op, 80482375.00 ns, 307.0159 ns/op WorkloadPilot 16: 524288 op, 152479916.00 ns, 290.8324 ns/op WorkloadPilot 17: 1048576 op, 303930250.00 ns, 289.8505 ns/op WorkloadPilot 18: 2097152 op, 609463000.00 ns, 290.6146 ns/op OverheadWarmup 1: 2097152 op, 4000375.00 ns, 1.9075 ns/op OverheadWarmup 2: 2097152 op, 3947333.00 ns, 1.8822 ns/op OverheadWarmup 3: 2097152 op, 3941166.00 ns, 1.8793 ns/op OverheadWarmup 4: 2097152 op, 4041583.00 ns, 1.9272 ns/op OverheadWarmup 5: 2097152 op, 4045458.00 ns, 1.9290 ns/op OverheadWarmup 6: 2097152 op, 3939625.00 ns, 1.8786 ns/op OverheadWarmup 7: 2097152 op, 4074667.00 ns, 1.9430 ns/op OverheadWarmup 8: 2097152 op, 3972458.00 ns, 1.8942 ns/op OverheadActual 1: 2097152 op, 4043541.00 ns, 1.9281 ns/op OverheadActual 2: 2097152 op, 4052667.00 ns, 1.9325 ns/op OverheadActual 3: 2097152 op, 3963708.00 ns, 1.8900 ns/op OverheadActual 4: 2097152 op, 4076583.00 ns, 1.9439 ns/op OverheadActual 5: 2097152 op, 3938000.00 ns, 1.8778 ns/op OverheadActual 6: 2097152 op, 4152208.00 ns, 1.9799 ns/op OverheadActual 7: 2097152 op, 3970667.00 ns, 1.8934 ns/op OverheadActual 8: 2097152 op, 4035791.00 ns, 1.9244 ns/op OverheadActual 9: 2097152 op, 3934917.00 ns, 1.8763 ns/op OverheadActual 10: 2097152 op, 4108542.00 ns, 1.9591 ns/op OverheadActual 11: 2097152 op, 3957625.00 ns, 1.8871 ns/op OverheadActual 12: 2097152 op, 4094500.00 ns, 1.9524 ns/op OverheadActual 13: 2097152 op, 3992375.00 ns, 1.9037 ns/op OverheadActual 14: 2097152 op, 4115167.00 ns, 1.9623 ns/op OverheadActual 15: 2097152 op, 3972833.00 ns, 1.8944 ns/op WorkloadWarmup 1: 2097152 op, 607908625.00 ns, 289.8734 ns/op WorkloadWarmup 2: 2097152 op, 608922333.00 ns, 290.3568 ns/op WorkloadWarmup 3: 2097152 op, 610384917.00 ns, 291.0542 ns/op WorkloadWarmup 4: 2097152 op, 608000292.00 ns, 289.9171 ns/op WorkloadWarmup 5: 2097152 op, 613140292.00 ns, 292.3681 ns/op WorkloadWarmup 6: 2097152 op, 614963459.00 ns, 293.2374 ns/op WorkloadWarmup 7: 2097152 op, 617676916.00 ns, 294.5313 ns/op WorkloadWarmup 8: 2097152 op, 610918750.00 ns, 291.3088 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 608499667.00 ns, 290.1553 ns/op WorkloadActual 2: 2097152 op, 608964625.00 ns, 290.3770 ns/op WorkloadActual 3: 2097152 op, 607967167.00 ns, 289.9013 ns/op WorkloadActual 4: 2097152 op, 608583375.00 ns, 290.1952 ns/op WorkloadActual 5: 2097152 op, 608565333.00 ns, 290.1866 ns/op WorkloadActual 6: 2097152 op, 610344833.00 ns, 291.0351 ns/op WorkloadActual 7: 2097152 op, 608154542.00 ns, 289.9907 ns/op WorkloadActual 8: 2097152 op, 608347000.00 ns, 290.0825 ns/op WorkloadActual 9: 2097152 op, 608139625.00 ns, 289.9836 ns/op WorkloadActual 10: 2097152 op, 606854792.00 ns, 289.3709 ns/op WorkloadActual 11: 2097152 op, 608113375.00 ns, 289.9711 ns/op WorkloadActual 12: 2097152 op, 607947167.00 ns, 289.8918 ns/op WorkloadActual 13: 2097152 op, 609070292.00 ns, 290.4273 ns/op WorkloadActual 14: 2097152 op, 607885375.00 ns, 289.8623 ns/op WorkloadActual 15: 2097152 op, 610199583.00 ns, 290.9658 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 604463876.00 ns, 288.2308 ns/op WorkloadResult 2: 2097152 op, 604928834.00 ns, 288.4525 ns/op WorkloadResult 3: 2097152 op, 603931376.00 ns, 287.9769 ns/op WorkloadResult 4: 2097152 op, 604547584.00 ns, 288.2708 ns/op WorkloadResult 5: 2097152 op, 604529542.00 ns, 288.2621 ns/op WorkloadResult 6: 2097152 op, 604118751.00 ns, 288.0663 ns/op WorkloadResult 7: 2097152 op, 604311209.00 ns, 288.1580 ns/op WorkloadResult 8: 2097152 op, 604103834.00 ns, 288.0592 ns/op WorkloadResult 9: 2097152 op, 602819001.00 ns, 287.4465 ns/op WorkloadResult 10: 2097152 op, 604077584.00 ns, 288.0466 ns/op WorkloadResult 11: 2097152 op, 603911376.00 ns, 287.9674 ns/op WorkloadResult 12: 2097152 op, 605034501.00 ns, 288.5029 ns/op WorkloadResult 13: 2097152 op, 603849584.00 ns, 287.9379 ns/op // GC: 210 0 0 1761607680 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 11024 has exited with code 0. Mean = 288.106 ns, StdErr = 0.074 ns (0.03%), N = 13, StdDev = 0.267 ns Min = 287.446 ns, Q1 = 287.977 ns, Median = 288.066 ns, Q3 = 288.262 ns, Max = 288.503 ns IQR = 0.285 ns, LowerFence = 287.549 ns, UpperFence = 288.690 ns ConfidenceInterval = [287.787 ns; 288.425 ns] (CI 99.9%), Margin = 0.319 ns (0.11% of Mean) Skewness = -0.74, Kurtosis = 3.52, MValue = 2 // ** Remained 3 (25,0 %) benchmark(s) to run. Estimated finish 2026-04-04 12:21 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc-report.html // * Detailed results * InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 4.011 μs, StdErr = 0.003 μs (0.08%), N = 15, StdDev = 0.012 μs Min = 3.987 μs, Q1 = 4.001 μs, Median = 4.008 μs, Q3 = 4.017 μs, Max = 4.034 μs IQR = 0.016 μs, LowerFence = 3.978 μs, UpperFence = 4.041 μs ConfidenceInterval = [3.997 μs; 4.024 μs] (CI 99.9%), Margin = 0.013 μs (0.33% of Mean) Skewness = 0.21, Kurtosis = 2.31, MValue = 2 -------------------- Histogram -------------------- [3.981 μs ; 4.041 μs) | @@@@@@@@@@@@@@@ --------------------------------------------------- InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.377 μs, StdErr = 0.002 μs (0.09%), N = 12, StdDev = 0.007 μs Min = 2.369 μs, Q1 = 2.371 μs, Median = 2.375 μs, Q3 = 2.383 μs, Max = 2.387 μs IQR = 0.012 μs, LowerFence = 2.352 μs, UpperFence = 2.402 μs ConfidenceInterval = [2.368 μs; 2.386 μs] (CI 99.9%), Margin = 0.009 μs (0.38% of Mean) Skewness = 0.33, Kurtosis = 1.35, MValue = 2 -------------------- Histogram -------------------- [2.365 μs ; 2.391 μs) | @@@@@@@@@@@@ --------------------------------------------------- InvalidFlatDtoValidationBenchmarksForMvc.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 288.106 ns, StdErr = 0.074 ns (0.03%), N = 13, StdDev = 0.267 ns Min = 287.446 ns, Q1 = 287.977 ns, Median = 288.066 ns, Q3 = 288.262 ns, Max = 288.503 ns IQR = 0.285 ns, LowerFence = 287.549 ns, UpperFence = 288.690 ns ConfidenceInterval = [287.787 ns; 288.425 ns] (CI 99.9%), Margin = 0.319 ns (0.11% of Mean) Skewness = -0.74, Kurtosis = 3.52, MValue = 2 -------------------- Histogram -------------------- [287.298 ns ; 288.652 ns) | @@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |-----------:|---------:|---------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 4,010.6 ns | 13.36 ns | 12.50 ns | 1.00 | 2.1057 | 0.0305 | 17680 B | 1.00 | | FluentValidationSingleton | 2,377.0 ns | 9.12 ns | 7.12 ns | 0.59 | 1.3390 | 0.0114 | 11216 B | 0.63 | | LightPortableResults | 288.1 ns | 0.32 ns | 0.27 ns | 0.07 | 0.1001 | - | 840 B | 0.05 | // * Hints * Outliers InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationSingleton: Default -> 3 outliers were removed (2.47 μs..2.50 μs) InvalidFlatDtoValidationBenchmarksForMvc.LightPortableResults: Default -> 2 outliers were removed, 3 outliers were detected (289.37 ns, 290.97 ns, 291.04 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:39 (39.39 sec), executed benchmarks: 3 // Found 3 benchmarks: // ValidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // ValidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // ValidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob // ************************** // Benchmark: ValidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 125 126 --benchmarkName Benchmarks.ValidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient --job Default --benchmarkId 9 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 87375.00 ns, 87.3750 us/op WorkloadJitting 1: 1 op, 3222667.00 ns, 3.2227 ms/op OverheadJitting 2: 16 op, 367625.00 ns, 22.9766 us/op WorkloadJitting 2: 16 op, 458375.00 ns, 28.6484 us/op WorkloadPilot 1: 16 op, 106917.00 ns, 6.6823 us/op WorkloadPilot 2: 32 op, 190250.00 ns, 5.9453 us/op WorkloadPilot 3: 64 op, 365208.00 ns, 5.7064 us/op WorkloadPilot 4: 128 op, 688167.00 ns, 5.3763 us/op WorkloadPilot 5: 256 op, 1368834.00 ns, 5.3470 us/op WorkloadPilot 6: 512 op, 2705250.00 ns, 5.2837 us/op WorkloadPilot 7: 1024 op, 5480709.00 ns, 5.3523 us/op WorkloadPilot 8: 2048 op, 10601166.00 ns, 5.1764 us/op WorkloadPilot 9: 4096 op, 21112042.00 ns, 5.1543 us/op WorkloadPilot 10: 8192 op, 42250834.00 ns, 5.1576 us/op WorkloadPilot 11: 16384 op, 92297334.00 ns, 5.6334 us/op WorkloadPilot 12: 32768 op, 203538750.00 ns, 6.2115 us/op WorkloadPilot 13: 65536 op, 411830292.00 ns, 6.2840 us/op WorkloadPilot 14: 131072 op, 533523958.00 ns, 4.0705 us/op OverheadWarmup 1: 131072 op, 263792.00 ns, 2.0126 ns/op OverheadWarmup 2: 131072 op, 260792.00 ns, 1.9897 ns/op OverheadWarmup 3: 131072 op, 257458.00 ns, 1.9642 ns/op OverheadWarmup 4: 131072 op, 252625.00 ns, 1.9274 ns/op OverheadWarmup 5: 131072 op, 252750.00 ns, 1.9283 ns/op OverheadWarmup 6: 131072 op, 265125.00 ns, 2.0227 ns/op OverheadWarmup 7: 131072 op, 252542.00 ns, 1.9267 ns/op OverheadWarmup 8: 131072 op, 255791.00 ns, 1.9515 ns/op OverheadWarmup 9: 131072 op, 252584.00 ns, 1.9271 ns/op OverheadActual 1: 131072 op, 252667.00 ns, 1.9277 ns/op OverheadActual 2: 131072 op, 252667.00 ns, 1.9277 ns/op OverheadActual 3: 131072 op, 249875.00 ns, 1.9064 ns/op OverheadActual 4: 131072 op, 252542.00 ns, 1.9267 ns/op OverheadActual 5: 131072 op, 252500.00 ns, 1.9264 ns/op OverheadActual 6: 131072 op, 256708.00 ns, 1.9585 ns/op OverheadActual 7: 131072 op, 256459.00 ns, 1.9566 ns/op OverheadActual 8: 131072 op, 252542.00 ns, 1.9267 ns/op OverheadActual 9: 131072 op, 259833.00 ns, 1.9824 ns/op OverheadActual 10: 131072 op, 264792.00 ns, 2.0202 ns/op OverheadActual 11: 131072 op, 252500.00 ns, 1.9264 ns/op OverheadActual 12: 131072 op, 273875.00 ns, 2.0895 ns/op OverheadActual 13: 131072 op, 281500.00 ns, 2.1477 ns/op OverheadActual 14: 131072 op, 257000.00 ns, 1.9608 ns/op OverheadActual 15: 131072 op, 260750.00 ns, 1.9894 ns/op WorkloadWarmup 1: 131072 op, 249848667.00 ns, 1.9062 us/op WorkloadWarmup 2: 131072 op, 171886000.00 ns, 1.3114 us/op WorkloadWarmup 3: 131072 op, 171923667.00 ns, 1.3117 us/op WorkloadWarmup 4: 131072 op, 173320292.00 ns, 1.3223 us/op WorkloadWarmup 5: 131072 op, 171568542.00 ns, 1.3090 us/op WorkloadWarmup 6: 131072 op, 171269417.00 ns, 1.3067 us/op WorkloadWarmup 7: 131072 op, 172326459.00 ns, 1.3147 us/op WorkloadWarmup 8: 131072 op, 172004459.00 ns, 1.3123 us/op // BeforeActualRun WorkloadActual 1: 131072 op, 173173709.00 ns, 1.3212 us/op WorkloadActual 2: 131072 op, 172336583.00 ns, 1.3148 us/op WorkloadActual 3: 131072 op, 172895583.00 ns, 1.3191 us/op WorkloadActual 4: 131072 op, 177599875.00 ns, 1.3550 us/op WorkloadActual 5: 131072 op, 172171041.00 ns, 1.3136 us/op WorkloadActual 6: 131072 op, 172057833.00 ns, 1.3127 us/op WorkloadActual 7: 131072 op, 189009917.00 ns, 1.4420 us/op WorkloadActual 8: 131072 op, 194688125.00 ns, 1.4854 us/op WorkloadActual 9: 131072 op, 181534958.00 ns, 1.3850 us/op WorkloadActual 10: 131072 op, 179588208.00 ns, 1.3701 us/op WorkloadActual 11: 131072 op, 173192792.00 ns, 1.3214 us/op WorkloadActual 12: 131072 op, 174968625.00 ns, 1.3349 us/op WorkloadActual 13: 131072 op, 172325667.00 ns, 1.3147 us/op WorkloadActual 14: 131072 op, 172801916.00 ns, 1.3184 us/op WorkloadActual 15: 131072 op, 171822209.00 ns, 1.3109 us/op WorkloadActual 16: 131072 op, 170830041.00 ns, 1.3033 us/op WorkloadActual 17: 131072 op, 172734334.00 ns, 1.3179 us/op // AfterActualRun WorkloadResult 1: 131072 op, 172917250.00 ns, 1.3193 us/op WorkloadResult 2: 131072 op, 172080124.00 ns, 1.3129 us/op WorkloadResult 3: 131072 op, 172639124.00 ns, 1.3171 us/op WorkloadResult 4: 131072 op, 177343416.00 ns, 1.3530 us/op WorkloadResult 5: 131072 op, 171914582.00 ns, 1.3116 us/op WorkloadResult 6: 131072 op, 171801374.00 ns, 1.3107 us/op WorkloadResult 7: 131072 op, 181278499.00 ns, 1.3830 us/op WorkloadResult 8: 131072 op, 179331749.00 ns, 1.3682 us/op WorkloadResult 9: 131072 op, 172936333.00 ns, 1.3194 us/op WorkloadResult 10: 131072 op, 174712166.00 ns, 1.3329 us/op WorkloadResult 11: 131072 op, 172069208.00 ns, 1.3128 us/op WorkloadResult 12: 131072 op, 172545457.00 ns, 1.3164 us/op WorkloadResult 13: 131072 op, 171565750.00 ns, 1.3089 us/op WorkloadResult 14: 131072 op, 170573582.00 ns, 1.3014 us/op WorkloadResult 15: 131072 op, 172477875.00 ns, 1.3159 us/op // GC: 109 1 0 915406848 131072 // Threading: 0 0 131072 // AfterAll // Benchmark Process 11035 has exited with code 0. Mean = 1.326 μs, StdErr = 0.006 μs (0.46%), N = 15, StdDev = 0.024 μs Min = 1.301 μs, Q1 = 1.312 μs, Median = 1.316 μs, Q3 = 1.326 μs, Max = 1.383 μs IQR = 0.014 μs, LowerFence = 1.291 μs, UpperFence = 1.347 μs ConfidenceInterval = [1.300 μs; 1.351 μs] (CI 99.9%), Margin = 0.025 μs (1.91% of Mean) Skewness = 1.29, Kurtosis = 3.25, MValue = 2 // ** Remained 2 (16,7 %) benchmark(s) to run. Estimated finish 2026-04-04 12:21 (0h 0m from now) ** // ************************** // Benchmark: ValidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 125 126 --benchmarkName Benchmarks.ValidFlatDtoValidationBenchmarks.FluentValidationSingleton --job Default --benchmarkId 10 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 91875.00 ns, 91.8750 us/op WorkloadJitting 1: 1 op, 2839833.00 ns, 2.8398 ms/op OverheadJitting 2: 16 op, 304375.00 ns, 19.0234 us/op WorkloadJitting 2: 16 op, 335333.00 ns, 20.9583 us/op WorkloadPilot 1: 16 op, 22000.00 ns, 1.3750 us/op WorkloadPilot 2: 32 op, 31250.00 ns, 976.5625 ns/op WorkloadPilot 3: 64 op, 52458.00 ns, 819.6563 ns/op WorkloadPilot 4: 128 op, 97625.00 ns, 762.6953 ns/op WorkloadPilot 5: 256 op, 180958.00 ns, 706.8672 ns/op WorkloadPilot 6: 512 op, 359958.00 ns, 703.0430 ns/op WorkloadPilot 7: 1024 op, 706375.00 ns, 689.8193 ns/op WorkloadPilot 8: 2048 op, 1461041.00 ns, 713.3989 ns/op WorkloadPilot 9: 4096 op, 2915875.00 ns, 711.8835 ns/op WorkloadPilot 10: 8192 op, 6420625.00 ns, 783.7677 ns/op WorkloadPilot 11: 16384 op, 12286875.00 ns, 749.9313 ns/op WorkloadPilot 12: 32768 op, 23276875.00 ns, 710.3539 ns/op WorkloadPilot 13: 65536 op, 45714708.00 ns, 697.5511 ns/op WorkloadPilot 14: 131072 op, 69681166.00 ns, 531.6251 ns/op WorkloadPilot 15: 262144 op, 29562417.00 ns, 112.7717 ns/op WorkloadPilot 16: 524288 op, 59063083.00 ns, 112.6539 ns/op WorkloadPilot 17: 1048576 op, 118216625.00 ns, 112.7402 ns/op WorkloadPilot 18: 2097152 op, 232261667.00 ns, 110.7510 ns/op WorkloadPilot 19: 4194304 op, 466489000.00 ns, 111.2196 ns/op WorkloadPilot 20: 8388608 op, 927670250.00 ns, 110.5869 ns/op OverheadWarmup 1: 8388608 op, 15785375.00 ns, 1.8818 ns/op OverheadWarmup 2: 8388608 op, 16823042.00 ns, 2.0055 ns/op OverheadWarmup 3: 8388608 op, 16073625.00 ns, 1.9161 ns/op OverheadWarmup 4: 8388608 op, 16470792.00 ns, 1.9635 ns/op OverheadWarmup 5: 8388608 op, 16214250.00 ns, 1.9329 ns/op OverheadActual 1: 8388608 op, 16639416.00 ns, 1.9836 ns/op OverheadActual 2: 8388608 op, 16114792.00 ns, 1.9210 ns/op OverheadActual 3: 8388608 op, 16030958.00 ns, 1.9110 ns/op OverheadActual 4: 8388608 op, 16410083.00 ns, 1.9562 ns/op OverheadActual 5: 8388608 op, 16045208.00 ns, 1.9127 ns/op OverheadActual 6: 8388608 op, 16071041.00 ns, 1.9158 ns/op OverheadActual 7: 8388608 op, 16732041.00 ns, 1.9946 ns/op OverheadActual 8: 8388608 op, 16244417.00 ns, 1.9365 ns/op OverheadActual 9: 8388608 op, 16392667.00 ns, 1.9542 ns/op OverheadActual 10: 8388608 op, 16009500.00 ns, 1.9085 ns/op OverheadActual 11: 8388608 op, 16019167.00 ns, 1.9096 ns/op OverheadActual 12: 8388608 op, 16035500.00 ns, 1.9116 ns/op OverheadActual 13: 8388608 op, 16469375.00 ns, 1.9633 ns/op OverheadActual 14: 8388608 op, 15149125.00 ns, 1.8059 ns/op OverheadActual 15: 8388608 op, 13854292.00 ns, 1.6516 ns/op WorkloadWarmup 1: 8388608 op, 933663667.00 ns, 111.3014 ns/op WorkloadWarmup 2: 8388608 op, 927774792.00 ns, 110.5994 ns/op WorkloadWarmup 3: 8388608 op, 932899667.00 ns, 111.2103 ns/op WorkloadWarmup 4: 8388608 op, 927678084.00 ns, 110.5878 ns/op WorkloadWarmup 5: 8388608 op, 925018917.00 ns, 110.2708 ns/op WorkloadWarmup 6: 8388608 op, 925887833.00 ns, 110.3744 ns/op WorkloadWarmup 7: 8388608 op, 927621041.00 ns, 110.5810 ns/op WorkloadWarmup 8: 8388608 op, 925413375.00 ns, 110.3179 ns/op // BeforeActualRun WorkloadActual 1: 8388608 op, 926245292.00 ns, 110.4170 ns/op WorkloadActual 2: 8388608 op, 928611959.00 ns, 110.6992 ns/op WorkloadActual 3: 8388608 op, 930780625.00 ns, 110.9577 ns/op WorkloadActual 4: 8388608 op, 947946583.00 ns, 113.0040 ns/op WorkloadActual 5: 8388608 op, 928198458.00 ns, 110.6499 ns/op WorkloadActual 6: 8388608 op, 928720792.00 ns, 110.7121 ns/op WorkloadActual 7: 8388608 op, 927996334.00 ns, 110.6258 ns/op WorkloadActual 8: 8388608 op, 928086833.00 ns, 110.6366 ns/op WorkloadActual 9: 8388608 op, 930649250.00 ns, 110.9420 ns/op WorkloadActual 10: 8388608 op, 925942042.00 ns, 110.3809 ns/op WorkloadActual 11: 8388608 op, 926284750.00 ns, 110.4217 ns/op WorkloadActual 12: 8388608 op, 927413458.00 ns, 110.5563 ns/op WorkloadActual 13: 8388608 op, 927277250.00 ns, 110.5401 ns/op WorkloadActual 14: 8388608 op, 929847917.00 ns, 110.8465 ns/op WorkloadActual 15: 8388608 op, 926930875.00 ns, 110.4988 ns/op // AfterActualRun WorkloadResult 1: 8388608 op, 910174251.00 ns, 108.5012 ns/op WorkloadResult 2: 8388608 op, 912540918.00 ns, 108.7834 ns/op WorkloadResult 3: 8388608 op, 914709584.00 ns, 109.0419 ns/op WorkloadResult 4: 8388608 op, 912127417.00 ns, 108.7341 ns/op WorkloadResult 5: 8388608 op, 912649751.00 ns, 108.7963 ns/op WorkloadResult 6: 8388608 op, 911925293.00 ns, 108.7100 ns/op WorkloadResult 7: 8388608 op, 912015792.00 ns, 108.7208 ns/op WorkloadResult 8: 8388608 op, 914578209.00 ns, 109.0262 ns/op WorkloadResult 9: 8388608 op, 909871001.00 ns, 108.4651 ns/op WorkloadResult 10: 8388608 op, 910213709.00 ns, 108.5059 ns/op WorkloadResult 11: 8388608 op, 911342417.00 ns, 108.6405 ns/op WorkloadResult 12: 8388608 op, 911206209.00 ns, 108.6242 ns/op WorkloadResult 13: 8388608 op, 913776876.00 ns, 108.9307 ns/op WorkloadResult 14: 8388608 op, 910859834.00 ns, 108.5830 ns/op // GC: 633 1 0 5301600256 8388608 // Threading: 0 0 8388608 // AfterAll // Benchmark Process 11045 has exited with code 0. Mean = 108.719 ns, StdErr = 0.049 ns (0.05%), N = 14, StdDev = 0.185 ns Min = 108.465 ns, Q1 = 108.593 ns, Median = 108.715 ns, Q3 = 108.793 ns, Max = 109.042 ns IQR = 0.200 ns, LowerFence = 108.294 ns, UpperFence = 109.093 ns ConfidenceInterval = [108.510 ns; 108.927 ns] (CI 99.9%), Margin = 0.209 ns (0.19% of Mean) Skewness = 0.37, Kurtosis = 1.88, MValue = 2 // ** Remained 1 (8,3 %) benchmark(s) to run. Estimated finish 2026-04-04 12:21 (0h 0m from now) ** // ************************** // Benchmark: ValidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 125 126 --benchmarkName Benchmarks.ValidFlatDtoValidationBenchmarks.LightPortableResults --job Default --benchmarkId 11 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 83125.00 ns, 83.1250 us/op WorkloadJitting 1: 1 op, 1876958.00 ns, 1.8770 ms/op OverheadJitting 2: 16 op, 118750.00 ns, 7.4219 us/op WorkloadJitting 2: 16 op, 181083.00 ns, 11.3177 us/op WorkloadPilot 1: 16 op, 9625.00 ns, 601.5625 ns/op WorkloadPilot 2: 32 op, 15833.00 ns, 494.7813 ns/op WorkloadPilot 3: 64 op, 31958.00 ns, 499.3438 ns/op WorkloadPilot 4: 128 op, 58250.00 ns, 455.0781 ns/op WorkloadPilot 5: 256 op, 105084.00 ns, 410.4844 ns/op WorkloadPilot 6: 512 op, 216667.00 ns, 423.1777 ns/op WorkloadPilot 7: 1024 op, 384417.00 ns, 375.4072 ns/op WorkloadPilot 8: 2048 op, 732541.00 ns, 357.6860 ns/op WorkloadPilot 9: 4096 op, 1502792.00 ns, 366.8926 ns/op WorkloadPilot 10: 8192 op, 3038334.00 ns, 370.8904 ns/op WorkloadPilot 11: 16384 op, 6030041.00 ns, 368.0445 ns/op WorkloadPilot 12: 32768 op, 12028375.00 ns, 367.0769 ns/op WorkloadPilot 13: 65536 op, 24246708.00 ns, 369.9754 ns/op WorkloadPilot 14: 131072 op, 47548125.00 ns, 362.7634 ns/op WorkloadPilot 15: 262144 op, 62049542.00 ns, 236.7002 ns/op WorkloadPilot 16: 524288 op, 26602500.00 ns, 50.7402 ns/op WorkloadPilot 17: 1048576 op, 52324458.00 ns, 49.9005 ns/op WorkloadPilot 18: 2097152 op, 103558042.00 ns, 49.3803 ns/op WorkloadPilot 19: 4194304 op, 206242208.00 ns, 49.1720 ns/op WorkloadPilot 20: 8388608 op, 412611666.00 ns, 49.1871 ns/op WorkloadPilot 21: 16777216 op, 825224916.00 ns, 49.1872 ns/op OverheadWarmup 1: 16777216 op, 32536500.00 ns, 1.9393 ns/op OverheadWarmup 2: 16777216 op, 32491834.00 ns, 1.9367 ns/op OverheadWarmup 3: 16777216 op, 32554667.00 ns, 1.9404 ns/op OverheadWarmup 4: 16777216 op, 32618166.00 ns, 1.9442 ns/op OverheadWarmup 5: 16777216 op, 32632125.00 ns, 1.9450 ns/op OverheadWarmup 6: 16777216 op, 32643208.00 ns, 1.9457 ns/op OverheadWarmup 7: 16777216 op, 32668542.00 ns, 1.9472 ns/op OverheadWarmup 8: 16777216 op, 32727292.00 ns, 1.9507 ns/op OverheadWarmup 9: 16777216 op, 32633083.00 ns, 1.9451 ns/op OverheadWarmup 10: 16777216 op, 28274625.00 ns, 1.6853 ns/op OverheadActual 1: 16777216 op, 24089666.00 ns, 1.4359 ns/op OverheadActual 2: 16777216 op, 24039709.00 ns, 1.4329 ns/op OverheadActual 3: 16777216 op, 24117833.00 ns, 1.4375 ns/op OverheadActual 4: 16777216 op, 24053208.00 ns, 1.4337 ns/op OverheadActual 5: 16777216 op, 24084000.00 ns, 1.4355 ns/op OverheadActual 6: 16777216 op, 24143750.00 ns, 1.4391 ns/op OverheadActual 7: 16777216 op, 24059875.00 ns, 1.4341 ns/op OverheadActual 8: 16777216 op, 24121083.00 ns, 1.4377 ns/op OverheadActual 9: 16777216 op, 24067375.00 ns, 1.4345 ns/op OverheadActual 10: 16777216 op, 23999959.00 ns, 1.4305 ns/op OverheadActual 11: 16777216 op, 24032250.00 ns, 1.4324 ns/op OverheadActual 12: 16777216 op, 23991334.00 ns, 1.4300 ns/op OverheadActual 13: 16777216 op, 24140541.00 ns, 1.4389 ns/op OverheadActual 14: 16777216 op, 23973333.00 ns, 1.4289 ns/op OverheadActual 15: 16777216 op, 23841750.00 ns, 1.4211 ns/op WorkloadWarmup 1: 16777216 op, 838269958.00 ns, 49.9648 ns/op WorkloadWarmup 2: 16777216 op, 836190584.00 ns, 49.8408 ns/op WorkloadWarmup 3: 16777216 op, 826323958.00 ns, 49.2527 ns/op WorkloadWarmup 4: 16777216 op, 825844625.00 ns, 49.2242 ns/op WorkloadWarmup 5: 16777216 op, 827592792.00 ns, 49.3284 ns/op WorkloadWarmup 6: 16777216 op, 828622209.00 ns, 49.3897 ns/op WorkloadWarmup 7: 16777216 op, 829138875.00 ns, 49.4205 ns/op WorkloadWarmup 8: 16777216 op, 828622292.00 ns, 49.3897 ns/op WorkloadWarmup 9: 16777216 op, 825881541.00 ns, 49.2264 ns/op WorkloadWarmup 10: 16777216 op, 825360125.00 ns, 49.1953 ns/op WorkloadWarmup 11: 16777216 op, 827467958.00 ns, 49.3209 ns/op WorkloadWarmup 12: 16777216 op, 826812458.00 ns, 49.2819 ns/op // BeforeActualRun WorkloadActual 1: 16777216 op, 826667500.00 ns, 49.2732 ns/op WorkloadActual 2: 16777216 op, 824047125.00 ns, 49.1170 ns/op WorkloadActual 3: 16777216 op, 825241958.00 ns, 49.1883 ns/op WorkloadActual 4: 16777216 op, 824854083.00 ns, 49.1651 ns/op WorkloadActual 5: 16777216 op, 827085166.00 ns, 49.2981 ns/op WorkloadActual 6: 16777216 op, 827348000.00 ns, 49.3138 ns/op WorkloadActual 7: 16777216 op, 827290584.00 ns, 49.3104 ns/op WorkloadActual 8: 16777216 op, 825071292.00 ns, 49.1781 ns/op WorkloadActual 9: 16777216 op, 826477167.00 ns, 49.2619 ns/op WorkloadActual 10: 16777216 op, 826397500.00 ns, 49.2571 ns/op WorkloadActual 11: 16777216 op, 825399917.00 ns, 49.1977 ns/op WorkloadActual 12: 16777216 op, 826280959.00 ns, 49.2502 ns/op WorkloadActual 13: 16777216 op, 825412875.00 ns, 49.1984 ns/op WorkloadActual 14: 16777216 op, 824895209.00 ns, 49.1676 ns/op WorkloadActual 15: 16777216 op, 825069084.00 ns, 49.1779 ns/op // AfterActualRun WorkloadResult 1: 16777216 op, 802607625.00 ns, 47.8391 ns/op WorkloadResult 2: 16777216 op, 799987250.00 ns, 47.6830 ns/op WorkloadResult 3: 16777216 op, 801182083.00 ns, 47.7542 ns/op WorkloadResult 4: 16777216 op, 800794208.00 ns, 47.7311 ns/op WorkloadResult 5: 16777216 op, 803025291.00 ns, 47.8640 ns/op WorkloadResult 6: 16777216 op, 803288125.00 ns, 47.8797 ns/op WorkloadResult 7: 16777216 op, 803230709.00 ns, 47.8763 ns/op WorkloadResult 8: 16777216 op, 801011417.00 ns, 47.7440 ns/op WorkloadResult 9: 16777216 op, 802417292.00 ns, 47.8278 ns/op WorkloadResult 10: 16777216 op, 802337625.00 ns, 47.8230 ns/op WorkloadResult 11: 16777216 op, 801340042.00 ns, 47.7636 ns/op WorkloadResult 12: 16777216 op, 802221084.00 ns, 47.8161 ns/op WorkloadResult 13: 16777216 op, 801353000.00 ns, 47.7644 ns/op WorkloadResult 14: 16777216 op, 800835334.00 ns, 47.7335 ns/op WorkloadResult 15: 16777216 op, 801009209.00 ns, 47.7439 ns/op // GC: 208 0 0 1744830496 16777216 // Threading: 0 0 16777216 // AfterAll // Benchmark Process 11059 has exited with code 0. Mean = 47.790 ns, StdErr = 0.016 ns (0.03%), N = 15, StdDev = 0.061 ns Min = 47.683 ns, Q1 = 47.744 ns, Median = 47.764 ns, Q3 = 47.833 ns, Max = 47.880 ns IQR = 0.090 ns, LowerFence = 47.610 ns, UpperFence = 47.968 ns ConfidenceInterval = [47.725 ns; 47.854 ns] (CI 99.9%), Margin = 0.065 ns (0.14% of Mean) Skewness = 0.05, Kurtosis = 1.6, MValue = 2 // ** Remained 0 (0,0 %) benchmark(s) to run. Estimated finish 2026-04-04 12:21 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.ValidFlatDtoValidationBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.ValidFlatDtoValidationBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.ValidFlatDtoValidationBenchmarks-report.html // * Detailed results * ValidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.326 μs, StdErr = 0.006 μs (0.46%), N = 15, StdDev = 0.024 μs Min = 1.301 μs, Q1 = 1.312 μs, Median = 1.316 μs, Q3 = 1.326 μs, Max = 1.383 μs IQR = 0.014 μs, LowerFence = 1.291 μs, UpperFence = 1.347 μs ConfidenceInterval = [1.300 μs; 1.351 μs] (CI 99.9%), Margin = 0.025 μs (1.91% of Mean) Skewness = 1.29, Kurtosis = 3.25, MValue = 2 -------------------- Histogram -------------------- [1.297 μs ; 1.330 μs) | @@@@@@@@@@@ [1.330 μs ; 1.389 μs) | @@@@ --------------------------------------------------- ValidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 108.719 ns, StdErr = 0.049 ns (0.05%), N = 14, StdDev = 0.185 ns Min = 108.465 ns, Q1 = 108.593 ns, Median = 108.715 ns, Q3 = 108.793 ns, Max = 109.042 ns IQR = 0.200 ns, LowerFence = 108.294 ns, UpperFence = 109.093 ns ConfidenceInterval = [108.510 ns; 108.927 ns] (CI 99.9%), Margin = 0.209 ns (0.19% of Mean) Skewness = 0.37, Kurtosis = 1.88, MValue = 2 -------------------- Histogram -------------------- [108.364 ns ; 109.143 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- ValidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 47.790 ns, StdErr = 0.016 ns (0.03%), N = 15, StdDev = 0.061 ns Min = 47.683 ns, Q1 = 47.744 ns, Median = 47.764 ns, Q3 = 47.833 ns, Max = 47.880 ns IQR = 0.090 ns, LowerFence = 47.610 ns, UpperFence = 47.968 ns ConfidenceInterval = [47.725 ns; 47.854 ns] (CI 99.9%), Margin = 0.065 ns (0.14% of Mean) Skewness = 0.05, Kurtosis = 1.6, MValue = 2 -------------------- Histogram -------------------- [47.651 ns ; 47.912 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |------------:|----------:|----------:|------:|--------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 1,325.57 ns | 25.325 ns | 23.689 ns | 1.00 | 0.02 | 0.8316 | 0.0076 | 6984 B | 1.00 | | FluentValidationSingleton | 108.72 ns | 0.209 ns | 0.185 ns | 0.08 | 0.00 | 0.0755 | 0.0001 | 632 B | 0.09 | | LightPortableResults | 47.79 ns | 0.065 ns | 0.061 ns | 0.04 | 0.00 | 0.0124 | - | 104 B | 0.01 | // * Hints * Outliers ValidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: Default -> 2 outliers were removed (1.44 μs, 1.49 μs) ValidFlatDtoValidationBenchmarks.FluentValidationSingleton: Default -> 1 outlier was removed (113.00 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:56 (56.62 sec), executed benchmarks: 3 Global total time: 00:03:14 (194.99 sec), executed benchmarks: 12 // * Artifacts cleanup * Artifacts cleanup is finished BenchmarkRun-20260406-091925.log000066400000000000000000002724341516707642500335360ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 12 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 1.07 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 6.74 sec and exited with 0 // ***** Done, took 00:00:07 (7.92 sec) ***** // Found 3 benchmarks: // InvalidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // InvalidComplexDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // InvalidComplexDtoValidationBenchmarks.LightPortableResults: DefaultJob // ************************** // Benchmark: InvalidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 154 155 --benchmarkName Benchmarks.InvalidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient --job Default --benchmarkId 0 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 96666.00 ns, 96.6660 us/op WorkloadJitting 1: 1 op, 10169834.00 ns, 10.1698 ms/op OverheadJitting 2: 16 op, 319542.00 ns, 19.9714 us/op WorkloadJitting 2: 16 op, 1189000.00 ns, 74.3125 us/op WorkloadPilot 1: 16 op, 725125.00 ns, 45.3203 us/op WorkloadPilot 2: 32 op, 1378708.00 ns, 43.0846 us/op WorkloadPilot 3: 64 op, 2793625.00 ns, 43.6504 us/op WorkloadPilot 4: 128 op, 5551292.00 ns, 43.3695 us/op WorkloadPilot 5: 256 op, 10926834.00 ns, 42.6829 us/op WorkloadPilot 6: 512 op, 22213792.00 ns, 43.3863 us/op WorkloadPilot 7: 1024 op, 44137042.00 ns, 43.1026 us/op WorkloadPilot 8: 2048 op, 95528750.00 ns, 46.6449 us/op WorkloadPilot 9: 4096 op, 204141834.00 ns, 49.8393 us/op WorkloadPilot 10: 8192 op, 421445541.00 ns, 51.4460 us/op WorkloadPilot 11: 16384 op, 556622541.00 ns, 33.9735 us/op OverheadWarmup 1: 16384 op, 37041.00 ns, 2.2608 ns/op OverheadWarmup 2: 16384 op, 35458.00 ns, 2.1642 ns/op OverheadWarmup 3: 16384 op, 39375.00 ns, 2.4033 ns/op OverheadWarmup 4: 16384 op, 32250.00 ns, 1.9684 ns/op OverheadWarmup 5: 16384 op, 32500.00 ns, 1.9836 ns/op OverheadWarmup 6: 16384 op, 32083.00 ns, 1.9582 ns/op OverheadActual 1: 16384 op, 39417.00 ns, 2.4058 ns/op OverheadActual 2: 16384 op, 39416.00 ns, 2.4058 ns/op OverheadActual 3: 16384 op, 39584.00 ns, 2.4160 ns/op OverheadActual 4: 16384 op, 38375.00 ns, 2.3422 ns/op OverheadActual 5: 16384 op, 38209.00 ns, 2.3321 ns/op OverheadActual 6: 16384 op, 38209.00 ns, 2.3321 ns/op OverheadActual 7: 16384 op, 38458.00 ns, 2.3473 ns/op OverheadActual 8: 16384 op, 37958.00 ns, 2.3168 ns/op OverheadActual 9: 16384 op, 38166.00 ns, 2.3295 ns/op OverheadActual 10: 16384 op, 38209.00 ns, 2.3321 ns/op OverheadActual 11: 16384 op, 39208.00 ns, 2.3931 ns/op OverheadActual 12: 16384 op, 38125.00 ns, 2.3270 ns/op OverheadActual 13: 16384 op, 39125.00 ns, 2.3880 ns/op OverheadActual 14: 16384 op, 38125.00 ns, 2.3270 ns/op OverheadActual 15: 16384 op, 38417.00 ns, 2.3448 ns/op WorkloadWarmup 1: 16384 op, 423197709.00 ns, 25.8299 us/op WorkloadWarmup 2: 16384 op, 215410041.00 ns, 13.1476 us/op WorkloadWarmup 3: 16384 op, 213984041.00 ns, 13.0605 us/op WorkloadWarmup 4: 16384 op, 212461875.00 ns, 12.9676 us/op WorkloadWarmup 5: 16384 op, 213856167.00 ns, 13.0527 us/op WorkloadWarmup 6: 16384 op, 214273250.00 ns, 13.0782 us/op WorkloadWarmup 7: 16384 op, 213539875.00 ns, 13.0334 us/op WorkloadWarmup 8: 16384 op, 212930250.00 ns, 12.9962 us/op WorkloadWarmup 9: 16384 op, 213832250.00 ns, 13.0513 us/op WorkloadWarmup 10: 16384 op, 230976833.00 ns, 14.0977 us/op WorkloadWarmup 11: 16384 op, 243498834.00 ns, 14.8620 us/op WorkloadWarmup 12: 16384 op, 230213417.00 ns, 14.0511 us/op // BeforeActualRun WorkloadActual 1: 16384 op, 216059125.00 ns, 13.1872 us/op WorkloadActual 2: 16384 op, 221892417.00 ns, 13.5432 us/op WorkloadActual 3: 16384 op, 220299375.00 ns, 13.4460 us/op WorkloadActual 4: 16384 op, 215207167.00 ns, 13.1352 us/op WorkloadActual 5: 16384 op, 213193958.00 ns, 13.0123 us/op WorkloadActual 6: 16384 op, 212932167.00 ns, 12.9963 us/op WorkloadActual 7: 16384 op, 212540875.00 ns, 12.9725 us/op WorkloadActual 8: 16384 op, 212814542.00 ns, 12.9892 us/op WorkloadActual 9: 16384 op, 213184166.00 ns, 13.0117 us/op WorkloadActual 10: 16384 op, 218581500.00 ns, 13.3412 us/op WorkloadActual 11: 16384 op, 215118708.00 ns, 13.1298 us/op WorkloadActual 12: 16384 op, 213441167.00 ns, 13.0274 us/op WorkloadActual 13: 16384 op, 212441708.00 ns, 12.9664 us/op WorkloadActual 14: 16384 op, 212122875.00 ns, 12.9470 us/op WorkloadActual 15: 16384 op, 212683584.00 ns, 12.9812 us/op // AfterActualRun WorkloadResult 1: 16384 op, 216020750.00 ns, 13.1849 us/op WorkloadResult 2: 16384 op, 215168792.00 ns, 13.1329 us/op WorkloadResult 3: 16384 op, 213155583.00 ns, 13.0100 us/op WorkloadResult 4: 16384 op, 212893792.00 ns, 12.9940 us/op WorkloadResult 5: 16384 op, 212502500.00 ns, 12.9701 us/op WorkloadResult 6: 16384 op, 212776167.00 ns, 12.9868 us/op WorkloadResult 7: 16384 op, 213145791.00 ns, 13.0094 us/op WorkloadResult 8: 16384 op, 218543125.00 ns, 13.3388 us/op WorkloadResult 9: 16384 op, 215080333.00 ns, 13.1275 us/op WorkloadResult 10: 16384 op, 213402792.00 ns, 13.0251 us/op WorkloadResult 11: 16384 op, 212403333.00 ns, 12.9641 us/op WorkloadResult 12: 16384 op, 212084500.00 ns, 12.9446 us/op WorkloadResult 13: 16384 op, 212645209.00 ns, 12.9788 us/op // GC: 100 5 0 842006528 16384 // Threading: 0 0 16384 // AfterAll // Benchmark Process 82923 has exited with code 0. Mean = 13.051 μs, StdErr = 0.032 μs (0.24%), N = 13, StdDev = 0.114 μs Min = 12.945 μs, Q1 = 12.979 μs, Median = 13.009 μs, Q3 = 13.127 μs, Max = 13.339 μs IQR = 0.149 μs, LowerFence = 12.756 μs, UpperFence = 13.350 μs ConfidenceInterval = [12.915 μs; 13.188 μs] (CI 99.9%), Margin = 0.136 μs (1.04% of Mean) Skewness = 1.24, Kurtosis = 3.45, MValue = 2 // ** Remained 11 (91,7 %) benchmark(s) to run. Estimated finish 2026-04-06 9:21 (0h 1m from now) ** // ************************** // Benchmark: InvalidComplexDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 154 155 --benchmarkName Benchmarks.InvalidComplexDtoValidationBenchmarks.FluentValidationSingleton --job Default --benchmarkId 1 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 111625.00 ns, 111.6250 us/op WorkloadJitting 1: 1 op, 10276708.00 ns, 10.2767 ms/op OverheadJitting 2: 16 op, 319125.00 ns, 19.9453 us/op WorkloadJitting 2: 16 op, 661083.00 ns, 41.3177 us/op WorkloadPilot 1: 16 op, 354917.00 ns, 22.1823 us/op WorkloadPilot 2: 32 op, 716875.00 ns, 22.4023 us/op WorkloadPilot 3: 64 op, 1372875.00 ns, 21.4512 us/op WorkloadPilot 4: 128 op, 2697291.00 ns, 21.0726 us/op WorkloadPilot 5: 256 op, 5523417.00 ns, 21.5758 us/op WorkloadPilot 6: 512 op, 11005792.00 ns, 21.4957 us/op WorkloadPilot 7: 1024 op, 21858209.00 ns, 21.3459 us/op WorkloadPilot 8: 2048 op, 42615750.00 ns, 20.8085 us/op WorkloadPilot 9: 4096 op, 96726500.00 ns, 23.6149 us/op WorkloadPilot 10: 8192 op, 80957459.00 ns, 9.8825 us/op WorkloadPilot 11: 16384 op, 97576375.00 ns, 5.9556 us/op WorkloadPilot 12: 32768 op, 196960958.00 ns, 6.0108 us/op WorkloadPilot 13: 65536 op, 383131167.00 ns, 5.8461 us/op WorkloadPilot 14: 131072 op, 763559958.00 ns, 5.8255 us/op OverheadWarmup 1: 131072 op, 260000.00 ns, 1.9836 ns/op OverheadWarmup 2: 131072 op, 263208.00 ns, 2.0081 ns/op OverheadWarmup 3: 131072 op, 256958.00 ns, 1.9604 ns/op OverheadWarmup 4: 131072 op, 268167.00 ns, 2.0460 ns/op OverheadWarmup 5: 131072 op, 252750.00 ns, 1.9283 ns/op OverheadActual 1: 131072 op, 261084.00 ns, 1.9919 ns/op OverheadActual 2: 131072 op, 254042.00 ns, 1.9382 ns/op OverheadActual 3: 131072 op, 252542.00 ns, 1.9267 ns/op OverheadActual 4: 131072 op, 252667.00 ns, 1.9277 ns/op OverheadActual 5: 131072 op, 252666.00 ns, 1.9277 ns/op OverheadActual 6: 131072 op, 252625.00 ns, 1.9274 ns/op OverheadActual 7: 131072 op, 252875.00 ns, 1.9293 ns/op OverheadActual 8: 131072 op, 256500.00 ns, 1.9569 ns/op OverheadActual 9: 131072 op, 256542.00 ns, 1.9573 ns/op OverheadActual 10: 131072 op, 252500.00 ns, 1.9264 ns/op OverheadActual 11: 131072 op, 264792.00 ns, 2.0202 ns/op OverheadActual 12: 131072 op, 261000.00 ns, 1.9913 ns/op OverheadActual 13: 131072 op, 280334.00 ns, 2.1388 ns/op OverheadActual 14: 131072 op, 250041.00 ns, 1.9077 ns/op OverheadActual 15: 131072 op, 274541.00 ns, 2.0946 ns/op WorkloadWarmup 1: 131072 op, 764654792.00 ns, 5.8339 us/op WorkloadWarmup 2: 131072 op, 761484334.00 ns, 5.8097 us/op WorkloadWarmup 3: 131072 op, 765589875.00 ns, 5.8410 us/op WorkloadWarmup 4: 131072 op, 764621250.00 ns, 5.8336 us/op WorkloadWarmup 5: 131072 op, 761515042.00 ns, 5.8099 us/op WorkloadWarmup 6: 131072 op, 762013958.00 ns, 5.8137 us/op WorkloadWarmup 7: 131072 op, 760831792.00 ns, 5.8047 us/op // BeforeActualRun WorkloadActual 1: 131072 op, 767476667.00 ns, 5.8554 us/op WorkloadActual 2: 131072 op, 768049000.00 ns, 5.8597 us/op WorkloadActual 3: 131072 op, 765663125.00 ns, 5.8415 us/op WorkloadActual 4: 131072 op, 763420250.00 ns, 5.8244 us/op WorkloadActual 5: 131072 op, 768077833.00 ns, 5.8600 us/op WorkloadActual 6: 131072 op, 794058833.00 ns, 6.0582 us/op WorkloadActual 7: 131072 op, 768310708.00 ns, 5.8617 us/op WorkloadActual 8: 131072 op, 766750583.00 ns, 5.8498 us/op WorkloadActual 9: 131072 op, 766567291.00 ns, 5.8484 us/op WorkloadActual 10: 131072 op, 764694333.00 ns, 5.8342 us/op WorkloadActual 11: 131072 op, 767781958.00 ns, 5.8577 us/op WorkloadActual 12: 131072 op, 762829375.00 ns, 5.8199 us/op WorkloadActual 13: 131072 op, 764893708.00 ns, 5.8357 us/op WorkloadActual 14: 131072 op, 762389416.00 ns, 5.8166 us/op WorkloadActual 15: 131072 op, 763661917.00 ns, 5.8263 us/op // AfterActualRun WorkloadResult 1: 131072 op, 767222625.00 ns, 5.8534 us/op WorkloadResult 2: 131072 op, 767794958.00 ns, 5.8578 us/op WorkloadResult 3: 131072 op, 765409083.00 ns, 5.8396 us/op WorkloadResult 4: 131072 op, 763166208.00 ns, 5.8225 us/op WorkloadResult 5: 131072 op, 767823791.00 ns, 5.8580 us/op WorkloadResult 6: 131072 op, 768056666.00 ns, 5.8598 us/op WorkloadResult 7: 131072 op, 766496541.00 ns, 5.8479 us/op WorkloadResult 8: 131072 op, 766313249.00 ns, 5.8465 us/op WorkloadResult 9: 131072 op, 764440291.00 ns, 5.8322 us/op WorkloadResult 10: 131072 op, 767527916.00 ns, 5.8558 us/op WorkloadResult 11: 131072 op, 762575333.00 ns, 5.8180 us/op WorkloadResult 12: 131072 op, 764639666.00 ns, 5.8337 us/op WorkloadResult 13: 131072 op, 762135374.00 ns, 5.8146 us/op WorkloadResult 14: 131072 op, 763407875.00 ns, 5.8243 us/op // GC: 354 9 0 2966421504 131072 // Threading: 0 0 131072 // AfterAll // Benchmark Process 82930 has exited with code 0. Mean = 5.840 μs, StdErr = 0.004 μs (0.07%), N = 14, StdDev = 0.016 μs Min = 5.815 μs, Q1 = 5.826 μs, Median = 5.843 μs, Q3 = 5.855 μs, Max = 5.860 μs IQR = 0.029 μs, LowerFence = 5.783 μs, UpperFence = 5.899 μs ConfidenceInterval = [5.822 μs; 5.858 μs] (CI 99.9%), Margin = 0.018 μs (0.31% of Mean) Skewness = -0.23, Kurtosis = 1.38, MValue = 2 // ** Remained 10 (83,3 %) benchmark(s) to run. Estimated finish 2026-04-06 9:22 (0h 2m from now) ** // ************************** // Benchmark: InvalidComplexDtoValidationBenchmarks.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 154 155 --benchmarkName Benchmarks.InvalidComplexDtoValidationBenchmarks.LightPortableResults --job Default --benchmarkId 2 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 82167.00 ns, 82.1670 us/op WorkloadJitting 1: 1 op, 15534291.00 ns, 15.5343 ms/op OverheadJitting 2: 16 op, 146708.00 ns, 9.1693 us/op WorkloadJitting 2: 16 op, 579792.00 ns, 36.2370 us/op WorkloadPilot 1: 16 op, 166541.00 ns, 10.4088 us/op WorkloadPilot 2: 32 op, 293417.00 ns, 9.1693 us/op WorkloadPilot 3: 64 op, 565500.00 ns, 8.8359 us/op WorkloadPilot 4: 128 op, 1171084.00 ns, 9.1491 us/op WorkloadPilot 5: 256 op, 2303125.00 ns, 8.9966 us/op WorkloadPilot 6: 512 op, 4684208.00 ns, 9.1488 us/op WorkloadPilot 7: 1024 op, 9486042.00 ns, 9.2637 us/op WorkloadPilot 8: 2048 op, 18804958.00 ns, 9.1821 us/op WorkloadPilot 9: 4096 op, 37519458.00 ns, 9.1600 us/op WorkloadPilot 10: 8192 op, 77603625.00 ns, 9.4731 us/op WorkloadPilot 11: 16384 op, 119703541.00 ns, 7.3061 us/op WorkloadPilot 12: 32768 op, 214700500.00 ns, 6.5521 us/op WorkloadPilot 13: 65536 op, 202904458.00 ns, 3.0961 us/op WorkloadPilot 14: 131072 op, 191433708.00 ns, 1.4605 us/op WorkloadPilot 15: 262144 op, 379408959.00 ns, 1.4473 us/op WorkloadPilot 16: 524288 op, 760254917.00 ns, 1.4501 us/op OverheadWarmup 1: 524288 op, 1048000.00 ns, 1.9989 ns/op OverheadWarmup 2: 524288 op, 1008917.00 ns, 1.9244 ns/op OverheadWarmup 3: 524288 op, 1012375.00 ns, 1.9310 ns/op OverheadWarmup 4: 524288 op, 1011167.00 ns, 1.9286 ns/op OverheadWarmup 5: 524288 op, 1029208.00 ns, 1.9631 ns/op OverheadWarmup 6: 524288 op, 1022292.00 ns, 1.9499 ns/op OverheadActual 1: 524288 op, 1018750.00 ns, 1.9431 ns/op OverheadActual 2: 524288 op, 1018916.00 ns, 1.9434 ns/op OverheadActual 3: 524288 op, 1037708.00 ns, 1.9793 ns/op OverheadActual 4: 524288 op, 1113125.00 ns, 2.1231 ns/op OverheadActual 5: 524288 op, 1053416.00 ns, 2.0092 ns/op OverheadActual 6: 524288 op, 1047709.00 ns, 1.9983 ns/op OverheadActual 7: 524288 op, 1019291.00 ns, 1.9441 ns/op OverheadActual 8: 524288 op, 1029125.00 ns, 1.9629 ns/op OverheadActual 9: 524288 op, 1020625.00 ns, 1.9467 ns/op OverheadActual 10: 524288 op, 1016417.00 ns, 1.9387 ns/op OverheadActual 11: 524288 op, 1018458.00 ns, 1.9426 ns/op OverheadActual 12: 524288 op, 1011041.00 ns, 1.9284 ns/op OverheadActual 13: 524288 op, 1014167.00 ns, 1.9344 ns/op OverheadActual 14: 524288 op, 1028542.00 ns, 1.9618 ns/op OverheadActual 15: 524288 op, 1072542.00 ns, 2.0457 ns/op WorkloadWarmup 1: 524288 op, 763062375.00 ns, 1.4554 us/op WorkloadWarmup 2: 524288 op, 759720959.00 ns, 1.4491 us/op WorkloadWarmup 3: 524288 op, 760023042.00 ns, 1.4496 us/op WorkloadWarmup 4: 524288 op, 761699750.00 ns, 1.4528 us/op WorkloadWarmup 5: 524288 op, 762344334.00 ns, 1.4541 us/op WorkloadWarmup 6: 524288 op, 766750791.00 ns, 1.4625 us/op WorkloadWarmup 7: 524288 op, 767516417.00 ns, 1.4639 us/op WorkloadWarmup 8: 524288 op, 769162583.00 ns, 1.4671 us/op WorkloadWarmup 9: 524288 op, 760838292.00 ns, 1.4512 us/op WorkloadWarmup 10: 524288 op, 760432708.00 ns, 1.4504 us/op WorkloadWarmup 11: 524288 op, 763549459.00 ns, 1.4564 us/op WorkloadWarmup 12: 524288 op, 764313750.00 ns, 1.4578 us/op WorkloadWarmup 13: 524288 op, 758547333.00 ns, 1.4468 us/op // BeforeActualRun WorkloadActual 1: 524288 op, 761710208.00 ns, 1.4528 us/op WorkloadActual 2: 524288 op, 757782584.00 ns, 1.4454 us/op WorkloadActual 3: 524288 op, 760691292.00 ns, 1.4509 us/op WorkloadActual 4: 524288 op, 763935542.00 ns, 1.4571 us/op WorkloadActual 5: 524288 op, 761192208.00 ns, 1.4519 us/op WorkloadActual 6: 524288 op, 757893541.00 ns, 1.4456 us/op WorkloadActual 7: 524288 op, 761447541.00 ns, 1.4523 us/op WorkloadActual 8: 524288 op, 760888625.00 ns, 1.4513 us/op WorkloadActual 9: 524288 op, 759136959.00 ns, 1.4479 us/op WorkloadActual 10: 524288 op, 761990625.00 ns, 1.4534 us/op WorkloadActual 11: 524288 op, 760936625.00 ns, 1.4514 us/op WorkloadActual 12: 524288 op, 762555125.00 ns, 1.4545 us/op WorkloadActual 13: 524288 op, 783517250.00 ns, 1.4944 us/op WorkloadActual 14: 524288 op, 763433250.00 ns, 1.4561 us/op WorkloadActual 15: 524288 op, 760784291.00 ns, 1.4511 us/op // AfterActualRun WorkloadResult 1: 524288 op, 760689583.00 ns, 1.4509 us/op WorkloadResult 2: 524288 op, 756761959.00 ns, 1.4434 us/op WorkloadResult 3: 524288 op, 759670667.00 ns, 1.4490 us/op WorkloadResult 4: 524288 op, 762914917.00 ns, 1.4551 us/op WorkloadResult 5: 524288 op, 760171583.00 ns, 1.4499 us/op WorkloadResult 6: 524288 op, 756872916.00 ns, 1.4436 us/op WorkloadResult 7: 524288 op, 760426916.00 ns, 1.4504 us/op WorkloadResult 8: 524288 op, 759868000.00 ns, 1.4493 us/op WorkloadResult 9: 524288 op, 758116334.00 ns, 1.4460 us/op WorkloadResult 10: 524288 op, 760970000.00 ns, 1.4514 us/op WorkloadResult 11: 524288 op, 759916000.00 ns, 1.4494 us/op WorkloadResult 12: 524288 op, 761534500.00 ns, 1.4525 us/op WorkloadResult 13: 524288 op, 762412625.00 ns, 1.4542 us/op WorkloadResult 14: 524288 op, 759763666.00 ns, 1.4491 us/op // GC: 118 0 0 989855776 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 82946 has exited with code 0. Mean = 1.450 μs, StdErr = 0.001 μs (0.06%), N = 14, StdDev = 0.003 μs Min = 1.443 μs, Q1 = 1.449 μs, Median = 1.450 μs, Q3 = 1.451 μs, Max = 1.455 μs IQR = 0.002 μs, LowerFence = 1.446 μs, UpperFence = 1.455 μs ConfidenceInterval = [1.446 μs; 1.453 μs] (CI 99.9%), Margin = 0.004 μs (0.27% of Mean) Skewness = -0.34, Kurtosis = 2.24, MValue = 2 // ** Remained 9 (75,0 %) benchmark(s) to run. Estimated finish 2026-04-06 9:23 (0h 2m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidComplexDtoValidationBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidComplexDtoValidationBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidComplexDtoValidationBenchmarks-report.html // * Detailed results * InvalidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 13.051 μs, StdErr = 0.032 μs (0.24%), N = 13, StdDev = 0.114 μs Min = 12.945 μs, Q1 = 12.979 μs, Median = 13.009 μs, Q3 = 13.127 μs, Max = 13.339 μs IQR = 0.149 μs, LowerFence = 12.756 μs, UpperFence = 13.350 μs ConfidenceInterval = [12.915 μs; 13.188 μs] (CI 99.9%), Margin = 0.136 μs (1.04% of Mean) Skewness = 1.24, Kurtosis = 3.45, MValue = 2 -------------------- Histogram -------------------- [12.881 μs ; 13.402 μs) | @@@@@@@@@@@@@ --------------------------------------------------- InvalidComplexDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 5.840 μs, StdErr = 0.004 μs (0.07%), N = 14, StdDev = 0.016 μs Min = 5.815 μs, Q1 = 5.826 μs, Median = 5.843 μs, Q3 = 5.855 μs, Max = 5.860 μs IQR = 0.029 μs, LowerFence = 5.783 μs, UpperFence = 5.899 μs ConfidenceInterval = [5.822 μs; 5.858 μs] (CI 99.9%), Margin = 0.018 μs (0.31% of Mean) Skewness = -0.23, Kurtosis = 1.38, MValue = 2 -------------------- Histogram -------------------- [5.806 μs ; 5.869 μs) | @@@@@@@@@@@@@@ --------------------------------------------------- InvalidComplexDtoValidationBenchmarks.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.450 μs, StdErr = 0.001 μs (0.06%), N = 14, StdDev = 0.003 μs Min = 1.443 μs, Q1 = 1.449 μs, Median = 1.450 μs, Q3 = 1.451 μs, Max = 1.455 μs IQR = 0.002 μs, LowerFence = 1.446 μs, UpperFence = 1.455 μs ConfidenceInterval = [1.446 μs; 1.453 μs] (CI 99.9%), Margin = 0.004 μs (0.27% of Mean) Skewness = -0.34, Kurtosis = 2.24, MValue = 2 -------------------- Histogram -------------------- [1.442 μs ; 1.457 μs) | @@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |----------:|----------:|----------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 13.051 μs | 0.1363 μs | 0.1138 μs | 1.00 | 6.1035 | 0.3052 | 50.19 KB | 1.00 | | FluentValidationSingleton | 5.840 μs | 0.0181 μs | 0.0160 μs | 0.45 | 2.7008 | 0.0687 | 22.1 KB | 0.44 | | LightPortableResults | 1.450 μs | 0.0039 μs | 0.0034 μs | 0.11 | 0.2251 | - | 1.84 KB | 0.04 | // * Hints * Outliers InvalidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient: Default -> 2 outliers were removed (13.45 μs, 13.54 μs) InvalidComplexDtoValidationBenchmarks.FluentValidationSingleton: Default -> 1 outlier was removed (6.06 μs) InvalidComplexDtoValidationBenchmarks.LightPortableResults: Default -> 1 outlier was removed, 3 outliers were detected (1.45 μs, 1.45 μs, 1.49 μs) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 μs : 1 Microsecond (0.000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:51 (51.65 sec), executed benchmarks: 3 // Found 3 benchmarks: // InvalidComplexDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient: DefaultJob // InvalidComplexDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: DefaultJob // InvalidComplexDtoValidationBenchmarksForMinimalApis.LightPortableResults: DefaultJob // ************************** // Benchmark: InvalidComplexDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 127 128 --benchmarkName Benchmarks.InvalidComplexDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient --job Default --benchmarkId 3 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 121625.00 ns, 121.6250 us/op WorkloadJitting 1: 1 op, 11728167.00 ns, 11.7282 ms/op OverheadJitting 2: 16 op, 329417.00 ns, 20.5886 us/op WorkloadJitting 2: 16 op, 1217959.00 ns, 76.1224 us/op WorkloadPilot 1: 16 op, 730125.00 ns, 45.6328 us/op WorkloadPilot 2: 32 op, 1553917.00 ns, 48.5599 us/op WorkloadPilot 3: 64 op, 3117625.00 ns, 48.7129 us/op WorkloadPilot 4: 128 op, 6055459.00 ns, 47.3083 us/op WorkloadPilot 5: 256 op, 12015583.00 ns, 46.9359 us/op WorkloadPilot 6: 512 op, 23729833.00 ns, 46.3473 us/op WorkloadPilot 7: 1024 op, 47042083.00 ns, 45.9395 us/op WorkloadPilot 8: 2048 op, 108207750.00 ns, 52.8358 us/op WorkloadPilot 9: 4096 op, 214947583.00 ns, 52.4774 us/op WorkloadPilot 10: 8192 op, 459389250.00 ns, 56.0778 us/op WorkloadPilot 11: 16384 op, 641778333.00 ns, 39.1710 us/op OverheadWarmup 1: 16384 op, 36333.00 ns, 2.2176 ns/op OverheadWarmup 2: 16384 op, 39584.00 ns, 2.4160 ns/op OverheadWarmup 3: 16384 op, 32125.00 ns, 1.9608 ns/op OverheadWarmup 4: 16384 op, 39375.00 ns, 2.4033 ns/op OverheadWarmup 5: 16384 op, 39292.00 ns, 2.3982 ns/op OverheadActual 1: 16384 op, 38917.00 ns, 2.3753 ns/op OverheadActual 2: 16384 op, 38958.00 ns, 2.3778 ns/op OverheadActual 3: 16384 op, 38959.00 ns, 2.3779 ns/op OverheadActual 4: 16384 op, 38666.00 ns, 2.3600 ns/op OverheadActual 5: 16384 op, 39167.00 ns, 2.3906 ns/op OverheadActual 6: 16384 op, 40042.00 ns, 2.4440 ns/op OverheadActual 7: 16384 op, 39958.00 ns, 2.4388 ns/op OverheadActual 8: 16384 op, 40292.00 ns, 2.4592 ns/op OverheadActual 9: 16384 op, 40000.00 ns, 2.4414 ns/op OverheadActual 10: 16384 op, 39000.00 ns, 2.3804 ns/op OverheadActual 11: 16384 op, 38292.00 ns, 2.3372 ns/op OverheadActual 12: 16384 op, 33458.00 ns, 2.0421 ns/op OverheadActual 13: 16384 op, 38875.00 ns, 2.3727 ns/op OverheadActual 14: 16384 op, 40500.00 ns, 2.4719 ns/op OverheadActual 15: 16384 op, 38417.00 ns, 2.3448 ns/op WorkloadWarmup 1: 16384 op, 365655167.00 ns, 22.3178 us/op WorkloadWarmup 2: 16384 op, 231543125.00 ns, 14.1323 us/op WorkloadWarmup 3: 16384 op, 234202292.00 ns, 14.2946 us/op WorkloadWarmup 4: 16384 op, 233866667.00 ns, 14.2741 us/op WorkloadWarmup 5: 16384 op, 233319209.00 ns, 14.2407 us/op WorkloadWarmup 6: 16384 op, 232427458.00 ns, 14.1862 us/op WorkloadWarmup 7: 16384 op, 235595209.00 ns, 14.3796 us/op WorkloadWarmup 8: 16384 op, 237530458.00 ns, 14.4977 us/op WorkloadWarmup 9: 16384 op, 232276209.00 ns, 14.1770 us/op // BeforeActualRun WorkloadActual 1: 16384 op, 231966000.00 ns, 14.1581 us/op WorkloadActual 2: 16384 op, 231434667.00 ns, 14.1257 us/op WorkloadActual 3: 16384 op, 233564959.00 ns, 14.2557 us/op WorkloadActual 4: 16384 op, 232677750.00 ns, 14.2015 us/op WorkloadActual 5: 16384 op, 232798959.00 ns, 14.2089 us/op WorkloadActual 6: 16384 op, 231581083.00 ns, 14.1346 us/op WorkloadActual 7: 16384 op, 231155625.00 ns, 14.1086 us/op WorkloadActual 8: 16384 op, 231829416.00 ns, 14.1497 us/op WorkloadActual 9: 16384 op, 231790209.00 ns, 14.1474 us/op WorkloadActual 10: 16384 op, 231219916.00 ns, 14.1125 us/op WorkloadActual 11: 16384 op, 230981625.00 ns, 14.0980 us/op WorkloadActual 12: 16384 op, 230956250.00 ns, 14.0965 us/op WorkloadActual 13: 16384 op, 230289125.00 ns, 14.0557 us/op WorkloadActual 14: 16384 op, 232691750.00 ns, 14.2024 us/op WorkloadActual 15: 16384 op, 231911958.00 ns, 14.1548 us/op // AfterActualRun WorkloadResult 1: 16384 op, 231927041.00 ns, 14.1557 us/op WorkloadResult 2: 16384 op, 231395708.00 ns, 14.1233 us/op WorkloadResult 3: 16384 op, 233526000.00 ns, 14.2533 us/op WorkloadResult 4: 16384 op, 232638791.00 ns, 14.1991 us/op WorkloadResult 5: 16384 op, 232760000.00 ns, 14.2065 us/op WorkloadResult 6: 16384 op, 231542124.00 ns, 14.1322 us/op WorkloadResult 7: 16384 op, 231116666.00 ns, 14.1062 us/op WorkloadResult 8: 16384 op, 231790457.00 ns, 14.1474 us/op WorkloadResult 9: 16384 op, 231751250.00 ns, 14.1450 us/op WorkloadResult 10: 16384 op, 231180957.00 ns, 14.1102 us/op WorkloadResult 11: 16384 op, 230942666.00 ns, 14.0956 us/op WorkloadResult 12: 16384 op, 230917291.00 ns, 14.0941 us/op WorkloadResult 13: 16384 op, 230250166.00 ns, 14.0534 us/op WorkloadResult 14: 16384 op, 232652791.00 ns, 14.2000 us/op WorkloadResult 15: 16384 op, 231872999.00 ns, 14.1524 us/op // GC: 107 5 0 902168576 16384 // Threading: 0 0 16384 // AfterAll // Benchmark Process 82962 has exited with code 0. Mean = 14.145 μs, StdErr = 0.014 μs (0.10%), N = 15, StdDev = 0.052 μs Min = 14.053 μs, Q1 = 14.108 μs, Median = 14.145 μs, Q3 = 14.177 μs, Max = 14.253 μs IQR = 0.069 μs, LowerFence = 14.004 μs, UpperFence = 14.281 μs ConfidenceInterval = [14.089 μs; 14.201 μs] (CI 99.9%), Margin = 0.056 μs (0.40% of Mean) Skewness = 0.32, Kurtosis = 2.27, MValue = 2 // ** Remained 8 (66,7 %) benchmark(s) to run. Estimated finish 2026-04-06 9:22 (0h 1m from now) ** // ************************** // Benchmark: InvalidComplexDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 127 128 --benchmarkName Benchmarks.InvalidComplexDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton --job Default --benchmarkId 4 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 93333.00 ns, 93.3330 us/op WorkloadJitting 1: 1 op, 11413166.00 ns, 11.4132 ms/op OverheadJitting 2: 16 op, 326041.00 ns, 20.3776 us/op WorkloadJitting 2: 16 op, 725750.00 ns, 45.3594 us/op WorkloadPilot 1: 16 op, 429792.00 ns, 26.8620 us/op WorkloadPilot 2: 32 op, 810833.00 ns, 25.3385 us/op WorkloadPilot 3: 64 op, 1563041.00 ns, 24.4225 us/op WorkloadPilot 4: 128 op, 3230042.00 ns, 25.2347 us/op WorkloadPilot 5: 256 op, 6121875.00 ns, 23.9136 us/op WorkloadPilot 6: 512 op, 12495667.00 ns, 24.4056 us/op WorkloadPilot 7: 1024 op, 24759333.00 ns, 24.1790 us/op WorkloadPilot 8: 2048 op, 49084833.00 ns, 23.9672 us/op WorkloadPilot 9: 4096 op, 100046583.00 ns, 24.4254 us/op WorkloadPilot 10: 8192 op, 158538750.00 ns, 19.3529 us/op WorkloadPilot 11: 16384 op, 119819167.00 ns, 7.3132 us/op WorkloadPilot 12: 32768 op, 223880084.00 ns, 6.8323 us/op WorkloadPilot 13: 65536 op, 447109792.00 ns, 6.8224 us/op WorkloadPilot 14: 131072 op, 922467875.00 ns, 7.0379 us/op OverheadWarmup 1: 131072 op, 273208.00 ns, 2.0844 ns/op OverheadWarmup 2: 131072 op, 267916.00 ns, 2.0440 ns/op OverheadWarmup 3: 131072 op, 262500.00 ns, 2.0027 ns/op OverheadWarmup 4: 131072 op, 265500.00 ns, 2.0256 ns/op OverheadWarmup 5: 131072 op, 274875.00 ns, 2.0971 ns/op OverheadWarmup 6: 131072 op, 259000.00 ns, 1.9760 ns/op OverheadWarmup 7: 131072 op, 263125.00 ns, 2.0075 ns/op OverheadWarmup 8: 131072 op, 265459.00 ns, 2.0253 ns/op OverheadWarmup 9: 131072 op, 270917.00 ns, 2.0669 ns/op OverheadWarmup 10: 131072 op, 262333.00 ns, 2.0014 ns/op OverheadActual 1: 131072 op, 252708.00 ns, 1.9280 ns/op OverheadActual 2: 131072 op, 252833.00 ns, 1.9290 ns/op OverheadActual 3: 131072 op, 252834.00 ns, 1.9290 ns/op OverheadActual 4: 131072 op, 253375.00 ns, 1.9331 ns/op OverheadActual 5: 131072 op, 282917.00 ns, 2.1585 ns/op OverheadActual 6: 131072 op, 277416.00 ns, 2.1165 ns/op OverheadActual 7: 131072 op, 259875.00 ns, 1.9827 ns/op OverheadActual 8: 131072 op, 256583.00 ns, 1.9576 ns/op OverheadActual 9: 131072 op, 266375.00 ns, 2.0323 ns/op OverheadActual 10: 131072 op, 252583.00 ns, 1.9271 ns/op OverheadActual 11: 131072 op, 252542.00 ns, 1.9267 ns/op OverheadActual 12: 131072 op, 278959.00 ns, 2.1283 ns/op OverheadActual 13: 131072 op, 252666.00 ns, 1.9277 ns/op OverheadActual 14: 131072 op, 263666.00 ns, 2.0116 ns/op OverheadActual 15: 131072 op, 262792.00 ns, 2.0049 ns/op WorkloadWarmup 1: 131072 op, 898500834.00 ns, 6.8550 us/op WorkloadWarmup 2: 131072 op, 890282250.00 ns, 6.7923 us/op WorkloadWarmup 3: 131072 op, 901979125.00 ns, 6.8816 us/op WorkloadWarmup 4: 131072 op, 943529583.00 ns, 7.1986 us/op WorkloadWarmup 5: 131072 op, 898562708.00 ns, 6.8555 us/op WorkloadWarmup 6: 131072 op, 891343791.00 ns, 6.8004 us/op WorkloadWarmup 7: 131072 op, 885578250.00 ns, 6.7564 us/op WorkloadWarmup 8: 131072 op, 903561458.00 ns, 6.8936 us/op WorkloadWarmup 9: 131072 op, 886014625.00 ns, 6.7598 us/op // BeforeActualRun WorkloadActual 1: 131072 op, 893122917.00 ns, 6.8140 us/op WorkloadActual 2: 131072 op, 887313458.00 ns, 6.7697 us/op WorkloadActual 3: 131072 op, 888600125.00 ns, 6.7795 us/op WorkloadActual 4: 131072 op, 888440500.00 ns, 6.7783 us/op WorkloadActual 5: 131072 op, 885947875.00 ns, 6.7592 us/op WorkloadActual 6: 131072 op, 886184459.00 ns, 6.7611 us/op WorkloadActual 7: 131072 op, 887185459.00 ns, 6.7687 us/op WorkloadActual 8: 131072 op, 888842583.00 ns, 6.7813 us/op WorkloadActual 9: 131072 op, 889390500.00 ns, 6.7855 us/op WorkloadActual 10: 131072 op, 888408875.00 ns, 6.7780 us/op WorkloadActual 11: 131072 op, 903175458.00 ns, 6.8907 us/op WorkloadActual 12: 131072 op, 888713958.00 ns, 6.7803 us/op WorkloadActual 13: 131072 op, 885346500.00 ns, 6.7547 us/op WorkloadActual 14: 131072 op, 893359458.00 ns, 6.8158 us/op WorkloadActual 15: 131072 op, 891229250.00 ns, 6.7995 us/op // AfterActualRun WorkloadResult 1: 131072 op, 892866334.00 ns, 6.8120 us/op WorkloadResult 2: 131072 op, 887056875.00 ns, 6.7677 us/op WorkloadResult 3: 131072 op, 888343542.00 ns, 6.7775 us/op WorkloadResult 4: 131072 op, 888183917.00 ns, 6.7763 us/op WorkloadResult 5: 131072 op, 885691292.00 ns, 6.7573 us/op WorkloadResult 6: 131072 op, 885927876.00 ns, 6.7591 us/op WorkloadResult 7: 131072 op, 886928876.00 ns, 6.7667 us/op WorkloadResult 8: 131072 op, 888586000.00 ns, 6.7794 us/op WorkloadResult 9: 131072 op, 889133917.00 ns, 6.7836 us/op WorkloadResult 10: 131072 op, 888152292.00 ns, 6.7761 us/op WorkloadResult 11: 131072 op, 888457375.00 ns, 6.7784 us/op WorkloadResult 12: 131072 op, 885089917.00 ns, 6.7527 us/op WorkloadResult 13: 131072 op, 893102875.00 ns, 6.8138 us/op WorkloadResult 14: 131072 op, 890972667.00 ns, 6.7976 us/op // GC: 408 10 0 3418357760 131072 // Threading: 0 0 131072 // AfterAll // Benchmark Process 82970 has exited with code 0. Mean = 6.778 μs, StdErr = 0.005 μs (0.07%), N = 14, StdDev = 0.019 μs Min = 6.753 μs, Q1 = 6.767 μs, Median = 6.777 μs, Q3 = 6.783 μs, Max = 6.814 μs IQR = 0.016 μs, LowerFence = 6.744 μs, UpperFence = 6.806 μs ConfidenceInterval = [6.757 μs; 6.799 μs] (CI 99.9%), Margin = 0.021 μs (0.31% of Mean) Skewness = 0.58, Kurtosis = 2.24, MValue = 2 // ** Remained 7 (58,3 %) benchmark(s) to run. Estimated finish 2026-04-06 9:22 (0h 1m from now) ** // ************************** // Benchmark: InvalidComplexDtoValidationBenchmarksForMinimalApis.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 127 128 --benchmarkName Benchmarks.InvalidComplexDtoValidationBenchmarksForMinimalApis.LightPortableResults --job Default --benchmarkId 5 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 94542.00 ns, 94.5420 us/op WorkloadJitting 1: 1 op, 15677083.00 ns, 15.6771 ms/op OverheadJitting 2: 16 op, 337500.00 ns, 21.0938 us/op WorkloadJitting 2: 16 op, 733000.00 ns, 45.8125 us/op WorkloadPilot 1: 16 op, 175334.00 ns, 10.9584 us/op WorkloadPilot 2: 32 op, 313625.00 ns, 9.8008 us/op WorkloadPilot 3: 64 op, 642708.00 ns, 10.0423 us/op WorkloadPilot 4: 128 op, 1198209.00 ns, 9.3610 us/op WorkloadPilot 5: 256 op, 2424541.00 ns, 9.4709 us/op WorkloadPilot 6: 512 op, 4758833.00 ns, 9.2946 us/op WorkloadPilot 7: 1024 op, 9613875.00 ns, 9.3885 us/op WorkloadPilot 8: 2048 op, 18891875.00 ns, 9.2245 us/op WorkloadPilot 9: 4096 op, 37620584.00 ns, 9.1847 us/op WorkloadPilot 10: 8192 op, 77455333.00 ns, 9.4550 us/op WorkloadPilot 11: 16384 op, 120937458.00 ns, 7.3814 us/op WorkloadPilot 12: 32768 op, 212912416.00 ns, 6.4976 us/op WorkloadPilot 13: 65536 op, 202292000.00 ns, 3.0867 us/op WorkloadPilot 14: 131072 op, 186299292.00 ns, 1.4214 us/op WorkloadPilot 15: 262144 op, 372916917.00 ns, 1.4226 us/op WorkloadPilot 16: 524288 op, 746867625.00 ns, 1.4245 us/op OverheadWarmup 1: 524288 op, 1035583.00 ns, 1.9752 ns/op OverheadWarmup 2: 524288 op, 1015834.00 ns, 1.9375 ns/op OverheadWarmup 3: 524288 op, 1086584.00 ns, 2.0725 ns/op OverheadWarmup 4: 524288 op, 1087083.00 ns, 2.0734 ns/op OverheadWarmup 5: 524288 op, 1081083.00 ns, 2.0620 ns/op OverheadWarmup 6: 524288 op, 1010042.00 ns, 1.9265 ns/op OverheadWarmup 7: 524288 op, 1078084.00 ns, 2.0563 ns/op OverheadWarmup 8: 524288 op, 1025500.00 ns, 1.9560 ns/op OverheadActual 1: 524288 op, 997125.00 ns, 1.9019 ns/op OverheadActual 2: 524288 op, 1010208.00 ns, 1.9268 ns/op OverheadActual 3: 524288 op, 1057708.00 ns, 2.0174 ns/op OverheadActual 4: 524288 op, 1031417.00 ns, 1.9673 ns/op OverheadActual 5: 524288 op, 1011208.00 ns, 1.9287 ns/op OverheadActual 6: 524288 op, 1057708.00 ns, 2.0174 ns/op OverheadActual 7: 524288 op, 1056416.00 ns, 2.0150 ns/op OverheadActual 8: 524288 op, 1029708.00 ns, 1.9640 ns/op OverheadActual 9: 524288 op, 1025291.00 ns, 1.9556 ns/op OverheadActual 10: 524288 op, 992250.00 ns, 1.8926 ns/op OverheadActual 11: 524288 op, 1033875.00 ns, 1.9720 ns/op OverheadActual 12: 524288 op, 1029834.00 ns, 1.9643 ns/op OverheadActual 13: 524288 op, 1034791.00 ns, 1.9737 ns/op OverheadActual 14: 524288 op, 1027334.00 ns, 1.9595 ns/op OverheadActual 15: 524288 op, 1068500.00 ns, 2.0380 ns/op WorkloadWarmup 1: 524288 op, 747175208.00 ns, 1.4251 us/op WorkloadWarmup 2: 524288 op, 749553792.00 ns, 1.4297 us/op WorkloadWarmup 3: 524288 op, 752994708.00 ns, 1.4362 us/op WorkloadWarmup 4: 524288 op, 746469042.00 ns, 1.4238 us/op WorkloadWarmup 5: 524288 op, 745509000.00 ns, 1.4219 us/op WorkloadWarmup 6: 524288 op, 747234542.00 ns, 1.4252 us/op WorkloadWarmup 7: 524288 op, 747113458.00 ns, 1.4250 us/op // BeforeActualRun WorkloadActual 1: 524288 op, 747033417.00 ns, 1.4249 us/op WorkloadActual 2: 524288 op, 746170459.00 ns, 1.4232 us/op WorkloadActual 3: 524288 op, 746242167.00 ns, 1.4233 us/op WorkloadActual 4: 524288 op, 746199041.00 ns, 1.4233 us/op WorkloadActual 5: 524288 op, 758375292.00 ns, 1.4465 us/op WorkloadActual 6: 524288 op, 750555000.00 ns, 1.4316 us/op WorkloadActual 7: 524288 op, 749659000.00 ns, 1.4299 us/op WorkloadActual 8: 524288 op, 746306083.00 ns, 1.4235 us/op WorkloadActual 9: 524288 op, 746885042.00 ns, 1.4246 us/op WorkloadActual 10: 524288 op, 749149083.00 ns, 1.4289 us/op WorkloadActual 11: 524288 op, 750419833.00 ns, 1.4313 us/op WorkloadActual 12: 524288 op, 745881291.00 ns, 1.4227 us/op WorkloadActual 13: 524288 op, 743983125.00 ns, 1.4190 us/op WorkloadActual 14: 524288 op, 746947750.00 ns, 1.4247 us/op WorkloadActual 15: 524288 op, 746582250.00 ns, 1.4240 us/op // AfterActualRun WorkloadResult 1: 524288 op, 746003583.00 ns, 1.4229 us/op WorkloadResult 2: 524288 op, 745140625.00 ns, 1.4212 us/op WorkloadResult 3: 524288 op, 745212333.00 ns, 1.4214 us/op WorkloadResult 4: 524288 op, 745169207.00 ns, 1.4213 us/op WorkloadResult 5: 524288 op, 749525166.00 ns, 1.4296 us/op WorkloadResult 6: 524288 op, 748629166.00 ns, 1.4279 us/op WorkloadResult 7: 524288 op, 745276249.00 ns, 1.4215 us/op WorkloadResult 8: 524288 op, 745855208.00 ns, 1.4226 us/op WorkloadResult 9: 524288 op, 748119249.00 ns, 1.4269 us/op WorkloadResult 10: 524288 op, 749389999.00 ns, 1.4293 us/op WorkloadResult 11: 524288 op, 744851457.00 ns, 1.4207 us/op WorkloadResult 12: 524288 op, 742953291.00 ns, 1.4171 us/op WorkloadResult 13: 524288 op, 745917916.00 ns, 1.4227 us/op WorkloadResult 14: 524288 op, 745552416.00 ns, 1.4220 us/op // GC: 127 0 0 1069547520 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 82987 has exited with code 0. Mean = 1.423 μs, StdErr = 0.001 μs (0.07%), N = 14, StdDev = 0.004 μs Min = 1.417 μs, Q1 = 1.421 μs, Median = 1.422 μs, Q3 = 1.426 μs, Max = 1.430 μs IQR = 0.005 μs, LowerFence = 1.414 μs, UpperFence = 1.433 μs ConfidenceInterval = [1.419 μs; 1.427 μs] (CI 99.9%), Margin = 0.004 μs (0.29% of Mean) Skewness = 0.42, Kurtosis = 2.02, MValue = 2 // ** Remained 6 (50,0 %) benchmark(s) to run. Estimated finish 2026-04-06 9:23 (0h 1m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidComplexDtoValidationBenchmarksForMinimalApis-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidComplexDtoValidationBenchmarksForMinimalApis-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidComplexDtoValidationBenchmarksForMinimalApis-report.html // * Detailed results * InvalidComplexDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 14.145 μs, StdErr = 0.014 μs (0.10%), N = 15, StdDev = 0.052 μs Min = 14.053 μs, Q1 = 14.108 μs, Median = 14.145 μs, Q3 = 14.177 μs, Max = 14.253 μs IQR = 0.069 μs, LowerFence = 14.004 μs, UpperFence = 14.281 μs ConfidenceInterval = [14.089 μs; 14.201 μs] (CI 99.9%), Margin = 0.056 μs (0.40% of Mean) Skewness = 0.32, Kurtosis = 2.27, MValue = 2 -------------------- Histogram -------------------- [14.025 μs ; 14.281 μs) | @@@@@@@@@@@@@@@ --------------------------------------------------- InvalidComplexDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 6.778 μs, StdErr = 0.005 μs (0.07%), N = 14, StdDev = 0.019 μs Min = 6.753 μs, Q1 = 6.767 μs, Median = 6.777 μs, Q3 = 6.783 μs, Max = 6.814 μs IQR = 0.016 μs, LowerFence = 6.744 μs, UpperFence = 6.806 μs ConfidenceInterval = [6.757 μs; 6.799 μs] (CI 99.9%), Margin = 0.021 μs (0.31% of Mean) Skewness = 0.58, Kurtosis = 2.24, MValue = 2 -------------------- Histogram -------------------- [6.743 μs ; 6.824 μs) | @@@@@@@@@@@@@@ --------------------------------------------------- InvalidComplexDtoValidationBenchmarksForMinimalApis.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.423 μs, StdErr = 0.001 μs (0.07%), N = 14, StdDev = 0.004 μs Min = 1.417 μs, Q1 = 1.421 μs, Median = 1.422 μs, Q3 = 1.426 μs, Max = 1.430 μs IQR = 0.005 μs, LowerFence = 1.414 μs, UpperFence = 1.433 μs ConfidenceInterval = [1.419 μs; 1.427 μs] (CI 99.9%), Margin = 0.004 μs (0.29% of Mean) Skewness = 0.42, Kurtosis = 2.02, MValue = 2 -------------------- Histogram -------------------- [1.415 μs ; 1.432 μs) | @@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |----------:|----------:|----------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 14.145 μs | 0.0560 μs | 0.0524 μs | 1.00 | 6.5308 | 0.3052 | 53.77 KB | 1.00 | | FluentValidationSingleton | 6.778 μs | 0.0210 μs | 0.0187 μs | 0.48 | 3.1128 | 0.0763 | 25.47 KB | 0.47 | | LightPortableResults | 1.423 μs | 0.0041 μs | 0.0037 μs | 0.10 | 0.2422 | - | 1.99 KB | 0.04 | // * Hints * Outliers InvalidComplexDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: Default -> 1 outlier was removed (6.89 μs) InvalidComplexDtoValidationBenchmarksForMinimalApis.LightPortableResults: Default -> 1 outlier was removed (1.45 μs) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 μs : 1 Microsecond (0.000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:51 (51.62 sec), executed benchmarks: 3 // Found 3 benchmarks: // InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient: DefaultJob // InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationSingleton: DefaultJob // InvalidComplexDtoValidationBenchmarksForMvc.LightPortableResults: DefaultJob // ************************** // Benchmark: InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 127 128 --benchmarkName Benchmarks.InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient --job Default --benchmarkId 6 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 94792.00 ns, 94.7920 us/op WorkloadJitting 1: 1 op, 14402750.00 ns, 14.4028 ms/op OverheadJitting 2: 16 op, 296625.00 ns, 18.5391 us/op WorkloadJitting 2: 16 op, 1181916.00 ns, 73.8698 us/op WorkloadPilot 1: 16 op, 819584.00 ns, 51.2240 us/op WorkloadPilot 2: 32 op, 1493958.00 ns, 46.6862 us/op WorkloadPilot 3: 64 op, 3064959.00 ns, 47.8900 us/op WorkloadPilot 4: 128 op, 6169125.00 ns, 48.1963 us/op WorkloadPilot 5: 256 op, 11461833.00 ns, 44.7728 us/op WorkloadPilot 6: 512 op, 23569834.00 ns, 46.0348 us/op WorkloadPilot 7: 1024 op, 47020208.00 ns, 45.9182 us/op WorkloadPilot 8: 2048 op, 106325083.00 ns, 51.9165 us/op WorkloadPilot 9: 4096 op, 211019750.00 ns, 51.5185 us/op WorkloadPilot 10: 8192 op, 455886000.00 ns, 55.6501 us/op WorkloadPilot 11: 16384 op, 712345958.00 ns, 43.4781 us/op OverheadWarmup 1: 16384 op, 40792.00 ns, 2.4897 ns/op OverheadWarmup 2: 16384 op, 35625.00 ns, 2.1744 ns/op OverheadWarmup 3: 16384 op, 40250.00 ns, 2.4567 ns/op OverheadWarmup 4: 16384 op, 38250.00 ns, 2.3346 ns/op OverheadWarmup 5: 16384 op, 38417.00 ns, 2.3448 ns/op OverheadWarmup 6: 16384 op, 38916.00 ns, 2.3752 ns/op OverheadWarmup 7: 16384 op, 38416.00 ns, 2.3447 ns/op OverheadActual 1: 16384 op, 39458.00 ns, 2.4083 ns/op OverheadActual 2: 16384 op, 39292.00 ns, 2.3982 ns/op OverheadActual 3: 16384 op, 39125.00 ns, 2.3880 ns/op OverheadActual 4: 16384 op, 38875.00 ns, 2.3727 ns/op OverheadActual 5: 16384 op, 38792.00 ns, 2.3677 ns/op OverheadActual 6: 16384 op, 39083.00 ns, 2.3854 ns/op OverheadActual 7: 16384 op, 38208.00 ns, 2.3320 ns/op OverheadActual 8: 16384 op, 38917.00 ns, 2.3753 ns/op OverheadActual 9: 16384 op, 39208.00 ns, 2.3931 ns/op OverheadActual 10: 16384 op, 39209.00 ns, 2.3931 ns/op OverheadActual 11: 16384 op, 38792.00 ns, 2.3677 ns/op OverheadActual 12: 16384 op, 38833.00 ns, 2.3702 ns/op OverheadActual 13: 16384 op, 38916.00 ns, 2.3752 ns/op OverheadActual 14: 16384 op, 39167.00 ns, 2.3906 ns/op OverheadActual 15: 16384 op, 39000.00 ns, 2.3804 ns/op WorkloadWarmup 1: 16384 op, 378197333.00 ns, 23.0833 us/op WorkloadWarmup 2: 16384 op, 235114000.00 ns, 14.3502 us/op WorkloadWarmup 3: 16384 op, 236136625.00 ns, 14.4126 us/op WorkloadWarmup 4: 16384 op, 236234917.00 ns, 14.4186 us/op WorkloadWarmup 5: 16384 op, 235017500.00 ns, 14.3443 us/op WorkloadWarmup 6: 16384 op, 238838292.00 ns, 14.5775 us/op WorkloadWarmup 7: 16384 op, 236299708.00 ns, 14.4226 us/op // BeforeActualRun WorkloadActual 1: 16384 op, 235981709.00 ns, 14.4032 us/op WorkloadActual 2: 16384 op, 235941042.00 ns, 14.4007 us/op WorkloadActual 3: 16384 op, 234628833.00 ns, 14.3206 us/op WorkloadActual 4: 16384 op, 234441792.00 ns, 14.3092 us/op WorkloadActual 5: 16384 op, 233557000.00 ns, 14.2552 us/op WorkloadActual 6: 16384 op, 235256416.00 ns, 14.3589 us/op WorkloadActual 7: 16384 op, 234539000.00 ns, 14.3151 us/op WorkloadActual 8: 16384 op, 235727334.00 ns, 14.3877 us/op WorkloadActual 9: 16384 op, 234171792.00 ns, 14.2927 us/op WorkloadActual 10: 16384 op, 236751292.00 ns, 14.4502 us/op WorkloadActual 11: 16384 op, 233971542.00 ns, 14.2805 us/op WorkloadActual 12: 16384 op, 250730875.00 ns, 15.3034 us/op WorkloadActual 13: 16384 op, 253364959.00 ns, 15.4642 us/op WorkloadActual 14: 16384 op, 246804459.00 ns, 15.0637 us/op WorkloadActual 15: 16384 op, 239315416.00 ns, 14.6067 us/op // AfterActualRun WorkloadResult 1: 16384 op, 235942709.00 ns, 14.4008 us/op WorkloadResult 2: 16384 op, 235902042.00 ns, 14.3983 us/op WorkloadResult 3: 16384 op, 234589833.00 ns, 14.3182 us/op WorkloadResult 4: 16384 op, 234402792.00 ns, 14.3068 us/op WorkloadResult 5: 16384 op, 233518000.00 ns, 14.2528 us/op WorkloadResult 6: 16384 op, 235217416.00 ns, 14.3565 us/op WorkloadResult 7: 16384 op, 234500000.00 ns, 14.3127 us/op WorkloadResult 8: 16384 op, 235688334.00 ns, 14.3853 us/op WorkloadResult 9: 16384 op, 234132792.00 ns, 14.2903 us/op WorkloadResult 10: 16384 op, 236712292.00 ns, 14.4478 us/op WorkloadResult 11: 16384 op, 233932542.00 ns, 14.2781 us/op WorkloadResult 12: 16384 op, 239276416.00 ns, 14.6043 us/op // GC: 109 5 0 918552576 16384 // Threading: 0 0 16384 // AfterAll // Benchmark Process 82991 has exited with code 0. Mean = 14.363 μs, StdErr = 0.028 μs (0.19%), N = 12, StdDev = 0.096 μs Min = 14.253 μs, Q1 = 14.303 μs, Median = 14.337 μs, Q3 = 14.399 μs, Max = 14.604 μs IQR = 0.096 μs, LowerFence = 14.158 μs, UpperFence = 14.543 μs ConfidenceInterval = [14.240 μs; 14.485 μs] (CI 99.9%), Margin = 0.123 μs (0.85% of Mean) Skewness = 1.15, Kurtosis = 3.67, MValue = 2 // ** Remained 5 (41,7 %) benchmark(s) to run. Estimated finish 2026-04-06 9:22 (0h 1m from now) ** // ************************** // Benchmark: InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 129 130 --benchmarkName Benchmarks.InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationSingleton --job Default --benchmarkId 7 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 105292.00 ns, 105.2920 us/op WorkloadJitting 1: 1 op, 11639208.00 ns, 11.6392 ms/op OverheadJitting 2: 16 op, 323959.00 ns, 20.2474 us/op WorkloadJitting 2: 16 op, 740875.00 ns, 46.3047 us/op WorkloadPilot 1: 16 op, 396125.00 ns, 24.7578 us/op WorkloadPilot 2: 32 op, 869708.00 ns, 27.1784 us/op WorkloadPilot 3: 64 op, 1610458.00 ns, 25.1634 us/op WorkloadPilot 4: 128 op, 3119625.00 ns, 24.3721 us/op WorkloadPilot 5: 256 op, 6401208.00 ns, 25.0047 us/op WorkloadPilot 6: 512 op, 12528375.00 ns, 24.4695 us/op WorkloadPilot 7: 1024 op, 25394167.00 ns, 24.7990 us/op WorkloadPilot 8: 2048 op, 48776875.00 ns, 23.8168 us/op WorkloadPilot 9: 4096 op, 104177584.00 ns, 25.4340 us/op WorkloadPilot 10: 8192 op, 235628667.00 ns, 28.7633 us/op WorkloadPilot 11: 16384 op, 194022875.00 ns, 11.8422 us/op WorkloadPilot 12: 32768 op, 230119291.00 ns, 7.0227 us/op WorkloadPilot 13: 65536 op, 456948667.00 ns, 6.9725 us/op WorkloadPilot 14: 131072 op, 909586583.00 ns, 6.9396 us/op OverheadWarmup 1: 131072 op, 281417.00 ns, 2.1470 ns/op OverheadWarmup 2: 131072 op, 256500.00 ns, 1.9569 ns/op OverheadWarmup 3: 131072 op, 252833.00 ns, 1.9290 ns/op OverheadWarmup 4: 131072 op, 252833.00 ns, 1.9290 ns/op OverheadWarmup 5: 131072 op, 250542.00 ns, 1.9115 ns/op OverheadWarmup 6: 131072 op, 252791.00 ns, 1.9286 ns/op OverheadWarmup 7: 131072 op, 257625.00 ns, 1.9655 ns/op OverheadWarmup 8: 131072 op, 256791.00 ns, 1.9592 ns/op OverheadActual 1: 131072 op, 268166.00 ns, 2.0459 ns/op OverheadActual 2: 131072 op, 252916.00 ns, 1.9296 ns/op OverheadActual 3: 131072 op, 252750.00 ns, 1.9283 ns/op OverheadActual 4: 131072 op, 260292.00 ns, 1.9859 ns/op OverheadActual 5: 131072 op, 252667.00 ns, 1.9277 ns/op OverheadActual 6: 131072 op, 252584.00 ns, 1.9271 ns/op OverheadActual 7: 131072 op, 254250.00 ns, 1.9398 ns/op OverheadActual 8: 131072 op, 252625.00 ns, 1.9274 ns/op OverheadActual 9: 131072 op, 272833.00 ns, 2.0816 ns/op OverheadActual 10: 131072 op, 252750.00 ns, 1.9283 ns/op OverheadActual 11: 131072 op, 252584.00 ns, 1.9271 ns/op OverheadActual 12: 131072 op, 277292.00 ns, 2.1156 ns/op OverheadActual 13: 131072 op, 263833.00 ns, 2.0129 ns/op OverheadActual 14: 131072 op, 260000.00 ns, 1.9836 ns/op OverheadActual 15: 131072 op, 259416.00 ns, 1.9792 ns/op WorkloadWarmup 1: 131072 op, 917981167.00 ns, 7.0036 us/op WorkloadWarmup 2: 131072 op, 915114584.00 ns, 6.9818 us/op WorkloadWarmup 3: 131072 op, 910404792.00 ns, 6.9458 us/op WorkloadWarmup 4: 131072 op, 909644791.00 ns, 6.9400 us/op WorkloadWarmup 5: 131072 op, 908528083.00 ns, 6.9315 us/op WorkloadWarmup 6: 131072 op, 910671958.00 ns, 6.9479 us/op WorkloadWarmup 7: 131072 op, 905624584.00 ns, 6.9094 us/op WorkloadWarmup 8: 131072 op, 907592958.00 ns, 6.9244 us/op WorkloadWarmup 9: 131072 op, 905868250.00 ns, 6.9112 us/op // BeforeActualRun WorkloadActual 1: 131072 op, 909945208.00 ns, 6.9423 us/op WorkloadActual 2: 131072 op, 903669125.00 ns, 6.8944 us/op WorkloadActual 3: 131072 op, 903856875.00 ns, 6.8959 us/op WorkloadActual 4: 131072 op, 925661542.00 ns, 7.0622 us/op WorkloadActual 5: 131072 op, 950219708.00 ns, 7.2496 us/op WorkloadActual 6: 131072 op, 913960583.00 ns, 6.9730 us/op WorkloadActual 7: 131072 op, 906131292.00 ns, 6.9132 us/op WorkloadActual 8: 131072 op, 914871916.00 ns, 6.9799 us/op WorkloadActual 9: 131072 op, 910940500.00 ns, 6.9499 us/op WorkloadActual 10: 131072 op, 917488875.00 ns, 6.9999 us/op WorkloadActual 11: 131072 op, 911143709.00 ns, 6.9515 us/op WorkloadActual 12: 131072 op, 934590292.00 ns, 7.1304 us/op WorkloadActual 13: 131072 op, 907793708.00 ns, 6.9259 us/op WorkloadActual 14: 131072 op, 909597042.00 ns, 6.9397 us/op WorkloadActual 15: 131072 op, 907901750.00 ns, 6.9267 us/op // AfterActualRun WorkloadResult 1: 131072 op, 909690958.00 ns, 6.9404 us/op WorkloadResult 2: 131072 op, 903414875.00 ns, 6.8925 us/op WorkloadResult 3: 131072 op, 903602625.00 ns, 6.8939 us/op WorkloadResult 4: 131072 op, 925407292.00 ns, 7.0603 us/op WorkloadResult 5: 131072 op, 913706333.00 ns, 6.9710 us/op WorkloadResult 6: 131072 op, 905877042.00 ns, 6.9113 us/op WorkloadResult 7: 131072 op, 914617666.00 ns, 6.9780 us/op WorkloadResult 8: 131072 op, 910686250.00 ns, 6.9480 us/op WorkloadResult 9: 131072 op, 917234625.00 ns, 6.9979 us/op WorkloadResult 10: 131072 op, 910889459.00 ns, 6.9495 us/op WorkloadResult 11: 131072 op, 907539458.00 ns, 6.9240 us/op WorkloadResult 12: 131072 op, 909342792.00 ns, 6.9377 us/op WorkloadResult 13: 131072 op, 907647500.00 ns, 6.9248 us/op // GC: 427 10 0 3574595584 131072 // Threading: 0 0 131072 // AfterAll // Benchmark Process 83013 has exited with code 0. Mean = 6.948 μs, StdErr = 0.013 μs (0.18%), N = 13, StdDev = 0.046 μs Min = 6.893 μs, Q1 = 6.924 μs, Median = 6.940 μs, Q3 = 6.971 μs, Max = 7.060 μs IQR = 0.047 μs, LowerFence = 6.853 μs, UpperFence = 7.042 μs ConfidenceInterval = [6.894 μs; 7.003 μs] (CI 99.9%), Margin = 0.055 μs (0.79% of Mean) Skewness = 0.92, Kurtosis = 3.23, MValue = 2 // ** Remained 4 (33,3 %) benchmark(s) to run. Estimated finish 2026-04-06 9:22 (0h 1m from now) ** // ************************** // Benchmark: InvalidComplexDtoValidationBenchmarksForMvc.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 129 130 --benchmarkName Benchmarks.InvalidComplexDtoValidationBenchmarksForMvc.LightPortableResults --job Default --benchmarkId 8 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 98541.00 ns, 98.5410 us/op WorkloadJitting 1: 1 op, 15872083.00 ns, 15.8721 ms/op OverheadJitting 2: 16 op, 312416.00 ns, 19.5260 us/op WorkloadJitting 2: 16 op, 739292.00 ns, 46.2058 us/op WorkloadPilot 1: 16 op, 166042.00 ns, 10.3776 us/op WorkloadPilot 2: 32 op, 311458.00 ns, 9.7331 us/op WorkloadPilot 3: 64 op, 617084.00 ns, 9.6419 us/op WorkloadPilot 4: 128 op, 1158542.00 ns, 9.0511 us/op WorkloadPilot 5: 256 op, 2319792.00 ns, 9.0617 us/op WorkloadPilot 6: 512 op, 4715292.00 ns, 9.2096 us/op WorkloadPilot 7: 1024 op, 9507125.00 ns, 9.2843 us/op WorkloadPilot 8: 2048 op, 19063709.00 ns, 9.3085 us/op WorkloadPilot 9: 4096 op, 37878625.00 ns, 9.2477 us/op WorkloadPilot 10: 8192 op, 77546167.00 ns, 9.4661 us/op WorkloadPilot 11: 16384 op, 118286500.00 ns, 7.2196 us/op WorkloadPilot 12: 32768 op, 209643500.00 ns, 6.3978 us/op WorkloadPilot 13: 65536 op, 202345542.00 ns, 3.0875 us/op WorkloadPilot 14: 131072 op, 188072958.00 ns, 1.4349 us/op WorkloadPilot 15: 262144 op, 375792209.00 ns, 1.4335 us/op WorkloadPilot 16: 524288 op, 753658666.00 ns, 1.4375 us/op OverheadWarmup 1: 524288 op, 1009166.00 ns, 1.9248 ns/op OverheadWarmup 2: 524288 op, 1026042.00 ns, 1.9570 ns/op OverheadWarmup 3: 524288 op, 1032958.00 ns, 1.9702 ns/op OverheadWarmup 4: 524288 op, 999125.00 ns, 1.9057 ns/op OverheadWarmup 5: 524288 op, 1035791.00 ns, 1.9756 ns/op OverheadWarmup 6: 524288 op, 994958.00 ns, 1.8977 ns/op OverheadActual 1: 524288 op, 961375.00 ns, 1.8337 ns/op OverheadActual 2: 524288 op, 1008542.00 ns, 1.9236 ns/op OverheadActual 3: 524288 op, 1035500.00 ns, 1.9751 ns/op OverheadActual 4: 524288 op, 1003000.00 ns, 1.9131 ns/op OverheadActual 5: 524288 op, 1003375.00 ns, 1.9138 ns/op OverheadActual 6: 524288 op, 1015792.00 ns, 1.9375 ns/op OverheadActual 7: 524288 op, 1005958.00 ns, 1.9187 ns/op OverheadActual 8: 524288 op, 1002417.00 ns, 1.9120 ns/op OverheadActual 9: 524288 op, 1004584.00 ns, 1.9161 ns/op OverheadActual 10: 524288 op, 996625.00 ns, 1.9009 ns/op OverheadActual 11: 524288 op, 1017208.00 ns, 1.9402 ns/op OverheadActual 12: 524288 op, 1003375.00 ns, 1.9138 ns/op OverheadActual 13: 524288 op, 998875.00 ns, 1.9052 ns/op OverheadActual 14: 524288 op, 1064084.00 ns, 2.0296 ns/op OverheadActual 15: 524288 op, 953000.00 ns, 1.8177 ns/op WorkloadWarmup 1: 524288 op, 755141750.00 ns, 1.4403 us/op WorkloadWarmup 2: 524288 op, 759046500.00 ns, 1.4478 us/op WorkloadWarmup 3: 524288 op, 765331917.00 ns, 1.4598 us/op WorkloadWarmup 4: 524288 op, 753508334.00 ns, 1.4372 us/op WorkloadWarmup 5: 524288 op, 753436000.00 ns, 1.4371 us/op WorkloadWarmup 6: 524288 op, 753534125.00 ns, 1.4373 us/op WorkloadWarmup 7: 524288 op, 758559917.00 ns, 1.4468 us/op WorkloadWarmup 8: 524288 op, 756944500.00 ns, 1.4438 us/op // BeforeActualRun WorkloadActual 1: 524288 op, 754263833.00 ns, 1.4386 us/op WorkloadActual 2: 524288 op, 753451584.00 ns, 1.4371 us/op WorkloadActual 3: 524288 op, 756344250.00 ns, 1.4426 us/op WorkloadActual 4: 524288 op, 753886333.00 ns, 1.4379 us/op WorkloadActual 5: 524288 op, 754896750.00 ns, 1.4399 us/op WorkloadActual 6: 524288 op, 759960000.00 ns, 1.4495 us/op WorkloadActual 7: 524288 op, 754062959.00 ns, 1.4383 us/op WorkloadActual 8: 524288 op, 752640084.00 ns, 1.4355 us/op WorkloadActual 9: 524288 op, 754078292.00 ns, 1.4383 us/op WorkloadActual 10: 524288 op, 753346375.00 ns, 1.4369 us/op WorkloadActual 11: 524288 op, 754495083.00 ns, 1.4391 us/op WorkloadActual 12: 524288 op, 753462417.00 ns, 1.4371 us/op WorkloadActual 13: 524288 op, 754723250.00 ns, 1.4395 us/op WorkloadActual 14: 524288 op, 754078708.00 ns, 1.4383 us/op WorkloadActual 15: 524288 op, 754363209.00 ns, 1.4388 us/op // AfterActualRun WorkloadResult 1: 524288 op, 753260458.00 ns, 1.4367 us/op WorkloadResult 2: 524288 op, 752448209.00 ns, 1.4352 us/op WorkloadResult 3: 524288 op, 752882958.00 ns, 1.4360 us/op WorkloadResult 4: 524288 op, 753893375.00 ns, 1.4379 us/op WorkloadResult 5: 524288 op, 753059584.00 ns, 1.4363 us/op WorkloadResult 6: 524288 op, 751636709.00 ns, 1.4336 us/op WorkloadResult 7: 524288 op, 753074917.00 ns, 1.4364 us/op WorkloadResult 8: 524288 op, 752343000.00 ns, 1.4350 us/op WorkloadResult 9: 524288 op, 753491708.00 ns, 1.4372 us/op WorkloadResult 10: 524288 op, 752459042.00 ns, 1.4352 us/op WorkloadResult 11: 524288 op, 753719875.00 ns, 1.4376 us/op WorkloadResult 12: 524288 op, 753075333.00 ns, 1.4364 us/op WorkloadResult 13: 524288 op, 753359834.00 ns, 1.4369 us/op // GC: 127 0 0 1069547520 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 83017 has exited with code 0. Mean = 1.436 μs, StdErr = 0.000 μs (0.02%), N = 13, StdDev = 0.001 μs Min = 1.434 μs, Q1 = 1.435 μs, Median = 1.436 μs, Q3 = 1.437 μs, Max = 1.438 μs IQR = 0.002 μs, LowerFence = 1.433 μs, UpperFence = 1.439 μs ConfidenceInterval = [1.435 μs; 1.438 μs] (CI 99.9%), Margin = 0.001 μs (0.10% of Mean) Skewness = -0.49, Kurtosis = 2.37, MValue = 2 // ** Remained 3 (25,0 %) benchmark(s) to run. Estimated finish 2026-04-06 9:23 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidComplexDtoValidationBenchmarksForMvc-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidComplexDtoValidationBenchmarksForMvc-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidComplexDtoValidationBenchmarksForMvc-report.html // * Detailed results * InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 14.363 μs, StdErr = 0.028 μs (0.19%), N = 12, StdDev = 0.096 μs Min = 14.253 μs, Q1 = 14.303 μs, Median = 14.337 μs, Q3 = 14.399 μs, Max = 14.604 μs IQR = 0.096 μs, LowerFence = 14.158 μs, UpperFence = 14.543 μs ConfidenceInterval = [14.240 μs; 14.485 μs] (CI 99.9%), Margin = 0.123 μs (0.85% of Mean) Skewness = 1.15, Kurtosis = 3.67, MValue = 2 -------------------- Histogram -------------------- [14.210 μs ; 14.659 μs) | @@@@@@@@@@@@ --------------------------------------------------- InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 6.948 μs, StdErr = 0.013 μs (0.18%), N = 13, StdDev = 0.046 μs Min = 6.893 μs, Q1 = 6.924 μs, Median = 6.940 μs, Q3 = 6.971 μs, Max = 7.060 μs IQR = 0.047 μs, LowerFence = 6.853 μs, UpperFence = 7.042 μs ConfidenceInterval = [6.894 μs; 7.003 μs] (CI 99.9%), Margin = 0.055 μs (0.79% of Mean) Skewness = 0.92, Kurtosis = 3.23, MValue = 2 -------------------- Histogram -------------------- [6.867 μs ; 7.086 μs) | @@@@@@@@@@@@@ --------------------------------------------------- InvalidComplexDtoValidationBenchmarksForMvc.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.436 μs, StdErr = 0.000 μs (0.02%), N = 13, StdDev = 0.001 μs Min = 1.434 μs, Q1 = 1.435 μs, Median = 1.436 μs, Q3 = 1.437 μs, Max = 1.438 μs IQR = 0.002 μs, LowerFence = 1.433 μs, UpperFence = 1.439 μs ConfidenceInterval = [1.435 μs; 1.438 μs] (CI 99.9%), Margin = 0.001 μs (0.10% of Mean) Skewness = -0.49, Kurtosis = 2.37, MValue = 2 -------------------- Histogram -------------------- [1.433 μs ; 1.439 μs) | @@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |----------:|----------:|----------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 14.363 μs | 0.1227 μs | 0.0958 μs | 1.00 | 6.6528 | 0.3052 | 54.75 KB | 1.00 | | FluentValidationSingleton | 6.948 μs | 0.0548 μs | 0.0458 μs | 0.48 | 3.2578 | 0.0763 | 26.63 KB | 0.49 | | LightPortableResults | 1.436 μs | 0.0014 μs | 0.0012 μs | 0.10 | 0.2422 | - | 1.99 KB | 0.04 | // * Hints * Outliers InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient: Default -> 3 outliers were removed (15.06 μs..15.46 μs) InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationSingleton: Default -> 2 outliers were removed (7.13 μs, 7.25 μs) InvalidComplexDtoValidationBenchmarksForMvc.LightPortableResults: Default -> 2 outliers were removed (1.44 μs, 1.45 μs) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 μs : 1 Microsecond (0.000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:52 (52.92 sec), executed benchmarks: 3 // Found 3 benchmarks: // ValidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // ValidComplexDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // ValidComplexDtoValidationBenchmarks.LightPortableResults: DefaultJob // ************************** // Benchmark: ValidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 125 126 --benchmarkName Benchmarks.ValidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient --job Default --benchmarkId 9 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 106792.00 ns, 106.7920 us/op WorkloadJitting 1: 1 op, 5946209.00 ns, 5.9462 ms/op OverheadJitting 2: 16 op, 284792.00 ns, 17.7995 us/op WorkloadJitting 2: 16 op, 816000.00 ns, 51.0000 us/op WorkloadPilot 1: 16 op, 505833.00 ns, 31.6146 us/op WorkloadPilot 2: 32 op, 1020959.00 ns, 31.9050 us/op WorkloadPilot 3: 64 op, 1955833.00 ns, 30.5599 us/op WorkloadPilot 4: 128 op, 4121375.00 ns, 32.1982 us/op WorkloadPilot 5: 256 op, 7883459.00 ns, 30.7948 us/op WorkloadPilot 6: 512 op, 15309792.00 ns, 29.9019 us/op WorkloadPilot 7: 1024 op, 30544250.00 ns, 29.8284 us/op WorkloadPilot 8: 2048 op, 61153000.00 ns, 29.8599 us/op WorkloadPilot 9: 4096 op, 142336041.00 ns, 34.7500 us/op WorkloadPilot 10: 8192 op, 308454125.00 ns, 37.6531 us/op WorkloadPilot 11: 16384 op, 495586500.00 ns, 30.2482 us/op WorkloadPilot 12: 32768 op, 527408875.00 ns, 16.0952 us/op OverheadWarmup 1: 32768 op, 73250.00 ns, 2.2354 ns/op OverheadWarmup 2: 32768 op, 70667.00 ns, 2.1566 ns/op OverheadWarmup 3: 32768 op, 70375.00 ns, 2.1477 ns/op OverheadWarmup 4: 32768 op, 68833.00 ns, 2.1006 ns/op OverheadWarmup 5: 32768 op, 66208.00 ns, 2.0205 ns/op OverheadWarmup 6: 32768 op, 70750.00 ns, 2.1591 ns/op OverheadWarmup 7: 32768 op, 69667.00 ns, 2.1261 ns/op OverheadWarmup 8: 32768 op, 73084.00 ns, 2.2303 ns/op OverheadWarmup 9: 32768 op, 72792.00 ns, 2.2214 ns/op OverheadActual 1: 32768 op, 72750.00 ns, 2.2202 ns/op OverheadActual 2: 32768 op, 72833.00 ns, 2.2227 ns/op OverheadActual 3: 32768 op, 68875.00 ns, 2.1019 ns/op OverheadActual 4: 32768 op, 68958.00 ns, 2.1044 ns/op OverheadActual 5: 32768 op, 73833.00 ns, 2.2532 ns/op OverheadActual 6: 32768 op, 72750.00 ns, 2.2202 ns/op OverheadActual 7: 32768 op, 72542.00 ns, 2.2138 ns/op OverheadActual 8: 32768 op, 72750.00 ns, 2.2202 ns/op OverheadActual 9: 32768 op, 65125.00 ns, 1.9875 ns/op OverheadActual 10: 32768 op, 65250.00 ns, 1.9913 ns/op OverheadActual 11: 32768 op, 61042.00 ns, 1.8629 ns/op OverheadActual 12: 32768 op, 65250.00 ns, 1.9913 ns/op OverheadActual 13: 32768 op, 62584.00 ns, 1.9099 ns/op OverheadActual 14: 32768 op, 65167.00 ns, 1.9887 ns/op OverheadActual 15: 32768 op, 68667.00 ns, 2.0956 ns/op OverheadActual 16: 32768 op, 72875.00 ns, 2.2240 ns/op OverheadActual 17: 32768 op, 72583.00 ns, 2.2151 ns/op OverheadActual 18: 32768 op, 72625.00 ns, 2.2163 ns/op OverheadActual 19: 32768 op, 72667.00 ns, 2.2176 ns/op OverheadActual 20: 32768 op, 72791.00 ns, 2.2214 ns/op WorkloadWarmup 1: 32768 op, 277005959.00 ns, 8.4536 us/op WorkloadWarmup 2: 32768 op, 277349125.00 ns, 8.4640 us/op WorkloadWarmup 3: 32768 op, 276714625.00 ns, 8.4447 us/op WorkloadWarmup 4: 32768 op, 275488667.00 ns, 8.4072 us/op WorkloadWarmup 5: 32768 op, 274920917.00 ns, 8.3899 us/op WorkloadWarmup 6: 32768 op, 276874875.00 ns, 8.4496 us/op WorkloadWarmup 7: 32768 op, 274772666.00 ns, 8.3854 us/op // BeforeActualRun WorkloadActual 1: 32768 op, 275339958.00 ns, 8.4027 us/op WorkloadActual 2: 32768 op, 276494000.00 ns, 8.4379 us/op WorkloadActual 3: 32768 op, 273619042.00 ns, 8.3502 us/op WorkloadActual 4: 32768 op, 275691334.00 ns, 8.4134 us/op WorkloadActual 5: 32768 op, 274804375.00 ns, 8.3864 us/op WorkloadActual 6: 32768 op, 274793541.00 ns, 8.3860 us/op WorkloadActual 7: 32768 op, 274404500.00 ns, 8.3742 us/op WorkloadActual 8: 32768 op, 280441333.00 ns, 8.5584 us/op WorkloadActual 9: 32768 op, 275492125.00 ns, 8.4074 us/op WorkloadActual 10: 32768 op, 291106667.00 ns, 8.8839 us/op WorkloadActual 11: 32768 op, 277158333.00 ns, 8.4582 us/op WorkloadActual 12: 32768 op, 273276583.00 ns, 8.3397 us/op WorkloadActual 13: 32768 op, 278962417.00 ns, 8.5133 us/op WorkloadActual 14: 32768 op, 274758292.00 ns, 8.3850 us/op WorkloadActual 15: 32768 op, 274874292.00 ns, 8.3885 us/op // AfterActualRun WorkloadResult 1: 32768 op, 275267395.50 ns, 8.4005 us/op WorkloadResult 2: 32768 op, 276421437.50 ns, 8.4357 us/op WorkloadResult 3: 32768 op, 273546479.50 ns, 8.3480 us/op WorkloadResult 4: 32768 op, 275618771.50 ns, 8.4112 us/op WorkloadResult 5: 32768 op, 274731812.50 ns, 8.3841 us/op WorkloadResult 6: 32768 op, 274720978.50 ns, 8.3838 us/op WorkloadResult 7: 32768 op, 274331937.50 ns, 8.3719 us/op WorkloadResult 8: 32768 op, 275419562.50 ns, 8.4051 us/op WorkloadResult 9: 32768 op, 277085770.50 ns, 8.4560 us/op WorkloadResult 10: 32768 op, 273204020.50 ns, 8.3375 us/op WorkloadResult 11: 32768 op, 278889854.50 ns, 8.5110 us/op WorkloadResult 12: 32768 op, 274685729.50 ns, 8.3827 us/op WorkloadResult 13: 32768 op, 274801729.50 ns, 8.3863 us/op // GC: 138 5 0 1157890048 32768 // Threading: 0 0 32768 // AfterAll // Benchmark Process 83029 has exited with code 0. Mean = 8.401 μs, StdErr = 0.013 μs (0.15%), N = 13, StdDev = 0.046 μs Min = 8.338 μs, Q1 = 8.383 μs, Median = 8.386 μs, Q3 = 8.411 μs, Max = 8.511 μs IQR = 0.028 μs, LowerFence = 8.340 μs, UpperFence = 8.454 μs ConfidenceInterval = [8.346 μs; 8.456 μs] (CI 99.9%), Margin = 0.055 μs (0.65% of Mean) Skewness = 0.87, Kurtosis = 3.16, MValue = 2 // ** Remained 2 (16,7 %) benchmark(s) to run. Estimated finish 2026-04-06 9:22 (0h 0m from now) ** // ************************** // Benchmark: ValidComplexDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 125 126 --benchmarkName Benchmarks.ValidComplexDtoValidationBenchmarks.FluentValidationSingleton --job Default --benchmarkId 10 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 94667.00 ns, 94.6670 us/op WorkloadJitting 1: 1 op, 5743167.00 ns, 5.7432 ms/op OverheadJitting 2: 16 op, 289458.00 ns, 18.0911 us/op WorkloadJitting 2: 16 op, 476333.00 ns, 29.7708 us/op WorkloadPilot 1: 16 op, 148792.00 ns, 9.2995 us/op WorkloadPilot 2: 32 op, 269708.00 ns, 8.4284 us/op WorkloadPilot 3: 64 op, 519042.00 ns, 8.1100 us/op WorkloadPilot 4: 128 op, 1053333.00 ns, 8.2292 us/op WorkloadPilot 5: 256 op, 2004041.00 ns, 7.8283 us/op WorkloadPilot 6: 512 op, 4100166.00 ns, 8.0081 us/op WorkloadPilot 7: 1024 op, 8426625.00 ns, 8.2291 us/op WorkloadPilot 8: 2048 op, 16612083.00 ns, 8.1114 us/op WorkloadPilot 9: 4096 op, 32656833.00 ns, 7.9729 us/op WorkloadPilot 10: 8192 op, 63983417.00 ns, 7.8105 us/op WorkloadPilot 11: 16384 op, 74263041.00 ns, 4.5327 us/op WorkloadPilot 12: 32768 op, 55635875.00 ns, 1.6979 us/op WorkloadPilot 13: 65536 op, 110431500.00 ns, 1.6851 us/op WorkloadPilot 14: 131072 op, 222167500.00 ns, 1.6950 us/op WorkloadPilot 15: 262144 op, 440811500.00 ns, 1.6816 us/op WorkloadPilot 16: 524288 op, 881907500.00 ns, 1.6821 us/op OverheadWarmup 1: 524288 op, 1103083.00 ns, 2.1040 ns/op OverheadWarmup 2: 524288 op, 1049417.00 ns, 2.0016 ns/op OverheadWarmup 3: 524288 op, 1029959.00 ns, 1.9645 ns/op OverheadWarmup 4: 524288 op, 1059333.00 ns, 2.0205 ns/op OverheadWarmup 5: 524288 op, 1091000.00 ns, 2.0809 ns/op OverheadWarmup 6: 524288 op, 1038708.00 ns, 1.9812 ns/op OverheadWarmup 7: 524288 op, 1031541.00 ns, 1.9675 ns/op OverheadWarmup 8: 524288 op, 1031459.00 ns, 1.9674 ns/op OverheadWarmup 9: 524288 op, 1050000.00 ns, 2.0027 ns/op OverheadWarmup 10: 524288 op, 1096084.00 ns, 2.0906 ns/op OverheadActual 1: 524288 op, 1081375.00 ns, 2.0626 ns/op OverheadActual 2: 524288 op, 1052583.00 ns, 2.0076 ns/op OverheadActual 3: 524288 op, 1010958.00 ns, 1.9282 ns/op OverheadActual 4: 524288 op, 1003166.00 ns, 1.9134 ns/op OverheadActual 5: 524288 op, 1044084.00 ns, 1.9914 ns/op OverheadActual 6: 524288 op, 1049042.00 ns, 2.0009 ns/op OverheadActual 7: 524288 op, 1054916.00 ns, 2.0121 ns/op OverheadActual 8: 524288 op, 1038917.00 ns, 1.9816 ns/op OverheadActual 9: 524288 op, 1032500.00 ns, 1.9693 ns/op OverheadActual 10: 524288 op, 1027625.00 ns, 1.9600 ns/op OverheadActual 11: 524288 op, 1025458.00 ns, 1.9559 ns/op OverheadActual 12: 524288 op, 1070708.00 ns, 2.0422 ns/op OverheadActual 13: 524288 op, 1027042.00 ns, 1.9589 ns/op OverheadActual 14: 524288 op, 1068542.00 ns, 2.0381 ns/op OverheadActual 15: 524288 op, 1017542.00 ns, 1.9408 ns/op WorkloadWarmup 1: 524288 op, 885576625.00 ns, 1.6891 us/op WorkloadWarmup 2: 524288 op, 880832292.00 ns, 1.6801 us/op WorkloadWarmup 3: 524288 op, 878748625.00 ns, 1.6761 us/op WorkloadWarmup 4: 524288 op, 904893292.00 ns, 1.7259 us/op WorkloadWarmup 5: 524288 op, 919822417.00 ns, 1.7544 us/op WorkloadWarmup 6: 524288 op, 879979625.00 ns, 1.6784 us/op WorkloadWarmup 7: 524288 op, 876445417.00 ns, 1.6717 us/op WorkloadWarmup 8: 524288 op, 880203375.00 ns, 1.6789 us/op WorkloadWarmup 9: 524288 op, 877445167.00 ns, 1.6736 us/op // BeforeActualRun WorkloadActual 1: 524288 op, 883965916.00 ns, 1.6860 us/op WorkloadActual 2: 524288 op, 877474083.00 ns, 1.6736 us/op WorkloadActual 3: 524288 op, 880460875.00 ns, 1.6793 us/op WorkloadActual 4: 524288 op, 876898708.00 ns, 1.6726 us/op WorkloadActual 5: 524288 op, 880983083.00 ns, 1.6803 us/op WorkloadActual 6: 524288 op, 880172167.00 ns, 1.6788 us/op WorkloadActual 7: 524288 op, 881954792.00 ns, 1.6822 us/op WorkloadActual 8: 524288 op, 876364167.00 ns, 1.6715 us/op WorkloadActual 9: 524288 op, 878583792.00 ns, 1.6758 us/op WorkloadActual 10: 524288 op, 878329750.00 ns, 1.6753 us/op WorkloadActual 11: 524288 op, 880232333.00 ns, 1.6789 us/op WorkloadActual 12: 524288 op, 877390000.00 ns, 1.6735 us/op WorkloadActual 13: 524288 op, 883384750.00 ns, 1.6849 us/op WorkloadActual 14: 524288 op, 877030917.00 ns, 1.6728 us/op WorkloadActual 15: 524288 op, 870844667.00 ns, 1.6610 us/op // AfterActualRun WorkloadResult 1: 524288 op, 882926999.00 ns, 1.6840 us/op WorkloadResult 2: 524288 op, 876435166.00 ns, 1.6717 us/op WorkloadResult 3: 524288 op, 879421958.00 ns, 1.6774 us/op WorkloadResult 4: 524288 op, 875859791.00 ns, 1.6706 us/op WorkloadResult 5: 524288 op, 879944166.00 ns, 1.6784 us/op WorkloadResult 6: 524288 op, 879133250.00 ns, 1.6768 us/op WorkloadResult 7: 524288 op, 880915875.00 ns, 1.6802 us/op WorkloadResult 8: 524288 op, 875325250.00 ns, 1.6696 us/op WorkloadResult 9: 524288 op, 877544875.00 ns, 1.6738 us/op WorkloadResult 10: 524288 op, 877290833.00 ns, 1.6733 us/op WorkloadResult 11: 524288 op, 879193416.00 ns, 1.6769 us/op WorkloadResult 12: 524288 op, 876351083.00 ns, 1.6715 us/op WorkloadResult 13: 524288 op, 882345833.00 ns, 1.6829 us/op WorkloadResult 14: 524288 op, 875992000.00 ns, 1.6708 us/op WorkloadResult 15: 524288 op, 869805750.00 ns, 1.6590 us/op // GC: 370 1 0 3099590656 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 83039 has exited with code 0. Mean = 1.674 μs, StdErr = 0.002 μs (0.10%), N = 15, StdDev = 0.006 μs Min = 1.659 μs, Q1 = 1.671 μs, Median = 1.674 μs, Q3 = 1.678 μs, Max = 1.684 μs IQR = 0.007 μs, LowerFence = 1.661 μs, UpperFence = 1.688 μs ConfidenceInterval = [1.668 μs; 1.681 μs] (CI 99.9%), Margin = 0.007 μs (0.40% of Mean) Skewness = -0.6, Kurtosis = 3.25, MValue = 2 // ** Remained 1 (8,3 %) benchmark(s) to run. Estimated finish 2026-04-06 9:22 (0h 0m from now) ** // ************************** // Benchmark: ValidComplexDtoValidationBenchmarks.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 125 126 --benchmarkName Benchmarks.ValidComplexDtoValidationBenchmarks.LightPortableResults --job Default --benchmarkId 11 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 79500.00 ns, 79.5000 us/op WorkloadJitting 1: 1 op, 4386125.00 ns, 4.3861 ms/op OverheadJitting 2: 16 op, 149500.00 ns, 9.3438 us/op WorkloadJitting 2: 16 op, 195166.00 ns, 12.1979 us/op WorkloadPilot 1: 16 op, 85042.00 ns, 5.3151 us/op WorkloadPilot 2: 32 op, 133625.00 ns, 4.1758 us/op WorkloadPilot 3: 64 op, 284166.00 ns, 4.4401 us/op WorkloadPilot 4: 128 op, 524083.00 ns, 4.0944 us/op WorkloadPilot 5: 256 op, 960584.00 ns, 3.7523 us/op WorkloadPilot 6: 512 op, 1998000.00 ns, 3.9023 us/op WorkloadPilot 7: 1024 op, 4050250.00 ns, 3.9553 us/op WorkloadPilot 8: 2048 op, 8335333.00 ns, 4.0700 us/op WorkloadPilot 9: 4096 op, 16612500.00 ns, 4.0558 us/op WorkloadPilot 10: 8192 op, 32535458.00 ns, 3.9716 us/op WorkloadPilot 11: 16384 op, 65164583.00 ns, 3.9773 us/op WorkloadPilot 12: 32768 op, 95662792.00 ns, 2.9194 us/op WorkloadPilot 13: 65536 op, 154111625.00 ns, 2.3516 us/op WorkloadPilot 14: 131072 op, 96122541.00 ns, 733.3568 ns/op WorkloadPilot 15: 262144 op, 180687666.00 ns, 689.2687 ns/op WorkloadPilot 16: 524288 op, 360567750.00 ns, 687.7284 ns/op WorkloadPilot 17: 1048576 op, 699349375.00 ns, 666.9515 ns/op OverheadWarmup 1: 1048576 op, 2052334.00 ns, 1.9573 ns/op OverheadWarmup 2: 1048576 op, 2065917.00 ns, 1.9702 ns/op OverheadWarmup 3: 1048576 op, 2009334.00 ns, 1.9163 ns/op OverheadWarmup 4: 1048576 op, 2056875.00 ns, 1.9616 ns/op OverheadWarmup 5: 1048576 op, 2035208.00 ns, 1.9409 ns/op OverheadActual 1: 1048576 op, 2008750.00 ns, 1.9157 ns/op OverheadActual 2: 1048576 op, 2102792.00 ns, 2.0054 ns/op OverheadActual 3: 1048576 op, 2102042.00 ns, 2.0047 ns/op OverheadActual 4: 1048576 op, 1994917.00 ns, 1.9025 ns/op OverheadActual 5: 1048576 op, 2011709.00 ns, 1.9185 ns/op OverheadActual 6: 1048576 op, 1966584.00 ns, 1.8755 ns/op OverheadActual 7: 1048576 op, 2018959.00 ns, 1.9254 ns/op OverheadActual 8: 1048576 op, 2088959.00 ns, 1.9922 ns/op OverheadActual 9: 1048576 op, 1982042.00 ns, 1.8902 ns/op OverheadActual 10: 1048576 op, 2043291.00 ns, 1.9486 ns/op OverheadActual 11: 1048576 op, 2110667.00 ns, 2.0129 ns/op OverheadActual 12: 1048576 op, 2059583.00 ns, 1.9642 ns/op OverheadActual 13: 1048576 op, 2077417.00 ns, 1.9812 ns/op OverheadActual 14: 1048576 op, 1986459.00 ns, 1.8944 ns/op OverheadActual 15: 1048576 op, 2046709.00 ns, 1.9519 ns/op WorkloadWarmup 1: 1048576 op, 699575584.00 ns, 667.1673 ns/op WorkloadWarmup 2: 1048576 op, 702220959.00 ns, 669.6901 ns/op WorkloadWarmup 3: 1048576 op, 703244500.00 ns, 670.6662 ns/op WorkloadWarmup 4: 1048576 op, 704343708.00 ns, 671.7145 ns/op WorkloadWarmup 5: 1048576 op, 702899875.00 ns, 670.3376 ns/op WorkloadWarmup 6: 1048576 op, 701302625.00 ns, 668.8143 ns/op WorkloadWarmup 7: 1048576 op, 701444875.00 ns, 668.9500 ns/op WorkloadWarmup 8: 1048576 op, 703113750.00 ns, 670.5415 ns/op WorkloadWarmup 9: 1048576 op, 702484208.00 ns, 669.9411 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 699452541.00 ns, 667.0499 ns/op WorkloadActual 2: 1048576 op, 700782875.00 ns, 668.3186 ns/op WorkloadActual 3: 1048576 op, 699699167.00 ns, 667.2851 ns/op WorkloadActual 4: 1048576 op, 695515458.00 ns, 663.2952 ns/op WorkloadActual 5: 1048576 op, 711895583.00 ns, 678.9165 ns/op WorkloadActual 6: 1048576 op, 705316083.00 ns, 672.6418 ns/op WorkloadActual 7: 1048576 op, 700980416.00 ns, 668.5070 ns/op WorkloadActual 8: 1048576 op, 701522500.00 ns, 669.0240 ns/op WorkloadActual 9: 1048576 op, 700535625.00 ns, 668.0828 ns/op WorkloadActual 10: 1048576 op, 705764584.00 ns, 673.0696 ns/op WorkloadActual 11: 1048576 op, 703455375.00 ns, 670.8673 ns/op WorkloadActual 12: 1048576 op, 698622625.00 ns, 666.2585 ns/op WorkloadActual 13: 1048576 op, 703552167.00 ns, 670.9596 ns/op WorkloadActual 14: 1048576 op, 702213584.00 ns, 669.6831 ns/op WorkloadActual 15: 1048576 op, 698141667.00 ns, 665.7998 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 697409250.00 ns, 665.1013 ns/op WorkloadResult 2: 1048576 op, 698739584.00 ns, 666.3700 ns/op WorkloadResult 3: 1048576 op, 697655876.00 ns, 665.3365 ns/op WorkloadResult 4: 1048576 op, 693472167.00 ns, 661.3466 ns/op WorkloadResult 5: 1048576 op, 703272792.00 ns, 670.6932 ns/op WorkloadResult 6: 1048576 op, 698937125.00 ns, 666.5584 ns/op WorkloadResult 7: 1048576 op, 699479209.00 ns, 667.0754 ns/op WorkloadResult 8: 1048576 op, 698492334.00 ns, 666.1342 ns/op WorkloadResult 9: 1048576 op, 703721293.00 ns, 671.1209 ns/op WorkloadResult 10: 1048576 op, 701412084.00 ns, 668.9187 ns/op WorkloadResult 11: 1048576 op, 696579334.00 ns, 664.3098 ns/op WorkloadResult 12: 1048576 op, 701508876.00 ns, 669.0110 ns/op WorkloadResult 13: 1048576 op, 700170293.00 ns, 667.7344 ns/op WorkloadResult 14: 1048576 op, 696098376.00 ns, 663.8511 ns/op // GC: 139 0 0 1166016512 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 83057 has exited with code 0. Mean = 666.683 ns, StdErr = 0.720 ns (0.11%), N = 14, StdDev = 2.693 ns Min = 661.347 ns, Q1 = 665.160 ns, Median = 666.464 ns, Q3 = 668.623 ns, Max = 671.121 ns IQR = 3.463 ns, LowerFence = 659.966 ns, UpperFence = 673.816 ns ConfidenceInterval = [663.645 ns; 669.721 ns] (CI 99.9%), Margin = 3.038 ns (0.46% of Mean) Skewness = -0.06, Kurtosis = 2.2, MValue = 2 // ** Remained 0 (0,0 %) benchmark(s) to run. Estimated finish 2026-04-06 9:23 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.ValidComplexDtoValidationBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.ValidComplexDtoValidationBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.ValidComplexDtoValidationBenchmarks-report.html // * Detailed results * ValidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 8.401 μs, StdErr = 0.013 μs (0.15%), N = 13, StdDev = 0.046 μs Min = 8.338 μs, Q1 = 8.383 μs, Median = 8.386 μs, Q3 = 8.411 μs, Max = 8.511 μs IQR = 0.028 μs, LowerFence = 8.340 μs, UpperFence = 8.454 μs ConfidenceInterval = [8.346 μs; 8.456 μs] (CI 99.9%), Margin = 0.055 μs (0.65% of Mean) Skewness = 0.87, Kurtosis = 3.16, MValue = 2 -------------------- Histogram -------------------- [8.312 μs ; 8.537 μs) | @@@@@@@@@@@@@ --------------------------------------------------- ValidComplexDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.674 μs, StdErr = 0.002 μs (0.10%), N = 15, StdDev = 0.006 μs Min = 1.659 μs, Q1 = 1.671 μs, Median = 1.674 μs, Q3 = 1.678 μs, Max = 1.684 μs IQR = 0.007 μs, LowerFence = 1.661 μs, UpperFence = 1.688 μs ConfidenceInterval = [1.668 μs; 1.681 μs] (CI 99.9%), Margin = 0.007 μs (0.40% of Mean) Skewness = -0.6, Kurtosis = 3.25, MValue = 2 -------------------- Histogram -------------------- [1.656 μs ; 1.687 μs) | @@@@@@@@@@@@@@@ --------------------------------------------------- ValidComplexDtoValidationBenchmarks.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 666.683 ns, StdErr = 0.720 ns (0.11%), N = 14, StdDev = 2.693 ns Min = 661.347 ns, Q1 = 665.160 ns, Median = 666.464 ns, Q3 = 668.623 ns, Max = 671.121 ns IQR = 3.463 ns, LowerFence = 659.966 ns, UpperFence = 673.816 ns ConfidenceInterval = [663.645 ns; 669.721 ns] (CI 99.9%), Margin = 3.038 ns (0.46% of Mean) Skewness = -0.06, Kurtosis = 2.2, MValue = 2 -------------------- Histogram -------------------- [659.880 ns ; 672.588 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |-----------:|---------:|---------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 8,401.1 ns | 54.96 ns | 45.89 ns | 1.00 | 4.2114 | 0.1526 | 34.51 KB | 1.00 | | FluentValidationSingleton | 1,674.5 ns | 6.65 ns | 6.22 ns | 0.20 | 0.7057 | 0.0019 | 5.77 KB | 0.17 | | LightPortableResults | 666.7 ns | 3.04 ns | 2.69 ns | 0.08 | 0.1326 | - | 1.09 KB | 0.03 | // * Hints * Outliers ValidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient: Default -> 2 outliers were removed (8.56 μs, 8.88 μs) ValidComplexDtoValidationBenchmarks.FluentValidationSingleton: Default -> 1 outlier was detected (1.66 μs) ValidComplexDtoValidationBenchmarks.LightPortableResults: Default -> 1 outlier was removed (678.92 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:51 (51.74 sec), executed benchmarks: 3 Global total time: 00:03:36 (216.11 sec), executed benchmarks: 12 // * Artifacts cleanup * Artifacts cleanup is finished BenchmarkRun-20260406-152523.log000066400000000000000000005671361516707642500335340ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 24 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 0.87 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 6.73 sec and exited with 0 // ***** Done, took 00:00:07 (7.65 sec) ***** // Found 3 benchmarks: // InvalidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // InvalidComplexDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // InvalidComplexDtoValidationBenchmarks.LightPortableResults: DefaultJob // ************************** // Benchmark: InvalidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 127 128 --benchmarkName Benchmarks.InvalidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient --job Default --benchmarkId 0 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 90375.00 ns, 90.3750 us/op WorkloadJitting 1: 1 op, 10456291.00 ns, 10.4563 ms/op OverheadJitting 2: 16 op, 349792.00 ns, 21.8620 us/op WorkloadJitting 2: 16 op, 1162417.00 ns, 72.6511 us/op WorkloadPilot 1: 16 op, 677292.00 ns, 42.3308 us/op WorkloadPilot 2: 32 op, 1502417.00 ns, 46.9505 us/op WorkloadPilot 3: 64 op, 2862250.00 ns, 44.7227 us/op WorkloadPilot 4: 128 op, 5496750.00 ns, 42.9434 us/op WorkloadPilot 5: 256 op, 11191000.00 ns, 43.7148 us/op WorkloadPilot 6: 512 op, 22335667.00 ns, 43.6243 us/op WorkloadPilot 7: 1024 op, 43987458.00 ns, 42.9565 us/op WorkloadPilot 8: 2048 op, 96656792.00 ns, 47.1957 us/op WorkloadPilot 9: 4096 op, 206678834.00 ns, 50.4587 us/op WorkloadPilot 10: 8192 op, 424265333.00 ns, 51.7902 us/op WorkloadPilot 11: 16384 op, 553576334.00 ns, 33.7876 us/op OverheadWarmup 1: 16384 op, 40375.00 ns, 2.4643 ns/op OverheadWarmup 2: 16384 op, 39583.00 ns, 2.4160 ns/op OverheadWarmup 3: 16384 op, 32167.00 ns, 1.9633 ns/op OverheadWarmup 4: 16384 op, 39708.00 ns, 2.4236 ns/op OverheadWarmup 5: 16384 op, 39625.00 ns, 2.4185 ns/op OverheadWarmup 6: 16384 op, 39375.00 ns, 2.4033 ns/op OverheadWarmup 7: 16384 op, 39333.00 ns, 2.4007 ns/op OverheadWarmup 8: 16384 op, 39459.00 ns, 2.4084 ns/op OverheadWarmup 9: 16384 op, 40583.00 ns, 2.4770 ns/op OverheadWarmup 10: 16384 op, 39209.00 ns, 2.3931 ns/op OverheadActual 1: 16384 op, 39375.00 ns, 2.4033 ns/op OverheadActual 2: 16384 op, 49958.00 ns, 3.0492 ns/op OverheadActual 3: 16384 op, 39500.00 ns, 2.4109 ns/op OverheadActual 4: 16384 op, 35333.00 ns, 2.1566 ns/op OverheadActual 5: 16384 op, 38167.00 ns, 2.3295 ns/op OverheadActual 6: 16384 op, 38125.00 ns, 2.3270 ns/op OverheadActual 7: 16384 op, 38750.00 ns, 2.3651 ns/op OverheadActual 8: 16384 op, 39083.00 ns, 2.3854 ns/op OverheadActual 9: 16384 op, 38834.00 ns, 2.3702 ns/op OverheadActual 10: 16384 op, 36625.00 ns, 2.2354 ns/op OverheadActual 11: 16384 op, 37041.00 ns, 2.2608 ns/op OverheadActual 12: 16384 op, 36625.00 ns, 2.2354 ns/op OverheadActual 13: 16384 op, 39542.00 ns, 2.4135 ns/op OverheadActual 14: 16384 op, 39584.00 ns, 2.4160 ns/op OverheadActual 15: 16384 op, 39959.00 ns, 2.4389 ns/op WorkloadWarmup 1: 16384 op, 421529458.00 ns, 25.7281 us/op WorkloadWarmup 2: 16384 op, 217156458.00 ns, 13.2542 us/op WorkloadWarmup 3: 16384 op, 215526333.00 ns, 13.1547 us/op WorkloadWarmup 4: 16384 op, 214534125.00 ns, 13.0941 us/op WorkloadWarmup 5: 16384 op, 214736708.00 ns, 13.1065 us/op WorkloadWarmup 6: 16384 op, 215279209.00 ns, 13.1396 us/op WorkloadWarmup 7: 16384 op, 216926875.00 ns, 13.2402 us/op WorkloadWarmup 8: 16384 op, 214709625.00 ns, 13.1048 us/op WorkloadWarmup 9: 16384 op, 214482375.00 ns, 13.0910 us/op WorkloadWarmup 10: 16384 op, 216360917.00 ns, 13.2056 us/op WorkloadWarmup 11: 16384 op, 214804500.00 ns, 13.1106 us/op // BeforeActualRun WorkloadActual 1: 16384 op, 233711625.00 ns, 14.2646 us/op WorkloadActual 2: 16384 op, 235153125.00 ns, 14.3526 us/op WorkloadActual 3: 16384 op, 236092375.00 ns, 14.4099 us/op WorkloadActual 4: 16384 op, 234285375.00 ns, 14.2996 us/op WorkloadActual 5: 16384 op, 223898541.00 ns, 13.6657 us/op WorkloadActual 6: 16384 op, 215246083.00 ns, 13.1376 us/op WorkloadActual 7: 16384 op, 214742709.00 ns, 13.1069 us/op WorkloadActual 8: 16384 op, 215546458.00 ns, 13.1559 us/op WorkloadActual 9: 16384 op, 215313709.00 ns, 13.1417 us/op WorkloadActual 10: 16384 op, 215776333.00 ns, 13.1699 us/op WorkloadActual 11: 16384 op, 214840333.00 ns, 13.1128 us/op WorkloadActual 12: 16384 op, 215667792.00 ns, 13.1633 us/op WorkloadActual 13: 16384 op, 222828833.00 ns, 13.6004 us/op WorkloadActual 14: 16384 op, 219880000.00 ns, 13.4204 us/op WorkloadActual 15: 16384 op, 221908584.00 ns, 13.5442 us/op WorkloadActual 16: 16384 op, 214520208.00 ns, 13.0933 us/op WorkloadActual 17: 16384 op, 216513250.00 ns, 13.2149 us/op WorkloadActual 18: 16384 op, 214163542.00 ns, 13.0715 us/op WorkloadActual 19: 16384 op, 215661333.00 ns, 13.1629 us/op WorkloadActual 20: 16384 op, 214233167.00 ns, 13.0758 us/op WorkloadActual 21: 16384 op, 214746042.00 ns, 13.1071 us/op WorkloadActual 22: 16384 op, 214714625.00 ns, 13.1051 us/op WorkloadActual 23: 16384 op, 215153125.00 ns, 13.1319 us/op // AfterActualRun WorkloadResult 1: 16384 op, 233672791.00 ns, 14.2623 us/op WorkloadResult 2: 16384 op, 223859707.00 ns, 13.6633 us/op WorkloadResult 3: 16384 op, 215207249.00 ns, 13.1352 us/op WorkloadResult 4: 16384 op, 214703875.00 ns, 13.1045 us/op WorkloadResult 5: 16384 op, 215507624.00 ns, 13.1535 us/op WorkloadResult 6: 16384 op, 215274875.00 ns, 13.1393 us/op WorkloadResult 7: 16384 op, 215737499.00 ns, 13.1676 us/op WorkloadResult 8: 16384 op, 214801499.00 ns, 13.1104 us/op WorkloadResult 9: 16384 op, 215628958.00 ns, 13.1609 us/op WorkloadResult 10: 16384 op, 222789999.00 ns, 13.5980 us/op WorkloadResult 11: 16384 op, 219841166.00 ns, 13.4180 us/op WorkloadResult 12: 16384 op, 221869750.00 ns, 13.5419 us/op WorkloadResult 13: 16384 op, 214481374.00 ns, 13.0909 us/op WorkloadResult 14: 16384 op, 216474416.00 ns, 13.2125 us/op WorkloadResult 15: 16384 op, 214124708.00 ns, 13.0691 us/op WorkloadResult 16: 16384 op, 215622499.00 ns, 13.1606 us/op WorkloadResult 17: 16384 op, 214194333.00 ns, 13.0734 us/op WorkloadResult 18: 16384 op, 214707208.00 ns, 13.1047 us/op WorkloadResult 19: 16384 op, 214675791.00 ns, 13.1028 us/op WorkloadResult 20: 16384 op, 215114291.00 ns, 13.1295 us/op // GC: 100 4 0 842530816 16384 // Threading: 0 0 16384 // AfterAll // Benchmark Process 29240 has exited with code 0. Mean = 13.270 μs, StdErr = 0.066 μs (0.50%), N = 20, StdDev = 0.296 μs Min = 13.069 μs, Q1 = 13.105 μs, Median = 13.146 μs, Q3 = 13.264 μs, Max = 14.262 μs IQR = 0.159 μs, LowerFence = 12.866 μs, UpperFence = 13.503 μs ConfidenceInterval = [13.013 μs; 13.527 μs] (CI 99.9%), Margin = 0.257 μs (1.94% of Mean) Skewness = 2.01, Kurtosis = 6.62, MValue = 2 // ** Remained 23 (95,8 %) benchmark(s) to run. Estimated finish 2026-04-06 15:29 (0h 3m from now) ** // ************************** // Benchmark: InvalidComplexDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 127 128 --benchmarkName Benchmarks.InvalidComplexDtoValidationBenchmarks.FluentValidationSingleton --job Default --benchmarkId 1 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 92000.00 ns, 92.0000 us/op WorkloadJitting 1: 1 op, 10889583.00 ns, 10.8896 ms/op OverheadJitting 2: 16 op, 325541.00 ns, 20.3463 us/op WorkloadJitting 2: 16 op, 684167.00 ns, 42.7604 us/op WorkloadPilot 1: 16 op, 355458.00 ns, 22.2161 us/op WorkloadPilot 2: 32 op, 722250.00 ns, 22.5703 us/op WorkloadPilot 3: 64 op, 1487875.00 ns, 23.2480 us/op WorkloadPilot 4: 128 op, 2822583.00 ns, 22.0514 us/op WorkloadPilot 5: 256 op, 5702791.00 ns, 22.2765 us/op WorkloadPilot 6: 512 op, 11402084.00 ns, 22.2697 us/op WorkloadPilot 7: 1024 op, 22376208.00 ns, 21.8518 us/op WorkloadPilot 8: 2048 op, 44997000.00 ns, 21.9712 us/op WorkloadPilot 9: 4096 op, 98929083.00 ns, 24.1526 us/op WorkloadPilot 10: 8192 op, 78985625.00 ns, 9.6418 us/op WorkloadPilot 11: 16384 op, 101594292.00 ns, 6.2008 us/op WorkloadPilot 12: 32768 op, 200960208.00 ns, 6.1328 us/op WorkloadPilot 13: 65536 op, 389236791.00 ns, 5.9393 us/op WorkloadPilot 14: 131072 op, 767369833.00 ns, 5.8546 us/op OverheadWarmup 1: 131072 op, 260458.00 ns, 1.9871 ns/op OverheadWarmup 2: 131072 op, 251875.00 ns, 1.9217 ns/op OverheadWarmup 3: 131072 op, 270041.00 ns, 2.0602 ns/op OverheadWarmup 4: 131072 op, 253167.00 ns, 1.9315 ns/op OverheadWarmup 5: 131072 op, 245583.00 ns, 1.8736 ns/op OverheadWarmup 6: 131072 op, 252625.00 ns, 1.9274 ns/op OverheadWarmup 7: 131072 op, 252583.00 ns, 1.9271 ns/op OverheadActual 1: 131072 op, 237625.00 ns, 1.8129 ns/op OverheadActual 2: 131072 op, 236708.00 ns, 1.8059 ns/op OverheadActual 3: 131072 op, 256666.00 ns, 1.9582 ns/op OverheadActual 4: 131072 op, 252667.00 ns, 1.9277 ns/op OverheadActual 5: 131072 op, 253250.00 ns, 1.9321 ns/op OverheadActual 6: 131072 op, 236625.00 ns, 1.8053 ns/op OverheadActual 7: 131072 op, 236500.00 ns, 1.8044 ns/op OverheadActual 8: 131072 op, 230083.00 ns, 1.7554 ns/op OverheadActual 9: 131072 op, 236500.00 ns, 1.8044 ns/op OverheadActual 10: 131072 op, 236459.00 ns, 1.8040 ns/op OverheadActual 11: 131072 op, 238084.00 ns, 1.8164 ns/op OverheadActual 12: 131072 op, 251125.00 ns, 1.9159 ns/op OverheadActual 13: 131072 op, 241458.00 ns, 1.8422 ns/op OverheadActual 14: 131072 op, 245042.00 ns, 1.8695 ns/op OverheadActual 15: 131072 op, 243541.00 ns, 1.8581 ns/op WorkloadWarmup 1: 131072 op, 775448709.00 ns, 5.9162 us/op WorkloadWarmup 2: 131072 op, 774949250.00 ns, 5.9124 us/op WorkloadWarmup 3: 131072 op, 768359584.00 ns, 5.8621 us/op WorkloadWarmup 4: 131072 op, 769587250.00 ns, 5.8715 us/op WorkloadWarmup 5: 131072 op, 767677584.00 ns, 5.8569 us/op WorkloadWarmup 6: 131072 op, 777314917.00 ns, 5.9304 us/op WorkloadWarmup 7: 131072 op, 771522709.00 ns, 5.8863 us/op // BeforeActualRun WorkloadActual 1: 131072 op, 770935708.00 ns, 5.8818 us/op WorkloadActual 2: 131072 op, 771310417.00 ns, 5.8846 us/op WorkloadActual 3: 131072 op, 765457750.00 ns, 5.8400 us/op WorkloadActual 4: 131072 op, 767896667.00 ns, 5.8586 us/op WorkloadActual 5: 131072 op, 772381334.00 ns, 5.8928 us/op WorkloadActual 6: 131072 op, 772689666.00 ns, 5.8952 us/op WorkloadActual 7: 131072 op, 781296833.00 ns, 5.9608 us/op WorkloadActual 8: 131072 op, 775192542.00 ns, 5.9142 us/op WorkloadActual 9: 131072 op, 775699375.00 ns, 5.9181 us/op WorkloadActual 10: 131072 op, 799228958.00 ns, 6.0976 us/op WorkloadActual 11: 131072 op, 838764958.00 ns, 6.3993 us/op WorkloadActual 12: 131072 op, 775186917.00 ns, 5.9142 us/op WorkloadActual 13: 131072 op, 768390625.00 ns, 5.8624 us/op WorkloadActual 14: 131072 op, 772941917.00 ns, 5.8971 us/op WorkloadActual 15: 131072 op, 789118875.00 ns, 6.0205 us/op // AfterActualRun WorkloadResult 1: 131072 op, 770697624.00 ns, 5.8800 us/op WorkloadResult 2: 131072 op, 771072333.00 ns, 5.8828 us/op WorkloadResult 3: 131072 op, 765219666.00 ns, 5.8382 us/op WorkloadResult 4: 131072 op, 767658583.00 ns, 5.8568 us/op WorkloadResult 5: 131072 op, 772143250.00 ns, 5.8910 us/op WorkloadResult 6: 131072 op, 772451582.00 ns, 5.8933 us/op WorkloadResult 7: 131072 op, 781058749.00 ns, 5.9590 us/op WorkloadResult 8: 131072 op, 774954458.00 ns, 5.9124 us/op WorkloadResult 9: 131072 op, 775461291.00 ns, 5.9163 us/op WorkloadResult 10: 131072 op, 774948833.00 ns, 5.9124 us/op WorkloadResult 11: 131072 op, 768152541.00 ns, 5.8605 us/op WorkloadResult 12: 131072 op, 772703833.00 ns, 5.8953 us/op WorkloadResult 13: 131072 op, 788880791.00 ns, 6.0187 us/op // GC: 354 9 0 2966421504 131072 // Threading: 0 0 131072 // AfterAll // Benchmark Process 29272 has exited with code 0. Mean = 5.901 μs, StdErr = 0.013 μs (0.22%), N = 13, StdDev = 0.047 μs Min = 5.838 μs, Q1 = 5.880 μs, Median = 5.893 μs, Q3 = 5.912 μs, Max = 6.019 μs IQR = 0.032 μs, LowerFence = 5.831 μs, UpperFence = 5.961 μs ConfidenceInterval = [5.845 μs; 5.957 μs] (CI 99.9%), Margin = 0.056 μs (0.95% of Mean) Skewness = 1.05, Kurtosis = 3.61, MValue = 2 // ** Remained 22 (91,7 %) benchmark(s) to run. Estimated finish 2026-04-06 15:31 (0h 5m from now) ** // ************************** // Benchmark: InvalidComplexDtoValidationBenchmarks.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 127 128 --benchmarkName Benchmarks.InvalidComplexDtoValidationBenchmarks.LightPortableResults --job Default --benchmarkId 2 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 100459.00 ns, 100.4590 us/op WorkloadJitting 1: 1 op, 14479792.00 ns, 14.4798 ms/op OverheadJitting 2: 16 op, 141000.00 ns, 8.8125 us/op WorkloadJitting 2: 16 op, 646375.00 ns, 40.3984 us/op WorkloadPilot 1: 16 op, 186792.00 ns, 11.6745 us/op WorkloadPilot 2: 32 op, 339958.00 ns, 10.6237 us/op WorkloadPilot 3: 64 op, 619875.00 ns, 9.6855 us/op WorkloadPilot 4: 128 op, 1190333.00 ns, 9.2995 us/op WorkloadPilot 5: 256 op, 2368209.00 ns, 9.2508 us/op WorkloadPilot 6: 512 op, 4694208.00 ns, 9.1684 us/op WorkloadPilot 7: 1024 op, 9797875.00 ns, 9.5682 us/op WorkloadPilot 8: 2048 op, 19360292.00 ns, 9.4533 us/op WorkloadPilot 9: 4096 op, 38834250.00 ns, 9.4810 us/op WorkloadPilot 10: 8192 op, 78945292.00 ns, 9.6369 us/op WorkloadPilot 11: 16384 op, 123488292.00 ns, 7.5371 us/op WorkloadPilot 12: 32768 op, 213649959.00 ns, 6.5201 us/op WorkloadPilot 13: 65536 op, 198226084.00 ns, 3.0247 us/op WorkloadPilot 14: 131072 op, 203680083.00 ns, 1.5540 us/op WorkloadPilot 15: 262144 op, 406103541.00 ns, 1.5492 us/op WorkloadPilot 16: 524288 op, 814369042.00 ns, 1.5533 us/op OverheadWarmup 1: 524288 op, 1057208.00 ns, 2.0165 ns/op OverheadWarmup 2: 524288 op, 1022708.00 ns, 1.9507 ns/op OverheadWarmup 3: 524288 op, 1013208.00 ns, 1.9325 ns/op OverheadWarmup 4: 524288 op, 973125.00 ns, 1.8561 ns/op OverheadWarmup 5: 524288 op, 958167.00 ns, 1.8276 ns/op OverheadWarmup 6: 524288 op, 988667.00 ns, 1.8857 ns/op OverheadWarmup 7: 524288 op, 974459.00 ns, 1.8586 ns/op OverheadWarmup 8: 524288 op, 1025875.00 ns, 1.9567 ns/op OverheadWarmup 9: 524288 op, 967125.00 ns, 1.8446 ns/op OverheadActual 1: 524288 op, 994084.00 ns, 1.8961 ns/op OverheadActual 2: 524288 op, 1024291.00 ns, 1.9537 ns/op OverheadActual 3: 524288 op, 1031291.00 ns, 1.9670 ns/op OverheadActual 4: 524288 op, 1062292.00 ns, 2.0262 ns/op OverheadActual 5: 524288 op, 1010833.00 ns, 1.9280 ns/op OverheadActual 6: 524288 op, 1006458.00 ns, 1.9197 ns/op OverheadActual 7: 524288 op, 988750.00 ns, 1.8859 ns/op OverheadActual 8: 524288 op, 1014958.00 ns, 1.9359 ns/op OverheadActual 9: 524288 op, 1028875.00 ns, 1.9624 ns/op OverheadActual 10: 524288 op, 983917.00 ns, 1.8767 ns/op OverheadActual 11: 524288 op, 976750.00 ns, 1.8630 ns/op OverheadActual 12: 524288 op, 1007750.00 ns, 1.9221 ns/op OverheadActual 13: 524288 op, 1019041.00 ns, 1.9437 ns/op OverheadActual 14: 524288 op, 1027625.00 ns, 1.9600 ns/op OverheadActual 15: 524288 op, 990375.00 ns, 1.8890 ns/op WorkloadWarmup 1: 524288 op, 816874375.00 ns, 1.5581 us/op WorkloadWarmup 2: 524288 op, 814340875.00 ns, 1.5532 us/op WorkloadWarmup 3: 524288 op, 816192208.00 ns, 1.5568 us/op WorkloadWarmup 4: 524288 op, 815787542.00 ns, 1.5560 us/op WorkloadWarmup 5: 524288 op, 813595000.00 ns, 1.5518 us/op WorkloadWarmup 6: 524288 op, 816515708.00 ns, 1.5574 us/op WorkloadWarmup 7: 524288 op, 819530583.00 ns, 1.5631 us/op WorkloadWarmup 8: 524288 op, 811954875.00 ns, 1.5487 us/op // BeforeActualRun WorkloadActual 1: 524288 op, 810614125.00 ns, 1.5461 us/op WorkloadActual 2: 524288 op, 813258292.00 ns, 1.5512 us/op WorkloadActual 3: 524288 op, 814586000.00 ns, 1.5537 us/op WorkloadActual 4: 524288 op, 820640375.00 ns, 1.5652 us/op WorkloadActual 5: 524288 op, 814854333.00 ns, 1.5542 us/op WorkloadActual 6: 524288 op, 812820833.00 ns, 1.5503 us/op WorkloadActual 7: 524288 op, 812492625.00 ns, 1.5497 us/op WorkloadActual 8: 524288 op, 814058583.00 ns, 1.5527 us/op WorkloadActual 9: 524288 op, 811470209.00 ns, 1.5478 us/op WorkloadActual 10: 524288 op, 813895708.00 ns, 1.5524 us/op WorkloadActual 11: 524288 op, 812930250.00 ns, 1.5505 us/op WorkloadActual 12: 524288 op, 812622959.00 ns, 1.5500 us/op WorkloadActual 13: 524288 op, 808954875.00 ns, 1.5430 us/op WorkloadActual 14: 524288 op, 813413375.00 ns, 1.5515 us/op WorkloadActual 15: 524288 op, 815005333.00 ns, 1.5545 us/op // AfterActualRun WorkloadResult 1: 524288 op, 809603292.00 ns, 1.5442 us/op WorkloadResult 2: 524288 op, 812247459.00 ns, 1.5492 us/op WorkloadResult 3: 524288 op, 813575167.00 ns, 1.5518 us/op WorkloadResult 4: 524288 op, 813843500.00 ns, 1.5523 us/op WorkloadResult 5: 524288 op, 811810000.00 ns, 1.5484 us/op WorkloadResult 6: 524288 op, 811481792.00 ns, 1.5478 us/op WorkloadResult 7: 524288 op, 813047750.00 ns, 1.5508 us/op WorkloadResult 8: 524288 op, 810459376.00 ns, 1.5458 us/op WorkloadResult 9: 524288 op, 812884875.00 ns, 1.5505 us/op WorkloadResult 10: 524288 op, 811919417.00 ns, 1.5486 us/op WorkloadResult 11: 524288 op, 811612126.00 ns, 1.5480 us/op WorkloadResult 12: 524288 op, 807944042.00 ns, 1.5410 us/op WorkloadResult 13: 524288 op, 812402542.00 ns, 1.5495 us/op WorkloadResult 14: 524288 op, 813994500.00 ns, 1.5526 us/op // GC: 118 0 0 989855744 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 29328 has exited with code 0. Mean = 1.549 μs, StdErr = 0.001 μs (0.06%), N = 14, StdDev = 0.003 μs Min = 1.541 μs, Q1 = 1.548 μs, Median = 1.549 μs, Q3 = 1.551 μs, Max = 1.553 μs IQR = 0.003 μs, LowerFence = 1.544 μs, UpperFence = 1.555 μs ConfidenceInterval = [1.545 μs; 1.552 μs] (CI 99.9%), Margin = 0.004 μs (0.23% of Mean) Skewness = -0.82, Kurtosis = 2.88, MValue = 2 // ** Remained 21 (87,5 %) benchmark(s) to run. Estimated finish 2026-04-06 15:32 (0h 5m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidComplexDtoValidationBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidComplexDtoValidationBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidComplexDtoValidationBenchmarks-report.html // * Detailed results * InvalidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 13.270 μs, StdErr = 0.066 μs (0.50%), N = 20, StdDev = 0.296 μs Min = 13.069 μs, Q1 = 13.105 μs, Median = 13.146 μs, Q3 = 13.264 μs, Max = 14.262 μs IQR = 0.159 μs, LowerFence = 12.866 μs, UpperFence = 13.503 μs ConfidenceInterval = [13.013 μs; 13.527 μs] (CI 99.9%), Margin = 0.257 μs (1.94% of Mean) Skewness = 2.01, Kurtosis = 6.62, MValue = 2 -------------------- Histogram -------------------- [12.998 μs ; 13.284 μs) | @@@@@@@@@@@@@@@ [13.284 μs ; 13.684 μs) | @@@@ [13.684 μs ; 14.119 μs) | [14.119 μs ; 14.406 μs) | @ --------------------------------------------------- InvalidComplexDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 5.901 μs, StdErr = 0.013 μs (0.22%), N = 13, StdDev = 0.047 μs Min = 5.838 μs, Q1 = 5.880 μs, Median = 5.893 μs, Q3 = 5.912 μs, Max = 6.019 μs IQR = 0.032 μs, LowerFence = 5.831 μs, UpperFence = 5.961 μs ConfidenceInterval = [5.845 μs; 5.957 μs] (CI 99.9%), Margin = 0.056 μs (0.95% of Mean) Skewness = 1.05, Kurtosis = 3.61, MValue = 2 -------------------- Histogram -------------------- [5.812 μs ; 6.045 μs) | @@@@@@@@@@@@@ --------------------------------------------------- InvalidComplexDtoValidationBenchmarks.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.549 μs, StdErr = 0.001 μs (0.06%), N = 14, StdDev = 0.003 μs Min = 1.541 μs, Q1 = 1.548 μs, Median = 1.549 μs, Q3 = 1.551 μs, Max = 1.553 μs IQR = 0.003 μs, LowerFence = 1.544 μs, UpperFence = 1.555 μs ConfidenceInterval = [1.545 μs; 1.552 μs] (CI 99.9%), Margin = 0.004 μs (0.23% of Mean) Skewness = -0.82, Kurtosis = 2.88, MValue = 2 -------------------- Histogram -------------------- [1.539 μs ; 1.554 μs) | @@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |----------:|----------:|----------:|------:|--------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 13.270 μs | 0.2573 μs | 0.2963 μs | 1.00 | 0.03 | 6.1035 | 0.2441 | 50.22 KB | 1.00 | | FluentValidationSingleton | 5.901 μs | 0.0560 μs | 0.0467 μs | 0.44 | 0.01 | 2.7008 | 0.0687 | 22.1 KB | 0.44 | | LightPortableResults | 1.549 μs | 0.0036 μs | 0.0032 μs | 0.12 | 0.00 | 0.2251 | - | 1.84 KB | 0.04 | // * Hints * Outliers InvalidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient: Default -> 3 outliers were removed (14.30 μs..14.41 μs) InvalidComplexDtoValidationBenchmarks.FluentValidationSingleton: Default -> 2 outliers were removed (6.10 μs, 6.40 μs) InvalidComplexDtoValidationBenchmarks.LightPortableResults: Default -> 1 outlier was removed, 2 outliers were detected (1.54 μs, 1.57 μs) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 μs : 1 Microsecond (0.000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:51 (51.05 sec), executed benchmarks: 3 // Found 3 benchmarks: // InvalidComplexDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient: DefaultJob // InvalidComplexDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: DefaultJob // InvalidComplexDtoValidationBenchmarksForMinimalApis.LightPortableResults: DefaultJob // ************************** // Benchmark: InvalidComplexDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.InvalidComplexDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient --job Default --benchmarkId 3 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 98667.00 ns, 98.6670 us/op WorkloadJitting 1: 1 op, 11376167.00 ns, 11.3762 ms/op OverheadJitting 2: 16 op, 332458.00 ns, 20.7786 us/op WorkloadJitting 2: 16 op, 1206375.00 ns, 75.3984 us/op WorkloadPilot 1: 16 op, 746208.00 ns, 46.6380 us/op WorkloadPilot 2: 32 op, 1637250.00 ns, 51.1641 us/op WorkloadPilot 3: 64 op, 3056375.00 ns, 47.7559 us/op WorkloadPilot 4: 128 op, 6018458.00 ns, 47.0192 us/op WorkloadPilot 5: 256 op, 11790792.00 ns, 46.0578 us/op WorkloadPilot 6: 512 op, 23729041.00 ns, 46.3458 us/op WorkloadPilot 7: 1024 op, 47551667.00 ns, 46.4372 us/op WorkloadPilot 8: 2048 op, 104406583.00 ns, 50.9798 us/op WorkloadPilot 9: 4096 op, 213422959.00 ns, 52.1052 us/op WorkloadPilot 10: 8192 op, 464728125.00 ns, 56.7295 us/op WorkloadPilot 11: 16384 op, 630345459.00 ns, 38.4732 us/op OverheadWarmup 1: 16384 op, 34167.00 ns, 2.0854 ns/op OverheadWarmup 2: 16384 op, 37584.00 ns, 2.2939 ns/op OverheadWarmup 3: 16384 op, 36042.00 ns, 2.1998 ns/op OverheadWarmup 4: 16384 op, 43791.00 ns, 2.6728 ns/op OverheadWarmup 5: 16384 op, 40459.00 ns, 2.4694 ns/op OverheadActual 1: 16384 op, 39000.00 ns, 2.3804 ns/op OverheadActual 2: 16384 op, 35416.00 ns, 2.1616 ns/op OverheadActual 3: 16384 op, 38166.00 ns, 2.3295 ns/op OverheadActual 4: 16384 op, 38458.00 ns, 2.3473 ns/op OverheadActual 5: 16384 op, 38333.00 ns, 2.3397 ns/op OverheadActual 6: 16384 op, 39083.00 ns, 2.3854 ns/op OverheadActual 7: 16384 op, 38959.00 ns, 2.3779 ns/op OverheadActual 8: 16384 op, 37000.00 ns, 2.2583 ns/op OverheadActual 9: 16384 op, 39458.00 ns, 2.4083 ns/op OverheadActual 10: 16384 op, 36833.00 ns, 2.2481 ns/op OverheadActual 11: 16384 op, 37167.00 ns, 2.2685 ns/op OverheadActual 12: 16384 op, 39000.00 ns, 2.3804 ns/op OverheadActual 13: 16384 op, 38666.00 ns, 2.3600 ns/op OverheadActual 14: 16384 op, 39250.00 ns, 2.3956 ns/op OverheadActual 15: 16384 op, 39208.00 ns, 2.3931 ns/op WorkloadWarmup 1: 16384 op, 359500666.00 ns, 21.9422 us/op WorkloadWarmup 2: 16384 op, 228806666.00 ns, 13.9653 us/op WorkloadWarmup 3: 16384 op, 230387000.00 ns, 14.0617 us/op WorkloadWarmup 4: 16384 op, 229559875.00 ns, 14.0112 us/op WorkloadWarmup 5: 16384 op, 231470708.00 ns, 14.1279 us/op WorkloadWarmup 6: 16384 op, 229784000.00 ns, 14.0249 us/op // BeforeActualRun WorkloadActual 1: 16384 op, 232179459.00 ns, 14.1711 us/op WorkloadActual 2: 16384 op, 229840250.00 ns, 14.0283 us/op WorkloadActual 3: 16384 op, 229152250.00 ns, 13.9863 us/op WorkloadActual 4: 16384 op, 229935041.00 ns, 14.0341 us/op WorkloadActual 5: 16384 op, 230397000.00 ns, 14.0623 us/op WorkloadActual 6: 16384 op, 229833500.00 ns, 14.0279 us/op WorkloadActual 7: 16384 op, 229573834.00 ns, 14.0121 us/op WorkloadActual 8: 16384 op, 229589750.00 ns, 14.0130 us/op WorkloadActual 9: 16384 op, 229348875.00 ns, 13.9983 us/op WorkloadActual 10: 16384 op, 229984417.00 ns, 14.0371 us/op WorkloadActual 11: 16384 op, 229959875.00 ns, 14.0356 us/op WorkloadActual 12: 16384 op, 227337917.00 ns, 13.8756 us/op WorkloadActual 13: 16384 op, 227784208.00 ns, 13.9028 us/op WorkloadActual 14: 16384 op, 227913625.00 ns, 13.9107 us/op WorkloadActual 15: 16384 op, 227713875.00 ns, 13.8986 us/op // AfterActualRun WorkloadResult 1: 16384 op, 229801584.00 ns, 14.0260 us/op WorkloadResult 2: 16384 op, 229113584.00 ns, 13.9840 us/op WorkloadResult 3: 16384 op, 229896375.00 ns, 14.0318 us/op WorkloadResult 4: 16384 op, 230358334.00 ns, 14.0600 us/op WorkloadResult 5: 16384 op, 229794834.00 ns, 14.0256 us/op WorkloadResult 6: 16384 op, 229535168.00 ns, 14.0097 us/op WorkloadResult 7: 16384 op, 229551084.00 ns, 14.0107 us/op WorkloadResult 8: 16384 op, 229310209.00 ns, 13.9960 us/op WorkloadResult 9: 16384 op, 229945751.00 ns, 14.0348 us/op WorkloadResult 10: 16384 op, 229921209.00 ns, 14.0333 us/op WorkloadResult 11: 16384 op, 227299251.00 ns, 13.8732 us/op WorkloadResult 12: 16384 op, 227745542.00 ns, 13.9005 us/op WorkloadResult 13: 16384 op, 227874959.00 ns, 13.9084 us/op WorkloadResult 14: 16384 op, 227675209.00 ns, 13.8962 us/op // GC: 107 5 0 896663552 16384 // Threading: 0 0 16384 // AfterAll // Benchmark Process 29392 has exited with code 0. Mean = 13.985 μs, StdErr = 0.017 μs (0.12%), N = 14, StdDev = 0.062 μs Min = 13.873 μs, Q1 = 13.927 μs, Median = 14.010 μs, Q3 = 14.030 μs, Max = 14.060 μs IQR = 0.103 μs, LowerFence = 13.773 μs, UpperFence = 14.185 μs ConfidenceInterval = [13.915 μs; 14.055 μs] (CI 99.9%), Margin = 0.070 μs (0.50% of Mean) Skewness = -0.65, Kurtosis = 1.68, MValue = 2 // ** Remained 20 (83,3 %) benchmark(s) to run. Estimated finish 2026-04-06 15:31 (0h 4m from now) ** // ************************** // Benchmark: InvalidComplexDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.InvalidComplexDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton --job Default --benchmarkId 4 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 90875.00 ns, 90.8750 us/op WorkloadJitting 1: 1 op, 11021291.00 ns, 11.0213 ms/op OverheadJitting 2: 16 op, 329625.00 ns, 20.6016 us/op WorkloadJitting 2: 16 op, 762084.00 ns, 47.6303 us/op WorkloadPilot 1: 16 op, 417500.00 ns, 26.0938 us/op WorkloadPilot 2: 32 op, 831500.00 ns, 25.9844 us/op WorkloadPilot 3: 64 op, 1563750.00 ns, 24.4336 us/op WorkloadPilot 4: 128 op, 3231083.00 ns, 25.2428 us/op WorkloadPilot 5: 256 op, 6326000.00 ns, 24.7109 us/op WorkloadPilot 6: 512 op, 12632750.00 ns, 24.6733 us/op WorkloadPilot 7: 1024 op, 25148583.00 ns, 24.5592 us/op WorkloadPilot 8: 2048 op, 48850167.00 ns, 23.8526 us/op WorkloadPilot 9: 4096 op, 102475166.00 ns, 25.0184 us/op WorkloadPilot 10: 8192 op, 158143666.00 ns, 19.3046 us/op WorkloadPilot 11: 16384 op, 118993667.00 ns, 7.2628 us/op WorkloadPilot 12: 32768 op, 221894917.00 ns, 6.7717 us/op WorkloadPilot 13: 65536 op, 452066583.00 ns, 6.8980 us/op WorkloadPilot 14: 131072 op, 887972291.00 ns, 6.7747 us/op OverheadWarmup 1: 131072 op, 264875.00 ns, 2.0208 ns/op OverheadWarmup 2: 131072 op, 262917.00 ns, 2.0059 ns/op OverheadWarmup 3: 131072 op, 252709.00 ns, 1.9280 ns/op OverheadWarmup 4: 131072 op, 252584.00 ns, 1.9271 ns/op OverheadWarmup 5: 131072 op, 252667.00 ns, 1.9277 ns/op OverheadWarmup 6: 131072 op, 252667.00 ns, 1.9277 ns/op OverheadWarmup 7: 131072 op, 253917.00 ns, 1.9372 ns/op OverheadWarmup 8: 131072 op, 253125.00 ns, 1.9312 ns/op OverheadActual 1: 131072 op, 257125.00 ns, 1.9617 ns/op OverheadActual 2: 131072 op, 256667.00 ns, 1.9582 ns/op OverheadActual 3: 131072 op, 252667.00 ns, 1.9277 ns/op OverheadActual 4: 131072 op, 252667.00 ns, 1.9277 ns/op OverheadActual 5: 131072 op, 252458.00 ns, 1.9261 ns/op OverheadActual 6: 131072 op, 252959.00 ns, 1.9299 ns/op OverheadActual 7: 131072 op, 250667.00 ns, 1.9124 ns/op OverheadActual 8: 131072 op, 252708.00 ns, 1.9280 ns/op OverheadActual 9: 131072 op, 257417.00 ns, 1.9639 ns/op OverheadActual 10: 131072 op, 252708.00 ns, 1.9280 ns/op OverheadActual 11: 131072 op, 252750.00 ns, 1.9283 ns/op OverheadActual 12: 131072 op, 252916.00 ns, 1.9296 ns/op OverheadActual 13: 131072 op, 252708.00 ns, 1.9280 ns/op OverheadActual 14: 131072 op, 252584.00 ns, 1.9271 ns/op OverheadActual 15: 131072 op, 270416.00 ns, 2.0631 ns/op WorkloadWarmup 1: 131072 op, 887159875.00 ns, 6.7685 us/op WorkloadWarmup 2: 131072 op, 893235417.00 ns, 6.8148 us/op WorkloadWarmup 3: 131072 op, 886641375.00 ns, 6.7645 us/op WorkloadWarmup 4: 131072 op, 888844583.00 ns, 6.7813 us/op WorkloadWarmup 5: 131072 op, 909399666.00 ns, 6.9382 us/op WorkloadWarmup 6: 131072 op, 951680208.00 ns, 7.2607 us/op WorkloadWarmup 7: 131072 op, 891682250.00 ns, 6.8030 us/op // BeforeActualRun WorkloadActual 1: 131072 op, 896366041.00 ns, 6.8387 us/op WorkloadActual 2: 131072 op, 889649667.00 ns, 6.7875 us/op WorkloadActual 3: 131072 op, 884070958.00 ns, 6.7449 us/op WorkloadActual 4: 131072 op, 882010875.00 ns, 6.7292 us/op WorkloadActual 5: 131072 op, 888475625.00 ns, 6.7785 us/op WorkloadActual 6: 131072 op, 880291125.00 ns, 6.7161 us/op WorkloadActual 7: 131072 op, 883606209.00 ns, 6.7414 us/op WorkloadActual 8: 131072 op, 901730333.00 ns, 6.8797 us/op WorkloadActual 9: 131072 op, 905545000.00 ns, 6.9088 us/op WorkloadActual 10: 131072 op, 885344042.00 ns, 6.7546 us/op WorkloadActual 11: 131072 op, 888171250.00 ns, 6.7762 us/op WorkloadActual 12: 131072 op, 885643292.00 ns, 6.7569 us/op WorkloadActual 13: 131072 op, 887533833.00 ns, 6.7713 us/op WorkloadActual 14: 131072 op, 882582375.00 ns, 6.7336 us/op WorkloadActual 15: 131072 op, 879716500.00 ns, 6.7117 us/op // AfterActualRun WorkloadResult 1: 131072 op, 896113333.00 ns, 6.8368 us/op WorkloadResult 2: 131072 op, 889396959.00 ns, 6.7856 us/op WorkloadResult 3: 131072 op, 883818250.00 ns, 6.7430 us/op WorkloadResult 4: 131072 op, 881758167.00 ns, 6.7273 us/op WorkloadResult 5: 131072 op, 888222917.00 ns, 6.7766 us/op WorkloadResult 6: 131072 op, 880038417.00 ns, 6.7142 us/op WorkloadResult 7: 131072 op, 883353501.00 ns, 6.7395 us/op WorkloadResult 8: 131072 op, 885091334.00 ns, 6.7527 us/op WorkloadResult 9: 131072 op, 887918542.00 ns, 6.7743 us/op WorkloadResult 10: 131072 op, 885390584.00 ns, 6.7550 us/op WorkloadResult 11: 131072 op, 887281125.00 ns, 6.7694 us/op WorkloadResult 12: 131072 op, 882329667.00 ns, 6.7316 us/op WorkloadResult 13: 131072 op, 879463792.00 ns, 6.7098 us/op // GC: 408 10 0 3418357760 131072 // Threading: 0 0 131072 // AfterAll // Benchmark Process 29433 has exited with code 0. Mean = 6.755 μs, StdErr = 0.010 μs (0.14%), N = 13, StdDev = 0.034 μs Min = 6.710 μs, Q1 = 6.732 μs, Median = 6.753 μs, Q3 = 6.774 μs, Max = 6.837 μs IQR = 0.043 μs, LowerFence = 6.668 μs, UpperFence = 6.838 μs ConfidenceInterval = [6.714 μs; 6.796 μs] (CI 99.9%), Margin = 0.041 μs (0.61% of Mean) Skewness = 0.75, Kurtosis = 3.01, MValue = 2 // ** Remained 19 (79,2 %) benchmark(s) to run. Estimated finish 2026-04-06 15:31 (0h 5m from now) ** // ************************** // Benchmark: InvalidComplexDtoValidationBenchmarksForMinimalApis.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.InvalidComplexDtoValidationBenchmarksForMinimalApis.LightPortableResults --job Default --benchmarkId 5 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 96584.00 ns, 96.5840 us/op WorkloadJitting 1: 1 op, 15686125.00 ns, 15.6861 ms/op OverheadJitting 2: 16 op, 338875.00 ns, 21.1797 us/op WorkloadJitting 2: 16 op, 718583.00 ns, 44.9114 us/op WorkloadPilot 1: 16 op, 201792.00 ns, 12.6120 us/op WorkloadPilot 2: 32 op, 311458.00 ns, 9.7331 us/op WorkloadPilot 3: 64 op, 609833.00 ns, 9.5286 us/op WorkloadPilot 4: 128 op, 1219167.00 ns, 9.5247 us/op WorkloadPilot 5: 256 op, 2368959.00 ns, 9.2537 us/op WorkloadPilot 6: 512 op, 4839458.00 ns, 9.4521 us/op WorkloadPilot 7: 1024 op, 9757292.00 ns, 9.5286 us/op WorkloadPilot 8: 2048 op, 19521750.00 ns, 9.5321 us/op WorkloadPilot 9: 4096 op, 39157667.00 ns, 9.5600 us/op WorkloadPilot 10: 8192 op, 79162250.00 ns, 9.6634 us/op WorkloadPilot 11: 16384 op, 122394500.00 ns, 7.4704 us/op WorkloadPilot 12: 32768 op, 211633792.00 ns, 6.4586 us/op WorkloadPilot 13: 65536 op, 198769959.00 ns, 3.0330 us/op WorkloadPilot 14: 131072 op, 197953750.00 ns, 1.5103 us/op WorkloadPilot 15: 262144 op, 399239083.00 ns, 1.5230 us/op WorkloadPilot 16: 524288 op, 798957083.00 ns, 1.5239 us/op OverheadWarmup 1: 524288 op, 1032458.00 ns, 1.9693 ns/op OverheadWarmup 2: 524288 op, 987667.00 ns, 1.8838 ns/op OverheadWarmup 3: 524288 op, 1008750.00 ns, 1.9240 ns/op OverheadWarmup 4: 524288 op, 988125.00 ns, 1.8847 ns/op OverheadWarmup 5: 524288 op, 988000.00 ns, 1.8845 ns/op OverheadWarmup 6: 524288 op, 991542.00 ns, 1.8912 ns/op OverheadWarmup 7: 524288 op, 987583.00 ns, 1.8837 ns/op OverheadActual 1: 524288 op, 987917.00 ns, 1.8843 ns/op OverheadActual 2: 524288 op, 967083.00 ns, 1.8446 ns/op OverheadActual 3: 524288 op, 987792.00 ns, 1.8841 ns/op OverheadActual 4: 524288 op, 1046125.00 ns, 1.9953 ns/op OverheadActual 5: 524288 op, 991500.00 ns, 1.8911 ns/op OverheadActual 6: 524288 op, 1023917.00 ns, 1.9530 ns/op OverheadActual 7: 524288 op, 989417.00 ns, 1.8872 ns/op OverheadActual 8: 524288 op, 987500.00 ns, 1.8835 ns/op OverheadActual 9: 524288 op, 987667.00 ns, 1.8838 ns/op OverheadActual 10: 524288 op, 987667.00 ns, 1.8838 ns/op OverheadActual 11: 524288 op, 999125.00 ns, 1.9057 ns/op OverheadActual 12: 524288 op, 1016125.00 ns, 1.9381 ns/op OverheadActual 13: 524288 op, 1012125.00 ns, 1.9305 ns/op OverheadActual 14: 524288 op, 1018750.00 ns, 1.9431 ns/op OverheadActual 15: 524288 op, 990125.00 ns, 1.8885 ns/op WorkloadWarmup 1: 524288 op, 792333375.00 ns, 1.5113 us/op WorkloadWarmup 2: 524288 op, 798391042.00 ns, 1.5228 us/op WorkloadWarmup 3: 524288 op, 839939750.00 ns, 1.6021 us/op WorkloadWarmup 4: 524288 op, 799817375.00 ns, 1.5255 us/op WorkloadWarmup 5: 524288 op, 790998709.00 ns, 1.5087 us/op WorkloadWarmup 6: 524288 op, 790160709.00 ns, 1.5071 us/op WorkloadWarmup 7: 524288 op, 794031958.00 ns, 1.5145 us/op WorkloadWarmup 8: 524288 op, 790392292.00 ns, 1.5076 us/op // BeforeActualRun WorkloadActual 1: 524288 op, 792544750.00 ns, 1.5117 us/op WorkloadActual 2: 524288 op, 789798916.00 ns, 1.5064 us/op WorkloadActual 3: 524288 op, 790756708.00 ns, 1.5082 us/op WorkloadActual 4: 524288 op, 792354584.00 ns, 1.5113 us/op WorkloadActual 5: 524288 op, 790652000.00 ns, 1.5080 us/op WorkloadActual 6: 524288 op, 791567584.00 ns, 1.5098 us/op WorkloadActual 7: 524288 op, 791830875.00 ns, 1.5103 us/op WorkloadActual 8: 524288 op, 789461959.00 ns, 1.5058 us/op WorkloadActual 9: 524288 op, 792193542.00 ns, 1.5110 us/op WorkloadActual 10: 524288 op, 790898917.00 ns, 1.5085 us/op WorkloadActual 11: 524288 op, 790394959.00 ns, 1.5076 us/op WorkloadActual 12: 524288 op, 791080083.00 ns, 1.5089 us/op WorkloadActual 13: 524288 op, 790906833.00 ns, 1.5085 us/op WorkloadActual 14: 524288 op, 792303416.00 ns, 1.5112 us/op WorkloadActual 15: 524288 op, 791948083.00 ns, 1.5105 us/op // AfterActualRun WorkloadResult 1: 524288 op, 791554625.00 ns, 1.5098 us/op WorkloadResult 2: 524288 op, 788808791.00 ns, 1.5045 us/op WorkloadResult 3: 524288 op, 789766583.00 ns, 1.5064 us/op WorkloadResult 4: 524288 op, 791364459.00 ns, 1.5094 us/op WorkloadResult 5: 524288 op, 789661875.00 ns, 1.5062 us/op WorkloadResult 6: 524288 op, 790577459.00 ns, 1.5079 us/op WorkloadResult 7: 524288 op, 790840750.00 ns, 1.5084 us/op WorkloadResult 8: 524288 op, 788471834.00 ns, 1.5039 us/op WorkloadResult 9: 524288 op, 791203417.00 ns, 1.5091 us/op WorkloadResult 10: 524288 op, 789908792.00 ns, 1.5066 us/op WorkloadResult 11: 524288 op, 789404834.00 ns, 1.5057 us/op WorkloadResult 12: 524288 op, 790089958.00 ns, 1.5070 us/op WorkloadResult 13: 524288 op, 789916708.00 ns, 1.5066 us/op WorkloadResult 14: 524288 op, 791313291.00 ns, 1.5093 us/op WorkloadResult 15: 524288 op, 790957958.00 ns, 1.5086 us/op // GC: 127 0 0 1069547520 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 29493 has exited with code 0. Mean = 1.507 μs, StdErr = 0.000 μs (0.03%), N = 15, StdDev = 0.002 μs Min = 1.504 μs, Q1 = 1.506 μs, Median = 1.507 μs, Q3 = 1.509 μs, Max = 1.510 μs IQR = 0.003 μs, LowerFence = 1.502 μs, UpperFence = 1.513 μs ConfidenceInterval = [1.505 μs; 1.509 μs] (CI 99.9%), Margin = 0.002 μs (0.13% of Mean) Skewness = -0.28, Kurtosis = 1.78, MValue = 2 // ** Remained 18 (75,0 %) benchmark(s) to run. Estimated finish 2026-04-06 15:32 (0h 5m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidComplexDtoValidationBenchmarksForMinimalApis-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidComplexDtoValidationBenchmarksForMinimalApis-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidComplexDtoValidationBenchmarksForMinimalApis-report.html // * Detailed results * InvalidComplexDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 13.985 μs, StdErr = 0.017 μs (0.12%), N = 14, StdDev = 0.062 μs Min = 13.873 μs, Q1 = 13.927 μs, Median = 14.010 μs, Q3 = 14.030 μs, Max = 14.060 μs IQR = 0.103 μs, LowerFence = 13.773 μs, UpperFence = 14.185 μs ConfidenceInterval = [13.915 μs; 14.055 μs] (CI 99.9%), Margin = 0.070 μs (0.50% of Mean) Skewness = -0.65, Kurtosis = 1.68, MValue = 2 -------------------- Histogram -------------------- [13.839 μs ; 14.094 μs) | @@@@@@@@@@@@@@ --------------------------------------------------- InvalidComplexDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 6.755 μs, StdErr = 0.010 μs (0.14%), N = 13, StdDev = 0.034 μs Min = 6.710 μs, Q1 = 6.732 μs, Median = 6.753 μs, Q3 = 6.774 μs, Max = 6.837 μs IQR = 0.043 μs, LowerFence = 6.668 μs, UpperFence = 6.838 μs ConfidenceInterval = [6.714 μs; 6.796 μs] (CI 99.9%), Margin = 0.041 μs (0.61% of Mean) Skewness = 0.75, Kurtosis = 3.01, MValue = 2 -------------------- Histogram -------------------- [6.691 μs ; 6.856 μs) | @@@@@@@@@@@@@ --------------------------------------------------- InvalidComplexDtoValidationBenchmarksForMinimalApis.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.507 μs, StdErr = 0.000 μs (0.03%), N = 15, StdDev = 0.002 μs Min = 1.504 μs, Q1 = 1.506 μs, Median = 1.507 μs, Q3 = 1.509 μs, Max = 1.510 μs IQR = 0.003 μs, LowerFence = 1.502 μs, UpperFence = 1.513 μs ConfidenceInterval = [1.505 μs; 1.509 μs] (CI 99.9%), Margin = 0.002 μs (0.13% of Mean) Skewness = -0.28, Kurtosis = 1.78, MValue = 2 -------------------- Histogram -------------------- [1.503 μs ; 1.511 μs) | @@@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |----------:|----------:|----------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 13.985 μs | 0.0705 μs | 0.0625 μs | 1.00 | 6.5308 | 0.3052 | 53.45 KB | 1.00 | | FluentValidationSingleton | 6.755 μs | 0.0410 μs | 0.0343 μs | 0.48 | 3.1128 | 0.0763 | 25.47 KB | 0.48 | | LightPortableResults | 1.507 μs | 0.0019 μs | 0.0018 μs | 0.11 | 0.2422 | - | 1.99 KB | 0.04 | // * Hints * Outliers InvalidComplexDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient: Default -> 1 outlier was removed (14.17 μs) InvalidComplexDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: Default -> 2 outliers were removed (6.88 μs, 6.91 μs) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 μs : 1 Microsecond (0.000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:50 (50.94 sec), executed benchmarks: 3 // Found 3 benchmarks: // InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient: DefaultJob // InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationSingleton: DefaultJob // InvalidComplexDtoValidationBenchmarksForMvc.LightPortableResults: DefaultJob // ************************** // Benchmark: InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient --job Default --benchmarkId 6 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 91500.00 ns, 91.5000 us/op WorkloadJitting 1: 1 op, 11520291.00 ns, 11.5203 ms/op OverheadJitting 2: 16 op, 305916.00 ns, 19.1198 us/op WorkloadJitting 2: 16 op, 1190541.00 ns, 74.4088 us/op WorkloadPilot 1: 16 op, 800000.00 ns, 50.0000 us/op WorkloadPilot 2: 32 op, 1504417.00 ns, 47.0130 us/op WorkloadPilot 3: 64 op, 2994667.00 ns, 46.7917 us/op WorkloadPilot 4: 128 op, 6079125.00 ns, 47.4932 us/op WorkloadPilot 5: 256 op, 11788875.00 ns, 46.0503 us/op WorkloadPilot 6: 512 op, 23317709.00 ns, 45.5424 us/op WorkloadPilot 7: 1024 op, 46873083.00 ns, 45.7745 us/op WorkloadPilot 8: 2048 op, 106431792.00 ns, 51.9686 us/op WorkloadPilot 9: 4096 op, 214699541.00 ns, 52.4169 us/op WorkloadPilot 10: 8192 op, 451348834.00 ns, 55.0963 us/op WorkloadPilot 11: 16384 op, 680696250.00 ns, 41.5464 us/op OverheadWarmup 1: 16384 op, 36125.00 ns, 2.2049 ns/op OverheadWarmup 2: 16384 op, 38166.00 ns, 2.3295 ns/op OverheadWarmup 3: 16384 op, 40125.00 ns, 2.4490 ns/op OverheadWarmup 4: 16384 op, 32083.00 ns, 1.9582 ns/op OverheadWarmup 5: 16384 op, 39417.00 ns, 2.4058 ns/op OverheadWarmup 6: 16384 op, 38375.00 ns, 2.3422 ns/op OverheadActual 1: 16384 op, 38958.00 ns, 2.3778 ns/op OverheadActual 2: 16384 op, 39042.00 ns, 2.3829 ns/op OverheadActual 3: 16384 op, 39333.00 ns, 2.4007 ns/op OverheadActual 4: 16384 op, 38209.00 ns, 2.3321 ns/op OverheadActual 5: 16384 op, 38167.00 ns, 2.3295 ns/op OverheadActual 6: 16384 op, 38125.00 ns, 2.3270 ns/op OverheadActual 7: 16384 op, 38750.00 ns, 2.3651 ns/op OverheadActual 8: 16384 op, 39125.00 ns, 2.3880 ns/op OverheadActual 9: 16384 op, 38958.00 ns, 2.3778 ns/op OverheadActual 10: 16384 op, 40000.00 ns, 2.4414 ns/op OverheadActual 11: 16384 op, 39208.00 ns, 2.3931 ns/op OverheadActual 12: 16384 op, 38958.00 ns, 2.3778 ns/op OverheadActual 13: 16384 op, 38875.00 ns, 2.3727 ns/op OverheadActual 14: 16384 op, 38917.00 ns, 2.3753 ns/op OverheadActual 15: 16384 op, 38375.00 ns, 2.3422 ns/op WorkloadWarmup 1: 16384 op, 403563792.00 ns, 24.6316 us/op WorkloadWarmup 2: 16384 op, 234034125.00 ns, 14.2843 us/op WorkloadWarmup 3: 16384 op, 231419334.00 ns, 14.1247 us/op WorkloadWarmup 4: 16384 op, 252085166.00 ns, 15.3861 us/op WorkloadWarmup 5: 16384 op, 254242834.00 ns, 15.5178 us/op WorkloadWarmup 6: 16384 op, 255886166.00 ns, 15.6181 us/op WorkloadWarmup 7: 16384 op, 252403583.00 ns, 15.4055 us/op WorkloadWarmup 8: 16384 op, 232812917.00 ns, 14.2098 us/op WorkloadWarmup 9: 16384 op, 232943000.00 ns, 14.2177 us/op WorkloadWarmup 10: 16384 op, 233071084.00 ns, 14.2255 us/op WorkloadWarmup 11: 16384 op, 232085209.00 ns, 14.1654 us/op // BeforeActualRun WorkloadActual 1: 16384 op, 232426792.00 ns, 14.1862 us/op WorkloadActual 2: 16384 op, 231850666.00 ns, 14.1510 us/op WorkloadActual 3: 16384 op, 231755000.00 ns, 14.1452 us/op WorkloadActual 4: 16384 op, 230790042.00 ns, 14.0863 us/op WorkloadActual 5: 16384 op, 232838042.00 ns, 14.2113 us/op WorkloadActual 6: 16384 op, 231104500.00 ns, 14.1055 us/op WorkloadActual 7: 16384 op, 230717750.00 ns, 14.0819 us/op WorkloadActual 8: 16384 op, 230273666.00 ns, 14.0548 us/op WorkloadActual 9: 16384 op, 231201792.00 ns, 14.1114 us/op WorkloadActual 10: 16384 op, 232012583.00 ns, 14.1609 us/op WorkloadActual 11: 16384 op, 231699500.00 ns, 14.1418 us/op WorkloadActual 12: 16384 op, 234374375.00 ns, 14.3051 us/op WorkloadActual 13: 16384 op, 230888333.00 ns, 14.0923 us/op WorkloadActual 14: 16384 op, 231815583.00 ns, 14.1489 us/op WorkloadActual 15: 16384 op, 232086334.00 ns, 14.1654 us/op // AfterActualRun WorkloadResult 1: 16384 op, 232387834.00 ns, 14.1838 us/op WorkloadResult 2: 16384 op, 231811708.00 ns, 14.1487 us/op WorkloadResult 3: 16384 op, 231716042.00 ns, 14.1428 us/op WorkloadResult 4: 16384 op, 230751084.00 ns, 14.0839 us/op WorkloadResult 5: 16384 op, 232799084.00 ns, 14.2089 us/op WorkloadResult 6: 16384 op, 231065542.00 ns, 14.1031 us/op WorkloadResult 7: 16384 op, 230678792.00 ns, 14.0795 us/op WorkloadResult 8: 16384 op, 230234708.00 ns, 14.0524 us/op WorkloadResult 9: 16384 op, 231162834.00 ns, 14.1091 us/op WorkloadResult 10: 16384 op, 231973625.00 ns, 14.1585 us/op WorkloadResult 11: 16384 op, 231660542.00 ns, 14.1394 us/op WorkloadResult 12: 16384 op, 230849375.00 ns, 14.0899 us/op WorkloadResult 13: 16384 op, 231776625.00 ns, 14.1465 us/op WorkloadResult 14: 16384 op, 232047376.00 ns, 14.1630 us/op // GC: 109 5 0 916193280 16384 // Threading: 0 0 16384 // AfterAll // Benchmark Process 29556 has exited with code 0. Mean = 14.129 μs, StdErr = 0.012 μs (0.08%), N = 14, StdDev = 0.044 μs Min = 14.052 μs, Q1 = 14.093 μs, Median = 14.141 μs, Q3 = 14.156 μs, Max = 14.209 μs IQR = 0.063 μs, LowerFence = 13.999 μs, UpperFence = 14.250 μs ConfidenceInterval = [14.079 μs; 14.179 μs] (CI 99.9%), Margin = 0.050 μs (0.35% of Mean) Skewness = -0.01, Kurtosis = 1.87, MValue = 2 // ** Remained 17 (70,8 %) benchmark(s) to run. Estimated finish 2026-04-06 15:31 (0h 4m from now) ** // ************************** // Benchmark: InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationSingleton --job Default --benchmarkId 7 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 95875.00 ns, 95.8750 us/op WorkloadJitting 1: 1 op, 11669500.00 ns, 11.6695 ms/op OverheadJitting 2: 16 op, 322916.00 ns, 20.1823 us/op WorkloadJitting 2: 16 op, 726417.00 ns, 45.4011 us/op WorkloadPilot 1: 16 op, 432166.00 ns, 27.0104 us/op WorkloadPilot 2: 32 op, 791334.00 ns, 24.7292 us/op WorkloadPilot 3: 64 op, 1608000.00 ns, 25.1250 us/op WorkloadPilot 4: 128 op, 3081042.00 ns, 24.0706 us/op WorkloadPilot 5: 256 op, 6353792.00 ns, 24.8195 us/op WorkloadPilot 6: 512 op, 12468709.00 ns, 24.3529 us/op WorkloadPilot 7: 1024 op, 24981000.00 ns, 24.3955 us/op WorkloadPilot 8: 2048 op, 48651125.00 ns, 23.7554 us/op WorkloadPilot 9: 4096 op, 106105542.00 ns, 25.9047 us/op WorkloadPilot 10: 8192 op, 237601834.00 ns, 29.0041 us/op WorkloadPilot 11: 16384 op, 194932333.00 ns, 11.8977 us/op WorkloadPilot 12: 32768 op, 231608833.00 ns, 7.0681 us/op WorkloadPilot 13: 65536 op, 456594167.00 ns, 6.9671 us/op WorkloadPilot 14: 131072 op, 929914375.00 ns, 7.0947 us/op OverheadWarmup 1: 131072 op, 255666.00 ns, 1.9506 ns/op OverheadWarmup 2: 131072 op, 259417.00 ns, 1.9792 ns/op OverheadWarmup 3: 131072 op, 264334.00 ns, 2.0167 ns/op OverheadWarmup 4: 131072 op, 258375.00 ns, 1.9712 ns/op OverheadWarmup 5: 131072 op, 256583.00 ns, 1.9576 ns/op OverheadWarmup 6: 131072 op, 256500.00 ns, 1.9569 ns/op OverheadWarmup 7: 131072 op, 266875.00 ns, 2.0361 ns/op OverheadWarmup 8: 131072 op, 269708.00 ns, 2.0577 ns/op OverheadWarmup 9: 131072 op, 256500.00 ns, 1.9569 ns/op OverheadActual 1: 131072 op, 256583.00 ns, 1.9576 ns/op OverheadActual 2: 131072 op, 252959.00 ns, 1.9299 ns/op OverheadActual 3: 131072 op, 252792.00 ns, 1.9286 ns/op OverheadActual 4: 131072 op, 259500.00 ns, 1.9798 ns/op OverheadActual 5: 131072 op, 265041.00 ns, 2.0221 ns/op OverheadActual 6: 131072 op, 258375.00 ns, 1.9712 ns/op OverheadActual 7: 131072 op, 280916.00 ns, 2.1432 ns/op OverheadActual 8: 131072 op, 290417.00 ns, 2.2157 ns/op OverheadActual 9: 131072 op, 252541.00 ns, 1.9267 ns/op OverheadActual 10: 131072 op, 256375.00 ns, 1.9560 ns/op OverheadActual 11: 131072 op, 252833.00 ns, 1.9290 ns/op OverheadActual 12: 131072 op, 252625.00 ns, 1.9274 ns/op OverheadActual 13: 131072 op, 266625.00 ns, 2.0342 ns/op OverheadActual 14: 131072 op, 267292.00 ns, 2.0393 ns/op OverheadActual 15: 131072 op, 252708.00 ns, 1.9280 ns/op WorkloadWarmup 1: 131072 op, 911839250.00 ns, 6.9568 us/op WorkloadWarmup 2: 131072 op, 909727000.00 ns, 6.9407 us/op WorkloadWarmup 3: 131072 op, 915155000.00 ns, 6.9821 us/op WorkloadWarmup 4: 131072 op, 911071667.00 ns, 6.9509 us/op WorkloadWarmup 5: 131072 op, 911340333.00 ns, 6.9530 us/op WorkloadWarmup 6: 131072 op, 907964125.00 ns, 6.9272 us/op // BeforeActualRun WorkloadActual 1: 131072 op, 915491333.00 ns, 6.9846 us/op WorkloadActual 2: 131072 op, 910929625.00 ns, 6.9498 us/op WorkloadActual 3: 131072 op, 908566667.00 ns, 6.9318 us/op WorkloadActual 4: 131072 op, 906697708.00 ns, 6.9176 us/op WorkloadActual 5: 131072 op, 905529750.00 ns, 6.9086 us/op WorkloadActual 6: 131072 op, 906091584.00 ns, 6.9129 us/op WorkloadActual 7: 131072 op, 911986500.00 ns, 6.9579 us/op WorkloadActual 8: 131072 op, 988693583.00 ns, 7.5431 us/op WorkloadActual 9: 131072 op, 928327833.00 ns, 7.0826 us/op WorkloadActual 10: 131072 op, 910065125.00 ns, 6.9432 us/op WorkloadActual 11: 131072 op, 905295666.00 ns, 6.9069 us/op WorkloadActual 12: 131072 op, 909325125.00 ns, 6.9376 us/op WorkloadActual 13: 131072 op, 907030541.00 ns, 6.9201 us/op WorkloadActual 14: 131072 op, 907410583.00 ns, 6.9230 us/op WorkloadActual 15: 131072 op, 906258500.00 ns, 6.9142 us/op // AfterActualRun WorkloadResult 1: 131072 op, 915234750.00 ns, 6.9827 us/op WorkloadResult 2: 131072 op, 910673042.00 ns, 6.9479 us/op WorkloadResult 3: 131072 op, 908310084.00 ns, 6.9299 us/op WorkloadResult 4: 131072 op, 906441125.00 ns, 6.9156 us/op WorkloadResult 5: 131072 op, 905273167.00 ns, 6.9067 us/op WorkloadResult 6: 131072 op, 905835001.00 ns, 6.9110 us/op WorkloadResult 7: 131072 op, 911729917.00 ns, 6.9559 us/op WorkloadResult 8: 131072 op, 909808542.00 ns, 6.9413 us/op WorkloadResult 9: 131072 op, 905039083.00 ns, 6.9049 us/op WorkloadResult 10: 131072 op, 909068542.00 ns, 6.9356 us/op WorkloadResult 11: 131072 op, 906773958.00 ns, 6.9181 us/op WorkloadResult 12: 131072 op, 907154000.00 ns, 6.9210 us/op WorkloadResult 13: 131072 op, 906001917.00 ns, 6.9122 us/op // GC: 427 10 0 3574595584 131072 // Threading: 0 0 131072 // AfterAll // Benchmark Process 29588 has exited with code 0. Mean = 6.929 μs, StdErr = 0.006 μs (0.09%), N = 13, StdDev = 0.023 μs Min = 6.905 μs, Q1 = 6.912 μs, Median = 6.921 μs, Q3 = 6.941 μs, Max = 6.983 μs IQR = 0.029 μs, LowerFence = 6.869 μs, UpperFence = 6.985 μs ConfidenceInterval = [6.902 μs; 6.957 μs] (CI 99.9%), Margin = 0.027 μs (0.39% of Mean) Skewness = 0.88, Kurtosis = 2.75, MValue = 2 // ** Remained 16 (66,7 %) benchmark(s) to run. Estimated finish 2026-04-06 15:32 (0h 4m from now) ** // ************************** // Benchmark: InvalidComplexDtoValidationBenchmarksForMvc.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.InvalidComplexDtoValidationBenchmarksForMvc.LightPortableResults --job Default --benchmarkId 8 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 96458.00 ns, 96.4580 us/op WorkloadJitting 1: 1 op, 15695542.00 ns, 15.6955 ms/op OverheadJitting 2: 16 op, 311167.00 ns, 19.4479 us/op WorkloadJitting 2: 16 op, 696750.00 ns, 43.5469 us/op WorkloadPilot 1: 16 op, 185667.00 ns, 11.6042 us/op WorkloadPilot 2: 32 op, 320000.00 ns, 10.0000 us/op WorkloadPilot 3: 64 op, 600083.00 ns, 9.3763 us/op WorkloadPilot 4: 128 op, 1242667.00 ns, 9.7083 us/op WorkloadPilot 5: 256 op, 2425625.00 ns, 9.4751 us/op WorkloadPilot 6: 512 op, 4862125.00 ns, 9.4963 us/op WorkloadPilot 7: 1024 op, 9809208.00 ns, 9.5793 us/op WorkloadPilot 8: 2048 op, 19658292.00 ns, 9.5988 us/op WorkloadPilot 9: 4096 op, 39224958.00 ns, 9.5764 us/op WorkloadPilot 10: 8192 op, 79591959.00 ns, 9.7158 us/op WorkloadPilot 11: 16384 op, 123646500.00 ns, 7.5468 us/op WorkloadPilot 12: 32768 op, 213678250.00 ns, 6.5209 us/op WorkloadPilot 13: 65536 op, 197969083.00 ns, 3.0208 us/op WorkloadPilot 14: 131072 op, 198488917.00 ns, 1.5144 us/op WorkloadPilot 15: 262144 op, 396994500.00 ns, 1.5144 us/op WorkloadPilot 16: 524288 op, 794422459.00 ns, 1.5152 us/op OverheadWarmup 1: 524288 op, 1040292.00 ns, 1.9842 ns/op OverheadWarmup 2: 524288 op, 1002667.00 ns, 1.9124 ns/op OverheadWarmup 3: 524288 op, 995000.00 ns, 1.8978 ns/op OverheadWarmup 4: 524288 op, 1025542.00 ns, 1.9561 ns/op OverheadWarmup 5: 524288 op, 994959.00 ns, 1.8977 ns/op OverheadWarmup 6: 524288 op, 987625.00 ns, 1.8837 ns/op OverheadWarmup 7: 524288 op, 987542.00 ns, 1.8836 ns/op OverheadWarmup 8: 524288 op, 1005625.00 ns, 1.9181 ns/op OverheadWarmup 9: 524288 op, 1053417.00 ns, 2.0092 ns/op OverheadWarmup 10: 524288 op, 1024917.00 ns, 1.9549 ns/op OverheadActual 1: 524288 op, 1003167.00 ns, 1.9134 ns/op OverheadActual 2: 524288 op, 1044083.00 ns, 1.9914 ns/op OverheadActual 3: 524288 op, 1024583.00 ns, 1.9542 ns/op OverheadActual 4: 524288 op, 999500.00 ns, 1.9064 ns/op OverheadActual 5: 524288 op, 993250.00 ns, 1.8945 ns/op OverheadActual 6: 524288 op, 1006875.00 ns, 1.9205 ns/op OverheadActual 7: 524288 op, 1013458.00 ns, 1.9330 ns/op OverheadActual 8: 524288 op, 1042333.00 ns, 1.9881 ns/op OverheadActual 9: 524288 op, 1049292.00 ns, 2.0014 ns/op OverheadActual 10: 524288 op, 1007458.00 ns, 1.9216 ns/op OverheadActual 11: 524288 op, 1023709.00 ns, 1.9526 ns/op OverheadActual 12: 524288 op, 987542.00 ns, 1.8836 ns/op OverheadActual 13: 524288 op, 1054250.00 ns, 2.0108 ns/op OverheadActual 14: 524288 op, 1026375.00 ns, 1.9577 ns/op OverheadActual 15: 524288 op, 1008417.00 ns, 1.9234 ns/op WorkloadWarmup 1: 524288 op, 794869917.00 ns, 1.5161 us/op WorkloadWarmup 2: 524288 op, 797394875.00 ns, 1.5209 us/op WorkloadWarmup 3: 524288 op, 807057250.00 ns, 1.5393 us/op WorkloadWarmup 4: 524288 op, 810137083.00 ns, 1.5452 us/op WorkloadWarmup 5: 524288 op, 793877083.00 ns, 1.5142 us/op WorkloadWarmup 6: 524288 op, 793881750.00 ns, 1.5142 us/op WorkloadWarmup 7: 524288 op, 793004042.00 ns, 1.5125 us/op // BeforeActualRun WorkloadActual 1: 524288 op, 794420042.00 ns, 1.5152 us/op WorkloadActual 2: 524288 op, 797439375.00 ns, 1.5210 us/op WorkloadActual 3: 524288 op, 795326583.00 ns, 1.5170 us/op WorkloadActual 4: 524288 op, 794907166.00 ns, 1.5162 us/op WorkloadActual 5: 524288 op, 796830125.00 ns, 1.5198 us/op WorkloadActual 6: 524288 op, 836105125.00 ns, 1.5947 us/op WorkloadActual 7: 524288 op, 814461792.00 ns, 1.5535 us/op WorkloadActual 8: 524288 op, 797691042.00 ns, 1.5215 us/op WorkloadActual 9: 524288 op, 794552208.00 ns, 1.5155 us/op WorkloadActual 10: 524288 op, 796837625.00 ns, 1.5198 us/op WorkloadActual 11: 524288 op, 795179708.00 ns, 1.5167 us/op WorkloadActual 12: 524288 op, 794937583.00 ns, 1.5162 us/op WorkloadActual 13: 524288 op, 793923250.00 ns, 1.5143 us/op WorkloadActual 14: 524288 op, 795051375.00 ns, 1.5164 us/op WorkloadActual 15: 524288 op, 793861292.00 ns, 1.5142 us/op // AfterActualRun WorkloadResult 1: 524288 op, 793406584.00 ns, 1.5133 us/op WorkloadResult 2: 524288 op, 796425917.00 ns, 1.5191 us/op WorkloadResult 3: 524288 op, 794313125.00 ns, 1.5150 us/op WorkloadResult 4: 524288 op, 793893708.00 ns, 1.5142 us/op WorkloadResult 5: 524288 op, 795816667.00 ns, 1.5179 us/op WorkloadResult 6: 524288 op, 796677584.00 ns, 1.5195 us/op WorkloadResult 7: 524288 op, 793538750.00 ns, 1.5136 us/op WorkloadResult 8: 524288 op, 795824167.00 ns, 1.5179 us/op WorkloadResult 9: 524288 op, 794166250.00 ns, 1.5148 us/op WorkloadResult 10: 524288 op, 793924125.00 ns, 1.5143 us/op WorkloadResult 11: 524288 op, 792909792.00 ns, 1.5124 us/op WorkloadResult 12: 524288 op, 794037917.00 ns, 1.5145 us/op WorkloadResult 13: 524288 op, 792847834.00 ns, 1.5122 us/op // GC: 127 0 0 1069547520 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 29659 has exited with code 0. Mean = 1.515 μs, StdErr = 0.001 μs (0.05%), N = 13, StdDev = 0.002 μs Min = 1.512 μs, Q1 = 1.514 μs, Median = 1.515 μs, Q3 = 1.518 μs, Max = 1.520 μs IQR = 0.004 μs, LowerFence = 1.507 μs, UpperFence = 1.524 μs ConfidenceInterval = [1.512 μs; 1.518 μs] (CI 99.9%), Margin = 0.003 μs (0.20% of Mean) Skewness = 0.49, Kurtosis = 1.65, MValue = 2 // ** Remained 15 (62,5 %) benchmark(s) to run. Estimated finish 2026-04-06 15:32 (0h 4m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidComplexDtoValidationBenchmarksForMvc-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidComplexDtoValidationBenchmarksForMvc-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidComplexDtoValidationBenchmarksForMvc-report.html // * Detailed results * InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 14.129 μs, StdErr = 0.012 μs (0.08%), N = 14, StdDev = 0.044 μs Min = 14.052 μs, Q1 = 14.093 μs, Median = 14.141 μs, Q3 = 14.156 μs, Max = 14.209 μs IQR = 0.063 μs, LowerFence = 13.999 μs, UpperFence = 14.250 μs ConfidenceInterval = [14.079 μs; 14.179 μs] (CI 99.9%), Margin = 0.050 μs (0.35% of Mean) Skewness = -0.01, Kurtosis = 1.87, MValue = 2 -------------------- Histogram -------------------- [14.028 μs ; 14.233 μs) | @@@@@@@@@@@@@@ --------------------------------------------------- InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 6.929 μs, StdErr = 0.006 μs (0.09%), N = 13, StdDev = 0.023 μs Min = 6.905 μs, Q1 = 6.912 μs, Median = 6.921 μs, Q3 = 6.941 μs, Max = 6.983 μs IQR = 0.029 μs, LowerFence = 6.869 μs, UpperFence = 6.985 μs ConfidenceInterval = [6.902 μs; 6.957 μs] (CI 99.9%), Margin = 0.027 μs (0.39% of Mean) Skewness = 0.88, Kurtosis = 2.75, MValue = 2 -------------------- Histogram -------------------- [6.892 μs ; 6.995 μs) | @@@@@@@@@@@@@ --------------------------------------------------- InvalidComplexDtoValidationBenchmarksForMvc.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.515 μs, StdErr = 0.001 μs (0.05%), N = 13, StdDev = 0.002 μs Min = 1.512 μs, Q1 = 1.514 μs, Median = 1.515 μs, Q3 = 1.518 μs, Max = 1.520 μs IQR = 0.004 μs, LowerFence = 1.507 μs, UpperFence = 1.524 μs ConfidenceInterval = [1.512 μs; 1.518 μs] (CI 99.9%), Margin = 0.003 μs (0.20% of Mean) Skewness = 0.49, Kurtosis = 1.65, MValue = 2 -------------------- Histogram -------------------- [1.511 μs ; 1.521 μs) | @@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |----------:|----------:|----------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 14.129 μs | 0.0498 μs | 0.0442 μs | 1.00 | 6.6528 | 0.3052 | 54.61 KB | 1.00 | | FluentValidationSingleton | 6.929 μs | 0.0272 μs | 0.0227 μs | 0.49 | 3.2578 | 0.0763 | 26.63 KB | 0.49 | | LightPortableResults | 1.515 μs | 0.0030 μs | 0.0025 μs | 0.11 | 0.2422 | - | 1.99 KB | 0.04 | // * Hints * Outliers InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient: Default -> 1 outlier was removed (14.31 μs) InvalidComplexDtoValidationBenchmarksForMvc.FluentValidationSingleton: Default -> 2 outliers were removed (7.08 μs, 7.54 μs) InvalidComplexDtoValidationBenchmarksForMvc.LightPortableResults: Default -> 2 outliers were removed (1.55 μs, 1.59 μs) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 μs : 1 Microsecond (0.000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:51 (51.43 sec), executed benchmarks: 3 // Found 3 benchmarks: // InvalidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // InvalidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // InvalidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient --job Default --benchmarkId 9 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 94208.00 ns, 94.2080 us/op WorkloadJitting 1: 1 op, 7309500.00 ns, 7.3095 ms/op OverheadJitting 2: 16 op, 325625.00 ns, 20.3516 us/op WorkloadJitting 2: 16 op, 505250.00 ns, 31.5781 us/op WorkloadPilot 1: 16 op, 216917.00 ns, 13.5573 us/op WorkloadPilot 2: 32 op, 384958.00 ns, 12.0299 us/op WorkloadPilot 3: 64 op, 741334.00 ns, 11.5833 us/op WorkloadPilot 4: 128 op, 1526542.00 ns, 11.9261 us/op WorkloadPilot 5: 256 op, 2903875.00 ns, 11.3433 us/op WorkloadPilot 6: 512 op, 5928917.00 ns, 11.5799 us/op WorkloadPilot 7: 1024 op, 11336459.00 ns, 11.0708 us/op WorkloadPilot 8: 2048 op, 22955208.00 ns, 11.2086 us/op WorkloadPilot 9: 4096 op, 44383875.00 ns, 10.8359 us/op WorkloadPilot 10: 8192 op, 101874708.00 ns, 12.4359 us/op WorkloadPilot 11: 16384 op, 212064250.00 ns, 12.9434 us/op WorkloadPilot 12: 32768 op, 412702292.00 ns, 12.5947 us/op WorkloadPilot 13: 65536 op, 445399208.00 ns, 6.7963 us/op WorkloadPilot 14: 131072 op, 485507334.00 ns, 3.7041 us/op WorkloadPilot 15: 262144 op, 826497584.00 ns, 3.1528 us/op OverheadWarmup 1: 262144 op, 533333.00 ns, 2.0345 ns/op OverheadWarmup 2: 262144 op, 513292.00 ns, 1.9581 ns/op OverheadWarmup 3: 262144 op, 494792.00 ns, 1.8875 ns/op OverheadWarmup 4: 262144 op, 519333.00 ns, 1.9811 ns/op OverheadWarmup 5: 262144 op, 497750.00 ns, 1.8988 ns/op OverheadWarmup 6: 262144 op, 519083.00 ns, 1.9801 ns/op OverheadWarmup 7: 262144 op, 523500.00 ns, 1.9970 ns/op OverheadWarmup 8: 262144 op, 512834.00 ns, 1.9563 ns/op OverheadActual 1: 262144 op, 506167.00 ns, 1.9309 ns/op OverheadActual 2: 262144 op, 545417.00 ns, 2.0806 ns/op OverheadActual 3: 262144 op, 508334.00 ns, 1.9391 ns/op OverheadActual 4: 262144 op, 500917.00 ns, 1.9108 ns/op OverheadActual 5: 262144 op, 509084.00 ns, 1.9420 ns/op OverheadActual 6: 262144 op, 508458.00 ns, 1.9396 ns/op OverheadActual 7: 262144 op, 510541.00 ns, 1.9476 ns/op OverheadActual 8: 262144 op, 523792.00 ns, 1.9981 ns/op OverheadActual 9: 262144 op, 523959.00 ns, 1.9987 ns/op OverheadActual 10: 262144 op, 529541.00 ns, 2.0200 ns/op OverheadActual 11: 262144 op, 503500.00 ns, 1.9207 ns/op OverheadActual 12: 262144 op, 508042.00 ns, 1.9380 ns/op OverheadActual 13: 262144 op, 497458.00 ns, 1.8977 ns/op OverheadActual 14: 262144 op, 502625.00 ns, 1.9174 ns/op OverheadActual 15: 262144 op, 498042.00 ns, 1.8999 ns/op WorkloadWarmup 1: 262144 op, 829207916.00 ns, 3.1632 us/op WorkloadWarmup 2: 262144 op, 844258708.00 ns, 3.2206 us/op WorkloadWarmup 3: 262144 op, 830166750.00 ns, 3.1668 us/op WorkloadWarmup 4: 262144 op, 829710750.00 ns, 3.1651 us/op WorkloadWarmup 5: 262144 op, 816958542.00 ns, 3.1164 us/op WorkloadWarmup 6: 262144 op, 816367209.00 ns, 3.1142 us/op WorkloadWarmup 7: 262144 op, 823644291.00 ns, 3.1420 us/op WorkloadWarmup 8: 262144 op, 827220333.00 ns, 3.1556 us/op WorkloadWarmup 9: 262144 op, 825218167.00 ns, 3.1480 us/op // BeforeActualRun WorkloadActual 1: 262144 op, 823523833.00 ns, 3.1415 us/op WorkloadActual 2: 262144 op, 826853875.00 ns, 3.1542 us/op WorkloadActual 3: 262144 op, 823847833.00 ns, 3.1427 us/op WorkloadActual 4: 262144 op, 822861166.00 ns, 3.1390 us/op WorkloadActual 5: 262144 op, 821924375.00 ns, 3.1354 us/op WorkloadActual 6: 262144 op, 824897500.00 ns, 3.1467 us/op WorkloadActual 7: 262144 op, 826018917.00 ns, 3.1510 us/op WorkloadActual 8: 262144 op, 827100959.00 ns, 3.1551 us/op WorkloadActual 9: 262144 op, 823834792.00 ns, 3.1427 us/op WorkloadActual 10: 262144 op, 822364792.00 ns, 3.1371 us/op WorkloadActual 11: 262144 op, 830432041.00 ns, 3.1678 us/op WorkloadActual 12: 262144 op, 822664875.00 ns, 3.1382 us/op WorkloadActual 13: 262144 op, 823403750.00 ns, 3.1410 us/op WorkloadActual 14: 262144 op, 829060000.00 ns, 3.1626 us/op WorkloadActual 15: 262144 op, 826390500.00 ns, 3.1524 us/op // AfterActualRun WorkloadResult 1: 262144 op, 823015499.00 ns, 3.1396 us/op WorkloadResult 2: 262144 op, 826345541.00 ns, 3.1523 us/op WorkloadResult 3: 262144 op, 823339499.00 ns, 3.1408 us/op WorkloadResult 4: 262144 op, 822352832.00 ns, 3.1370 us/op WorkloadResult 5: 262144 op, 821416041.00 ns, 3.1335 us/op WorkloadResult 6: 262144 op, 824389166.00 ns, 3.1448 us/op WorkloadResult 7: 262144 op, 825510583.00 ns, 3.1491 us/op WorkloadResult 8: 262144 op, 826592625.00 ns, 3.1532 us/op WorkloadResult 9: 262144 op, 823326458.00 ns, 3.1407 us/op WorkloadResult 10: 262144 op, 821856458.00 ns, 3.1351 us/op WorkloadResult 11: 262144 op, 829923707.00 ns, 3.1659 us/op WorkloadResult 12: 262144 op, 822156541.00 ns, 3.1363 us/op WorkloadResult 13: 262144 op, 822895416.00 ns, 3.1391 us/op WorkloadResult 14: 262144 op, 828551666.00 ns, 3.1607 us/op WorkloadResult 15: 262144 op, 825882166.00 ns, 3.1505 us/op // GC: 459 7 0 3846176768 262144 // Threading: 0 0 262144 // AfterAll // Benchmark Process 29725 has exited with code 0. Mean = 3.145 μs, StdErr = 0.003 μs (0.08%), N = 15, StdDev = 0.010 μs Min = 3.133 μs, Q1 = 3.138 μs, Median = 3.141 μs, Q3 = 3.151 μs, Max = 3.166 μs IQR = 0.013 μs, LowerFence = 3.118 μs, UpperFence = 3.171 μs ConfidenceInterval = [3.135 μs; 3.156 μs] (CI 99.9%), Margin = 0.010 μs (0.33% of Mean) Skewness = 0.66, Kurtosis = 2.18, MValue = 2 // ** Remained 14 (58,3 %) benchmark(s) to run. Estimated finish 2026-04-06 15:32 (0h 4m from now) ** // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarks.FluentValidationSingleton --job Default --benchmarkId 10 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 99375.00 ns, 99.3750 us/op WorkloadJitting 1: 1 op, 6899958.00 ns, 6.9000 ms/op OverheadJitting 2: 16 op, 309042.00 ns, 19.3151 us/op WorkloadJitting 2: 16 op, 375416.00 ns, 23.4635 us/op WorkloadPilot 1: 16 op, 122583.00 ns, 7.6614 us/op WorkloadPilot 2: 32 op, 192250.00 ns, 6.0078 us/op WorkloadPilot 3: 64 op, 392708.00 ns, 6.1361 us/op WorkloadPilot 4: 128 op, 804709.00 ns, 6.2868 us/op WorkloadPilot 5: 256 op, 1575125.00 ns, 6.1528 us/op WorkloadPilot 6: 512 op, 3095583.00 ns, 6.0461 us/op WorkloadPilot 7: 1024 op, 6555917.00 ns, 6.4023 us/op WorkloadPilot 8: 2048 op, 12265000.00 ns, 5.9888 us/op WorkloadPilot 9: 4096 op, 24391500.00 ns, 5.9550 us/op WorkloadPilot 10: 8192 op, 48172625.00 ns, 5.8804 us/op WorkloadPilot 11: 16384 op, 96230167.00 ns, 5.8734 us/op WorkloadPilot 12: 32768 op, 72825084.00 ns, 2.2224 us/op WorkloadPilot 13: 65536 op, 119114583.00 ns, 1.8175 us/op WorkloadPilot 14: 131072 op, 237637125.00 ns, 1.8130 us/op WorkloadPilot 15: 262144 op, 475733792.00 ns, 1.8148 us/op WorkloadPilot 16: 524288 op, 948394416.00 ns, 1.8089 us/op OverheadWarmup 1: 524288 op, 1032458.00 ns, 1.9693 ns/op OverheadWarmup 2: 524288 op, 1008083.00 ns, 1.9228 ns/op OverheadWarmup 3: 524288 op, 1030292.00 ns, 1.9651 ns/op OverheadWarmup 4: 524288 op, 996459.00 ns, 1.9006 ns/op OverheadWarmup 5: 524288 op, 995000.00 ns, 1.8978 ns/op OverheadWarmup 6: 524288 op, 998000.00 ns, 1.9035 ns/op OverheadWarmup 7: 524288 op, 1010541.00 ns, 1.9275 ns/op OverheadWarmup 8: 524288 op, 987833.00 ns, 1.8841 ns/op OverheadActual 1: 524288 op, 1026958.00 ns, 1.9588 ns/op OverheadActual 2: 524288 op, 999917.00 ns, 1.9072 ns/op OverheadActual 3: 524288 op, 1015291.00 ns, 1.9365 ns/op OverheadActual 4: 524288 op, 1042958.00 ns, 1.9893 ns/op OverheadActual 5: 524288 op, 1010166.00 ns, 1.9267 ns/op OverheadActual 6: 524288 op, 1028458.00 ns, 1.9616 ns/op OverheadActual 7: 524288 op, 992959.00 ns, 1.8939 ns/op OverheadActual 8: 524288 op, 993000.00 ns, 1.8940 ns/op OverheadActual 9: 524288 op, 1000250.00 ns, 1.9078 ns/op OverheadActual 10: 524288 op, 1009583.00 ns, 1.9256 ns/op OverheadActual 11: 524288 op, 994958.00 ns, 1.8977 ns/op OverheadActual 12: 524288 op, 1020167.00 ns, 1.9458 ns/op OverheadActual 13: 524288 op, 989416.00 ns, 1.8872 ns/op OverheadActual 14: 524288 op, 1009083.00 ns, 1.9247 ns/op OverheadActual 15: 524288 op, 1003166.00 ns, 1.9134 ns/op WorkloadWarmup 1: 524288 op, 947381042.00 ns, 1.8070 us/op WorkloadWarmup 2: 524288 op, 947016792.00 ns, 1.8063 us/op WorkloadWarmup 3: 524288 op, 941626375.00 ns, 1.7960 us/op WorkloadWarmup 4: 524288 op, 943119625.00 ns, 1.7989 us/op WorkloadWarmup 5: 524288 op, 936087250.00 ns, 1.7854 us/op WorkloadWarmup 6: 524288 op, 940188792.00 ns, 1.7933 us/op WorkloadWarmup 7: 524288 op, 993094125.00 ns, 1.8942 us/op WorkloadWarmup 8: 524288 op, 970796958.00 ns, 1.8516 us/op // BeforeActualRun WorkloadActual 1: 524288 op, 948710834.00 ns, 1.8095 us/op WorkloadActual 2: 524288 op, 942838791.00 ns, 1.7983 us/op WorkloadActual 3: 524288 op, 939832792.00 ns, 1.7926 us/op WorkloadActual 4: 524288 op, 938255709.00 ns, 1.7896 us/op WorkloadActual 5: 524288 op, 944134917.00 ns, 1.8008 us/op WorkloadActual 6: 524288 op, 940637917.00 ns, 1.7941 us/op WorkloadActual 7: 524288 op, 944208959.00 ns, 1.8009 us/op WorkloadActual 8: 524288 op, 941566125.00 ns, 1.7959 us/op WorkloadActual 9: 524288 op, 942685333.00 ns, 1.7980 us/op WorkloadActual 10: 524288 op, 940343917.00 ns, 1.7936 us/op WorkloadActual 11: 524288 op, 942600750.00 ns, 1.7979 us/op WorkloadActual 12: 524288 op, 939610959.00 ns, 1.7922 us/op WorkloadActual 13: 524288 op, 939908875.00 ns, 1.7927 us/op WorkloadActual 14: 524288 op, 942488958.00 ns, 1.7977 us/op WorkloadActual 15: 524288 op, 939957625.00 ns, 1.7928 us/op // AfterActualRun WorkloadResult 1: 524288 op, 941829708.00 ns, 1.7964 us/op WorkloadResult 2: 524288 op, 938823709.00 ns, 1.7907 us/op WorkloadResult 3: 524288 op, 937246626.00 ns, 1.7877 us/op WorkloadResult 4: 524288 op, 943125834.00 ns, 1.7989 us/op WorkloadResult 5: 524288 op, 939628834.00 ns, 1.7922 us/op WorkloadResult 6: 524288 op, 943199876.00 ns, 1.7990 us/op WorkloadResult 7: 524288 op, 940557042.00 ns, 1.7940 us/op WorkloadResult 8: 524288 op, 941676250.00 ns, 1.7961 us/op WorkloadResult 9: 524288 op, 939334834.00 ns, 1.7916 us/op WorkloadResult 10: 524288 op, 941591667.00 ns, 1.7959 us/op WorkloadResult 11: 524288 op, 938601876.00 ns, 1.7902 us/op WorkloadResult 12: 524288 op, 938899792.00 ns, 1.7908 us/op WorkloadResult 13: 524288 op, 941479875.00 ns, 1.7957 us/op WorkloadResult 14: 524288 op, 938948542.00 ns, 1.7909 us/op // GC: 521 5 0 4362076160 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 29803 has exited with code 0. Mean = 1.794 μs, StdErr = 0.001 μs (0.05%), N = 14, StdDev = 0.003 μs Min = 1.788 μs, Q1 = 1.791 μs, Median = 1.793 μs, Q3 = 1.796 μs, Max = 1.799 μs IQR = 0.005 μs, LowerFence = 1.783 μs, UpperFence = 1.804 μs ConfidenceInterval = [1.790 μs; 1.798 μs] (CI 99.9%), Margin = 0.004 μs (0.22% of Mean) Skewness = 0.08, Kurtosis = 1.64, MValue = 2 // ** Remained 13 (54,2 %) benchmark(s) to run. Estimated finish 2026-04-06 15:32 (0h 3m from now) ** // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarks.LightPortableResults --job Default --benchmarkId 11 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 93666.00 ns, 93.6660 us/op WorkloadJitting 1: 1 op, 9739667.00 ns, 9.7397 ms/op OverheadJitting 2: 16 op, 162583.00 ns, 10.1614 us/op WorkloadJitting 2: 16 op, 534625.00 ns, 33.4141 us/op WorkloadPilot 1: 16 op, 45625.00 ns, 2.8516 us/op WorkloadPilot 2: 32 op, 92334.00 ns, 2.8854 us/op WorkloadPilot 3: 64 op, 162500.00 ns, 2.5391 us/op WorkloadPilot 4: 128 op, 269417.00 ns, 2.1048 us/op WorkloadPilot 5: 256 op, 555292.00 ns, 2.1691 us/op WorkloadPilot 6: 512 op, 1136375.00 ns, 2.2195 us/op WorkloadPilot 7: 1024 op, 2263125.00 ns, 2.2101 us/op WorkloadPilot 8: 2048 op, 4625792.00 ns, 2.2587 us/op WorkloadPilot 9: 4096 op, 9164875.00 ns, 2.2375 us/op WorkloadPilot 10: 8192 op, 18193833.00 ns, 2.2209 us/op WorkloadPilot 11: 16384 op, 36333416.00 ns, 2.2176 us/op WorkloadPilot 12: 32768 op, 70572666.00 ns, 2.1537 us/op WorkloadPilot 13: 65536 op, 103312042.00 ns, 1.5764 us/op WorkloadPilot 14: 131072 op, 143810958.00 ns, 1.0972 us/op WorkloadPilot 15: 262144 op, 82282958.00 ns, 313.8846 ns/op WorkloadPilot 16: 524288 op, 153471875.00 ns, 292.7244 ns/op WorkloadPilot 17: 1048576 op, 308019042.00 ns, 293.7498 ns/op WorkloadPilot 18: 2097152 op, 612839583.00 ns, 292.2247 ns/op OverheadWarmup 1: 2097152 op, 4138458.00 ns, 1.9734 ns/op OverheadWarmup 2: 2097152 op, 4084500.00 ns, 1.9476 ns/op OverheadWarmup 3: 2097152 op, 4073666.00 ns, 1.9425 ns/op OverheadWarmup 4: 2097152 op, 4160833.00 ns, 1.9840 ns/op OverheadWarmup 5: 2097152 op, 4269708.00 ns, 2.0360 ns/op OverheadWarmup 6: 2097152 op, 4097667.00 ns, 1.9539 ns/op OverheadWarmup 7: 2097152 op, 4098208.00 ns, 1.9542 ns/op OverheadWarmup 8: 2097152 op, 4273375.00 ns, 2.0377 ns/op OverheadWarmup 9: 2097152 op, 4186625.00 ns, 1.9963 ns/op OverheadActual 1: 2097152 op, 4221875.00 ns, 2.0131 ns/op OverheadActual 2: 2097152 op, 4115541.00 ns, 1.9624 ns/op OverheadActual 3: 2097152 op, 4164083.00 ns, 1.9856 ns/op OverheadActual 4: 2097152 op, 4290750.00 ns, 2.0460 ns/op OverheadActual 5: 2097152 op, 4144292.00 ns, 1.9762 ns/op OverheadActual 6: 2097152 op, 4166958.00 ns, 1.9870 ns/op OverheadActual 7: 2097152 op, 4167042.00 ns, 1.9870 ns/op OverheadActual 8: 2097152 op, 4240292.00 ns, 2.0219 ns/op OverheadActual 9: 2097152 op, 4144708.00 ns, 1.9764 ns/op OverheadActual 10: 2097152 op, 4184166.00 ns, 1.9952 ns/op OverheadActual 11: 2097152 op, 4106667.00 ns, 1.9582 ns/op OverheadActual 12: 2097152 op, 4192875.00 ns, 1.9993 ns/op OverheadActual 13: 2097152 op, 4111208.00 ns, 1.9604 ns/op OverheadActual 14: 2097152 op, 4184084.00 ns, 1.9951 ns/op OverheadActual 15: 2097152 op, 4135875.00 ns, 1.9721 ns/op WorkloadWarmup 1: 2097152 op, 612704833.00 ns, 292.1604 ns/op WorkloadWarmup 2: 2097152 op, 611744209.00 ns, 291.7024 ns/op WorkloadWarmup 3: 2097152 op, 634672959.00 ns, 302.6357 ns/op WorkloadWarmup 4: 2097152 op, 647431000.00 ns, 308.7192 ns/op WorkloadWarmup 5: 2097152 op, 615863042.00 ns, 293.6664 ns/op WorkloadWarmup 6: 2097152 op, 614638709.00 ns, 293.0826 ns/op WorkloadWarmup 7: 2097152 op, 611808833.00 ns, 291.7332 ns/op WorkloadWarmup 8: 2097152 op, 612674042.00 ns, 292.1457 ns/op WorkloadWarmup 9: 2097152 op, 588081666.00 ns, 280.4192 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 611745167.00 ns, 291.7028 ns/op WorkloadActual 2: 2097152 op, 611274333.00 ns, 291.4783 ns/op WorkloadActual 3: 2097152 op, 612410333.00 ns, 292.0200 ns/op WorkloadActual 4: 2097152 op, 611128708.00 ns, 291.4089 ns/op WorkloadActual 5: 2097152 op, 611196750.00 ns, 291.4413 ns/op WorkloadActual 6: 2097152 op, 612498209.00 ns, 292.0619 ns/op WorkloadActual 7: 2097152 op, 609848166.00 ns, 290.7983 ns/op WorkloadActual 8: 2097152 op, 611584417.00 ns, 291.6262 ns/op WorkloadActual 9: 2097152 op, 611780500.00 ns, 291.7197 ns/op WorkloadActual 10: 2097152 op, 613202291.00 ns, 292.3976 ns/op WorkloadActual 11: 2097152 op, 609632666.00 ns, 290.6955 ns/op WorkloadActual 12: 2097152 op, 609788750.00 ns, 290.7699 ns/op WorkloadActual 13: 2097152 op, 614204416.00 ns, 292.8755 ns/op WorkloadActual 14: 2097152 op, 611872542.00 ns, 291.7636 ns/op WorkloadActual 15: 2097152 op, 611981584.00 ns, 291.8156 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 607578209.00 ns, 289.7159 ns/op WorkloadResult 2: 2097152 op, 607107375.00 ns, 289.4914 ns/op WorkloadResult 3: 2097152 op, 608243375.00 ns, 290.0330 ns/op WorkloadResult 4: 2097152 op, 606961750.00 ns, 289.4219 ns/op WorkloadResult 5: 2097152 op, 607029792.00 ns, 289.4544 ns/op WorkloadResult 6: 2097152 op, 608331251.00 ns, 290.0749 ns/op WorkloadResult 7: 2097152 op, 605681208.00 ns, 288.8113 ns/op WorkloadResult 8: 2097152 op, 607417459.00 ns, 289.6392 ns/op WorkloadResult 9: 2097152 op, 607613542.00 ns, 289.7327 ns/op WorkloadResult 10: 2097152 op, 609035333.00 ns, 290.4107 ns/op WorkloadResult 11: 2097152 op, 605465708.00 ns, 288.7085 ns/op WorkloadResult 12: 2097152 op, 605621792.00 ns, 288.7830 ns/op WorkloadResult 13: 2097152 op, 607705584.00 ns, 289.7766 ns/op WorkloadResult 14: 2097152 op, 607814626.00 ns, 289.8286 ns/op // GC: 172 0 0 1442840576 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 29873 has exited with code 0. Mean = 289.563 ns, StdErr = 0.135 ns (0.05%), N = 14, StdDev = 0.505 ns Min = 288.709 ns, Q1 = 289.430 ns, Median = 289.678 ns, Q3 = 289.816 ns, Max = 290.411 ns IQR = 0.386 ns, LowerFence = 288.852 ns, UpperFence = 290.394 ns ConfidenceInterval = [288.993 ns; 290.133 ns] (CI 99.9%), Margin = 0.570 ns (0.20% of Mean) Skewness = -0.36, Kurtosis = 2.05, MValue = 2 // ** Remained 12 (50,0 %) benchmark(s) to run. Estimated finish 2026-04-06 15:32 (0h 3m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarks-report.html // * Detailed results * InvalidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 3.145 μs, StdErr = 0.003 μs (0.08%), N = 15, StdDev = 0.010 μs Min = 3.133 μs, Q1 = 3.138 μs, Median = 3.141 μs, Q3 = 3.151 μs, Max = 3.166 μs IQR = 0.013 μs, LowerFence = 3.118 μs, UpperFence = 3.171 μs ConfidenceInterval = [3.135 μs; 3.156 μs] (CI 99.9%), Margin = 0.010 μs (0.33% of Mean) Skewness = 0.66, Kurtosis = 2.18, MValue = 2 -------------------- Histogram -------------------- [3.128 μs ; 3.171 μs) | @@@@@@@@@@@@@@@ --------------------------------------------------- InvalidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.794 μs, StdErr = 0.001 μs (0.05%), N = 14, StdDev = 0.003 μs Min = 1.788 μs, Q1 = 1.791 μs, Median = 1.793 μs, Q3 = 1.796 μs, Max = 1.799 μs IQR = 0.005 μs, LowerFence = 1.783 μs, UpperFence = 1.804 μs ConfidenceInterval = [1.790 μs; 1.798 μs] (CI 99.9%), Margin = 0.004 μs (0.22% of Mean) Skewness = 0.08, Kurtosis = 1.64, MValue = 2 -------------------- Histogram -------------------- [1.786 μs ; 1.801 μs) | @@@@@@@@@@@@@@ --------------------------------------------------- InvalidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 289.563 ns, StdErr = 0.135 ns (0.05%), N = 14, StdDev = 0.505 ns Min = 288.709 ns, Q1 = 289.430 ns, Median = 289.678 ns, Q3 = 289.816 ns, Max = 290.411 ns IQR = 0.386 ns, LowerFence = 288.852 ns, UpperFence = 290.394 ns ConfidenceInterval = [288.993 ns; 290.133 ns] (CI 99.9%), Margin = 0.570 ns (0.20% of Mean) Skewness = -0.36, Kurtosis = 2.05, MValue = 2 -------------------- Histogram -------------------- [288.433 ns ; 290.686 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |-----------:|---------:|--------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 3,145.2 ns | 10.38 ns | 9.71 ns | 1.00 | 1.7509 | 0.0267 | 14672 B | 1.00 | | FluentValidationSingleton | 1,793.6 ns | 3.93 ns | 3.48 ns | 0.57 | 0.9937 | 0.0095 | 8320 B | 0.57 | | LightPortableResults | 289.6 ns | 0.57 ns | 0.51 ns | 0.09 | 0.0820 | - | 688 B | 0.05 | // * Hints * Outliers InvalidFlatDtoValidationBenchmarks.FluentValidationSingleton: Default -> 1 outlier was removed (1.81 μs) InvalidFlatDtoValidationBenchmarks.LightPortableResults: Default -> 1 outlier was removed (292.88 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:01:05 (65.48 sec), executed benchmarks: 3 // Found 3 benchmarks: // InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient: DefaultJob // InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: DefaultJob // InvalidFlatDtoValidationBenchmarksForMinimalApis.LightPortableResults: DefaultJob // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient --job Default --benchmarkId 12 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 91750.00 ns, 91.7500 us/op WorkloadJitting 1: 1 op, 8066125.00 ns, 8.0661 ms/op OverheadJitting 2: 16 op, 323334.00 ns, 20.2084 us/op WorkloadJitting 2: 16 op, 578334.00 ns, 36.1459 us/op WorkloadPilot 1: 16 op, 229500.00 ns, 14.3438 us/op WorkloadPilot 2: 32 op, 480833.00 ns, 15.0260 us/op WorkloadPilot 3: 64 op, 893250.00 ns, 13.9570 us/op WorkloadPilot 4: 128 op, 1668458.00 ns, 13.0348 us/op WorkloadPilot 5: 256 op, 3338291.00 ns, 13.0402 us/op WorkloadPilot 6: 512 op, 6808167.00 ns, 13.2972 us/op WorkloadPilot 7: 1024 op, 13141500.00 ns, 12.8335 us/op WorkloadPilot 8: 2048 op, 26460333.00 ns, 12.9201 us/op WorkloadPilot 9: 4096 op, 51014667.00 ns, 12.4548 us/op WorkloadPilot 10: 8192 op, 108575333.00 ns, 13.2538 us/op WorkloadPilot 11: 16384 op, 224288875.00 ns, 13.6895 us/op WorkloadPilot 12: 32768 op, 475090167.00 ns, 14.4986 us/op WorkloadPilot 13: 65536 op, 557718500.00 ns, 8.5101 us/op OverheadWarmup 1: 65536 op, 130792.00 ns, 1.9957 ns/op OverheadWarmup 2: 65536 op, 141292.00 ns, 2.1559 ns/op OverheadWarmup 3: 65536 op, 133084.00 ns, 2.0307 ns/op OverheadWarmup 4: 65536 op, 134916.00 ns, 2.0587 ns/op OverheadWarmup 5: 65536 op, 139917.00 ns, 2.1350 ns/op OverheadWarmup 6: 65536 op, 130125.00 ns, 1.9855 ns/op OverheadActual 1: 65536 op, 133375.00 ns, 2.0351 ns/op OverheadActual 2: 65536 op, 130083.00 ns, 1.9849 ns/op OverheadActual 3: 65536 op, 130167.00 ns, 1.9862 ns/op OverheadActual 4: 65536 op, 130250.00 ns, 1.9875 ns/op OverheadActual 5: 65536 op, 130125.00 ns, 1.9855 ns/op OverheadActual 6: 65536 op, 133958.00 ns, 2.0440 ns/op OverheadActual 7: 65536 op, 133958.00 ns, 2.0440 ns/op OverheadActual 8: 65536 op, 133958.00 ns, 2.0440 ns/op OverheadActual 9: 65536 op, 130125.00 ns, 1.9855 ns/op OverheadActual 10: 65536 op, 130084.00 ns, 1.9849 ns/op OverheadActual 11: 65536 op, 130042.00 ns, 1.9843 ns/op OverheadActual 12: 65536 op, 130084.00 ns, 1.9849 ns/op OverheadActual 13: 65536 op, 129416.00 ns, 1.9747 ns/op OverheadActual 14: 65536 op, 130042.00 ns, 1.9843 ns/op OverheadActual 15: 65536 op, 130000.00 ns, 1.9836 ns/op WorkloadWarmup 1: 65536 op, 309754333.00 ns, 4.7265 us/op WorkloadWarmup 2: 65536 op, 231130417.00 ns, 3.5268 us/op WorkloadWarmup 3: 65536 op, 232175125.00 ns, 3.5427 us/op WorkloadWarmup 4: 65536 op, 230676042.00 ns, 3.5198 us/op WorkloadWarmup 5: 65536 op, 232092708.00 ns, 3.5415 us/op WorkloadWarmup 6: 65536 op, 232148166.00 ns, 3.5423 us/op WorkloadWarmup 7: 65536 op, 231958792.00 ns, 3.5394 us/op // BeforeActualRun WorkloadActual 1: 65536 op, 233644000.00 ns, 3.5651 us/op WorkloadActual 2: 65536 op, 233873000.00 ns, 3.5686 us/op WorkloadActual 3: 65536 op, 232087834.00 ns, 3.5414 us/op WorkloadActual 4: 65536 op, 232029500.00 ns, 3.5405 us/op WorkloadActual 5: 65536 op, 232361292.00 ns, 3.5456 us/op WorkloadActual 6: 65536 op, 233057041.00 ns, 3.5562 us/op WorkloadActual 7: 65536 op, 230942584.00 ns, 3.5239 us/op WorkloadActual 8: 65536 op, 231031000.00 ns, 3.5253 us/op WorkloadActual 9: 65536 op, 232857625.00 ns, 3.5531 us/op WorkloadActual 10: 65536 op, 232582083.00 ns, 3.5489 us/op WorkloadActual 11: 65536 op, 233909042.00 ns, 3.5692 us/op WorkloadActual 12: 65536 op, 236325417.00 ns, 3.6060 us/op WorkloadActual 13: 65536 op, 237517834.00 ns, 3.6242 us/op WorkloadActual 14: 65536 op, 253853333.00 ns, 3.8735 us/op WorkloadActual 15: 65536 op, 253651791.00 ns, 3.8704 us/op // AfterActualRun WorkloadResult 1: 65536 op, 233513875.00 ns, 3.5631 us/op WorkloadResult 2: 65536 op, 233742875.00 ns, 3.5666 us/op WorkloadResult 3: 65536 op, 231957709.00 ns, 3.5394 us/op WorkloadResult 4: 65536 op, 231899375.00 ns, 3.5385 us/op WorkloadResult 5: 65536 op, 232231167.00 ns, 3.5436 us/op WorkloadResult 6: 65536 op, 232926916.00 ns, 3.5542 us/op WorkloadResult 7: 65536 op, 230812459.00 ns, 3.5219 us/op WorkloadResult 8: 65536 op, 230900875.00 ns, 3.5233 us/op WorkloadResult 9: 65536 op, 232727500.00 ns, 3.5511 us/op WorkloadResult 10: 65536 op, 232451958.00 ns, 3.5469 us/op WorkloadResult 11: 65536 op, 233778917.00 ns, 3.5672 us/op WorkloadResult 12: 65536 op, 236195292.00 ns, 3.6041 us/op WorkloadResult 13: 65536 op, 237387709.00 ns, 3.6222 us/op // GC: 126 2 0 1056964608 65536 // Threading: 0 0 65536 // AfterAll // Benchmark Process 29928 has exited with code 0. Mean = 3.557 μs, StdErr = 0.008 μs (0.23%), N = 13, StdDev = 0.029 μs Min = 3.522 μs, Q1 = 3.539 μs, Median = 3.551 μs, Q3 = 3.567 μs, Max = 3.622 μs IQR = 0.027 μs, LowerFence = 3.499 μs, UpperFence = 3.607 μs ConfidenceInterval = [3.522 μs; 3.592 μs] (CI 99.9%), Margin = 0.035 μs (0.97% of Mean) Skewness = 0.9, Kurtosis = 2.85, MValue = 2 // ** Remained 11 (45,8 %) benchmark(s) to run. Estimated finish 2026-04-06 15:32 (0h 3m from now) ** // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton --job Default --benchmarkId 13 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 107333.00 ns, 107.3330 us/op WorkloadJitting 1: 1 op, 8913041.00 ns, 8.9130 ms/op OverheadJitting 2: 16 op, 368292.00 ns, 23.0183 us/op WorkloadJitting 2: 16 op, 508750.00 ns, 31.7969 us/op WorkloadPilot 1: 16 op, 195083.00 ns, 12.1927 us/op WorkloadPilot 2: 32 op, 256875.00 ns, 8.0273 us/op WorkloadPilot 3: 64 op, 544375.00 ns, 8.5059 us/op WorkloadPilot 4: 128 op, 986208.00 ns, 7.7048 us/op WorkloadPilot 5: 256 op, 2006250.00 ns, 7.8369 us/op WorkloadPilot 6: 512 op, 4042583.00 ns, 7.8957 us/op WorkloadPilot 7: 1024 op, 8112334.00 ns, 7.9222 us/op WorkloadPilot 8: 2048 op, 16864041.00 ns, 8.2344 us/op WorkloadPilot 9: 4096 op, 31215958.00 ns, 7.6211 us/op WorkloadPilot 10: 8192 op, 60560834.00 ns, 7.3927 us/op WorkloadPilot 11: 16384 op, 129853333.00 ns, 7.9256 us/op WorkloadPilot 12: 32768 op, 115576500.00 ns, 3.5271 us/op WorkloadPilot 13: 65536 op, 138737833.00 ns, 2.1170 us/op WorkloadPilot 14: 131072 op, 277944625.00 ns, 2.1205 us/op WorkloadPilot 15: 262144 op, 549061458.00 ns, 2.0945 us/op OverheadWarmup 1: 262144 op, 540792.00 ns, 2.0630 ns/op OverheadWarmup 2: 262144 op, 507208.00 ns, 1.9348 ns/op OverheadWarmup 3: 262144 op, 502375.00 ns, 1.9164 ns/op OverheadWarmup 4: 262144 op, 497917.00 ns, 1.8994 ns/op OverheadWarmup 5: 262144 op, 510375.00 ns, 1.9469 ns/op OverheadWarmup 6: 262144 op, 497667.00 ns, 1.8984 ns/op OverheadWarmup 7: 262144 op, 497584.00 ns, 1.8981 ns/op OverheadWarmup 8: 262144 op, 497625.00 ns, 1.8983 ns/op OverheadWarmup 9: 262144 op, 497959.00 ns, 1.8996 ns/op OverheadWarmup 10: 262144 op, 497792.00 ns, 1.8989 ns/op OverheadActual 1: 262144 op, 505083.00 ns, 1.9267 ns/op OverheadActual 2: 262144 op, 498334.00 ns, 1.9010 ns/op OverheadActual 3: 262144 op, 528459.00 ns, 2.0159 ns/op OverheadActual 4: 262144 op, 535750.00 ns, 2.0437 ns/op OverheadActual 5: 262144 op, 502584.00 ns, 1.9172 ns/op OverheadActual 6: 262144 op, 497416.00 ns, 1.8975 ns/op OverheadActual 7: 262144 op, 527958.00 ns, 2.0140 ns/op OverheadActual 8: 262144 op, 534959.00 ns, 2.0407 ns/op OverheadActual 9: 262144 op, 510250.00 ns, 1.9464 ns/op OverheadActual 10: 262144 op, 525250.00 ns, 2.0037 ns/op OverheadActual 11: 262144 op, 528875.00 ns, 2.0175 ns/op OverheadActual 12: 262144 op, 506250.00 ns, 1.9312 ns/op OverheadActual 13: 262144 op, 509208.00 ns, 1.9425 ns/op OverheadActual 14: 262144 op, 498292.00 ns, 1.9008 ns/op OverheadActual 15: 262144 op, 500709.00 ns, 1.9101 ns/op WorkloadWarmup 1: 262144 op, 550679958.00 ns, 2.1007 us/op WorkloadWarmup 2: 262144 op, 546773667.00 ns, 2.0858 us/op WorkloadWarmup 3: 262144 op, 553808125.00 ns, 2.1126 us/op WorkloadWarmup 4: 262144 op, 549453042.00 ns, 2.0960 us/op WorkloadWarmup 5: 262144 op, 545577875.00 ns, 2.0812 us/op WorkloadWarmup 6: 262144 op, 546555334.00 ns, 2.0849 us/op WorkloadWarmup 7: 262144 op, 546474208.00 ns, 2.0846 us/op // BeforeActualRun WorkloadActual 1: 262144 op, 548909959.00 ns, 2.0939 us/op WorkloadActual 2: 262144 op, 556810375.00 ns, 2.1241 us/op WorkloadActual 3: 262144 op, 555845375.00 ns, 2.1204 us/op WorkloadActual 4: 262144 op, 547972958.00 ns, 2.0904 us/op WorkloadActual 5: 262144 op, 545080917.00 ns, 2.0793 us/op WorkloadActual 6: 262144 op, 548905792.00 ns, 2.0939 us/op WorkloadActual 7: 262144 op, 551581042.00 ns, 2.1041 us/op WorkloadActual 8: 262144 op, 549200625.00 ns, 2.0950 us/op WorkloadActual 9: 262144 op, 547219708.00 ns, 2.0875 us/op WorkloadActual 10: 262144 op, 546277041.00 ns, 2.0839 us/op WorkloadActual 11: 262144 op, 549384208.00 ns, 2.0957 us/op WorkloadActual 12: 262144 op, 548294625.00 ns, 2.0916 us/op WorkloadActual 13: 262144 op, 548482167.00 ns, 2.0923 us/op WorkloadActual 14: 262144 op, 547697667.00 ns, 2.0893 us/op WorkloadActual 15: 262144 op, 545995208.00 ns, 2.0828 us/op // AfterActualRun WorkloadResult 1: 262144 op, 548400751.00 ns, 2.0920 us/op WorkloadResult 2: 262144 op, 547463750.00 ns, 2.0884 us/op WorkloadResult 3: 262144 op, 544571709.00 ns, 2.0774 us/op WorkloadResult 4: 262144 op, 548396584.00 ns, 2.0920 us/op WorkloadResult 5: 262144 op, 551071834.00 ns, 2.1022 us/op WorkloadResult 6: 262144 op, 548691417.00 ns, 2.0931 us/op WorkloadResult 7: 262144 op, 546710500.00 ns, 2.0855 us/op WorkloadResult 8: 262144 op, 545767833.00 ns, 2.0819 us/op WorkloadResult 9: 262144 op, 548875000.00 ns, 2.0938 us/op WorkloadResult 10: 262144 op, 547785417.00 ns, 2.0896 us/op WorkloadResult 11: 262144 op, 547972959.00 ns, 2.0904 us/op WorkloadResult 12: 262144 op, 547188459.00 ns, 2.0874 us/op WorkloadResult 13: 262144 op, 545486000.00 ns, 2.0809 us/op // GC: 303 3 0 2541748224 262144 // Threading: 0 0 262144 // AfterAll // Benchmark Process 29950 has exited with code 0. Mean = 2.089 μs, StdErr = 0.002 μs (0.09%), N = 13, StdDev = 0.006 μs Min = 2.077 μs, Q1 = 2.086 μs, Median = 2.090 μs, Q3 = 2.092 μs, Max = 2.102 μs IQR = 0.006 μs, LowerFence = 2.076 μs, UpperFence = 2.102 μs ConfidenceInterval = [2.081 μs; 2.097 μs] (CI 99.9%), Margin = 0.008 μs (0.37% of Mean) Skewness = 0.09, Kurtosis = 2.51, MValue = 2 // ** Remained 10 (41,7 %) benchmark(s) to run. Estimated finish 2026-04-06 15:32 (0h 2m from now) ** // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarksForMinimalApis.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis.LightPortableResults --job Default --benchmarkId 14 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 116875.00 ns, 116.8750 us/op WorkloadJitting 1: 1 op, 10413416.00 ns, 10.4134 ms/op OverheadJitting 2: 16 op, 296791.00 ns, 18.5494 us/op WorkloadJitting 2: 16 op, 639833.00 ns, 39.9896 us/op WorkloadPilot 1: 16 op, 47917.00 ns, 2.9948 us/op WorkloadPilot 2: 32 op, 79750.00 ns, 2.4922 us/op WorkloadPilot 3: 64 op, 157166.00 ns, 2.4557 us/op WorkloadPilot 4: 128 op, 296375.00 ns, 2.3154 us/op WorkloadPilot 5: 256 op, 592875.00 ns, 2.3159 us/op WorkloadPilot 6: 512 op, 1133375.00 ns, 2.2136 us/op WorkloadPilot 7: 1024 op, 2222166.00 ns, 2.1701 us/op WorkloadPilot 8: 2048 op, 4449750.00 ns, 2.1727 us/op WorkloadPilot 9: 4096 op, 9084917.00 ns, 2.2180 us/op WorkloadPilot 10: 8192 op, 18291000.00 ns, 2.2328 us/op WorkloadPilot 11: 16384 op, 35779750.00 ns, 2.1838 us/op WorkloadPilot 12: 32768 op, 70885833.00 ns, 2.1633 us/op WorkloadPilot 13: 65536 op, 110285916.00 ns, 1.6828 us/op WorkloadPilot 14: 131072 op, 145282458.00 ns, 1.1084 us/op WorkloadPilot 15: 262144 op, 77259000.00 ns, 294.7197 ns/op WorkloadPilot 16: 524288 op, 151058875.00 ns, 288.1219 ns/op WorkloadPilot 17: 1048576 op, 300335416.00 ns, 286.4222 ns/op WorkloadPilot 18: 2097152 op, 600660916.00 ns, 286.4174 ns/op OverheadWarmup 1: 2097152 op, 4066458.00 ns, 1.9390 ns/op OverheadWarmup 2: 2097152 op, 3962375.00 ns, 1.8894 ns/op OverheadWarmup 3: 2097152 op, 3952958.00 ns, 1.8849 ns/op OverheadWarmup 4: 2097152 op, 3980208.00 ns, 1.8979 ns/op OverheadWarmup 5: 2097152 op, 4025459.00 ns, 1.9195 ns/op OverheadWarmup 6: 2097152 op, 4042000.00 ns, 1.9274 ns/op OverheadWarmup 7: 2097152 op, 3981875.00 ns, 1.8987 ns/op OverheadWarmup 8: 2097152 op, 4051833.00 ns, 1.9321 ns/op OverheadWarmup 9: 2097152 op, 4181542.00 ns, 1.9939 ns/op OverheadWarmup 10: 2097152 op, 3987459.00 ns, 1.9014 ns/op OverheadActual 1: 2097152 op, 4105833.00 ns, 1.9578 ns/op OverheadActual 2: 2097152 op, 4076500.00 ns, 1.9438 ns/op OverheadActual 3: 2097152 op, 4015959.00 ns, 1.9150 ns/op OverheadActual 4: 2097152 op, 4050208.00 ns, 1.9313 ns/op OverheadActual 5: 2097152 op, 4035458.00 ns, 1.9243 ns/op OverheadActual 6: 2097152 op, 4063417.00 ns, 1.9376 ns/op OverheadActual 7: 2097152 op, 4112167.00 ns, 1.9608 ns/op OverheadActual 8: 2097152 op, 4007125.00 ns, 1.9107 ns/op OverheadActual 9: 2097152 op, 4011750.00 ns, 1.9130 ns/op OverheadActual 10: 2097152 op, 4074917.00 ns, 1.9431 ns/op OverheadActual 11: 2097152 op, 4123667.00 ns, 1.9663 ns/op OverheadActual 12: 2097152 op, 4071375.00 ns, 1.9414 ns/op OverheadActual 13: 2097152 op, 4005250.00 ns, 1.9099 ns/op OverheadActual 14: 2097152 op, 4067292.00 ns, 1.9394 ns/op OverheadActual 15: 2097152 op, 4108833.00 ns, 1.9592 ns/op WorkloadWarmup 1: 2097152 op, 602884000.00 ns, 287.4775 ns/op WorkloadWarmup 2: 2097152 op, 602014042.00 ns, 287.0627 ns/op WorkloadWarmup 3: 2097152 op, 602208042.00 ns, 287.1552 ns/op WorkloadWarmup 4: 2097152 op, 601997750.00 ns, 287.0549 ns/op WorkloadWarmup 5: 2097152 op, 602912458.00 ns, 287.4911 ns/op WorkloadWarmup 6: 2097152 op, 601266750.00 ns, 286.7063 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 601276667.00 ns, 286.7111 ns/op WorkloadActual 2: 2097152 op, 595748541.00 ns, 284.0750 ns/op WorkloadActual 3: 2097152 op, 604652542.00 ns, 288.3208 ns/op WorkloadActual 4: 2097152 op, 601113958.00 ns, 286.6335 ns/op WorkloadActual 5: 2097152 op, 603966875.00 ns, 287.9938 ns/op WorkloadActual 6: 2097152 op, 602724542.00 ns, 287.4015 ns/op WorkloadActual 7: 2097152 op, 601314583.00 ns, 286.7291 ns/op WorkloadActual 8: 2097152 op, 601275625.00 ns, 286.7106 ns/op WorkloadActual 9: 2097152 op, 602701834.00 ns, 287.3906 ns/op WorkloadActual 10: 2097152 op, 600477959.00 ns, 286.3302 ns/op WorkloadActual 11: 2097152 op, 603848708.00 ns, 287.9375 ns/op WorkloadActual 12: 2097152 op, 601632459.00 ns, 286.8807 ns/op WorkloadActual 13: 2097152 op, 601246458.00 ns, 286.6967 ns/op WorkloadActual 14: 2097152 op, 601354625.00 ns, 286.7482 ns/op WorkloadActual 15: 2097152 op, 601710584.00 ns, 286.9180 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 597209375.00 ns, 284.7716 ns/op WorkloadResult 2: 2097152 op, 591681249.00 ns, 282.1356 ns/op WorkloadResult 3: 2097152 op, 600585250.00 ns, 286.3814 ns/op WorkloadResult 4: 2097152 op, 597046666.00 ns, 284.6940 ns/op WorkloadResult 5: 2097152 op, 599899583.00 ns, 286.0544 ns/op WorkloadResult 6: 2097152 op, 598657250.00 ns, 285.4620 ns/op WorkloadResult 7: 2097152 op, 597247291.00 ns, 284.7897 ns/op WorkloadResult 8: 2097152 op, 597208333.00 ns, 284.7711 ns/op WorkloadResult 9: 2097152 op, 598634542.00 ns, 285.4512 ns/op WorkloadResult 10: 2097152 op, 596410667.00 ns, 284.3908 ns/op WorkloadResult 11: 2097152 op, 599781416.00 ns, 285.9981 ns/op WorkloadResult 12: 2097152 op, 597565167.00 ns, 284.9413 ns/op WorkloadResult 13: 2097152 op, 597179166.00 ns, 284.7572 ns/op WorkloadResult 14: 2097152 op, 597287333.00 ns, 284.8088 ns/op WorkloadResult 15: 2097152 op, 597643292.00 ns, 284.9785 ns/op // GC: 210 0 0 1761607680 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 30000 has exited with code 0. Mean = 284.959 ns, StdErr = 0.252 ns (0.09%), N = 15, StdDev = 0.976 ns Min = 282.136 ns, Q1 = 284.764 ns, Median = 284.809 ns, Q3 = 285.457 ns, Max = 286.381 ns IQR = 0.692 ns, LowerFence = 283.726 ns, UpperFence = 286.495 ns ConfidenceInterval = [283.916 ns; 286.002 ns] (CI 99.9%), Margin = 1.043 ns (0.37% of Mean) Skewness = -1.23, Kurtosis = 5.19, MValue = 2 // ** Remained 9 (37,5 %) benchmark(s) to run. Estimated finish 2026-04-06 15:32 (0h 2m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis-report.html // * Detailed results * InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 3.557 μs, StdErr = 0.008 μs (0.23%), N = 13, StdDev = 0.029 μs Min = 3.522 μs, Q1 = 3.539 μs, Median = 3.551 μs, Q3 = 3.567 μs, Max = 3.622 μs IQR = 0.027 μs, LowerFence = 3.499 μs, UpperFence = 3.607 μs ConfidenceInterval = [3.522 μs; 3.592 μs] (CI 99.9%), Margin = 0.035 μs (0.97% of Mean) Skewness = 0.9, Kurtosis = 2.85, MValue = 2 -------------------- Histogram -------------------- [3.517 μs ; 3.638 μs) | @@@@@@@@@@@@@ --------------------------------------------------- InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.089 μs, StdErr = 0.002 μs (0.09%), N = 13, StdDev = 0.006 μs Min = 2.077 μs, Q1 = 2.086 μs, Median = 2.090 μs, Q3 = 2.092 μs, Max = 2.102 μs IQR = 0.006 μs, LowerFence = 2.076 μs, UpperFence = 2.102 μs ConfidenceInterval = [2.081 μs; 2.097 μs] (CI 99.9%), Margin = 0.008 μs (0.37% of Mean) Skewness = 0.09, Kurtosis = 2.51, MValue = 2 -------------------- Histogram -------------------- [2.074 μs ; 2.106 μs) | @@@@@@@@@@@@@ --------------------------------------------------- InvalidFlatDtoValidationBenchmarksForMinimalApis.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 284.959 ns, StdErr = 0.252 ns (0.09%), N = 15, StdDev = 0.976 ns Min = 282.136 ns, Q1 = 284.764 ns, Median = 284.809 ns, Q3 = 285.457 ns, Max = 286.381 ns IQR = 0.692 ns, LowerFence = 283.726 ns, UpperFence = 286.495 ns ConfidenceInterval = [283.916 ns; 286.002 ns] (CI 99.9%), Margin = 1.043 ns (0.37% of Mean) Skewness = -1.23, Kurtosis = 5.19, MValue = 2 -------------------- Histogram -------------------- [281.616 ns ; 286.901 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |-----------:|---------:|---------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 3,557.1 ns | 34.66 ns | 28.94 ns | 1.00 | 1.9226 | 0.0305 | 16128 B | 1.00 | | FluentValidationSingleton | 2,088.8 ns | 7.72 ns | 6.45 ns | 0.59 | 1.1559 | 0.0114 | 9696 B | 0.60 | | LightPortableResults | 285.0 ns | 1.04 ns | 0.98 ns | 0.08 | 0.1001 | - | 840 B | 0.05 | // * Hints * Outliers InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationScopedOrTransient: Default -> 2 outliers were removed (3.87 μs, 3.87 μs) InvalidFlatDtoValidationBenchmarksForMinimalApis.FluentValidationSingleton: Default -> 2 outliers were removed (2.12 μs, 2.12 μs) InvalidFlatDtoValidationBenchmarksForMinimalApis.LightPortableResults: Default -> 1 outlier was detected (284.08 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:36 (36.28 sec), executed benchmarks: 3 // Found 3 benchmarks: // InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient: DefaultJob // InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationSingleton: DefaultJob // InvalidFlatDtoValidationBenchmarksForMvc.LightPortableResults: DefaultJob // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient --job Default --benchmarkId 15 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 88125.00 ns, 88.1250 us/op WorkloadJitting 1: 1 op, 8193667.00 ns, 8.1937 ms/op OverheadJitting 2: 16 op, 312834.00 ns, 19.5521 us/op WorkloadJitting 2: 16 op, 563083.00 ns, 35.1927 us/op WorkloadPilot 1: 16 op, 233333.00 ns, 14.5833 us/op WorkloadPilot 2: 32 op, 467458.00 ns, 14.6081 us/op WorkloadPilot 3: 64 op, 1734958.00 ns, 27.1087 us/op WorkloadPilot 4: 128 op, 1804708.00 ns, 14.0993 us/op WorkloadPilot 5: 256 op, 3655667.00 ns, 14.2799 us/op WorkloadPilot 6: 512 op, 7344041.00 ns, 14.3438 us/op WorkloadPilot 7: 1024 op, 14209584.00 ns, 13.8765 us/op WorkloadPilot 8: 2048 op, 28053500.00 ns, 13.6980 us/op WorkloadPilot 9: 4096 op, 55527167.00 ns, 13.5564 us/op WorkloadPilot 10: 8192 op, 140798791.00 ns, 17.1874 us/op WorkloadPilot 11: 16384 op, 302211166.00 ns, 18.4455 us/op WorkloadPilot 12: 32768 op, 577263917.00 ns, 17.6167 us/op OverheadWarmup 1: 32768 op, 77750.00 ns, 2.3727 ns/op OverheadWarmup 2: 32768 op, 64125.00 ns, 1.9569 ns/op OverheadWarmup 3: 32768 op, 70916.00 ns, 2.1642 ns/op OverheadWarmup 4: 32768 op, 69292.00 ns, 2.1146 ns/op OverheadWarmup 5: 32768 op, 69166.00 ns, 2.1108 ns/op OverheadWarmup 6: 32768 op, 70458.00 ns, 2.1502 ns/op OverheadWarmup 7: 32768 op, 69125.00 ns, 2.1095 ns/op OverheadActual 1: 32768 op, 69041.00 ns, 2.1070 ns/op OverheadActual 2: 32768 op, 69083.00 ns, 2.1082 ns/op OverheadActual 3: 32768 op, 68708.00 ns, 2.0968 ns/op OverheadActual 4: 32768 op, 69000.00 ns, 2.1057 ns/op OverheadActual 5: 32768 op, 68750.00 ns, 2.0981 ns/op OverheadActual 6: 32768 op, 65959.00 ns, 2.0129 ns/op OverheadActual 7: 32768 op, 68708.00 ns, 2.0968 ns/op OverheadActual 8: 32768 op, 69167.00 ns, 2.1108 ns/op OverheadActual 9: 32768 op, 68708.00 ns, 2.0968 ns/op OverheadActual 10: 32768 op, 68917.00 ns, 2.1032 ns/op OverheadActual 11: 32768 op, 68792.00 ns, 2.0994 ns/op OverheadActual 12: 32768 op, 66125.00 ns, 2.0180 ns/op OverheadActual 13: 32768 op, 68667.00 ns, 2.0956 ns/op OverheadActual 14: 32768 op, 76000.00 ns, 2.3193 ns/op OverheadActual 15: 32768 op, 68708.00 ns, 2.0968 ns/op WorkloadWarmup 1: 32768 op, 374538166.00 ns, 11.4300 us/op WorkloadWarmup 2: 32768 op, 272772459.00 ns, 8.3244 us/op WorkloadWarmup 3: 32768 op, 184830166.00 ns, 5.6406 us/op WorkloadWarmup 4: 32768 op, 136884542.00 ns, 4.1774 us/op WorkloadWarmup 5: 32768 op, 130702709.00 ns, 3.9887 us/op WorkloadWarmup 6: 32768 op, 131068625.00 ns, 3.9999 us/op WorkloadWarmup 7: 32768 op, 129330042.00 ns, 3.9468 us/op WorkloadWarmup 8: 32768 op, 128909166.00 ns, 3.9340 us/op WorkloadWarmup 9: 32768 op, 130455834.00 ns, 3.9812 us/op WorkloadWarmup 10: 32768 op, 129442250.00 ns, 3.9503 us/op // BeforeActualRun WorkloadActual 1: 32768 op, 130001250.00 ns, 3.9673 us/op WorkloadActual 2: 32768 op, 130357834.00 ns, 3.9782 us/op WorkloadActual 3: 32768 op, 131179708.00 ns, 4.0033 us/op WorkloadActual 4: 32768 op, 130439000.00 ns, 3.9807 us/op WorkloadActual 5: 32768 op, 130748250.00 ns, 3.9901 us/op WorkloadActual 6: 32768 op, 130818667.00 ns, 3.9923 us/op WorkloadActual 7: 32768 op, 129155125.00 ns, 3.9415 us/op WorkloadActual 8: 32768 op, 129159708.00 ns, 3.9416 us/op WorkloadActual 9: 32768 op, 130096375.00 ns, 3.9702 us/op WorkloadActual 10: 32768 op, 129491042.00 ns, 3.9518 us/op WorkloadActual 11: 32768 op, 129600125.00 ns, 3.9551 us/op WorkloadActual 12: 32768 op, 129976250.00 ns, 3.9666 us/op WorkloadActual 13: 32768 op, 130892834.00 ns, 3.9945 us/op WorkloadActual 14: 32768 op, 129337583.00 ns, 3.9471 us/op WorkloadActual 15: 32768 op, 129023208.00 ns, 3.9375 us/op // AfterActualRun WorkloadResult 1: 32768 op, 129932500.00 ns, 3.9652 us/op WorkloadResult 2: 32768 op, 130289084.00 ns, 3.9761 us/op WorkloadResult 3: 32768 op, 131110958.00 ns, 4.0012 us/op WorkloadResult 4: 32768 op, 130370250.00 ns, 3.9786 us/op WorkloadResult 5: 32768 op, 130679500.00 ns, 3.9880 us/op WorkloadResult 6: 32768 op, 130749917.00 ns, 3.9902 us/op WorkloadResult 7: 32768 op, 129086375.00 ns, 3.9394 us/op WorkloadResult 8: 32768 op, 129090958.00 ns, 3.9395 us/op WorkloadResult 9: 32768 op, 130027625.00 ns, 3.9681 us/op WorkloadResult 10: 32768 op, 129422292.00 ns, 3.9497 us/op WorkloadResult 11: 32768 op, 129531375.00 ns, 3.9530 us/op WorkloadResult 12: 32768 op, 129907500.00 ns, 3.9645 us/op WorkloadResult 13: 32768 op, 130824084.00 ns, 3.9924 us/op WorkloadResult 14: 32768 op, 129268833.00 ns, 3.9450 us/op WorkloadResult 15: 32768 op, 128954458.00 ns, 3.9354 us/op // GC: 68 1 0 575668224 32768 // Threading: 0 0 32768 // AfterAll // Benchmark Process 30043 has exited with code 0. Mean = 3.966 μs, StdErr = 0.006 μs (0.14%), N = 15, StdDev = 0.022 μs Min = 3.935 μs, Q1 = 3.947 μs, Median = 3.965 μs, Q3 = 3.983 μs, Max = 4.001 μs IQR = 0.036 μs, LowerFence = 3.893 μs, UpperFence = 4.037 μs ConfidenceInterval = [3.943 μs; 3.989 μs] (CI 99.9%), Margin = 0.023 μs (0.58% of Mean) Skewness = 0.09, Kurtosis = 1.49, MValue = 2 // ** Remained 8 (33,3 %) benchmark(s) to run. Estimated finish 2026-04-06 15:32 (0h 2m from now) ** // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationSingleton --job Default --benchmarkId 16 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 101250.00 ns, 101.2500 us/op WorkloadJitting 1: 1 op, 8278959.00 ns, 8.2790 ms/op OverheadJitting 2: 16 op, 319042.00 ns, 19.9401 us/op WorkloadJitting 2: 16 op, 439625.00 ns, 27.4766 us/op WorkloadPilot 1: 16 op, 166083.00 ns, 10.3802 us/op WorkloadPilot 2: 32 op, 264042.00 ns, 8.2513 us/op WorkloadPilot 3: 64 op, 1272875.00 ns, 19.8887 us/op WorkloadPilot 4: 128 op, 1144667.00 ns, 8.9427 us/op WorkloadPilot 5: 256 op, 2352750.00 ns, 9.1904 us/op WorkloadPilot 6: 512 op, 4505917.00 ns, 8.8006 us/op WorkloadPilot 7: 1024 op, 9108542.00 ns, 8.8951 us/op WorkloadPilot 8: 2048 op, 17688750.00 ns, 8.6371 us/op WorkloadPilot 9: 4096 op, 35251792.00 ns, 8.6064 us/op WorkloadPilot 10: 8192 op, 72617291.00 ns, 8.8644 us/op WorkloadPilot 11: 16384 op, 199154875.00 ns, 12.1554 us/op WorkloadPilot 12: 32768 op, 223572875.00 ns, 6.8229 us/op WorkloadPilot 13: 65536 op, 157208042.00 ns, 2.3988 us/op WorkloadPilot 14: 131072 op, 313849375.00 ns, 2.3945 us/op WorkloadPilot 15: 262144 op, 627228667.00 ns, 2.3927 us/op OverheadWarmup 1: 262144 op, 537250.00 ns, 2.0494 ns/op OverheadWarmup 2: 262144 op, 535500.00 ns, 2.0428 ns/op OverheadWarmup 3: 262144 op, 511667.00 ns, 1.9519 ns/op OverheadWarmup 4: 262144 op, 509250.00 ns, 1.9426 ns/op OverheadWarmup 5: 262144 op, 523584.00 ns, 1.9973 ns/op OverheadWarmup 6: 262144 op, 510292.00 ns, 1.9466 ns/op OverheadWarmup 7: 262144 op, 504167.00 ns, 1.9232 ns/op OverheadWarmup 8: 262144 op, 497625.00 ns, 1.8983 ns/op OverheadWarmup 9: 262144 op, 497625.00 ns, 1.8983 ns/op OverheadWarmup 10: 262144 op, 502292.00 ns, 1.9161 ns/op OverheadActual 1: 262144 op, 497708.00 ns, 1.8986 ns/op OverheadActual 2: 262144 op, 497750.00 ns, 1.8988 ns/op OverheadActual 3: 262144 op, 497625.00 ns, 1.8983 ns/op OverheadActual 4: 262144 op, 510583.00 ns, 1.9477 ns/op OverheadActual 5: 262144 op, 497666.00 ns, 1.8984 ns/op OverheadActual 6: 262144 op, 505583.00 ns, 1.9286 ns/op OverheadActual 7: 262144 op, 543834.00 ns, 2.0746 ns/op OverheadActual 8: 262144 op, 508458.00 ns, 1.9396 ns/op OverheadActual 9: 262144 op, 526292.00 ns, 2.0076 ns/op OverheadActual 10: 262144 op, 497625.00 ns, 1.8983 ns/op OverheadActual 11: 262144 op, 497584.00 ns, 1.8981 ns/op OverheadActual 12: 262144 op, 523875.00 ns, 1.9984 ns/op OverheadActual 13: 262144 op, 497667.00 ns, 1.8984 ns/op OverheadActual 14: 262144 op, 507875.00 ns, 1.9374 ns/op OverheadActual 15: 262144 op, 515708.00 ns, 1.9673 ns/op WorkloadWarmup 1: 262144 op, 646349458.00 ns, 2.4656 us/op WorkloadWarmup 2: 262144 op, 632302959.00 ns, 2.4120 us/op WorkloadWarmup 3: 262144 op, 627955708.00 ns, 2.3955 us/op WorkloadWarmup 4: 262144 op, 628452708.00 ns, 2.3974 us/op WorkloadWarmup 5: 262144 op, 636929291.00 ns, 2.4297 us/op WorkloadWarmup 6: 262144 op, 680226042.00 ns, 2.5949 us/op WorkloadWarmup 7: 262144 op, 657685750.00 ns, 2.5089 us/op WorkloadWarmup 8: 262144 op, 630282291.00 ns, 2.4043 us/op WorkloadWarmup 9: 262144 op, 625647959.00 ns, 2.3867 us/op WorkloadWarmup 10: 262144 op, 629388791.00 ns, 2.4009 us/op WorkloadWarmup 11: 262144 op, 626622458.00 ns, 2.3904 us/op // BeforeActualRun WorkloadActual 1: 262144 op, 623984791.00 ns, 2.3803 us/op WorkloadActual 2: 262144 op, 625836208.00 ns, 2.3874 us/op WorkloadActual 3: 262144 op, 625944000.00 ns, 2.3878 us/op WorkloadActual 4: 262144 op, 623615416.00 ns, 2.3789 us/op WorkloadActual 5: 262144 op, 626611000.00 ns, 2.3903 us/op WorkloadActual 6: 262144 op, 623922416.00 ns, 2.3801 us/op WorkloadActual 7: 262144 op, 625458209.00 ns, 2.3859 us/op WorkloadActual 8: 262144 op, 628114834.00 ns, 2.3961 us/op WorkloadActual 9: 262144 op, 626179500.00 ns, 2.3887 us/op WorkloadActual 10: 262144 op, 626921542.00 ns, 2.3915 us/op WorkloadActual 11: 262144 op, 625912334.00 ns, 2.3877 us/op WorkloadActual 12: 262144 op, 623724250.00 ns, 2.3793 us/op WorkloadActual 13: 262144 op, 625283709.00 ns, 2.3853 us/op WorkloadActual 14: 262144 op, 629443500.00 ns, 2.4011 us/op WorkloadActual 15: 262144 op, 626684917.00 ns, 2.3906 us/op // AfterActualRun WorkloadResult 1: 262144 op, 623479208.00 ns, 2.3784 us/op WorkloadResult 2: 262144 op, 625330625.00 ns, 2.3854 us/op WorkloadResult 3: 262144 op, 625438417.00 ns, 2.3859 us/op WorkloadResult 4: 262144 op, 623109833.00 ns, 2.3770 us/op WorkloadResult 5: 262144 op, 626105417.00 ns, 2.3884 us/op WorkloadResult 6: 262144 op, 623416833.00 ns, 2.3781 us/op WorkloadResult 7: 262144 op, 624952626.00 ns, 2.3840 us/op WorkloadResult 8: 262144 op, 627609251.00 ns, 2.3941 us/op WorkloadResult 9: 262144 op, 625673917.00 ns, 2.3868 us/op WorkloadResult 10: 262144 op, 626415959.00 ns, 2.3896 us/op WorkloadResult 11: 262144 op, 625406751.00 ns, 2.3857 us/op WorkloadResult 12: 262144 op, 623218667.00 ns, 2.3774 us/op WorkloadResult 13: 262144 op, 624778126.00 ns, 2.3833 us/op WorkloadResult 14: 262144 op, 628937917.00 ns, 2.3992 us/op WorkloadResult 15: 262144 op, 626179334.00 ns, 2.3887 us/op // GC: 351 3 0 2940207136 262144 // Threading: 0 0 262144 // AfterAll // Benchmark Process 30059 has exited with code 0. Mean = 2.385 μs, StdErr = 0.002 μs (0.07%), N = 15, StdDev = 0.006 μs Min = 2.377 μs, Q1 = 2.381 μs, Median = 2.386 μs, Q3 = 2.389 μs, Max = 2.399 μs IQR = 0.008 μs, LowerFence = 2.369 μs, UpperFence = 2.400 μs ConfidenceInterval = [2.379 μs; 2.392 μs] (CI 99.9%), Margin = 0.007 μs (0.28% of Mean) Skewness = 0.4, Kurtosis = 2.45, MValue = 2 // ** Remained 7 (29,2 %) benchmark(s) to run. Estimated finish 2026-04-06 15:32 (0h 1m from now) ** // ************************** // Benchmark: InvalidFlatDtoValidationBenchmarksForMvc.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc.LightPortableResults --job Default --benchmarkId 17 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 100000.00 ns, 100.0000 us/op WorkloadJitting 1: 1 op, 10484750.00 ns, 10.4848 ms/op OverheadJitting 2: 16 op, 349667.00 ns, 21.8542 us/op WorkloadJitting 2: 16 op, 711042.00 ns, 44.4401 us/op WorkloadPilot 1: 16 op, 47375.00 ns, 2.9609 us/op WorkloadPilot 2: 32 op, 78000.00 ns, 2.4375 us/op WorkloadPilot 3: 64 op, 153416.00 ns, 2.3971 us/op WorkloadPilot 4: 128 op, 272542.00 ns, 2.1292 us/op WorkloadPilot 5: 256 op, 571750.00 ns, 2.2334 us/op WorkloadPilot 6: 512 op, 1104208.00 ns, 2.1567 us/op WorkloadPilot 7: 1024 op, 2235584.00 ns, 2.1832 us/op WorkloadPilot 8: 2048 op, 4492542.00 ns, 2.1936 us/op WorkloadPilot 9: 4096 op, 9116667.00 ns, 2.2257 us/op WorkloadPilot 10: 8192 op, 18189875.00 ns, 2.2204 us/op WorkloadPilot 11: 16384 op, 35799583.00 ns, 2.1850 us/op WorkloadPilot 12: 32768 op, 71071833.00 ns, 2.1689 us/op WorkloadPilot 13: 65536 op, 105010166.00 ns, 1.6023 us/op WorkloadPilot 14: 131072 op, 145379167.00 ns, 1.1092 us/op WorkloadPilot 15: 262144 op, 86689500.00 ns, 330.6942 ns/op WorkloadPilot 16: 524288 op, 159248667.00 ns, 303.7427 ns/op WorkloadPilot 17: 1048576 op, 316242792.00 ns, 301.5926 ns/op WorkloadPilot 18: 2097152 op, 631360083.00 ns, 301.0559 ns/op OverheadWarmup 1: 2097152 op, 4161667.00 ns, 1.9844 ns/op OverheadWarmup 2: 2097152 op, 4167375.00 ns, 1.9872 ns/op OverheadWarmup 3: 2097152 op, 4164125.00 ns, 1.9856 ns/op OverheadWarmup 4: 2097152 op, 4226375.00 ns, 2.0153 ns/op OverheadWarmup 5: 2097152 op, 3976333.00 ns, 1.8961 ns/op OverheadActual 1: 2097152 op, 4047000.00 ns, 1.9298 ns/op OverheadActual 2: 2097152 op, 4004542.00 ns, 1.9095 ns/op OverheadActual 3: 2097152 op, 4160375.00 ns, 1.9838 ns/op OverheadActual 4: 2097152 op, 4191000.00 ns, 1.9984 ns/op OverheadActual 5: 2097152 op, 4210500.00 ns, 2.0077 ns/op OverheadActual 6: 2097152 op, 4042416.00 ns, 1.9276 ns/op OverheadActual 7: 2097152 op, 4007125.00 ns, 1.9107 ns/op OverheadActual 8: 2097152 op, 4108292.00 ns, 1.9590 ns/op OverheadActual 9: 2097152 op, 4008292.00 ns, 1.9113 ns/op OverheadActual 10: 2097152 op, 4050792.00 ns, 1.9316 ns/op OverheadActual 11: 2097152 op, 4036542.00 ns, 1.9248 ns/op OverheadActual 12: 2097152 op, 4130458.00 ns, 1.9696 ns/op OverheadActual 13: 2097152 op, 3974500.00 ns, 1.8952 ns/op OverheadActual 14: 2097152 op, 4042666.00 ns, 1.9277 ns/op OverheadActual 15: 2097152 op, 4078125.00 ns, 1.9446 ns/op WorkloadWarmup 1: 2097152 op, 630260125.00 ns, 300.5314 ns/op WorkloadWarmup 2: 2097152 op, 624763125.00 ns, 297.9103 ns/op WorkloadWarmup 3: 2097152 op, 626475833.00 ns, 298.7270 ns/op WorkloadWarmup 4: 2097152 op, 625812459.00 ns, 298.4106 ns/op WorkloadWarmup 5: 2097152 op, 630878417.00 ns, 300.8263 ns/op WorkloadWarmup 6: 2097152 op, 634153458.00 ns, 302.3879 ns/op WorkloadWarmup 7: 2097152 op, 635104542.00 ns, 302.8414 ns/op WorkloadWarmup 8: 2097152 op, 664197875.00 ns, 316.7142 ns/op WorkloadWarmup 9: 2097152 op, 661488000.00 ns, 315.4221 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 633042958.00 ns, 301.8584 ns/op WorkloadActual 2: 2097152 op, 630285833.00 ns, 300.5437 ns/op WorkloadActual 3: 2097152 op, 629712750.00 ns, 300.2704 ns/op WorkloadActual 4: 2097152 op, 634164375.00 ns, 302.3931 ns/op WorkloadActual 5: 2097152 op, 628897125.00 ns, 299.8815 ns/op WorkloadActual 6: 2097152 op, 632337291.00 ns, 301.5219 ns/op WorkloadActual 7: 2097152 op, 633650833.00 ns, 302.1483 ns/op WorkloadActual 8: 2097152 op, 636666000.00 ns, 303.5860 ns/op WorkloadActual 9: 2097152 op, 631048542.00 ns, 300.9074 ns/op WorkloadActual 10: 2097152 op, 634418708.00 ns, 302.5144 ns/op WorkloadActual 11: 2097152 op, 634610666.00 ns, 302.6059 ns/op WorkloadActual 12: 2097152 op, 629051833.00 ns, 299.9553 ns/op WorkloadActual 13: 2097152 op, 631127458.00 ns, 300.9450 ns/op WorkloadActual 14: 2097152 op, 638475250.00 ns, 304.4487 ns/op WorkloadActual 15: 2097152 op, 638665250.00 ns, 304.5393 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 628995958.00 ns, 299.9286 ns/op WorkloadResult 2: 2097152 op, 626238833.00 ns, 298.6139 ns/op WorkloadResult 3: 2097152 op, 625665750.00 ns, 298.3407 ns/op WorkloadResult 4: 2097152 op, 630117375.00 ns, 300.4634 ns/op WorkloadResult 5: 2097152 op, 624850125.00 ns, 297.9518 ns/op WorkloadResult 6: 2097152 op, 628290291.00 ns, 299.5922 ns/op WorkloadResult 7: 2097152 op, 629603833.00 ns, 300.2185 ns/op WorkloadResult 8: 2097152 op, 632619000.00 ns, 301.6562 ns/op WorkloadResult 9: 2097152 op, 627001542.00 ns, 298.9776 ns/op WorkloadResult 10: 2097152 op, 630371708.00 ns, 300.5847 ns/op WorkloadResult 11: 2097152 op, 630563666.00 ns, 300.6762 ns/op WorkloadResult 12: 2097152 op, 625004833.00 ns, 298.0255 ns/op WorkloadResult 13: 2097152 op, 627080458.00 ns, 299.0153 ns/op WorkloadResult 14: 2097152 op, 634428250.00 ns, 302.5190 ns/op WorkloadResult 15: 2097152 op, 634618250.00 ns, 302.6096 ns/op // GC: 210 0 0 1761607680 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 30126 has exited with code 0. Mean = 299.945 ns, StdErr = 0.390 ns (0.13%), N = 15, StdDev = 1.509 ns Min = 297.952 ns, Q1 = 298.796 ns, Median = 299.929 ns, Q3 = 300.630 ns, Max = 302.610 ns IQR = 1.835 ns, LowerFence = 296.044 ns, UpperFence = 303.382 ns ConfidenceInterval = [298.332 ns; 301.558 ns] (CI 99.9%), Margin = 1.613 ns (0.54% of Mean) Skewness = 0.36, Kurtosis = 1.85, MValue = 2 // ** Remained 6 (25,0 %) benchmark(s) to run. Estimated finish 2026-04-06 15:32 (0h 1m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc-report.html // * Detailed results * InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 3.966 μs, StdErr = 0.006 μs (0.14%), N = 15, StdDev = 0.022 μs Min = 3.935 μs, Q1 = 3.947 μs, Median = 3.965 μs, Q3 = 3.983 μs, Max = 4.001 μs IQR = 0.036 μs, LowerFence = 3.893 μs, UpperFence = 4.037 μs ConfidenceInterval = [3.943 μs; 3.989 μs] (CI 99.9%), Margin = 0.023 μs (0.58% of Mean) Skewness = 0.09, Kurtosis = 1.49, MValue = 2 -------------------- Histogram -------------------- [3.924 μs ; 4.013 μs) | @@@@@@@@@@@@@@@ --------------------------------------------------- InvalidFlatDtoValidationBenchmarksForMvc.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.385 μs, StdErr = 0.002 μs (0.07%), N = 15, StdDev = 0.006 μs Min = 2.377 μs, Q1 = 2.381 μs, Median = 2.386 μs, Q3 = 2.389 μs, Max = 2.399 μs IQR = 0.008 μs, LowerFence = 2.369 μs, UpperFence = 2.400 μs ConfidenceInterval = [2.379 μs; 2.392 μs] (CI 99.9%), Margin = 0.007 μs (0.28% of Mean) Skewness = 0.4, Kurtosis = 2.45, MValue = 2 -------------------- Histogram -------------------- [2.374 μs ; 2.403 μs) | @@@@@@@@@@@@@@@ --------------------------------------------------- InvalidFlatDtoValidationBenchmarksForMvc.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 299.945 ns, StdErr = 0.390 ns (0.13%), N = 15, StdDev = 1.509 ns Min = 297.952 ns, Q1 = 298.796 ns, Median = 299.929 ns, Q3 = 300.630 ns, Max = 302.610 ns IQR = 1.835 ns, LowerFence = 296.044 ns, UpperFence = 303.382 ns ConfidenceInterval = [298.332 ns; 301.558 ns] (CI 99.9%), Margin = 1.613 ns (0.54% of Mean) Skewness = 0.36, Kurtosis = 1.85, MValue = 2 -------------------- Histogram -------------------- [297.149 ns ; 303.413 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |-----------:|---------:|---------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 3,965.8 ns | 23.03 ns | 21.54 ns | 1.00 | 2.0752 | 0.0305 | 17568 B | 1.00 | | FluentValidationSingleton | 2,385.5 ns | 6.70 ns | 6.27 ns | 0.60 | 1.3390 | 0.0114 | 11216 B | 0.64 | | LightPortableResults | 299.9 ns | 1.61 ns | 1.51 ns | 0.08 | 0.1001 | - | 840 B | 0.05 | // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:41 (41.66 sec), executed benchmarks: 3 // Found 3 benchmarks: // ValidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // ValidComplexDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // ValidComplexDtoValidationBenchmarks.LightPortableResults: DefaultJob // ************************** // Benchmark: ValidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.ValidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient --job Default --benchmarkId 18 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 105458.00 ns, 105.4580 us/op WorkloadJitting 1: 1 op, 6195667.00 ns, 6.1957 ms/op OverheadJitting 2: 16 op, 328500.00 ns, 20.5313 us/op WorkloadJitting 2: 16 op, 802084.00 ns, 50.1303 us/op WorkloadPilot 1: 16 op, 509458.00 ns, 31.8411 us/op WorkloadPilot 2: 32 op, 944209.00 ns, 29.5065 us/op WorkloadPilot 3: 64 op, 1929292.00 ns, 30.1452 us/op WorkloadPilot 4: 128 op, 4108500.00 ns, 32.0977 us/op WorkloadPilot 5: 256 op, 8677333.00 ns, 33.8958 us/op WorkloadPilot 6: 512 op, 16013125.00 ns, 31.2756 us/op WorkloadPilot 7: 1024 op, 30992667.00 ns, 30.2663 us/op WorkloadPilot 8: 2048 op, 59324459.00 ns, 28.9670 us/op WorkloadPilot 9: 4096 op, 140871417.00 ns, 34.3924 us/op WorkloadPilot 10: 8192 op, 297845375.00 ns, 36.3581 us/op WorkloadPilot 11: 16384 op, 505228042.00 ns, 30.8367 us/op OverheadWarmup 1: 16384 op, 40291.00 ns, 2.4592 ns/op OverheadWarmup 2: 16384 op, 39625.00 ns, 2.4185 ns/op OverheadWarmup 3: 16384 op, 39042.00 ns, 2.3829 ns/op OverheadWarmup 4: 16384 op, 35208.00 ns, 2.1489 ns/op OverheadWarmup 5: 16384 op, 39625.00 ns, 2.4185 ns/op OverheadWarmup 6: 16384 op, 38125.00 ns, 2.3270 ns/op OverheadWarmup 7: 16384 op, 38084.00 ns, 2.3245 ns/op OverheadWarmup 8: 16384 op, 38208.00 ns, 2.3320 ns/op OverheadWarmup 9: 16384 op, 39625.00 ns, 2.4185 ns/op OverheadWarmup 10: 16384 op, 39166.00 ns, 2.3905 ns/op OverheadActual 1: 16384 op, 40041.00 ns, 2.4439 ns/op OverheadActual 2: 16384 op, 40041.00 ns, 2.4439 ns/op OverheadActual 3: 16384 op, 38375.00 ns, 2.3422 ns/op OverheadActual 4: 16384 op, 38125.00 ns, 2.3270 ns/op OverheadActual 5: 16384 op, 38875.00 ns, 2.3727 ns/op OverheadActual 6: 16384 op, 38209.00 ns, 2.3321 ns/op OverheadActual 7: 16384 op, 38292.00 ns, 2.3372 ns/op OverheadActual 8: 16384 op, 38083.00 ns, 2.3244 ns/op OverheadActual 9: 16384 op, 38791.00 ns, 2.3676 ns/op OverheadActual 10: 16384 op, 38875.00 ns, 2.3727 ns/op OverheadActual 11: 16384 op, 39167.00 ns, 2.3906 ns/op OverheadActual 12: 16384 op, 38834.00 ns, 2.3702 ns/op OverheadActual 13: 16384 op, 38833.00 ns, 2.3702 ns/op OverheadActual 14: 16384 op, 38875.00 ns, 2.3727 ns/op OverheadActual 15: 16384 op, 39166.00 ns, 2.3905 ns/op WorkloadWarmup 1: 16384 op, 376781625.00 ns, 22.9969 us/op WorkloadWarmup 2: 16384 op, 227460958.00 ns, 13.8831 us/op WorkloadWarmup 3: 16384 op, 137058083.00 ns, 8.3654 us/op WorkloadWarmup 4: 16384 op, 140609416.00 ns, 8.5821 us/op WorkloadWarmup 5: 16384 op, 137150875.00 ns, 8.3710 us/op WorkloadWarmup 6: 16384 op, 136498541.00 ns, 8.3312 us/op WorkloadWarmup 7: 16384 op, 134988708.00 ns, 8.2391 us/op WorkloadWarmup 8: 16384 op, 135608291.00 ns, 8.2769 us/op WorkloadWarmup 9: 16384 op, 135369042.00 ns, 8.2623 us/op // BeforeActualRun WorkloadActual 1: 16384 op, 139074458.00 ns, 8.4884 us/op WorkloadActual 2: 16384 op, 136570666.00 ns, 8.3356 us/op WorkloadActual 3: 16384 op, 135373959.00 ns, 8.2626 us/op WorkloadActual 4: 16384 op, 136937042.00 ns, 8.3580 us/op WorkloadActual 5: 16384 op, 142260208.00 ns, 8.6829 us/op WorkloadActual 6: 16384 op, 137011000.00 ns, 8.3625 us/op WorkloadActual 7: 16384 op, 135340875.00 ns, 8.2606 us/op WorkloadActual 8: 16384 op, 136890417.00 ns, 8.3551 us/op WorkloadActual 9: 16384 op, 134922333.00 ns, 8.2350 us/op WorkloadActual 10: 16384 op, 134977708.00 ns, 8.2384 us/op WorkloadActual 11: 16384 op, 136631666.00 ns, 8.3393 us/op WorkloadActual 12: 16384 op, 136838250.00 ns, 8.3519 us/op WorkloadActual 13: 16384 op, 135133292.00 ns, 8.2479 us/op WorkloadActual 14: 16384 op, 135939167.00 ns, 8.2971 us/op WorkloadActual 15: 16384 op, 137005791.00 ns, 8.3622 us/op // AfterActualRun WorkloadResult 1: 16384 op, 139035624.00 ns, 8.4861 us/op WorkloadResult 2: 16384 op, 136531832.00 ns, 8.3332 us/op WorkloadResult 3: 16384 op, 135335125.00 ns, 8.2602 us/op WorkloadResult 4: 16384 op, 136898208.00 ns, 8.3556 us/op WorkloadResult 5: 16384 op, 136972166.00 ns, 8.3601 us/op WorkloadResult 6: 16384 op, 135302041.00 ns, 8.2582 us/op WorkloadResult 7: 16384 op, 136851583.00 ns, 8.3528 us/op WorkloadResult 8: 16384 op, 134883499.00 ns, 8.2326 us/op WorkloadResult 9: 16384 op, 134938874.00 ns, 8.2360 us/op WorkloadResult 10: 16384 op, 136592832.00 ns, 8.3370 us/op WorkloadResult 11: 16384 op, 136799416.00 ns, 8.3496 us/op WorkloadResult 12: 16384 op, 135094458.00 ns, 8.2455 us/op WorkloadResult 13: 16384 op, 135900333.00 ns, 8.2947 us/op WorkloadResult 14: 16384 op, 136966957.00 ns, 8.3598 us/op // GC: 68 2 0 569376768 16384 // Threading: 0 0 16384 // AfterAll // Benchmark Process 30179 has exited with code 0. Mean = 8.319 μs, StdErr = 0.019 μs (0.22%), N = 14, StdDev = 0.069 μs Min = 8.233 μs, Q1 = 8.259 μs, Median = 8.335 μs, Q3 = 8.355 μs, Max = 8.486 μs IQR = 0.096 μs, LowerFence = 8.114 μs, UpperFence = 8.499 μs ConfidenceInterval = [8.240 μs; 8.397 μs] (CI 99.9%), Margin = 0.078 μs (0.94% of Mean) Skewness = 0.63, Kurtosis = 2.92, MValue = 2 // ** Remained 5 (20,8 %) benchmark(s) to run. Estimated finish 2026-04-06 15:31 (0h 1m from now) ** // ************************** // Benchmark: ValidComplexDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.ValidComplexDtoValidationBenchmarks.FluentValidationSingleton --job Default --benchmarkId 19 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 105459.00 ns, 105.4590 us/op WorkloadJitting 1: 1 op, 5788750.00 ns, 5.7888 ms/op OverheadJitting 2: 16 op, 313166.00 ns, 19.5729 us/op WorkloadJitting 2: 16 op, 402875.00 ns, 25.1797 us/op WorkloadPilot 1: 16 op, 147166.00 ns, 9.1979 us/op WorkloadPilot 2: 32 op, 291042.00 ns, 9.0951 us/op WorkloadPilot 3: 64 op, 539791.00 ns, 8.4342 us/op WorkloadPilot 4: 128 op, 1093875.00 ns, 8.5459 us/op WorkloadPilot 5: 256 op, 1976834.00 ns, 7.7220 us/op WorkloadPilot 6: 512 op, 4099750.00 ns, 8.0073 us/op WorkloadPilot 7: 1024 op, 8265250.00 ns, 8.0715 us/op WorkloadPilot 8: 2048 op, 16240584.00 ns, 7.9300 us/op WorkloadPilot 9: 4096 op, 32690625.00 ns, 7.9811 us/op WorkloadPilot 10: 8192 op, 63242292.00 ns, 7.7200 us/op WorkloadPilot 11: 16384 op, 77272500.00 ns, 4.7163 us/op WorkloadPilot 12: 32768 op, 56495083.00 ns, 1.7241 us/op WorkloadPilot 13: 65536 op, 112411500.00 ns, 1.7153 us/op WorkloadPilot 14: 131072 op, 221333584.00 ns, 1.6886 us/op WorkloadPilot 15: 262144 op, 441500458.00 ns, 1.6842 us/op WorkloadPilot 16: 524288 op, 885389167.00 ns, 1.6887 us/op OverheadWarmup 1: 524288 op, 1026792.00 ns, 1.9585 ns/op OverheadWarmup 2: 524288 op, 1011208.00 ns, 1.9287 ns/op OverheadWarmup 3: 524288 op, 1022167.00 ns, 1.9496 ns/op OverheadWarmup 4: 524288 op, 1002417.00 ns, 1.9120 ns/op OverheadWarmup 5: 524288 op, 996042.00 ns, 1.8998 ns/op OverheadWarmup 6: 524288 op, 1008375.00 ns, 1.9233 ns/op OverheadWarmup 7: 524288 op, 1019958.00 ns, 1.9454 ns/op OverheadWarmup 8: 524288 op, 1024500.00 ns, 1.9541 ns/op OverheadWarmup 9: 524288 op, 1073250.00 ns, 2.0471 ns/op OverheadWarmup 10: 524288 op, 1011666.00 ns, 1.9296 ns/op OverheadActual 1: 524288 op, 1008167.00 ns, 1.9229 ns/op OverheadActual 2: 524288 op, 1063333.00 ns, 2.0281 ns/op OverheadActual 3: 524288 op, 1004125.00 ns, 1.9152 ns/op OverheadActual 4: 524288 op, 1013667.00 ns, 1.9334 ns/op OverheadActual 5: 524288 op, 1015500.00 ns, 1.9369 ns/op OverheadActual 6: 524288 op, 1028875.00 ns, 1.9624 ns/op OverheadActual 7: 524288 op, 1003959.00 ns, 1.9149 ns/op OverheadActual 8: 524288 op, 1035000.00 ns, 1.9741 ns/op OverheadActual 9: 524288 op, 1045333.00 ns, 1.9938 ns/op OverheadActual 10: 524288 op, 1046958.00 ns, 1.9969 ns/op OverheadActual 11: 524288 op, 1023000.00 ns, 1.9512 ns/op OverheadActual 12: 524288 op, 1007916.00 ns, 1.9224 ns/op OverheadActual 13: 524288 op, 1025750.00 ns, 1.9565 ns/op OverheadActual 14: 524288 op, 1046583.00 ns, 1.9962 ns/op OverheadActual 15: 524288 op, 1026000.00 ns, 1.9569 ns/op WorkloadWarmup 1: 524288 op, 892178750.00 ns, 1.7017 us/op WorkloadWarmup 2: 524288 op, 893143166.00 ns, 1.7035 us/op WorkloadWarmup 3: 524288 op, 951663208.00 ns, 1.8152 us/op WorkloadWarmup 4: 524288 op, 891792375.00 ns, 1.7010 us/op WorkloadWarmup 5: 524288 op, 891285708.00 ns, 1.7000 us/op WorkloadWarmup 6: 524288 op, 878337083.00 ns, 1.6753 us/op WorkloadWarmup 7: 524288 op, 883112083.00 ns, 1.6844 us/op WorkloadWarmup 8: 524288 op, 884068625.00 ns, 1.6862 us/op WorkloadWarmup 9: 524288 op, 882027625.00 ns, 1.6823 us/op // BeforeActualRun WorkloadActual 1: 524288 op, 887963084.00 ns, 1.6937 us/op WorkloadActual 2: 524288 op, 886542000.00 ns, 1.6909 us/op WorkloadActual 3: 524288 op, 881692167.00 ns, 1.6817 us/op WorkloadActual 4: 524288 op, 887339167.00 ns, 1.6925 us/op WorkloadActual 5: 524288 op, 887811292.00 ns, 1.6934 us/op WorkloadActual 6: 524288 op, 888789125.00 ns, 1.6952 us/op WorkloadActual 7: 524288 op, 884983375.00 ns, 1.6880 us/op WorkloadActual 8: 524288 op, 881318750.00 ns, 1.6810 us/op WorkloadActual 9: 524288 op, 885226166.00 ns, 1.6884 us/op WorkloadActual 10: 524288 op, 882403167.00 ns, 1.6831 us/op WorkloadActual 11: 524288 op, 882414042.00 ns, 1.6831 us/op WorkloadActual 12: 524288 op, 886543292.00 ns, 1.6909 us/op WorkloadActual 13: 524288 op, 883461875.00 ns, 1.6851 us/op WorkloadActual 14: 524288 op, 883534333.00 ns, 1.6852 us/op WorkloadActual 15: 524288 op, 884057709.00 ns, 1.6862 us/op // AfterActualRun WorkloadResult 1: 524288 op, 886937334.00 ns, 1.6917 us/op WorkloadResult 2: 524288 op, 885516250.00 ns, 1.6890 us/op WorkloadResult 3: 524288 op, 880666417.00 ns, 1.6797 us/op WorkloadResult 4: 524288 op, 886313417.00 ns, 1.6905 us/op WorkloadResult 5: 524288 op, 886785542.00 ns, 1.6914 us/op WorkloadResult 6: 524288 op, 887763375.00 ns, 1.6933 us/op WorkloadResult 7: 524288 op, 883957625.00 ns, 1.6860 us/op WorkloadResult 8: 524288 op, 880293000.00 ns, 1.6790 us/op WorkloadResult 9: 524288 op, 884200416.00 ns, 1.6865 us/op WorkloadResult 10: 524288 op, 881377417.00 ns, 1.6811 us/op WorkloadResult 11: 524288 op, 881388292.00 ns, 1.6811 us/op WorkloadResult 12: 524288 op, 885517542.00 ns, 1.6890 us/op WorkloadResult 13: 524288 op, 882436125.00 ns, 1.6831 us/op WorkloadResult 14: 524288 op, 882508583.00 ns, 1.6833 us/op WorkloadResult 15: 524288 op, 883031959.00 ns, 1.6842 us/op // GC: 370 1 0 3099590656 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 30200 has exited with code 0. Mean = 1.686 μs, StdErr = 0.001 μs (0.07%), N = 15, StdDev = 0.005 μs Min = 1.679 μs, Q1 = 1.682 μs, Median = 1.686 μs, Q3 = 1.690 μs, Max = 1.693 μs IQR = 0.008 μs, LowerFence = 1.671 μs, UpperFence = 1.701 μs ConfidenceInterval = [1.681 μs; 1.691 μs] (CI 99.9%), Margin = 0.005 μs (0.30% of Mean) Skewness = 0.04, Kurtosis = 1.45, MValue = 2 // ** Remained 4 (16,7 %) benchmark(s) to run. Estimated finish 2026-04-06 15:32 (0h 1m from now) ** // ************************** // Benchmark: ValidComplexDtoValidationBenchmarks.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.ValidComplexDtoValidationBenchmarks.LightPortableResults --job Default --benchmarkId 20 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 116167.00 ns, 116.1670 us/op WorkloadJitting 1: 1 op, 4803417.00 ns, 4.8034 ms/op OverheadJitting 2: 16 op, 188666.00 ns, 11.7916 us/op WorkloadJitting 2: 16 op, 253792.00 ns, 15.8620 us/op WorkloadPilot 1: 16 op, 81000.00 ns, 5.0625 us/op WorkloadPilot 2: 32 op, 141541.00 ns, 4.4232 us/op WorkloadPilot 3: 64 op, 278250.00 ns, 4.3477 us/op WorkloadPilot 4: 128 op, 566292.00 ns, 4.4242 us/op WorkloadPilot 5: 256 op, 1144500.00 ns, 4.4707 us/op WorkloadPilot 6: 512 op, 2173459.00 ns, 4.2450 us/op WorkloadPilot 7: 1024 op, 4672708.00 ns, 4.5632 us/op WorkloadPilot 8: 2048 op, 8935958.00 ns, 4.3633 us/op WorkloadPilot 9: 4096 op, 18047042.00 ns, 4.4060 us/op WorkloadPilot 10: 8192 op, 36039333.00 ns, 4.3993 us/op WorkloadPilot 11: 16384 op, 74881125.00 ns, 4.5704 us/op WorkloadPilot 12: 32768 op, 92136125.00 ns, 2.8118 us/op WorkloadPilot 13: 65536 op, 145509750.00 ns, 2.2203 us/op WorkloadPilot 14: 131072 op, 101977958.00 ns, 778.0301 ns/op WorkloadPilot 15: 262144 op, 194375333.00 ns, 741.4831 ns/op WorkloadPilot 16: 524288 op, 391176625.00 ns, 746.1102 ns/op WorkloadPilot 17: 1048576 op, 775703750.00 ns, 739.7687 ns/op OverheadWarmup 1: 1048576 op, 2071834.00 ns, 1.9759 ns/op OverheadWarmup 2: 1048576 op, 2097667.00 ns, 2.0005 ns/op OverheadWarmup 3: 1048576 op, 2070625.00 ns, 1.9747 ns/op OverheadWarmup 4: 1048576 op, 2051333.00 ns, 1.9563 ns/op OverheadWarmup 5: 1048576 op, 2091833.00 ns, 1.9949 ns/op OverheadWarmup 6: 1048576 op, 2080208.00 ns, 1.9838 ns/op OverheadActual 1: 1048576 op, 2086000.00 ns, 1.9894 ns/op OverheadActual 2: 1048576 op, 2093500.00 ns, 1.9965 ns/op OverheadActual 3: 1048576 op, 2116083.00 ns, 2.0181 ns/op OverheadActual 4: 1048576 op, 2111084.00 ns, 2.0133 ns/op OverheadActual 5: 1048576 op, 2110333.00 ns, 2.0126 ns/op OverheadActual 6: 1048576 op, 2023542.00 ns, 1.9298 ns/op OverheadActual 7: 1048576 op, 2065625.00 ns, 1.9699 ns/op OverheadActual 8: 1048576 op, 2124542.00 ns, 2.0261 ns/op OverheadActual 9: 1048576 op, 2080167.00 ns, 1.9838 ns/op OverheadActual 10: 1048576 op, 2119166.00 ns, 2.0210 ns/op OverheadActual 11: 1048576 op, 2110250.00 ns, 2.0125 ns/op OverheadActual 12: 1048576 op, 2029625.00 ns, 1.9356 ns/op OverheadActual 13: 1048576 op, 2027167.00 ns, 1.9333 ns/op OverheadActual 14: 1048576 op, 2039417.00 ns, 1.9449 ns/op OverheadActual 15: 1048576 op, 2091917.00 ns, 1.9950 ns/op WorkloadWarmup 1: 1048576 op, 784174334.00 ns, 747.8469 ns/op WorkloadWarmup 2: 1048576 op, 805280958.00 ns, 767.9758 ns/op WorkloadWarmup 3: 1048576 op, 780385125.00 ns, 744.2333 ns/op WorkloadWarmup 4: 1048576 op, 776255875.00 ns, 740.2953 ns/op WorkloadWarmup 5: 1048576 op, 773465583.00 ns, 737.6343 ns/op WorkloadWarmup 6: 1048576 op, 774535083.00 ns, 738.6542 ns/op WorkloadWarmup 7: 1048576 op, 776048458.00 ns, 740.0975 ns/op WorkloadWarmup 8: 1048576 op, 774912416.00 ns, 739.0141 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 788000000.00 ns, 751.4954 ns/op WorkloadActual 2: 1048576 op, 794103125.00 ns, 757.3158 ns/op WorkloadActual 3: 1048576 op, 775140541.00 ns, 739.2316 ns/op WorkloadActual 4: 1048576 op, 784555416.00 ns, 748.2104 ns/op WorkloadActual 5: 1048576 op, 785554750.00 ns, 749.1634 ns/op WorkloadActual 6: 1048576 op, 780944667.00 ns, 744.7669 ns/op WorkloadActual 7: 1048576 op, 775686083.00 ns, 739.7519 ns/op WorkloadActual 8: 1048576 op, 772234208.00 ns, 736.4599 ns/op WorkloadActual 9: 1048576 op, 772600250.00 ns, 736.8090 ns/op WorkloadActual 10: 1048576 op, 779632041.00 ns, 743.5151 ns/op WorkloadActual 11: 1048576 op, 774611833.00 ns, 738.7274 ns/op WorkloadActual 12: 1048576 op, 777437834.00 ns, 741.4225 ns/op WorkloadActual 13: 1048576 op, 774344459.00 ns, 738.4724 ns/op WorkloadActual 14: 1048576 op, 776181250.00 ns, 740.2241 ns/op WorkloadActual 15: 1048576 op, 793597916.00 ns, 756.8340 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 785908083.00 ns, 749.5004 ns/op WorkloadResult 2: 1048576 op, 792011208.00 ns, 755.3207 ns/op WorkloadResult 3: 1048576 op, 773048624.00 ns, 737.2366 ns/op WorkloadResult 4: 1048576 op, 782463499.00 ns, 746.2153 ns/op WorkloadResult 5: 1048576 op, 783462833.00 ns, 747.1684 ns/op WorkloadResult 6: 1048576 op, 778852750.00 ns, 742.7719 ns/op WorkloadResult 7: 1048576 op, 773594166.00 ns, 737.7569 ns/op WorkloadResult 8: 1048576 op, 770142291.00 ns, 734.4649 ns/op WorkloadResult 9: 1048576 op, 770508333.00 ns, 734.8140 ns/op WorkloadResult 10: 1048576 op, 777540124.00 ns, 741.5200 ns/op WorkloadResult 11: 1048576 op, 772519916.00 ns, 736.7324 ns/op WorkloadResult 12: 1048576 op, 775345917.00 ns, 739.4275 ns/op WorkloadResult 13: 1048576 op, 772252542.00 ns, 736.4774 ns/op WorkloadResult 14: 1048576 op, 774089333.00 ns, 738.2291 ns/op WorkloadResult 15: 1048576 op, 791505999.00 ns, 754.8389 ns/op // GC: 163 0 0 1367343104 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 30276 has exited with code 0. Mean = 742.165 ns, StdErr = 1.788 ns (0.24%), N = 15, StdDev = 6.926 ns Min = 734.465 ns, Q1 = 736.985 ns, Median = 739.427 ns, Q3 = 746.692 ns, Max = 755.321 ns IQR = 9.707 ns, LowerFence = 722.423 ns, UpperFence = 761.253 ns ConfidenceInterval = [734.760 ns; 749.570 ns] (CI 99.9%), Margin = 7.405 ns (1.00% of Mean) Skewness = 0.69, Kurtosis = 2, MValue = 2 // ** Remained 3 (12,5 %) benchmark(s) to run. Estimated finish 2026-04-06 15:32 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.ValidComplexDtoValidationBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.ValidComplexDtoValidationBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.ValidComplexDtoValidationBenchmarks-report.html // * Detailed results * ValidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 8.319 μs, StdErr = 0.019 μs (0.22%), N = 14, StdDev = 0.069 μs Min = 8.233 μs, Q1 = 8.259 μs, Median = 8.335 μs, Q3 = 8.355 μs, Max = 8.486 μs IQR = 0.096 μs, LowerFence = 8.114 μs, UpperFence = 8.499 μs ConfidenceInterval = [8.240 μs; 8.397 μs] (CI 99.9%), Margin = 0.078 μs (0.94% of Mean) Skewness = 0.63, Kurtosis = 2.92, MValue = 2 -------------------- Histogram -------------------- [8.195 μs ; 8.524 μs) | @@@@@@@@@@@@@@ --------------------------------------------------- ValidComplexDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.686 μs, StdErr = 0.001 μs (0.07%), N = 15, StdDev = 0.005 μs Min = 1.679 μs, Q1 = 1.682 μs, Median = 1.686 μs, Q3 = 1.690 μs, Max = 1.693 μs IQR = 0.008 μs, LowerFence = 1.671 μs, UpperFence = 1.701 μs ConfidenceInterval = [1.681 μs; 1.691 μs] (CI 99.9%), Margin = 0.005 μs (0.30% of Mean) Skewness = 0.04, Kurtosis = 1.45, MValue = 2 -------------------- Histogram -------------------- [1.677 μs ; 1.696 μs) | @@@@@@@@@@@@@@@ --------------------------------------------------- ValidComplexDtoValidationBenchmarks.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 742.165 ns, StdErr = 1.788 ns (0.24%), N = 15, StdDev = 6.926 ns Min = 734.465 ns, Q1 = 736.985 ns, Median = 739.427 ns, Q3 = 746.692 ns, Max = 755.321 ns IQR = 9.707 ns, LowerFence = 722.423 ns, UpperFence = 761.253 ns ConfidenceInterval = [734.760 ns; 749.570 ns] (CI 99.9%), Margin = 7.405 ns (1.00% of Mean) Skewness = 0.69, Kurtosis = 2, MValue = 2 -------------------- Histogram -------------------- [730.779 ns ; 759.007 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |-----------:|---------:|---------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 8,318.7 ns | 78.34 ns | 69.45 ns | 1.00 | 4.1504 | 0.1221 | 33.94 KB | 1.00 | | FluentValidationSingleton | 1,685.9 ns | 5.01 ns | 4.69 ns | 0.20 | 0.7057 | 0.0019 | 5.77 KB | 0.17 | | LightPortableResults | 742.2 ns | 7.40 ns | 6.93 ns | 0.09 | 0.1554 | - | 1.27 KB | 0.04 | // * Hints * Outliers ValidComplexDtoValidationBenchmarks.FluentValidationScopedOrTransient: Default -> 1 outlier was removed (8.68 μs) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:50 (50.18 sec), executed benchmarks: 3 // Found 3 benchmarks: // ValidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // ValidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // ValidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob // ************************** // Benchmark: ValidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.ValidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient --job Default --benchmarkId 21 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 94042.00 ns, 94.0420 us/op WorkloadJitting 1: 1 op, 2946708.00 ns, 2.9467 ms/op OverheadJitting 2: 16 op, 281916.00 ns, 17.6198 us/op WorkloadJitting 2: 16 op, 440334.00 ns, 27.5209 us/op WorkloadPilot 1: 16 op, 113917.00 ns, 7.1198 us/op WorkloadPilot 2: 32 op, 185500.00 ns, 5.7969 us/op WorkloadPilot 3: 64 op, 395417.00 ns, 6.1784 us/op WorkloadPilot 4: 128 op, 663750.00 ns, 5.1855 us/op WorkloadPilot 5: 256 op, 1366167.00 ns, 5.3366 us/op WorkloadPilot 6: 512 op, 2795459.00 ns, 5.4599 us/op WorkloadPilot 7: 1024 op, 5558542.00 ns, 5.4283 us/op WorkloadPilot 8: 2048 op, 10929250.00 ns, 5.3365 us/op WorkloadPilot 9: 4096 op, 21490917.00 ns, 5.2468 us/op WorkloadPilot 10: 8192 op, 43079750.00 ns, 5.2588 us/op WorkloadPilot 11: 16384 op, 92866667.00 ns, 5.6681 us/op WorkloadPilot 12: 32768 op, 202053416.00 ns, 6.1662 us/op WorkloadPilot 13: 65536 op, 396896375.00 ns, 6.0562 us/op WorkloadPilot 14: 131072 op, 576049167.00 ns, 4.3949 us/op OverheadWarmup 1: 131072 op, 256459.00 ns, 1.9566 ns/op OverheadWarmup 2: 131072 op, 253584.00 ns, 1.9347 ns/op OverheadWarmup 3: 131072 op, 260750.00 ns, 1.9894 ns/op OverheadWarmup 4: 131072 op, 258292.00 ns, 1.9706 ns/op OverheadWarmup 5: 131072 op, 260000.00 ns, 1.9836 ns/op OverheadWarmup 6: 131072 op, 255250.00 ns, 1.9474 ns/op OverheadActual 1: 131072 op, 264875.00 ns, 2.0208 ns/op OverheadActual 2: 131072 op, 252833.00 ns, 1.9290 ns/op OverheadActual 3: 131072 op, 252666.00 ns, 1.9277 ns/op OverheadActual 4: 131072 op, 252916.00 ns, 1.9296 ns/op OverheadActual 5: 131072 op, 252667.00 ns, 1.9277 ns/op OverheadActual 6: 131072 op, 267958.00 ns, 2.0444 ns/op OverheadActual 7: 131072 op, 252625.00 ns, 1.9274 ns/op OverheadActual 8: 131072 op, 252750.00 ns, 1.9283 ns/op OverheadActual 9: 131072 op, 256375.00 ns, 1.9560 ns/op OverheadActual 10: 131072 op, 252458.00 ns, 1.9261 ns/op OverheadActual 11: 131072 op, 253167.00 ns, 1.9315 ns/op OverheadActual 12: 131072 op, 257416.00 ns, 1.9639 ns/op OverheadActual 13: 131072 op, 252542.00 ns, 1.9267 ns/op OverheadActual 14: 131072 op, 252417.00 ns, 1.9258 ns/op OverheadActual 15: 131072 op, 252625.00 ns, 1.9274 ns/op WorkloadWarmup 1: 131072 op, 298640834.00 ns, 2.2784 us/op WorkloadWarmup 2: 131072 op, 181269208.00 ns, 1.3830 us/op WorkloadWarmup 3: 131072 op, 172393333.00 ns, 1.3153 us/op WorkloadWarmup 4: 131072 op, 173951167.00 ns, 1.3271 us/op WorkloadWarmup 5: 131072 op, 174048417.00 ns, 1.3279 us/op WorkloadWarmup 6: 131072 op, 173120250.00 ns, 1.3208 us/op WorkloadWarmup 7: 131072 op, 172739375.00 ns, 1.3179 us/op WorkloadWarmup 8: 131072 op, 172709458.00 ns, 1.3177 us/op WorkloadWarmup 9: 131072 op, 174528583.00 ns, 1.3315 us/op WorkloadWarmup 10: 131072 op, 173035083.00 ns, 1.3202 us/op // BeforeActualRun WorkloadActual 1: 131072 op, 174329458.00 ns, 1.3300 us/op WorkloadActual 2: 131072 op, 172741208.00 ns, 1.3179 us/op WorkloadActual 3: 131072 op, 173685833.00 ns, 1.3251 us/op WorkloadActual 4: 131072 op, 173152667.00 ns, 1.3211 us/op WorkloadActual 5: 131072 op, 173371542.00 ns, 1.3227 us/op WorkloadActual 6: 131072 op, 174007583.00 ns, 1.3276 us/op WorkloadActual 7: 131072 op, 174978333.00 ns, 1.3350 us/op WorkloadActual 8: 131072 op, 173993500.00 ns, 1.3275 us/op WorkloadActual 9: 131072 op, 173571292.00 ns, 1.3242 us/op WorkloadActual 10: 131072 op, 173123791.00 ns, 1.3208 us/op WorkloadActual 11: 131072 op, 172817666.00 ns, 1.3185 us/op WorkloadActual 12: 131072 op, 178672333.00 ns, 1.3632 us/op WorkloadActual 13: 131072 op, 176103667.00 ns, 1.3436 us/op WorkloadActual 14: 131072 op, 179197417.00 ns, 1.3672 us/op WorkloadActual 15: 131072 op, 174390125.00 ns, 1.3305 us/op // AfterActualRun WorkloadResult 1: 131072 op, 174076708.00 ns, 1.3281 us/op WorkloadResult 2: 131072 op, 172488458.00 ns, 1.3160 us/op WorkloadResult 3: 131072 op, 173433083.00 ns, 1.3232 us/op WorkloadResult 4: 131072 op, 172899917.00 ns, 1.3191 us/op WorkloadResult 5: 131072 op, 173118792.00 ns, 1.3208 us/op WorkloadResult 6: 131072 op, 173754833.00 ns, 1.3256 us/op WorkloadResult 7: 131072 op, 174725583.00 ns, 1.3331 us/op WorkloadResult 8: 131072 op, 173740750.00 ns, 1.3255 us/op WorkloadResult 9: 131072 op, 173318542.00 ns, 1.3223 us/op WorkloadResult 10: 131072 op, 172871041.00 ns, 1.3189 us/op WorkloadResult 11: 131072 op, 172564916.00 ns, 1.3166 us/op WorkloadResult 12: 131072 op, 175850917.00 ns, 1.3416 us/op WorkloadResult 13: 131072 op, 174137375.00 ns, 1.3286 us/op // GC: 109 1 0 915406848 131072 // Threading: 0 0 131072 // AfterAll // Benchmark Process 30332 has exited with code 0. Mean = 1.325 μs, StdErr = 0.002 μs (0.15%), N = 13, StdDev = 0.007 μs Min = 1.316 μs, Q1 = 1.319 μs, Median = 1.323 μs, Q3 = 1.328 μs, Max = 1.342 μs IQR = 0.009 μs, LowerFence = 1.306 μs, UpperFence = 1.342 μs ConfidenceInterval = [1.316 μs; 1.333 μs] (CI 99.9%), Margin = 0.009 μs (0.65% of Mean) Skewness = 0.87, Kurtosis = 2.99, MValue = 2 // ** Remained 2 (8,3 %) benchmark(s) to run. Estimated finish 2026-04-06 15:31 (0h 0m from now) ** // ************************** // Benchmark: ValidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.ValidFlatDtoValidationBenchmarks.FluentValidationSingleton --job Default --benchmarkId 22 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 93875.00 ns, 93.8750 us/op WorkloadJitting 1: 1 op, 2848125.00 ns, 2.8481 ms/op OverheadJitting 2: 16 op, 303291.00 ns, 18.9557 us/op WorkloadJitting 2: 16 op, 360792.00 ns, 22.5495 us/op WorkloadPilot 1: 16 op, 18958.00 ns, 1.1849 us/op WorkloadPilot 2: 32 op, 28583.00 ns, 893.2188 ns/op WorkloadPilot 3: 64 op, 58166.00 ns, 908.8438 ns/op WorkloadPilot 4: 128 op, 106542.00 ns, 832.3594 ns/op WorkloadPilot 5: 256 op, 170042.00 ns, 664.2266 ns/op WorkloadPilot 6: 512 op, 339083.00 ns, 662.2715 ns/op WorkloadPilot 7: 1024 op, 720208.00 ns, 703.3281 ns/op WorkloadPilot 8: 2048 op, 1509875.00 ns, 737.2437 ns/op WorkloadPilot 9: 4096 op, 2988917.00 ns, 729.7161 ns/op WorkloadPilot 10: 8192 op, 6409292.00 ns, 782.3843 ns/op WorkloadPilot 11: 16384 op, 12232625.00 ns, 746.6202 ns/op WorkloadPilot 12: 32768 op, 23240417.00 ns, 709.2412 ns/op WorkloadPilot 13: 65536 op, 45953125.00 ns, 701.1890 ns/op WorkloadPilot 14: 131072 op, 65795917.00 ns, 501.9830 ns/op WorkloadPilot 15: 262144 op, 28784125.00 ns, 109.8027 ns/op WorkloadPilot 16: 524288 op, 57312583.00 ns, 109.3151 ns/op WorkloadPilot 17: 1048576 op, 113840791.00 ns, 108.5670 ns/op WorkloadPilot 18: 2097152 op, 226442666.00 ns, 107.9763 ns/op WorkloadPilot 19: 4194304 op, 453260792.00 ns, 108.0658 ns/op WorkloadPilot 20: 8388608 op, 903421125.00 ns, 107.6962 ns/op OverheadWarmup 1: 8388608 op, 16838458.00 ns, 2.0073 ns/op OverheadWarmup 2: 8388608 op, 16951167.00 ns, 2.0207 ns/op OverheadWarmup 3: 8388608 op, 16687417.00 ns, 1.9893 ns/op OverheadWarmup 4: 8388608 op, 16805917.00 ns, 2.0034 ns/op OverheadWarmup 5: 8388608 op, 16308417.00 ns, 1.9441 ns/op OverheadActual 1: 8388608 op, 16533958.00 ns, 1.9710 ns/op OverheadActual 2: 8388608 op, 16744792.00 ns, 1.9961 ns/op OverheadActual 3: 8388608 op, 16158250.00 ns, 1.9262 ns/op OverheadActual 4: 8388608 op, 16245042.00 ns, 1.9366 ns/op OverheadActual 5: 8388608 op, 16255958.00 ns, 1.9379 ns/op OverheadActual 6: 8388608 op, 16665916.00 ns, 1.9867 ns/op OverheadActual 7: 8388608 op, 16452375.00 ns, 1.9613 ns/op OverheadActual 8: 8388608 op, 16862792.00 ns, 2.0102 ns/op OverheadActual 9: 8388608 op, 16577792.00 ns, 1.9762 ns/op OverheadActual 10: 8388608 op, 16698959.00 ns, 1.9907 ns/op OverheadActual 11: 8388608 op, 16551708.00 ns, 1.9731 ns/op OverheadActual 12: 8388608 op, 16506208.00 ns, 1.9677 ns/op OverheadActual 13: 8388608 op, 16526083.00 ns, 1.9701 ns/op OverheadActual 14: 8388608 op, 14943667.00 ns, 1.7814 ns/op OverheadActual 15: 8388608 op, 13863417.00 ns, 1.6526 ns/op OverheadActual 16: 8388608 op, 13805583.00 ns, 1.6458 ns/op OverheadActual 17: 8388608 op, 13881625.00 ns, 1.6548 ns/op OverheadActual 18: 8388608 op, 13963500.00 ns, 1.6646 ns/op OverheadActual 19: 8388608 op, 13948125.00 ns, 1.6627 ns/op OverheadActual 20: 8388608 op, 13799250.00 ns, 1.6450 ns/op WorkloadWarmup 1: 8388608 op, 912018458.00 ns, 108.7211 ns/op WorkloadWarmup 2: 8388608 op, 910666667.00 ns, 108.5599 ns/op WorkloadWarmup 3: 8388608 op, 905488500.00 ns, 107.9426 ns/op WorkloadWarmup 4: 8388608 op, 904933666.00 ns, 107.8765 ns/op WorkloadWarmup 5: 8388608 op, 906998333.00 ns, 108.1226 ns/op WorkloadWarmup 6: 8388608 op, 902673958.00 ns, 107.6071 ns/op WorkloadWarmup 7: 8388608 op, 904031875.00 ns, 107.7690 ns/op WorkloadWarmup 8: 8388608 op, 903100750.00 ns, 107.6580 ns/op // BeforeActualRun WorkloadActual 1: 8388608 op, 907272667.00 ns, 108.1553 ns/op WorkloadActual 2: 8388608 op, 904823458.00 ns, 107.8634 ns/op WorkloadActual 3: 8388608 op, 902389500.00 ns, 107.5732 ns/op WorkloadActual 4: 8388608 op, 942529417.00 ns, 112.3583 ns/op WorkloadActual 5: 8388608 op, 928608792.00 ns, 110.6988 ns/op WorkloadActual 6: 8388608 op, 904112875.00 ns, 107.7787 ns/op WorkloadActual 7: 8388608 op, 903737333.00 ns, 107.7339 ns/op WorkloadActual 8: 8388608 op, 906287666.00 ns, 108.0379 ns/op WorkloadActual 9: 8388608 op, 903930292.00 ns, 107.7569 ns/op WorkloadActual 10: 8388608 op, 900494084.00 ns, 107.3473 ns/op WorkloadActual 11: 8388608 op, 904913125.00 ns, 107.8741 ns/op WorkloadActual 12: 8388608 op, 904980500.00 ns, 107.8821 ns/op WorkloadActual 13: 8388608 op, 904608542.00 ns, 107.8377 ns/op WorkloadActual 14: 8388608 op, 904682250.00 ns, 107.8465 ns/op WorkloadActual 15: 8388608 op, 902622000.00 ns, 107.6009 ns/op // AfterActualRun WorkloadResult 1: 8388608 op, 890918500.50 ns, 106.2058 ns/op WorkloadResult 2: 8388608 op, 888469291.50 ns, 105.9138 ns/op WorkloadResult 3: 8388608 op, 886035333.50 ns, 105.6236 ns/op WorkloadResult 4: 8388608 op, 887758708.50 ns, 105.8291 ns/op WorkloadResult 5: 8388608 op, 887383166.50 ns, 105.7843 ns/op WorkloadResult 6: 8388608 op, 889933499.50 ns, 106.0883 ns/op WorkloadResult 7: 8388608 op, 887576125.50 ns, 105.8073 ns/op WorkloadResult 8: 8388608 op, 884139917.50 ns, 105.3977 ns/op WorkloadResult 9: 8388608 op, 888558958.50 ns, 105.9245 ns/op WorkloadResult 10: 8388608 op, 888626333.50 ns, 105.9325 ns/op WorkloadResult 11: 8388608 op, 888254375.50 ns, 105.8882 ns/op WorkloadResult 12: 8388608 op, 888328083.50 ns, 105.8970 ns/op WorkloadResult 13: 8388608 op, 886267833.50 ns, 105.6514 ns/op // GC: 633 1 0 5301600256 8388608 // Threading: 0 0 8388608 // AfterAll // Benchmark Process 30367 has exited with code 0. Mean = 105.842 ns, StdErr = 0.057 ns (0.05%), N = 13, StdDev = 0.205 ns Min = 105.398 ns, Q1 = 105.784 ns, Median = 105.888 ns, Q3 = 105.924 ns, Max = 106.206 ns IQR = 0.140 ns, LowerFence = 105.574 ns, UpperFence = 106.135 ns ConfidenceInterval = [105.596 ns; 106.087 ns] (CI 99.9%), Margin = 0.246 ns (0.23% of Mean) Skewness = -0.36, Kurtosis = 2.78, MValue = 2 // ** Remained 1 (4,2 %) benchmark(s) to run. Estimated finish 2026-04-06 15:32 (0h 0m from now) ** // ************************** // Benchmark: ValidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 133 134 --benchmarkName Benchmarks.ValidFlatDtoValidationBenchmarks.LightPortableResults --job Default --benchmarkId 23 in /Users/kenny/Code/Light.PortableResults/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 86584.00 ns, 86.5840 us/op WorkloadJitting 1: 1 op, 2150958.00 ns, 2.1510 ms/op OverheadJitting 2: 16 op, 119000.00 ns, 7.4375 us/op WorkloadJitting 2: 16 op, 132292.00 ns, 8.2683 us/op WorkloadPilot 1: 16 op, 11000.00 ns, 687.5000 ns/op WorkloadPilot 2: 32 op, 20125.00 ns, 628.9063 ns/op WorkloadPilot 3: 64 op, 31125.00 ns, 486.3281 ns/op WorkloadPilot 4: 128 op, 58833.00 ns, 459.6328 ns/op WorkloadPilot 5: 256 op, 124459.00 ns, 486.1680 ns/op WorkloadPilot 6: 512 op, 194375.00 ns, 379.6387 ns/op WorkloadPilot 7: 1024 op, 389167.00 ns, 380.0459 ns/op WorkloadPilot 8: 2048 op, 805083.00 ns, 393.1069 ns/op WorkloadPilot 9: 4096 op, 1683875.00 ns, 411.1023 ns/op WorkloadPilot 10: 8192 op, 3424667.00 ns, 418.0502 ns/op WorkloadPilot 11: 16384 op, 6918125.00 ns, 422.2488 ns/op WorkloadPilot 12: 32768 op, 13710375.00 ns, 418.4074 ns/op WorkloadPilot 13: 65536 op, 27113459.00 ns, 413.7186 ns/op WorkloadPilot 14: 131072 op, 53625958.00 ns, 409.1336 ns/op WorkloadPilot 15: 262144 op, 53626917.00 ns, 204.5705 ns/op WorkloadPilot 16: 524288 op, 27595167.00 ns, 52.6336 ns/op WorkloadPilot 17: 1048576 op, 54880417.00 ns, 52.3380 ns/op WorkloadPilot 18: 2097152 op, 109503167.00 ns, 52.2152 ns/op WorkloadPilot 19: 4194304 op, 217589333.00 ns, 51.8773 ns/op WorkloadPilot 20: 8388608 op, 435875500.00 ns, 51.9604 ns/op WorkloadPilot 21: 16777216 op, 873879625.00 ns, 52.0873 ns/op OverheadWarmup 1: 16777216 op, 32770209.00 ns, 1.9533 ns/op OverheadWarmup 2: 16777216 op, 32865041.00 ns, 1.9589 ns/op OverheadWarmup 3: 16777216 op, 32690583.00 ns, 1.9485 ns/op OverheadWarmup 4: 16777216 op, 32625959.00 ns, 1.9447 ns/op OverheadWarmup 5: 16777216 op, 32787583.00 ns, 1.9543 ns/op OverheadWarmup 6: 16777216 op, 32671000.00 ns, 1.9473 ns/op OverheadActual 1: 16777216 op, 32815667.00 ns, 1.9560 ns/op OverheadActual 2: 16777216 op, 32749375.00 ns, 1.9520 ns/op OverheadActual 3: 16777216 op, 32843958.00 ns, 1.9577 ns/op OverheadActual 4: 16777216 op, 32651583.00 ns, 1.9462 ns/op OverheadActual 5: 16777216 op, 32893958.00 ns, 1.9606 ns/op OverheadActual 6: 16777216 op, 32665916.00 ns, 1.9470 ns/op OverheadActual 7: 16777216 op, 32861917.00 ns, 1.9587 ns/op OverheadActual 8: 16777216 op, 32794042.00 ns, 1.9547 ns/op OverheadActual 9: 16777216 op, 32909916.00 ns, 1.9616 ns/op OverheadActual 10: 16777216 op, 28326583.00 ns, 1.6884 ns/op OverheadActual 11: 16777216 op, 24307083.00 ns, 1.4488 ns/op OverheadActual 12: 16777216 op, 24274042.00 ns, 1.4468 ns/op OverheadActual 13: 16777216 op, 24311709.00 ns, 1.4491 ns/op OverheadActual 14: 16777216 op, 24200416.00 ns, 1.4425 ns/op OverheadActual 15: 16777216 op, 24310500.00 ns, 1.4490 ns/op OverheadActual 16: 16777216 op, 24123333.00 ns, 1.4379 ns/op OverheadActual 17: 16777216 op, 24018917.00 ns, 1.4316 ns/op OverheadActual 18: 16777216 op, 23973375.00 ns, 1.4289 ns/op OverheadActual 19: 16777216 op, 24273750.00 ns, 1.4468 ns/op OverheadActual 20: 16777216 op, 24203875.00 ns, 1.4427 ns/op WorkloadWarmup 1: 16777216 op, 875877417.00 ns, 52.2064 ns/op WorkloadWarmup 2: 16777216 op, 872952875.00 ns, 52.0320 ns/op WorkloadWarmup 3: 16777216 op, 883295500.00 ns, 52.6485 ns/op WorkloadWarmup 4: 16777216 op, 874754000.00 ns, 52.1394 ns/op WorkloadWarmup 5: 16777216 op, 872088125.00 ns, 51.9805 ns/op WorkloadWarmup 6: 16777216 op, 874310542.00 ns, 52.1130 ns/op WorkloadWarmup 7: 16777216 op, 896718958.00 ns, 53.4486 ns/op WorkloadWarmup 8: 16777216 op, 919163084.00 ns, 54.7864 ns/op WorkloadWarmup 9: 16777216 op, 892672708.00 ns, 53.2074 ns/op // BeforeActualRun WorkloadActual 1: 16777216 op, 876010042.00 ns, 52.2143 ns/op WorkloadActual 2: 16777216 op, 874307583.00 ns, 52.1128 ns/op WorkloadActual 3: 16777216 op, 872104916.00 ns, 51.9815 ns/op WorkloadActual 4: 16777216 op, 874444750.00 ns, 52.1210 ns/op WorkloadActual 5: 16777216 op, 872342875.00 ns, 51.9957 ns/op WorkloadActual 6: 16777216 op, 886099875.00 ns, 52.8157 ns/op WorkloadActual 7: 16777216 op, 878093167.00 ns, 52.3384 ns/op WorkloadActual 8: 16777216 op, 872551959.00 ns, 52.0081 ns/op WorkloadActual 9: 16777216 op, 873457750.00 ns, 52.0621 ns/op WorkloadActual 10: 16777216 op, 874419916.00 ns, 52.1195 ns/op WorkloadActual 11: 16777216 op, 873322875.00 ns, 52.0541 ns/op WorkloadActual 12: 16777216 op, 872944250.00 ns, 52.0315 ns/op WorkloadActual 13: 16777216 op, 873482458.00 ns, 52.0636 ns/op WorkloadActual 14: 16777216 op, 870954250.00 ns, 51.9129 ns/op WorkloadActual 15: 16777216 op, 872863375.00 ns, 52.0267 ns/op // AfterActualRun WorkloadResult 1: 16777216 op, 849690896.00 ns, 50.6455 ns/op WorkloadResult 2: 16777216 op, 847988437.00 ns, 50.5440 ns/op WorkloadResult 3: 16777216 op, 845785770.00 ns, 50.4128 ns/op WorkloadResult 4: 16777216 op, 848125604.00 ns, 50.5522 ns/op WorkloadResult 5: 16777216 op, 846023729.00 ns, 50.4269 ns/op WorkloadResult 6: 16777216 op, 846232813.00 ns, 50.4394 ns/op WorkloadResult 7: 16777216 op, 847138604.00 ns, 50.4934 ns/op WorkloadResult 8: 16777216 op, 848100770.00 ns, 50.5507 ns/op WorkloadResult 9: 16777216 op, 847003729.00 ns, 50.4854 ns/op WorkloadResult 10: 16777216 op, 846625104.00 ns, 50.4628 ns/op WorkloadResult 11: 16777216 op, 847163312.00 ns, 50.4949 ns/op WorkloadResult 12: 16777216 op, 844635104.00 ns, 50.3442 ns/op WorkloadResult 13: 16777216 op, 846544229.00 ns, 50.4580 ns/op // GC: 208 0 0 1744830464 16777216 // Threading: 0 0 16777216 // AfterAll // Benchmark Process 30436 has exited with code 0. Mean = 50.485 ns, StdErr = 0.021 ns (0.04%), N = 13, StdDev = 0.076 ns Min = 50.344 ns, Q1 = 50.439 ns, Median = 50.485 ns, Q3 = 50.544 ns, Max = 50.646 ns IQR = 0.105 ns, LowerFence = 50.282 ns, UpperFence = 50.701 ns ConfidenceInterval = [50.394 ns; 50.577 ns] (CI 99.9%), Margin = 0.091 ns (0.18% of Mean) Skewness = 0.23, Kurtosis = 2.6, MValue = 2 // ** Remained 0 (0,0 %) benchmark(s) to run. Estimated finish 2026-04-06 15:32 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.ValidFlatDtoValidationBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.ValidFlatDtoValidationBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.ValidFlatDtoValidationBenchmarks-report.html // * Detailed results * ValidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.325 μs, StdErr = 0.002 μs (0.15%), N = 13, StdDev = 0.007 μs Min = 1.316 μs, Q1 = 1.319 μs, Median = 1.323 μs, Q3 = 1.328 μs, Max = 1.342 μs IQR = 0.009 μs, LowerFence = 1.306 μs, UpperFence = 1.342 μs ConfidenceInterval = [1.316 μs; 1.333 μs] (CI 99.9%), Margin = 0.009 μs (0.65% of Mean) Skewness = 0.87, Kurtosis = 2.99, MValue = 2 -------------------- Histogram -------------------- [1.312 μs ; 1.346 μs) | @@@@@@@@@@@@@ --------------------------------------------------- ValidFlatDtoValidationBenchmarks.FluentValidationSingleton: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 105.842 ns, StdErr = 0.057 ns (0.05%), N = 13, StdDev = 0.205 ns Min = 105.398 ns, Q1 = 105.784 ns, Median = 105.888 ns, Q3 = 105.924 ns, Max = 106.206 ns IQR = 0.140 ns, LowerFence = 105.574 ns, UpperFence = 106.135 ns ConfidenceInterval = [105.596 ns; 106.087 ns] (CI 99.9%), Margin = 0.246 ns (0.23% of Mean) Skewness = -0.36, Kurtosis = 2.78, MValue = 2 -------------------- Histogram -------------------- [105.283 ns ; 106.320 ns) | @@@@@@@@@@@@@ --------------------------------------------------- ValidFlatDtoValidationBenchmarks.LightPortableResults: DefaultJob Runtime = .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 50.485 ns, StdErr = 0.021 ns (0.04%), N = 13, StdDev = 0.076 ns Min = 50.344 ns, Q1 = 50.439 ns, Median = 50.485 ns, Q3 = 50.544 ns, Max = 50.646 ns IQR = 0.105 ns, LowerFence = 50.282 ns, UpperFence = 50.701 ns ConfidenceInterval = [50.394 ns; 50.577 ns] (CI 99.9%), Margin = 0.091 ns (0.18% of Mean) Skewness = 0.23, Kurtosis = 2.6, MValue = 2 -------------------- Histogram -------------------- [50.302 ns ; 50.688 ns) | @@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |------------:|---------:|---------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 1,324.57 ns | 8.570 ns | 7.156 ns | 1.00 | 0.8316 | 0.0076 | 6984 B | 1.00 | | FluentValidationSingleton | 105.84 ns | 0.246 ns | 0.205 ns | 0.08 | 0.0755 | 0.0001 | 632 B | 0.09 | | LightPortableResults | 50.49 ns | 0.091 ns | 0.076 ns | 0.04 | 0.0124 | - | 104 B | 0.01 | // * Hints * Outliers ValidFlatDtoValidationBenchmarks.FluentValidationScopedOrTransient: Default -> 2 outliers were removed (1.36 μs, 1.37 μs) ValidFlatDtoValidationBenchmarks.FluentValidationSingleton: Default -> 2 outliers were removed, 3 outliers were detected (107.35 ns, 110.70 ns, 112.36 ns) ValidFlatDtoValidationBenchmarks.LightPortableResults: Default -> 2 outliers were removed (52.34 ns, 52.82 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:55 (55.27 sec), executed benchmarks: 3 Global total time: 00:06:50 (410.18 sec), executed benchmarks: 24 // * Artifacts cleanup * Artifacts cleanup is finished Benchmarks.CloudEventReadingBenchmarks-20260215-081347.log000066400000000000000000001103121516707642500405500ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 5 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 1.68 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 10.05 sec and exited with 0 // ***** Done, took 00:00:11 (11.98 sec) ***** // Found 5 benchmarks: // CloudEventReadingBenchmarks.ReadResult_SmallPayload: DefaultJob // CloudEventReadingBenchmarks.ReadResult_MediumPayload: DefaultJob // CloudEventReadingBenchmarks.ReadResult_LargePayload: DefaultJob // CloudEventReadingBenchmarks.ReadResult_Failure: DefaultJob // CloudEventReadingBenchmarks.ReadResultWithEnvelope_SmallPayload: DefaultJob // ************************** // Benchmark: CloudEventReadingBenchmarks.ReadResult_SmallPayload: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.CloudEventReadingBenchmarks.ReadResult_SmallPayload --job Default --benchmarkId 0 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 170428.00 ns, 170.4280 us/op WorkloadJitting 1: 1 op, 38241556.00 ns, 38.2416 ms/op WorkloadPilot 1: 2 op, 261602.00 ns, 130.8010 us/op WorkloadPilot 2: 3 op, 59420.00 ns, 19.8067 us/op WorkloadPilot 3: 4 op, 70983.00 ns, 17.7458 us/op WorkloadPilot 4: 5 op, 78803.00 ns, 15.7606 us/op WorkloadPilot 5: 6 op, 172483.00 ns, 28.7472 us/op WorkloadPilot 6: 7 op, 119500.00 ns, 17.0714 us/op WorkloadPilot 7: 8 op, 131189.00 ns, 16.3986 us/op WorkloadPilot 8: 9 op, 137468.00 ns, 15.2742 us/op WorkloadPilot 9: 10 op, 146001.00 ns, 14.6001 us/op WorkloadPilot 10: 11 op, 155237.00 ns, 14.1125 us/op WorkloadPilot 11: 12 op, 169946.00 ns, 14.1622 us/op WorkloadPilot 12: 13 op, 177138.00 ns, 13.6260 us/op WorkloadPilot 13: 14 op, 326462.00 ns, 23.3187 us/op WorkloadPilot 14: 15 op, 225854.00 ns, 15.0569 us/op WorkloadPilot 15: 16 op, 210789.00 ns, 13.1743 us/op WorkloadPilot 16: 32 op, 414659.00 ns, 12.9581 us/op WorkloadPilot 17: 64 op, 806201.00 ns, 12.5969 us/op WorkloadPilot 18: 128 op, 1548204.00 ns, 12.0953 us/op WorkloadPilot 19: 256 op, 3121829.00 ns, 12.1946 us/op WorkloadPilot 20: 512 op, 6176544.00 ns, 12.0636 us/op WorkloadPilot 21: 1024 op, 12847263.00 ns, 12.5462 us/op WorkloadPilot 22: 2048 op, 24585187.00 ns, 12.0045 us/op WorkloadPilot 23: 4096 op, 49348937.00 ns, 12.0481 us/op WorkloadPilot 24: 8192 op, 111489083.00 ns, 13.6095 us/op WorkloadPilot 25: 16384 op, 186528258.00 ns, 11.3848 us/op WorkloadPilot 26: 32768 op, 231398798.00 ns, 7.0617 us/op WorkloadPilot 27: 65536 op, 146715614.00 ns, 2.2387 us/op WorkloadPilot 28: 131072 op, 238590020.00 ns, 1.8203 us/op WorkloadPilot 29: 262144 op, 479048489.00 ns, 1.8274 us/op WorkloadPilot 30: 524288 op, 957877540.00 ns, 1.8270 us/op WorkloadWarmup 1: 524288 op, 954128828.00 ns, 1.8199 us/op WorkloadWarmup 2: 524288 op, 952507017.00 ns, 1.8168 us/op WorkloadWarmup 3: 524288 op, 955745386.00 ns, 1.8229 us/op WorkloadWarmup 4: 524288 op, 955936621.00 ns, 1.8233 us/op WorkloadWarmup 5: 524288 op, 957479261.00 ns, 1.8262 us/op WorkloadWarmup 6: 524288 op, 958318266.00 ns, 1.8278 us/op WorkloadWarmup 7: 524288 op, 951744631.00 ns, 1.8153 us/op WorkloadWarmup 8: 524288 op, 949319544.00 ns, 1.8107 us/op WorkloadWarmup 9: 524288 op, 952386677.00 ns, 1.8165 us/op WorkloadWarmup 10: 524288 op, 954853951.00 ns, 1.8212 us/op WorkloadWarmup 11: 524288 op, 978482569.00 ns, 1.8663 us/op WorkloadWarmup 12: 524288 op, 1041581336.00 ns, 1.9867 us/op WorkloadWarmup 13: 524288 op, 957822191.00 ns, 1.8269 us/op // BeforeActualRun WorkloadActual 1: 524288 op, 958068538.00 ns, 1.8274 us/op WorkloadActual 2: 524288 op, 949801611.00 ns, 1.8116 us/op WorkloadActual 3: 524288 op, 947667479.00 ns, 1.8075 us/op WorkloadActual 4: 524288 op, 956003890.00 ns, 1.8234 us/op WorkloadActual 5: 524288 op, 949473014.00 ns, 1.8110 us/op WorkloadActual 6: 524288 op, 953518902.00 ns, 1.8187 us/op WorkloadActual 7: 524288 op, 951448613.00 ns, 1.8147 us/op WorkloadActual 8: 524288 op, 951400854.00 ns, 1.8147 us/op WorkloadActual 9: 524288 op, 951151488.00 ns, 1.8142 us/op WorkloadActual 10: 524288 op, 951822970.00 ns, 1.8155 us/op WorkloadActual 11: 524288 op, 954264284.00 ns, 1.8201 us/op WorkloadActual 12: 524288 op, 960726786.00 ns, 1.8324 us/op WorkloadActual 13: 524288 op, 955569075.00 ns, 1.8226 us/op WorkloadActual 14: 524288 op, 956071826.00 ns, 1.8236 us/op WorkloadActual 15: 524288 op, 952809931.00 ns, 1.8173 us/op // AfterActualRun WorkloadResult 1: 524288 op, 958068538.00 ns, 1.8274 us/op WorkloadResult 2: 524288 op, 949801611.00 ns, 1.8116 us/op WorkloadResult 3: 524288 op, 947667479.00 ns, 1.8075 us/op WorkloadResult 4: 524288 op, 956003890.00 ns, 1.8234 us/op WorkloadResult 5: 524288 op, 949473014.00 ns, 1.8110 us/op WorkloadResult 6: 524288 op, 953518902.00 ns, 1.8187 us/op WorkloadResult 7: 524288 op, 951448613.00 ns, 1.8147 us/op WorkloadResult 8: 524288 op, 951400854.00 ns, 1.8147 us/op WorkloadResult 9: 524288 op, 951151488.00 ns, 1.8142 us/op WorkloadResult 10: 524288 op, 951822970.00 ns, 1.8155 us/op WorkloadResult 11: 524288 op, 954264284.00 ns, 1.8201 us/op WorkloadResult 12: 524288 op, 960726786.00 ns, 1.8324 us/op WorkloadResult 13: 524288 op, 955569075.00 ns, 1.8226 us/op WorkloadResult 14: 524288 op, 956071826.00 ns, 1.8236 us/op WorkloadResult 15: 524288 op, 952809931.00 ns, 1.8173 us/op // GC: 21 0 0 356515840 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 27326 has exited with code 0. Mean = 1.818 μs, StdErr = 0.002 μs (0.09%), N = 15, StdDev = 0.007 μs Min = 1.808 μs, Q1 = 1.814 μs, Median = 1.817 μs, Q3 = 1.823 μs, Max = 1.832 μs IQR = 0.009 μs, LowerFence = 1.802 μs, UpperFence = 1.836 μs ConfidenceInterval = [1.811 μs; 1.825 μs] (CI 99.9%), Margin = 0.007 μs (0.39% of Mean) Skewness = 0.4, Kurtosis = 2.26, MValue = 2 // ** Remained 4 (80.0 %) benchmark(s) to run. Estimated finish 2026-02-15 8:16 (0h 2m from now) ** // ************************** // Benchmark: CloudEventReadingBenchmarks.ReadResult_MediumPayload: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.CloudEventReadingBenchmarks.ReadResult_MediumPayload --job Default --benchmarkId 1 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 192117.00 ns, 192.1170 us/op WorkloadJitting 1: 1 op, 38774572.00 ns, 38.7746 ms/op WorkloadPilot 1: 2 op, 459923.00 ns, 229.9615 us/op WorkloadPilot 2: 3 op, 493689.00 ns, 164.5630 us/op WorkloadPilot 3: 4 op, 601167.00 ns, 150.2918 us/op WorkloadPilot 4: 5 op, 660936.00 ns, 132.1872 us/op WorkloadPilot 5: 6 op, 846101.00 ns, 141.0168 us/op WorkloadPilot 6: 7 op, 937775.00 ns, 133.9679 us/op WorkloadPilot 7: 8 op, 1101630.00 ns, 137.7038 us/op WorkloadPilot 8: 9 op, 1195142.00 ns, 132.7936 us/op WorkloadPilot 9: 10 op, 1291908.00 ns, 129.1908 us/op WorkloadPilot 10: 11 op, 1404282.00 ns, 127.6620 us/op WorkloadPilot 11: 12 op, 1708510.00 ns, 142.3758 us/op WorkloadPilot 12: 13 op, 1794683.00 ns, 138.0525 us/op WorkloadPilot 13: 14 op, 1838927.00 ns, 131.3519 us/op WorkloadPilot 14: 15 op, 1997122.00 ns, 133.1415 us/op WorkloadPilot 15: 16 op, 2083345.00 ns, 130.2091 us/op WorkloadPilot 16: 32 op, 4123694.00 ns, 128.8654 us/op WorkloadPilot 17: 64 op, 8213256.00 ns, 128.3321 us/op WorkloadPilot 18: 128 op, 16305119.00 ns, 127.3837 us/op WorkloadPilot 19: 256 op, 33045909.00 ns, 129.0856 us/op WorkloadPilot 20: 512 op, 66715021.00 ns, 130.3028 us/op WorkloadPilot 21: 1024 op, 140154210.00 ns, 136.8693 us/op WorkloadPilot 22: 2048 op, 152239391.00 ns, 74.3356 us/op WorkloadPilot 23: 4096 op, 269772230.00 ns, 65.8624 us/op WorkloadPilot 24: 8192 op, 214007669.00 ns, 26.1240 us/op WorkloadPilot 25: 16384 op, 221787503.00 ns, 13.5368 us/op WorkloadPilot 26: 32768 op, 429752594.00 ns, 13.1150 us/op WorkloadPilot 27: 65536 op, 874674635.00 ns, 13.3465 us/op WorkloadWarmup 1: 65536 op, 867809970.00 ns, 13.2417 us/op WorkloadWarmup 2: 65536 op, 858207943.00 ns, 13.0952 us/op WorkloadWarmup 3: 65536 op, 857871388.00 ns, 13.0901 us/op WorkloadWarmup 4: 65536 op, 857237839.00 ns, 13.0804 us/op WorkloadWarmup 5: 65536 op, 861346368.00 ns, 13.1431 us/op WorkloadWarmup 6: 65536 op, 862891586.00 ns, 13.1667 us/op WorkloadWarmup 7: 65536 op, 860169748.00 ns, 13.1251 us/op WorkloadWarmup 8: 65536 op, 863289587.00 ns, 13.1728 us/op WorkloadWarmup 9: 65536 op, 861155406.00 ns, 13.1402 us/op // BeforeActualRun WorkloadActual 1: 65536 op, 860807689.00 ns, 13.1349 us/op WorkloadActual 2: 65536 op, 857733973.00 ns, 13.0880 us/op WorkloadActual 3: 65536 op, 860070934.00 ns, 13.1236 us/op WorkloadActual 4: 65536 op, 895762464.00 ns, 13.6683 us/op WorkloadActual 5: 65536 op, 869489693.00 ns, 13.2674 us/op WorkloadActual 6: 65536 op, 859491607.00 ns, 13.1148 us/op WorkloadActual 7: 65536 op, 857216889.00 ns, 13.0801 us/op WorkloadActual 8: 65536 op, 856560863.00 ns, 13.0701 us/op WorkloadActual 9: 65536 op, 861798515.00 ns, 13.1500 us/op WorkloadActual 10: 65536 op, 854112879.00 ns, 13.0327 us/op WorkloadActual 11: 65536 op, 854473843.00 ns, 13.0382 us/op WorkloadActual 12: 65536 op, 856332897.00 ns, 13.0666 us/op WorkloadActual 13: 65536 op, 856370842.00 ns, 13.0672 us/op WorkloadActual 14: 65536 op, 856243810.00 ns, 13.0652 us/op WorkloadActual 15: 65536 op, 859482964.00 ns, 13.1147 us/op // AfterActualRun WorkloadResult 1: 65536 op, 860807689.00 ns, 13.1349 us/op WorkloadResult 2: 65536 op, 857733973.00 ns, 13.0880 us/op WorkloadResult 3: 65536 op, 860070934.00 ns, 13.1236 us/op WorkloadResult 4: 65536 op, 859491607.00 ns, 13.1148 us/op WorkloadResult 5: 65536 op, 857216889.00 ns, 13.0801 us/op WorkloadResult 6: 65536 op, 856560863.00 ns, 13.0701 us/op WorkloadResult 7: 65536 op, 861798515.00 ns, 13.1500 us/op WorkloadResult 8: 65536 op, 854112879.00 ns, 13.0327 us/op WorkloadResult 9: 65536 op, 854473843.00 ns, 13.0382 us/op WorkloadResult 10: 65536 op, 856332897.00 ns, 13.0666 us/op WorkloadResult 11: 65536 op, 856370842.00 ns, 13.0672 us/op WorkloadResult 12: 65536 op, 856243810.00 ns, 13.0652 us/op WorkloadResult 13: 65536 op, 859482964.00 ns, 13.1147 us/op // GC: 26 0 0 450363392 65536 // Threading: 0 0 65536 // AfterAll // Benchmark Process 27600 has exited with code 0. Mean = 13.088 μs, StdErr = 0.010 μs (0.08%), N = 13, StdDev = 0.037 μs Min = 13.033 μs, Q1 = 13.067 μs, Median = 13.080 μs, Q3 = 13.115 μs, Max = 13.150 μs IQR = 0.048 μs, LowerFence = 12.994 μs, UpperFence = 13.187 μs ConfidenceInterval = [13.044 μs; 13.132 μs] (CI 99.9%), Margin = 0.044 μs (0.33% of Mean) Skewness = 0.14, Kurtosis = 1.65, MValue = 2 // ** Remained 3 (60.0 %) benchmark(s) to run. Estimated finish 2026-02-15 8:16 (0h 1m from now) ** // ************************** // Benchmark: CloudEventReadingBenchmarks.ReadResult_LargePayload: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.CloudEventReadingBenchmarks.ReadResult_LargePayload --job Default --benchmarkId 2 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 161068.00 ns, 161.0680 us/op WorkloadJitting 1: 1 op, 37884723.00 ns, 37.8847 ms/op WorkloadPilot 1: 2 op, 3172699.00 ns, 1.5863 ms/op WorkloadPilot 2: 3 op, 4708418.00 ns, 1.5695 ms/op WorkloadPilot 3: 4 op, 6496769.00 ns, 1.6242 ms/op WorkloadPilot 4: 5 op, 7547268.00 ns, 1.5095 ms/op WorkloadPilot 5: 6 op, 8763869.00 ns, 1.4606 ms/op WorkloadPilot 6: 7 op, 10186268.00 ns, 1.4552 ms/op WorkloadPilot 7: 8 op, 11438527.00 ns, 1.4298 ms/op WorkloadPilot 8: 9 op, 13354180.00 ns, 1.4838 ms/op WorkloadPilot 9: 10 op, 14216733.00 ns, 1.4217 ms/op WorkloadPilot 10: 11 op, 15653454.00 ns, 1.4230 ms/op WorkloadPilot 11: 12 op, 17731282.00 ns, 1.4776 ms/op WorkloadPilot 12: 13 op, 18654412.00 ns, 1.4350 ms/op WorkloadPilot 13: 14 op, 20198946.00 ns, 1.4428 ms/op WorkloadPilot 14: 15 op, 23408868.00 ns, 1.5606 ms/op WorkloadPilot 15: 16 op, 19726606.00 ns, 1.2329 ms/op WorkloadPilot 16: 32 op, 36445749.00 ns, 1.1389 ms/op WorkloadPilot 17: 64 op, 63041680.00 ns, 985.0263 us/op WorkloadPilot 18: 128 op, 86732675.00 ns, 677.5990 us/op WorkloadPilot 19: 256 op, 162016989.00 ns, 632.8789 us/op WorkloadPilot 20: 512 op, 261998328.00 ns, 511.7155 us/op WorkloadPilot 21: 1024 op, 210324281.00 ns, 205.3948 us/op WorkloadPilot 22: 2048 op, 288477729.00 ns, 140.8583 us/op WorkloadPilot 23: 4096 op, 499461386.00 ns, 121.9388 us/op WorkloadPilot 24: 8192 op, 1011576019.00 ns, 123.4834 us/op WorkloadWarmup 1: 8192 op, 1010372015.00 ns, 123.3364 us/op WorkloadWarmup 2: 8192 op, 1036619220.00 ns, 126.5404 us/op WorkloadWarmup 3: 8192 op, 1009218322.00 ns, 123.1956 us/op WorkloadWarmup 4: 8192 op, 1014248527.00 ns, 123.8096 us/op WorkloadWarmup 5: 8192 op, 1016447153.00 ns, 124.0780 us/op WorkloadWarmup 6: 8192 op, 1014492652.00 ns, 123.8394 us/op // BeforeActualRun WorkloadActual 1: 8192 op, 1014212554.00 ns, 123.8052 us/op WorkloadActual 2: 8192 op, 1001443877.00 ns, 122.2466 us/op WorkloadActual 3: 8192 op, 1006055616.00 ns, 122.8095 us/op WorkloadActual 4: 8192 op, 999303943.00 ns, 121.9853 us/op WorkloadActual 5: 8192 op, 1000590940.00 ns, 122.1424 us/op WorkloadActual 6: 8192 op, 1011603423.00 ns, 123.4867 us/op WorkloadActual 7: 8192 op, 1006496614.00 ns, 122.8634 us/op WorkloadActual 8: 8192 op, 1005182868.00 ns, 122.7030 us/op WorkloadActual 9: 8192 op, 1005273528.00 ns, 122.7141 us/op WorkloadActual 10: 8192 op, 1032559829.00 ns, 126.0449 us/op WorkloadActual 11: 8192 op, 1020542509.00 ns, 124.5779 us/op WorkloadActual 12: 8192 op, 1005381811.00 ns, 122.7273 us/op WorkloadActual 13: 8192 op, 1012247094.00 ns, 123.5653 us/op WorkloadActual 14: 8192 op, 1007872232.00 ns, 123.0313 us/op WorkloadActual 15: 8192 op, 1010319448.00 ns, 123.3300 us/op // AfterActualRun WorkloadResult 1: 8192 op, 1014212554.00 ns, 123.8052 us/op WorkloadResult 2: 8192 op, 1001443877.00 ns, 122.2466 us/op WorkloadResult 3: 8192 op, 1006055616.00 ns, 122.8095 us/op WorkloadResult 4: 8192 op, 999303943.00 ns, 121.9853 us/op WorkloadResult 5: 8192 op, 1000590940.00 ns, 122.1424 us/op WorkloadResult 6: 8192 op, 1011603423.00 ns, 123.4867 us/op WorkloadResult 7: 8192 op, 1006496614.00 ns, 122.8634 us/op WorkloadResult 8: 8192 op, 1005182868.00 ns, 122.7030 us/op WorkloadResult 9: 8192 op, 1005273528.00 ns, 122.7141 us/op WorkloadResult 10: 8192 op, 1020542509.00 ns, 124.5779 us/op WorkloadResult 11: 8192 op, 1005381811.00 ns, 122.7273 us/op WorkloadResult 12: 8192 op, 1012247094.00 ns, 123.5653 us/op WorkloadResult 13: 8192 op, 1007872232.00 ns, 123.0313 us/op WorkloadResult 14: 8192 op, 1010319448.00 ns, 123.3300 us/op // GC: 35 8 0 585498624 8192 // Threading: 0 0 8192 // AfterAll // Benchmark Process 27797 has exited with code 0. Mean = 122.999 μs, StdErr = 0.188 μs (0.15%), N = 14, StdDev = 0.704 μs Min = 121.985 μs, Q1 = 122.706 μs, Median = 122.836 μs, Q3 = 123.448 μs, Max = 124.578 μs IQR = 0.742 μs, LowerFence = 121.593 μs, UpperFence = 124.560 μs ConfidenceInterval = [122.205 μs; 123.793 μs] (CI 99.9%), Margin = 0.794 μs (0.65% of Mean) Skewness = 0.54, Kurtosis = 2.55, MValue = 2 // ** Remained 2 (40.0 %) benchmark(s) to run. Estimated finish 2026-02-15 8:16 (0h 0m from now) ** // ************************** // Benchmark: CloudEventReadingBenchmarks.ReadResult_Failure: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.CloudEventReadingBenchmarks.ReadResult_Failure --job Default --benchmarkId 3 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 169104.00 ns, 169.1040 us/op WorkloadJitting 1: 1 op, 25995353.00 ns, 25.9954 ms/op OverheadJitting 2: 16 op, 207168.00 ns, 12.9480 us/op WorkloadJitting 2: 16 op, 857922.00 ns, 53.6201 us/op WorkloadPilot 1: 16 op, 307619.00 ns, 19.2262 us/op WorkloadPilot 2: 32 op, 454830.00 ns, 14.2134 us/op WorkloadPilot 3: 64 op, 909588.00 ns, 14.2123 us/op WorkloadPilot 4: 128 op, 1759502.00 ns, 13.7461 us/op WorkloadPilot 5: 256 op, 3423573.00 ns, 13.3733 us/op WorkloadPilot 6: 512 op, 7199190.00 ns, 14.0609 us/op WorkloadPilot 7: 1024 op, 14551880.00 ns, 14.2108 us/op WorkloadPilot 8: 2048 op, 28122377.00 ns, 13.7316 us/op WorkloadPilot 9: 4096 op, 54676804.00 ns, 13.3488 us/op WorkloadPilot 10: 8192 op, 119661042.00 ns, 14.6071 us/op WorkloadPilot 11: 16384 op, 217660565.00 ns, 13.2849 us/op WorkloadPilot 12: 32768 op, 360165153.00 ns, 10.9914 us/op WorkloadPilot 13: 65536 op, 256639223.00 ns, 3.9160 us/op WorkloadPilot 14: 131072 op, 273493186.00 ns, 2.0866 us/op WorkloadPilot 15: 262144 op, 545059796.00 ns, 2.0792 us/op OverheadWarmup 1: 262144 op, 487287.00 ns, 1.8589 ns/op OverheadWarmup 2: 262144 op, 585526.00 ns, 2.2336 ns/op OverheadWarmup 3: 262144 op, 486166.00 ns, 1.8546 ns/op OverheadWarmup 4: 262144 op, 494581.00 ns, 1.8867 ns/op OverheadWarmup 5: 262144 op, 495901.00 ns, 1.8917 ns/op OverheadWarmup 6: 262144 op, 485768.00 ns, 1.8531 ns/op OverheadActual 1: 262144 op, 483618.00 ns, 1.8449 ns/op OverheadActual 2: 262144 op, 495440.00 ns, 1.8900 ns/op OverheadActual 3: 262144 op, 481177.00 ns, 1.8355 ns/op OverheadActual 4: 262144 op, 617123.00 ns, 2.3541 ns/op OverheadActual 5: 262144 op, 483671.00 ns, 1.8451 ns/op OverheadActual 6: 262144 op, 502944.00 ns, 1.9186 ns/op OverheadActual 7: 262144 op, 529290.00 ns, 2.0191 ns/op OverheadActual 8: 262144 op, 484835.00 ns, 1.8495 ns/op OverheadActual 9: 262144 op, 483315.00 ns, 1.8437 ns/op OverheadActual 10: 262144 op, 483672.00 ns, 1.8451 ns/op OverheadActual 11: 262144 op, 483525.00 ns, 1.8445 ns/op OverheadActual 12: 262144 op, 483535.00 ns, 1.8445 ns/op OverheadActual 13: 262144 op, 500177.00 ns, 1.9080 ns/op OverheadActual 14: 262144 op, 492495.00 ns, 1.8787 ns/op OverheadActual 15: 262144 op, 483556.00 ns, 1.8446 ns/op WorkloadWarmup 1: 262144 op, 558723908.00 ns, 2.1314 us/op WorkloadWarmup 2: 262144 op, 551897849.00 ns, 2.1053 us/op WorkloadWarmup 3: 262144 op, 546856087.00 ns, 2.0861 us/op WorkloadWarmup 4: 262144 op, 545495103.00 ns, 2.0809 us/op WorkloadWarmup 5: 262144 op, 546329011.00 ns, 2.0841 us/op WorkloadWarmup 6: 262144 op, 542351483.00 ns, 2.0689 us/op WorkloadWarmup 7: 262144 op, 567853065.00 ns, 2.1662 us/op WorkloadWarmup 8: 262144 op, 546549186.00 ns, 2.0849 us/op // BeforeActualRun WorkloadActual 1: 262144 op, 549619509.00 ns, 2.0966 us/op WorkloadActual 2: 262144 op, 543543413.00 ns, 2.0735 us/op WorkloadActual 3: 262144 op, 548817753.00 ns, 2.0936 us/op WorkloadActual 4: 262144 op, 547605810.00 ns, 2.0890 us/op WorkloadActual 5: 262144 op, 589562700.00 ns, 2.2490 us/op WorkloadActual 6: 262144 op, 548041544.00 ns, 2.0906 us/op WorkloadActual 7: 262144 op, 544257695.00 ns, 2.0762 us/op WorkloadActual 8: 262144 op, 544988507.00 ns, 2.0790 us/op WorkloadActual 9: 262144 op, 544453844.00 ns, 2.0769 us/op WorkloadActual 10: 262144 op, 546105052.00 ns, 2.0832 us/op WorkloadActual 11: 262144 op, 560667683.00 ns, 2.1388 us/op WorkloadActual 12: 262144 op, 543977017.00 ns, 2.0751 us/op WorkloadActual 13: 262144 op, 547452049.00 ns, 2.0884 us/op WorkloadActual 14: 262144 op, 547328681.00 ns, 2.0879 us/op WorkloadActual 15: 262144 op, 555793947.00 ns, 2.1202 us/op // AfterActualRun WorkloadResult 1: 262144 op, 549135837.00 ns, 2.0948 us/op WorkloadResult 2: 262144 op, 543059741.00 ns, 2.0716 us/op WorkloadResult 3: 262144 op, 548334081.00 ns, 2.0917 us/op WorkloadResult 4: 262144 op, 547122138.00 ns, 2.0871 us/op WorkloadResult 5: 262144 op, 547557872.00 ns, 2.0888 us/op WorkloadResult 6: 262144 op, 543774023.00 ns, 2.0743 us/op WorkloadResult 7: 262144 op, 544504835.00 ns, 2.0771 us/op WorkloadResult 8: 262144 op, 543970172.00 ns, 2.0751 us/op WorkloadResult 9: 262144 op, 545621380.00 ns, 2.0814 us/op WorkloadResult 10: 262144 op, 543493345.00 ns, 2.0733 us/op WorkloadResult 11: 262144 op, 546968377.00 ns, 2.0865 us/op WorkloadResult 12: 262144 op, 546845009.00 ns, 2.0860 us/op WorkloadResult 13: 262144 op, 555310275.00 ns, 2.1183 us/op // GC: 18 0 0 306231160 262144 // Threading: 0 0 262144 // AfterAll // Benchmark Process 28048 has exited with code 0. Mean = 2.085 μs, StdErr = 0.003 μs (0.17%), N = 13, StdDev = 0.013 μs Min = 2.072 μs, Q1 = 2.075 μs, Median = 2.086 μs, Q3 = 2.089 μs, Max = 2.118 μs IQR = 0.014 μs, LowerFence = 2.055 μs, UpperFence = 2.109 μs ConfidenceInterval = [2.070 μs; 2.100 μs] (CI 99.9%), Margin = 0.015 μs (0.72% of Mean) Skewness = 1.22, Kurtosis = 4.12, MValue = 2 // ** Remained 1 (20.0 %) benchmark(s) to run. Estimated finish 2026-02-15 8:15 (0h 0m from now) ** // ************************** // Benchmark: CloudEventReadingBenchmarks.ReadResultWithEnvelope_SmallPayload: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.CloudEventReadingBenchmarks.ReadResultWithEnvelope_SmallPayload --job Default --benchmarkId 4 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 156581.00 ns, 156.5810 us/op WorkloadJitting 1: 1 op, 35853683.00 ns, 35.8537 ms/op WorkloadPilot 1: 2 op, 243389.00 ns, 121.6945 us/op WorkloadPilot 2: 3 op, 60000.00 ns, 20.0000 us/op WorkloadPilot 3: 4 op, 79209.00 ns, 19.8023 us/op WorkloadPilot 4: 5 op, 79681.00 ns, 15.9362 us/op WorkloadPilot 5: 6 op, 103781.00 ns, 17.2968 us/op WorkloadPilot 6: 7 op, 129247.00 ns, 18.4639 us/op WorkloadPilot 7: 8 op, 128984.00 ns, 16.1230 us/op WorkloadPilot 8: 9 op, 136353.00 ns, 15.1503 us/op WorkloadPilot 9: 10 op, 149999.00 ns, 14.9999 us/op WorkloadPilot 10: 11 op, 154922.00 ns, 14.0838 us/op WorkloadPilot 11: 12 op, 170908.00 ns, 14.2423 us/op WorkloadPilot 12: 13 op, 177269.00 ns, 13.6361 us/op WorkloadPilot 13: 14 op, 186811.00 ns, 13.3436 us/op WorkloadPilot 14: 15 op, 197224.00 ns, 13.1483 us/op WorkloadPilot 15: 16 op, 244270.00 ns, 15.2669 us/op WorkloadPilot 16: 32 op, 400620.00 ns, 12.5194 us/op WorkloadPilot 17: 64 op, 769864.00 ns, 12.0291 us/op WorkloadPilot 18: 128 op, 1512312.00 ns, 11.8149 us/op WorkloadPilot 19: 256 op, 3012037.00 ns, 11.7658 us/op WorkloadPilot 20: 512 op, 6179573.00 ns, 12.0695 us/op WorkloadPilot 21: 1024 op, 12772209.00 ns, 12.4729 us/op WorkloadPilot 22: 2048 op, 24519367.00 ns, 11.9723 us/op WorkloadPilot 23: 4096 op, 48360718.00 ns, 11.8068 us/op WorkloadPilot 24: 8192 op, 107147464.00 ns, 13.0795 us/op WorkloadPilot 25: 16384 op, 190428660.00 ns, 11.6228 us/op WorkloadPilot 26: 32768 op, 238886052.00 ns, 7.2902 us/op WorkloadPilot 27: 65536 op, 154291932.00 ns, 2.3543 us/op WorkloadPilot 28: 131072 op, 264413990.00 ns, 2.0173 us/op WorkloadPilot 29: 262144 op, 500629393.00 ns, 1.9097 us/op WorkloadWarmup 1: 262144 op, 492067143.00 ns, 1.8771 us/op WorkloadWarmup 2: 262144 op, 491233069.00 ns, 1.8739 us/op WorkloadWarmup 3: 262144 op, 485154891.00 ns, 1.8507 us/op WorkloadWarmup 4: 262144 op, 483421381.00 ns, 1.8441 us/op WorkloadWarmup 5: 262144 op, 484149048.00 ns, 1.8469 us/op WorkloadWarmup 6: 262144 op, 481689907.00 ns, 1.8375 us/op WorkloadWarmup 7: 262144 op, 486622905.00 ns, 1.8563 us/op WorkloadWarmup 8: 262144 op, 483544571.00 ns, 1.8446 us/op // BeforeActualRun WorkloadActual 1: 262144 op, 486870803.00 ns, 1.8573 us/op WorkloadActual 2: 262144 op, 483533555.00 ns, 1.8445 us/op WorkloadActual 3: 262144 op, 491374030.00 ns, 1.8744 us/op WorkloadActual 4: 262144 op, 484387654.00 ns, 1.8478 us/op WorkloadActual 5: 262144 op, 482471409.00 ns, 1.8405 us/op WorkloadActual 6: 262144 op, 520227787.00 ns, 1.9845 us/op WorkloadActual 7: 262144 op, 497069544.00 ns, 1.8962 us/op WorkloadActual 8: 262144 op, 482774345.00 ns, 1.8416 us/op WorkloadActual 9: 262144 op, 485068749.00 ns, 1.8504 us/op WorkloadActual 10: 262144 op, 501133028.00 ns, 1.9117 us/op WorkloadActual 11: 262144 op, 486669812.00 ns, 1.8565 us/op WorkloadActual 12: 262144 op, 483276495.00 ns, 1.8436 us/op WorkloadActual 13: 262144 op, 504181357.00 ns, 1.9233 us/op WorkloadActual 14: 262144 op, 493133542.00 ns, 1.8812 us/op WorkloadActual 15: 262144 op, 491668312.00 ns, 1.8756 us/op // AfterActualRun WorkloadResult 1: 262144 op, 486870803.00 ns, 1.8573 us/op WorkloadResult 2: 262144 op, 483533555.00 ns, 1.8445 us/op WorkloadResult 3: 262144 op, 491374030.00 ns, 1.8744 us/op WorkloadResult 4: 262144 op, 484387654.00 ns, 1.8478 us/op WorkloadResult 5: 262144 op, 482471409.00 ns, 1.8405 us/op WorkloadResult 6: 262144 op, 497069544.00 ns, 1.8962 us/op WorkloadResult 7: 262144 op, 482774345.00 ns, 1.8416 us/op WorkloadResult 8: 262144 op, 485068749.00 ns, 1.8504 us/op WorkloadResult 9: 262144 op, 501133028.00 ns, 1.9117 us/op WorkloadResult 10: 262144 op, 486669812.00 ns, 1.8565 us/op WorkloadResult 11: 262144 op, 483276495.00 ns, 1.8436 us/op WorkloadResult 12: 262144 op, 504181357.00 ns, 1.9233 us/op WorkloadResult 13: 262144 op, 493133542.00 ns, 1.8812 us/op WorkloadResult 14: 262144 op, 491668312.00 ns, 1.8756 us/op // GC: 10 0 0 178257920 262144 // Threading: 0 0 262144 // AfterAll // Benchmark Process 28213 has exited with code 0. Mean = 1.867 μs, StdErr = 0.007 μs (0.39%), N = 14, StdDev = 0.027 μs Min = 1.840 μs, Q1 = 1.845 μs, Median = 1.857 μs, Q3 = 1.880 μs, Max = 1.923 μs IQR = 0.034 μs, LowerFence = 1.794 μs, UpperFence = 1.931 μs ConfidenceInterval = [1.837 μs; 1.898 μs] (CI 99.9%), Margin = 0.031 μs (1.64% of Mean) Skewness = 0.75, Kurtosis = 2.11, MValue = 2 // ** Remained 0 (0.0 %) benchmark(s) to run. Estimated finish 2026-02-15 8:15 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventReadingBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventReadingBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventReadingBenchmarks-report.html // * Detailed results * CloudEventReadingBenchmarks.ReadResult_SmallPayload: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 1.818 μs, StdErr = 0.002 μs (0.09%), N = 15, StdDev = 0.007 μs Min = 1.808 μs, Q1 = 1.814 μs, Median = 1.817 μs, Q3 = 1.823 μs, Max = 1.832 μs IQR = 0.009 μs, LowerFence = 1.802 μs, UpperFence = 1.836 μs ConfidenceInterval = [1.811 μs; 1.825 μs] (CI 99.9%), Margin = 0.007 μs (0.39% of Mean) Skewness = 0.4, Kurtosis = 2.26, MValue = 2 -------------------- Histogram -------------------- [1.804 μs ; 1.836 μs) | @@@@@@@@@@@@@@@ --------------------------------------------------- CloudEventReadingBenchmarks.ReadResult_MediumPayload: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 13.088 μs, StdErr = 0.010 μs (0.08%), N = 13, StdDev = 0.037 μs Min = 13.033 μs, Q1 = 13.067 μs, Median = 13.080 μs, Q3 = 13.115 μs, Max = 13.150 μs IQR = 0.048 μs, LowerFence = 12.994 μs, UpperFence = 13.187 μs ConfidenceInterval = [13.044 μs; 13.132 μs] (CI 99.9%), Margin = 0.044 μs (0.33% of Mean) Skewness = 0.14, Kurtosis = 1.65, MValue = 2 -------------------- Histogram -------------------- [13.012 μs ; 13.170 μs) | @@@@@@@@@@@@@ --------------------------------------------------- CloudEventReadingBenchmarks.ReadResult_LargePayload: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 122.999 μs, StdErr = 0.188 μs (0.15%), N = 14, StdDev = 0.704 μs Min = 121.985 μs, Q1 = 122.706 μs, Median = 122.836 μs, Q3 = 123.448 μs, Max = 124.578 μs IQR = 0.742 μs, LowerFence = 121.593 μs, UpperFence = 124.560 μs ConfidenceInterval = [122.205 μs; 123.793 μs] (CI 99.9%), Margin = 0.794 μs (0.65% of Mean) Skewness = 0.54, Kurtosis = 2.55, MValue = 2 -------------------- Histogram -------------------- [121.786 μs ; 124.961 μs) | @@@@@@@@@@@@@@ --------------------------------------------------- CloudEventReadingBenchmarks.ReadResult_Failure: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 2.085 μs, StdErr = 0.003 μs (0.17%), N = 13, StdDev = 0.013 μs Min = 2.072 μs, Q1 = 2.075 μs, Median = 2.086 μs, Q3 = 2.089 μs, Max = 2.118 μs IQR = 0.014 μs, LowerFence = 2.055 μs, UpperFence = 2.109 μs ConfidenceInterval = [2.070 μs; 2.100 μs] (CI 99.9%), Margin = 0.015 μs (0.72% of Mean) Skewness = 1.22, Kurtosis = 4.12, MValue = 2 -------------------- Histogram -------------------- [2.065 μs ; 2.125 μs) | @@@@@@@@@@@@@ --------------------------------------------------- CloudEventReadingBenchmarks.ReadResultWithEnvelope_SmallPayload: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 1.867 μs, StdErr = 0.007 μs (0.39%), N = 14, StdDev = 0.027 μs Min = 1.840 μs, Q1 = 1.845 μs, Median = 1.857 μs, Q3 = 1.880 μs, Max = 1.923 μs IQR = 0.034 μs, LowerFence = 1.794 μs, UpperFence = 1.931 μs ConfidenceInterval = [1.837 μs; 1.898 μs] (CI 99.9%), Margin = 0.031 μs (1.64% of Mean) Skewness = 0.75, Kurtosis = 2.11, MValue = 2 -------------------- Histogram -------------------- [1.830 μs ; 1.938 μs) | @@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, Linux Ubuntu 24.04.4 LTS (Noble Numbat) AMD Ryzen 9 5950X 3.40GHz, 1 CPU, 32 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 DefaultJob : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |------------------------------------ |-----------:|----------:|----------:|------:|--------:|-------:|-------:|----------:|------------:| | ReadResult_SmallPayload | 1.818 μs | 0.0071 μs | 0.0067 μs | 1.00 | 0.01 | 0.0401 | - | 680 B | 1.00 | | ReadResult_MediumPayload | 13.088 μs | 0.0438 μs | 0.0366 μs | 7.20 | 0.03 | 0.3967 | - | 6872 B | 10.11 | | ReadResult_LargePayload | 122.999 μs | 0.7938 μs | 0.7036 μs | 67.65 | 0.44 | 4.2725 | 0.9766 | 71472 B | 105.11 | | ReadResult_Failure | 2.085 μs | 0.0150 μs | 0.0125 μs | 1.15 | 0.01 | 0.0687 | - | 1168 B | 1.72 | | ReadResultWithEnvelope_SmallPayload | 1.867 μs | 0.0306 μs | 0.0272 μs | 1.03 | 0.01 | 0.0381 | - | 680 B | 1.00 | // * Hints * Outliers CloudEventReadingBenchmarks.ReadResult_MediumPayload: Default -> 2 outliers were removed (13.27 μs, 13.67 μs) CloudEventReadingBenchmarks.ReadResult_LargePayload: Default -> 1 outlier was removed (126.04 μs) CloudEventReadingBenchmarks.ReadResult_Failure: Default -> 2 outliers were removed (2.14 μs, 2.25 μs) CloudEventReadingBenchmarks.ReadResultWithEnvelope_SmallPayload: Default -> 1 outlier was removed (1.98 μs) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 μs : 1 Microsecond (0.000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:01:49 (109.22 sec), executed benchmarks: 5 Global total time: 00:02:01 (121.35 sec), executed benchmarks: 5 // * Artifacts cleanup * Artifacts cleanup is finished Benchmarks.CloudEventReadingBenchmarks-20260215-081758.log000066400000000000000000001135311516707642500405640ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 5 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 1.63 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 10.12 sec and exited with 0 // ***** Done, took 00:00:11 (11.81 sec) ***** // Found 5 benchmarks: // CloudEventReadingBenchmarks.ReadResult_SmallPayload: DefaultJob // CloudEventReadingBenchmarks.ReadResult_MediumPayload: DefaultJob // CloudEventReadingBenchmarks.ReadResult_LargePayload: DefaultJob // CloudEventReadingBenchmarks.ReadResult_Failure: DefaultJob // CloudEventReadingBenchmarks.ReadResultWithEnvelope_SmallPayload: DefaultJob // ************************** // Benchmark: CloudEventReadingBenchmarks.ReadResult_SmallPayload: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.CloudEventReadingBenchmarks.ReadResult_SmallPayload --job Default --benchmarkId 0 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 159445.00 ns, 159.4450 us/op WorkloadJitting 1: 1 op, 34817422.00 ns, 34.8174 ms/op WorkloadPilot 1: 2 op, 178778.00 ns, 89.3890 us/op WorkloadPilot 2: 3 op, 89383.00 ns, 29.7943 us/op WorkloadPilot 3: 4 op, 53044.00 ns, 13.2610 us/op WorkloadPilot 4: 5 op, 59596.00 ns, 11.9192 us/op WorkloadPilot 5: 6 op, 64598.00 ns, 10.7663 us/op WorkloadPilot 6: 7 op, 72964.00 ns, 10.4234 us/op WorkloadPilot 7: 8 op, 121279.00 ns, 15.1599 us/op WorkloadPilot 8: 9 op, 106968.00 ns, 11.8853 us/op WorkloadPilot 9: 10 op, 126280.00 ns, 12.6280 us/op WorkloadPilot 10: 11 op, 116383.00 ns, 10.5803 us/op WorkloadPilot 11: 12 op, 130066.00 ns, 10.8388 us/op WorkloadPilot 12: 13 op, 173211.00 ns, 13.3239 us/op WorkloadPilot 13: 14 op, 147869.00 ns, 10.5621 us/op WorkloadPilot 14: 15 op, 158165.00 ns, 10.5443 us/op WorkloadPilot 15: 16 op, 167424.00 ns, 10.4640 us/op WorkloadPilot 16: 32 op, 299281.00 ns, 9.3525 us/op WorkloadPilot 17: 64 op, 763291.00 ns, 11.9264 us/op WorkloadPilot 18: 128 op, 1150195.00 ns, 8.9859 us/op WorkloadPilot 19: 256 op, 2296701.00 ns, 8.9715 us/op WorkloadPilot 20: 512 op, 4564683.00 ns, 8.9154 us/op WorkloadPilot 21: 1024 op, 9173328.00 ns, 8.9583 us/op WorkloadPilot 22: 2048 op, 18097492.00 ns, 8.8367 us/op WorkloadPilot 23: 4096 op, 36444934.00 ns, 8.8977 us/op WorkloadPilot 24: 8192 op, 72982365.00 ns, 8.9090 us/op WorkloadPilot 25: 16384 op, 159715974.00 ns, 9.7483 us/op WorkloadPilot 26: 32768 op, 245788489.00 ns, 7.5009 us/op WorkloadPilot 27: 65536 op, 139701926.00 ns, 2.1317 us/op WorkloadPilot 28: 131072 op, 192638688.00 ns, 1.4697 us/op WorkloadPilot 29: 262144 op, 360496850.00 ns, 1.3752 us/op WorkloadPilot 30: 524288 op, 709570308.00 ns, 1.3534 us/op WorkloadWarmup 1: 524288 op, 702308770.00 ns, 1.3395 us/op WorkloadWarmup 2: 524288 op, 701890009.00 ns, 1.3387 us/op WorkloadWarmup 3: 524288 op, 707269963.00 ns, 1.3490 us/op WorkloadWarmup 4: 524288 op, 711776628.00 ns, 1.3576 us/op WorkloadWarmup 5: 524288 op, 736830399.00 ns, 1.4054 us/op WorkloadWarmup 6: 524288 op, 711699156.00 ns, 1.3575 us/op WorkloadWarmup 7: 524288 op, 723117424.00 ns, 1.3792 us/op WorkloadWarmup 8: 524288 op, 704534527.00 ns, 1.3438 us/op // BeforeActualRun WorkloadActual 1: 524288 op, 712204161.00 ns, 1.3584 us/op WorkloadActual 2: 524288 op, 703741197.00 ns, 1.3423 us/op WorkloadActual 3: 524288 op, 704250861.00 ns, 1.3433 us/op WorkloadActual 4: 524288 op, 706627985.00 ns, 1.3478 us/op WorkloadActual 5: 524288 op, 734181454.00 ns, 1.4003 us/op WorkloadActual 6: 524288 op, 715596820.00 ns, 1.3649 us/op WorkloadActual 7: 524288 op, 714040920.00 ns, 1.3619 us/op WorkloadActual 8: 524288 op, 721963142.00 ns, 1.3770 us/op WorkloadActual 9: 524288 op, 719927981.00 ns, 1.3732 us/op WorkloadActual 10: 524288 op, 711957250.00 ns, 1.3580 us/op WorkloadActual 11: 524288 op, 709186420.00 ns, 1.3527 us/op WorkloadActual 12: 524288 op, 707425405.00 ns, 1.3493 us/op WorkloadActual 13: 524288 op, 709515282.00 ns, 1.3533 us/op WorkloadActual 14: 524288 op, 720772827.00 ns, 1.3748 us/op WorkloadActual 15: 524288 op, 705439595.00 ns, 1.3455 us/op // AfterActualRun WorkloadResult 1: 524288 op, 712204161.00 ns, 1.3584 us/op WorkloadResult 2: 524288 op, 703741197.00 ns, 1.3423 us/op WorkloadResult 3: 524288 op, 704250861.00 ns, 1.3433 us/op WorkloadResult 4: 524288 op, 706627985.00 ns, 1.3478 us/op WorkloadResult 5: 524288 op, 715596820.00 ns, 1.3649 us/op WorkloadResult 6: 524288 op, 714040920.00 ns, 1.3619 us/op WorkloadResult 7: 524288 op, 721963142.00 ns, 1.3770 us/op WorkloadResult 8: 524288 op, 719927981.00 ns, 1.3732 us/op WorkloadResult 9: 524288 op, 711957250.00 ns, 1.3580 us/op WorkloadResult 10: 524288 op, 709186420.00 ns, 1.3527 us/op WorkloadResult 11: 524288 op, 707425405.00 ns, 1.3493 us/op WorkloadResult 12: 524288 op, 709515282.00 ns, 1.3533 us/op WorkloadResult 13: 524288 op, 720772827.00 ns, 1.3748 us/op WorkloadResult 14: 524288 op, 705439595.00 ns, 1.3455 us/op // GC: 15 0 0 264241152 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 31875 has exited with code 0. Mean = 1.357 μs, StdErr = 0.003 μs (0.23%), N = 14, StdDev = 0.012 μs Min = 1.342 μs, Q1 = 1.348 μs, Median = 1.356 μs, Q3 = 1.364 μs, Max = 1.377 μs IQR = 0.016 μs, LowerFence = 1.324 μs, UpperFence = 1.388 μs ConfidenceInterval = [1.344 μs; 1.371 μs] (CI 99.9%), Margin = 0.013 μs (0.97% of Mean) Skewness = 0.36, Kurtosis = 1.65, MValue = 2 // ** Remained 4 (80.0 %) benchmark(s) to run. Estimated finish 2026-02-15 8:19 (0h 1m from now) ** // ************************** // Benchmark: CloudEventReadingBenchmarks.ReadResult_MediumPayload: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.CloudEventReadingBenchmarks.ReadResult_MediumPayload --job Default --benchmarkId 1 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 185135.00 ns, 185.1350 us/op WorkloadJitting 1: 1 op, 35669776.00 ns, 35.6698 ms/op WorkloadPilot 1: 2 op, 298450.00 ns, 149.2250 us/op WorkloadPilot 2: 3 op, 317414.00 ns, 105.8047 us/op WorkloadPilot 3: 4 op, 469445.00 ns, 117.3613 us/op WorkloadPilot 4: 5 op, 492176.00 ns, 98.4352 us/op WorkloadPilot 5: 6 op, 578722.00 ns, 96.4537 us/op WorkloadPilot 6: 7 op, 771965.00 ns, 110.2807 us/op WorkloadPilot 7: 8 op, 829037.00 ns, 103.6296 us/op WorkloadPilot 8: 9 op, 952832.00 ns, 105.8702 us/op WorkloadPilot 9: 10 op, 1066283.00 ns, 106.6283 us/op WorkloadPilot 10: 11 op, 1187004.00 ns, 107.9095 us/op WorkloadPilot 11: 12 op, 1107190.00 ns, 92.2658 us/op WorkloadPilot 12: 13 op, 1178989.00 ns, 90.6915 us/op WorkloadPilot 13: 14 op, 1519840.00 ns, 108.5600 us/op WorkloadPilot 14: 15 op, 1445899.00 ns, 96.3933 us/op WorkloadPilot 15: 16 op, 1720631.00 ns, 107.5394 us/op WorkloadPilot 16: 32 op, 3219188.00 ns, 100.5996 us/op WorkloadPilot 17: 64 op, 6184064.00 ns, 96.6260 us/op WorkloadPilot 18: 128 op, 12517725.00 ns, 97.7947 us/op WorkloadPilot 19: 256 op, 24446685.00 ns, 95.4949 us/op WorkloadPilot 20: 512 op, 48245011.00 ns, 94.2285 us/op WorkloadPilot 21: 1024 op, 105761286.00 ns, 103.2825 us/op WorkloadPilot 22: 2048 op, 126894623.00 ns, 61.9603 us/op WorkloadPilot 23: 4096 op, 199403755.00 ns, 48.6826 us/op WorkloadPilot 24: 8192 op, 102390391.00 ns, 12.4988 us/op WorkloadPilot 25: 16384 op, 148843224.00 ns, 9.0847 us/op WorkloadPilot 26: 32768 op, 269111318.00 ns, 8.2126 us/op WorkloadPilot 27: 65536 op, 535940232.00 ns, 8.1778 us/op WorkloadWarmup 1: 65536 op, 547968357.00 ns, 8.3613 us/op WorkloadWarmup 2: 65536 op, 553817038.00 ns, 8.4506 us/op WorkloadWarmup 3: 65536 op, 535094883.00 ns, 8.1649 us/op WorkloadWarmup 4: 65536 op, 534873881.00 ns, 8.1615 us/op WorkloadWarmup 5: 65536 op, 527847781.00 ns, 8.0543 us/op WorkloadWarmup 6: 65536 op, 538738829.00 ns, 8.2205 us/op WorkloadWarmup 7: 65536 op, 535511536.00 ns, 8.1713 us/op // BeforeActualRun WorkloadActual 1: 65536 op, 530008593.00 ns, 8.0873 us/op WorkloadActual 2: 65536 op, 535166849.00 ns, 8.1660 us/op WorkloadActual 3: 65536 op, 527826667.00 ns, 8.0540 us/op WorkloadActual 4: 65536 op, 532404016.00 ns, 8.1238 us/op WorkloadActual 5: 65536 op, 525722002.00 ns, 8.0219 us/op WorkloadActual 6: 65536 op, 538845009.00 ns, 8.2221 us/op WorkloadActual 7: 65536 op, 548172798.00 ns, 8.3645 us/op WorkloadActual 8: 65536 op, 526192245.00 ns, 8.0291 us/op WorkloadActual 9: 65536 op, 528911700.00 ns, 8.0706 us/op WorkloadActual 10: 65536 op, 527197626.00 ns, 8.0444 us/op WorkloadActual 11: 65536 op, 538487561.00 ns, 8.2167 us/op WorkloadActual 12: 65536 op, 536491363.00 ns, 8.1862 us/op WorkloadActual 13: 65536 op, 539974461.00 ns, 8.2394 us/op WorkloadActual 14: 65536 op, 533719288.00 ns, 8.1439 us/op WorkloadActual 15: 65536 op, 538761999.00 ns, 8.2209 us/op // AfterActualRun WorkloadResult 1: 65536 op, 530008593.00 ns, 8.0873 us/op WorkloadResult 2: 65536 op, 535166849.00 ns, 8.1660 us/op WorkloadResult 3: 65536 op, 527826667.00 ns, 8.0540 us/op WorkloadResult 4: 65536 op, 532404016.00 ns, 8.1238 us/op WorkloadResult 5: 65536 op, 525722002.00 ns, 8.0219 us/op WorkloadResult 6: 65536 op, 538845009.00 ns, 8.2221 us/op WorkloadResult 7: 65536 op, 548172798.00 ns, 8.3645 us/op WorkloadResult 8: 65536 op, 526192245.00 ns, 8.0291 us/op WorkloadResult 9: 65536 op, 528911700.00 ns, 8.0706 us/op WorkloadResult 10: 65536 op, 527197626.00 ns, 8.0444 us/op WorkloadResult 11: 65536 op, 538487561.00 ns, 8.2167 us/op WorkloadResult 12: 65536 op, 536491363.00 ns, 8.1862 us/op WorkloadResult 13: 65536 op, 539974461.00 ns, 8.2394 us/op WorkloadResult 14: 65536 op, 533719288.00 ns, 8.1439 us/op WorkloadResult 15: 65536 op, 538761999.00 ns, 8.2209 us/op // GC: 21 0 0 354942976 65536 // Threading: 0 0 65536 // AfterAll // Benchmark Process 32065 has exited with code 0. Mean = 8.146 μs, StdErr = 0.025 μs (0.31%), N = 15, StdDev = 0.097 μs Min = 8.022 μs, Q1 = 8.062 μs, Median = 8.144 μs, Q3 = 8.219 μs, Max = 8.364 μs IQR = 0.156 μs, LowerFence = 7.828 μs, UpperFence = 8.453 μs ConfidenceInterval = [8.042 μs; 8.250 μs] (CI 99.9%), Margin = 0.104 μs (1.28% of Mean) Skewness = 0.47, Kurtosis = 2.31, MValue = 2 // ** Remained 3 (60.0 %) benchmark(s) to run. Estimated finish 2026-02-15 8:19 (0h 0m from now) ** // ************************** // Benchmark: CloudEventReadingBenchmarks.ReadResult_LargePayload: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.CloudEventReadingBenchmarks.ReadResult_LargePayload --job Default --benchmarkId 2 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 164664.00 ns, 164.6640 us/op WorkloadJitting 1: 1 op, 35946124.00 ns, 35.9461 ms/op WorkloadPilot 1: 2 op, 2336196.00 ns, 1.1681 ms/op WorkloadPilot 2: 3 op, 3199038.00 ns, 1.0663 ms/op WorkloadPilot 3: 4 op, 4251030.00 ns, 1.0628 ms/op WorkloadPilot 4: 5 op, 5258018.00 ns, 1.0516 ms/op WorkloadPilot 5: 6 op, 6668894.00 ns, 1.1115 ms/op WorkloadPilot 6: 7 op, 7358538.00 ns, 1.0512 ms/op WorkloadPilot 7: 8 op, 8322120.00 ns, 1.0403 ms/op WorkloadPilot 8: 9 op, 9263090.00 ns, 1.0292 ms/op WorkloadPilot 9: 10 op, 10302492.00 ns, 1.0302 ms/op WorkloadPilot 10: 11 op, 11462880.00 ns, 1.0421 ms/op WorkloadPilot 11: 12 op, 12109326.00 ns, 1.0091 ms/op WorkloadPilot 12: 13 op, 13209462.00 ns, 1.0161 ms/op WorkloadPilot 13: 14 op, 14241973.00 ns, 1.0173 ms/op WorkloadPilot 14: 15 op, 15374847.00 ns, 1.0250 ms/op WorkloadPilot 15: 16 op, 16341205.00 ns, 1.0213 ms/op WorkloadPilot 16: 32 op, 37110377.00 ns, 1.1597 ms/op WorkloadPilot 17: 64 op, 73735857.00 ns, 1.1521 ms/op WorkloadPilot 18: 128 op, 63753010.00 ns, 498.0704 us/op WorkloadPilot 19: 256 op, 100057743.00 ns, 390.8506 us/op WorkloadPilot 20: 512 op, 147278234.00 ns, 287.6528 us/op WorkloadPilot 21: 1024 op, 82854831.00 ns, 80.9129 us/op WorkloadPilot 22: 2048 op, 153209091.00 ns, 74.8091 us/op WorkloadPilot 23: 4096 op, 299014079.00 ns, 73.0015 us/op WorkloadPilot 24: 8192 op, 638946218.00 ns, 77.9964 us/op WorkloadWarmup 1: 8192 op, 616976328.00 ns, 75.3145 us/op WorkloadWarmup 2: 8192 op, 610591267.00 ns, 74.5351 us/op WorkloadWarmup 3: 8192 op, 607223120.00 ns, 74.1239 us/op WorkloadWarmup 4: 8192 op, 596359355.00 ns, 72.7978 us/op WorkloadWarmup 5: 8192 op, 596865891.00 ns, 72.8596 us/op WorkloadWarmup 6: 8192 op, 601933168.00 ns, 73.4782 us/op WorkloadWarmup 7: 8192 op, 607473775.00 ns, 74.1545 us/op WorkloadWarmup 8: 8192 op, 611368189.00 ns, 74.6299 us/op WorkloadWarmup 9: 8192 op, 598095365.00 ns, 73.0097 us/op WorkloadWarmup 10: 8192 op, 606510772.00 ns, 74.0370 us/op WorkloadWarmup 11: 8192 op, 601746655.00 ns, 73.4554 us/op // BeforeActualRun WorkloadActual 1: 8192 op, 626881401.00 ns, 76.5236 us/op WorkloadActual 2: 8192 op, 601133598.00 ns, 73.3806 us/op WorkloadActual 3: 8192 op, 607500553.00 ns, 74.1578 us/op WorkloadActual 4: 8192 op, 612848066.00 ns, 74.8106 us/op WorkloadActual 5: 8192 op, 621946568.00 ns, 75.9212 us/op WorkloadActual 6: 8192 op, 618130653.00 ns, 75.4554 us/op WorkloadActual 7: 8192 op, 607758180.00 ns, 74.1892 us/op WorkloadActual 8: 8192 op, 602218755.00 ns, 73.5130 us/op WorkloadActual 9: 8192 op, 598680592.00 ns, 73.0811 us/op WorkloadActual 10: 8192 op, 603555150.00 ns, 73.6762 us/op WorkloadActual 11: 8192 op, 681637087.00 ns, 83.2077 us/op WorkloadActual 12: 8192 op, 662089863.00 ns, 80.8215 us/op WorkloadActual 13: 8192 op, 722027873.00 ns, 88.1382 us/op WorkloadActual 14: 8192 op, 632626138.00 ns, 77.2249 us/op WorkloadActual 15: 8192 op, 631078156.00 ns, 77.0359 us/op WorkloadActual 16: 8192 op, 678080038.00 ns, 82.7734 us/op WorkloadActual 17: 8192 op, 634698961.00 ns, 77.4779 us/op WorkloadActual 18: 8192 op, 610535937.00 ns, 74.5283 us/op WorkloadActual 19: 8192 op, 597443335.00 ns, 72.9301 us/op WorkloadActual 20: 8192 op, 603545747.00 ns, 73.6750 us/op WorkloadActual 21: 8192 op, 600100407.00 ns, 73.2544 us/op WorkloadActual 22: 8192 op, 596779189.00 ns, 72.8490 us/op WorkloadActual 23: 8192 op, 598075661.00 ns, 73.0073 us/op WorkloadActual 24: 8192 op, 599248730.00 ns, 73.1505 us/op WorkloadActual 25: 8192 op, 609207089.00 ns, 74.3661 us/op WorkloadActual 26: 8192 op, 611982601.00 ns, 74.7049 us/op WorkloadActual 27: 8192 op, 610403789.00 ns, 74.5122 us/op // AfterActualRun WorkloadResult 1: 8192 op, 626881401.00 ns, 76.5236 us/op WorkloadResult 2: 8192 op, 601133598.00 ns, 73.3806 us/op WorkloadResult 3: 8192 op, 607500553.00 ns, 74.1578 us/op WorkloadResult 4: 8192 op, 612848066.00 ns, 74.8106 us/op WorkloadResult 5: 8192 op, 621946568.00 ns, 75.9212 us/op WorkloadResult 6: 8192 op, 618130653.00 ns, 75.4554 us/op WorkloadResult 7: 8192 op, 607758180.00 ns, 74.1892 us/op WorkloadResult 8: 8192 op, 602218755.00 ns, 73.5130 us/op WorkloadResult 9: 8192 op, 598680592.00 ns, 73.0811 us/op WorkloadResult 10: 8192 op, 603555150.00 ns, 73.6762 us/op WorkloadResult 11: 8192 op, 662089863.00 ns, 80.8215 us/op WorkloadResult 12: 8192 op, 632626138.00 ns, 77.2249 us/op WorkloadResult 13: 8192 op, 631078156.00 ns, 77.0359 us/op WorkloadResult 14: 8192 op, 634698961.00 ns, 77.4779 us/op WorkloadResult 15: 8192 op, 610535937.00 ns, 74.5283 us/op WorkloadResult 16: 8192 op, 597443335.00 ns, 72.9301 us/op WorkloadResult 17: 8192 op, 603545747.00 ns, 73.6750 us/op WorkloadResult 18: 8192 op, 600100407.00 ns, 73.2544 us/op WorkloadResult 19: 8192 op, 596779189.00 ns, 72.8490 us/op WorkloadResult 20: 8192 op, 598075661.00 ns, 73.0073 us/op WorkloadResult 21: 8192 op, 599248730.00 ns, 73.1505 us/op WorkloadResult 22: 8192 op, 609207089.00 ns, 74.3661 us/op WorkloadResult 23: 8192 op, 611982601.00 ns, 74.7049 us/op WorkloadResult 24: 8192 op, 610403789.00 ns, 74.5122 us/op // GC: 25 7 0 425984000 8192 // Threading: 0 0 8192 // AfterAll // Benchmark Process 32197 has exited with code 0. Mean = 74.760 μs, StdErr = 0.392 μs (0.52%), N = 24, StdDev = 1.921 μs Min = 72.849 μs, Q1 = 73.349 μs, Median = 74.278 μs, Q3 = 75.572 μs, Max = 80.822 μs IQR = 2.223 μs, LowerFence = 70.015 μs, UpperFence = 78.906 μs ConfidenceInterval = [73.283 μs; 76.237 μs] (CI 99.9%), Margin = 1.477 μs (1.98% of Mean) Skewness = 1.4, Kurtosis = 4.72, MValue = 2 // ** Remained 2 (40.0 %) benchmark(s) to run. Estimated finish 2026-02-15 8:19 (0h 0m from now) ** // ************************** // Benchmark: CloudEventReadingBenchmarks.ReadResult_Failure: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.CloudEventReadingBenchmarks.ReadResult_Failure --job Default --benchmarkId 3 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 221787.00 ns, 221.7870 us/op WorkloadJitting 1: 1 op, 20331510.00 ns, 20.3315 ms/op OverheadJitting 2: 16 op, 198061.00 ns, 12.3788 us/op WorkloadJitting 2: 16 op, 391614.00 ns, 24.4759 us/op WorkloadPilot 1: 16 op, 208996.00 ns, 13.0623 us/op WorkloadPilot 2: 32 op, 321525.00 ns, 10.0477 us/op WorkloadPilot 3: 64 op, 645221.00 ns, 10.0816 us/op WorkloadPilot 4: 128 op, 1142255.00 ns, 8.9239 us/op WorkloadPilot 5: 256 op, 2589275.00 ns, 10.1144 us/op WorkloadPilot 6: 512 op, 4663399.00 ns, 9.1082 us/op WorkloadPilot 7: 1024 op, 9066167.00 ns, 8.8537 us/op WorkloadPilot 8: 2048 op, 18270837.00 ns, 8.9213 us/op WorkloadPilot 9: 4096 op, 36840243.00 ns, 8.9942 us/op WorkloadPilot 10: 8192 op, 72391034.00 ns, 8.8368 us/op WorkloadPilot 11: 16384 op, 161099803.00 ns, 9.8328 us/op WorkloadPilot 12: 32768 op, 244817094.00 ns, 7.4712 us/op WorkloadPilot 13: 65536 op, 174642892.00 ns, 2.6648 us/op WorkloadPilot 14: 131072 op, 185192845.00 ns, 1.4129 us/op WorkloadPilot 15: 262144 op, 368315322.00 ns, 1.4050 us/op WorkloadPilot 16: 524288 op, 737946061.00 ns, 1.4075 us/op OverheadWarmup 1: 524288 op, 1010697.00 ns, 1.9278 ns/op OverheadWarmup 2: 524288 op, 987326.00 ns, 1.8832 ns/op OverheadWarmup 3: 524288 op, 976632.00 ns, 1.8628 ns/op OverheadWarmup 4: 524288 op, 1007394.00 ns, 1.9215 ns/op OverheadWarmup 5: 524288 op, 976549.00 ns, 1.8626 ns/op OverheadWarmup 6: 524288 op, 1176036.00 ns, 2.2431 ns/op OverheadWarmup 7: 524288 op, 994257.00 ns, 1.8964 ns/op OverheadActual 1: 524288 op, 985272.00 ns, 1.8793 ns/op OverheadActual 2: 524288 op, 996018.00 ns, 1.8998 ns/op OverheadActual 3: 524288 op, 1202561.00 ns, 2.2937 ns/op OverheadActual 4: 524288 op, 994446.00 ns, 1.8968 ns/op OverheadActual 5: 524288 op, 1291248.00 ns, 2.4629 ns/op OverheadActual 6: 524288 op, 1045526.00 ns, 1.9942 ns/op OverheadActual 7: 524288 op, 1084129.00 ns, 2.0678 ns/op OverheadActual 8: 524288 op, 1090178.00 ns, 2.0793 ns/op OverheadActual 9: 524288 op, 1176538.00 ns, 2.2441 ns/op OverheadActual 10: 524288 op, 1017196.00 ns, 1.9401 ns/op OverheadActual 11: 524288 op, 985251.00 ns, 1.8792 ns/op OverheadActual 12: 524288 op, 983144.00 ns, 1.8752 ns/op OverheadActual 13: 524288 op, 1029809.00 ns, 1.9642 ns/op OverheadActual 14: 524288 op, 1108244.00 ns, 2.1138 ns/op OverheadActual 15: 524288 op, 1295274.00 ns, 2.4705 ns/op OverheadActual 16: 524288 op, 976570.00 ns, 1.8627 ns/op OverheadActual 17: 524288 op, 1051764.00 ns, 2.0061 ns/op OverheadActual 18: 524288 op, 1164439.00 ns, 2.2210 ns/op OverheadActual 19: 524288 op, 1277996.00 ns, 2.4376 ns/op OverheadActual 20: 524288 op, 1034737.00 ns, 1.9736 ns/op WorkloadWarmup 1: 524288 op, 759391096.00 ns, 1.4484 us/op WorkloadWarmup 2: 524288 op, 750216290.00 ns, 1.4309 us/op WorkloadWarmup 3: 524288 op, 732498737.00 ns, 1.3971 us/op WorkloadWarmup 4: 524288 op, 732124531.00 ns, 1.3964 us/op WorkloadWarmup 5: 524288 op, 764632580.00 ns, 1.4584 us/op WorkloadWarmup 6: 524288 op, 722514925.00 ns, 1.3781 us/op WorkloadWarmup 7: 524288 op, 723640273.00 ns, 1.3802 us/op WorkloadWarmup 8: 524288 op, 718714279.00 ns, 1.3708 us/op // BeforeActualRun WorkloadActual 1: 524288 op, 725601016.00 ns, 1.3840 us/op WorkloadActual 2: 524288 op, 733189598.00 ns, 1.3984 us/op WorkloadActual 3: 524288 op, 725411697.00 ns, 1.3836 us/op WorkloadActual 4: 524288 op, 724962485.00 ns, 1.3828 us/op WorkloadActual 5: 524288 op, 718234390.00 ns, 1.3699 us/op WorkloadActual 6: 524288 op, 719329687.00 ns, 1.3720 us/op WorkloadActual 7: 524288 op, 718749718.00 ns, 1.3709 us/op WorkloadActual 8: 524288 op, 723778556.00 ns, 1.3805 us/op WorkloadActual 9: 524288 op, 726952956.00 ns, 1.3866 us/op WorkloadActual 10: 524288 op, 731659010.00 ns, 1.3955 us/op WorkloadActual 11: 524288 op, 756112798.00 ns, 1.4422 us/op WorkloadActual 12: 524288 op, 732909131.00 ns, 1.3979 us/op WorkloadActual 13: 524288 op, 759910855.00 ns, 1.4494 us/op WorkloadActual 14: 524288 op, 739303728.00 ns, 1.4101 us/op WorkloadActual 15: 524288 op, 728911445.00 ns, 1.3903 us/op // AfterActualRun WorkloadResult 1: 524288 op, 724552371.00 ns, 1.3820 us/op WorkloadResult 2: 524288 op, 732140953.00 ns, 1.3964 us/op WorkloadResult 3: 524288 op, 724363052.00 ns, 1.3816 us/op WorkloadResult 4: 524288 op, 723913840.00 ns, 1.3808 us/op WorkloadResult 5: 524288 op, 717185745.00 ns, 1.3679 us/op WorkloadResult 6: 524288 op, 718281042.00 ns, 1.3700 us/op WorkloadResult 7: 524288 op, 717701073.00 ns, 1.3689 us/op WorkloadResult 8: 524288 op, 722729911.00 ns, 1.3785 us/op WorkloadResult 9: 524288 op, 725904311.00 ns, 1.3846 us/op WorkloadResult 10: 524288 op, 730610365.00 ns, 1.3935 us/op WorkloadResult 11: 524288 op, 731860486.00 ns, 1.3959 us/op WorkloadResult 12: 524288 op, 738255083.00 ns, 1.4081 us/op WorkloadResult 13: 524288 op, 727862800.00 ns, 1.3883 us/op // GC: 30 0 0 503393112 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 32460 has exited with code 0. Mean = 1.384 μs, StdErr = 0.003 μs (0.24%), N = 13, StdDev = 0.012 μs Min = 1.368 μs, Q1 = 1.378 μs, Median = 1.382 μs, Q3 = 1.394 μs, Max = 1.408 μs IQR = 0.015 μs, LowerFence = 1.356 μs, UpperFence = 1.416 μs ConfidenceInterval = [1.370 μs; 1.399 μs] (CI 99.9%), Margin = 0.014 μs (1.04% of Mean) Skewness = 0.28, Kurtosis = 2.02, MValue = 2 // ** Remained 1 (20.0 %) benchmark(s) to run. Estimated finish 2026-02-15 8:19 (0h 0m from now) ** // ************************** // Benchmark: CloudEventReadingBenchmarks.ReadResultWithEnvelope_SmallPayload: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.CloudEventReadingBenchmarks.ReadResultWithEnvelope_SmallPayload --job Default --benchmarkId 4 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 157842.00 ns, 157.8420 us/op WorkloadJitting 1: 1 op, 35602879.00 ns, 35.6029 ms/op WorkloadPilot 1: 2 op, 139216.00 ns, 69.6080 us/op WorkloadPilot 2: 3 op, 45468.00 ns, 15.1560 us/op WorkloadPilot 3: 4 op, 51859.00 ns, 12.9648 us/op WorkloadPilot 4: 5 op, 76549.00 ns, 15.3098 us/op WorkloadPilot 5: 6 op, 68396.00 ns, 11.3993 us/op WorkloadPilot 6: 7 op, 96508.00 ns, 13.7869 us/op WorkloadPilot 7: 8 op, 95794.00 ns, 11.9743 us/op WorkloadPilot 8: 9 op, 107883.00 ns, 11.9870 us/op WorkloadPilot 9: 10 op, 110327.00 ns, 11.0327 us/op WorkloadPilot 10: 11 op, 164159.00 ns, 14.9235 us/op WorkloadPilot 11: 12 op, 130874.00 ns, 10.9062 us/op WorkloadPilot 12: 13 op, 168114.00 ns, 12.9318 us/op WorkloadPilot 13: 14 op, 142469.00 ns, 10.1764 us/op WorkloadPilot 14: 15 op, 185083.00 ns, 12.3389 us/op WorkloadPilot 15: 16 op, 159164.00 ns, 9.9478 us/op WorkloadPilot 16: 32 op, 310993.00 ns, 9.7185 us/op WorkloadPilot 17: 64 op, 690361.00 ns, 10.7869 us/op WorkloadPilot 18: 128 op, 1217058.00 ns, 9.5083 us/op WorkloadPilot 19: 256 op, 2195735.00 ns, 8.5771 us/op WorkloadPilot 20: 512 op, 4680219.00 ns, 9.1411 us/op WorkloadPilot 21: 1024 op, 9355598.00 ns, 9.1363 us/op WorkloadPilot 22: 2048 op, 18676437.00 ns, 9.1194 us/op WorkloadPilot 23: 4096 op, 36832433.00 ns, 8.9923 us/op WorkloadPilot 24: 8192 op, 77330781.00 ns, 9.4398 us/op WorkloadPilot 25: 16384 op, 168739248.00 ns, 10.2990 us/op WorkloadPilot 26: 32768 op, 264437583.00 ns, 8.0700 us/op WorkloadPilot 27: 65536 op, 172333482.00 ns, 2.6296 us/op WorkloadPilot 28: 131072 op, 179488497.00 ns, 1.3694 us/op WorkloadPilot 29: 262144 op, 365187821.00 ns, 1.3931 us/op WorkloadPilot 30: 524288 op, 721001870.00 ns, 1.3752 us/op WorkloadWarmup 1: 524288 op, 751214469.00 ns, 1.4328 us/op WorkloadWarmup 2: 524288 op, 729066632.00 ns, 1.3906 us/op WorkloadWarmup 3: 524288 op, 712998061.00 ns, 1.3599 us/op WorkloadWarmup 4: 524288 op, 729699611.00 ns, 1.3918 us/op WorkloadWarmup 5: 524288 op, 741564722.00 ns, 1.4144 us/op WorkloadWarmup 6: 524288 op, 717599327.00 ns, 1.3687 us/op WorkloadWarmup 7: 524288 op, 712321830.00 ns, 1.3586 us/op WorkloadWarmup 8: 524288 op, 721593977.00 ns, 1.3763 us/op WorkloadWarmup 9: 524288 op, 717202582.00 ns, 1.3680 us/op // BeforeActualRun WorkloadActual 1: 524288 op, 719416739.00 ns, 1.3722 us/op WorkloadActual 2: 524288 op, 727020675.00 ns, 1.3867 us/op WorkloadActual 3: 524288 op, 729773784.00 ns, 1.3919 us/op WorkloadActual 4: 524288 op, 727627551.00 ns, 1.3878 us/op WorkloadActual 5: 524288 op, 724937689.00 ns, 1.3827 us/op WorkloadActual 6: 524288 op, 725353935.00 ns, 1.3835 us/op WorkloadActual 7: 524288 op, 727052256.00 ns, 1.3867 us/op WorkloadActual 8: 524288 op, 725197824.00 ns, 1.3832 us/op WorkloadActual 9: 524288 op, 734327060.00 ns, 1.4006 us/op WorkloadActual 10: 524288 op, 737967223.00 ns, 1.4076 us/op WorkloadActual 11: 524288 op, 717868639.00 ns, 1.3692 us/op WorkloadActual 12: 524288 op, 720009574.00 ns, 1.3733 us/op WorkloadActual 13: 524288 op, 724308767.00 ns, 1.3815 us/op WorkloadActual 14: 524288 op, 715260224.00 ns, 1.3643 us/op WorkloadActual 15: 524288 op, 722888771.00 ns, 1.3788 us/op // AfterActualRun WorkloadResult 1: 524288 op, 719416739.00 ns, 1.3722 us/op WorkloadResult 2: 524288 op, 727020675.00 ns, 1.3867 us/op WorkloadResult 3: 524288 op, 729773784.00 ns, 1.3919 us/op WorkloadResult 4: 524288 op, 727627551.00 ns, 1.3878 us/op WorkloadResult 5: 524288 op, 724937689.00 ns, 1.3827 us/op WorkloadResult 6: 524288 op, 725353935.00 ns, 1.3835 us/op WorkloadResult 7: 524288 op, 727052256.00 ns, 1.3867 us/op WorkloadResult 8: 524288 op, 725197824.00 ns, 1.3832 us/op WorkloadResult 9: 524288 op, 734327060.00 ns, 1.4006 us/op WorkloadResult 10: 524288 op, 717868639.00 ns, 1.3692 us/op WorkloadResult 11: 524288 op, 720009574.00 ns, 1.3733 us/op WorkloadResult 12: 524288 op, 724308767.00 ns, 1.3815 us/op WorkloadResult 13: 524288 op, 715260224.00 ns, 1.3643 us/op WorkloadResult 14: 524288 op, 722888771.00 ns, 1.3788 us/op // GC: 15 0 0 264241152 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 32644 has exited with code 0. Mean = 1.382 μs, StdErr = 0.003 μs (0.18%), N = 14, StdDev = 0.010 μs Min = 1.364 μs, Q1 = 1.375 μs, Median = 1.383 μs, Q3 = 1.387 μs, Max = 1.401 μs IQR = 0.012 μs, LowerFence = 1.357 μs, UpperFence = 1.405 μs ConfidenceInterval = [1.371 μs; 1.392 μs] (CI 99.9%), Margin = 0.011 μs (0.78% of Mean) Skewness = -0.01, Kurtosis = 2.33, MValue = 2 // ** Remained 0 (0.0 %) benchmark(s) to run. Estimated finish 2026-02-15 8:19 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventReadingBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventReadingBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventReadingBenchmarks-report.html // * Detailed results * CloudEventReadingBenchmarks.ReadResult_SmallPayload: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 1.357 μs, StdErr = 0.003 μs (0.23%), N = 14, StdDev = 0.012 μs Min = 1.342 μs, Q1 = 1.348 μs, Median = 1.356 μs, Q3 = 1.364 μs, Max = 1.377 μs IQR = 0.016 μs, LowerFence = 1.324 μs, UpperFence = 1.388 μs ConfidenceInterval = [1.344 μs; 1.371 μs] (CI 99.9%), Margin = 0.013 μs (0.97% of Mean) Skewness = 0.36, Kurtosis = 1.65, MValue = 2 -------------------- Histogram -------------------- [1.336 μs ; 1.383 μs) | @@@@@@@@@@@@@@ --------------------------------------------------- CloudEventReadingBenchmarks.ReadResult_MediumPayload: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 8.146 μs, StdErr = 0.025 μs (0.31%), N = 15, StdDev = 0.097 μs Min = 8.022 μs, Q1 = 8.062 μs, Median = 8.144 μs, Q3 = 8.219 μs, Max = 8.364 μs IQR = 0.156 μs, LowerFence = 7.828 μs, UpperFence = 8.453 μs ConfidenceInterval = [8.042 μs; 8.250 μs] (CI 99.9%), Margin = 0.104 μs (1.28% of Mean) Skewness = 0.47, Kurtosis = 2.31, MValue = 2 -------------------- Histogram -------------------- [7.970 μs ; 8.416 μs) | @@@@@@@@@@@@@@@ --------------------------------------------------- CloudEventReadingBenchmarks.ReadResult_LargePayload: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 74.760 μs, StdErr = 0.392 μs (0.52%), N = 24, StdDev = 1.921 μs Min = 72.849 μs, Q1 = 73.349 μs, Median = 74.278 μs, Q3 = 75.572 μs, Max = 80.822 μs IQR = 2.223 μs, LowerFence = 70.015 μs, UpperFence = 78.906 μs ConfidenceInterval = [73.283 μs; 76.237 μs] (CI 99.9%), Margin = 1.477 μs (1.98% of Mean) Skewness = 1.4, Kurtosis = 4.72, MValue = 2 -------------------- Histogram -------------------- [72.815 μs ; 74.563 μs) | @@@@@@@@@@@@@@@ [74.563 μs ; 77.574 μs) | @@@@@@@@ [77.574 μs ; 79.948 μs) | [79.948 μs ; 81.695 μs) | @ --------------------------------------------------- CloudEventReadingBenchmarks.ReadResult_Failure: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 1.384 μs, StdErr = 0.003 μs (0.24%), N = 13, StdDev = 0.012 μs Min = 1.368 μs, Q1 = 1.378 μs, Median = 1.382 μs, Q3 = 1.394 μs, Max = 1.408 μs IQR = 0.015 μs, LowerFence = 1.356 μs, UpperFence = 1.416 μs ConfidenceInterval = [1.370 μs; 1.399 μs] (CI 99.9%), Margin = 0.014 μs (1.04% of Mean) Skewness = 0.28, Kurtosis = 2.02, MValue = 2 -------------------- Histogram -------------------- [1.361 μs ; 1.415 μs) | @@@@@@@@@@@@@ --------------------------------------------------- CloudEventReadingBenchmarks.ReadResultWithEnvelope_SmallPayload: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 1.382 μs, StdErr = 0.003 μs (0.18%), N = 14, StdDev = 0.010 μs Min = 1.364 μs, Q1 = 1.375 μs, Median = 1.383 μs, Q3 = 1.387 μs, Max = 1.401 μs IQR = 0.012 μs, LowerFence = 1.357 μs, UpperFence = 1.405 μs ConfidenceInterval = [1.371 μs; 1.392 μs] (CI 99.9%), Margin = 0.011 μs (0.78% of Mean) Skewness = -0.01, Kurtosis = 2.33, MValue = 2 -------------------- Histogram -------------------- [1.359 μs ; 1.406 μs) | @@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, Linux Ubuntu 24.04.4 LTS (Noble Numbat) AMD Ryzen 9 5950X 3.40GHz, 1 CPU, 32 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 DefaultJob : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |------------------------------------ |----------:|----------:|----------:|------:|--------:|-------:|-------:|----------:|------------:| | ReadResult_SmallPayload | 1.357 μs | 0.0132 μs | 0.0117 μs | 1.00 | 0.01 | 0.0286 | - | 504 B | 1.00 | | ReadResult_MediumPayload | 8.146 μs | 0.1039 μs | 0.0972 μs | 6.00 | 0.09 | 0.3204 | - | 5416 B | 10.75 | | ReadResult_LargePayload | 74.760 μs | 1.4771 μs | 1.9207 μs | 55.08 | 1.46 | 3.0518 | 0.8545 | 52000 B | 103.17 | | ReadResult_Failure | 1.384 μs | 0.0143 μs | 0.0120 μs | 1.02 | 0.01 | 0.0572 | - | 960 B | 1.90 | | ReadResultWithEnvelope_SmallPayload | 1.382 μs | 0.0108 μs | 0.0096 μs | 1.02 | 0.01 | 0.0286 | - | 504 B | 1.00 | // * Hints * Outliers CloudEventReadingBenchmarks.ReadResult_SmallPayload: Default -> 1 outlier was removed (1.40 μs) CloudEventReadingBenchmarks.ReadResult_LargePayload: Default -> 3 outliers were removed (82.77 μs..88.14 μs) CloudEventReadingBenchmarks.ReadResult_Failure: Default -> 2 outliers were removed (1.44 μs, 1.45 μs) CloudEventReadingBenchmarks.ReadResultWithEnvelope_SmallPayload: Default -> 1 outlier was removed (1.41 μs) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 μs : 1 Microsecond (0.000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:01:40 (100.13 sec), executed benchmarks: 5 Global total time: 00:01:52 (112.07 sec), executed benchmarks: 5 // * Artifacts cleanup * Artifacts cleanup is finished Benchmarks.CloudEventWritingBenchmarks-20260215-100256.log000066400000000000000000001450131516707642500406170ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 5 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 1.52 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 9.73 sec and exited with 0 // ***** Done, took 00:00:11 (11.42 sec) ***** // Found 5 benchmarks: // CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess: DefaultJob // CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure: DefaultJob // CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess: DefaultJob // CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure: DefaultJob // CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata: DefaultJob // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 132 133 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess --job Default --benchmarkId 0 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 171083.00 ns, 171.0830 us/op WorkloadJitting 1: 1 op, 5415135.00 ns, 5.4151 ms/op OverheadJitting 2: 16 op, 368239.00 ns, 23.0149 us/op WorkloadJitting 2: 16 op, 443261.00 ns, 27.7038 us/op WorkloadPilot 1: 16 op, 50458.00 ns, 3.1536 us/op WorkloadPilot 2: 32 op, 78983.00 ns, 2.4682 us/op WorkloadPilot 3: 64 op, 136125.00 ns, 2.1270 us/op WorkloadPilot 4: 128 op, 265525.00 ns, 2.0744 us/op WorkloadPilot 5: 256 op, 694131.00 ns, 2.7114 us/op WorkloadPilot 6: 512 op, 966842.00 ns, 1.8884 us/op WorkloadPilot 7: 1024 op, 1727995.00 ns, 1.6875 us/op WorkloadPilot 8: 2048 op, 3532501.00 ns, 1.7249 us/op WorkloadPilot 9: 4096 op, 6987446.00 ns, 1.7059 us/op WorkloadPilot 10: 8192 op, 13923660.00 ns, 1.6997 us/op WorkloadPilot 11: 16384 op, 28437219.00 ns, 1.7357 us/op WorkloadPilot 12: 32768 op, 44494362.00 ns, 1.3579 us/op WorkloadPilot 13: 65536 op, 79236626.00 ns, 1.2091 us/op WorkloadPilot 14: 131072 op, 176627363.00 ns, 1.3476 us/op WorkloadPilot 15: 262144 op, 97428750.00 ns, 371.6612 ns/op WorkloadPilot 16: 524288 op, 190874423.00 ns, 364.0641 ns/op WorkloadPilot 17: 1048576 op, 390823972.00 ns, 372.7188 ns/op WorkloadPilot 18: 2097152 op, 752877948.00 ns, 359.0002 ns/op OverheadWarmup 1: 2097152 op, 6233352.00 ns, 2.9723 ns/op OverheadWarmup 2: 2097152 op, 6259539.00 ns, 2.9848 ns/op OverheadWarmup 3: 2097152 op, 6381439.00 ns, 3.0429 ns/op OverheadWarmup 4: 2097152 op, 6299295.00 ns, 3.0037 ns/op OverheadWarmup 5: 2097152 op, 6663443.00 ns, 3.1774 ns/op OverheadWarmup 6: 2097152 op, 6252713.00 ns, 2.9815 ns/op OverheadActual 1: 2097152 op, 6222326.00 ns, 2.9670 ns/op OverheadActual 2: 2097152 op, 6196672.00 ns, 2.9548 ns/op OverheadActual 3: 2097152 op, 6215249.00 ns, 2.9637 ns/op OverheadActual 4: 2097152 op, 6422287.00 ns, 3.0624 ns/op OverheadActual 5: 2097152 op, 6327622.00 ns, 3.0172 ns/op OverheadActual 6: 2097152 op, 6381139.00 ns, 3.0428 ns/op OverheadActual 7: 2097152 op, 6294300.00 ns, 3.0014 ns/op OverheadActual 8: 2097152 op, 6391493.00 ns, 3.0477 ns/op OverheadActual 9: 2097152 op, 6739356.00 ns, 3.2136 ns/op OverheadActual 10: 2097152 op, 6238129.00 ns, 2.9746 ns/op OverheadActual 11: 2097152 op, 6367770.00 ns, 3.0364 ns/op OverheadActual 12: 2097152 op, 6242903.00 ns, 2.9768 ns/op OverheadActual 13: 2097152 op, 6324038.00 ns, 3.0155 ns/op OverheadActual 14: 2097152 op, 6248687.00 ns, 2.9796 ns/op OverheadActual 15: 2097152 op, 6259348.00 ns, 2.9847 ns/op WorkloadWarmup 1: 2097152 op, 780099189.00 ns, 371.9803 ns/op WorkloadWarmup 2: 2097152 op, 743621891.00 ns, 354.5865 ns/op WorkloadWarmup 3: 2097152 op, 752109367.00 ns, 358.6337 ns/op WorkloadWarmup 4: 2097152 op, 818075410.00 ns, 390.0888 ns/op WorkloadWarmup 5: 2097152 op, 745650401.00 ns, 355.5538 ns/op WorkloadWarmup 6: 2097152 op, 744311017.00 ns, 354.9152 ns/op WorkloadWarmup 7: 2097152 op, 775665995.00 ns, 369.8664 ns/op WorkloadWarmup 8: 2097152 op, 779004877.00 ns, 371.4585 ns/op WorkloadWarmup 9: 2097152 op, 777433329.00 ns, 370.7091 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 801018512.00 ns, 381.9554 ns/op WorkloadActual 2: 2097152 op, 853516403.00 ns, 406.9883 ns/op WorkloadActual 3: 2097152 op, 760090310.00 ns, 362.4393 ns/op WorkloadActual 4: 2097152 op, 761590540.00 ns, 363.1547 ns/op WorkloadActual 5: 2097152 op, 754842664.00 ns, 359.9370 ns/op WorkloadActual 6: 2097152 op, 754779714.00 ns, 359.9070 ns/op WorkloadActual 7: 2097152 op, 753880420.00 ns, 359.4782 ns/op WorkloadActual 8: 2097152 op, 765908037.00 ns, 365.2134 ns/op WorkloadActual 9: 2097152 op, 754055761.00 ns, 359.5618 ns/op WorkloadActual 10: 2097152 op, 757145169.00 ns, 361.0350 ns/op WorkloadActual 11: 2097152 op, 788878822.00 ns, 376.1667 ns/op WorkloadActual 12: 2097152 op, 769305789.00 ns, 366.8336 ns/op WorkloadActual 13: 2097152 op, 757840881.00 ns, 361.3667 ns/op WorkloadActual 14: 2097152 op, 766692153.00 ns, 365.5873 ns/op WorkloadActual 15: 2097152 op, 785354871.00 ns, 374.4864 ns/op WorkloadActual 16: 2097152 op, 758754953.00 ns, 361.8026 ns/op WorkloadActual 17: 2097152 op, 783340588.00 ns, 373.5259 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 794724212.00 ns, 378.9540 ns/op WorkloadResult 2: 2097152 op, 753796010.00 ns, 359.4379 ns/op WorkloadResult 3: 2097152 op, 755296240.00 ns, 360.1533 ns/op WorkloadResult 4: 2097152 op, 748548364.00 ns, 356.9357 ns/op WorkloadResult 5: 2097152 op, 748485414.00 ns, 356.9057 ns/op WorkloadResult 6: 2097152 op, 747586120.00 ns, 356.4768 ns/op WorkloadResult 7: 2097152 op, 759613737.00 ns, 362.2121 ns/op WorkloadResult 8: 2097152 op, 747761461.00 ns, 356.5605 ns/op WorkloadResult 9: 2097152 op, 750850869.00 ns, 358.0336 ns/op WorkloadResult 10: 2097152 op, 782584522.00 ns, 373.1654 ns/op WorkloadResult 11: 2097152 op, 763011489.00 ns, 363.8322 ns/op WorkloadResult 12: 2097152 op, 751546581.00 ns, 358.3653 ns/op WorkloadResult 13: 2097152 op, 760397853.00 ns, 362.5860 ns/op WorkloadResult 14: 2097152 op, 779060571.00 ns, 371.4850 ns/op WorkloadResult 15: 2097152 op, 752460653.00 ns, 358.8012 ns/op WorkloadResult 16: 2097152 op, 777046288.00 ns, 370.5245 ns/op // GC: 129 0 0 2162578072 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 58156 has exited with code 0. Mean = 362.777 ns, StdErr = 1.744 ns (0.48%), N = 16, StdDev = 6.975 ns Min = 356.477 ns, Q1 = 357.759 ns, Median = 359.796 ns, Q3 = 365.505 ns, Max = 378.954 ns IQR = 7.746 ns, LowerFence = 346.140 ns, UpperFence = 377.125 ns ConfidenceInterval = [355.675 ns; 369.878 ns] (CI 99.9%), Margin = 7.101 ns (1.96% of Mean) Skewness = 0.97, Kurtosis = 2.54, MValue = 2 // ** Remained 4 (80.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:05 (0h 1m from now) ** // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 132 133 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure --job Default --benchmarkId 1 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 178532.00 ns, 178.5320 us/op WorkloadJitting 1: 1 op, 6265331.00 ns, 6.2653 ms/op OverheadJitting 2: 16 op, 529455.00 ns, 33.0909 us/op WorkloadJitting 2: 16 op, 785643.00 ns, 49.1027 us/op WorkloadPilot 1: 16 op, 172128.00 ns, 10.7580 us/op WorkloadPilot 2: 32 op, 263559.00 ns, 8.2362 us/op WorkloadPilot 3: 64 op, 334809.00 ns, 5.2314 us/op WorkloadPilot 4: 128 op, 753617.00 ns, 5.8876 us/op WorkloadPilot 5: 256 op, 1480317.00 ns, 5.7825 us/op WorkloadPilot 6: 512 op, 2926031.00 ns, 5.7149 us/op WorkloadPilot 7: 1024 op, 5813581.00 ns, 5.6773 us/op WorkloadPilot 8: 2048 op, 11864650.00 ns, 5.7933 us/op WorkloadPilot 9: 4096 op, 15385842.00 ns, 3.7563 us/op WorkloadPilot 10: 8192 op, 21194093.00 ns, 2.5872 us/op WorkloadPilot 11: 16384 op, 42146506.00 ns, 2.5724 us/op WorkloadPilot 12: 32768 op, 85528847.00 ns, 2.6101 us/op WorkloadPilot 13: 65536 op, 170059205.00 ns, 2.5949 us/op WorkloadPilot 14: 131072 op, 123449491.00 ns, 941.8449 ns/op WorkloadPilot 15: 262144 op, 211553702.00 ns, 807.0133 ns/op WorkloadPilot 16: 524288 op, 417073573.00 ns, 795.5047 ns/op WorkloadPilot 17: 1048576 op, 919139737.00 ns, 876.5600 ns/op OverheadWarmup 1: 1048576 op, 3130897.00 ns, 2.9859 ns/op OverheadWarmup 2: 1048576 op, 3311697.00 ns, 3.1583 ns/op OverheadWarmup 3: 1048576 op, 3139050.00 ns, 2.9936 ns/op OverheadWarmup 4: 1048576 op, 3309529.00 ns, 3.1562 ns/op OverheadWarmup 5: 1048576 op, 3146217.00 ns, 3.0005 ns/op OverheadActual 1: 1048576 op, 3251752.00 ns, 3.1011 ns/op OverheadActual 2: 1048576 op, 3360278.00 ns, 3.2046 ns/op OverheadActual 3: 1048576 op, 3126388.00 ns, 2.9816 ns/op OverheadActual 4: 1048576 op, 3172467.00 ns, 3.0255 ns/op OverheadActual 5: 1048576 op, 3292879.00 ns, 3.1403 ns/op OverheadActual 6: 1048576 op, 3169860.00 ns, 3.0230 ns/op OverheadActual 7: 1048576 op, 3401837.00 ns, 3.2442 ns/op OverheadActual 8: 1048576 op, 3395233.00 ns, 3.2379 ns/op OverheadActual 9: 1048576 op, 3162280.00 ns, 3.0158 ns/op OverheadActual 10: 1048576 op, 3420126.00 ns, 3.2617 ns/op OverheadActual 11: 1048576 op, 3255899.00 ns, 3.1051 ns/op OverheadActual 12: 1048576 op, 3302980.00 ns, 3.1500 ns/op OverheadActual 13: 1048576 op, 3976622.00 ns, 3.7924 ns/op OverheadActual 14: 1048576 op, 3428077.00 ns, 3.2693 ns/op OverheadActual 15: 1048576 op, 3195225.00 ns, 3.0472 ns/op WorkloadWarmup 1: 1048576 op, 951206689.00 ns, 907.1414 ns/op WorkloadWarmup 2: 1048576 op, 849729601.00 ns, 810.3653 ns/op WorkloadWarmup 3: 1048576 op, 825125791.00 ns, 786.9013 ns/op WorkloadWarmup 4: 1048576 op, 829322781.00 ns, 790.9038 ns/op WorkloadWarmup 5: 1048576 op, 847585843.00 ns, 808.3208 ns/op WorkloadWarmup 6: 1048576 op, 831425239.00 ns, 792.9089 ns/op WorkloadWarmup 7: 1048576 op, 813032236.00 ns, 775.3680 ns/op WorkloadWarmup 8: 1048576 op, 829742164.00 ns, 791.3038 ns/op WorkloadWarmup 9: 1048576 op, 851963083.00 ns, 812.4953 ns/op WorkloadWarmup 10: 1048576 op, 817322214.00 ns, 779.4592 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 887826383.00 ns, 846.6972 ns/op WorkloadActual 2: 1048576 op, 854679291.00 ns, 815.0857 ns/op WorkloadActual 3: 1048576 op, 831039136.00 ns, 792.5407 ns/op WorkloadActual 4: 1048576 op, 831941298.00 ns, 793.4010 ns/op WorkloadActual 5: 1048576 op, 855650983.00 ns, 816.0124 ns/op WorkloadActual 6: 1048576 op, 915958211.00 ns, 873.5258 ns/op WorkloadActual 7: 1048576 op, 925907608.00 ns, 883.0143 ns/op WorkloadActual 8: 1048576 op, 943905838.00 ns, 900.1788 ns/op WorkloadActual 9: 1048576 op, 843426161.00 ns, 804.3539 ns/op WorkloadActual 10: 1048576 op, 856021096.00 ns, 816.3653 ns/op WorkloadActual 11: 1048576 op, 901605516.00 ns, 859.8380 ns/op WorkloadActual 12: 1048576 op, 850953488.00 ns, 811.5325 ns/op WorkloadActual 13: 1048576 op, 873849593.00 ns, 833.3679 ns/op WorkloadActual 14: 1048576 op, 855788880.00 ns, 816.1439 ns/op WorkloadActual 15: 1048576 op, 969154979.00 ns, 924.2582 ns/op WorkloadActual 16: 1048576 op, 914800708.00 ns, 872.4219 ns/op WorkloadActual 17: 1048576 op, 932605583.00 ns, 889.4020 ns/op WorkloadActual 18: 1048576 op, 923031468.00 ns, 880.2714 ns/op WorkloadActual 19: 1048576 op, 871111233.00 ns, 830.7564 ns/op WorkloadActual 20: 1048576 op, 869809183.00 ns, 829.5147 ns/op WorkloadActual 21: 1048576 op, 943619324.00 ns, 899.9055 ns/op WorkloadActual 22: 1048576 op, 864752325.00 ns, 824.6921 ns/op WorkloadActual 23: 1048576 op, 860234210.00 ns, 820.3833 ns/op WorkloadActual 24: 1048576 op, 825004602.00 ns, 786.7857 ns/op WorkloadActual 25: 1048576 op, 807480646.00 ns, 770.0736 ns/op WorkloadActual 26: 1048576 op, 809890954.00 ns, 772.3722 ns/op WorkloadActual 27: 1048576 op, 805834579.00 ns, 768.5037 ns/op WorkloadActual 28: 1048576 op, 815660775.00 ns, 777.8747 ns/op WorkloadActual 29: 1048576 op, 805589238.00 ns, 768.2698 ns/op WorkloadActual 30: 1048576 op, 803184019.00 ns, 765.9760 ns/op WorkloadActual 31: 1048576 op, 839055195.00 ns, 800.1854 ns/op WorkloadActual 32: 1048576 op, 807947983.00 ns, 770.5192 ns/op WorkloadActual 33: 1048576 op, 860629269.00 ns, 820.7600 ns/op WorkloadActual 34: 1048576 op, 908472845.00 ns, 866.3872 ns/op WorkloadActual 35: 1048576 op, 803154873.00 ns, 765.9482 ns/op WorkloadActual 36: 1048576 op, 833901433.00 ns, 795.2704 ns/op WorkloadActual 37: 1048576 op, 802939700.00 ns, 765.7430 ns/op WorkloadActual 38: 1048576 op, 801250598.00 ns, 764.1321 ns/op WorkloadActual 39: 1048576 op, 800189063.00 ns, 763.1198 ns/op WorkloadActual 40: 1048576 op, 804115130.00 ns, 766.8639 ns/op WorkloadActual 41: 1048576 op, 847798462.00 ns, 808.5236 ns/op WorkloadActual 42: 1048576 op, 808967166.00 ns, 771.4912 ns/op WorkloadActual 43: 1048576 op, 837051920.00 ns, 798.2749 ns/op WorkloadActual 44: 1048576 op, 900403216.00 ns, 858.6914 ns/op WorkloadActual 45: 1048576 op, 898506475.00 ns, 856.8825 ns/op WorkloadActual 46: 1048576 op, 884822659.00 ns, 843.8326 ns/op WorkloadActual 47: 1048576 op, 877004053.00 ns, 836.3762 ns/op WorkloadActual 48: 1048576 op, 806988070.00 ns, 769.6038 ns/op WorkloadActual 49: 1048576 op, 818226162.00 ns, 780.3213 ns/op WorkloadActual 50: 1048576 op, 811588541.00 ns, 773.9911 ns/op WorkloadActual 51: 1048576 op, 868773576.00 ns, 828.5270 ns/op WorkloadActual 52: 1048576 op, 851736428.00 ns, 812.2792 ns/op WorkloadActual 53: 1048576 op, 848235419.00 ns, 808.9403 ns/op WorkloadActual 54: 1048576 op, 868054769.00 ns, 827.8415 ns/op WorkloadActual 55: 1048576 op, 874358330.00 ns, 833.8531 ns/op WorkloadActual 56: 1048576 op, 867384344.00 ns, 827.2022 ns/op WorkloadActual 57: 1048576 op, 872527452.00 ns, 832.1070 ns/op WorkloadActual 58: 1048576 op, 898219233.00 ns, 856.6086 ns/op WorkloadActual 59: 1048576 op, 836304343.00 ns, 797.5620 ns/op WorkloadActual 60: 1048576 op, 852074481.00 ns, 812.6015 ns/op WorkloadActual 61: 1048576 op, 876509119.00 ns, 835.9042 ns/op WorkloadActual 62: 1048576 op, 853810410.00 ns, 814.2571 ns/op WorkloadActual 63: 1048576 op, 836780083.00 ns, 798.0157 ns/op WorkloadActual 64: 1048576 op, 826470397.00 ns, 788.1836 ns/op WorkloadActual 65: 1048576 op, 875408901.00 ns, 834.8550 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 884533504.00 ns, 843.5569 ns/op WorkloadResult 2: 1048576 op, 851386412.00 ns, 811.9454 ns/op WorkloadResult 3: 1048576 op, 827746257.00 ns, 789.4003 ns/op WorkloadResult 4: 1048576 op, 828648419.00 ns, 790.2607 ns/op WorkloadResult 5: 1048576 op, 852358104.00 ns, 812.8720 ns/op WorkloadResult 6: 1048576 op, 912665332.00 ns, 870.3855 ns/op WorkloadResult 7: 1048576 op, 922614729.00 ns, 879.8740 ns/op WorkloadResult 8: 1048576 op, 940612959.00 ns, 897.0384 ns/op WorkloadResult 9: 1048576 op, 840133282.00 ns, 801.2135 ns/op WorkloadResult 10: 1048576 op, 852728217.00 ns, 813.2250 ns/op WorkloadResult 11: 1048576 op, 898312637.00 ns, 856.6977 ns/op WorkloadResult 12: 1048576 op, 847660609.00 ns, 808.3922 ns/op WorkloadResult 13: 1048576 op, 870556714.00 ns, 830.2276 ns/op WorkloadResult 14: 1048576 op, 852496001.00 ns, 813.0035 ns/op WorkloadResult 15: 1048576 op, 911507829.00 ns, 869.2816 ns/op WorkloadResult 16: 1048576 op, 929312704.00 ns, 886.2617 ns/op WorkloadResult 17: 1048576 op, 919738589.00 ns, 877.1311 ns/op WorkloadResult 18: 1048576 op, 867818354.00 ns, 827.6161 ns/op WorkloadResult 19: 1048576 op, 866516304.00 ns, 826.3743 ns/op WorkloadResult 20: 1048576 op, 940326445.00 ns, 896.7652 ns/op WorkloadResult 21: 1048576 op, 861459446.00 ns, 821.5517 ns/op WorkloadResult 22: 1048576 op, 856941331.00 ns, 817.2429 ns/op WorkloadResult 23: 1048576 op, 821711723.00 ns, 783.6454 ns/op WorkloadResult 24: 1048576 op, 804187767.00 ns, 766.9332 ns/op WorkloadResult 25: 1048576 op, 806598075.00 ns, 769.2319 ns/op WorkloadResult 26: 1048576 op, 802541700.00 ns, 765.3634 ns/op WorkloadResult 27: 1048576 op, 812367896.00 ns, 774.7344 ns/op WorkloadResult 28: 1048576 op, 802296359.00 ns, 765.1294 ns/op WorkloadResult 29: 1048576 op, 799891140.00 ns, 762.8356 ns/op WorkloadResult 30: 1048576 op, 835762316.00 ns, 797.0451 ns/op WorkloadResult 31: 1048576 op, 804655104.00 ns, 767.3789 ns/op WorkloadResult 32: 1048576 op, 857336390.00 ns, 817.6197 ns/op WorkloadResult 33: 1048576 op, 905179966.00 ns, 863.2469 ns/op WorkloadResult 34: 1048576 op, 799861994.00 ns, 762.8078 ns/op WorkloadResult 35: 1048576 op, 830608554.00 ns, 792.1300 ns/op WorkloadResult 36: 1048576 op, 799646821.00 ns, 762.6026 ns/op WorkloadResult 37: 1048576 op, 797957719.00 ns, 760.9918 ns/op WorkloadResult 38: 1048576 op, 796896184.00 ns, 759.9794 ns/op WorkloadResult 39: 1048576 op, 800822251.00 ns, 763.7236 ns/op WorkloadResult 40: 1048576 op, 844505583.00 ns, 805.3833 ns/op WorkloadResult 41: 1048576 op, 805674287.00 ns, 768.3509 ns/op WorkloadResult 42: 1048576 op, 833759041.00 ns, 795.1346 ns/op WorkloadResult 43: 1048576 op, 897110337.00 ns, 855.5511 ns/op WorkloadResult 44: 1048576 op, 895213596.00 ns, 853.7422 ns/op WorkloadResult 45: 1048576 op, 881529780.00 ns, 840.6923 ns/op WorkloadResult 46: 1048576 op, 873711174.00 ns, 833.2359 ns/op WorkloadResult 47: 1048576 op, 803695191.00 ns, 766.4635 ns/op WorkloadResult 48: 1048576 op, 814933283.00 ns, 777.1809 ns/op WorkloadResult 49: 1048576 op, 808295662.00 ns, 770.8508 ns/op WorkloadResult 50: 1048576 op, 865480697.00 ns, 825.3867 ns/op WorkloadResult 51: 1048576 op, 848443549.00 ns, 809.1388 ns/op WorkloadResult 52: 1048576 op, 844942540.00 ns, 805.8000 ns/op WorkloadResult 53: 1048576 op, 864761890.00 ns, 824.7012 ns/op WorkloadResult 54: 1048576 op, 871065451.00 ns, 830.7127 ns/op WorkloadResult 55: 1048576 op, 864091465.00 ns, 824.0618 ns/op WorkloadResult 56: 1048576 op, 869234573.00 ns, 828.9667 ns/op WorkloadResult 57: 1048576 op, 894926354.00 ns, 853.4683 ns/op WorkloadResult 58: 1048576 op, 833011464.00 ns, 794.4216 ns/op WorkloadResult 59: 1048576 op, 848781602.00 ns, 809.4612 ns/op WorkloadResult 60: 1048576 op, 873216240.00 ns, 832.7639 ns/op WorkloadResult 61: 1048576 op, 850517531.00 ns, 811.1167 ns/op WorkloadResult 62: 1048576 op, 833487204.00 ns, 794.8753 ns/op WorkloadResult 63: 1048576 op, 823177518.00 ns, 785.0433 ns/op WorkloadResult 64: 1048576 op, 872116022.00 ns, 831.7147 ns/op // GC: 365 7 0 6106947280 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 58348 has exited with code 0. Mean = 812.561 ns, StdErr = 4.678 ns (0.58%), N = 64, StdDev = 37.425 ns Min = 759.979 ns, Q1 = 782.029 ns, Median = 811.531 ns, Q3 = 831.977 ns, Max = 897.038 ns IQR = 49.948 ns, LowerFence = 707.108 ns, UpperFence = 906.899 ns ConfidenceInterval = [796.414 ns; 828.709 ns] (CI 99.9%), Margin = 16.148 ns (1.99% of Mean) Skewness = 0.41, Kurtosis = 2.31, MValue = 3.05 // ** Remained 3 (60.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:06 (0h 2m from now) ** // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 132 133 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess --job Default --benchmarkId 2 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 217459.00 ns, 217.4590 us/op System.Reflection.TargetInvocationException: Exception has been thrown by the target of an invocation. ---> System.NotSupportedException: JsonTypeInfo metadata for type 'Benchmarks.CloudEventWritingBenchmarks+ContactDto' was not provided by TypeInfoResolver of type ''. If using source generation, ensure that all root types passed to the serializer have been annotated with 'JsonSerializableAttribute', along with any types that might be serialized polymorphically. at System.Text.Json.ThrowHelper.ThrowNotSupportedException_NoMetadataForType(Type type, IJsonTypeInfoResolver resolver) at System.Text.Json.JsonSerializerOptions.GetTypeInfoInternal(Type type, Boolean ensureConfigured, Nullable`1 ensureNotNull, Boolean resolveIfMutable, Boolean fallBackToNearestAncestorType) at Light.Results.SharedJsonSerialization.SharedSerializerExtensions.WriteGenericValue[T](Utf8JsonWriter writer, T value, JsonSerializerOptions options) in /home/kenny/Code/Light.Results/src/Light.Results/SharedJsonSerialization/SharedSerializerExtensions.cs:line 56 at Light.Results.CloudEvents.Writing.CloudEventResultExtensions.WriteCloudEvent[T](Result`1 result, Utf8JsonWriter writer, String successType, String failureType, String id, String source, String subject, String dataschema, Nullable`1 time, LightResultsCloudEventWriteOptions options) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/CloudEventResultExtensions.cs:line 192 at Light.Results.CloudEvents.Writing.CloudEventResultExtensions.ToCloudEvent[T](Result`1 result, String successType, String failureType, String id, String source, String subject, String dataschema, Nullable`1 time, LightResultsCloudEventWriteOptions options) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/CloudEventResultExtensions.cs:line 124 at Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess() in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/CloudEventWritingBenchmarks.cs:line 95 at BenchmarkDotNet.Autogenerated.Runnable_2.WorkloadActionNoUnroll(Int64 invokeCount) in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 707 at BenchmarkDotNet.Engines.Engine.Measure(Action`1 action, Int64 invokeCount) at BenchmarkDotNet.Engines.Engine.RunIteration(IterationData data) at BenchmarkDotNet.Engines.EngineFactory.Jit(Engine engine, Int32 jitIndex, Int32 invokeCount, Int32 unrollFactor) at BenchmarkDotNet.Engines.EngineFactory.CreateReadyToRun(EngineParameters engineParameters) at BenchmarkDotNet.Autogenerated.Runnable_2.Run(IHost host, String benchmarkName) in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 570 at System.Reflection.MethodBaseInvoker.InterpretedInvoke_Method(Object obj, IntPtr* args) at System.Reflection.MethodBaseInvoker.InvokeDirectByRefWithFewArgs(Object obj, Span`1 copyOfArgs, BindingFlags invokeAttr) --- End of inner exception stack trace --- at System.Reflection.MethodBaseInvoker.InvokeDirectByRefWithFewArgs(Object obj, Span`1 copyOfArgs, BindingFlags invokeAttr) at System.Reflection.MethodBaseInvoker.InvokeWithFewArgs(Object obj, BindingFlags invokeAttr, Binder binder, Object[] parameters, CultureInfo culture) at System.Reflection.RuntimeMethodInfo.Invoke(Object obj, BindingFlags invokeAttr, Binder binder, Object[] parameters, CultureInfo culture) at BenchmarkDotNet.Autogenerated.UniqueProgramName.AfterAssemblyLoadingAttached(String[] args) in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 57 // AfterAll No Workload Results were obtained from the run. // Benchmark Process 58865 has exited with code 255. // ** Remained 2 (40.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:05 (0h 1m from now) ** // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 132 133 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure --job Default --benchmarkId 3 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 172497.00 ns, 172.4970 us/op WorkloadJitting 1: 1 op, 5916640.00 ns, 5.9166 ms/op OverheadJitting 2: 16 op, 360692.00 ns, 22.5433 us/op WorkloadJitting 2: 16 op, 525752.00 ns, 32.8595 us/op WorkloadPilot 1: 16 op, 176622.00 ns, 11.0389 us/op WorkloadPilot 2: 32 op, 258345.00 ns, 8.0733 us/op WorkloadPilot 3: 64 op, 297741.00 ns, 4.6522 us/op WorkloadPilot 4: 128 op, 723298.00 ns, 5.6508 us/op WorkloadPilot 5: 256 op, 1424610.00 ns, 5.5649 us/op WorkloadPilot 6: 512 op, 2816363.00 ns, 5.5007 us/op WorkloadPilot 7: 1024 op, 5619906.00 ns, 5.4882 us/op WorkloadPilot 8: 2048 op, 11209959.00 ns, 5.4736 us/op WorkloadPilot 9: 4096 op, 15749462.00 ns, 3.8451 us/op WorkloadPilot 10: 8192 op, 21153850.00 ns, 2.5823 us/op WorkloadPilot 11: 16384 op, 41884842.00 ns, 2.5564 us/op WorkloadPilot 12: 32768 op, 81850640.00 ns, 2.4979 us/op WorkloadPilot 13: 65536 op, 181026423.00 ns, 2.7622 us/op WorkloadPilot 14: 131072 op, 128511693.00 ns, 980.4664 ns/op WorkloadPilot 15: 262144 op, 212597008.00 ns, 810.9932 ns/op WorkloadPilot 16: 524288 op, 421747265.00 ns, 804.4191 ns/op WorkloadPilot 17: 1048576 op, 849089489.00 ns, 809.7548 ns/op OverheadWarmup 1: 1048576 op, 3424799.00 ns, 3.2661 ns/op OverheadWarmup 2: 1048576 op, 3137985.00 ns, 2.9926 ns/op OverheadWarmup 3: 1048576 op, 3162812.00 ns, 3.0163 ns/op OverheadWarmup 4: 1048576 op, 3126469.00 ns, 2.9816 ns/op OverheadWarmup 5: 1048576 op, 3161387.00 ns, 3.0149 ns/op OverheadWarmup 6: 1048576 op, 3424529.00 ns, 3.2659 ns/op OverheadWarmup 7: 1048576 op, 3130769.00 ns, 2.9857 ns/op OverheadActual 1: 1048576 op, 3577153.00 ns, 3.4114 ns/op OverheadActual 2: 1048576 op, 3143613.00 ns, 2.9980 ns/op OverheadActual 3: 1048576 op, 3222895.00 ns, 3.0736 ns/op OverheadActual 4: 1048576 op, 3481728.00 ns, 3.3204 ns/op OverheadActual 5: 1048576 op, 3243307.00 ns, 3.0931 ns/op OverheadActual 6: 1048576 op, 3237715.00 ns, 3.0877 ns/op OverheadActual 7: 1048576 op, 3217516.00 ns, 3.0685 ns/op OverheadActual 8: 1048576 op, 3403439.00 ns, 3.2458 ns/op OverheadActual 9: 1048576 op, 3270810.00 ns, 3.1193 ns/op OverheadActual 10: 1048576 op, 3221050.00 ns, 3.0718 ns/op OverheadActual 11: 1048576 op, 3183908.00 ns, 3.0364 ns/op OverheadActual 12: 1048576 op, 3240113.00 ns, 3.0900 ns/op OverheadActual 13: 1048576 op, 3204691.00 ns, 3.0562 ns/op OverheadActual 14: 1048576 op, 3128710.00 ns, 2.9838 ns/op OverheadActual 15: 1048576 op, 3156353.00 ns, 3.0101 ns/op WorkloadWarmup 1: 1048576 op, 960296736.00 ns, 915.8103 ns/op WorkloadWarmup 2: 1048576 op, 853133703.00 ns, 813.6117 ns/op WorkloadWarmup 3: 1048576 op, 979298586.00 ns, 933.9319 ns/op WorkloadWarmup 4: 1048576 op, 1024555128.00 ns, 977.0919 ns/op WorkloadWarmup 5: 1048576 op, 844807535.00 ns, 805.6712 ns/op WorkloadWarmup 6: 1048576 op, 836042640.00 ns, 797.3124 ns/op WorkloadWarmup 7: 1048576 op, 874932836.00 ns, 834.4010 ns/op WorkloadWarmup 8: 1048576 op, 907609051.00 ns, 865.5634 ns/op WorkloadWarmup 9: 1048576 op, 861342682.00 ns, 821.4404 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 833583248.00 ns, 794.9669 ns/op WorkloadActual 2: 1048576 op, 879589090.00 ns, 838.8415 ns/op WorkloadActual 3: 1048576 op, 879020375.00 ns, 838.2992 ns/op WorkloadActual 4: 1048576 op, 867105635.00 ns, 826.9364 ns/op WorkloadActual 5: 1048576 op, 887914254.00 ns, 846.7810 ns/op WorkloadActual 6: 1048576 op, 856100721.00 ns, 816.4413 ns/op WorkloadActual 7: 1048576 op, 865649431.00 ns, 825.5476 ns/op WorkloadActual 8: 1048576 op, 930992204.00 ns, 887.8634 ns/op WorkloadActual 9: 1048576 op, 928903322.00 ns, 885.8712 ns/op WorkloadActual 10: 1048576 op, 939161509.00 ns, 895.6542 ns/op WorkloadActual 11: 1048576 op, 1010502704.00 ns, 963.6905 ns/op WorkloadActual 12: 1048576 op, 1029910881.00 ns, 982.1996 ns/op WorkloadActual 13: 1048576 op, 1008846236.00 ns, 962.1107 ns/op WorkloadActual 14: 1048576 op, 1017381815.00 ns, 970.2509 ns/op WorkloadActual 15: 1048576 op, 966447600.00 ns, 921.6763 ns/op WorkloadActual 16: 1048576 op, 971701438.00 ns, 926.6867 ns/op WorkloadActual 17: 1048576 op, 936296205.00 ns, 892.9216 ns/op WorkloadActual 18: 1048576 op, 952677158.00 ns, 908.5437 ns/op WorkloadActual 19: 1048576 op, 945256744.00 ns, 901.4671 ns/op WorkloadActual 20: 1048576 op, 940045385.00 ns, 896.4971 ns/op WorkloadActual 21: 1048576 op, 943798308.00 ns, 900.0762 ns/op WorkloadActual 22: 1048576 op, 963132567.00 ns, 918.5148 ns/op WorkloadActual 23: 1048576 op, 912303559.00 ns, 870.0405 ns/op WorkloadActual 24: 1048576 op, 953239258.00 ns, 909.0798 ns/op WorkloadActual 25: 1048576 op, 918699087.00 ns, 876.1397 ns/op WorkloadActual 26: 1048576 op, 907424689.00 ns, 865.3876 ns/op WorkloadActual 27: 1048576 op, 1008715106.00 ns, 961.9857 ns/op WorkloadActual 28: 1048576 op, 1023673663.00 ns, 976.2513 ns/op WorkloadActual 29: 1048576 op, 957097185.00 ns, 912.7590 ns/op WorkloadActual 30: 1048576 op, 994887973.00 ns, 948.7991 ns/op WorkloadActual 31: 1048576 op, 976063689.00 ns, 930.8469 ns/op WorkloadActual 32: 1048576 op, 965190005.00 ns, 920.4769 ns/op WorkloadActual 33: 1048576 op, 968449984.00 ns, 923.5859 ns/op WorkloadActual 34: 1048576 op, 988604497.00 ns, 942.8067 ns/op WorkloadActual 35: 1048576 op, 979122142.00 ns, 933.7636 ns/op WorkloadActual 36: 1048576 op, 996878881.00 ns, 950.6978 ns/op WorkloadActual 37: 1048576 op, 1031666257.00 ns, 983.8736 ns/op WorkloadActual 38: 1048576 op, 1056034970.00 ns, 1.0071 us/op WorkloadActual 39: 1048576 op, 1021422753.00 ns, 974.1046 ns/op WorkloadActual 40: 1048576 op, 969721999.00 ns, 924.7990 ns/op WorkloadActual 41: 1048576 op, 975019729.00 ns, 929.8513 ns/op WorkloadActual 42: 1048576 op, 990962709.00 ns, 945.0557 ns/op WorkloadActual 43: 1048576 op, 958279556.00 ns, 913.8866 ns/op WorkloadActual 44: 1048576 op, 991900495.00 ns, 945.9500 ns/op WorkloadActual 45: 1048576 op, 1019276736.00 ns, 972.0580 ns/op WorkloadActual 46: 1048576 op, 1135782088.00 ns, 1.0832 us/op WorkloadActual 47: 1048576 op, 1015276735.00 ns, 968.2433 ns/op WorkloadActual 48: 1048576 op, 1014234438.00 ns, 967.2493 ns/op WorkloadActual 49: 1048576 op, 1000824246.00 ns, 954.4604 ns/op WorkloadActual 50: 1048576 op, 1007740960.00 ns, 961.0567 ns/op WorkloadActual 51: 1048576 op, 996474569.00 ns, 950.3122 ns/op WorkloadActual 52: 1048576 op, 985569034.00 ns, 939.9119 ns/op WorkloadActual 53: 1048576 op, 978925984.00 ns, 933.5766 ns/op WorkloadActual 54: 1048576 op, 983985184.00 ns, 938.4014 ns/op WorkloadActual 55: 1048576 op, 979905479.00 ns, 934.5107 ns/op WorkloadActual 56: 1048576 op, 971827973.00 ns, 926.8074 ns/op WorkloadActual 57: 1048576 op, 972660685.00 ns, 927.6015 ns/op WorkloadActual 58: 1048576 op, 975757198.00 ns, 930.5546 ns/op WorkloadActual 59: 1048576 op, 966241926.00 ns, 921.4801 ns/op WorkloadActual 60: 1048576 op, 975440867.00 ns, 930.2529 ns/op WorkloadActual 61: 1048576 op, 982769708.00 ns, 937.2422 ns/op WorkloadActual 62: 1048576 op, 984526134.00 ns, 938.9173 ns/op WorkloadActual 63: 1048576 op, 963585344.00 ns, 918.9466 ns/op WorkloadActual 64: 1048576 op, 967142467.00 ns, 922.3389 ns/op WorkloadActual 65: 1048576 op, 971822459.00 ns, 926.8021 ns/op WorkloadActual 66: 1048576 op, 971617201.00 ns, 926.6064 ns/op WorkloadActual 67: 1048576 op, 992446926.00 ns, 946.4711 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 830360353.00 ns, 791.8933 ns/op WorkloadResult 2: 1048576 op, 876366195.00 ns, 835.7679 ns/op WorkloadResult 3: 1048576 op, 875797480.00 ns, 835.2256 ns/op WorkloadResult 4: 1048576 op, 863882740.00 ns, 823.8628 ns/op WorkloadResult 5: 1048576 op, 884691359.00 ns, 843.7074 ns/op WorkloadResult 6: 1048576 op, 852877826.00 ns, 813.3677 ns/op WorkloadResult 7: 1048576 op, 862426536.00 ns, 822.4740 ns/op WorkloadResult 8: 1048576 op, 927769309.00 ns, 884.7898 ns/op WorkloadResult 9: 1048576 op, 925680427.00 ns, 882.7976 ns/op WorkloadResult 10: 1048576 op, 935938614.00 ns, 892.5806 ns/op WorkloadResult 11: 1048576 op, 1007279809.00 ns, 960.6169 ns/op WorkloadResult 12: 1048576 op, 1026687986.00 ns, 979.1260 ns/op WorkloadResult 13: 1048576 op, 1005623341.00 ns, 959.0372 ns/op WorkloadResult 14: 1048576 op, 1014158920.00 ns, 967.1773 ns/op WorkloadResult 15: 1048576 op, 963224705.00 ns, 918.6027 ns/op WorkloadResult 16: 1048576 op, 968478543.00 ns, 923.6131 ns/op WorkloadResult 17: 1048576 op, 933073310.00 ns, 889.8481 ns/op WorkloadResult 18: 1048576 op, 949454263.00 ns, 905.4701 ns/op WorkloadResult 19: 1048576 op, 942033849.00 ns, 898.3935 ns/op WorkloadResult 20: 1048576 op, 936822490.00 ns, 893.4235 ns/op WorkloadResult 21: 1048576 op, 940575413.00 ns, 897.0026 ns/op WorkloadResult 22: 1048576 op, 959909672.00 ns, 915.4412 ns/op WorkloadResult 23: 1048576 op, 909080664.00 ns, 866.9669 ns/op WorkloadResult 24: 1048576 op, 950016363.00 ns, 906.0062 ns/op WorkloadResult 25: 1048576 op, 915476192.00 ns, 873.0661 ns/op WorkloadResult 26: 1048576 op, 904201794.00 ns, 862.3140 ns/op WorkloadResult 27: 1048576 op, 1005492211.00 ns, 958.9121 ns/op WorkloadResult 28: 1048576 op, 1020450768.00 ns, 973.1777 ns/op WorkloadResult 29: 1048576 op, 953874290.00 ns, 909.6854 ns/op WorkloadResult 30: 1048576 op, 991665078.00 ns, 945.7255 ns/op WorkloadResult 31: 1048576 op, 972840794.00 ns, 927.7733 ns/op WorkloadResult 32: 1048576 op, 961967110.00 ns, 917.4033 ns/op WorkloadResult 33: 1048576 op, 965227089.00 ns, 920.5123 ns/op WorkloadResult 34: 1048576 op, 985381602.00 ns, 939.7331 ns/op WorkloadResult 35: 1048576 op, 975899247.00 ns, 930.6900 ns/op WorkloadResult 36: 1048576 op, 993655986.00 ns, 947.6242 ns/op WorkloadResult 37: 1048576 op, 1028443362.00 ns, 980.8000 ns/op WorkloadResult 38: 1048576 op, 1052812075.00 ns, 1.0040 us/op WorkloadResult 39: 1048576 op, 1018199858.00 ns, 971.0311 ns/op WorkloadResult 40: 1048576 op, 966499104.00 ns, 921.7254 ns/op WorkloadResult 41: 1048576 op, 971796834.00 ns, 926.7777 ns/op WorkloadResult 42: 1048576 op, 987739814.00 ns, 941.9821 ns/op WorkloadResult 43: 1048576 op, 955056661.00 ns, 910.8130 ns/op WorkloadResult 44: 1048576 op, 988677600.00 ns, 942.8764 ns/op WorkloadResult 45: 1048576 op, 1016053841.00 ns, 968.9845 ns/op WorkloadResult 46: 1048576 op, 1012053840.00 ns, 965.1698 ns/op WorkloadResult 47: 1048576 op, 1011011543.00 ns, 964.1757 ns/op WorkloadResult 48: 1048576 op, 997601351.00 ns, 951.3868 ns/op WorkloadResult 49: 1048576 op, 1004518065.00 ns, 957.9831 ns/op WorkloadResult 50: 1048576 op, 993251674.00 ns, 947.2386 ns/op WorkloadResult 51: 1048576 op, 982346139.00 ns, 936.8383 ns/op WorkloadResult 52: 1048576 op, 975703089.00 ns, 930.5030 ns/op WorkloadResult 53: 1048576 op, 980762289.00 ns, 935.3278 ns/op WorkloadResult 54: 1048576 op, 976682584.00 ns, 931.4371 ns/op WorkloadResult 55: 1048576 op, 968605078.00 ns, 923.7338 ns/op WorkloadResult 56: 1048576 op, 969437790.00 ns, 924.5279 ns/op WorkloadResult 57: 1048576 op, 972534303.00 ns, 927.4810 ns/op WorkloadResult 58: 1048576 op, 963019031.00 ns, 918.4065 ns/op WorkloadResult 59: 1048576 op, 972217972.00 ns, 927.1793 ns/op WorkloadResult 60: 1048576 op, 979546813.00 ns, 934.1686 ns/op WorkloadResult 61: 1048576 op, 981303239.00 ns, 935.8437 ns/op WorkloadResult 62: 1048576 op, 960362449.00 ns, 915.8730 ns/op WorkloadResult 63: 1048576 op, 963919572.00 ns, 919.2653 ns/op WorkloadResult 64: 1048576 op, 968599564.00 ns, 923.7285 ns/op WorkloadResult 65: 1048576 op, 968394306.00 ns, 923.5328 ns/op WorkloadResult 66: 1048576 op, 989224031.00 ns, 943.3976 ns/op // GC: 365 7 0 6105264496 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 58872 has exited with code 0. Mean = 918.485 ns, StdErr = 5.346 ns (0.58%), N = 66, StdDev = 43.432 ns Min = 791.893 ns, Q1 = 900.163 ns, Median = 924.131 ns, Q3 = 945.144 ns, Max = 1,004.040 ns IQR = 44.981 ns, LowerFence = 832.691 ns, UpperFence = 1,012.615 ns ConfidenceInterval = [900.060 ns; 936.911 ns] (CI 99.9%), Margin = 18.426 ns (2.01% of Mean) Skewness = -0.88, Kurtosis = 3.54, MValue = 2 // ** Remained 1 (20.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:06 (0h 0m from now) ** // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 132 133 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata --job Default --benchmarkId 4 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 209114.00 ns, 209.1140 us/op System.Reflection.TargetInvocationException: Exception has been thrown by the target of an invocation. ---> System.ArgumentException: The CloudEvent extension attribute 'traceId' is invalid. Only lowercase alphanumeric names are allowed. (Parameter 'attributeName') at Light.Results.CloudEvents.Writing.DefaultCloudEventAttributeConversionService.ValidateAttributeName(String attributeName) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/DefaultCloudEventAttributeConversionService.cs:line 88 at Light.Results.CloudEvents.Writing.DefaultCloudEventAttributeConversionService.PrepareCloudEventAttribute(String metadataKey, MetadataValue metadataValue) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/DefaultCloudEventAttributeConversionService.cs:line 57 at Light.Results.CloudEvents.Writing.CloudEventResultExtensions.ConvertMetadataToCloudEventAttributes(Nullable`1 metadata, ICloudEventAttributeConversionService conversionService) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/CloudEventResultExtensions.cs:line 221 at Light.Results.CloudEvents.Writing.CloudEventResultExtensions.WriteCloudEvent[T](Result`1 result, Utf8JsonWriter writer, String successType, String failureType, String id, String source, String subject, String dataschema, Nullable`1 time, LightResultsCloudEventWriteOptions options) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/CloudEventResultExtensions.cs:line 152 at Light.Results.CloudEvents.Writing.CloudEventResultExtensions.ToCloudEvent[T](Result`1 result, String successType, String failureType, String id, String source, String subject, String dataschema, Nullable`1 time, LightResultsCloudEventWriteOptions options) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/CloudEventResultExtensions.cs:line 124 at Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata() in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/CloudEventWritingBenchmarks.cs:line 117 at BenchmarkDotNet.Autogenerated.Runnable_4.WorkloadActionNoUnroll(Int64 invokeCount) in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 1101 at BenchmarkDotNet.Engines.Engine.Measure(Action`1 action, Int64 invokeCount) at BenchmarkDotNet.Engines.Engine.RunIteration(IterationData data) at BenchmarkDotNet.Engines.EngineFactory.Jit(Engine engine, Int32 jitIndex, Int32 invokeCount, Int32 unrollFactor) at BenchmarkDotNet.Engines.EngineFactory.CreateReadyToRun(EngineParameters engineParameters) at BenchmarkDotNet.Autogenerated.Runnable_4.Run(IHost host, String benchmarkName) in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 964 at System.Reflection.MethodBaseInvoker.InterpretedInvoke_Method(Object obj, IntPtr* args) at System.Reflection.MethodBaseInvoker.InvokeDirectByRefWithFewArgs(Object obj, Span`1 copyOfArgs, BindingFlags invokeAttr) --- End of inner exception stack trace --- at System.Reflection.MethodBaseInvoker.InvokeDirectByRefWithFewArgs(Object obj, Span`1 copyOfArgs, BindingFlags invokeAttr) at System.Reflection.MethodBaseInvoker.InvokeWithFewArgs(Object obj, BindingFlags invokeAttr, Binder binder, Object[] parameters, CultureInfo culture) at System.Reflection.RuntimeMethodInfo.Invoke(Object obj, BindingFlags invokeAttr, Binder binder, Object[] parameters, CultureInfo culture) at BenchmarkDotNet.Autogenerated.UniqueProgramName.AfterAssemblyLoadingAttached(String[] args) in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 57 // AfterAll No Workload Results were obtained from the run. // Benchmark Process 59473 has exited with code 255. // ** Remained 0 (0.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:05 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventWritingBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventWritingBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventWritingBenchmarks-report.html // * Detailed results * CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 362.777 ns, StdErr = 1.744 ns (0.48%), N = 16, StdDev = 6.975 ns Min = 356.477 ns, Q1 = 357.759 ns, Median = 359.796 ns, Q3 = 365.505 ns, Max = 378.954 ns IQR = 7.746 ns, LowerFence = 346.140 ns, UpperFence = 377.125 ns ConfidenceInterval = [355.675 ns; 369.878 ns] (CI 99.9%), Margin = 7.101 ns (1.96% of Mean) Skewness = 0.97, Kurtosis = 2.54, MValue = 2 -------------------- Histogram -------------------- [355.899 ns ; 368.127 ns) | @@@@@@@@@@@@ [368.127 ns ; 382.587 ns) | @@@@ --------------------------------------------------- CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 812.561 ns, StdErr = 4.678 ns (0.58%), N = 64, StdDev = 37.425 ns Min = 759.979 ns, Q1 = 782.029 ns, Median = 811.531 ns, Q3 = 831.977 ns, Max = 897.038 ns IQR = 49.948 ns, LowerFence = 707.108 ns, UpperFence = 906.899 ns ConfidenceInterval = [796.414 ns; 828.709 ns] (CI 99.9%), Margin = 16.148 ns (1.99% of Mean) Skewness = 0.41, Kurtosis = 2.31, MValue = 3.05 -------------------- Histogram -------------------- [759.532 ns ; 784.093 ns) | @@@@@@@@@@@@@@@@@ [784.093 ns ; 808.907 ns) | @@@@@@@@@@@@ [808.907 ns ; 833.468 ns) | @@@@@@@@@@@@@@@@@@@@@ [833.468 ns ; 853.019 ns) | @@ [853.019 ns ; 877.580 ns) | @@@@@@@@ [877.580 ns ; 900.736 ns) | @@@@ --------------------------------------------------- CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation There are not any results runs CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 918.485 ns, StdErr = 5.346 ns (0.58%), N = 66, StdDev = 43.432 ns Min = 791.893 ns, Q1 = 900.163 ns, Median = 924.131 ns, Q3 = 945.144 ns, Max = 1,004.040 ns IQR = 44.981 ns, LowerFence = 832.691 ns, UpperFence = 1,012.615 ns ConfidenceInterval = [900.060 ns; 936.911 ns] (CI 99.9%), Margin = 18.426 ns (2.01% of Mean) Skewness = -0.88, Kurtosis = 3.54, MValue = 2 -------------------- Histogram -------------------- [788.525 ns ; 818.985 ns) | @@ [818.985 ns ; 853.584 ns) | @@@@@ [853.584 ns ; 882.700 ns) | @@@ [882.700 ns ; 915.314 ns) | @@@@@@@@@@@ [915.314 ns ; 943.525 ns) | @@@@@@@@@@@@@@@@@@@@@@@@@@@@ [943.525 ns ; 973.557 ns) | @@@@@@@@@@@@@@ [973.557 ns ; 1,005.688 ns) | @@@ --------------------------------------------------- CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation There are not any results runs // * Summary * BenchmarkDotNet v0.15.8, Linux Ubuntu 24.04.4 LTS (Noble Numbat) AMD Ryzen 9 5950X 3.40GHz, 1 CPU, 32 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 DefaultJob : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------------- |---------:|---------:|---------:|------:|--------:|-------:|-------:|----------:|------------:| | ToCloudEvent_NonGenericSuccess | 362.8 ns | 7.10 ns | 6.97 ns | 1.00 | 0.03 | 0.0615 | - | 1.01 KB | 1.00 | | ToCloudEvent_NonGenericFailure | 812.6 ns | 16.15 ns | 37.43 ns | 2.24 | 0.11 | 0.3481 | 0.0067 | 5.69 KB | 5.65 | | ToCloudEvent_GenericSuccess | NA | NA | NA | ? | ? | NA | NA | NA | ? | | ToCloudEvent_GenericFailure | 918.5 ns | 18.43 ns | 43.43 ns | 2.53 | 0.13 | 0.3481 | 0.0067 | 5.69 KB | 5.65 | | ToCloudEvent_GenericSuccessWithMetadata | NA | NA | NA | ? | ? | NA | NA | NA | ? | Benchmarks with issues: CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess: DefaultJob CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata: DefaultJob // * Warnings * BaselineCustomAnalyzer Summary -> A question mark '?' symbol indicates that it was not possible to compute the (Ratio, RatioSD, Alloc Ratio) column(s) because the baseline or benchmark could not be found, or the baseline value is too close to zero. MultimodalDistribution CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure: Default -> It seems that the distribution can have several modes (mValue = 3.05) // * Hints * Outliers CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess: Default -> 1 outlier was removed (406.99 ns) CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure: Default -> 1 outlier was removed (924.26 ns) CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure: Default -> 1 outlier was removed, 5 outliers were detected (794.97 ns..826.94 ns, 1.08 μs) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:02:47 (167.18 sec), executed benchmarks: 5 Global total time: 00:02:58 (178.77 sec), executed benchmarks: 5 // * Artifacts cleanup * Artifacts cleanup is finished Benchmarks.CloudEventWritingBenchmarks-20260215-100822.log000066400000000000000000001102441516707642500406140ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 5 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 1.45 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 9.6 sec and exited with 0 // ***** Done, took 00:00:11 (11.1 sec) ***** // Found 5 benchmarks: // CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess: DefaultJob // CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure: DefaultJob // CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess: DefaultJob // CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure: DefaultJob // CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata: DefaultJob // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 132 133 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess --job Default --benchmarkId 0 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 168788.00 ns, 168.7880 us/op WorkloadJitting 1: 1 op, 6039692.00 ns, 6.0397 ms/op OverheadJitting 2: 16 op, 372970.00 ns, 23.3106 us/op WorkloadJitting 2: 16 op, 479363.00 ns, 29.9602 us/op WorkloadPilot 1: 16 op, 46482.00 ns, 2.9051 us/op WorkloadPilot 2: 32 op, 66185.00 ns, 2.0683 us/op WorkloadPilot 3: 64 op, 119934.00 ns, 1.8740 us/op WorkloadPilot 4: 128 op, 226046.00 ns, 1.7660 us/op WorkloadPilot 5: 256 op, 369934.00 ns, 1.4451 us/op WorkloadPilot 6: 512 op, 722921.00 ns, 1.4120 us/op WorkloadPilot 7: 1024 op, 1361433.00 ns, 1.3295 us/op WorkloadPilot 8: 2048 op, 2730715.00 ns, 1.3334 us/op WorkloadPilot 9: 4096 op, 5796867.00 ns, 1.4153 us/op WorkloadPilot 10: 8192 op, 11392064.00 ns, 1.3906 us/op WorkloadPilot 11: 16384 op, 22544924.00 ns, 1.3760 us/op WorkloadPilot 12: 32768 op, 47361364.00 ns, 1.4454 us/op WorkloadPilot 13: 65536 op, 79042517.00 ns, 1.2061 us/op WorkloadPilot 14: 131072 op, 101995622.00 ns, 778.1648 ns/op WorkloadPilot 15: 262144 op, 86288421.00 ns, 329.1642 ns/op WorkloadPilot 16: 524288 op, 172267742.00 ns, 328.5746 ns/op WorkloadPilot 17: 1048576 op, 345687192.00 ns, 329.6730 ns/op WorkloadPilot 18: 2097152 op, 691788834.00 ns, 329.8706 ns/op OverheadWarmup 1: 2097152 op, 6328652.00 ns, 3.0177 ns/op OverheadWarmup 2: 2097152 op, 6301043.00 ns, 3.0046 ns/op OverheadWarmup 3: 2097152 op, 6331014.00 ns, 3.0189 ns/op OverheadWarmup 4: 2097152 op, 6538623.00 ns, 3.1179 ns/op OverheadWarmup 5: 2097152 op, 6436219.00 ns, 3.0690 ns/op OverheadWarmup 6: 2097152 op, 6394686.00 ns, 3.0492 ns/op OverheadWarmup 7: 2097152 op, 6551420.00 ns, 3.1240 ns/op OverheadWarmup 8: 2097152 op, 6329105.00 ns, 3.0180 ns/op OverheadActual 1: 2097152 op, 6428485.00 ns, 3.0653 ns/op OverheadActual 2: 2097152 op, 6419230.00 ns, 3.0609 ns/op OverheadActual 3: 2097152 op, 6434235.00 ns, 3.0681 ns/op OverheadActual 4: 2097152 op, 6466828.00 ns, 3.0836 ns/op OverheadActual 5: 2097152 op, 6464448.00 ns, 3.0825 ns/op OverheadActual 6: 2097152 op, 6469433.00 ns, 3.0849 ns/op OverheadActual 7: 2097152 op, 6382095.00 ns, 3.0432 ns/op OverheadActual 8: 2097152 op, 6511997.00 ns, 3.1052 ns/op OverheadActual 9: 2097152 op, 6585338.00 ns, 3.1401 ns/op OverheadActual 10: 2097152 op, 6448611.00 ns, 3.0749 ns/op OverheadActual 11: 2097152 op, 6650395.00 ns, 3.1712 ns/op OverheadActual 12: 2097152 op, 6360803.00 ns, 3.0331 ns/op OverheadActual 13: 2097152 op, 6390901.00 ns, 3.0474 ns/op OverheadActual 14: 2097152 op, 6453985.00 ns, 3.0775 ns/op OverheadActual 15: 2097152 op, 6485262.00 ns, 3.0924 ns/op WorkloadWarmup 1: 2097152 op, 726811264.00 ns, 346.5706 ns/op WorkloadWarmup 2: 2097152 op, 689890821.00 ns, 328.9656 ns/op WorkloadWarmup 3: 2097152 op, 679158061.00 ns, 323.8478 ns/op WorkloadWarmup 4: 2097152 op, 674665134.00 ns, 321.7054 ns/op WorkloadWarmup 5: 2097152 op, 675013746.00 ns, 321.8716 ns/op WorkloadWarmup 6: 2097152 op, 680439154.00 ns, 324.4587 ns/op WorkloadWarmup 7: 2097152 op, 676153374.00 ns, 322.4151 ns/op WorkloadWarmup 8: 2097152 op, 676511613.00 ns, 322.5859 ns/op WorkloadWarmup 9: 2097152 op, 682405797.00 ns, 325.3964 ns/op WorkloadWarmup 10: 2097152 op, 672224659.00 ns, 320.5417 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 690350195.00 ns, 329.1846 ns/op WorkloadActual 2: 2097152 op, 677725455.00 ns, 323.1647 ns/op WorkloadActual 3: 2097152 op, 675002814.00 ns, 321.8664 ns/op WorkloadActual 4: 2097152 op, 671597886.00 ns, 320.2428 ns/op WorkloadActual 5: 2097152 op, 674898139.00 ns, 321.8165 ns/op WorkloadActual 6: 2097152 op, 676960690.00 ns, 322.8000 ns/op WorkloadActual 7: 2097152 op, 718704064.00 ns, 342.7048 ns/op WorkloadActual 8: 2097152 op, 686730763.00 ns, 327.4587 ns/op WorkloadActual 9: 2097152 op, 673341115.00 ns, 321.0741 ns/op WorkloadActual 10: 2097152 op, 675314773.00 ns, 322.0152 ns/op WorkloadActual 11: 2097152 op, 673774703.00 ns, 321.2808 ns/op WorkloadActual 12: 2097152 op, 674894696.00 ns, 321.8149 ns/op WorkloadActual 13: 2097152 op, 672959668.00 ns, 320.8922 ns/op WorkloadActual 14: 2097152 op, 674228015.00 ns, 321.4970 ns/op WorkloadActual 15: 2097152 op, 669928494.00 ns, 319.4468 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 671271470.00 ns, 320.0872 ns/op WorkloadResult 2: 2097152 op, 668548829.00 ns, 318.7889 ns/op WorkloadResult 3: 2097152 op, 665143901.00 ns, 317.1653 ns/op WorkloadResult 4: 2097152 op, 668444154.00 ns, 318.7390 ns/op WorkloadResult 5: 2097152 op, 670506705.00 ns, 319.7225 ns/op WorkloadResult 6: 2097152 op, 666887130.00 ns, 317.9966 ns/op WorkloadResult 7: 2097152 op, 668860788.00 ns, 318.9377 ns/op WorkloadResult 8: 2097152 op, 667320718.00 ns, 318.2033 ns/op WorkloadResult 9: 2097152 op, 668440711.00 ns, 318.7374 ns/op WorkloadResult 10: 2097152 op, 666505683.00 ns, 317.8147 ns/op WorkloadResult 11: 2097152 op, 667774030.00 ns, 318.4195 ns/op WorkloadResult 12: 2097152 op, 663474509.00 ns, 316.3693 ns/op // GC: 51 0 0 853957192 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 62798 has exited with code 0. Mean = 318.415 ns, StdErr = 0.295 ns (0.09%), N = 12, StdDev = 1.020 ns Min = 316.369 ns, Q1 = 317.951 ns, Median = 318.578 ns, Q3 = 318.826 ns, Max = 320.087 ns IQR = 0.875 ns, LowerFence = 316.639 ns, UpperFence = 320.139 ns ConfidenceInterval = [317.108 ns; 319.722 ns] (CI 99.9%), Margin = 1.307 ns (0.41% of Mean) Skewness = -0.29, Kurtosis = 2.38, MValue = 2 // ** Remained 4 (80.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:10 (0h 1m from now) ** // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 132 133 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure --job Default --benchmarkId 1 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 166052.00 ns, 166.0520 us/op WorkloadJitting 1: 1 op, 6448781.00 ns, 6.4488 ms/op OverheadJitting 2: 16 op, 365263.00 ns, 22.8289 us/op WorkloadJitting 2: 16 op, 436870.00 ns, 27.3044 us/op WorkloadPilot 1: 16 op, 71527.00 ns, 4.4704 us/op WorkloadPilot 2: 32 op, 107948.00 ns, 3.3734 us/op WorkloadPilot 3: 64 op, 190407.00 ns, 2.9751 us/op WorkloadPilot 4: 128 op, 337818.00 ns, 2.6392 us/op WorkloadPilot 5: 256 op, 654542.00 ns, 2.5568 us/op WorkloadPilot 6: 512 op, 1132321.00 ns, 2.2116 us/op WorkloadPilot 7: 1024 op, 2458332.00 ns, 2.4007 us/op WorkloadPilot 8: 2048 op, 5211825.00 ns, 2.5448 us/op WorkloadPilot 9: 4096 op, 10101166.00 ns, 2.4661 us/op WorkloadPilot 10: 8192 op, 19878621.00 ns, 2.4266 us/op WorkloadPilot 11: 16384 op, 39275988.00 ns, 2.3972 us/op WorkloadPilot 12: 32768 op, 75708989.00 ns, 2.3105 us/op WorkloadPilot 13: 65536 op, 117745615.00 ns, 1.7967 us/op WorkloadPilot 14: 131072 op, 85147233.00 ns, 649.6218 ns/op WorkloadPilot 15: 262144 op, 153856326.00 ns, 586.9153 ns/op WorkloadPilot 16: 524288 op, 295878184.00 ns, 564.3428 ns/op WorkloadPilot 17: 1048576 op, 602034771.00 ns, 574.1451 ns/op OverheadWarmup 1: 1048576 op, 3201565.00 ns, 3.0533 ns/op OverheadWarmup 2: 1048576 op, 3418379.00 ns, 3.2600 ns/op OverheadWarmup 3: 1048576 op, 3155882.00 ns, 3.0097 ns/op OverheadWarmup 4: 1048576 op, 3411371.00 ns, 3.2533 ns/op OverheadWarmup 5: 1048576 op, 3202751.00 ns, 3.0544 ns/op OverheadActual 1: 1048576 op, 3121865.00 ns, 2.9772 ns/op OverheadActual 2: 1048576 op, 3148530.00 ns, 3.0027 ns/op OverheadActual 3: 1048576 op, 3119484.00 ns, 2.9750 ns/op OverheadActual 4: 1048576 op, 3186652.00 ns, 3.0390 ns/op OverheadActual 5: 1048576 op, 3192078.00 ns, 3.0442 ns/op OverheadActual 6: 1048576 op, 3158059.00 ns, 3.0118 ns/op OverheadActual 7: 1048576 op, 3296360.00 ns, 3.1437 ns/op OverheadActual 8: 1048576 op, 3142865.00 ns, 2.9973 ns/op OverheadActual 9: 1048576 op, 3194876.00 ns, 3.0469 ns/op OverheadActual 10: 1048576 op, 3135765.00 ns, 2.9905 ns/op OverheadActual 11: 1048576 op, 3159245.00 ns, 3.0129 ns/op OverheadActual 12: 1048576 op, 3154635.00 ns, 3.0085 ns/op OverheadActual 13: 1048576 op, 3184603.00 ns, 3.0371 ns/op OverheadActual 14: 1048576 op, 3139241.00 ns, 2.9938 ns/op OverheadActual 15: 1048576 op, 3135021.00 ns, 2.9898 ns/op WorkloadWarmup 1: 1048576 op, 602737952.00 ns, 574.8157 ns/op WorkloadWarmup 2: 1048576 op, 621396302.00 ns, 592.6097 ns/op WorkloadWarmup 3: 1048576 op, 595746093.00 ns, 568.1477 ns/op WorkloadWarmup 4: 1048576 op, 590257700.00 ns, 562.9136 ns/op WorkloadWarmup 5: 1048576 op, 604205015.00 ns, 576.2148 ns/op WorkloadWarmup 6: 1048576 op, 601130457.00 ns, 573.2827 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 596452506.00 ns, 568.8214 ns/op WorkloadActual 2: 1048576 op, 604677729.00 ns, 576.6656 ns/op WorkloadActual 3: 1048576 op, 598974701.00 ns, 571.2268 ns/op WorkloadActual 4: 1048576 op, 596205410.00 ns, 568.5858 ns/op WorkloadActual 5: 1048576 op, 594994559.00 ns, 567.4310 ns/op WorkloadActual 6: 1048576 op, 645339664.00 ns, 615.4439 ns/op WorkloadActual 7: 1048576 op, 596393146.00 ns, 568.7648 ns/op WorkloadActual 8: 1048576 op, 593615917.00 ns, 566.1163 ns/op WorkloadActual 9: 1048576 op, 594487003.00 ns, 566.9470 ns/op WorkloadActual 10: 1048576 op, 597080588.00 ns, 569.4204 ns/op WorkloadActual 11: 1048576 op, 592961743.00 ns, 565.4924 ns/op WorkloadActual 12: 1048576 op, 592683983.00 ns, 565.2275 ns/op WorkloadActual 13: 1048576 op, 599285882.00 ns, 571.5236 ns/op WorkloadActual 14: 1048576 op, 593266796.00 ns, 565.7833 ns/op WorkloadActual 15: 1048576 op, 599346027.00 ns, 571.5809 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 593297871.00 ns, 565.8129 ns/op WorkloadResult 2: 1048576 op, 601523094.00 ns, 573.6571 ns/op WorkloadResult 3: 1048576 op, 595820066.00 ns, 568.2183 ns/op WorkloadResult 4: 1048576 op, 593050775.00 ns, 565.5773 ns/op WorkloadResult 5: 1048576 op, 591839924.00 ns, 564.4225 ns/op WorkloadResult 6: 1048576 op, 593238511.00 ns, 565.7563 ns/op WorkloadResult 7: 1048576 op, 590461282.00 ns, 563.1078 ns/op WorkloadResult 8: 1048576 op, 591332368.00 ns, 563.9385 ns/op WorkloadResult 9: 1048576 op, 593925953.00 ns, 566.4119 ns/op WorkloadResult 10: 1048576 op, 589807108.00 ns, 562.4839 ns/op WorkloadResult 11: 1048576 op, 589529348.00 ns, 562.2190 ns/op WorkloadResult 12: 1048576 op, 596131247.00 ns, 568.5151 ns/op WorkloadResult 13: 1048576 op, 590112161.00 ns, 562.7748 ns/op WorkloadResult 14: 1048576 op, 596191392.00 ns, 568.5724 ns/op // GC: 35 0 0 595672584 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 62959 has exited with code 0. Mean = 565.819 ns, StdErr = 0.841 ns (0.15%), N = 14, StdDev = 3.146 ns Min = 562.219 ns, Q1 = 563.315 ns, Median = 565.667 ns, Q3 = 567.767 ns, Max = 573.657 ns IQR = 4.451 ns, LowerFence = 556.639 ns, UpperFence = 574.444 ns ConfidenceInterval = [562.271 ns; 569.368 ns] (CI 99.9%), Margin = 3.549 ns (0.63% of Mean) Skewness = 0.91, Kurtosis = 3.18, MValue = 2 // ** Remained 3 (60.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:10 (0h 0m from now) ** // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 132 133 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess --job Default --benchmarkId 2 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 164770.00 ns, 164.7700 us/op System.Reflection.TargetInvocationException: Exception has been thrown by the target of an invocation. ---> System.NotSupportedException: JsonTypeInfo metadata for type 'Benchmarks.CloudEventWritingBenchmarks+ContactDto' was not provided by TypeInfoResolver of type ''. If using source generation, ensure that all root types passed to the serializer have been annotated with 'JsonSerializableAttribute', along with any types that might be serialized polymorphically. at System.Text.Json.ThrowHelper.ThrowNotSupportedException_NoMetadataForType(Type type, IJsonTypeInfoResolver resolver) at System.Text.Json.JsonSerializerOptions.GetTypeInfoInternal(Type type, Boolean ensureConfigured, Nullable`1 ensureNotNull, Boolean resolveIfMutable, Boolean fallBackToNearestAncestorType) at Light.Results.SharedJsonSerialization.SharedSerializerExtensions.WriteGenericValue[T](Utf8JsonWriter writer, T value, JsonSerializerOptions options) in /home/kenny/Code/Light.Results/src/Light.Results/SharedJsonSerialization/SharedSerializerExtensions.cs:line 56 at Light.Results.CloudEvents.Writing.CloudEventResultExtensions.WriteCloudEvent[T](Result`1 result, Utf8JsonWriter writer, String successType, String failureType, String id, String source, String subject, String dataschema, Nullable`1 time, LightResultsCloudEventWriteOptions options) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/CloudEventResultExtensions.cs:line 244 at Light.Results.CloudEvents.Writing.CloudEventResultExtensions.ToCloudEvent[T](Result`1 result, String successType, String failureType, String id, String source, String subject, String dataschema, Nullable`1 time, LightResultsCloudEventWriteOptions options) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/CloudEventResultExtensions.cs:line 150 at Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess() in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/CloudEventWritingBenchmarks.cs:line 95 at BenchmarkDotNet.Autogenerated.Runnable_2.WorkloadActionNoUnroll(Int64 invokeCount) in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 707 at BenchmarkDotNet.Engines.Engine.Measure(Action`1 action, Int64 invokeCount) at BenchmarkDotNet.Engines.Engine.RunIteration(IterationData data) at BenchmarkDotNet.Engines.EngineFactory.Jit(Engine engine, Int32 jitIndex, Int32 invokeCount, Int32 unrollFactor) at BenchmarkDotNet.Engines.EngineFactory.CreateReadyToRun(EngineParameters engineParameters) at BenchmarkDotNet.Autogenerated.Runnable_2.Run(IHost host, String benchmarkName) in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 570 at System.Reflection.MethodBaseInvoker.InterpretedInvoke_Method(Object obj, IntPtr* args) at System.Reflection.MethodBaseInvoker.InvokeDirectByRefWithFewArgs(Object obj, Span`1 copyOfArgs, BindingFlags invokeAttr) --- End of inner exception stack trace --- at System.Reflection.MethodBaseInvoker.InvokeDirectByRefWithFewArgs(Object obj, Span`1 copyOfArgs, BindingFlags invokeAttr) at System.Reflection.MethodBaseInvoker.InvokeWithFewArgs(Object obj, BindingFlags invokeAttr, Binder binder, Object[] parameters, CultureInfo culture) at System.Reflection.RuntimeMethodInfo.Invoke(Object obj, BindingFlags invokeAttr, Binder binder, Object[] parameters, CultureInfo culture) at BenchmarkDotNet.Autogenerated.UniqueProgramName.AfterAssemblyLoadingAttached(String[] args) in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 57 // AfterAll No Workload Results were obtained from the run. // Benchmark Process 63099 has exited with code 255. // ** Remained 2 (40.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:09 (0h 0m from now) ** // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 132 133 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure --job Default --benchmarkId 3 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 163524.00 ns, 163.5240 us/op WorkloadJitting 1: 1 op, 6570515.00 ns, 6.5705 ms/op OverheadJitting 2: 16 op, 333480.00 ns, 20.8425 us/op WorkloadJitting 2: 16 op, 447460.00 ns, 27.9663 us/op WorkloadPilot 1: 16 op, 66637.00 ns, 4.1648 us/op WorkloadPilot 2: 32 op, 105207.00 ns, 3.2877 us/op WorkloadPilot 3: 64 op, 183452.00 ns, 2.8664 us/op WorkloadPilot 4: 128 op, 344343.00 ns, 2.6902 us/op WorkloadPilot 5: 256 op, 673752.00 ns, 2.6318 us/op WorkloadPilot 6: 512 op, 1155803.00 ns, 2.2574 us/op WorkloadPilot 7: 1024 op, 2642785.00 ns, 2.5808 us/op WorkloadPilot 8: 2048 op, 5088538.00 ns, 2.4846 us/op WorkloadPilot 9: 4096 op, 10493366.00 ns, 2.5619 us/op WorkloadPilot 10: 8192 op, 20705401.00 ns, 2.5275 us/op WorkloadPilot 11: 16384 op, 39694120.00 ns, 2.4227 us/op WorkloadPilot 12: 32768 op, 77171145.00 ns, 2.3551 us/op WorkloadPilot 13: 65536 op, 116440741.00 ns, 1.7767 us/op WorkloadPilot 14: 131072 op, 112626026.00 ns, 859.2684 ns/op WorkloadPilot 15: 262144 op, 212993473.00 ns, 812.5056 ns/op WorkloadPilot 16: 524288 op, 313235278.00 ns, 597.4489 ns/op WorkloadPilot 17: 1048576 op, 603530534.00 ns, 575.5716 ns/op OverheadWarmup 1: 1048576 op, 3153157.00 ns, 3.0071 ns/op OverheadWarmup 2: 1048576 op, 3074182.00 ns, 2.9318 ns/op OverheadWarmup 3: 1048576 op, 3088511.00 ns, 2.9454 ns/op OverheadWarmup 4: 1048576 op, 3066653.00 ns, 2.9246 ns/op OverheadWarmup 5: 1048576 op, 3276820.00 ns, 3.1250 ns/op OverheadWarmup 6: 1048576 op, 3074619.00 ns, 2.9322 ns/op OverheadActual 1: 1048576 op, 3036701.00 ns, 2.8960 ns/op OverheadActual 2: 1048576 op, 3217332.00 ns, 3.0683 ns/op OverheadActual 3: 1048576 op, 3036710.00 ns, 2.8960 ns/op OverheadActual 4: 1048576 op, 3053699.00 ns, 2.9122 ns/op OverheadActual 5: 1048576 op, 3202406.00 ns, 3.0541 ns/op OverheadActual 6: 1048576 op, 3068387.00 ns, 2.9262 ns/op OverheadActual 7: 1048576 op, 3067761.00 ns, 2.9256 ns/op OverheadActual 8: 1048576 op, 3050561.00 ns, 2.9092 ns/op OverheadActual 9: 1048576 op, 3059395.00 ns, 2.9177 ns/op OverheadActual 10: 1048576 op, 3090880.00 ns, 2.9477 ns/op OverheadActual 11: 1048576 op, 3087675.00 ns, 2.9446 ns/op OverheadActual 12: 1048576 op, 3209415.00 ns, 3.0607 ns/op OverheadActual 13: 1048576 op, 3134924.00 ns, 2.9897 ns/op OverheadActual 14: 1048576 op, 3087853.00 ns, 2.9448 ns/op OverheadActual 15: 1048576 op, 3316570.00 ns, 3.1629 ns/op WorkloadWarmup 1: 1048576 op, 618173974.00 ns, 589.5366 ns/op WorkloadWarmup 2: 1048576 op, 635198127.00 ns, 605.7721 ns/op WorkloadWarmup 3: 1048576 op, 623340451.00 ns, 594.4638 ns/op WorkloadWarmup 4: 1048576 op, 601509070.00 ns, 573.6438 ns/op WorkloadWarmup 5: 1048576 op, 605006429.00 ns, 576.9791 ns/op WorkloadWarmup 6: 1048576 op, 599982306.00 ns, 572.1877 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 604840121.00 ns, 576.8205 ns/op WorkloadActual 2: 1048576 op, 602962946.00 ns, 575.0303 ns/op WorkloadActual 3: 1048576 op, 601978067.00 ns, 574.0910 ns/op WorkloadActual 4: 1048576 op, 604662590.00 ns, 576.6512 ns/op WorkloadActual 5: 1048576 op, 631504265.00 ns, 602.2494 ns/op WorkloadActual 6: 1048576 op, 607511114.00 ns, 579.3677 ns/op WorkloadActual 7: 1048576 op, 610253846.00 ns, 581.9834 ns/op WorkloadActual 8: 1048576 op, 604153120.00 ns, 576.1653 ns/op WorkloadActual 9: 1048576 op, 605021751.00 ns, 576.9937 ns/op WorkloadActual 10: 1048576 op, 612645560.00 ns, 584.2643 ns/op WorkloadActual 11: 1048576 op, 602917144.00 ns, 574.9866 ns/op WorkloadActual 12: 1048576 op, 603908321.00 ns, 575.9319 ns/op WorkloadActual 13: 1048576 op, 602339566.00 ns, 574.4358 ns/op WorkloadActual 14: 1048576 op, 605498982.00 ns, 577.4488 ns/op WorkloadActual 15: 1048576 op, 638419963.00 ns, 608.8447 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 601752446.00 ns, 573.8759 ns/op WorkloadResult 2: 1048576 op, 599875271.00 ns, 572.0856 ns/op WorkloadResult 3: 1048576 op, 598890392.00 ns, 571.1464 ns/op WorkloadResult 4: 1048576 op, 601574915.00 ns, 573.7065 ns/op WorkloadResult 5: 1048576 op, 604423439.00 ns, 576.4231 ns/op WorkloadResult 6: 1048576 op, 607166171.00 ns, 579.0388 ns/op WorkloadResult 7: 1048576 op, 601065445.00 ns, 573.2207 ns/op WorkloadResult 8: 1048576 op, 601934076.00 ns, 574.0491 ns/op WorkloadResult 9: 1048576 op, 609557885.00 ns, 581.3197 ns/op WorkloadResult 10: 1048576 op, 599829469.00 ns, 572.0420 ns/op WorkloadResult 11: 1048576 op, 600820646.00 ns, 572.9872 ns/op WorkloadResult 12: 1048576 op, 599251891.00 ns, 571.4911 ns/op WorkloadResult 13: 1048576 op, 602411307.00 ns, 574.5042 ns/op // GC: 35 0 0 594931880 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 63106 has exited with code 0. Mean = 574.299 ns, StdErr = 0.831 ns (0.14%), N = 13, StdDev = 2.994 ns Min = 571.146 ns, Q1 = 572.086 ns, Median = 573.707 ns, Q3 = 574.504 ns, Max = 581.320 ns IQR = 2.419 ns, LowerFence = 568.458 ns, UpperFence = 578.132 ns ConfidenceInterval = [570.713 ns; 577.885 ns] (CI 99.9%), Margin = 3.586 ns (0.62% of Mean) Skewness = 1.1, Kurtosis = 3.03, MValue = 2 // ** Remained 1 (20.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:09 (0h 0m from now) ** // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 132 133 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata --job Default --benchmarkId 4 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 196550.00 ns, 196.5500 us/op System.Reflection.TargetInvocationException: Exception has been thrown by the target of an invocation. ---> System.ArgumentException: The CloudEvent extension attribute 'traceId' is invalid. Only lowercase alphanumeric names are allowed. (Parameter 'attributeName') at Light.Results.CloudEvents.Writing.DefaultCloudEventAttributeConversionService.ValidateAttributeName(String attributeName) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/DefaultCloudEventAttributeConversionService.cs:line 88 at Light.Results.CloudEvents.Writing.DefaultCloudEventAttributeConversionService.PrepareCloudEventAttribute(String metadataKey, MetadataValue metadataValue) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/DefaultCloudEventAttributeConversionService.cs:line 57 at Light.Results.CloudEvents.Writing.CloudEventResultExtensions.ConvertMetadataToCloudEventAttributes(Nullable`1 metadata, ICloudEventAttributeConversionService conversionService) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/CloudEventResultExtensions.cs:line 273 at Light.Results.CloudEvents.Writing.CloudEventResultExtensions.WriteCloudEvent[T](Result`1 result, Utf8JsonWriter writer, String successType, String failureType, String id, String source, String subject, String dataschema, Nullable`1 time, LightResultsCloudEventWriteOptions options) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/CloudEventResultExtensions.cs:line 204 at Light.Results.CloudEvents.Writing.CloudEventResultExtensions.ToCloudEvent[T](Result`1 result, String successType, String failureType, String id, String source, String subject, String dataschema, Nullable`1 time, LightResultsCloudEventWriteOptions options) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/CloudEventResultExtensions.cs:line 150 at Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata() in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/CloudEventWritingBenchmarks.cs:line 117 at BenchmarkDotNet.Autogenerated.Runnable_4.WorkloadActionNoUnroll(Int64 invokeCount) in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 1101 at BenchmarkDotNet.Engines.Engine.Measure(Action`1 action, Int64 invokeCount) at BenchmarkDotNet.Engines.Engine.RunIteration(IterationData data) at BenchmarkDotNet.Engines.EngineFactory.Jit(Engine engine, Int32 jitIndex, Int32 invokeCount, Int32 unrollFactor) at BenchmarkDotNet.Engines.EngineFactory.CreateReadyToRun(EngineParameters engineParameters) at BenchmarkDotNet.Autogenerated.Runnable_4.Run(IHost host, String benchmarkName) in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 964 at System.Reflection.MethodBaseInvoker.InterpretedInvoke_Method(Object obj, IntPtr* args) at System.Reflection.MethodBaseInvoker.InvokeDirectByRefWithFewArgs(Object obj, Span`1 copyOfArgs, BindingFlags invokeAttr) --- End of inner exception stack trace --- at System.Reflection.MethodBaseInvoker.InvokeDirectByRefWithFewArgs(Object obj, Span`1 copyOfArgs, BindingFlags invokeAttr) at System.Reflection.MethodBaseInvoker.InvokeWithFewArgs(Object obj, BindingFlags invokeAttr, Binder binder, Object[] parameters, CultureInfo culture) at System.Reflection.RuntimeMethodInfo.Invoke(Object obj, BindingFlags invokeAttr, Binder binder, Object[] parameters, CultureInfo culture) at BenchmarkDotNet.Autogenerated.UniqueProgramName.AfterAssemblyLoadingAttached(String[] args) in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 57 // AfterAll No Workload Results were obtained from the run. // Benchmark Process 63231 has exited with code 255. // ** Remained 0 (0.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:09 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventWritingBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventWritingBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventWritingBenchmarks-report.html // * Detailed results * CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 318.415 ns, StdErr = 0.295 ns (0.09%), N = 12, StdDev = 1.020 ns Min = 316.369 ns, Q1 = 317.951 ns, Median = 318.578 ns, Q3 = 318.826 ns, Max = 320.087 ns IQR = 0.875 ns, LowerFence = 316.639 ns, UpperFence = 320.139 ns ConfidenceInterval = [317.108 ns; 319.722 ns] (CI 99.9%), Margin = 1.307 ns (0.41% of Mean) Skewness = -0.29, Kurtosis = 2.38, MValue = 2 -------------------- Histogram -------------------- [315.784 ns ; 320.672 ns) | @@@@@@@@@@@@ --------------------------------------------------- CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 565.819 ns, StdErr = 0.841 ns (0.15%), N = 14, StdDev = 3.146 ns Min = 562.219 ns, Q1 = 563.315 ns, Median = 565.667 ns, Q3 = 567.767 ns, Max = 573.657 ns IQR = 4.451 ns, LowerFence = 556.639 ns, UpperFence = 574.444 ns ConfidenceInterval = [562.271 ns; 569.368 ns] (CI 99.9%), Margin = 3.549 ns (0.63% of Mean) Skewness = 0.91, Kurtosis = 3.18, MValue = 2 -------------------- Histogram -------------------- [560.506 ns ; 575.370 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation There are not any results runs CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 574.299 ns, StdErr = 0.831 ns (0.14%), N = 13, StdDev = 2.994 ns Min = 571.146 ns, Q1 = 572.086 ns, Median = 573.707 ns, Q3 = 574.504 ns, Max = 581.320 ns IQR = 2.419 ns, LowerFence = 568.458 ns, UpperFence = 578.132 ns ConfidenceInterval = [570.713 ns; 577.885 ns] (CI 99.9%), Margin = 3.586 ns (0.62% of Mean) Skewness = 1.1, Kurtosis = 3.03, MValue = 2 -------------------- Histogram -------------------- [569.475 ns ; 582.991 ns) | @@@@@@@@@@@@@ --------------------------------------------------- CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation There are not any results runs // * Summary * BenchmarkDotNet v0.15.8, Linux Ubuntu 24.04.4 LTS (Noble Numbat) AMD Ryzen 9 5950X 3.40GHz, 1 CPU, 32 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 DefaultJob : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Allocated | Alloc Ratio | |---------------------------------------- |---------:|--------:|--------:|------:|--------:|-------:|----------:|------------:| | ToCloudEvent_NonGenericSuccess | 318.4 ns | 1.31 ns | 1.02 ns | 1.00 | 0.00 | 0.0243 | 407 B | 1.00 | | ToCloudEvent_NonGenericFailure | 565.8 ns | 3.55 ns | 3.15 ns | 1.78 | 0.01 | 0.0334 | 568 B | 1.40 | | ToCloudEvent_GenericSuccess | NA | NA | NA | ? | ? | NA | NA | ? | | ToCloudEvent_GenericFailure | 574.3 ns | 3.59 ns | 2.99 ns | 1.80 | 0.01 | 0.0334 | 567 B | 1.39 | | ToCloudEvent_GenericSuccessWithMetadata | NA | NA | NA | ? | ? | NA | NA | ? | Benchmarks with issues: CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess: DefaultJob CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata: DefaultJob // * Warnings * BaselineCustomAnalyzer Summary -> A question mark '?' symbol indicates that it was not possible to compute the (Ratio, RatioSD, Alloc Ratio) column(s) because the baseline or benchmark could not be found, or the baseline value is too close to zero. // * Hints * Outliers CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess: Default -> 3 outliers were removed (327.46 ns..342.70 ns) CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure: Default -> 1 outlier was removed (615.44 ns) CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure: Default -> 2 outliers were removed (602.25 ns, 608.84 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:50 (50.28 sec), executed benchmarks: 5 Global total time: 00:01:01 (61.5 sec), executed benchmarks: 5 // * Artifacts cleanup * Artifacts cleanup is finished Benchmarks.CloudEventWritingBenchmarks-20260215-100943.log000066400000000000000000000331761516707642500406300ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 2 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 1.45 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 9.49 sec and exited with 0 // ***** Done, took 00:00:10 (10.99 sec) ***** // Found 2 benchmarks: // CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess: DefaultJob // CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata: DefaultJob // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 129 130 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess --job Default --benchmarkId 0 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 168745.00 ns, 168.7450 us/op System.Reflection.TargetInvocationException: Exception has been thrown by the target of an invocation. ---> System.NotSupportedException: JsonTypeInfo metadata for type 'Benchmarks.CloudEventWritingBenchmarks+ContactDto' was not provided by TypeInfoResolver of type ''. If using source generation, ensure that all root types passed to the serializer have been annotated with 'JsonSerializableAttribute', along with any types that might be serialized polymorphically. at System.Text.Json.ThrowHelper.ThrowNotSupportedException_NoMetadataForType(Type type, IJsonTypeInfoResolver resolver) at System.Text.Json.JsonSerializerOptions.GetTypeInfoInternal(Type type, Boolean ensureConfigured, Nullable`1 ensureNotNull, Boolean resolveIfMutable, Boolean fallBackToNearestAncestorType) at Light.Results.SharedJsonSerialization.SharedSerializerExtensions.WriteGenericValue[T](Utf8JsonWriter writer, T value, JsonSerializerOptions options) in /home/kenny/Code/Light.Results/src/Light.Results/SharedJsonSerialization/SharedSerializerExtensions.cs:line 56 at Light.Results.CloudEvents.Writing.CloudEventResultExtensions.WriteCloudEvent[T](Result`1 result, Utf8JsonWriter writer, String successType, String failureType, String id, String source, String subject, String dataschema, Nullable`1 time, LightResultsCloudEventWriteOptions options) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/CloudEventResultExtensions.cs:line 244 at Light.Results.CloudEvents.Writing.CloudEventResultExtensions.ToCloudEvent[T](Result`1 result, String successType, String failureType, String id, String source, String subject, String dataschema, Nullable`1 time, LightResultsCloudEventWriteOptions options) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/CloudEventResultExtensions.cs:line 150 at Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess() in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/CloudEventWritingBenchmarks.cs:line 95 at BenchmarkDotNet.Autogenerated.Runnable_0.WorkloadActionNoUnroll(Int64 invokeCount) in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 313 at BenchmarkDotNet.Engines.Engine.Measure(Action`1 action, Int64 invokeCount) at BenchmarkDotNet.Engines.Engine.RunIteration(IterationData data) at BenchmarkDotNet.Engines.EngineFactory.Jit(Engine engine, Int32 jitIndex, Int32 invokeCount, Int32 unrollFactor) at BenchmarkDotNet.Engines.EngineFactory.CreateReadyToRun(EngineParameters engineParameters) at BenchmarkDotNet.Autogenerated.Runnable_0.Run(IHost host, String benchmarkName) in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 176 at System.Reflection.MethodBaseInvoker.InterpretedInvoke_Method(Object obj, IntPtr* args) at System.Reflection.MethodBaseInvoker.InvokeDirectByRefWithFewArgs(Object obj, Span`1 copyOfArgs, BindingFlags invokeAttr) --- End of inner exception stack trace --- at System.Reflection.MethodBaseInvoker.InvokeDirectByRefWithFewArgs(Object obj, Span`1 copyOfArgs, BindingFlags invokeAttr) at System.Reflection.MethodBaseInvoker.InvokeWithFewArgs(Object obj, BindingFlags invokeAttr, Binder binder, Object[] parameters, CultureInfo culture) at System.Reflection.RuntimeMethodInfo.Invoke(Object obj, BindingFlags invokeAttr, Binder binder, Object[] parameters, CultureInfo culture) at BenchmarkDotNet.Autogenerated.UniqueProgramName.AfterAssemblyLoadingAttached(String[] args) in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 57 // AfterAll No Workload Results were obtained from the run. // Benchmark Process 64058 has exited with code 255. // ** Remained 1 (50.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:09 (0h 0m from now) ** // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 129 130 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata --job Default --benchmarkId 1 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 170171.00 ns, 170.1710 us/op System.Reflection.TargetInvocationException: Exception has been thrown by the target of an invocation. ---> System.ArgumentException: The CloudEvent extension attribute 'traceId' is invalid. Only lowercase alphanumeric names are allowed. (Parameter 'attributeName') at Light.Results.CloudEvents.Writing.DefaultCloudEventAttributeConversionService.ValidateAttributeName(String attributeName) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/DefaultCloudEventAttributeConversionService.cs:line 88 at Light.Results.CloudEvents.Writing.DefaultCloudEventAttributeConversionService.PrepareCloudEventAttribute(String metadataKey, MetadataValue metadataValue) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/DefaultCloudEventAttributeConversionService.cs:line 57 at Light.Results.CloudEvents.Writing.CloudEventResultExtensions.ConvertMetadataToCloudEventAttributes(Nullable`1 metadata, ICloudEventAttributeConversionService conversionService) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/CloudEventResultExtensions.cs:line 273 at Light.Results.CloudEvents.Writing.CloudEventResultExtensions.WriteCloudEvent[T](Result`1 result, Utf8JsonWriter writer, String successType, String failureType, String id, String source, String subject, String dataschema, Nullable`1 time, LightResultsCloudEventWriteOptions options) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/CloudEventResultExtensions.cs:line 204 at Light.Results.CloudEvents.Writing.CloudEventResultExtensions.ToCloudEvent[T](Result`1 result, String successType, String failureType, String id, String source, String subject, String dataschema, Nullable`1 time, LightResultsCloudEventWriteOptions options) in /home/kenny/Code/Light.Results/src/Light.Results/CloudEvents/Writing/CloudEventResultExtensions.cs:line 150 at Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata() in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/CloudEventWritingBenchmarks.cs:line 117 at BenchmarkDotNet.Autogenerated.Runnable_1.WorkloadActionNoUnroll(Int64 invokeCount) in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 510 at BenchmarkDotNet.Engines.Engine.Measure(Action`1 action, Int64 invokeCount) at BenchmarkDotNet.Engines.Engine.RunIteration(IterationData data) at BenchmarkDotNet.Engines.EngineFactory.Jit(Engine engine, Int32 jitIndex, Int32 invokeCount, Int32 unrollFactor) at BenchmarkDotNet.Engines.EngineFactory.CreateReadyToRun(EngineParameters engineParameters) at BenchmarkDotNet.Autogenerated.Runnable_1.Run(IHost host, String benchmarkName) in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 373 at System.Reflection.MethodBaseInvoker.InterpretedInvoke_Method(Object obj, IntPtr* args) at System.Reflection.MethodBaseInvoker.InvokeDirectByRefWithFewArgs(Object obj, Span`1 copyOfArgs, BindingFlags invokeAttr) --- End of inner exception stack trace --- at System.Reflection.MethodBaseInvoker.InvokeDirectByRefWithFewArgs(Object obj, Span`1 copyOfArgs, BindingFlags invokeAttr) at System.Reflection.MethodBaseInvoker.InvokeWithFewArgs(Object obj, BindingFlags invokeAttr, Binder binder, Object[] parameters, CultureInfo culture) at System.Reflection.RuntimeMethodInfo.Invoke(Object obj, BindingFlags invokeAttr, Binder binder, Object[] parameters, CultureInfo culture) at BenchmarkDotNet.Autogenerated.UniqueProgramName.AfterAssemblyLoadingAttached(String[] args) in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/Benchmarks-DefaultJob-1.notcs:line 57 // AfterAll No Workload Results were obtained from the run. // Benchmark Process 64070 has exited with code 255. // ** Remained 0 (0.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:09 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventWritingBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventWritingBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventWritingBenchmarks-report.html // * Detailed results * CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation There are not any results runs CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation There are not any results runs // * Summary * BenchmarkDotNet v0.15.8, Linux Ubuntu 24.04.4 LTS (Noble Numbat) AMD Ryzen 9 5950X 3.40GHz, 1 CPU, 32 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 DefaultJob : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 | Method | Mean | Error | |---------------------------------------- |-----:|------:| | ToCloudEvent_GenericSuccess | NA | NA | | ToCloudEvent_GenericSuccessWithMetadata | NA | NA | Benchmarks with issues: CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess: DefaultJob CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata: DefaultJob // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:00 (0.37 sec), executed benchmarks: 2 Global total time: 00:00:11 (11.44 sec), executed benchmarks: 2 // * Artifacts cleanup * Artifacts cleanup is finished Benchmarks.CloudEventWritingBenchmarks-20260215-101041.log000066400000000000000000001177711516707642500406220ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 5 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 1.56 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 9.55 sec and exited with 0 // ***** Done, took 00:00:11 (11.17 sec) ***** // Found 5 benchmarks: // CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess: DefaultJob // CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure: DefaultJob // CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess: DefaultJob // CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure: DefaultJob // CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata: DefaultJob // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 134 135 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess --job Default --benchmarkId 0 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 171364.00 ns, 171.3640 us/op WorkloadJitting 1: 1 op, 4282513.00 ns, 4.2825 ms/op OverheadJitting 2: 16 op, 500251.00 ns, 31.2657 us/op WorkloadJitting 2: 16 op, 573387.00 ns, 35.8367 us/op WorkloadPilot 1: 16 op, 52790.00 ns, 3.2994 us/op WorkloadPilot 2: 32 op, 65554.00 ns, 2.0486 us/op WorkloadPilot 3: 64 op, 100640.00 ns, 1.5725 us/op WorkloadPilot 4: 128 op, 179259.00 ns, 1.4005 us/op WorkloadPilot 5: 256 op, 364403.00 ns, 1.4234 us/op WorkloadPilot 6: 512 op, 737121.00 ns, 1.4397 us/op WorkloadPilot 7: 1024 op, 1292120.00 ns, 1.2618 us/op WorkloadPilot 8: 2048 op, 2921791.00 ns, 1.4267 us/op WorkloadPilot 9: 4096 op, 5604141.00 ns, 1.3682 us/op WorkloadPilot 10: 8192 op, 11124179.00 ns, 1.3579 us/op WorkloadPilot 11: 16384 op, 21522726.00 ns, 1.3136 us/op WorkloadPilot 12: 32768 op, 42582887.00 ns, 1.2995 us/op WorkloadPilot 13: 65536 op, 75065705.00 ns, 1.1454 us/op WorkloadPilot 14: 131072 op, 107856891.00 ns, 822.8828 ns/op WorkloadPilot 15: 262144 op, 83165988.00 ns, 317.2531 ns/op WorkloadPilot 16: 524288 op, 166156169.00 ns, 316.9177 ns/op WorkloadPilot 17: 1048576 op, 330960130.00 ns, 315.6282 ns/op WorkloadPilot 18: 2097152 op, 657237074.00 ns, 313.3951 ns/op OverheadWarmup 1: 2097152 op, 5830908.00 ns, 2.7804 ns/op OverheadWarmup 2: 2097152 op, 5854040.00 ns, 2.7914 ns/op OverheadWarmup 3: 2097152 op, 5928005.00 ns, 2.8267 ns/op OverheadWarmup 4: 2097152 op, 6015661.00 ns, 2.8685 ns/op OverheadWarmup 5: 2097152 op, 5795254.00 ns, 2.7634 ns/op OverheadWarmup 6: 2097152 op, 6013050.00 ns, 2.8672 ns/op OverheadWarmup 7: 2097152 op, 5865447.00 ns, 2.7969 ns/op OverheadActual 1: 2097152 op, 5959959.00 ns, 2.8419 ns/op OverheadActual 2: 2097152 op, 5819157.00 ns, 2.7748 ns/op OverheadActual 3: 2097152 op, 5871014.00 ns, 2.7995 ns/op OverheadActual 4: 2097152 op, 5829824.00 ns, 2.7799 ns/op OverheadActual 5: 2097152 op, 5870174.00 ns, 2.7991 ns/op OverheadActual 6: 2097152 op, 6259941.00 ns, 2.9850 ns/op OverheadActual 7: 2097152 op, 5931927.00 ns, 2.8286 ns/op OverheadActual 8: 2097152 op, 5970173.00 ns, 2.8468 ns/op OverheadActual 9: 2097152 op, 5817672.00 ns, 2.7741 ns/op OverheadActual 10: 2097152 op, 5821367.00 ns, 2.7758 ns/op OverheadActual 11: 2097152 op, 5941892.00 ns, 2.8333 ns/op OverheadActual 12: 2097152 op, 5824671.00 ns, 2.7774 ns/op OverheadActual 13: 2097152 op, 5868091.00 ns, 2.7981 ns/op OverheadActual 14: 2097152 op, 5867508.00 ns, 2.7978 ns/op OverheadActual 15: 2097152 op, 5840069.00 ns, 2.7848 ns/op WorkloadWarmup 1: 2097152 op, 714700458.00 ns, 340.7957 ns/op WorkloadWarmup 2: 2097152 op, 683459636.00 ns, 325.8990 ns/op WorkloadWarmup 3: 2097152 op, 666050189.00 ns, 317.5975 ns/op WorkloadWarmup 4: 2097152 op, 664935850.00 ns, 317.0661 ns/op WorkloadWarmup 5: 2097152 op, 665271762.00 ns, 317.2263 ns/op WorkloadWarmup 6: 2097152 op, 666687530.00 ns, 317.9014 ns/op WorkloadWarmup 7: 2097152 op, 665531090.00 ns, 317.3500 ns/op WorkloadWarmup 8: 2097152 op, 665287907.00 ns, 317.2340 ns/op WorkloadWarmup 9: 2097152 op, 670332597.00 ns, 319.6395 ns/op WorkloadWarmup 10: 2097152 op, 668959886.00 ns, 318.9849 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 722441213.00 ns, 344.4868 ns/op WorkloadActual 2: 2097152 op, 672221170.00 ns, 320.5400 ns/op WorkloadActual 3: 2097152 op, 666731979.00 ns, 317.9226 ns/op WorkloadActual 4: 2097152 op, 665805048.00 ns, 317.4806 ns/op WorkloadActual 5: 2097152 op, 665270323.00 ns, 317.2256 ns/op WorkloadActual 6: 2097152 op, 667520507.00 ns, 318.2986 ns/op WorkloadActual 7: 2097152 op, 668450993.00 ns, 318.7423 ns/op WorkloadActual 8: 2097152 op, 682432086.00 ns, 325.4090 ns/op WorkloadActual 9: 2097152 op, 677158321.00 ns, 322.8942 ns/op WorkloadActual 10: 2097152 op, 671093237.00 ns, 320.0022 ns/op WorkloadActual 11: 2097152 op, 664860206.00 ns, 317.0301 ns/op WorkloadActual 12: 2097152 op, 666130752.00 ns, 317.6359 ns/op WorkloadActual 13: 2097152 op, 662145598.00 ns, 315.7356 ns/op WorkloadActual 14: 2097152 op, 662464263.00 ns, 315.8876 ns/op WorkloadActual 15: 2097152 op, 671975402.00 ns, 320.4228 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 666353079.00 ns, 317.7419 ns/op WorkloadResult 2: 2097152 op, 660863888.00 ns, 315.1245 ns/op WorkloadResult 3: 2097152 op, 659936957.00 ns, 314.6825 ns/op WorkloadResult 4: 2097152 op, 659402232.00 ns, 314.4275 ns/op WorkloadResult 5: 2097152 op, 661652416.00 ns, 315.5005 ns/op WorkloadResult 6: 2097152 op, 662582902.00 ns, 315.9441 ns/op WorkloadResult 7: 2097152 op, 671290230.00 ns, 320.0961 ns/op WorkloadResult 8: 2097152 op, 665225146.00 ns, 317.2041 ns/op WorkloadResult 9: 2097152 op, 658992115.00 ns, 314.2319 ns/op WorkloadResult 10: 2097152 op, 660262661.00 ns, 314.8378 ns/op WorkloadResult 11: 2097152 op, 656277507.00 ns, 312.9375 ns/op WorkloadResult 12: 2097152 op, 656596172.00 ns, 313.0895 ns/op WorkloadResult 13: 2097152 op, 666107311.00 ns, 317.6247 ns/op // GC: 51 0 0 853937304 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 65152 has exited with code 0. Mean = 315.649 ns, StdErr = 0.565 ns (0.18%), N = 13, StdDev = 2.038 ns Min = 312.938 ns, Q1 = 314.427 ns, Median = 315.124 ns, Q3 = 317.204 ns, Max = 320.096 ns IQR = 2.777 ns, LowerFence = 310.263 ns, UpperFence = 321.369 ns ConfidenceInterval = [313.208 ns; 318.090 ns] (CI 99.9%), Margin = 2.441 ns (0.77% of Mean) Skewness = 0.6, Kurtosis = 2.39, MValue = 2 // ** Remained 4 (80.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:12 (0h 1m from now) ** // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 134 135 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure --job Default --benchmarkId 1 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 167810.00 ns, 167.8100 us/op WorkloadJitting 1: 1 op, 5246996.00 ns, 5.2470 ms/op OverheadJitting 2: 16 op, 338620.00 ns, 21.1638 us/op WorkloadJitting 2: 16 op, 606144.00 ns, 37.8840 us/op WorkloadPilot 1: 16 op, 67576.00 ns, 4.2235 us/op WorkloadPilot 2: 32 op, 108153.00 ns, 3.3798 us/op WorkloadPilot 3: 64 op, 208068.00 ns, 3.2511 us/op WorkloadPilot 4: 128 op, 363468.00 ns, 2.8396 us/op WorkloadPilot 5: 256 op, 686420.00 ns, 2.6813 us/op WorkloadPilot 6: 512 op, 1180970.00 ns, 2.3066 us/op WorkloadPilot 7: 1024 op, 2513472.00 ns, 2.4546 us/op WorkloadPilot 8: 2048 op, 5096061.00 ns, 2.4883 us/op WorkloadPilot 9: 4096 op, 10427527.00 ns, 2.5458 us/op WorkloadPilot 10: 8192 op, 20254319.00 ns, 2.4725 us/op WorkloadPilot 11: 16384 op, 41045567.00 ns, 2.5052 us/op WorkloadPilot 12: 32768 op, 77566548.00 ns, 2.3671 us/op WorkloadPilot 13: 65536 op, 110790783.00 ns, 1.6905 us/op WorkloadPilot 14: 131072 op, 84506220.00 ns, 644.7313 ns/op WorkloadPilot 15: 262144 op, 151617342.00 ns, 578.3743 ns/op WorkloadPilot 16: 524288 op, 300220424.00 ns, 572.6250 ns/op WorkloadPilot 17: 1048576 op, 596292872.00 ns, 568.6692 ns/op OverheadWarmup 1: 1048576 op, 2926726.00 ns, 2.7911 ns/op OverheadWarmup 2: 1048576 op, 2901359.00 ns, 2.7670 ns/op OverheadWarmup 3: 1048576 op, 3059969.00 ns, 2.9182 ns/op OverheadWarmup 4: 1048576 op, 3035433.00 ns, 2.8948 ns/op OverheadWarmup 5: 1048576 op, 2979498.00 ns, 2.8415 ns/op OverheadWarmup 6: 1048576 op, 2916810.00 ns, 2.7817 ns/op OverheadWarmup 7: 1048576 op, 3072807.00 ns, 2.9305 ns/op OverheadWarmup 8: 1048576 op, 3042162.00 ns, 2.9012 ns/op OverheadActual 1: 1048576 op, 2915149.00 ns, 2.7801 ns/op OverheadActual 2: 1048576 op, 3028027.00 ns, 2.8878 ns/op OverheadActual 3: 1048576 op, 2948659.00 ns, 2.8121 ns/op OverheadActual 4: 1048576 op, 2901800.00 ns, 2.7674 ns/op OverheadActual 5: 1048576 op, 2936261.00 ns, 2.8002 ns/op OverheadActual 6: 1048576 op, 3093229.00 ns, 2.9499 ns/op OverheadActual 7: 1048576 op, 3000222.00 ns, 2.8612 ns/op OverheadActual 8: 1048576 op, 2936011.00 ns, 2.8000 ns/op OverheadActual 9: 1048576 op, 3032621.00 ns, 2.8921 ns/op OverheadActual 10: 1048576 op, 2890823.00 ns, 2.7569 ns/op OverheadActual 11: 1048576 op, 3199666.00 ns, 3.0514 ns/op OverheadActual 12: 1048576 op, 2891173.00 ns, 2.7572 ns/op OverheadActual 13: 1048576 op, 2945092.00 ns, 2.8087 ns/op OverheadActual 14: 1048576 op, 3025767.00 ns, 2.8856 ns/op OverheadActual 15: 1048576 op, 2910346.00 ns, 2.7755 ns/op WorkloadWarmup 1: 1048576 op, 606960656.00 ns, 578.8428 ns/op WorkloadWarmup 2: 1048576 op, 640909445.00 ns, 611.2189 ns/op WorkloadWarmup 3: 1048576 op, 597484218.00 ns, 569.8054 ns/op WorkloadWarmup 4: 1048576 op, 594156731.00 ns, 566.6320 ns/op WorkloadWarmup 5: 1048576 op, 651428899.00 ns, 621.2510 ns/op WorkloadWarmup 6: 1048576 op, 597090239.00 ns, 569.4296 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 602113129.00 ns, 574.2198 ns/op WorkloadActual 2: 1048576 op, 597807219.00 ns, 570.1134 ns/op WorkloadActual 3: 1048576 op, 595884338.00 ns, 568.2796 ns/op WorkloadActual 4: 1048576 op, 597549360.00 ns, 569.8675 ns/op WorkloadActual 5: 1048576 op, 596974845.00 ns, 569.3196 ns/op WorkloadActual 6: 1048576 op, 596419977.00 ns, 568.7904 ns/op WorkloadActual 7: 1048576 op, 598127208.00 ns, 570.4186 ns/op WorkloadActual 8: 1048576 op, 597907228.00 ns, 570.2088 ns/op WorkloadActual 9: 1048576 op, 612172115.00 ns, 583.8128 ns/op WorkloadActual 10: 1048576 op, 599230885.00 ns, 571.4711 ns/op WorkloadActual 11: 1048576 op, 597529270.00 ns, 569.8483 ns/op WorkloadActual 12: 1048576 op, 611269634.00 ns, 582.9522 ns/op WorkloadActual 13: 1048576 op, 635990212.00 ns, 606.5275 ns/op WorkloadActual 14: 1048576 op, 600094585.00 ns, 572.2948 ns/op WorkloadActual 15: 1048576 op, 598523410.00 ns, 570.7964 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 599168037.00 ns, 571.4112 ns/op WorkloadResult 2: 1048576 op, 594862127.00 ns, 567.3047 ns/op WorkloadResult 3: 1048576 op, 592939246.00 ns, 565.4709 ns/op WorkloadResult 4: 1048576 op, 594604268.00 ns, 567.0588 ns/op WorkloadResult 5: 1048576 op, 594029753.00 ns, 566.5109 ns/op WorkloadResult 6: 1048576 op, 593474885.00 ns, 565.9818 ns/op WorkloadResult 7: 1048576 op, 595182116.00 ns, 567.6099 ns/op WorkloadResult 8: 1048576 op, 594962136.00 ns, 567.4001 ns/op WorkloadResult 9: 1048576 op, 596285793.00 ns, 568.6624 ns/op WorkloadResult 10: 1048576 op, 594584178.00 ns, 567.0397 ns/op WorkloadResult 11: 1048576 op, 597149493.00 ns, 569.4861 ns/op WorkloadResult 12: 1048576 op, 595578318.00 ns, 567.9877 ns/op // GC: 35 0 0 595673080 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 65338 has exited with code 0. Mean = 567.660 ns, StdErr = 0.464 ns (0.08%), N = 12, StdDev = 1.607 ns Min = 565.471 ns, Q1 = 566.907 ns, Median = 567.352 ns, Q3 = 568.156 ns, Max = 571.411 ns IQR = 1.249 ns, LowerFence = 565.034 ns, UpperFence = 570.030 ns ConfidenceInterval = [565.603 ns; 569.718 ns] (CI 99.9%), Margin = 2.058 ns (0.36% of Mean) Skewness = 0.86, Kurtosis = 3.04, MValue = 2 // ** Remained 3 (60.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:12 (0h 0m from now) ** // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 134 135 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess --job Default --benchmarkId 2 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 187477.00 ns, 187.4770 us/op WorkloadJitting 1: 1 op, 13663288.00 ns, 13.6633 ms/op OverheadJitting 2: 16 op, 401108.00 ns, 25.0693 us/op WorkloadJitting 2: 16 op, 457856.00 ns, 28.6160 us/op WorkloadPilot 1: 16 op, 66745.00 ns, 4.1716 us/op WorkloadPilot 2: 32 op, 95954.00 ns, 2.9986 us/op WorkloadPilot 3: 64 op, 180705.00 ns, 2.8235 us/op WorkloadPilot 4: 128 op, 328554.00 ns, 2.5668 us/op WorkloadPilot 5: 256 op, 639023.00 ns, 2.4962 us/op WorkloadPilot 6: 512 op, 1163253.00 ns, 2.2720 us/op WorkloadPilot 7: 1024 op, 2702888.00 ns, 2.6395 us/op WorkloadPilot 8: 2048 op, 5111381.00 ns, 2.4958 us/op WorkloadPilot 9: 4096 op, 9916001.00 ns, 2.4209 us/op WorkloadPilot 10: 8192 op, 21557720.00 ns, 2.6316 us/op WorkloadPilot 11: 16384 op, 40355413.00 ns, 2.4631 us/op WorkloadPilot 12: 32768 op, 77865575.00 ns, 2.3763 us/op WorkloadPilot 13: 65536 op, 189209871.00 ns, 2.8871 us/op WorkloadPilot 14: 131072 op, 326816995.00 ns, 2.4934 us/op WorkloadPilot 15: 262144 op, 260536420.00 ns, 993.8676 ns/op WorkloadPilot 16: 524288 op, 327654586.00 ns, 624.9515 ns/op WorkloadPilot 17: 1048576 op, 642183811.00 ns, 612.4342 ns/op OverheadWarmup 1: 1048576 op, 2910871.00 ns, 2.7760 ns/op OverheadWarmup 2: 1048576 op, 2921303.00 ns, 2.7860 ns/op OverheadWarmup 3: 1048576 op, 2966267.00 ns, 2.8289 ns/op OverheadWarmup 4: 1048576 op, 2922910.00 ns, 2.7875 ns/op OverheadWarmup 5: 1048576 op, 2905334.00 ns, 2.7707 ns/op OverheadWarmup 6: 1048576 op, 2895124.00 ns, 2.7610 ns/op OverheadWarmup 7: 1048576 op, 3053174.00 ns, 2.9117 ns/op OverheadWarmup 8: 1048576 op, 3421412.00 ns, 3.2629 ns/op OverheadWarmup 9: 1048576 op, 3251200.00 ns, 3.1006 ns/op OverheadActual 1: 1048576 op, 2890552.00 ns, 2.7566 ns/op OverheadActual 2: 1048576 op, 2933122.00 ns, 2.7972 ns/op OverheadActual 3: 1048576 op, 2918649.00 ns, 2.7834 ns/op OverheadActual 4: 1048576 op, 2886422.00 ns, 2.7527 ns/op OverheadActual 5: 1048576 op, 3000878.00 ns, 2.8619 ns/op OverheadActual 6: 1048576 op, 2889888.00 ns, 2.7560 ns/op OverheadActual 7: 1048576 op, 3191547.00 ns, 3.0437 ns/op OverheadActual 8: 1048576 op, 2900470.00 ns, 2.7661 ns/op OverheadActual 9: 1048576 op, 2902150.00 ns, 2.7677 ns/op OverheadActual 10: 1048576 op, 2912007.00 ns, 2.7771 ns/op OverheadActual 11: 1048576 op, 2942381.00 ns, 2.8061 ns/op OverheadActual 12: 1048576 op, 2879900.00 ns, 2.7465 ns/op OverheadActual 13: 1048576 op, 2959088.00 ns, 2.8220 ns/op OverheadActual 14: 1048576 op, 2897496.00 ns, 2.7633 ns/op OverheadActual 15: 1048576 op, 2908610.00 ns, 2.7739 ns/op WorkloadWarmup 1: 1048576 op, 654531248.00 ns, 624.2096 ns/op WorkloadWarmup 2: 1048576 op, 671229163.00 ns, 640.1340 ns/op WorkloadWarmup 3: 1048576 op, 661182380.00 ns, 630.5527 ns/op WorkloadWarmup 4: 1048576 op, 736604729.00 ns, 702.4810 ns/op WorkloadWarmup 5: 1048576 op, 657024653.00 ns, 626.5875 ns/op WorkloadWarmup 6: 1048576 op, 645654381.00 ns, 615.7440 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 646417493.00 ns, 616.4718 ns/op WorkloadActual 2: 1048576 op, 643410947.00 ns, 613.6045 ns/op WorkloadActual 3: 1048576 op, 646531885.00 ns, 616.5809 ns/op WorkloadActual 4: 1048576 op, 646361079.00 ns, 616.4180 ns/op WorkloadActual 5: 1048576 op, 644282437.00 ns, 614.4356 ns/op WorkloadActual 6: 1048576 op, 645280730.00 ns, 615.3877 ns/op WorkloadActual 7: 1048576 op, 672110925.00 ns, 640.9749 ns/op WorkloadActual 8: 1048576 op, 643924807.00 ns, 614.0946 ns/op WorkloadActual 9: 1048576 op, 651350924.00 ns, 621.1766 ns/op WorkloadActual 10: 1048576 op, 640059519.00 ns, 610.4083 ns/op WorkloadActual 11: 1048576 op, 637108656.00 ns, 607.5942 ns/op WorkloadActual 12: 1048576 op, 641593785.00 ns, 611.8715 ns/op WorkloadActual 13: 1048576 op, 642878667.00 ns, 613.0969 ns/op WorkloadActual 14: 1048576 op, 639484642.00 ns, 609.8601 ns/op WorkloadActual 15: 1048576 op, 651508418.00 ns, 621.3268 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 643508883.00 ns, 613.6979 ns/op WorkloadResult 2: 1048576 op, 640502337.00 ns, 610.8306 ns/op WorkloadResult 3: 1048576 op, 643623275.00 ns, 613.8070 ns/op WorkloadResult 4: 1048576 op, 643452469.00 ns, 613.6441 ns/op WorkloadResult 5: 1048576 op, 641373827.00 ns, 611.6617 ns/op WorkloadResult 6: 1048576 op, 642372120.00 ns, 612.6138 ns/op WorkloadResult 7: 1048576 op, 641016197.00 ns, 611.3207 ns/op WorkloadResult 8: 1048576 op, 648442314.00 ns, 618.4028 ns/op WorkloadResult 9: 1048576 op, 637150909.00 ns, 607.6345 ns/op WorkloadResult 10: 1048576 op, 634200046.00 ns, 604.8203 ns/op WorkloadResult 11: 1048576 op, 638685175.00 ns, 609.0976 ns/op WorkloadResult 12: 1048576 op, 639970057.00 ns, 610.3230 ns/op WorkloadResult 13: 1048576 op, 636576032.00 ns, 607.0862 ns/op WorkloadResult 14: 1048576 op, 648599808.00 ns, 618.5530 ns/op // GC: 34 0 0 570424504 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 65476 has exited with code 0. Mean = 611.678 ns, StdErr = 1.047 ns (0.17%), N = 14, StdDev = 3.919 ns Min = 604.820 ns, Q1 = 609.404 ns, Median = 611.491 ns, Q3 = 613.684 ns, Max = 618.553 ns IQR = 4.280 ns, LowerFence = 602.983 ns, UpperFence = 620.105 ns ConfidenceInterval = [607.257 ns; 616.099 ns] (CI 99.9%), Margin = 4.421 ns (0.72% of Mean) Skewness = 0.18, Kurtosis = 2.21, MValue = 2 // ** Remained 2 (40.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:12 (0h 0m from now) ** // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 134 135 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure --job Default --benchmarkId 3 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 175983.00 ns, 175.9830 us/op WorkloadJitting 1: 1 op, 5467919.00 ns, 5.4679 ms/op OverheadJitting 2: 16 op, 413939.00 ns, 25.8712 us/op WorkloadJitting 2: 16 op, 471530.00 ns, 29.4706 us/op WorkloadPilot 1: 16 op, 93518.00 ns, 5.8449 us/op WorkloadPilot 2: 32 op, 118402.00 ns, 3.7001 us/op WorkloadPilot 3: 64 op, 230164.00 ns, 3.5963 us/op WorkloadPilot 4: 128 op, 372512.00 ns, 2.9103 us/op WorkloadPilot 5: 256 op, 681840.00 ns, 2.6634 us/op WorkloadPilot 6: 512 op, 1248108.00 ns, 2.4377 us/op WorkloadPilot 7: 1024 op, 2527552.00 ns, 2.4683 us/op WorkloadPilot 8: 2048 op, 5127369.00 ns, 2.5036 us/op WorkloadPilot 9: 4096 op, 11124344.00 ns, 2.7159 us/op WorkloadPilot 10: 8192 op, 21309049.00 ns, 2.6012 us/op WorkloadPilot 11: 16384 op, 39909555.00 ns, 2.4359 us/op WorkloadPilot 12: 32768 op, 77943313.00 ns, 2.3786 us/op WorkloadPilot 13: 65536 op, 110568332.00 ns, 1.6871 us/op WorkloadPilot 14: 131072 op, 113335591.00 ns, 864.6819 ns/op WorkloadPilot 15: 262144 op, 190938004.00 ns, 728.3707 ns/op WorkloadPilot 16: 524288 op, 310312131.00 ns, 591.8734 ns/op WorkloadPilot 17: 1048576 op, 617427511.00 ns, 588.8248 ns/op OverheadWarmup 1: 1048576 op, 2931457.00 ns, 2.7957 ns/op OverheadWarmup 2: 1048576 op, 2930006.00 ns, 2.7943 ns/op OverheadWarmup 3: 1048576 op, 2902870.00 ns, 2.7684 ns/op OverheadWarmup 4: 1048576 op, 2941641.00 ns, 2.8054 ns/op OverheadWarmup 5: 1048576 op, 2940250.00 ns, 2.8040 ns/op OverheadWarmup 6: 1048576 op, 2910911.00 ns, 2.7761 ns/op OverheadWarmup 7: 1048576 op, 2913956.00 ns, 2.7790 ns/op OverheadWarmup 8: 1048576 op, 2966944.00 ns, 2.8295 ns/op OverheadWarmup 9: 1048576 op, 2922016.00 ns, 2.7867 ns/op OverheadActual 1: 1048576 op, 2940600.00 ns, 2.8044 ns/op OverheadActual 2: 1048576 op, 3238946.00 ns, 3.0889 ns/op OverheadActual 3: 1048576 op, 3134009.00 ns, 2.9888 ns/op OverheadActual 4: 1048576 op, 3067594.00 ns, 2.9255 ns/op OverheadActual 5: 1048576 op, 2996901.00 ns, 2.8581 ns/op OverheadActual 6: 1048576 op, 2916819.00 ns, 2.7817 ns/op OverheadActual 7: 1048576 op, 2935443.00 ns, 2.7995 ns/op OverheadActual 8: 1048576 op, 2985087.00 ns, 2.8468 ns/op OverheadActual 9: 1048576 op, 3014765.00 ns, 2.8751 ns/op OverheadActual 10: 1048576 op, 2918931.00 ns, 2.7837 ns/op OverheadActual 11: 1048576 op, 2972972.00 ns, 2.8352 ns/op OverheadActual 12: 1048576 op, 2967194.00 ns, 2.8297 ns/op OverheadActual 13: 1048576 op, 2917290.00 ns, 2.7821 ns/op OverheadActual 14: 1048576 op, 3161114.00 ns, 3.0147 ns/op OverheadActual 15: 1048576 op, 2923398.00 ns, 2.7880 ns/op WorkloadWarmup 1: 1048576 op, 638770813.00 ns, 609.1793 ns/op WorkloadWarmup 2: 1048576 op, 704343084.00 ns, 671.7139 ns/op WorkloadWarmup 3: 1048576 op, 610749344.00 ns, 582.4560 ns/op WorkloadWarmup 4: 1048576 op, 611271447.00 ns, 582.9539 ns/op WorkloadWarmup 5: 1048576 op, 607903483.00 ns, 579.7419 ns/op WorkloadWarmup 6: 1048576 op, 602489956.00 ns, 574.5792 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 607160273.00 ns, 579.0332 ns/op WorkloadActual 2: 1048576 op, 610971324.00 ns, 582.6677 ns/op WorkloadActual 3: 1048576 op, 607336974.00 ns, 579.2017 ns/op WorkloadActual 4: 1048576 op, 614395430.00 ns, 585.9331 ns/op WorkloadActual 5: 1048576 op, 644587245.00 ns, 614.7263 ns/op WorkloadActual 6: 1048576 op, 609336756.00 ns, 581.1088 ns/op WorkloadActual 7: 1048576 op, 610550112.00 ns, 582.2660 ns/op WorkloadActual 8: 1048576 op, 614727331.00 ns, 586.2497 ns/op WorkloadActual 9: 1048576 op, 618152003.00 ns, 589.5157 ns/op WorkloadActual 10: 1048576 op, 603612030.00 ns, 575.6493 ns/op WorkloadActual 11: 1048576 op, 606557053.00 ns, 578.4579 ns/op WorkloadActual 12: 1048576 op, 612039297.00 ns, 583.6862 ns/op WorkloadActual 13: 1048576 op, 607606099.00 ns, 579.4583 ns/op WorkloadActual 14: 1048576 op, 614702548.00 ns, 586.2260 ns/op WorkloadActual 15: 1048576 op, 610043426.00 ns, 581.7827 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 604187301.00 ns, 576.1979 ns/op WorkloadResult 2: 1048576 op, 607998352.00 ns, 579.8324 ns/op WorkloadResult 3: 1048576 op, 604364002.00 ns, 576.3664 ns/op WorkloadResult 4: 1048576 op, 611422458.00 ns, 583.0979 ns/op WorkloadResult 5: 1048576 op, 606363784.00 ns, 578.2736 ns/op WorkloadResult 6: 1048576 op, 607577140.00 ns, 579.4307 ns/op WorkloadResult 7: 1048576 op, 611754359.00 ns, 583.4144 ns/op WorkloadResult 8: 1048576 op, 615179031.00 ns, 586.6804 ns/op WorkloadResult 9: 1048576 op, 600639058.00 ns, 572.8140 ns/op WorkloadResult 10: 1048576 op, 603584081.00 ns, 575.6226 ns/op WorkloadResult 11: 1048576 op, 609066325.00 ns, 580.8509 ns/op WorkloadResult 12: 1048576 op, 604633127.00 ns, 576.6231 ns/op WorkloadResult 13: 1048576 op, 611729576.00 ns, 583.3908 ns/op WorkloadResult 14: 1048576 op, 607070454.00 ns, 578.9475 ns/op // GC: 35 0 0 594935784 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 65614 has exited with code 0. Mean = 579.396 ns, StdErr = 1.014 ns (0.18%), N = 14, StdDev = 3.796 ns Min = 572.814 ns, Q1 = 576.431 ns, Median = 579.189 ns, Q3 = 582.536 ns, Max = 586.680 ns IQR = 6.106 ns, LowerFence = 567.272 ns, UpperFence = 591.694 ns ConfidenceInterval = [575.114 ns; 583.678 ns] (CI 99.9%), Margin = 4.282 ns (0.74% of Mean) Skewness = 0.19, Kurtosis = 2.01, MValue = 2 // ** Remained 1 (20.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:12 (0h 0m from now) ** // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 134 135 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata --job Default --benchmarkId 4 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 164893.00 ns, 164.8930 us/op WorkloadJitting 1: 1 op, 15695952.00 ns, 15.6960 ms/op OverheadJitting 2: 16 op, 398898.00 ns, 24.9311 us/op WorkloadJitting 2: 16 op, 505540.00 ns, 31.5963 us/op WorkloadPilot 1: 16 op, 119655.00 ns, 7.4784 us/op WorkloadPilot 2: 32 op, 242657.00 ns, 7.5830 us/op WorkloadPilot 3: 64 op, 321033.00 ns, 5.0161 us/op WorkloadPilot 4: 128 op, 615228.00 ns, 4.8065 us/op WorkloadPilot 5: 256 op, 1255324.00 ns, 4.9036 us/op WorkloadPilot 6: 512 op, 2229729.00 ns, 4.3549 us/op WorkloadPilot 7: 1024 op, 4746808.00 ns, 4.6356 us/op WorkloadPilot 8: 2048 op, 9568095.00 ns, 4.6719 us/op WorkloadPilot 9: 4096 op, 19209984.00 ns, 4.6899 us/op WorkloadPilot 10: 8192 op, 38701115.00 ns, 4.7243 us/op WorkloadPilot 11: 16384 op, 74324595.00 ns, 4.5364 us/op WorkloadPilot 12: 32768 op, 174093895.00 ns, 5.3129 us/op WorkloadPilot 13: 65536 op, 334492308.00 ns, 5.1039 us/op WorkloadPilot 14: 131072 op, 265364462.00 ns, 2.0246 us/op WorkloadPilot 15: 262144 op, 257534232.00 ns, 982.4151 ns/op WorkloadPilot 16: 524288 op, 504103387.00 ns, 961.5009 ns/op OverheadWarmup 1: 524288 op, 1428983.00 ns, 2.7256 ns/op OverheadWarmup 2: 524288 op, 1444962.00 ns, 2.7560 ns/op OverheadWarmup 3: 524288 op, 1424330.00 ns, 2.7167 ns/op OverheadWarmup 4: 524288 op, 1484738.00 ns, 2.8319 ns/op OverheadWarmup 5: 524288 op, 1437676.00 ns, 2.7421 ns/op OverheadActual 1: 524288 op, 1448329.00 ns, 2.7625 ns/op OverheadActual 2: 524288 op, 1430018.00 ns, 2.7275 ns/op OverheadActual 3: 524288 op, 1420622.00 ns, 2.7096 ns/op OverheadActual 4: 524288 op, 1443917.00 ns, 2.7541 ns/op OverheadActual 5: 524288 op, 1424049.00 ns, 2.7162 ns/op OverheadActual 6: 524288 op, 1429426.00 ns, 2.7264 ns/op OverheadActual 7: 524288 op, 1432581.00 ns, 2.7324 ns/op OverheadActual 8: 524288 op, 1427486.00 ns, 2.7227 ns/op OverheadActual 9: 524288 op, 1681592.00 ns, 3.2074 ns/op OverheadActual 10: 524288 op, 1424301.00 ns, 2.7166 ns/op OverheadActual 11: 524288 op, 1494989.00 ns, 2.8515 ns/op OverheadActual 12: 524288 op, 1452560.00 ns, 2.7705 ns/op OverheadActual 13: 524288 op, 1464861.00 ns, 2.7940 ns/op OverheadActual 14: 524288 op, 1424492.00 ns, 2.7170 ns/op OverheadActual 15: 524288 op, 1550916.00 ns, 2.9581 ns/op WorkloadWarmup 1: 524288 op, 513823774.00 ns, 980.0411 ns/op WorkloadWarmup 2: 524288 op, 584869834.00 ns, 1.1156 us/op WorkloadWarmup 3: 524288 op, 506663253.00 ns, 966.3835 ns/op WorkloadWarmup 4: 524288 op, 504683385.00 ns, 962.6072 ns/op WorkloadWarmup 5: 524288 op, 502452992.00 ns, 958.3530 ns/op WorkloadWarmup 6: 524288 op, 501762376.00 ns, 957.0358 ns/op WorkloadWarmup 7: 524288 op, 501287643.00 ns, 956.1303 ns/op WorkloadWarmup 8: 524288 op, 503813369.00 ns, 960.9477 ns/op WorkloadWarmup 9: 524288 op, 504543413.00 ns, 962.3402 ns/op WorkloadWarmup 10: 524288 op, 502525397.00 ns, 958.4911 ns/op // BeforeActualRun WorkloadActual 1: 524288 op, 507066331.00 ns, 967.1523 ns/op WorkloadActual 2: 524288 op, 517056805.00 ns, 986.2076 ns/op WorkloadActual 3: 524288 op, 504490824.00 ns, 962.2399 ns/op WorkloadActual 4: 524288 op, 505906545.00 ns, 964.9402 ns/op WorkloadActual 5: 524288 op, 503545682.00 ns, 960.4372 ns/op WorkloadActual 6: 524288 op, 502657963.00 ns, 958.7440 ns/op WorkloadActual 7: 524288 op, 499874385.00 ns, 953.4347 ns/op WorkloadActual 8: 524288 op, 500702270.00 ns, 955.0138 ns/op WorkloadActual 9: 524288 op, 512728167.00 ns, 977.9514 ns/op WorkloadActual 10: 524288 op, 505553064.00 ns, 964.2659 ns/op WorkloadActual 11: 524288 op, 502364941.00 ns, 958.1851 ns/op WorkloadActual 12: 524288 op, 502419495.00 ns, 958.2891 ns/op WorkloadActual 13: 524288 op, 507739107.00 ns, 968.4355 ns/op WorkloadActual 14: 524288 op, 508014671.00 ns, 968.9611 ns/op WorkloadActual 15: 524288 op, 505431779.00 ns, 964.0346 ns/op // AfterActualRun WorkloadResult 1: 524288 op, 505633750.00 ns, 964.4198 ns/op WorkloadResult 2: 524288 op, 503058243.00 ns, 959.5075 ns/op WorkloadResult 3: 524288 op, 504473964.00 ns, 962.2077 ns/op WorkloadResult 4: 524288 op, 502113101.00 ns, 957.7047 ns/op WorkloadResult 5: 524288 op, 501225382.00 ns, 956.0115 ns/op WorkloadResult 6: 524288 op, 498441804.00 ns, 950.7023 ns/op WorkloadResult 7: 524288 op, 499269689.00 ns, 952.2814 ns/op WorkloadResult 8: 524288 op, 511295586.00 ns, 975.2189 ns/op WorkloadResult 9: 524288 op, 504120483.00 ns, 961.5335 ns/op WorkloadResult 10: 524288 op, 500932360.00 ns, 955.4527 ns/op WorkloadResult 11: 524288 op, 500986914.00 ns, 955.5567 ns/op WorkloadResult 12: 524288 op, 506306526.00 ns, 965.7031 ns/op WorkloadResult 13: 524288 op, 506582090.00 ns, 966.2287 ns/op WorkloadResult 14: 524288 op, 503999198.00 ns, 961.3022 ns/op // GC: 26 0 0 440401504 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 65755 has exited with code 0. Mean = 960.274 ns, StdErr = 1.720 ns (0.18%), N = 14, StdDev = 6.434 ns Min = 950.702 ns, Q1 = 955.670 ns, Median = 960.405 ns, Q3 = 963.867 ns, Max = 975.219 ns IQR = 8.196 ns, LowerFence = 943.376 ns, UpperFence = 976.161 ns ConfidenceInterval = [953.015 ns; 967.532 ns] (CI 99.9%), Margin = 7.258 ns (0.76% of Mean) Skewness = 0.56, Kurtosis = 2.76, MValue = 2 // ** Remained 0 (0.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:12 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventWritingBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventWritingBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventWritingBenchmarks-report.html // * Detailed results * CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 315.649 ns, StdErr = 0.565 ns (0.18%), N = 13, StdDev = 2.038 ns Min = 312.938 ns, Q1 = 314.427 ns, Median = 315.124 ns, Q3 = 317.204 ns, Max = 320.096 ns IQR = 2.777 ns, LowerFence = 310.263 ns, UpperFence = 321.369 ns ConfidenceInterval = [313.208 ns; 318.090 ns] (CI 99.9%), Margin = 2.441 ns (0.77% of Mean) Skewness = 0.6, Kurtosis = 2.39, MValue = 2 -------------------- Histogram -------------------- [311.800 ns ; 321.234 ns) | @@@@@@@@@@@@@ --------------------------------------------------- CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 567.660 ns, StdErr = 0.464 ns (0.08%), N = 12, StdDev = 1.607 ns Min = 565.471 ns, Q1 = 566.907 ns, Median = 567.352 ns, Q3 = 568.156 ns, Max = 571.411 ns IQR = 1.249 ns, LowerFence = 565.034 ns, UpperFence = 570.030 ns ConfidenceInterval = [565.603 ns; 569.718 ns] (CI 99.9%), Margin = 2.058 ns (0.36% of Mean) Skewness = 0.86, Kurtosis = 3.04, MValue = 2 -------------------- Histogram -------------------- [564.550 ns ; 572.332 ns) | @@@@@@@@@@@@ --------------------------------------------------- CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 611.678 ns, StdErr = 1.047 ns (0.17%), N = 14, StdDev = 3.919 ns Min = 604.820 ns, Q1 = 609.404 ns, Median = 611.491 ns, Q3 = 613.684 ns, Max = 618.553 ns IQR = 4.280 ns, LowerFence = 602.983 ns, UpperFence = 620.105 ns ConfidenceInterval = [607.257 ns; 616.099 ns] (CI 99.9%), Margin = 4.421 ns (0.72% of Mean) Skewness = 0.18, Kurtosis = 2.21, MValue = 2 -------------------- Histogram -------------------- [602.686 ns ; 620.687 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 579.396 ns, StdErr = 1.014 ns (0.18%), N = 14, StdDev = 3.796 ns Min = 572.814 ns, Q1 = 576.431 ns, Median = 579.189 ns, Q3 = 582.536 ns, Max = 586.680 ns IQR = 6.106 ns, LowerFence = 567.272 ns, UpperFence = 591.694 ns ConfidenceInterval = [575.114 ns; 583.678 ns] (CI 99.9%), Margin = 4.282 ns (0.74% of Mean) Skewness = 0.19, Kurtosis = 2.01, MValue = 2 -------------------- Histogram -------------------- [572.235 ns ; 588.748 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 960.274 ns, StdErr = 1.720 ns (0.18%), N = 14, StdDev = 6.434 ns Min = 950.702 ns, Q1 = 955.670 ns, Median = 960.405 ns, Q3 = 963.867 ns, Max = 975.219 ns IQR = 8.196 ns, LowerFence = 943.376 ns, UpperFence = 976.161 ns ConfidenceInterval = [953.015 ns; 967.532 ns] (CI 99.9%), Margin = 7.258 ns (0.76% of Mean) Skewness = 0.56, Kurtosis = 2.76, MValue = 2 -------------------- Histogram -------------------- [949.242 ns ; 978.723 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, Linux Ubuntu 24.04.4 LTS (Noble Numbat) AMD Ryzen 9 5950X 3.40GHz, 1 CPU, 32 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 DefaultJob : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Allocated | Alloc Ratio | |---------------------------------------- |---------:|--------:|--------:|------:|--------:|-------:|----------:|------------:| | ToCloudEvent_NonGenericSuccess | 315.6 ns | 2.44 ns | 2.04 ns | 1.00 | 0.01 | 0.0243 | 407 B | 1.00 | | ToCloudEvent_NonGenericFailure | 567.7 ns | 2.06 ns | 1.61 ns | 1.80 | 0.01 | 0.0334 | 568 B | 1.40 | | ToCloudEvent_GenericSuccess | 611.7 ns | 4.42 ns | 3.92 ns | 1.94 | 0.02 | 0.0324 | 544 B | 1.34 | | ToCloudEvent_GenericFailure | 579.4 ns | 4.28 ns | 3.80 ns | 1.84 | 0.02 | 0.0334 | 567 B | 1.39 | | ToCloudEvent_GenericSuccessWithMetadata | 960.3 ns | 7.26 ns | 6.43 ns | 3.04 | 0.03 | 0.0496 | 840 B | 2.06 | // * Hints * Outliers CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess: Default -> 2 outliers were removed (325.41 ns, 344.49 ns) CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure: Default -> 3 outliers were removed (582.95 ns..606.53 ns) CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess: Default -> 1 outlier was removed (640.97 ns) CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure: Default -> 1 outlier was removed (614.73 ns) CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata: Default -> 1 outlier was removed (986.21 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:01:21 (81.74 sec), executed benchmarks: 5 Global total time: 00:01:33 (93.03 sec), executed benchmarks: 5 // * Artifacts cleanup * Artifacts cleanup is finished Benchmarks.CloudEventWritingBenchmarks-20260215-101611.log000066400000000000000000001202541516707642500406130ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 5 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 1.48 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 9.53 sec and exited with 0 // ***** Done, took 00:00:11 (11.07 sec) ***** // Found 5 benchmarks: // CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess: DefaultJob // CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure: DefaultJob // CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess: DefaultJob // CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure: DefaultJob // CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata: DefaultJob // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 134 135 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess --job Default --benchmarkId 0 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 165038.00 ns, 165.0380 us/op WorkloadJitting 1: 1 op, 4258968.00 ns, 4.2590 ms/op OverheadJitting 2: 16 op, 445824.00 ns, 27.8640 us/op WorkloadJitting 2: 16 op, 437664.00 ns, 27.3540 us/op WorkloadPilot 1: 16 op, 44865.00 ns, 2.8041 us/op WorkloadPilot 2: 32 op, 59710.00 ns, 1.8659 us/op WorkloadPilot 3: 64 op, 101855.00 ns, 1.5915 us/op WorkloadPilot 4: 128 op, 187391.00 ns, 1.4640 us/op WorkloadPilot 5: 256 op, 365287.00 ns, 1.4269 us/op WorkloadPilot 6: 512 op, 702109.00 ns, 1.3713 us/op WorkloadPilot 7: 1024 op, 1366179.00 ns, 1.3342 us/op WorkloadPilot 8: 2048 op, 2914148.00 ns, 1.4229 us/op WorkloadPilot 9: 4096 op, 5872500.00 ns, 1.4337 us/op WorkloadPilot 10: 8192 op, 11356715.00 ns, 1.3863 us/op WorkloadPilot 11: 16384 op, 22139737.00 ns, 1.3513 us/op WorkloadPilot 12: 32768 op, 43849549.00 ns, 1.3382 us/op WorkloadPilot 13: 65536 op, 77743910.00 ns, 1.1863 us/op WorkloadPilot 14: 131072 op, 104906533.00 ns, 800.3733 ns/op WorkloadPilot 15: 262144 op, 94750154.00 ns, 361.4432 ns/op WorkloadPilot 16: 524288 op, 170426323.00 ns, 325.0624 ns/op WorkloadPilot 17: 1048576 op, 339136753.00 ns, 323.4260 ns/op WorkloadPilot 18: 2097152 op, 673836678.00 ns, 321.3104 ns/op OverheadWarmup 1: 2097152 op, 6203307.00 ns, 2.9580 ns/op OverheadWarmup 2: 2097152 op, 5842795.00 ns, 2.7861 ns/op OverheadWarmup 3: 2097152 op, 5900650.00 ns, 2.8136 ns/op OverheadWarmup 4: 2097152 op, 5859609.00 ns, 2.7941 ns/op OverheadWarmup 5: 2097152 op, 5834111.00 ns, 2.7819 ns/op OverheadWarmup 6: 2097152 op, 5943907.00 ns, 2.8343 ns/op OverheadWarmup 7: 2097152 op, 5825829.00 ns, 2.7780 ns/op OverheadActual 1: 2097152 op, 5855072.00 ns, 2.7919 ns/op OverheadActual 2: 2097152 op, 5940765.00 ns, 2.8328 ns/op OverheadActual 3: 2097152 op, 5812546.00 ns, 2.7716 ns/op OverheadActual 4: 2097152 op, 5853908.00 ns, 2.7914 ns/op OverheadActual 5: 2097152 op, 5853507.00 ns, 2.7912 ns/op OverheadActual 6: 2097152 op, 5965451.00 ns, 2.8445 ns/op OverheadActual 7: 2097152 op, 5778897.00 ns, 2.7556 ns/op OverheadActual 8: 2097152 op, 5801062.00 ns, 2.7662 ns/op OverheadActual 9: 2097152 op, 5773596.00 ns, 2.7531 ns/op OverheadActual 10: 2097152 op, 5961547.00 ns, 2.8427 ns/op OverheadActual 11: 2097152 op, 5872610.00 ns, 2.8003 ns/op OverheadActual 12: 2097152 op, 6013730.00 ns, 2.8676 ns/op OverheadActual 13: 2097152 op, 5790673.00 ns, 2.7612 ns/op OverheadActual 14: 2097152 op, 5842203.00 ns, 2.7858 ns/op OverheadActual 15: 2097152 op, 5838748.00 ns, 2.7841 ns/op WorkloadWarmup 1: 2097152 op, 712442645.00 ns, 339.7191 ns/op WorkloadWarmup 2: 2097152 op, 715414342.00 ns, 341.1361 ns/op WorkloadWarmup 3: 2097152 op, 679107880.00 ns, 323.8239 ns/op WorkloadWarmup 4: 2097152 op, 673594062.00 ns, 321.1947 ns/op WorkloadWarmup 5: 2097152 op, 675368531.00 ns, 322.0408 ns/op WorkloadWarmup 6: 2097152 op, 689916975.00 ns, 328.9780 ns/op WorkloadWarmup 7: 2097152 op, 701842468.00 ns, 334.6646 ns/op WorkloadWarmup 8: 2097152 op, 717315248.00 ns, 342.0426 ns/op WorkloadWarmup 9: 2097152 op, 686059872.00 ns, 327.1388 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 728054765.00 ns, 347.1636 ns/op WorkloadActual 2: 2097152 op, 693630393.00 ns, 330.7487 ns/op WorkloadActual 3: 2097152 op, 674865271.00 ns, 321.8008 ns/op WorkloadActual 4: 2097152 op, 691698454.00 ns, 329.8275 ns/op WorkloadActual 5: 2097152 op, 684420778.00 ns, 326.3573 ns/op WorkloadActual 6: 2097152 op, 681603219.00 ns, 325.0137 ns/op WorkloadActual 7: 2097152 op, 679108282.00 ns, 323.8241 ns/op WorkloadActual 8: 2097152 op, 684351996.00 ns, 326.3245 ns/op WorkloadActual 9: 2097152 op, 678204229.00 ns, 323.3930 ns/op WorkloadActual 10: 2097152 op, 681909761.00 ns, 325.1599 ns/op WorkloadActual 11: 2097152 op, 684421791.00 ns, 326.3577 ns/op WorkloadActual 12: 2097152 op, 682781747.00 ns, 325.5757 ns/op WorkloadActual 13: 2097152 op, 681321507.00 ns, 324.8794 ns/op WorkloadActual 14: 2097152 op, 682287155.00 ns, 325.3399 ns/op WorkloadActual 15: 2097152 op, 680765105.00 ns, 324.6141 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 669011764.00 ns, 319.0097 ns/op WorkloadResult 2: 2097152 op, 678567271.00 ns, 323.5661 ns/op WorkloadResult 3: 2097152 op, 675749712.00 ns, 322.2226 ns/op WorkloadResult 4: 2097152 op, 673254775.00 ns, 321.0329 ns/op WorkloadResult 5: 2097152 op, 678498489.00 ns, 323.5333 ns/op WorkloadResult 6: 2097152 op, 672350722.00 ns, 320.6018 ns/op WorkloadResult 7: 2097152 op, 676056254.00 ns, 322.3687 ns/op WorkloadResult 8: 2097152 op, 678568284.00 ns, 323.5666 ns/op WorkloadResult 9: 2097152 op, 676928240.00 ns, 322.7845 ns/op WorkloadResult 10: 2097152 op, 675468000.00 ns, 322.0882 ns/op WorkloadResult 11: 2097152 op, 676433648.00 ns, 322.5487 ns/op WorkloadResult 12: 2097152 op, 674911598.00 ns, 321.8229 ns/op // GC: 51 0 0 853956752 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 68795 has exited with code 0. Mean = 322.096 ns, StdErr = 0.390 ns (0.12%), N = 12, StdDev = 1.353 ns Min = 319.010 ns, Q1 = 321.625 ns, Median = 322.296 ns, Q3 = 322.972 ns, Max = 323.567 ns IQR = 1.346 ns, LowerFence = 319.606 ns, UpperFence = 324.991 ns ConfidenceInterval = [320.363 ns; 323.828 ns] (CI 99.9%), Margin = 1.732 ns (0.54% of Mean) Skewness = -0.81, Kurtosis = 2.76, MValue = 2 // ** Remained 4 (80.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:17 (0h 1m from now) ** // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 134 135 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure --job Default --benchmarkId 1 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 162050.00 ns, 162.0500 us/op WorkloadJitting 1: 1 op, 4856792.00 ns, 4.8568 ms/op OverheadJitting 2: 16 op, 530743.00 ns, 33.1714 us/op WorkloadJitting 2: 16 op, 528658.00 ns, 33.0411 us/op WorkloadPilot 1: 16 op, 71309.00 ns, 4.4568 us/op WorkloadPilot 2: 32 op, 110654.00 ns, 3.4579 us/op WorkloadPilot 3: 64 op, 194622.00 ns, 3.0410 us/op WorkloadPilot 4: 128 op, 361719.00 ns, 2.8259 us/op WorkloadPilot 5: 256 op, 692563.00 ns, 2.7053 us/op WorkloadPilot 6: 512 op, 1282244.00 ns, 2.5044 us/op WorkloadPilot 7: 1024 op, 2566085.00 ns, 2.5059 us/op WorkloadPilot 8: 2048 op, 5047523.00 ns, 2.4646 us/op WorkloadPilot 9: 4096 op, 9837186.00 ns, 2.4017 us/op WorkloadPilot 10: 8192 op, 19738987.00 ns, 2.4095 us/op WorkloadPilot 11: 16384 op, 38698689.00 ns, 2.3620 us/op WorkloadPilot 12: 32768 op, 75223385.00 ns, 2.2956 us/op WorkloadPilot 13: 65536 op, 116309078.00 ns, 1.7747 us/op WorkloadPilot 14: 131072 op, 84025240.00 ns, 641.0617 ns/op WorkloadPilot 15: 262144 op, 151998456.00 ns, 579.8281 ns/op WorkloadPilot 16: 524288 op, 299389782.00 ns, 571.0407 ns/op WorkloadPilot 17: 1048576 op, 604838464.00 ns, 576.8189 ns/op OverheadWarmup 1: 1048576 op, 2872704.00 ns, 2.7396 ns/op OverheadWarmup 2: 1048576 op, 2888817.00 ns, 2.7550 ns/op OverheadWarmup 3: 1048576 op, 2887171.00 ns, 2.7534 ns/op OverheadWarmup 4: 1048576 op, 2870317.00 ns, 2.7373 ns/op OverheadWarmup 5: 1048576 op, 2906980.00 ns, 2.7723 ns/op OverheadWarmup 6: 1048576 op, 3161109.00 ns, 3.0147 ns/op OverheadWarmup 7: 1048576 op, 2961733.00 ns, 2.8245 ns/op OverheadActual 1: 1048576 op, 2954705.00 ns, 2.8178 ns/op OverheadActual 2: 1048576 op, 2935344.00 ns, 2.7994 ns/op OverheadActual 3: 1048576 op, 2929694.00 ns, 2.7940 ns/op OverheadActual 4: 1048576 op, 3103955.00 ns, 2.9602 ns/op OverheadActual 5: 1048576 op, 3037924.00 ns, 2.8972 ns/op OverheadActual 6: 1048576 op, 2902758.00 ns, 2.7683 ns/op OverheadActual 7: 1048576 op, 2928276.00 ns, 2.7926 ns/op OverheadActual 8: 1048576 op, 2924883.00 ns, 2.7894 ns/op OverheadActual 9: 1048576 op, 2960675.00 ns, 2.8235 ns/op OverheadActual 10: 1048576 op, 2946538.00 ns, 2.8100 ns/op OverheadActual 11: 1048576 op, 3108487.00 ns, 2.9645 ns/op OverheadActual 12: 1048576 op, 3335835.00 ns, 3.1813 ns/op OverheadActual 13: 1048576 op, 2932161.00 ns, 2.7963 ns/op OverheadActual 14: 1048576 op, 3140462.00 ns, 2.9950 ns/op OverheadActual 15: 1048576 op, 2911981.00 ns, 2.7771 ns/op WorkloadWarmup 1: 1048576 op, 604893436.00 ns, 576.8713 ns/op WorkloadWarmup 2: 1048576 op, 661351704.00 ns, 630.7141 ns/op WorkloadWarmup 3: 1048576 op, 605940818.00 ns, 577.8702 ns/op WorkloadWarmup 4: 1048576 op, 606021221.00 ns, 577.9469 ns/op WorkloadWarmup 5: 1048576 op, 665697929.00 ns, 634.8590 ns/op WorkloadWarmup 6: 1048576 op, 606074198.00 ns, 577.9974 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 599444203.00 ns, 571.6745 ns/op WorkloadActual 2: 1048576 op, 605627835.00 ns, 577.5717 ns/op WorkloadActual 3: 1048576 op, 606341848.00 ns, 578.2526 ns/op WorkloadActual 4: 1048576 op, 605042969.00 ns, 577.0139 ns/op WorkloadActual 5: 1048576 op, 606389888.00 ns, 578.2985 ns/op WorkloadActual 6: 1048576 op, 603530648.00 ns, 575.5717 ns/op WorkloadActual 7: 1048576 op, 598699910.00 ns, 570.9647 ns/op WorkloadActual 8: 1048576 op, 606949672.00 ns, 578.8323 ns/op WorkloadActual 9: 1048576 op, 594335728.00 ns, 566.8027 ns/op WorkloadActual 10: 1048576 op, 608255638.00 ns, 580.0778 ns/op WorkloadActual 11: 1048576 op, 596700422.00 ns, 569.0579 ns/op WorkloadActual 12: 1048576 op, 594029264.00 ns, 566.5105 ns/op WorkloadActual 13: 1048576 op, 602385302.00 ns, 574.4794 ns/op WorkloadActual 14: 1048576 op, 616687844.00 ns, 588.1194 ns/op WorkloadActual 15: 1048576 op, 610415015.00 ns, 582.1371 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 596497665.00 ns, 568.8645 ns/op WorkloadResult 2: 1048576 op, 602681297.00 ns, 574.7617 ns/op WorkloadResult 3: 1048576 op, 603395310.00 ns, 575.4426 ns/op WorkloadResult 4: 1048576 op, 602096431.00 ns, 574.2039 ns/op WorkloadResult 5: 1048576 op, 603443350.00 ns, 575.4884 ns/op WorkloadResult 6: 1048576 op, 600584110.00 ns, 572.7616 ns/op WorkloadResult 7: 1048576 op, 595753372.00 ns, 568.1547 ns/op WorkloadResult 8: 1048576 op, 604003134.00 ns, 576.0223 ns/op WorkloadResult 9: 1048576 op, 591389190.00 ns, 563.9927 ns/op WorkloadResult 10: 1048576 op, 605309100.00 ns, 577.2677 ns/op WorkloadResult 11: 1048576 op, 593753884.00 ns, 566.2478 ns/op WorkloadResult 12: 1048576 op, 591082726.00 ns, 563.7004 ns/op WorkloadResult 13: 1048576 op, 599438764.00 ns, 571.6694 ns/op WorkloadResult 14: 1048576 op, 613741306.00 ns, 585.3093 ns/op WorkloadResult 15: 1048576 op, 607468477.00 ns, 579.3271 ns/op // GC: 35 0 0 595672512 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 68972 has exited with code 0. Mean = 572.881 ns, StdErr = 1.529 ns (0.27%), N = 15, StdDev = 5.922 ns Min = 563.700 ns, Q1 = 568.510 ns, Median = 574.204 ns, Q3 = 575.755 ns, Max = 585.309 ns IQR = 7.246 ns, LowerFence = 557.641 ns, UpperFence = 586.624 ns ConfidenceInterval = [566.550 ns; 579.212 ns] (CI 99.9%), Margin = 6.331 ns (1.11% of Mean) Skewness = 0.13, Kurtosis = 2.29, MValue = 2 // ** Remained 3 (60.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:17 (0h 0m from now) ** // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 134 135 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess --job Default --benchmarkId 2 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 161785.00 ns, 161.7850 us/op WorkloadJitting 1: 1 op, 13919188.00 ns, 13.9192 ms/op OverheadJitting 2: 16 op, 364448.00 ns, 22.7780 us/op WorkloadJitting 2: 16 op, 447711.00 ns, 27.9819 us/op WorkloadPilot 1: 16 op, 75010.00 ns, 4.6881 us/op WorkloadPilot 2: 32 op, 118739.00 ns, 3.7106 us/op WorkloadPilot 3: 64 op, 172075.00 ns, 2.6887 us/op WorkloadPilot 4: 128 op, 346429.00 ns, 2.7065 us/op WorkloadPilot 5: 256 op, 652532.00 ns, 2.5490 us/op WorkloadPilot 6: 512 op, 1174580.00 ns, 2.2941 us/op WorkloadPilot 7: 1024 op, 2458813.00 ns, 2.4012 us/op WorkloadPilot 8: 2048 op, 5069354.00 ns, 2.4753 us/op WorkloadPilot 9: 4096 op, 9947689.00 ns, 2.4286 us/op WorkloadPilot 10: 8192 op, 20409474.00 ns, 2.4914 us/op WorkloadPilot 11: 16384 op, 40016267.00 ns, 2.4424 us/op WorkloadPilot 12: 32768 op, 78807410.00 ns, 2.4050 us/op WorkloadPilot 13: 65536 op, 190963625.00 ns, 2.9139 us/op WorkloadPilot 14: 131072 op, 327862062.00 ns, 2.5014 us/op WorkloadPilot 15: 262144 op, 250318071.00 ns, 954.8877 ns/op WorkloadPilot 16: 524288 op, 303048943.00 ns, 578.0200 ns/op WorkloadPilot 17: 1048576 op, 610092663.00 ns, 581.8297 ns/op OverheadWarmup 1: 1048576 op, 2928712.00 ns, 2.7930 ns/op OverheadWarmup 2: 1048576 op, 2957806.00 ns, 2.8208 ns/op OverheadWarmup 3: 1048576 op, 2932356.00 ns, 2.7965 ns/op OverheadWarmup 4: 1048576 op, 2963900.00 ns, 2.8266 ns/op OverheadWarmup 5: 1048576 op, 2911645.00 ns, 2.7768 ns/op OverheadActual 1: 1048576 op, 3285183.00 ns, 3.1330 ns/op OverheadActual 2: 1048576 op, 3123625.00 ns, 2.9789 ns/op OverheadActual 3: 1048576 op, 2911856.00 ns, 2.7770 ns/op OverheadActual 4: 1048576 op, 3019598.00 ns, 2.8797 ns/op OverheadActual 5: 1048576 op, 3012294.00 ns, 2.8727 ns/op OverheadActual 6: 1048576 op, 2922518.00 ns, 2.7871 ns/op OverheadActual 7: 1048576 op, 2892921.00 ns, 2.7589 ns/op OverheadActual 8: 1048576 op, 2940880.00 ns, 2.8046 ns/op OverheadActual 9: 1048576 op, 3132078.00 ns, 2.9870 ns/op OverheadActual 10: 1048576 op, 2943651.00 ns, 2.8073 ns/op OverheadActual 11: 1048576 op, 3003424.00 ns, 2.8643 ns/op OverheadActual 12: 1048576 op, 2920546.00 ns, 2.7852 ns/op OverheadActual 13: 1048576 op, 3089411.00 ns, 2.9463 ns/op OverheadActual 14: 1048576 op, 2982166.00 ns, 2.8440 ns/op OverheadActual 15: 1048576 op, 2949402.00 ns, 2.8128 ns/op WorkloadWarmup 1: 1048576 op, 605515070.00 ns, 577.4642 ns/op WorkloadWarmup 2: 1048576 op, 611602804.00 ns, 583.2699 ns/op WorkloadWarmup 3: 1048576 op, 635557776.00 ns, 606.1151 ns/op WorkloadWarmup 4: 1048576 op, 680481337.00 ns, 648.9576 ns/op WorkloadWarmup 5: 1048576 op, 619008290.00 ns, 590.3323 ns/op WorkloadWarmup 6: 1048576 op, 588546483.00 ns, 561.2817 ns/op WorkloadWarmup 7: 1048576 op, 588846259.00 ns, 561.5676 ns/op WorkloadWarmup 8: 1048576 op, 594562645.00 ns, 567.0191 ns/op WorkloadWarmup 9: 1048576 op, 586357110.00 ns, 559.1937 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 597573989.00 ns, 569.8910 ns/op WorkloadActual 2: 1048576 op, 595966675.00 ns, 568.3581 ns/op WorkloadActual 3: 1048576 op, 599335155.00 ns, 571.5705 ns/op WorkloadActual 4: 1048576 op, 588721320.00 ns, 561.4484 ns/op WorkloadActual 5: 1048576 op, 588415446.00 ns, 561.1567 ns/op WorkloadActual 6: 1048576 op, 587990020.00 ns, 560.7510 ns/op WorkloadActual 7: 1048576 op, 584437309.00 ns, 557.3629 ns/op WorkloadActual 8: 1048576 op, 583718274.00 ns, 556.6771 ns/op WorkloadActual 9: 1048576 op, 586813560.00 ns, 559.6290 ns/op WorkloadActual 10: 1048576 op, 586676361.00 ns, 559.4982 ns/op WorkloadActual 11: 1048576 op, 593676633.00 ns, 566.1742 ns/op WorkloadActual 12: 1048576 op, 591473050.00 ns, 564.0727 ns/op WorkloadActual 13: 1048576 op, 600119723.00 ns, 572.3188 ns/op WorkloadActual 14: 1048576 op, 601793512.00 ns, 573.9150 ns/op WorkloadActual 15: 1048576 op, 591783106.00 ns, 564.3683 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 594591823.00 ns, 567.0470 ns/op WorkloadResult 2: 1048576 op, 592984509.00 ns, 565.5141 ns/op WorkloadResult 3: 1048576 op, 596352989.00 ns, 568.7265 ns/op WorkloadResult 4: 1048576 op, 585739154.00 ns, 558.6044 ns/op WorkloadResult 5: 1048576 op, 585433280.00 ns, 558.3127 ns/op WorkloadResult 6: 1048576 op, 585007854.00 ns, 557.9070 ns/op WorkloadResult 7: 1048576 op, 581455143.00 ns, 554.5188 ns/op WorkloadResult 8: 1048576 op, 580736108.00 ns, 553.8331 ns/op WorkloadResult 9: 1048576 op, 583831394.00 ns, 556.7850 ns/op WorkloadResult 10: 1048576 op, 583694195.00 ns, 556.6542 ns/op WorkloadResult 11: 1048576 op, 590694467.00 ns, 563.3301 ns/op WorkloadResult 12: 1048576 op, 588490884.00 ns, 561.2286 ns/op WorkloadResult 13: 1048576 op, 597137557.00 ns, 569.4748 ns/op WorkloadResult 14: 1048576 op, 598811346.00 ns, 571.0710 ns/op WorkloadResult 15: 1048576 op, 588800940.00 ns, 561.5243 ns/op // GC: 34 0 0 570424632 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 69103 has exited with code 0. Mean = 561.635 ns, StdErr = 1.451 ns (0.26%), N = 15, StdDev = 5.620 ns Min = 553.833 ns, Q1 = 557.346 ns, Median = 561.229 ns, Q3 = 566.281 ns, Max = 571.071 ns IQR = 8.935 ns, LowerFence = 543.944 ns, UpperFence = 579.682 ns ConfidenceInterval = [555.628 ns; 567.643 ns] (CI 99.9%), Margin = 6.008 ns (1.07% of Mean) Skewness = 0.27, Kurtosis = 1.55, MValue = 2 // ** Remained 2 (40.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:17 (0h 0m from now) ** // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 134 135 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure --job Default --benchmarkId 3 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 162700.00 ns, 162.7000 us/op WorkloadJitting 1: 1 op, 5055864.00 ns, 5.0559 ms/op OverheadJitting 2: 16 op, 354343.00 ns, 22.1464 us/op WorkloadJitting 2: 16 op, 459467.00 ns, 28.7167 us/op WorkloadPilot 1: 16 op, 65501.00 ns, 4.0938 us/op WorkloadPilot 2: 32 op, 109111.00 ns, 3.4097 us/op WorkloadPilot 3: 64 op, 183579.00 ns, 2.8684 us/op WorkloadPilot 4: 128 op, 335038.00 ns, 2.6175 us/op WorkloadPilot 5: 256 op, 674604.00 ns, 2.6352 us/op WorkloadPilot 6: 512 op, 1212596.00 ns, 2.3684 us/op WorkloadPilot 7: 1024 op, 2402761.00 ns, 2.3464 us/op WorkloadPilot 8: 2048 op, 5021842.00 ns, 2.4521 us/op WorkloadPilot 9: 4096 op, 9834656.00 ns, 2.4010 us/op WorkloadPilot 10: 8192 op, 20595705.00 ns, 2.5141 us/op WorkloadPilot 11: 16384 op, 40606837.00 ns, 2.4784 us/op WorkloadPilot 12: 32768 op, 78217049.00 ns, 2.3870 us/op WorkloadPilot 13: 65536 op, 116125158.00 ns, 1.7719 us/op WorkloadPilot 14: 131072 op, 111382331.00 ns, 849.7797 ns/op WorkloadPilot 15: 262144 op, 193675017.00 ns, 738.8116 ns/op WorkloadPilot 16: 524288 op, 307851495.00 ns, 587.1801 ns/op WorkloadPilot 17: 1048576 op, 605623470.00 ns, 577.5675 ns/op OverheadWarmup 1: 1048576 op, 2955722.00 ns, 2.8188 ns/op OverheadWarmup 2: 1048576 op, 2993211.00 ns, 2.8545 ns/op OverheadWarmup 3: 1048576 op, 2925347.00 ns, 2.7898 ns/op OverheadWarmup 4: 1048576 op, 2960823.00 ns, 2.8237 ns/op OverheadWarmup 5: 1048576 op, 2973771.00 ns, 2.8360 ns/op OverheadWarmup 6: 1048576 op, 2951202.00 ns, 2.8145 ns/op OverheadActual 1: 1048576 op, 2929185.00 ns, 2.7935 ns/op OverheadActual 2: 1048576 op, 2993572.00 ns, 2.8549 ns/op OverheadActual 3: 1048576 op, 2928975.00 ns, 2.7933 ns/op OverheadActual 4: 1048576 op, 3000848.00 ns, 2.8618 ns/op OverheadActual 5: 1048576 op, 2996889.00 ns, 2.8581 ns/op OverheadActual 6: 1048576 op, 2978972.00 ns, 2.8410 ns/op OverheadActual 7: 1048576 op, 2948637.00 ns, 2.8120 ns/op OverheadActual 8: 1048576 op, 2932723.00 ns, 2.7969 ns/op OverheadActual 9: 1048576 op, 3088419.00 ns, 2.9453 ns/op OverheadActual 10: 1048576 op, 2930408.00 ns, 2.7947 ns/op OverheadActual 11: 1048576 op, 2983211.00 ns, 2.8450 ns/op OverheadActual 12: 1048576 op, 2941166.00 ns, 2.8049 ns/op OverheadActual 13: 1048576 op, 2933254.00 ns, 2.7974 ns/op OverheadActual 14: 1048576 op, 2997516.00 ns, 2.8587 ns/op OverheadActual 15: 1048576 op, 2993442.00 ns, 2.8548 ns/op WorkloadWarmup 1: 1048576 op, 655671897.00 ns, 625.2974 ns/op WorkloadWarmup 2: 1048576 op, 665798348.00 ns, 634.9548 ns/op WorkloadWarmup 3: 1048576 op, 617673099.00 ns, 589.0590 ns/op WorkloadWarmup 4: 1048576 op, 606875506.00 ns, 578.7616 ns/op WorkloadWarmup 5: 1048576 op, 604678825.00 ns, 576.6667 ns/op WorkloadWarmup 6: 1048576 op, 602633329.00 ns, 574.7159 ns/op WorkloadWarmup 7: 1048576 op, 604553304.00 ns, 576.5470 ns/op WorkloadWarmup 8: 1048576 op, 608420074.00 ns, 580.2346 ns/op WorkloadWarmup 9: 1048576 op, 610622939.00 ns, 582.3354 ns/op WorkloadWarmup 10: 1048576 op, 620371332.00 ns, 591.6322 ns/op WorkloadWarmup 11: 1048576 op, 615047202.00 ns, 586.5547 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 620687793.00 ns, 591.9340 ns/op WorkloadActual 2: 1048576 op, 639614721.00 ns, 609.9841 ns/op WorkloadActual 3: 1048576 op, 616542087.00 ns, 587.9804 ns/op WorkloadActual 4: 1048576 op, 610413907.00 ns, 582.1361 ns/op WorkloadActual 5: 1048576 op, 614042858.00 ns, 585.5969 ns/op WorkloadActual 6: 1048576 op, 614232371.00 ns, 585.7776 ns/op WorkloadActual 7: 1048576 op, 615453842.00 ns, 586.9425 ns/op WorkloadActual 8: 1048576 op, 623832486.00 ns, 594.9330 ns/op WorkloadActual 9: 1048576 op, 605223697.00 ns, 577.1863 ns/op WorkloadActual 10: 1048576 op, 617450642.00 ns, 588.8468 ns/op WorkloadActual 11: 1048576 op, 607227568.00 ns, 579.0973 ns/op WorkloadActual 12: 1048576 op, 603784718.00 ns, 575.8140 ns/op WorkloadActual 13: 1048576 op, 611265643.00 ns, 582.9483 ns/op WorkloadActual 14: 1048576 op, 664670164.00 ns, 633.8789 ns/op WorkloadActual 15: 1048576 op, 614831999.00 ns, 586.3495 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 617708821.00 ns, 589.0930 ns/op WorkloadResult 2: 1048576 op, 613563115.00 ns, 585.1394 ns/op WorkloadResult 3: 1048576 op, 607434935.00 ns, 579.2951 ns/op WorkloadResult 4: 1048576 op, 611063886.00 ns, 582.7559 ns/op WorkloadResult 5: 1048576 op, 611253399.00 ns, 582.9367 ns/op WorkloadResult 6: 1048576 op, 612474870.00 ns, 584.1016 ns/op WorkloadResult 7: 1048576 op, 620853514.00 ns, 592.0921 ns/op WorkloadResult 8: 1048576 op, 602244725.00 ns, 574.3453 ns/op WorkloadResult 9: 1048576 op, 614471670.00 ns, 586.0058 ns/op WorkloadResult 10: 1048576 op, 604248596.00 ns, 576.2564 ns/op WorkloadResult 11: 1048576 op, 600805746.00 ns, 572.9730 ns/op WorkloadResult 12: 1048576 op, 608286671.00 ns, 580.1074 ns/op WorkloadResult 13: 1048576 op, 611853027.00 ns, 583.5085 ns/op // GC: 35 0 0 594940256 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 69228 has exited with code 0. Mean = 582.201 ns, StdErr = 1.539 ns (0.26%), N = 13, StdDev = 5.550 ns Min = 572.973 ns, Q1 = 579.295 ns, Median = 582.937 ns, Q3 = 585.139 ns, Max = 592.092 ns IQR = 5.844 ns, LowerFence = 570.529 ns, UpperFence = 593.906 ns ConfidenceInterval = [575.554 ns; 588.847 ns] (CI 99.9%), Margin = 6.647 ns (1.14% of Mean) Skewness = -0.06, Kurtosis = 1.99, MValue = 2 // ** Remained 1 (20.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:17 (0h 0m from now) ** // ************************** // Benchmark: CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 134 135 --benchmarkName Benchmarks.CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata --job Default --benchmarkId 4 in /home/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 // GC=Concurrent Workstation // HardwareIntrinsics=AVX2+BMI1+BMI2+F16C+FMA+LZCNT+MOVBE,AVX,SSE3+SSSE3+SSE4.1+SSE4.2+POPCNT,X86Base+SSE+SSE2,AES+PCLMUL VectorSize=256 // Job: DefaultJob OverheadJitting 1: 1 op, 171392.00 ns, 171.3920 us/op WorkloadJitting 1: 1 op, 15971391.00 ns, 15.9714 ms/op OverheadJitting 2: 16 op, 398208.00 ns, 24.8880 us/op WorkloadJitting 2: 16 op, 523105.00 ns, 32.6941 us/op WorkloadPilot 1: 16 op, 127182.00 ns, 7.9489 us/op WorkloadPilot 2: 32 op, 167995.00 ns, 5.2498 us/op WorkloadPilot 3: 64 op, 324928.00 ns, 5.0770 us/op WorkloadPilot 4: 128 op, 612539.00 ns, 4.7855 us/op WorkloadPilot 5: 256 op, 1377591.00 ns, 5.3812 us/op WorkloadPilot 6: 512 op, 2232919.00 ns, 4.3612 us/op WorkloadPilot 7: 1024 op, 4687523.00 ns, 4.5777 us/op WorkloadPilot 8: 2048 op, 9608215.00 ns, 4.6915 us/op WorkloadPilot 9: 4096 op, 19225760.00 ns, 4.6938 us/op WorkloadPilot 10: 8192 op, 37473808.00 ns, 4.5744 us/op WorkloadPilot 11: 16384 op, 72798480.00 ns, 4.4433 us/op WorkloadPilot 12: 32768 op, 166953267.00 ns, 5.0950 us/op WorkloadPilot 13: 65536 op, 332450058.00 ns, 5.0728 us/op WorkloadPilot 14: 131072 op, 271666167.00 ns, 2.0726 us/op WorkloadPilot 15: 262144 op, 257821381.00 ns, 983.5105 ns/op WorkloadPilot 16: 524288 op, 496318501.00 ns, 946.6524 ns/op WorkloadPilot 17: 1048576 op, 1040381520.00 ns, 992.1851 ns/op OverheadWarmup 1: 1048576 op, 3016414.00 ns, 2.8767 ns/op OverheadWarmup 2: 1048576 op, 3117028.00 ns, 2.9726 ns/op OverheadWarmup 3: 1048576 op, 2957809.00 ns, 2.8208 ns/op OverheadWarmup 4: 1048576 op, 3083846.00 ns, 2.9410 ns/op OverheadWarmup 5: 1048576 op, 3073304.00 ns, 2.9309 ns/op OverheadActual 1: 1048576 op, 2995213.00 ns, 2.8565 ns/op OverheadActual 2: 1048576 op, 3004509.00 ns, 2.8653 ns/op OverheadActual 3: 1048576 op, 2936555.00 ns, 2.8005 ns/op OverheadActual 4: 1048576 op, 3371356.00 ns, 3.2152 ns/op OverheadActual 5: 1048576 op, 2903153.00 ns, 2.7687 ns/op OverheadActual 6: 1048576 op, 2970025.00 ns, 2.8324 ns/op OverheadActual 7: 1048576 op, 3074216.00 ns, 2.9318 ns/op OverheadActual 8: 1048576 op, 2966287.00 ns, 2.8289 ns/op OverheadActual 9: 1048576 op, 2950825.00 ns, 2.8141 ns/op OverheadActual 10: 1048576 op, 3194912.00 ns, 3.0469 ns/op OverheadActual 11: 1048576 op, 2924017.00 ns, 2.7886 ns/op OverheadActual 12: 1048576 op, 2907012.00 ns, 2.7723 ns/op OverheadActual 13: 1048576 op, 2889915.00 ns, 2.7560 ns/op OverheadActual 14: 1048576 op, 2882639.00 ns, 2.7491 ns/op OverheadActual 15: 1048576 op, 2893463.00 ns, 2.7594 ns/op WorkloadWarmup 1: 1048576 op, 1013209597.00 ns, 966.2720 ns/op WorkloadWarmup 2: 1048576 op, 993844215.00 ns, 947.8037 ns/op WorkloadWarmup 3: 1048576 op, 986449997.00 ns, 940.7520 ns/op WorkloadWarmup 4: 1048576 op, 986342001.00 ns, 940.6490 ns/op WorkloadWarmup 5: 1048576 op, 982262445.00 ns, 936.7585 ns/op WorkloadWarmup 6: 1048576 op, 978290193.00 ns, 932.9702 ns/op WorkloadWarmup 7: 1048576 op, 975628558.00 ns, 930.4319 ns/op WorkloadWarmup 8: 1048576 op, 991290396.00 ns, 945.3682 ns/op WorkloadWarmup 9: 1048576 op, 993035041.00 ns, 947.0320 ns/op WorkloadWarmup 10: 1048576 op, 983997587.00 ns, 938.4132 ns/op WorkloadWarmup 11: 1048576 op, 1042143385.00 ns, 993.8654 ns/op WorkloadWarmup 12: 1048576 op, 988528473.00 ns, 942.7342 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 978583258.00 ns, 933.2497 ns/op WorkloadActual 2: 1048576 op, 987270289.00 ns, 941.5343 ns/op WorkloadActual 3: 1048576 op, 981884353.00 ns, 936.3979 ns/op WorkloadActual 4: 1048576 op, 981227468.00 ns, 935.7714 ns/op WorkloadActual 5: 1048576 op, 977997304.00 ns, 932.6909 ns/op WorkloadActual 6: 1048576 op, 1004023219.00 ns, 957.5112 ns/op WorkloadActual 7: 1048576 op, 979053401.00 ns, 933.6981 ns/op WorkloadActual 8: 1048576 op, 1000709190.00 ns, 954.3507 ns/op WorkloadActual 9: 1048576 op, 1000001077.00 ns, 953.6753 ns/op WorkloadActual 10: 1048576 op, 994136988.00 ns, 948.0829 ns/op WorkloadActual 11: 1048576 op, 1013752913.00 ns, 966.7901 ns/op WorkloadActual 12: 1048576 op, 999455566.00 ns, 953.1551 ns/op WorkloadActual 13: 1048576 op, 1009859157.00 ns, 963.0767 ns/op WorkloadActual 14: 1048576 op, 993789704.00 ns, 947.7517 ns/op WorkloadActual 15: 1048576 op, 980574786.00 ns, 935.1490 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 975632433.00 ns, 930.4356 ns/op WorkloadResult 2: 1048576 op, 984319464.00 ns, 938.7202 ns/op WorkloadResult 3: 1048576 op, 978933528.00 ns, 933.5838 ns/op WorkloadResult 4: 1048576 op, 978276643.00 ns, 932.9573 ns/op WorkloadResult 5: 1048576 op, 975046479.00 ns, 929.8768 ns/op WorkloadResult 6: 1048576 op, 1001072394.00 ns, 954.6970 ns/op WorkloadResult 7: 1048576 op, 976102576.00 ns, 930.8840 ns/op WorkloadResult 8: 1048576 op, 997758365.00 ns, 951.5365 ns/op WorkloadResult 9: 1048576 op, 997050252.00 ns, 950.8612 ns/op WorkloadResult 10: 1048576 op, 991186163.00 ns, 945.2688 ns/op WorkloadResult 11: 1048576 op, 1010802088.00 ns, 963.9760 ns/op WorkloadResult 12: 1048576 op, 996504741.00 ns, 950.3410 ns/op WorkloadResult 13: 1048576 op, 1006908332.00 ns, 960.2626 ns/op WorkloadResult 14: 1048576 op, 990838879.00 ns, 944.9376 ns/op WorkloadResult 15: 1048576 op, 977623961.00 ns, 932.3349 ns/op // GC: 52 0 0 880803200 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 69403 has exited with code 0. Mean = 943.378 ns, StdErr = 2.983 ns (0.32%), N = 15, StdDev = 11.553 ns Min = 929.877 ns, Q1 = 932.646 ns, Median = 944.938 ns, Q3 = 951.199 ns, Max = 963.976 ns IQR = 18.553 ns, LowerFence = 904.817 ns, UpperFence = 979.028 ns ConfidenceInterval = [931.027 ns; 955.729 ns] (CI 99.9%), Margin = 12.351 ns (1.31% of Mean) Skewness = 0.27, Kurtosis = 1.53, MValue = 2 // ** Remained 0 (0.0 %) benchmark(s) to run. Estimated finish 2026-02-15 10:18 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventWritingBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventWritingBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.CloudEventWritingBenchmarks-report.html // * Detailed results * CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 322.096 ns, StdErr = 0.390 ns (0.12%), N = 12, StdDev = 1.353 ns Min = 319.010 ns, Q1 = 321.625 ns, Median = 322.296 ns, Q3 = 322.972 ns, Max = 323.567 ns IQR = 1.346 ns, LowerFence = 319.606 ns, UpperFence = 324.991 ns ConfidenceInterval = [320.363 ns; 323.828 ns] (CI 99.9%), Margin = 1.732 ns (0.54% of Mean) Skewness = -0.81, Kurtosis = 2.76, MValue = 2 -------------------- Histogram -------------------- [318.234 ns ; 324.342 ns) | @@@@@@@@@@@@ --------------------------------------------------- CloudEventWritingBenchmarks.ToCloudEvent_NonGenericFailure: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 572.881 ns, StdErr = 1.529 ns (0.27%), N = 15, StdDev = 5.922 ns Min = 563.700 ns, Q1 = 568.510 ns, Median = 574.204 ns, Q3 = 575.755 ns, Max = 585.309 ns IQR = 7.246 ns, LowerFence = 557.641 ns, UpperFence = 586.624 ns ConfidenceInterval = [566.550 ns; 579.212 ns] (CI 99.9%), Margin = 6.331 ns (1.11% of Mean) Skewness = 0.13, Kurtosis = 2.29, MValue = 2 -------------------- Histogram -------------------- [560.549 ns ; 588.461 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccess: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 561.635 ns, StdErr = 1.451 ns (0.26%), N = 15, StdDev = 5.620 ns Min = 553.833 ns, Q1 = 557.346 ns, Median = 561.229 ns, Q3 = 566.281 ns, Max = 571.071 ns IQR = 8.935 ns, LowerFence = 543.944 ns, UpperFence = 579.682 ns ConfidenceInterval = [555.628 ns; 567.643 ns] (CI 99.9%), Margin = 6.008 ns (1.07% of Mean) Skewness = 0.27, Kurtosis = 1.55, MValue = 2 -------------------- Histogram -------------------- [550.842 ns ; 562.610 ns) | @@@@@@@@@ [562.610 ns ; 574.062 ns) | @@@@@@ --------------------------------------------------- CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 582.201 ns, StdErr = 1.539 ns (0.26%), N = 13, StdDev = 5.550 ns Min = 572.973 ns, Q1 = 579.295 ns, Median = 582.937 ns, Q3 = 585.139 ns, Max = 592.092 ns IQR = 5.844 ns, LowerFence = 570.529 ns, UpperFence = 593.906 ns ConfidenceInterval = [575.554 ns; 588.847 ns] (CI 99.9%), Margin = 6.647 ns (1.14% of Mean) Skewness = -0.06, Kurtosis = 1.99, MValue = 2 -------------------- Histogram -------------------- [569.875 ns ; 595.190 ns) | @@@@@@@@@@@@@ --------------------------------------------------- CloudEventWritingBenchmarks.ToCloudEvent_GenericSuccessWithMetadata: DefaultJob Runtime = .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3; GC = Concurrent Workstation Mean = 943.378 ns, StdErr = 2.983 ns (0.32%), N = 15, StdDev = 11.553 ns Min = 929.877 ns, Q1 = 932.646 ns, Median = 944.938 ns, Q3 = 951.199 ns, Max = 963.976 ns IQR = 18.553 ns, LowerFence = 904.817 ns, UpperFence = 979.028 ns ConfidenceInterval = [931.027 ns; 955.729 ns] (CI 99.9%), Margin = 12.351 ns (1.31% of Mean) Skewness = 0.27, Kurtosis = 1.53, MValue = 2 -------------------- Histogram -------------------- [923.728 ns ; 943.641 ns) | @@@@@@@ [943.641 ns ; 970.125 ns) | @@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, Linux Ubuntu 24.04.4 LTS (Noble Numbat) AMD Ryzen 9 5950X 3.40GHz, 1 CPU, 32 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 DefaultJob : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Allocated | Alloc Ratio | |---------------------------------------- |---------:|---------:|---------:|------:|--------:|-------:|----------:|------------:| | ToCloudEvent_NonGenericSuccess | 322.1 ns | 1.73 ns | 1.35 ns | 1.00 | 0.01 | 0.0243 | 407 B | 1.00 | | ToCloudEvent_NonGenericFailure | 572.9 ns | 6.33 ns | 5.92 ns | 1.78 | 0.02 | 0.0334 | 568 B | 1.40 | | ToCloudEvent_GenericSuccess | 561.6 ns | 6.01 ns | 5.62 ns | 1.74 | 0.02 | 0.0324 | 544 B | 1.34 | | ToCloudEvent_GenericFailure | 582.2 ns | 6.65 ns | 5.55 ns | 1.81 | 0.02 | 0.0334 | 567 B | 1.39 | | ToCloudEvent_GenericSuccessWithMetadata | 943.4 ns | 12.35 ns | 11.55 ns | 2.93 | 0.04 | 0.0496 | 840 B | 2.06 | // * Hints * Outliers CloudEventWritingBenchmarks.ToCloudEvent_NonGenericSuccess: Default -> 3 outliers were removed, 4 outliers were detected (321.80 ns, 329.83 ns..347.16 ns) CloudEventWritingBenchmarks.ToCloudEvent_GenericFailure: Default -> 2 outliers were removed (609.98 ns, 633.88 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:01:40 (100.89 sec), executed benchmarks: 5 Global total time: 00:01:52 (112.08 sec), executed benchmarks: 5 // * Artifacts cleanup * Artifacts cleanup is finished Benchmarks.MetadataBuilderBenchmarks-20260107-132709.log000066400000000000000000001012631516707642500402410ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 4 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 0.56 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 3.7 sec and exited with 0 // ***** Done, took 00:00:04 (4.3 sec) ***** // Found 4 benchmarks: // MetadataBuilderBenchmarks.BuildDictionary: DefaultJob // MetadataBuilderBenchmarks.BuildMetadataObject: DefaultJob // MetadataBuilderBenchmarks.BuildDictionary_Large: DefaultJob // MetadataBuilderBenchmarks.BuildMetadataObject_Large: DefaultJob // ************************** // Benchmark: MetadataBuilderBenchmarks.BuildDictionary: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataBuilderBenchmarks.BuildDictionary --job Default --benchmarkId 0 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 91541.00 ns, 91.5410 us/op WorkloadJitting 1: 1 op, 336916.00 ns, 336.9160 us/op OverheadJitting 2: 16 op, 303750.00 ns, 18.9844 us/op WorkloadJitting 2: 16 op, 396125.00 ns, 24.7578 us/op WorkloadPilot 1: 16 op, 4667.00 ns, 291.6875 ns/op WorkloadPilot 2: 32 op, 5125.00 ns, 160.1563 ns/op WorkloadPilot 3: 64 op, 19584.00 ns, 306.0000 ns/op WorkloadPilot 4: 128 op, 25541.00 ns, 199.5391 ns/op WorkloadPilot 5: 256 op, 46833.00 ns, 182.9414 ns/op WorkloadPilot 6: 512 op, 95417.00 ns, 186.3613 ns/op WorkloadPilot 7: 1024 op, 194083.00 ns, 189.5342 ns/op WorkloadPilot 8: 2048 op, 308500.00 ns, 150.6348 ns/op WorkloadPilot 9: 4096 op, 698084.00 ns, 170.4307 ns/op WorkloadPilot 10: 8192 op, 1372208.00 ns, 167.5059 ns/op WorkloadPilot 11: 16384 op, 2795083.00 ns, 170.5983 ns/op WorkloadPilot 12: 32768 op, 5069875.00 ns, 154.7203 ns/op WorkloadPilot 13: 65536 op, 10337459.00 ns, 157.7371 ns/op WorkloadPilot 14: 131072 op, 20423458.00 ns, 155.8186 ns/op WorkloadPilot 15: 262144 op, 40457959.00 ns, 154.3349 ns/op WorkloadPilot 16: 524288 op, 70343042.00 ns, 134.1687 ns/op WorkloadPilot 17: 1048576 op, 68471209.00 ns, 65.2992 ns/op WorkloadPilot 18: 2097152 op, 138838292.00 ns, 66.2033 ns/op WorkloadPilot 19: 4194304 op, 276815416.00 ns, 65.9979 ns/op WorkloadPilot 20: 8388608 op, 555827750.00 ns, 66.2598 ns/op OverheadWarmup 1: 8388608 op, 16360167.00 ns, 1.9503 ns/op OverheadWarmup 2: 8388608 op, 17072167.00 ns, 2.0352 ns/op OverheadWarmup 3: 8388608 op, 16448708.00 ns, 1.9608 ns/op OverheadWarmup 4: 8388608 op, 16582333.00 ns, 1.9768 ns/op OverheadWarmup 5: 8388608 op, 17251916.00 ns, 2.0566 ns/op OverheadWarmup 6: 8388608 op, 16943791.00 ns, 2.0199 ns/op OverheadActual 1: 8388608 op, 16933250.00 ns, 2.0186 ns/op OverheadActual 2: 8388608 op, 16666750.00 ns, 1.9868 ns/op OverheadActual 3: 8388608 op, 16512791.00 ns, 1.9685 ns/op OverheadActual 4: 8388608 op, 16525166.00 ns, 1.9700 ns/op OverheadActual 5: 8388608 op, 16660250.00 ns, 1.9861 ns/op OverheadActual 6: 8388608 op, 16548542.00 ns, 1.9727 ns/op OverheadActual 7: 8388608 op, 16143666.00 ns, 1.9245 ns/op OverheadActual 8: 8388608 op, 16679041.00 ns, 1.9883 ns/op OverheadActual 9: 8388608 op, 16794542.00 ns, 2.0021 ns/op OverheadActual 10: 8388608 op, 16893083.00 ns, 2.0138 ns/op OverheadActual 11: 8388608 op, 16540958.00 ns, 1.9718 ns/op OverheadActual 12: 8388608 op, 17282000.00 ns, 2.0602 ns/op OverheadActual 13: 8388608 op, 16084625.00 ns, 1.9174 ns/op OverheadActual 14: 8388608 op, 17159000.00 ns, 2.0455 ns/op OverheadActual 15: 8388608 op, 16880458.00 ns, 2.0123 ns/op WorkloadWarmup 1: 8388608 op, 556471458.00 ns, 66.3366 ns/op WorkloadWarmup 2: 8388608 op, 557593875.00 ns, 66.4704 ns/op WorkloadWarmup 3: 8388608 op, 554663000.00 ns, 66.1210 ns/op WorkloadWarmup 4: 8388608 op, 541642083.00 ns, 64.5688 ns/op WorkloadWarmup 5: 8388608 op, 542238958.00 ns, 64.6399 ns/op WorkloadWarmup 6: 8388608 op, 541720917.00 ns, 64.5782 ns/op // BeforeActualRun WorkloadActual 1: 8388608 op, 542616917.00 ns, 64.6850 ns/op WorkloadActual 2: 8388608 op, 538829208.00 ns, 64.2334 ns/op WorkloadActual 3: 8388608 op, 538792667.00 ns, 64.2291 ns/op WorkloadActual 4: 8388608 op, 542518542.00 ns, 64.6732 ns/op WorkloadActual 5: 8388608 op, 543838958.00 ns, 64.8307 ns/op WorkloadActual 6: 8388608 op, 549278334.00 ns, 65.4791 ns/op WorkloadActual 7: 8388608 op, 556146417.00 ns, 66.2978 ns/op WorkloadActual 8: 8388608 op, 548967875.00 ns, 65.4421 ns/op WorkloadActual 9: 8388608 op, 543630500.00 ns, 64.8058 ns/op WorkloadActual 10: 8388608 op, 554165791.00 ns, 66.0617 ns/op WorkloadActual 11: 8388608 op, 550480584.00 ns, 65.6224 ns/op WorkloadActual 12: 8388608 op, 551410208.00 ns, 65.7332 ns/op WorkloadActual 13: 8388608 op, 553862875.00 ns, 66.0256 ns/op WorkloadActual 14: 8388608 op, 562167459.00 ns, 67.0156 ns/op WorkloadActual 15: 8388608 op, 557251916.00 ns, 66.4296 ns/op // AfterActualRun WorkloadResult 1: 8388608 op, 525950167.00 ns, 62.6981 ns/op WorkloadResult 2: 8388608 op, 522162458.00 ns, 62.2466 ns/op WorkloadResult 3: 8388608 op, 522125917.00 ns, 62.2423 ns/op WorkloadResult 4: 8388608 op, 525851792.00 ns, 62.6864 ns/op WorkloadResult 5: 8388608 op, 527172208.00 ns, 62.8438 ns/op WorkloadResult 6: 8388608 op, 532611584.00 ns, 63.4922 ns/op WorkloadResult 7: 8388608 op, 539479667.00 ns, 64.3110 ns/op WorkloadResult 8: 8388608 op, 532301125.00 ns, 63.4552 ns/op WorkloadResult 9: 8388608 op, 526963750.00 ns, 62.8190 ns/op WorkloadResult 10: 8388608 op, 537499041.00 ns, 64.0749 ns/op WorkloadResult 11: 8388608 op, 533813834.00 ns, 63.6356 ns/op WorkloadResult 12: 8388608 op, 534743458.00 ns, 63.7464 ns/op WorkloadResult 13: 8388608 op, 537196125.00 ns, 64.0388 ns/op WorkloadResult 14: 8388608 op, 545500709.00 ns, 65.0288 ns/op WorkloadResult 15: 8388608 op, 540585166.00 ns, 64.4428 ns/op // GC: 537 0 0 4496293888 8388608 // Threading: 0 0 8388608 // AfterAll // Benchmark Process 46915 has exited with code 0. Mean = 63.451 ns, StdErr = 0.217 ns (0.34%), N = 15, StdDev = 0.841 ns Min = 62.242 ns, Q1 = 62.759 ns, Median = 63.492 ns, Q3 = 64.057 ns, Max = 65.029 ns IQR = 1.298 ns, LowerFence = 60.811 ns, UpperFence = 66.004 ns ConfidenceInterval = [62.552 ns; 64.350 ns] (CI 99.9%), Margin = 0.899 ns (1.42% of Mean) Skewness = 0.13, Kurtosis = 1.76, MValue = 2 // ** Remained 3 (75,0 %) benchmark(s) to run. Estimated finish 2026-01-07 13:28 (0h 0m from now) ** // ************************** // Benchmark: MetadataBuilderBenchmarks.BuildMetadataObject: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataBuilderBenchmarks.BuildMetadataObject --job Default --benchmarkId 1 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 95375.00 ns, 95.3750 us/op WorkloadJitting 1: 1 op, 1363125.00 ns, 1.3631 ms/op OverheadJitting 2: 16 op, 268375.00 ns, 16.7734 us/op WorkloadJitting 2: 16 op, 249875.00 ns, 15.6172 us/op WorkloadPilot 1: 16 op, 8458.00 ns, 528.6250 ns/op WorkloadPilot 2: 32 op, 11750.00 ns, 367.1875 ns/op WorkloadPilot 3: 64 op, 23375.00 ns, 365.2344 ns/op WorkloadPilot 4: 128 op, 42250.00 ns, 330.0781 ns/op WorkloadPilot 5: 256 op, 80458.00 ns, 314.2891 ns/op WorkloadPilot 6: 512 op, 131750.00 ns, 257.3242 ns/op WorkloadPilot 7: 1024 op, 290666.00 ns, 283.8535 ns/op WorkloadPilot 8: 2048 op, 624083.00 ns, 304.7280 ns/op WorkloadPilot 9: 4096 op, 1179625.00 ns, 287.9944 ns/op WorkloadPilot 10: 8192 op, 2407167.00 ns, 293.8436 ns/op WorkloadPilot 11: 16384 op, 4626083.00 ns, 282.3537 ns/op WorkloadPilot 12: 32768 op, 9055333.00 ns, 276.3468 ns/op WorkloadPilot 13: 65536 op, 17468375.00 ns, 266.5462 ns/op WorkloadPilot 14: 131072 op, 34334791.00 ns, 261.9537 ns/op WorkloadPilot 15: 262144 op, 70678583.00 ns, 269.6174 ns/op WorkloadPilot 16: 524288 op, 34755917.00 ns, 66.2917 ns/op WorkloadPilot 17: 1048576 op, 59695542.00 ns, 56.9301 ns/op WorkloadPilot 18: 2097152 op, 119120250.00 ns, 56.8010 ns/op WorkloadPilot 19: 4194304 op, 242806250.00 ns, 57.8895 ns/op WorkloadPilot 20: 8388608 op, 475883875.00 ns, 56.7298 ns/op WorkloadPilot 21: 16777216 op, 940912875.00 ns, 56.0828 ns/op OverheadWarmup 1: 16777216 op, 32994250.00 ns, 1.9666 ns/op OverheadWarmup 2: 16777216 op, 33168625.00 ns, 1.9770 ns/op OverheadWarmup 3: 16777216 op, 33270208.00 ns, 1.9831 ns/op OverheadWarmup 4: 16777216 op, 33539042.00 ns, 1.9991 ns/op OverheadWarmup 5: 16777216 op, 32861541.00 ns, 1.9587 ns/op OverheadWarmup 6: 16777216 op, 33733125.00 ns, 2.0107 ns/op OverheadWarmup 7: 16777216 op, 33936458.00 ns, 2.0228 ns/op OverheadWarmup 8: 16777216 op, 33676250.00 ns, 2.0073 ns/op OverheadActual 1: 16777216 op, 33627125.00 ns, 2.0043 ns/op OverheadActual 2: 16777216 op, 33216208.00 ns, 1.9798 ns/op OverheadActual 3: 16777216 op, 32985333.00 ns, 1.9661 ns/op OverheadActual 4: 16777216 op, 32822041.00 ns, 1.9563 ns/op OverheadActual 5: 16777216 op, 33431250.00 ns, 1.9927 ns/op OverheadActual 6: 16777216 op, 33957708.00 ns, 2.0240 ns/op OverheadActual 7: 16777216 op, 33876083.00 ns, 2.0192 ns/op OverheadActual 8: 16777216 op, 26685000.00 ns, 1.5905 ns/op OverheadActual 9: 16777216 op, 24802084.00 ns, 1.4783 ns/op OverheadActual 10: 16777216 op, 25313917.00 ns, 1.5088 ns/op OverheadActual 11: 16777216 op, 25420792.00 ns, 1.5152 ns/op OverheadActual 12: 16777216 op, 24919083.00 ns, 1.4853 ns/op OverheadActual 13: 16777216 op, 24726125.00 ns, 1.4738 ns/op OverheadActual 14: 16777216 op, 25157417.00 ns, 1.4995 ns/op OverheadActual 15: 16777216 op, 25649333.00 ns, 1.5288 ns/op OverheadActual 16: 16777216 op, 25415792.00 ns, 1.5149 ns/op OverheadActual 17: 16777216 op, 24985250.00 ns, 1.4892 ns/op OverheadActual 18: 16777216 op, 24931000.00 ns, 1.4860 ns/op OverheadActual 19: 16777216 op, 25246459.00 ns, 1.5048 ns/op OverheadActual 20: 16777216 op, 24590916.00 ns, 1.4657 ns/op WorkloadWarmup 1: 16777216 op, 957789084.00 ns, 57.0887 ns/op WorkloadWarmup 2: 16777216 op, 946474625.00 ns, 56.4143 ns/op WorkloadWarmup 3: 16777216 op, 951616875.00 ns, 56.7208 ns/op WorkloadWarmup 4: 16777216 op, 949639500.00 ns, 56.6029 ns/op WorkloadWarmup 5: 16777216 op, 949911166.00 ns, 56.6191 ns/op WorkloadWarmup 6: 16777216 op, 947310250.00 ns, 56.4641 ns/op // BeforeActualRun WorkloadActual 1: 16777216 op, 953403250.00 ns, 56.8273 ns/op WorkloadActual 2: 16777216 op, 952109625.00 ns, 56.7502 ns/op WorkloadActual 3: 16777216 op, 950291916.00 ns, 56.6418 ns/op WorkloadActual 4: 16777216 op, 951600917.00 ns, 56.7198 ns/op WorkloadActual 5: 16777216 op, 950721708.00 ns, 56.6674 ns/op WorkloadActual 6: 16777216 op, 946376125.00 ns, 56.4084 ns/op WorkloadActual 7: 16777216 op, 950276583.00 ns, 56.6409 ns/op WorkloadActual 8: 16777216 op, 933712292.00 ns, 55.6536 ns/op WorkloadActual 9: 16777216 op, 933403458.00 ns, 55.6352 ns/op WorkloadActual 10: 16777216 op, 936431125.00 ns, 55.8156 ns/op WorkloadActual 11: 16777216 op, 932378750.00 ns, 55.5741 ns/op WorkloadActual 12: 16777216 op, 932289667.00 ns, 55.5688 ns/op WorkloadActual 13: 16777216 op, 935020791.00 ns, 55.7316 ns/op WorkloadActual 14: 16777216 op, 932032583.00 ns, 55.5535 ns/op WorkloadActual 15: 16777216 op, 933740041.00 ns, 55.6552 ns/op // AfterActualRun WorkloadResult 1: 16777216 op, 927984958.00 ns, 55.3122 ns/op WorkloadResult 2: 16777216 op, 926691333.00 ns, 55.2351 ns/op WorkloadResult 3: 16777216 op, 924873624.00 ns, 55.1268 ns/op WorkloadResult 4: 16777216 op, 926182625.00 ns, 55.2048 ns/op WorkloadResult 5: 16777216 op, 925303416.00 ns, 55.1524 ns/op WorkloadResult 6: 16777216 op, 920957833.00 ns, 54.8934 ns/op WorkloadResult 7: 16777216 op, 924858291.00 ns, 55.1258 ns/op WorkloadResult 8: 16777216 op, 908294000.00 ns, 54.1385 ns/op WorkloadResult 9: 16777216 op, 907985166.00 ns, 54.1201 ns/op WorkloadResult 10: 16777216 op, 911012833.00 ns, 54.3006 ns/op WorkloadResult 11: 16777216 op, 906960458.00 ns, 54.0591 ns/op WorkloadResult 12: 16777216 op, 906871375.00 ns, 54.0537 ns/op WorkloadResult 13: 16777216 op, 909602499.00 ns, 54.2165 ns/op WorkloadResult 14: 16777216 op, 906614291.00 ns, 54.0384 ns/op WorkloadResult 15: 16777216 op, 908321749.00 ns, 54.1402 ns/op // GC: 433 0 0 3623878656 16777216 // Threading: 0 0 16777216 // AfterAll // Benchmark Process 46937 has exited with code 0. Mean = 54.608 ns, StdErr = 0.138 ns (0.25%), N = 15, StdDev = 0.536 ns Min = 54.038 ns, Q1 = 54.129 ns, Median = 54.301 ns, Q3 = 55.140 ns, Max = 55.312 ns IQR = 1.010 ns, LowerFence = 52.614 ns, UpperFence = 56.655 ns ConfidenceInterval = [54.035 ns; 55.181 ns] (CI 99.9%), Margin = 0.573 ns (1.05% of Mean) Skewness = 0.15, Kurtosis = 1.01, MValue = 2 // ** Remained 2 (50,0 %) benchmark(s) to run. Estimated finish 2026-01-07 13:28 (0h 0m from now) ** // ************************** // Benchmark: MetadataBuilderBenchmarks.BuildDictionary_Large: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataBuilderBenchmarks.BuildDictionary_Large --job Default --benchmarkId 2 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 119958.00 ns, 119.9580 us/op WorkloadJitting 1: 1 op, 208000.00 ns, 208.0000 us/op OverheadJitting 2: 16 op, 329875.00 ns, 20.6172 us/op WorkloadJitting 2: 16 op, 317667.00 ns, 19.8542 us/op WorkloadPilot 1: 16 op, 37666.00 ns, 2.3541 us/op WorkloadPilot 2: 32 op, 54667.00 ns, 1.7083 us/op WorkloadPilot 3: 64 op, 102917.00 ns, 1.6081 us/op WorkloadPilot 4: 128 op, 211958.00 ns, 1.6559 us/op WorkloadPilot 5: 256 op, 428625.00 ns, 1.6743 us/op WorkloadPilot 6: 512 op, 888042.00 ns, 1.7345 us/op WorkloadPilot 7: 1024 op, 1794916.00 ns, 1.7528 us/op WorkloadPilot 8: 2048 op, 3547083.00 ns, 1.7320 us/op WorkloadPilot 9: 4096 op, 6483375.00 ns, 1.5829 us/op WorkloadPilot 10: 8192 op, 15149958.00 ns, 1.8494 us/op WorkloadPilot 11: 16384 op, 26782334.00 ns, 1.6347 us/op WorkloadPilot 12: 32768 op, 51239750.00 ns, 1.5637 us/op WorkloadPilot 13: 65536 op, 119984667.00 ns, 1.8308 us/op WorkloadPilot 14: 131072 op, 123149417.00 ns, 939.5555 ns/op WorkloadPilot 15: 262144 op, 143201708.00 ns, 546.2712 ns/op WorkloadPilot 16: 524288 op, 278531083.00 ns, 531.2559 ns/op WorkloadPilot 17: 1048576 op, 550820541.00 ns, 525.3034 ns/op OverheadWarmup 1: 1048576 op, 2099750.00 ns, 2.0025 ns/op OverheadWarmup 2: 1048576 op, 2086042.00 ns, 1.9894 ns/op OverheadWarmup 3: 1048576 op, 2076750.00 ns, 1.9805 ns/op OverheadWarmup 4: 1048576 op, 2099375.00 ns, 2.0021 ns/op OverheadWarmup 5: 1048576 op, 2125375.00 ns, 2.0269 ns/op OverheadWarmup 6: 1048576 op, 2081416.00 ns, 1.9850 ns/op OverheadWarmup 7: 1048576 op, 2007542.00 ns, 1.9145 ns/op OverheadWarmup 8: 1048576 op, 2168666.00 ns, 2.0682 ns/op OverheadWarmup 9: 1048576 op, 2089042.00 ns, 1.9923 ns/op OverheadActual 1: 1048576 op, 2050542.00 ns, 1.9555 ns/op OverheadActual 2: 1048576 op, 2077625.00 ns, 1.9814 ns/op OverheadActual 3: 1048576 op, 2043667.00 ns, 1.9490 ns/op OverheadActual 4: 1048576 op, 2105542.00 ns, 2.0080 ns/op OverheadActual 5: 1048576 op, 2006875.00 ns, 1.9139 ns/op OverheadActual 6: 1048576 op, 2068625.00 ns, 1.9728 ns/op OverheadActual 7: 1048576 op, 2111375.00 ns, 2.0136 ns/op OverheadActual 8: 1048576 op, 2118709.00 ns, 2.0206 ns/op OverheadActual 9: 1048576 op, 2088500.00 ns, 1.9917 ns/op OverheadActual 10: 1048576 op, 2013167.00 ns, 1.9199 ns/op OverheadActual 11: 1048576 op, 2071208.00 ns, 1.9753 ns/op OverheadActual 12: 1048576 op, 2090292.00 ns, 1.9935 ns/op OverheadActual 13: 1048576 op, 2101125.00 ns, 2.0038 ns/op OverheadActual 14: 1048576 op, 2118542.00 ns, 2.0204 ns/op OverheadActual 15: 1048576 op, 2047708.00 ns, 1.9528 ns/op WorkloadWarmup 1: 1048576 op, 551968708.00 ns, 526.3984 ns/op WorkloadWarmup 2: 1048576 op, 553246667.00 ns, 527.6171 ns/op WorkloadWarmup 3: 1048576 op, 552970792.00 ns, 527.3540 ns/op WorkloadWarmup 4: 1048576 op, 558147833.00 ns, 532.2913 ns/op WorkloadWarmup 5: 1048576 op, 549241375.00 ns, 523.7974 ns/op WorkloadWarmup 6: 1048576 op, 551112333.00 ns, 525.5817 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 552296250.00 ns, 526.7107 ns/op WorkloadActual 2: 1048576 op, 552072084.00 ns, 526.4970 ns/op WorkloadActual 3: 1048576 op, 552272167.00 ns, 526.6878 ns/op WorkloadActual 4: 1048576 op, 551465792.00 ns, 525.9188 ns/op WorkloadActual 5: 1048576 op, 550306375.00 ns, 524.8131 ns/op WorkloadActual 6: 1048576 op, 551656250.00 ns, 526.1004 ns/op WorkloadActual 7: 1048576 op, 550321750.00 ns, 524.8277 ns/op WorkloadActual 8: 1048576 op, 551694542.00 ns, 526.1369 ns/op WorkloadActual 9: 1048576 op, 548545667.00 ns, 523.1339 ns/op WorkloadActual 10: 1048576 op, 553009792.00 ns, 527.3912 ns/op WorkloadActual 11: 1048576 op, 549640125.00 ns, 524.1777 ns/op WorkloadActual 12: 1048576 op, 547261583.00 ns, 521.9093 ns/op WorkloadActual 13: 1048576 op, 547852666.00 ns, 522.4730 ns/op WorkloadActual 14: 1048576 op, 549058459.00 ns, 523.6230 ns/op WorkloadActual 15: 1048576 op, 550536250.00 ns, 525.0323 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 550218625.00 ns, 524.7294 ns/op WorkloadResult 2: 1048576 op, 549994459.00 ns, 524.5156 ns/op WorkloadResult 3: 1048576 op, 550194542.00 ns, 524.7064 ns/op WorkloadResult 4: 1048576 op, 549388167.00 ns, 523.9374 ns/op WorkloadResult 5: 1048576 op, 548228750.00 ns, 522.8317 ns/op WorkloadResult 6: 1048576 op, 549578625.00 ns, 524.1190 ns/op WorkloadResult 7: 1048576 op, 548244125.00 ns, 522.8463 ns/op WorkloadResult 8: 1048576 op, 549616917.00 ns, 524.1555 ns/op WorkloadResult 9: 1048576 op, 546468042.00 ns, 521.1525 ns/op WorkloadResult 10: 1048576 op, 550932167.00 ns, 525.4099 ns/op WorkloadResult 11: 1048576 op, 547562500.00 ns, 522.1963 ns/op WorkloadResult 12: 1048576 op, 545183958.00 ns, 519.9279 ns/op WorkloadResult 13: 1048576 op, 545775041.00 ns, 520.4916 ns/op WorkloadResult 14: 1048576 op, 546980834.00 ns, 521.6416 ns/op WorkloadResult 15: 1048576 op, 548458625.00 ns, 523.0509 ns/op // GC: 401 3 0 3355443200 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 46953 has exited with code 0. Mean = 523.047 ns, StdErr = 0.432 ns (0.08%), N = 15, StdDev = 1.672 ns Min = 519.928 ns, Q1 = 521.919 ns, Median = 523.051 ns, Q3 = 524.336 ns, Max = 525.410 ns IQR = 2.417 ns, LowerFence = 518.294 ns, UpperFence = 527.961 ns ConfidenceInterval = [521.260 ns; 524.835 ns] (CI 99.9%), Margin = 1.787 ns (0.34% of Mean) Skewness = -0.4, Kurtosis = 1.79, MValue = 2 // ** Remained 1 (25,0 %) benchmark(s) to run. Estimated finish 2026-01-07 13:28 (0h 0m from now) ** // ************************** // Benchmark: MetadataBuilderBenchmarks.BuildMetadataObject_Large: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataBuilderBenchmarks.BuildMetadataObject_Large --job Default --benchmarkId 3 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 85041.00 ns, 85.0410 us/op WorkloadJitting 1: 1 op, 1440583.00 ns, 1.4406 ms/op OverheadJitting 2: 16 op, 123542.00 ns, 7.7214 us/op WorkloadJitting 2: 16 op, 143959.00 ns, 8.9974 us/op WorkloadPilot 1: 16 op, 42541.00 ns, 2.6588 us/op WorkloadPilot 2: 32 op, 108125.00 ns, 3.3789 us/op WorkloadPilot 3: 64 op, 154708.00 ns, 2.4173 us/op WorkloadPilot 4: 128 op, 311791.00 ns, 2.4359 us/op WorkloadPilot 5: 256 op, 690292.00 ns, 2.6965 us/op WorkloadPilot 6: 512 op, 1334416.00 ns, 2.6063 us/op WorkloadPilot 7: 1024 op, 2601375.00 ns, 2.5404 us/op WorkloadPilot 8: 2048 op, 5133458.00 ns, 2.5066 us/op WorkloadPilot 9: 4096 op, 10010708.00 ns, 2.4440 us/op WorkloadPilot 10: 8192 op, 19729458.00 ns, 2.4084 us/op WorkloadPilot 11: 16384 op, 38261417.00 ns, 2.3353 us/op WorkloadPilot 12: 32768 op, 76976667.00 ns, 2.3491 us/op WorkloadPilot 13: 65536 op, 184393500.00 ns, 2.8136 us/op WorkloadPilot 14: 131072 op, 109046625.00 ns, 831.9597 ns/op WorkloadPilot 15: 262144 op, 177561208.00 ns, 677.3423 ns/op WorkloadPilot 16: 524288 op, 349952625.00 ns, 667.4817 ns/op WorkloadPilot 17: 1048576 op, 703106584.00 ns, 670.5347 ns/op OverheadWarmup 1: 1048576 op, 2067583.00 ns, 1.9718 ns/op OverheadWarmup 2: 1048576 op, 2029208.00 ns, 1.9352 ns/op OverheadWarmup 3: 1048576 op, 2149250.00 ns, 2.0497 ns/op OverheadWarmup 4: 1048576 op, 2075625.00 ns, 1.9795 ns/op OverheadWarmup 5: 1048576 op, 2186500.00 ns, 2.0852 ns/op OverheadWarmup 6: 1048576 op, 2090833.00 ns, 1.9940 ns/op OverheadActual 1: 1048576 op, 2087875.00 ns, 1.9912 ns/op OverheadActual 2: 1048576 op, 2131209.00 ns, 2.0325 ns/op OverheadActual 3: 1048576 op, 2181583.00 ns, 2.0805 ns/op OverheadActual 4: 1048576 op, 2148250.00 ns, 2.0487 ns/op OverheadActual 5: 1048576 op, 2133917.00 ns, 2.0351 ns/op OverheadActual 6: 1048576 op, 2139250.00 ns, 2.0401 ns/op OverheadActual 7: 1048576 op, 2120084.00 ns, 2.0219 ns/op OverheadActual 8: 1048576 op, 2117542.00 ns, 2.0194 ns/op OverheadActual 9: 1048576 op, 2033750.00 ns, 1.9395 ns/op OverheadActual 10: 1048576 op, 2131708.00 ns, 2.0330 ns/op OverheadActual 11: 1048576 op, 2110042.00 ns, 2.0123 ns/op OverheadActual 12: 1048576 op, 2058708.00 ns, 1.9633 ns/op OverheadActual 13: 1048576 op, 2116875.00 ns, 2.0188 ns/op OverheadActual 14: 1048576 op, 2018834.00 ns, 1.9253 ns/op OverheadActual 15: 1048576 op, 2109375.00 ns, 2.0117 ns/op WorkloadWarmup 1: 1048576 op, 700199541.00 ns, 667.7623 ns/op WorkloadWarmup 2: 1048576 op, 704513917.00 ns, 671.8768 ns/op WorkloadWarmup 3: 1048576 op, 699902750.00 ns, 667.4793 ns/op WorkloadWarmup 4: 1048576 op, 701039167.00 ns, 668.5630 ns/op WorkloadWarmup 5: 1048576 op, 701637250.00 ns, 669.1334 ns/op WorkloadWarmup 6: 1048576 op, 695862583.00 ns, 663.6263 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 699234167.00 ns, 666.8417 ns/op WorkloadActual 2: 1048576 op, 698287000.00 ns, 665.9384 ns/op WorkloadActual 3: 1048576 op, 700710875.00 ns, 668.2500 ns/op WorkloadActual 4: 1048576 op, 700689083.00 ns, 668.2292 ns/op WorkloadActual 5: 1048576 op, 698202042.00 ns, 665.8574 ns/op WorkloadActual 6: 1048576 op, 699857625.00 ns, 667.4362 ns/op WorkloadActual 7: 1048576 op, 699157666.00 ns, 666.7687 ns/op WorkloadActual 8: 1048576 op, 699773500.00 ns, 667.3560 ns/op WorkloadActual 9: 1048576 op, 703338542.00 ns, 670.7559 ns/op WorkloadActual 10: 1048576 op, 701754792.00 ns, 669.2455 ns/op WorkloadActual 11: 1048576 op, 699641792.00 ns, 667.2304 ns/op WorkloadActual 12: 1048576 op, 697248208.00 ns, 664.9477 ns/op WorkloadActual 13: 1048576 op, 698748834.00 ns, 666.3788 ns/op WorkloadActual 14: 1048576 op, 697718750.00 ns, 665.3965 ns/op WorkloadActual 15: 1048576 op, 699253375.00 ns, 666.8600 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 697116625.00 ns, 664.8222 ns/op WorkloadResult 2: 1048576 op, 696169458.00 ns, 663.9189 ns/op WorkloadResult 3: 1048576 op, 698593333.00 ns, 666.2305 ns/op WorkloadResult 4: 1048576 op, 698571541.00 ns, 666.2097 ns/op WorkloadResult 5: 1048576 op, 696084500.00 ns, 663.8379 ns/op WorkloadResult 6: 1048576 op, 697740083.00 ns, 665.4168 ns/op WorkloadResult 7: 1048576 op, 697040124.00 ns, 664.7493 ns/op WorkloadResult 8: 1048576 op, 697655958.00 ns, 665.3366 ns/op WorkloadResult 9: 1048576 op, 699637250.00 ns, 667.2261 ns/op WorkloadResult 10: 1048576 op, 697524250.00 ns, 665.2110 ns/op WorkloadResult 11: 1048576 op, 695130666.00 ns, 662.9283 ns/op WorkloadResult 12: 1048576 op, 696631292.00 ns, 664.3594 ns/op WorkloadResult 13: 1048576 op, 695601208.00 ns, 663.3770 ns/op WorkloadResult 14: 1048576 op, 697135833.00 ns, 664.8405 ns/op // GC: 171 0 0 1434451968 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 46966 has exited with code 0. Mean = 664.890 ns, StdErr = 0.315 ns (0.05%), N = 14, StdDev = 1.179 ns Min = 662.928 ns, Q1 = 664.029 ns, Median = 664.831 ns, Q3 = 665.397 ns, Max = 667.226 ns IQR = 1.368 ns, LowerFence = 661.977 ns, UpperFence = 667.448 ns ConfidenceInterval = [663.560 ns; 666.220 ns] (CI 99.9%), Margin = 1.330 ns (0.20% of Mean) Skewness = 0.19, Kurtosis = 2.16, MValue = 2 // ** Remained 0 (0,0 %) benchmark(s) to run. Estimated finish 2026-01-07 13:28 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataBuilderBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataBuilderBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataBuilderBenchmarks-report.html // * Detailed results * MetadataBuilderBenchmarks.BuildDictionary: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 63.451 ns, StdErr = 0.217 ns (0.34%), N = 15, StdDev = 0.841 ns Min = 62.242 ns, Q1 = 62.759 ns, Median = 63.492 ns, Q3 = 64.057 ns, Max = 65.029 ns IQR = 1.298 ns, LowerFence = 60.811 ns, UpperFence = 66.004 ns ConfidenceInterval = [62.552 ns; 64.350 ns] (CI 99.9%), Margin = 0.899 ns (1.42% of Mean) Skewness = 0.13, Kurtosis = 1.76, MValue = 2 -------------------- Histogram -------------------- [61.918 ns ; 63.244 ns) | @@@@@@ [63.244 ns ; 65.476 ns) | @@@@@@@@@ --------------------------------------------------- MetadataBuilderBenchmarks.BuildMetadataObject: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 54.608 ns, StdErr = 0.138 ns (0.25%), N = 15, StdDev = 0.536 ns Min = 54.038 ns, Q1 = 54.129 ns, Median = 54.301 ns, Q3 = 55.140 ns, Max = 55.312 ns IQR = 1.010 ns, LowerFence = 52.614 ns, UpperFence = 56.655 ns ConfidenceInterval = [54.035 ns; 55.181 ns] (CI 99.9%), Margin = 0.573 ns (1.05% of Mean) Skewness = 0.15, Kurtosis = 1.01, MValue = 2 -------------------- Histogram -------------------- [53.753 ns ; 55.597 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataBuilderBenchmarks.BuildDictionary_Large: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 523.047 ns, StdErr = 0.432 ns (0.08%), N = 15, StdDev = 1.672 ns Min = 519.928 ns, Q1 = 521.919 ns, Median = 523.051 ns, Q3 = 524.336 ns, Max = 525.410 ns IQR = 2.417 ns, LowerFence = 518.294 ns, UpperFence = 527.961 ns ConfidenceInterval = [521.260 ns; 524.835 ns] (CI 99.9%), Margin = 1.787 ns (0.34% of Mean) Skewness = -0.4, Kurtosis = 1.79, MValue = 2 -------------------- Histogram -------------------- [519.038 ns ; 526.300 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataBuilderBenchmarks.BuildMetadataObject_Large: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 664.890 ns, StdErr = 0.315 ns (0.05%), N = 14, StdDev = 1.179 ns Min = 662.928 ns, Q1 = 664.029 ns, Median = 664.831 ns, Q3 = 665.397 ns, Max = 667.226 ns IQR = 1.368 ns, LowerFence = 661.977 ns, UpperFence = 667.448 ns ConfidenceInterval = [663.560 ns; 666.220 ns] (CI 99.9%), Margin = 1.330 ns (0.20% of Mean) Skewness = 0.19, Kurtosis = 2.16, MValue = 2 -------------------- Histogram -------------------- [662.286 ns ; 667.868 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |-------------------------- |----------:|---------:|---------:|------:|--------:|-------:|-------:|----------:|------------:| | BuildDictionary | 63.45 ns | 0.899 ns | 0.841 ns | 1.00 | 0.02 | 0.0640 | - | 536 B | 1.00 | | BuildMetadataObject | 54.61 ns | 0.573 ns | 0.536 ns | 0.86 | 0.01 | 0.0258 | - | 216 B | 0.40 | | BuildDictionary_Large | 523.05 ns | 1.787 ns | 1.672 ns | 8.24 | 0.11 | 0.3824 | 0.0029 | 3200 B | 5.97 | | BuildMetadataObject_Large | 664.89 ns | 1.330 ns | 1.179 ns | 10.48 | 0.14 | 0.1631 | - | 1368 B | 2.55 | // * Hints * Outliers MetadataBuilderBenchmarks.BuildMetadataObject_Large: Default -> 1 outlier was removed (670.76 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:01:08 (68.48 sec), executed benchmarks: 4 Global total time: 00:01:12 (72.96 sec), executed benchmarks: 4 // * Artifacts cleanup * Artifacts cleanup is finished Benchmarks.MetadataBuilderBenchmarks-20260107-135948.log000066400000000000000000001024131516707642500402470ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 4 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 0.58 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 3.72 sec and exited with 0 // ***** Done, took 00:00:04 (4.34 sec) ***** // Found 4 benchmarks: // MetadataBuilderBenchmarks.BuildDictionary: DefaultJob // MetadataBuilderBenchmarks.BuildMetadataObject: DefaultJob // MetadataBuilderBenchmarks.BuildDictionary_Large: DefaultJob // MetadataBuilderBenchmarks.BuildMetadataObject_Large: DefaultJob // ************************** // Benchmark: MetadataBuilderBenchmarks.BuildDictionary: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataBuilderBenchmarks.BuildDictionary --job Default --benchmarkId 0 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 118208.00 ns, 118.2080 us/op WorkloadJitting 1: 1 op, 166333.00 ns, 166.3330 us/op OverheadJitting 2: 16 op, 287166.00 ns, 17.9479 us/op WorkloadJitting 2: 16 op, 277917.00 ns, 17.3698 us/op WorkloadPilot 1: 16 op, 5834.00 ns, 364.6250 ns/op WorkloadPilot 2: 32 op, 9125.00 ns, 285.1563 ns/op WorkloadPilot 3: 64 op, 15166.00 ns, 236.9688 ns/op WorkloadPilot 4: 128 op, 25292.00 ns, 197.5938 ns/op WorkloadPilot 5: 256 op, 44917.00 ns, 175.4570 ns/op WorkloadPilot 6: 512 op, 86583.00 ns, 169.1074 ns/op WorkloadPilot 7: 1024 op, 177625.00 ns, 173.4619 ns/op WorkloadPilot 8: 2048 op, 340917.00 ns, 166.4634 ns/op WorkloadPilot 9: 4096 op, 695708.00 ns, 169.8506 ns/op WorkloadPilot 10: 8192 op, 1334709.00 ns, 162.9283 ns/op WorkloadPilot 11: 16384 op, 2715000.00 ns, 165.7104 ns/op WorkloadPilot 12: 32768 op, 5128625.00 ns, 156.5132 ns/op WorkloadPilot 13: 65536 op, 10145000.00 ns, 154.8004 ns/op WorkloadPilot 14: 131072 op, 19750250.00 ns, 150.6824 ns/op WorkloadPilot 15: 262144 op, 39470750.00 ns, 150.5690 ns/op WorkloadPilot 16: 524288 op, 68561750.00 ns, 130.7712 ns/op WorkloadPilot 17: 1048576 op, 67307125.00 ns, 64.1891 ns/op WorkloadPilot 18: 2097152 op, 135669375.00 ns, 64.6922 ns/op WorkloadPilot 19: 4194304 op, 266702000.00 ns, 63.5867 ns/op WorkloadPilot 20: 8388608 op, 542864875.00 ns, 64.7145 ns/op OverheadWarmup 1: 8388608 op, 16655166.00 ns, 1.9855 ns/op OverheadWarmup 2: 8388608 op, 16761000.00 ns, 1.9981 ns/op OverheadWarmup 3: 8388608 op, 16794917.00 ns, 2.0021 ns/op OverheadWarmup 4: 8388608 op, 16457458.00 ns, 1.9619 ns/op OverheadWarmup 5: 8388608 op, 16292584.00 ns, 1.9422 ns/op OverheadWarmup 6: 8388608 op, 16115416.00 ns, 1.9211 ns/op OverheadWarmup 7: 8388608 op, 16439500.00 ns, 1.9597 ns/op OverheadWarmup 8: 8388608 op, 16412542.00 ns, 1.9565 ns/op OverheadActual 1: 8388608 op, 16257333.00 ns, 1.9380 ns/op OverheadActual 2: 8388608 op, 16306875.00 ns, 1.9439 ns/op OverheadActual 3: 8388608 op, 16205208.00 ns, 1.9318 ns/op OverheadActual 4: 8388608 op, 16184792.00 ns, 1.9294 ns/op OverheadActual 5: 8388608 op, 17472667.00 ns, 2.0829 ns/op OverheadActual 6: 8388608 op, 16358250.00 ns, 1.9501 ns/op OverheadActual 7: 8388608 op, 16734667.00 ns, 1.9949 ns/op OverheadActual 8: 8388608 op, 16533333.00 ns, 1.9709 ns/op OverheadActual 9: 8388608 op, 16434500.00 ns, 1.9591 ns/op OverheadActual 10: 8388608 op, 16348417.00 ns, 1.9489 ns/op OverheadActual 11: 8388608 op, 14618083.00 ns, 1.7426 ns/op OverheadActual 12: 8388608 op, 14017334.00 ns, 1.6710 ns/op OverheadActual 13: 8388608 op, 13994417.00 ns, 1.6683 ns/op OverheadActual 14: 8388608 op, 14063417.00 ns, 1.6765 ns/op OverheadActual 15: 8388608 op, 14020667.00 ns, 1.6714 ns/op OverheadActual 16: 8388608 op, 14170250.00 ns, 1.6892 ns/op OverheadActual 17: 8388608 op, 14139833.00 ns, 1.6856 ns/op OverheadActual 18: 8388608 op, 14179417.00 ns, 1.6903 ns/op OverheadActual 19: 8388608 op, 13952375.00 ns, 1.6633 ns/op OverheadActual 20: 8388608 op, 13996125.00 ns, 1.6685 ns/op WorkloadWarmup 1: 8388608 op, 535420042.00 ns, 63.8270 ns/op WorkloadWarmup 2: 8388608 op, 540585542.00 ns, 64.4428 ns/op WorkloadWarmup 3: 8388608 op, 532709500.00 ns, 63.5039 ns/op WorkloadWarmup 4: 8388608 op, 537402708.00 ns, 64.0634 ns/op WorkloadWarmup 5: 8388608 op, 536286209.00 ns, 63.9303 ns/op WorkloadWarmup 6: 8388608 op, 536086417.00 ns, 63.9065 ns/op // BeforeActualRun WorkloadActual 1: 8388608 op, 541318166.00 ns, 64.5302 ns/op WorkloadActual 2: 8388608 op, 530275584.00 ns, 63.2138 ns/op WorkloadActual 3: 8388608 op, 532678834.00 ns, 63.5003 ns/op WorkloadActual 4: 8388608 op, 533476292.00 ns, 63.5953 ns/op WorkloadActual 5: 8388608 op, 530499667.00 ns, 63.2405 ns/op WorkloadActual 6: 8388608 op, 528921000.00 ns, 63.0523 ns/op WorkloadActual 7: 8388608 op, 528782375.00 ns, 63.0358 ns/op WorkloadActual 8: 8388608 op, 532218916.00 ns, 63.4454 ns/op WorkloadActual 9: 8388608 op, 535708250.00 ns, 63.8614 ns/op WorkloadActual 10: 8388608 op, 529729709.00 ns, 63.1487 ns/op WorkloadActual 11: 8388608 op, 532929333.00 ns, 63.5301 ns/op WorkloadActual 12: 8388608 op, 531795417.00 ns, 63.3950 ns/op WorkloadActual 13: 8388608 op, 537735042.00 ns, 64.1030 ns/op WorkloadActual 14: 8388608 op, 534041625.00 ns, 63.6627 ns/op WorkloadActual 15: 8388608 op, 532752625.00 ns, 63.5091 ns/op // AfterActualRun WorkloadResult 1: 8388608 op, 514874146.50 ns, 61.3778 ns/op WorkloadResult 2: 8388608 op, 517277396.50 ns, 61.6643 ns/op WorkloadResult 3: 8388608 op, 518074854.50 ns, 61.7593 ns/op WorkloadResult 4: 8388608 op, 515098229.50 ns, 61.4045 ns/op WorkloadResult 5: 8388608 op, 513519562.50 ns, 61.2163 ns/op WorkloadResult 6: 8388608 op, 513380937.50 ns, 61.1998 ns/op WorkloadResult 7: 8388608 op, 516817478.50 ns, 61.6094 ns/op WorkloadResult 8: 8388608 op, 520306812.50 ns, 62.0254 ns/op WorkloadResult 9: 8388608 op, 514328271.50 ns, 61.3127 ns/op WorkloadResult 10: 8388608 op, 517527895.50 ns, 61.6941 ns/op WorkloadResult 11: 8388608 op, 516393979.50 ns, 61.5590 ns/op WorkloadResult 12: 8388608 op, 522333604.50 ns, 62.2670 ns/op WorkloadResult 13: 8388608 op, 518640187.50 ns, 61.8267 ns/op WorkloadResult 14: 8388608 op, 517351187.50 ns, 61.6731 ns/op // GC: 537 0 0 4496293888 8388608 // Threading: 0 0 8388608 // AfterAll // Benchmark Process 50456 has exited with code 0. Mean = 61.614 ns, StdErr = 0.081 ns (0.13%), N = 14, StdDev = 0.304 ns Min = 61.200 ns, Q1 = 61.384 ns, Median = 61.637 ns, Q3 = 61.743 ns, Max = 62.267 ns IQR = 0.359 ns, LowerFence = 60.847 ns, UpperFence = 62.281 ns ConfidenceInterval = [61.271 ns; 61.956 ns] (CI 99.9%), Margin = 0.342 ns (0.56% of Mean) Skewness = 0.46, Kurtosis = 2.37, MValue = 2 // ** Remained 3 (75,0 %) benchmark(s) to run. Estimated finish 2026-01-07 14:00 (0h 0m from now) ** // ************************** // Benchmark: MetadataBuilderBenchmarks.BuildMetadataObject: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataBuilderBenchmarks.BuildMetadataObject --job Default --benchmarkId 1 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 90375.00 ns, 90.3750 us/op WorkloadJitting 1: 1 op, 1365292.00 ns, 1.3653 ms/op OverheadJitting 2: 16 op, 153250.00 ns, 9.5781 us/op WorkloadJitting 2: 16 op, 119084.00 ns, 7.4428 us/op WorkloadPilot 1: 16 op, 8166.00 ns, 510.3750 ns/op WorkloadPilot 2: 32 op, 13000.00 ns, 406.2500 ns/op WorkloadPilot 3: 64 op, 22708.00 ns, 354.8125 ns/op WorkloadPilot 4: 128 op, 33708.00 ns, 263.3438 ns/op WorkloadPilot 5: 256 op, 69167.00 ns, 270.1836 ns/op WorkloadPilot 6: 512 op, 128042.00 ns, 250.0820 ns/op WorkloadPilot 7: 1024 op, 261000.00 ns, 254.8828 ns/op WorkloadPilot 8: 2048 op, 605167.00 ns, 295.4917 ns/op WorkloadPilot 9: 4096 op, 1181708.00 ns, 288.5029 ns/op WorkloadPilot 10: 8192 op, 2179083.00 ns, 266.0013 ns/op WorkloadPilot 11: 16384 op, 4135167.00 ns, 252.3906 ns/op WorkloadPilot 12: 32768 op, 7899416.00 ns, 241.0710 ns/op WorkloadPilot 13: 65536 op, 15750458.00 ns, 240.3329 ns/op WorkloadPilot 14: 131072 op, 31187167.00 ns, 237.9392 ns/op WorkloadPilot 15: 262144 op, 61377792.00 ns, 234.1377 ns/op WorkloadPilot 16: 524288 op, 123272209.00 ns, 235.1231 ns/op WorkloadPilot 17: 1048576 op, 43377500.00 ns, 41.3680 ns/op WorkloadPilot 18: 2097152 op, 88023542.00 ns, 41.9729 ns/op WorkloadPilot 19: 4194304 op, 171764167.00 ns, 40.9518 ns/op WorkloadPilot 20: 8388608 op, 340599667.00 ns, 40.6026 ns/op WorkloadPilot 21: 16777216 op, 687324542.00 ns, 40.9677 ns/op OverheadWarmup 1: 16777216 op, 33359958.00 ns, 1.9884 ns/op OverheadWarmup 2: 16777216 op, 33139458.00 ns, 1.9753 ns/op OverheadWarmup 3: 16777216 op, 33067042.00 ns, 1.9709 ns/op OverheadWarmup 4: 16777216 op, 33603875.00 ns, 2.0029 ns/op OverheadWarmup 5: 16777216 op, 33301708.00 ns, 1.9849 ns/op OverheadWarmup 6: 16777216 op, 33738833.00 ns, 2.0110 ns/op OverheadWarmup 7: 16777216 op, 32842000.00 ns, 1.9575 ns/op OverheadActual 1: 16777216 op, 33717625.00 ns, 2.0097 ns/op OverheadActual 2: 16777216 op, 33228583.00 ns, 1.9806 ns/op OverheadActual 3: 16777216 op, 33241292.00 ns, 1.9813 ns/op OverheadActual 4: 16777216 op, 33075667.00 ns, 1.9715 ns/op OverheadActual 5: 16777216 op, 33049500.00 ns, 1.9699 ns/op OverheadActual 6: 16777216 op, 33036375.00 ns, 1.9691 ns/op OverheadActual 7: 16777216 op, 33266625.00 ns, 1.9828 ns/op OverheadActual 8: 16777216 op, 33004042.00 ns, 1.9672 ns/op OverheadActual 9: 16777216 op, 26529791.00 ns, 1.5813 ns/op OverheadActual 10: 16777216 op, 23919334.00 ns, 1.4257 ns/op OverheadActual 11: 16777216 op, 24214250.00 ns, 1.4433 ns/op OverheadActual 12: 16777216 op, 24124625.00 ns, 1.4379 ns/op OverheadActual 13: 16777216 op, 25193833.00 ns, 1.5017 ns/op OverheadActual 14: 16777216 op, 24504792.00 ns, 1.4606 ns/op OverheadActual 15: 16777216 op, 23967834.00 ns, 1.4286 ns/op OverheadActual 16: 16777216 op, 23982834.00 ns, 1.4295 ns/op OverheadActual 17: 16777216 op, 24170292.00 ns, 1.4407 ns/op OverheadActual 18: 16777216 op, 24150916.00 ns, 1.4395 ns/op OverheadActual 19: 16777216 op, 24238250.00 ns, 1.4447 ns/op OverheadActual 20: 16777216 op, 24001583.00 ns, 1.4306 ns/op WorkloadWarmup 1: 16777216 op, 710488250.00 ns, 42.3484 ns/op WorkloadWarmup 2: 16777216 op, 709049375.00 ns, 42.2626 ns/op WorkloadWarmup 3: 16777216 op, 703662500.00 ns, 41.9416 ns/op WorkloadWarmup 4: 16777216 op, 704095000.00 ns, 41.9673 ns/op WorkloadWarmup 5: 16777216 op, 714908708.00 ns, 42.6119 ns/op WorkloadWarmup 6: 16777216 op, 709720250.00 ns, 42.3026 ns/op WorkloadWarmup 7: 16777216 op, 707289666.00 ns, 42.1577 ns/op WorkloadWarmup 8: 16777216 op, 709382917.00 ns, 42.2825 ns/op WorkloadWarmup 9: 16777216 op, 711687041.00 ns, 42.4199 ns/op WorkloadWarmup 10: 16777216 op, 714089667.00 ns, 42.5631 ns/op WorkloadWarmup 11: 16777216 op, 697781958.00 ns, 41.5910 ns/op // BeforeActualRun WorkloadActual 1: 16777216 op, 694094208.00 ns, 41.3712 ns/op WorkloadActual 2: 16777216 op, 686054834.00 ns, 40.8921 ns/op WorkloadActual 3: 16777216 op, 686537000.00 ns, 40.9208 ns/op WorkloadActual 4: 16777216 op, 682763167.00 ns, 40.6959 ns/op WorkloadActual 5: 16777216 op, 683268459.00 ns, 40.7260 ns/op WorkloadActual 6: 16777216 op, 689201208.00 ns, 41.0796 ns/op WorkloadActual 7: 16777216 op, 692071333.00 ns, 41.2507 ns/op WorkloadActual 8: 16777216 op, 690761333.00 ns, 41.1726 ns/op WorkloadActual 9: 16777216 op, 684460625.00 ns, 40.7970 ns/op WorkloadActual 10: 16777216 op, 685281041.00 ns, 40.8459 ns/op WorkloadActual 11: 16777216 op, 684571417.00 ns, 40.8036 ns/op WorkloadActual 12: 16777216 op, 684858875.00 ns, 40.8208 ns/op WorkloadActual 13: 16777216 op, 681293000.00 ns, 40.6082 ns/op WorkloadActual 14: 16777216 op, 682972125.00 ns, 40.7083 ns/op WorkloadActual 15: 16777216 op, 683750417.00 ns, 40.7547 ns/op // AfterActualRun WorkloadResult 1: 16777216 op, 669244895.50 ns, 39.8901 ns/op WorkloadResult 2: 16777216 op, 661205521.50 ns, 39.4109 ns/op WorkloadResult 3: 16777216 op, 661687687.50 ns, 39.4397 ns/op WorkloadResult 4: 16777216 op, 657913854.50 ns, 39.2147 ns/op WorkloadResult 5: 16777216 op, 658419146.50 ns, 39.2448 ns/op WorkloadResult 6: 16777216 op, 664351895.50 ns, 39.5985 ns/op WorkloadResult 7: 16777216 op, 667222020.50 ns, 39.7695 ns/op WorkloadResult 8: 16777216 op, 665912020.50 ns, 39.6914 ns/op WorkloadResult 9: 16777216 op, 659611312.50 ns, 39.3159 ns/op WorkloadResult 10: 16777216 op, 660431728.50 ns, 39.3648 ns/op WorkloadResult 11: 16777216 op, 659722104.50 ns, 39.3225 ns/op WorkloadResult 12: 16777216 op, 660009562.50 ns, 39.3396 ns/op WorkloadResult 13: 16777216 op, 656443687.50 ns, 39.1271 ns/op WorkloadResult 14: 16777216 op, 658122812.50 ns, 39.2272 ns/op WorkloadResult 15: 16777216 op, 658901104.50 ns, 39.2736 ns/op // GC: 369 0 0 3087007744 16777216 // Threading: 0 0 16777216 // AfterAll // Benchmark Process 50484 has exited with code 0. Mean = 39.415 ns, StdErr = 0.058 ns (0.15%), N = 15, StdDev = 0.223 ns Min = 39.127 ns, Q1 = 39.259 ns, Median = 39.340 ns, Q3 = 39.519 ns, Max = 39.890 ns IQR = 0.260 ns, LowerFence = 38.869 ns, UpperFence = 39.909 ns ConfidenceInterval = [39.177 ns; 39.654 ns] (CI 99.9%), Margin = 0.238 ns (0.60% of Mean) Skewness = 0.78, Kurtosis = 2.29, MValue = 2 // ** Remained 2 (50,0 %) benchmark(s) to run. Estimated finish 2026-01-07 14:01 (0h 0m from now) ** // ************************** // Benchmark: MetadataBuilderBenchmarks.BuildDictionary_Large: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataBuilderBenchmarks.BuildDictionary_Large --job Default --benchmarkId 2 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 107458.00 ns, 107.4580 us/op WorkloadJitting 1: 1 op, 160417.00 ns, 160.4170 us/op OverheadJitting 2: 16 op, 370917.00 ns, 23.1823 us/op WorkloadJitting 2: 16 op, 325542.00 ns, 20.3464 us/op WorkloadPilot 1: 16 op, 34250.00 ns, 2.1406 us/op WorkloadPilot 2: 32 op, 58542.00 ns, 1.8294 us/op WorkloadPilot 3: 64 op, 119125.00 ns, 1.8613 us/op WorkloadPilot 4: 128 op, 239958.00 ns, 1.8747 us/op WorkloadPilot 5: 256 op, 469541.00 ns, 1.8341 us/op WorkloadPilot 6: 512 op, 895041.00 ns, 1.7481 us/op WorkloadPilot 7: 1024 op, 1702334.00 ns, 1.6624 us/op WorkloadPilot 8: 2048 op, 3467209.00 ns, 1.6930 us/op WorkloadPilot 9: 4096 op, 6668958.00 ns, 1.6282 us/op WorkloadPilot 10: 8192 op, 12963750.00 ns, 1.5825 us/op WorkloadPilot 11: 16384 op, 25608709.00 ns, 1.5630 us/op WorkloadPilot 12: 32768 op, 50893542.00 ns, 1.5531 us/op WorkloadPilot 13: 65536 op, 115287750.00 ns, 1.7592 us/op WorkloadPilot 14: 131072 op, 171089542.00 ns, 1.3053 us/op WorkloadPilot 15: 262144 op, 127840625.00 ns, 487.6733 ns/op WorkloadPilot 16: 524288 op, 254401958.00 ns, 485.2332 ns/op WorkloadPilot 17: 1048576 op, 507124833.00 ns, 483.6319 ns/op OverheadWarmup 1: 1048576 op, 2035416.00 ns, 1.9411 ns/op OverheadWarmup 2: 1048576 op, 2098291.00 ns, 2.0011 ns/op OverheadWarmup 3: 1048576 op, 2064541.00 ns, 1.9689 ns/op OverheadWarmup 4: 1048576 op, 2028834.00 ns, 1.9348 ns/op OverheadWarmup 5: 1048576 op, 2106667.00 ns, 2.0091 ns/op OverheadWarmup 6: 1048576 op, 1960625.00 ns, 1.8698 ns/op OverheadActual 1: 1048576 op, 1961208.00 ns, 1.8704 ns/op OverheadActual 2: 1048576 op, 2020667.00 ns, 1.9271 ns/op OverheadActual 3: 1048576 op, 1961084.00 ns, 1.8702 ns/op OverheadActual 4: 1048576 op, 2028167.00 ns, 1.9342 ns/op OverheadActual 5: 1048576 op, 2110833.00 ns, 2.0130 ns/op OverheadActual 6: 1048576 op, 2029333.00 ns, 1.9353 ns/op OverheadActual 7: 1048576 op, 1998458.00 ns, 1.9059 ns/op OverheadActual 8: 1048576 op, 2134042.00 ns, 2.0352 ns/op OverheadActual 9: 1048576 op, 2124708.00 ns, 2.0263 ns/op OverheadActual 10: 1048576 op, 1960541.00 ns, 1.8697 ns/op OverheadActual 11: 1048576 op, 2092250.00 ns, 1.9953 ns/op OverheadActual 12: 1048576 op, 2113625.00 ns, 2.0157 ns/op OverheadActual 13: 1048576 op, 2102792.00 ns, 2.0054 ns/op OverheadActual 14: 1048576 op, 2132666.00 ns, 2.0339 ns/op OverheadActual 15: 1048576 op, 2093334.00 ns, 1.9964 ns/op WorkloadWarmup 1: 1048576 op, 505336250.00 ns, 481.9262 ns/op WorkloadWarmup 2: 1048576 op, 515215208.00 ns, 491.3475 ns/op WorkloadWarmup 3: 1048576 op, 508189333.00 ns, 484.6471 ns/op WorkloadWarmup 4: 1048576 op, 506806875.00 ns, 483.3287 ns/op WorkloadWarmup 5: 1048576 op, 507263250.00 ns, 483.7639 ns/op WorkloadWarmup 6: 1048576 op, 510036125.00 ns, 486.4084 ns/op WorkloadWarmup 7: 1048576 op, 505853750.00 ns, 482.4197 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 504951542.00 ns, 481.5593 ns/op WorkloadActual 2: 1048576 op, 506117792.00 ns, 482.6715 ns/op WorkloadActual 3: 1048576 op, 517928666.00 ns, 493.9353 ns/op WorkloadActual 4: 1048576 op, 505268167.00 ns, 481.8613 ns/op WorkloadActual 5: 1048576 op, 503663875.00 ns, 480.3313 ns/op WorkloadActual 6: 1048576 op, 504445875.00 ns, 481.0771 ns/op WorkloadActual 7: 1048576 op, 504542083.00 ns, 481.1688 ns/op WorkloadActual 8: 1048576 op, 503972375.00 ns, 480.6255 ns/op WorkloadActual 9: 1048576 op, 510064334.00 ns, 486.4353 ns/op WorkloadActual 10: 1048576 op, 509603459.00 ns, 485.9957 ns/op WorkloadActual 11: 1048576 op, 509087625.00 ns, 485.5038 ns/op WorkloadActual 12: 1048576 op, 505877250.00 ns, 482.4421 ns/op WorkloadActual 13: 1048576 op, 508139083.00 ns, 484.5992 ns/op WorkloadActual 14: 1048576 op, 503947417.00 ns, 480.6017 ns/op WorkloadActual 15: 1048576 op, 502986166.00 ns, 479.6850 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 502859292.00 ns, 479.5640 ns/op WorkloadResult 2: 1048576 op, 504025542.00 ns, 480.6762 ns/op WorkloadResult 3: 1048576 op, 503175917.00 ns, 479.8659 ns/op WorkloadResult 4: 1048576 op, 501571625.00 ns, 478.3360 ns/op WorkloadResult 5: 1048576 op, 502353625.00 ns, 479.0817 ns/op WorkloadResult 6: 1048576 op, 502449833.00 ns, 479.1735 ns/op WorkloadResult 7: 1048576 op, 501880125.00 ns, 478.6302 ns/op WorkloadResult 8: 1048576 op, 507972084.00 ns, 484.4399 ns/op WorkloadResult 9: 1048576 op, 507511209.00 ns, 484.0004 ns/op WorkloadResult 10: 1048576 op, 506995375.00 ns, 483.5085 ns/op WorkloadResult 11: 1048576 op, 503785000.00 ns, 480.4468 ns/op WorkloadResult 12: 1048576 op, 506046833.00 ns, 482.6039 ns/op WorkloadResult 13: 1048576 op, 501855167.00 ns, 478.6064 ns/op WorkloadResult 14: 1048576 op, 500893916.00 ns, 477.6897 ns/op // GC: 401 3 0 3355443200 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 50498 has exited with code 0. Mean = 480.473 ns, StdErr = 0.602 ns (0.13%), N = 14, StdDev = 2.253 ns Min = 477.690 ns, Q1 = 478.743 ns, Median = 479.715 ns, Q3 = 482.122 ns, Max = 484.440 ns IQR = 3.379 ns, LowerFence = 473.675 ns, UpperFence = 487.190 ns ConfidenceInterval = [477.932 ns; 483.015 ns] (CI 99.9%), Margin = 2.542 ns (0.53% of Mean) Skewness = 0.59, Kurtosis = 1.72, MValue = 2 // ** Remained 1 (25,0 %) benchmark(s) to run. Estimated finish 2026-01-07 14:00 (0h 0m from now) ** // ************************** // Benchmark: MetadataBuilderBenchmarks.BuildMetadataObject_Large: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataBuilderBenchmarks.BuildMetadataObject_Large --job Default --benchmarkId 3 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 85291.00 ns, 85.2910 us/op WorkloadJitting 1: 1 op, 1332750.00 ns, 1.3328 ms/op OverheadJitting 2: 16 op, 141834.00 ns, 8.8646 us/op WorkloadJitting 2: 16 op, 152584.00 ns, 9.5365 us/op WorkloadPilot 1: 16 op, 49000.00 ns, 3.0625 us/op WorkloadPilot 2: 32 op, 89166.00 ns, 2.7864 us/op WorkloadPilot 3: 64 op, 162125.00 ns, 2.5332 us/op WorkloadPilot 4: 128 op, 354458.00 ns, 2.7692 us/op WorkloadPilot 5: 256 op, 713667.00 ns, 2.7878 us/op WorkloadPilot 6: 512 op, 1461417.00 ns, 2.8543 us/op WorkloadPilot 7: 1024 op, 2867625.00 ns, 2.8004 us/op WorkloadPilot 8: 2048 op, 5567958.00 ns, 2.7187 us/op WorkloadPilot 9: 4096 op, 10791041.00 ns, 2.6345 us/op WorkloadPilot 10: 8192 op, 21360750.00 ns, 2.6075 us/op WorkloadPilot 11: 16384 op, 42386750.00 ns, 2.5871 us/op WorkloadPilot 12: 32768 op, 83929292.00 ns, 2.5613 us/op WorkloadPilot 13: 65536 op, 190711750.00 ns, 2.9100 us/op WorkloadPilot 14: 131072 op, 75904709.00 ns, 579.1070 ns/op WorkloadPilot 15: 262144 op, 155949792.00 ns, 594.9012 ns/op WorkloadPilot 16: 524288 op, 291024000.00 ns, 555.0842 ns/op WorkloadPilot 17: 1048576 op, 583474792.00 ns, 556.4449 ns/op OverheadWarmup 1: 1048576 op, 2087250.00 ns, 1.9906 ns/op OverheadWarmup 2: 1048576 op, 2063834.00 ns, 1.9682 ns/op OverheadWarmup 3: 1048576 op, 2155541.00 ns, 2.0557 ns/op OverheadWarmup 4: 1048576 op, 2084958.00 ns, 1.9884 ns/op OverheadWarmup 5: 1048576 op, 2150042.00 ns, 2.0504 ns/op OverheadWarmup 6: 1048576 op, 2110834.00 ns, 2.0130 ns/op OverheadActual 1: 1048576 op, 2040083.00 ns, 1.9456 ns/op OverheadActual 2: 1048576 op, 2142083.00 ns, 2.0428 ns/op OverheadActual 3: 1048576 op, 2107750.00 ns, 2.0101 ns/op OverheadActual 4: 1048576 op, 2170125.00 ns, 2.0696 ns/op OverheadActual 5: 1048576 op, 2100459.00 ns, 2.0032 ns/op OverheadActual 6: 1048576 op, 2119083.00 ns, 2.0209 ns/op OverheadActual 7: 1048576 op, 2041792.00 ns, 1.9472 ns/op OverheadActual 8: 1048576 op, 2138875.00 ns, 2.0398 ns/op OverheadActual 9: 1048576 op, 2110709.00 ns, 2.0129 ns/op OverheadActual 10: 1048576 op, 2111084.00 ns, 2.0133 ns/op OverheadActual 11: 1048576 op, 2154208.00 ns, 2.0544 ns/op OverheadActual 12: 1048576 op, 2098167.00 ns, 2.0010 ns/op OverheadActual 13: 1048576 op, 2102333.00 ns, 2.0049 ns/op OverheadActual 14: 1048576 op, 2077000.00 ns, 1.9808 ns/op OverheadActual 15: 1048576 op, 2135917.00 ns, 2.0370 ns/op WorkloadWarmup 1: 1048576 op, 584250625.00 ns, 557.1848 ns/op WorkloadWarmup 2: 1048576 op, 583805625.00 ns, 556.7604 ns/op WorkloadWarmup 3: 1048576 op, 586692625.00 ns, 559.5137 ns/op WorkloadWarmup 4: 1048576 op, 581754334.00 ns, 554.8042 ns/op WorkloadWarmup 5: 1048576 op, 586954791.00 ns, 559.7637 ns/op WorkloadWarmup 6: 1048576 op, 583200916.00 ns, 556.1837 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 582917792.00 ns, 555.9137 ns/op WorkloadActual 2: 1048576 op, 582631459.00 ns, 555.6407 ns/op WorkloadActual 3: 1048576 op, 582366292.00 ns, 555.3878 ns/op WorkloadActual 4: 1048576 op, 578447375.00 ns, 551.6504 ns/op WorkloadActual 5: 1048576 op, 581310333.00 ns, 554.3807 ns/op WorkloadActual 6: 1048576 op, 581298000.00 ns, 554.3690 ns/op WorkloadActual 7: 1048576 op, 588923667.00 ns, 561.6414 ns/op WorkloadActual 8: 1048576 op, 581960834.00 ns, 555.0011 ns/op WorkloadActual 9: 1048576 op, 581871125.00 ns, 554.9155 ns/op WorkloadActual 10: 1048576 op, 580210708.00 ns, 553.3321 ns/op WorkloadActual 11: 1048576 op, 582872042.00 ns, 555.8701 ns/op WorkloadActual 12: 1048576 op, 580558500.00 ns, 553.6637 ns/op WorkloadActual 13: 1048576 op, 581778750.00 ns, 554.8275 ns/op WorkloadActual 14: 1048576 op, 583715208.00 ns, 556.6742 ns/op WorkloadActual 15: 1048576 op, 585759042.00 ns, 558.6234 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 580807083.00 ns, 553.9008 ns/op WorkloadResult 2: 1048576 op, 580520750.00 ns, 553.6277 ns/op WorkloadResult 3: 1048576 op, 580255583.00 ns, 553.3748 ns/op WorkloadResult 4: 1048576 op, 576336666.00 ns, 549.6375 ns/op WorkloadResult 5: 1048576 op, 579199624.00 ns, 552.3678 ns/op WorkloadResult 6: 1048576 op, 579187291.00 ns, 552.3560 ns/op WorkloadResult 7: 1048576 op, 579850125.00 ns, 552.9882 ns/op WorkloadResult 8: 1048576 op, 579760416.00 ns, 552.9026 ns/op WorkloadResult 9: 1048576 op, 578099999.00 ns, 551.3191 ns/op WorkloadResult 10: 1048576 op, 580761333.00 ns, 553.8572 ns/op WorkloadResult 11: 1048576 op, 578447791.00 ns, 551.6508 ns/op WorkloadResult 12: 1048576 op, 579668041.00 ns, 552.8145 ns/op WorkloadResult 13: 1048576 op, 581604499.00 ns, 554.6613 ns/op // GC: 167 0 0 1400897536 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 50510 has exited with code 0. Mean = 552.728 ns, StdErr = 0.364 ns (0.07%), N = 13, StdDev = 1.313 ns Min = 549.637 ns, Q1 = 552.356 ns, Median = 552.903 ns, Q3 = 553.628 ns, Max = 554.661 ns IQR = 1.272 ns, LowerFence = 550.449 ns, UpperFence = 555.535 ns ConfidenceInterval = [551.155 ns; 554.300 ns] (CI 99.9%), Margin = 1.572 ns (0.28% of Mean) Skewness = -0.76, Kurtosis = 2.97, MValue = 2 // ** Remained 0 (0,0 %) benchmark(s) to run. Estimated finish 2026-01-07 14:00 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataBuilderBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataBuilderBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataBuilderBenchmarks-report.html // * Detailed results * MetadataBuilderBenchmarks.BuildDictionary: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 61.614 ns, StdErr = 0.081 ns (0.13%), N = 14, StdDev = 0.304 ns Min = 61.200 ns, Q1 = 61.384 ns, Median = 61.637 ns, Q3 = 61.743 ns, Max = 62.267 ns IQR = 0.359 ns, LowerFence = 60.847 ns, UpperFence = 62.281 ns ConfidenceInterval = [61.271 ns; 61.956 ns] (CI 99.9%), Margin = 0.342 ns (0.56% of Mean) Skewness = 0.46, Kurtosis = 2.37, MValue = 2 -------------------- Histogram -------------------- [61.076 ns ; 62.310 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- MetadataBuilderBenchmarks.BuildMetadataObject: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 39.415 ns, StdErr = 0.058 ns (0.15%), N = 15, StdDev = 0.223 ns Min = 39.127 ns, Q1 = 39.259 ns, Median = 39.340 ns, Q3 = 39.519 ns, Max = 39.890 ns IQR = 0.260 ns, LowerFence = 38.869 ns, UpperFence = 39.909 ns ConfidenceInterval = [39.177 ns; 39.654 ns] (CI 99.9%), Margin = 0.238 ns (0.60% of Mean) Skewness = 0.78, Kurtosis = 2.29, MValue = 2 -------------------- Histogram -------------------- [39.008 ns ; 40.009 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataBuilderBenchmarks.BuildDictionary_Large: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 480.473 ns, StdErr = 0.602 ns (0.13%), N = 14, StdDev = 2.253 ns Min = 477.690 ns, Q1 = 478.743 ns, Median = 479.715 ns, Q3 = 482.122 ns, Max = 484.440 ns IQR = 3.379 ns, LowerFence = 473.675 ns, UpperFence = 487.190 ns ConfidenceInterval = [477.932 ns; 483.015 ns] (CI 99.9%), Margin = 2.542 ns (0.53% of Mean) Skewness = 0.59, Kurtosis = 1.72, MValue = 2 -------------------- Histogram -------------------- [476.463 ns ; 485.667 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- MetadataBuilderBenchmarks.BuildMetadataObject_Large: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 552.728 ns, StdErr = 0.364 ns (0.07%), N = 13, StdDev = 1.313 ns Min = 549.637 ns, Q1 = 552.356 ns, Median = 552.903 ns, Q3 = 553.628 ns, Max = 554.661 ns IQR = 1.272 ns, LowerFence = 550.449 ns, UpperFence = 555.535 ns ConfidenceInterval = [551.155 ns; 554.300 ns] (CI 99.9%), Margin = 1.572 ns (0.28% of Mean) Skewness = -0.76, Kurtosis = 2.97, MValue = 2 -------------------- Histogram -------------------- [548.904 ns ; 555.394 ns) | @@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |-------------------------- |----------:|---------:|---------:|------:|--------:|-------:|-------:|----------:|------------:| | BuildDictionary | 61.61 ns | 0.342 ns | 0.304 ns | 1.00 | 0.01 | 0.0640 | - | 536 B | 1.00 | | BuildMetadataObject | 39.42 ns | 0.238 ns | 0.223 ns | 0.64 | 0.00 | 0.0220 | - | 184 B | 0.34 | | BuildDictionary_Large | 480.47 ns | 2.542 ns | 2.253 ns | 7.80 | 0.05 | 0.3824 | 0.0029 | 3200 B | 5.97 | | BuildMetadataObject_Large | 552.73 ns | 1.572 ns | 1.313 ns | 8.97 | 0.05 | 0.1593 | - | 1336 B | 2.49 | // * Hints * Outliers MetadataBuilderBenchmarks.BuildDictionary: Default -> 1 outlier was removed (64.53 ns) MetadataBuilderBenchmarks.BuildDictionary_Large: Default -> 1 outlier was removed (493.94 ns) MetadataBuilderBenchmarks.BuildMetadataObject_Large: Default -> 2 outliers were removed, 3 outliers were detected (551.65 ns, 558.62 ns, 561.64 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:01:02 (62.45 sec), executed benchmarks: 4 Global total time: 00:01:06 (66.99 sec), executed benchmarks: 4 // * Artifacts cleanup * Artifacts cleanup is finished Benchmarks.MetadataIterationBenchmarks-20260107-134003.log000066400000000000000000001051771516707642500406060ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 4 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 0.63 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 3.77 sec and exited with 0 // ***** Done, took 00:00:04 (4.43 sec) ***** // Found 4 benchmarks: // MetadataIterationBenchmarks.DictionaryIterate_Small: DefaultJob // MetadataIterationBenchmarks.MetadataObjectIterate_Small: DefaultJob // MetadataIterationBenchmarks.DictionaryIterate_Large: DefaultJob // MetadataIterationBenchmarks.MetadataObjectIterate_Large: DefaultJob // ************************** // Benchmark: MetadataIterationBenchmarks.DictionaryIterate_Small: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataIterationBenchmarks.DictionaryIterate_Small --job Default --benchmarkId 0 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 116042.00 ns, 116.0420 us/op WorkloadJitting 1: 1 op, 194291.00 ns, 194.2910 us/op OverheadJitting 2: 16 op, 248625.00 ns, 15.5391 us/op WorkloadJitting 2: 16 op, 248125.00 ns, 15.5078 us/op WorkloadPilot 1: 16 op, 1000.00 ns, 62.5000 ns/op WorkloadPilot 2: 32 op, 1250.00 ns, 39.0625 ns/op WorkloadPilot 3: 64 op, 2334.00 ns, 36.4688 ns/op WorkloadPilot 4: 128 op, 4125.00 ns, 32.2266 ns/op WorkloadPilot 5: 256 op, 7792.00 ns, 30.4375 ns/op WorkloadPilot 6: 512 op, 14834.00 ns, 28.9727 ns/op WorkloadPilot 7: 1024 op, 29583.00 ns, 28.8896 ns/op WorkloadPilot 8: 2048 op, 83042.00 ns, 40.5479 ns/op WorkloadPilot 9: 4096 op, 157458.00 ns, 38.4419 ns/op WorkloadPilot 10: 8192 op, 315916.00 ns, 38.5640 ns/op WorkloadPilot 11: 16384 op, 552708.00 ns, 33.7346 ns/op WorkloadPilot 12: 32768 op, 1017209.00 ns, 31.0428 ns/op WorkloadPilot 13: 65536 op, 1857042.00 ns, 28.3362 ns/op WorkloadPilot 14: 131072 op, 3456959.00 ns, 26.3745 ns/op WorkloadPilot 15: 262144 op, 6524875.00 ns, 24.8904 ns/op WorkloadPilot 16: 524288 op, 13397667.00 ns, 25.5540 ns/op WorkloadPilot 17: 1048576 op, 26439875.00 ns, 25.2150 ns/op WorkloadPilot 18: 2097152 op, 54319584.00 ns, 25.9016 ns/op WorkloadPilot 19: 4194304 op, 32773458.00 ns, 7.8138 ns/op WorkloadPilot 20: 8388608 op, 24597042.00 ns, 2.9322 ns/op WorkloadPilot 21: 16777216 op, 49009625.00 ns, 2.9212 ns/op WorkloadPilot 22: 33554432 op, 97396667.00 ns, 2.9026 ns/op WorkloadPilot 23: 67108864 op, 198343416.00 ns, 2.9555 ns/op WorkloadPilot 24: 134217728 op, 388993792.00 ns, 2.8982 ns/op WorkloadPilot 25: 268435456 op, 777804167.00 ns, 2.8975 ns/op OverheadWarmup 1: 268435456 op, 456431083.00 ns, 1.7003 ns/op OverheadWarmup 2: 268435456 op, 395073917.00 ns, 1.4718 ns/op OverheadWarmup 3: 268435456 op, 395442209.00 ns, 1.4731 ns/op OverheadWarmup 4: 268435456 op, 390458667.00 ns, 1.4546 ns/op OverheadWarmup 5: 268435456 op, 393931917.00 ns, 1.4675 ns/op OverheadWarmup 6: 268435456 op, 410591166.00 ns, 1.5296 ns/op OverheadWarmup 7: 268435456 op, 404334166.00 ns, 1.5063 ns/op OverheadActual 1: 268435456 op, 393805750.00 ns, 1.4670 ns/op OverheadActual 2: 268435456 op, 396658250.00 ns, 1.4777 ns/op OverheadActual 3: 268435456 op, 394329291.00 ns, 1.4690 ns/op OverheadActual 4: 268435456 op, 391619458.00 ns, 1.4589 ns/op OverheadActual 5: 268435456 op, 397662584.00 ns, 1.4814 ns/op OverheadActual 6: 268435456 op, 398717667.00 ns, 1.4853 ns/op OverheadActual 7: 268435456 op, 394469875.00 ns, 1.4695 ns/op OverheadActual 8: 268435456 op, 395207667.00 ns, 1.4723 ns/op OverheadActual 9: 268435456 op, 392458833.00 ns, 1.4620 ns/op OverheadActual 10: 268435456 op, 396529750.00 ns, 1.4772 ns/op OverheadActual 11: 268435456 op, 393340375.00 ns, 1.4653 ns/op OverheadActual 12: 268435456 op, 399064875.00 ns, 1.4866 ns/op OverheadActual 13: 268435456 op, 395506583.00 ns, 1.4734 ns/op OverheadActual 14: 268435456 op, 392294000.00 ns, 1.4614 ns/op OverheadActual 15: 268435456 op, 393774500.00 ns, 1.4669 ns/op WorkloadWarmup 1: 268435456 op, 778722333.00 ns, 2.9010 ns/op WorkloadWarmup 2: 268435456 op, 771305250.00 ns, 2.8733 ns/op WorkloadWarmup 3: 268435456 op, 775086792.00 ns, 2.8874 ns/op WorkloadWarmup 4: 268435456 op, 777220500.00 ns, 2.8954 ns/op WorkloadWarmup 5: 268435456 op, 771519375.00 ns, 2.8741 ns/op WorkloadWarmup 6: 268435456 op, 773053167.00 ns, 2.8798 ns/op WorkloadWarmup 7: 268435456 op, 776399417.00 ns, 2.8923 ns/op WorkloadWarmup 8: 268435456 op, 775962333.00 ns, 2.8907 ns/op // BeforeActualRun WorkloadActual 1: 268435456 op, 776330500.00 ns, 2.8921 ns/op WorkloadActual 2: 268435456 op, 777733208.00 ns, 2.8973 ns/op WorkloadActual 3: 268435456 op, 774054875.00 ns, 2.8836 ns/op WorkloadActual 4: 268435456 op, 772151125.00 ns, 2.8765 ns/op WorkloadActual 5: 268435456 op, 771193500.00 ns, 2.8729 ns/op WorkloadActual 6: 268435456 op, 773965125.00 ns, 2.8832 ns/op WorkloadActual 7: 268435456 op, 779190000.00 ns, 2.9027 ns/op WorkloadActual 8: 268435456 op, 781075250.00 ns, 2.9097 ns/op WorkloadActual 9: 268435456 op, 775533000.00 ns, 2.8891 ns/op WorkloadActual 10: 268435456 op, 783573833.00 ns, 2.9190 ns/op WorkloadActual 11: 268435456 op, 778793667.00 ns, 2.9012 ns/op WorkloadActual 12: 268435456 op, 778696583.00 ns, 2.9009 ns/op WorkloadActual 13: 268435456 op, 772379417.00 ns, 2.8773 ns/op WorkloadActual 14: 268435456 op, 786041541.00 ns, 2.9282 ns/op WorkloadActual 15: 268435456 op, 779194292.00 ns, 2.9027 ns/op // AfterActualRun WorkloadResult 1: 268435456 op, 381860625.00 ns, 1.4225 ns/op WorkloadResult 2: 268435456 op, 383263333.00 ns, 1.4278 ns/op WorkloadResult 3: 268435456 op, 379585000.00 ns, 1.4141 ns/op WorkloadResult 4: 268435456 op, 377681250.00 ns, 1.4070 ns/op WorkloadResult 5: 268435456 op, 376723625.00 ns, 1.4034 ns/op WorkloadResult 6: 268435456 op, 379495250.00 ns, 1.4137 ns/op WorkloadResult 7: 268435456 op, 384720125.00 ns, 1.4332 ns/op WorkloadResult 8: 268435456 op, 386605375.00 ns, 1.4402 ns/op WorkloadResult 9: 268435456 op, 381063125.00 ns, 1.4196 ns/op WorkloadResult 10: 268435456 op, 389103958.00 ns, 1.4495 ns/op WorkloadResult 11: 268435456 op, 384323792.00 ns, 1.4317 ns/op WorkloadResult 12: 268435456 op, 384226708.00 ns, 1.4314 ns/op WorkloadResult 13: 268435456 op, 377909542.00 ns, 1.4078 ns/op WorkloadResult 14: 268435456 op, 391571666.00 ns, 1.4587 ns/op WorkloadResult 15: 268435456 op, 384724417.00 ns, 1.4332 ns/op // GC: 0 0 0 0 268435456 // Threading: 0 0 268435456 // AfterAll // Benchmark Process 48311 has exited with code 0. Mean = 1.426 ns, StdErr = 0.004 ns (0.29%), N = 15, StdDev = 0.016 ns Min = 1.403 ns, Q1 = 1.414 ns, Median = 1.428 ns, Q3 = 1.433 ns, Max = 1.459 ns IQR = 0.019 ns, LowerFence = 1.385 ns, UpperFence = 1.462 ns ConfidenceInterval = [1.409 ns; 1.443 ns] (CI 99.9%), Margin = 0.017 ns (1.19% of Mean) Skewness = 0.35, Kurtosis = 2.11, MValue = 2 // ** Remained 3 (75,0 %) benchmark(s) to run. Estimated finish 2026-01-07 13:42 (0h 1m from now) ** // ************************** // Benchmark: MetadataIterationBenchmarks.MetadataObjectIterate_Small: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataIterationBenchmarks.MetadataObjectIterate_Small --job Default --benchmarkId 1 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 88292.00 ns, 88.2920 us/op WorkloadJitting 1: 1 op, 312667.00 ns, 312.6670 us/op OverheadJitting 2: 16 op, 225083.00 ns, 14.0677 us/op WorkloadJitting 2: 16 op, 177834.00 ns, 11.1146 us/op WorkloadPilot 1: 16 op, 1416.00 ns, 88.5000 ns/op WorkloadPilot 2: 32 op, 1792.00 ns, 56.0000 ns/op WorkloadPilot 3: 64 op, 4834.00 ns, 75.5313 ns/op WorkloadPilot 4: 128 op, 6250.00 ns, 48.8281 ns/op WorkloadPilot 5: 256 op, 9708.00 ns, 37.9219 ns/op WorkloadPilot 6: 512 op, 20166.00 ns, 39.3867 ns/op WorkloadPilot 7: 1024 op, 40375.00 ns, 39.4287 ns/op WorkloadPilot 8: 2048 op, 103958.00 ns, 50.7607 ns/op WorkloadPilot 9: 4096 op, 166584.00 ns, 40.6699 ns/op WorkloadPilot 10: 8192 op, 357334.00 ns, 43.6199 ns/op WorkloadPilot 11: 16384 op, 637459.00 ns, 38.9074 ns/op WorkloadPilot 12: 32768 op, 1202917.00 ns, 36.7101 ns/op WorkloadPilot 13: 65536 op, 2428500.00 ns, 37.0560 ns/op WorkloadPilot 14: 131072 op, 4416625.00 ns, 33.6962 ns/op WorkloadPilot 15: 262144 op, 8797500.00 ns, 33.5598 ns/op WorkloadPilot 16: 524288 op, 17796375.00 ns, 33.9439 ns/op WorkloadPilot 17: 1048576 op, 34545209.00 ns, 32.9449 ns/op WorkloadPilot 18: 2097152 op, 62999917.00 ns, 30.0407 ns/op WorkloadPilot 19: 4194304 op, 9744375.00 ns, 2.3232 ns/op WorkloadPilot 20: 8388608 op, 20198042.00 ns, 2.4078 ns/op WorkloadPilot 21: 16777216 op, 40262084.00 ns, 2.3998 ns/op WorkloadPilot 22: 33554432 op, 83102042.00 ns, 2.4766 ns/op WorkloadPilot 23: 67108864 op, 159921917.00 ns, 2.3830 ns/op WorkloadPilot 24: 134217728 op, 320382000.00 ns, 2.3870 ns/op WorkloadPilot 25: 268435456 op, 638932708.00 ns, 2.3802 ns/op OverheadWarmup 1: 268435456 op, 452124459.00 ns, 1.6843 ns/op OverheadWarmup 2: 268435456 op, 396610750.00 ns, 1.4775 ns/op OverheadWarmup 3: 268435456 op, 394860292.00 ns, 1.4710 ns/op OverheadWarmup 4: 268435456 op, 394037500.00 ns, 1.4679 ns/op OverheadWarmup 5: 268435456 op, 396410917.00 ns, 1.4767 ns/op OverheadWarmup 6: 268435456 op, 398526792.00 ns, 1.4846 ns/op OverheadWarmup 7: 268435456 op, 394712833.00 ns, 1.4704 ns/op OverheadWarmup 8: 268435456 op, 397281708.00 ns, 1.4800 ns/op OverheadWarmup 9: 268435456 op, 394704583.00 ns, 1.4704 ns/op OverheadActual 1: 268435456 op, 392987625.00 ns, 1.4640 ns/op OverheadActual 2: 268435456 op, 393899417.00 ns, 1.4674 ns/op OverheadActual 3: 268435456 op, 396458250.00 ns, 1.4769 ns/op OverheadActual 4: 268435456 op, 392411000.00 ns, 1.4618 ns/op OverheadActual 5: 268435456 op, 393893334.00 ns, 1.4674 ns/op OverheadActual 6: 268435456 op, 395008250.00 ns, 1.4715 ns/op OverheadActual 7: 268435456 op, 397228375.00 ns, 1.4798 ns/op OverheadActual 8: 268435456 op, 392072000.00 ns, 1.4606 ns/op OverheadActual 9: 268435456 op, 392638292.00 ns, 1.4627 ns/op OverheadActual 10: 268435456 op, 393562666.00 ns, 1.4661 ns/op OverheadActual 11: 268435456 op, 392231208.00 ns, 1.4612 ns/op OverheadActual 12: 268435456 op, 391608083.00 ns, 1.4589 ns/op OverheadActual 13: 268435456 op, 395044208.00 ns, 1.4717 ns/op OverheadActual 14: 268435456 op, 393032500.00 ns, 1.4642 ns/op OverheadActual 15: 268435456 op, 393722834.00 ns, 1.4667 ns/op WorkloadWarmup 1: 268435456 op, 642285625.00 ns, 2.3927 ns/op WorkloadWarmup 2: 268435456 op, 637482500.00 ns, 2.3748 ns/op WorkloadWarmup 3: 268435456 op, 634187083.00 ns, 2.3625 ns/op WorkloadWarmup 4: 268435456 op, 639793125.00 ns, 2.3834 ns/op WorkloadWarmup 5: 268435456 op, 641483834.00 ns, 2.3897 ns/op WorkloadWarmup 6: 268435456 op, 645434917.00 ns, 2.4044 ns/op WorkloadWarmup 7: 268435456 op, 651198333.00 ns, 2.4259 ns/op WorkloadWarmup 8: 268435456 op, 638548167.00 ns, 2.3788 ns/op WorkloadWarmup 9: 268435456 op, 640657625.00 ns, 2.3866 ns/op WorkloadWarmup 10: 268435456 op, 655100166.00 ns, 2.4404 ns/op WorkloadWarmup 11: 268435456 op, 645537084.00 ns, 2.4048 ns/op // BeforeActualRun WorkloadActual 1: 268435456 op, 638276417.00 ns, 2.3778 ns/op WorkloadActual 2: 268435456 op, 642362625.00 ns, 2.3930 ns/op WorkloadActual 3: 268435456 op, 642959917.00 ns, 2.3952 ns/op WorkloadActual 4: 268435456 op, 635462875.00 ns, 2.3673 ns/op WorkloadActual 5: 268435456 op, 639667041.00 ns, 2.3829 ns/op WorkloadActual 6: 268435456 op, 645985208.00 ns, 2.4065 ns/op WorkloadActual 7: 268435456 op, 636499875.00 ns, 2.3711 ns/op WorkloadActual 8: 268435456 op, 638437584.00 ns, 2.3784 ns/op WorkloadActual 9: 268435456 op, 634863750.00 ns, 2.3651 ns/op WorkloadActual 10: 268435456 op, 636847959.00 ns, 2.3724 ns/op WorkloadActual 11: 268435456 op, 636486458.00 ns, 2.3711 ns/op WorkloadActual 12: 268435456 op, 634927917.00 ns, 2.3653 ns/op WorkloadActual 13: 268435456 op, 636021416.00 ns, 2.3694 ns/op WorkloadActual 14: 268435456 op, 636734458.00 ns, 2.3720 ns/op WorkloadActual 15: 268435456 op, 635661292.00 ns, 2.3680 ns/op // AfterActualRun WorkloadResult 1: 268435456 op, 244713751.00 ns, 0.9116 ns/op WorkloadResult 2: 268435456 op, 248799959.00 ns, 0.9269 ns/op WorkloadResult 3: 268435456 op, 249397251.00 ns, 0.9291 ns/op WorkloadResult 4: 268435456 op, 241900209.00 ns, 0.9011 ns/op WorkloadResult 5: 268435456 op, 246104375.00 ns, 0.9168 ns/op WorkloadResult 6: 268435456 op, 242937209.00 ns, 0.9050 ns/op WorkloadResult 7: 268435456 op, 244874918.00 ns, 0.9122 ns/op WorkloadResult 8: 268435456 op, 241301084.00 ns, 0.8989 ns/op WorkloadResult 9: 268435456 op, 243285293.00 ns, 0.9063 ns/op WorkloadResult 10: 268435456 op, 242923792.00 ns, 0.9050 ns/op WorkloadResult 11: 268435456 op, 241365251.00 ns, 0.8992 ns/op WorkloadResult 12: 268435456 op, 242458750.00 ns, 0.9032 ns/op WorkloadResult 13: 268435456 op, 243171792.00 ns, 0.9059 ns/op WorkloadResult 14: 268435456 op, 242098626.00 ns, 0.9019 ns/op // GC: 0 0 0 0 268435456 // Threading: 0 0 268435456 // AfterAll // Benchmark Process 48377 has exited with code 0. Mean = 0.909 ns, StdErr = 0.003 ns (0.28%), N = 14, StdDev = 0.010 ns Min = 0.899 ns, Q1 = 0.902 ns, Median = 0.905 ns, Q3 = 0.912 ns, Max = 0.929 ns IQR = 0.010 ns, LowerFence = 0.887 ns, UpperFence = 0.927 ns ConfidenceInterval = [0.898 ns; 0.920 ns] (CI 99.9%), Margin = 0.011 ns (1.19% of Mean) Skewness = 0.96, Kurtosis = 2.59, MValue = 2 // ** Remained 2 (50,0 %) benchmark(s) to run. Estimated finish 2026-01-07 13:42 (0h 0m from now) ** // ************************** // Benchmark: MetadataIterationBenchmarks.DictionaryIterate_Large: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataIterationBenchmarks.DictionaryIterate_Large --job Default --benchmarkId 2 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 91667.00 ns, 91.6670 us/op WorkloadJitting 1: 1 op, 313125.00 ns, 313.1250 us/op OverheadJitting 2: 16 op, 243166.00 ns, 15.1979 us/op WorkloadJitting 2: 16 op, 183208.00 ns, 11.4505 us/op WorkloadPilot 1: 16 op, 1417.00 ns, 88.5625 ns/op WorkloadPilot 2: 32 op, 2291.00 ns, 71.5938 ns/op WorkloadPilot 3: 64 op, 4000.00 ns, 62.5000 ns/op WorkloadPilot 4: 128 op, 7291.00 ns, 56.9609 ns/op WorkloadPilot 5: 256 op, 14708.00 ns, 57.4531 ns/op WorkloadPilot 6: 512 op, 45791.00 ns, 89.4355 ns/op WorkloadPilot 7: 1024 op, 103750.00 ns, 101.3184 ns/op WorkloadPilot 8: 2048 op, 164125.00 ns, 80.1392 ns/op WorkloadPilot 9: 4096 op, 295084.00 ns, 72.0420 ns/op WorkloadPilot 10: 8192 op, 606791.00 ns, 74.0712 ns/op WorkloadPilot 11: 16384 op, 1188084.00 ns, 72.5149 ns/op WorkloadPilot 12: 32768 op, 2238833.00 ns, 68.3238 ns/op WorkloadPilot 13: 65536 op, 4446333.00 ns, 67.8457 ns/op WorkloadPilot 14: 131072 op, 9330375.00 ns, 71.1851 ns/op WorkloadPilot 15: 262144 op, 17218208.00 ns, 65.6823 ns/op WorkloadPilot 16: 524288 op, 35139209.00 ns, 67.0227 ns/op WorkloadPilot 17: 1048576 op, 68490292.00 ns, 65.3174 ns/op WorkloadPilot 18: 2097152 op, 16390291.00 ns, 7.8155 ns/op WorkloadPilot 19: 4194304 op, 29052083.00 ns, 6.9266 ns/op WorkloadPilot 20: 8388608 op, 57439250.00 ns, 6.8473 ns/op WorkloadPilot 21: 16777216 op, 113131042.00 ns, 6.7431 ns/op WorkloadPilot 22: 33554432 op, 225538959.00 ns, 6.7216 ns/op WorkloadPilot 23: 67108864 op, 455664375.00 ns, 6.7899 ns/op WorkloadPilot 24: 134217728 op, 907407167.00 ns, 6.7607 ns/op OverheadWarmup 1: 134217728 op, 255504750.00 ns, 1.9037 ns/op OverheadWarmup 2: 134217728 op, 199895584.00 ns, 1.4893 ns/op OverheadWarmup 3: 134217728 op, 195623750.00 ns, 1.4575 ns/op OverheadWarmup 4: 134217728 op, 197271292.00 ns, 1.4698 ns/op OverheadWarmup 5: 134217728 op, 197373584.00 ns, 1.4705 ns/op OverheadWarmup 6: 134217728 op, 196589875.00 ns, 1.4647 ns/op OverheadWarmup 7: 134217728 op, 196082292.00 ns, 1.4609 ns/op OverheadWarmup 8: 134217728 op, 197653125.00 ns, 1.4726 ns/op OverheadWarmup 9: 134217728 op, 196551792.00 ns, 1.4644 ns/op OverheadActual 1: 134217728 op, 200728667.00 ns, 1.4955 ns/op OverheadActual 2: 134217728 op, 195819125.00 ns, 1.4590 ns/op OverheadActual 3: 134217728 op, 198549833.00 ns, 1.4793 ns/op OverheadActual 4: 134217728 op, 196003500.00 ns, 1.4603 ns/op OverheadActual 5: 134217728 op, 195901250.00 ns, 1.4596 ns/op OverheadActual 6: 134217728 op, 197530208.00 ns, 1.4717 ns/op OverheadActual 7: 134217728 op, 199290583.00 ns, 1.4848 ns/op OverheadActual 8: 134217728 op, 196073709.00 ns, 1.4609 ns/op OverheadActual 9: 134217728 op, 195241625.00 ns, 1.4547 ns/op OverheadActual 10: 134217728 op, 199694417.00 ns, 1.4878 ns/op OverheadActual 11: 134217728 op, 196026000.00 ns, 1.4605 ns/op OverheadActual 12: 134217728 op, 195972333.00 ns, 1.4601 ns/op OverheadActual 13: 134217728 op, 196631292.00 ns, 1.4650 ns/op OverheadActual 14: 134217728 op, 196382292.00 ns, 1.4632 ns/op OverheadActual 15: 134217728 op, 196731833.00 ns, 1.4658 ns/op WorkloadWarmup 1: 134217728 op, 953739291.00 ns, 7.1059 ns/op WorkloadWarmup 2: 134217728 op, 912590958.00 ns, 6.7993 ns/op WorkloadWarmup 3: 134217728 op, 908989416.00 ns, 6.7725 ns/op WorkloadWarmup 4: 134217728 op, 912140917.00 ns, 6.7960 ns/op WorkloadWarmup 5: 134217728 op, 930032791.00 ns, 6.9293 ns/op WorkloadWarmup 6: 134217728 op, 925209333.00 ns, 6.8933 ns/op WorkloadWarmup 7: 134217728 op, 915735541.00 ns, 6.8228 ns/op WorkloadWarmup 8: 134217728 op, 923300667.00 ns, 6.8791 ns/op WorkloadWarmup 9: 134217728 op, 947500458.00 ns, 7.0594 ns/op WorkloadWarmup 10: 134217728 op, 923465834.00 ns, 6.8804 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 901862666.00 ns, 6.7194 ns/op WorkloadActual 2: 134217728 op, 898965958.00 ns, 6.6978 ns/op WorkloadActual 3: 134217728 op, 903670584.00 ns, 6.7329 ns/op WorkloadActual 4: 134217728 op, 906621917.00 ns, 6.7549 ns/op WorkloadActual 5: 134217728 op, 902138958.00 ns, 6.7215 ns/op WorkloadActual 6: 134217728 op, 903144500.00 ns, 6.7290 ns/op WorkloadActual 7: 134217728 op, 904680750.00 ns, 6.7404 ns/op WorkloadActual 8: 134217728 op, 904884958.00 ns, 6.7419 ns/op WorkloadActual 9: 134217728 op, 900887209.00 ns, 6.7121 ns/op WorkloadActual 10: 134217728 op, 906907958.00 ns, 6.7570 ns/op WorkloadActual 11: 134217728 op, 900390458.00 ns, 6.7084 ns/op WorkloadActual 12: 134217728 op, 903228917.00 ns, 6.7296 ns/op WorkloadActual 13: 134217728 op, 905769500.00 ns, 6.7485 ns/op WorkloadActual 14: 134217728 op, 909647792.00 ns, 6.7774 ns/op WorkloadActual 15: 134217728 op, 912974625.00 ns, 6.8022 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 705480374.00 ns, 5.2562 ns/op WorkloadResult 2: 134217728 op, 702583666.00 ns, 5.2347 ns/op WorkloadResult 3: 134217728 op, 707288292.00 ns, 5.2697 ns/op WorkloadResult 4: 134217728 op, 710239625.00 ns, 5.2917 ns/op WorkloadResult 5: 134217728 op, 705756666.00 ns, 5.2583 ns/op WorkloadResult 6: 134217728 op, 706762208.00 ns, 5.2658 ns/op WorkloadResult 7: 134217728 op, 708298458.00 ns, 5.2772 ns/op WorkloadResult 8: 134217728 op, 708502666.00 ns, 5.2788 ns/op WorkloadResult 9: 134217728 op, 704504917.00 ns, 5.2490 ns/op WorkloadResult 10: 134217728 op, 710525666.00 ns, 5.2938 ns/op WorkloadResult 11: 134217728 op, 704008166.00 ns, 5.2453 ns/op WorkloadResult 12: 134217728 op, 706846625.00 ns, 5.2664 ns/op WorkloadResult 13: 134217728 op, 709387208.00 ns, 5.2853 ns/op WorkloadResult 14: 134217728 op, 713265500.00 ns, 5.3142 ns/op // GC: 0 0 0 0 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 48399 has exited with code 0. Mean = 5.270 ns, StdErr = 0.006 ns (0.11%), N = 14, StdDev = 0.022 ns Min = 5.235 ns, Q1 = 5.257 ns, Median = 5.268 ns, Q3 = 5.284 ns, Max = 5.314 ns IQR = 0.027 ns, LowerFence = 5.216 ns, UpperFence = 5.324 ns ConfidenceInterval = [5.246 ns; 5.295 ns] (CI 99.9%), Margin = 0.024 ns (0.46% of Mean) Skewness = 0.24, Kurtosis = 2.19, MValue = 2 // ** Remained 1 (25,0 %) benchmark(s) to run. Estimated finish 2026-01-07 13:42 (0h 0m from now) ** // ************************** // Benchmark: MetadataIterationBenchmarks.MetadataObjectIterate_Large: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataIterationBenchmarks.MetadataObjectIterate_Large --job Default --benchmarkId 3 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 102916.00 ns, 102.9160 us/op WorkloadJitting 1: 1 op, 390667.00 ns, 390.6670 us/op OverheadJitting 2: 16 op, 278708.00 ns, 17.4193 us/op WorkloadJitting 2: 16 op, 274666.00 ns, 17.1666 us/op WorkloadPilot 1: 16 op, 2334.00 ns, 145.8750 ns/op WorkloadPilot 2: 32 op, 3959.00 ns, 123.7188 ns/op WorkloadPilot 3: 64 op, 8041.00 ns, 125.6406 ns/op WorkloadPilot 4: 128 op, 15417.00 ns, 120.4453 ns/op WorkloadPilot 5: 256 op, 29250.00 ns, 114.2578 ns/op WorkloadPilot 6: 512 op, 61208.00 ns, 119.5469 ns/op WorkloadPilot 7: 1024 op, 124625.00 ns, 121.7041 ns/op WorkloadPilot 8: 2048 op, 223250.00 ns, 109.0088 ns/op WorkloadPilot 9: 4096 op, 412375.00 ns, 100.6775 ns/op WorkloadPilot 10: 8192 op, 881583.00 ns, 107.6151 ns/op WorkloadPilot 11: 16384 op, 1475125.00 ns, 90.0345 ns/op WorkloadPilot 12: 32768 op, 3120458.00 ns, 95.2288 ns/op WorkloadPilot 13: 65536 op, 5913375.00 ns, 90.2309 ns/op WorkloadPilot 14: 131072 op, 11321042.00 ns, 86.3727 ns/op WorkloadPilot 15: 262144 op, 23490375.00 ns, 89.6087 ns/op WorkloadPilot 16: 524288 op, 46594709.00 ns, 88.8724 ns/op WorkloadPilot 17: 1048576 op, 45478583.00 ns, 43.3718 ns/op WorkloadPilot 18: 2097152 op, 18427334.00 ns, 8.7868 ns/op WorkloadPilot 19: 4194304 op, 37014625.00 ns, 8.8250 ns/op WorkloadPilot 20: 8388608 op, 73754708.00 ns, 8.7922 ns/op WorkloadPilot 21: 16777216 op, 148214875.00 ns, 8.8343 ns/op WorkloadPilot 22: 33554432 op, 289126500.00 ns, 8.6166 ns/op WorkloadPilot 23: 67108864 op, 604651417.00 ns, 9.0100 ns/op OverheadWarmup 1: 67108864 op, 138079000.00 ns, 2.0575 ns/op OverheadWarmup 2: 67108864 op, 120351500.00 ns, 1.7934 ns/op OverheadWarmup 3: 67108864 op, 100156333.00 ns, 1.4924 ns/op OverheadWarmup 4: 67108864 op, 103094375.00 ns, 1.5362 ns/op OverheadWarmup 5: 67108864 op, 97590750.00 ns, 1.4542 ns/op OverheadWarmup 6: 67108864 op, 99167041.00 ns, 1.4777 ns/op OverheadWarmup 7: 67108864 op, 98241667.00 ns, 1.4639 ns/op OverheadActual 1: 67108864 op, 98182625.00 ns, 1.4630 ns/op OverheadActual 2: 67108864 op, 98078000.00 ns, 1.4615 ns/op OverheadActual 3: 67108864 op, 97881000.00 ns, 1.4585 ns/op OverheadActual 4: 67108864 op, 97463833.00 ns, 1.4523 ns/op OverheadActual 5: 67108864 op, 98381791.00 ns, 1.4660 ns/op OverheadActual 6: 67108864 op, 101567333.00 ns, 1.5135 ns/op OverheadActual 7: 67108864 op, 97614208.00 ns, 1.4546 ns/op OverheadActual 8: 67108864 op, 99520959.00 ns, 1.4830 ns/op OverheadActual 9: 67108864 op, 100283833.00 ns, 1.4943 ns/op OverheadActual 10: 67108864 op, 100715333.00 ns, 1.5008 ns/op OverheadActual 11: 67108864 op, 100735542.00 ns, 1.5011 ns/op OverheadActual 12: 67108864 op, 98759625.00 ns, 1.4716 ns/op OverheadActual 13: 67108864 op, 102008250.00 ns, 1.5200 ns/op OverheadActual 14: 67108864 op, 98233834.00 ns, 1.4638 ns/op OverheadActual 15: 67108864 op, 97660916.00 ns, 1.4553 ns/op WorkloadWarmup 1: 67108864 op, 596651167.00 ns, 8.8908 ns/op WorkloadWarmup 2: 67108864 op, 592279375.00 ns, 8.8257 ns/op WorkloadWarmup 3: 67108864 op, 592453708.00 ns, 8.8282 ns/op WorkloadWarmup 4: 67108864 op, 596115541.00 ns, 8.8828 ns/op WorkloadWarmup 5: 67108864 op, 584518500.00 ns, 8.7100 ns/op WorkloadWarmup 6: 67108864 op, 592574667.00 ns, 8.8301 ns/op WorkloadWarmup 7: 67108864 op, 590151916.00 ns, 8.7939 ns/op // BeforeActualRun WorkloadActual 1: 67108864 op, 597059375.00 ns, 8.8969 ns/op WorkloadActual 2: 67108864 op, 595101417.00 ns, 8.8677 ns/op WorkloadActual 3: 67108864 op, 590385625.00 ns, 8.7974 ns/op WorkloadActual 4: 67108864 op, 586249750.00 ns, 8.7358 ns/op WorkloadActual 5: 67108864 op, 594331625.00 ns, 8.8562 ns/op WorkloadActual 6: 67108864 op, 597851750.00 ns, 8.9087 ns/op WorkloadActual 7: 67108864 op, 598500833.00 ns, 8.9184 ns/op WorkloadActual 8: 67108864 op, 597308417.00 ns, 8.9006 ns/op WorkloadActual 9: 67108864 op, 599872334.00 ns, 8.9388 ns/op WorkloadActual 10: 67108864 op, 581038375.00 ns, 8.6581 ns/op WorkloadActual 11: 67108864 op, 590194209.00 ns, 8.7946 ns/op WorkloadActual 12: 67108864 op, 581858625.00 ns, 8.6704 ns/op WorkloadActual 13: 67108864 op, 590166375.00 ns, 8.7942 ns/op WorkloadActual 14: 67108864 op, 575261958.00 ns, 8.5721 ns/op WorkloadActual 15: 67108864 op, 586360167.00 ns, 8.7374 ns/op // AfterActualRun WorkloadResult 1: 67108864 op, 498677584.00 ns, 7.4309 ns/op WorkloadResult 2: 67108864 op, 496719626.00 ns, 7.4017 ns/op WorkloadResult 3: 67108864 op, 492003834.00 ns, 7.3314 ns/op WorkloadResult 4: 67108864 op, 487867959.00 ns, 7.2698 ns/op WorkloadResult 5: 67108864 op, 495949834.00 ns, 7.3902 ns/op WorkloadResult 6: 67108864 op, 499469959.00 ns, 7.4427 ns/op WorkloadResult 7: 67108864 op, 500119042.00 ns, 7.4524 ns/op WorkloadResult 8: 67108864 op, 498926626.00 ns, 7.4346 ns/op WorkloadResult 9: 67108864 op, 501490543.00 ns, 7.4728 ns/op WorkloadResult 10: 67108864 op, 482656584.00 ns, 7.1921 ns/op WorkloadResult 11: 67108864 op, 491812418.00 ns, 7.3286 ns/op WorkloadResult 12: 67108864 op, 483476834.00 ns, 7.2044 ns/op WorkloadResult 13: 67108864 op, 491784584.00 ns, 7.3282 ns/op WorkloadResult 14: 67108864 op, 476880167.00 ns, 7.1061 ns/op WorkloadResult 15: 67108864 op, 487978376.00 ns, 7.2714 ns/op // GC: 0 0 0 0 67108864 // Threading: 0 0 67108864 // AfterAll // Benchmark Process 48428 has exited with code 0. Mean = 7.337 ns, StdErr = 0.028 ns (0.39%), N = 15, StdDev = 0.110 ns Min = 7.106 ns, Q1 = 7.271 ns, Median = 7.331 ns, Q3 = 7.433 ns, Max = 7.473 ns IQR = 0.162 ns, LowerFence = 7.027 ns, UpperFence = 7.676 ns ConfidenceInterval = [7.220 ns; 7.455 ns] (CI 99.9%), Margin = 0.118 ns (1.60% of Mean) Skewness = -0.55, Kurtosis = 2.04, MValue = 2 // ** Remained 0 (0,0 %) benchmark(s) to run. Estimated finish 2026-01-07 13:41 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataIterationBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataIterationBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataIterationBenchmarks-report.html // * Detailed results * MetadataIterationBenchmarks.DictionaryIterate_Small: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.426 ns, StdErr = 0.004 ns (0.29%), N = 15, StdDev = 0.016 ns Min = 1.403 ns, Q1 = 1.414 ns, Median = 1.428 ns, Q3 = 1.433 ns, Max = 1.459 ns IQR = 0.019 ns, LowerFence = 1.385 ns, UpperFence = 1.462 ns ConfidenceInterval = [1.409 ns; 1.443 ns] (CI 99.9%), Margin = 0.017 ns (1.19% of Mean) Skewness = 0.35, Kurtosis = 2.11, MValue = 2 -------------------- Histogram -------------------- [1.395 ns ; 1.467 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataIterationBenchmarks.MetadataObjectIterate_Small: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 0.909 ns, StdErr = 0.003 ns (0.28%), N = 14, StdDev = 0.010 ns Min = 0.899 ns, Q1 = 0.902 ns, Median = 0.905 ns, Q3 = 0.912 ns, Max = 0.929 ns IQR = 0.010 ns, LowerFence = 0.887 ns, UpperFence = 0.927 ns ConfidenceInterval = [0.898 ns; 0.920 ns] (CI 99.9%), Margin = 0.011 ns (1.19% of Mean) Skewness = 0.96, Kurtosis = 2.59, MValue = 2 -------------------- Histogram -------------------- [0.894 ns ; 0.934 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- MetadataIterationBenchmarks.DictionaryIterate_Large: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 5.270 ns, StdErr = 0.006 ns (0.11%), N = 14, StdDev = 0.022 ns Min = 5.235 ns, Q1 = 5.257 ns, Median = 5.268 ns, Q3 = 5.284 ns, Max = 5.314 ns IQR = 0.027 ns, LowerFence = 5.216 ns, UpperFence = 5.324 ns ConfidenceInterval = [5.246 ns; 5.295 ns] (CI 99.9%), Margin = 0.024 ns (0.46% of Mean) Skewness = 0.24, Kurtosis = 2.19, MValue = 2 -------------------- Histogram -------------------- [5.223 ns ; 5.326 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- MetadataIterationBenchmarks.MetadataObjectIterate_Large: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 7.337 ns, StdErr = 0.028 ns (0.39%), N = 15, StdDev = 0.110 ns Min = 7.106 ns, Q1 = 7.271 ns, Median = 7.331 ns, Q3 = 7.433 ns, Max = 7.473 ns IQR = 0.162 ns, LowerFence = 7.027 ns, UpperFence = 7.676 ns ConfidenceInterval = [7.220 ns; 7.455 ns] (CI 99.9%), Margin = 0.118 ns (1.60% of Mean) Skewness = -0.55, Kurtosis = 2.04, MValue = 2 -------------------- Histogram -------------------- [7.048 ns ; 7.312 ns) | @@@@@ [7.312 ns ; 7.531 ns) | @@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | RatioSD | Allocated | Alloc Ratio | |---------------------------- |----------:|----------:|----------:|------:|--------:|----------:|------------:| | DictionaryIterate_Small | 1.4263 ns | 0.0170 ns | 0.0159 ns | 1.00 | 0.02 | - | NA | | MetadataObjectIterate_Small | 0.9088 ns | 0.0108 ns | 0.0096 ns | 0.64 | 0.01 | - | NA | | DictionaryIterate_Large | 5.2705 ns | 0.0243 ns | 0.0215 ns | 3.70 | 0.04 | - | NA | | MetadataObjectIterate_Large | 7.3371 ns | 0.1175 ns | 0.1099 ns | 5.14 | 0.09 | - | NA | // * Hints * Outliers MetadataIterationBenchmarks.MetadataObjectIterate_Small: Default -> 1 outlier was removed (2.41 ns) MetadataIterationBenchmarks.DictionaryIterate_Large: Default -> 1 outlier was removed (6.80 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:01:45 (105.54 sec), executed benchmarks: 4 Global total time: 00:01:50 (110.18 sec), executed benchmarks: 4 // * Artifacts cleanup * Artifacts cleanup is finished Benchmarks.MetadataIterationBenchmarks-20260107-135522.log000066400000000000000000001330271516707642500406100ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 4 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 0.6 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 3.65 sec and exited with 0 // ***** Done, took 00:00:04 (4.27 sec) ***** // Found 4 benchmarks: // MetadataIterationBenchmarks.DictionaryIterate_Small: DefaultJob // MetadataIterationBenchmarks.MetadataObjectIterate_Small: DefaultJob // MetadataIterationBenchmarks.DictionaryIterate_Large: DefaultJob // MetadataIterationBenchmarks.MetadataObjectIterate_Large: DefaultJob // ************************** // Benchmark: MetadataIterationBenchmarks.DictionaryIterate_Small: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataIterationBenchmarks.DictionaryIterate_Small --job Default --benchmarkId 0 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 85416.00 ns, 85.4160 us/op WorkloadJitting 1: 1 op, 131709.00 ns, 131.7090 us/op OverheadJitting 2: 16 op, 190458.00 ns, 11.9036 us/op WorkloadJitting 2: 16 op, 173583.00 ns, 10.8489 us/op WorkloadPilot 1: 16 op, 1625.00 ns, 101.5625 ns/op WorkloadPilot 2: 32 op, 1083.00 ns, 33.8438 ns/op WorkloadPilot 3: 64 op, 1875.00 ns, 29.2969 ns/op WorkloadPilot 4: 128 op, 3500.00 ns, 27.3438 ns/op WorkloadPilot 5: 256 op, 7208.00 ns, 28.1563 ns/op WorkloadPilot 6: 512 op, 14292.00 ns, 27.9141 ns/op WorkloadPilot 7: 1024 op, 28292.00 ns, 27.6289 ns/op WorkloadPilot 8: 2048 op, 68375.00 ns, 33.3862 ns/op WorkloadPilot 9: 4096 op, 145834.00 ns, 35.6040 ns/op WorkloadPilot 10: 8192 op, 327208.00 ns, 39.9424 ns/op WorkloadPilot 11: 16384 op, 521167.00 ns, 31.8095 ns/op WorkloadPilot 12: 32768 op, 915125.00 ns, 27.9274 ns/op WorkloadPilot 13: 65536 op, 1687667.00 ns, 25.7518 ns/op WorkloadPilot 14: 131072 op, 3490834.00 ns, 26.6329 ns/op WorkloadPilot 15: 262144 op, 6610000.00 ns, 25.2151 ns/op WorkloadPilot 16: 524288 op, 13046917.00 ns, 24.8850 ns/op WorkloadPilot 17: 1048576 op, 26391167.00 ns, 25.1686 ns/op WorkloadPilot 18: 2097152 op, 53020042.00 ns, 25.2819 ns/op WorkloadPilot 19: 4194304 op, 39245791.00 ns, 9.3569 ns/op WorkloadPilot 20: 8388608 op, 24539959.00 ns, 2.9254 ns/op WorkloadPilot 21: 16777216 op, 48722583.00 ns, 2.9041 ns/op WorkloadPilot 22: 33554432 op, 96617542.00 ns, 2.8794 ns/op WorkloadPilot 23: 67108864 op, 193537917.00 ns, 2.8839 ns/op WorkloadPilot 24: 134217728 op, 385110458.00 ns, 2.8693 ns/op WorkloadPilot 25: 268435456 op, 768153833.00 ns, 2.8616 ns/op OverheadWarmup 1: 268435456 op, 451317917.00 ns, 1.6813 ns/op OverheadWarmup 2: 268435456 op, 391772542.00 ns, 1.4595 ns/op OverheadWarmup 3: 268435456 op, 392173541.00 ns, 1.4610 ns/op OverheadWarmup 4: 268435456 op, 393084792.00 ns, 1.4644 ns/op OverheadWarmup 5: 268435456 op, 394365667.00 ns, 1.4691 ns/op OverheadWarmup 6: 268435456 op, 397854791.00 ns, 1.4821 ns/op OverheadWarmup 7: 268435456 op, 393363000.00 ns, 1.4654 ns/op OverheadWarmup 8: 268435456 op, 395036125.00 ns, 1.4716 ns/op OverheadWarmup 9: 268435456 op, 400428875.00 ns, 1.4917 ns/op OverheadWarmup 10: 268435456 op, 392977459.00 ns, 1.4640 ns/op OverheadActual 1: 268435456 op, 395652208.00 ns, 1.4739 ns/op OverheadActual 2: 268435456 op, 419608375.00 ns, 1.5632 ns/op OverheadActual 3: 268435456 op, 406274375.00 ns, 1.5135 ns/op OverheadActual 4: 268435456 op, 408014541.00 ns, 1.5200 ns/op OverheadActual 5: 268435456 op, 414937042.00 ns, 1.5458 ns/op OverheadActual 6: 268435456 op, 407343625.00 ns, 1.5175 ns/op OverheadActual 7: 268435456 op, 401637042.00 ns, 1.4962 ns/op OverheadActual 8: 268435456 op, 394259708.00 ns, 1.4687 ns/op OverheadActual 9: 268435456 op, 399384167.00 ns, 1.4878 ns/op OverheadActual 10: 268435456 op, 399877708.00 ns, 1.4897 ns/op OverheadActual 11: 268435456 op, 401520291.00 ns, 1.4958 ns/op OverheadActual 12: 268435456 op, 396977291.00 ns, 1.4789 ns/op OverheadActual 13: 268435456 op, 394001958.00 ns, 1.4678 ns/op OverheadActual 14: 268435456 op, 413604916.00 ns, 1.5408 ns/op OverheadActual 15: 268435456 op, 411229166.00 ns, 1.5319 ns/op WorkloadWarmup 1: 268435456 op, 780975833.00 ns, 2.9094 ns/op WorkloadWarmup 2: 268435456 op, 771218458.00 ns, 2.8730 ns/op WorkloadWarmup 3: 268435456 op, 788753834.00 ns, 2.9383 ns/op WorkloadWarmup 4: 268435456 op, 799333916.00 ns, 2.9778 ns/op WorkloadWarmup 5: 268435456 op, 814276292.00 ns, 3.0334 ns/op WorkloadWarmup 6: 268435456 op, 779646250.00 ns, 2.9044 ns/op WorkloadWarmup 7: 268435456 op, 772876958.00 ns, 2.8792 ns/op WorkloadWarmup 8: 268435456 op, 776945042.00 ns, 2.8943 ns/op WorkloadWarmup 9: 268435456 op, 819887292.00 ns, 3.0543 ns/op WorkloadWarmup 10: 268435456 op, 792277916.00 ns, 2.9515 ns/op // BeforeActualRun WorkloadActual 1: 268435456 op, 779878917.00 ns, 2.9053 ns/op WorkloadActual 2: 268435456 op, 773462167.00 ns, 2.8814 ns/op WorkloadActual 3: 268435456 op, 778025459.00 ns, 2.8984 ns/op WorkloadActual 4: 268435456 op, 776643000.00 ns, 2.8932 ns/op WorkloadActual 5: 268435456 op, 777394500.00 ns, 2.8960 ns/op WorkloadActual 6: 268435456 op, 772777875.00 ns, 2.8788 ns/op WorkloadActual 7: 268435456 op, 774594458.00 ns, 2.8856 ns/op WorkloadActual 8: 268435456 op, 774111708.00 ns, 2.8838 ns/op WorkloadActual 9: 268435456 op, 776704584.00 ns, 2.8935 ns/op WorkloadActual 10: 268435456 op, 774980291.00 ns, 2.8870 ns/op WorkloadActual 11: 268435456 op, 775833834.00 ns, 2.8902 ns/op WorkloadActual 12: 268435456 op, 781702875.00 ns, 2.9121 ns/op WorkloadActual 13: 268435456 op, 803134333.00 ns, 2.9919 ns/op WorkloadActual 14: 268435456 op, 782762167.00 ns, 2.9160 ns/op WorkloadActual 15: 268435456 op, 783425125.00 ns, 2.9185 ns/op // AfterActualRun WorkloadResult 1: 268435456 op, 378241875.00 ns, 1.4091 ns/op WorkloadResult 2: 268435456 op, 371825125.00 ns, 1.3852 ns/op WorkloadResult 3: 268435456 op, 376388417.00 ns, 1.4022 ns/op WorkloadResult 4: 268435456 op, 375005958.00 ns, 1.3970 ns/op WorkloadResult 5: 268435456 op, 375757458.00 ns, 1.3998 ns/op WorkloadResult 6: 268435456 op, 371140833.00 ns, 1.3826 ns/op WorkloadResult 7: 268435456 op, 372957416.00 ns, 1.3894 ns/op WorkloadResult 8: 268435456 op, 372474666.00 ns, 1.3876 ns/op WorkloadResult 9: 268435456 op, 375067542.00 ns, 1.3972 ns/op WorkloadResult 10: 268435456 op, 373343249.00 ns, 1.3908 ns/op WorkloadResult 11: 268435456 op, 374196792.00 ns, 1.3940 ns/op WorkloadResult 12: 268435456 op, 380065833.00 ns, 1.4159 ns/op WorkloadResult 13: 268435456 op, 381125125.00 ns, 1.4198 ns/op WorkloadResult 14: 268435456 op, 381788083.00 ns, 1.4223 ns/op // GC: 0 0 0 0 268435456 // Threading: 0 0 268435456 // AfterAll // Benchmark Process 49758 has exited with code 0. Mean = 1.399 ns, StdErr = 0.003 ns (0.25%), N = 14, StdDev = 0.013 ns Min = 1.383 ns, Q1 = 1.390 ns, Median = 1.397 ns, Q3 = 1.407 ns, Max = 1.422 ns IQR = 0.018 ns, LowerFence = 1.363 ns, UpperFence = 1.434 ns ConfidenceInterval = [1.385 ns; 1.414 ns] (CI 99.9%), Margin = 0.015 ns (1.04% of Mean) Skewness = 0.48, Kurtosis = 1.78, MValue = 2 // ** Remained 3 (75,0 %) benchmark(s) to run. Estimated finish 2026-01-07 13:57 (0h 1m from now) ** // ************************** // Benchmark: MetadataIterationBenchmarks.MetadataObjectIterate_Small: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataIterationBenchmarks.MetadataObjectIterate_Small --job Default --benchmarkId 1 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 81042.00 ns, 81.0420 us/op WorkloadJitting 1: 1 op, 251667.00 ns, 251.6670 us/op OverheadJitting 2: 16 op, 402750.00 ns, 25.1719 us/op WorkloadJitting 2: 16 op, 278000.00 ns, 17.3750 us/op WorkloadPilot 1: 16 op, 1083.00 ns, 67.6875 ns/op WorkloadPilot 2: 32 op, 1458.00 ns, 45.5625 ns/op WorkloadPilot 3: 64 op, 3708.00 ns, 57.9375 ns/op WorkloadPilot 4: 128 op, 4833.00 ns, 37.7578 ns/op WorkloadPilot 5: 256 op, 17333.00 ns, 67.7070 ns/op WorkloadPilot 6: 512 op, 18500.00 ns, 36.1328 ns/op WorkloadPilot 7: 1024 op, 37500.00 ns, 36.6211 ns/op WorkloadPilot 8: 2048 op, 88958.00 ns, 43.4365 ns/op WorkloadPilot 9: 4096 op, 192250.00 ns, 46.9360 ns/op WorkloadPilot 10: 8192 op, 420459.00 ns, 51.3256 ns/op WorkloadPilot 11: 16384 op, 784584.00 ns, 47.8872 ns/op WorkloadPilot 12: 32768 op, 1399708.00 ns, 42.7157 ns/op WorkloadPilot 13: 65536 op, 2649333.00 ns, 40.4256 ns/op WorkloadPilot 14: 131072 op, 5408041.00 ns, 41.2601 ns/op WorkloadPilot 15: 262144 op, 10737792.00 ns, 40.9614 ns/op WorkloadPilot 16: 524288 op, 21171625.00 ns, 40.3817 ns/op WorkloadPilot 17: 1048576 op, 43495958.00 ns, 41.4810 ns/op WorkloadPilot 18: 2097152 op, 55422208.00 ns, 26.4274 ns/op WorkloadPilot 19: 4194304 op, 10715250.00 ns, 2.5547 ns/op WorkloadPilot 20: 8388608 op, 20427292.00 ns, 2.4351 ns/op WorkloadPilot 21: 16777216 op, 41245208.00 ns, 2.4584 ns/op WorkloadPilot 22: 33554432 op, 88184916.00 ns, 2.6281 ns/op WorkloadPilot 23: 67108864 op, 163389917.00 ns, 2.4347 ns/op WorkloadPilot 24: 134217728 op, 326716041.00 ns, 2.4342 ns/op WorkloadPilot 25: 268435456 op, 652765250.00 ns, 2.4317 ns/op OverheadWarmup 1: 268435456 op, 459585958.00 ns, 1.7121 ns/op OverheadWarmup 2: 268435456 op, 400319334.00 ns, 1.4913 ns/op OverheadWarmup 3: 268435456 op, 400715625.00 ns, 1.4928 ns/op OverheadWarmup 4: 268435456 op, 401303750.00 ns, 1.4950 ns/op OverheadWarmup 5: 268435456 op, 392335500.00 ns, 1.4616 ns/op OverheadWarmup 6: 268435456 op, 400570458.00 ns, 1.4922 ns/op OverheadWarmup 7: 268435456 op, 403676834.00 ns, 1.5038 ns/op OverheadWarmup 8: 268435456 op, 398429166.00 ns, 1.4843 ns/op OverheadActual 1: 268435456 op, 398520208.00 ns, 1.4846 ns/op OverheadActual 2: 268435456 op, 394235334.00 ns, 1.4686 ns/op OverheadActual 3: 268435456 op, 394672375.00 ns, 1.4703 ns/op OverheadActual 4: 268435456 op, 400287292.00 ns, 1.4912 ns/op OverheadActual 5: 268435456 op, 396463167.00 ns, 1.4769 ns/op OverheadActual 6: 268435456 op, 394466834.00 ns, 1.4695 ns/op OverheadActual 7: 268435456 op, 403260792.00 ns, 1.5023 ns/op OverheadActual 8: 268435456 op, 402004709.00 ns, 1.4976 ns/op OverheadActual 9: 268435456 op, 395715125.00 ns, 1.4742 ns/op OverheadActual 10: 268435456 op, 394957875.00 ns, 1.4713 ns/op OverheadActual 11: 268435456 op, 394778750.00 ns, 1.4707 ns/op OverheadActual 12: 268435456 op, 397960875.00 ns, 1.4825 ns/op OverheadActual 13: 268435456 op, 394733542.00 ns, 1.4705 ns/op OverheadActual 14: 268435456 op, 398940167.00 ns, 1.4862 ns/op OverheadActual 15: 268435456 op, 404078792.00 ns, 1.5053 ns/op WorkloadWarmup 1: 268435456 op, 642347166.00 ns, 2.3929 ns/op WorkloadWarmup 2: 268435456 op, 645449792.00 ns, 2.4045 ns/op WorkloadWarmup 3: 268435456 op, 644070416.00 ns, 2.3993 ns/op WorkloadWarmup 4: 268435456 op, 644099625.00 ns, 2.3995 ns/op WorkloadWarmup 5: 268435456 op, 651973833.00 ns, 2.4288 ns/op WorkloadWarmup 6: 268435456 op, 650426084.00 ns, 2.4230 ns/op // BeforeActualRun WorkloadActual 1: 268435456 op, 642046917.00 ns, 2.3918 ns/op WorkloadActual 2: 268435456 op, 655876959.00 ns, 2.4433 ns/op WorkloadActual 3: 268435456 op, 643838084.00 ns, 2.3985 ns/op WorkloadActual 4: 268435456 op, 652706333.00 ns, 2.4315 ns/op WorkloadActual 5: 268435456 op, 647812125.00 ns, 2.4133 ns/op WorkloadActual 6: 268435456 op, 645574167.00 ns, 2.4050 ns/op WorkloadActual 7: 268435456 op, 644454667.00 ns, 2.4008 ns/op WorkloadActual 8: 268435456 op, 640564708.00 ns, 2.3863 ns/op WorkloadActual 9: 268435456 op, 642857750.00 ns, 2.3948 ns/op WorkloadActual 10: 268435456 op, 649717250.00 ns, 2.4204 ns/op WorkloadActual 11: 268435456 op, 648611042.00 ns, 2.4163 ns/op WorkloadActual 12: 268435456 op, 644578041.00 ns, 2.4012 ns/op WorkloadActual 13: 268435456 op, 646047667.00 ns, 2.4067 ns/op WorkloadActual 14: 268435456 op, 637373959.00 ns, 2.3744 ns/op WorkloadActual 15: 268435456 op, 640757417.00 ns, 2.3870 ns/op // AfterActualRun WorkloadResult 1: 268435456 op, 245583750.00 ns, 0.9149 ns/op WorkloadResult 2: 268435456 op, 259413792.00 ns, 0.9664 ns/op WorkloadResult 3: 268435456 op, 247374917.00 ns, 0.9215 ns/op WorkloadResult 4: 268435456 op, 256243166.00 ns, 0.9546 ns/op WorkloadResult 5: 268435456 op, 251348958.00 ns, 0.9363 ns/op WorkloadResult 6: 268435456 op, 249111000.00 ns, 0.9280 ns/op WorkloadResult 7: 268435456 op, 247991500.00 ns, 0.9238 ns/op WorkloadResult 8: 268435456 op, 244101541.00 ns, 0.9093 ns/op WorkloadResult 9: 268435456 op, 246394583.00 ns, 0.9179 ns/op WorkloadResult 10: 268435456 op, 253254083.00 ns, 0.9434 ns/op WorkloadResult 11: 268435456 op, 252147875.00 ns, 0.9393 ns/op WorkloadResult 12: 268435456 op, 248114874.00 ns, 0.9243 ns/op WorkloadResult 13: 268435456 op, 249584500.00 ns, 0.9298 ns/op WorkloadResult 14: 268435456 op, 240910792.00 ns, 0.8975 ns/op WorkloadResult 15: 268435456 op, 244294250.00 ns, 0.9101 ns/op // GC: 0 0 0 0 268435456 // Threading: 0 0 268435456 // AfterAll // Benchmark Process 49831 has exited with code 0. Mean = 0.928 ns, StdErr = 0.005 ns (0.50%), N = 15, StdDev = 0.018 ns Min = 0.897 ns, Q1 = 0.916 ns, Median = 0.924 ns, Q3 = 0.938 ns, Max = 0.966 ns IQR = 0.021 ns, LowerFence = 0.884 ns, UpperFence = 0.970 ns ConfidenceInterval = [0.909 ns; 0.947 ns] (CI 99.9%), Margin = 0.019 ns (2.08% of Mean) Skewness = 0.44, Kurtosis = 2.45, MValue = 2 // ** Remained 2 (50,0 %) benchmark(s) to run. Estimated finish 2026-01-07 13:57 (0h 0m from now) ** // ************************** // Benchmark: MetadataIterationBenchmarks.DictionaryIterate_Large: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataIterationBenchmarks.DictionaryIterate_Large --job Default --benchmarkId 2 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 101708.00 ns, 101.7080 us/op WorkloadJitting 1: 1 op, 214125.00 ns, 214.1250 us/op OverheadJitting 2: 16 op, 203667.00 ns, 12.7292 us/op WorkloadJitting 2: 16 op, 195209.00 ns, 12.2006 us/op WorkloadPilot 1: 16 op, 1500.00 ns, 93.7500 ns/op WorkloadPilot 2: 32 op, 2833.00 ns, 88.5313 ns/op WorkloadPilot 3: 64 op, 4000.00 ns, 62.5000 ns/op WorkloadPilot 4: 128 op, 9291.00 ns, 72.5859 ns/op WorkloadPilot 5: 256 op, 17875.00 ns, 69.8242 ns/op WorkloadPilot 6: 512 op, 46792.00 ns, 91.3906 ns/op WorkloadPilot 7: 1024 op, 118583.00 ns, 115.8037 ns/op WorkloadPilot 8: 2048 op, 170791.00 ns, 83.3940 ns/op WorkloadPilot 9: 4096 op, 338750.00 ns, 82.7026 ns/op WorkloadPilot 10: 8192 op, 638000.00 ns, 77.8809 ns/op WorkloadPilot 11: 16384 op, 1222250.00 ns, 74.6002 ns/op WorkloadPilot 12: 32768 op, 2173916.00 ns, 66.3427 ns/op WorkloadPilot 13: 65536 op, 4379916.00 ns, 66.8322 ns/op WorkloadPilot 14: 131072 op, 8446167.00 ns, 64.4391 ns/op WorkloadPilot 15: 262144 op, 17376833.00 ns, 66.2874 ns/op WorkloadPilot 16: 524288 op, 35911584.00 ns, 68.4959 ns/op WorkloadPilot 17: 1048576 op, 67494166.00 ns, 64.3675 ns/op WorkloadPilot 18: 2097152 op, 14662250.00 ns, 6.9915 ns/op WorkloadPilot 19: 4194304 op, 28502625.00 ns, 6.7956 ns/op WorkloadPilot 20: 8388608 op, 57131875.00 ns, 6.8107 ns/op WorkloadPilot 21: 16777216 op, 118829459.00 ns, 7.0828 ns/op WorkloadPilot 22: 33554432 op, 227208125.00 ns, 6.7713 ns/op WorkloadPilot 23: 67108864 op, 461747750.00 ns, 6.8806 ns/op WorkloadPilot 24: 134217728 op, 915864625.00 ns, 6.8237 ns/op OverheadWarmup 1: 134217728 op, 255556250.00 ns, 1.9040 ns/op OverheadWarmup 2: 134217728 op, 198158667.00 ns, 1.4764 ns/op OverheadWarmup 3: 134217728 op, 198547542.00 ns, 1.4793 ns/op OverheadWarmup 4: 134217728 op, 199111375.00 ns, 1.4835 ns/op OverheadWarmup 5: 134217728 op, 206056041.00 ns, 1.5352 ns/op OverheadWarmup 6: 134217728 op, 197034458.00 ns, 1.4680 ns/op OverheadWarmup 7: 134217728 op, 199558500.00 ns, 1.4868 ns/op OverheadWarmup 8: 134217728 op, 199504334.00 ns, 1.4864 ns/op OverheadActual 1: 134217728 op, 198539500.00 ns, 1.4792 ns/op OverheadActual 2: 134217728 op, 197057875.00 ns, 1.4682 ns/op OverheadActual 3: 134217728 op, 198186125.00 ns, 1.4766 ns/op OverheadActual 4: 134217728 op, 196687667.00 ns, 1.4654 ns/op OverheadActual 5: 134217728 op, 201025500.00 ns, 1.4978 ns/op OverheadActual 6: 134217728 op, 196720958.00 ns, 1.4657 ns/op OverheadActual 7: 134217728 op, 196883375.00 ns, 1.4669 ns/op OverheadActual 8: 134217728 op, 198282875.00 ns, 1.4773 ns/op OverheadActual 9: 134217728 op, 198016959.00 ns, 1.4753 ns/op OverheadActual 10: 134217728 op, 197120000.00 ns, 1.4687 ns/op OverheadActual 11: 134217728 op, 201605166.00 ns, 1.5021 ns/op OverheadActual 12: 134217728 op, 197396625.00 ns, 1.4707 ns/op OverheadActual 13: 134217728 op, 200290792.00 ns, 1.4923 ns/op OverheadActual 14: 134217728 op, 196996208.00 ns, 1.4677 ns/op OverheadActual 15: 134217728 op, 198010000.00 ns, 1.4753 ns/op WorkloadWarmup 1: 134217728 op, 923401083.00 ns, 6.8799 ns/op WorkloadWarmup 2: 134217728 op, 926029666.00 ns, 6.8995 ns/op WorkloadWarmup 3: 134217728 op, 920996708.00 ns, 6.8620 ns/op WorkloadWarmup 4: 134217728 op, 919910792.00 ns, 6.8539 ns/op WorkloadWarmup 5: 134217728 op, 934153667.00 ns, 6.9600 ns/op WorkloadWarmup 6: 134217728 op, 909096375.00 ns, 6.7733 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 906815625.00 ns, 6.7563 ns/op WorkloadActual 2: 134217728 op, 916405167.00 ns, 6.8278 ns/op WorkloadActual 3: 134217728 op, 910517083.00 ns, 6.7839 ns/op WorkloadActual 4: 134217728 op, 909639709.00 ns, 6.7773 ns/op WorkloadActual 5: 134217728 op, 908942917.00 ns, 6.7722 ns/op WorkloadActual 6: 134217728 op, 911104459.00 ns, 6.7883 ns/op WorkloadActual 7: 134217728 op, 905844083.00 ns, 6.7491 ns/op WorkloadActual 8: 134217728 op, 906835458.00 ns, 6.7565 ns/op WorkloadActual 9: 134217728 op, 916172125.00 ns, 6.8260 ns/op WorkloadActual 10: 134217728 op, 911099875.00 ns, 6.7882 ns/op WorkloadActual 11: 134217728 op, 911094041.00 ns, 6.7882 ns/op WorkloadActual 12: 134217728 op, 910006542.00 ns, 6.7801 ns/op WorkloadActual 13: 134217728 op, 911161584.00 ns, 6.7887 ns/op WorkloadActual 14: 134217728 op, 905262000.00 ns, 6.7447 ns/op WorkloadActual 15: 134217728 op, 906582292.00 ns, 6.7546 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 708805625.00 ns, 5.2810 ns/op WorkloadResult 2: 134217728 op, 718395167.00 ns, 5.3525 ns/op WorkloadResult 3: 134217728 op, 712507083.00 ns, 5.3086 ns/op WorkloadResult 4: 134217728 op, 711629709.00 ns, 5.3021 ns/op WorkloadResult 5: 134217728 op, 710932917.00 ns, 5.2969 ns/op WorkloadResult 6: 134217728 op, 713094459.00 ns, 5.3130 ns/op WorkloadResult 7: 134217728 op, 707834083.00 ns, 5.2738 ns/op WorkloadResult 8: 134217728 op, 708825458.00 ns, 5.2812 ns/op WorkloadResult 9: 134217728 op, 718162125.00 ns, 5.3507 ns/op WorkloadResult 10: 134217728 op, 713089875.00 ns, 5.3129 ns/op WorkloadResult 11: 134217728 op, 713084041.00 ns, 5.3129 ns/op WorkloadResult 12: 134217728 op, 711996542.00 ns, 5.3048 ns/op WorkloadResult 13: 134217728 op, 713151584.00 ns, 5.3134 ns/op WorkloadResult 14: 134217728 op, 707252000.00 ns, 5.2694 ns/op WorkloadResult 15: 134217728 op, 708572292.00 ns, 5.2793 ns/op // GC: 0 0 0 0 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 49850 has exited with code 0. Mean = 5.303 ns, StdErr = 0.006 ns (0.12%), N = 15, StdDev = 0.025 ns Min = 5.269 ns, Q1 = 5.281 ns, Median = 5.305 ns, Q3 = 5.313 ns, Max = 5.352 ns IQR = 0.032 ns, LowerFence = 5.233 ns, UpperFence = 5.361 ns ConfidenceInterval = [5.277 ns; 5.330 ns] (CI 99.9%), Margin = 0.027 ns (0.50% of Mean) Skewness = 0.53, Kurtosis = 2.37, MValue = 2 // ** Remained 1 (25,0 %) benchmark(s) to run. Estimated finish 2026-01-07 13:57 (0h 0m from now) ** // ************************** // Benchmark: MetadataIterationBenchmarks.MetadataObjectIterate_Large: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataIterationBenchmarks.MetadataObjectIterate_Large --job Default --benchmarkId 3 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 126417.00 ns, 126.4170 us/op WorkloadJitting 1: 1 op, 339000.00 ns, 339.0000 us/op OverheadJitting 2: 16 op, 214375.00 ns, 13.3984 us/op WorkloadJitting 2: 16 op, 177250.00 ns, 11.0781 us/op WorkloadPilot 1: 16 op, 2959.00 ns, 184.9375 ns/op WorkloadPilot 2: 32 op, 5292.00 ns, 165.3750 ns/op WorkloadPilot 3: 64 op, 8750.00 ns, 136.7188 ns/op WorkloadPilot 4: 128 op, 16750.00 ns, 130.8594 ns/op WorkloadPilot 5: 256 op, 33417.00 ns, 130.5352 ns/op WorkloadPilot 6: 512 op, 76709.00 ns, 149.8223 ns/op WorkloadPilot 7: 1024 op, 140291.00 ns, 137.0029 ns/op WorkloadPilot 8: 2048 op, 262875.00 ns, 128.3569 ns/op WorkloadPilot 9: 4096 op, 479625.00 ns, 117.0959 ns/op WorkloadPilot 10: 8192 op, 1039708.00 ns, 126.9175 ns/op WorkloadPilot 11: 16384 op, 1983042.00 ns, 121.0353 ns/op WorkloadPilot 12: 32768 op, 3959417.00 ns, 120.8318 ns/op WorkloadPilot 13: 65536 op, 7509834.00 ns, 114.5910 ns/op WorkloadPilot 14: 131072 op, 14941375.00 ns, 113.9936 ns/op WorkloadPilot 15: 262144 op, 30407917.00 ns, 115.9970 ns/op WorkloadPilot 16: 524288 op, 59953084.00 ns, 114.3514 ns/op WorkloadPilot 17: 1048576 op, 23975584.00 ns, 22.8649 ns/op WorkloadPilot 18: 2097152 op, 13358833.00 ns, 6.3700 ns/op WorkloadPilot 19: 4194304 op, 34232416.00 ns, 8.1616 ns/op WorkloadPilot 20: 8388608 op, 62380041.00 ns, 7.4363 ns/op WorkloadPilot 21: 16777216 op, 140457625.00 ns, 8.3719 ns/op WorkloadPilot 22: 33554432 op, 278818542.00 ns, 8.3094 ns/op WorkloadPilot 23: 67108864 op, 520168000.00 ns, 7.7511 ns/op OverheadWarmup 1: 67108864 op, 137108958.00 ns, 2.0431 ns/op OverheadWarmup 2: 67108864 op, 117823417.00 ns, 1.7557 ns/op OverheadWarmup 3: 67108864 op, 99032708.00 ns, 1.4757 ns/op OverheadWarmup 4: 67108864 op, 98197417.00 ns, 1.4633 ns/op OverheadWarmup 5: 67108864 op, 98700958.00 ns, 1.4708 ns/op OverheadWarmup 6: 67108864 op, 99419833.00 ns, 1.4815 ns/op OverheadWarmup 7: 67108864 op, 99830250.00 ns, 1.4876 ns/op OverheadWarmup 8: 67108864 op, 100257750.00 ns, 1.4940 ns/op OverheadWarmup 9: 67108864 op, 99591833.00 ns, 1.4840 ns/op OverheadWarmup 10: 67108864 op, 100772458.00 ns, 1.5016 ns/op OverheadActual 1: 67108864 op, 102084875.00 ns, 1.5212 ns/op OverheadActual 2: 67108864 op, 101113708.00 ns, 1.5067 ns/op OverheadActual 3: 67108864 op, 99497583.00 ns, 1.4826 ns/op OverheadActual 4: 67108864 op, 98498667.00 ns, 1.4677 ns/op OverheadActual 5: 67108864 op, 98808125.00 ns, 1.4724 ns/op OverheadActual 6: 67108864 op, 113657333.00 ns, 1.6936 ns/op OverheadActual 7: 67108864 op, 104177416.00 ns, 1.5524 ns/op OverheadActual 8: 67108864 op, 98303375.00 ns, 1.4648 ns/op OverheadActual 9: 67108864 op, 98886333.00 ns, 1.4735 ns/op OverheadActual 10: 67108864 op, 100262000.00 ns, 1.4940 ns/op OverheadActual 11: 67108864 op, 99040500.00 ns, 1.4758 ns/op OverheadActual 12: 67108864 op, 98251458.00 ns, 1.4641 ns/op OverheadActual 13: 67108864 op, 100028625.00 ns, 1.4905 ns/op OverheadActual 14: 67108864 op, 99471000.00 ns, 1.4822 ns/op OverheadActual 15: 67108864 op, 106186208.00 ns, 1.5823 ns/op WorkloadWarmup 1: 67108864 op, 553953583.00 ns, 8.2546 ns/op WorkloadWarmup 2: 67108864 op, 602383708.00 ns, 8.9762 ns/op WorkloadWarmup 3: 67108864 op, 550314458.00 ns, 8.2003 ns/op WorkloadWarmup 4: 67108864 op, 511586625.00 ns, 7.6232 ns/op WorkloadWarmup 5: 67108864 op, 467892750.00 ns, 6.9721 ns/op WorkloadWarmup 6: 67108864 op, 481933750.00 ns, 7.1814 ns/op WorkloadWarmup 7: 67108864 op, 461273333.00 ns, 6.8735 ns/op // BeforeActualRun WorkloadActual 1: 67108864 op, 449852167.00 ns, 6.7033 ns/op WorkloadActual 2: 67108864 op, 496591042.00 ns, 7.3998 ns/op WorkloadActual 3: 67108864 op, 465795709.00 ns, 6.9409 ns/op WorkloadActual 4: 67108864 op, 510367750.00 ns, 7.6051 ns/op WorkloadActual 5: 67108864 op, 469155084.00 ns, 6.9910 ns/op WorkloadActual 6: 67108864 op, 512205542.00 ns, 7.6325 ns/op WorkloadActual 7: 67108864 op, 477411500.00 ns, 7.1140 ns/op WorkloadActual 8: 67108864 op, 464120958.00 ns, 6.9159 ns/op WorkloadActual 9: 67108864 op, 447069875.00 ns, 6.6619 ns/op WorkloadActual 10: 67108864 op, 429038167.00 ns, 6.3932 ns/op WorkloadActual 11: 67108864 op, 451543250.00 ns, 6.7285 ns/op WorkloadActual 12: 67108864 op, 441389250.00 ns, 6.5772 ns/op WorkloadActual 13: 67108864 op, 446823084.00 ns, 6.6582 ns/op WorkloadActual 14: 67108864 op, 431007584.00 ns, 6.4225 ns/op WorkloadActual 15: 67108864 op, 457715625.00 ns, 6.8205 ns/op WorkloadActual 16: 67108864 op, 501600750.00 ns, 7.4744 ns/op WorkloadActual 17: 67108864 op, 468374583.00 ns, 6.9793 ns/op WorkloadActual 18: 67108864 op, 442615458.00 ns, 6.5955 ns/op WorkloadActual 19: 67108864 op, 489417667.00 ns, 7.2929 ns/op WorkloadActual 20: 67108864 op, 483807583.00 ns, 7.2093 ns/op WorkloadActual 21: 67108864 op, 471451875.00 ns, 7.0252 ns/op WorkloadActual 22: 67108864 op, 473072208.00 ns, 7.0493 ns/op WorkloadActual 23: 67108864 op, 473422917.00 ns, 7.0546 ns/op WorkloadActual 24: 67108864 op, 459007958.00 ns, 6.8398 ns/op WorkloadActual 25: 67108864 op, 455046208.00 ns, 6.7807 ns/op WorkloadActual 26: 67108864 op, 432472208.00 ns, 6.4443 ns/op WorkloadActual 27: 67108864 op, 450607542.00 ns, 6.7146 ns/op WorkloadActual 28: 67108864 op, 468809375.00 ns, 6.9858 ns/op WorkloadActual 29: 67108864 op, 480737708.00 ns, 7.1636 ns/op WorkloadActual 30: 67108864 op, 471975250.00 ns, 7.0330 ns/op WorkloadActual 31: 67108864 op, 495086250.00 ns, 7.3774 ns/op WorkloadActual 32: 67108864 op, 475933166.00 ns, 7.0920 ns/op WorkloadActual 33: 67108864 op, 429690333.00 ns, 6.4029 ns/op WorkloadActual 34: 67108864 op, 469964333.00 ns, 7.0030 ns/op WorkloadActual 35: 67108864 op, 429498625.00 ns, 6.4000 ns/op WorkloadActual 36: 67108864 op, 448870708.00 ns, 6.6887 ns/op WorkloadActual 37: 67108864 op, 484728625.00 ns, 7.2230 ns/op WorkloadActual 38: 67108864 op, 410114041.00 ns, 6.1112 ns/op WorkloadActual 39: 67108864 op, 471799959.00 ns, 7.0304 ns/op WorkloadActual 40: 67108864 op, 446336042.00 ns, 6.6509 ns/op WorkloadActual 41: 67108864 op, 463064500.00 ns, 6.9002 ns/op WorkloadActual 42: 67108864 op, 484604750.00 ns, 7.2212 ns/op WorkloadActual 43: 67108864 op, 432131583.00 ns, 6.4393 ns/op WorkloadActual 44: 67108864 op, 497102333.00 ns, 7.4074 ns/op WorkloadActual 45: 67108864 op, 459889167.00 ns, 6.8529 ns/op WorkloadActual 46: 67108864 op, 392267292.00 ns, 5.8452 ns/op WorkloadActual 47: 67108864 op, 463464250.00 ns, 6.9062 ns/op WorkloadActual 48: 67108864 op, 436745500.00 ns, 6.5080 ns/op WorkloadActual 49: 67108864 op, 469979083.00 ns, 7.0032 ns/op WorkloadActual 50: 67108864 op, 475227666.00 ns, 7.0814 ns/op WorkloadActual 51: 67108864 op, 443638667.00 ns, 6.6107 ns/op WorkloadActual 52: 67108864 op, 450671292.00 ns, 6.7155 ns/op WorkloadActual 53: 67108864 op, 465267250.00 ns, 6.9330 ns/op WorkloadActual 54: 67108864 op, 441720666.00 ns, 6.5822 ns/op WorkloadActual 55: 67108864 op, 464236958.00 ns, 6.9177 ns/op WorkloadActual 56: 67108864 op, 470410500.00 ns, 7.0097 ns/op WorkloadActual 57: 67108864 op, 451449792.00 ns, 6.7271 ns/op WorkloadActual 58: 67108864 op, 496355041.00 ns, 7.3963 ns/op WorkloadActual 59: 67108864 op, 478795667.00 ns, 7.1346 ns/op WorkloadActual 60: 67108864 op, 492909917.00 ns, 7.3449 ns/op WorkloadActual 61: 67108864 op, 453616292.00 ns, 6.7594 ns/op WorkloadActual 62: 67108864 op, 473091000.00 ns, 7.0496 ns/op WorkloadActual 63: 67108864 op, 479261917.00 ns, 7.1416 ns/op WorkloadActual 64: 67108864 op, 535120542.00 ns, 7.9739 ns/op WorkloadActual 65: 67108864 op, 500608583.00 ns, 7.4596 ns/op WorkloadActual 66: 67108864 op, 544619958.00 ns, 8.1155 ns/op WorkloadActual 67: 67108864 op, 550259417.00 ns, 8.1995 ns/op WorkloadActual 68: 67108864 op, 556771250.00 ns, 8.2965 ns/op WorkloadActual 69: 67108864 op, 581860792.00 ns, 8.6704 ns/op WorkloadActual 70: 67108864 op, 572566459.00 ns, 8.5319 ns/op WorkloadActual 71: 67108864 op, 531012417.00 ns, 7.9127 ns/op WorkloadActual 72: 67108864 op, 540232542.00 ns, 8.0501 ns/op WorkloadActual 73: 67108864 op, 503859708.00 ns, 7.5081 ns/op WorkloadActual 74: 67108864 op, 494077750.00 ns, 7.3623 ns/op WorkloadActual 75: 67108864 op, 529666042.00 ns, 7.8926 ns/op WorkloadActual 76: 67108864 op, 466235208.00 ns, 6.9474 ns/op WorkloadActual 77: 67108864 op, 522472708.00 ns, 7.7855 ns/op WorkloadActual 78: 67108864 op, 521192083.00 ns, 7.7664 ns/op WorkloadActual 79: 67108864 op, 473462334.00 ns, 7.0551 ns/op WorkloadActual 80: 67108864 op, 463620709.00 ns, 6.9085 ns/op WorkloadActual 81: 67108864 op, 472929584.00 ns, 7.0472 ns/op WorkloadActual 82: 67108864 op, 562508667.00 ns, 8.3820 ns/op WorkloadActual 83: 67108864 op, 574249375.00 ns, 8.5570 ns/op WorkloadActual 84: 67108864 op, 569050500.00 ns, 8.4795 ns/op WorkloadActual 85: 67108864 op, 583852750.00 ns, 8.7001 ns/op WorkloadActual 86: 67108864 op, 564852125.00 ns, 8.4170 ns/op WorkloadActual 87: 67108864 op, 518172375.00 ns, 7.7214 ns/op WorkloadActual 88: 67108864 op, 541883125.00 ns, 8.0747 ns/op WorkloadActual 89: 67108864 op, 569917000.00 ns, 8.4924 ns/op WorkloadActual 90: 67108864 op, 565293833.00 ns, 8.4235 ns/op WorkloadActual 91: 67108864 op, 556964791.00 ns, 8.2994 ns/op WorkloadActual 92: 67108864 op, 528774000.00 ns, 7.8793 ns/op WorkloadActual 93: 67108864 op, 465503459.00 ns, 6.9365 ns/op WorkloadActual 94: 67108864 op, 477713250.00 ns, 7.1185 ns/op WorkloadActual 95: 67108864 op, 565577916.00 ns, 8.4278 ns/op WorkloadActual 96: 67108864 op, 565393250.00 ns, 8.4250 ns/op WorkloadActual 97: 67108864 op, 593501500.00 ns, 8.8439 ns/op WorkloadActual 98: 67108864 op, 584280458.00 ns, 8.7065 ns/op WorkloadActual 99: 67108864 op, 581160042.00 ns, 8.6600 ns/op WorkloadActual 100: 67108864 op, 585089709.00 ns, 8.7185 ns/op // AfterActualRun WorkloadResult 1: 67108864 op, 350354584.00 ns, 5.2207 ns/op WorkloadResult 2: 67108864 op, 397093459.00 ns, 5.9172 ns/op WorkloadResult 3: 67108864 op, 366298126.00 ns, 5.4583 ns/op WorkloadResult 4: 67108864 op, 410870167.00 ns, 6.1224 ns/op WorkloadResult 5: 67108864 op, 369657501.00 ns, 5.5083 ns/op WorkloadResult 6: 67108864 op, 412707959.00 ns, 6.1498 ns/op WorkloadResult 7: 67108864 op, 377913917.00 ns, 5.6314 ns/op WorkloadResult 8: 67108864 op, 364623375.00 ns, 5.4333 ns/op WorkloadResult 9: 67108864 op, 347572292.00 ns, 5.1792 ns/op WorkloadResult 10: 67108864 op, 329540584.00 ns, 4.9105 ns/op WorkloadResult 11: 67108864 op, 352045667.00 ns, 5.2459 ns/op WorkloadResult 12: 67108864 op, 341891667.00 ns, 5.0946 ns/op WorkloadResult 13: 67108864 op, 347325501.00 ns, 5.1756 ns/op WorkloadResult 14: 67108864 op, 331510001.00 ns, 4.9399 ns/op WorkloadResult 15: 67108864 op, 358218042.00 ns, 5.3379 ns/op WorkloadResult 16: 67108864 op, 402103167.00 ns, 5.9918 ns/op WorkloadResult 17: 67108864 op, 368877000.00 ns, 5.4967 ns/op WorkloadResult 18: 67108864 op, 343117875.00 ns, 5.1129 ns/op WorkloadResult 19: 67108864 op, 389920084.00 ns, 5.8103 ns/op WorkloadResult 20: 67108864 op, 384310000.00 ns, 5.7267 ns/op WorkloadResult 21: 67108864 op, 371954292.00 ns, 5.5426 ns/op WorkloadResult 22: 67108864 op, 373574625.00 ns, 5.5667 ns/op WorkloadResult 23: 67108864 op, 373925334.00 ns, 5.5719 ns/op WorkloadResult 24: 67108864 op, 359510375.00 ns, 5.3571 ns/op WorkloadResult 25: 67108864 op, 355548625.00 ns, 5.2981 ns/op WorkloadResult 26: 67108864 op, 332974625.00 ns, 4.9617 ns/op WorkloadResult 27: 67108864 op, 351109959.00 ns, 5.2319 ns/op WorkloadResult 28: 67108864 op, 369311792.00 ns, 5.5032 ns/op WorkloadResult 29: 67108864 op, 381240125.00 ns, 5.6809 ns/op WorkloadResult 30: 67108864 op, 372477667.00 ns, 5.5503 ns/op WorkloadResult 31: 67108864 op, 395588667.00 ns, 5.8947 ns/op WorkloadResult 32: 67108864 op, 376435583.00 ns, 5.6093 ns/op WorkloadResult 33: 67108864 op, 330192750.00 ns, 4.9203 ns/op WorkloadResult 34: 67108864 op, 370466750.00 ns, 5.5204 ns/op WorkloadResult 35: 67108864 op, 330001042.00 ns, 4.9174 ns/op WorkloadResult 36: 67108864 op, 349373125.00 ns, 5.2061 ns/op WorkloadResult 37: 67108864 op, 385231042.00 ns, 5.7404 ns/op WorkloadResult 38: 67108864 op, 310616458.00 ns, 4.6285 ns/op WorkloadResult 39: 67108864 op, 372302376.00 ns, 5.5477 ns/op WorkloadResult 40: 67108864 op, 346838459.00 ns, 5.1683 ns/op WorkloadResult 41: 67108864 op, 363566917.00 ns, 5.4176 ns/op WorkloadResult 42: 67108864 op, 385107167.00 ns, 5.7385 ns/op WorkloadResult 43: 67108864 op, 332634000.00 ns, 4.9566 ns/op WorkloadResult 44: 67108864 op, 397604750.00 ns, 5.9248 ns/op WorkloadResult 45: 67108864 op, 360391584.00 ns, 5.3703 ns/op WorkloadResult 46: 67108864 op, 292769709.00 ns, 4.3626 ns/op WorkloadResult 47: 67108864 op, 363966667.00 ns, 5.4235 ns/op WorkloadResult 48: 67108864 op, 337247917.00 ns, 5.0254 ns/op WorkloadResult 49: 67108864 op, 370481500.00 ns, 5.5206 ns/op WorkloadResult 50: 67108864 op, 375730083.00 ns, 5.5988 ns/op WorkloadResult 51: 67108864 op, 344141084.00 ns, 5.1281 ns/op WorkloadResult 52: 67108864 op, 351173709.00 ns, 5.2329 ns/op WorkloadResult 53: 67108864 op, 365769667.00 ns, 5.4504 ns/op WorkloadResult 54: 67108864 op, 342223083.00 ns, 5.0995 ns/op WorkloadResult 55: 67108864 op, 364739375.00 ns, 5.4350 ns/op WorkloadResult 56: 67108864 op, 370912917.00 ns, 5.5270 ns/op WorkloadResult 57: 67108864 op, 351952209.00 ns, 5.2445 ns/op WorkloadResult 58: 67108864 op, 396857458.00 ns, 5.9136 ns/op WorkloadResult 59: 67108864 op, 379298084.00 ns, 5.6520 ns/op WorkloadResult 60: 67108864 op, 393412334.00 ns, 5.8623 ns/op WorkloadResult 61: 67108864 op, 354118709.00 ns, 5.2768 ns/op WorkloadResult 62: 67108864 op, 373593417.00 ns, 5.5670 ns/op WorkloadResult 63: 67108864 op, 379764334.00 ns, 5.6589 ns/op WorkloadResult 64: 67108864 op, 435622959.00 ns, 6.4913 ns/op WorkloadResult 65: 67108864 op, 401111000.00 ns, 5.9770 ns/op WorkloadResult 66: 67108864 op, 445122375.00 ns, 6.6328 ns/op WorkloadResult 67: 67108864 op, 450761834.00 ns, 6.7169 ns/op WorkloadResult 68: 67108864 op, 457273667.00 ns, 6.8139 ns/op WorkloadResult 69: 67108864 op, 482363209.00 ns, 7.1878 ns/op WorkloadResult 70: 67108864 op, 473068876.00 ns, 7.0493 ns/op WorkloadResult 71: 67108864 op, 431514834.00 ns, 6.4301 ns/op WorkloadResult 72: 67108864 op, 440734959.00 ns, 6.5675 ns/op WorkloadResult 73: 67108864 op, 404362125.00 ns, 6.0255 ns/op WorkloadResult 74: 67108864 op, 394580167.00 ns, 5.8797 ns/op WorkloadResult 75: 67108864 op, 430168459.00 ns, 6.4100 ns/op WorkloadResult 76: 67108864 op, 366737625.00 ns, 5.4648 ns/op WorkloadResult 77: 67108864 op, 422975125.00 ns, 6.3028 ns/op WorkloadResult 78: 67108864 op, 421694500.00 ns, 6.2837 ns/op WorkloadResult 79: 67108864 op, 373964751.00 ns, 5.5725 ns/op WorkloadResult 80: 67108864 op, 364123126.00 ns, 5.4259 ns/op WorkloadResult 81: 67108864 op, 373432001.00 ns, 5.5646 ns/op WorkloadResult 82: 67108864 op, 463011084.00 ns, 6.8994 ns/op WorkloadResult 83: 67108864 op, 474751792.00 ns, 7.0744 ns/op WorkloadResult 84: 67108864 op, 469552917.00 ns, 6.9969 ns/op WorkloadResult 85: 67108864 op, 484355167.00 ns, 7.2175 ns/op WorkloadResult 86: 67108864 op, 465354542.00 ns, 6.9343 ns/op WorkloadResult 87: 67108864 op, 418674792.00 ns, 6.2387 ns/op WorkloadResult 88: 67108864 op, 442385542.00 ns, 6.5921 ns/op WorkloadResult 89: 67108864 op, 470419417.00 ns, 7.0098 ns/op WorkloadResult 90: 67108864 op, 465796250.00 ns, 6.9409 ns/op WorkloadResult 91: 67108864 op, 457467208.00 ns, 6.8168 ns/op WorkloadResult 92: 67108864 op, 429276417.00 ns, 6.3967 ns/op WorkloadResult 93: 67108864 op, 366005876.00 ns, 5.4539 ns/op WorkloadResult 94: 67108864 op, 378215667.00 ns, 5.6359 ns/op WorkloadResult 95: 67108864 op, 466080333.00 ns, 6.9451 ns/op WorkloadResult 96: 67108864 op, 465895667.00 ns, 6.9424 ns/op WorkloadResult 97: 67108864 op, 494003917.00 ns, 7.3612 ns/op WorkloadResult 98: 67108864 op, 484782875.00 ns, 7.2238 ns/op WorkloadResult 99: 67108864 op, 481662459.00 ns, 7.1773 ns/op WorkloadResult 100: 67108864 op, 485592126.00 ns, 7.2359 ns/op // GC: 0 0 0 0 67108864 // Threading: 0 0 67108864 // AfterAll // Benchmark Process 49896 has exited with code 0. Mean = 5.832 ns, StdErr = 0.071 ns (1.21%), N = 100, StdDev = 0.705 ns Min = 4.363 ns, Q1 = 5.352 ns, Median = 5.586 ns, Q3 = 6.326 ns, Max = 7.361 ns IQR = 0.974 ns, LowerFence = 3.891 ns, UpperFence = 7.787 ns ConfidenceInterval = [5.592 ns; 6.071 ns] (CI 99.9%), Margin = 0.239 ns (4.10% of Mean) Skewness = 0.58, Kurtosis = 2.32, MValue = 3.11 // ** Remained 0 (0,0 %) benchmark(s) to run. Estimated finish 2026-01-07 13:57 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataIterationBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataIterationBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataIterationBenchmarks-report.html // * Detailed results * MetadataIterationBenchmarks.DictionaryIterate_Small: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.399 ns, StdErr = 0.003 ns (0.25%), N = 14, StdDev = 0.013 ns Min = 1.383 ns, Q1 = 1.390 ns, Median = 1.397 ns, Q3 = 1.407 ns, Max = 1.422 ns IQR = 0.018 ns, LowerFence = 1.363 ns, UpperFence = 1.434 ns ConfidenceInterval = [1.385 ns; 1.414 ns] (CI 99.9%), Margin = 0.015 ns (1.04% of Mean) Skewness = 0.48, Kurtosis = 1.78, MValue = 2 -------------------- Histogram -------------------- [1.377 ns ; 1.429 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- MetadataIterationBenchmarks.MetadataObjectIterate_Small: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 0.928 ns, StdErr = 0.005 ns (0.50%), N = 15, StdDev = 0.018 ns Min = 0.897 ns, Q1 = 0.916 ns, Median = 0.924 ns, Q3 = 0.938 ns, Max = 0.966 ns IQR = 0.021 ns, LowerFence = 0.884 ns, UpperFence = 0.970 ns ConfidenceInterval = [0.909 ns; 0.947 ns] (CI 99.9%), Margin = 0.019 ns (2.08% of Mean) Skewness = 0.44, Kurtosis = 2.45, MValue = 2 -------------------- Histogram -------------------- [0.888 ns ; 0.909 ns) | @ [0.909 ns ; 0.928 ns) | @@@@@@@@ [0.928 ns ; 0.970 ns) | @@@@@@ --------------------------------------------------- MetadataIterationBenchmarks.DictionaryIterate_Large: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 5.303 ns, StdErr = 0.006 ns (0.12%), N = 15, StdDev = 0.025 ns Min = 5.269 ns, Q1 = 5.281 ns, Median = 5.305 ns, Q3 = 5.313 ns, Max = 5.352 ns IQR = 0.032 ns, LowerFence = 5.233 ns, UpperFence = 5.361 ns ConfidenceInterval = [5.277 ns; 5.330 ns] (CI 99.9%), Margin = 0.027 ns (0.50% of Mean) Skewness = 0.53, Kurtosis = 2.37, MValue = 2 -------------------- Histogram -------------------- [5.256 ns ; 5.358 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataIterationBenchmarks.MetadataObjectIterate_Large: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 5.832 ns, StdErr = 0.071 ns (1.21%), N = 100, StdDev = 0.705 ns Min = 4.363 ns, Q1 = 5.352 ns, Median = 5.586 ns, Q3 = 6.326 ns, Max = 7.361 ns IQR = 0.974 ns, LowerFence = 3.891 ns, UpperFence = 7.787 ns ConfidenceInterval = [5.592 ns; 6.071 ns] (CI 99.9%), Margin = 0.239 ns (4.10% of Mean) Skewness = 0.58, Kurtosis = 2.32, MValue = 3.11 -------------------- Histogram -------------------- [4.296 ns ; 4.695 ns) | @@ [4.695 ns ; 4.840 ns) | [4.840 ns ; 5.175 ns) | @@@@@@@@@@@@ [5.175 ns ; 5.574 ns) | @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ [5.574 ns ; 5.995 ns) | @@@@@@@@@@@@@@@@@@@ [5.995 ns ; 6.236 ns) | @@@ [6.236 ns ; 6.635 ns) | @@@@@@@@@@ [6.635 ns ; 6.868 ns) | @@@ [6.868 ns ; 7.267 ns) | @@@@@@@@@@@@@@ [7.267 ns ; 7.561 ns) | @ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Median | Ratio | RatioSD | Allocated | Alloc Ratio | |---------------------------- |----------:|----------:|----------:|----------:|------:|--------:|----------:|------------:| | DictionaryIterate_Small | 1.3995 ns | 0.0145 ns | 0.0129 ns | 1.3971 ns | 1.00 | 0.01 | - | NA | | MetadataObjectIterate_Small | 0.9278 ns | 0.0193 ns | 0.0181 ns | 0.9243 ns | 0.66 | 0.01 | - | NA | | DictionaryIterate_Large | 5.3035 ns | 0.0267 ns | 0.0249 ns | 5.3048 ns | 3.79 | 0.04 | - | NA | | MetadataObjectIterate_Large | 5.8316 ns | 0.2393 ns | 0.7055 ns | 5.5857 ns | 4.17 | 0.50 | - | NA | // * Warnings * MultimodalDistribution MetadataIterationBenchmarks.MetadataObjectIterate_Large: Default -> It seems that the distribution can have several modes (mValue = 3.11) // * Hints * Outliers MetadataIterationBenchmarks.DictionaryIterate_Small: Default -> 1 outlier was removed (2.99 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Median : Value separating the higher half of all measurements (50th percentile) Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:02:21 (141.2 sec), executed benchmarks: 4 Global total time: 00:02:25 (145.75 sec), executed benchmarks: 4 // * Artifacts cleanup * Artifacts cleanup is finished Benchmarks.MetadataLookupBenchmarks-20260107-135756.log000066400000000000000000001046631516707642500401400ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 4 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 0.61 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 3.8 sec and exited with 0 // ***** Done, took 00:00:04 (4.45 sec) ***** // Found 4 benchmarks: // MetadataLookupBenchmarks.DictionaryLookup_Small: DefaultJob // MetadataLookupBenchmarks.MetadataObjectLookup_Small: DefaultJob // MetadataLookupBenchmarks.DictionaryLookup_Large: DefaultJob // MetadataLookupBenchmarks.MetadataObjectLookup_Large: DefaultJob // ************************** // Benchmark: MetadataLookupBenchmarks.DictionaryLookup_Small: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataLookupBenchmarks.DictionaryLookup_Small --job Default --benchmarkId 0 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 87417.00 ns, 87.4170 us/op WorkloadJitting 1: 1 op, 395875.00 ns, 395.8750 us/op OverheadJitting 2: 16 op, 348250.00 ns, 21.7656 us/op WorkloadJitting 2: 16 op, 322625.00 ns, 20.1641 us/op WorkloadPilot 1: 16 op, 958.00 ns, 59.8750 ns/op WorkloadPilot 2: 32 op, 1042.00 ns, 32.5625 ns/op WorkloadPilot 3: 64 op, 1084.00 ns, 16.9375 ns/op WorkloadPilot 4: 128 op, 2125.00 ns, 16.6016 ns/op WorkloadPilot 5: 256 op, 3375.00 ns, 13.1836 ns/op WorkloadPilot 6: 512 op, 6542.00 ns, 12.7773 ns/op WorkloadPilot 7: 1024 op, 10917.00 ns, 10.6611 ns/op WorkloadPilot 8: 2048 op, 21125.00 ns, 10.3149 ns/op WorkloadPilot 9: 4096 op, 40584.00 ns, 9.9082 ns/op WorkloadPilot 10: 8192 op, 86584.00 ns, 10.5693 ns/op WorkloadPilot 11: 16384 op, 163875.00 ns, 10.0021 ns/op WorkloadPilot 12: 32768 op, 337542.00 ns, 10.3010 ns/op WorkloadPilot 13: 65536 op, 667084.00 ns, 10.1789 ns/op WorkloadPilot 14: 131072 op, 1291084.00 ns, 9.8502 ns/op WorkloadPilot 15: 262144 op, 2550709.00 ns, 9.7302 ns/op WorkloadPilot 16: 524288 op, 5410000.00 ns, 10.3188 ns/op WorkloadPilot 17: 1048576 op, 10406000.00 ns, 9.9239 ns/op WorkloadPilot 18: 2097152 op, 21992250.00 ns, 10.4867 ns/op WorkloadPilot 19: 4194304 op, 44088083.00 ns, 10.5114 ns/op WorkloadPilot 20: 8388608 op, 60198709.00 ns, 7.1762 ns/op WorkloadPilot 21: 16777216 op, 72568750.00 ns, 4.3254 ns/op WorkloadPilot 22: 33554432 op, 144798041.00 ns, 4.3153 ns/op WorkloadPilot 23: 67108864 op, 291202542.00 ns, 4.3393 ns/op WorkloadPilot 24: 134217728 op, 581856666.00 ns, 4.3352 ns/op OverheadWarmup 1: 134217728 op, 256474041.00 ns, 1.9109 ns/op OverheadWarmup 2: 134217728 op, 226618792.00 ns, 1.6884 ns/op OverheadWarmup 3: 134217728 op, 230194375.00 ns, 1.7151 ns/op OverheadWarmup 4: 134217728 op, 226129417.00 ns, 1.6848 ns/op OverheadWarmup 5: 134217728 op, 230811666.00 ns, 1.7197 ns/op OverheadWarmup 6: 134217728 op, 224340000.00 ns, 1.6715 ns/op OverheadActual 1: 134217728 op, 226593542.00 ns, 1.6883 ns/op OverheadActual 2: 134217728 op, 225854167.00 ns, 1.6827 ns/op OverheadActual 3: 134217728 op, 224437625.00 ns, 1.6722 ns/op OverheadActual 4: 134217728 op, 226269000.00 ns, 1.6858 ns/op OverheadActual 5: 134217728 op, 245266584.00 ns, 1.8274 ns/op OverheadActual 6: 134217728 op, 227730125.00 ns, 1.6967 ns/op OverheadActual 7: 134217728 op, 229379750.00 ns, 1.7090 ns/op OverheadActual 8: 134217728 op, 226244000.00 ns, 1.6856 ns/op OverheadActual 9: 134217728 op, 228849958.00 ns, 1.7051 ns/op OverheadActual 10: 134217728 op, 229665625.00 ns, 1.7111 ns/op OverheadActual 11: 134217728 op, 227204833.00 ns, 1.6928 ns/op OverheadActual 12: 134217728 op, 227433250.00 ns, 1.6945 ns/op OverheadActual 13: 134217728 op, 228670500.00 ns, 1.7037 ns/op OverheadActual 14: 134217728 op, 223387208.00 ns, 1.6644 ns/op OverheadActual 15: 134217728 op, 223974625.00 ns, 1.6687 ns/op WorkloadWarmup 1: 134217728 op, 583663459.00 ns, 4.3486 ns/op WorkloadWarmup 2: 134217728 op, 580478416.00 ns, 4.3249 ns/op WorkloadWarmup 3: 134217728 op, 581364667.00 ns, 4.3315 ns/op WorkloadWarmup 4: 134217728 op, 586060000.00 ns, 4.3665 ns/op WorkloadWarmup 5: 134217728 op, 587393750.00 ns, 4.3764 ns/op WorkloadWarmup 6: 134217728 op, 595595292.00 ns, 4.4375 ns/op WorkloadWarmup 7: 134217728 op, 586826125.00 ns, 4.3722 ns/op WorkloadWarmup 8: 134217728 op, 590509584.00 ns, 4.3996 ns/op WorkloadWarmup 9: 134217728 op, 585698833.00 ns, 4.3638 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 585563167.00 ns, 4.3628 ns/op WorkloadActual 2: 134217728 op, 588620416.00 ns, 4.3856 ns/op WorkloadActual 3: 134217728 op, 584513875.00 ns, 4.3550 ns/op WorkloadActual 4: 134217728 op, 586495000.00 ns, 4.3697 ns/op WorkloadActual 5: 134217728 op, 587131916.00 ns, 4.3745 ns/op WorkloadActual 6: 134217728 op, 590064250.00 ns, 4.3963 ns/op WorkloadActual 7: 134217728 op, 586854166.00 ns, 4.3724 ns/op WorkloadActual 8: 134217728 op, 582624042.00 ns, 4.3409 ns/op WorkloadActual 9: 134217728 op, 579801167.00 ns, 4.3199 ns/op WorkloadActual 10: 134217728 op, 584735000.00 ns, 4.3566 ns/op WorkloadActual 11: 134217728 op, 582199166.00 ns, 4.3377 ns/op WorkloadActual 12: 134217728 op, 582780167.00 ns, 4.3421 ns/op WorkloadActual 13: 134217728 op, 587019666.00 ns, 4.3736 ns/op WorkloadActual 14: 134217728 op, 593704167.00 ns, 4.4234 ns/op WorkloadActual 15: 134217728 op, 588770833.00 ns, 4.3867 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 358358334.00 ns, 2.6700 ns/op WorkloadResult 2: 134217728 op, 361415583.00 ns, 2.6928 ns/op WorkloadResult 3: 134217728 op, 357309042.00 ns, 2.6622 ns/op WorkloadResult 4: 134217728 op, 359290167.00 ns, 2.6769 ns/op WorkloadResult 5: 134217728 op, 359927083.00 ns, 2.6817 ns/op WorkloadResult 6: 134217728 op, 362859417.00 ns, 2.7035 ns/op WorkloadResult 7: 134217728 op, 359649333.00 ns, 2.6796 ns/op WorkloadResult 8: 134217728 op, 355419209.00 ns, 2.6481 ns/op WorkloadResult 9: 134217728 op, 352596334.00 ns, 2.6270 ns/op WorkloadResult 10: 134217728 op, 357530167.00 ns, 2.6638 ns/op WorkloadResult 11: 134217728 op, 354994333.00 ns, 2.6449 ns/op WorkloadResult 12: 134217728 op, 355575334.00 ns, 2.6492 ns/op WorkloadResult 13: 134217728 op, 359814833.00 ns, 2.6808 ns/op WorkloadResult 14: 134217728 op, 366499334.00 ns, 2.7306 ns/op WorkloadResult 15: 134217728 op, 361566000.00 ns, 2.6939 ns/op // GC: 0 0 0 0 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 50131 has exited with code 0. Mean = 2.674 ns, StdErr = 0.007 ns (0.25%), N = 15, StdDev = 0.026 ns Min = 2.627 ns, Q1 = 2.656 ns, Median = 2.677 ns, Q3 = 2.687 ns, Max = 2.731 ns IQR = 0.032 ns, LowerFence = 2.608 ns, UpperFence = 2.734 ns ConfidenceInterval = [2.646 ns; 2.702 ns] (CI 99.9%), Margin = 0.028 ns (1.05% of Mean) Skewness = 0.26, Kurtosis = 2.55, MValue = 2 // ** Remained 3 (75,0 %) benchmark(s) to run. Estimated finish 2026-01-07 13:59 (0h 1m from now) ** // ************************** // Benchmark: MetadataLookupBenchmarks.MetadataObjectLookup_Small: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataLookupBenchmarks.MetadataObjectLookup_Small --job Default --benchmarkId 1 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 95083.00 ns, 95.0830 us/op WorkloadJitting 1: 1 op, 338042.00 ns, 338.0420 us/op OverheadJitting 2: 16 op, 223917.00 ns, 13.9948 us/op WorkloadJitting 2: 16 op, 259208.00 ns, 16.2005 us/op WorkloadPilot 1: 16 op, 1084.00 ns, 67.7500 ns/op WorkloadPilot 2: 32 op, 1417.00 ns, 44.2813 ns/op WorkloadPilot 3: 64 op, 2375.00 ns, 37.1094 ns/op WorkloadPilot 4: 128 op, 4000.00 ns, 31.2500 ns/op WorkloadPilot 5: 256 op, 5792.00 ns, 22.6250 ns/op WorkloadPilot 6: 512 op, 11166.00 ns, 21.8086 ns/op WorkloadPilot 7: 1024 op, 27708.00 ns, 27.0586 ns/op WorkloadPilot 8: 2048 op, 50417.00 ns, 24.6177 ns/op WorkloadPilot 9: 4096 op, 129000.00 ns, 31.4941 ns/op WorkloadPilot 10: 8192 op, 290333.00 ns, 35.4410 ns/op WorkloadPilot 11: 16384 op, 419542.00 ns, 25.6068 ns/op WorkloadPilot 12: 32768 op, 769334.00 ns, 23.4782 ns/op WorkloadPilot 13: 65536 op, 1601875.00 ns, 24.4427 ns/op WorkloadPilot 14: 131072 op, 3013958.00 ns, 22.9947 ns/op WorkloadPilot 15: 262144 op, 6014333.00 ns, 22.9429 ns/op WorkloadPilot 16: 524288 op, 11866166.00 ns, 22.6329 ns/op WorkloadPilot 17: 1048576 op, 23635500.00 ns, 22.5406 ns/op WorkloadPilot 18: 2097152 op, 47020834.00 ns, 22.4213 ns/op WorkloadPilot 19: 4194304 op, 53113250.00 ns, 12.6632 ns/op WorkloadPilot 20: 8388608 op, 29352667.00 ns, 3.4991 ns/op WorkloadPilot 21: 16777216 op, 59727458.00 ns, 3.5600 ns/op WorkloadPilot 22: 33554432 op, 119708750.00 ns, 3.5676 ns/op WorkloadPilot 23: 67108864 op, 247197167.00 ns, 3.6835 ns/op WorkloadPilot 24: 134217728 op, 490225583.00 ns, 3.6525 ns/op WorkloadPilot 25: 268435456 op, 956921250.00 ns, 3.5648 ns/op OverheadWarmup 1: 268435456 op, 451183125.00 ns, 1.6808 ns/op OverheadWarmup 2: 268435456 op, 394278792.00 ns, 1.4688 ns/op OverheadWarmup 3: 268435456 op, 393136542.00 ns, 1.4645 ns/op OverheadWarmup 4: 268435456 op, 391472792.00 ns, 1.4583 ns/op OverheadWarmup 5: 268435456 op, 391684375.00 ns, 1.4591 ns/op OverheadWarmup 6: 268435456 op, 392667833.00 ns, 1.4628 ns/op OverheadWarmup 7: 268435456 op, 391612667.00 ns, 1.4589 ns/op OverheadWarmup 8: 268435456 op, 394011125.00 ns, 1.4678 ns/op OverheadWarmup 9: 268435456 op, 391523667.00 ns, 1.4585 ns/op OverheadActual 1: 268435456 op, 393580958.00 ns, 1.4662 ns/op OverheadActual 2: 268435456 op, 392398584.00 ns, 1.4618 ns/op OverheadActual 3: 268435456 op, 396516375.00 ns, 1.4771 ns/op OverheadActual 4: 268435456 op, 395177750.00 ns, 1.4722 ns/op OverheadActual 5: 268435456 op, 398547666.00 ns, 1.4847 ns/op OverheadActual 6: 268435456 op, 395420625.00 ns, 1.4731 ns/op OverheadActual 7: 268435456 op, 393459541.00 ns, 1.4658 ns/op OverheadActual 8: 268435456 op, 392266625.00 ns, 1.4613 ns/op OverheadActual 9: 268435456 op, 392078417.00 ns, 1.4606 ns/op OverheadActual 10: 268435456 op, 391294875.00 ns, 1.4577 ns/op OverheadActual 11: 268435456 op, 392574583.00 ns, 1.4625 ns/op OverheadActual 12: 268435456 op, 397494334.00 ns, 1.4808 ns/op OverheadActual 13: 268435456 op, 404067708.00 ns, 1.5053 ns/op OverheadActual 14: 268435456 op, 398911458.00 ns, 1.4861 ns/op OverheadActual 15: 268435456 op, 402397875.00 ns, 1.4990 ns/op WorkloadWarmup 1: 268435456 op, 973524541.00 ns, 3.6267 ns/op WorkloadWarmup 2: 268435456 op, 952554500.00 ns, 3.5485 ns/op WorkloadWarmup 3: 268435456 op, 954020542.00 ns, 3.5540 ns/op WorkloadWarmup 4: 268435456 op, 964906792.00 ns, 3.5946 ns/op WorkloadWarmup 5: 268435456 op, 958497459.00 ns, 3.5707 ns/op WorkloadWarmup 6: 268435456 op, 948142958.00 ns, 3.5321 ns/op WorkloadWarmup 7: 268435456 op, 960204042.00 ns, 3.5770 ns/op WorkloadWarmup 8: 268435456 op, 966373375.00 ns, 3.6000 ns/op WorkloadWarmup 9: 268435456 op, 967381625.00 ns, 3.6038 ns/op WorkloadWarmup 10: 268435456 op, 952850834.00 ns, 3.5496 ns/op // BeforeActualRun WorkloadActual 1: 268435456 op, 952593959.00 ns, 3.5487 ns/op WorkloadActual 2: 268435456 op, 953268458.00 ns, 3.5512 ns/op WorkloadActual 3: 268435456 op, 966807542.00 ns, 3.6016 ns/op WorkloadActual 4: 268435456 op, 970694750.00 ns, 3.6161 ns/op WorkloadActual 5: 268435456 op, 955202541.00 ns, 3.5584 ns/op WorkloadActual 6: 268435456 op, 947657167.00 ns, 3.5303 ns/op WorkloadActual 7: 268435456 op, 949973500.00 ns, 3.5389 ns/op WorkloadActual 8: 268435456 op, 937275042.00 ns, 3.4916 ns/op WorkloadActual 9: 268435456 op, 924486000.00 ns, 3.4440 ns/op WorkloadActual 10: 268435456 op, 932269000.00 ns, 3.4730 ns/op WorkloadActual 11: 268435456 op, 954157916.00 ns, 3.5545 ns/op WorkloadActual 12: 268435456 op, 936469875.00 ns, 3.4886 ns/op WorkloadActual 13: 268435456 op, 948889916.00 ns, 3.5349 ns/op WorkloadActual 14: 268435456 op, 945362833.00 ns, 3.5218 ns/op WorkloadActual 15: 268435456 op, 932025000.00 ns, 3.4721 ns/op // AfterActualRun WorkloadResult 1: 268435456 op, 557416209.00 ns, 2.0765 ns/op WorkloadResult 2: 268435456 op, 558090708.00 ns, 2.0790 ns/op WorkloadResult 3: 268435456 op, 571629792.00 ns, 2.1295 ns/op WorkloadResult 4: 268435456 op, 575517000.00 ns, 2.1440 ns/op WorkloadResult 5: 268435456 op, 560024791.00 ns, 2.0863 ns/op WorkloadResult 6: 268435456 op, 552479417.00 ns, 2.0581 ns/op WorkloadResult 7: 268435456 op, 554795750.00 ns, 2.0668 ns/op WorkloadResult 8: 268435456 op, 542097292.00 ns, 2.0195 ns/op WorkloadResult 9: 268435456 op, 529308250.00 ns, 1.9718 ns/op WorkloadResult 10: 268435456 op, 537091250.00 ns, 2.0008 ns/op WorkloadResult 11: 268435456 op, 558980166.00 ns, 2.0824 ns/op WorkloadResult 12: 268435456 op, 541292125.00 ns, 2.0165 ns/op WorkloadResult 13: 268435456 op, 553712166.00 ns, 2.0627 ns/op WorkloadResult 14: 268435456 op, 550185083.00 ns, 2.0496 ns/op WorkloadResult 15: 268435456 op, 536847250.00 ns, 1.9999 ns/op // GC: 0 0 0 0 268435456 // Threading: 0 0 268435456 // AfterAll // Benchmark Process 50176 has exited with code 0. Mean = 2.056 ns, StdErr = 0.012 ns (0.60%), N = 15, StdDev = 0.048 ns Min = 1.972 ns, Q1 = 2.018 ns, Median = 2.063 ns, Q3 = 2.081 ns, Max = 2.144 ns IQR = 0.063 ns, LowerFence = 1.924 ns, UpperFence = 2.175 ns ConfidenceInterval = [2.005 ns; 2.107 ns] (CI 99.9%), Margin = 0.051 ns (2.49% of Mean) Skewness = 0.04, Kurtosis = 2.09, MValue = 2 // ** Remained 2 (50,0 %) benchmark(s) to run. Estimated finish 2026-01-07 13:59 (0h 0m from now) ** // ************************** // Benchmark: MetadataLookupBenchmarks.DictionaryLookup_Large: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataLookupBenchmarks.DictionaryLookup_Large --job Default --benchmarkId 2 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 96708.00 ns, 96.7080 us/op WorkloadJitting 1: 1 op, 157791.00 ns, 157.7910 us/op OverheadJitting 2: 16 op, 268541.00 ns, 16.7838 us/op WorkloadJitting 2: 16 op, 221916.00 ns, 13.8698 us/op WorkloadPilot 1: 16 op, 1250.00 ns, 78.1250 ns/op WorkloadPilot 2: 32 op, 833.00 ns, 26.0313 ns/op WorkloadPilot 3: 64 op, 833.00 ns, 13.0156 ns/op WorkloadPilot 4: 128 op, 1750.00 ns, 13.6719 ns/op WorkloadPilot 5: 256 op, 4083.00 ns, 15.9492 ns/op WorkloadPilot 6: 512 op, 6583.00 ns, 12.8574 ns/op WorkloadPilot 7: 1024 op, 12375.00 ns, 12.0850 ns/op WorkloadPilot 8: 2048 op, 24791.00 ns, 12.1050 ns/op WorkloadPilot 9: 4096 op, 45542.00 ns, 11.1187 ns/op WorkloadPilot 10: 8192 op, 83959.00 ns, 10.2489 ns/op WorkloadPilot 11: 16384 op, 159666.00 ns, 9.7452 ns/op WorkloadPilot 12: 32768 op, 324667.00 ns, 9.9081 ns/op WorkloadPilot 13: 65536 op, 677375.00 ns, 10.3359 ns/op WorkloadPilot 14: 131072 op, 1291375.00 ns, 9.8524 ns/op WorkloadPilot 15: 262144 op, 2474500.00 ns, 9.4395 ns/op WorkloadPilot 16: 524288 op, 5174083.00 ns, 9.8688 ns/op WorkloadPilot 17: 1048576 op, 10239666.00 ns, 9.7653 ns/op WorkloadPilot 18: 2097152 op, 20237375.00 ns, 9.6499 ns/op WorkloadPilot 19: 4194304 op, 40648000.00 ns, 9.6912 ns/op WorkloadPilot 20: 8388608 op, 68443042.00 ns, 8.1590 ns/op WorkloadPilot 21: 16777216 op, 75811625.00 ns, 4.5187 ns/op WorkloadPilot 22: 33554432 op, 150156292.00 ns, 4.4750 ns/op WorkloadPilot 23: 67108864 op, 303740958.00 ns, 4.5261 ns/op WorkloadPilot 24: 134217728 op, 600670875.00 ns, 4.4753 ns/op OverheadWarmup 1: 134217728 op, 256421667.00 ns, 1.9105 ns/op OverheadWarmup 2: 134217728 op, 224607500.00 ns, 1.6735 ns/op OverheadWarmup 3: 134217728 op, 223417833.00 ns, 1.6646 ns/op OverheadWarmup 4: 134217728 op, 223715666.00 ns, 1.6668 ns/op OverheadWarmup 5: 134217728 op, 224514166.00 ns, 1.6728 ns/op OverheadWarmup 6: 134217728 op, 223320042.00 ns, 1.6639 ns/op OverheadWarmup 7: 134217728 op, 226266584.00 ns, 1.6858 ns/op OverheadWarmup 8: 134217728 op, 223765625.00 ns, 1.6672 ns/op OverheadActual 1: 134217728 op, 222875875.00 ns, 1.6606 ns/op OverheadActual 2: 134217728 op, 223189792.00 ns, 1.6629 ns/op OverheadActual 3: 134217728 op, 224478459.00 ns, 1.6725 ns/op OverheadActual 4: 134217728 op, 222893958.00 ns, 1.6607 ns/op OverheadActual 5: 134217728 op, 223059042.00 ns, 1.6619 ns/op OverheadActual 6: 134217728 op, 223629000.00 ns, 1.6662 ns/op OverheadActual 7: 134217728 op, 227202791.00 ns, 1.6928 ns/op OverheadActual 8: 134217728 op, 223150750.00 ns, 1.6626 ns/op OverheadActual 9: 134217728 op, 223101041.00 ns, 1.6622 ns/op OverheadActual 10: 134217728 op, 224077667.00 ns, 1.6695 ns/op OverheadActual 11: 134217728 op, 223110667.00 ns, 1.6623 ns/op OverheadActual 12: 134217728 op, 223317959.00 ns, 1.6638 ns/op OverheadActual 13: 134217728 op, 225115125.00 ns, 1.6772 ns/op OverheadActual 14: 134217728 op, 223544500.00 ns, 1.6655 ns/op OverheadActual 15: 134217728 op, 227691375.00 ns, 1.6964 ns/op WorkloadWarmup 1: 134217728 op, 600217084.00 ns, 4.4720 ns/op WorkloadWarmup 2: 134217728 op, 599823875.00 ns, 4.4690 ns/op WorkloadWarmup 3: 134217728 op, 601979167.00 ns, 4.4851 ns/op WorkloadWarmup 4: 134217728 op, 605251417.00 ns, 4.5095 ns/op WorkloadWarmup 5: 134217728 op, 616858500.00 ns, 4.5960 ns/op WorkloadWarmup 6: 134217728 op, 608961458.00 ns, 4.5371 ns/op WorkloadWarmup 7: 134217728 op, 617042291.00 ns, 4.5973 ns/op WorkloadWarmup 8: 134217728 op, 613105083.00 ns, 4.5680 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 605231042.00 ns, 4.5093 ns/op WorkloadActual 2: 134217728 op, 601859875.00 ns, 4.4842 ns/op WorkloadActual 3: 134217728 op, 603889417.00 ns, 4.4993 ns/op WorkloadActual 4: 134217728 op, 606207292.00 ns, 4.5166 ns/op WorkloadActual 5: 134217728 op, 610502708.00 ns, 4.5486 ns/op WorkloadActual 6: 134217728 op, 605140250.00 ns, 4.5086 ns/op WorkloadActual 7: 134217728 op, 603427667.00 ns, 4.4959 ns/op WorkloadActual 8: 134217728 op, 605801917.00 ns, 4.5136 ns/op WorkloadActual 9: 134217728 op, 604360416.00 ns, 4.5028 ns/op WorkloadActual 10: 134217728 op, 602623167.00 ns, 4.4899 ns/op WorkloadActual 11: 134217728 op, 604488917.00 ns, 4.5038 ns/op WorkloadActual 12: 134217728 op, 613292917.00 ns, 4.5694 ns/op WorkloadActual 13: 134217728 op, 606426708.00 ns, 4.5182 ns/op WorkloadActual 14: 134217728 op, 612669334.00 ns, 4.5647 ns/op WorkloadActual 15: 134217728 op, 606030917.00 ns, 4.5153 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 381913083.00 ns, 2.8455 ns/op WorkloadResult 2: 134217728 op, 378541916.00 ns, 2.8204 ns/op WorkloadResult 3: 134217728 op, 380571458.00 ns, 2.8355 ns/op WorkloadResult 4: 134217728 op, 382889333.00 ns, 2.8527 ns/op WorkloadResult 5: 134217728 op, 381822291.00 ns, 2.8448 ns/op WorkloadResult 6: 134217728 op, 380109708.00 ns, 2.8320 ns/op WorkloadResult 7: 134217728 op, 382483958.00 ns, 2.8497 ns/op WorkloadResult 8: 134217728 op, 381042457.00 ns, 2.8390 ns/op WorkloadResult 9: 134217728 op, 379305208.00 ns, 2.8260 ns/op WorkloadResult 10: 134217728 op, 381170958.00 ns, 2.8399 ns/op WorkloadResult 11: 134217728 op, 383108749.00 ns, 2.8544 ns/op WorkloadResult 12: 134217728 op, 382712958.00 ns, 2.8514 ns/op // GC: 0 0 0 0 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 50230 has exited with code 0. Mean = 2.841 ns, StdErr = 0.003 ns (0.11%), N = 12, StdDev = 0.011 ns Min = 2.820 ns, Q1 = 2.835 ns, Median = 2.842 ns, Q3 = 2.850 ns, Max = 2.854 ns IQR = 0.016 ns, LowerFence = 2.811 ns, UpperFence = 2.873 ns ConfidenceInterval = [2.827 ns; 2.855 ns] (CI 99.9%), Margin = 0.014 ns (0.49% of Mean) Skewness = -0.45, Kurtosis = 1.83, MValue = 2 // ** Remained 1 (25,0 %) benchmark(s) to run. Estimated finish 2026-01-07 13:59 (0h 0m from now) ** // ************************** // Benchmark: MetadataLookupBenchmarks.MetadataObjectLookup_Large: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 120 121 --benchmarkName Benchmarks.MetadataLookupBenchmarks.MetadataObjectLookup_Large --job Default --benchmarkId 3 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 91916.00 ns, 91.9160 us/op WorkloadJitting 1: 1 op, 700292.00 ns, 700.2920 us/op OverheadJitting 2: 16 op, 257250.00 ns, 16.0781 us/op WorkloadJitting 2: 16 op, 291917.00 ns, 18.2448 us/op WorkloadPilot 1: 16 op, 2000.00 ns, 125.0000 ns/op WorkloadPilot 2: 32 op, 2459.00 ns, 76.8438 ns/op WorkloadPilot 3: 64 op, 1584.00 ns, 24.7500 ns/op WorkloadPilot 4: 128 op, 4750.00 ns, 37.1094 ns/op WorkloadPilot 5: 256 op, 6042.00 ns, 23.6016 ns/op WorkloadPilot 6: 512 op, 11166.00 ns, 21.8086 ns/op WorkloadPilot 7: 1024 op, 24334.00 ns, 23.7637 ns/op WorkloadPilot 8: 2048 op, 42000.00 ns, 20.5078 ns/op WorkloadPilot 9: 4096 op, 82125.00 ns, 20.0500 ns/op WorkloadPilot 10: 8192 op, 192875.00 ns, 23.5443 ns/op WorkloadPilot 11: 16384 op, 418416.00 ns, 25.5381 ns/op WorkloadPilot 12: 32768 op, 756708.00 ns, 23.0929 ns/op WorkloadPilot 13: 65536 op, 1266916.00 ns, 19.3316 ns/op WorkloadPilot 14: 131072 op, 2685917.00 ns, 20.4919 ns/op WorkloadPilot 15: 262144 op, 5262708.00 ns, 20.0756 ns/op WorkloadPilot 16: 524288 op, 10335625.00 ns, 19.7136 ns/op WorkloadPilot 17: 1048576 op, 20354167.00 ns, 19.4112 ns/op WorkloadPilot 18: 2097152 op, 39997458.00 ns, 19.0723 ns/op WorkloadPilot 19: 4194304 op, 60873791.00 ns, 14.5134 ns/op WorkloadPilot 20: 8388608 op, 36312709.00 ns, 4.3288 ns/op WorkloadPilot 21: 16777216 op, 74171500.00 ns, 4.4210 ns/op WorkloadPilot 22: 33554432 op, 146103000.00 ns, 4.3542 ns/op WorkloadPilot 23: 67108864 op, 290794875.00 ns, 4.3332 ns/op WorkloadPilot 24: 134217728 op, 580359250.00 ns, 4.3240 ns/op OverheadWarmup 1: 134217728 op, 253315917.00 ns, 1.8874 ns/op OverheadWarmup 2: 134217728 op, 195874667.00 ns, 1.4594 ns/op OverheadWarmup 3: 134217728 op, 199359958.00 ns, 1.4853 ns/op OverheadWarmup 4: 134217728 op, 195560917.00 ns, 1.4570 ns/op OverheadWarmup 5: 134217728 op, 195946958.00 ns, 1.4599 ns/op OverheadWarmup 6: 134217728 op, 196281500.00 ns, 1.4624 ns/op OverheadWarmup 7: 134217728 op, 196260250.00 ns, 1.4623 ns/op OverheadActual 1: 134217728 op, 196074000.00 ns, 1.4609 ns/op OverheadActual 2: 134217728 op, 195893333.00 ns, 1.4595 ns/op OverheadActual 3: 134217728 op, 197877291.00 ns, 1.4743 ns/op OverheadActual 4: 134217728 op, 201976875.00 ns, 1.5048 ns/op OverheadActual 5: 134217728 op, 196360709.00 ns, 1.4630 ns/op OverheadActual 6: 134217728 op, 195853000.00 ns, 1.4592 ns/op OverheadActual 7: 134217728 op, 197334333.00 ns, 1.4703 ns/op OverheadActual 8: 134217728 op, 196697333.00 ns, 1.4655 ns/op OverheadActual 9: 134217728 op, 196207166.00 ns, 1.4619 ns/op OverheadActual 10: 134217728 op, 197939875.00 ns, 1.4748 ns/op OverheadActual 11: 134217728 op, 196325917.00 ns, 1.4627 ns/op OverheadActual 12: 134217728 op, 200104916.00 ns, 1.4909 ns/op OverheadActual 13: 134217728 op, 195390250.00 ns, 1.4558 ns/op OverheadActual 14: 134217728 op, 199080250.00 ns, 1.4833 ns/op OverheadActual 15: 134217728 op, 195797791.00 ns, 1.4588 ns/op WorkloadWarmup 1: 134217728 op, 582130542.00 ns, 4.3372 ns/op WorkloadWarmup 2: 134217728 op, 581220959.00 ns, 4.3304 ns/op WorkloadWarmup 3: 134217728 op, 580854042.00 ns, 4.3277 ns/op WorkloadWarmup 4: 134217728 op, 579939250.00 ns, 4.3209 ns/op WorkloadWarmup 5: 134217728 op, 584774458.00 ns, 4.3569 ns/op WorkloadWarmup 6: 134217728 op, 581237542.00 ns, 4.3306 ns/op WorkloadWarmup 7: 134217728 op, 578878584.00 ns, 4.3130 ns/op WorkloadWarmup 8: 134217728 op, 579110667.00 ns, 4.3147 ns/op WorkloadWarmup 9: 134217728 op, 580137417.00 ns, 4.3224 ns/op WorkloadWarmup 10: 134217728 op, 581636959.00 ns, 4.3335 ns/op WorkloadWarmup 11: 134217728 op, 581392708.00 ns, 4.3317 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 583836417.00 ns, 4.3499 ns/op WorkloadActual 2: 134217728 op, 586091625.00 ns, 4.3667 ns/op WorkloadActual 3: 134217728 op, 580940875.00 ns, 4.3283 ns/op WorkloadActual 4: 134217728 op, 584722417.00 ns, 4.3565 ns/op WorkloadActual 5: 134217728 op, 579980333.00 ns, 4.3212 ns/op WorkloadActual 6: 134217728 op, 579347542.00 ns, 4.3165 ns/op WorkloadActual 7: 134217728 op, 580076917.00 ns, 4.3219 ns/op WorkloadActual 8: 134217728 op, 578082167.00 ns, 4.3070 ns/op WorkloadActual 9: 134217728 op, 579569292.00 ns, 4.3181 ns/op WorkloadActual 10: 134217728 op, 586272833.00 ns, 4.3681 ns/op WorkloadActual 11: 134217728 op, 582233666.00 ns, 4.3380 ns/op WorkloadActual 12: 134217728 op, 581692917.00 ns, 4.3339 ns/op WorkloadActual 13: 134217728 op, 581994167.00 ns, 4.3362 ns/op WorkloadActual 14: 134217728 op, 580808208.00 ns, 4.3274 ns/op WorkloadActual 15: 134217728 op, 581213416.00 ns, 4.3304 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 387475708.00 ns, 2.8869 ns/op WorkloadResult 2: 134217728 op, 389730916.00 ns, 2.9037 ns/op WorkloadResult 3: 134217728 op, 384580166.00 ns, 2.8653 ns/op WorkloadResult 4: 134217728 op, 388361708.00 ns, 2.8935 ns/op WorkloadResult 5: 134217728 op, 383619624.00 ns, 2.8582 ns/op WorkloadResult 6: 134217728 op, 382986833.00 ns, 2.8535 ns/op WorkloadResult 7: 134217728 op, 383716208.00 ns, 2.8589 ns/op WorkloadResult 8: 134217728 op, 381721458.00 ns, 2.8440 ns/op WorkloadResult 9: 134217728 op, 383208583.00 ns, 2.8551 ns/op WorkloadResult 10: 134217728 op, 389912124.00 ns, 2.9051 ns/op WorkloadResult 11: 134217728 op, 385872957.00 ns, 2.8750 ns/op WorkloadResult 12: 134217728 op, 385332208.00 ns, 2.8709 ns/op WorkloadResult 13: 134217728 op, 385633458.00 ns, 2.8732 ns/op WorkloadResult 14: 134217728 op, 384447499.00 ns, 2.8644 ns/op WorkloadResult 15: 134217728 op, 384852707.00 ns, 2.8674 ns/op // GC: 0 0 0 32 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 50246 has exited with code 0. Mean = 2.872 ns, StdErr = 0.005 ns (0.16%), N = 15, StdDev = 0.018 ns Min = 2.844 ns, Q1 = 2.859 ns, Median = 2.867 ns, Q3 = 2.881 ns, Max = 2.905 ns IQR = 0.022 ns, LowerFence = 2.825 ns, UpperFence = 2.915 ns ConfidenceInterval = [2.852 ns; 2.891 ns] (CI 99.9%), Margin = 0.020 ns (0.68% of Mean) Skewness = 0.51, Kurtosis = 2.03, MValue = 2 // ** Remained 0 (0,0 %) benchmark(s) to run. Estimated finish 2026-01-07 13:59 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataLookupBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataLookupBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataLookupBenchmarks-report.html // * Detailed results * MetadataLookupBenchmarks.DictionaryLookup_Small: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.674 ns, StdErr = 0.007 ns (0.25%), N = 15, StdDev = 0.026 ns Min = 2.627 ns, Q1 = 2.656 ns, Median = 2.677 ns, Q3 = 2.687 ns, Max = 2.731 ns IQR = 0.032 ns, LowerFence = 2.608 ns, UpperFence = 2.734 ns ConfidenceInterval = [2.646 ns; 2.702 ns] (CI 99.9%), Margin = 0.028 ns (1.05% of Mean) Skewness = 0.26, Kurtosis = 2.55, MValue = 2 -------------------- Histogram -------------------- [2.613 ns ; 2.745 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- MetadataLookupBenchmarks.MetadataObjectLookup_Small: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.056 ns, StdErr = 0.012 ns (0.60%), N = 15, StdDev = 0.048 ns Min = 1.972 ns, Q1 = 2.018 ns, Median = 2.063 ns, Q3 = 2.081 ns, Max = 2.144 ns IQR = 0.063 ns, LowerFence = 1.924 ns, UpperFence = 2.175 ns ConfidenceInterval = [2.005 ns; 2.107 ns] (CI 99.9%), Margin = 0.051 ns (2.49% of Mean) Skewness = 0.04, Kurtosis = 2.09, MValue = 2 -------------------- Histogram -------------------- [1.970 ns ; 2.021 ns) | @@@@@ [2.021 ns ; 2.093 ns) | @@@@@@@@ [2.093 ns ; 2.170 ns) | @@ --------------------------------------------------- MetadataLookupBenchmarks.DictionaryLookup_Large: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.841 ns, StdErr = 0.003 ns (0.11%), N = 12, StdDev = 0.011 ns Min = 2.820 ns, Q1 = 2.835 ns, Median = 2.842 ns, Q3 = 2.850 ns, Max = 2.854 ns IQR = 0.016 ns, LowerFence = 2.811 ns, UpperFence = 2.873 ns ConfidenceInterval = [2.827 ns; 2.855 ns] (CI 99.9%), Margin = 0.014 ns (0.49% of Mean) Skewness = -0.45, Kurtosis = 1.83, MValue = 2 -------------------- Histogram -------------------- [2.814 ns ; 2.861 ns) | @@@@@@@@@@@@ --------------------------------------------------- MetadataLookupBenchmarks.MetadataObjectLookup_Large: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.872 ns, StdErr = 0.005 ns (0.16%), N = 15, StdDev = 0.018 ns Min = 2.844 ns, Q1 = 2.859 ns, Median = 2.867 ns, Q3 = 2.881 ns, Max = 2.905 ns IQR = 0.022 ns, LowerFence = 2.825 ns, UpperFence = 2.915 ns ConfidenceInterval = [2.852 ns; 2.891 ns] (CI 99.9%), Margin = 0.020 ns (0.68% of Mean) Skewness = 0.51, Kurtosis = 2.03, MValue = 2 -------------------- Histogram -------------------- [2.838 ns ; 2.915 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | RatioSD | Allocated | Alloc Ratio | |--------------------------- |---------:|----------:|----------:|------:|--------:|----------:|------------:| | DictionaryLookup_Small | 2.674 ns | 0.0279 ns | 0.0261 ns | 1.00 | 0.01 | - | NA | | MetadataObjectLookup_Small | 2.056 ns | 0.0512 ns | 0.0479 ns | 0.77 | 0.02 | - | NA | | DictionaryLookup_Large | 2.841 ns | 0.0139 ns | 0.0109 ns | 1.06 | 0.01 | - | NA | | MetadataObjectLookup_Large | 2.872 ns | 0.0196 ns | 0.0183 ns | 1.07 | 0.01 | - | NA | // * Hints * Outliers MetadataLookupBenchmarks.DictionaryLookup_Large: Default -> 3 outliers were removed (4.55 ns..4.57 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:01:40 (100.13 sec), executed benchmarks: 4 Global total time: 00:01:44 (104.84 sec), executed benchmarks: 4 // * Artifacts cleanup * Artifacts cleanup is finished Benchmarks.MetadataMergeBenchmarks-20260107-132834.log000066400000000000000000000450441516707642500377150ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 2 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 0.59 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/publish/" --output "/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1 // command took 3.61 sec and exited with 0 // ***** Done, took 00:00:04 (4.23 sec) ***** // Found 2 benchmarks: // MetadataMergeBenchmarks.MergeDictionaries: DefaultJob // MetadataMergeBenchmarks.MergeMetadataObjects: DefaultJob // ************************** // Benchmark: MetadataMergeBenchmarks.MergeDictionaries: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 118 119 --benchmarkName Benchmarks.MetadataMergeBenchmarks.MergeDictionaries --job Default --benchmarkId 0 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 112917.00 ns, 112.9170 us/op WorkloadJitting 1: 1 op, 276250.00 ns, 276.2500 us/op OverheadJitting 2: 16 op, 305250.00 ns, 19.0781 us/op WorkloadJitting 2: 16 op, 339792.00 ns, 21.2370 us/op WorkloadPilot 1: 16 op, 5000.00 ns, 312.5000 ns/op WorkloadPilot 2: 32 op, 11125.00 ns, 347.6563 ns/op WorkloadPilot 3: 64 op, 16125.00 ns, 251.9531 ns/op WorkloadPilot 4: 128 op, 32916.00 ns, 257.1563 ns/op WorkloadPilot 5: 256 op, 54083.00 ns, 211.2617 ns/op WorkloadPilot 6: 512 op, 103208.00 ns, 201.5781 ns/op WorkloadPilot 7: 1024 op, 231459.00 ns, 226.0342 ns/op WorkloadPilot 8: 2048 op, 406875.00 ns, 198.6694 ns/op WorkloadPilot 9: 4096 op, 834334.00 ns, 203.6948 ns/op WorkloadPilot 10: 8192 op, 1777334.00 ns, 216.9597 ns/op WorkloadPilot 11: 16384 op, 3371250.00 ns, 205.7648 ns/op WorkloadPilot 12: 32768 op, 6179542.00 ns, 188.5847 ns/op WorkloadPilot 13: 65536 op, 12188875.00 ns, 185.9875 ns/op WorkloadPilot 14: 131072 op, 24566292.00 ns, 187.4259 ns/op WorkloadPilot 15: 262144 op, 48618708.00 ns, 185.4657 ns/op WorkloadPilot 16: 524288 op, 66930084.00 ns, 127.6590 ns/op WorkloadPilot 17: 1048576 op, 78903875.00 ns, 75.2486 ns/op WorkloadPilot 18: 2097152 op, 157680541.00 ns, 75.1879 ns/op WorkloadPilot 19: 4194304 op, 308040666.00 ns, 73.4426 ns/op WorkloadPilot 20: 8388608 op, 625155917.00 ns, 74.5244 ns/op OverheadWarmup 1: 8388608 op, 16370250.00 ns, 1.9515 ns/op OverheadWarmup 2: 8388608 op, 16415750.00 ns, 1.9569 ns/op OverheadWarmup 3: 8388608 op, 16451709.00 ns, 1.9612 ns/op OverheadWarmup 4: 8388608 op, 16818042.00 ns, 2.0049 ns/op OverheadWarmup 5: 8388608 op, 16443917.00 ns, 1.9603 ns/op OverheadWarmup 6: 8388608 op, 16345667.00 ns, 1.9486 ns/op OverheadWarmup 7: 8388608 op, 16927333.00 ns, 2.0179 ns/op OverheadWarmup 8: 8388608 op, 16497542.00 ns, 1.9667 ns/op OverheadActual 1: 8388608 op, 16445000.00 ns, 1.9604 ns/op OverheadActual 2: 8388608 op, 16656916.00 ns, 1.9857 ns/op OverheadActual 3: 8388608 op, 16465833.00 ns, 1.9629 ns/op OverheadActual 4: 8388608 op, 16264667.00 ns, 1.9389 ns/op OverheadActual 5: 8388608 op, 16065042.00 ns, 1.9151 ns/op OverheadActual 6: 8388608 op, 16382375.00 ns, 1.9529 ns/op OverheadActual 7: 8388608 op, 16568583.00 ns, 1.9751 ns/op OverheadActual 8: 8388608 op, 16620750.00 ns, 1.9813 ns/op OverheadActual 9: 8388608 op, 16516584.00 ns, 1.9689 ns/op OverheadActual 10: 8388608 op, 16611958.00 ns, 1.9803 ns/op OverheadActual 11: 8388608 op, 16942166.00 ns, 2.0197 ns/op OverheadActual 12: 8388608 op, 16597458.00 ns, 1.9786 ns/op OverheadActual 13: 8388608 op, 16516167.00 ns, 1.9689 ns/op OverheadActual 14: 8388608 op, 16762167.00 ns, 1.9982 ns/op OverheadActual 15: 8388608 op, 16302000.00 ns, 1.9433 ns/op WorkloadWarmup 1: 8388608 op, 640693333.00 ns, 76.3766 ns/op WorkloadWarmup 2: 8388608 op, 623867125.00 ns, 74.3708 ns/op WorkloadWarmup 3: 8388608 op, 618914167.00 ns, 73.7803 ns/op WorkloadWarmup 4: 8388608 op, 619904958.00 ns, 73.8984 ns/op WorkloadWarmup 5: 8388608 op, 616957041.00 ns, 73.5470 ns/op WorkloadWarmup 6: 8388608 op, 612773583.00 ns, 73.0483 ns/op WorkloadWarmup 7: 8388608 op, 614190791.00 ns, 73.2172 ns/op WorkloadWarmup 8: 8388608 op, 610321708.00 ns, 72.7560 ns/op // BeforeActualRun WorkloadActual 1: 8388608 op, 617425292.00 ns, 73.6028 ns/op WorkloadActual 2: 8388608 op, 611788458.00 ns, 72.9309 ns/op WorkloadActual 3: 8388608 op, 612560750.00 ns, 73.0229 ns/op WorkloadActual 4: 8388608 op, 615343833.00 ns, 73.3547 ns/op WorkloadActual 5: 8388608 op, 614600000.00 ns, 73.2660 ns/op WorkloadActual 6: 8388608 op, 611184166.00 ns, 72.8588 ns/op WorkloadActual 7: 8388608 op, 612279834.00 ns, 72.9894 ns/op WorkloadActual 8: 8388608 op, 613656125.00 ns, 73.1535 ns/op WorkloadActual 9: 8388608 op, 610505542.00 ns, 72.7779 ns/op WorkloadActual 10: 8388608 op, 613568916.00 ns, 73.1431 ns/op WorkloadActual 11: 8388608 op, 621467875.00 ns, 74.0847 ns/op WorkloadActual 12: 8388608 op, 615579792.00 ns, 73.3828 ns/op WorkloadActual 13: 8388608 op, 614326792.00 ns, 73.2335 ns/op WorkloadActual 14: 8388608 op, 614413000.00 ns, 73.2437 ns/op WorkloadActual 15: 8388608 op, 613339416.00 ns, 73.1158 ns/op // AfterActualRun WorkloadResult 1: 8388608 op, 600908708.00 ns, 71.6339 ns/op WorkloadResult 2: 8388608 op, 595271874.00 ns, 70.9619 ns/op WorkloadResult 3: 8388608 op, 596044166.00 ns, 71.0540 ns/op WorkloadResult 4: 8388608 op, 598827249.00 ns, 71.3858 ns/op WorkloadResult 5: 8388608 op, 598083416.00 ns, 71.2971 ns/op WorkloadResult 6: 8388608 op, 594667582.00 ns, 70.8899 ns/op WorkloadResult 7: 8388608 op, 595763250.00 ns, 71.0205 ns/op WorkloadResult 8: 8388608 op, 597139541.00 ns, 71.1846 ns/op WorkloadResult 9: 8388608 op, 593988958.00 ns, 70.8090 ns/op WorkloadResult 10: 8388608 op, 597052332.00 ns, 71.1742 ns/op WorkloadResult 11: 8388608 op, 599063208.00 ns, 71.4139 ns/op WorkloadResult 12: 8388608 op, 597810208.00 ns, 71.2645 ns/op WorkloadResult 13: 8388608 op, 597896416.00 ns, 71.2748 ns/op WorkloadResult 14: 8388608 op, 596822832.00 ns, 71.1468 ns/op // GC: 465 0 0 3892314112 8388608 // Threading: 0 0 8388608 // AfterAll // Benchmark Process 47170 has exited with code 0. Mean = 71.179 ns, StdErr = 0.060 ns (0.08%), N = 14, StdDev = 0.223 ns Min = 70.809 ns, Q1 = 71.029 ns, Median = 71.179 ns, Q3 = 71.292 ns, Max = 71.634 ns IQR = 0.263 ns, LowerFence = 70.635 ns, UpperFence = 71.685 ns ConfidenceInterval = [70.928 ns; 71.431 ns] (CI 99.9%), Margin = 0.251 ns (0.35% of Mean) Skewness = 0.18, Kurtosis = 2.23, MValue = 2 // ** Remained 1 (50,0 %) benchmark(s) to run. Estimated finish 2026-01-07 13:29 (0h 0m from now) ** // ************************** // Benchmark: MetadataMergeBenchmarks.MergeMetadataObjects: DefaultJob // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-DefaultJob-1.dll --anonymousPipes 118 119 --benchmarkName Benchmarks.MetadataMergeBenchmarks.MergeMetadataObjects --job Default --benchmarkId 1 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-DefaultJob-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: DefaultJob OverheadJitting 1: 1 op, 97625.00 ns, 97.6250 us/op WorkloadJitting 1: 1 op, 1750583.00 ns, 1.7506 ms/op OverheadJitting 2: 16 op, 140084.00 ns, 8.7553 us/op WorkloadJitting 2: 16 op, 127666.00 ns, 7.9791 us/op WorkloadPilot 1: 16 op, 10334.00 ns, 645.8750 ns/op WorkloadPilot 2: 32 op, 16083.00 ns, 502.5938 ns/op WorkloadPilot 3: 64 op, 32458.00 ns, 507.1563 ns/op WorkloadPilot 4: 128 op, 52584.00 ns, 410.8125 ns/op WorkloadPilot 5: 256 op, 90875.00 ns, 354.9805 ns/op WorkloadPilot 6: 512 op, 185125.00 ns, 361.5723 ns/op WorkloadPilot 7: 1024 op, 402417.00 ns, 392.9854 ns/op WorkloadPilot 8: 2048 op, 849500.00 ns, 414.7949 ns/op WorkloadPilot 9: 4096 op, 1775958.00 ns, 433.5835 ns/op WorkloadPilot 10: 8192 op, 3361541.00 ns, 410.3444 ns/op WorkloadPilot 11: 16384 op, 6413250.00 ns, 391.4337 ns/op WorkloadPilot 12: 32768 op, 12434083.00 ns, 379.4581 ns/op WorkloadPilot 13: 65536 op, 24135875.00 ns, 368.2842 ns/op WorkloadPilot 14: 131072 op, 47725042.00 ns, 364.1132 ns/op WorkloadPilot 15: 262144 op, 63823625.00 ns, 243.4678 ns/op WorkloadPilot 16: 524288 op, 46833917.00 ns, 89.3286 ns/op WorkloadPilot 17: 1048576 op, 94697625.00 ns, 90.3107 ns/op WorkloadPilot 18: 2097152 op, 186681958.00 ns, 89.0169 ns/op WorkloadPilot 19: 4194304 op, 380627083.00 ns, 90.7486 ns/op WorkloadPilot 20: 8388608 op, 740320916.00 ns, 88.2531 ns/op OverheadWarmup 1: 8388608 op, 16667292.00 ns, 1.9869 ns/op OverheadWarmup 2: 8388608 op, 16691292.00 ns, 1.9898 ns/op OverheadWarmup 3: 8388608 op, 16771833.00 ns, 1.9994 ns/op OverheadWarmup 4: 8388608 op, 16696541.00 ns, 1.9904 ns/op OverheadWarmup 5: 8388608 op, 16594375.00 ns, 1.9782 ns/op OverheadWarmup 6: 8388608 op, 16592666.00 ns, 1.9780 ns/op OverheadWarmup 7: 8388608 op, 16342250.00 ns, 1.9481 ns/op OverheadWarmup 8: 8388608 op, 16712958.00 ns, 1.9923 ns/op OverheadWarmup 9: 8388608 op, 16755833.00 ns, 1.9975 ns/op OverheadWarmup 10: 8388608 op, 16618000.00 ns, 1.9810 ns/op OverheadActual 1: 8388608 op, 16636541.00 ns, 1.9832 ns/op OverheadActual 2: 8388608 op, 16791041.00 ns, 2.0016 ns/op OverheadActual 3: 8388608 op, 16648583.00 ns, 1.9847 ns/op OverheadActual 4: 8388608 op, 16488875.00 ns, 1.9656 ns/op OverheadActual 5: 8388608 op, 16715334.00 ns, 1.9926 ns/op OverheadActual 6: 8388608 op, 16570584.00 ns, 1.9754 ns/op OverheadActual 7: 8388608 op, 16561125.00 ns, 1.9742 ns/op OverheadActual 8: 8388608 op, 16976334.00 ns, 2.0237 ns/op OverheadActual 9: 8388608 op, 16685667.00 ns, 1.9891 ns/op OverheadActual 10: 8388608 op, 16677375.00 ns, 1.9881 ns/op OverheadActual 11: 8388608 op, 16484541.00 ns, 1.9651 ns/op OverheadActual 12: 8388608 op, 16150708.00 ns, 1.9253 ns/op OverheadActual 13: 8388608 op, 16891708.00 ns, 2.0136 ns/op OverheadActual 14: 8388608 op, 14895125.00 ns, 1.7756 ns/op OverheadActual 15: 8388608 op, 12121208.00 ns, 1.4450 ns/op OverheadActual 16: 8388608 op, 11979792.00 ns, 1.4281 ns/op OverheadActual 17: 8388608 op, 12088250.00 ns, 1.4410 ns/op OverheadActual 18: 8388608 op, 12084584.00 ns, 1.4406 ns/op OverheadActual 19: 8388608 op, 12133167.00 ns, 1.4464 ns/op OverheadActual 20: 8388608 op, 11844042.00 ns, 1.4119 ns/op WorkloadWarmup 1: 8388608 op, 735469125.00 ns, 87.6748 ns/op WorkloadWarmup 2: 8388608 op, 738405542.00 ns, 88.0248 ns/op WorkloadWarmup 3: 8388608 op, 737693375.00 ns, 87.9399 ns/op WorkloadWarmup 4: 8388608 op, 736719458.00 ns, 87.8238 ns/op WorkloadWarmup 5: 8388608 op, 733373084.00 ns, 87.4249 ns/op WorkloadWarmup 6: 8388608 op, 737483500.00 ns, 87.9149 ns/op WorkloadWarmup 7: 8388608 op, 733949500.00 ns, 87.4936 ns/op // BeforeActualRun WorkloadActual 1: 8388608 op, 734010625.00 ns, 87.5009 ns/op WorkloadActual 2: 8388608 op, 740951500.00 ns, 88.3283 ns/op WorkloadActual 3: 8388608 op, 737869709.00 ns, 87.9609 ns/op WorkloadActual 4: 8388608 op, 735581333.00 ns, 87.6881 ns/op WorkloadActual 5: 8388608 op, 728928208.00 ns, 86.8950 ns/op WorkloadActual 6: 8388608 op, 729982875.00 ns, 87.0207 ns/op WorkloadActual 7: 8388608 op, 736744792.00 ns, 87.8268 ns/op WorkloadActual 8: 8388608 op, 735052667.00 ns, 87.6251 ns/op WorkloadActual 9: 8388608 op, 733765042.00 ns, 87.4716 ns/op WorkloadActual 10: 8388608 op, 731054083.00 ns, 87.1484 ns/op WorkloadActual 11: 8388608 op, 738841125.00 ns, 88.0767 ns/op WorkloadActual 12: 8388608 op, 737450459.00 ns, 87.9109 ns/op WorkloadActual 13: 8388608 op, 734680833.00 ns, 87.5808 ns/op WorkloadActual 14: 8388608 op, 733023250.00 ns, 87.3832 ns/op WorkloadActual 15: 8388608 op, 731877250.00 ns, 87.2466 ns/op // AfterActualRun WorkloadResult 1: 8388608 op, 717485625.00 ns, 85.5310 ns/op WorkloadResult 2: 8388608 op, 724426500.00 ns, 86.3584 ns/op WorkloadResult 3: 8388608 op, 721344709.00 ns, 85.9910 ns/op WorkloadResult 4: 8388608 op, 719056333.00 ns, 85.7182 ns/op WorkloadResult 5: 8388608 op, 712403208.00 ns, 84.9251 ns/op WorkloadResult 6: 8388608 op, 713457875.00 ns, 85.0508 ns/op WorkloadResult 7: 8388608 op, 720219792.00 ns, 85.8569 ns/op WorkloadResult 8: 8388608 op, 718527667.00 ns, 85.6552 ns/op WorkloadResult 9: 8388608 op, 717240042.00 ns, 85.5017 ns/op WorkloadResult 10: 8388608 op, 714529083.00 ns, 85.1785 ns/op WorkloadResult 11: 8388608 op, 722316125.00 ns, 86.1068 ns/op WorkloadResult 12: 8388608 op, 720925459.00 ns, 85.9410 ns/op WorkloadResult 13: 8388608 op, 718155833.00 ns, 85.6108 ns/op WorkloadResult 14: 8388608 op, 716498250.00 ns, 85.4132 ns/op WorkloadResult 15: 8388608 op, 715352250.00 ns, 85.2766 ns/op // GC: 248 0 0 2080374784 8388608 // Threading: 0 0 8388608 // AfterAll // Benchmark Process 47195 has exited with code 0. Mean = 85.608 ns, StdErr = 0.104 ns (0.12%), N = 15, StdDev = 0.403 ns Min = 84.925 ns, Q1 = 85.345 ns, Median = 85.611 ns, Q3 = 85.899 ns, Max = 86.358 ns IQR = 0.554 ns, LowerFence = 84.514 ns, UpperFence = 86.730 ns ConfidenceInterval = [85.177 ns; 86.038 ns] (CI 99.9%), Margin = 0.431 ns (0.50% of Mean) Skewness = 0.04, Kurtosis = 1.97, MValue = 2 // ** Remained 0 (0,0 %) benchmark(s) to run. Estimated finish 2026-01-07 13:29 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataMergeBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataMergeBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.MetadataMergeBenchmarks-report.html // * Detailed results * MetadataMergeBenchmarks.MergeDictionaries: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 71.179 ns, StdErr = 0.060 ns (0.08%), N = 14, StdDev = 0.223 ns Min = 70.809 ns, Q1 = 71.029 ns, Median = 71.179 ns, Q3 = 71.292 ns, Max = 71.634 ns IQR = 0.263 ns, LowerFence = 70.635 ns, UpperFence = 71.685 ns ConfidenceInterval = [70.928 ns; 71.431 ns] (CI 99.9%), Margin = 0.251 ns (0.35% of Mean) Skewness = 0.18, Kurtosis = 2.23, MValue = 2 -------------------- Histogram -------------------- [70.688 ns ; 71.755 ns) | @@@@@@@@@@@@@@ --------------------------------------------------- MetadataMergeBenchmarks.MergeMetadataObjects: DefaultJob Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 85.608 ns, StdErr = 0.104 ns (0.12%), N = 15, StdDev = 0.403 ns Min = 84.925 ns, Q1 = 85.345 ns, Median = 85.611 ns, Q3 = 85.899 ns, Max = 86.358 ns IQR = 0.554 ns, LowerFence = 84.514 ns, UpperFence = 86.730 ns ConfidenceInterval = [85.177 ns; 86.038 ns] (CI 99.9%), Margin = 0.431 ns (0.50% of Mean) Skewness = 0.04, Kurtosis = 1.97, MValue = 2 -------------------- Histogram -------------------- [84.711 ns ; 86.421 ns) | @@@@@@@@@@@@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a | Method | Mean | Error | StdDev | Ratio | Gen0 | Allocated | Alloc Ratio | |--------------------- |---------:|---------:|---------:|------:|-------:|----------:|------------:| | MergeDictionaries | 71.18 ns | 0.251 ns | 0.223 ns | 1.00 | 0.0554 | 464 B | 1.00 | | MergeMetadataObjects | 85.61 ns | 0.431 ns | 0.403 ns | 1.20 | 0.0296 | 248 B | 0.53 | // * Hints * Outliers MetadataMergeBenchmarks.MergeDictionaries: Default -> 1 outlier was removed (74.08 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:35 (35.83 sec), executed benchmarks: 2 Global total time: 00:00:40 (40.24 sec), executed benchmarks: 2 // * Artifacts cleanup * Artifacts cleanup is finished Benchmarks.ResultBenchmarks-20260107-195837.log000066400000000000000000002222131516707642500365020ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 12 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/publish/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1 // command took 0.64 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/publish/" --output "/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/bin/Release/net10.0/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1 // command took 4.07 sec and exited with 0 // ***** Done, took 00:00:04 (4.75 sec) ***** // Found 12 benchmarks: // ResultBenchmarks.CreateSuccess: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // ResultBenchmarks.CreateFailure: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // ResultBenchmarks.TryGetValue_Success: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // ResultBenchmarks.TryGetValue_Failure: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // ResultBenchmarks.EnumerateErrors_Single: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // ResultBenchmarks.EnumerateErrors_Multiple: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // ResultBenchmarks.AccessErrorByIndex_Single: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // ResultBenchmarks.AccessErrorByIndex_Multiple: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // ResultBenchmarks.ErrorsCount: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // ResultBenchmarks.FirstError: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // ResultBenchmarks.Map_Success: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // ResultBenchmarks.Map_Failure: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // ************************** // Benchmark: ResultBenchmarks.CreateSuccess: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-WWFMMQ-1.dll --anonymousPipes 130 131 --benchmarkName Benchmarks.ResultBenchmarks.CreateSuccess --job "IterationCount=3, WarmupCount=1" --benchmarkId 0 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-WWFMMQ(IterationCount=3, WarmupCount=1) OverheadJitting 1: 1 op, 75708.00 ns, 75.7080 us/op WorkloadJitting 1: 1 op, 84292.00 ns, 84.2920 us/op OverheadJitting 2: 16 op, 110208.00 ns, 6.8880 us/op WorkloadJitting 2: 16 op, 278750.00 ns, 17.4219 us/op WorkloadPilot 1: 16 op, 458.00 ns, 28.6250 ns/op WorkloadPilot 2: 32 op, 584.00 ns, 18.2500 ns/op WorkloadPilot 3: 64 op, 792.00 ns, 12.3750 ns/op WorkloadPilot 4: 128 op, 1292.00 ns, 10.0938 ns/op WorkloadPilot 5: 256 op, 2583.00 ns, 10.0898 ns/op WorkloadPilot 6: 512 op, 5084.00 ns, 9.9297 ns/op WorkloadPilot 7: 1024 op, 9750.00 ns, 9.5215 ns/op WorkloadPilot 8: 2048 op, 19459.00 ns, 9.5015 ns/op WorkloadPilot 9: 4096 op, 27750.00 ns, 6.7749 ns/op WorkloadPilot 10: 8192 op, 68667.00 ns, 8.3822 ns/op WorkloadPilot 11: 16384 op, 130500.00 ns, 7.9651 ns/op WorkloadPilot 12: 32768 op, 251459.00 ns, 7.6739 ns/op WorkloadPilot 13: 65536 op, 530958.00 ns, 8.1018 ns/op WorkloadPilot 14: 131072 op, 974292.00 ns, 7.4333 ns/op WorkloadPilot 15: 262144 op, 2091500.00 ns, 7.9784 ns/op WorkloadPilot 16: 524288 op, 4155125.00 ns, 7.9253 ns/op WorkloadPilot 17: 1048576 op, 8240375.00 ns, 7.8586 ns/op WorkloadPilot 18: 2097152 op, 16191625.00 ns, 7.7208 ns/op WorkloadPilot 19: 4194304 op, 32464917.00 ns, 7.7402 ns/op WorkloadPilot 20: 8388608 op, 66040958.00 ns, 7.8727 ns/op WorkloadPilot 21: 16777216 op, 120860416.00 ns, 7.2038 ns/op WorkloadPilot 22: 33554432 op, 140946209.00 ns, 4.2005 ns/op WorkloadPilot 23: 67108864 op, 282125500.00 ns, 4.2040 ns/op WorkloadPilot 24: 134217728 op, 556525750.00 ns, 4.1464 ns/op OverheadWarmup 1: 134217728 op, 252507666.00 ns, 1.8813 ns/op OverheadWarmup 2: 134217728 op, 194502125.00 ns, 1.4492 ns/op OverheadWarmup 3: 134217728 op, 195874625.00 ns, 1.4594 ns/op OverheadWarmup 4: 134217728 op, 197079750.00 ns, 1.4684 ns/op OverheadWarmup 5: 134217728 op, 196861292.00 ns, 1.4667 ns/op OverheadWarmup 6: 134217728 op, 193803041.00 ns, 1.4439 ns/op OverheadWarmup 7: 134217728 op, 195027792.00 ns, 1.4531 ns/op OverheadWarmup 8: 134217728 op, 195975500.00 ns, 1.4601 ns/op OverheadWarmup 9: 134217728 op, 194219916.00 ns, 1.4471 ns/op OverheadActual 1: 134217728 op, 193709833.00 ns, 1.4433 ns/op OverheadActual 2: 134217728 op, 193070708.00 ns, 1.4385 ns/op OverheadActual 3: 134217728 op, 194478167.00 ns, 1.4490 ns/op OverheadActual 4: 134217728 op, 193690625.00 ns, 1.4431 ns/op OverheadActual 5: 134217728 op, 193061583.00 ns, 1.4384 ns/op OverheadActual 6: 134217728 op, 195431208.00 ns, 1.4561 ns/op OverheadActual 7: 134217728 op, 195474666.00 ns, 1.4564 ns/op OverheadActual 8: 134217728 op, 195561666.00 ns, 1.4570 ns/op OverheadActual 9: 134217728 op, 194660166.00 ns, 1.4503 ns/op OverheadActual 10: 134217728 op, 196393333.00 ns, 1.4632 ns/op OverheadActual 11: 134217728 op, 193545750.00 ns, 1.4420 ns/op OverheadActual 12: 134217728 op, 192521209.00 ns, 1.4344 ns/op OverheadActual 13: 134217728 op, 194599209.00 ns, 1.4499 ns/op OverheadActual 14: 134217728 op, 192850750.00 ns, 1.4369 ns/op OverheadActual 15: 134217728 op, 193243292.00 ns, 1.4398 ns/op WorkloadWarmup 1: 134217728 op, 558885458.00 ns, 4.1640 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 559450542.00 ns, 4.1682 ns/op WorkloadActual 2: 134217728 op, 563149625.00 ns, 4.1958 ns/op WorkloadActual 3: 134217728 op, 559081166.00 ns, 4.1655 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 365740709.00 ns, 2.7250 ns/op WorkloadResult 2: 134217728 op, 369439792.00 ns, 2.7525 ns/op WorkloadResult 3: 134217728 op, 365371333.00 ns, 2.7222 ns/op // GC: 0 0 0 0 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 71501 has exited with code 0. Mean = 2.733 ns, StdErr = 0.010 ns (0.35%), N = 3, StdDev = 0.017 ns Min = 2.722 ns, Q1 = 2.724 ns, Median = 2.725 ns, Q3 = 2.739 ns, Max = 2.753 ns IQR = 0.015 ns, LowerFence = 2.701 ns, UpperFence = 2.761 ns ConfidenceInterval = [2.427 ns; 3.039 ns] (CI 99.9%), Margin = 0.306 ns (11.19% of Mean) Skewness = 0.37, Kurtosis = 0.67, MValue = 2 // ** Remained 11 (91,7 %) benchmark(s) to run. Estimated finish 2026-01-07 20:00 (0h 1m from now) ** // ************************** // Benchmark: ResultBenchmarks.CreateFailure: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-WWFMMQ-1.dll --anonymousPipes 130 131 --benchmarkName Benchmarks.ResultBenchmarks.CreateFailure --job "IterationCount=3, WarmupCount=1" --benchmarkId 1 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-WWFMMQ(IterationCount=3, WarmupCount=1) OverheadJitting 1: 1 op, 91917.00 ns, 91.9170 us/op WorkloadJitting 1: 1 op, 129541.00 ns, 129.5410 us/op OverheadJitting 2: 16 op, 123584.00 ns, 7.7240 us/op WorkloadJitting 2: 16 op, 116792.00 ns, 7.2995 us/op WorkloadPilot 1: 16 op, 1000.00 ns, 62.5000 ns/op WorkloadPilot 2: 32 op, 1625.00 ns, 50.7813 ns/op WorkloadPilot 3: 64 op, 2958.00 ns, 46.2188 ns/op WorkloadPilot 4: 128 op, 5291.00 ns, 41.3359 ns/op WorkloadPilot 5: 256 op, 12291.00 ns, 48.0117 ns/op WorkloadPilot 6: 512 op, 24333.00 ns, 47.5254 ns/op WorkloadPilot 7: 1024 op, 40792.00 ns, 39.8359 ns/op WorkloadPilot 8: 2048 op, 68417.00 ns, 33.4067 ns/op WorkloadPilot 9: 4096 op, 137375.00 ns, 33.5388 ns/op WorkloadPilot 10: 8192 op, 270875.00 ns, 33.0658 ns/op WorkloadPilot 11: 16384 op, 581250.00 ns, 35.4767 ns/op WorkloadPilot 12: 32768 op, 1218500.00 ns, 37.1857 ns/op WorkloadPilot 13: 65536 op, 2439000.00 ns, 37.2162 ns/op WorkloadPilot 14: 131072 op, 4885500.00 ns, 37.2734 ns/op WorkloadPilot 15: 262144 op, 9761375.00 ns, 37.2367 ns/op WorkloadPilot 16: 524288 op, 19866583.00 ns, 37.8925 ns/op WorkloadPilot 17: 1048576 op, 39295667.00 ns, 37.4753 ns/op WorkloadPilot 18: 2097152 op, 70949250.00 ns, 33.8312 ns/op WorkloadPilot 19: 4194304 op, 68851250.00 ns, 16.4154 ns/op WorkloadPilot 20: 8388608 op, 135518458.00 ns, 16.1551 ns/op WorkloadPilot 21: 16777216 op, 270679084.00 ns, 16.1337 ns/op WorkloadPilot 22: 33554432 op, 540747541.00 ns, 16.1155 ns/op OverheadWarmup 1: 33554432 op, 68649834.00 ns, 2.0459 ns/op OverheadWarmup 2: 33554432 op, 67273542.00 ns, 2.0049 ns/op OverheadWarmup 3: 33554432 op, 66721375.00 ns, 1.9885 ns/op OverheadWarmup 4: 33554432 op, 48982334.00 ns, 1.4598 ns/op OverheadWarmup 5: 33554432 op, 48399875.00 ns, 1.4424 ns/op OverheadWarmup 6: 33554432 op, 48726125.00 ns, 1.4522 ns/op OverheadWarmup 7: 33554432 op, 48785333.00 ns, 1.4539 ns/op OverheadWarmup 8: 33554432 op, 49670333.00 ns, 1.4803 ns/op OverheadWarmup 9: 33554432 op, 48679041.00 ns, 1.4507 ns/op OverheadWarmup 10: 33554432 op, 48525041.00 ns, 1.4462 ns/op OverheadActual 1: 33554432 op, 48011500.00 ns, 1.4309 ns/op OverheadActual 2: 33554432 op, 48169708.00 ns, 1.4356 ns/op OverheadActual 3: 33554432 op, 48647125.00 ns, 1.4498 ns/op OverheadActual 4: 33554432 op, 47515459.00 ns, 1.4161 ns/op OverheadActual 5: 33554432 op, 48413917.00 ns, 1.4428 ns/op OverheadActual 6: 33554432 op, 48082167.00 ns, 1.4330 ns/op OverheadActual 7: 33554432 op, 47932875.00 ns, 1.4285 ns/op OverheadActual 8: 33554432 op, 48830792.00 ns, 1.4553 ns/op OverheadActual 9: 33554432 op, 47854459.00 ns, 1.4262 ns/op OverheadActual 10: 33554432 op, 48183792.00 ns, 1.4360 ns/op OverheadActual 11: 33554432 op, 48528875.00 ns, 1.4463 ns/op OverheadActual 12: 33554432 op, 49110458.00 ns, 1.4636 ns/op OverheadActual 13: 33554432 op, 49557083.00 ns, 1.4769 ns/op OverheadActual 14: 33554432 op, 48621833.00 ns, 1.4490 ns/op OverheadActual 15: 33554432 op, 48256250.00 ns, 1.4381 ns/op WorkloadWarmup 1: 33554432 op, 536803167.00 ns, 15.9980 ns/op // BeforeActualRun WorkloadActual 1: 33554432 op, 544222250.00 ns, 16.2191 ns/op WorkloadActual 2: 33554432 op, 544936375.00 ns, 16.2404 ns/op WorkloadActual 3: 33554432 op, 542726584.00 ns, 16.1745 ns/op // AfterActualRun WorkloadResult 1: 33554432 op, 495966000.00 ns, 14.7809 ns/op WorkloadResult 2: 33554432 op, 496680125.00 ns, 14.8022 ns/op WorkloadResult 3: 33554432 op, 494470334.00 ns, 14.7364 ns/op // GC: 0 0 0 0 33554432 // Threading: 0 0 33554432 // AfterAll // Benchmark Process 71515 has exited with code 0. Mean = 14.773 ns, StdErr = 0.019 ns (0.13%), N = 3, StdDev = 0.034 ns Min = 14.736 ns, Q1 = 14.759 ns, Median = 14.781 ns, Q3 = 14.792 ns, Max = 14.802 ns IQR = 0.033 ns, LowerFence = 14.709 ns, UpperFence = 14.841 ns ConfidenceInterval = [14.160 ns; 15.386 ns] (CI 99.9%), Margin = 0.613 ns (4.15% of Mean) Skewness = -0.22, Kurtosis = 0.67, MValue = 2 // ** Remained 10 (83,3 %) benchmark(s) to run. Estimated finish 2026-01-07 20:00 (0h 1m from now) ** // ************************** // Benchmark: ResultBenchmarks.TryGetValue_Success: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-WWFMMQ-1.dll --anonymousPipes 130 131 --benchmarkName Benchmarks.ResultBenchmarks.TryGetValue_Success --job "IterationCount=3, WarmupCount=1" --benchmarkId 2 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-WWFMMQ(IterationCount=3, WarmupCount=1) OverheadJitting 1: 1 op, 82291.00 ns, 82.2910 us/op WorkloadJitting 1: 1 op, 213542.00 ns, 213.5420 us/op OverheadJitting 2: 16 op, 238042.00 ns, 14.8776 us/op WorkloadJitting 2: 16 op, 277916.00 ns, 17.3698 us/op WorkloadPilot 1: 16 op, 541.00 ns, 33.8125 ns/op WorkloadPilot 2: 32 op, 541.00 ns, 16.9063 ns/op WorkloadPilot 3: 64 op, 667.00 ns, 10.4219 ns/op WorkloadPilot 4: 128 op, 791.00 ns, 6.1797 ns/op WorkloadPilot 5: 256 op, 1292.00 ns, 5.0469 ns/op WorkloadPilot 6: 512 op, 2750.00 ns, 5.3711 ns/op WorkloadPilot 7: 1024 op, 4333.00 ns, 4.2314 ns/op WorkloadPilot 8: 2048 op, 9875.00 ns, 4.8218 ns/op WorkloadPilot 9: 4096 op, 19333.00 ns, 4.7200 ns/op WorkloadPilot 10: 8192 op, 37291.00 ns, 4.5521 ns/op WorkloadPilot 11: 16384 op, 69042.00 ns, 4.2140 ns/op WorkloadPilot 12: 32768 op, 137042.00 ns, 4.1822 ns/op WorkloadPilot 13: 65536 op, 258542.00 ns, 3.9450 ns/op WorkloadPilot 14: 131072 op, 475792.00 ns, 3.6300 ns/op WorkloadPilot 15: 262144 op, 1051709.00 ns, 4.0120 ns/op WorkloadPilot 16: 524288 op, 1956875.00 ns, 3.7324 ns/op WorkloadPilot 17: 1048576 op, 4040708.00 ns, 3.8535 ns/op WorkloadPilot 18: 2097152 op, 8313041.00 ns, 3.9640 ns/op WorkloadPilot 19: 4194304 op, 16694042.00 ns, 3.9802 ns/op WorkloadPilot 20: 8388608 op, 33115708.00 ns, 3.9477 ns/op WorkloadPilot 21: 16777216 op, 65971375.00 ns, 3.9322 ns/op WorkloadPilot 22: 33554432 op, 35996417.00 ns, 1.0728 ns/op WorkloadPilot 23: 67108864 op, 71833209.00 ns, 1.0704 ns/op WorkloadPilot 24: 134217728 op, 144670667.00 ns, 1.0779 ns/op WorkloadPilot 25: 268435456 op, 274919000.00 ns, 1.0242 ns/op WorkloadPilot 26: 536870912 op, 550529083.00 ns, 1.0254 ns/op OverheadWarmup 1: 536870912 op, 857586625.00 ns, 1.5974 ns/op OverheadWarmup 2: 536870912 op, 782215709.00 ns, 1.4570 ns/op OverheadWarmup 3: 536870912 op, 783216417.00 ns, 1.4589 ns/op OverheadWarmup 4: 536870912 op, 784734542.00 ns, 1.4617 ns/op OverheadWarmup 5: 536870912 op, 786239541.00 ns, 1.4645 ns/op OverheadWarmup 6: 536870912 op, 785023667.00 ns, 1.4622 ns/op OverheadWarmup 7: 536870912 op, 810137500.00 ns, 1.5090 ns/op OverheadWarmup 8: 536870912 op, 794381917.00 ns, 1.4797 ns/op OverheadActual 1: 536870912 op, 787847375.00 ns, 1.4675 ns/op OverheadActual 2: 536870912 op, 785820250.00 ns, 1.4637 ns/op OverheadActual 3: 536870912 op, 782528917.00 ns, 1.4576 ns/op OverheadActual 4: 536870912 op, 797107292.00 ns, 1.4847 ns/op OverheadActual 5: 536870912 op, 785482208.00 ns, 1.4631 ns/op OverheadActual 6: 536870912 op, 792388084.00 ns, 1.4759 ns/op OverheadActual 7: 536870912 op, 784918708.00 ns, 1.4620 ns/op OverheadActual 8: 536870912 op, 785512333.00 ns, 1.4631 ns/op OverheadActual 9: 536870912 op, 783402875.00 ns, 1.4592 ns/op OverheadActual 10: 536870912 op, 785728792.00 ns, 1.4635 ns/op OverheadActual 11: 536870912 op, 785273083.00 ns, 1.4627 ns/op OverheadActual 12: 536870912 op, 781634833.00 ns, 1.4559 ns/op OverheadActual 13: 536870912 op, 782803875.00 ns, 1.4581 ns/op OverheadActual 14: 536870912 op, 794283209.00 ns, 1.4795 ns/op OverheadActual 15: 536870912 op, 804816708.00 ns, 1.4991 ns/op WorkloadWarmup 1: 536870912 op, 550568125.00 ns, 1.0255 ns/op // BeforeActualRun WorkloadActual 1: 536870912 op, 548093667.00 ns, 1.0209 ns/op WorkloadActual 2: 536870912 op, 548364875.00 ns, 1.0214 ns/op WorkloadActual 3: 536870912 op, 542979750.00 ns, 1.0114 ns/op // AfterActualRun WorkloadResult 1: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 2: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 3: 536870912 op, 0.00 ns, 0.0000 ns/op // GC: 0 0 0 0 536870912 // Threading: 0 0 536870912 // AfterAll // Benchmark Process 71521 has exited with code 0. Mean = 0.000 ns, StdErr = 0.000 ns (NaN%), N = 3, StdDev = 0.000 ns Min = 0.000 ns, Q1 = 0.000 ns, Median = 0.000 ns, Q3 = 0.000 ns, Max = 0.000 ns IQR = 0.000 ns, LowerFence = 0.000 ns, UpperFence = 0.000 ns ConfidenceInterval = [0.000 ns; 0.000 ns] (CI 99.9%), Margin = 0.000 ns (NaN% of Mean) Skewness = NaN, Kurtosis = NaN, MValue = 2 // ** Remained 9 (75,0 %) benchmark(s) to run. Estimated finish 2026-01-07 20:01 (0h 1m from now) ** // ************************** // Benchmark: ResultBenchmarks.TryGetValue_Failure: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-WWFMMQ-1.dll --anonymousPipes 130 131 --benchmarkName Benchmarks.ResultBenchmarks.TryGetValue_Failure --job "IterationCount=3, WarmupCount=1" --benchmarkId 3 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-WWFMMQ(IterationCount=3, WarmupCount=1) OverheadJitting 1: 1 op, 91667.00 ns, 91.6670 us/op WorkloadJitting 1: 1 op, 108292.00 ns, 108.2920 us/op OverheadJitting 2: 16 op, 190459.00 ns, 11.9037 us/op WorkloadJitting 2: 16 op, 412291.00 ns, 25.7682 us/op WorkloadPilot 1: 16 op, 375.00 ns, 23.4375 ns/op WorkloadPilot 2: 32 op, 375.00 ns, 11.7188 ns/op WorkloadPilot 3: 64 op, 584.00 ns, 9.1250 ns/op WorkloadPilot 4: 128 op, 375.00 ns, 2.9297 ns/op WorkloadPilot 5: 256 op, 1000.00 ns, 3.9063 ns/op WorkloadPilot 6: 512 op, 1500.00 ns, 2.9297 ns/op WorkloadPilot 7: 1024 op, 3083.00 ns, 3.0107 ns/op WorkloadPilot 8: 2048 op, 4917.00 ns, 2.4009 ns/op WorkloadPilot 9: 4096 op, 11916.00 ns, 2.9092 ns/op WorkloadPilot 10: 8192 op, 23458.00 ns, 2.8635 ns/op WorkloadPilot 11: 16384 op, 43708.00 ns, 2.6677 ns/op WorkloadPilot 12: 32768 op, 79625.00 ns, 2.4300 ns/op WorkloadPilot 13: 65536 op, 164666.00 ns, 2.5126 ns/op WorkloadPilot 14: 131072 op, 299250.00 ns, 2.2831 ns/op WorkloadPilot 15: 262144 op, 576625.00 ns, 2.1996 ns/op WorkloadPilot 16: 524288 op, 1155750.00 ns, 2.2044 ns/op WorkloadPilot 17: 1048576 op, 2453125.00 ns, 2.3395 ns/op WorkloadPilot 18: 2097152 op, 4760250.00 ns, 2.2699 ns/op WorkloadPilot 19: 4194304 op, 9667625.00 ns, 2.3049 ns/op WorkloadPilot 20: 8388608 op, 18450125.00 ns, 2.1994 ns/op WorkloadPilot 21: 16777216 op, 38005166.00 ns, 2.2653 ns/op WorkloadPilot 22: 33554432 op, 66255875.00 ns, 1.9746 ns/op WorkloadPilot 23: 67108864 op, 68315959.00 ns, 1.0180 ns/op WorkloadPilot 24: 134217728 op, 141834875.00 ns, 1.0568 ns/op WorkloadPilot 25: 268435456 op, 274355833.00 ns, 1.0221 ns/op WorkloadPilot 26: 536870912 op, 550632750.00 ns, 1.0256 ns/op OverheadWarmup 1: 536870912 op, 840938334.00 ns, 1.5664 ns/op OverheadWarmup 2: 536870912 op, 780927000.00 ns, 1.4546 ns/op OverheadWarmup 3: 536870912 op, 777964250.00 ns, 1.4491 ns/op OverheadWarmup 4: 536870912 op, 785938958.00 ns, 1.4639 ns/op OverheadWarmup 5: 536870912 op, 783065875.00 ns, 1.4586 ns/op OverheadWarmup 6: 536870912 op, 787862834.00 ns, 1.4675 ns/op OverheadWarmup 7: 536870912 op, 788101000.00 ns, 1.4680 ns/op OverheadWarmup 8: 536870912 op, 790606875.00 ns, 1.4726 ns/op OverheadWarmup 9: 536870912 op, 787675625.00 ns, 1.4672 ns/op OverheadActual 1: 536870912 op, 783529750.00 ns, 1.4594 ns/op OverheadActual 2: 536870912 op, 797327125.00 ns, 1.4851 ns/op OverheadActual 3: 536870912 op, 785387916.00 ns, 1.4629 ns/op OverheadActual 4: 536870912 op, 786183292.00 ns, 1.4644 ns/op OverheadActual 5: 536870912 op, 789290916.00 ns, 1.4702 ns/op OverheadActual 6: 536870912 op, 790718375.00 ns, 1.4728 ns/op OverheadActual 7: 536870912 op, 789527250.00 ns, 1.4706 ns/op OverheadActual 8: 536870912 op, 787735875.00 ns, 1.4673 ns/op OverheadActual 9: 536870912 op, 782340958.00 ns, 1.4572 ns/op OverheadActual 10: 536870912 op, 782899750.00 ns, 1.4583 ns/op OverheadActual 11: 536870912 op, 785048708.00 ns, 1.4623 ns/op OverheadActual 12: 536870912 op, 787349875.00 ns, 1.4666 ns/op OverheadActual 13: 536870912 op, 782360667.00 ns, 1.4573 ns/op OverheadActual 14: 536870912 op, 788523750.00 ns, 1.4687 ns/op OverheadActual 15: 536870912 op, 792798084.00 ns, 1.4767 ns/op WorkloadWarmup 1: 536870912 op, 564326250.00 ns, 1.0511 ns/op // BeforeActualRun WorkloadActual 1: 536870912 op, 571686000.00 ns, 1.0648 ns/op WorkloadActual 2: 536870912 op, 557139625.00 ns, 1.0378 ns/op WorkloadActual 3: 536870912 op, 575775958.00 ns, 1.0725 ns/op // AfterActualRun WorkloadResult 1: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 2: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 3: 536870912 op, 0.00 ns, 0.0000 ns/op // GC: 0 0 0 0 536870912 // Threading: 0 0 536870912 // AfterAll // Benchmark Process 71547 has exited with code 0. Mean = 0.000 ns, StdErr = 0.000 ns (NaN%), N = 3, StdDev = 0.000 ns Min = 0.000 ns, Q1 = 0.000 ns, Median = 0.000 ns, Q3 = 0.000 ns, Max = 0.000 ns IQR = 0.000 ns, LowerFence = 0.000 ns, UpperFence = 0.000 ns ConfidenceInterval = [0.000 ns; 0.000 ns] (CI 99.9%), Margin = 0.000 ns (NaN% of Mean) Skewness = NaN, Kurtosis = NaN, MValue = 2 // ** Remained 8 (66,7 %) benchmark(s) to run. Estimated finish 2026-01-07 20:01 (0h 1m from now) ** // ************************** // Benchmark: ResultBenchmarks.EnumerateErrors_Single: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-WWFMMQ-1.dll --anonymousPipes 130 131 --benchmarkName Benchmarks.ResultBenchmarks.EnumerateErrors_Single --job "IterationCount=3, WarmupCount=1" --benchmarkId 4 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-WWFMMQ(IterationCount=3, WarmupCount=1) OverheadJitting 1: 1 op, 104417.00 ns, 104.4170 us/op WorkloadJitting 1: 1 op, 397083.00 ns, 397.0830 us/op OverheadJitting 2: 16 op, 329167.00 ns, 20.5729 us/op WorkloadJitting 2: 16 op, 307750.00 ns, 19.2344 us/op WorkloadPilot 1: 16 op, 1708.00 ns, 106.7500 ns/op WorkloadPilot 2: 32 op, 1250.00 ns, 39.0625 ns/op WorkloadPilot 3: 64 op, 2792.00 ns, 43.6250 ns/op WorkloadPilot 4: 128 op, 4209.00 ns, 32.8828 ns/op WorkloadPilot 5: 256 op, 7375.00 ns, 28.8086 ns/op WorkloadPilot 6: 512 op, 13500.00 ns, 26.3672 ns/op WorkloadPilot 7: 1024 op, 26667.00 ns, 26.0420 ns/op WorkloadPilot 8: 2048 op, 63708.00 ns, 31.1074 ns/op WorkloadPilot 9: 4096 op, 112208.00 ns, 27.3945 ns/op WorkloadPilot 10: 8192 op, 302500.00 ns, 36.9263 ns/op WorkloadPilot 11: 16384 op, 534667.00 ns, 32.6335 ns/op WorkloadPilot 12: 32768 op, 926417.00 ns, 28.2720 ns/op WorkloadPilot 13: 65536 op, 1845708.00 ns, 28.1633 ns/op WorkloadPilot 14: 131072 op, 3344084.00 ns, 25.5133 ns/op WorkloadPilot 15: 262144 op, 6449000.00 ns, 24.6010 ns/op WorkloadPilot 16: 524288 op, 12784292.00 ns, 24.3841 ns/op WorkloadPilot 17: 1048576 op, 25431708.00 ns, 24.2536 ns/op WorkloadPilot 18: 2097152 op, 51613667.00 ns, 24.6113 ns/op WorkloadPilot 19: 4194304 op, 23666750.00 ns, 5.6426 ns/op WorkloadPilot 20: 8388608 op, 15720125.00 ns, 1.8740 ns/op WorkloadPilot 21: 16777216 op, 31084125.00 ns, 1.8528 ns/op WorkloadPilot 22: 33554432 op, 62250417.00 ns, 1.8552 ns/op WorkloadPilot 23: 67108864 op, 123113541.00 ns, 1.8345 ns/op WorkloadPilot 24: 134217728 op, 249257417.00 ns, 1.8571 ns/op WorkloadPilot 25: 268435456 op, 491615541.00 ns, 1.8314 ns/op WorkloadPilot 26: 536870912 op, 987212000.00 ns, 1.8388 ns/op OverheadWarmup 1: 536870912 op, 874329291.00 ns, 1.6286 ns/op OverheadWarmup 2: 536870912 op, 809146209.00 ns, 1.5072 ns/op OverheadWarmup 3: 536870912 op, 795726167.00 ns, 1.4822 ns/op OverheadWarmup 4: 536870912 op, 793681667.00 ns, 1.4783 ns/op OverheadWarmup 5: 536870912 op, 781827625.00 ns, 1.4563 ns/op OverheadWarmup 6: 536870912 op, 789605959.00 ns, 1.4708 ns/op OverheadWarmup 7: 536870912 op, 800270041.00 ns, 1.4906 ns/op OverheadWarmup 8: 536870912 op, 795157583.00 ns, 1.4811 ns/op OverheadWarmup 9: 536870912 op, 796898250.00 ns, 1.4843 ns/op OverheadWarmup 10: 536870912 op, 794410750.00 ns, 1.4797 ns/op OverheadActual 1: 536870912 op, 793215875.00 ns, 1.4775 ns/op OverheadActual 2: 536870912 op, 796606583.00 ns, 1.4838 ns/op OverheadActual 3: 536870912 op, 784357791.00 ns, 1.4610 ns/op OverheadActual 4: 536870912 op, 792077042.00 ns, 1.4754 ns/op OverheadActual 5: 536870912 op, 802776083.00 ns, 1.4953 ns/op OverheadActual 6: 536870912 op, 792611125.00 ns, 1.4764 ns/op OverheadActual 7: 536870912 op, 790637708.00 ns, 1.4727 ns/op OverheadActual 8: 536870912 op, 783115208.00 ns, 1.4587 ns/op OverheadActual 9: 536870912 op, 784275625.00 ns, 1.4608 ns/op OverheadActual 10: 536870912 op, 784560833.00 ns, 1.4614 ns/op OverheadActual 11: 536870912 op, 788555542.00 ns, 1.4688 ns/op OverheadActual 12: 536870912 op, 780391834.00 ns, 1.4536 ns/op OverheadActual 13: 536870912 op, 787961541.00 ns, 1.4677 ns/op OverheadActual 14: 536870912 op, 786055959.00 ns, 1.4641 ns/op OverheadActual 15: 536870912 op, 788563667.00 ns, 1.4688 ns/op WorkloadWarmup 1: 536870912 op, 969807917.00 ns, 1.8064 ns/op // BeforeActualRun WorkloadActual 1: 536870912 op, 985272458.00 ns, 1.8352 ns/op WorkloadActual 2: 536870912 op, 971739625.00 ns, 1.8100 ns/op WorkloadActual 3: 536870912 op, 968002250.00 ns, 1.8030 ns/op // AfterActualRun WorkloadResult 1: 536870912 op, 196716916.00 ns, 0.3664 ns/op WorkloadResult 2: 536870912 op, 183184083.00 ns, 0.3412 ns/op WorkloadResult 3: 536870912 op, 179446708.00 ns, 0.3342 ns/op // GC: 0 0 0 0 536870912 // Threading: 0 0 536870912 // AfterAll // Benchmark Process 71566 has exited with code 0. Mean = 0.347 ns, StdErr = 0.010 ns (2.81%), N = 3, StdDev = 0.017 ns Min = 0.334 ns, Q1 = 0.338 ns, Median = 0.341 ns, Q3 = 0.354 ns, Max = 0.366 ns IQR = 0.016 ns, LowerFence = 0.314 ns, UpperFence = 0.378 ns ConfidenceInterval = [0.039 ns; 0.656 ns] (CI 99.9%), Margin = 0.309 ns (88.91% of Mean) Skewness = 0.31, Kurtosis = 0.67, MValue = 2 // ** Remained 7 (58,3 %) benchmark(s) to run. Estimated finish 2026-01-07 20:02 (0h 2m from now) ** // ************************** // Benchmark: ResultBenchmarks.EnumerateErrors_Multiple: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-WWFMMQ-1.dll --anonymousPipes 130 131 --benchmarkName Benchmarks.ResultBenchmarks.EnumerateErrors_Multiple --job "IterationCount=3, WarmupCount=1" --benchmarkId 5 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-WWFMMQ(IterationCount=3, WarmupCount=1) OverheadJitting 1: 1 op, 83458.00 ns, 83.4580 us/op WorkloadJitting 1: 1 op, 621375.00 ns, 621.3750 us/op OverheadJitting 2: 16 op, 304709.00 ns, 19.0443 us/op WorkloadJitting 2: 16 op, 245042.00 ns, 15.3151 us/op WorkloadPilot 1: 16 op, 2792.00 ns, 174.5000 ns/op WorkloadPilot 2: 32 op, 3416.00 ns, 106.7500 ns/op WorkloadPilot 3: 64 op, 4958.00 ns, 77.4688 ns/op WorkloadPilot 4: 128 op, 7834.00 ns, 61.2031 ns/op WorkloadPilot 5: 256 op, 15458.00 ns, 60.3828 ns/op WorkloadPilot 6: 512 op, 36792.00 ns, 71.8594 ns/op WorkloadPilot 7: 1024 op, 68792.00 ns, 67.1797 ns/op WorkloadPilot 8: 2048 op, 136167.00 ns, 66.4878 ns/op WorkloadPilot 9: 4096 op, 288583.00 ns, 70.4548 ns/op WorkloadPilot 10: 8192 op, 562667.00 ns, 68.6849 ns/op WorkloadPilot 11: 16384 op, 1143042.00 ns, 69.7657 ns/op WorkloadPilot 12: 32768 op, 2229667.00 ns, 68.0440 ns/op WorkloadPilot 13: 65536 op, 3959542.00 ns, 60.4178 ns/op WorkloadPilot 14: 131072 op, 8190833.00 ns, 62.4911 ns/op WorkloadPilot 15: 262144 op, 15872375.00 ns, 60.5483 ns/op WorkloadPilot 16: 524288 op, 31749167.00 ns, 60.5567 ns/op WorkloadPilot 17: 1048576 op, 64621250.00 ns, 61.6276 ns/op WorkloadPilot 18: 2097152 op, 110071959.00 ns, 52.4864 ns/op WorkloadPilot 19: 4194304 op, 17949208.00 ns, 4.2794 ns/op WorkloadPilot 20: 8388608 op, 36079250.00 ns, 4.3010 ns/op WorkloadPilot 21: 16777216 op, 72223000.00 ns, 4.3048 ns/op WorkloadPilot 22: 33554432 op, 145411875.00 ns, 4.3336 ns/op WorkloadPilot 23: 67108864 op, 291395292.00 ns, 4.3421 ns/op WorkloadPilot 24: 134217728 op, 557444542.00 ns, 4.1533 ns/op OverheadWarmup 1: 134217728 op, 255738959.00 ns, 1.9054 ns/op OverheadWarmup 2: 134217728 op, 198297959.00 ns, 1.4774 ns/op OverheadWarmup 3: 134217728 op, 198016125.00 ns, 1.4753 ns/op OverheadWarmup 4: 134217728 op, 204036792.00 ns, 1.5202 ns/op OverheadWarmup 5: 134217728 op, 200696000.00 ns, 1.4953 ns/op OverheadWarmup 6: 134217728 op, 200361792.00 ns, 1.4928 ns/op OverheadWarmup 7: 134217728 op, 200628250.00 ns, 1.4948 ns/op OverheadWarmup 8: 134217728 op, 194373334.00 ns, 1.4482 ns/op OverheadActual 1: 134217728 op, 196869667.00 ns, 1.4668 ns/op OverheadActual 2: 134217728 op, 194150125.00 ns, 1.4465 ns/op OverheadActual 3: 134217728 op, 194269083.00 ns, 1.4474 ns/op OverheadActual 4: 134217728 op, 195549167.00 ns, 1.4570 ns/op OverheadActual 5: 134217728 op, 195820042.00 ns, 1.4590 ns/op OverheadActual 6: 134217728 op, 194268208.00 ns, 1.4474 ns/op OverheadActual 7: 134217728 op, 195853084.00 ns, 1.4592 ns/op OverheadActual 8: 134217728 op, 195347666.00 ns, 1.4555 ns/op OverheadActual 9: 134217728 op, 195174458.00 ns, 1.4542 ns/op OverheadActual 10: 134217728 op, 194452166.00 ns, 1.4488 ns/op OverheadActual 11: 134217728 op, 194299625.00 ns, 1.4476 ns/op OverheadActual 12: 134217728 op, 200251875.00 ns, 1.4920 ns/op OverheadActual 13: 134217728 op, 194492167.00 ns, 1.4491 ns/op OverheadActual 14: 134217728 op, 194715208.00 ns, 1.4507 ns/op OverheadActual 15: 134217728 op, 195150542.00 ns, 1.4540 ns/op WorkloadWarmup 1: 134217728 op, 558380833.00 ns, 4.1603 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 566181667.00 ns, 4.2184 ns/op WorkloadActual 2: 134217728 op, 570262125.00 ns, 4.2488 ns/op WorkloadActual 3: 134217728 op, 580183917.00 ns, 4.3227 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 371031125.00 ns, 2.7644 ns/op WorkloadResult 2: 134217728 op, 375111583.00 ns, 2.7948 ns/op WorkloadResult 3: 134217728 op, 385033375.00 ns, 2.8687 ns/op // GC: 0 0 0 0 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 71593 has exited with code 0. Mean = 2.809 ns, StdErr = 0.031 ns (1.10%), N = 3, StdDev = 0.054 ns Min = 2.764 ns, Q1 = 2.780 ns, Median = 2.795 ns, Q3 = 2.832 ns, Max = 2.869 ns IQR = 0.052 ns, LowerFence = 2.701 ns, UpperFence = 2.910 ns ConfidenceInterval = [1.830 ns; 3.788 ns] (CI 99.9%), Margin = 0.979 ns (34.84% of Mean) Skewness = 0.25, Kurtosis = 0.67, MValue = 2 // ** Remained 6 (50,0 %) benchmark(s) to run. Estimated finish 2026-01-07 20:01 (0h 1m from now) ** // ************************** // Benchmark: ResultBenchmarks.AccessErrorByIndex_Single: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-WWFMMQ-1.dll --anonymousPipes 130 131 --benchmarkName Benchmarks.ResultBenchmarks.AccessErrorByIndex_Single --job "IterationCount=3, WarmupCount=1" --benchmarkId 6 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-WWFMMQ(IterationCount=3, WarmupCount=1) OverheadJitting 1: 1 op, 93292.00 ns, 93.2920 us/op WorkloadJitting 1: 1 op, 320625.00 ns, 320.6250 us/op OverheadJitting 2: 16 op, 165292.00 ns, 10.3308 us/op WorkloadJitting 2: 16 op, 116417.00 ns, 7.2761 us/op WorkloadPilot 1: 16 op, 542.00 ns, 33.8750 ns/op WorkloadPilot 2: 32 op, 416.00 ns, 13.0000 ns/op WorkloadPilot 3: 64 op, 625.00 ns, 9.7656 ns/op WorkloadPilot 4: 128 op, 1167.00 ns, 9.1172 ns/op WorkloadPilot 5: 256 op, 2250.00 ns, 8.7891 ns/op WorkloadPilot 6: 512 op, 4542.00 ns, 8.8711 ns/op WorkloadPilot 7: 1024 op, 9125.00 ns, 8.9111 ns/op WorkloadPilot 8: 2048 op, 17542.00 ns, 8.5654 ns/op WorkloadPilot 9: 4096 op, 35792.00 ns, 8.7383 ns/op WorkloadPilot 10: 8192 op, 71000.00 ns, 8.6670 ns/op WorkloadPilot 11: 16384 op, 137209.00 ns, 8.3746 ns/op WorkloadPilot 12: 32768 op, 282667.00 ns, 8.6263 ns/op WorkloadPilot 13: 65536 op, 555709.00 ns, 8.4794 ns/op WorkloadPilot 14: 131072 op, 1091125.00 ns, 8.3246 ns/op WorkloadPilot 15: 262144 op, 2259333.00 ns, 8.6187 ns/op WorkloadPilot 16: 524288 op, 4542875.00 ns, 8.6648 ns/op WorkloadPilot 17: 1048576 op, 8976042.00 ns, 8.5602 ns/op WorkloadPilot 18: 2097152 op, 17893125.00 ns, 8.5321 ns/op WorkloadPilot 19: 4194304 op, 35651541.00 ns, 8.5000 ns/op WorkloadPilot 20: 8388608 op, 71523375.00 ns, 8.5263 ns/op WorkloadPilot 21: 16777216 op, 134257625.00 ns, 8.0024 ns/op WorkloadPilot 22: 33554432 op, 228227500.00 ns, 6.8017 ns/op WorkloadPilot 23: 67108864 op, 461137750.00 ns, 6.8715 ns/op WorkloadPilot 24: 134217728 op, 913667750.00 ns, 6.8074 ns/op OverheadWarmup 1: 134217728 op, 250901542.00 ns, 1.8694 ns/op OverheadWarmup 2: 134217728 op, 194651292.00 ns, 1.4503 ns/op OverheadWarmup 3: 134217728 op, 194135542.00 ns, 1.4464 ns/op OverheadWarmup 4: 134217728 op, 194599167.00 ns, 1.4499 ns/op OverheadWarmup 5: 134217728 op, 193160542.00 ns, 1.4392 ns/op OverheadWarmup 6: 134217728 op, 194387959.00 ns, 1.4483 ns/op OverheadWarmup 7: 134217728 op, 194660709.00 ns, 1.4503 ns/op OverheadWarmup 8: 134217728 op, 195033625.00 ns, 1.4531 ns/op OverheadWarmup 9: 134217728 op, 194156708.00 ns, 1.4466 ns/op OverheadActual 1: 134217728 op, 195759209.00 ns, 1.4585 ns/op OverheadActual 2: 134217728 op, 198162500.00 ns, 1.4764 ns/op OverheadActual 3: 134217728 op, 193265625.00 ns, 1.4399 ns/op OverheadActual 4: 134217728 op, 193906750.00 ns, 1.4447 ns/op OverheadActual 5: 134217728 op, 193882916.00 ns, 1.4445 ns/op OverheadActual 6: 134217728 op, 193960000.00 ns, 1.4451 ns/op OverheadActual 7: 134217728 op, 195579083.00 ns, 1.4572 ns/op OverheadActual 8: 134217728 op, 194702000.00 ns, 1.4506 ns/op OverheadActual 9: 134217728 op, 193719833.00 ns, 1.4433 ns/op OverheadActual 10: 134217728 op, 196172458.00 ns, 1.4616 ns/op OverheadActual 11: 134217728 op, 195097000.00 ns, 1.4536 ns/op OverheadActual 12: 134217728 op, 193918542.00 ns, 1.4448 ns/op OverheadActual 13: 134217728 op, 194551958.00 ns, 1.4495 ns/op OverheadActual 14: 134217728 op, 195728292.00 ns, 1.4583 ns/op OverheadActual 15: 134217728 op, 194207166.00 ns, 1.4470 ns/op WorkloadWarmup 1: 134217728 op, 914936542.00 ns, 6.8168 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 912885208.00 ns, 6.8015 ns/op WorkloadActual 2: 134217728 op, 913948458.00 ns, 6.8094 ns/op WorkloadActual 3: 134217728 op, 914484584.00 ns, 6.8134 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 718333250.00 ns, 5.3520 ns/op WorkloadResult 2: 134217728 op, 719396500.00 ns, 5.3599 ns/op WorkloadResult 3: 134217728 op, 719932626.00 ns, 5.3639 ns/op // GC: 0 0 0 0 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 71600 has exited with code 0. Mean = 5.359 ns, StdErr = 0.004 ns (0.07%), N = 3, StdDev = 0.006 ns Min = 5.352 ns, Q1 = 5.356 ns, Median = 5.360 ns, Q3 = 5.362 ns, Max = 5.364 ns IQR = 0.006 ns, LowerFence = 5.347 ns, UpperFence = 5.371 ns ConfidenceInterval = [5.248 ns; 5.469 ns] (CI 99.9%), Margin = 0.111 ns (2.06% of Mean) Skewness = -0.21, Kurtosis = 0.67, MValue = 2 // ** Remained 5 (41,7 %) benchmark(s) to run. Estimated finish 2026-01-07 20:01 (0h 1m from now) ** // ************************** // Benchmark: ResultBenchmarks.AccessErrorByIndex_Multiple: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-WWFMMQ-1.dll --anonymousPipes 130 131 --benchmarkName Benchmarks.ResultBenchmarks.AccessErrorByIndex_Multiple --job "IterationCount=3, WarmupCount=1" --benchmarkId 7 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-WWFMMQ(IterationCount=3, WarmupCount=1) OverheadJitting 1: 1 op, 106667.00 ns, 106.6670 us/op WorkloadJitting 1: 1 op, 339875.00 ns, 339.8750 us/op OverheadJitting 2: 16 op, 118458.00 ns, 7.4036 us/op WorkloadJitting 2: 16 op, 140667.00 ns, 8.7917 us/op WorkloadPilot 1: 16 op, 791.00 ns, 49.4375 ns/op WorkloadPilot 2: 32 op, 1041.00 ns, 32.5313 ns/op WorkloadPilot 3: 64 op, 1375.00 ns, 21.4844 ns/op WorkloadPilot 4: 128 op, 2625.00 ns, 20.5078 ns/op WorkloadPilot 5: 256 op, 4625.00 ns, 18.0664 ns/op WorkloadPilot 6: 512 op, 8875.00 ns, 17.3340 ns/op WorkloadPilot 7: 1024 op, 18041.00 ns, 17.6182 ns/op WorkloadPilot 8: 2048 op, 35750.00 ns, 17.4561 ns/op WorkloadPilot 9: 4096 op, 70541.00 ns, 17.2219 ns/op WorkloadPilot 10: 8192 op, 139750.00 ns, 17.0593 ns/op WorkloadPilot 11: 16384 op, 286500.00 ns, 17.4866 ns/op WorkloadPilot 12: 32768 op, 571375.00 ns, 17.4370 ns/op WorkloadPilot 13: 65536 op, 1152584.00 ns, 17.5870 ns/op WorkloadPilot 14: 131072 op, 2248667.00 ns, 17.1560 ns/op WorkloadPilot 15: 262144 op, 4529792.00 ns, 17.2798 ns/op WorkloadPilot 16: 524288 op, 8947208.00 ns, 17.0654 ns/op WorkloadPilot 17: 1048576 op, 18136792.00 ns, 17.2966 ns/op WorkloadPilot 18: 2097152 op, 35716750.00 ns, 17.0311 ns/op WorkloadPilot 19: 4194304 op, 68371625.00 ns, 16.3011 ns/op WorkloadPilot 20: 8388608 op, 56454583.00 ns, 6.7299 ns/op WorkloadPilot 21: 16777216 op, 111966750.00 ns, 6.6737 ns/op WorkloadPilot 22: 33554432 op, 223679916.00 ns, 6.6662 ns/op WorkloadPilot 23: 67108864 op, 451599167.00 ns, 6.7294 ns/op WorkloadPilot 24: 134217728 op, 901215167.00 ns, 6.7146 ns/op OverheadWarmup 1: 134217728 op, 252364250.00 ns, 1.8803 ns/op OverheadWarmup 2: 134217728 op, 196648667.00 ns, 1.4651 ns/op OverheadWarmup 3: 134217728 op, 193977084.00 ns, 1.4452 ns/op OverheadWarmup 4: 134217728 op, 194950125.00 ns, 1.4525 ns/op OverheadWarmup 5: 134217728 op, 194833959.00 ns, 1.4516 ns/op OverheadWarmup 6: 134217728 op, 193659209.00 ns, 1.4429 ns/op OverheadWarmup 7: 134217728 op, 195742541.00 ns, 1.4584 ns/op OverheadWarmup 8: 134217728 op, 193054875.00 ns, 1.4384 ns/op OverheadActual 1: 134217728 op, 194129500.00 ns, 1.4464 ns/op OverheadActual 2: 134217728 op, 194717250.00 ns, 1.4508 ns/op OverheadActual 3: 134217728 op, 193484500.00 ns, 1.4416 ns/op OverheadActual 4: 134217728 op, 193639917.00 ns, 1.4427 ns/op OverheadActual 5: 134217728 op, 194016667.00 ns, 1.4455 ns/op OverheadActual 6: 134217728 op, 194891958.00 ns, 1.4521 ns/op OverheadActual 7: 134217728 op, 194536416.00 ns, 1.4494 ns/op OverheadActual 8: 134217728 op, 194230208.00 ns, 1.4471 ns/op OverheadActual 9: 134217728 op, 193615208.00 ns, 1.4425 ns/op OverheadActual 10: 134217728 op, 193467791.00 ns, 1.4414 ns/op OverheadActual 11: 134217728 op, 193971458.00 ns, 1.4452 ns/op OverheadActual 12: 134217728 op, 195331833.00 ns, 1.4553 ns/op OverheadActual 13: 134217728 op, 192485625.00 ns, 1.4341 ns/op OverheadActual 14: 134217728 op, 194593459.00 ns, 1.4498 ns/op OverheadActual 15: 134217728 op, 193432959.00 ns, 1.4412 ns/op WorkloadWarmup 1: 134217728 op, 898809333.00 ns, 6.6967 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 900394667.00 ns, 6.7085 ns/op WorkloadActual 2: 134217728 op, 899635417.00 ns, 6.7028 ns/op WorkloadActual 3: 134217728 op, 909940083.00 ns, 6.7796 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 706378000.00 ns, 5.2629 ns/op WorkloadResult 2: 134217728 op, 705618750.00 ns, 5.2573 ns/op WorkloadResult 3: 134217728 op, 715923416.00 ns, 5.3340 ns/op // GC: 0 0 0 0 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 71610 has exited with code 0. Mean = 5.285 ns, StdErr = 0.025 ns (0.47%), N = 3, StdDev = 0.043 ns Min = 5.257 ns, Q1 = 5.260 ns, Median = 5.263 ns, Q3 = 5.298 ns, Max = 5.334 ns IQR = 0.038 ns, LowerFence = 5.203 ns, UpperFence = 5.356 ns ConfidenceInterval = [4.504 ns; 6.065 ns] (CI 99.9%), Margin = 0.781 ns (14.77% of Mean) Skewness = 0.38, Kurtosis = 0.67, MValue = 2 // ** Remained 4 (33,3 %) benchmark(s) to run. Estimated finish 2026-01-07 20:01 (0h 0m from now) ** // ************************** // Benchmark: ResultBenchmarks.ErrorsCount: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-WWFMMQ-1.dll --anonymousPipes 130 131 --benchmarkName Benchmarks.ResultBenchmarks.ErrorsCount --job "IterationCount=3, WarmupCount=1" --benchmarkId 8 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-WWFMMQ(IterationCount=3, WarmupCount=1) OverheadJitting 1: 1 op, 89667.00 ns, 89.6670 us/op WorkloadJitting 1: 1 op, 150292.00 ns, 150.2920 us/op OverheadJitting 2: 16 op, 194959.00 ns, 12.1849 us/op WorkloadJitting 2: 16 op, 199625.00 ns, 12.4766 us/op WorkloadPilot 1: 16 op, 416.00 ns, 26.0000 ns/op WorkloadPilot 2: 32 op, 292.00 ns, 9.1250 ns/op WorkloadPilot 3: 64 op, 500.00 ns, 7.8125 ns/op WorkloadPilot 4: 128 op, 708.00 ns, 5.5313 ns/op WorkloadPilot 5: 256 op, 1375.00 ns, 5.3711 ns/op WorkloadPilot 6: 512 op, 3000.00 ns, 5.8594 ns/op WorkloadPilot 7: 1024 op, 5625.00 ns, 5.4932 ns/op WorkloadPilot 8: 2048 op, 10834.00 ns, 5.2900 ns/op WorkloadPilot 9: 4096 op, 22041.00 ns, 5.3811 ns/op WorkloadPilot 10: 8192 op, 42625.00 ns, 5.2032 ns/op WorkloadPilot 11: 16384 op, 77375.00 ns, 4.7226 ns/op WorkloadPilot 12: 32768 op, 161583.00 ns, 4.9311 ns/op WorkloadPilot 13: 65536 op, 297000.00 ns, 4.5319 ns/op WorkloadPilot 14: 131072 op, 594500.00 ns, 4.5357 ns/op WorkloadPilot 15: 262144 op, 1133208.00 ns, 4.3228 ns/op WorkloadPilot 16: 524288 op, 2251042.00 ns, 4.2935 ns/op WorkloadPilot 17: 1048576 op, 4792250.00 ns, 4.5702 ns/op WorkloadPilot 18: 2097152 op, 9545250.00 ns, 4.5515 ns/op WorkloadPilot 19: 4194304 op, 18984458.00 ns, 4.5262 ns/op WorkloadPilot 20: 8388608 op, 37610334.00 ns, 4.4835 ns/op WorkloadPilot 21: 16777216 op, 66331583.00 ns, 3.9537 ns/op WorkloadPilot 22: 33554432 op, 49640667.00 ns, 1.4794 ns/op WorkloadPilot 23: 67108864 op, 98556958.00 ns, 1.4686 ns/op WorkloadPilot 24: 134217728 op, 196132667.00 ns, 1.4613 ns/op WorkloadPilot 25: 268435456 op, 390603333.00 ns, 1.4551 ns/op WorkloadPilot 26: 536870912 op, 782862792.00 ns, 1.4582 ns/op OverheadWarmup 1: 536870912 op, 843098416.00 ns, 1.5704 ns/op OverheadWarmup 2: 536870912 op, 784267708.00 ns, 1.4608 ns/op OverheadWarmup 3: 536870912 op, 801871625.00 ns, 1.4936 ns/op OverheadWarmup 4: 536870912 op, 804793125.00 ns, 1.4990 ns/op OverheadWarmup 5: 536870912 op, 796867667.00 ns, 1.4843 ns/op OverheadWarmup 6: 536870912 op, 795408167.00 ns, 1.4816 ns/op OverheadWarmup 7: 536870912 op, 798543000.00 ns, 1.4874 ns/op OverheadWarmup 8: 536870912 op, 798937708.00 ns, 1.4881 ns/op OverheadWarmup 9: 536870912 op, 798614417.00 ns, 1.4875 ns/op OverheadActual 1: 536870912 op, 788116084.00 ns, 1.4680 ns/op OverheadActual 2: 536870912 op, 789963875.00 ns, 1.4714 ns/op OverheadActual 3: 536870912 op, 787831125.00 ns, 1.4674 ns/op OverheadActual 4: 536870912 op, 785968625.00 ns, 1.4640 ns/op OverheadActual 5: 536870912 op, 792369209.00 ns, 1.4759 ns/op OverheadActual 6: 536870912 op, 784277750.00 ns, 1.4608 ns/op OverheadActual 7: 536870912 op, 782334125.00 ns, 1.4572 ns/op OverheadActual 8: 536870912 op, 783362042.00 ns, 1.4591 ns/op OverheadActual 9: 536870912 op, 784339916.00 ns, 1.4609 ns/op OverheadActual 10: 536870912 op, 787841250.00 ns, 1.4675 ns/op OverheadActual 11: 536870912 op, 790259333.00 ns, 1.4720 ns/op OverheadActual 12: 536870912 op, 785276417.00 ns, 1.4627 ns/op OverheadActual 13: 536870912 op, 786550208.00 ns, 1.4651 ns/op OverheadActual 14: 536870912 op, 785391250.00 ns, 1.4629 ns/op OverheadActual 15: 536870912 op, 788091083.00 ns, 1.4679 ns/op WorkloadWarmup 1: 536870912 op, 782385834.00 ns, 1.4573 ns/op // BeforeActualRun WorkloadActual 1: 536870912 op, 780197167.00 ns, 1.4532 ns/op WorkloadActual 2: 536870912 op, 779005208.00 ns, 1.4510 ns/op WorkloadActual 3: 536870912 op, 782359417.00 ns, 1.4573 ns/op // AfterActualRun WorkloadResult 1: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 2: 536870912 op, 0.00 ns, 0.0000 ns/op WorkloadResult 3: 536870912 op, 0.00 ns, 0.0000 ns/op // GC: 0 0 0 0 536870912 // Threading: 0 0 536870912 // AfterAll // Benchmark Process 71618 has exited with code 0. Mean = 0.000 ns, StdErr = 0.000 ns (NaN%), N = 3, StdDev = 0.000 ns Min = 0.000 ns, Q1 = 0.000 ns, Median = 0.000 ns, Q3 = 0.000 ns, Max = 0.000 ns IQR = 0.000 ns, LowerFence = 0.000 ns, UpperFence = 0.000 ns ConfidenceInterval = [0.000 ns; 0.000 ns] (CI 99.9%), Margin = 0.000 ns (NaN% of Mean) Skewness = NaN, Kurtosis = NaN, MValue = 2 // ** Remained 3 (25,0 %) benchmark(s) to run. Estimated finish 2026-01-07 20:01 (0h 0m from now) ** // ************************** // Benchmark: ResultBenchmarks.FirstError: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-WWFMMQ-1.dll --anonymousPipes 130 131 --benchmarkName Benchmarks.ResultBenchmarks.FirstError --job "IterationCount=3, WarmupCount=1" --benchmarkId 9 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-WWFMMQ(IterationCount=3, WarmupCount=1) OverheadJitting 1: 1 op, 84083.00 ns, 84.0830 us/op WorkloadJitting 1: 1 op, 271583.00 ns, 271.5830 us/op OverheadJitting 2: 16 op, 157250.00 ns, 9.8281 us/op WorkloadJitting 2: 16 op, 185791.00 ns, 11.6119 us/op WorkloadPilot 1: 16 op, 1000.00 ns, 62.5000 ns/op WorkloadPilot 2: 32 op, 667.00 ns, 20.8438 ns/op WorkloadPilot 3: 64 op, 1292.00 ns, 20.1875 ns/op WorkloadPilot 4: 128 op, 1792.00 ns, 14.0000 ns/op WorkloadPilot 5: 256 op, 3375.00 ns, 13.1836 ns/op WorkloadPilot 6: 512 op, 6541.00 ns, 12.7754 ns/op WorkloadPilot 7: 1024 op, 12958.00 ns, 12.6543 ns/op WorkloadPilot 8: 2048 op, 34583.00 ns, 16.8862 ns/op WorkloadPilot 9: 4096 op, 53417.00 ns, 13.0413 ns/op WorkloadPilot 10: 8192 op, 83500.00 ns, 10.1929 ns/op WorkloadPilot 11: 16384 op, 166083.00 ns, 10.1369 ns/op WorkloadPilot 12: 32768 op, 398083.00 ns, 12.1485 ns/op WorkloadPilot 13: 65536 op, 677625.00 ns, 10.3397 ns/op WorkloadPilot 14: 131072 op, 1344375.00 ns, 10.2568 ns/op WorkloadPilot 15: 262144 op, 2902708.00 ns, 11.0730 ns/op WorkloadPilot 16: 524288 op, 5395708.00 ns, 10.2915 ns/op WorkloadPilot 17: 1048576 op, 10859500.00 ns, 10.3564 ns/op WorkloadPilot 18: 2097152 op, 21488083.00 ns, 10.2463 ns/op WorkloadPilot 19: 4194304 op, 42747166.00 ns, 10.1917 ns/op WorkloadPilot 20: 8388608 op, 64018125.00 ns, 7.6316 ns/op WorkloadPilot 21: 16777216 op, 66115250.00 ns, 3.9408 ns/op WorkloadPilot 22: 33554432 op, 132954916.00 ns, 3.9624 ns/op WorkloadPilot 23: 67108864 op, 265758958.00 ns, 3.9601 ns/op WorkloadPilot 24: 134217728 op, 529796208.00 ns, 3.9473 ns/op OverheadWarmup 1: 134217728 op, 251852666.00 ns, 1.8764 ns/op OverheadWarmup 2: 134217728 op, 193687875.00 ns, 1.4431 ns/op OverheadWarmup 3: 134217728 op, 193648458.00 ns, 1.4428 ns/op OverheadWarmup 4: 134217728 op, 193751958.00 ns, 1.4436 ns/op OverheadWarmup 5: 134217728 op, 194399958.00 ns, 1.4484 ns/op OverheadWarmup 6: 134217728 op, 194122042.00 ns, 1.4463 ns/op OverheadWarmup 7: 134217728 op, 194338250.00 ns, 1.4479 ns/op OverheadWarmup 8: 134217728 op, 195421750.00 ns, 1.4560 ns/op OverheadWarmup 9: 134217728 op, 194513167.00 ns, 1.4492 ns/op OverheadActual 1: 134217728 op, 194638375.00 ns, 1.4502 ns/op OverheadActual 2: 134217728 op, 195526542.00 ns, 1.4568 ns/op OverheadActual 3: 134217728 op, 195425209.00 ns, 1.4560 ns/op OverheadActual 4: 134217728 op, 194751500.00 ns, 1.4510 ns/op OverheadActual 5: 134217728 op, 195358834.00 ns, 1.4555 ns/op OverheadActual 6: 134217728 op, 195096125.00 ns, 1.4536 ns/op OverheadActual 7: 134217728 op, 194949292.00 ns, 1.4525 ns/op OverheadActual 8: 134217728 op, 194134041.00 ns, 1.4464 ns/op OverheadActual 9: 134217728 op, 195045875.00 ns, 1.4532 ns/op OverheadActual 10: 134217728 op, 194662042.00 ns, 1.4503 ns/op OverheadActual 11: 134217728 op, 193705000.00 ns, 1.4432 ns/op OverheadActual 12: 134217728 op, 193589083.00 ns, 1.4424 ns/op OverheadActual 13: 134217728 op, 194142791.00 ns, 1.4465 ns/op OverheadActual 14: 134217728 op, 195901125.00 ns, 1.4596 ns/op OverheadActual 15: 134217728 op, 193819583.00 ns, 1.4441 ns/op WorkloadWarmup 1: 134217728 op, 530390334.00 ns, 3.9517 ns/op // BeforeActualRun WorkloadActual 1: 134217728 op, 529127459.00 ns, 3.9423 ns/op WorkloadActual 2: 134217728 op, 528907625.00 ns, 3.9407 ns/op WorkloadActual 3: 134217728 op, 544562375.00 ns, 4.0573 ns/op // AfterActualRun WorkloadResult 1: 134217728 op, 334375959.00 ns, 2.4913 ns/op WorkloadResult 2: 134217728 op, 334156125.00 ns, 2.4897 ns/op WorkloadResult 3: 134217728 op, 349810875.00 ns, 2.6063 ns/op // GC: 0 0 0 0 134217728 // Threading: 0 0 134217728 // AfterAll // Benchmark Process 71639 has exited with code 0. Mean = 2.529 ns, StdErr = 0.039 ns (1.53%), N = 3, StdDev = 0.067 ns Min = 2.490 ns, Q1 = 2.490 ns, Median = 2.491 ns, Q3 = 2.549 ns, Max = 2.606 ns IQR = 0.058 ns, LowerFence = 2.403 ns, UpperFence = 2.636 ns ConfidenceInterval = [1.309 ns; 3.749 ns] (CI 99.9%), Margin = 1.220 ns (48.24% of Mean) Skewness = 0.38, Kurtosis = 0.67, MValue = 2 // ** Remained 2 (16,7 %) benchmark(s) to run. Estimated finish 2026-01-07 20:01 (0h 0m from now) ** // ************************** // Benchmark: ResultBenchmarks.Map_Success: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-WWFMMQ-1.dll --anonymousPipes 130 131 --benchmarkName Benchmarks.ResultBenchmarks.Map_Success --job "IterationCount=3, WarmupCount=1" --benchmarkId 10 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-WWFMMQ(IterationCount=3, WarmupCount=1) OverheadJitting 1: 1 op, 103416.00 ns, 103.4160 us/op WorkloadJitting 1: 1 op, 346083.00 ns, 346.0830 us/op OverheadJitting 2: 16 op, 124666.00 ns, 7.7916 us/op WorkloadJitting 2: 16 op, 123834.00 ns, 7.7396 us/op WorkloadPilot 1: 16 op, 1750.00 ns, 109.3750 ns/op WorkloadPilot 2: 32 op, 2125.00 ns, 66.4063 ns/op WorkloadPilot 3: 64 op, 3083.00 ns, 48.1719 ns/op WorkloadPilot 4: 128 op, 5958.00 ns, 46.5469 ns/op WorkloadPilot 5: 256 op, 12625.00 ns, 49.3164 ns/op WorkloadPilot 6: 512 op, 23166.00 ns, 45.2461 ns/op WorkloadPilot 7: 1024 op, 42458.00 ns, 41.4629 ns/op WorkloadPilot 8: 2048 op, 78250.00 ns, 38.2080 ns/op WorkloadPilot 9: 4096 op, 143666.00 ns, 35.0747 ns/op WorkloadPilot 10: 8192 op, 283167.00 ns, 34.5663 ns/op WorkloadPilot 11: 16384 op, 579084.00 ns, 35.3445 ns/op WorkloadPilot 12: 32768 op, 1176416.00 ns, 35.9014 ns/op WorkloadPilot 13: 65536 op, 2311166.00 ns, 35.2656 ns/op WorkloadPilot 14: 131072 op, 4656416.00 ns, 35.5256 ns/op WorkloadPilot 15: 262144 op, 9086750.00 ns, 34.6632 ns/op WorkloadPilot 16: 524288 op, 18393750.00 ns, 35.0833 ns/op WorkloadPilot 17: 1048576 op, 36367125.00 ns, 34.6824 ns/op WorkloadPilot 18: 2097152 op, 70528000.00 ns, 33.6304 ns/op WorkloadPilot 19: 4194304 op, 54467458.00 ns, 12.9861 ns/op WorkloadPilot 20: 8388608 op, 124793917.00 ns, 14.8766 ns/op WorkloadPilot 21: 16777216 op, 275904750.00 ns, 16.4452 ns/op WorkloadPilot 22: 33554432 op, 544931542.00 ns, 16.2402 ns/op OverheadWarmup 1: 33554432 op, 68176334.00 ns, 2.0318 ns/op OverheadWarmup 2: 33554432 op, 66801959.00 ns, 1.9909 ns/op OverheadWarmup 3: 33554432 op, 67296667.00 ns, 2.0056 ns/op OverheadWarmup 4: 33554432 op, 49734750.00 ns, 1.4822 ns/op OverheadWarmup 5: 33554432 op, 50771458.00 ns, 1.5131 ns/op OverheadWarmup 6: 33554432 op, 51502083.00 ns, 1.5349 ns/op OverheadWarmup 7: 33554432 op, 50353875.00 ns, 1.5007 ns/op OverheadActual 1: 33554432 op, 51804834.00 ns, 1.5439 ns/op OverheadActual 2: 33554432 op, 50809292.00 ns, 1.5142 ns/op OverheadActual 3: 33554432 op, 51981500.00 ns, 1.5492 ns/op OverheadActual 4: 33554432 op, 51126375.00 ns, 1.5237 ns/op OverheadActual 5: 33554432 op, 50104167.00 ns, 1.4932 ns/op OverheadActual 6: 33554432 op, 50135250.00 ns, 1.4941 ns/op OverheadActual 7: 33554432 op, 50383708.00 ns, 1.5016 ns/op OverheadActual 8: 33554432 op, 49802417.00 ns, 1.4842 ns/op OverheadActual 9: 33554432 op, 50325833.00 ns, 1.4998 ns/op OverheadActual 10: 33554432 op, 49130167.00 ns, 1.4642 ns/op OverheadActual 11: 33554432 op, 49625792.00 ns, 1.4790 ns/op OverheadActual 12: 33554432 op, 49036167.00 ns, 1.4614 ns/op OverheadActual 13: 33554432 op, 50586959.00 ns, 1.5076 ns/op OverheadActual 14: 33554432 op, 49072625.00 ns, 1.4625 ns/op OverheadActual 15: 33554432 op, 50473958.00 ns, 1.5042 ns/op WorkloadWarmup 1: 33554432 op, 548574708.00 ns, 16.3488 ns/op // BeforeActualRun WorkloadActual 1: 33554432 op, 545173208.00 ns, 16.2474 ns/op WorkloadActual 2: 33554432 op, 542153666.00 ns, 16.1574 ns/op WorkloadActual 3: 33554432 op, 543944250.00 ns, 16.2108 ns/op // AfterActualRun WorkloadResult 1: 33554432 op, 494847375.00 ns, 14.7476 ns/op WorkloadResult 2: 33554432 op, 491827833.00 ns, 14.6576 ns/op WorkloadResult 3: 33554432 op, 493618417.00 ns, 14.7110 ns/op // GC: 0 0 0 0 33554432 // Threading: 0 0 33554432 // AfterAll // Benchmark Process 71644 has exited with code 0. Mean = 14.705 ns, StdErr = 0.026 ns (0.18%), N = 3, StdDev = 0.045 ns Min = 14.658 ns, Q1 = 14.684 ns, Median = 14.711 ns, Q3 = 14.729 ns, Max = 14.748 ns IQR = 0.045 ns, LowerFence = 14.617 ns, UpperFence = 14.797 ns ConfidenceInterval = [13.880 ns; 15.531 ns] (CI 99.9%), Margin = 0.826 ns (5.61% of Mean) Skewness = -0.12, Kurtosis = 0.67, MValue = 2 // ** Remained 1 (8,3 %) benchmark(s) to run. Estimated finish 2026-01-07 20:01 (0h 0m from now) ** // ************************** // Benchmark: ResultBenchmarks.Map_Failure: Job-WWFMMQ(IterationCount=3, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-WWFMMQ-1.dll --anonymousPipes 130 131 --benchmarkName Benchmarks.ResultBenchmarks.Map_Failure --job "IterationCount=3, WarmupCount=1" --benchmarkId 11 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-WWFMMQ-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-WWFMMQ(IterationCount=3, WarmupCount=1) OverheadJitting 1: 1 op, 92708.00 ns, 92.7080 us/op WorkloadJitting 1: 1 op, 405583.00 ns, 405.5830 us/op OverheadJitting 2: 16 op, 161833.00 ns, 10.1146 us/op WorkloadJitting 2: 16 op, 164833.00 ns, 10.3021 us/op WorkloadPilot 1: 16 op, 750.00 ns, 46.8750 ns/op WorkloadPilot 2: 32 op, 875.00 ns, 27.3438 ns/op WorkloadPilot 3: 64 op, 2125.00 ns, 33.2031 ns/op WorkloadPilot 4: 128 op, 3875.00 ns, 30.2734 ns/op WorkloadPilot 5: 256 op, 5625.00 ns, 21.9727 ns/op WorkloadPilot 6: 512 op, 13583.00 ns, 26.5293 ns/op WorkloadPilot 7: 1024 op, 26625.00 ns, 26.0010 ns/op WorkloadPilot 8: 2048 op, 40875.00 ns, 19.9585 ns/op WorkloadPilot 9: 4096 op, 81666.00 ns, 19.9380 ns/op WorkloadPilot 10: 8192 op, 191625.00 ns, 23.3917 ns/op WorkloadPilot 11: 16384 op, 383500.00 ns, 23.4070 ns/op WorkloadPilot 12: 32768 op, 713583.00 ns, 21.7768 ns/op WorkloadPilot 13: 65536 op, 1363125.00 ns, 20.7996 ns/op WorkloadPilot 14: 131072 op, 2925083.00 ns, 22.3166 ns/op WorkloadPilot 15: 262144 op, 5481542.00 ns, 20.9104 ns/op WorkloadPilot 16: 524288 op, 11319208.00 ns, 21.5897 ns/op WorkloadPilot 17: 1048576 op, 23803708.00 ns, 22.7010 ns/op WorkloadPilot 18: 2097152 op, 46166958.00 ns, 22.0141 ns/op WorkloadPilot 19: 4194304 op, 91512875.00 ns, 21.8184 ns/op WorkloadPilot 20: 8388608 op, 134486084.00 ns, 16.0320 ns/op WorkloadPilot 21: 16777216 op, 305940375.00 ns, 18.2355 ns/op WorkloadPilot 22: 33554432 op, 612149333.00 ns, 18.2435 ns/op OverheadWarmup 1: 33554432 op, 66994917.00 ns, 1.9966 ns/op OverheadWarmup 2: 33554432 op, 66950375.00 ns, 1.9953 ns/op OverheadWarmup 3: 33554432 op, 66993334.00 ns, 1.9966 ns/op OverheadWarmup 4: 33554432 op, 50404042.00 ns, 1.5022 ns/op OverheadWarmup 5: 33554432 op, 49337875.00 ns, 1.4704 ns/op OverheadWarmup 6: 33554432 op, 49345875.00 ns, 1.4706 ns/op OverheadWarmup 7: 33554432 op, 49623542.00 ns, 1.4789 ns/op OverheadWarmup 8: 33554432 op, 49514125.00 ns, 1.4756 ns/op OverheadActual 1: 33554432 op, 49788417.00 ns, 1.4838 ns/op OverheadActual 2: 33554432 op, 48876958.00 ns, 1.4566 ns/op OverheadActual 3: 33554432 op, 49683125.00 ns, 1.4807 ns/op OverheadActual 4: 33554432 op, 49692459.00 ns, 1.4810 ns/op OverheadActual 5: 33554432 op, 48898875.00 ns, 1.4573 ns/op OverheadActual 6: 33554432 op, 48698833.00 ns, 1.4513 ns/op OverheadActual 7: 33554432 op, 49372291.00 ns, 1.4714 ns/op OverheadActual 8: 33554432 op, 49296500.00 ns, 1.4692 ns/op OverheadActual 9: 33554432 op, 49388791.00 ns, 1.4719 ns/op OverheadActual 10: 33554432 op, 49057375.00 ns, 1.4620 ns/op OverheadActual 11: 33554432 op, 49052541.00 ns, 1.4619 ns/op OverheadActual 12: 33554432 op, 48729541.00 ns, 1.4523 ns/op OverheadActual 13: 33554432 op, 49602250.00 ns, 1.4783 ns/op OverheadActual 14: 33554432 op, 49819584.00 ns, 1.4847 ns/op OverheadActual 15: 33554432 op, 49528458.00 ns, 1.4761 ns/op WorkloadWarmup 1: 33554432 op, 599982708.00 ns, 17.8809 ns/op // BeforeActualRun WorkloadActual 1: 33554432 op, 602616250.00 ns, 17.9594 ns/op WorkloadActual 2: 33554432 op, 606631250.00 ns, 18.0790 ns/op WorkloadActual 3: 33554432 op, 603351042.00 ns, 17.9813 ns/op // AfterActualRun WorkloadResult 1: 33554432 op, 553243959.00 ns, 16.4880 ns/op WorkloadResult 2: 33554432 op, 557258959.00 ns, 16.6076 ns/op WorkloadResult 3: 33554432 op, 553978751.00 ns, 16.5099 ns/op // GC: 0 0 0 0 33554432 // Threading: 0 0 33554432 // AfterAll // Benchmark Process 71647 has exited with code 0. Mean = 16.535 ns, StdErr = 0.037 ns (0.22%), N = 3, StdDev = 0.064 ns Min = 16.488 ns, Q1 = 16.499 ns, Median = 16.510 ns, Q3 = 16.559 ns, Max = 16.608 ns IQR = 0.060 ns, LowerFence = 16.409 ns, UpperFence = 16.648 ns ConfidenceInterval = [15.373 ns; 17.697 ns] (CI 99.9%), Margin = 1.162 ns (7.03% of Mean) Skewness = 0.33, Kurtosis = 0.67, MValue = 2 // ** Remained 0 (0,0 %) benchmark(s) to run. Estimated finish 2026-01-07 20:01 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.ResultBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.ResultBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.ResultBenchmarks-report.html // * Detailed results * ResultBenchmarks.CreateSuccess: Job-WWFMMQ(IterationCount=3, WarmupCount=1) Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.733 ns, StdErr = 0.010 ns (0.35%), N = 3, StdDev = 0.017 ns Min = 2.722 ns, Q1 = 2.724 ns, Median = 2.725 ns, Q3 = 2.739 ns, Max = 2.753 ns IQR = 0.015 ns, LowerFence = 2.701 ns, UpperFence = 2.761 ns ConfidenceInterval = [2.427 ns; 3.039 ns] (CI 99.9%), Margin = 0.306 ns (11.19% of Mean) Skewness = 0.37, Kurtosis = 0.67, MValue = 2 -------------------- Histogram -------------------- [2.722 ns ; 2.753 ns) | @@@ --------------------------------------------------- ResultBenchmarks.CreateFailure: Job-WWFMMQ(IterationCount=3, WarmupCount=1) Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 14.773 ns, StdErr = 0.019 ns (0.13%), N = 3, StdDev = 0.034 ns Min = 14.736 ns, Q1 = 14.759 ns, Median = 14.781 ns, Q3 = 14.792 ns, Max = 14.802 ns IQR = 0.033 ns, LowerFence = 14.709 ns, UpperFence = 14.841 ns ConfidenceInterval = [14.160 ns; 15.386 ns] (CI 99.9%), Margin = 0.613 ns (4.15% of Mean) Skewness = -0.22, Kurtosis = 0.67, MValue = 2 -------------------- Histogram -------------------- [14.706 ns ; 14.833 ns) | @@@ --------------------------------------------------- ResultBenchmarks.TryGetValue_Success: Job-WWFMMQ(IterationCount=3, WarmupCount=1) Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 0.000 ns, StdErr = 0.000 ns (NaN%), N = 3, StdDev = 0.000 ns Min = 0.000 ns, Q1 = 0.000 ns, Median = 0.000 ns, Q3 = 0.000 ns, Max = 0.000 ns IQR = 0.000 ns, LowerFence = 0.000 ns, UpperFence = 0.000 ns ConfidenceInterval = [0.000 ns; 0.000 ns] (CI 99.9%), Margin = 0.000 ns (NaN% of Mean) Skewness = NaN, Kurtosis = NaN, MValue = 2 -------------------- Histogram -------------------- [0.000 ns ; 0.500 ns) | @@@ --------------------------------------------------- ResultBenchmarks.TryGetValue_Failure: Job-WWFMMQ(IterationCount=3, WarmupCount=1) Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 0.000 ns, StdErr = 0.000 ns (NaN%), N = 3, StdDev = 0.000 ns Min = 0.000 ns, Q1 = 0.000 ns, Median = 0.000 ns, Q3 = 0.000 ns, Max = 0.000 ns IQR = 0.000 ns, LowerFence = 0.000 ns, UpperFence = 0.000 ns ConfidenceInterval = [0.000 ns; 0.000 ns] (CI 99.9%), Margin = 0.000 ns (NaN% of Mean) Skewness = NaN, Kurtosis = NaN, MValue = 2 -------------------- Histogram -------------------- [0.000 ns ; 0.500 ns) | @@@ --------------------------------------------------- ResultBenchmarks.EnumerateErrors_Single: Job-WWFMMQ(IterationCount=3, WarmupCount=1) Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 0.347 ns, StdErr = 0.010 ns (2.81%), N = 3, StdDev = 0.017 ns Min = 0.334 ns, Q1 = 0.338 ns, Median = 0.341 ns, Q3 = 0.354 ns, Max = 0.366 ns IQR = 0.016 ns, LowerFence = 0.314 ns, UpperFence = 0.378 ns ConfidenceInterval = [0.039 ns; 0.656 ns] (CI 99.9%), Margin = 0.309 ns (88.91% of Mean) Skewness = 0.31, Kurtosis = 0.67, MValue = 2 -------------------- Histogram -------------------- [0.322 ns ; 0.353 ns) | @@ [0.353 ns ; 0.382 ns) | @ --------------------------------------------------- ResultBenchmarks.EnumerateErrors_Multiple: Job-WWFMMQ(IterationCount=3, WarmupCount=1) Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.809 ns, StdErr = 0.031 ns (1.10%), N = 3, StdDev = 0.054 ns Min = 2.764 ns, Q1 = 2.780 ns, Median = 2.795 ns, Q3 = 2.832 ns, Max = 2.869 ns IQR = 0.052 ns, LowerFence = 2.701 ns, UpperFence = 2.910 ns ConfidenceInterval = [1.830 ns; 3.788 ns] (CI 99.9%), Margin = 0.979 ns (34.84% of Mean) Skewness = 0.25, Kurtosis = 0.67, MValue = 2 -------------------- Histogram -------------------- [2.731 ns ; 2.828 ns) | @@ [2.828 ns ; 2.918 ns) | @ --------------------------------------------------- ResultBenchmarks.AccessErrorByIndex_Single: Job-WWFMMQ(IterationCount=3, WarmupCount=1) Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 5.359 ns, StdErr = 0.004 ns (0.07%), N = 3, StdDev = 0.006 ns Min = 5.352 ns, Q1 = 5.356 ns, Median = 5.360 ns, Q3 = 5.362 ns, Max = 5.364 ns IQR = 0.006 ns, LowerFence = 5.347 ns, UpperFence = 5.371 ns ConfidenceInterval = [5.248 ns; 5.469 ns] (CI 99.9%), Margin = 0.111 ns (2.06% of Mean) Skewness = -0.21, Kurtosis = 0.67, MValue = 2 -------------------- Histogram -------------------- [5.346 ns ; 5.370 ns) | @@@ --------------------------------------------------- ResultBenchmarks.AccessErrorByIndex_Multiple: Job-WWFMMQ(IterationCount=3, WarmupCount=1) Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 5.285 ns, StdErr = 0.025 ns (0.47%), N = 3, StdDev = 0.043 ns Min = 5.257 ns, Q1 = 5.260 ns, Median = 5.263 ns, Q3 = 5.298 ns, Max = 5.334 ns IQR = 0.038 ns, LowerFence = 5.203 ns, UpperFence = 5.356 ns ConfidenceInterval = [4.504 ns; 6.065 ns] (CI 99.9%), Margin = 0.781 ns (14.77% of Mean) Skewness = 0.38, Kurtosis = 0.67, MValue = 2 -------------------- Histogram -------------------- [5.257 ns ; 5.335 ns) | @@@ --------------------------------------------------- ResultBenchmarks.ErrorsCount: Job-WWFMMQ(IterationCount=3, WarmupCount=1) Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 0.000 ns, StdErr = 0.000 ns (NaN%), N = 3, StdDev = 0.000 ns Min = 0.000 ns, Q1 = 0.000 ns, Median = 0.000 ns, Q3 = 0.000 ns, Max = 0.000 ns IQR = 0.000 ns, LowerFence = 0.000 ns, UpperFence = 0.000 ns ConfidenceInterval = [0.000 ns; 0.000 ns] (CI 99.9%), Margin = 0.000 ns (NaN% of Mean) Skewness = NaN, Kurtosis = NaN, MValue = 2 -------------------- Histogram -------------------- [0.000 ns ; 0.500 ns) | @@@ --------------------------------------------------- ResultBenchmarks.FirstError: Job-WWFMMQ(IterationCount=3, WarmupCount=1) Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 2.529 ns, StdErr = 0.039 ns (1.53%), N = 3, StdDev = 0.067 ns Min = 2.490 ns, Q1 = 2.490 ns, Median = 2.491 ns, Q3 = 2.549 ns, Max = 2.606 ns IQR = 0.058 ns, LowerFence = 2.403 ns, UpperFence = 2.636 ns ConfidenceInterval = [1.309 ns; 3.749 ns] (CI 99.9%), Margin = 1.220 ns (48.24% of Mean) Skewness = 0.38, Kurtosis = 0.67, MValue = 2 -------------------- Histogram -------------------- [2.487 ns ; 2.609 ns) | @@@ --------------------------------------------------- ResultBenchmarks.Map_Success: Job-WWFMMQ(IterationCount=3, WarmupCount=1) Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 14.705 ns, StdErr = 0.026 ns (0.18%), N = 3, StdDev = 0.045 ns Min = 14.658 ns, Q1 = 14.684 ns, Median = 14.711 ns, Q3 = 14.729 ns, Max = 14.748 ns IQR = 0.045 ns, LowerFence = 14.617 ns, UpperFence = 14.797 ns ConfidenceInterval = [13.880 ns; 15.531 ns] (CI 99.9%), Margin = 0.826 ns (5.61% of Mean) Skewness = -0.12, Kurtosis = 0.67, MValue = 2 -------------------- Histogram -------------------- [14.616 ns ; 14.789 ns) | @@@ --------------------------------------------------- ResultBenchmarks.Map_Failure: Job-WWFMMQ(IterationCount=3, WarmupCount=1) Runtime = .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 16.535 ns, StdErr = 0.037 ns (0.22%), N = 3, StdDev = 0.064 ns Min = 16.488 ns, Q1 = 16.499 ns, Median = 16.510 ns, Q3 = 16.559 ns, Max = 16.608 ns IQR = 0.060 ns, LowerFence = 16.409 ns, UpperFence = 16.648 ns ConfidenceInterval = [15.373 ns; 17.697 ns] (CI 99.9%), Margin = 1.162 ns (7.03% of Mean) Skewness = 0.33, Kurtosis = 0.67, MValue = 2 -------------------- Histogram -------------------- [16.430 ns ; 16.666 ns) | @@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a Job-WWFMMQ : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a IterationCount=3 WarmupCount=1 | Method | Mean | Error | StdDev | Allocated | |---------------------------- |-----------:|----------:|----------:|----------:| | CreateSuccess | 2.7333 ns | 0.3058 ns | 0.0168 ns | - | | CreateFailure | 14.7732 ns | 0.6131 ns | 0.0336 ns | - | | TryGetValue_Success | 0.0000 ns | 0.0000 ns | 0.0000 ns | - | | TryGetValue_Failure | 0.0000 ns | 0.0000 ns | 0.0000 ns | - | | EnumerateErrors_Single | 0.3473 ns | 0.3088 ns | 0.0169 ns | - | | EnumerateErrors_Multiple | 2.8093 ns | 0.9789 ns | 0.0537 ns | - | | AccessErrorByIndex_Single | 5.3586 ns | 0.1106 ns | 0.0061 ns | - | | AccessErrorByIndex_Multiple | 5.2847 ns | 0.7806 ns | 0.0428 ns | - | | ErrorsCount | 0.0000 ns | 0.0000 ns | 0.0000 ns | - | | FirstError | 2.5291 ns | 1.2200 ns | 0.0669 ns | - | | Map_Success | 14.7054 ns | 0.8256 ns | 0.0453 ns | - | | Map_Failure | 16.5351 ns | 1.1623 ns | 0.0637 ns | - | // * Warnings * ZeroMeasurement ResultBenchmarks.ErrorsCount: IterationCount=3, WarmupCount=1 -> The method duration is indistinguishable from the empty method duration // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:02:42 (162.27 sec), executed benchmarks: 12 Global total time: 00:02:47 (167.26 sec), executed benchmarks: 12 // * Artifacts cleanup * Artifacts cleanup is finished Benchmarks.ValidationErrorSerializationBenchmarks-20260203-072615.log000066400000000000000000001301061516707642500430460ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 7 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/publish/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1 // command took 0.79 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/publish/" --output "/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1 // command took 5.62 sec and exited with 0 // ***** Done, took 00:00:06 (6.45 sec) ***** // Found 7 benchmarks: // ValidationErrorSerializationBenchmarks.Errors1: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ValidationErrorSerializationBenchmarks.Errors3_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ValidationErrorSerializationBenchmarks.Errors3_SharedTarget: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ValidationErrorSerializationBenchmarks.Errors5_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ValidationErrorSerializationBenchmarks.Errors5_SharedTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ValidationErrorSerializationBenchmarks.Errors10_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ValidationErrorSerializationBenchmarks.Errors10_SharedTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors1: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors1 --job "IterationCount=5, WarmupCount=1" --benchmarkId 0 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 63458.00 ns, 63.4580 us/op WorkloadJitting 1: 1 op, 2590584.00 ns, 2.5906 ms/op OverheadJitting 2: 16 op, 100375.00 ns, 6.2734 us/op WorkloadJitting 2: 16 op, 111708.00 ns, 6.9818 us/op WorkloadPilot 1: 16 op, 18375.00 ns, 1.1484 us/op WorkloadPilot 2: 32 op, 30083.00 ns, 940.0938 ns/op WorkloadPilot 3: 64 op, 106541.00 ns, 1.6647 us/op WorkloadPilot 4: 128 op, 146417.00 ns, 1.1439 us/op WorkloadPilot 5: 256 op, 235459.00 ns, 919.7617 ns/op WorkloadPilot 6: 512 op, 561917.00 ns, 1.0975 us/op WorkloadPilot 7: 1024 op, 1004792.00 ns, 981.2422 ns/op WorkloadPilot 8: 2048 op, 1970167.00 ns, 961.9956 ns/op WorkloadPilot 9: 4096 op, 4083417.00 ns, 996.9280 ns/op WorkloadPilot 10: 8192 op, 8601125.00 ns, 1.0499 us/op WorkloadPilot 11: 16384 op, 16624833.00 ns, 1.0147 us/op WorkloadPilot 12: 32768 op, 32216375.00 ns, 983.1657 ns/op WorkloadPilot 13: 65536 op, 63744209.00 ns, 972.6594 ns/op WorkloadPilot 14: 131072 op, 110173541.00 ns, 840.5574 ns/op WorkloadPilot 15: 262144 op, 92275834.00 ns, 352.0044 ns/op WorkloadPilot 16: 524288 op, 111052167.00 ns, 211.8152 ns/op WorkloadPilot 17: 1048576 op, 222298584.00 ns, 212.0005 ns/op WorkloadPilot 18: 2097152 op, 446521083.00 ns, 212.9178 ns/op WorkloadPilot 19: 4194304 op, 883065042.00 ns, 210.5391 ns/op OverheadWarmup 1: 4194304 op, 8081375.00 ns, 1.9267 ns/op OverheadWarmup 2: 4194304 op, 8222667.00 ns, 1.9604 ns/op OverheadWarmup 3: 4194304 op, 8295959.00 ns, 1.9779 ns/op OverheadWarmup 4: 4194304 op, 8500209.00 ns, 2.0266 ns/op OverheadWarmup 5: 4194304 op, 8359000.00 ns, 1.9929 ns/op OverheadWarmup 6: 4194304 op, 8367042.00 ns, 1.9949 ns/op OverheadWarmup 7: 4194304 op, 8290500.00 ns, 1.9766 ns/op OverheadActual 1: 4194304 op, 8138875.00 ns, 1.9405 ns/op OverheadActual 2: 4194304 op, 8132000.00 ns, 1.9388 ns/op OverheadActual 3: 4194304 op, 8125000.00 ns, 1.9372 ns/op OverheadActual 4: 4194304 op, 8268041.00 ns, 1.9713 ns/op OverheadActual 5: 4194304 op, 8430750.00 ns, 2.0100 ns/op OverheadActual 6: 4194304 op, 7959041.00 ns, 1.8976 ns/op OverheadActual 7: 4194304 op, 8365333.00 ns, 1.9945 ns/op OverheadActual 8: 4194304 op, 8397666.00 ns, 2.0022 ns/op OverheadActual 9: 4194304 op, 8136833.00 ns, 1.9400 ns/op OverheadActual 10: 4194304 op, 8027625.00 ns, 1.9139 ns/op OverheadActual 11: 4194304 op, 8030916.00 ns, 1.9147 ns/op OverheadActual 12: 4194304 op, 8323917.00 ns, 1.9846 ns/op OverheadActual 13: 4194304 op, 8544125.00 ns, 2.0371 ns/op OverheadActual 14: 4194304 op, 8294958.00 ns, 1.9777 ns/op OverheadActual 15: 4194304 op, 8256541.00 ns, 1.9685 ns/op WorkloadWarmup 1: 4194304 op, 891719917.00 ns, 212.6026 ns/op // BeforeActualRun WorkloadActual 1: 4194304 op, 892034084.00 ns, 212.6775 ns/op WorkloadActual 2: 4194304 op, 884611916.00 ns, 210.9079 ns/op WorkloadActual 3: 4194304 op, 881218083.00 ns, 210.0988 ns/op WorkloadActual 4: 4194304 op, 881023375.00 ns, 210.0523 ns/op WorkloadActual 5: 4194304 op, 882011625.00 ns, 210.2880 ns/op // AfterActualRun WorkloadResult 1: 4194304 op, 876355375.00 ns, 208.9394 ns/op WorkloadResult 2: 4194304 op, 872961542.00 ns, 208.1303 ns/op WorkloadResult 3: 4194304 op, 872766834.00 ns, 208.0838 ns/op WorkloadResult 4: 4194304 op, 873755084.00 ns, 208.3194 ns/op // GC: 453 0 0 3791650816 4194304 // Threading: 0 0 4194304 // AfterAll // Benchmark Process 66784 has exited with code 0. Mean = 208.368 ns, StdErr = 0.197 ns (0.09%), N = 4, StdDev = 0.394 ns Min = 208.084 ns, Q1 = 208.119 ns, Median = 208.225 ns, Q3 = 208.474 ns, Max = 208.939 ns IQR = 0.356 ns, LowerFence = 207.585 ns, UpperFence = 209.008 ns ConfidenceInterval = [205.821 ns; 210.915 ns] (CI 99.9%), Margin = 2.547 ns (1.22% of Mean) Skewness = 0.61, Kurtosis = 1.2, MValue = 2 // ** Remained 6 (85,7 %) benchmark(s) to run. Estimated finish 2026-02-03 7:27 (0h 0m from now) ** // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors3_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors3_UniqueTargets --job "IterationCount=5, WarmupCount=1" --benchmarkId 1 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 66875.00 ns, 66.8750 us/op WorkloadJitting 1: 1 op, 2656458.00 ns, 2.6565 ms/op OverheadJitting 2: 16 op, 114500.00 ns, 7.1563 us/op WorkloadJitting 2: 16 op, 155667.00 ns, 9.7292 us/op WorkloadPilot 1: 16 op, 54334.00 ns, 3.3959 us/op WorkloadPilot 2: 32 op, 86167.00 ns, 2.6927 us/op WorkloadPilot 3: 64 op, 133459.00 ns, 2.0853 us/op WorkloadPilot 4: 128 op, 250959.00 ns, 1.9606 us/op WorkloadPilot 5: 256 op, 521708.00 ns, 2.0379 us/op WorkloadPilot 6: 512 op, 1169458.00 ns, 2.2841 us/op WorkloadPilot 7: 1024 op, 2237541.00 ns, 2.1851 us/op WorkloadPilot 8: 2048 op, 4745875.00 ns, 2.3173 us/op WorkloadPilot 9: 4096 op, 9103708.00 ns, 2.2226 us/op WorkloadPilot 10: 8192 op, 18162583.00 ns, 2.2171 us/op WorkloadPilot 11: 16384 op, 35296875.00 ns, 2.1544 us/op WorkloadPilot 12: 32768 op, 72682333.00 ns, 2.2181 us/op WorkloadPilot 13: 65536 op, 121047791.00 ns, 1.8470 us/op WorkloadPilot 14: 131072 op, 92643959.00 ns, 706.8173 ns/op WorkloadPilot 15: 262144 op, 133113917.00 ns, 507.7893 ns/op WorkloadPilot 16: 524288 op, 243600583.00 ns, 464.6312 ns/op WorkloadPilot 17: 1048576 op, 483919500.00 ns, 461.5016 ns/op WorkloadPilot 18: 2097152 op, 969546750.00 ns, 462.3159 ns/op OverheadWarmup 1: 2097152 op, 3856458.00 ns, 1.8389 ns/op OverheadWarmup 2: 2097152 op, 4101667.00 ns, 1.9558 ns/op OverheadWarmup 3: 2097152 op, 4245416.00 ns, 2.0244 ns/op OverheadWarmup 4: 2097152 op, 4150459.00 ns, 1.9791 ns/op OverheadWarmup 5: 2097152 op, 4114542.00 ns, 1.9620 ns/op OverheadWarmup 6: 2097152 op, 4028625.00 ns, 1.9210 ns/op OverheadWarmup 7: 2097152 op, 4036125.00 ns, 1.9246 ns/op OverheadWarmup 8: 2097152 op, 4150459.00 ns, 1.9791 ns/op OverheadWarmup 9: 2097152 op, 4182834.00 ns, 1.9945 ns/op OverheadWarmup 10: 2097152 op, 4009750.00 ns, 1.9120 ns/op OverheadActual 1: 2097152 op, 4104709.00 ns, 1.9573 ns/op OverheadActual 2: 2097152 op, 4132000.00 ns, 1.9703 ns/op OverheadActual 3: 2097152 op, 4254459.00 ns, 2.0287 ns/op OverheadActual 4: 2097152 op, 4233667.00 ns, 2.0188 ns/op OverheadActual 5: 2097152 op, 4190416.00 ns, 1.9981 ns/op OverheadActual 6: 2097152 op, 4018375.00 ns, 1.9161 ns/op OverheadActual 7: 2097152 op, 4128125.00 ns, 1.9684 ns/op OverheadActual 8: 2097152 op, 4001250.00 ns, 1.9079 ns/op OverheadActual 9: 2097152 op, 4123292.00 ns, 1.9661 ns/op OverheadActual 10: 2097152 op, 3980459.00 ns, 1.8980 ns/op OverheadActual 11: 2097152 op, 4278250.00 ns, 2.0400 ns/op OverheadActual 12: 2097152 op, 4091333.00 ns, 1.9509 ns/op OverheadActual 13: 2097152 op, 4055334.00 ns, 1.9337 ns/op OverheadActual 14: 2097152 op, 4334875.00 ns, 2.0670 ns/op OverheadActual 15: 2097152 op, 4250875.00 ns, 2.0270 ns/op WorkloadWarmup 1: 2097152 op, 968618584.00 ns, 461.8733 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 977006458.00 ns, 465.8730 ns/op WorkloadActual 2: 2097152 op, 984519209.00 ns, 469.4553 ns/op WorkloadActual 3: 2097152 op, 972094083.00 ns, 463.5306 ns/op WorkloadActual 4: 2097152 op, 963677000.00 ns, 459.5170 ns/op WorkloadActual 5: 2097152 op, 968110167.00 ns, 461.6309 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 972878333.00 ns, 463.9045 ns/op WorkloadResult 2: 2097152 op, 980391084.00 ns, 467.4869 ns/op WorkloadResult 3: 2097152 op, 967965958.00 ns, 461.5621 ns/op WorkloadResult 4: 2097152 op, 959548875.00 ns, 457.5486 ns/op WorkloadResult 5: 2097152 op, 963982042.00 ns, 459.6625 ns/op // GC: 270 0 0 2264924160 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 66806 has exited with code 0. Mean = 462.033 ns, StdErr = 1.720 ns (0.37%), N = 5, StdDev = 3.847 ns Min = 457.549 ns, Q1 = 459.662 ns, Median = 461.562 ns, Q3 = 463.905 ns, Max = 467.487 ns IQR = 4.242 ns, LowerFence = 453.299 ns, UpperFence = 470.268 ns ConfidenceInterval = [447.219 ns; 476.847 ns] (CI 99.9%), Margin = 14.814 ns (3.21% of Mean) Skewness = 0.23, Kurtosis = 1.22, MValue = 2 // ** Remained 5 (71,4 %) benchmark(s) to run. Estimated finish 2026-02-03 7:27 (0h 0m from now) ** // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors3_SharedTarget: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors3_SharedTarget --job "IterationCount=5, WarmupCount=1" --benchmarkId 2 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 94209.00 ns, 94.2090 us/op WorkloadJitting 1: 1 op, 2857334.00 ns, 2.8573 ms/op OverheadJitting 2: 16 op, 126959.00 ns, 7.9349 us/op WorkloadJitting 2: 16 op, 177208.00 ns, 11.0755 us/op WorkloadPilot 1: 16 op, 44375.00 ns, 2.7734 us/op WorkloadPilot 2: 32 op, 67833.00 ns, 2.1198 us/op WorkloadPilot 3: 64 op, 126041.00 ns, 1.9694 us/op WorkloadPilot 4: 128 op, 252459.00 ns, 1.9723 us/op WorkloadPilot 5: 256 op, 500208.00 ns, 1.9539 us/op WorkloadPilot 6: 512 op, 1017625.00 ns, 1.9875 us/op WorkloadPilot 7: 1024 op, 1865958.00 ns, 1.8222 us/op WorkloadPilot 8: 2048 op, 4059334.00 ns, 1.9821 us/op WorkloadPilot 9: 4096 op, 8086042.00 ns, 1.9741 us/op WorkloadPilot 10: 8192 op, 16103083.00 ns, 1.9657 us/op WorkloadPilot 11: 16384 op, 30854875.00 ns, 1.8832 us/op WorkloadPilot 12: 32768 op, 70436458.00 ns, 2.1496 us/op WorkloadPilot 13: 65536 op, 120324625.00 ns, 1.8360 us/op WorkloadPilot 14: 131072 op, 90437208.00 ns, 689.9811 ns/op WorkloadPilot 15: 262144 op, 140322750.00 ns, 535.2888 ns/op WorkloadPilot 16: 524288 op, 231940584.00 ns, 442.3916 ns/op WorkloadPilot 17: 1048576 op, 427275875.00 ns, 407.4820 ns/op WorkloadPilot 18: 2097152 op, 881304083.00 ns, 420.2385 ns/op OverheadWarmup 1: 2097152 op, 4188625.00 ns, 1.9973 ns/op OverheadWarmup 2: 2097152 op, 4369625.00 ns, 2.0836 ns/op OverheadWarmup 3: 2097152 op, 3980167.00 ns, 1.8979 ns/op OverheadWarmup 4: 2097152 op, 4394750.00 ns, 2.0956 ns/op OverheadWarmup 5: 2097152 op, 4402542.00 ns, 2.0993 ns/op OverheadWarmup 6: 2097152 op, 4327125.00 ns, 2.0633 ns/op OverheadActual 1: 2097152 op, 4349375.00 ns, 2.0739 ns/op OverheadActual 2: 2097152 op, 4308459.00 ns, 2.0544 ns/op OverheadActual 3: 2097152 op, 4255250.00 ns, 2.0291 ns/op OverheadActual 4: 2097152 op, 4293500.00 ns, 2.0473 ns/op OverheadActual 5: 2097152 op, 3912375.00 ns, 1.8656 ns/op OverheadActual 6: 2097152 op, 4142417.00 ns, 1.9753 ns/op OverheadActual 7: 2097152 op, 4156375.00 ns, 1.9819 ns/op OverheadActual 8: 2097152 op, 4395375.00 ns, 2.0959 ns/op OverheadActual 9: 2097152 op, 4103625.00 ns, 1.9568 ns/op OverheadActual 10: 2097152 op, 4165708.00 ns, 1.9864 ns/op OverheadActual 11: 2097152 op, 4208209.00 ns, 2.0066 ns/op OverheadActual 12: 2097152 op, 4264166.00 ns, 2.0333 ns/op OverheadActual 13: 2097152 op, 4151416.00 ns, 1.9795 ns/op OverheadActual 14: 2097152 op, 4269750.00 ns, 2.0360 ns/op OverheadActual 15: 2097152 op, 4168625.00 ns, 1.9878 ns/op WorkloadWarmup 1: 2097152 op, 863643500.00 ns, 411.8173 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 858358583.00 ns, 409.2973 ns/op WorkloadActual 2: 2097152 op, 840834708.00 ns, 400.9412 ns/op WorkloadActual 3: 2097152 op, 846383375.00 ns, 403.5870 ns/op WorkloadActual 4: 2097152 op, 836002541.00 ns, 398.6371 ns/op WorkloadActual 5: 2097152 op, 838863500.00 ns, 400.0013 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 836626499.00 ns, 398.9346 ns/op WorkloadResult 2: 2097152 op, 842175166.00 ns, 401.5804 ns/op WorkloadResult 3: 2097152 op, 831794332.00 ns, 396.6304 ns/op WorkloadResult 4: 2097152 op, 834655291.00 ns, 397.9947 ns/op // GC: 226 0 0 1895825408 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 66812 has exited with code 0. Mean = 398.785 ns, StdErr = 1.045 ns (0.26%), N = 4, StdDev = 2.090 ns Min = 396.630 ns, Q1 = 397.654 ns, Median = 398.465 ns, Q3 = 399.596 ns, Max = 401.580 ns IQR = 1.942 ns, LowerFence = 394.740 ns, UpperFence = 402.510 ns ConfidenceInterval = [385.280 ns; 412.290 ns] (CI 99.9%), Margin = 13.505 ns (3.39% of Mean) Skewness = 0.31, Kurtosis = 1.09, MValue = 2 // ** Remained 4 (57,1 %) benchmark(s) to run. Estimated finish 2026-02-03 7:27 (0h 0m from now) ** // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors5_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors5_UniqueTargets --job "IterationCount=5, WarmupCount=1" --benchmarkId 3 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 66167.00 ns, 66.1670 us/op WorkloadJitting 1: 1 op, 2788000.00 ns, 2.7880 ms/op OverheadJitting 2: 16 op, 118208.00 ns, 7.3880 us/op WorkloadJitting 2: 16 op, 248583.00 ns, 15.5364 us/op WorkloadPilot 1: 16 op, 82042.00 ns, 5.1276 us/op WorkloadPilot 2: 32 op, 135917.00 ns, 4.2474 us/op WorkloadPilot 3: 64 op, 250834.00 ns, 3.9193 us/op WorkloadPilot 4: 128 op, 444750.00 ns, 3.4746 us/op WorkloadPilot 5: 256 op, 948500.00 ns, 3.7051 us/op WorkloadPilot 6: 512 op, 1875000.00 ns, 3.6621 us/op WorkloadPilot 7: 1024 op, 3636834.00 ns, 3.5516 us/op WorkloadPilot 8: 2048 op, 7594667.00 ns, 3.7083 us/op WorkloadPilot 9: 4096 op, 15106708.00 ns, 3.6882 us/op WorkloadPilot 10: 8192 op, 29536834.00 ns, 3.6056 us/op WorkloadPilot 11: 16384 op, 58763709.00 ns, 3.5867 us/op WorkloadPilot 12: 32768 op, 133851583.00 ns, 4.0848 us/op WorkloadPilot 13: 65536 op, 154443084.00 ns, 2.3566 us/op WorkloadPilot 14: 131072 op, 121450709.00 ns, 926.5954 ns/op WorkloadPilot 15: 262144 op, 204568917.00 ns, 780.3685 ns/op WorkloadPilot 16: 524288 op, 405421167.00 ns, 773.2795 ns/op WorkloadPilot 17: 1048576 op, 821694875.00 ns, 783.6293 ns/op OverheadWarmup 1: 1048576 op, 2106959.00 ns, 2.0094 ns/op OverheadWarmup 2: 1048576 op, 2007000.00 ns, 1.9140 ns/op OverheadWarmup 3: 1048576 op, 2065250.00 ns, 1.9696 ns/op OverheadWarmup 4: 1048576 op, 2070667.00 ns, 1.9747 ns/op OverheadWarmup 5: 1048576 op, 1972625.00 ns, 1.8812 ns/op OverheadWarmup 6: 1048576 op, 2062708.00 ns, 1.9672 ns/op OverheadWarmup 7: 1048576 op, 2001583.00 ns, 1.9089 ns/op OverheadActual 1: 1048576 op, 2017708.00 ns, 1.9242 ns/op OverheadActual 2: 1048576 op, 2142917.00 ns, 2.0436 ns/op OverheadActual 3: 1048576 op, 2154541.00 ns, 2.0547 ns/op OverheadActual 4: 1048576 op, 2125083.00 ns, 2.0266 ns/op OverheadActual 5: 1048576 op, 2077833.00 ns, 1.9816 ns/op OverheadActual 6: 1048576 op, 2157125.00 ns, 2.0572 ns/op OverheadActual 7: 1048576 op, 2137333.00 ns, 2.0383 ns/op OverheadActual 8: 1048576 op, 2068709.00 ns, 1.9729 ns/op OverheadActual 9: 1048576 op, 2058583.00 ns, 1.9632 ns/op OverheadActual 10: 1048576 op, 1891083.00 ns, 1.8035 ns/op OverheadActual 11: 1048576 op, 2190458.00 ns, 2.0890 ns/op OverheadActual 12: 1048576 op, 2050916.00 ns, 1.9559 ns/op OverheadActual 13: 1048576 op, 2154375.00 ns, 2.0546 ns/op OverheadActual 14: 1048576 op, 2115167.00 ns, 2.0172 ns/op OverheadActual 15: 1048576 op, 2141708.00 ns, 2.0425 ns/op WorkloadWarmup 1: 1048576 op, 833786667.00 ns, 795.1609 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 836616000.00 ns, 797.8592 ns/op WorkloadActual 2: 1048576 op, 838250166.00 ns, 799.4177 ns/op WorkloadActual 3: 1048576 op, 816331000.00 ns, 778.5139 ns/op WorkloadActual 4: 1048576 op, 810851500.00 ns, 773.2882 ns/op WorkloadActual 5: 1048576 op, 808736584.00 ns, 771.2713 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 834490917.00 ns, 795.8326 ns/op WorkloadResult 2: 1048576 op, 836125083.00 ns, 797.3910 ns/op WorkloadResult 3: 1048576 op, 814205917.00 ns, 776.4873 ns/op WorkloadResult 4: 1048576 op, 808726417.00 ns, 771.2616 ns/op WorkloadResult 5: 1048576 op, 806611501.00 ns, 769.2447 ns/op // GC: 270 1 0 2264924160 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 66817 has exited with code 0. Mean = 782.043 ns, StdErr = 6.069 ns (0.78%), N = 5, StdDev = 13.570 ns Min = 769.245 ns, Q1 = 771.262 ns, Median = 776.487 ns, Q3 = 795.833 ns, Max = 797.391 ns IQR = 24.571 ns, LowerFence = 734.405 ns, UpperFence = 832.689 ns ConfidenceInterval = [729.789 ns; 834.298 ns] (CI 99.9%), Margin = 52.254 ns (6.68% of Mean) Skewness = 0.22, Kurtosis = 0.78, MValue = 2 // ** Remained 3 (42,9 %) benchmark(s) to run. Estimated finish 2026-02-03 7:27 (0h 0m from now) ** // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors5_SharedTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors5_SharedTargets --job "IterationCount=5, WarmupCount=1" --benchmarkId 4 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 62000.00 ns, 62.0000 us/op WorkloadJitting 1: 1 op, 2840041.00 ns, 2.8400 ms/op OverheadJitting 2: 16 op, 115875.00 ns, 7.2422 us/op WorkloadJitting 2: 16 op, 226167.00 ns, 14.1354 us/op WorkloadPilot 1: 16 op, 70208.00 ns, 4.3880 us/op WorkloadPilot 2: 32 op, 111334.00 ns, 3.4792 us/op WorkloadPilot 3: 64 op, 196041.00 ns, 3.0631 us/op WorkloadPilot 4: 128 op, 413750.00 ns, 3.2324 us/op WorkloadPilot 5: 256 op, 816375.00 ns, 3.1890 us/op WorkloadPilot 6: 512 op, 1600459.00 ns, 3.1259 us/op WorkloadPilot 7: 1024 op, 3215208.00 ns, 3.1399 us/op WorkloadPilot 8: 2048 op, 6274875.00 ns, 3.0639 us/op WorkloadPilot 9: 4096 op, 12580333.00 ns, 3.0714 us/op WorkloadPilot 10: 8192 op, 24833958.00 ns, 3.0315 us/op WorkloadPilot 11: 16384 op, 48691625.00 ns, 2.9719 us/op WorkloadPilot 12: 32768 op, 97266875.00 ns, 2.9683 us/op WorkloadPilot 13: 65536 op, 177971208.00 ns, 2.7156 us/op WorkloadPilot 14: 131072 op, 115465917.00 ns, 880.9350 ns/op WorkloadPilot 15: 262144 op, 195621583.00 ns, 746.2371 ns/op WorkloadPilot 16: 524288 op, 334515042.00 ns, 638.0368 ns/op WorkloadPilot 17: 1048576 op, 669260584.00 ns, 638.2566 ns/op OverheadWarmup 1: 1048576 op, 2019250.00 ns, 1.9257 ns/op OverheadWarmup 2: 1048576 op, 2119333.00 ns, 2.0212 ns/op OverheadWarmup 3: 1048576 op, 2049375.00 ns, 1.9544 ns/op OverheadWarmup 4: 1048576 op, 2096541.00 ns, 1.9994 ns/op OverheadWarmup 5: 1048576 op, 2156417.00 ns, 2.0565 ns/op OverheadWarmup 6: 1048576 op, 2009125.00 ns, 1.9161 ns/op OverheadActual 1: 1048576 op, 2154042.00 ns, 2.0543 ns/op OverheadActual 2: 1048576 op, 2088667.00 ns, 1.9919 ns/op OverheadActual 3: 1048576 op, 2103542.00 ns, 2.0061 ns/op OverheadActual 4: 1048576 op, 2081917.00 ns, 1.9855 ns/op OverheadActual 5: 1048576 op, 2173458.00 ns, 2.0728 ns/op OverheadActual 6: 1048576 op, 2051958.00 ns, 1.9569 ns/op OverheadActual 7: 1048576 op, 2122875.00 ns, 2.0245 ns/op OverheadActual 8: 1048576 op, 2035416.00 ns, 1.9411 ns/op OverheadActual 9: 1048576 op, 2110208.00 ns, 2.0125 ns/op OverheadActual 10: 1048576 op, 2155834.00 ns, 2.0560 ns/op OverheadActual 11: 1048576 op, 2102208.00 ns, 2.0048 ns/op OverheadActual 12: 1048576 op, 2066917.00 ns, 1.9712 ns/op OverheadActual 13: 1048576 op, 2099542.00 ns, 2.0023 ns/op OverheadActual 14: 1048576 op, 2138500.00 ns, 2.0394 ns/op OverheadActual 15: 1048576 op, 2051958.00 ns, 1.9569 ns/op WorkloadWarmup 1: 1048576 op, 672717708.00 ns, 641.5536 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 673110917.00 ns, 641.9286 ns/op WorkloadActual 2: 1048576 op, 670079458.00 ns, 639.0376 ns/op WorkloadActual 3: 1048576 op, 673919417.00 ns, 642.6996 ns/op WorkloadActual 4: 1048576 op, 670341084.00 ns, 639.2871 ns/op WorkloadActual 5: 1048576 op, 667426166.00 ns, 636.5072 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 671008709.00 ns, 639.9238 ns/op WorkloadResult 2: 1048576 op, 667977250.00 ns, 637.0327 ns/op WorkloadResult 3: 1048576 op, 671817209.00 ns, 640.6948 ns/op WorkloadResult 4: 1048576 op, 668238876.00 ns, 637.2823 ns/op WorkloadResult 5: 1048576 op, 665323958.00 ns, 634.5024 ns/op // GC: 175 0 0 1468006400 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 66823 has exited with code 0. Mean = 637.887 ns, StdErr = 1.109 ns (0.17%), N = 5, StdDev = 2.479 ns Min = 634.502 ns, Q1 = 637.033 ns, Median = 637.282 ns, Q3 = 639.924 ns, Max = 640.695 ns IQR = 2.891 ns, LowerFence = 632.696 ns, UpperFence = 644.260 ns ConfidenceInterval = [628.341 ns; 647.433 ns] (CI 99.9%), Margin = 9.546 ns (1.50% of Mean) Skewness = -0.12, Kurtosis = 1.12, MValue = 2 // ** Remained 2 (28,6 %) benchmark(s) to run. Estimated finish 2026-02-03 7:27 (0h 0m from now) ** // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors10_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors10_UniqueTargets --job "IterationCount=5, WarmupCount=1" --benchmarkId 5 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 96917.00 ns, 96.9170 us/op WorkloadJitting 1: 1 op, 2470750.00 ns, 2.4708 ms/op OverheadJitting 2: 16 op, 108625.00 ns, 6.7891 us/op WorkloadJitting 2: 16 op, 199500.00 ns, 12.4688 us/op WorkloadPilot 1: 16 op, 117833.00 ns, 7.3646 us/op WorkloadPilot 2: 32 op, 283125.00 ns, 8.8477 us/op WorkloadPilot 3: 64 op, 412125.00 ns, 6.4395 us/op WorkloadPilot 4: 128 op, 874792.00 ns, 6.8343 us/op WorkloadPilot 5: 256 op, 1678791.00 ns, 6.5578 us/op WorkloadPilot 6: 512 op, 3255791.00 ns, 6.3590 us/op WorkloadPilot 7: 1024 op, 7133167.00 ns, 6.9660 us/op WorkloadPilot 8: 2048 op, 13561458.00 ns, 6.6218 us/op WorkloadPilot 9: 4096 op, 26447000.00 ns, 6.4568 us/op WorkloadPilot 10: 8192 op, 51282459.00 ns, 6.2601 us/op WorkloadPilot 11: 16384 op, 120102833.00 ns, 7.3305 us/op WorkloadPilot 12: 32768 op, 173651083.00 ns, 5.2994 us/op WorkloadPilot 13: 65536 op, 124754708.00 ns, 1.9036 us/op WorkloadPilot 14: 131072 op, 198444125.00 ns, 1.5140 us/op WorkloadPilot 15: 262144 op, 396600250.00 ns, 1.5129 us/op WorkloadPilot 16: 524288 op, 794108750.00 ns, 1.5146 us/op OverheadWarmup 1: 524288 op, 1027750.00 ns, 1.9603 ns/op OverheadWarmup 2: 524288 op, 1021625.00 ns, 1.9486 ns/op OverheadWarmup 3: 524288 op, 1002708.00 ns, 1.9125 ns/op OverheadWarmup 4: 524288 op, 1074584.00 ns, 2.0496 ns/op OverheadWarmup 5: 524288 op, 1034916.00 ns, 1.9739 ns/op OverheadWarmup 6: 524288 op, 980125.00 ns, 1.8694 ns/op OverheadWarmup 7: 524288 op, 959000.00 ns, 1.8291 ns/op OverheadWarmup 8: 524288 op, 1085833.00 ns, 2.0711 ns/op OverheadWarmup 9: 524288 op, 1007709.00 ns, 1.9221 ns/op OverheadActual 1: 524288 op, 1011791.00 ns, 1.9298 ns/op OverheadActual 2: 524288 op, 1012458.00 ns, 1.9311 ns/op OverheadActual 3: 524288 op, 999333.00 ns, 1.9061 ns/op OverheadActual 4: 524288 op, 1048750.00 ns, 2.0003 ns/op OverheadActual 5: 524288 op, 1108167.00 ns, 2.1137 ns/op OverheadActual 6: 524288 op, 1037708.00 ns, 1.9793 ns/op OverheadActual 7: 524288 op, 1159000.00 ns, 2.2106 ns/op OverheadActual 8: 524288 op, 960375.00 ns, 1.8318 ns/op OverheadActual 9: 524288 op, 1076041.00 ns, 2.0524 ns/op OverheadActual 10: 524288 op, 1141292.00 ns, 2.1768 ns/op OverheadActual 11: 524288 op, 1051917.00 ns, 2.0064 ns/op OverheadActual 12: 524288 op, 1024250.00 ns, 1.9536 ns/op OverheadActual 13: 524288 op, 1008292.00 ns, 1.9232 ns/op OverheadActual 14: 524288 op, 1074208.00 ns, 2.0489 ns/op OverheadActual 15: 524288 op, 1056417.00 ns, 2.0150 ns/op OverheadActual 16: 524288 op, 1020958.00 ns, 1.9473 ns/op OverheadActual 17: 524288 op, 1031292.00 ns, 1.9670 ns/op WorkloadWarmup 1: 524288 op, 801602542.00 ns, 1.5289 us/op // BeforeActualRun WorkloadActual 1: 524288 op, 805607375.00 ns, 1.5366 us/op WorkloadActual 2: 524288 op, 811320333.00 ns, 1.5475 us/op WorkloadActual 3: 524288 op, 809872667.00 ns, 1.5447 us/op WorkloadActual 4: 524288 op, 831306083.00 ns, 1.5856 us/op WorkloadActual 5: 524288 op, 798894500.00 ns, 1.5238 us/op // AfterActualRun WorkloadResult 1: 524288 op, 804569667.00 ns, 1.5346 us/op WorkloadResult 2: 524288 op, 810282625.00 ns, 1.5455 us/op WorkloadResult 3: 524288 op, 808834959.00 ns, 1.5427 us/op WorkloadResult 4: 524288 op, 797856792.00 ns, 1.5218 us/op // GC: 273 2 0 2290089984 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 66834 has exited with code 0. Mean = 1.536 μs, StdErr = 0.005 μs (0.35%), N = 4, StdDev = 0.011 μs Min = 1.522 μs, Q1 = 1.531 μs, Median = 1.539 μs, Q3 = 1.543 μs, Max = 1.545 μs IQR = 0.012 μs, LowerFence = 1.513 μs, UpperFence = 1.561 μs ConfidenceInterval = [1.467 μs; 1.605 μs] (CI 99.9%), Margin = 0.069 μs (4.47% of Mean) Skewness = -0.39, Kurtosis = 1.02, MValue = 2 // ** Remained 1 (14,3 %) benchmark(s) to run. Estimated finish 2026-02-03 7:27 (0h 0m from now) ** // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors10_SharedTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors10_SharedTargets --job "IterationCount=5, WarmupCount=1" --benchmarkId 6 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 66041.00 ns, 66.0410 us/op WorkloadJitting 1: 1 op, 3581709.00 ns, 3.5817 ms/op OverheadJitting 2: 16 op, 141083.00 ns, 8.8177 us/op WorkloadJitting 2: 16 op, 228750.00 ns, 14.2969 us/op WorkloadPilot 1: 16 op, 98833.00 ns, 6.1771 us/op WorkloadPilot 2: 32 op, 174667.00 ns, 5.4583 us/op WorkloadPilot 3: 64 op, 359083.00 ns, 5.6107 us/op WorkloadPilot 4: 128 op, 707458.00 ns, 5.5270 us/op WorkloadPilot 5: 256 op, 1356000.00 ns, 5.2969 us/op WorkloadPilot 6: 512 op, 2985500.00 ns, 5.8311 us/op WorkloadPilot 7: 1024 op, 5843708.00 ns, 5.7067 us/op WorkloadPilot 8: 2048 op, 11320750.00 ns, 5.5277 us/op WorkloadPilot 9: 4096 op, 22157750.00 ns, 5.4096 us/op WorkloadPilot 10: 8192 op, 44191000.00 ns, 5.3944 us/op WorkloadPilot 11: 16384 op, 96539208.00 ns, 5.8923 us/op WorkloadPilot 12: 32768 op, 198587041.00 ns, 6.0604 us/op WorkloadPilot 13: 65536 op, 164365792.00 ns, 2.5080 us/op WorkloadPilot 14: 131072 op, 167713417.00 ns, 1.2796 us/op WorkloadPilot 15: 262144 op, 312103375.00 ns, 1.1906 us/op WorkloadPilot 16: 524288 op, 629301125.00 ns, 1.2003 us/op OverheadWarmup 1: 524288 op, 1004625.00 ns, 1.9162 ns/op OverheadWarmup 2: 524288 op, 1018292.00 ns, 1.9422 ns/op OverheadWarmup 3: 524288 op, 1121666.00 ns, 2.1394 ns/op OverheadWarmup 4: 524288 op, 932000.00 ns, 1.7776 ns/op OverheadWarmup 5: 524288 op, 993125.00 ns, 1.8942 ns/op OverheadWarmup 6: 524288 op, 996292.00 ns, 1.9003 ns/op OverheadWarmup 7: 524288 op, 996416.00 ns, 1.9005 ns/op OverheadWarmup 8: 524288 op, 1116125.00 ns, 2.1288 ns/op OverheadWarmup 9: 524288 op, 1066292.00 ns, 2.0338 ns/op OverheadActual 1: 524288 op, 1034041.00 ns, 1.9723 ns/op OverheadActual 2: 524288 op, 1052917.00 ns, 2.0083 ns/op OverheadActual 3: 524288 op, 1043417.00 ns, 1.9902 ns/op OverheadActual 4: 524288 op, 1003500.00 ns, 1.9140 ns/op OverheadActual 5: 524288 op, 1055333.00 ns, 2.0129 ns/op OverheadActual 6: 524288 op, 1162459.00 ns, 2.2172 ns/op OverheadActual 7: 524288 op, 932083.00 ns, 1.7778 ns/op OverheadActual 8: 524288 op, 1006209.00 ns, 1.9192 ns/op OverheadActual 9: 524288 op, 1104750.00 ns, 2.1071 ns/op OverheadActual 10: 524288 op, 1083417.00 ns, 2.0665 ns/op OverheadActual 11: 524288 op, 1004000.00 ns, 1.9150 ns/op OverheadActual 12: 524288 op, 1043166.00 ns, 1.9897 ns/op OverheadActual 13: 524288 op, 1040042.00 ns, 1.9837 ns/op OverheadActual 14: 524288 op, 1079042.00 ns, 2.0581 ns/op OverheadActual 15: 524288 op, 1008583.00 ns, 1.9237 ns/op WorkloadWarmup 1: 524288 op, 631541292.00 ns, 1.2046 us/op // BeforeActualRun WorkloadActual 1: 524288 op, 626359458.00 ns, 1.1947 us/op WorkloadActual 2: 524288 op, 629842833.00 ns, 1.2013 us/op WorkloadActual 3: 524288 op, 623922375.00 ns, 1.1900 us/op WorkloadActual 4: 524288 op, 624144541.00 ns, 1.1905 us/op WorkloadActual 5: 524288 op, 625510667.00 ns, 1.1931 us/op // AfterActualRun WorkloadResult 1: 524288 op, 625316292.00 ns, 1.1927 us/op WorkloadResult 2: 524288 op, 622879209.00 ns, 1.1880 us/op WorkloadResult 3: 524288 op, 623101375.00 ns, 1.1885 us/op WorkloadResult 4: 524288 op, 624467501.00 ns, 1.1911 us/op // GC: 179 1 0 1501560832 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 66840 has exited with code 0. Mean = 1.190 μs, StdErr = 0.001 μs (0.09%), N = 4, StdDev = 0.002 μs Min = 1.188 μs, Q1 = 1.188 μs, Median = 1.190 μs, Q3 = 1.191 μs, Max = 1.193 μs IQR = 0.003 μs, LowerFence = 1.184 μs, UpperFence = 1.196 μs ConfidenceInterval = [1.176 μs; 1.204 μs] (CI 99.9%), Margin = 0.014 μs (1.20% of Mean) Skewness = 0.16, Kurtosis = 0.76, MValue = 2 // ** Remained 0 (0,0 %) benchmark(s) to run. Estimated finish 2026-02-03 7:27 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.ValidationErrorSerializationBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.ValidationErrorSerializationBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.ValidationErrorSerializationBenchmarks-report.html // * Detailed results * ValidationErrorSerializationBenchmarks.Errors1: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 208.368 ns, StdErr = 0.197 ns (0.09%), N = 4, StdDev = 0.394 ns Min = 208.084 ns, Q1 = 208.119 ns, Median = 208.225 ns, Q3 = 208.474 ns, Max = 208.939 ns IQR = 0.356 ns, LowerFence = 207.585 ns, UpperFence = 209.008 ns ConfidenceInterval = [205.821 ns; 210.915 ns] (CI 99.9%), Margin = 2.547 ns (1.22% of Mean) Skewness = 0.61, Kurtosis = 1.2, MValue = 2 -------------------- Histogram -------------------- [207.758 ns ; 209.265 ns) | @@@@ --------------------------------------------------- ValidationErrorSerializationBenchmarks.Errors3_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 462.033 ns, StdErr = 1.720 ns (0.37%), N = 5, StdDev = 3.847 ns Min = 457.549 ns, Q1 = 459.662 ns, Median = 461.562 ns, Q3 = 463.905 ns, Max = 467.487 ns IQR = 4.242 ns, LowerFence = 453.299 ns, UpperFence = 470.268 ns ConfidenceInterval = [447.219 ns; 476.847 ns] (CI 99.9%), Margin = 14.814 ns (3.21% of Mean) Skewness = 0.23, Kurtosis = 1.22, MValue = 2 -------------------- Histogram -------------------- [454.596 ns ; 470.440 ns) | @@@@@ --------------------------------------------------- ValidationErrorSerializationBenchmarks.Errors3_SharedTarget: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 398.785 ns, StdErr = 1.045 ns (0.26%), N = 4, StdDev = 2.090 ns Min = 396.630 ns, Q1 = 397.654 ns, Median = 398.465 ns, Q3 = 399.596 ns, Max = 401.580 ns IQR = 1.942 ns, LowerFence = 394.740 ns, UpperFence = 402.510 ns ConfidenceInterval = [385.280 ns; 412.290 ns] (CI 99.9%), Margin = 13.505 ns (3.39% of Mean) Skewness = 0.31, Kurtosis = 1.09, MValue = 2 -------------------- Histogram -------------------- [394.902 ns ; 401.760 ns) | @@@@ --------------------------------------------------- ValidationErrorSerializationBenchmarks.Errors5_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 782.043 ns, StdErr = 6.069 ns (0.78%), N = 5, StdDev = 13.570 ns Min = 769.245 ns, Q1 = 771.262 ns, Median = 776.487 ns, Q3 = 795.833 ns, Max = 797.391 ns IQR = 24.571 ns, LowerFence = 734.405 ns, UpperFence = 832.689 ns ConfidenceInterval = [729.789 ns; 834.298 ns] (CI 99.9%), Margin = 52.254 ns (6.68% of Mean) Skewness = 0.22, Kurtosis = 0.78, MValue = 2 -------------------- Histogram -------------------- [762.450 ns ; 783.282 ns) | @@@ [783.282 ns ; 807.807 ns) | @@ --------------------------------------------------- ValidationErrorSerializationBenchmarks.Errors5_SharedTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 637.887 ns, StdErr = 1.109 ns (0.17%), N = 5, StdDev = 2.479 ns Min = 634.502 ns, Q1 = 637.033 ns, Median = 637.282 ns, Q3 = 639.924 ns, Max = 640.695 ns IQR = 2.891 ns, LowerFence = 632.696 ns, UpperFence = 644.260 ns ConfidenceInterval = [628.341 ns; 647.433 ns] (CI 99.9%), Margin = 9.546 ns (1.50% of Mean) Skewness = -0.12, Kurtosis = 1.12, MValue = 2 -------------------- Histogram -------------------- [632.600 ns ; 642.598 ns) | @@@@@ --------------------------------------------------- ValidationErrorSerializationBenchmarks.Errors10_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.536 μs, StdErr = 0.005 μs (0.35%), N = 4, StdDev = 0.011 μs Min = 1.522 μs, Q1 = 1.531 μs, Median = 1.539 μs, Q3 = 1.543 μs, Max = 1.545 μs IQR = 0.012 μs, LowerFence = 1.513 μs, UpperFence = 1.561 μs ConfidenceInterval = [1.467 μs; 1.605 μs] (CI 99.9%), Margin = 0.069 μs (4.47% of Mean) Skewness = -0.39, Kurtosis = 1.02, MValue = 2 -------------------- Histogram -------------------- [1.513 μs ; 1.554 μs) | @@@@ --------------------------------------------------- ValidationErrorSerializationBenchmarks.Errors10_SharedTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.190 μs, StdErr = 0.001 μs (0.09%), N = 4, StdDev = 0.002 μs Min = 1.188 μs, Q1 = 1.188 μs, Median = 1.190 μs, Q3 = 1.191 μs, Max = 1.193 μs IQR = 0.003 μs, LowerFence = 1.184 μs, UpperFence = 1.196 μs ConfidenceInterval = [1.176 μs; 1.204 μs] (CI 99.9%), Margin = 0.014 μs (1.20% of Mean) Skewness = 0.16, Kurtosis = 0.76, MValue = 2 -------------------- Histogram -------------------- [1.186 μs ; 1.195 μs) | @@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.102 [Host] : .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a Job-MEHJPP : .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a IterationCount=5 WarmupCount=1 | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |----------------------- |-----------:|---------:|---------:|------:|--------:|-------:|-------:|----------:|------------:| | Errors1 | 208.4 ns | 2.55 ns | 0.39 ns | 1.00 | 0.00 | 0.1080 | - | 904 B | 1.00 | | Errors3_UniqueTargets | 462.0 ns | 14.81 ns | 3.85 ns | 2.22 | 0.02 | 0.1287 | - | 1080 B | 1.19 | | Errors3_SharedTarget | 398.8 ns | 13.51 ns | 2.09 ns | 1.91 | 0.01 | 0.1078 | - | 904 B | 1.00 | | Errors5_UniqueTargets | 782.0 ns | 52.25 ns | 13.57 ns | 3.75 | 0.06 | 0.2575 | 0.0010 | 2160 B | 2.39 | | Errors5_SharedTargets | 637.9 ns | 9.55 ns | 2.48 ns | 3.06 | 0.01 | 0.1669 | - | 1400 B | 1.55 | | Errors10_UniqueTargets | 1,536.2 ns | 68.71 ns | 10.63 ns | 7.37 | 0.05 | 0.5207 | 0.0038 | 4368 B | 4.83 | | Errors10_SharedTargets | 1,190.1 ns | 14.23 ns | 2.20 ns | 5.71 | 0.01 | 0.3414 | 0.0019 | 2864 B | 3.17 | // * Hints * Outliers ValidationErrorSerializationBenchmarks.Errors1: IterationCount=5, WarmupCount=1 -> 1 outlier was removed (212.68 ns) ValidationErrorSerializationBenchmarks.Errors3_SharedTarget: IterationCount=5, WarmupCount=1 -> 1 outlier was removed (409.30 ns) ValidationErrorSerializationBenchmarks.Errors10_UniqueTargets: IterationCount=5, WarmupCount=1 -> 1 outlier was removed (1.59 μs) ValidationErrorSerializationBenchmarks.Errors10_SharedTargets: IterationCount=5, WarmupCount=1 -> 1 outlier was removed (1.20 μs) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Gen1 : GC Generation 1 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:54 (54.31 sec), executed benchmarks: 7 Global total time: 00:01:00 (60.99 sec), executed benchmarks: 7 // * Artifacts cleanup * Artifacts cleanup is finished Benchmarks.ValidationErrorSerializationBenchmarks-20260203-074658.log000066400000000000000000001271671516707642500430740ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 7 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/publish/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1 // command took 0.87 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/publish/" --output "/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1 // command took 5.78 sec and exited with 0 // ***** Done, took 00:00:06 (6.7 sec) ***** // Found 7 benchmarks: // ValidationErrorSerializationBenchmarks.Errors1: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ValidationErrorSerializationBenchmarks.Errors3_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ValidationErrorSerializationBenchmarks.Errors3_SharedTarget: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ValidationErrorSerializationBenchmarks.Errors5_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ValidationErrorSerializationBenchmarks.Errors5_SharedTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ValidationErrorSerializationBenchmarks.Errors10_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ValidationErrorSerializationBenchmarks.Errors10_SharedTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors1: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors1 --job "IterationCount=5, WarmupCount=1" --benchmarkId 0 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 62625.00 ns, 62.6250 us/op WorkloadJitting 1: 1 op, 5809000.00 ns, 5.8090 ms/op OverheadJitting 2: 16 op, 103958.00 ns, 6.4974 us/op WorkloadJitting 2: 16 op, 433250.00 ns, 27.0781 us/op WorkloadPilot 1: 16 op, 21333.00 ns, 1.3333 us/op WorkloadPilot 2: 32 op, 22750.00 ns, 710.9375 ns/op WorkloadPilot 3: 64 op, 33209.00 ns, 518.8906 ns/op WorkloadPilot 4: 128 op, 54417.00 ns, 425.1328 ns/op WorkloadPilot 5: 256 op, 117375.00 ns, 458.4961 ns/op WorkloadPilot 6: 512 op, 209416.00 ns, 409.0156 ns/op WorkloadPilot 7: 1024 op, 468084.00 ns, 457.1133 ns/op WorkloadPilot 8: 2048 op, 863375.00 ns, 421.5698 ns/op WorkloadPilot 9: 4096 op, 1791917.00 ns, 437.4797 ns/op WorkloadPilot 10: 8192 op, 3306500.00 ns, 403.6255 ns/op WorkloadPilot 11: 16384 op, 6766375.00 ns, 412.9868 ns/op WorkloadPilot 12: 32768 op, 13495417.00 ns, 411.8474 ns/op WorkloadPilot 13: 65536 op, 27576459.00 ns, 420.7834 ns/op WorkloadPilot 14: 131072 op, 53523000.00 ns, 408.3481 ns/op WorkloadPilot 15: 262144 op, 105454458.00 ns, 402.2768 ns/op WorkloadPilot 16: 524288 op, 103639875.00 ns, 197.6774 ns/op WorkloadPilot 17: 1048576 op, 165422834.00 ns, 157.7595 ns/op WorkloadPilot 18: 2097152 op, 323176375.00 ns, 154.1025 ns/op WorkloadPilot 19: 4194304 op, 651322333.00 ns, 155.2873 ns/op OverheadWarmup 1: 4194304 op, 8709166.00 ns, 2.0764 ns/op OverheadWarmup 2: 4194304 op, 8511542.00 ns, 2.0293 ns/op OverheadWarmup 3: 4194304 op, 8756291.00 ns, 2.0877 ns/op OverheadWarmup 4: 4194304 op, 8362667.00 ns, 1.9938 ns/op OverheadWarmup 5: 4194304 op, 8466292.00 ns, 2.0185 ns/op OverheadWarmup 6: 4194304 op, 8591542.00 ns, 2.0484 ns/op OverheadWarmup 7: 4194304 op, 8737916.00 ns, 2.0833 ns/op OverheadWarmup 8: 4194304 op, 8713500.00 ns, 2.0775 ns/op OverheadActual 1: 4194304 op, 8539500.00 ns, 2.0360 ns/op OverheadActual 2: 4194304 op, 8699458.00 ns, 2.0741 ns/op OverheadActual 3: 4194304 op, 8560041.00 ns, 2.0409 ns/op OverheadActual 4: 4194304 op, 8496541.00 ns, 2.0257 ns/op OverheadActual 5: 4194304 op, 8647958.00 ns, 2.0618 ns/op OverheadActual 6: 4194304 op, 8722125.00 ns, 2.0795 ns/op OverheadActual 7: 4194304 op, 8611083.00 ns, 2.0530 ns/op OverheadActual 8: 4194304 op, 8649375.00 ns, 2.0622 ns/op OverheadActual 9: 4194304 op, 8626833.00 ns, 2.0568 ns/op OverheadActual 10: 4194304 op, 8555583.00 ns, 2.0398 ns/op OverheadActual 11: 4194304 op, 8564417.00 ns, 2.0419 ns/op OverheadActual 12: 4194304 op, 8631542.00 ns, 2.0579 ns/op OverheadActual 13: 4194304 op, 8587292.00 ns, 2.0474 ns/op OverheadActual 14: 4194304 op, 8489666.00 ns, 2.0241 ns/op OverheadActual 15: 4194304 op, 8496125.00 ns, 2.0256 ns/op WorkloadWarmup 1: 4194304 op, 662630375.00 ns, 157.9834 ns/op // BeforeActualRun WorkloadActual 1: 4194304 op, 662839458.00 ns, 158.0332 ns/op WorkloadActual 2: 4194304 op, 660555000.00 ns, 157.4886 ns/op WorkloadActual 3: 4194304 op, 649988708.00 ns, 154.9694 ns/op WorkloadActual 4: 4194304 op, 638085167.00 ns, 152.1314 ns/op WorkloadActual 5: 4194304 op, 641578583.00 ns, 152.9643 ns/op // AfterActualRun WorkloadResult 1: 4194304 op, 654252166.00 ns, 155.9859 ns/op WorkloadResult 2: 4194304 op, 651967708.00 ns, 155.4412 ns/op WorkloadResult 3: 4194304 op, 641401416.00 ns, 152.9220 ns/op WorkloadResult 4: 4194304 op, 629497875.00 ns, 150.0840 ns/op WorkloadResult 5: 4194304 op, 632991291.00 ns, 150.9169 ns/op // GC: 68 0 0 570425344 4194304 // Threading: 0 0 4194304 // AfterAll // Benchmark Process 67800 has exited with code 0. Mean = 153.070 ns, StdErr = 1.177 ns (0.77%), N = 5, StdDev = 2.631 ns Min = 150.084 ns, Q1 = 150.917 ns, Median = 152.922 ns, Q3 = 155.441 ns, Max = 155.986 ns IQR = 4.524 ns, LowerFence = 144.130 ns, UpperFence = 162.228 ns ConfidenceInterval = [142.937 ns; 163.203 ns] (CI 99.9%), Margin = 10.133 ns (6.62% of Mean) Skewness = 0.02, Kurtosis = 0.85, MValue = 2 // ** Remained 6 (85,7 %) benchmark(s) to run. Estimated finish 2026-02-03 7:47 (0h 0m from now) ** // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors3_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors3_UniqueTargets --job "IterationCount=5, WarmupCount=1" --benchmarkId 1 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 63125.00 ns, 63.1250 us/op WorkloadJitting 1: 1 op, 5711167.00 ns, 5.7112 ms/op OverheadJitting 2: 16 op, 198959.00 ns, 12.4349 us/op WorkloadJitting 2: 16 op, 186625.00 ns, 11.6641 us/op WorkloadPilot 1: 16 op, 28417.00 ns, 1.7761 us/op WorkloadPilot 2: 32 op, 41500.00 ns, 1.2969 us/op WorkloadPilot 3: 64 op, 68375.00 ns, 1.0684 us/op WorkloadPilot 4: 128 op, 119667.00 ns, 934.8984 ns/op WorkloadPilot 5: 256 op, 234083.00 ns, 914.3867 ns/op WorkloadPilot 6: 512 op, 445084.00 ns, 869.3047 ns/op WorkloadPilot 7: 1024 op, 928208.00 ns, 906.4531 ns/op WorkloadPilot 8: 2048 op, 1761000.00 ns, 859.8633 ns/op WorkloadPilot 9: 4096 op, 3481917.00 ns, 850.0774 ns/op WorkloadPilot 10: 8192 op, 7387458.00 ns, 901.7893 ns/op WorkloadPilot 11: 16384 op, 14107292.00 ns, 861.0408 ns/op WorkloadPilot 12: 32768 op, 29269042.00 ns, 893.2203 ns/op WorkloadPilot 13: 65536 op, 61766166.00 ns, 942.4769 ns/op WorkloadPilot 14: 131072 op, 138278917.00 ns, 1.0550 us/op WorkloadPilot 15: 262144 op, 95188625.00 ns, 363.1158 ns/op WorkloadPilot 16: 524288 op, 181290000.00 ns, 345.7832 ns/op WorkloadPilot 17: 1048576 op, 369279667.00 ns, 352.1725 ns/op WorkloadPilot 18: 2097152 op, 740648125.00 ns, 353.1685 ns/op OverheadWarmup 1: 2097152 op, 4197375.00 ns, 2.0015 ns/op OverheadWarmup 2: 2097152 op, 4377834.00 ns, 2.0875 ns/op OverheadWarmup 3: 2097152 op, 4157833.00 ns, 1.9826 ns/op OverheadWarmup 4: 2097152 op, 4141417.00 ns, 1.9748 ns/op OverheadWarmup 5: 2097152 op, 4035416.00 ns, 1.9242 ns/op OverheadWarmup 6: 2097152 op, 4282625.00 ns, 2.0421 ns/op OverheadWarmup 7: 2097152 op, 4112750.00 ns, 1.9611 ns/op OverheadActual 1: 2097152 op, 4193375.00 ns, 1.9996 ns/op OverheadActual 2: 2097152 op, 4076042.00 ns, 1.9436 ns/op OverheadActual 3: 2097152 op, 4047417.00 ns, 1.9300 ns/op OverheadActual 4: 2097152 op, 4073750.00 ns, 1.9425 ns/op OverheadActual 5: 2097152 op, 4116167.00 ns, 1.9627 ns/op OverheadActual 6: 2097152 op, 4212333.00 ns, 2.0086 ns/op OverheadActual 7: 2097152 op, 4161500.00 ns, 1.9844 ns/op OverheadActual 8: 2097152 op, 4165375.00 ns, 1.9862 ns/op OverheadActual 9: 2097152 op, 4206666.00 ns, 2.0059 ns/op OverheadActual 10: 2097152 op, 3999666.00 ns, 1.9072 ns/op OverheadActual 11: 2097152 op, 4358792.00 ns, 2.0784 ns/op OverheadActual 12: 2097152 op, 4425959.00 ns, 2.1105 ns/op OverheadActual 13: 2097152 op, 4000791.00 ns, 1.9077 ns/op OverheadActual 14: 2097152 op, 4360042.00 ns, 2.0790 ns/op OverheadActual 15: 2097152 op, 4378791.00 ns, 2.0880 ns/op WorkloadWarmup 1: 2097152 op, 741114833.00 ns, 353.3911 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 730981000.00 ns, 348.5589 ns/op WorkloadActual 2: 2097152 op, 725760250.00 ns, 346.0695 ns/op WorkloadActual 3: 2097152 op, 718203291.00 ns, 342.4660 ns/op WorkloadActual 4: 2097152 op, 722418667.00 ns, 344.4761 ns/op WorkloadActual 5: 2097152 op, 728153209.00 ns, 347.2105 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 726815625.00 ns, 346.5727 ns/op WorkloadResult 2: 2097152 op, 721594875.00 ns, 344.0832 ns/op WorkloadResult 3: 2097152 op, 714037916.00 ns, 340.4798 ns/op WorkloadResult 4: 2097152 op, 718253292.00 ns, 342.4899 ns/op WorkloadResult 5: 2097152 op, 723987834.00 ns, 345.2243 ns/op // GC: 34 0 0 285212672 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 67825 has exited with code 0. Mean = 343.770 ns, StdErr = 1.061 ns (0.31%), N = 5, StdDev = 2.373 ns Min = 340.480 ns, Q1 = 342.490 ns, Median = 344.083 ns, Q3 = 345.224 ns, Max = 346.573 ns IQR = 2.734 ns, LowerFence = 338.388 ns, UpperFence = 349.326 ns ConfidenceInterval = [334.631 ns; 352.909 ns] (CI 99.9%), Margin = 9.139 ns (2.66% of Mean) Skewness = -0.19, Kurtosis = 1.17, MValue = 2 // ** Remained 5 (71,4 %) benchmark(s) to run. Estimated finish 2026-02-03 7:47 (0h 0m from now) ** // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors3_SharedTarget: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors3_SharedTarget --job "IterationCount=5, WarmupCount=1" --benchmarkId 2 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 71792.00 ns, 71.7920 us/op WorkloadJitting 1: 1 op, 6553459.00 ns, 6.5535 ms/op OverheadJitting 2: 16 op, 145959.00 ns, 9.1224 us/op WorkloadJitting 2: 16 op, 183583.00 ns, 11.4739 us/op WorkloadPilot 1: 16 op, 36667.00 ns, 2.2917 us/op WorkloadPilot 2: 32 op, 31417.00 ns, 981.7813 ns/op WorkloadPilot 3: 64 op, 62250.00 ns, 972.6563 ns/op WorkloadPilot 4: 128 op, 110333.00 ns, 861.9766 ns/op WorkloadPilot 5: 256 op, 213375.00 ns, 833.4961 ns/op WorkloadPilot 6: 512 op, 552125.00 ns, 1.0784 us/op WorkloadPilot 7: 1024 op, 844500.00 ns, 824.7070 ns/op WorkloadPilot 8: 2048 op, 1821625.00 ns, 889.4653 ns/op WorkloadPilot 9: 4096 op, 3400375.00 ns, 830.1697 ns/op WorkloadPilot 10: 8192 op, 6839417.00 ns, 834.8898 ns/op WorkloadPilot 11: 16384 op, 13382041.00 ns, 816.7750 ns/op WorkloadPilot 12: 32768 op, 27240625.00 ns, 831.3179 ns/op WorkloadPilot 13: 65536 op, 54158958.00 ns, 826.4001 ns/op WorkloadPilot 14: 131072 op, 102231000.00 ns, 779.9606 ns/op WorkloadPilot 15: 262144 op, 102977541.00 ns, 392.8281 ns/op WorkloadPilot 16: 524288 op, 164914708.00 ns, 314.5498 ns/op WorkloadPilot 17: 1048576 op, 319733083.00 ns, 304.9212 ns/op WorkloadPilot 18: 2097152 op, 655009416.00 ns, 312.3328 ns/op OverheadWarmup 1: 2097152 op, 4257750.00 ns, 2.0303 ns/op OverheadWarmup 2: 2097152 op, 4449084.00 ns, 2.1215 ns/op OverheadWarmup 3: 2097152 op, 4340542.00 ns, 2.0697 ns/op OverheadWarmup 4: 2097152 op, 4261084.00 ns, 2.0318 ns/op OverheadWarmup 5: 2097152 op, 4347959.00 ns, 2.0733 ns/op OverheadWarmup 6: 2097152 op, 4321125.00 ns, 2.0605 ns/op OverheadActual 1: 2097152 op, 4212333.00 ns, 2.0086 ns/op OverheadActual 2: 2097152 op, 4371250.00 ns, 2.0844 ns/op OverheadActual 3: 2097152 op, 4322292.00 ns, 2.0610 ns/op OverheadActual 4: 2097152 op, 4418541.00 ns, 2.1069 ns/op OverheadActual 5: 2097152 op, 3960791.00 ns, 1.8887 ns/op OverheadActual 6: 2097152 op, 4379208.00 ns, 2.0882 ns/op OverheadActual 7: 2097152 op, 4377417.00 ns, 2.0873 ns/op OverheadActual 8: 2097152 op, 4256208.00 ns, 2.0295 ns/op OverheadActual 9: 2097152 op, 4337083.00 ns, 2.0681 ns/op OverheadActual 10: 2097152 op, 4367375.00 ns, 2.0825 ns/op OverheadActual 11: 2097152 op, 4323750.00 ns, 2.0617 ns/op OverheadActual 12: 2097152 op, 4377375.00 ns, 2.0873 ns/op OverheadActual 13: 2097152 op, 4280541.00 ns, 2.0411 ns/op OverheadActual 14: 2097152 op, 4204250.00 ns, 2.0047 ns/op OverheadActual 15: 2097152 op, 4565042.00 ns, 2.1768 ns/op WorkloadWarmup 1: 2097152 op, 635429875.00 ns, 302.9966 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 633121834.00 ns, 301.8960 ns/op WorkloadActual 2: 2097152 op, 631340667.00 ns, 301.0467 ns/op WorkloadActual 3: 2097152 op, 637645208.00 ns, 304.0529 ns/op WorkloadActual 4: 2097152 op, 633468916.00 ns, 302.0615 ns/op WorkloadActual 5: 2097152 op, 641872166.00 ns, 306.0685 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 628784751.00 ns, 299.8279 ns/op WorkloadResult 2: 2097152 op, 627003584.00 ns, 298.9786 ns/op WorkloadResult 3: 2097152 op, 633308125.00 ns, 301.9848 ns/op WorkloadResult 4: 2097152 op, 629131833.00 ns, 299.9934 ns/op WorkloadResult 5: 2097152 op, 637535083.00 ns, 304.0004 ns/op // GC: 34 0 0 285212672 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 67834 has exited with code 0. Mean = 300.957 ns, StdErr = 0.907 ns (0.30%), N = 5, StdDev = 2.027 ns Min = 298.979 ns, Q1 = 299.828 ns, Median = 299.993 ns, Q3 = 301.985 ns, Max = 304.000 ns IQR = 2.157 ns, LowerFence = 296.593 ns, UpperFence = 305.220 ns ConfidenceInterval = [293.152 ns; 308.763 ns] (CI 99.9%), Margin = 7.806 ns (2.59% of Mean) Skewness = 0.46, Kurtosis = 1.24, MValue = 2 // ** Remained 4 (57,1 %) benchmark(s) to run. Estimated finish 2026-02-03 7:47 (0h 0m from now) ** // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors5_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors5_UniqueTargets --job "IterationCount=5, WarmupCount=1" --benchmarkId 3 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 81500.00 ns, 81.5000 us/op WorkloadJitting 1: 1 op, 6557667.00 ns, 6.5577 ms/op OverheadJitting 2: 16 op, 158875.00 ns, 9.9297 us/op WorkloadJitting 2: 16 op, 195959.00 ns, 12.2474 us/op WorkloadPilot 1: 16 op, 31167.00 ns, 1.9479 us/op WorkloadPilot 2: 32 op, 47458.00 ns, 1.4831 us/op WorkloadPilot 3: 64 op, 100958.00 ns, 1.5775 us/op WorkloadPilot 4: 128 op, 181500.00 ns, 1.4180 us/op WorkloadPilot 5: 256 op, 383458.00 ns, 1.4979 us/op WorkloadPilot 6: 512 op, 731625.00 ns, 1.4290 us/op WorkloadPilot 7: 1024 op, 1391792.00 ns, 1.3592 us/op WorkloadPilot 8: 2048 op, 2864583.00 ns, 1.3987 us/op WorkloadPilot 9: 4096 op, 5714250.00 ns, 1.3951 us/op WorkloadPilot 10: 8192 op, 10827333.00 ns, 1.3217 us/op WorkloadPilot 11: 16384 op, 22113875.00 ns, 1.3497 us/op WorkloadPilot 12: 32768 op, 44213791.00 ns, 1.3493 us/op WorkloadPilot 13: 65536 op, 93808750.00 ns, 1.4314 us/op WorkloadPilot 14: 131072 op, 110291416.00 ns, 841.4567 ns/op WorkloadPilot 15: 262144 op, 144842417.00 ns, 552.5300 ns/op WorkloadPilot 16: 524288 op, 285430083.00 ns, 544.4147 ns/op WorkloadPilot 17: 1048576 op, 581111542.00 ns, 554.1912 ns/op OverheadWarmup 1: 1048576 op, 2196292.00 ns, 2.0945 ns/op OverheadWarmup 2: 1048576 op, 2116916.00 ns, 2.0188 ns/op OverheadWarmup 3: 1048576 op, 2093125.00 ns, 1.9962 ns/op OverheadWarmup 4: 1048576 op, 2157833.00 ns, 2.0579 ns/op OverheadWarmup 5: 1048576 op, 2123000.00 ns, 2.0247 ns/op OverheadWarmup 6: 1048576 op, 2143208.00 ns, 2.0439 ns/op OverheadWarmup 7: 1048576 op, 2159875.00 ns, 2.0598 ns/op OverheadWarmup 8: 1048576 op, 2170041.00 ns, 2.0695 ns/op OverheadWarmup 9: 1048576 op, 2201292.00 ns, 2.0993 ns/op OverheadWarmup 10: 1048576 op, 2132792.00 ns, 2.0340 ns/op OverheadActual 1: 1048576 op, 2129666.00 ns, 2.0310 ns/op OverheadActual 2: 1048576 op, 2163875.00 ns, 2.0636 ns/op OverheadActual 3: 1048576 op, 2128625.00 ns, 2.0300 ns/op OverheadActual 4: 1048576 op, 2186416.00 ns, 2.0851 ns/op OverheadActual 5: 1048576 op, 2111500.00 ns, 2.0137 ns/op OverheadActual 6: 1048576 op, 2161583.00 ns, 2.0614 ns/op OverheadActual 7: 1048576 op, 2146125.00 ns, 2.0467 ns/op OverheadActual 8: 1048576 op, 2317041.00 ns, 2.2097 ns/op OverheadActual 9: 1048576 op, 2120750.00 ns, 2.0225 ns/op OverheadActual 10: 1048576 op, 2229500.00 ns, 2.1262 ns/op OverheadActual 11: 1048576 op, 2175625.00 ns, 2.0748 ns/op OverheadActual 12: 1048576 op, 4007459.00 ns, 3.8218 ns/op OverheadActual 13: 1048576 op, 2187584.00 ns, 2.0862 ns/op OverheadActual 14: 1048576 op, 2176625.00 ns, 2.0758 ns/op OverheadActual 15: 1048576 op, 2122916.00 ns, 2.0246 ns/op WorkloadWarmup 1: 1048576 op, 567767583.00 ns, 541.4654 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 563568583.00 ns, 537.4609 ns/op WorkloadActual 2: 1048576 op, 569642417.00 ns, 543.2533 ns/op WorkloadActual 3: 1048576 op, 562609667.00 ns, 536.5464 ns/op WorkloadActual 4: 1048576 op, 560584041.00 ns, 534.6146 ns/op WorkloadActual 5: 1048576 op, 565463792.00 ns, 539.2683 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 561404708.00 ns, 535.3973 ns/op WorkloadResult 2: 1048576 op, 567478542.00 ns, 541.1897 ns/op WorkloadResult 3: 1048576 op, 560445792.00 ns, 534.4828 ns/op WorkloadResult 4: 1048576 op, 558420166.00 ns, 532.5510 ns/op WorkloadResult 5: 1048576 op, 563299917.00 ns, 537.2047 ns/op // GC: 17 0 0 142606336 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 67837 has exited with code 0. Mean = 536.165 ns, StdErr = 1.463 ns (0.27%), N = 5, StdDev = 3.271 ns Min = 532.551 ns, Q1 = 534.483 ns, Median = 535.397 ns, Q3 = 537.205 ns, Max = 541.190 ns IQR = 2.722 ns, LowerFence = 530.400 ns, UpperFence = 541.288 ns ConfidenceInterval = [523.568 ns; 548.762 ns] (CI 99.9%), Margin = 12.597 ns (2.35% of Mean) Skewness = 0.43, Kurtosis = 1.43, MValue = 2 // ** Remained 3 (42,9 %) benchmark(s) to run. Estimated finish 2026-02-03 7:47 (0h 0m from now) ** // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors5_SharedTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors5_SharedTargets --job "IterationCount=5, WarmupCount=1" --benchmarkId 4 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 85708.00 ns, 85.7080 us/op WorkloadJitting 1: 1 op, 7078584.00 ns, 7.0786 ms/op OverheadJitting 2: 16 op, 193750.00 ns, 12.1094 us/op WorkloadJitting 2: 16 op, 165750.00 ns, 10.3594 us/op WorkloadPilot 1: 16 op, 36833.00 ns, 2.3021 us/op WorkloadPilot 2: 32 op, 46750.00 ns, 1.4609 us/op WorkloadPilot 3: 64 op, 80875.00 ns, 1.2637 us/op WorkloadPilot 4: 128 op, 169666.00 ns, 1.3255 us/op WorkloadPilot 5: 256 op, 334750.00 ns, 1.3076 us/op WorkloadPilot 6: 512 op, 640000.00 ns, 1.2500 us/op WorkloadPilot 7: 1024 op, 1328666.00 ns, 1.2975 us/op WorkloadPilot 8: 2048 op, 2548500.00 ns, 1.2444 us/op WorkloadPilot 9: 4096 op, 5274000.00 ns, 1.2876 us/op WorkloadPilot 10: 8192 op, 10541959.00 ns, 1.2869 us/op WorkloadPilot 11: 16384 op, 20573333.00 ns, 1.2557 us/op WorkloadPilot 12: 32768 op, 41338500.00 ns, 1.2616 us/op WorkloadPilot 13: 65536 op, 87918958.00 ns, 1.3415 us/op WorkloadPilot 14: 131072 op, 105722667.00 ns, 806.5999 ns/op WorkloadPilot 15: 262144 op, 132243834.00 ns, 504.4702 ns/op WorkloadPilot 16: 524288 op, 265028459.00 ns, 505.5017 ns/op WorkloadPilot 17: 1048576 op, 533084500.00 ns, 508.3890 ns/op OverheadWarmup 1: 1048576 op, 2248500.00 ns, 2.1443 ns/op OverheadWarmup 2: 1048576 op, 2135792.00 ns, 2.0368 ns/op OverheadWarmup 3: 1048576 op, 2172875.00 ns, 2.0722 ns/op OverheadWarmup 4: 1048576 op, 2207792.00 ns, 2.1055 ns/op OverheadWarmup 5: 1048576 op, 2131000.00 ns, 2.0323 ns/op OverheadWarmup 6: 1048576 op, 2161209.00 ns, 2.0611 ns/op OverheadWarmup 7: 1048576 op, 2174750.00 ns, 2.0740 ns/op OverheadWarmup 8: 1048576 op, 2175250.00 ns, 2.0745 ns/op OverheadWarmup 9: 1048576 op, 2110792.00 ns, 2.0130 ns/op OverheadActual 1: 1048576 op, 2026208.00 ns, 1.9323 ns/op OverheadActual 2: 1048576 op, 2146125.00 ns, 2.0467 ns/op OverheadActual 3: 1048576 op, 2132459.00 ns, 2.0337 ns/op OverheadActual 4: 1048576 op, 2175416.00 ns, 2.0746 ns/op OverheadActual 5: 1048576 op, 2267791.00 ns, 2.1627 ns/op OverheadActual 6: 1048576 op, 2199041.00 ns, 2.0972 ns/op OverheadActual 7: 1048576 op, 2174083.00 ns, 2.0734 ns/op OverheadActual 8: 1048576 op, 2121292.00 ns, 2.0230 ns/op OverheadActual 9: 1048576 op, 2199791.00 ns, 2.0979 ns/op OverheadActual 10: 1048576 op, 2157458.00 ns, 2.0575 ns/op OverheadActual 11: 1048576 op, 2261083.00 ns, 2.1563 ns/op OverheadActual 12: 1048576 op, 2162209.00 ns, 2.0620 ns/op OverheadActual 13: 1048576 op, 2121500.00 ns, 2.0232 ns/op OverheadActual 14: 1048576 op, 2110541.00 ns, 2.0128 ns/op OverheadActual 15: 1048576 op, 2207209.00 ns, 2.1050 ns/op WorkloadWarmup 1: 1048576 op, 526623750.00 ns, 502.2275 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 522213583.00 ns, 498.0217 ns/op WorkloadActual 2: 1048576 op, 518586916.00 ns, 494.5630 ns/op WorkloadActual 3: 1048576 op, 511624708.00 ns, 487.9233 ns/op WorkloadActual 4: 1048576 op, 517439625.00 ns, 493.4689 ns/op WorkloadActual 5: 1048576 op, 516063584.00 ns, 492.1566 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 520051374.00 ns, 495.9596 ns/op WorkloadResult 2: 1048576 op, 516424707.00 ns, 492.5010 ns/op WorkloadResult 3: 1048576 op, 509462499.00 ns, 485.8613 ns/op WorkloadResult 4: 1048576 op, 515277416.00 ns, 491.4068 ns/op WorkloadResult 5: 1048576 op, 513901375.00 ns, 490.0945 ns/op // GC: 17 0 0 142606336 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 67843 has exited with code 0. Mean = 491.165 ns, StdErr = 1.645 ns (0.33%), N = 5, StdDev = 3.678 ns Min = 485.861 ns, Q1 = 490.095 ns, Median = 491.407 ns, Q3 = 492.501 ns, Max = 495.960 ns IQR = 2.406 ns, LowerFence = 486.485 ns, UpperFence = 496.111 ns ConfidenceInterval = [477.002 ns; 505.327 ns] (CI 99.9%), Margin = 14.162 ns (2.88% of Mean) Skewness = -0.15, Kurtosis = 1.45, MValue = 2 // ** Remained 2 (28,6 %) benchmark(s) to run. Estimated finish 2026-02-03 7:47 (0h 0m from now) ** // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors10_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors10_UniqueTargets --job "IterationCount=5, WarmupCount=1" --benchmarkId 5 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 107875.00 ns, 107.8750 us/op WorkloadJitting 1: 1 op, 6996083.00 ns, 6.9961 ms/op OverheadJitting 2: 16 op, 157958.00 ns, 9.8724 us/op WorkloadJitting 2: 16 op, 203375.00 ns, 12.7109 us/op WorkloadPilot 1: 16 op, 47708.00 ns, 2.9818 us/op WorkloadPilot 2: 32 op, 77459.00 ns, 2.4206 us/op WorkloadPilot 3: 64 op, 152334.00 ns, 2.3802 us/op WorkloadPilot 4: 128 op, 302166.00 ns, 2.3607 us/op WorkloadPilot 5: 256 op, 646583.00 ns, 2.5257 us/op WorkloadPilot 6: 512 op, 1306792.00 ns, 2.5523 us/op WorkloadPilot 7: 1024 op, 2398584.00 ns, 2.3424 us/op WorkloadPilot 8: 2048 op, 5096292.00 ns, 2.4884 us/op WorkloadPilot 9: 4096 op, 10059708.00 ns, 2.4560 us/op WorkloadPilot 10: 8192 op, 20419708.00 ns, 2.4926 us/op WorkloadPilot 11: 16384 op, 39666125.00 ns, 2.4210 us/op WorkloadPilot 12: 32768 op, 98455166.00 ns, 3.0046 us/op WorkloadPilot 13: 65536 op, 121179500.00 ns, 1.8491 us/op WorkloadPilot 14: 131072 op, 149099458.00 ns, 1.1375 us/op WorkloadPilot 15: 262144 op, 297075208.00 ns, 1.1333 us/op WorkloadPilot 16: 524288 op, 595082125.00 ns, 1.1350 us/op OverheadWarmup 1: 524288 op, 1031458.00 ns, 1.9674 ns/op OverheadWarmup 2: 524288 op, 1076541.00 ns, 2.0533 ns/op OverheadWarmup 3: 524288 op, 1041458.00 ns, 1.9864 ns/op OverheadWarmup 4: 524288 op, 1124916.00 ns, 2.1456 ns/op OverheadWarmup 5: 524288 op, 1043750.00 ns, 1.9908 ns/op OverheadActual 1: 524288 op, 1051834.00 ns, 2.0062 ns/op OverheadActual 2: 524288 op, 1055333.00 ns, 2.0129 ns/op OverheadActual 3: 524288 op, 1047416.00 ns, 1.9978 ns/op OverheadActual 4: 524288 op, 1063292.00 ns, 2.0281 ns/op OverheadActual 5: 524288 op, 1065167.00 ns, 2.0316 ns/op OverheadActual 6: 524288 op, 1126458.00 ns, 2.1485 ns/op OverheadActual 7: 524288 op, 1030625.00 ns, 1.9658 ns/op OverheadActual 8: 524288 op, 1118666.00 ns, 2.1337 ns/op OverheadActual 9: 524288 op, 1073000.00 ns, 2.0466 ns/op OverheadActual 10: 524288 op, 1186375.00 ns, 2.2628 ns/op OverheadActual 11: 524288 op, 1079167.00 ns, 2.0583 ns/op OverheadActual 12: 524288 op, 1076917.00 ns, 2.0541 ns/op OverheadActual 13: 524288 op, 1117042.00 ns, 2.1306 ns/op OverheadActual 14: 524288 op, 1043625.00 ns, 1.9906 ns/op OverheadActual 15: 524288 op, 1106542.00 ns, 2.1106 ns/op WorkloadWarmup 1: 524288 op, 593425000.00 ns, 1.1319 us/op // BeforeActualRun WorkloadActual 1: 524288 op, 593410791.00 ns, 1.1318 us/op WorkloadActual 2: 524288 op, 584411250.00 ns, 1.1147 us/op WorkloadActual 3: 524288 op, 578212209.00 ns, 1.1029 us/op WorkloadActual 4: 524288 op, 579006375.00 ns, 1.1044 us/op WorkloadActual 5: 524288 op, 573752708.00 ns, 1.0943 us/op // AfterActualRun WorkloadResult 1: 524288 op, 592337791.00 ns, 1.1298 us/op WorkloadResult 2: 524288 op, 583338250.00 ns, 1.1126 us/op WorkloadResult 3: 524288 op, 577139209.00 ns, 1.1008 us/op WorkloadResult 4: 524288 op, 577933375.00 ns, 1.1023 us/op WorkloadResult 5: 524288 op, 572679708.00 ns, 1.0923 us/op // GC: 8 0 0 71303168 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 67846 has exited with code 0. Mean = 1.108 μs, StdErr = 0.006 μs (0.58%), N = 5, StdDev = 0.014 μs Min = 1.092 μs, Q1 = 1.101 μs, Median = 1.102 μs, Q3 = 1.113 μs, Max = 1.130 μs IQR = 0.012 μs, LowerFence = 1.083 μs, UpperFence = 1.130 μs ConfidenceInterval = [1.052 μs; 1.163 μs] (CI 99.9%), Margin = 0.055 μs (5.00% of Mean) Skewness = 0.48, Kurtosis = 1.42, MValue = 2 // ** Remained 1 (14,3 %) benchmark(s) to run. Estimated finish 2026-02-03 7:47 (0h 0m from now) ** // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors10_SharedTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors10_SharedTargets --job "IterationCount=5, WarmupCount=1" --benchmarkId 6 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 76167.00 ns, 76.1670 us/op WorkloadJitting 1: 1 op, 6566083.00 ns, 6.5661 ms/op OverheadJitting 2: 16 op, 216000.00 ns, 13.5000 us/op WorkloadJitting 2: 16 op, 256250.00 ns, 16.0156 us/op WorkloadPilot 1: 16 op, 43292.00 ns, 2.7058 us/op WorkloadPilot 2: 32 op, 86875.00 ns, 2.7148 us/op WorkloadPilot 3: 64 op, 153750.00 ns, 2.4023 us/op WorkloadPilot 4: 128 op, 271833.00 ns, 2.1237 us/op WorkloadPilot 5: 256 op, 586667.00 ns, 2.2917 us/op WorkloadPilot 6: 512 op, 1105375.00 ns, 2.1589 us/op WorkloadPilot 7: 1024 op, 2223000.00 ns, 2.1709 us/op WorkloadPilot 8: 2048 op, 4518583.00 ns, 2.2063 us/op WorkloadPilot 9: 4096 op, 8228083.00 ns, 2.0088 us/op WorkloadPilot 10: 8192 op, 16928500.00 ns, 2.0665 us/op WorkloadPilot 11: 16384 op, 33772334.00 ns, 2.0613 us/op WorkloadPilot 12: 32768 op, 68889209.00 ns, 2.1023 us/op WorkloadPilot 13: 65536 op, 145235375.00 ns, 2.2161 us/op WorkloadPilot 14: 131072 op, 154245333.00 ns, 1.1768 us/op WorkloadPilot 15: 262144 op, 242205166.00 ns, 923.9394 ns/op WorkloadPilot 16: 524288 op, 483317667.00 ns, 921.8553 ns/op WorkloadPilot 17: 1048576 op, 956622958.00 ns, 912.3067 ns/op OverheadWarmup 1: 1048576 op, 2066000.00 ns, 1.9703 ns/op OverheadWarmup 2: 1048576 op, 2196167.00 ns, 2.0944 ns/op OverheadWarmup 3: 1048576 op, 2079542.00 ns, 1.9832 ns/op OverheadWarmup 4: 1048576 op, 2215875.00 ns, 2.1132 ns/op OverheadWarmup 5: 1048576 op, 2186958.00 ns, 2.0856 ns/op OverheadActual 1: 1048576 op, 2187959.00 ns, 2.0866 ns/op OverheadActual 2: 1048576 op, 2133083.00 ns, 2.0343 ns/op OverheadActual 3: 1048576 op, 2102542.00 ns, 2.0051 ns/op OverheadActual 4: 1048576 op, 2133458.00 ns, 2.0346 ns/op OverheadActual 5: 1048576 op, 2224375.00 ns, 2.1213 ns/op OverheadActual 6: 1048576 op, 2171833.00 ns, 2.0712 ns/op OverheadActual 7: 1048576 op, 2192916.00 ns, 2.0913 ns/op OverheadActual 8: 1048576 op, 2100958.00 ns, 2.0036 ns/op OverheadActual 9: 1048576 op, 2070000.00 ns, 1.9741 ns/op OverheadActual 10: 1048576 op, 2093250.00 ns, 1.9963 ns/op OverheadActual 11: 1048576 op, 2251875.00 ns, 2.1476 ns/op OverheadActual 12: 1048576 op, 2190459.00 ns, 2.0890 ns/op OverheadActual 13: 1048576 op, 2158042.00 ns, 2.0581 ns/op OverheadActual 14: 1048576 op, 2219500.00 ns, 2.1167 ns/op OverheadActual 15: 1048576 op, 2112417.00 ns, 2.0146 ns/op WorkloadWarmup 1: 1048576 op, 968370792.00 ns, 923.5104 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 936979125.00 ns, 893.5729 ns/op WorkloadActual 2: 1048576 op, 940905416.00 ns, 897.3173 ns/op WorkloadActual 3: 1048576 op, 934542917.00 ns, 891.2496 ns/op WorkloadActual 4: 1048576 op, 956937167.00 ns, 912.6064 ns/op WorkloadActual 5: 1048576 op, 963645583.00 ns, 919.0040 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 934821083.00 ns, 891.5149 ns/op WorkloadResult 2: 1048576 op, 938747374.00 ns, 895.2593 ns/op WorkloadResult 3: 1048576 op, 932384875.00 ns, 889.1915 ns/op WorkloadResult 4: 1048576 op, 954779125.00 ns, 910.5483 ns/op WorkloadResult 5: 1048576 op, 961487541.00 ns, 916.9460 ns/op // GC: 17 0 0 142606336 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 67849 has exited with code 0. Mean = 900.692 ns, StdErr = 5.511 ns (0.61%), N = 5, StdDev = 12.322 ns Min = 889.192 ns, Q1 = 891.515 ns, Median = 895.259 ns, Q3 = 910.548 ns, Max = 916.946 ns IQR = 19.033 ns, LowerFence = 862.965 ns, UpperFence = 939.099 ns ConfidenceInterval = [853.244 ns; 948.140 ns] (CI 99.9%), Margin = 47.448 ns (5.27% of Mean) Skewness = 0.3, Kurtosis = 0.91, MValue = 2 // ** Remained 0 (0,0 %) benchmark(s) to run. Estimated finish 2026-02-03 7:47 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.ValidationErrorSerializationBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.ValidationErrorSerializationBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.ValidationErrorSerializationBenchmarks-report.html // * Detailed results * ValidationErrorSerializationBenchmarks.Errors1: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 153.070 ns, StdErr = 1.177 ns (0.77%), N = 5, StdDev = 2.631 ns Min = 150.084 ns, Q1 = 150.917 ns, Median = 152.922 ns, Q3 = 155.441 ns, Max = 155.986 ns IQR = 4.524 ns, LowerFence = 144.130 ns, UpperFence = 162.228 ns ConfidenceInterval = [142.937 ns; 163.203 ns] (CI 99.9%), Margin = 10.133 ns (6.62% of Mean) Skewness = 0.02, Kurtosis = 0.85, MValue = 2 -------------------- Histogram -------------------- [149.483 ns ; 153.523 ns) | @@@ [153.523 ns ; 158.006 ns) | @@ --------------------------------------------------- ValidationErrorSerializationBenchmarks.Errors3_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 343.770 ns, StdErr = 1.061 ns (0.31%), N = 5, StdDev = 2.373 ns Min = 340.480 ns, Q1 = 342.490 ns, Median = 344.083 ns, Q3 = 345.224 ns, Max = 346.573 ns IQR = 2.734 ns, LowerFence = 338.388 ns, UpperFence = 349.326 ns ConfidenceInterval = [334.631 ns; 352.909 ns] (CI 99.9%), Margin = 9.139 ns (2.66% of Mean) Skewness = -0.19, Kurtosis = 1.17, MValue = 2 -------------------- Histogram -------------------- [338.658 ns ; 348.394 ns) | @@@@@ --------------------------------------------------- ValidationErrorSerializationBenchmarks.Errors3_SharedTarget: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 300.957 ns, StdErr = 0.907 ns (0.30%), N = 5, StdDev = 2.027 ns Min = 298.979 ns, Q1 = 299.828 ns, Median = 299.993 ns, Q3 = 301.985 ns, Max = 304.000 ns IQR = 2.157 ns, LowerFence = 296.593 ns, UpperFence = 305.220 ns ConfidenceInterval = [293.152 ns; 308.763 ns] (CI 99.9%), Margin = 7.806 ns (2.59% of Mean) Skewness = 0.46, Kurtosis = 1.24, MValue = 2 -------------------- Histogram -------------------- [297.423 ns ; 305.556 ns) | @@@@@ --------------------------------------------------- ValidationErrorSerializationBenchmarks.Errors5_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 536.165 ns, StdErr = 1.463 ns (0.27%), N = 5, StdDev = 3.271 ns Min = 532.551 ns, Q1 = 534.483 ns, Median = 535.397 ns, Q3 = 537.205 ns, Max = 541.190 ns IQR = 2.722 ns, LowerFence = 530.400 ns, UpperFence = 541.288 ns ConfidenceInterval = [523.568 ns; 548.762 ns] (CI 99.9%), Margin = 12.597 ns (2.35% of Mean) Skewness = 0.43, Kurtosis = 1.43, MValue = 2 -------------------- Histogram -------------------- [530.040 ns ; 543.701 ns) | @@@@@ --------------------------------------------------- ValidationErrorSerializationBenchmarks.Errors5_SharedTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 491.165 ns, StdErr = 1.645 ns (0.33%), N = 5, StdDev = 3.678 ns Min = 485.861 ns, Q1 = 490.095 ns, Median = 491.407 ns, Q3 = 492.501 ns, Max = 495.960 ns IQR = 2.406 ns, LowerFence = 486.485 ns, UpperFence = 496.111 ns ConfidenceInterval = [477.002 ns; 505.327 ns] (CI 99.9%), Margin = 14.162 ns (2.88% of Mean) Skewness = -0.15, Kurtosis = 1.45, MValue = 2 -------------------- Histogram -------------------- [483.038 ns ; 496.211 ns) | @@@@@ --------------------------------------------------- ValidationErrorSerializationBenchmarks.Errors10_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.108 μs, StdErr = 0.006 μs (0.58%), N = 5, StdDev = 0.014 μs Min = 1.092 μs, Q1 = 1.101 μs, Median = 1.102 μs, Q3 = 1.113 μs, Max = 1.130 μs IQR = 0.012 μs, LowerFence = 1.083 μs, UpperFence = 1.130 μs ConfidenceInterval = [1.052 μs; 1.163 μs] (CI 99.9%), Margin = 0.055 μs (5.00% of Mean) Skewness = 0.48, Kurtosis = 1.42, MValue = 2 -------------------- Histogram -------------------- [1.091 μs ; 1.141 μs) | @@@@@ --------------------------------------------------- ValidationErrorSerializationBenchmarks.Errors10_SharedTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 900.692 ns, StdErr = 5.511 ns (0.61%), N = 5, StdDev = 12.322 ns Min = 889.192 ns, Q1 = 891.515 ns, Median = 895.259 ns, Q3 = 910.548 ns, Max = 916.946 ns IQR = 19.033 ns, LowerFence = 862.965 ns, UpperFence = 939.099 ns ConfidenceInterval = [853.244 ns; 948.140 ns] (CI 99.9%), Margin = 47.448 ns (5.27% of Mean) Skewness = 0.3, Kurtosis = 0.91, MValue = 2 -------------------- Histogram -------------------- [882.767 ns ; 904.289 ns) | @@@ [904.289 ns ; 926.404 ns) | @@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.102 [Host] : .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a Job-MEHJPP : .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a IterationCount=5 WarmupCount=1 | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Allocated | Alloc Ratio | |----------------------- |-----------:|---------:|---------:|------:|--------:|-------:|----------:|------------:| | Errors1 | 153.1 ns | 10.13 ns | 2.63 ns | 1.00 | 0.02 | 0.0162 | 136 B | 1.00 | | Errors3_UniqueTargets | 343.8 ns | 9.14 ns | 2.37 ns | 2.25 | 0.04 | 0.0162 | 136 B | 1.00 | | Errors3_SharedTarget | 301.0 ns | 7.81 ns | 2.03 ns | 1.97 | 0.03 | 0.0162 | 136 B | 1.00 | | Errors5_UniqueTargets | 536.2 ns | 12.60 ns | 3.27 ns | 3.50 | 0.06 | 0.0162 | 136 B | 1.00 | | Errors5_SharedTargets | 491.2 ns | 14.16 ns | 3.68 ns | 3.21 | 0.05 | 0.0162 | 136 B | 1.00 | | Errors10_UniqueTargets | 1,107.6 ns | 55.34 ns | 14.37 ns | 7.24 | 0.14 | 0.0153 | 136 B | 1.00 | | Errors10_SharedTargets | 900.7 ns | 47.45 ns | 12.32 ns | 5.89 | 0.12 | 0.0162 | 136 B | 1.00 | // * Hints * Outliers ValidationErrorSerializationBenchmarks.Errors5_SharedTargets: IterationCount=5, WarmupCount=1 -> 1 outlier was detected (487.92 ns) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:44 (44.6 sec), executed benchmarks: 7 Global total time: 00:00:51 (51.55 sec), executed benchmarks: 7 // * Artifacts cleanup * Artifacts cleanup is finished Benchmarks.ValidationErrorSerializationBenchmarks-20260203-080019.log000066400000000000000000001267231516707642500430550ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts// Validating benchmarks: // ***** BenchmarkRunner: Start ***** // ***** Found 7 benchmark(s) in total ***** // ***** Building 1 exe(s) in Parallel: Start ***** // start dotnet restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/publish/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1 // command took 0.92 sec and exited with 0 // start dotnet build -c Release --no-restore --nodeReuse:false /p:UseSharedCompilation=false /p:Deterministic=true /p:Optimize=true /p:ArtifactsPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/" /p:OutDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" /p:OutputPath="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" /p:PublishDir="/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/publish/" --output "/Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0/" in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1 // command took 5.42 sec and exited with 0 // ***** Done, took 00:00:06 (6.39 sec) ***** // Found 7 benchmarks: // ValidationErrorSerializationBenchmarks.Errors1: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ValidationErrorSerializationBenchmarks.Errors3_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ValidationErrorSerializationBenchmarks.Errors3_SharedTarget: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ValidationErrorSerializationBenchmarks.Errors5_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ValidationErrorSerializationBenchmarks.Errors5_SharedTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ValidationErrorSerializationBenchmarks.Errors10_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ValidationErrorSerializationBenchmarks.Errors10_SharedTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors1: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors1 --job "IterationCount=5, WarmupCount=1" --benchmarkId 0 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 72792.00 ns, 72.7920 us/op WorkloadJitting 1: 1 op, 9682833.00 ns, 9.6828 ms/op OverheadJitting 2: 16 op, 174291.00 ns, 10.8932 us/op WorkloadJitting 2: 16 op, 178208.00 ns, 11.1380 us/op WorkloadPilot 1: 16 op, 16500.00 ns, 1.0313 us/op WorkloadPilot 2: 32 op, 17542.00 ns, 548.1875 ns/op WorkloadPilot 3: 64 op, 35125.00 ns, 548.8281 ns/op WorkloadPilot 4: 128 op, 60834.00 ns, 475.2656 ns/op WorkloadPilot 5: 256 op, 120042.00 ns, 468.9141 ns/op WorkloadPilot 6: 512 op, 229625.00 ns, 448.4863 ns/op WorkloadPilot 7: 1024 op, 479584.00 ns, 468.3438 ns/op WorkloadPilot 8: 2048 op, 996417.00 ns, 486.5317 ns/op WorkloadPilot 9: 4096 op, 1965459.00 ns, 479.8484 ns/op WorkloadPilot 10: 8192 op, 3877500.00 ns, 473.3276 ns/op WorkloadPilot 11: 16384 op, 9523916.00 ns, 581.2937 ns/op WorkloadPilot 12: 32768 op, 16023042.00 ns, 488.9844 ns/op WorkloadPilot 13: 65536 op, 30966542.00 ns, 472.5119 ns/op WorkloadPilot 14: 131072 op, 58886500.00 ns, 449.2683 ns/op WorkloadPilot 15: 262144 op, 108139584.00 ns, 412.5198 ns/op WorkloadPilot 16: 524288 op, 95497209.00 ns, 182.1465 ns/op WorkloadPilot 17: 1048576 op, 164994458.00 ns, 157.3510 ns/op WorkloadPilot 18: 2097152 op, 328260541.00 ns, 156.5268 ns/op WorkloadPilot 19: 4194304 op, 658113458.00 ns, 156.9065 ns/op OverheadWarmup 1: 4194304 op, 8346458.00 ns, 1.9900 ns/op OverheadWarmup 2: 4194304 op, 8265375.00 ns, 1.9706 ns/op OverheadWarmup 3: 4194304 op, 8316167.00 ns, 1.9827 ns/op OverheadWarmup 4: 4194304 op, 8322792.00 ns, 1.9843 ns/op OverheadWarmup 5: 4194304 op, 8289625.00 ns, 1.9764 ns/op OverheadWarmup 6: 4194304 op, 8114041.00 ns, 1.9345 ns/op OverheadWarmup 7: 4194304 op, 8024667.00 ns, 1.9132 ns/op OverheadWarmup 8: 4194304 op, 8279833.00 ns, 1.9741 ns/op OverheadWarmup 9: 4194304 op, 8336291.00 ns, 1.9875 ns/op OverheadWarmup 10: 4194304 op, 8106125.00 ns, 1.9327 ns/op OverheadActual 1: 4194304 op, 8078417.00 ns, 1.9260 ns/op OverheadActual 2: 4194304 op, 8232667.00 ns, 1.9628 ns/op OverheadActual 3: 4194304 op, 8201542.00 ns, 1.9554 ns/op OverheadActual 4: 4194304 op, 8678500.00 ns, 2.0691 ns/op OverheadActual 5: 4194304 op, 8538500.00 ns, 2.0357 ns/op OverheadActual 6: 4194304 op, 8447000.00 ns, 2.0139 ns/op OverheadActual 7: 4194304 op, 8753250.00 ns, 2.0869 ns/op OverheadActual 8: 4194304 op, 8146125.00 ns, 1.9422 ns/op OverheadActual 9: 4194304 op, 8229333.00 ns, 1.9620 ns/op OverheadActual 10: 4194304 op, 7935708.00 ns, 1.8920 ns/op OverheadActual 11: 4194304 op, 8003375.00 ns, 1.9082 ns/op OverheadActual 12: 4194304 op, 8072166.00 ns, 1.9246 ns/op OverheadActual 13: 4194304 op, 8096833.00 ns, 1.9304 ns/op OverheadActual 14: 4194304 op, 8007375.00 ns, 1.9091 ns/op OverheadActual 15: 4194304 op, 7881667.00 ns, 1.8791 ns/op WorkloadWarmup 1: 4194304 op, 662985541.00 ns, 158.0681 ns/op // BeforeActualRun WorkloadActual 1: 4194304 op, 660001167.00 ns, 157.3565 ns/op WorkloadActual 2: 4194304 op, 659215125.00 ns, 157.1691 ns/op WorkloadActual 3: 4194304 op, 657957833.00 ns, 156.8694 ns/op WorkloadActual 4: 4194304 op, 658283125.00 ns, 156.9469 ns/op WorkloadActual 5: 4194304 op, 654658709.00 ns, 156.0828 ns/op // AfterActualRun WorkloadResult 1: 4194304 op, 651855042.00 ns, 155.4144 ns/op WorkloadResult 2: 4194304 op, 651069000.00 ns, 155.2269 ns/op WorkloadResult 3: 4194304 op, 649811708.00 ns, 154.9272 ns/op WorkloadResult 4: 4194304 op, 650137000.00 ns, 155.0047 ns/op WorkloadResult 5: 4194304 op, 646512584.00 ns, 154.1406 ns/op // GC: 68 0 0 570425344 4194304 // Threading: 0 0 4194304 // AfterAll // Benchmark Process 68574 has exited with code 0. Mean = 154.943 ns, StdErr = 0.218 ns (0.14%), N = 5, StdDev = 0.488 ns Min = 154.141 ns, Q1 = 154.927 ns, Median = 155.005 ns, Q3 = 155.227 ns, Max = 155.414 ns IQR = 0.300 ns, LowerFence = 154.478 ns, UpperFence = 155.677 ns ConfidenceInterval = [153.066 ns; 156.820 ns] (CI 99.9%), Margin = 1.877 ns (1.21% of Mean) Skewness = -0.67, Kurtosis = 1.66, MValue = 2 // ** Remained 6 (85,7 %) benchmark(s) to run. Estimated finish 2026-02-03 8:01 (0h 0m from now) ** // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors3_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors3_UniqueTargets --job "IterationCount=5, WarmupCount=1" --benchmarkId 1 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 71583.00 ns, 71.5830 us/op WorkloadJitting 1: 1 op, 6186959.00 ns, 6.1870 ms/op OverheadJitting 2: 16 op, 127583.00 ns, 7.9739 us/op WorkloadJitting 2: 16 op, 127833.00 ns, 7.9896 us/op WorkloadPilot 1: 16 op, 22334.00 ns, 1.3959 us/op WorkloadPilot 2: 32 op, 65875.00 ns, 2.0586 us/op WorkloadPilot 3: 64 op, 85792.00 ns, 1.3405 us/op WorkloadPilot 4: 128 op, 154500.00 ns, 1.2070 us/op WorkloadPilot 5: 256 op, 280208.00 ns, 1.0946 us/op WorkloadPilot 6: 512 op, 531542.00 ns, 1.0382 us/op WorkloadPilot 7: 1024 op, 987333.00 ns, 964.1924 ns/op WorkloadPilot 8: 2048 op, 2071500.00 ns, 1.0115 us/op WorkloadPilot 9: 4096 op, 4343833.00 ns, 1.0605 us/op WorkloadPilot 10: 8192 op, 8377291.00 ns, 1.0226 us/op WorkloadPilot 11: 16384 op, 16518083.00 ns, 1.0082 us/op WorkloadPilot 12: 32768 op, 33431666.00 ns, 1.0203 us/op WorkloadPilot 13: 65536 op, 66620084.00 ns, 1.0165 us/op WorkloadPilot 14: 131072 op, 118797250.00 ns, 906.3511 ns/op WorkloadPilot 15: 262144 op, 100075250.00 ns, 381.7568 ns/op WorkloadPilot 16: 524288 op, 191667875.00 ns, 365.5775 ns/op WorkloadPilot 17: 1048576 op, 384771167.00 ns, 366.9464 ns/op WorkloadPilot 18: 2097152 op, 768746292.00 ns, 366.5668 ns/op OverheadWarmup 1: 2097152 op, 4115291.00 ns, 1.9623 ns/op OverheadWarmup 2: 2097152 op, 3990916.00 ns, 1.9030 ns/op OverheadWarmup 3: 2097152 op, 4174833.00 ns, 1.9907 ns/op OverheadWarmup 4: 2097152 op, 4279166.00 ns, 2.0405 ns/op OverheadWarmup 5: 2097152 op, 4082708.00 ns, 1.9468 ns/op OverheadWarmup 6: 2097152 op, 4174833.00 ns, 1.9907 ns/op OverheadWarmup 7: 2097152 op, 4057750.00 ns, 1.9349 ns/op OverheadActual 1: 2097152 op, 4167250.00 ns, 1.9871 ns/op OverheadActual 2: 2097152 op, 4252417.00 ns, 2.0277 ns/op OverheadActual 3: 2097152 op, 3941125.00 ns, 1.8793 ns/op OverheadActual 4: 2097152 op, 4129125.00 ns, 1.9689 ns/op OverheadActual 5: 2097152 op, 4203500.00 ns, 2.0044 ns/op OverheadActual 6: 2097152 op, 3972500.00 ns, 1.8942 ns/op OverheadActual 7: 2097152 op, 4157917.00 ns, 1.9826 ns/op OverheadActual 8: 2097152 op, 4248416.00 ns, 2.0258 ns/op OverheadActual 9: 2097152 op, 4172542.00 ns, 1.9896 ns/op OverheadActual 10: 2097152 op, 4122917.00 ns, 1.9660 ns/op OverheadActual 11: 2097152 op, 4135250.00 ns, 1.9718 ns/op OverheadActual 12: 2097152 op, 4256125.00 ns, 2.0295 ns/op OverheadActual 13: 2097152 op, 3743708.00 ns, 1.7851 ns/op OverheadActual 14: 2097152 op, 4161250.00 ns, 1.9842 ns/op OverheadActual 15: 2097152 op, 4310875.00 ns, 2.0556 ns/op WorkloadWarmup 1: 2097152 op, 768521042.00 ns, 366.4594 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 766697917.00 ns, 365.5901 ns/op WorkloadActual 2: 2097152 op, 766856375.00 ns, 365.6656 ns/op WorkloadActual 3: 2097152 op, 775176542.00 ns, 369.6330 ns/op WorkloadActual 4: 2097152 op, 771017917.00 ns, 367.6500 ns/op WorkloadActual 5: 2097152 op, 780189583.00 ns, 372.0234 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 762536667.00 ns, 363.6058 ns/op WorkloadResult 2: 2097152 op, 762695125.00 ns, 363.6814 ns/op WorkloadResult 3: 2097152 op, 771015292.00 ns, 367.6487 ns/op WorkloadResult 4: 2097152 op, 766856667.00 ns, 365.6658 ns/op WorkloadResult 5: 2097152 op, 776028333.00 ns, 370.0391 ns/op // GC: 34 0 0 285212672 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 68592 has exited with code 0. Mean = 366.128 ns, StdErr = 1.228 ns (0.34%), N = 5, StdDev = 2.746 ns Min = 363.606 ns, Q1 = 363.681 ns, Median = 365.666 ns, Q3 = 367.649 ns, Max = 370.039 ns IQR = 3.967 ns, LowerFence = 357.730 ns, UpperFence = 373.600 ns ConfidenceInterval = [355.553 ns; 376.704 ns] (CI 99.9%), Margin = 10.575 ns (2.89% of Mean) Skewness = 0.31, Kurtosis = 1.11, MValue = 2 // ** Remained 5 (71,4 %) benchmark(s) to run. Estimated finish 2026-02-03 8:01 (0h 0m from now) ** // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors3_SharedTarget: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors3_SharedTarget --job "IterationCount=5, WarmupCount=1" --benchmarkId 2 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 75292.00 ns, 75.2920 us/op WorkloadJitting 1: 1 op, 6460625.00 ns, 6.4606 ms/op OverheadJitting 2: 16 op, 137500.00 ns, 8.5938 us/op WorkloadJitting 2: 16 op, 182250.00 ns, 11.3906 us/op WorkloadPilot 1: 16 op, 26584.00 ns, 1.6615 us/op WorkloadPilot 2: 32 op, 31250.00 ns, 976.5625 ns/op WorkloadPilot 3: 64 op, 77250.00 ns, 1.2070 us/op WorkloadPilot 4: 128 op, 127416.00 ns, 995.4375 ns/op WorkloadPilot 5: 256 op, 218833.00 ns, 854.8164 ns/op WorkloadPilot 6: 512 op, 439500.00 ns, 858.3984 ns/op WorkloadPilot 7: 1024 op, 918250.00 ns, 896.7285 ns/op WorkloadPilot 8: 2048 op, 1850375.00 ns, 903.5034 ns/op WorkloadPilot 9: 4096 op, 3669584.00 ns, 895.8945 ns/op WorkloadPilot 10: 8192 op, 7445542.00 ns, 908.8796 ns/op WorkloadPilot 11: 16384 op, 14790417.00 ns, 902.7354 ns/op WorkloadPilot 12: 32768 op, 29385625.00 ns, 896.7781 ns/op WorkloadPilot 13: 65536 op, 58552708.00 ns, 893.4434 ns/op WorkloadPilot 14: 131072 op, 104296833.00 ns, 795.7217 ns/op WorkloadPilot 15: 262144 op, 100818083.00 ns, 384.5905 ns/op WorkloadPilot 16: 524288 op, 167827375.00 ns, 320.1053 ns/op WorkloadPilot 17: 1048576 op, 339413041.00 ns, 323.6895 ns/op WorkloadPilot 18: 2097152 op, 671154166.00 ns, 320.0312 ns/op OverheadWarmup 1: 2097152 op, 4165458.00 ns, 1.9862 ns/op OverheadWarmup 2: 2097152 op, 4165583.00 ns, 1.9863 ns/op OverheadWarmup 3: 2097152 op, 4097709.00 ns, 1.9539 ns/op OverheadWarmup 4: 2097152 op, 4056000.00 ns, 1.9341 ns/op OverheadWarmup 5: 2097152 op, 4204708.00 ns, 2.0050 ns/op OverheadWarmup 6: 2097152 op, 4048208.00 ns, 1.9303 ns/op OverheadActual 1: 2097152 op, 4271792.00 ns, 2.0369 ns/op OverheadActual 2: 2097152 op, 4173666.00 ns, 1.9902 ns/op OverheadActual 3: 2097152 op, 4010791.00 ns, 1.9125 ns/op OverheadActual 4: 2097152 op, 4979250.00 ns, 2.3743 ns/op OverheadActual 5: 2097152 op, 4337667.00 ns, 2.0684 ns/op OverheadActual 6: 2097152 op, 4327792.00 ns, 2.0637 ns/op OverheadActual 7: 2097152 op, 4211167.00 ns, 2.0080 ns/op OverheadActual 8: 2097152 op, 4333459.00 ns, 2.0664 ns/op OverheadActual 9: 2097152 op, 4240292.00 ns, 2.0219 ns/op OverheadActual 10: 2097152 op, 4592292.00 ns, 2.1898 ns/op OverheadActual 11: 2097152 op, 4086208.00 ns, 1.9485 ns/op OverheadActual 12: 2097152 op, 4181750.00 ns, 1.9940 ns/op OverheadActual 13: 2097152 op, 4251458.00 ns, 2.0273 ns/op OverheadActual 14: 2097152 op, 4093875.00 ns, 1.9521 ns/op OverheadActual 15: 2097152 op, 4214542.00 ns, 2.0097 ns/op WorkloadWarmup 1: 2097152 op, 669775875.00 ns, 319.3740 ns/op // BeforeActualRun WorkloadActual 1: 2097152 op, 668514833.00 ns, 318.7727 ns/op WorkloadActual 2: 2097152 op, 670598875.00 ns, 319.7665 ns/op WorkloadActual 3: 2097152 op, 670014333.00 ns, 319.4877 ns/op WorkloadActual 4: 2097152 op, 667536375.00 ns, 318.3061 ns/op WorkloadActual 5: 2097152 op, 667120958.00 ns, 318.1081 ns/op // AfterActualRun WorkloadResult 1: 2097152 op, 664274541.00 ns, 316.7508 ns/op WorkloadResult 2: 2097152 op, 666358583.00 ns, 317.7445 ns/op WorkloadResult 3: 2097152 op, 665774041.00 ns, 317.4658 ns/op WorkloadResult 4: 2097152 op, 663296083.00 ns, 316.2842 ns/op WorkloadResult 5: 2097152 op, 662880666.00 ns, 316.0861 ns/op // GC: 34 0 0 285212672 2097152 // Threading: 0 0 2097152 // AfterAll // Benchmark Process 68601 has exited with code 0. Mean = 316.866 ns, StdErr = 0.323 ns (0.10%), N = 5, StdDev = 0.723 ns Min = 316.086 ns, Q1 = 316.284 ns, Median = 316.751 ns, Q3 = 317.466 ns, Max = 317.745 ns IQR = 1.182 ns, LowerFence = 314.512 ns, UpperFence = 319.238 ns ConfidenceInterval = [314.082 ns; 319.651 ns] (CI 99.9%), Margin = 2.784 ns (0.88% of Mean) Skewness = 0.12, Kurtosis = 0.88, MValue = 2 // ** Remained 4 (57,1 %) benchmark(s) to run. Estimated finish 2026-02-03 8:01 (0h 0m from now) ** // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors5_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors5_UniqueTargets --job "IterationCount=5, WarmupCount=1" --benchmarkId 3 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 70541.00 ns, 70.5410 us/op WorkloadJitting 1: 1 op, 6450250.00 ns, 6.4503 ms/op OverheadJitting 2: 16 op, 144875.00 ns, 9.0547 us/op WorkloadJitting 2: 16 op, 222750.00 ns, 13.9219 us/op WorkloadPilot 1: 16 op, 38917.00 ns, 2.4323 us/op WorkloadPilot 2: 32 op, 63125.00 ns, 1.9727 us/op WorkloadPilot 3: 64 op, 121709.00 ns, 1.9017 us/op WorkloadPilot 4: 128 op, 212292.00 ns, 1.6585 us/op WorkloadPilot 5: 256 op, 423125.00 ns, 1.6528 us/op WorkloadPilot 6: 512 op, 1229917.00 ns, 2.4022 us/op WorkloadPilot 7: 1024 op, 1572583.00 ns, 1.5357 us/op WorkloadPilot 8: 2048 op, 3162792.00 ns, 1.5443 us/op WorkloadPilot 9: 4096 op, 6598417.00 ns, 1.6109 us/op WorkloadPilot 10: 8192 op, 13267291.00 ns, 1.6195 us/op WorkloadPilot 11: 16384 op, 26464500.00 ns, 1.6153 us/op WorkloadPilot 12: 32768 op, 52424916.00 ns, 1.5999 us/op WorkloadPilot 13: 65536 op, 105072000.00 ns, 1.6033 us/op WorkloadPilot 14: 131072 op, 167075750.00 ns, 1.2747 us/op WorkloadPilot 15: 262144 op, 153181334.00 ns, 584.3404 ns/op WorkloadPilot 16: 524288 op, 306441583.00 ns, 584.4909 ns/op WorkloadPilot 17: 1048576 op, 611063209.00 ns, 582.7553 ns/op OverheadWarmup 1: 1048576 op, 2060125.00 ns, 1.9647 ns/op OverheadWarmup 2: 1048576 op, 2117458.00 ns, 2.0194 ns/op OverheadWarmup 3: 1048576 op, 1924334.00 ns, 1.8352 ns/op OverheadWarmup 4: 1048576 op, 1933916.00 ns, 1.8443 ns/op OverheadWarmup 5: 1048576 op, 2145875.00 ns, 2.0465 ns/op OverheadWarmup 6: 1048576 op, 2012834.00 ns, 1.9196 ns/op OverheadActual 1: 1048576 op, 2183375.00 ns, 2.0822 ns/op OverheadActual 2: 1048576 op, 1983083.00 ns, 1.8912 ns/op OverheadActual 3: 1048576 op, 2207083.00 ns, 2.1048 ns/op OverheadActual 4: 1048576 op, 2104375.00 ns, 2.0069 ns/op OverheadActual 5: 1048576 op, 2098000.00 ns, 2.0008 ns/op OverheadActual 6: 1048576 op, 2046334.00 ns, 1.9515 ns/op OverheadActual 7: 1048576 op, 2096583.00 ns, 1.9995 ns/op OverheadActual 8: 1048576 op, 2003291.00 ns, 1.9105 ns/op OverheadActual 9: 1048576 op, 2117625.00 ns, 2.0195 ns/op OverheadActual 10: 1048576 op, 2117542.00 ns, 2.0194 ns/op OverheadActual 11: 1048576 op, 1998375.00 ns, 1.9058 ns/op OverheadActual 12: 1048576 op, 2131083.00 ns, 2.0324 ns/op OverheadActual 13: 1048576 op, 1955667.00 ns, 1.8651 ns/op OverheadActual 14: 1048576 op, 2153583.00 ns, 2.0538 ns/op OverheadActual 15: 1048576 op, 2151542.00 ns, 2.0519 ns/op WorkloadWarmup 1: 1048576 op, 610038666.00 ns, 581.7782 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 611151541.00 ns, 582.8395 ns/op WorkloadActual 2: 1048576 op, 609640125.00 ns, 581.3981 ns/op WorkloadActual 3: 1048576 op, 611516792.00 ns, 583.1879 ns/op WorkloadActual 4: 1048576 op, 610396459.00 ns, 582.1194 ns/op WorkloadActual 5: 1048576 op, 615537583.00 ns, 587.0224 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 609047166.00 ns, 580.8326 ns/op WorkloadResult 2: 1048576 op, 607535750.00 ns, 579.3912 ns/op WorkloadResult 3: 1048576 op, 609412417.00 ns, 581.1810 ns/op WorkloadResult 4: 1048576 op, 608292084.00 ns, 580.1125 ns/op // GC: 17 0 0 142606336 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 68612 has exited with code 0. Mean = 580.379 ns, StdErr = 0.397 ns (0.07%), N = 4, StdDev = 0.795 ns Min = 579.391 ns, Q1 = 579.932 ns, Median = 580.473 ns, Q3 = 580.920 ns, Max = 581.181 ns IQR = 0.988 ns, LowerFence = 578.451 ns, UpperFence = 582.401 ns ConfidenceInterval = [575.243 ns; 585.516 ns] (CI 99.9%), Margin = 5.137 ns (0.89% of Mean) Skewness = -0.19, Kurtosis = 0.89, MValue = 2 // ** Remained 3 (42,9 %) benchmark(s) to run. Estimated finish 2026-02-03 8:01 (0h 0m from now) ** // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors5_SharedTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors5_SharedTargets --job "IterationCount=5, WarmupCount=1" --benchmarkId 4 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 62208.00 ns, 62.2080 us/op WorkloadJitting 1: 1 op, 6298209.00 ns, 6.2982 ms/op OverheadJitting 2: 16 op, 132750.00 ns, 8.2969 us/op WorkloadJitting 2: 16 op, 164792.00 ns, 10.2995 us/op WorkloadPilot 1: 16 op, 33667.00 ns, 2.1042 us/op WorkloadPilot 2: 32 op, 61125.00 ns, 1.9102 us/op WorkloadPilot 3: 64 op, 106583.00 ns, 1.6654 us/op WorkloadPilot 4: 128 op, 190042.00 ns, 1.4847 us/op WorkloadPilot 5: 256 op, 408625.00 ns, 1.5962 us/op WorkloadPilot 6: 512 op, 731792.00 ns, 1.4293 us/op WorkloadPilot 7: 1024 op, 1469625.00 ns, 1.4352 us/op WorkloadPilot 8: 2048 op, 2982459.00 ns, 1.4563 us/op WorkloadPilot 9: 4096 op, 5612958.00 ns, 1.3704 us/op WorkloadPilot 10: 8192 op, 11266000.00 ns, 1.3752 us/op WorkloadPilot 11: 16384 op, 23142500.00 ns, 1.4125 us/op WorkloadPilot 12: 32768 op, 46256875.00 ns, 1.4116 us/op WorkloadPilot 13: 65536 op, 91883958.00 ns, 1.4020 us/op WorkloadPilot 14: 131072 op, 169130417.00 ns, 1.2904 us/op WorkloadPilot 15: 262144 op, 142049792.00 ns, 541.8770 ns/op WorkloadPilot 16: 524288 op, 276221375.00 ns, 526.8505 ns/op WorkloadPilot 17: 1048576 op, 550718875.00 ns, 525.2064 ns/op OverheadWarmup 1: 1048576 op, 2254750.00 ns, 2.1503 ns/op OverheadWarmup 2: 1048576 op, 1875500.00 ns, 1.7886 ns/op OverheadWarmup 3: 1048576 op, 2112416.00 ns, 2.0146 ns/op OverheadWarmup 4: 1048576 op, 2012417.00 ns, 1.9192 ns/op OverheadWarmup 5: 1048576 op, 2113208.00 ns, 2.0153 ns/op OverheadWarmup 6: 1048576 op, 2105750.00 ns, 2.0082 ns/op OverheadActual 1: 1048576 op, 2101958.00 ns, 2.0046 ns/op OverheadActual 2: 1048576 op, 2180167.00 ns, 2.0792 ns/op OverheadActual 3: 1048576 op, 2086125.00 ns, 1.9895 ns/op OverheadActual 4: 1048576 op, 2088958.00 ns, 1.9922 ns/op OverheadActual 5: 1048576 op, 2072083.00 ns, 1.9761 ns/op OverheadActual 6: 1048576 op, 2140541.00 ns, 2.0414 ns/op OverheadActual 7: 1048576 op, 2132791.00 ns, 2.0340 ns/op OverheadActual 8: 1048576 op, 2128958.00 ns, 2.0303 ns/op OverheadActual 9: 1048576 op, 2164959.00 ns, 2.0647 ns/op OverheadActual 10: 1048576 op, 2133625.00 ns, 2.0348 ns/op OverheadActual 11: 1048576 op, 2143375.00 ns, 2.0441 ns/op OverheadActual 12: 1048576 op, 2034916.00 ns, 1.9406 ns/op OverheadActual 13: 1048576 op, 2146541.00 ns, 2.0471 ns/op OverheadActual 14: 1048576 op, 2150500.00 ns, 2.0509 ns/op OverheadActual 15: 1048576 op, 2215958.00 ns, 2.1133 ns/op WorkloadWarmup 1: 1048576 op, 556249459.00 ns, 530.4808 ns/op // BeforeActualRun WorkloadActual 1: 1048576 op, 554328291.00 ns, 528.6487 ns/op WorkloadActual 2: 1048576 op, 548349375.00 ns, 522.9467 ns/op WorkloadActual 3: 1048576 op, 554058083.00 ns, 528.3910 ns/op WorkloadActual 4: 1048576 op, 547005584.00 ns, 521.6652 ns/op WorkloadActual 5: 1048576 op, 546941333.00 ns, 521.6039 ns/op // AfterActualRun WorkloadResult 1: 1048576 op, 552194666.00 ns, 526.6139 ns/op WorkloadResult 2: 1048576 op, 546215750.00 ns, 520.9119 ns/op WorkloadResult 3: 1048576 op, 551924458.00 ns, 526.3562 ns/op WorkloadResult 4: 1048576 op, 544871959.00 ns, 519.6304 ns/op WorkloadResult 5: 1048576 op, 544807708.00 ns, 519.5691 ns/op // GC: 17 0 0 142606336 1048576 // Threading: 0 0 1048576 // AfterAll // Benchmark Process 68615 has exited with code 0. Mean = 522.616 ns, StdErr = 1.598 ns (0.31%), N = 5, StdDev = 3.573 ns Min = 519.569 ns, Q1 = 519.630 ns, Median = 520.912 ns, Q3 = 526.356 ns, Max = 526.614 ns IQR = 6.726 ns, LowerFence = 509.542 ns, UpperFence = 536.445 ns ConfidenceInterval = [508.857 ns; 536.376 ns] (CI 99.9%), Margin = 13.759 ns (2.63% of Mean) Skewness = 0.25, Kurtosis = 0.77, MValue = 2 // ** Remained 2 (28,6 %) benchmark(s) to run. Estimated finish 2026-02-03 8:01 (0h 0m from now) ** // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors10_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors10_UniqueTargets --job "IterationCount=5, WarmupCount=1" --benchmarkId 5 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 70875.00 ns, 70.8750 us/op WorkloadJitting 1: 1 op, 6235875.00 ns, 6.2359 ms/op OverheadJitting 2: 16 op, 145416.00 ns, 9.0885 us/op WorkloadJitting 2: 16 op, 226417.00 ns, 14.1511 us/op WorkloadPilot 1: 16 op, 69375.00 ns, 4.3359 us/op WorkloadPilot 2: 32 op, 115375.00 ns, 3.6055 us/op WorkloadPilot 3: 64 op, 205583.00 ns, 3.2122 us/op WorkloadPilot 4: 128 op, 410375.00 ns, 3.2061 us/op WorkloadPilot 5: 256 op, 788750.00 ns, 3.0811 us/op WorkloadPilot 6: 512 op, 1665875.00 ns, 3.2537 us/op WorkloadPilot 7: 1024 op, 3296875.00 ns, 3.2196 us/op WorkloadPilot 8: 2048 op, 6503500.00 ns, 3.1755 us/op WorkloadPilot 9: 4096 op, 13155916.00 ns, 3.2119 us/op WorkloadPilot 10: 8192 op, 25688542.00 ns, 3.1358 us/op WorkloadPilot 11: 16384 op, 50574834.00 ns, 3.0868 us/op WorkloadPilot 12: 32768 op, 103671708.00 ns, 3.1638 us/op WorkloadPilot 13: 65536 op, 189410250.00 ns, 2.8902 us/op WorkloadPilot 14: 131072 op, 165859500.00 ns, 1.2654 us/op WorkloadPilot 15: 262144 op, 344970333.00 ns, 1.3160 us/op WorkloadPilot 16: 524288 op, 664254708.00 ns, 1.2670 us/op OverheadWarmup 1: 524288 op, 1020958.00 ns, 1.9473 ns/op OverheadWarmup 2: 524288 op, 1085333.00 ns, 2.0701 ns/op OverheadWarmup 3: 524288 op, 1041417.00 ns, 1.9863 ns/op OverheadWarmup 4: 524288 op, 1030875.00 ns, 1.9662 ns/op OverheadWarmup 5: 524288 op, 1021333.00 ns, 1.9480 ns/op OverheadWarmup 6: 524288 op, 1086458.00 ns, 2.0723 ns/op OverheadWarmup 7: 524288 op, 1024750.00 ns, 1.9546 ns/op OverheadActual 1: 524288 op, 1048416.00 ns, 1.9997 ns/op OverheadActual 2: 524288 op, 1044375.00 ns, 1.9920 ns/op OverheadActual 3: 524288 op, 1051875.00 ns, 2.0063 ns/op OverheadActual 4: 524288 op, 1033667.00 ns, 1.9716 ns/op OverheadActual 5: 524288 op, 1093708.00 ns, 2.0861 ns/op OverheadActual 6: 524288 op, 1038125.00 ns, 1.9801 ns/op OverheadActual 7: 524288 op, 1070125.00 ns, 2.0411 ns/op OverheadActual 8: 524288 op, 1028459.00 ns, 1.9616 ns/op OverheadActual 9: 524288 op, 1095333.00 ns, 2.0892 ns/op OverheadActual 10: 524288 op, 1032292.00 ns, 1.9689 ns/op OverheadActual 11: 524288 op, 1055042.00 ns, 2.0123 ns/op OverheadActual 12: 524288 op, 1065375.00 ns, 2.0320 ns/op OverheadActual 13: 524288 op, 1027000.00 ns, 1.9588 ns/op OverheadActual 14: 524288 op, 1078500.00 ns, 2.0571 ns/op OverheadActual 15: 524288 op, 1045792.00 ns, 1.9947 ns/op WorkloadWarmup 1: 524288 op, 661071708.00 ns, 1.2609 us/op // BeforeActualRun WorkloadActual 1: 524288 op, 666117250.00 ns, 1.2705 us/op WorkloadActual 2: 524288 op, 660677917.00 ns, 1.2601 us/op WorkloadActual 3: 524288 op, 660630375.00 ns, 1.2601 us/op WorkloadActual 4: 524288 op, 660554083.00 ns, 1.2599 us/op WorkloadActual 5: 524288 op, 660805833.00 ns, 1.2604 us/op // AfterActualRun WorkloadResult 1: 524288 op, 659629501.00 ns, 1.2581 us/op WorkloadResult 2: 524288 op, 659581959.00 ns, 1.2581 us/op WorkloadResult 3: 524288 op, 659505667.00 ns, 1.2579 us/op WorkloadResult 4: 524288 op, 659757417.00 ns, 1.2584 us/op // GC: 8 0 0 71303168 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 68618 has exited with code 0. Mean = 1.258 μs, StdErr = 0.000 μs (0.01%), N = 4, StdDev = 0.000 μs Min = 1.258 μs, Q1 = 1.258 μs, Median = 1.258 μs, Q3 = 1.258 μs, Max = 1.258 μs IQR = 0.000 μs, LowerFence = 1.258 μs, UpperFence = 1.258 μs ConfidenceInterval = [1.257 μs; 1.259 μs] (CI 99.9%), Margin = 0.001 μs (0.10% of Mean) Skewness = 0.25, Kurtosis = 1.07, MValue = 2 // ** Remained 1 (14,3 %) benchmark(s) to run. Estimated finish 2026-02-03 8:01 (0h 0m from now) ** // ************************** // Benchmark: ValidationErrorSerializationBenchmarks.Errors10_SharedTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) // *** Execute *** // Launch: 1 / 1 // Execute: dotnet Benchmarks-Job-MEHJPP-1.dll --anonymousPipes 131 132 --benchmarkName Benchmarks.ValidationErrorSerializationBenchmarks.Errors10_SharedTargets --job "IterationCount=5, WarmupCount=1" --benchmarkId 6 in /Users/kenny/Code/Light.Results/benchmarks/Benchmarks/bin/Release/net10.0/Benchmarks-Job-MEHJPP-1/bin/Release/net10.0 // Failed to set up high priority (Permission denied). In order to run benchmarks with high priority, make sure you have the right permissions. // BeforeAnythingElse // Benchmark Process Environment Information: // BenchmarkDotNet v0.15.8 // Runtime=.NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a // GC=Concurrent Workstation // HardwareIntrinsics=ArmBase+AdvSimd,AES,CRC32,DP,RDM,SHA1,SHA256 VectorSize=128 // Job: Job-MEHJPP(IterationCount=5, WarmupCount=1) OverheadJitting 1: 1 op, 68292.00 ns, 68.2920 us/op WorkloadJitting 1: 1 op, 6643459.00 ns, 6.6435 ms/op OverheadJitting 2: 16 op, 142166.00 ns, 8.8854 us/op WorkloadJitting 2: 16 op, 208875.00 ns, 13.0547 us/op WorkloadPilot 1: 16 op, 54209.00 ns, 3.3881 us/op WorkloadPilot 2: 32 op, 84166.00 ns, 2.6302 us/op WorkloadPilot 3: 64 op, 194292.00 ns, 3.0358 us/op WorkloadPilot 4: 128 op, 334208.00 ns, 2.6110 us/op WorkloadPilot 5: 256 op, 647750.00 ns, 2.5303 us/op WorkloadPilot 6: 512 op, 1313167.00 ns, 2.5648 us/op WorkloadPilot 7: 1024 op, 2604958.00 ns, 2.5439 us/op WorkloadPilot 8: 2048 op, 5187959.00 ns, 2.5332 us/op WorkloadPilot 9: 4096 op, 10271250.00 ns, 2.5076 us/op WorkloadPilot 10: 8192 op, 20559875.00 ns, 2.5098 us/op WorkloadPilot 11: 16384 op, 40504667.00 ns, 2.4722 us/op WorkloadPilot 12: 32768 op, 86849167.00 ns, 2.6504 us/op WorkloadPilot 13: 65536 op, 106059042.00 ns, 1.6183 us/op WorkloadPilot 14: 131072 op, 127452583.00 ns, 972.3860 ns/op WorkloadPilot 15: 262144 op, 254832834.00 ns, 972.1101 ns/op WorkloadPilot 16: 524288 op, 514714417.00 ns, 981.7398 ns/op OverheadWarmup 1: 524288 op, 1094167.00 ns, 2.0870 ns/op OverheadWarmup 2: 524288 op, 1047875.00 ns, 1.9987 ns/op OverheadWarmup 3: 524288 op, 1059000.00 ns, 2.0199 ns/op OverheadWarmup 4: 524288 op, 1056166.00 ns, 2.0145 ns/op OverheadWarmup 5: 524288 op, 1076625.00 ns, 2.0535 ns/op OverheadWarmup 6: 524288 op, 1059042.00 ns, 2.0200 ns/op OverheadActual 1: 524288 op, 1026250.00 ns, 1.9574 ns/op OverheadActual 2: 524288 op, 996958.00 ns, 1.9015 ns/op OverheadActual 3: 524288 op, 1045042.00 ns, 1.9933 ns/op OverheadActual 4: 524288 op, 1009250.00 ns, 1.9250 ns/op OverheadActual 5: 524288 op, 1029666.00 ns, 1.9639 ns/op OverheadActual 6: 524288 op, 1038250.00 ns, 1.9803 ns/op OverheadActual 7: 524288 op, 1054833.00 ns, 2.0119 ns/op OverheadActual 8: 524288 op, 1070875.00 ns, 2.0425 ns/op OverheadActual 9: 524288 op, 1048042.00 ns, 1.9990 ns/op OverheadActual 10: 524288 op, 1051041.00 ns, 2.0047 ns/op OverheadActual 11: 524288 op, 1117667.00 ns, 2.1318 ns/op OverheadActual 12: 524288 op, 1061833.00 ns, 2.0253 ns/op OverheadActual 13: 524288 op, 1042458.00 ns, 1.9883 ns/op OverheadActual 14: 524288 op, 1059625.00 ns, 2.0211 ns/op OverheadActual 15: 524288 op, 1096333.00 ns, 2.0911 ns/op WorkloadWarmup 1: 524288 op, 510942792.00 ns, 974.5460 ns/op // BeforeActualRun WorkloadActual 1: 524288 op, 515469167.00 ns, 983.1794 ns/op WorkloadActual 2: 524288 op, 512176667.00 ns, 976.8995 ns/op WorkloadActual 3: 524288 op, 509078834.00 ns, 970.9908 ns/op WorkloadActual 4: 524288 op, 508966417.00 ns, 970.7764 ns/op WorkloadActual 5: 524288 op, 508518750.00 ns, 969.9225 ns/op // AfterActualRun WorkloadResult 1: 524288 op, 514421125.00 ns, 981.1804 ns/op WorkloadResult 2: 524288 op, 511128625.00 ns, 974.9005 ns/op WorkloadResult 3: 524288 op, 508030792.00 ns, 968.9918 ns/op WorkloadResult 4: 524288 op, 507918375.00 ns, 968.7774 ns/op WorkloadResult 5: 524288 op, 507470708.00 ns, 967.9236 ns/op // GC: 8 0 0 71303168 524288 // Threading: 0 0 524288 // AfterAll // Benchmark Process 68621 has exited with code 0. Mean = 972.355 ns, StdErr = 2.531 ns (0.26%), N = 5, StdDev = 5.659 ns Min = 967.924 ns, Q1 = 968.777 ns, Median = 968.992 ns, Q3 = 974.900 ns, Max = 981.180 ns IQR = 6.123 ns, LowerFence = 959.593 ns, UpperFence = 984.085 ns ConfidenceInterval = [950.562 ns; 994.147 ns] (CI 99.9%), Margin = 21.792 ns (2.24% of Mean) Skewness = 0.59, Kurtosis = 1.32, MValue = 2 // ** Remained 0 (0,0 %) benchmark(s) to run. Estimated finish 2026-02-03 8:01 (0h 0m from now) ** // ***** BenchmarkRunner: Finish ***** // * Export * BenchmarkDotNet.Artifacts/results/Benchmarks.ValidationErrorSerializationBenchmarks-report.csv BenchmarkDotNet.Artifacts/results/Benchmarks.ValidationErrorSerializationBenchmarks-report-github.md BenchmarkDotNet.Artifacts/results/Benchmarks.ValidationErrorSerializationBenchmarks-report.html // * Detailed results * ValidationErrorSerializationBenchmarks.Errors1: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 154.943 ns, StdErr = 0.218 ns (0.14%), N = 5, StdDev = 0.488 ns Min = 154.141 ns, Q1 = 154.927 ns, Median = 155.005 ns, Q3 = 155.227 ns, Max = 155.414 ns IQR = 0.300 ns, LowerFence = 154.478 ns, UpperFence = 155.677 ns ConfidenceInterval = [153.066 ns; 156.820 ns] (CI 99.9%), Margin = 1.877 ns (1.21% of Mean) Skewness = -0.67, Kurtosis = 1.66, MValue = 2 -------------------- Histogram -------------------- [153.766 ns ; 155.789 ns) | @@@@@ --------------------------------------------------- ValidationErrorSerializationBenchmarks.Errors3_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 366.128 ns, StdErr = 1.228 ns (0.34%), N = 5, StdDev = 2.746 ns Min = 363.606 ns, Q1 = 363.681 ns, Median = 365.666 ns, Q3 = 367.649 ns, Max = 370.039 ns IQR = 3.967 ns, LowerFence = 357.730 ns, UpperFence = 373.600 ns ConfidenceInterval = [355.553 ns; 376.704 ns] (CI 99.9%), Margin = 10.575 ns (2.89% of Mean) Skewness = 0.31, Kurtosis = 1.11, MValue = 2 -------------------- Histogram -------------------- [361.971 ns ; 372.147 ns) | @@@@@ --------------------------------------------------- ValidationErrorSerializationBenchmarks.Errors3_SharedTarget: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 316.866 ns, StdErr = 0.323 ns (0.10%), N = 5, StdDev = 0.723 ns Min = 316.086 ns, Q1 = 316.284 ns, Median = 316.751 ns, Q3 = 317.466 ns, Max = 317.745 ns IQR = 1.182 ns, LowerFence = 314.512 ns, UpperFence = 319.238 ns ConfidenceInterval = [314.082 ns; 319.651 ns] (CI 99.9%), Margin = 2.784 ns (0.88% of Mean) Skewness = 0.12, Kurtosis = 0.88, MValue = 2 -------------------- Histogram -------------------- [315.531 ns ; 318.300 ns) | @@@@@ --------------------------------------------------- ValidationErrorSerializationBenchmarks.Errors5_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 580.379 ns, StdErr = 0.397 ns (0.07%), N = 4, StdDev = 0.795 ns Min = 579.391 ns, Q1 = 579.932 ns, Median = 580.473 ns, Q3 = 580.920 ns, Max = 581.181 ns IQR = 0.988 ns, LowerFence = 578.451 ns, UpperFence = 582.401 ns ConfidenceInterval = [575.243 ns; 585.516 ns] (CI 99.9%), Margin = 5.137 ns (0.89% of Mean) Skewness = -0.19, Kurtosis = 0.89, MValue = 2 -------------------- Histogram -------------------- [578.734 ns ; 581.838 ns) | @@@@ --------------------------------------------------- ValidationErrorSerializationBenchmarks.Errors5_SharedTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 522.616 ns, StdErr = 1.598 ns (0.31%), N = 5, StdDev = 3.573 ns Min = 519.569 ns, Q1 = 519.630 ns, Median = 520.912 ns, Q3 = 526.356 ns, Max = 526.614 ns IQR = 6.726 ns, LowerFence = 509.542 ns, UpperFence = 536.445 ns ConfidenceInterval = [508.857 ns; 536.376 ns] (CI 99.9%), Margin = 13.759 ns (2.63% of Mean) Skewness = 0.25, Kurtosis = 0.77, MValue = 2 -------------------- Histogram -------------------- [516.826 ns ; 529.357 ns) | @@@@@ --------------------------------------------------- ValidationErrorSerializationBenchmarks.Errors10_UniqueTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 1.258 μs, StdErr = 0.000 μs (0.01%), N = 4, StdDev = 0.000 μs Min = 1.258 μs, Q1 = 1.258 μs, Median = 1.258 μs, Q3 = 1.258 μs, Max = 1.258 μs IQR = 0.000 μs, LowerFence = 1.258 μs, UpperFence = 1.258 μs ConfidenceInterval = [1.257 μs; 1.259 μs] (CI 99.9%), Margin = 0.001 μs (0.10% of Mean) Skewness = 0.25, Kurtosis = 1.07, MValue = 2 -------------------- Histogram -------------------- [1.258 μs ; 1.259 μs) | @@@@ --------------------------------------------------- ValidationErrorSerializationBenchmarks.Errors10_SharedTargets: Job-MEHJPP(IterationCount=5, WarmupCount=1) Runtime = .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a; GC = Concurrent Workstation Mean = 972.355 ns, StdErr = 2.531 ns (0.26%), N = 5, StdDev = 5.659 ns Min = 967.924 ns, Q1 = 968.777 ns, Median = 968.992 ns, Q3 = 974.900 ns, Max = 981.180 ns IQR = 6.123 ns, LowerFence = 959.593 ns, UpperFence = 984.085 ns ConfidenceInterval = [950.562 ns; 994.147 ns] (CI 99.9%), Margin = 21.792 ns (2.24% of Mean) Skewness = 0.59, Kurtosis = 1.32, MValue = 2 -------------------- Histogram -------------------- [963.580 ns ; 985.524 ns) | @@@@@ --------------------------------------------------- // * Summary * BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.102 [Host] : .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a Job-MEHJPP : .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a IterationCount=5 WarmupCount=1 | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Allocated | Alloc Ratio | |----------------------- |-----------:|---------:|--------:|------:|--------:|-------:|----------:|------------:| | Errors1 | 154.9 ns | 1.88 ns | 0.49 ns | 1.00 | 0.00 | 0.0162 | 136 B | 1.00 | | Errors3_UniqueTargets | 366.1 ns | 10.58 ns | 2.75 ns | 2.36 | 0.02 | 0.0162 | 136 B | 1.00 | | Errors3_SharedTarget | 316.9 ns | 2.78 ns | 0.72 ns | 2.05 | 0.01 | 0.0162 | 136 B | 1.00 | | Errors5_UniqueTargets | 580.4 ns | 5.14 ns | 0.79 ns | 3.75 | 0.01 | 0.0162 | 136 B | 1.00 | | Errors5_SharedTargets | 522.6 ns | 13.76 ns | 3.57 ns | 3.37 | 0.02 | 0.0162 | 136 B | 1.00 | | Errors10_UniqueTargets | 1,258.1 ns | 1.30 ns | 0.20 ns | 8.12 | 0.02 | 0.0153 | 136 B | 1.00 | | Errors10_SharedTargets | 972.4 ns | 21.79 ns | 5.66 ns | 6.28 | 0.04 | 0.0153 | 136 B | 1.00 | // * Hints * Outliers ValidationErrorSerializationBenchmarks.Errors1: IterationCount=5, WarmupCount=1 -> 1 outlier was detected (156.08 ns) ValidationErrorSerializationBenchmarks.Errors5_UniqueTargets: IterationCount=5, WarmupCount=1 -> 1 outlier was removed (587.02 ns) ValidationErrorSerializationBenchmarks.Errors10_UniqueTargets: IterationCount=5, WarmupCount=1 -> 1 outlier was removed (1.27 μs) // * Legends * Mean : Arithmetic mean of all measurements Error : Half of 99.9% confidence interval StdDev : Standard deviation of all measurements Ratio : Mean of the ratio distribution ([Current]/[Baseline]) RatioSD : Standard deviation of the ratio distribution ([Current]/[Baseline]) Gen0 : GC Generation 0 collects per 1000 operations Allocated : Allocated memory per single operation (managed only, inclusive, 1KB = 1024B) Alloc Ratio : Allocated memory ratio distribution ([Current]/[Baseline]) 1 ns : 1 Nanosecond (0.000000001 sec) // * Diagnostic Output - MemoryDiagnoser * // ***** BenchmarkRunner: End ***** Run time: 00:00:42 (42.73 sec), executed benchmarks: 7 Global total time: 00:00:49 (49.35 sec), executed benchmarks: 7 // * Artifacts cleanup * Artifacts cleanup is finished Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results/000077500000000000000000000000001516707642500305505ustar00rootroot00000000000000Benchmarks.CloudEventReadingBenchmarks-report-github.md000066400000000000000000000024111516707642500432160ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, Linux Ubuntu 24.04.4 LTS (Noble Numbat) AMD Ryzen 9 5950X 3.40GHz, 1 CPU, 32 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 DefaultJob : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 ``` | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |-------------------------------------|----------:|----------:|----------:|------:|--------:|-------:|-------:|----------:|------------:| | ReadResult_SmallPayload | 1.357 μs | 0.0132 μs | 0.0117 μs | 1.00 | 0.01 | 0.0286 | - | 504 B | 1.00 | | ReadResult_MediumPayload | 8.146 μs | 0.1039 μs | 0.0972 μs | 6.00 | 0.09 | 0.3204 | - | 5416 B | 10.75 | | ReadResult_LargePayload | 74.760 μs | 1.4771 μs | 1.9207 μs | 55.08 | 1.46 | 3.0518 | 0.8545 | 52000 B | 103.17 | | ReadResult_Failure | 1.384 μs | 0.0143 μs | 0.0120 μs | 1.02 | 0.01 | 0.0572 | - | 960 B | 1.90 | | ReadResultWithEnvelope_SmallPayload | 1.382 μs | 0.0108 μs | 0.0096 μs | 1.02 | 0.01 | 0.0286 | - | 504 B | 1.00 | Benchmarks.CloudEventReadingBenchmarks-report.csv000066400000000000000000000056711516707642500421440ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,RatioSD,Gen0,Gen1,Allocated,Alloc Ratio ReadResult_SmallPayload,DefaultJob,False,Default,Default,Default,Default,Default,Default,11111111111111111111111111111111,Empty,RyuJit,Default,X64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,1.357 μs,0.0132 μs,0.0117 μs,1.00,0.01,0.0286,0.0000,504 B,1.00 ReadResult_MediumPayload,DefaultJob,False,Default,Default,Default,Default,Default,Default,11111111111111111111111111111111,Empty,RyuJit,Default,X64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,8.146 μs,0.1039 μs,0.0972 μs,6.00,0.09,0.3204,0.0000,5416 B,10.75 ReadResult_LargePayload,DefaultJob,False,Default,Default,Default,Default,Default,Default,11111111111111111111111111111111,Empty,RyuJit,Default,X64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,74.760 μs,1.4771 μs,1.9207 μs,55.08,1.46,3.0518,0.8545,52000 B,103.17 ReadResult_Failure,DefaultJob,False,Default,Default,Default,Default,Default,Default,11111111111111111111111111111111,Empty,RyuJit,Default,X64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,1.384 μs,0.0143 μs,0.0120 μs,1.02,0.01,0.0572,0.0000,960 B,1.90 ReadResultWithEnvelope_SmallPayload,DefaultJob,False,Default,Default,Default,Default,Default,Default,11111111111111111111111111111111,Empty,RyuJit,Default,X64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,1.382 μs,0.0108 μs,0.0096 μs,1.02,0.01,0.0286,0.0000,504 B,1.00 Benchmarks.CloudEventReadingBenchmarks-report.html000066400000000000000000000053111516707642500423040ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.CloudEventReadingBenchmarks-20260215-081809 

BenchmarkDotNet v0.15.8, Linux Ubuntu 24.04.4 LTS (Noble Numbat)
AMD Ryzen 9 5950X 3.40GHz, 1 CPU, 32 logical and 16 physical cores
.NET SDK 10.0.103
  [Host]     : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3
  DefaultJob : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3
Method Mean Error StdDev Ratio RatioSD Gen0 Gen1 Allocated Alloc Ratio
ReadResult_SmallPayload 1.357 μs 0.0132 μs 0.0117 μs 1.00 0.01 0.0286 - 504 B 1.00
ReadResult_MediumPayload 8.146 μs 0.1039 μs 0.0972 μs 6.00 0.09 0.3204 - 5416 B 10.75
ReadResult_LargePayload 74.760 μs 1.4771 μs 1.9207 μs 55.08 1.46 3.0518 0.8545 52000 B 103.17
ReadResult_Failure 1.384 μs 0.0143 μs 0.0120 μs 1.02 0.01 0.0572 - 960 B 1.90
ReadResultWithEnvelope_SmallPayload 1.382 μs 0.0108 μs 0.0096 μs 1.02 0.01 0.0286 - 504 B 1.00
Benchmarks.CloudEventWritingBenchmarks-report-github.md000066400000000000000000000023011516707642500432660ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, Linux Ubuntu 24.04.4 LTS (Noble Numbat) AMD Ryzen 9 5950X 3.40GHz, 1 CPU, 32 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 DefaultJob : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3 ``` | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Allocated | Alloc Ratio | |---------------------------------------- |---------:|---------:|---------:|------:|--------:|-------:|----------:|------------:| | ToCloudEvent_NonGenericSuccess | 322.1 ns | 1.73 ns | 1.35 ns | 1.00 | 0.01 | 0.0243 | 407 B | 1.00 | | ToCloudEvent_NonGenericFailure | 572.9 ns | 6.33 ns | 5.92 ns | 1.78 | 0.02 | 0.0334 | 568 B | 1.40 | | ToCloudEvent_GenericSuccess | 561.6 ns | 6.01 ns | 5.62 ns | 1.74 | 0.02 | 0.0324 | 544 B | 1.34 | | ToCloudEvent_GenericFailure | 582.2 ns | 6.65 ns | 5.55 ns | 1.81 | 0.02 | 0.0334 | 567 B | 1.39 | | ToCloudEvent_GenericSuccessWithMetadata | 943.4 ns | 12.35 ns | 11.55 ns | 2.93 | 0.04 | 0.0496 | 840 B | 2.06 | Benchmarks.CloudEventWritingBenchmarks-report.csv000066400000000000000000000056061516707642500422140ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,RatioSD,Gen0,Allocated,Alloc Ratio ToCloudEvent_NonGenericSuccess,DefaultJob,False,Default,Default,Default,Default,Default,Default,11111111111111111111111111111111,Empty,RyuJit,Default,X64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,322.1 ns,1.73 ns,1.35 ns,1.00,0.01,0.0243,407 B,1.00 ToCloudEvent_NonGenericFailure,DefaultJob,False,Default,Default,Default,Default,Default,Default,11111111111111111111111111111111,Empty,RyuJit,Default,X64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,572.9 ns,6.33 ns,5.92 ns,1.78,0.02,0.0334,568 B,1.40 ToCloudEvent_GenericSuccess,DefaultJob,False,Default,Default,Default,Default,Default,Default,11111111111111111111111111111111,Empty,RyuJit,Default,X64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,561.6 ns,6.01 ns,5.62 ns,1.74,0.02,0.0324,544 B,1.34 ToCloudEvent_GenericFailure,DefaultJob,False,Default,Default,Default,Default,Default,Default,11111111111111111111111111111111,Empty,RyuJit,Default,X64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,582.2 ns,6.65 ns,5.55 ns,1.81,0.02,0.0334,567 B,1.39 ToCloudEvent_GenericSuccessWithMetadata,DefaultJob,False,Default,Default,Default,Default,Default,Default,11111111111111111111111111111111,Empty,RyuJit,Default,X64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,943.4 ns,12.35 ns,11.55 ns,2.93,0.04,0.0496,840 B,2.06 Benchmarks.CloudEventWritingBenchmarks-report.html000066400000000000000000000035141516707642500423610ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.CloudEventWritingBenchmarks-20260215-101622 

BenchmarkDotNet v0.15.8, Linux Ubuntu 24.04.4 LTS (Noble Numbat)
AMD Ryzen 9 5950X 3.40GHz, 1 CPU, 32 logical and 16 physical cores
.NET SDK 10.0.103
  [Host]     : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3
  DefaultJob : .NET 10.0.3 (10.0.3, 10.0.326.7603), X64 RyuJIT x86-64-v3
Method MeanErrorStdDevRatioRatioSDGen0AllocatedAlloc Ratio
ToCloudEvent_NonGenericSuccess322.1 ns1.73 ns1.35 ns1.000.010.0243407 B1.00
ToCloudEvent_NonGenericFailure572.9 ns6.33 ns5.92 ns1.780.020.0334568 B1.40
ToCloudEvent_GenericSuccess561.6 ns6.01 ns5.62 ns1.740.020.0324544 B1.34
ToCloudEvent_GenericFailure582.2 ns6.65 ns5.55 ns1.810.020.0334567 B1.39
ToCloudEvent_GenericSuccessWithMetadata943.4 ns12.35 ns11.55 ns2.930.040.0496840 B2.06
Benchmarks.ComplexValidationEndpointBenchmarks-report-github.md000066400000000000000000000022071516707642500450020ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a ``` | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |-------------------------------------|---------:|--------:|--------:|------:|--------:|-------:|-------:|----------:|------------:| | FluentValidationEndpoint | 397.6 ns | 2.80 ns | 2.34 ns | 1.00 | 0.01 | 0.2789 | 0.0010 | 2.28 KB | 1.00 | | PortableResultsValidationEndpoint | NA | NA | NA | ? | ? | NA | NA | NA | ? | | PortableResultsNestedValidationOnly | NA | NA | NA | ? | ? | NA | NA | NA | ? | Benchmarks with issues: ComplexValidationEndpointBenchmarks.PortableResultsValidationEndpoint: DefaultJob ComplexValidationEndpointBenchmarks.PortableResultsNestedValidationOnly: DefaultJob Benchmarks.ComplexValidationEndpointBenchmarks-report.csv000066400000000000000000000036331516707642500437210ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,RatioSD,Gen0,Gen1,Allocated,Alloc Ratio FluentValidationEndpoint,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,397.6 ns,2.80 ns,2.34 ns,1.00,0.01,0.2789,0.0010,2.28 KB,1.00 PortableResultsValidationEndpoint,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,NA,NA,NA,?,?,NA,NA,NA,? PortableResultsNestedValidationOnly,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,NA,NA,NA,?,?,NA,NA,NA,? Benchmarks.ComplexValidationEndpointBenchmarks-report.html000066400000000000000000000040761516707642500440740ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.ComplexValidationEndpointBenchmarks-20260401-080128 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.103
  [Host]     : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
  DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
Method Mean Error StdDev Ratio RatioSD Gen0 Gen1 Allocated Alloc Ratio
FluentValidationEndpoint 397.6 ns 2.80 ns 2.34 ns 1.00 0.01 0.2789 0.0010 2.28 KB 1.00
PortableResultsValidationEndpoint NA NA NA ? ? NA NA NA ?
PortableResultsNestedValidationOnly NA NA NA ? ? NA NA NA ?
Benchmarks.InvalidComplexDtoValidationBenchmarks-report-github.md000066400000000000000000000017371516707642500452660ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a ``` | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |----------:|----------:|----------:|------:|--------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 13.270 μs | 0.2573 μs | 0.2963 μs | 1.00 | 0.03 | 6.1035 | 0.2441 | 50.22 KB | 1.00 | | FluentValidationSingleton | 5.901 μs | 0.0560 μs | 0.0467 μs | 0.44 | 0.01 | 2.7008 | 0.0687 | 22.1 KB | 0.44 | | LightPortableResults | 1.549 μs | 0.0036 μs | 0.0032 μs | 0.12 | 0.00 | 0.2251 | - | 1.84 KB | 0.04 | Benchmarks.InvalidComplexDtoValidationBenchmarks-report.csv000066400000000000000000000037601516707642500441770ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,RatioSD,Gen0,Gen1,Allocated,Alloc Ratio FluentValidationScopedOrTransient,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,13.270 μs,0.2573 μs,0.2963 μs,1.00,0.03,6.1035,0.2441,50.22 KB,1.00 FluentValidationSingleton,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,5.901 μs,0.0560 μs,0.0467 μs,0.44,0.01,2.7008,0.0687,22.1 KB,0.44 LightPortableResults,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,1.549 μs,0.0036 μs,0.0032 μs,0.12,0.00,0.2251,0.0000,1.84 KB,0.04 Benchmarks.InvalidComplexDtoValidationBenchmarks-report.html000066400000000000000000000031221516707642500443400ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.InvalidComplexDtoValidationBenchmarks-20260406-152531 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.103
  [Host]     : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
  DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
Method MeanErrorStdDevRatioRatioSDGen0Gen1AllocatedAlloc Ratio
FluentValidationScopedOrTransient13.270 μs0.2573 μs0.2963 μs1.000.036.10350.244150.22 KB1.00
FluentValidationSingleton5.901 μs0.0560 μs0.0467 μs0.440.012.70080.068722.1 KB0.44
LightPortableResults1.549 μs0.0036 μs0.0032 μs0.120.000.2251-1.84 KB0.04
Benchmarks.InvalidComplexDtoValidationBenchmarksForMinimalApis-report-github.md000066400000000000000000000016551516707642500500600ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a ``` | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |----------:|----------:|----------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 13.985 μs | 0.0705 μs | 0.0625 μs | 1.00 | 6.5308 | 0.3052 | 53.45 KB | 1.00 | | FluentValidationSingleton | 6.755 μs | 0.0410 μs | 0.0343 μs | 0.48 | 3.1128 | 0.0763 | 25.47 KB | 0.48 | | LightPortableResults | 1.507 μs | 0.0019 μs | 0.0018 μs | 0.11 | 0.2422 | - | 1.99 KB | 0.04 | Benchmarks.InvalidComplexDtoValidationBenchmarksForMinimalApis-report.csv000066400000000000000000000037321516707642500467710ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,Gen0,Gen1,Allocated,Alloc Ratio FluentValidationScopedOrTransient,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,13.985 μs,0.0705 μs,0.0625 μs,1.00,6.5308,0.3052,53.45 KB,1.00 FluentValidationSingleton,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,6.755 μs,0.0410 μs,0.0343 μs,0.48,3.1128,0.0763,25.47 KB,0.48 LightPortableResults,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,1.507 μs,0.0019 μs,0.0018 μs,0.11,0.2422,0.0000,1.99 KB,0.04 Benchmarks.InvalidComplexDtoValidationBenchmarksForMinimalApis-report.html000066400000000000000000000030521516707642500471350ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.InvalidComplexDtoValidationBenchmarksForMinimalApis-20260406-152622 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.103
  [Host]     : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
  DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
Method MeanErrorStdDevRatioGen0Gen1AllocatedAlloc Ratio
FluentValidationScopedOrTransient13.985 μs0.0705 μs0.0625 μs1.006.53080.305253.45 KB1.00
FluentValidationSingleton6.755 μs0.0410 μs0.0343 μs0.483.11280.076325.47 KB0.48
LightPortableResults1.507 μs0.0019 μs0.0018 μs0.110.2422-1.99 KB0.04
Benchmarks.InvalidComplexDtoValidationBenchmarksForMvc-report-github.md000066400000000000000000000016551516707642500464020ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a ``` | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |----------:|----------:|----------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 14.129 μs | 0.0498 μs | 0.0442 μs | 1.00 | 6.6528 | 0.3052 | 54.61 KB | 1.00 | | FluentValidationSingleton | 6.929 μs | 0.0272 μs | 0.0227 μs | 0.49 | 3.2578 | 0.0763 | 26.63 KB | 0.49 | | LightPortableResults | 1.515 μs | 0.0030 μs | 0.0025 μs | 0.11 | 0.2422 | - | 1.99 KB | 0.04 | Benchmarks.InvalidComplexDtoValidationBenchmarksForMvc-report.csv000066400000000000000000000037321516707642500453130ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,Gen0,Gen1,Allocated,Alloc Ratio FluentValidationScopedOrTransient,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,14.129 μs,0.0498 μs,0.0442 μs,1.00,6.6528,0.3052,54.61 KB,1.00 FluentValidationSingleton,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,6.929 μs,0.0272 μs,0.0227 μs,0.49,3.2578,0.0763,26.63 KB,0.49 LightPortableResults,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,1.515 μs,0.0030 μs,0.0025 μs,0.11,0.2422,0.0000,1.99 KB,0.04 Benchmarks.InvalidComplexDtoValidationBenchmarksForMvc-report.html000066400000000000000000000030421516707642500454560ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.InvalidComplexDtoValidationBenchmarksForMvc-20260406-152713 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.103
  [Host]     : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
  DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
Method MeanErrorStdDevRatioGen0Gen1AllocatedAlloc Ratio
FluentValidationScopedOrTransient14.129 μs0.0498 μs0.0442 μs1.006.65280.305254.61 KB1.00
FluentValidationSingleton6.929 μs0.0272 μs0.0227 μs0.493.25780.076326.63 KB0.49
LightPortableResults1.515 μs0.0030 μs0.0025 μs0.110.2422-1.99 KB0.04
Benchmarks.InvalidFlatDtoValidationBenchmarks-report-github.md000066400000000000000000000016321516707642500445370ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a ``` | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |-----------:|---------:|--------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 3,145.2 ns | 10.38 ns | 9.71 ns | 1.00 | 1.7509 | 0.0267 | 14672 B | 1.00 | | FluentValidationSingleton | 1,793.6 ns | 3.93 ns | 3.48 ns | 0.57 | 0.9937 | 0.0095 | 8320 B | 0.57 | | LightPortableResults | 289.6 ns | 0.57 ns | 0.51 ns | 0.09 | 0.0820 | - | 688 B | 0.05 | Benchmarks.InvalidFlatDtoValidationBenchmarks-report.csv000066400000000000000000000037101516707642500434510ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,Gen0,Gen1,Allocated,Alloc Ratio FluentValidationScopedOrTransient,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,"3,145.2 ns",10.38 ns,9.71 ns,1.00,1.7509,0.0267,14672 B,1.00 FluentValidationSingleton,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,"1,793.6 ns",3.93 ns,3.48 ns,0.57,0.9937,0.0095,8320 B,0.57 LightPortableResults,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,289.6 ns,0.57 ns,0.51 ns,0.09,0.0820,0.0000,688 B,0.05 Benchmarks.InvalidFlatDtoValidationBenchmarks-report.html000066400000000000000000000027611516707642500436270ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.InvalidFlatDtoValidationBenchmarks-20260406-152805 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.103
  [Host]     : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
  DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
Method MeanErrorStdDevRatioGen0Gen1AllocatedAlloc Ratio
FluentValidationScopedOrTransient3,145.2 ns10.38 ns9.71 ns1.001.75090.026714672 B1.00
FluentValidationSingleton1,793.6 ns3.93 ns3.48 ns0.570.99370.00958320 B0.57
LightPortableResults289.6 ns0.57 ns0.51 ns0.090.0820-688 B0.05
Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis-report-github.md000066400000000000000000000016371516707642500473370ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a ``` | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |-----------:|---------:|---------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 3,557.1 ns | 34.66 ns | 28.94 ns | 1.00 | 1.9226 | 0.0305 | 16128 B | 1.00 | | FluentValidationSingleton | 2,088.8 ns | 7.72 ns | 6.45 ns | 0.59 | 1.1559 | 0.0114 | 9696 B | 0.60 | | LightPortableResults | 285.0 ns | 1.04 ns | 0.98 ns | 0.08 | 0.1001 | - | 840 B | 0.05 | Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis-report.csv000066400000000000000000000037111516707642500462450ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,Gen0,Gen1,Allocated,Alloc Ratio FluentValidationScopedOrTransient,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,"3,557.1 ns",34.66 ns,28.94 ns,1.00,1.9226,0.0305,16128 B,1.00 FluentValidationSingleton,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,"2,088.8 ns",7.72 ns,6.45 ns,0.59,1.1559,0.0114,9696 B,0.60 LightPortableResults,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,285.0 ns,1.04 ns,0.98 ns,0.08,0.1001,0.0000,840 B,0.05 Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis-report.html000066400000000000000000000030001516707642500464050ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.InvalidFlatDtoValidationBenchmarksForMinimalApis-20260406-152910 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.103
  [Host]     : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
  DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
Method MeanErrorStdDevRatioGen0Gen1AllocatedAlloc Ratio
FluentValidationScopedOrTransient3,557.1 ns34.66 ns28.94 ns1.001.92260.030516128 B1.00
FluentValidationSingleton2,088.8 ns7.72 ns6.45 ns0.591.15590.01149696 B0.60
LightPortableResults285.0 ns1.04 ns0.98 ns0.080.1001-840 B0.05
Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc-report-github.md000066400000000000000000000016371516707642500456610ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a ``` | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |-----------:|---------:|---------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 3,965.8 ns | 23.03 ns | 21.54 ns | 1.00 | 2.0752 | 0.0305 | 17568 B | 1.00 | | FluentValidationSingleton | 2,385.5 ns | 6.70 ns | 6.27 ns | 0.60 | 1.3390 | 0.0114 | 11216 B | 0.64 | | LightPortableResults | 299.9 ns | 1.61 ns | 1.51 ns | 0.08 | 0.1001 | - | 840 B | 0.05 | Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc-report.csv000066400000000000000000000037121516707642500445700ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,Gen0,Gen1,Allocated,Alloc Ratio FluentValidationScopedOrTransient,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,"3,965.8 ns",23.03 ns,21.54 ns,1.00,2.0752,0.0305,17568 B,1.00 FluentValidationSingleton,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,"2,385.5 ns",6.70 ns,6.27 ns,0.60,1.3390,0.0114,11216 B,0.64 LightPortableResults,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,299.9 ns,1.61 ns,1.51 ns,0.08,0.1001,0.0000,840 B,0.05 Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc-report.html000066400000000000000000000027711516707642500447450ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.InvalidFlatDtoValidationBenchmarksForMvc-20260406-152947 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.103
  [Host]     : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
  DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
Method MeanErrorStdDevRatioGen0Gen1AllocatedAlloc Ratio
FluentValidationScopedOrTransient3,965.8 ns23.03 ns21.54 ns1.002.07520.030517568 B1.00
FluentValidationSingleton2,385.5 ns6.70 ns6.27 ns0.601.33900.011411216 B0.64
LightPortableResults299.9 ns1.61 ns1.51 ns0.080.1001-840 B0.05
Benchmarks.MetadataArrayBenchmarks-report-github.md000066400000000000000000000023361516707642500424010ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a ``` | Method | Mean | Error | StdDev | Median | Ratio | Gen0 | Allocated | Alloc Ratio | |----------------------|-----------:|----------:|----------:|-----------:|------:|-------:|----------:|------------:| | CreateObjectArray | 18.5155 ns | 0.0190 ns | 0.0159 ns | 18.5196 ns | 1.000 | 0.0220 | 184 B | 1.00 | | CreateMetadataArray | 19.4645 ns | 0.0285 ns | 0.0267 ns | 19.4568 ns | 1.051 | 0.0373 | 312 B | 1.70 | | ObjectArrayAccess | 0.0000 ns | 0.0000 ns | 0.0000 ns | 0.0000 ns | 0.000 | - | - | 0.00 | | MetadataArrayAccess | 0.0000 ns | 0.0000 ns | 0.0000 ns | 0.0000 ns | 0.000 | - | - | 0.00 | | ObjectArrayIterate | 1.1528 ns | 0.0028 ns | 0.0023 ns | 1.1520 ns | 0.062 | - | - | 0.00 | | MetadataArrayIterate | 3.7489 ns | 0.1020 ns | 0.2083 ns | 3.8496 ns | 0.202 | - | - | 0.00 | Benchmarks.MetadataArrayBenchmarks-report.csv000066400000000000000000000063551516707642500413210ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Median,Ratio,Gen0,Allocated,Alloc Ratio CreateObjectArray,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,18.5155 ns,0.0190 ns,0.0159 ns,18.5196 ns,1.000,0.0220,184 B,1.00 CreateMetadataArray,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,19.4645 ns,0.0285 ns,0.0267 ns,19.4568 ns,1.051,0.0373,312 B,1.70 ObjectArrayAccess,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,0.0000 ns,0.0000 ns,0.0000 ns,0.0000 ns,0.000,0.0000,0 B,0.00 MetadataArrayAccess,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,0.0000 ns,0.0000 ns,0.0000 ns,0.0000 ns,0.000,0.0000,0 B,0.00 ObjectArrayIterate,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,1.1528 ns,0.0028 ns,0.0023 ns,1.1520 ns,0.062,0.0000,0 B,0.00 MetadataArrayIterate,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,3.7489 ns,0.1020 ns,0.2083 ns,3.8496 ns,0.202,0.0000,0 B,0.00 Benchmarks.MetadataArrayBenchmarks-report.html000066400000000000000000000053621516707642500414670ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.MetadataArrayBenchmarks-20260107-124015 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.101
  [Host]     : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a
  DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a
Method Mean Error StdDev Median Ratio Gen0 Allocated Alloc Ratio
CreateObjectArray 18.5155 ns 0.0190 ns 0.0159 ns 18.5196 ns 1.000 0.0220 184 B 1.00
CreateMetadataArray 19.4645 ns 0.0285 ns 0.0267 ns 19.4568 ns 1.051 0.0373 312 B 1.70
ObjectArrayAccess 0.0000 ns 0.0000 ns 0.0000 ns 0.0000 ns 0.000 - - 0.00
MetadataArrayAccess 0.0000 ns 0.0000 ns 0.0000 ns 0.0000 ns 0.000 - - 0.00
ObjectArrayIterate 1.1528 ns 0.0028 ns 0.0023 ns 1.1520 ns 0.062 - - 0.00
MetadataArrayIterate 3.7489 ns 0.1020 ns 0.2083 ns 3.8496 ns 0.202 - - 0.00
Benchmarks.MetadataBuilderBenchmarks-report-github.md000066400000000000000000000020421516707642500427030ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a ``` | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------|----------:|---------:|---------:|------:|--------:|-------:|-------:|----------:|------------:| | BuildDictionary | 61.61 ns | 0.342 ns | 0.304 ns | 1.00 | 0.01 | 0.0640 | - | 536 B | 1.00 | | BuildMetadataObject | 39.42 ns | 0.238 ns | 0.223 ns | 0.64 | 0.00 | 0.0220 | - | 184 B | 0.34 | | BuildDictionary_Large | 480.47 ns | 2.542 ns | 2.253 ns | 7.80 | 0.05 | 0.3824 | 0.0029 | 3200 B | 5.97 | | BuildMetadataObject_Large | 552.73 ns | 1.572 ns | 1.313 ns | 8.97 | 0.05 | 0.1593 | - | 1336 B | 2.49 | Benchmarks.MetadataBuilderBenchmarks-report.csv000066400000000000000000000046051516707642500416250ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,RatioSD,Gen0,Gen1,Allocated,Alloc Ratio BuildDictionary,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,61.61 ns,0.342 ns,0.304 ns,1.00,0.01,0.0640,0.0000,536 B,1.00 BuildMetadataObject,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,39.42 ns,0.238 ns,0.223 ns,0.64,0.00,0.0220,0.0000,184 B,0.34 BuildDictionary_Large,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,480.47 ns,2.542 ns,2.253 ns,7.80,0.05,0.3824,0.0029,3200 B,5.97 BuildMetadataObject_Large,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,552.73 ns,1.572 ns,1.313 ns,8.97,0.05,0.1593,0.0000,1336 B,2.49 Benchmarks.MetadataBuilderBenchmarks-report.html000066400000000000000000000045441516707642500420000ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.MetadataBuilderBenchmarks-20260107-135953 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.101
  [Host]     : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a
  DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a
Method Mean Error StdDev Ratio RatioSD Gen0 Gen1 Allocated Alloc Ratio
BuildDictionary 61.61 ns 0.342 ns 0.304 ns 1.00 0.01 0.0640 - 536 B 1.00
BuildMetadataObject 39.42 ns 0.238 ns 0.223 ns 0.64 0.00 0.0220 - 184 B 0.34
BuildDictionary_Large 480.47 ns 2.542 ns 2.253 ns 7.80 0.05 0.3824 0.0029 3200 B 5.97
BuildMetadataObject_Large 552.73 ns 1.572 ns 1.313 ns 8.97 0.05 0.1593 - 1336 B 2.49
Benchmarks.MetadataCreationBenchmarks-report-github.md000066400000000000000000000020501516707642500430600ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a ``` | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Gen1 | Allocated | Alloc Ratio | |----------------------------|----------:|---------:|---------:|------:|--------:|-------:|-------:|----------:|------------:| | CreateDictionary_Small | 34.50 ns | 0.111 ns | 0.104 ns | 1.00 | 0.00 | 0.0315 | - | 264 B | 1.00 | | CreateMetadataObject_Small | 38.55 ns | 0.088 ns | 0.082 ns | 1.12 | 0.00 | 0.0363 | - | 304 B | 1.15 | | CreateDictionary_Large | 149.86 ns | 0.478 ns | 0.447 ns | 4.34 | 0.02 | 0.1357 | 0.0002 | 1136 B | 4.30 | | CreateMetadataObject_Large | 177.22 ns | 0.652 ns | 0.610 ns | 5.14 | 0.02 | 0.0899 | - | 752 B | 2.85 | Benchmarks.MetadataCreationBenchmarks-report.csv000066400000000000000000000046241516707642500420040ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,RatioSD,Gen0,Gen1,Allocated,Alloc Ratio CreateDictionary_Small,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,34.50 ns,0.111 ns,0.104 ns,1.00,0.00,0.0315,0.0000,264 B,1.00 CreateMetadataObject_Small,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,38.55 ns,0.088 ns,0.082 ns,1.12,0.00,0.0363,0.0000,304 B,1.15 CreateDictionary_Large,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,149.86 ns,0.478 ns,0.447 ns,4.34,0.02,0.1357,0.0002,1136 B,4.30 CreateMetadataObject_Large,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,177.22 ns,0.652 ns,0.610 ns,5.14,0.02,0.0899,0.0000,752 B,2.85 Benchmarks.MetadataCreationBenchmarks-report.html000066400000000000000000000045641516707642500421600ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.MetadataCreationBenchmarks-20260107-124419 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.101
  [Host]     : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a
  DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a
Method Mean Error StdDev Ratio RatioSD Gen0 Gen1 Allocated Alloc Ratio
CreateDictionary_Small 34.50 ns 0.111 ns 0.104 ns 1.00 0.00 0.0315 - 264 B 1.00
CreateMetadataObject_Small 38.55 ns 0.088 ns 0.082 ns 1.12 0.00 0.0363 - 304 B 1.15
CreateDictionary_Large 149.86 ns 0.478 ns 0.447 ns 4.34 0.02 0.1357 0.0002 1136 B 4.30
CreateMetadataObject_Large 177.22 ns 0.652 ns 0.610 ns 5.14 0.02 0.0899 - 752 B 2.85
Benchmarks.MetadataIterationBenchmarks-report-github.md000066400000000000000000000020261516707642500432550ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a ``` | Method | Mean | Error | StdDev | Median | Ratio | RatioSD | Allocated | Alloc Ratio | |-----------------------------|----------:|----------:|----------:|----------:|------:|--------:|----------:|------------:| | DictionaryIterate_Small | 1.3995 ns | 0.0145 ns | 0.0129 ns | 1.3971 ns | 1.00 | 0.01 | - | NA | | MetadataObjectIterate_Small | 0.9278 ns | 0.0193 ns | 0.0181 ns | 0.9243 ns | 0.66 | 0.01 | - | NA | | DictionaryIterate_Large | 5.3035 ns | 0.0267 ns | 0.0249 ns | 5.3048 ns | 3.79 | 0.04 | - | NA | | MetadataObjectIterate_Large | 5.8316 ns | 0.2393 ns | 0.7055 ns | 5.5857 ns | 4.17 | 0.50 | - | NA | Benchmarks.MetadataIterationBenchmarks-report.csv000066400000000000000000000045761516707642500422040ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Median,Ratio,RatioSD,Allocated,Alloc Ratio DictionaryIterate_Small,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,1.3995 ns,0.0145 ns,0.0129 ns,1.3971 ns,1.00,0.01,0 B,NA MetadataObjectIterate_Small,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,0.9278 ns,0.0193 ns,0.0181 ns,0.9243 ns,0.66,0.01,0 B,NA DictionaryIterate_Large,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,5.3035 ns,0.0267 ns,0.0249 ns,5.3048 ns,3.79,0.04,0 B,NA MetadataObjectIterate_Large,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,5.8316 ns,0.2393 ns,0.7055 ns,5.5857 ns,4.17,0.50,0 B,NA Benchmarks.MetadataIterationBenchmarks-report.html000066400000000000000000000044211516707642500423420ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.MetadataIterationBenchmarks-20260107-135527 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.101
  [Host]     : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a
  DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a
Method Mean Error StdDev Median Ratio RatioSD Allocated Alloc Ratio
DictionaryIterate_Small 1.3995 ns 0.0145 ns 0.0129 ns 1.3971 ns 1.00 0.01 - NA
MetadataObjectIterate_Small 0.9278 ns 0.0193 ns 0.0181 ns 0.9243 ns 0.66 0.01 - NA
DictionaryIterate_Large 5.3035 ns 0.0267 ns 0.0249 ns 5.3048 ns 3.79 0.04 - NA
MetadataObjectIterate_Large 5.8316 ns 0.2393 ns 0.7055 ns 5.5857 ns 4.17 0.50 - NA
Benchmarks.MetadataLookupBenchmarks-report-github.md000066400000000000000000000017021516707642500425700ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a ``` | Method | Mean | Error | StdDev | Ratio | RatioSD | Allocated | Alloc Ratio | |----------------------------|---------:|----------:|----------:|------:|--------:|----------:|------------:| | DictionaryLookup_Small | 2.674 ns | 0.0279 ns | 0.0261 ns | 1.00 | 0.01 | - | NA | | MetadataObjectLookup_Small | 2.056 ns | 0.0512 ns | 0.0479 ns | 0.77 | 0.02 | - | NA | | DictionaryLookup_Large | 2.841 ns | 0.0139 ns | 0.0109 ns | 1.06 | 0.01 | - | NA | | MetadataObjectLookup_Large | 2.872 ns | 0.0196 ns | 0.0183 ns | 1.07 | 0.01 | - | NA | Benchmarks.MetadataLookupBenchmarks-report.csv000066400000000000000000000045071516707642500415110ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,RatioSD,Allocated,Alloc Ratio DictionaryLookup_Small,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,2.674 ns,0.0279 ns,0.0261 ns,1.00,0.01,0 B,NA MetadataObjectLookup_Small,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,2.056 ns,0.0512 ns,0.0479 ns,0.77,0.02,0 B,NA DictionaryLookup_Large,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,2.841 ns,0.0139 ns,0.0109 ns,1.06,0.01,0 B,NA MetadataObjectLookup_Large,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,2.872 ns,0.0196 ns,0.0183 ns,1.07,0.01,0 B,NA Benchmarks.MetadataLookupBenchmarks-report.html000066400000000000000000000042021516707642500416520ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.MetadataLookupBenchmarks-20260107-135800 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.101
  [Host]     : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a
  DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a
Method Mean Error StdDev Ratio RatioSD Allocated Alloc Ratio
DictionaryLookup_Small 2.674 ns 0.0279 ns 0.0261 ns 1.00 0.01 - NA
MetadataObjectLookup_Small 2.056 ns 0.0512 ns 0.0479 ns 0.77 0.02 - NA
DictionaryLookup_Large 2.841 ns 0.0139 ns 0.0109 ns 1.06 0.01 - NA
MetadataObjectLookup_Large 2.872 ns 0.0196 ns 0.0183 ns 1.07 0.01 - NA
Benchmarks.MetadataMergeBenchmarks-report-github.md000066400000000000000000000013021516707642500423520ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a ``` | Method | Mean | Error | StdDev | Ratio | Gen0 | Allocated | Alloc Ratio | |----------------------|---------:|---------:|---------:|------:|-------:|----------:|------------:| | MergeDictionaries | 71.18 ns | 0.251 ns | 0.223 ns | 1.00 | 0.0554 | 464 B | 1.00 | | MergeMetadataObjects | 85.61 ns | 0.431 ns | 0.403 ns | 1.20 | 0.0296 | 248 B | 0.53 | Benchmarks.MetadataMergeBenchmarks-report.csv000066400000000000000000000027451516707642500413010ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,Gen0,Allocated,Alloc Ratio MergeDictionaries,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,71.18 ns,0.251 ns,0.223 ns,1.00,0.0554,464 B,1.00 MergeMetadataObjects,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,85.61 ns,0.431 ns,0.403 ns,1.20,0.0296,248 B,0.53 Benchmarks.MetadataMergeBenchmarks-report.html000066400000000000000000000032771516707642500414530ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.MetadataMergeBenchmarks-20260107-132839 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.101
  [Host]     : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a
  DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a
Method Mean Error StdDev Ratio Gen0 Allocated Alloc Ratio
MergeDictionaries 71.18 ns 0.251 ns 0.223 ns 1.00 0.0554 464 B 1.00
MergeMetadataObjects 85.61 ns 0.431 ns 0.403 ns 1.20 0.0296 248 B 0.53
Benchmarks.MetadataValueBenchmarks-report-github.md000066400000000000000000000017761516707642500424060ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a ``` | Method | Mean | Error | StdDev | Gen0 | Allocated | |--------------------|----------:|----------:|----------:|-------:|----------:| | CreateInt64Value | 0.0000 ns | 0.0000 ns | 0.0000 ns | - | - | | CreateBoxedInt64 | 2.2388 ns | 0.0127 ns | 0.0113 ns | 0.0029 | 24 B | | CreateDoubleValue | 0.0000 ns | 0.0000 ns | 0.0000 ns | - | - | | CreateBoxedDouble | 2.2328 ns | 0.0108 ns | 0.0096 ns | 0.0029 | 24 B | | CreateBooleanValue | 0.0000 ns | 0.0000 ns | 0.0000 ns | - | - | | CreateBoxedBoolean | 2.2254 ns | 0.0133 ns | 0.0125 ns | 0.0029 | 24 B | | CreateStringValue | 0.0000 ns | 0.0000 ns | 0.0000 ns | - | - | Benchmarks.MetadataValueBenchmarks-report.csv000066400000000000000000000067531516707642500413210ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Gen0,Allocated CreateInt64Value,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,0.0000 ns,0.0000 ns,0.0000 ns,0.0000,0 B CreateBoxedInt64,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,2.2388 ns,0.0127 ns,0.0113 ns,0.0029,24 B CreateDoubleValue,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,0.0000 ns,0.0000 ns,0.0000 ns,0.0000,0 B CreateBoxedDouble,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,2.2328 ns,0.0108 ns,0.0096 ns,0.0029,24 B CreateBooleanValue,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,0.0000 ns,0.0000 ns,0.0000 ns,0.0000,0 B CreateBoxedBoolean,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,2.2254 ns,0.0133 ns,0.0125 ns,0.0029,24 B CreateStringValue,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,0.0000 ns,0.0000 ns,0.0000 ns,0.0000,0 B Benchmarks.MetadataValueBenchmarks-report.html000066400000000000000000000046351516707642500414670ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.MetadataValueBenchmarks-20260107-124920 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.101
  [Host]     : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a
  DefaultJob : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a
Method Mean Error StdDev Gen0 Allocated
CreateInt64Value 0.0000 ns 0.0000 ns 0.0000 ns - -
CreateBoxedInt64 2.2388 ns 0.0127 ns 0.0113 ns 0.0029 24 B
CreateDoubleValue 0.0000 ns 0.0000 ns 0.0000 ns - -
CreateBoxedDouble 2.2328 ns 0.0108 ns 0.0096 ns 0.0029 24 B
CreateBooleanValue 0.0000 ns 0.0000 ns 0.0000 ns - -
CreateBoxedBoolean 2.2254 ns 0.0133 ns 0.0125 ns 0.0029 24 B
CreateStringValue 0.0000 ns 0.0000 ns 0.0000 ns - -
Benchmarks.ResultBenchmarks-report-github.md000066400000000000000000000026741516707642500411450ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.101 [Host] : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a Job-WWFMMQ : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a IterationCount=3 WarmupCount=1 ``` | Method | Mean | Error | StdDev | Allocated | |-----------------------------|-----------:|----------:|----------:|----------:| | CreateSuccess | 2.7333 ns | 0.3058 ns | 0.0168 ns | - | | CreateFailure | 14.7732 ns | 0.6131 ns | 0.0336 ns | - | | TryGetValue_Success | 0.0000 ns | 0.0000 ns | 0.0000 ns | - | | TryGetValue_Failure | 0.0000 ns | 0.0000 ns | 0.0000 ns | - | | EnumerateErrors_Single | 0.3473 ns | 0.3088 ns | 0.0169 ns | - | | EnumerateErrors_Multiple | 2.8093 ns | 0.9789 ns | 0.0537 ns | - | | AccessErrorByIndex_Single | 5.3586 ns | 0.1106 ns | 0.0061 ns | - | | AccessErrorByIndex_Multiple | 5.2847 ns | 0.7806 ns | 0.0428 ns | - | | ErrorsCount | 0.0000 ns | 0.0000 ns | 0.0000 ns | - | | FirstError | 2.5291 ns | 1.2200 ns | 0.0669 ns | - | | Map_Success | 14.7054 ns | 0.8256 ns | 0.0453 ns | - | | Map_Failure | 16.5351 ns | 1.1623 ns | 0.0637 ns | - | Benchmarks.ResultBenchmarks-report.csv000066400000000000000000000124551516707642500400560ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Allocated CreateSuccess,Job-WWFMMQ,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,3,Default,Default,Default,Default,Default,Default,Default,Default,16,1,2.7333 ns,0.3058 ns,0.0168 ns,0 B CreateFailure,Job-WWFMMQ,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,3,Default,Default,Default,Default,Default,Default,Default,Default,16,1,14.7732 ns,0.6131 ns,0.0336 ns,0 B TryGetValue_Success,Job-WWFMMQ,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,3,Default,Default,Default,Default,Default,Default,Default,Default,16,1,0.0000 ns,0.0000 ns,0.0000 ns,0 B TryGetValue_Failure,Job-WWFMMQ,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,3,Default,Default,Default,Default,Default,Default,Default,Default,16,1,0.0000 ns,0.0000 ns,0.0000 ns,0 B EnumerateErrors_Single,Job-WWFMMQ,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,3,Default,Default,Default,Default,Default,Default,Default,Default,16,1,0.3473 ns,0.3088 ns,0.0169 ns,0 B EnumerateErrors_Multiple,Job-WWFMMQ,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,3,Default,Default,Default,Default,Default,Default,Default,Default,16,1,2.8093 ns,0.9789 ns,0.0537 ns,0 B AccessErrorByIndex_Single,Job-WWFMMQ,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,3,Default,Default,Default,Default,Default,Default,Default,Default,16,1,5.3586 ns,0.1106 ns,0.0061 ns,0 B AccessErrorByIndex_Multiple,Job-WWFMMQ,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,3,Default,Default,Default,Default,Default,Default,Default,Default,16,1,5.2847 ns,0.7806 ns,0.0428 ns,0 B ErrorsCount,Job-WWFMMQ,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,3,Default,Default,Default,Default,Default,Default,Default,Default,16,1,0.0000 ns,0.0000 ns,0.0000 ns,0 B FirstError,Job-WWFMMQ,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,3,Default,Default,Default,Default,Default,Default,Default,Default,16,1,2.5291 ns,1.2200 ns,0.0669 ns,0 B Map_Success,Job-WWFMMQ,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,3,Default,Default,Default,Default,Default,Default,Default,Default,16,1,14.7054 ns,0.8256 ns,0.0453 ns,0 B Map_Failure,Job-WWFMMQ,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,3,Default,Default,Default,Default,Default,Default,Default,Default,16,1,16.5351 ns,1.1623 ns,0.0637 ns,0 B Benchmarks.ResultBenchmarks-report.html000066400000000000000000000060111516707642500402160ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.ResultBenchmarks-20260107-195842 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.101
  [Host]     : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a
  Job-WWFMMQ : .NET 10.0.1 (10.0.1, 10.0.125.57005), Arm64 RyuJIT armv8.0-a

IterationCount=3  WarmupCount=1
Method Mean Error StdDev Allocated
CreateSuccess 2.7333 ns 0.3058 ns 0.0168 ns -
CreateFailure 14.7732 ns 0.6131 ns 0.0336 ns -
TryGetValue_Success 0.0000 ns 0.0000 ns 0.0000 ns -
TryGetValue_Failure 0.0000 ns 0.0000 ns 0.0000 ns -
EnumerateErrors_Single 0.3473 ns 0.3088 ns 0.0169 ns -
EnumerateErrors_Multiple 2.8093 ns 0.9789 ns 0.0537 ns -
AccessErrorByIndex_Single 5.3586 ns 0.1106 ns 0.0061 ns -
AccessErrorByIndex_Multiple 5.2847 ns 0.7806 ns 0.0428 ns -
ErrorsCount 0.0000 ns 0.0000 ns 0.0000 ns -
FirstError 2.5291 ns 1.2200 ns 0.0669 ns -
Map_Success 14.7054 ns 0.8256 ns 0.0453 ns -
Map_Failure 16.5351 ns 1.1623 ns 0.0637 ns -
Benchmarks.SimpleValidationEndpointBenchmarks-report-github.md000066400000000000000000000014231516707642500446230ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a ``` | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |-----------------------------------|---------:|--------:|--------:|------:|-------:|-------:|----------:|------------:| | FluentValidationEndpoint | 142.3 ns | 0.48 ns | 0.40 ns | 1.00 | 0.1338 | 0.0002 | 1120 B | 1.00 | | PortableResultsValidationEndpoint | 163.0 ns | 0.56 ns | 0.47 ns | 1.15 | 0.1042 | - | 872 B | 0.78 | Benchmarks.SimpleValidationEndpointBenchmarks-report.csv000066400000000000000000000030111516707642500435310ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,Gen0,Gen1,Allocated,Alloc Ratio FluentValidationEndpoint,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,142.3 ns,0.48 ns,0.40 ns,1.00,0.1338,0.0002,1120 B,1.00 PortableResultsValidationEndpoint,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,163.0 ns,0.56 ns,0.47 ns,1.15,0.1042,0.0000,872 B,0.78 Benchmarks.SimpleValidationEndpointBenchmarks-report.html000066400000000000000000000034351516707642500437140ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.SimpleValidationEndpointBenchmarks-20260401-080152 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.103
  [Host]     : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
  DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
Method Mean Error StdDev Ratio Gen0 Gen1 Allocated Alloc Ratio
FluentValidationEndpoint 142.3 ns 0.48 ns 0.40 ns 1.00 0.1338 0.0002 1120 B 1.00
PortableResultsValidationEndpoint 163.0 ns 0.56 ns 0.47 ns 1.15 0.1042 - 872 B 0.78
Benchmarks.ValidComplexDtoValidationBenchmarks-report-github.md000066400000000000000000000016371516707642500447360ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a ``` | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |-----------:|---------:|---------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 8,318.7 ns | 78.34 ns | 69.45 ns | 1.00 | 4.1504 | 0.1221 | 33.94 KB | 1.00 | | FluentValidationSingleton | 1,685.9 ns | 5.01 ns | 4.69 ns | 0.20 | 0.7057 | 0.0019 | 5.77 KB | 0.17 | | LightPortableResults | 742.2 ns | 7.40 ns | 6.93 ns | 0.09 | 0.1554 | - | 1.27 KB | 0.04 | Benchmarks.ValidComplexDtoValidationBenchmarks-report.csv000066400000000000000000000037151516707642500436500ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,Gen0,Gen1,Allocated,Alloc Ratio FluentValidationScopedOrTransient,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,"8,318.7 ns",78.34 ns,69.45 ns,1.00,4.1504,0.1221,33.94 KB,1.00 FluentValidationSingleton,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,"1,685.9 ns",5.01 ns,4.69 ns,0.20,0.7057,0.0019,5.77 KB,0.17 LightPortableResults,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,742.2 ns,7.40 ns,6.93 ns,0.09,0.1554,0.0000,1.27 KB,0.04 Benchmarks.ValidComplexDtoValidationBenchmarks-report.html000066400000000000000000000027671516707642500440270ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.ValidComplexDtoValidationBenchmarks-20260406-153028 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.103
  [Host]     : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
  DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
Method MeanErrorStdDevRatioGen0Gen1AllocatedAlloc Ratio
FluentValidationScopedOrTransient8,318.7 ns78.34 ns69.45 ns1.004.15040.122133.94 KB1.00
FluentValidationSingleton1,685.9 ns5.01 ns4.69 ns0.200.70570.00195.77 KB0.17
LightPortableResults742.2 ns7.40 ns6.93 ns0.090.1554-1.27 KB0.04
Benchmarks.ValidFlatDtoValidationBenchmarks-report-github.md000066400000000000000000000016441516707642500442130ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.103 [Host] : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a ``` | Method | Mean | Error | StdDev | Ratio | Gen0 | Gen1 | Allocated | Alloc Ratio | |---------------------------------- |------------:|---------:|---------:|------:|-------:|-------:|----------:|------------:| | FluentValidationScopedOrTransient | 1,324.57 ns | 8.570 ns | 7.156 ns | 1.00 | 0.8316 | 0.0076 | 6984 B | 1.00 | | FluentValidationSingleton | 105.84 ns | 0.246 ns | 0.205 ns | 0.08 | 0.0755 | 0.0001 | 632 B | 0.09 | | LightPortableResults | 50.49 ns | 0.091 ns | 0.076 ns | 0.04 | 0.0124 | - | 104 B | 0.01 | Benchmarks.ValidFlatDtoValidationBenchmarks-report.csv000066400000000000000000000037111516707642500431230ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,Gen0,Gen1,Allocated,Alloc Ratio FluentValidationScopedOrTransient,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,"1,324.57 ns",8.570 ns,7.156 ns,1.00,0.8316,0.0076,6984 B,1.00 FluentValidationSingleton,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,105.84 ns,0.246 ns,0.205 ns,0.08,0.0755,0.0001,632 B,0.09 LightPortableResults,DefaultJob,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,Default,16,Default,50.49 ns,0.091 ns,0.076 ns,0.04,0.0124,0.0000,104 B,0.01 Benchmarks.ValidFlatDtoValidationBenchmarks-report.html000066400000000000000000000027631516707642500433020ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.ValidFlatDtoValidationBenchmarks-20260406-153118 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.4 (25E246) [Darwin 25.4.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.103
  [Host]     : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
  DefaultJob : .NET 10.0.5 (10.0.5, 10.0.526.15411), Arm64 RyuJIT armv8.0-a
Method Mean ErrorStdDevRatioGen0Gen1AllocatedAlloc Ratio
FluentValidationScopedOrTransient1,324.57 ns8.570 ns7.156 ns1.000.83160.00766984 B1.00
FluentValidationSingleton105.84 ns0.246 ns0.205 ns0.080.07550.0001632 B0.09
LightPortableResults50.49 ns0.091 ns0.076 ns0.040.0124-104 B0.01
Benchmarks.ValidationErrorSerializationBenchmarks-report-github.md000066400000000000000000000025201516707642500455170ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results``` BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0] Apple M3 Max, 1 CPU, 16 logical and 16 physical cores .NET SDK 10.0.102 [Host] : .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a Job-MEHJPP : .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a IterationCount=5 WarmupCount=1 ``` | Method | Mean | Error | StdDev | Ratio | RatioSD | Gen0 | Allocated | Alloc Ratio | |------------------------|-----------:|---------:|--------:|------:|--------:|-------:|----------:|------------:| | Errors1 | 154.9 ns | 1.88 ns | 0.49 ns | 1.00 | 0.00 | 0.0162 | 136 B | 1.00 | | Errors3_UniqueTargets | 366.1 ns | 10.58 ns | 2.75 ns | 2.36 | 0.02 | 0.0162 | 136 B | 1.00 | | Errors3_SharedTarget | 316.9 ns | 2.78 ns | 0.72 ns | 2.05 | 0.01 | 0.0162 | 136 B | 1.00 | | Errors5_UniqueTargets | 580.4 ns | 5.14 ns | 0.79 ns | 3.75 | 0.01 | 0.0162 | 136 B | 1.00 | | Errors5_SharedTargets | 522.6 ns | 13.76 ns | 3.57 ns | 3.37 | 0.02 | 0.0162 | 136 B | 1.00 | | Errors10_UniqueTargets | 1,258.1 ns | 1.30 ns | 0.20 ns | 8.12 | 0.02 | 0.0153 | 136 B | 1.00 | | Errors10_SharedTargets | 972.4 ns | 21.79 ns | 5.66 ns | 6.28 | 0.04 | 0.0153 | 136 B | 1.00 | Benchmarks.ValidationErrorSerializationBenchmarks-report.csv000066400000000000000000000070301516707642500444330ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/resultsMethod,Job,AnalyzeLaunchVariance,EvaluateOverhead,MaxAbsoluteError,MaxRelativeError,MinInvokeCount,MinIterationTime,OutlierMode,Affinity,EnvironmentVariables,Jit,LargeAddressAware,Platform,PowerPlanMode,Runtime,AllowVeryLargeObjects,Concurrent,CpuGroups,Force,HeapAffinitizeMask,HeapCount,NoAffinitize,RetainVm,Server,Arguments,BuildConfiguration,Clock,EngineFactory,NuGetReferences,Toolchain,IsMutator,InvocationCount,IterationCount,IterationTime,LaunchCount,MaxIterationCount,MaxWarmupIterationCount,MemoryRandomization,MinIterationCount,MinWarmupIterationCount,RunStrategy,UnrollFactor,WarmupCount,Mean,Error,StdDev,Ratio,RatioSD,Gen0,Allocated,Alloc Ratio Errors1,Job-MEHJPP,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,5,Default,Default,Default,Default,Default,Default,Default,Default,16,1,154.9 ns,1.88 ns,0.49 ns,1.00,0.00,0.0162,136 B,1.00 Errors3_UniqueTargets,Job-MEHJPP,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,5,Default,Default,Default,Default,Default,Default,Default,Default,16,1,366.1 ns,10.58 ns,2.75 ns,2.36,0.02,0.0162,136 B,1.00 Errors3_SharedTarget,Job-MEHJPP,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,5,Default,Default,Default,Default,Default,Default,Default,Default,16,1,316.9 ns,2.78 ns,0.72 ns,2.05,0.01,0.0162,136 B,1.00 Errors5_UniqueTargets,Job-MEHJPP,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,5,Default,Default,Default,Default,Default,Default,Default,Default,16,1,580.4 ns,5.14 ns,0.79 ns,3.75,0.01,0.0162,136 B,1.00 Errors5_SharedTargets,Job-MEHJPP,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,5,Default,Default,Default,Default,Default,Default,Default,Default,16,1,522.6 ns,13.76 ns,3.57 ns,3.37,0.02,0.0162,136 B,1.00 Errors10_UniqueTargets,Job-MEHJPP,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,5,Default,Default,Default,Default,Default,Default,Default,Default,16,1,"1,258.1 ns",1.30 ns,0.20 ns,8.12,0.02,0.0153,136 B,1.00 Errors10_SharedTargets,Job-MEHJPP,False,Default,Default,Default,Default,Default,Default,0000000000000000,Empty,RyuJit,Default,Arm64,8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c,.NET 10.0,False,True,False,True,Default,Default,False,False,False,Default,Default,Default,Default,Default,Default,Default,Default,5,Default,Default,Default,Default,Default,Default,Default,Default,16,1,972.4 ns,21.79 ns,5.66 ns,6.28,0.04,0.0153,136 B,1.00 Benchmarks.ValidationErrorSerializationBenchmarks-report.html000066400000000000000000000057771516707642500446240ustar00rootroot00000000000000Light.PortableResults-0.2.0/benchmarks/Benchmarks/BenchmarkDotNet.Artifacts/results Benchmarks.ValidationErrorSerializationBenchmarks-20260203-080026 

BenchmarkDotNet v0.15.8, macOS Tahoe 26.2 (25C56) [Darwin 25.2.0]
Apple M3 Max, 1 CPU, 16 logical and 16 physical cores
.NET SDK 10.0.102
  [Host]     : .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a
  Job-MEHJPP : .NET 10.0.2 (10.0.2, 10.0.225.61305), Arm64 RyuJIT armv8.0-a

IterationCount=5  WarmupCount=1
Method Mean Error StdDev Ratio RatioSD Gen0 Allocated Alloc Ratio
Errors1 154.9 ns 1.88 ns 0.49 ns 1.00 0.00 0.0162 136 B 1.00
Errors3_UniqueTargets 366.1 ns 10.58 ns 2.75 ns 2.36 0.02 0.0162 136 B 1.00
Errors3_SharedTarget 316.9 ns 2.78 ns 0.72 ns 2.05 0.01 0.0162 136 B 1.00
Errors5_UniqueTargets 580.4 ns 5.14 ns 0.79 ns 3.75 0.01 0.0162 136 B 1.00
Errors5_SharedTargets 522.6 ns 13.76 ns 3.57 ns 3.37 0.02 0.0162 136 B 1.00
Errors10_UniqueTargets 1,258.1 ns 1.30 ns 0.20 ns 8.12 0.02 0.0153 136 B 1.00
Errors10_SharedTargets 972.4 ns 21.79 ns 5.66 ns 6.28 0.04 0.0153 136 B 1.00
Light.PortableResults-0.2.0/benchmarks/Benchmarks/Benchmarks.csproj000066400000000000000000000013611516707642500254200ustar00rootroot00000000000000 Exe Light.PortableResults-0.2.0/benchmarks/Benchmarks/CloudEventsReadingBenchmarks.cs000066400000000000000000000130531516707642500301740ustar00rootroot00000000000000using System; using System.Diagnostics.CodeAnalysis; using System.Text; using BenchmarkDotNet.Attributes; using Light.PortableResults; using Light.PortableResults.CloudEvents; using Light.PortableResults.CloudEvents.Reading; namespace Benchmarks; [MemoryDiagnoser] [SimpleJob] [SuppressMessage("Performance", "CA1822:Mark members as static")] public class CloudEventsReadingBenchmarks { private ReadOnlyMemory _failureCloudEvents; private ReadOnlyMemory _largeSuccessCloudEvents; private ReadOnlyMemory _mediumSuccessCloudEvents; private PortableResultsCloudEventsReadOptions _options = null!; private ReadOnlyMemory _smallSuccessCloudEvents; [GlobalSetup] public void Setup() { _options = new PortableResultsCloudEventsReadOptions { SerializerOptions = Module.CreateDefaultSerializerOptions() }; // Small payload (~100 bytes data) _smallSuccessCloudEvents = CreateCloudEventsBytes( """ { "specversion": "1.0", "type": "com.example.success", "source": "/test", "id": "event-1", "lproutcome": "success", "data": { "value": { "id": "6B8A4DCA-779D-4F36-8274-487FE3E86B5A", "name": "Contact A" } } } """ ); // Medium payload (~1KB data) _mediumSuccessCloudEvents = CreateCloudEventsBytes(CreateMediumCloudEvents()); // Large payload (~10KB data) _largeSuccessCloudEvents = CreateCloudEventsBytes(CreateLargeCloudEvents()); // Failure payload _failureCloudEvents = CreateCloudEventsBytes( """ { "specversion": "1.0", "type": "com.example.failure", "source": "/test", "id": "event-2", "lproutcome": "failure", "data": { "errors": [ { "message": "Name is required", "code": "NameRequired", "target": "name", "category": "Validation" } ] } } """ ); } [Benchmark(Baseline = true)] public Result ReadResult_SmallPayload() { return _smallSuccessCloudEvents.ReadResult(_options); } [Benchmark] public Result ReadResult_MediumPayload() { return _mediumSuccessCloudEvents.ReadResult(_options); } [Benchmark] public Result ReadResult_LargePayload() { return _largeSuccessCloudEvents.ReadResult(_options); } [Benchmark] public Result ReadResult_Failure() { return _failureCloudEvents.ReadResult(_options); } [Benchmark] public CloudEventsEnvelope ReadResultWithEnvelope_SmallPayload() { return _smallSuccessCloudEvents.ReadResultWithCloudEventsEnvelope(_options); } private static ReadOnlyMemory CreateCloudEventsBytes(string json) { return Encoding.UTF8.GetBytes(json); } private static string CreateMediumCloudEvents() { // Create a ~1KB data payload var items = new StringBuilder(); for (var i = 0; i < 10; i++) { if (i > 0) { items.Append(','); } items.Append( $$""" {"id":"{{Guid.NewGuid()}}","name":"Contact {{i}}","email":"contact{{i}}@example.com","phone":"+1-555-000-{{i:D4}}"} """ ); } return $$""" { "specversion": "1.0", "type": "com.example.success", "source": "/test", "id": "event-medium", "lproutcome": "success", "data": { "value": { "id": "6B8A4DCA-779D-4F36-8274-487FE3E86B5A", "name": "Contact A", "items": [{{items}}] } } } """; } private static string CreateLargeCloudEvents() { // Create a ~10KB data payload var items = new StringBuilder(); for (var i = 0; i < 100; i++) { if (i > 0) { items.Append(','); } items.Append( $$""" {"id":"{{Guid.NewGuid()}}","name":"Contact {{i}}","email":"contact{{i}}@example.com","phone":"+1-555-000-{{i:D4}}","address":"123 Main Street, Suite {{i}}, City, State 12345"} """ ); } return $$""" { "specversion": "1.0", "type": "com.example.success", "source": "/test", "id": "event-large", "lproutcome": "success", "data": { "value": { "id": "6B8A4DCA-779D-4F36-8274-487FE3E86B5A", "name": "Contact A", "items": [{{items}}] } } } """; } public sealed class ContactDto { public Guid Id { get; set; } public string Name { get; set; } = string.Empty; public object[]? Items { get; set; } } } Light.PortableResults-0.2.0/benchmarks/Benchmarks/CloudEventsWritingBenchmarks.cs000066400000000000000000000344041516707642500302510ustar00rootroot00000000000000using System; using System.Buffers; using System.Diagnostics.CodeAnalysis; using System.Text.Json; using System.Text.Json.Serialization; using BenchmarkDotNet.Attributes; using Light.PortableResults; using Light.PortableResults.CloudEvents; using Light.PortableResults.CloudEvents.Writing; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization; using Light.PortableResults.SharedJsonSerialization.Writing; namespace Benchmarks; [MemoryDiagnoser] [SimpleJob] [SuppressMessage("Performance", "CA1822:Mark members as static")] public class CloudEventsWritingBenchmarks { private Result _genericFailureResult; private Result _genericSuccessResult; private Result _genericSuccessWithMetadataResult; private Result _nonGenericFailureResult; private Result _nonGenericSuccessResult; private PortableResultsCloudEventsWriteOptions _options = null!; [GlobalSetup] public void Setup() { var serializerOptions = Module.CreateDefaultSerializerOptions(); serializerOptions.TypeInfoResolverChain.Add(CloudEventsWritingBenchmarksJsonContext.Default); _options = new PortableResultsCloudEventsWriteOptions { Source = "/benchmarks", SerializerOptions = serializerOptions }; // Non-generic success result _nonGenericSuccessResult = Result.Ok(); // Non-generic failure result _nonGenericFailureResult = Result.Fail( new Error { Message = "Validation failed", Code = "ValidationError", Category = ErrorCategory.Validation } ); // Generic success result _genericSuccessResult = Result.Ok( new ContactDto { Id = Guid.Parse("6B8A4DCA-779D-4F36-8274-487FE3E86B5A"), Name = "Contact A", Email = "contact@example.com" } ); // Generic failure result _genericFailureResult = Result.Fail( new Error { Message = "Contact not found", Code = "ContactNotFound", Category = ErrorCategory.NotFound } ); // Generic success with metadata var metadataBuilder = MetadataObjectBuilder.Create(); metadataBuilder.Add( "correlationId", MetadataValue.FromString("corr-123", MetadataValueAnnotation.SerializeInCloudEventsData) ); metadataBuilder.Add( "traceid", MetadataValue.FromString("trace-456", MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes) ); var metadata = metadataBuilder.Build(); _genericSuccessWithMetadataResult = Result.Ok( new ContactDto { Id = Guid.Parse("6B8A4DCA-779D-4F36-8274-487FE3E86B5A"), Name = "Contact A", Email = "contact@example.com" }, metadata ); } [Benchmark(Baseline = true)] public byte[] ToCloudEvents_NonGenericSuccess() { return _nonGenericSuccessResult.ToCloudEvent( successType: "com.example.success", failureType: "com.example.failure", id: "event-1", options: _options ); } [Benchmark] public byte[] ToCloudEvents_NonGenericSuccess_LegacyDirect() { return ToCloudEventsLegacyDirect( _nonGenericSuccessResult, successType: "com.example.success", failureType: "com.example.failure", id: "event-1" ); } [Benchmark] public byte[] ToCloudEvents_NonGenericFailure() { return _nonGenericFailureResult.ToCloudEvent( successType: "com.example.success", failureType: "com.example.failure", id: "event-2", options: _options ); } [Benchmark] public byte[] ToCloudEvents_NonGenericFailure_LegacyDirect() { return ToCloudEventsLegacyDirect( _nonGenericFailureResult, successType: "com.example.success", failureType: "com.example.failure", id: "event-2" ); } [Benchmark] public byte[] ToCloudEvents_GenericSuccess() { return _genericSuccessResult.ToCloudEvent( successType: "com.example.success", failureType: "com.example.failure", id: "event-3", options: _options ); } [Benchmark] public byte[] ToCloudEvents_GenericSuccess_LegacyDirect() { return ToCloudEventsLegacyDirect( _genericSuccessResult, successType: "com.example.success", failureType: "com.example.failure", id: "event-3" ); } [Benchmark] public byte[] ToCloudEvents_GenericFailure() { return _genericFailureResult.ToCloudEvent( successType: "com.example.success", failureType: "com.example.failure", id: "event-4", options: _options ); } [Benchmark] public byte[] ToCloudEvents_GenericFailure_LegacyDirect() { return ToCloudEventsLegacyDirect( _genericFailureResult, successType: "com.example.success", failureType: "com.example.failure", id: "event-4" ); } [Benchmark] public byte[] ToCloudEvents_GenericSuccessWithMetadata() { return _genericSuccessWithMetadataResult.ToCloudEvent( successType: "com.example.success", failureType: "com.example.failure", id: "event-5", options: _options ); } [Benchmark] public byte[] ToCloudEvents_GenericSuccessWithMetadata_LegacyDirect() { return ToCloudEventsLegacyDirect( _genericSuccessWithMetadataResult, successType: "com.example.success", failureType: "com.example.failure", id: "event-5" ); } private byte[] ToCloudEventsLegacyDirect( Result result, string successType, string failureType, string id ) { var envelope = result.ToCloudEventsEnvelopeForWriting( successType: successType, failureType: failureType, id: id, options: _options ); var bufferWriter = new ArrayBufferWriter(2048); using var writer = new Utf8JsonWriter(bufferWriter); WriteLegacyEnvelope(writer, envelope, _options.SerializerOptions); writer.Flush(); return bufferWriter.WrittenSpan.ToArray(); } private byte[] ToCloudEventsLegacyDirect( Result result, string successType, string failureType, string id ) { var envelope = result.ToCloudEventsEnvelopeForWriting( successType: successType, failureType: failureType, id: id, options: _options ); var bufferWriter = new ArrayBufferWriter(2048); using var writer = new Utf8JsonWriter(bufferWriter); WriteLegacyEnvelope(writer, envelope, _options.SerializerOptions); writer.Flush(); return bufferWriter.WrittenSpan.ToArray(); } private static void WriteLegacyEnvelope( Utf8JsonWriter writer, CloudEventsEnvelopeForWriting envelope, JsonSerializerOptions serializerOptions ) { var metadataForData = SelectMetadataByAnnotation( envelope.Data.Metadata, MetadataValueAnnotation.SerializeInCloudEventsData ); var includeData = !envelope.Data.IsValid || ( envelope.ResolvedOptions.MetadataSerializationMode == MetadataSerializationMode.Always && metadataForData is not null ); writer.WriteStartObject(); WriteLegacyEnvelopeAttributes( writer, envelope.Type, envelope.Source, envelope.Id, envelope.Subject, envelope.Time, envelope.DataSchema, includeData, envelope.Data.IsValid ); WriteLegacyExtensionAttributes(writer, envelope.ExtensionAttributes); if (includeData) { writer.WritePropertyName("data"); if (envelope.Data.IsValid && metadataForData is { } successMetadata) { writer.WriteStartObject(); WriteLegacyMetadataPropertyAndValue(writer, successMetadata); writer.WriteEndObject(); } else { WriteLegacyFailurePayload(writer, envelope.Data.Errors, metadataForData, serializerOptions); } } writer.WriteEndObject(); } private static void WriteLegacyEnvelope( Utf8JsonWriter writer, CloudEventsEnvelopeForWriting envelope, JsonSerializerOptions serializerOptions ) { var metadataForData = SelectMetadataByAnnotation( envelope.Data.Metadata, MetadataValueAnnotation.SerializeInCloudEventsData ); var includeWrappedSuccess = envelope.Data.IsValid && envelope.ResolvedOptions.MetadataSerializationMode == MetadataSerializationMode.Always && metadataForData is not null; writer.WriteStartObject(); WriteLegacyEnvelopeAttributes( writer, envelope.Type, envelope.Source, envelope.Id, envelope.Subject, envelope.Time, envelope.DataSchema, includeData: true, envelope.Data.IsValid ); WriteLegacyExtensionAttributes(writer, envelope.ExtensionAttributes); writer.WritePropertyName("data"); if (envelope.Data.IsValid) { if (includeWrappedSuccess && metadataForData is { } successMetadata) { writer.WriteStartObject(); writer.WritePropertyName("value"); writer.WriteGenericValue(envelope.Data.Value, serializerOptions); WriteLegacyMetadataPropertyAndValue(writer, successMetadata); writer.WriteEndObject(); } else { writer.WriteGenericValue(envelope.Data.Value, serializerOptions); } } else { WriteLegacyFailurePayload(writer, envelope.Data.Errors, metadataForData, serializerOptions); } writer.WriteEndObject(); } private static void WriteLegacyEnvelopeAttributes( Utf8JsonWriter writer, string type, string source, string id, string? subject, DateTimeOffset? time, string? dataSchema, bool includeData, bool isSuccess ) { writer.WriteString("specversion", CloudEventsConstants.SpecVersion); writer.WriteString("type", type); writer.WriteString("source", source); if (!string.IsNullOrWhiteSpace(subject)) { writer.WriteString("subject", subject); } if (!string.IsNullOrWhiteSpace(dataSchema)) { writer.WriteString("dataschema", dataSchema); } writer.WriteString("id", id); if (time.HasValue) { writer.WriteString("time", time.Value); } writer.WriteString(CloudEventsConstants.PortableResultsOutcomeAttributeName, isSuccess ? "success" : "failure"); if (includeData) { writer.WriteString("datacontenttype", CloudEventsConstants.JsonContentType); } } private static void WriteLegacyExtensionAttributes(Utf8JsonWriter writer, MetadataObject? extensionAttributes) { if (extensionAttributes is null) { return; } foreach (var keyValuePair in extensionAttributes.Value) { if (CloudEventsConstants.StandardAttributeNames.Contains(keyValuePair.Key) || CloudEventsConstants.ForbiddenConvertedAttributeNames.Contains(keyValuePair.Key)) { continue; } writer.WritePropertyName(keyValuePair.Key); writer.WriteMetadataValue( keyValuePair.Value, MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ); } } private static void WriteLegacyFailurePayload( Utf8JsonWriter writer, Errors errors, MetadataObject? metadata, JsonSerializerOptions serializerOptions ) { writer.WriteStartObject(); writer.WriteRichErrors(errors, isValidationResponse: false, serializerOptions); if (metadata is not null) { WriteLegacyMetadataPropertyAndValue(writer, metadata.Value); } writer.WriteEndObject(); } private static void WriteLegacyMetadataPropertyAndValue(Utf8JsonWriter writer, MetadataObject metadata) { writer.WritePropertyName("metadata"); writer.WriteStartObject(); foreach (var keyValuePair in metadata) { writer.WritePropertyName(keyValuePair.Key); writer.WriteMetadataValue(keyValuePair.Value, MetadataValueAnnotation.SerializeInCloudEventsData); } writer.WriteEndObject(); } private static MetadataObject? SelectMetadataByAnnotation( MetadataObject? metadata, MetadataValueAnnotation annotation ) { if (metadata is null) { return null; } using var builder = MetadataObjectBuilder.Create(metadata.Value.Count); foreach (var keyValuePair in metadata.Value) { if (keyValuePair.Value.HasAnnotation(annotation)) { builder.Add(keyValuePair.Key, keyValuePair.Value); } } return builder.Count == 0 ? null : builder.Build(); } public sealed class ContactDto { public Guid Id { get; set; } public string Name { get; set; } = string.Empty; public string? Email { get; set; } } } [JsonSerializable(typeof(CloudEventsWritingBenchmarks.ContactDto))] internal partial class CloudEventsWritingBenchmarksJsonContext : JsonSerializerContext; Light.PortableResults-0.2.0/benchmarks/Benchmarks/ComplexDtoValidationBenchmarks.cs000066400000000000000000000370421516707642500305440ustar00rootroot00000000000000using System; using System.Collections.Generic; using BenchmarkDotNet.Attributes; using FluentValidation; using FluentValidation.Results; using Light.PortableResults; using Light.PortableResults.AspNetCore.MinimalApis; using Light.PortableResults.AspNetCore.Mvc; using Light.PortableResults.Validation; using Microsoft.AspNetCore.Http; using Microsoft.AspNetCore.Mvc; using Microsoft.AspNetCore.Mvc.ModelBinding; namespace Benchmarks; [MemoryDiagnoser] public class ValidComplexDtoValidationBenchmarks { private readonly PortablePurchaseOrderDtoValidator _lightPortableResultsValidator = PortablePurchaseOrderDtoValidator.CreateSingleton(DefaultValidationContextFactory.Create()); private readonly FluentPurchaseOrderDtoValidator _singletonFluentValidationValidator = FluentPurchaseOrderDtoValidator.CreateSingleton(); private readonly PurchaseOrderDto _validDto = ComplexDtoValidationBenchmarkData.CreateValidDto(); [Benchmark(Baseline = true)] public ValidationResult FluentValidationScopedOrTransient() { var validator = new FluentPurchaseOrderDtoValidator(); var validationResult = validator.Validate(_validDto); if (!validationResult.IsValid) { throw new InvalidOperationException("Validation shouldn't fail in this benchmark"); } return validationResult; } [Benchmark] public ValidationResult FluentValidationSingleton() { var validationResult = _singletonFluentValidationValidator.Validate(_validDto); if (!validationResult.IsValid) { throw new InvalidOperationException("Validation shouldn't fail in this benchmark"); } return validationResult; } [Benchmark] public Result LightPortableResults() { var result = _lightPortableResultsValidator.Validate(_validDto); if (!result.IsValid) { throw new InvalidOperationException("Validation shouldn't fail in this benchmark"); } return result; } } [MemoryDiagnoser] public class InvalidComplexDtoValidationBenchmarks { private readonly PurchaseOrderDto _invalidDto = ComplexDtoValidationBenchmarkData.CreateInvalidDto(); private readonly PortablePurchaseOrderDtoValidator _lightPortableResultsValidator = PortablePurchaseOrderDtoValidator.CreateSingleton(DefaultValidationContextFactory.Create()); private readonly FluentPurchaseOrderDtoValidator _singletonFluentValidationValidator = FluentPurchaseOrderDtoValidator.CreateSingleton(); [Benchmark(Baseline = true)] public ValidationResult FluentValidationScopedOrTransient() { var validator = new FluentPurchaseOrderDtoValidator(); var validationResult = validator.Validate(_invalidDto); if (validationResult.Errors.Count != ComplexDtoValidationBenchmarkData.InvalidErrorCount) { throw new InvalidOperationException("Validation should fail in this benchmark"); } return validationResult; } [Benchmark] public ValidationResult FluentValidationSingleton() { var validationResult = _singletonFluentValidationValidator.Validate(_invalidDto); if (validationResult.Errors.Count != ComplexDtoValidationBenchmarkData.InvalidErrorCount) { throw new InvalidOperationException("Validation should fail in this benchmark"); } return validationResult; } [Benchmark] public Result LightPortableResults() { var result = _lightPortableResultsValidator.Validate(_invalidDto); if (result.Errors.Count != ComplexDtoValidationBenchmarkData.InvalidErrorCount) { throw new InvalidOperationException("Validation should fail in this benchmark"); } return result; } } [MemoryDiagnoser] public class InvalidComplexDtoValidationBenchmarksForMinimalApis { private readonly PurchaseOrderDto _invalidDto = ComplexDtoValidationBenchmarkData.CreateInvalidDto(); private readonly PortablePurchaseOrderDtoValidator _lightPortableResultsValidator = PortablePurchaseOrderDtoValidator.CreateSingleton(DefaultValidationContextFactory.Create()); private readonly FluentPurchaseOrderDtoValidator _singletonFluentValidationValidator = FluentPurchaseOrderDtoValidator.CreateSingleton(); [Benchmark(Baseline = true)] public IResult FluentValidationScopedOrTransient() { var validator = new FluentPurchaseOrderDtoValidator(); var validationResult = validator.Validate(_invalidDto); if (validationResult.Errors.Count != ComplexDtoValidationBenchmarkData.InvalidErrorCount) { throw new InvalidOperationException("Validation should fail in this benchmark"); } return TypedResults.ValidationProblem(validationResult.ToDictionary()); } [Benchmark] public IResult FluentValidationSingleton() { var validationResult = _singletonFluentValidationValidator.Validate(_invalidDto); if (validationResult.Errors.Count != ComplexDtoValidationBenchmarkData.InvalidErrorCount) { throw new InvalidOperationException("Validation should fail in this benchmark"); } return TypedResults.ValidationProblem(validationResult.ToDictionary()); } [Benchmark] public IResult LightPortableResults() { var result = _lightPortableResultsValidator.Validate(_invalidDto); if (result.Errors.Count != ComplexDtoValidationBenchmarkData.InvalidErrorCount) { throw new InvalidOperationException("Validation should fail in this benchmark"); } return result.ToMinimalApiResult(); } } [MemoryDiagnoser] public class InvalidComplexDtoValidationBenchmarksForMvc : ControllerBase { private readonly PurchaseOrderDto _invalidDto = ComplexDtoValidationBenchmarkData.CreateInvalidDto(); private readonly PortablePurchaseOrderDtoValidator _lightPortableResultsValidator = PortablePurchaseOrderDtoValidator.CreateSingleton(DefaultValidationContextFactory.Create()); private readonly FluentPurchaseOrderDtoValidator _singletonFluentValidationValidator = FluentPurchaseOrderDtoValidator.CreateSingleton(); [Benchmark(Baseline = true)] public IActionResult FluentValidationScopedOrTransient() { ModelState.Clear(); var validator = new FluentPurchaseOrderDtoValidator(); var validationResult = validator.Validate(_invalidDto); if (validationResult.Errors.Count != ComplexDtoValidationBenchmarkData.InvalidErrorCount) { throw new InvalidOperationException("Validation should fail in this benchmark"); } ComplexDtoValidationBenchmarkData.CopyErrorsToModelState(ModelState, validationResult.Errors); return ValidationProblem(); } [Benchmark] public IActionResult FluentValidationSingleton() { ModelState.Clear(); var validationResult = _singletonFluentValidationValidator.Validate(_invalidDto); if (validationResult.Errors.Count != ComplexDtoValidationBenchmarkData.InvalidErrorCount) { throw new InvalidOperationException("Validation should fail in this benchmark"); } ComplexDtoValidationBenchmarkData.CopyErrorsToModelState(ModelState, validationResult.Errors); return ValidationProblem(); } [Benchmark] public IActionResult LightPortableResults() { ModelState.Clear(); var result = _lightPortableResultsValidator.Validate(_invalidDto); if (result.Errors.Count != ComplexDtoValidationBenchmarkData.InvalidErrorCount) { throw new InvalidOperationException("Validation should fail in this benchmark"); } return result.ToMvcActionResult(); } } public sealed record PurchaseOrderDto { public required Guid OrderId { get; set; } public required string CustomerEmail { get; set; } = string.Empty; public required ShippingAddressDto ShippingAddress { get; set; } public required List Tags { get; set; } public required List Items { get; set; } } public sealed record ShippingAddressDto { public required string RecipientName { get; set; } = string.Empty; public required string Street { get; set; } = string.Empty; public required string PostalCode { get; set; } = string.Empty; public required string CountryCode { get; set; } = string.Empty; } public sealed record OrderItemDto { public required string Sku { get; set; } = string.Empty; public required int Quantity { get; set; } public required decimal UnitPrice { get; set; } } public sealed class FluentPurchaseOrderDtoValidator : AbstractValidator { public FluentPurchaseOrderDtoValidator() { RuleFor(x => x.OrderId).NotEmpty(); RuleFor(x => x.CustomerEmail).EmailAddress(); RuleFor(x => x.ShippingAddress) .SetValidator(ShippingAddressValidator ?? new FluentShippingAddressDtoValidator()); RuleForEach(x => x.Tags).Cascade(CascadeMode.Stop).NotEmpty().Length(2, 30); RuleForEach(x => x.Items).SetValidator(OrderItemValidator ?? new FluentOrderItemDtoValidator()); } public FluentShippingAddressDtoValidator? ShippingAddressValidator { get; set; } public FluentOrderItemDtoValidator? OrderItemValidator { get; set; } public static FluentPurchaseOrderDtoValidator CreateSingleton() => new () { ShippingAddressValidator = new FluentShippingAddressDtoValidator(), OrderItemValidator = new FluentOrderItemDtoValidator() }; } public sealed class FluentShippingAddressDtoValidator : AbstractValidator { public FluentShippingAddressDtoValidator() { RuleFor(x => x.RecipientName).NotEmpty(); RuleFor(x => x.Street).NotEmpty(); RuleFor(x => x.PostalCode).NotEmpty().Length(4, 12); RuleFor(x => x.CountryCode).NotEmpty().Length(2, 2); } } public sealed class FluentOrderItemDtoValidator : AbstractValidator { public FluentOrderItemDtoValidator() { RuleFor(x => x.Sku).NotEmpty(); RuleFor(x => x.Quantity).GreaterThanOrEqualTo(1); RuleFor(x => x.UnitPrice).GreaterThan(0m); } } public sealed class PortablePurchaseOrderDtoValidator : Validator { private readonly PortableShippingAddressDtoValidator _addressValidator; private readonly PortableOrderItemDtoValidator _itemValidator; public PortablePurchaseOrderDtoValidator( IValidationContextFactory validationContextFactory, PortableShippingAddressDtoValidator addressValidator, PortableOrderItemDtoValidator itemValidator ) : base(validationContextFactory) { _addressValidator = addressValidator ?? throw new ArgumentNullException(nameof(addressValidator)); _itemValidator = itemValidator ?? throw new ArgumentNullException(nameof(itemValidator)); } public static PortablePurchaseOrderDtoValidator CreateSingleton(IValidationContextFactory validationContextFactory) { if (validationContextFactory is null) { throw new ArgumentNullException(nameof(validationContextFactory)); } return new PortablePurchaseOrderDtoValidator( validationContextFactory, new PortableShippingAddressDtoValidator(validationContextFactory), new PortableOrderItemDtoValidator(validationContextFactory) ); } protected override ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, PurchaseOrderDto dto ) { context.Check(dto.OrderId).IsNotEmpty(); dto.CustomerEmail = context.Check(dto.CustomerEmail).IsEmail(); context.Check(dto.ShippingAddress).ValidateChild(_addressValidator); // We don't need IsNotNullOrWhiteSpace because of the default string normalization context.Check(dto.Tags).IsNotNull().ValidateItems( static (Check tag) => tag.HasLengthIn(2, 30) ); context.Check(dto.Items).ValidateItems(_itemValidator); return checkpoint.ToValidatedValue(dto); } } public sealed class PortableShippingAddressDtoValidator : Validator { public PortableShippingAddressDtoValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { } protected override ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, ShippingAddressDto dto ) { dto.RecipientName = context.Check(dto.RecipientName).IsNotNullOrWhiteSpace(); dto.Street = context.Check(dto.Street).IsNotNullOrWhiteSpace(); // We don't need IsNotNullOrWhiteSpace because of the default string normalization dto.PostalCode = context.Check(dto.PostalCode).HasLengthIn(4, 12); dto.CountryCode = context.Check(dto.CountryCode).HasLengthIn(2, 2); return checkpoint.ToValidatedValue(dto); } } public sealed class PortableOrderItemDtoValidator : Validator { public PortableOrderItemDtoValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { } protected override ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, OrderItemDto dto ) { context.Check(dto.Sku).IsNotNullOrWhiteSpace(); context.Check(dto.Quantity).IsGreaterThanOrEqualTo(1); context.Check(dto.UnitPrice).IsGreaterThan(0m); return checkpoint.ToValidatedValue(dto); } } public static class ComplexDtoValidationBenchmarkData { public const int InvalidErrorCount = 9; public static PurchaseOrderDto CreateValidDto() => new () { OrderId = Guid.CreateVersion7(), CustomerEmail = "alex@example.com", ShippingAddress = new ShippingAddressDto { RecipientName = "Alex Morgan", Street = "42 Market Street", PostalCode = "10115", CountryCode = "DE" }, Tags = new List { "priority", "gift", "retail" }, Items = new List { new () { Sku = "BK-1001", Quantity = 1, UnitPrice = 19.99m }, new () { Sku = "BK-2003", Quantity = 2, UnitPrice = 7.50m }, new () { Sku = "BK-3308", Quantity = 1, UnitPrice = 49.00m } } }; public static PurchaseOrderDto CreateInvalidDto() => new () { OrderId = Guid.Empty, CustomerEmail = "not-an-email", ShippingAddress = new ShippingAddressDto { RecipientName = "Alex Morgan", Street = "42 Market Street", PostalCode = " ", CountryCode = "D" }, Tags = ["priority", " ", "x"], Items = [ new OrderItemDto { Sku = " ", Quantity = 0, UnitPrice = 0m }, new OrderItemDto { Sku = "BK-2003", Quantity = 2, UnitPrice = 7.50m }, new OrderItemDto { Sku = "BK-3308", Quantity = 1, UnitPrice = 49.00m } ] }; public static void CopyErrorsToModelState(ModelStateDictionary modelState, IList errors) { for (var i = 0; i < errors.Count; i++) { var error = errors[i]; modelState.AddModelError(error.PropertyName, error.ErrorMessage); } } } Light.PortableResults-0.2.0/benchmarks/Benchmarks/FlatDtoValidationBenchmarks.cs000066400000000000000000000205331516707642500300200ustar00rootroot00000000000000using System; using BenchmarkDotNet.Attributes; using FluentValidation; using FluentValidation.Results; using Light.PortableResults; using Light.PortableResults.AspNetCore.MinimalApis; using Light.PortableResults.AspNetCore.Mvc; using Light.PortableResults.Validation; using Microsoft.AspNetCore.Http; using Microsoft.AspNetCore.Mvc; namespace Benchmarks; [MemoryDiagnoser] public class ValidFlatDtoValidationBenchmarks { private readonly LightPortableResultsMovieRatingDtoValidator _lightPortableResultsValidator = new (DefaultValidationContextFactory.Create()); private readonly FluentValidationMovieRatingDtoValidator _singletonFluentValidationValidator = new (); private readonly MovieRatingDto _validDto = new () { Id = Guid.CreateVersion7(), Comment = "This is a comment which has more than 10 and less than 1000 characters", Rating = 4 }; [Benchmark(Baseline = true)] public ValidationResult FluentValidationScopedOrTransient() { var validator = new FluentValidationMovieRatingDtoValidator(); var validationResult = validator.Validate(_validDto); if (!validationResult.IsValid) { throw new InvalidOperationException("Validation shouldn't fail in this benchmark"); } return validationResult; } [Benchmark] public ValidationResult FluentValidationSingleton() { var validationResult = _singletonFluentValidationValidator.Validate(_validDto); if (!validationResult.IsValid) { throw new InvalidOperationException("Validation shouldn't fail in this benchmark"); } return validationResult; } [Benchmark] public Result LightPortableResults() { var result = _lightPortableResultsValidator.Validate(_validDto); if (!result.IsValid) { throw new InvalidOperationException("Validation shouldn't fail in this benchmark"); } return result; } } [MemoryDiagnoser] public class InvalidFlatDtoValidationBenchmarks { private readonly MovieRatingDto _invalidDto = new () { Id = Guid.Empty, Comment = "Too short", Rating = 0 }; private readonly LightPortableResultsMovieRatingDtoValidator _lightPortableResultsValidator = new (DefaultValidationContextFactory.Create()); private readonly FluentValidationMovieRatingDtoValidator _singletonFluentValidationValidator = new (); [Benchmark(Baseline = true)] public ValidationResult FluentValidationScopedOrTransient() { var validator = new FluentValidationMovieRatingDtoValidator(); var validationResult = validator.Validate(_invalidDto); if (validationResult.Errors.Count != 3) { throw new InvalidOperationException("Validation should fail in this benchmark"); } return validationResult; } [Benchmark] public ValidationResult FluentValidationSingleton() { var validationResult = _singletonFluentValidationValidator.Validate(_invalidDto); if (validationResult.Errors.Count != 3) { throw new InvalidOperationException("Validation should fail in this benchmark"); } return validationResult; } [Benchmark] public Result LightPortableResults() { var result = _lightPortableResultsValidator.Validate(_invalidDto); if (result.Errors.Count != 3) { throw new InvalidOperationException("Validation should fail in this benchmark"); } return result; } } [MemoryDiagnoser] public class InvalidFlatDtoValidationBenchmarksForMinimalApis { private readonly MovieRatingDto _invalidDto = new () { Id = Guid.Empty, Comment = "Too short", Rating = 0 }; private readonly LightPortableResultsMovieRatingDtoValidator _lightPortableResultsValidator = new (DefaultValidationContextFactory.Create()); private readonly FluentValidationMovieRatingDtoValidator _singletonFluentValidationValidator = new (); [Benchmark(Baseline = true)] public IResult FluentValidationScopedOrTransient() { var validator = new FluentValidationMovieRatingDtoValidator(); var validationResult = validator.Validate(_invalidDto); if (validationResult.Errors.Count != 3) { throw new InvalidOperationException("Validation should fail in this benchmark"); } return TypedResults.ValidationProblem(validationResult.ToDictionary()); } [Benchmark] public IResult FluentValidationSingleton() { var validationResult = _singletonFluentValidationValidator.Validate(_invalidDto); if (validationResult.Errors.Count != 3) { throw new InvalidOperationException("Validation should fail in this benchmark"); } return TypedResults.ValidationProblem(validationResult.ToDictionary()); } [Benchmark] public IResult LightPortableResults() { var result = _lightPortableResultsValidator.Validate(_invalidDto); if (result.Errors.Count != 3) { throw new InvalidOperationException("Validation should fail in this benchmark"); } return result.ToMinimalApiResult(); } } [MemoryDiagnoser] public class InvalidFlatDtoValidationBenchmarksForMvc : ControllerBase { private readonly MovieRatingDto _invalidDto = new () { Id = Guid.Empty, Comment = "Too short", Rating = 0 }; private readonly LightPortableResultsMovieRatingDtoValidator _lightPortableResultsValidator = new (DefaultValidationContextFactory.Create()); private readonly FluentValidationMovieRatingDtoValidator _singletonFluentValidationValidator = new (); [Benchmark(Baseline = true)] public IActionResult FluentValidationScopedOrTransient() { var validator = new FluentValidationMovieRatingDtoValidator(); var validationResult = validator.Validate(_invalidDto); if (validationResult.Errors.Count != 3) { throw new InvalidOperationException("Validation should fail in this benchmark"); } foreach (var error in validationResult.Errors) { ModelState.AddModelError(error.PropertyName, error.ErrorMessage); } return ValidationProblem(); } [Benchmark] public IActionResult FluentValidationSingleton() { var validationResult = _singletonFluentValidationValidator.Validate(_invalidDto); if (validationResult.Errors.Count != 3) { throw new InvalidOperationException("Validation should fail in this benchmark"); } foreach (var error in validationResult.Errors) { ModelState.AddModelError(error.PropertyName, error.ErrorMessage); } return ValidationProblem(); } [Benchmark] public IActionResult LightPortableResults() { var result = _lightPortableResultsValidator.Validate(_invalidDto); if (result.Errors.Count != 3) { throw new InvalidOperationException("Validation should fail in this benchmark"); } return result.ToMvcActionResult(); } } public sealed record MovieRatingDto { public required Guid Id { get; set; } public required string Comment { get; set; } = string.Empty; public required int Rating { get; set; } } public sealed class FluentValidationMovieRatingDtoValidator : AbstractValidator { public FluentValidationMovieRatingDtoValidator() { RuleFor(x => x.Id).NotEmpty(); RuleFor(x => x.Comment).NotEmpty().Length(10, 1000); RuleFor(x => x.Rating).InclusiveBetween(1, 5); } } public sealed class LightPortableResultsMovieRatingDtoValidator : Validator { public LightPortableResultsMovieRatingDtoValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { } protected override ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, MovieRatingDto dto ) { context.Check(dto.Id).IsNotEmpty(); dto.Comment = context.Check(dto.Comment).IsNotNullOrWhiteSpace().HasLengthIn(10, 1000); context.Check(dto.Rating).IsInBetween(1, 5); return checkpoint.ToValidatedValue(dto); } } Light.PortableResults-0.2.0/benchmarks/Benchmarks/HttpReadDeserializationBenchmarks.cs000066400000000000000000000151331516707642500312320ustar00rootroot00000000000000using System; using System.Diagnostics.CodeAnalysis; using System.Text.Json; using System.Text.Json.Serialization; using BenchmarkDotNet.Attributes; using Light.PortableResults.Http.Reading; using Light.PortableResults.Http.Reading.Json; namespace Benchmarks; [MemoryDiagnoser] [SimpleJob] [SuppressMessage("Performance", "CA1822:Mark members as static")] public class HttpReadDeserializationBenchmarks { private string _autoBareJson = null!; private string _autoWrappedJson = null!; private string _failureJson = null!; private JsonSerializerOptions _legacyOptions = null!; private JsonSerializerOptions _optimizedOptions = null!; [GlobalSetup] public void Setup() { _optimizedOptions = Module.CreateDefaultSerializerOptions(); _legacyOptions = new JsonSerializerOptions(JsonSerializerDefaults.Web); _legacyOptions.AddDefaultPortableResultsHttpReadJsonConverters(); _legacyOptions.Converters.Insert(0, new LegacyAutoContactPayloadJsonConverter()); _autoBareJson = """ { "id": "6B8A4DCA-779D-4F36-8274-487FE3E86B5A", "name": "Contact A" } """; _autoWrappedJson = """ { "value": { "id": "6B8A4DCA-779D-4F36-8274-487FE3E86B5A", "name": "Contact A" }, "metadata": { "trace": "t-1" } } """; _failureJson = """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": [ { "message": "Name is required", "code": "NameRequired", "target": "name", "category": "Validation" } ] } """; } [Benchmark(Baseline = true)] public HttpReadAutoSuccessResultPayload AutoSuccessBare_LegacyFullScan() { return JsonSerializer.Deserialize>(_autoBareJson, _legacyOptions); } [Benchmark] public HttpReadAutoSuccessResultPayload AutoSuccessBare_Optimized() { return JsonSerializer.Deserialize>( _autoBareJson, _optimizedOptions ); } [Benchmark] public HttpReadAutoSuccessResultPayload AutoSuccessWrapped_LegacyFullScan() { return JsonSerializer.Deserialize>( _autoWrappedJson, _legacyOptions ); } [Benchmark] public HttpReadAutoSuccessResultPayload AutoSuccessWrapped_Optimized() { return JsonSerializer.Deserialize>( _autoWrappedJson, _optimizedOptions ); } [Benchmark] public HttpReadFailureResultPayload Failure_Optimized() { return JsonSerializer.Deserialize(_failureJson, _optimizedOptions); } private sealed class LegacyAutoContactPayloadJsonConverter : JsonConverter> { public override HttpReadAutoSuccessResultPayload Read( ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options ) { return LegacyAutoPayloadReader.ReadAutoSuccessPayload(ref reader, options); } public override void Write( Utf8JsonWriter writer, HttpReadAutoSuccessResultPayload value, JsonSerializerOptions options ) => throw new NotSupportedException(); } private static class LegacyAutoPayloadReader { public static HttpReadAutoSuccessResultPayload ReadAutoSuccessPayload( ref Utf8JsonReader reader, JsonSerializerOptions serializerOptions ) { EnsureReaderHasToken(ref reader); if (reader.TokenType != JsonTokenType.StartObject) { var barePayload = ResultJsonReader.ReadBareSuccessPayload(ref reader, serializerOptions); return new HttpReadAutoSuccessResultPayload(barePayload.Value, metadata: null); } if (IsWrapperCandidateByFullScan(ref reader)) { var wrappedPayload = ResultJsonReader.ReadWrappedSuccessPayload(ref reader, serializerOptions); return new HttpReadAutoSuccessResultPayload(wrappedPayload.Value, wrappedPayload.Metadata); } var fallbackBarePayload = ResultJsonReader.ReadBareSuccessPayload(ref reader, serializerOptions); return new HttpReadAutoSuccessResultPayload(fallbackBarePayload.Value, metadata: null); } private static bool IsWrapperCandidateByFullScan(ref Utf8JsonReader reader) { var lookahead = reader; EnsureReaderHasToken(ref lookahead); if (lookahead.TokenType != JsonTokenType.StartObject) { return false; } var hasOtherProperties = false; while (lookahead.Read()) { if (lookahead.TokenType == JsonTokenType.EndObject) { break; } if (lookahead.TokenType != JsonTokenType.PropertyName) { throw new JsonException("Expected property name in JSON object."); } if (!lookahead.ValueTextEquals("value") && !lookahead.ValueTextEquals("metadata")) { hasOtherProperties = true; } if (!lookahead.Read()) { throw new JsonException("Unexpected end of JSON while inspecting object."); } lookahead.Skip(); } return !hasOtherProperties; } private static void EnsureReaderHasToken(ref Utf8JsonReader reader) { if (reader.TokenType != JsonTokenType.None) { return; } if (!reader.Read()) { throw new JsonException("Unexpected end of JSON."); } } } public sealed class ContactDto { public Guid Id { get; set; } public string Name { get; set; } = string.Empty; } } Light.PortableResults-0.2.0/benchmarks/Benchmarks/HttpWriteSerializationBenchmarks.cs000066400000000000000000000132341516707642500311400ustar00rootroot00000000000000using System; using System.Buffers; using System.Diagnostics.CodeAnalysis; using System.Text.Json; using System.Text.Json.Serialization; using System.Text.Json.Serialization.Metadata; using BenchmarkDotNet.Attributes; using Light.PortableResults; using Light.PortableResults.Http.Writing; using Light.PortableResults.Http.Writing.Json; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization; namespace Benchmarks; [MemoryDiagnoser] [SimpleJob] [SuppressMessage("Performance", "CA1822:Mark members as static")] public class HttpWriteSerializationBenchmarks { private ArrayBufferWriter _buffer = null!; private Result _genericFailure; private Result _genericSuccess; private Result _genericSuccessWithMetadata; private Result _nonGenericFailure; private Result _nonGenericSuccess; private ResolvedHttpWriteOptions _resolvedOptions; private JsonSerializerOptions _serializerOptions = null!; [GlobalSetup] public void Setup() { _buffer = new ArrayBufferWriter(4096); _serializerOptions = new JsonSerializerOptions { PropertyNamingPolicy = JsonNamingPolicy.CamelCase, TypeInfoResolver = JsonTypeInfoResolver.Combine( HttpWriteSerializationBenchmarksJsonContext.Default, new DefaultJsonTypeInfoResolver() ) }; _serializerOptions.AddDefaultPortableResultsHttpWriteJsonConverters(); _resolvedOptions = new PortableResultsHttpWriteOptions().ToResolvedHttpWriteOptions(); _nonGenericSuccess = Result.Ok(); _nonGenericFailure = Result.Fail( new Error { Message = "Validation failed", Code = "ValidationError", Category = ErrorCategory.Validation, Target = "email" } ); _genericSuccess = Result.Ok( new ContactDto { Id = Guid.Parse("6B8A4DCA-779D-4F36-8274-487FE3E86B5A"), Name = "Contact A", Email = "contact@example.com" } ); _genericFailure = Result.Fail( new Error { Message = "Contact not found", Code = "ContactNotFound", Category = ErrorCategory.NotFound } ); var metadata = MetadataObject.Create( ("correlationId", MetadataValue.FromString("corr-123", MetadataValueAnnotation.SerializeInHttpResponseBody)), ("traceId", MetadataValue.FromString("trace-456", MetadataValueAnnotation.SerializeInHttpHeader)) ); _genericSuccessWithMetadata = Result.Ok( new ContactDto { Id = Guid.Parse("6B8A4DCA-779D-4F36-8274-487FE3E86B5A"), Name = "Contact A", Email = "contact@example.com" }, metadata ); } [Benchmark(Baseline = true)] public void NonGenericSuccess() { _buffer.ResetWrittenCount(); var wrapper = new HttpResultForWriting(_nonGenericSuccess, _resolvedOptions); using var writer = new Utf8JsonWriter(_buffer); HttpResultForWritingJsonConverter.Instance.Write(writer, wrapper, _serializerOptions); writer.Flush(); } [Benchmark] public void NonGenericFailure() { _buffer.ResetWrittenCount(); var wrapper = new HttpResultForWriting(_nonGenericFailure, _resolvedOptions); using var writer = new Utf8JsonWriter(_buffer); HttpResultForWritingJsonConverter.Instance.Write(writer, wrapper, _serializerOptions); writer.Flush(); } [Benchmark] public void GenericSuccess() { _buffer.ResetWrittenCount(); var wrapper = new HttpResultForWriting(_genericSuccess, _resolvedOptions); using var writer = new Utf8JsonWriter(_buffer); var converter = new HttpResultForWritingJsonConverter(); converter.Write(writer, wrapper, _serializerOptions); writer.Flush(); } [Benchmark] public void GenericFailure() { _buffer.ResetWrittenCount(); var wrapper = new HttpResultForWriting(_genericFailure, _resolvedOptions); using var writer = new Utf8JsonWriter(_buffer); var converter = new HttpResultForWritingJsonConverter(); converter.Write(writer, wrapper, _serializerOptions); writer.Flush(); } [Benchmark] public void GenericSuccessWithMetadata() { var alwaysOptions = new ResolvedHttpWriteOptions( ValidationProblemSerializationFormat.AspNetCoreCompatible, MetadataSerializationMode.Always, null, true ); _buffer.ResetWrittenCount(); var wrapper = new HttpResultForWriting(_genericSuccessWithMetadata, alwaysOptions); using var writer = new Utf8JsonWriter(_buffer); var converter = new HttpResultForWritingJsonConverter(); converter.Write(writer, wrapper, _serializerOptions); writer.Flush(); } public sealed class ContactDto { public Guid Id { get; set; } public string Name { get; set; } = string.Empty; public string? Email { get; set; } } } [JsonSerializable(typeof(HttpWriteSerializationBenchmarks.ContactDto))] [JsonSerializable(typeof(HttpResultForWriting))] [JsonSerializable(typeof(HttpResultForWriting))] internal partial class HttpWriteSerializationBenchmarksJsonContext : JsonSerializerContext; Light.PortableResults-0.2.0/benchmarks/Benchmarks/MessageCacheKeyOptimizationBenchmarks.cs000066400000000000000000000046241516707642500320430ustar00rootroot00000000000000using BenchmarkDotNet.Attributes; using Light.PortableResults.Validation; using Light.PortableResults.Validation.Messaging; namespace Benchmarks; [MemoryDiagnoser] public class MessageCacheKeyOptimizationBenchmarks { private DefaultValidationContextFactory _factoryWithCache = null!; private DefaultValidationContextFactory _factoryWithoutCache = null!; [GlobalSetup] public void Setup() { _factoryWithCache = DefaultValidationContextFactory.Create(); var options = new ValidationContextOptions() with { ErrorTemplates = new ValidationErrorTemplates { MessageCache = null } }; _factoryWithoutCache = new DefaultValidationContextFactory(options); } [Benchmark(Baseline = true)] public int NestedValidationWithoutCache() { var context = _factoryWithoutCache.CreateValidationContext(); var addressContext = context.ForMember("address", isNormalized: true); addressContext.Check(string.Empty, target: "zipCode").IsNotNullOrWhiteSpace(); addressContext.Check(string.Empty, target: "city").IsNotNullOrWhiteSpace(); addressContext.Check(string.Empty, target: "street").IsNotNullOrWhiteSpace(); var billingContext = context.ForMember("billing", isNormalized: true); billingContext.Check(string.Empty, target: "zipCode").IsNotNullOrWhiteSpace(); billingContext.Check(string.Empty, target: "city").IsNotNullOrWhiteSpace(); billingContext.Check(string.Empty, target: "street").IsNotNullOrWhiteSpace(); return context.Errors.Count; } [Benchmark] public int NestedValidationWithCache() { var context = _factoryWithCache.CreateValidationContext(); var addressContext = context.ForMember("address", isNormalized: true); addressContext.Check(string.Empty, target: "zipCode").IsNotNullOrWhiteSpace(); addressContext.Check(string.Empty, target: "city").IsNotNullOrWhiteSpace(); addressContext.Check(string.Empty, target: "street").IsNotNullOrWhiteSpace(); var billingContext = context.ForMember("billing", isNormalized: true); billingContext.Check(string.Empty, target: "zipCode").IsNotNullOrWhiteSpace(); billingContext.Check(string.Empty, target: "city").IsNotNullOrWhiteSpace(); billingContext.Check(string.Empty, target: "street").IsNotNullOrWhiteSpace(); return context.Errors.Count; } } Light.PortableResults-0.2.0/benchmarks/Benchmarks/MetadataCreationBenchmarks.cs000066400000000000000000000033421516707642500276540ustar00rootroot00000000000000using System.Collections.Generic; using System.Diagnostics.CodeAnalysis; using BenchmarkDotNet.Attributes; using Light.PortableResults.Metadata; namespace Benchmarks; [MemoryDiagnoser] [SimpleJob] [SuppressMessage("Performance", "CA1822:Mark members as static")] public class MetadataCreationBenchmarks { [Benchmark(Baseline = true)] public Dictionary CreateDictionary_Small() { return new Dictionary { ["correlationId"] = "abc-123", ["timestamp"] = 1704067200L, ["retryCount"] = 3 }; } [Benchmark] public MetadataObject CreateMetadataObject_Small() { return MetadataObject.Create( ("correlationId", "abc-123"), ("timestamp", 1704067200L), ("retryCount", 3) ); } [Benchmark] public Dictionary CreateDictionary_Large() { return new Dictionary { ["prop1"] = "value1", ["prop2"] = "value2", ["prop3"] = "value3", ["prop4"] = 100L, ["prop5"] = 200L, ["prop6"] = 300L, ["prop7"] = true, ["prop8"] = false, ["prop9"] = 3.14, ["prop10"] = "final" }; } [Benchmark] public MetadataObject CreateMetadataObject_Large() { return MetadataObject.Create( ("prop1", "value1"), ("prop2", "value2"), ("prop3", "value3"), ("prop4", 100L), ("prop5", 200L), ("prop6", 300L), ("prop7", true), ("prop8", false), ("prop9", 3.14), ("prop10", "final") ); } } Light.PortableResults-0.2.0/benchmarks/Benchmarks/MetadataIterationBenchmarks.cs000066400000000000000000000050041516707642500300430ustar00rootroot00000000000000using System.Collections.Generic; using System.Diagnostics.CodeAnalysis; using BenchmarkDotNet.Attributes; using Light.PortableResults.Metadata; namespace Benchmarks; [MemoryDiagnoser] [SimpleJob] [SuppressMessage("Performance", "CA1822:Mark members as static")] public class MetadataIterationBenchmarks { private Dictionary _dictionary = null!; private Dictionary _largeDictionary = null!; private MetadataObject _largeMetadataObject; private MetadataObject _metadataObject; [GlobalSetup] public void Setup() { _metadataObject = MetadataObject.Create( ("correlationId", "abc-123"), ("timestamp", 1704067200L), ("retryCount", 3) ); _dictionary = new Dictionary { ["correlationId"] = "abc-123", ["timestamp"] = 1704067200L, ["retryCount"] = 3 }; _largeMetadataObject = MetadataObject.Create( ("prop1", "value1"), ("prop2", "value2"), ("prop3", "value3"), ("prop4", 100L), ("prop5", 200L), ("prop6", 300L), ("prop7", true), ("prop8", false), ("prop9", 3.14), ("prop10", "final") ); _largeDictionary = new Dictionary { ["prop1"] = "value1", ["prop2"] = "value2", ["prop3"] = "value3", ["prop4"] = 100L, ["prop5"] = 200L, ["prop6"] = 300L, ["prop7"] = true, ["prop8"] = false, ["prop9"] = 3.14, ["prop10"] = "final" }; } [Benchmark(Baseline = true)] public int DictionaryIterate_Small() { var count = 0; foreach (var unused in _dictionary) { count++; } return count; } [Benchmark] public int MetadataObjectIterate_Small() { var count = 0; foreach (var unused in _metadataObject) { count++; } return count; } [Benchmark] public int DictionaryIterate_Large() { var count = 0; foreach (var unused in _largeDictionary) { count++; } return count; } [Benchmark] public int MetadataObjectIterate_Large() { var count = 0; foreach (var unused in _largeMetadataObject) { count++; } return count; } } Light.PortableResults-0.2.0/benchmarks/Benchmarks/MetadataLookupBenchmarks.cs000066400000000000000000000044771516707642500273730ustar00rootroot00000000000000using System.Collections.Generic; using System.Diagnostics.CodeAnalysis; using BenchmarkDotNet.Attributes; using Light.PortableResults.Metadata; namespace Benchmarks; [MemoryDiagnoser] [SimpleJob] [SuppressMessage("Performance", "CA1822:Mark members as static")] public class MetadataLookupBenchmarks { private Dictionary _dictionary = null!; private Dictionary _largeDictionary = null!; private MetadataObject _largeMetadataObject; private MetadataObject _metadataObject; [GlobalSetup] public void Setup() { _metadataObject = MetadataObject.Create( ("correlationId", "abc-123"), ("timestamp", 1704067200L), ("retryCount", 3) ); _dictionary = new Dictionary { ["correlationId"] = "abc-123", ["timestamp"] = 1704067200L, ["retryCount"] = 3 }; _largeMetadataObject = MetadataObject.Create( ("prop1", "value1"), ("prop2", "value2"), ("prop3", "value3"), ("prop4", 100L), ("prop5", 200L), ("prop6", 300L), ("prop7", true), ("prop8", false), ("prop9", 3.14), ("prop10", "final") ); _largeDictionary = new Dictionary { ["prop1"] = "value1", ["prop2"] = "value2", ["prop3"] = "value3", ["prop4"] = 100L, ["prop5"] = 200L, ["prop6"] = 300L, ["prop7"] = true, ["prop8"] = false, ["prop9"] = 3.14, ["prop10"] = "final" }; } [Benchmark(Baseline = true)] public object? DictionaryLookup_Small() { _dictionary.TryGetValue("timestamp", out var value); return value; } [Benchmark] public long MetadataObjectLookup_Small() { _metadataObject.TryGetInt64("timestamp", out var value); return value; } [Benchmark] public object? DictionaryLookup_Large() { _largeDictionary.TryGetValue("prop5", out var value); return value; } [Benchmark] public long MetadataObjectLookup_Large() { _largeMetadataObject.TryGetInt64("prop5", out var value); return value; } } Light.PortableResults-0.2.0/benchmarks/Benchmarks/MetadataMergeBenchmarks.cs000066400000000000000000000026521516707642500271520ustar00rootroot00000000000000using System.Collections.Generic; using BenchmarkDotNet.Attributes; using Light.PortableResults.Metadata; namespace Benchmarks; /// /// Benchmarks for merge operations. /// [MemoryDiagnoser] [SimpleJob] public class MetadataMergeBenchmarks { private MetadataObject _base; private Dictionary _baseDict = null!; private MetadataObject _overlay; private Dictionary _overlayDict = null!; [GlobalSetup] public void Setup() { _base = MetadataObject.Create( ("a", 1), ("b", 2), ("c", 3) ); _overlay = MetadataObject.Create( ("c", 30), ("d", 4), ("e", 5) ); _baseDict = new Dictionary { ["a"] = 1, ["b"] = 2, ["c"] = 3 }; _overlayDict = new Dictionary { ["c"] = 30, ["d"] = 4, ["e"] = 5 }; } [Benchmark(Baseline = true)] public Dictionary MergeDictionaries() { var result = new Dictionary(_baseDict); foreach (var kvp in _overlayDict) { result[kvp.Key] = kvp.Value; } return result; } [Benchmark] public MetadataObject MergeMetadataObjects() { return _base.Merge(_overlay); } } Light.PortableResults-0.2.0/benchmarks/Benchmarks/Program.cs000066400000000000000000000003111516707642500240510ustar00rootroot00000000000000using BenchmarkDotNet.Running; namespace Benchmarks; public static class Program { public static void Main(string[] args) => BenchmarkSwitcher.FromAssembly(typeof(Program).Assembly).Run(args); } Light.PortableResults-0.2.0/benchmarks/Benchmarks/ValidationContextBenchmarks.cs000066400000000000000000000056211516707642500301100ustar00rootroot00000000000000using BenchmarkDotNet.Attributes; using Light.PortableResults; using Light.PortableResults.Validation; using Light.PortableResults.Validation.Targeting; namespace Benchmarks; [MemoryDiagnoser] public class ValidationContextScopeBenchmarks { [Benchmark] public string CreateNestedScopes() { var context = ValidationBenchmarkHelpers.ValidationContextFactory.CreateValidationContext(); var itemsContext = context.ForMember("items", isNormalized: true); return itemsContext.ForIndex(0).ForMember("sku", isNormalized: true).TargetPrefix; } } [MemoryDiagnoser] public class ValidationErrorAccumulationBenchmarks { [Benchmark] public Errors Accumulate1Error() => AccumulateErrors(1); [Benchmark] public Errors Accumulate2Errors() => AccumulateErrors(2); [Benchmark] public Errors Accumulate10Errors() => AccumulateErrors(10); [Benchmark] public Errors Accumulate11Errors() => AccumulateErrors(11); private static Errors AccumulateErrors(int errorCount) { var context = ValidationBenchmarkHelpers.ValidationContextFactory.CreateValidationContext(); for (var i = 0; i < errorCount; i++) { context.AddError( $"message {i}", $"Code{i}", ValidationTarget.Relative($"items[{i}]", isNormalized: true) ); } return context.Errors; } } [MemoryDiagnoser] public class ValidationErrorMaterializationBenchmarks { private ValidationContext _elevenErrorContext; private ValidationContext _oneErrorContext; private ValidationContext _tenErrorContext; private ValidationContext _twoErrorContext; [GlobalSetup] public void Setup() { _oneErrorContext = CreateContextWithErrors(1); _twoErrorContext = CreateContextWithErrors(2); _tenErrorContext = CreateContextWithErrors(10); _elevenErrorContext = CreateContextWithErrors(11); } [Benchmark] public Errors Materialize1Error() => _oneErrorContext.Errors; [Benchmark] public Errors Materialize2Errors() => _twoErrorContext.Errors; [Benchmark] public Errors Materialize10Errors() => _tenErrorContext.Errors; [Benchmark] public Errors Materialize11Errors() => _elevenErrorContext.Errors; private static ValidationContext CreateContextWithErrors(int errorCount) { var context = ValidationBenchmarkHelpers.ValidationContextFactory.CreateValidationContext(); for (var i = 0; i < errorCount; i++) { context.AddError( $"message {i}", $"Code{i}", ValidationTarget.Relative($"items[{i}]", isNormalized: true) ); } return context; } } internal static class ValidationBenchmarkHelpers { public static readonly DefaultValidationContextFactory ValidationContextFactory = DefaultValidationContextFactory.Create(); } Light.PortableResults-0.2.0/benchmarks/Benchmarks/ValidationErrorSerializationBenchmarks.cs000066400000000000000000000200411516707642500323040ustar00rootroot00000000000000using System.Buffers; using System.Net; using System.Text.Json; using BenchmarkDotNet.Attributes; using Light.PortableResults; using Light.PortableResults.Http.Writing; using Light.PortableResults.Http.Writing.Json; namespace Benchmarks; [MemoryDiagnoser] public class ValidationErrorSerializationBenchmarks { private ArrayBufferWriter _buffer = null!; private Errors _errors1; private Errors _errors10SharedTargets; private Errors _errors10UniqueTargets; private Errors _errors3SharedTarget; private Errors _errors3UniqueTargets; private Errors _errors5SharedTargets; private Errors _errors5UniqueTargets; private JsonSerializerOptions _jsonOptions = null!; [GlobalSetup] public void Setup() { _buffer = new ArrayBufferWriter(4096); _jsonOptions = new JsonSerializerOptions(); _errors1 = new Errors(new Error { Message = "Field is required", Target = "email", Code = "Required" }); _errors3UniqueTargets = new Errors( new Error[] { new () { Message = "Field is required", Target = "email", Code = "Required" }, new () { Message = "Must be at least 8 characters", Target = "password", Code = "MinLength" }, new () { Message = "Invalid format", Target = "phone", Code = "InvalidFormat" } } ); _errors3SharedTarget = new Errors( new Error[] { new () { Message = "Field is required", Target = "email", Code = "Required" }, new () { Message = "Invalid email format", Target = "email", Code = "InvalidFormat" }, new () { Message = "Email already exists", Target = "email", Code = "Duplicate" } } ); _errors5UniqueTargets = new Errors( new Error[] { new () { Message = "Field is required", Target = "email", Code = "Required" }, new () { Message = "Must be at least 8 characters", Target = "password", Code = "MinLength" }, new () { Message = "Invalid format", Target = "phone", Code = "InvalidFormat" }, new () { Message = "Must be a valid date", Target = "birthDate", Code = "InvalidDate" }, new () { Message = "Required field", Target = "name", Code = "Required" } } ); _errors5SharedTargets = new Errors( new Error[] { new () { Message = "Field is required", Target = "email", Code = "Required" }, new () { Message = "Invalid email format", Target = "email", Code = "InvalidFormat" }, new () { Message = "Must be at least 8 characters", Target = "password", Code = "MinLength" }, new () { Message = "Must contain uppercase", Target = "password", Code = "Uppercase" }, new () { Message = "Must contain number", Target = "password", Code = "Number" } } ); _errors10UniqueTargets = new Errors( new Error[] { new () { Message = "Field is required", Target = "field1", Code = "Required" }, new () { Message = "Field is required", Target = "field2", Code = "Required" }, new () { Message = "Field is required", Target = "field3", Code = "Required" }, new () { Message = "Field is required", Target = "field4", Code = "Required" }, new () { Message = "Field is required", Target = "field5", Code = "Required" }, new () { Message = "Field is required", Target = "field6", Code = "Required" }, new () { Message = "Field is required", Target = "field7", Code = "Required" }, new () { Message = "Field is required", Target = "field8", Code = "Required" }, new () { Message = "Field is required", Target = "field9", Code = "Required" }, new () { Message = "Field is required", Target = "field10", Code = "Required" } } ); _errors10SharedTargets = new Errors( new Error[] { new () { Message = "Error 1", Target = "email", Code = "E1" }, new () { Message = "Error 2", Target = "email", Code = "E2" }, new () { Message = "Error 3", Target = "email", Code = "E3" }, new () { Message = "Error 4", Target = "password", Code = "E4" }, new () { Message = "Error 5", Target = "password", Code = "E5" }, new () { Message = "Error 6", Target = "password", Code = "E6" }, new () { Message = "Error 7", Target = "phone", Code = "E7" }, new () { Message = "Error 8", Target = "phone", Code = "E8" }, new () { Message = "Error 9", Target = "name", Code = "E9" }, new () { Message = "Error 10", Target = "name", Code = "E10" } } ); } [Benchmark(Baseline = true)] public void Errors1() { _buffer.ResetWrittenCount(); using var writer = new Utf8JsonWriter(_buffer); writer.WriteStartObject(); writer.WriteErrors( _errors1, ValidationProblemSerializationFormat.AspNetCoreCompatible, HttpStatusCode.BadRequest, _jsonOptions ); writer.WriteEndObject(); writer.Flush(); } [Benchmark] public void Errors3_UniqueTargets() { _buffer.ResetWrittenCount(); using var writer = new Utf8JsonWriter(_buffer); writer.WriteStartObject(); writer.WriteErrors( _errors3UniqueTargets, ValidationProblemSerializationFormat.AspNetCoreCompatible, HttpStatusCode.BadRequest, _jsonOptions ); writer.WriteEndObject(); writer.Flush(); } [Benchmark] public void Errors3_SharedTarget() { _buffer.ResetWrittenCount(); using var writer = new Utf8JsonWriter(_buffer); writer.WriteStartObject(); writer.WriteErrors( _errors3SharedTarget, ValidationProblemSerializationFormat.AspNetCoreCompatible, HttpStatusCode.BadRequest, _jsonOptions ); writer.WriteEndObject(); writer.Flush(); } [Benchmark] public void Errors5_UniqueTargets() { _buffer.ResetWrittenCount(); using var writer = new Utf8JsonWriter(_buffer); writer.WriteStartObject(); writer.WriteErrors( _errors5UniqueTargets, ValidationProblemSerializationFormat.AspNetCoreCompatible, HttpStatusCode.BadRequest, _jsonOptions ); writer.WriteEndObject(); writer.Flush(); } [Benchmark] public void Errors5_SharedTargets() { _buffer.ResetWrittenCount(); using var writer = new Utf8JsonWriter(_buffer); writer.WriteStartObject(); writer.WriteErrors( _errors5SharedTargets, ValidationProblemSerializationFormat.AspNetCoreCompatible, HttpStatusCode.BadRequest, _jsonOptions ); writer.WriteEndObject(); writer.Flush(); } [Benchmark] public void Errors10_UniqueTargets() { _buffer.ResetWrittenCount(); using var writer = new Utf8JsonWriter(_buffer); writer.WriteStartObject(); writer.WriteErrors( _errors10UniqueTargets, ValidationProblemSerializationFormat.AspNetCoreCompatible, HttpStatusCode.BadRequest, _jsonOptions ); writer.WriteEndObject(); writer.Flush(); } [Benchmark] public void Errors10_SharedTargets() { _buffer.ResetWrittenCount(); using var writer = new Utf8JsonWriter(_buffer); writer.WriteStartObject(); writer.WriteErrors( _errors10SharedTargets, ValidationProblemSerializationFormat.AspNetCoreCompatible, HttpStatusCode.BadRequest, _jsonOptions ); writer.WriteEndObject(); writer.Flush(); } } Light.PortableResults-0.2.0/benchmarks/Benchmarks/packages.lock.json000066400000000000000000000146731516707642500255330ustar00rootroot00000000000000{ "version": 2, "dependencies": { "net10.0": { "BenchmarkDotNet": { "type": "Direct", "requested": "[0.15.8, )", "resolved": "0.15.8", "contentHash": "paCfrWxSeHqn3rUZc0spYXVFnHCF0nzRhG0nOLnyTjZYs8spsimBaaNmb3vwqvALKIplbYq/TF393vYiYSnh/Q==", "dependencies": { "BenchmarkDotNet.Annotations": "0.15.8", "CommandLineParser": "2.9.1", "Gee.External.Capstone": "2.3.0", "Iced": "1.21.0", "Microsoft.CodeAnalysis.CSharp": "4.14.0", "Microsoft.Diagnostics.Runtime": "3.1.512801", "Microsoft.Diagnostics.Tracing.TraceEvent": "3.1.21", "Microsoft.DotNet.PlatformAbstractions": "3.1.6", "Perfolizer": "[0.6.1]", "System.Management": "9.0.5" } }, "FluentValidation": { "type": "Direct", "requested": "[12.1.1, )", "resolved": "12.1.1", "contentHash": "EPpkIe1yh1a0OXyC100oOA8WMbZvqUu5plwhvYcb7oSELfyUZzfxV48BLhvs3kKo4NwG7MGLNgy1RJiYtT8Dpw==" 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System.Threading; using System.Threading.Tasks; using Light.PortableResults.AspNetCore.MinimalApis; using Microsoft.AspNetCore.Builder; using Microsoft.AspNetCore.Http; namespace NativeAotMovieRating.AddMovieRating; public static class AddMovieRatingEndpoint { public static void MapAddMovieRatingEndpoint(this WebApplication app) => app.MapPut("/api/moviesRatings", AddMovieRating); private static async Task AddMovieRating( MovieRatingDto dto, AddMovieRatingService service, CancellationToken cancellationToken = default ) { var result = await service.AddMovieRatingAsync(dto, cancellationToken); return result.ToMinimalApiResult(); } } Light.PortableResults-0.2.0/samples/NativeAotMovieRating/AddMovieRating/AddMovieRatingModule.cs000066400000000000000000000006611516707642500326230ustar00rootroot00000000000000using Microsoft.Extensions.DependencyInjection; namespace NativeAotMovieRating.AddMovieRating; public static class AddMovieRatingModule { public static IServiceCollection AddAddMovieRatingModule(this IServiceCollection services) => services .AddScoped() .AddScoped() .AddSingleton(); } Light.PortableResults-0.2.0/samples/NativeAotMovieRating/AddMovieRating/AddMovieRatingService.cs000066400000000000000000000045711516707642500330020ustar00rootroot00000000000000using System.Threading; using System.Threading.Tasks; using Light.PortableResults; using Light.PortableResults.Metadata; using NativeAotMovieRating.InMemoryDatabaseAccess; using Serilog; namespace NativeAotMovieRating.AddMovieRating; public sealed class AddMovieRatingService { private readonly ILogger _logger; private readonly IAddMovieRatingSession _session; private readonly MovieRatingValidator _validator; public AddMovieRatingService(MovieRatingValidator validator, IAddMovieRatingSession session, ILogger logger) { _validator = validator; _session = session; _logger = logger; } public async Task> AddMovieRatingAsync( MovieRatingDto dto, CancellationToken cancellationToken = default ) { var validationContext = _validator.ValidationContextFactory.CreateValidationContext(); if (_validator.CheckForErrors(dto, validationContext, out var errorResult)) { return Result.Fail(errorResult.Errors); } var movie = await _session.GetMovieAsync(dto.MovieId, cancellationToken); if (movie is null) { validationContext .Check(dto.MovieId) .AddError( "There is no movie with the specified ID", code: "MovieNotFound", MetadataObject.Create(("movieId", dto.MovieId.ToString())) ); return Result.Fail(validationContext.Errors); } var existingRating = movie.Ratings.Find(x => x.Id == dto.Id); if (existingRating is not null) { _logger.Information("Movie Rating {MovieRatingId} already exists", dto.Id); return Result.Ok(existingRating); } var newRating = new MovieRating { Id = dto.Id, Rating = dto.Rating, MovieId = dto.MovieId, UserName = dto.UserName, Comment = dto.Comment }; movie.Ratings.Add(newRating); await _session.SaveChangesAsync(cancellationToken); _logger.Information( "Added movie rating {MovieRatingId} for movie {MovieTitle} by user {UserName}", dto.Id, movie.Title, newRating.UserName ); return Result.Ok(newRating); } } Light.PortableResults-0.2.0/samples/NativeAotMovieRating/AddMovieRating/MovieRatingDto.cs000066400000000000000000000005631516707642500315140ustar00rootroot00000000000000using System; namespace NativeAotMovieRating.AddMovieRating; public sealed record MovieRatingDto { public required Guid Id { get; init; } public required Guid MovieId { get; init; } public required string UserName { get; set; } = string.Empty; public required string Comment { get; set; } = string.Empty; public required int Rating { get; init; } } Light.PortableResults-0.2.0/samples/NativeAotMovieRating/AddMovieRating/MovieRatingValidator.cs000066400000000000000000000014751516707642500327160ustar00rootroot00000000000000using Light.PortableResults.Validation; namespace NativeAotMovieRating.AddMovieRating; public sealed class MovieRatingValidator : Validator { public MovieRatingValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { } protected override ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, MovieRatingDto dto ) { context.Check(dto.Id).IsNotEmpty(); context.Check(dto.MovieId).IsNotEmpty(); dto.Comment = context.Check(dto.Comment).HasLengthIn(10, 1000); dto.UserName = context.Check(dto.UserName).IsNotNullOrWhiteSpace(); context.Check(dto.Rating).IsInBetween(1, 5); return checkpoint.ToValidatedValue(dto); } } Light.PortableResults-0.2.0/samples/NativeAotMovieRating/GetMovies/000077500000000000000000000000001516707642500253335ustar00rootroot00000000000000Light.PortableResults-0.2.0/samples/NativeAotMovieRating/GetMovies/GetMoviesEndpoint.cs000066400000000000000000000052411516707642500312670ustar00rootroot00000000000000using System; using System.Threading; using System.Threading.Tasks; using Light.PortableResults; using Light.PortableResults.AspNetCore.MinimalApis; using Light.PortableResults.Metadata; using Light.PortableResults.Validation; using Microsoft.AspNetCore.Builder; using Microsoft.AspNetCore.Http; namespace NativeAotMovieRating.GetMovies; public static class GetMoviesEndpoint { public static void MapGetMoviesEndpoint(this WebApplication app) => app.MapGet("/api/movies", GetMovies); private static async Task GetMovies( IGetMoviesSession session, IValidationContextFactory validationContextFactory, Guid? lastKnownMovieId = null, int take = 20, CancellationToken cancellationToken = default ) { // This endpoint illustrates that you don't need to use validators. You can simply instantiate a // ValidationContext and use the Check extension methods to validate any value, for example, route or query // parameters. This code might seem a little verbose, but you can easily put it in a static method and // call it from any endpoint implementing pagination. var validationContext = validationContextFactory.CreateValidationContext(); validationContext.Check(take).IsInBetween(1, 40); if (lastKnownMovieId.HasValue) { validationContext.Check(lastKnownMovieId.Value, target: nameof(lastKnownMovieId)).IsNotEmpty( $"{nameof(lastKnownMovieId)} must not be an empty GUID when it is set" ); } if (validationContext.HasErrors) { return validationContext.ToFailureResult().ToMinimalApiResult(); } var movies = await session.GetMoviesAsync(lastKnownMovieId, take, cancellationToken); // You can even use the ValidationContext to add errors after you interacted with other layers and easily // create RFC-9457-compatible Problem Detail responses. if (movies == null) { validationContext.AddError( new Error { Message = "There is no movie with the specified ID", Target = nameof(lastKnownMovieId), Category = ErrorCategory.Validation, // Results in HTTP 404 Not Found Code = "MovieNotFound", // Should be custom to your app and identify the error uniquely Metadata = MetadataObject.Create((nameof(lastKnownMovieId), lastKnownMovieId!.Value.ToString())) } ); return validationContext.ToFailureResult().ToMinimalApiResult(); } return TypedResults.Ok(movies); } } Light.PortableResults-0.2.0/samples/NativeAotMovieRating/GetMovies/GetMoviesModule.cs000066400000000000000000000004541516707642500307350ustar00rootroot00000000000000using Microsoft.Extensions.DependencyInjection; namespace NativeAotMovieRating.GetMovies; public static class GetMoviesModule { public static IServiceCollection AddGetMoviesModule(this IServiceCollection services) => services.AddScoped(); } Light.PortableResults-0.2.0/samples/NativeAotMovieRating/GetMovies/IGetMoviesSession.cs000066400000000000000000000005671516707642500312510ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.Threading; using System.Threading.Tasks; using NativeAotMovieRating.InMemoryDatabaseAccess; namespace NativeAotMovieRating.GetMovies; public interface IGetMoviesSession : IAsyncDisposable { Task?> GetMoviesAsync(Guid? lastKnownMovieId, int take, CancellationToken cancellationToken = default); } Light.PortableResults-0.2.0/samples/NativeAotMovieRating/GetMovies/InMemoryGetMoviesSession.cs000066400000000000000000000025211516707642500326100ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.Linq; using System.Threading; using System.Threading.Tasks; using NativeAotMovieRating.InMemoryDatabaseAccess; namespace NativeAotMovieRating.GetMovies; public sealed class InMemoryGetMoviesSession : IGetMoviesSession { private readonly InMemoryMovieDatabase _database; public InMemoryGetMoviesSession(InMemoryMovieDatabase database) => _database = database; public ValueTask DisposeAsync() => ValueTask.CompletedTask; public Task?> GetMoviesAsync( Guid? lastKnownMovieId, int take, CancellationToken cancellationToken = default ) { cancellationToken.ThrowIfCancellationRequested(); return lastKnownMovieId.HasValue ? Task.FromResult(GetRangeAfterMovieId(lastKnownMovieId.Value, take)) : Task.FromResult?>(_database.Movies.Take(take).ToList()); } private List? GetRangeAfterMovieId(Guid lastKnownMovieId, int take) { var index = _database.Movies.FindIndex(x => x.Id == lastKnownMovieId); if (index == -1 || index == _database.Movies.Count - 1) return null; var remaining = _database.Movies.Count - (index + 1); var count = Math.Min(take, remaining); return _database.Movies.GetRange(index + 1, count); } } Light.PortableResults-0.2.0/samples/NativeAotMovieRating/IAddMovieRatingSession.cs000066400000000000000000000005401516707642500302710ustar00rootroot00000000000000using System; using System.Threading; using System.Threading.Tasks; using Light.SharedCore.DatabaseAccessAbstractions; using NativeAotMovieRating.InMemoryDatabaseAccess; namespace NativeAotMovieRating; public interface IAddMovieRatingSession : ISession { Task GetMovieAsync(Guid movieId, CancellationToken cancellationToken = default); } Light.PortableResults-0.2.0/samples/NativeAotMovieRating/InMemoryAddMovieRatingSession.cs000066400000000000000000000015521516707642500316440ustar00rootroot00000000000000using System; using System.Linq; using System.Threading; using System.Threading.Tasks; using NativeAotMovieRating.InMemoryDatabaseAccess; namespace NativeAotMovieRating; public sealed class InMemoryAddMovieRatingSession : IAddMovieRatingSession { private readonly InMemoryMovieDatabase _database; public InMemoryAddMovieRatingSession(InMemoryMovieDatabase database) { _database = database; } public ValueTask DisposeAsync() => ValueTask.CompletedTask; public Task SaveChangesAsync(CancellationToken cancellationToken = default) => Task.CompletedTask; public Task GetMovieAsync(Guid movieId, CancellationToken cancellationToken = default) { cancellationToken.ThrowIfCancellationRequested(); var movie = _database.Movies.FirstOrDefault(x => x.Id == movieId); return Task.FromResult(movie); } } Light.PortableResults-0.2.0/samples/NativeAotMovieRating/InMemoryDatabaseAccess/000077500000000000000000000000001516707642500277375ustar00rootroot00000000000000InMemoryDatabaseModule.cs000066400000000000000000000004561516707642500345460ustar00rootroot00000000000000Light.PortableResults-0.2.0/samples/NativeAotMovieRating/InMemoryDatabaseAccessusing Microsoft.Extensions.DependencyInjection; namespace NativeAotMovieRating.InMemoryDatabaseAccess; public static class InMemoryDatabaseModule { public static IServiceCollection AddInMemoryDatabase(this IServiceCollection services) => services.AddSingleton(); } InMemoryMovieDatabase.cs000066400000000000000000000702141516707642500343770ustar00rootroot00000000000000Light.PortableResults-0.2.0/samples/NativeAotMovieRating/InMemoryDatabaseAccessusing System; using System.Collections.Generic; namespace NativeAotMovieRating.InMemoryDatabaseAccess; public sealed class InMemoryMovieDatabase { public List Movies { get; } = [ new () { Id = Guid.Parse("5C200E1D-4A16-4572-B884-E3A3957771FC"), Title = "The Matrix", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("5C200E1D-4A16-4572-B884-E3A3957771FC"), UserName = "Neo", Rating = 5, Comment = "Whoa." } } }, new () { Id = Guid.Parse("917B94F3-CE02-4695-97B5-8C1658D31CC3"), Title = "Lord of the Rings", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("917B94F3-CE02-4695-97B5-8C1658D31CC3"), UserName = "Frodo", Rating = 5, Comment = "Precious!" } } }, new () { Id = Guid.Parse("8D99222E-352D-494F-9457-37A35F0A6B22"), Title = "Inception", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("8D99222E-352D-494F-9457-37A35F0A6B22"), UserName = "Cobb", Rating = 4, Comment = "Deep." } } }, new () { Id = Guid.Parse("64C93D64-C25F-4E7B-8B33-317A5A90E5B5"), Title = "Interstellar", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("64C93D64-C25F-4E7B-8B33-317A5A90E5B5"), UserName = "Cooper", Rating = 5, Comment = "Don't let me leave Murph!" } } }, new () { Id = Guid.Parse("67B665BB-8F30-464A-A91B-943C88060D9C"), Title = "The Dark Knight", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("67B665BB-8F30-464A-A91B-943C88060D9C"), UserName = "Joker", Rating = 5, Comment = "Why so serious?" } } }, new () { Id = Guid.Parse("868B5E87-D10E-4C3D-80B9-72E56B641B66"), Title = "Pulp Fiction", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("868B5E87-D10E-4C3D-80B9-72E56B641B66"), UserName = "Jules", Rating = 5, Comment = "Royale with cheese." } } }, new () { Id = Guid.Parse("6D6E1289-4A00-410E-9040-363E75F57262"), Title = "Schindler's List", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("6D6E1289-4A00-410E-9040-363E75F57262"), UserName = "Oscar", Rating = 5, Comment = "Powerful." } } }, new () { Id = Guid.Parse("7C5D766D-5D9E-4364-8140-5C138E137D2C"), Title = "The Shawshank Redemption", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("7C5D766D-5D9E-4364-8140-5C138E137D2C"), UserName = "Andy", Rating = 5, Comment = "Get busy living." } } }, new () { Id = Guid.Parse("3E817730-C41C-4B9F-848E-531A85E6551A"), Title = "Forrest Gump", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("3E817730-C41C-4B9F-848E-531A85E6551A"), UserName = "Forrest", Rating = 4, Comment = "Life is like a box of chocolates." } } }, new () { Id = Guid.Parse("B74A8973-2D92-4C18-97F1-30E267D2840D"), Title = "Fight Club", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("B74A8973-2D92-4C18-97F1-30E267D2840D"), UserName = "Tyler", Rating = 5, Comment = "First rule..." } } }, new () { Id = Guid.Parse("F7954932-B8E5-4720-B955-52B3C5389650"), Title = "Goodfellas", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("F7954932-B8E5-4720-B955-52B3C5389650"), UserName = "Henry", Rating = 5, Comment = "Funny how?" } } }, new () { Id = Guid.Parse("29267924-E850-4E80-99E7-B0E3C7585F81"), Title = "The Godfather", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("29267924-E850-4E80-99E7-B0E3C7585F81"), UserName = "Vito", Rating = 5, Comment = "Offer he can't refuse." } } }, new () { Id = Guid.Parse("6620C716-1051-4074-90E9-4672B6E32115"), Title = "12 Angry Men", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("6620C716-1051-4074-90E9-4672B6E32115"), UserName = "Juror8", Rating = 5, Comment = "Brilliant drama." } } }, new () { Id = Guid.Parse("981D5E9D-A310-47F1-9788-3E9E0F07E639"), Title = "Seven Samurai", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("981D5E9D-A310-47F1-9788-3E9E0F07E639"), UserName = "Kambei", Rating = 5, Comment = "Epic." } } }, new () { Id = Guid.Parse("11E0C665-42A9-4A99-92F6-B603D67587E2"), Title = "City of God", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("11E0C665-42A9-4A99-92F6-B603D67587E2"), UserName = "Rocket", Rating = 4, Comment = "Intense." } } }, new () { Id = Guid.Parse("BD8E2C6A-60B0-4A3C-B7D4-4903E7E6237D"), Title = "Spirited Away", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("BD8E2C6A-60B0-4A3C-B7D4-4903E7E6237D"), UserName = "Chihiro", Rating = 5, Comment = "Magical." } } }, new () { Id = Guid.Parse("7E732E96-8575-4775-A8F8-86C7C83C0F5E"), Title = "The Silence of the Lambs", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("7E732E96-8575-4775-A8F8-86C7C83C0F5E"), UserName = "Hannibal", Rating = 5, Comment = "Nice chianti." } } }, new () { Id = Guid.Parse("F56C87C1-D271-41F1-A89E-70C923B2D70F"), Title = "Parasite", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("F56C87C1-D271-41F1-A89E-70C923B2D70F"), UserName = "Kim", Rating = 5, Comment = "Masterpiece." } } }, new () { Id = Guid.Parse("7C04A02A-2330-4E15-9988-59239D80B5C1"), Title = "The Green Mile", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("7C04A02A-2330-4E15-9988-59239D80B5C1"), UserName = "John", Rating = 5, Comment = "Boss!" } } }, new () { Id = Guid.Parse("A3E54564-85C1-4D6F-9721-50798C5D30F4"), Title = "The Prestige", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("A3E54564-85C1-4D6F-9721-50798C5D30F4"), UserName = "Angier", Rating = 5, Comment = "Are you watching closely?" } } }, new () { Id = Guid.Parse("D1E2D305-B7D3-4D90-A880-934C7A8679A9"), Title = "Gladiator", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("D1E2D305-B7D3-4D90-A880-934C7A8679A9"), UserName = "Maximus", Rating = 5, Comment = "Are you not entertained?" } } }, new () { Id = Guid.Parse("849D64C1-30D8-49A8-9B6C-7F6F1F6D439A"), Title = "The Lion King", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("849D64C1-30D8-49A8-9B6C-7F6F1F6D439A"), UserName = "Simba", Rating = 5, Comment = "Hakuna Matata." } } }, new () { Id = Guid.Parse("90C1A866-9311-4773-BC3D-5C94697F8799"), Title = "The Departed", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("90C1A866-9311-4773-BC3D-5C94697F8799"), UserName = "Billy", Rating = 4, Comment = "Rat." } } }, new () { Id = Guid.Parse("A890E6D1-C9D1-4E8F-8E99-568C360C3E5A"), Title = "Whiplash", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("A890E6D1-C9D1-4E8F-8E99-568C360C3E5A"), UserName = "Andrew", Rating = 5, Comment = "Not quite my tempo." } } }, new () { Id = Guid.Parse("184B8E1D-4A2B-4E9A-A890-E6D1C9D14E8F"), Title = "Django Unchained", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("184B8E1D-4A2B-4E9A-A890-E6D1C9D14E8F"), UserName = "Django", Rating = 5, Comment = "I like the way you die, boy." } } }, new () { Id = Guid.Parse("D77E1E8B-6E74-4C5D-80B9-72E56B641B66"), Title = "The Usual Suspects", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("D77E1E8B-6E74-4C5D-80B9-72E56B641B66"), UserName = "Keyser", Rating = 5, Comment = "Greatest trick..." } } }, new () { Id = Guid.Parse("7B3E8177-30C4-1C4B-9F84-8E531A85E655"), Title = "Psycho", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("7B3E8177-30C4-1C4B-9F84-8E531A85E655"), UserName = "Norman", Rating = 5, Comment = "Mother!" } } }, new () { Id = Guid.Parse("4A89732D-924C-1897-F130-E267D2840DB7"), Title = "Saving Private Ryan", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("4A89732D-924C-1897-F130-E267D2840DB7"), UserName = "Miller", Rating = 5, Comment = "Earn this." } } }, new () { Id = Guid.Parse("2B8E5472-0B95-52B3-C538-9650F7954932"), Title = "American History X", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("2B8E5472-0B95-52B3-C538-9650F7954932"), UserName = "Derek", Rating = 5, Comment = "Impactful." } } }, new () { Id = Guid.Parse("E8504E80-99E7-B0E3-C758-5F8129267924"), Title = "Terminator 2: Judgment Day", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("E8504E80-99E7-B0E3-C758-5F8129267924"), UserName = "John", Rating = 5, Comment = "Hasta la vista." } } }, new () { Id = Guid.Parse("10514074-90E9-4672-B6E3-21156620C716"), Title = "The Pianist", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("10514074-90E9-4672-B6E3-21156620C716"), UserName = "Wladyslaw", Rating = 5, Comment = "Heartbreaking." } } }, new () { Id = Guid.Parse("A31047F1-9788-3E9E-0F07-E639981D5E9D"), Title = "The Shining", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("A31047F1-9788-3E9E-0F07-E639981D5E9D"), UserName = "Jack", Rating = 5, Comment = "Here's Johnny!" } } }, new () { Id = Guid.Parse("42A94A99-92F6-B603-D675-87E211E0C665"), Title = "Alien", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("42A94A99-92F6-B603-D675-87E211E0C665"), UserName = "Ripley", Rating = 5, Comment = "In space, no one can hear you scream." } } }, new () { Id = Guid.Parse("60B04A3C-B7D4-4903-E7E6-237DBD8E2C6A"), Title = "Back to the Future", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("60B04A3C-B7D4-4903-E7E6-237DBD8E2C6A"), UserName = "Marty", Rating = 5, Comment = "88 miles per hour!" } } }, new () { Id = Guid.Parse("85754775-A8F8-86C7-C83C-0F5E7E732E96"), Title = "Coco", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("85754775-A8F8-86C7-C83C-0F5E7E732E96"), UserName = "Miguel", Rating = 5, Comment = "Remember me." } } }, new () { Id = Guid.Parse("D27141F1-A89E-70C9-23B2-D70FF56C87C1"), Title = "Your Name", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("D27141F1-A89E-70C9-23B2-D70FF56C87C1"), UserName = "Taki", Rating = 5, Comment = "Beautiful." } } }, new () { Id = Guid.Parse("23304E15-9988-5923-9D80-B5C17C04A02A"), Title = "The Intouchables", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("23304E15-9988-5923-9D80-B5C17C04A02A"), UserName = "Driss", Rating = 5, Comment = "Heartwarming." } } }, new () { Id = Guid.Parse("85C14D6F-9721-5079-8C5D-30F4A3E54564"), Title = "Spider-Man: Into the Spider-Verse", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("85C14D6F-9721-5079-8C5D-30F4A3E54564"), UserName = "Miles", Rating = 5, Comment = "Leap of faith." } } }, new () { Id = Guid.Parse("B7D34D90-A880-934C-7A86-79A9D1E2D305"), Title = "Joker", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("B7D34D90-A880-934C-7A86-79A9D1E2D305"), UserName = "Arthur", Rating = 4, Comment = "Put on a happy face." } } }, new () { Id = Guid.Parse("30D849A8-9B6C-7F6F-1F6D-439A849D64C1"), Title = "Avengers: Infinity War", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("30D849A8-9B6C-7F6F-1F6D-439A849D64C1"), UserName = "Thanos", Rating = 5, Comment = "Perfectly balanced." } } }, new () { Id = Guid.Parse("93114773-BC3D-5C94-697F-879990C1A866"), Title = "Oldboy", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("93114773-BC3D-5C94-697F-879990C1A866"), UserName = "Dae-su", Rating = 5, Comment = "Shocking." } } }, new () { Id = Guid.Parse("C9D14E8F-8E99-568C-360C-3E5AA890E6D1"), Title = "Requiem for a Dream", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("C9D14E8F-8E99-568C-360C-3E5AA890E6D1"), UserName = "Harry", Rating = 4, Comment = "Depressing." } } }, new () { Id = Guid.Parse("4A2B4E9A-A890-E6D1-C9D1-4E8F184B8E1D"), Title = "Toy Story", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("4A2B4E9A-A890-E6D1-C9D1-4E8F184B8E1D"), UserName = "Woody", Rating = 5, Comment = "You've got a friend in me." } } }, new () { Id = Guid.Parse("6E744C5D-80B9-72E5-6B64-1B66D77E1E8B"), Title = "Eternal Sunshine of the Spotless Mind", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("6E744C5D-80B9-72E5-6B64-1B66D77E1E8B"), UserName = "Joel", Rating = 5, Comment = "Beautifully sad." } } }, new () { Id = Guid.Parse("30C41C4B-9F84-8E53-1A85-E6557B3E8177"), Title = "The Hunt", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("30C41C4B-9F84-8E53-1A85-E6557B3E8177"), UserName = "Lucas", Rating = 5, Comment = "Infuriatingly good." } } }, new () { Id = Guid.Parse("924C1897-F130-E267-D284-0DB74A89732D"), Title = "Reservoir Dogs", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("924C1897-F130-E267-D284-0DB74A89732D"), UserName = "Blonde", Rating = 4, Comment = "Stuck in the middle with you." } } }, new () { Id = Guid.Parse("0B9552B3-C538-9650-F795-49322B8E5472"), Title = "Full Metal Jacket", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("0B9552B3-C538-9650-F795-49322B8E5472"), UserName = "Hartman", Rating = 5, Comment = "Sir, yes sir!" } } }, new () { Id = Guid.Parse("99E7B0E3-C758-5F81-2926-7924E8504E80"), Title = "2001: A Space Odyssey", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("99E7B0E3-C758-5F81-2926-7924E8504E80"), UserName = "HAL", Rating = 5, Comment = "I'm sorry Dave." } } }, new () { Id = Guid.Parse("90E94672-B6E3-2115-6620-C71610514074"), Title = "Braveheart", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("90E94672-B6E3-2115-6620-C71610514074"), UserName = "Wallace", Rating = 5, Comment = "Freedom!" } } }, new () { Id = Guid.Parse("97883E9E-0F07-E639-981D-5E9DA31047F1"), Title = "Memento", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("97883E9E-0F07-E639-981D-5E9DA31047F1"), UserName = "Leonard", Rating = 5, Comment = "Don't believe his lies." } } }, new () { Id = Guid.Parse("92F6B603-D675-87E2-11E0-C66542A94A99"), Title = "Taxi Driver" }, new () { Id = Guid.Parse("B7D44903-E7E6-237D-BD8E-2C6A60B04A3C"), Title = "Incendies" }, new () { Id = Guid.Parse("A8F886C7-C83C-0F5E-7E73-2E9685754775"), Title = "Princess Mononoke" }, new () { Id = Guid.Parse("A89E70C9-23B2-D70F-F56C-87C1D27141F1"), Title = "Green Book" }, new () { Id = Guid.Parse("99885923-9D80-B5C1-7C04-A02A23304E15"), Title = "A Clockwork Orange" }, new () { Id = Guid.Parse("97215079-8C5D-30F4-A3E5-456485C14D6F"), Title = "Good Will Hunting" }, new () { Id = Guid.Parse("A880934C-7A86-79A9-D1E2-D305B7D34D90"), Title = "Up" }, new () { Id = Guid.Parse("9B6C7F6F-1F6D-439A-849D-64C130D849A8"), Title = "The Sting" }, new () { Id = Guid.Parse("BC3D5C94-697F-8799-90C1-A86693114773"), Title = "Gran Torino" }, new () { Id = Guid.Parse("8E99568C-360C-3E5A-A890-E6D1C9D14E8F"), Title = "Batman Begins" }, new () { Id = Guid.Parse("A890E6D1-C9D1-4E8F-184B-8E1D4A2B4E9A"), Title = "Monsters, Inc." }, new () { Id = Guid.Parse("80B972E5-6B64-1B66-D77E-1E8B6E744C5D"), Title = "Blade Runner 2049" }, new () { Id = Guid.Parse("9F848E53-1A85-E655-7B3E-817730C41C4B"), Title = "Heat" }, new () { Id = Guid.Parse("F130E267-D284-0DB7-4A89-732D924C1897"), Title = "L.A. Confidential" }, new () { Id = Guid.Parse("C5389650-F795-4932-2B8E-54720B9552B3"), Title = "Kill Bill: Vol. 1" }, new () { Id = Guid.Parse("C7585F81-2926-7924-E850-4E8099E7B0E3"), Title = "The Thing" }, new () { Id = Guid.Parse("B6E32115-6620-C716-1051-407490E94672"), Title = "Raging Bull" }, new () { Id = Guid.Parse("0F07E639-981D-5E9D-A310-47F197883E9E"), Title = "Lock, Stock and Two Smoking Barrels" }, new () { Id = Guid.Parse("D67587E2-11E0-C665-42A9-4A9992F6B603"), Title = "Trainspotting" }, new () { Id = Guid.Parse("E7E6237D-BD8E-2C6A-60B0-4A3CB7D44903"), Title = "Rush" }, new () { Id = Guid.Parse("C83C0F5E-7E73-2E96-8575-4775A8F886C7"), Title = "Hacksaw Ridge" }, new () { Id = Guid.Parse("23B2D70F-F56C-87C1-D271-41F1A89E70C9"), Title = "Shutter Island" }, new () { Id = Guid.Parse("9D80B5C1-7C04-A02A-2330-4E1599885923"), Title = "Finding Nemo" }, new () { Id = Guid.Parse("8C5D30F4-A3E5-4564-85C1-4D6F97215079"), Title = "Mad Max: Fury Road" }, new () { Id = Guid.Parse("7A8679A9-D1E2-D305-B7D3-4D90A880934C"), Title = "Gone Girl" }, new () { Id = Guid.Parse("1F6D439A-849D-64C1-30D8-49A89B6C7F6F"), Title = "V for Vendetta" }, new () { Id = Guid.Parse("697F8799-90C1-A866-9311-4773BC3D5C94"), Title = "Logan" }, new () { Id = Guid.Parse("360C3E5A-A890-E6D1-C9D1-4E8F8E99568C"), Title = "The Grand Budapest Hotel" }, new () { Id = Guid.Parse("E6D1C9D1-4E8F-184B-8E1D-4A2B4E9AA890"), Title = "Spotlight" }, new () { Id = Guid.Parse("6B641B66-D77E-1E8B-6E74-4C5D80B972E5"), Title = "1917" }, new () { Id = Guid.Parse("1A85E655-7B3E-8177-30C4-1C4B9F848E53"), Title = "Dune: Part Two" }, new () { Id = Guid.Parse("D2840DB7-4A89-732D-924C-1897F130E267"), Title = "Oppenheimer" }, new () { Id = Guid.Parse("F7954932-2B8E-5472-0B95-52B3C5389650"), Title = "Everything Everywhere All at Once" }, new () { Id = Guid.Parse("29267924-E850-4E80-99E7-B0E3C7585F81"), Title = "Top Gun: Maverick" }, new () { Id = Guid.Parse("6620C716-1051-4074-90E9-4672B6E32115"), Title = "Spiderman: No Way Home" }, new () { Id = Guid.Parse("981D5E9D-A310-47F1-9788-3E9E0F07E639"), Title = "Arrival" }, new () { Id = Guid.Parse("11E0C665-42A9-4A99-92F6-B603D67587E2"), Title = "The Revenant" }, new () { Id = Guid.Parse("BD8E2C6A-60B0-4A3C-B7D4-4903E7E6237D"), Title = "Birdman" }, new () { Id = Guid.Parse("7E732E96-8575-4775-A8F8-86C7C83C0F5E"), Title = "12 Years a Slave" }, new () { Id = Guid.Parse("F56C87C1-D271-41F1-A89E-70C923B2D70F"), Title = "The Wolf of Wall Street" }, new () { Id = Guid.Parse("7C04A02A-2330-4E15-9988-59239D80B5C1"), Title = "Her" }, new () { Id = Guid.Parse("A3E54564-85C1-4D6F-9721-50798C5D30F4"), Title = "The Social Network" }, new () { Id = Guid.Parse("D1E2D305-B7D3-4D90-A880-934C7A8679A9"), Title = "No Country for Old Men" }, new () { Id = Guid.Parse("849D64C1-30D8-49A8-9B6C-7F6F1F6D439A"), Title = "There Will Be Blood" }, new () { Id = Guid.Parse("90C1A866-9311-4773-BC3D-5C94697F8799"), Title = "Pan's Labyrinth" }, new () { Id = Guid.Parse("A890E6D1-C9D1-4E8F-8E99-568C360C3E5A"), Title = "Casino Royale" }, new () { Id = Guid.Parse("184B8E1D-4A2B-4E9A-A890-E6D1C9D14E8F"), Title = "Million Dollar Baby" }, new () { Id = Guid.Parse("D77E1E8B-6E74-4C5D-80B9-72E56B641B66"), Title = "Big Fish" }, new () { Id = Guid.Parse("7B3E8177-30C4-1C4B-9F84-8E531A85E655"), Title = "Catch Me If You Can" }, new () { Id = Guid.Parse("4A89732D-924C-1897-F130-E267D2840DB7"), Title = "The Truman Show" }, new () { Id = Guid.Parse("A5074D02-536D-4573-A365-E5C8D4096054"), Title = "The Sixth Sense" }, new () { Id = Guid.Parse("67807984-F802-4A73-A7D9-BD4B316D997A"), Title = "John Wick", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("67807984-F802-4A73-A7D9-BD4B316D997A"), UserName = "ActionLover", Rating = 5, Comment = "Incredible action!" }, new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("67807984-F802-4A73-A7D9-BD4B316D997A"), UserName = "KeanuFan", Rating = 4, Comment = "Breathtaking." } } }, new () { Id = Guid.Parse("F6470C58-0D12-4C1C-9E2F-A6B53106B222"), Title = "Blade Runner", Ratings = { new MovieRating { Id = Guid.NewGuid(), MovieId = Guid.Parse("F6470C58-0D12-4C1C-9E2F-A6B53106B222"), UserName = "Cyberpunk82", Rating = 5, Comment = "A masterpiece of sci-fi." } } } ]; } Light.PortableResults-0.2.0/samples/NativeAotMovieRating/InMemoryDatabaseAccess/Model.cs000066400000000000000000000010711516707642500313250ustar00rootroot00000000000000using System; using System.Collections.Generic; using Light.SharedCore.Entities; namespace NativeAotMovieRating.InMemoryDatabaseAccess; public sealed class Movie : GuidEntity { public required string Title { get; set; } = string.Empty; public List Ratings { get; } = []; } public sealed class MovieRating : GuidEntity { public required string Comment { get; set; } = string.Empty; public required Guid MovieId { get; set; } public required string UserName { get; set; } = string.Empty; public required int Rating { get; set; } } Light.PortableResults-0.2.0/samples/NativeAotMovieRating/JsonSerialization/000077500000000000000000000000001516707642500271005ustar00rootroot00000000000000JsonSerializationModule.cs000066400000000000000000000025431516707642500341710ustar00rootroot00000000000000Light.PortableResults-0.2.0/samples/NativeAotMovieRating/JsonSerializationusing Light.PortableResults.AspNetCore.MinimalApis.Serialization; using Light.PortableResults.Http.Writing; using Microsoft.AspNetCore.Http.Json; using Microsoft.Extensions.DependencyInjection; namespace NativeAotMovieRating.JsonSerialization; public static class JsonSerializationModule { public static IServiceCollection ConfigureJsonSerialization(this IServiceCollection services) => services .Configure( options => { options.SerializerOptions.TypeInfoResolverChain.Insert(0, MovieRatingJsonContext.Default); options.SerializerOptions.TypeInfoResolverChain.Insert( 1, PortableResultsMinimalApiJsonContext.Default ); // Register the specific converter for MovieRating so that in NativeAOT // the factory's MakeGenericType is never called. Converters are checked // in reverse order (last-added wins), so this overrides the factory. // options.SerializerOptions.AddHttpResultForWritingConverter(); } ) .Configure( x => x.ValidationProblemSerializationFormat = ValidationProblemSerializationFormat.Rich ); } Light.PortableResults-0.2.0/samples/NativeAotMovieRating/JsonSerialization/MovieRatingJsonContext.cs000066400000000000000000000010631516707642500340520ustar00rootroot00000000000000using System.Collections.Generic; using System.Text.Json; using System.Text.Json.Serialization; using Light.PortableResults.Http.Writing; using NativeAotMovieRating.AddMovieRating; using NativeAotMovieRating.InMemoryDatabaseAccess; namespace NativeAotMovieRating.JsonSerialization; [JsonSourceGenerationOptions(JsonSerializerDefaults.Web)] [JsonSerializable(typeof(MovieRatingDto))] [JsonSerializable(typeof(HttpResultForWriting))] [JsonSerializable(typeof(List))] public sealed partial class MovieRatingJsonContext : JsonSerializerContext; Light.PortableResults-0.2.0/samples/NativeAotMovieRating/NativeAotMovieRating.csproj000066400000000000000000000014601516707642500307130ustar00rootroot00000000000000 true true false true Light.PortableResults-0.2.0/samples/NativeAotMovieRating/Program.cs000066400000000000000000000021761516707642500253750ustar00rootroot00000000000000using Light.PortableResults.AspNetCore.MinimalApis; using Light.PortableResults.Validation; using Microsoft.AspNetCore.Builder; using Microsoft.Extensions.DependencyInjection; using NativeAotMovieRating.AddMovieRating; using NativeAotMovieRating.GetMovies; using NativeAotMovieRating.InMemoryDatabaseAccess; using NativeAotMovieRating.JsonSerialization; using Serilog; using Serilog.Events; Log.Logger = new LoggerConfiguration() .WriteTo.Console() .MinimumLevel.Override("Microsoft.AspNetCore", LogEventLevel.Warning) .CreateLogger(); var builder = WebApplication.CreateSlimBuilder(args); builder.Host.UseSerilog(Log.Logger); builder .Services .AddPortableResultsForMinimalApis() .AddValidationForPortableResults() .ConfigureJsonSerialization() .AddInMemoryDatabase() .AddGetMoviesModule() .AddAddMovieRatingModule() .AddHealthChecks(); var app = builder.Build(); app.UseSerilogRequestLogging(); app.UseRouting(); app.UseHealthChecks("/"); app.MapGetMoviesEndpoint(); app.MapAddMovieRatingEndpoint(); try { await app.RunAsync(); } finally { await app.DisposeAsync(); await Log.CloseAndFlushAsync(); } Light.PortableResults-0.2.0/samples/NativeAotMovieRating/Properties/000077500000000000000000000000001516707642500255655ustar00rootroot00000000000000Light.PortableResults-0.2.0/samples/NativeAotMovieRating/Properties/launchSettings.json000066400000000000000000000004031516707642500314500ustar00rootroot00000000000000{ "profiles": { "NativeAotMovieRating": { "commandName": "Project", "launchBrowser": false, "environmentVariables": { "ASPNETCORE_ENVIRONMENT": "Development" }, "applicationUrl": "http://localhost:5000" } } } Light.PortableResults-0.2.0/samples/NativeAotMovieRating/packages.lock.json000066400000000000000000000124641516707642500270400ustar00rootroot00000000000000{ "version": 2, "dependencies": { "net10.0": { "Light.SharedCore": { "type": "Direct", "requested": "[3.0.0, )", "resolved": "3.0.0", "contentHash": "uxMjietKkIJdZW1yU8gbE4FDcbvjqyvAd/DwxW2Zapu4CnFm7rNmMJdRhULdqs6+M+J2vmMBPZ+8pIQB6Km2Ag==", "dependencies": { "Light.GuardClauses": "13.0.0" } }, "Microsoft.DotNet.ILCompiler": { "type": "Direct", "requested": "[10.0.3, )", "resolved": "10.0.3", "contentHash": "H9kuN7egYzW5JAn5CMK8uJdJDVnPEDpZHzjOXyz1iAgvxNgVSoAiTNkCBeY2jaXcHlruF5fRUrZoUHUHXftDDA==" }, "Microsoft.NET.ILLink.Tasks": { "type": "Direct", "requested": "[10.0.3, )", "resolved": "10.0.3", "contentHash": "0B6nZyCHWXnvmlB559oduOspVdNOnpNXPjhpWVMovLPAsDVG7A4jJR9rzECf67JUzxP8/ee/wA8clwIzJcWNFA==" }, "Serilog.AspNetCore": { "type": "Direct", "requested": "[10.0.0, )", "resolved": "10.0.0", "contentHash": "a/cNa1mY4On1oJlfGG1wAvxjp5g7OEzk/Jf/nm7NF9cWoE7KlZw1GldrifUBWm9oKibHkR7Lg/l5jy3y7ACR8w==", "dependencies": { "Serilog": "4.3.0", "Serilog.Extensions.Hosting": "10.0.0", "Serilog.Formatting.Compact": "3.0.0", "Serilog.Settings.Configuration": "10.0.0", "Serilog.Sinks.Console": "6.1.1", "Serilog.Sinks.Debug": "3.0.0", "Serilog.Sinks.File": "7.0.0" } }, "Light.GuardClauses": { "type": "Transitive", "resolved": "13.0.0", "contentHash": "mhlWUk0o+XibJgYuPlO9vQQpMmh4EAeDRFAac7pP6W3zmpjEeyUVGOiw+mdCxX469QQ2rkMYjWyHoDlZv599/w==" }, "Microsoft.Extensions.DependencyModel": { "type": "Transitive", "resolved": "10.0.0", "contentHash": "RFYJR7APio/BiqdQunRq6DB+nDB6nc2qhHr77mlvZ0q0BT8PubMXN7XicmfzCbrDE/dzhBnUKBRXLTcqUiZDGg==" }, "Serilog": { "type": "Transitive", "resolved": "4.3.0", "contentHash": "+cDryFR0GRhsGOnZSKwaDzRRl4MupvJ42FhCE4zhQRVanX0Jpg6WuCBk59OVhVDPmab1bB+nRykAnykYELA9qQ==" }, "Serilog.Extensions.Hosting": { "type": "Transitive", "resolved": "10.0.0", "contentHash": "E7juuIc+gzoGxgzFooFgAV8g9BfiSXNKsUok9NmEpyAXg2odkcPsMa/Yo4axkJRlh0se7mkYQ1GXDaBemR+b6w==", "dependencies": { "Serilog": "4.3.0", "Serilog.Extensions.Logging": "10.0.0" } }, "Serilog.Extensions.Logging": { "type": "Transitive", "resolved": "10.0.0", "contentHash": "vx0kABKl2dWbBhhqAfTOk53/i8aV/5VaT3a6il9gn72Wqs2pM7EK2OB6No6xdqK2IaY6Zf9gdjLuK9BVa2rT+Q==", "dependencies": { "Serilog": "4.2.0" } }, "Serilog.Formatting.Compact": { "type": "Transitive", "resolved": "3.0.0", "contentHash": "wQsv14w9cqlfB5FX2MZpNsTawckN4a8dryuNGbebB/3Nh1pXnROHZov3swtu3Nj5oNG7Ba+xdu7Et/ulAUPanQ==", "dependencies": { "Serilog": "4.0.0" } }, "Serilog.Settings.Configuration": { "type": "Transitive", "resolved": "10.0.0", "contentHash": "LNq+ibS1sbhTqPV1FIE69/9AJJbfaOhnaqkzcjFy95o+4U+STsta9mi97f1smgXsWYKICDeGUf8xUGzd/52/uA==", "dependencies": { "Microsoft.Extensions.DependencyModel": "10.0.0", "Serilog": "4.3.0" } }, "Serilog.Sinks.Console": { "type": "Transitive", "resolved": "6.1.1", "contentHash": "8jbqgjUyZlfCuSTaJk6lOca465OndqOz3KZP6Cryt/IqZYybyBu7GP0fE/AXBzrrQB3EBmQntBFAvMVz1COvAA==", "dependencies": { "Serilog": "4.0.0" } }, "Serilog.Sinks.Debug": { "type": "Transitive", "resolved": "3.0.0", "contentHash": "4BzXcdrgRX7wde9PmHuYd9U6YqycCC28hhpKonK7hx0wb19eiuRj16fPcPSVp0o/Y1ipJuNLYQ00R3q2Zs8FDA==", "dependencies": { "Serilog": "4.0.0" } }, "Serilog.Sinks.File": { "type": "Transitive", "resolved": "7.0.0", "contentHash": "fKL7mXv7qaiNBUC71ssvn/dU0k9t0o45+qm2XgKAlSt19xF+ijjxyA3R6HmCgfKEKwfcfkwWjayuQtRueZFkYw==", "dependencies": { "Serilog": "4.2.0" } }, "light.portableresults": { "type": "Project", "dependencies": { "Microsoft.Bcl.HashCode": "[6.0.0, )", "Ulid": "[1.4.1, )" } }, "light.portableresults.aspnetcore.minimalapis": { "type": "Project", "dependencies": { "Light.PortableResults.AspNetCore.Shared": "[0.1.0, )" } }, "light.portableresults.aspnetcore.shared": { "type": "Project", "dependencies": { "Light.PortableResults": "[0.1.0, )" } }, "light.portableresults.validation": { "type": "Project", "dependencies": { "Light.PortableResults": "[0.1.0, )" } }, "Microsoft.Bcl.HashCode": { "type": "CentralTransitive", "requested": "[6.0.0, )", "resolved": "6.0.0", "contentHash": "GI4jcoi6eC9ZhNOQylIBaWOQjyGaR8T6N3tC1u8p3EXfndLCVNNWa+Zp+ocjvvS3kNBN09Zma2HXL0ezO0dRfw==" }, "Ulid": { "type": "CentralTransitive", "requested": "[1.4.1, )", "resolved": "1.4.1", "contentHash": "V6crLJ8a29raWeNwxYGfH9RTKA3H0nR0D9LAGzN3KtEsbiiaWkUjDor6OT5Oz7pxCK+NaY2hu2FLoYEOa8oCkA==" } } } }Light.PortableResults-0.2.0/samples/NativeAotMovieRating/publish.sh000077500000000000000000000001631516707642500254360ustar00rootroot00000000000000#!/usr/bin/env bash set -euo pipefail dotnet publish -c Release ./NativeAotMovieRating.csproj -o ./bin/native-aot Light.PortableResults-0.2.0/samples/NativeAotMovieRating/requests.http000066400000000000000000000027251516707642500262130ustar00rootroot00000000000000### Health http://localhost:5000 ### Get Movies (first page) http://localhost:5000/api/movies ### Get Movies (second page) http://localhost:5000/api/movies?lastKnownMovieId=a3e54564-85c1-4d6f-9721-50798c5d30f4 ### Get Movies (third page) http://localhost:5000/api/movies?lastKnownMovieId=30d849a8-9b6c-7f6f-1f6d-439a849d64c1 ### Get Movies (invalid parameters) http://localhost:5000/api/movies?lastKnownMovieId=00000000-0000-0000-0000-000000000000&take=-1 ### Get Movies (unknown movie) http://localhost:5000/api/movies?lastKnownMovieID=78847C1F-E9BB-4D1A-8434-529BC8C68134 ### PUT Matrix Comment PUT http://localhost:5000/api/moviesRatings Content-Type: application/json { "id": "B507182E-F9FF-48D7-8A78-BCDC15CB4D0A", "movieId": "5C200E1D-4A16-4572-B884-E3A3957771FC", "userName": "Trinity", "comment": "The Answer Is Out There, Neo. It's Looking for You.", "rating": 5 } ### Put Comment for Non-Existing Movie PUT http://localhost:5000/api/moviesRatings Content-Type: application/json { "id": "365B0BCC-37B0-4B91-83B4-638DF7AC9DCF", "movieId": "92B2AEA9-495C-4ECC-91C6-46D27C0FA5A3", "userName": "Mr. FatFinger", "comment": "I think I fat-fingered again", "rating": 2 } ### Invalid Put Comment PUT http://localhost:5000/api/moviesRatings Content-Type: application/json { "id": "817D7225-80EE-4C88-A9EC-682CCBDA75F2", "movieId": "42A94A99-92F6-B603-D675-87E211E0C665", "userName": " ", "comment": null, "rating": -23 } Light.PortableResults-0.2.0/src/000077500000000000000000000000001516707642500165155ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/AGENTS.md000066400000000000000000000022411516707642500200170ustar00rootroot00000000000000# AGENTS.md for Production Code ## Overview of the projects - Light.PortableResults contains the core implementation which is framework-agnostic. It uses .NET Standard 2.0 instead of .NET 10 so that it can be used in all different contexts. It supports Native AOT, although this is not explicit, as `` cannot be set on .NET Standard 2.0 projects. - Light.PortableResults.Validation contains the framework-agnostic validation functionality for DTO-centric workflows. It targets .NET Standard 2.0, too, builds on top of the core result/error primitives, and is intentionally optimized for low-allocation validation flows. This project is compatible with Native AOT. - Light.PortableResults.AspNetCore.Shared is a project containing shared code for the ASP.NET Core integration for Minimal APIs as well as the upcoming MVC project. `` is set to true. - Light.PortableResults.AspNetCore.MinimalApis contains specific types for Minimal API integration. `` is set to true. - Light.PortableResults.AspNetCore.Mvc contains specific types for MVC integration. `` is not set because MVC itself is not AOT-compatible. Light.PortableResults-0.2.0/src/Directory.Build.props000066400000000000000000000024411516707642500226050ustar00rootroot00000000000000 $([MSBuild]::GetPathOfFileAbove('Directory.Build.props', '$(MSBuildThisFileDirectory)../')) true git https://github.com/feO2x/Light.PortableResults.git https://github.com/feO2x/Light.PortableResults true true snupkg true result-pattern;error-handling;functional-programming;aspnetcore;cloudevents light-logo.png README.md MIT Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.MinimalApis/000077500000000000000000000000001516707642500271215ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.MinimalApis/BaseLightResult.cs000066400000000000000000000126761516707642500325250ustar00rootroot00000000000000using System; using System.Net; using System.Text.Json; using System.Threading.Tasks; using Light.PortableResults.AspNetCore.Shared; using Light.PortableResults.AspNetCore.Shared.Enrichment; using Light.PortableResults.Http.Writing; using Light.PortableResults.Http.Writing.Headers; using Light.PortableResults.Metadata; using Microsoft.AspNetCore.Http; using Microsoft.Extensions.DependencyInjection; namespace Light.PortableResults.AspNetCore.MinimalApis; /// /// Base type for Minimal API results that wrap Light.PortableResults values. /// /// The result type. public abstract class BaseLightResult : IResult where TResult : struct, IResultObject, ICanReplaceMetadata { /// /// Initializes a new instance of . /// /// The result to execute. /// Optional success status code override. /// Optional Location header value. /// Optional Light.PortableResults options override. /// Optional JSON serializer options override. protected BaseLightResult( TResult result, HttpStatusCode? successStatusCode = null, string? location = null, PortableResultsHttpWriteOptions? overrideOptions = null, JsonSerializerOptions? serializerOptions = null ) { ReceivedResult = result; SuccessStatusCode = successStatusCode; Location = location; OverrideOptions = overrideOptions; SerializerOptions = serializerOptions; } /// /// Gets the received result instance. /// public TResult ReceivedResult { get; } /// /// Gets the optional success status code override. /// public HttpStatusCode? SuccessStatusCode { get; } /// /// Gets the optional Location header value. /// public string? Location { get; } /// /// Gets the optional JSON serializer options override. /// public JsonSerializerOptions? SerializerOptions { get; } /// /// Gets the optional Light.PortableResults options override. /// public PortableResultsHttpWriteOptions? OverrideOptions { get; } /// /// Executes the result against the supplied HTTP context. /// /// The current HTTP context. /// A task that represents the asynchronous operation. /// Thrown when is . /// /// Thrown when required services or options are not available. /// public virtual Task ExecuteAsync(HttpContext httpContext) { var result = ReceivedResult; var enricher = httpContext.RequestServices.GetService(); if (enricher is not null) { result = enricher.Enrich(result, httpContext); } var options = httpContext.ResolvePortableResultsHttpWriteOptions(OverrideOptions); var resolvedOptions = options.ToResolvedHttpWriteOptions(); SetHeaders(result, httpContext, resolvedOptions); return WriteBodyAsync(result, httpContext, resolvedOptions); } /// /// Sets response headers based on the enriched result. /// /// The enriched result. /// The current HTTP context. /// The frozen options for this request. /// Thrown when is . /// /// Thrown when required services or options are not available. /// protected virtual void SetHeaders( TResult enrichedResult, HttpContext httpContext, ResolvedHttpWriteOptions resolvedOptions ) { var conversionService = httpContext.RequestServices.GetRequiredService(); httpContext.Response.SetStatusCodeFromResult( enrichedResult, SuccessStatusCode, resolvedOptions.FirstErrorCategoryIsLeadingCategory ); httpContext.Response.SetContentTypeFromResult(enrichedResult, resolvedOptions.MetadataSerializationMode); httpContext.Response.SetMetadataValuesAsHeadersIfNecessary(enrichedResult, conversionService); if (!string.IsNullOrWhiteSpace(Location)) { httpContext.Response.Headers.Location = Location; } } /// /// Writes the response body for the enriched result. /// /// The enriched result. /// The current HTTP context. /// The frozen options for this request. /// A task that represents the asynchronous operation. protected abstract Task WriteBodyAsync( TResult enrichedResult, HttpContext httpContext, ResolvedHttpWriteOptions resolvedOptions ); } Light.PortableResults.AspNetCore.MinimalApis.csproj000066400000000000000000000020001516707642500406600ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.MinimalApis true Integration package for turning result instances into Minimal API's IResult instances. Compatible with Native AOT. Compatible with RFC 9457 (and RFC 7807) Problem Details responses. Light.PortableResults.AspNetCore.MinimalApis 0.2.0 --------------------------------- - LightResult and LightResult<T> and corresponding extension methods to turn result instances into HTTP success responses or RFC 9457 (and RFC 7807) compatible Problem Details responses. - Easy integration into ASP.NET Core's composition root via IServiceCollection.AddPortableResultsForMinimalApis. Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.MinimalApis/LightResult.cs000066400000000000000000000125471516707642500317270ustar00rootroot00000000000000using System; using System.Net; using System.Text.Json; using System.Text.Json.Serialization.Metadata; using System.Threading.Tasks; using Light.PortableResults.AspNetCore.MinimalApis.Serialization; using Light.PortableResults.Http.Writing; using Microsoft.AspNetCore.Http; namespace Light.PortableResults.AspNetCore.MinimalApis; /// /// Minimal API result for which either writes success HTTP response bodies or Problem Details /// bodies, based on the given result. /// public sealed class LightResult : BaseLightResult { /// /// Initializes a new instance of . /// /// The result to execute. /// Optional success status code override. /// Optional Location header value. /// Optional Light.PortableResults options override. /// Optional JSON serializer options override. public LightResult( Result result, HttpStatusCode? successStatusCode = null, string? location = null, PortableResultsHttpWriteOptions? overrideOptions = null, JsonSerializerOptions? serializerOptions = null ) : base(result, successStatusCode, location, overrideOptions, serializerOptions) { } /// /// Writes the response body for the result. /// /// The enriched result. /// The current HTTP context. /// The frozen options for this request. /// A task that represents the asynchronous operation. protected override Task WriteBodyAsync( Result enrichedResult, HttpContext httpContext, ResolvedHttpWriteOptions resolvedOptions ) { var serializerOptions = httpContext.RequestServices.ResolveJsonSerializerOptions(SerializerOptions); var wrapper = enrichedResult.ToHttpResultForWriting(resolvedOptions); var typeInfo = serializerOptions.GetTypeInfo(typeof(HttpResultForWriting)); if (typeInfo is not JsonTypeInfo castTypeInfo) { throw new InvalidOperationException( "Could not resolve 'JsonTypeInfo'. Please ensure that your JsonSerializerOptions are configured correctly. The AddDefaultLightResultsHttpWriteJsonConverters extension method can help you with this." ); } return JsonSerializer.SerializeAsync( httpContext.Response.BodyWriter, wrapper, castTypeInfo, httpContext.RequestAborted ); } } /// /// Minimal API result for which either writes success HTTP response bodies or Problem Details /// bodies, based on the given result. /// /// The type of the success value in the result. public sealed class LightResult : BaseLightResult> { /// /// Initializes a new instance of . /// /// The result to execute. /// Optional success status code override. /// Optional Location header value. /// Optional Light.PortableResults options override. /// Optional JSON serializer options override. public LightResult( Result result, HttpStatusCode? successStatusCode = null, string? location = null, PortableResultsHttpWriteOptions? overrideOptions = null, JsonSerializerOptions? serializerOptions = null ) : base(result, successStatusCode, location, overrideOptions, serializerOptions) { } /// /// Writes the response body for the result. /// /// The enriched result. /// The current HTTP context. /// The frozen options for this request. /// A task that represents the asynchronous operation. protected override async Task WriteBodyAsync( Result enrichedResult, HttpContext httpContext, ResolvedHttpWriteOptions resolvedOptions ) { var serializerOptions = httpContext.RequestServices.ResolveJsonSerializerOptions(SerializerOptions); var wrapper = enrichedResult.ToHttpResultForWriting(resolvedOptions); var typeInfo = serializerOptions.GetTypeInfo(typeof(HttpResultForWriting)); if (typeInfo is not JsonTypeInfo> castTypeInfo) { throw new InvalidOperationException( $"Could not resolve 'JsonTypeInfo>'. Please ensure that your JsonSerializerOptions are configured correctly. The AddDefaultLightResultsHttpWriteJsonConverters extension method can help you with this." ); } await JsonSerializer.SerializeAsync( httpContext.Response.BodyWriter, wrapper, castTypeInfo, httpContext.RequestAborted ); } } MinimalApiResultExtensions.cs000066400000000000000000000077041516707642500347000ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.MinimalApisusing System.Net; using System.Text.Json; using Light.PortableResults.Http.Writing; namespace Light.PortableResults.AspNetCore.MinimalApis; /// /// Extension methods for converting Light.PortableResults to Minimal API results. /// public static class MinimalApiResultExtensions { /// /// Converts a to a . /// /// The result to convert. /// Optional success status code override. /// Optional Location header value. /// Optional Light.PortableResults options override. /// Optional JSON serializer options override. /// The minimal API result. public static LightResult ToMinimalApiResult( this Result result, HttpStatusCode? successStatusCode = null, string? location = null, PortableResultsHttpWriteOptions? overrideOptions = null, JsonSerializerOptions? serializerOptions = null ) => new (result, successStatusCode, location, overrideOptions, serializerOptions); /// /// Converts a to a . /// /// The value type. /// The result to convert. /// Optional success status code override. /// Optional Location header value. /// Optional Light.PortableResults options override. /// Optional JSON serializer options override. /// The minimal API result. public static LightResult ToMinimalApiResult( this Result result, HttpStatusCode? successStatusCode = null, string? location = null, PortableResultsHttpWriteOptions? overrideOptions = null, JsonSerializerOptions? serializerOptions = null ) => new (result, successStatusCode, location, overrideOptions, serializerOptions); /// /// Converts a to a using HTTP 201 Created. /// /// The result to convert. /// Optional Location header value. /// Optional Light.PortableResults options override. /// Optional JSON serializer options override. /// The minimal API result. public static LightResult ToHttp201CreatedMinimalApiResult( this Result result, string? location = null, PortableResultsHttpWriteOptions? overrideOptions = null, JsonSerializerOptions? serializerOptions = null ) => new (result, HttpStatusCode.Created, location, overrideOptions, serializerOptions); /// /// Converts a to a using HTTP 201 Created. /// /// The value type. /// The result to convert. /// Optional Location header value. /// Optional Light.PortableResults options override. /// Optional JSON serializer options override. /// The minimal API result. public static LightResult ToHttp201CreatedMinimalApiResult( this Result result, string? location = null, PortableResultsHttpWriteOptions? overrideOptions = null, JsonSerializerOptions? serializerOptions = null ) => new (result, HttpStatusCode.Created, location, overrideOptions, serializerOptions); } Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.MinimalApis/Module.cs000066400000000000000000000027641516707642500307060ustar00rootroot00000000000000using Light.PortableResults.Http.Writing; using Microsoft.AspNetCore.Http.Json; using Microsoft.Extensions.DependencyInjection; namespace Light.PortableResults.AspNetCore.MinimalApis; /// /// Service registration helpers for Light.PortableResults Minimal APIs. /// public static class Module { /// /// Registers all services required for Light.PortableResults Minimal APIs. /// /// The service collection. /// The service collection for chaining. public static IServiceCollection AddPortableResultsForMinimalApis(this IServiceCollection services) => services .AddPortableResultHttpWriteOptions() .AddPortableResultsHttpHeaderConversionService() .ConfigureMinimalApiJsonOptionsForPortableResults(); /// /// Configures JSON options for Light.PortableResults Minimal API responses. /// /// The service collection. /// The service collection for chaining. public static IServiceCollection ConfigureMinimalApiJsonOptionsForPortableResults(this IServiceCollection services) { services .AddOptions() .Configure( jsonOptions => { jsonOptions.SerializerOptions.AddDefaultPortableResultsHttpWriteJsonConverters(); } ); return services; } } PortableResultsEndpointExtensions.cs000066400000000000000000000043341516707642500363100ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.MinimalApisusing Light.PortableResults.AspNetCore.Shared; using Microsoft.AspNetCore.Builder; using Microsoft.AspNetCore.Http; namespace Light.PortableResults.AspNetCore.MinimalApis; /// /// Extension methods for configuring OpenAPI metadata for Light.PortableResults endpoints. /// public static class PortableResultsEndpointExtensions { /// /// Adds OpenAPI response metadata for LightSuccessResult with typed metadata schema. /// Use this when you want full schema documentation for your metadata type. /// /// The type of the result value. /// The type of the metadata (for OpenAPI schema generation). /// The route handler builder. /// The HTTP status code (default 200). /// The content type (default "application/json"). /// The route handler builder for chaining. public static RouteHandlerBuilder ProducesPortableResult( this RouteHandlerBuilder builder, int statusCode = StatusCodes.Status200OK, string contentType = "application/json" ) { return builder.Produces>(statusCode, contentType); } /// /// Adds OpenAPI response metadata for LightSuccessResult with untyped metadata. /// The metadata will be documented as an object with additionalProperties. /// /// The type of the result value. /// The route handler builder. /// The HTTP status code (default 200). /// The content type (default "application/json"). /// The route handler builder for chaining. public static RouteHandlerBuilder ProducesPortableResult( this RouteHandlerBuilder builder, int statusCode = StatusCodes.Status200OK, string contentType = "application/json" ) { return builder.Produces>(statusCode, contentType); } } Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.MinimalApis/Serialization/000077500000000000000000000000001516707642500317365ustar00rootroot00000000000000JsonDefaults.cs000066400000000000000000000032561516707642500346150ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.MinimalApis/Serializationusing System; using System.Text.Json; using Microsoft.AspNetCore.Http.Json; using Microsoft.Extensions.DependencyInjection; using Microsoft.Extensions.Options; namespace Light.PortableResults.AspNetCore.MinimalApis.Serialization; /// /// Provides helper APIs for retrieving consistent /// instances within ASP.NET Core Minimal API applications. /// public static class JsonDefaults { /// /// Resolves the to use, optionally honoring /// explicitly provided overrides before falling back to the application's /// configured . /// /// The service provider used to resolve . /// An optional set of serializer options that take precedence when supplied. /// The serializer options determined by the provided arguments and configured defaults. /// Thrown when is null. /// /// Thrown when the instance cannot be resolved from the service provider. /// public static JsonSerializerOptions ResolveJsonSerializerOptions( this IServiceProvider serviceProvider, JsonSerializerOptions? overrideOptions = null ) { ArgumentNullException.ThrowIfNull(serviceProvider); return overrideOptions ?? serviceProvider.GetRequiredService>().Value.SerializerOptions; } } PortableResultsMinimalApiJsonContext.cs000066400000000000000000000012501516707642500414760ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.MinimalApis/Serializationusing System.Text.Json.Serialization; using Light.PortableResults.Http.Writing; using Light.PortableResults.Metadata; namespace Light.PortableResults.AspNetCore.MinimalApis.Serialization; /// /// Source-generated JSON serializer context for Light.PortableResults for Minimal APIs. /// [JsonSourceGenerationOptions( PropertyNamingPolicy = JsonKnownNamingPolicy.CamelCase, GenerationMode = JsonSourceGenerationMode.Metadata )] [JsonSerializable(typeof(MetadataValue))] [JsonSerializable(typeof(MetadataObject))] [JsonSerializable(typeof(HttpResultForWriting))] public sealed partial class PortableResultsMinimalApiJsonContext : JsonSerializerContext; Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.MinimalApis/packages.lock.json000066400000000000000000000044441516707642500325270ustar00rootroot00000000000000{ "version": 2, "dependencies": { "net10.0": { "Microsoft.NET.ILLink.Tasks": { "type": "Direct", "requested": "[10.0.3, )", "resolved": "10.0.3", "contentHash": "0B6nZyCHWXnvmlB559oduOspVdNOnpNXPjhpWVMovLPAsDVG7A4jJR9rzECf67JUzxP8/ee/wA8clwIzJcWNFA==" }, "Microsoft.SourceLink.GitHub": { "type": "Direct", "requested": "[10.0.201, )", "resolved": "10.0.201", "contentHash": "qxYAmO4ktzd9L+HMdnqWucxpu7bI9undPyACXOMqPyhaiMtbpbYL/n0ACyWIJlbyEJrXFwxiOaBOSasLtDvsCg==", "dependencies": { "Microsoft.Build.Tasks.Git": "10.0.201", "Microsoft.SourceLink.Common": "10.0.201", "System.IO.Hashing": "10.0.5" } }, "Microsoft.Build.Tasks.Git": { "type": "Transitive", "resolved": "10.0.201", "contentHash": "DMYBnrFZvLnBKn14VavEuuIr31CY6YY2i2L9P8DorS/Qp6ifRR8ZPLdJCFLFfjikNq8DykbYyLd/RP6lSqHcWw==", "dependencies": { "System.IO.Hashing": "10.0.5" } }, "Microsoft.SourceLink.Common": { "type": "Transitive", "resolved": "10.0.201", "contentHash": "QbBYhkjgL6rCnBfDbzsAJLlsad13TlBHqYCFDIw56OO2g6ix+9RsmY8uxiQGdWwFKbZXaXyAA6jDCzFYVGCZDw==" }, "System.IO.Hashing": { "type": "Transitive", "resolved": "10.0.5", "contentHash": "8IBJWcCT9+e4Bmevm4T7+fQEiAh133KGiz4oiVTgJckd3Q76OFdR1falgn9lpz7+C4HJvogCDJeAa2QmvbeVtg==" }, "light.portableresults": { "type": "Project", "dependencies": { "Microsoft.Bcl.HashCode": "[6.0.0, )", "Ulid": "[1.4.1, )" } }, "light.portableresults.aspnetcore.shared": { "type": "Project", "dependencies": { "Light.PortableResults": "[0.1.0, )" } }, "Microsoft.Bcl.HashCode": { "type": "CentralTransitive", "requested": "[6.0.0, )", "resolved": "6.0.0", "contentHash": "GI4jcoi6eC9ZhNOQylIBaWOQjyGaR8T6N3tC1u8p3EXfndLCVNNWa+Zp+ocjvvS3kNBN09Zma2HXL0ezO0dRfw==" }, "Ulid": { "type": "CentralTransitive", "requested": "[1.4.1, )", "resolved": "1.4.1", "contentHash": "V6crLJ8a29raWeNwxYGfH9RTKA3H0nR0D9LAGzN3KtEsbiiaWkUjDor6OT5Oz7pxCK+NaY2hu2FLoYEOa8oCkA==" } } } }Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.Mvc/000077500000000000000000000000001516707642500254435ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.Mvc/BaseLightActionResult.cs000066400000000000000000000131411516707642500321710ustar00rootroot00000000000000using System; using System.Net; using System.Text.Json; using System.Threading.Tasks; using Light.PortableResults.AspNetCore.Shared; using Light.PortableResults.AspNetCore.Shared.Enrichment; using Light.PortableResults.Http.Writing; using Light.PortableResults.Http.Writing.Headers; using Light.PortableResults.Metadata; using Microsoft.AspNetCore.Http; using Microsoft.AspNetCore.Mvc; using Microsoft.Extensions.DependencyInjection; namespace Light.PortableResults.AspNetCore.Mvc; /// /// Base type for MVC action results that wrap Light.PortableResults values. /// /// The result type. public abstract class BaseLightActionResult : IActionResult where TResult : struct, IResultObject, ICanReplaceMetadata { /// /// Initializes a new instance of . /// /// The result to execute. /// Optional success status code override. /// Optional Location header value. /// Optional Light.PortableResults options override. /// Optional JSON serializer options override. protected BaseLightActionResult( TResult result, HttpStatusCode? successStatusCode = null, string? location = null, PortableResultsHttpWriteOptions? overrideOptions = null, JsonSerializerOptions? serializerOptions = null ) { ReceivedResult = result; SuccessStatusCode = successStatusCode; Location = location; OverrideOptions = overrideOptions; SerializerOptions = serializerOptions; } /// /// Gets the received result instance. /// public TResult ReceivedResult { get; } /// /// Gets the optional success status code override. /// public HttpStatusCode? SuccessStatusCode { get; } /// /// Gets the optional Location header value. /// public string? Location { get; } /// /// Gets the optional JSON serializer options override. /// public JsonSerializerOptions? SerializerOptions { get; } /// /// Gets the optional Light.PortableResults options override. /// public PortableResultsHttpWriteOptions? OverrideOptions { get; } /// /// Executes the result against the supplied action context. /// /// The action context for the current request. /// A task that represents the asynchronous operation. /// Thrown when is . /// /// Thrown when required services or options are not available. /// public virtual Task ExecuteResultAsync(ActionContext context) { ArgumentNullException.ThrowIfNull(context); var httpContext = context.HttpContext; var result = ReceivedResult; var enricher = httpContext.RequestServices.GetService(); if (enricher is not null) { result = enricher.Enrich(result, httpContext); } var options = httpContext.ResolvePortableResultsHttpWriteOptions(OverrideOptions); var resolvedOptions = options.ToResolvedHttpWriteOptions(); SetHeaders(result, httpContext, resolvedOptions); return WriteBodyAsync(result, httpContext, resolvedOptions); } /// /// Sets response headers based on the enriched result. /// /// The enriched result. /// The current HTTP context. /// The frozen options for this request. /// Thrown when is . /// /// Thrown when required services or options are not available. /// protected virtual void SetHeaders( TResult enrichedResult, HttpContext httpContext, ResolvedHttpWriteOptions resolvedOptions ) { var conversionService = httpContext.RequestServices.GetRequiredService(); httpContext.Response.SetStatusCodeFromResult( enrichedResult, SuccessStatusCode, resolvedOptions.FirstErrorCategoryIsLeadingCategory ); httpContext.Response.SetContentTypeFromResult(enrichedResult, resolvedOptions.MetadataSerializationMode); httpContext.Response.SetMetadataValuesAsHeadersIfNecessary(enrichedResult, conversionService); if (!string.IsNullOrWhiteSpace(Location)) { httpContext.Response.Headers.Location = Location; } } /// /// Writes the response body for the enriched result. /// /// The enriched result. /// The current HTTP context. /// The frozen options for this request. /// A task that represents the asynchronous operation. protected abstract Task WriteBodyAsync( TResult enrichedResult, HttpContext httpContext, ResolvedHttpWriteOptions resolvedOptions ); } Light.PortableResults.AspNetCore.Mvc.csproj000066400000000000000000000016621516707642500355410ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.Mvc Integration package for turning result instances into MVC's IActionResult instances. Compatible with RFC 9457 (and RFC 7807) Problem Details responses. Light.PortableResults.AspNetCore.MVC 0.1.0 --------------------------------- - LightActionResult and LightActionResult<T> and corresponding extension methods to turn result instances into HTTP success responses or RFC 9457 (and RFC 7807) compatible Problem Details responses. - Easy integration into ASP.NET Core's composition root via IServiceCollection.AddPortableResultsForMvc. Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.Mvc/LightActionResult.cs000066400000000000000000000126131516707642500314010ustar00rootroot00000000000000using System; using System.Net; using System.Text.Json; using System.Text.Json.Serialization.Metadata; using System.Threading.Tasks; using Light.PortableResults.AspNetCore.Mvc.Serialization; using Light.PortableResults.Http.Writing; using Microsoft.AspNetCore.Http; namespace Light.PortableResults.AspNetCore.Mvc; /// /// MVC action result for which either writes success HTTP response bodies or Problem Details /// bodies, based on the given result. /// public sealed class LightActionResult : BaseLightActionResult { /// /// Initializes a new instance of . /// /// The result to execute. /// Optional success status code override. /// Optional Location header value. /// Optional Light.PortableResults options override. /// Optional JSON serializer options override. public LightActionResult( Result result, HttpStatusCode? successStatusCode = null, string? location = null, PortableResultsHttpWriteOptions? overrideOptions = null, JsonSerializerOptions? serializerOptions = null ) : base(result, successStatusCode, location, overrideOptions, serializerOptions) { } /// /// Writes the response body for the result. /// /// The enriched result. /// The current HTTP context. /// The frozen options for this request. /// A task that represents the asynchronous operation. protected override Task WriteBodyAsync( Result enrichedResult, HttpContext httpContext, ResolvedHttpWriteOptions resolvedOptions ) { var serializerOptions = httpContext.RequestServices.ResolveMvcJsonSerializerOptions(SerializerOptions); var wrapper = enrichedResult.ToHttpResultForWriting(resolvedOptions); var typeInfo = serializerOptions.GetTypeInfo(typeof(HttpResultForWriting)); if (typeInfo is not JsonTypeInfo castTypeInfo) { throw new InvalidOperationException( "Could not resolve 'JsonTypeInfo'. Please ensure that your JsonSerializerOptions are configured correctly. The AddDefaultLightResultsHttpWriteJsonConverters extension method can help you with this." ); } return JsonSerializer.SerializeAsync( httpContext.Response.BodyWriter, wrapper, castTypeInfo, httpContext.RequestAborted ); } } /// /// MVC action result for which either writes success HTTP response bodies or Problem Details /// bodies, based on the given result. /// /// The type of the success value in the result. public sealed class LightActionResult : BaseLightActionResult> { /// /// Initializes a new instance of . /// /// The result to execute. /// Optional success status code override. /// Optional Location header value. /// Optional Light.PortableResults options override. /// Optional JSON serializer options override. public LightActionResult( Result result, HttpStatusCode? successStatusCode = null, string? location = null, PortableResultsHttpWriteOptions? overrideOptions = null, JsonSerializerOptions? serializerOptions = null ) : base(result, successStatusCode, location, overrideOptions, serializerOptions) { } /// /// Writes the response body for the result. /// /// The enriched result. /// The current HTTP context. /// The frozen options for this request. /// A task that represents the asynchronous operation. protected override async Task WriteBodyAsync( Result enrichedResult, HttpContext httpContext, ResolvedHttpWriteOptions resolvedOptions ) { var serializerOptions = httpContext.RequestServices.ResolveMvcJsonSerializerOptions(SerializerOptions); var wrapper = enrichedResult.ToHttpResultForWriting(resolvedOptions); var typeInfo = serializerOptions.GetTypeInfo(typeof(HttpResultForWriting)); if (typeInfo is not JsonTypeInfo> castTypeInfo) { throw new InvalidOperationException( $"Could not resolve 'JsonTypeInfo>'. Please ensure that your JsonSerializerOptions are configured correctly. The AddDefaultLightResultsHttpWriteJsonConverters extension method can help you with this." ); } await JsonSerializer.SerializeAsync( httpContext.Response.BodyWriter, wrapper, castTypeInfo, httpContext.RequestAborted ); } } Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.Mvc/Module.cs000066400000000000000000000026721516707642500272260ustar00rootroot00000000000000using Light.PortableResults.Http.Writing; using Microsoft.AspNetCore.Mvc; using Microsoft.Extensions.DependencyInjection; namespace Light.PortableResults.AspNetCore.Mvc; /// /// Service registration helpers for Light.PortableResults MVC. /// public static class Module { /// /// Registers all services required for Light.PortableResults MVC. /// /// The service collection. /// The service collection for chaining. public static IServiceCollection AddPortableResultsForMvc(this IServiceCollection services) => services .AddPortableResultHttpWriteOptions() .AddPortableResultsHttpHeaderConversionService() .ConfigureMvcJsonOptionsForPortableResults(); /// /// Configures JSON options for Light.PortableResults MVC responses. /// /// The service collection. /// The service collection for chaining. public static IServiceCollection ConfigureMvcJsonOptionsForPortableResults(this IServiceCollection services) { services .AddOptions() .Configure( jsonOptions => { jsonOptions.JsonSerializerOptions.AddDefaultPortableResultsHttpWriteJsonConverters(); } ); return services; } } Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.Mvc/MvcActionResultExtensions.cs000066400000000000000000000077421516707642500331460ustar00rootroot00000000000000using System.Net; using System.Text.Json; using Light.PortableResults.Http.Writing; namespace Light.PortableResults.AspNetCore.Mvc; /// /// Extension methods for converting Light.PortableResults to MVC action results. /// public static class MvcActionResultExtensions { /// /// Converts a to a . /// /// The result to convert. /// Optional success status code override. /// Optional Location header value. /// Optional Light.PortableResults options override. /// Optional JSON serializer options override. /// The MVC action result. public static LightActionResult ToMvcActionResult( this Result result, HttpStatusCode? successStatusCode = null, string? location = null, PortableResultsHttpWriteOptions? overrideOptions = null, JsonSerializerOptions? serializerOptions = null ) => new (result, successStatusCode, location, overrideOptions, serializerOptions); /// /// Converts a to a . /// /// The value type. /// The result to convert. /// Optional success status code override. /// Optional Location header value. /// Optional Light.PortableResults options override. /// Optional JSON serializer options override. /// The MVC action result. public static LightActionResult ToMvcActionResult( this Result result, HttpStatusCode? successStatusCode = null, string? location = null, PortableResultsHttpWriteOptions? overrideOptions = null, JsonSerializerOptions? serializerOptions = null ) => new (result, successStatusCode, location, overrideOptions, serializerOptions); /// /// Converts a to a using HTTP 201 Created. /// /// The result to convert. /// Optional Location header value. /// Optional Light.PortableResults options override. /// Optional JSON serializer options override. /// The MVC action result. public static LightActionResult ToHttp201CreatedMvcActionResult( this Result result, string? location = null, PortableResultsHttpWriteOptions? overrideOptions = null, JsonSerializerOptions? serializerOptions = null ) => new (result, HttpStatusCode.Created, location, overrideOptions, serializerOptions); /// /// Converts a to a using HTTP 201 Created. /// /// The value type. /// The result to convert. /// Optional Location header value. /// Optional Light.PortableResults options override. /// Optional JSON serializer options override. /// The MVC action result. public static LightActionResult ToHttp201CreatedMvcActionResult( this Result result, string? location = null, PortableResultsHttpWriteOptions? overrideOptions = null, JsonSerializerOptions? serializerOptions = null ) => new (result, HttpStatusCode.Created, location, overrideOptions, serializerOptions); } ProducesPortableResultAttribute.cs000066400000000000000000000042111516707642500342510ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.Mvcusing Light.PortableResults.AspNetCore.Shared; using Microsoft.AspNetCore.Http; using Microsoft.AspNetCore.Mvc; namespace Light.PortableResults.AspNetCore.Mvc; /// /// Specifies the type of the value and metadata returned by the action for OpenAPI documentation. /// The response type is documented as . /// /// The type of the result value. /// The type of the metadata (for OpenAPI schema generation). public sealed class ProducesPortableResultAttribute : ProducesResponseTypeAttribute> { /// /// Initializes a new instance of . /// /// The HTTP status code (default 200). /// The content type (default "application/json"). public ProducesPortableResultAttribute( int statusCode = StatusCodes.Status200OK, string contentType = "application/json" ) : base(statusCode, contentType) { } } /// /// Specifies the type of the value returned by the action for OpenAPI documentation. /// The metadata will be documented as an object with additionalProperties. /// The response type is documented as with object metadata. /// /// The type of the result value. public sealed class ProducesPortableResultAttribute : ProducesResponseTypeAttribute> { /// /// Initializes a new instance of . /// /// The HTTP status code (default 200). /// The content type (default "application/json"). public ProducesPortableResultAttribute( int statusCode = StatusCodes.Status200OK, string contentType = "application/json" ) : base(statusCode, contentType) { } } Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.Mvc/Serialization/000077500000000000000000000000001516707642500302605ustar00rootroot00000000000000MvcJsonDefaults.cs000066400000000000000000000032611516707642500336010ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.Mvc/Serializationusing System; using System.Text.Json; using Microsoft.AspNetCore.Mvc; using Microsoft.Extensions.DependencyInjection; using Microsoft.Extensions.Options; namespace Light.PortableResults.AspNetCore.Mvc.Serialization; /// /// Provides helper APIs for retrieving consistent /// instances within ASP.NET Core MVC applications. /// public static class MvcJsonDefaults { /// /// Resolves the to use, optionally honoring /// explicitly provided overrides before falling back to the application's /// configured . /// /// The service provider used to resolve . /// An optional set of serializer options that take precedence when supplied. /// The serializer options determined by the provided arguments and configured defaults. /// Thrown when is null. /// /// Thrown when the instance cannot be resolved from the service provider. /// public static JsonSerializerOptions ResolveMvcJsonSerializerOptions( this IServiceProvider serviceProvider, JsonSerializerOptions? overrideOptions = null ) { ArgumentNullException.ThrowIfNull(serviceProvider); return overrideOptions ?? serviceProvider.GetRequiredService>().Value.JsonSerializerOptions; } } Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.Mvc/packages.lock.json000066400000000000000000000040501516707642500310420ustar00rootroot00000000000000{ "version": 2, "dependencies": { "net10.0": { "Microsoft.SourceLink.GitHub": { "type": "Direct", "requested": "[10.0.201, )", "resolved": "10.0.201", "contentHash": "qxYAmO4ktzd9L+HMdnqWucxpu7bI9undPyACXOMqPyhaiMtbpbYL/n0ACyWIJlbyEJrXFwxiOaBOSasLtDvsCg==", "dependencies": { "Microsoft.Build.Tasks.Git": "10.0.201", "Microsoft.SourceLink.Common": "10.0.201", "System.IO.Hashing": "10.0.5" } }, "Microsoft.Build.Tasks.Git": { "type": "Transitive", "resolved": "10.0.201", "contentHash": "DMYBnrFZvLnBKn14VavEuuIr31CY6YY2i2L9P8DorS/Qp6ifRR8ZPLdJCFLFfjikNq8DykbYyLd/RP6lSqHcWw==", "dependencies": { "System.IO.Hashing": "10.0.5" } }, "Microsoft.SourceLink.Common": { "type": "Transitive", "resolved": "10.0.201", "contentHash": "QbBYhkjgL6rCnBfDbzsAJLlsad13TlBHqYCFDIw56OO2g6ix+9RsmY8uxiQGdWwFKbZXaXyAA6jDCzFYVGCZDw==" }, "System.IO.Hashing": { "type": "Transitive", "resolved": "10.0.5", "contentHash": "8IBJWcCT9+e4Bmevm4T7+fQEiAh133KGiz4oiVTgJckd3Q76OFdR1falgn9lpz7+C4HJvogCDJeAa2QmvbeVtg==" }, "light.portableresults": { "type": "Project", "dependencies": { "Microsoft.Bcl.HashCode": "[6.0.0, )", "Ulid": "[1.4.1, )" } }, "light.portableresults.aspnetcore.shared": { "type": "Project", "dependencies": { "Light.PortableResults": "[0.1.0, )" } }, "Microsoft.Bcl.HashCode": { "type": "CentralTransitive", "requested": "[6.0.0, )", "resolved": "6.0.0", "contentHash": "GI4jcoi6eC9ZhNOQylIBaWOQjyGaR8T6N3tC1u8p3EXfndLCVNNWa+Zp+ocjvvS3kNBN09Zma2HXL0ezO0dRfw==" }, "Ulid": { "type": "CentralTransitive", "requested": "[1.4.1, )", "resolved": "1.4.1", "contentHash": "V6crLJ8a29raWeNwxYGfH9RTKA3H0nR0D9LAGzN3KtEsbiiaWkUjDor6OT5Oz7pxCK+NaY2hu2FLoYEOa8oCkA==" } } } }Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.Shared/000077500000000000000000000000001516707642500261245ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.Shared/Enrichment/000077500000000000000000000000001516707642500302205ustar00rootroot00000000000000IHttpResultEnricher.cs000066400000000000000000000016641516707642500344060ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.Shared/Enrichmentusing Light.PortableResults.Metadata; using Microsoft.AspNetCore.Http; namespace Light.PortableResults.AspNetCore.Shared.Enrichment; /// /// Service for enriching results with additional metadata before conversion to LightProblemDetails. /// Register in DI to add traceId, correlationId, or other cross-cutting metadata. /// public interface IHttpResultEnricher { /// /// Enriches a result with additional metadata before conversion to LightProblemDetails. /// /// The result type. /// The original result. /// The current HTTP context. /// A new result with enriched metadata, or the original if unchanged. TResult Enrich(TResult result, HttpContext httpContext) where TResult : struct, IResultObject, ICanReplaceMetadata; } Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.Shared/HttpExtensions.cs000066400000000000000000000152171516707642500314600ustar00rootroot00000000000000using System; using System.Net; using Light.PortableResults.Http; using Light.PortableResults.Http.Writing; using Light.PortableResults.Http.Writing.Headers; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization; using Microsoft.AspNetCore.Http; using Microsoft.Extensions.DependencyInjection; using Microsoft.Extensions.Options; // ReSharper disable ConvertToExtensionBlock namespace Light.PortableResults.AspNetCore.Shared; /// /// Provides helper methods to translate and instances /// into values for ASP.NET Core . /// public static class HttpExtensions { /// /// Derives and assigns the appropriate HTTP status code for the specified result. /// /// The HTTP response to update. /// The Light result providing validation state and errors. /// Optional status code to use on success (defaults to 200 OK). /// /// Determines whether the first error category should be treated as the leading category when calculating the /// status code. /// /// The concrete result struct implementing . /// Thrown when is null. public static void SetStatusCodeFromResult( this HttpResponse httpResponse, TResult result, HttpStatusCode? successStatusCode = null, bool firstErrorCategoryIsLeadingCategory = true ) where TResult : struct, IResultObject { ArgumentNullException.ThrowIfNull(httpResponse); HttpStatusCode statusCode; if (result.IsValid) { statusCode = successStatusCode ?? HttpStatusCode.OK; } else { statusCode = result.Errors.GetLeadingCategory(firstErrorCategoryIsLeadingCategory).ToHttpStatusCode(); } httpResponse.StatusCode = (int) statusCode; } /// /// Sets the response content type based on result validity, value, and metadata serialization rules. /// /// The HTTP response to update. /// The Light result governing the content type choice. /// Controls when metadata should be serialized. /// The concrete result struct implementing . /// Thrown when is null. public static void SetContentTypeFromResult( this HttpResponse httpResponse, TResult result, MetadataSerializationMode metadataSerializationMode ) where TResult : struct, IResultObject { ArgumentNullException.ThrowIfNull(httpResponse); if (!result.IsValid) { // When the result is erroneous, we always write problem details httpResponse.ContentType = "application/problem+json"; return; } if (!result.HasValue && ( !result.Metadata.HasValue || metadataSerializationMode != MetadataSerializationMode.Always || !result.Metadata.Value.HasAnyValuesWithAnnotation(MetadataValueAnnotation.SerializeInHttpResponseBody) )) { // Else, we do not set any content type at all return; } // When the result is successful and has a value, or when it is successful and has metadata // that needs to be serialized, we write JSON. httpResponse.ContentType = "application/json"; } /// /// Writes metadata values marked for header serialization into the HTTP response headers. /// /// The HTTP response receiving the headers. /// The Light result containing optional metadata. /// Service translating metadata entries into HTTP headers. /// The concrete result struct implementing . /// /// Thrown when or /// is null. /// public static void SetMetadataValuesAsHeadersIfNecessary( this HttpResponse httpResponse, TResult result, IHttpHeaderConversionService conversionService ) where TResult : struct, IResultObject { ArgumentNullException.ThrowIfNull(httpResponse); ArgumentNullException.ThrowIfNull(conversionService); if (result.Metadata is null) { return; } foreach (var (key, metadataValue) in result.Metadata.Value) { if (metadataValue.IsNull || !metadataValue.HasAnnotation(MetadataValueAnnotation.SerializeInHttpHeader)) { continue; } var preparedHttpHeader = conversionService.PrepareHttpHeader(key, metadataValue); httpResponse.Headers.Add(preparedHttpHeader); } } /// /// Resolves Light result options from an override or the current HTTP context service provider. /// /// The active HTTP context. /// Optional options instance to use instead of the registered one. /// The resolved instance. /// Thrown when no options can be resolved. /// Thrown when is null. public static PortableResultsHttpWriteOptions ResolvePortableResultsHttpWriteOptions( this HttpContext httpContext, PortableResultsHttpWriteOptions? overrideOptions = null ) { ArgumentNullException.ThrowIfNull(httpContext); return overrideOptions ?? httpContext.RequestServices.GetService>()?.Value ?? throw new InvalidOperationException( "No PortableResultsHttpWriteOptions are configured in the DI container" ); } } Light.PortableResults.AspNetCore.Shared.csproj000066400000000000000000000015611516707642500367010ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.Shared true The Light.PortableResults.AspNetCore.Shared package contains shared functionality for writing ASP.NET Core HTTP responses. Compatible with Native AOT. Check out the integration packages Light.PortableResults.AspNetCore.MinimalApis or Light.PortableResults.AspNetCore.Mvc. Light.PortableResults.AspNetCore.Shared 0.2.0 --------------------------------- - Result enrichment with ASP.NET Core's HttpContext - Shared logic for Minimal APIs and MVC's composition root Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.Shared/WrappedResponse.cs000066400000000000000000000012251516707642500315740ustar00rootroot00000000000000namespace Light.PortableResults.AspNetCore.Shared; /// /// Schema-only type for OpenAPI documentation. Not used at runtime. /// Represents a wrapped response with a value and metadata. /// /// The type of the value. /// The type of the metadata. public sealed class WrappedResponse { /// /// Gets or sets the result value. /// public TValue Value { get; init; } = default!; /// /// Gets or sets the metadata. /// public TMetadata Metadata { get; init; } = default!; } Light.PortableResults-0.2.0/src/Light.PortableResults.AspNetCore.Shared/packages.lock.json000066400000000000000000000041721516707642500315300ustar00rootroot00000000000000{ "version": 2, "dependencies": { "net10.0": { "Microsoft.NET.ILLink.Tasks": { "type": "Direct", "requested": "[10.0.3, )", "resolved": "10.0.3", "contentHash": "0B6nZyCHWXnvmlB559oduOspVdNOnpNXPjhpWVMovLPAsDVG7A4jJR9rzECf67JUzxP8/ee/wA8clwIzJcWNFA==" }, "Microsoft.SourceLink.GitHub": { "type": "Direct", "requested": "[10.0.201, )", "resolved": "10.0.201", "contentHash": "qxYAmO4ktzd9L+HMdnqWucxpu7bI9undPyACXOMqPyhaiMtbpbYL/n0ACyWIJlbyEJrXFwxiOaBOSasLtDvsCg==", "dependencies": { "Microsoft.Build.Tasks.Git": "10.0.201", "Microsoft.SourceLink.Common": "10.0.201", "System.IO.Hashing": "10.0.5" } }, "Microsoft.Build.Tasks.Git": { "type": "Transitive", "resolved": "10.0.201", "contentHash": "DMYBnrFZvLnBKn14VavEuuIr31CY6YY2i2L9P8DorS/Qp6ifRR8ZPLdJCFLFfjikNq8DykbYyLd/RP6lSqHcWw==", "dependencies": { "System.IO.Hashing": "10.0.5" } }, "Microsoft.SourceLink.Common": { "type": "Transitive", "resolved": "10.0.201", "contentHash": "QbBYhkjgL6rCnBfDbzsAJLlsad13TlBHqYCFDIw56OO2g6ix+9RsmY8uxiQGdWwFKbZXaXyAA6jDCzFYVGCZDw==" }, "System.IO.Hashing": { "type": "Transitive", "resolved": "10.0.5", "contentHash": "8IBJWcCT9+e4Bmevm4T7+fQEiAh133KGiz4oiVTgJckd3Q76OFdR1falgn9lpz7+C4HJvogCDJeAa2QmvbeVtg==" }, "light.portableresults": { "type": "Project", "dependencies": { "Microsoft.Bcl.HashCode": "[6.0.0, )", "Ulid": "[1.4.1, )" } }, "Microsoft.Bcl.HashCode": { "type": "CentralTransitive", "requested": "[6.0.0, )", "resolved": "6.0.0", "contentHash": "GI4jcoi6eC9ZhNOQylIBaWOQjyGaR8T6N3tC1u8p3EXfndLCVNNWa+Zp+ocjvvS3kNBN09Zma2HXL0ezO0dRfw==" }, "Ulid": { "type": "CentralTransitive", "requested": "[1.4.1, )", "resolved": "1.4.1", "contentHash": "V6crLJ8a29raWeNwxYGfH9RTKA3H0nR0D9LAGzN3KtEsbiiaWkUjDor6OT5Oz7pxCK+NaY2hu2FLoYEOa8oCkA==" } } } }Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/000077500000000000000000000000001516707642500250065ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/AsyncValidator.cs000066400000000000000000000421461516707642500302670ustar00rootroot00000000000000using System; using System.Runtime.CompilerServices; using System.Threading; using System.Threading.Tasks; using Light.PortableResults.Validation.Targeting; namespace Light.PortableResults.Validation; /// /// Base class for asynchronous validators that validate and optionally normalize a value of the same type. /// /// The type to validate. public abstract class AsyncValidator : BaseValidator { /// /// Initializes a new instance of . /// /// The factory used to create validation contexts. /// /// Specifies whether the validator should automatically create a validation error for null source values. /// protected AsyncValidator( IValidationContextFactory validationContextFactory, bool isAutomaticNullCheckingEnabled = true ) : base(validationContextFactory, isAutomaticNullCheckingEnabled) { } /// /// Validates the specified value with a fresh validation context. /// /// The value to validate. /// The cancellation token. /// The caller-expression target for the value. /// The optional display name. /// The validation result. public ValueTask> ValidateAsync( T? value, CancellationToken cancellationToken = default, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => ValidateAsync( value, ValidationContextFactory.CreateValidationContext(), cancellationToken, ValidationTarget.CallerExpression(target), displayName ); /// /// Validates the specified value with a fresh validation context and explicit target semantics. /// /// The value to validate. /// The explicit target descriptor. /// The cancellation token. /// The optional display name. /// The validation result. public ValueTask> ValidateAsync( T? value, ValidationTarget target, CancellationToken cancellationToken = default, string? displayName = null ) => ValidateAsync( value, ValidationContextFactory.CreateValidationContext(), cancellationToken, target, displayName ); /// /// Validates the specified value with the provided validation context. /// /// The value to be validated. /// The validation context. /// The optional token to cancel the asynchronous operation. /// The caller-expression target for the value. /// The optional display name which is used in formatted error messages. /// The validation result. public async ValueTask> ValidateAsync( T? value, ValidationContext context, CancellationToken cancellationToken = default, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => FinalizeValidation( context, await ValidateChildValueAsync( value, context, cancellationToken, ValidationTarget.CallerExpression(target), displayName ) .ConfigureAwait(false) ); /// /// Validates the specified value with the provided validation context and explicit target semantics. /// /// The value to be validated. /// The validation context. /// The optional token to cancel the asynchronous operation. /// The explicit target descriptor. /// The optional display name which is used in formatted error messages. /// The validation result. public async ValueTask> ValidateAsync( T? value, ValidationContext context, CancellationToken cancellationToken, ValidationTarget target, string? displayName = null ) => FinalizeValidation( context, await ValidateChildValueAsync(value, context, cancellationToken, target, displayName).ConfigureAwait(false) ); /// /// Validates the specified value with the provided validation context. /// This method is used to validate child values, thus producing a instead /// of a . Call ValidateAsync to run the complete validation pipeline. /// /// The value to be validated. /// The validation context. /// The optional token to cancel the asynchronous operation. /// The caller-expression target for the value. /// The optional display name which is used in formatted error messages. /// A value task containing the validated and potentially normalized value. public ValueTask> ValidateChildValueAsync( T? value, ValidationContext context, CancellationToken cancellationToken = default, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => ValidateChildValueAsync( value, context, cancellationToken, ValidationTarget.CallerExpression(target), displayName ); /// /// Validates the specified value with the provided validation context and explicit target semantics. /// /// The value to be validated. /// The validation context. /// The optional token to cancel the asynchronous operation. /// The explicit target descriptor. /// The optional display name which is used in formatted error messages. /// A value task containing the validated and potentially normalized value. public async ValueTask> ValidateChildValueAsync( T? value, ValidationContext context, CancellationToken cancellationToken, ValidationTarget target, string? displayName = null ) { ValidateCallArguments(context, target); displayName ??= target.Input; if (TryHandleAutomaticNull(value, context, target, displayName)) { return ValidatedValue.NoValue; } var checkpoint = context.CreateCheckpoint(); return await PerformValidationAsync(context, checkpoint, value, cancellationToken).ConfigureAwait(false); } /// /// Performs the actual asynchronous validation logic. /// /// The active validation context. /// /// This object can track whether errors were added to the validation context during this PerformValidationAsync call. /// Use it to create instances more easily. /// /// The value being validated. /// The cancellation token. /// /// A successful when validation produced a non-null value; otherwise, /// when new errors were added since was /// created. /// protected abstract ValueTask> PerformValidationAsync( ValidationContext context, ValidationCheckpoint checkpoint, T value, CancellationToken cancellationToken ); } /// /// Base class for asynchronous validators that validate one type and transform it into another validated output. /// /// The source type to validate. /// The validated output type. public abstract class AsyncValidator : BaseValidator { /// /// Initializes a new instance of . /// /// The factory used to create validation contexts. /// /// Specifies whether the validator should automatically create a validation error for null source values. /// /// Thrown when is null. protected AsyncValidator( IValidationContextFactory validationContextFactory, bool isAutomaticNullCheckingEnabled = true ) : base(validationContextFactory, isAutomaticNullCheckingEnabled) { } /// /// Validates the specified source value with a fresh validation context and transforms it into a validated output. /// /// The source value. /// The cancellation token. /// The caller-expression target for the value. /// The optional display name. /// The validation result. public ValueTask> ValidateAsync( TSource? value, CancellationToken cancellationToken = default, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => ValidateAsync( value, ValidationContextFactory.CreateValidationContext(), cancellationToken, ValidationTarget.CallerExpression(target), displayName ); /// /// Validates the specified source value with a fresh validation context and explicit target semantics. /// /// The source value. /// The explicit target descriptor. /// The cancellation token. /// The optional display name. /// The validation result. public ValueTask> ValidateAsync( TSource? value, ValidationTarget target, CancellationToken cancellationToken = default, string? displayName = null ) => ValidateAsync( value, ValidationContextFactory.CreateValidationContext(), cancellationToken, target, displayName ); /// /// Validates the specified source value with the provided validation context and transforms it into a validated output. /// /// The source value. /// The validation context. /// The cancellation token. /// The caller-expression target for the value. /// The optional display name. /// The validation result. public async ValueTask> ValidateAsync( TSource? value, ValidationContext context, CancellationToken cancellationToken = default, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => FinalizeValidation( context, await ValidateChildValueAsync( value, context, cancellationToken, ValidationTarget.CallerExpression(target), displayName ) .ConfigureAwait(false) ); /// /// Validates the specified source value with the provided validation context and transforms it into a validated output. /// /// The source value. /// The validation context. /// The cancellation token. /// The explicit target descriptor. /// The optional display name. /// The validation result. public async ValueTask> ValidateAsync( TSource? value, ValidationContext context, CancellationToken cancellationToken, ValidationTarget target, string? displayName = null ) => FinalizeValidation( context, await ValidateChildValueAsync(value, context, cancellationToken, target, displayName).ConfigureAwait(false) ); /// /// Validates the specified value with the provided validation context. /// This method is used to validate child values, thus producing a instead /// of a . Call ValidateAsync to run the complete validation pipeline. /// /// The value to be validated. /// The validation context. /// The optional token to cancel the asynchronous operation. /// The caller-expression target for the value. /// The optional display name which is used in formatted error messages. /// A value task containing the validated and potentially normalized value. public ValueTask> ValidateChildValueAsync( TSource? value, ValidationContext context, CancellationToken cancellationToken = default, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => ValidateChildValueAsync( value, context, cancellationToken, ValidationTarget.CallerExpression(target), displayName ); /// /// Validates the specified value with the provided validation context and explicit target semantics. /// /// The value to be validated. /// The validation context. /// The optional token to cancel the asynchronous operation. /// The explicit target descriptor. /// The optional display name which is used in formatted error messages. /// A value task containing the validated and potentially normalized value. public async ValueTask> ValidateChildValueAsync( TSource? value, ValidationContext context, CancellationToken cancellationToken, ValidationTarget target, string? displayName = null ) { ValidateCallArguments(context, target); displayName ??= target.Input; if (TryHandleAutomaticNull(value, context, target, displayName)) { return ValidatedValue.NoValue; } var checkpoint = context.CreateCheckpoint(); return await PerformValidationAsync(context, checkpoint, value, cancellationToken).ConfigureAwait(false); } /// /// Performs the actual asynchronous validation and transformation logic. /// /// The active validation context. /// /// This object can track whether errors were added to the validation context during this PerformValidationAsync call. /// Use it to create instances more easily. /// /// The source value being validated. /// The cancellation token. /// /// A successful when validation produced a non-null output; otherwise, /// when new errors were added since /// was created. /// protected abstract ValueTask> PerformValidationAsync( ValidationContext context, ValidationCheckpoint checkpoint, TSource value, CancellationToken cancellationToken ); } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/BaseValidator.cs000066400000000000000000000107651516707642500300660ustar00rootroot00000000000000using System; using System.Diagnostics.CodeAnalysis; using Light.PortableResults.Validation.Targeting; namespace Light.PortableResults.Validation; /// /// Provides common members for synchronous and asynchronous validators. /// /// The type of the source value to validate. public abstract class BaseValidator { /// /// Initializes a new instance of . /// /// The factory used to create validation contexts. /// /// Specifies whether the validator should automatically create a validation error for null source values. /// /// Thrown when is null. protected BaseValidator( IValidationContextFactory validationContextFactory, bool isAutomaticNullCheckingEnabled = true ) { ValidationContextFactory = validationContextFactory ?? throw new ArgumentNullException(nameof(validationContextFactory)); IsAutomaticNullCheckingEnabled = isAutomaticNullCheckingEnabled; } /// /// Gets the factory used to create validation contexts. /// public IValidationContextFactory ValidationContextFactory { get; } /// /// Gets a value indicating whether automatic null checking is enabled. /// public bool IsAutomaticNullCheckingEnabled { get; } /// /// Tries to create the automatic null-validation error for the specified source value. /// /// The source value to inspect. /// The active validation context. /// The target for the source value. /// The display name for the value. /// when an automatic null-validation error was added; otherwise, . protected bool TryHandleAutomaticNull( [NotNullWhen(false)] TSource? value, ValidationContext context, ValidationTarget target, string displayName ) { if (!IsAutomaticNullCheckingEnabled || value is not null) { return false; } if (!context.TryCreateAutomaticNullError(value, target, displayName, out var error)) { return false; } context.AddError(error); return true; } /// /// Validates the specified validation call arguments. /// /// The validation context. /// The target descriptor. /// /// Thrown when is the default instance or is the default /// instance. /// protected static void ValidateCallArguments(ValidationContext context, ValidationTarget target) { if (context.IsDefault) { throw new ArgumentException("The validation context must not be the default instance.", nameof(context)); } if (target.IsDefault) { throw new ArgumentException("The validation target must not be the default instance.", nameof(target)); } } /// /// Materializes the final public result from the shared validation context and validated value. /// /// The validated output type. /// The active validation context. /// The validated value produced by the validator implementation. /// The final validation result. protected static Result FinalizeValidation( ValidationContext context, ValidatedValue validatedValue ) { if (context.TryGetErrors(out var errors)) { return Result.Fail(errors); } if (validatedValue.TryGetValue(out var value)) { return Result.Ok(value); } throw new InvalidOperationException( "The validator completed without validation errors but did not produce a validated value." ); } } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Check.cs000066400000000000000000000374011516707642500263570ustar00rootroot00000000000000using System; using System.Diagnostics.CodeAnalysis; using Light.PortableResults.Metadata; using Light.PortableResults.Validation.Definitions; using Light.PortableResults.Validation.Messaging; using Light.PortableResults.Validation.Targeting; namespace Light.PortableResults.Validation; /// /// Represents the state required to validate a single value with minimal overhead. /// /// The type of the value being validated. public readonly struct Check { private readonly string? _resolvedAbsoluteTarget; /// /// Initializes a new instance of . /// /// The validation context. /// The target descriptor. /// /// The human-readable display name, or to derive it from the resolved target at /// message-formatting time. /// /// The value being validated. /// /// The already-resolved absolute target, or when it has not been materialized yet. /// /// Indicates whether further checks should be skipped. /// Thrown when is the default instance. /// Thrown when is the default instance. public Check( ValidationContext context, ValidationTarget target, string? displayName, T value, string? resolvedAbsoluteTarget, bool isShortCircuited ) { context.ThrowIfDefault(); if (target.IsDefault) { throw new ArgumentException("The validation target must not be the default instance.", nameof(target)); } Context = context; TargetDescriptor = target; DisplayName = displayName; Value = value; _resolvedAbsoluteTarget = resolvedAbsoluteTarget; IsShortCircuited = isShortCircuited; } /// /// Gets the validation context. /// public ValidationContext Context { get; } /// /// Gets the explicit target descriptor supplied when the check was created. /// public ValidationTarget TargetDescriptor { get; } /// /// Gets the original target input or the resolved absolute target once it has been materialized. /// public string Target => _resolvedAbsoluteTarget ?? TargetDescriptor.Input; /// /// Gets the display name for the current value, or when the display name should be /// derived from the resolved target at message-formatting time. /// public string? DisplayName { get; } /// /// Gets the current value. /// public T Value { get; } /// /// Gets a value indicating whether subsequent checks should be skipped. /// public bool IsShortCircuited { get; } /// /// Gets a value indicating whether the current value is . /// [MemberNotNullWhen(false, nameof(Value))] public bool IsValueNull => Value is null; /// /// Creates a new check with a different value. /// /// The new value. /// The updated check. public Check WithValue(TValue value) => new (Context, TargetDescriptor, DisplayName, value, _resolvedAbsoluteTarget, IsShortCircuited); /// /// Creates a new check with a different display name. /// /// The display name to use. /// The updated check. public Check WithDisplayName(string displayName) => new ( Context, TargetDescriptor, displayName ?? throw new ArgumentNullException(nameof(displayName)), Value, _resolvedAbsoluteTarget, IsShortCircuited ); /// /// Creates a new short-circuited check. /// /// The updated check. public Check ShortCircuit() => new (Context, TargetDescriptor, DisplayName, Value, _resolvedAbsoluteTarget, true); /// /// Creates a new short-circuited check if requested. /// /// When , the check is short-circuited after a failure. /// The updated check. public Check ShortCircuitOnErrorIfRequested(bool shortCircuitOnError) => shortCircuitOnError ? ShortCircuit() : this; /// /// Resolves the target to an absolute path if necessary. /// /// The check with a resolved absolute target. public Check NormalizeTargetIfNecessary() { if (_resolvedAbsoluteTarget is not null) { return this; } var resolvedTarget = Context.ResolveTarget(TargetDescriptor); return new Check(Context, TargetDescriptor, DisplayName, Value, resolvedTarget, IsShortCircuited); } /// /// Creates a child validation context for the current check target. /// /// The child validation context. public ValidationContext CreateChildContext() => Context.ForAbsolute(GetResolvedAbsoluteTarget(), isNormalized: true); /// /// Creates a child validation context for the specified member below the current check target. /// /// The member segment to append. /// /// when is already normalized; otherwise, /// . /// /// The child validation context. public ValidationContext CreateChildContextForMember(string memberName, bool isNormalized = false) => CreateChildContext().ForRelative(memberName, isNormalized); /// /// Creates a child validation context for the specified collection index below the current check target. /// /// The zero-based collection index. /// The child validation context. public ValidationContext CreateChildContextForIndex(int index) => CreateChildContext().ForIndex(index); /// /// Creates the readonly message context for this check. /// /// The readonly message context. public ValidationErrorMessageContext CreateMessageContext() { var normalizedCheck = NormalizeTargetIfNecessary(); return normalizedCheck.CreateMessageContextCore(); } /// /// Adds the specified error to the context. /// /// The error to add. /// /// When , the error is skipped for short-circuited checks. The default is . /// /// The current check. public Check AddError(Error error, bool respectShortCircuit = true) { if (respectShortCircuit && IsShortCircuited) { return this; } var normalizedCheck = NormalizeTargetIfNecessary(); if (error.Target is null) { error = error with { Target = normalizedCheck.GetResolvedAbsoluteTarget() }; } normalizedCheck.Context.AddError(error); return normalizedCheck; } /// /// Adds a validation error from the specified reusable definition and optional override details. /// /// The reusable definition. /// The optional override for the definition's default code. /// The optional override for the definition's default metadata. /// /// The optional override target. Relative targets are composed with the current validation scope, absolute targets /// are used unchanged, and caller-expression targets are normalized before composition. /// /// The optional override for the definition's default category. /// /// When , the error is skipped for short-circuited checks. The default is . /// /// The current check. public Check AddError( ValidationErrorDefinition definition, string? code = null, MetadataObject? metadata = null, ValidationTarget? target = null, ErrorCategory? category = null, bool respectShortCircuit = true ) { if (definition is null) { throw new ArgumentNullException(nameof(definition)); } if (respectShortCircuit && IsShortCircuited) { return this; } var cache = Context.ErrorTemplates.MessageCache; return cache is not null && definition.TryGetStableMessageProvider(Context.AsReadOnly(), out var provider) ? AddErrorWithMessageCaching(definition, code, metadata, target, category, provider, cache) : AddErrorWithoutMessageCaching(definition, code, metadata, target, category); } private Check AddErrorWithoutMessageCaching( ValidationErrorDefinition definition, string? code, MetadataObject? metadata, ValidationTarget? target, ErrorCategory? category ) { var normalizedCheck = NormalizeTargetIfNecessary(); var messageContext = normalizedCheck.CreateMessageContextCore(); var message = definition.ProvideMessage(in messageContext); var resolvedTarget = ResolveDefinitionTarget(normalizedCheck, definition.Target, target); normalizedCheck.Context.AddError( message.ToError( code ?? definition.Code, resolvedTarget, category ?? definition.Category, metadata ?? definition.Metadata ) ); return normalizedCheck; } private Check AddErrorWithMessageCaching( ValidationErrorDefinition definition, string? code, MetadataObject? metadata, ValidationTarget? target, ErrorCategory? category, object provider, IValidationErrorMessageCache cache ) { var key = new ValidationErrorMessageCacheKey( provider, TargetDescriptor, Context.TargetPrefix, DisplayName, Context.Options.CultureInfo ); if (cache.TryGet(key, out var entry)) { var resolvedTarget = target is null && definition.Target is null ? entry.ResolvedTarget : ResolveOverrideOrDefinitionTarget(entry.ResolvedTarget, definition.Target, target); Context.AddError( entry.Message.ToError( code ?? definition.Code, resolvedTarget, category ?? definition.Category, metadata ?? definition.Metadata ) ); return new Check( Context, TargetDescriptor, DisplayName, Value, entry.ResolvedTarget, IsShortCircuited ); } var normalizedCheck = NormalizeTargetIfNecessary(); var messageContext = normalizedCheck.CreateMessageContextCore(); var message = definition.ProvideMessage(in messageContext); cache.Store( key, new CachedValidationErrorMessage(message, normalizedCheck.GetResolvedAbsoluteTarget()) ); var defTarget = ResolveDefinitionTarget(normalizedCheck, definition.Target, target); normalizedCheck.Context.AddError( message.ToError( code ?? definition.Code, defTarget, category ?? definition.Category, metadata ?? definition.Metadata ) ); return normalizedCheck; } /// /// Adds a validation error with the specified message and optional details. /// /// The error message. /// The optional error code. /// The optional metadata. /// /// The optional explicit target. Relative targets are composed with the current validation scope, absolute targets /// are used unchanged, and caller-expression targets are normalized before composition. /// /// The error category. /// /// When , the error is skipped for short-circuited checks. The default is . /// /// The current check. public Check AddError( string message, string? code = null, MetadataObject? metadata = null, ValidationTarget? target = null, ErrorCategory category = ErrorCategory.Validation, bool respectShortCircuit = true ) { if (respectShortCircuit && IsShortCircuited) { return this; } var normalizedCheck = NormalizeTargetIfNecessary(); var resolvedTarget = target is null ? normalizedCheck.GetResolvedAbsoluteTarget() : normalizedCheck.Context.ResolveTarget(target.Value); normalizedCheck.Context.AddError( new ValidationErrorMessage(message).ToError(code, resolvedTarget, category, metadata) ); return normalizedCheck; } /// /// Implicitly converts the check to its value. /// /// The check to convert. public static implicit operator T(Check check) => check.Value; internal ValidationTarget GetResolvedAbsoluteTargetDescriptor() => ValidationTarget.Absolute(GetResolvedAbsoluteTarget(), isNormalized: true); private ValidationErrorMessageContext CreateMessageContextCore() => Context.CreateAbsoluteMessageContext( Value, _resolvedAbsoluteTarget!, DisplayName ?? _resolvedAbsoluteTarget ?? TargetDescriptor.Input ); private static string ResolveDefinitionTarget( Check normalizedCheck, ValidationTarget? definitionTarget, ValidationTarget? overrideTarget ) { if (overrideTarget is not null) { return normalizedCheck.Context.ResolveTarget(overrideTarget.Value); } return definitionTarget is not null ? normalizedCheck.Context.ResolveTarget(definitionTarget.Value) : normalizedCheck.GetResolvedAbsoluteTarget(); } private string ResolveOverrideOrDefinitionTarget( string cachedResolvedTarget, ValidationTarget? definitionTarget, ValidationTarget? overrideTarget ) { if (overrideTarget is not null) { return Context.ResolveTarget(overrideTarget.Value); } return definitionTarget is not null ? Context.ResolveTarget(definitionTarget.Value) : cachedResolvedTarget; } private string GetResolvedAbsoluteTarget() => _resolvedAbsoluteTarget ?? Context.ResolveTarget(TargetDescriptor); } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/CheckExtensions.cs000066400000000000000000001161231516707642500304360ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.Collections.Immutable; using System.Threading; using System.Threading.Tasks; using Light.PortableResults.Validation.Targeting; namespace Light.PortableResults.Validation; /// /// Provides extension methods for . /// public static class CheckExtensions { /// /// Validates the current check value with a child validator that returns the same type. /// /// The type of the value being validated. /// The check instance supplying the value and context. /// The validator responsible for validating the child value. /// The validated child value or when validation failed. /// Thrown when is . public static ValidatedValue ValidateChild( this Check check, Validator childValidator ) { if (childValidator is null) { throw new ArgumentNullException(nameof(childValidator)); } if (check.IsShortCircuited) { return ValidatedValue.NoValue; } return childValidator.ValidateChildValue( check.Value, check.CreateChildContext(), check.GetResolvedAbsoluteTargetDescriptor(), check.DisplayName ); } /// /// Validates the current check value with a child validator that maps the source type to a new validated type. /// /// The type of the value held by the current check. /// The type produced by the child validator when validation succeeds. /// The check instance supplying the value and context. /// The validator that transforms and validates the source value. /// The validated child value or no value when validation failed. /// Thrown when is . public static ValidatedValue ValidateChild( this Check check, Validator childValidator ) { if (childValidator is null) { throw new ArgumentNullException(nameof(childValidator)); } if (check.IsShortCircuited) { return ValidatedValue.NoValue; } return childValidator.ValidateChildValue( check.Value, check.CreateChildContext(), check.GetResolvedAbsoluteTargetDescriptor(), check.DisplayName ); } /// /// Validates the current check value with an asynchronous child validator that returns the same type. /// /// The type of the value being validated. /// The check instance supplying the value and context. /// The asynchronous validator responsible for validating the child value. /// The cancellation token. /// The validated child value or when validation failed. /// Thrown when is . public static ValueTask> ValidateChildAsync( this Check check, AsyncValidator childValidator, CancellationToken cancellationToken = default ) { if (childValidator is null) { throw new ArgumentNullException(nameof(childValidator)); } if (check.IsShortCircuited) { return new ValueTask>(ValidatedValue.NoValue); } return childValidator.ValidateChildValueAsync( check.Value, check.CreateChildContext(), cancellationToken, check.GetResolvedAbsoluteTargetDescriptor(), check.DisplayName ); } /// /// Validates the current check value with an asynchronous child validator that maps the source type to a new /// validated type. /// /// The type of the value held by the current check. /// The type produced by the child validator when validation succeeds. /// The check instance supplying the value and context. /// The asynchronous validator that transforms and validates the source value. /// The cancellation token. /// The validated child value or no value when validation failed. /// Thrown when is . public static ValueTask> ValidateChildAsync( this Check check, AsyncValidator childValidator, CancellationToken cancellationToken = default ) { if (childValidator is null) { throw new ArgumentNullException(nameof(childValidator)); } if (check.IsShortCircuited) { return new ValueTask>(ValidatedValue.NoValue); } return childValidator.ValidateChildValueAsync( check.Value, check.CreateChildContext(), cancellationToken, check.GetResolvedAbsoluteTargetDescriptor(), check.DisplayName ); } /// /// Validates and potentially normalizes each item of a mutable indexed collection in place. /// Nullable collections must be guarded explicitly, for example with IsNotNull(), before calling this /// method. /// /// The mutable collection type. /// The item type. /// The check that provides the collection value and validation context. /// The validator applied to each item in the collection. /// The validated collection or when validation failed. /// Thrown when is . /// /// Thrown when the collection value is and the check was not short-circuited first. /// public static ValidatedValue ValidateItems( this Check check, Validator itemValidator ) where TCollection : IList { if (itemValidator is null) { throw new ArgumentNullException(nameof(itemValidator)); } if (check.IsShortCircuited) { return ValidatedValue.NoValue; } var checkpoint = check.Context.CreateCheckpoint(); var collection = GetRequiredCollectionValue(check); for (var i = 0; i < collection.Count; i++) { var itemCheckpoint = check.Context.CreateCheckpoint(); var validatedValue = itemValidator.ValidateChildValue( collection[i], check.CreateChildContextForIndex(i), ValidationTarget.Relative(string.Empty, isNormalized: true), displayName: CreateIndexedDisplayName(check, i) ); if (!itemCheckpoint.HasNewErrors) { collection[i] = validatedValue.Value; } } return checkpoint.ToValidatedValue(collection); } /// /// Validates each item of an immutable array without replacing items. /// Use the transforming overload when item validation should materialize a new immutable array. /// /// The item type. /// The check that provides the collection value and validation context. /// The validator applied to each item in the collection. /// The validated collection or when validation failed. /// Thrown when is . public static ValidatedValue> ValidateItems( this Check> check, Validator itemValidator ) { if (itemValidator is null) { throw new ArgumentNullException(nameof(itemValidator)); } if (check.IsShortCircuited) { return ValidatedValue>.NoValue; } var checkpoint = check.Context.CreateCheckpoint(); var collection = check.Value; for (var i = 0; i < collection.Length; i++) { itemValidator.ValidateChildValue( collection[i], check.CreateChildContextForIndex(i), ValidationTarget.Relative(string.Empty, isNormalized: true), displayName: CreateIndexedDisplayName(check, i) ); } return checkpoint.ToValidatedValue(collection); } /// /// Validates each item of a collection with an ad-hoc delegate without replacing items. /// This overload is intended for primitive items or lightweight collection-specific rules. /// /// The read-only collection type. /// The item type. /// The check that provides the collection value and validation context. /// The item-validation delegate. /// The validated collection or when validation failed. /// Thrown when is . /// /// Thrown when the collection value is and the check was not short-circuited first. /// // TODO: we should include automatic null checking in this method, too public static ValidatedValue ValidateItems( this Check check, Action> validateItem ) where TCollection : IReadOnlyList { if (validateItem is null) { throw new ArgumentNullException(nameof(validateItem)); } if (check.IsShortCircuited) { return ValidatedValue.NoValue; } var checkpoint = check.Context.CreateCheckpoint(); var collection = GetRequiredCollectionValue(check); for (var i = 0; i < collection.Count; i++) { validateItem(CreateItemCheck(check, collection[i], i)); } return checkpoint.ToValidatedValue(collection); } /// /// Validates and potentially normalizes each item of a mutable indexed collection in place with an ad-hoc /// delegate. /// /// The mutable collection type. /// The item type. /// The check that provides the collection value and validation context. /// The item-validation delegate that can return a replacement item value. /// The validated collection or when validation failed. /// Thrown when is . /// /// Thrown when the collection value is and the check was not short-circuited first. /// public static ValidatedValue ValidateItems( this Check check, Func, ValidatedValue> validateItem ) where TCollection : IList { if (validateItem is null) { throw new ArgumentNullException(nameof(validateItem)); } if (check.IsShortCircuited) { return ValidatedValue.NoValue; } var checkpoint = check.Context.CreateCheckpoint(); var collection = GetRequiredCollectionValue(check); for (var i = 0; i < collection.Count; i++) { var itemCheckpoint = check.Context.CreateCheckpoint(); var validatedValue = validateItem(CreateItemCheck(check, collection[i], i)); if (!itemCheckpoint.HasNewErrors) { collection[i] = validatedValue.Value; } } return checkpoint.ToValidatedValue(collection); } /// /// Validates array items with a transforming validator and materializes a new array. /// For unsupported collection shapes, create a dedicated child validator for the collection itself. /// /// The source item type. /// The validated item type. /// The check that provides the collection value and validation context. /// The validator applied to each item in the collection. /// The transformed array or when validation failed. /// Thrown when is . /// /// Thrown when the collection value is and the check was not short-circuited first. /// public static ValidatedValue ValidateItems( this Check check, Validator itemValidator ) { if (itemValidator is null) { throw new ArgumentNullException(nameof(itemValidator)); } if (check.IsShortCircuited) { return ValidatedValue.NoValue; } var checkpoint = check.Context.CreateCheckpoint(); var collection = GetRequiredCollectionValue(check); var validatedItems = new TValidated[collection.Length]; for (var i = 0; i < collection.Length; i++) { var itemCheckpoint = check.Context.CreateCheckpoint(); var validatedValue = itemValidator.ValidateChildValue( collection[i], check.CreateChildContextForIndex(i), ValidationTarget.Relative(string.Empty, isNormalized: true), displayName: CreateIndexedDisplayName(check, i) ); if (!itemCheckpoint.HasNewErrors) { validatedItems[i] = validatedValue.Value; } } return checkpoint.ToValidatedValue(validatedItems); } /// /// Validates list items with a transforming validator and materializes a new list. /// /// The source item type. /// The validated item type. /// The check that provides the collection value and validation context. /// The validator applied to each item in the collection. /// The transformed list or when validation failed. /// Thrown when is . /// /// Thrown when the collection value is and the check was not short-circuited first. /// public static ValidatedValue> ValidateItems( this Check> check, Validator itemValidator ) { if (itemValidator is null) { throw new ArgumentNullException(nameof(itemValidator)); } if (check.IsShortCircuited) { return ValidatedValue>.NoValue; } var checkpoint = check.Context.CreateCheckpoint(); var collection = GetRequiredCollectionValue(check); var validatedItems = new List(collection.Count); for (var i = 0; i < collection.Count; i++) { var itemCheckpoint = check.Context.CreateCheckpoint(); var validatedValue = itemValidator.ValidateChildValue( collection[i], check.CreateChildContextForIndex(i), ValidationTarget.Relative(string.Empty, isNormalized: true), displayName: CreateIndexedDisplayName(check, i) ); if (!itemCheckpoint.HasNewErrors) { validatedItems.Add(validatedValue.Value); } } return checkpoint.ToValidatedValue(validatedItems); } /// /// Validates immutable-array items with a transforming validator and materializes a new immutable array. /// /// The source item type. /// The validated item type. /// The check that provides the collection value and validation context. /// The validator applied to each item in the collection. /// The transformed immutable array or when validation failed. /// Thrown when is . public static ValidatedValue> ValidateItems( this Check> check, Validator itemValidator ) { if (itemValidator is null) { throw new ArgumentNullException(nameof(itemValidator)); } if (check.IsShortCircuited) { return ValidatedValue>.NoValue; } var checkpoint = check.Context.CreateCheckpoint(); var collection = check.Value; var validatedItems = ImmutableArray.CreateBuilder(collection.Length); for (var i = 0; i < collection.Length; i++) { var itemCheckpoint = check.Context.CreateCheckpoint(); var validatedValue = itemValidator.ValidateChildValue( collection[i], check.CreateChildContextForIndex(i), ValidationTarget.Relative(string.Empty, isNormalized: true), displayName: CreateIndexedDisplayName(check, i) ); if (!itemCheckpoint.HasNewErrors) { validatedItems.Add(validatedValue.Value); } } return checkpoint.ToValidatedValue(validatedItems.DrainToImmutable()); } /// /// Validates and potentially normalizes each item of a mutable indexed collection in place with an asynchronous /// validator. /// Nullable collections must be guarded explicitly, for example with IsNotNull(), before calling this /// method. /// /// The mutable collection type. /// The item type. /// The check that provides the collection value and validation context. /// The asynchronous validator applied to each item in the collection. /// The cancellation token. /// The validated collection or when validation failed. /// Thrown when is . /// /// Thrown when the collection value is and the check was not short-circuited first. /// public static async ValueTask> ValidateItemsAsync( this Check check, AsyncValidator itemValidator, CancellationToken cancellationToken = default ) where TCollection : IList { if (itemValidator is null) { throw new ArgumentNullException(nameof(itemValidator)); } if (check.IsShortCircuited) { return ValidatedValue.NoValue; } var checkpoint = check.Context.CreateCheckpoint(); var collection = GetRequiredCollectionValue(check); for (var i = 0; i < collection.Count; i++) { cancellationToken.ThrowIfCancellationRequested(); var itemCheckpoint = check.Context.CreateCheckpoint(); var validatedValue = await itemValidator.ValidateChildValueAsync( collection[i], check.CreateChildContextForIndex(i), cancellationToken, ValidationTarget.Relative(string.Empty, isNormalized: true), displayName: CreateIndexedDisplayName(check, i) ) .ConfigureAwait(false); if (!itemCheckpoint.HasNewErrors) { collection[i] = validatedValue.Value; } } return checkpoint.ToValidatedValue(collection); } /// /// Validates each item of a read-only list with an asynchronous validator without replacing items. /// /// The item type. /// The check that provides the collection value and validation context. /// The asynchronous validator applied to each item in the collection. /// The cancellation token. /// The validated collection or when validation failed. /// Thrown when is . /// /// Thrown when the collection value is and the check was not short-circuited first. /// public static async ValueTask>> ValidateItemsAsync( this Check> check, AsyncValidator itemValidator, CancellationToken cancellationToken = default ) { if (itemValidator is null) { throw new ArgumentNullException(nameof(itemValidator)); } if (check.IsShortCircuited) { return ValidatedValue>.NoValue; } var checkpoint = check.Context.CreateCheckpoint(); var collection = GetRequiredCollectionValue(check); for (var i = 0; i < collection.Count; i++) { cancellationToken.ThrowIfCancellationRequested(); await itemValidator.ValidateChildValueAsync( collection[i], check.CreateChildContextForIndex(i), cancellationToken, ValidationTarget.Relative(string.Empty, isNormalized: true), displayName: CreateIndexedDisplayName(check, i) ) .ConfigureAwait(false); } return checkpoint.ToValidatedValue(collection); } /// /// Validates each item of an immutable array with an asynchronous validator without replacing items. /// /// The item type. /// The check that provides the collection value and validation context. /// The asynchronous validator applied to each item in the collection. /// The cancellation token. /// The validated collection or when validation failed. /// Thrown when is . public static async ValueTask>> ValidateItemsAsync( this Check> check, AsyncValidator itemValidator, CancellationToken cancellationToken = default ) { if (itemValidator is null) { throw new ArgumentNullException(nameof(itemValidator)); } if (check.IsShortCircuited) { return ValidatedValue>.NoValue; } var checkpoint = check.Context.CreateCheckpoint(); var collection = check.Value; for (var i = 0; i < collection.Length; i++) { cancellationToken.ThrowIfCancellationRequested(); await itemValidator.ValidateChildValueAsync( collection[i], check.CreateChildContextForIndex(i), cancellationToken, ValidationTarget.Relative(string.Empty, isNormalized: true), displayName: CreateIndexedDisplayName(check, i) ) .ConfigureAwait(false); } return checkpoint.ToValidatedValue(collection); } /// /// Validates each item of a collection with an asynchronous ad-hoc delegate without replacing items. /// /// The read-only collection type. /// The item type. /// The check that provides the collection value and validation context. /// The asynchronous item-validation delegate. /// The cancellation token. /// The validated collection or when validation failed. /// Thrown when is . /// /// Thrown when the collection value is and the check was not short-circuited first. /// public static async ValueTask> ValidateItemsAsync( this Check check, Func, CancellationToken, ValueTask> validateItem, CancellationToken cancellationToken = default ) where TCollection : IReadOnlyList { if (validateItem is null) { throw new ArgumentNullException(nameof(validateItem)); } if (check.IsShortCircuited) { return ValidatedValue.NoValue; } var checkpoint = check.Context.CreateCheckpoint(); var collection = GetRequiredCollectionValue(check); for (var i = 0; i < collection.Count; i++) { cancellationToken.ThrowIfCancellationRequested(); await validateItem(CreateItemCheck(check, collection[i], i), cancellationToken).ConfigureAwait(false); } return checkpoint.ToValidatedValue(collection); } /// /// Validates and potentially normalizes each item of a mutable indexed collection in place with an asynchronous /// ad-hoc delegate. /// /// The mutable collection type. /// The item type. /// The check that provides the collection value and validation context. /// The asynchronous item-validation delegate that can return a replacement item value. /// The cancellation token. /// The validated collection or when validation failed. /// Thrown when is . /// /// Thrown when the collection value is and the check was not short-circuited first. /// public static async ValueTask> ValidateItemsAsync( this Check check, Func, CancellationToken, ValueTask>> validateItem, CancellationToken cancellationToken = default ) where TCollection : IList { if (validateItem is null) { throw new ArgumentNullException(nameof(validateItem)); } if (check.IsShortCircuited) { return ValidatedValue.NoValue; } var checkpoint = check.Context.CreateCheckpoint(); var collection = GetRequiredCollectionValue(check); for (var i = 0; i < collection.Count; i++) { cancellationToken.ThrowIfCancellationRequested(); var itemCheckpoint = check.Context.CreateCheckpoint(); var validatedValue = await validateItem(CreateItemCheck(check, collection[i], i), cancellationToken).ConfigureAwait(false); if (!itemCheckpoint.HasNewErrors) { collection[i] = validatedValue.Value; } } return checkpoint.ToValidatedValue(collection); } /// /// Validates array items with an asynchronous transforming validator and materializes a new array. /// For unsupported collection shapes, create a dedicated child validator for the collection itself. /// /// The source item type. /// The validated item type. /// The check that provides the collection value and validation context. /// The asynchronous validator applied to each item in the collection. /// The cancellation token. /// The transformed array or when validation failed. /// Thrown when is . /// /// Thrown when the collection value is and the check was not short-circuited first. /// public static async ValueTask> ValidateItemsAsync( this Check check, AsyncValidator itemValidator, CancellationToken cancellationToken = default ) { if (itemValidator is null) { throw new ArgumentNullException(nameof(itemValidator)); } if (check.IsShortCircuited) { return ValidatedValue.NoValue; } var checkpoint = check.Context.CreateCheckpoint(); var collection = GetRequiredCollectionValue(check); var validatedItems = new TValidated[collection.Length]; for (var i = 0; i < collection.Length; i++) { cancellationToken.ThrowIfCancellationRequested(); var itemCheckpoint = check.Context.CreateCheckpoint(); var validatedValue = await itemValidator.ValidateChildValueAsync( collection[i], check.CreateChildContextForIndex(i), cancellationToken, ValidationTarget.Relative(string.Empty, isNormalized: true), displayName: CreateIndexedDisplayName(check, i) ) .ConfigureAwait(false); if (!itemCheckpoint.HasNewErrors) { validatedItems[i] = validatedValue.Value; } } return checkpoint.ToValidatedValue(validatedItems); } /// /// Validates list items with an asynchronous transforming validator and materializes a new list. /// /// The source item type. /// The validated item type. /// The check that provides the collection value and validation context. /// The asynchronous validator applied to each item in the collection. /// The cancellation token. /// The transformed list or when validation failed. /// Thrown when is . /// /// Thrown when the collection value is and the check was not short-circuited first. /// public static async ValueTask>> ValidateItemsAsync( this Check> check, AsyncValidator itemValidator, CancellationToken cancellationToken = default ) { if (itemValidator is null) { throw new ArgumentNullException(nameof(itemValidator)); } if (check.IsShortCircuited) { return ValidatedValue>.NoValue; } var checkpoint = check.Context.CreateCheckpoint(); var collection = GetRequiredCollectionValue(check); var validatedItems = new List(collection.Count); for (var i = 0; i < collection.Count; i++) { cancellationToken.ThrowIfCancellationRequested(); var itemCheckpoint = check.Context.CreateCheckpoint(); var validatedValue = await itemValidator.ValidateChildValueAsync( collection[i], check.CreateChildContextForIndex(i), cancellationToken, ValidationTarget.Relative(string.Empty, isNormalized: true), displayName: CreateIndexedDisplayName(check, i) ) .ConfigureAwait(false); if (!itemCheckpoint.HasNewErrors) { validatedItems.Add(validatedValue.Value); } } return checkpoint.ToValidatedValue(validatedItems); } /// /// Validates immutable-array items with an asynchronous transforming validator and materializes a new immutable /// array. /// /// The source item type. /// The validated item type. /// The check that provides the collection value and validation context. /// The asynchronous validator applied to each item in the collection. /// The cancellation token. /// The transformed immutable array or when validation failed. /// Thrown when is . public static async ValueTask>> ValidateItemsAsync( this Check> check, AsyncValidator itemValidator, CancellationToken cancellationToken = default ) { if (itemValidator is null) { throw new ArgumentNullException(nameof(itemValidator)); } if (check.IsShortCircuited) { return ValidatedValue>.NoValue; } var checkpoint = check.Context.CreateCheckpoint(); var collection = check.Value; var validatedItems = ImmutableArray.CreateBuilder(collection.Length); for (var i = 0; i < collection.Length; i++) { cancellationToken.ThrowIfCancellationRequested(); var itemCheckpoint = check.Context.CreateCheckpoint(); var validatedValue = await itemValidator.ValidateChildValueAsync( collection[i], check.CreateChildContextForIndex(i), cancellationToken, ValidationTarget.Relative(string.Empty, isNormalized: true), displayName: CreateIndexedDisplayName(check, i) ) .ConfigureAwait(false); if (!itemCheckpoint.HasNewErrors) { validatedItems.Add(validatedValue.Value); } } return checkpoint.ToValidatedValue(validatedItems.DrainToImmutable()); } private static TCollection GetRequiredCollectionValue(Check check) { if (check.Value is null) { throw new InvalidOperationException( "ValidateItems requires a non-null collection. Guard nullable collections explicitly, for example " + "with IsNotNull(), before validating items." ); } return check.Value; } private static Check CreateItemCheck(Check check, TItem item, int index) => check .CreateChildContextForIndex(index) .Check( item, ValidationTarget.Relative(string.Empty, isNormalized: true), displayName: CreateIndexedDisplayName(check, index) ); private static string CreateIndexedDisplayName(Check check, int index) { var name = check.DisplayName ?? check.Target; return name.Length == 0 ? $"[{index}]" : $"{name}[{index}]"; } } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Checks.Comparable.cs000066400000000000000000001045461516707642500306130ustar00rootroot00000000000000using System; using System.Collections.Generic; using Light.PortableResults.Validation.Definitions; namespace Light.PortableResults.Validation; /// /// Provides assertions for instances. /// public static partial class Checks { /// /// Adds a validation error when the checked value is not greater than the specified boundary. /// /// The check carrying the value and validation context. /// /// The exclusive lower boundary; the checked value must be strictly greater than this. /// Must not be . /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// Uses for the comparison. /// /// Thrown when is . /// /// /// Thrown when the checked value is . Guard against this by calling /// before this assertion. /// public static Check IsGreaterThan( this Check check, T comparativeValue, bool shortCircuitOnError = false ) { EnsureRangeBoundaries(comparativeValue, comparativeValue, nameof(comparativeValue), nameof(comparativeValue)); if (check.IsShortCircuited) { return check; } var value = GetRequiredValue(check.Value, nameof(IsGreaterThan)); if (Comparer.Default.Compare(value, comparativeValue) > 0) { return check; } var definition = BuiltInValidationErrorDefinitions.GreaterThan( check.Context.ErrorDefinitionCache, comparativeValue ); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked value is not greater than the specified boundary, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// The exclusive lower boundary; the checked value must be strictly greater than this. /// Must not be . /// /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// Uses for the comparison. /// /// Thrown when is . /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked value is . Guard against this by calling /// before this assertion. /// public static Check IsGreaterThan( this Check check, T comparativeValue, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureRangeBoundaries(comparativeValue, comparativeValue, nameof(comparativeValue), nameof(comparativeValue)); EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredValue(check.Value, nameof(IsGreaterThan)); if (Comparer.Default.Compare(value, comparativeValue) > 0) { return check; } var definition = BuiltInValidationErrorDefinitions.GreaterThan( check.Context.ErrorDefinitionCache, comparativeValue ); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked value is less than the specified boundary. /// /// The check carrying the value and validation context. /// /// The inclusive lower boundary; the checked value must be greater than or equal to this. /// Must not be . /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// Uses for the comparison. /// /// Thrown when is . /// /// /// Thrown when the checked value is . Guard against this by calling /// before this assertion. /// public static Check IsGreaterThanOrEqualTo( this Check check, T comparativeValue, bool shortCircuitOnError = false ) { EnsureRangeBoundaries(comparativeValue, comparativeValue, nameof(comparativeValue), nameof(comparativeValue)); if (check.IsShortCircuited) { return check; } var value = GetRequiredValue(check.Value, nameof(IsGreaterThanOrEqualTo)); if (Comparer.Default.Compare(value, comparativeValue) >= 0) { return check; } var definition = BuiltInValidationErrorDefinitions.GreaterThanOrEqualTo( check.Context.ErrorDefinitionCache, comparativeValue ); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked value is less than the specified boundary, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// The inclusive lower boundary; the checked value must be greater than or equal to this. /// Must not be . /// /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// Uses for the comparison. /// /// Thrown when is . /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked value is . Guard against this by calling /// before this assertion. /// public static Check IsGreaterThanOrEqualTo( this Check check, T comparativeValue, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureRangeBoundaries(comparativeValue, comparativeValue, nameof(comparativeValue), nameof(comparativeValue)); EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredValue(check.Value, nameof(IsGreaterThanOrEqualTo)); if (Comparer.Default.Compare(value, comparativeValue) >= 0) { return check; } var definition = BuiltInValidationErrorDefinitions.GreaterThanOrEqualTo( check.Context.ErrorDefinitionCache, comparativeValue ); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked value is not less than the specified boundary. /// /// The check carrying the value and validation context. /// /// The exclusive upper boundary; the checked value must be strictly less than this. /// Must not be . /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// Uses for the comparison. /// /// Thrown when is . /// /// /// Thrown when the checked value is . Guard against this by calling /// before this assertion. /// public static Check IsLessThan( this Check check, T comparativeValue, bool shortCircuitOnError = false ) { EnsureRangeBoundaries(comparativeValue, comparativeValue, nameof(comparativeValue), nameof(comparativeValue)); if (check.IsShortCircuited) { return check; } var value = GetRequiredValue(check.Value, nameof(IsLessThan)); if (Comparer.Default.Compare(value, comparativeValue) < 0) { return check; } var definition = BuiltInValidationErrorDefinitions.LessThan( check.Context.ErrorDefinitionCache, comparativeValue ); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked value is not less than the specified boundary, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// The exclusive upper boundary; the checked value must be strictly less than this. /// Must not be . /// /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// Uses for the comparison. /// /// Thrown when is . /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked value is . Guard against this by calling /// before this assertion. /// public static Check IsLessThan( this Check check, T comparativeValue, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureRangeBoundaries(comparativeValue, comparativeValue, nameof(comparativeValue), nameof(comparativeValue)); EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredValue(check.Value, nameof(IsLessThan)); if (Comparer.Default.Compare(value, comparativeValue) < 0) { return check; } var definition = BuiltInValidationErrorDefinitions.LessThan( check.Context.ErrorDefinitionCache, comparativeValue ); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked value is greater than the specified boundary. /// /// The check carrying the value and validation context. /// /// The inclusive upper boundary; the checked value must be less than or equal to this. /// Must not be . /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// Uses for the comparison. /// /// Thrown when is . /// /// /// Thrown when the checked value is . Guard against this by calling /// before this assertion. /// public static Check IsLessThanOrEqualTo( this Check check, T comparativeValue, bool shortCircuitOnError = false ) { EnsureRangeBoundaries(comparativeValue, comparativeValue, nameof(comparativeValue), nameof(comparativeValue)); if (check.IsShortCircuited) { return check; } var value = GetRequiredValue(check.Value, nameof(IsLessThanOrEqualTo)); if (Comparer.Default.Compare(value, comparativeValue) <= 0) { return check; } var definition = BuiltInValidationErrorDefinitions.LessThanOrEqualTo( check.Context.ErrorDefinitionCache, comparativeValue ); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked value is greater than the specified boundary, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// The inclusive upper boundary; the checked value must be less than or equal to this. /// Must not be . /// /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// Uses for the comparison. /// /// Thrown when is . /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked value is . Guard against this by calling /// before this assertion. /// public static Check IsLessThanOrEqualTo( this Check check, T comparativeValue, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureRangeBoundaries(comparativeValue, comparativeValue, nameof(comparativeValue), nameof(comparativeValue)); EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredValue(check.Value, nameof(IsLessThanOrEqualTo)); if (Comparer.Default.Compare(value, comparativeValue) <= 0) { return check; } var definition = BuiltInValidationErrorDefinitions.LessThanOrEqualTo( check.Context.ErrorDefinitionCache, comparativeValue ); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked value lies outside the inclusive range. /// /// The check carrying the value and validation context. /// /// The inclusive lower boundary of the range. Must not be . /// /// /// The inclusive upper boundary of the range. Must not be . /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// Uses for the comparison. /// /// Thrown when or is /// . /// /// /// Thrown when the checked value is . Guard against this by calling /// before this assertion. /// public static Check IsInBetween( this Check check, T lowerBoundary, T upperBoundary, bool shortCircuitOnError = false ) { EnsureRangeBoundaries(lowerBoundary, upperBoundary, nameof(lowerBoundary), nameof(upperBoundary)); if (check.IsShortCircuited) { return check; } var value = GetRequiredValue(check.Value, nameof(IsInBetween)); var comparer = Comparer.Default; if (comparer.Compare(value, lowerBoundary) >= 0 && comparer.Compare(value, upperBoundary) <= 0) { return check; } var definition = BuiltInValidationErrorDefinitions.IsInBetween( check.Context.ErrorDefinitionCache, lowerBoundary, upperBoundary ); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked value lies outside the inclusive range, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// The inclusive lower boundary of the range. Must not be . /// /// /// The inclusive upper boundary of the range. Must not be . /// /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// Uses for the comparison. /// /// Thrown when or is /// . /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked value is . Guard against this by calling /// before this assertion. /// public static Check IsInBetween( this Check check, T lowerBoundary, T upperBoundary, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureRangeBoundaries(lowerBoundary, upperBoundary, nameof(lowerBoundary), nameof(upperBoundary)); EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredValue(check.Value, nameof(IsInBetween)); var comparer = Comparer.Default; if (comparer.Compare(value, lowerBoundary) >= 0 && comparer.Compare(value, upperBoundary) <= 0) { return check; } var definition = BuiltInValidationErrorDefinitions.IsInBetween( check.Context.ErrorDefinitionCache, lowerBoundary, upperBoundary ); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked value lies within the inclusive range. /// /// The check carrying the value and validation context. /// /// The inclusive lower boundary of the forbidden range. Must not be . /// /// /// The inclusive upper boundary of the forbidden range. Must not be . /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// Uses for the comparison. /// /// Thrown when or is /// . /// /// /// Thrown when the checked value is . Guard against this by calling /// before this assertion. /// public static Check IsNotInBetween( this Check check, T lowerBoundary, T upperBoundary, bool shortCircuitOnError = false ) { EnsureRangeBoundaries(lowerBoundary, upperBoundary, nameof(lowerBoundary), nameof(upperBoundary)); if (check.IsShortCircuited) { return check; } var value = GetRequiredValue(check.Value, nameof(IsNotInBetween)); var comparer = Comparer.Default; if (comparer.Compare(value, lowerBoundary) < 0 || comparer.Compare(value, upperBoundary) > 0) { return check; } var definition = BuiltInValidationErrorDefinitions.IsNotInBetween( check.Context.ErrorDefinitionCache, lowerBoundary, upperBoundary ); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked value lies within the inclusive range, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// The inclusive lower boundary of the forbidden range. Must not be . /// /// /// The inclusive upper boundary of the forbidden range. Must not be . /// /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// Uses for the comparison. /// /// Thrown when or is /// . /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked value is . Guard against this by calling /// before this assertion. /// public static Check IsNotInBetween( this Check check, T lowerBoundary, T upperBoundary, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureRangeBoundaries(lowerBoundary, upperBoundary, nameof(lowerBoundary), nameof(upperBoundary)); EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredValue(check.Value, nameof(IsNotInBetween)); var comparer = Comparer.Default; if (comparer.Compare(value, lowerBoundary) < 0 || comparer.Compare(value, upperBoundary) > 0) { return check; } var definition = BuiltInValidationErrorDefinitions.IsNotInBetween( check.Context.ErrorDefinitionCache, lowerBoundary, upperBoundary ); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked value lies outside the exclusive range. /// /// The check carrying the value and validation context. /// /// The exclusive lower boundary of the range; the checked value must be strictly greater than this. /// Must not be . /// /// /// The exclusive upper boundary of the range; the checked value must be strictly less than this. /// Must not be . /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// Uses for the comparison. /// /// Thrown when or is /// . /// /// /// Thrown when the checked value is . Guard against this by calling /// before this assertion. /// public static Check IsInExclusiveRange( this Check check, T lowerBoundary, T upperBoundary, bool shortCircuitOnError = false ) { EnsureRangeBoundaries(lowerBoundary, upperBoundary, nameof(lowerBoundary), nameof(upperBoundary)); if (check.IsShortCircuited) { return check; } var value = GetRequiredValue(check.Value, nameof(IsInExclusiveRange)); var comparer = Comparer.Default; if (comparer.Compare(value, lowerBoundary) > 0 && comparer.Compare(value, upperBoundary) < 0) { return check; } var definition = BuiltInValidationErrorDefinitions.IsInExclusiveRange( check.Context.ErrorDefinitionCache, lowerBoundary, upperBoundary ); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked value lies outside the exclusive range, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// The exclusive lower boundary of the range; the checked value must be strictly greater than this. /// Must not be . /// /// /// The exclusive upper boundary of the range; the checked value must be strictly less than this. /// Must not be . /// /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// Uses for the comparison. /// /// Thrown when or is /// . /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked value is . Guard against this by calling /// before this assertion. /// public static Check IsInExclusiveRange( this Check check, T lowerBoundary, T upperBoundary, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureRangeBoundaries(lowerBoundary, upperBoundary, nameof(lowerBoundary), nameof(upperBoundary)); EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredValue(check.Value, nameof(IsInExclusiveRange)); var comparer = Comparer.Default; if (comparer.Compare(value, lowerBoundary) > 0 && comparer.Compare(value, upperBoundary) < 0) { return check; } var definition = BuiltInValidationErrorDefinitions.IsInExclusiveRange( check.Context.ErrorDefinitionCache, lowerBoundary, upperBoundary ); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Checks.Count.cs000066400000000000000000001105461516707642500276330ustar00rootroot00000000000000using System; using System.Collections; using System.Collections.Immutable; using Light.PortableResults.Validation.Definitions; namespace Light.PortableResults.Validation; /// /// Provides assertions for instances. /// public static partial class Checks { /// /// Adds a validation error when the checked string length is not equal to the specified count. /// /// The check carrying the value and validation context. /// The exact number of characters required. Must be zero or greater. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check HasCount( this Check check, int expectedCount, bool shortCircuitOnError = false ) { EnsureLengthBoundary(expectedCount, nameof(expectedCount)); if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(HasCount)); if (value.Length == expectedCount) { return check; } var definition = BuiltInValidationErrorDefinitions.Count(check.Context.ErrorDefinitionCache, expectedCount); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked string length is not equal to the specified count, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// The exact number of characters required. Must be zero or greater. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check HasCount( this Check check, int expectedCount, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureLengthBoundary(expectedCount, nameof(expectedCount)); EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(HasCount)); if (value.Length == expectedCount) { return check; } var definition = BuiltInValidationErrorDefinitions.Count(check.Context.ErrorDefinitionCache, expectedCount); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked string length is less than the specified count. /// /// The check carrying the value and validation context. /// The minimum number of characters required. Must be zero or greater. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check HasMinCount( this Check check, int minCount, bool shortCircuitOnError = false ) { EnsureLengthBoundary(minCount, nameof(minCount)); if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(HasMinCount)); if (value.Length >= minCount) { return check; } var definition = BuiltInValidationErrorDefinitions.MinCount(check.Context.ErrorDefinitionCache, minCount); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked string length is less than the specified count, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// The minimum number of characters required. Must be zero or greater. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check HasMinCount( this Check check, int minCount, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureLengthBoundary(minCount, nameof(minCount)); EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(HasMinCount)); if (value.Length >= minCount) { return check; } var definition = BuiltInValidationErrorDefinitions.MinCount(check.Context.ErrorDefinitionCache, minCount); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked string length exceeds the specified count. /// /// The check carrying the value and validation context. /// The maximum number of characters allowed. Must be zero or greater. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check HasMaxCount( this Check check, int maxCount, bool shortCircuitOnError = false ) { EnsureLengthBoundary(maxCount, nameof(maxCount)); if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(HasMaxCount)); if (value.Length <= maxCount) { return check; } var definition = BuiltInValidationErrorDefinitions.MaxCount(check.Context.ErrorDefinitionCache, maxCount); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked string length exceeds the specified count, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// The maximum number of characters allowed. Must be zero or greater. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check HasMaxCount( this Check check, int maxCount, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureLengthBoundary(maxCount, nameof(maxCount)); EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(HasMaxCount)); if (value.Length <= maxCount) { return check; } var definition = BuiltInValidationErrorDefinitions.MaxCount(check.Context.ErrorDefinitionCache, maxCount); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked enumerable count is not equal to the specified count. /// /// The enumerable collection type. /// The check carrying the value and validation context. /// The exact number of elements required. Must be zero or greater. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// /// /// Thrown when the checked collection is . Guard against this by calling /// before this assertion. /// public static Check HasCount( this Check check, int expectedCount, bool shortCircuitOnError = false ) where TCollection : IEnumerable { EnsureLengthBoundary(expectedCount, nameof(expectedCount)); if (check.IsShortCircuited) { return check; } var collection = GetRequiredCollection(check.Value, nameof(HasCount)); if (GetCollectionCount(collection) == expectedCount) { return check; } var definition = BuiltInValidationErrorDefinitions.Count(check.Context.ErrorDefinitionCache, expectedCount); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked enumerable count is not equal to the specified count, /// applying the specified inline error overrides. /// /// The enumerable collection type. /// The check carrying the value and validation context. /// The exact number of elements required. Must be zero or greater. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked collection is . Guard against this by calling /// before this assertion. /// public static Check HasCount( this Check check, int expectedCount, ErrorOverrides overrides, bool shortCircuitOnError = false ) where TCollection : IEnumerable { EnsureLengthBoundary(expectedCount, nameof(expectedCount)); EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var collection = GetRequiredCollection(check.Value, nameof(HasCount)); if (GetCollectionCount(collection) == expectedCount) { return check; } var definition = BuiltInValidationErrorDefinitions.Count(check.Context.ErrorDefinitionCache, expectedCount); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked enumerable count is less than the specified count. /// /// The enumerable collection type. /// The check carrying the value and validation context. /// The minimum number of elements required. Must be zero or greater. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// /// /// Thrown when the checked collection is . Guard against this by calling /// before this assertion. /// public static Check HasMinCount( this Check check, int minCount, bool shortCircuitOnError = false ) where TCollection : IEnumerable { EnsureLengthBoundary(minCount, nameof(minCount)); if (check.IsShortCircuited) { return check; } var collection = GetRequiredCollection(check.Value, nameof(HasMinCount)); if (GetCollectionCount(collection) >= minCount) { return check; } var definition = BuiltInValidationErrorDefinitions.MinCount(check.Context.ErrorDefinitionCache, minCount); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked enumerable count is less than the specified count, /// applying the specified inline error overrides. /// /// The enumerable collection type. /// The check carrying the value and validation context. /// The minimum number of elements required. Must be zero or greater. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked collection is . Guard against this by calling /// before this assertion. /// public static Check HasMinCount( this Check check, int minCount, ErrorOverrides overrides, bool shortCircuitOnError = false ) where TCollection : IEnumerable { EnsureLengthBoundary(minCount, nameof(minCount)); EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var collection = GetRequiredCollection(check.Value, nameof(HasMinCount)); if (GetCollectionCount(collection) >= minCount) { return check; } var definition = BuiltInValidationErrorDefinitions.MinCount(check.Context.ErrorDefinitionCache, minCount); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked enumerable count exceeds the specified count. /// /// The enumerable collection type. /// The check carrying the value and validation context. /// The maximum number of elements allowed. Must be zero or greater. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// /// /// Thrown when the checked collection is . Guard against this by calling /// before this assertion. /// public static Check HasMaxCount( this Check check, int maxCount, bool shortCircuitOnError = false ) where TCollection : IEnumerable { EnsureLengthBoundary(maxCount, nameof(maxCount)); if (check.IsShortCircuited) { return check; } var collection = GetRequiredCollection(check.Value, nameof(HasMaxCount)); if (GetCollectionCount(collection) <= maxCount) { return check; } var definition = BuiltInValidationErrorDefinitions.MaxCount(check.Context.ErrorDefinitionCache, maxCount); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked enumerable count exceeds the specified count, /// applying the specified inline error overrides. /// /// The enumerable collection type. /// The check carrying the value and validation context. /// The maximum number of elements allowed. Must be zero or greater. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked collection is . Guard against this by calling /// before this assertion. /// public static Check HasMaxCount( this Check check, int maxCount, ErrorOverrides overrides, bool shortCircuitOnError = false ) where TCollection : IEnumerable { EnsureLengthBoundary(maxCount, nameof(maxCount)); EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var collection = GetRequiredCollection(check.Value, nameof(HasMaxCount)); if (GetCollectionCount(collection) <= maxCount) { return check; } var definition = BuiltInValidationErrorDefinitions.MaxCount(check.Context.ErrorDefinitionCache, maxCount); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked immutable-array count is not equal to the specified count. /// /// The element type of the immutable array. /// The check carrying the value and validation context. /// The exact number of elements required. Must be zero or greater. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// public static Check> HasCount( this Check> check, int expectedCount, bool shortCircuitOnError = false ) { EnsureLengthBoundary(expectedCount, nameof(expectedCount)); if (check.IsShortCircuited || check.Value.Length == expectedCount) { return check; } var definition = BuiltInValidationErrorDefinitions.Count(check.Context.ErrorDefinitionCache, expectedCount); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked immutable-array count is not equal to the specified count, /// applying the specified inline error overrides. /// /// The element type of the immutable array. /// The check carrying the value and validation context. /// The exact number of elements required. Must be zero or greater. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check> HasCount( this Check> check, int expectedCount, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureLengthBoundary(expectedCount, nameof(expectedCount)); EnsureErrorOverrides(overrides); if (check.IsShortCircuited || check.Value.Length == expectedCount) { return check; } var definition = BuiltInValidationErrorDefinitions.Count(check.Context.ErrorDefinitionCache, expectedCount); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked immutable-array count is less than the specified count. /// /// The element type of the immutable array. /// The check carrying the value and validation context. /// The minimum number of elements required. Must be zero or greater. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// public static Check> HasMinCount( this Check> check, int minCount, bool shortCircuitOnError = false ) { EnsureLengthBoundary(minCount, nameof(minCount)); if (check.IsShortCircuited || check.Value.Length >= minCount) { return check; } var definition = BuiltInValidationErrorDefinitions.MinCount(check.Context.ErrorDefinitionCache, minCount); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked immutable-array count is less than the specified count, /// applying the specified inline error overrides. /// /// The element type of the immutable array. /// The check carrying the value and validation context. /// The minimum number of elements required. Must be zero or greater. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check> HasMinCount( this Check> check, int minCount, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureLengthBoundary(minCount, nameof(minCount)); EnsureErrorOverrides(overrides); if (check.IsShortCircuited || check.Value.Length >= minCount) { return check; } var definition = BuiltInValidationErrorDefinitions.MinCount(check.Context.ErrorDefinitionCache, minCount); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked immutable-array count exceeds the specified count. /// /// The element type of the immutable array. /// The check carrying the value and validation context. /// The maximum number of elements allowed. Must be zero or greater. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// public static Check> HasMaxCount( this Check> check, int maxCount, bool shortCircuitOnError = false ) { EnsureLengthBoundary(maxCount, nameof(maxCount)); if (check.IsShortCircuited || check.Value.Length <= maxCount) { return check; } var definition = BuiltInValidationErrorDefinitions.MaxCount(check.Context.ErrorDefinitionCache, maxCount); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked immutable-array count exceeds the specified count, /// applying the specified inline error overrides. /// /// The element type of the immutable array. /// The check carrying the value and validation context. /// The maximum number of elements allowed. Must be zero or greater. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check> HasMaxCount( this Check> check, int maxCount, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureLengthBoundary(maxCount, nameof(maxCount)); EnsureErrorOverrides(overrides); if (check.IsShortCircuited || check.Value.Length <= maxCount) { return check; } var definition = BuiltInValidationErrorDefinitions.MaxCount(check.Context.ErrorDefinitionCache, maxCount); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Checks.Decimals.cs000066400000000000000000000263771516707642500302740ustar00rootroot00000000000000using System; using Light.PortableResults.Validation.Definitions; namespace Light.PortableResults.Validation; /// /// Provides assertions for instances. /// public static partial class Checks { /// /// Adds a validation error when the checked decimal exceeds the specified precision or scale. /// /// The check carrying the value and validation context. /// /// The maximum total number of significant digits. Must be greater than zero. /// /// /// The maximum number of digits after the decimal point. Must be zero or greater and must not /// exceed . /// /// /// When , trailing zeros after the decimal point are stripped before /// comparison; e.g., 1.200 is evaluated as 1.2. /// Defaults to . /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is less than 1, is negative, /// or exceeds . /// public static Check HasPrecisionAndScale( this Check check, int precision, int scale, bool ignoreTrailingZeros = false, bool shortCircuitOnError = false ) { EnsurePrecisionScale(precision, scale); if (check.IsShortCircuited) { return check; } var info = GetPrecisionScaleInfo(check.Value, ignoreTrailingZeros); if (info.Digits <= precision && info.Scale <= scale) { return check; } var definition = BuiltInValidationErrorDefinitions.PrecisionScale( check.Context.ErrorDefinitionCache, precision, scale, ignoreTrailingZeros ); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked decimal exceeds the specified precision or scale, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// The maximum total number of significant digits. Must be greater than zero. /// /// /// The maximum number of digits after the decimal point. Must be zero or greater and must not /// exceed . /// /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , trailing zeros after the decimal point are stripped before /// comparison; e.g., 1.200 is evaluated as 1.2. /// Defaults to . /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is less than 1, is negative, /// or exceeds . /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// /// context.Check(dto.Amount).HasPrecisionAndScale(12, 2, "Amount format is invalid"); /// /// public static Check HasPrecisionAndScale( this Check check, int precision, int scale, ErrorOverrides overrides, bool ignoreTrailingZeros = false, bool shortCircuitOnError = false ) { EnsurePrecisionScale(precision, scale); EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var info = GetPrecisionScaleInfo(check.Value, ignoreTrailingZeros); if (info.Digits <= precision && info.Scale <= scale) { return check; } var definition = BuiltInValidationErrorDefinitions.PrecisionScale( check.Context.ErrorDefinitionCache, precision, scale, ignoreTrailingZeros ); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked decimal exceeds the specified precision or scale. /// /// The check carrying the value and validation context. /// /// The maximum total number of significant digits. Must be greater than zero. /// /// /// The maximum number of digits after the decimal point. Must be zero or greater and must not /// exceed . /// /// /// When , trailing zeros after the decimal point are stripped before /// comparison; e.g., 1.200 is evaluated as 1.2. /// Defaults to . /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is less than 1, is negative, /// or exceeds . /// /// /// Thrown when the checked nullable decimal has no value. Guard against this by calling /// before this assertion. /// public static Check HasPrecisionAndScale( this Check check, int precision, int scale, bool ignoreTrailingZeros = false, bool shortCircuitOnError = false ) { EnsurePrecisionScale(precision, scale); if (check.IsShortCircuited) { return check; } var value = check.Value; if (!value.HasValue) { throw CreateNullValueException(nameof(HasPrecisionAndScale)); } var info = GetPrecisionScaleInfo(value.Value, ignoreTrailingZeros); if (info.Digits <= precision && info.Scale <= scale) { return check; } var definition = BuiltInValidationErrorDefinitions.PrecisionScale( check.Context.ErrorDefinitionCache, precision, scale, ignoreTrailingZeros ); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked decimal exceeds the specified precision or scale, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// The maximum total number of significant digits. Must be greater than zero. /// /// /// The maximum number of digits after the decimal point. Must be zero or greater and must not /// exceed . /// /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , trailing zeros after the decimal point are stripped before /// comparison; e.g., 1.200 is evaluated as 1.2. /// Defaults to . /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is less than 1, is negative, /// or exceeds . /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked nullable decimal has no value. Guard against this by calling /// before this assertion. /// public static Check HasPrecisionAndScale( this Check check, int precision, int scale, ErrorOverrides overrides, bool ignoreTrailingZeros = false, bool shortCircuitOnError = false ) { EnsurePrecisionScale(precision, scale); EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = check.Value; if (!value.HasValue) { throw CreateNullValueException(nameof(HasPrecisionAndScale)); } var info = GetPrecisionScaleInfo(value.Value, ignoreTrailingZeros); if (info.Digits <= precision && info.Scale <= scale) { return check; } var definition = BuiltInValidationErrorDefinitions.PrecisionScale( check.Context.ErrorDefinitionCache, precision, scale, ignoreTrailingZeros ); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Checks.Empty.cs000066400000000000000000000570641516707642500276460ustar00rootroot00000000000000using System; using System.Collections; using System.Collections.Immutable; using Light.PortableResults.Validation.Definitions; namespace Light.PortableResults.Validation; /// /// Provides assertions for instances. /// public static partial class Checks { /// /// Adds a validation error when the checked string is neither nor empty. /// Whitespace-only strings are not considered empty. /// /// The check carrying the value and validation context. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Both and pass without error. If whitespace /// should also be rejected, use instead. /// public static Check IsEmpty(this Check check, bool shortCircuitOnError = false) => check.IsShortCircuited || string.IsNullOrEmpty(check.Value) ? check : AddBuiltInError(check, BuiltInValidationErrorDefinitions.Empty, shortCircuitOnError); /// /// Adds a validation error when the checked string is neither nor empty, /// applying the specified inline error overrides. Whitespace-only strings are not considered empty. /// /// The check carrying the value and validation context. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Both and pass without error. If whitespace /// should also be rejected, use instead. /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check IsEmpty( this Check check, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureErrorOverrides(overrides); return check.IsShortCircuited || string.IsNullOrEmpty(check.Value) ? check : AddBuiltInErrorWithOverrides( check, BuiltInValidationErrorDefinitions.Empty, overrides, shortCircuitOnError ); } /// /// Adds a validation error when the checked string is or empty. /// Whitespace-only strings are not considered empty. /// /// The check carrying the value and validation context. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// A value triggers a validation error (treated as empty). Whitespace-only /// strings pass without error; use /// to also reject whitespace. /// public static Check IsNotEmpty(this Check check, bool shortCircuitOnError = false) => check.IsShortCircuited || !string.IsNullOrEmpty(check.Value) ? check : AddBuiltInError(check, BuiltInValidationErrorDefinitions.NotEmpty, shortCircuitOnError); /// /// Adds a validation error when the checked string is or empty, /// applying the specified inline error overrides. Whitespace-only strings are not considered empty. /// /// The check carrying the value and validation context. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// A value triggers a validation error (treated as empty). Whitespace-only /// strings pass without error; use /// to also reject whitespace. /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check IsNotEmpty( this Check check, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureErrorOverrides(overrides); return check.IsShortCircuited || !string.IsNullOrEmpty(check.Value) ? check : AddBuiltInErrorWithOverrides( check, BuiltInValidationErrorDefinitions.NotEmpty, overrides, shortCircuitOnError ); } /// /// Adds a validation error when the checked GUID is not . /// /// The check carrying the value and validation context. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. public static Check IsEmpty(this Check check, bool shortCircuitOnError = false) => check.IsShortCircuited || check.Value == Guid.Empty ? check : AddBuiltInError(check, BuiltInValidationErrorDefinitions.Empty, shortCircuitOnError); /// /// Adds a validation error when the checked GUID is not , /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check IsEmpty( this Check check, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureErrorOverrides(overrides); return check.IsShortCircuited || check.Value == Guid.Empty ? check : AddBuiltInErrorWithOverrides( check, BuiltInValidationErrorDefinitions.Empty, overrides, shortCircuitOnError ); } /// /// Adds a validation error when the checked GUID is . /// /// The check carrying the value and validation context. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. public static Check IsNotEmpty(this Check check, bool shortCircuitOnError = false) => check.IsShortCircuited || check.Value != Guid.Empty ? check : AddBuiltInError(check, BuiltInValidationErrorDefinitions.NotEmpty, shortCircuitOnError); /// /// Adds a validation error when the checked GUID is , /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check IsNotEmpty( this Check check, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureErrorOverrides(overrides); return check.IsShortCircuited || check.Value != Guid.Empty ? check : AddBuiltInErrorWithOverrides( check, BuiltInValidationErrorDefinitions.NotEmpty, overrides, shortCircuitOnError ); } /// /// Adds a validation error when the checked collection is not and has one or more items. /// /// The enumerable collection type. /// The check carrying the value and validation context. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// A collection is treated as empty and passes without error. /// public static Check IsEmpty( this Check check, bool shortCircuitOnError = false ) where TCollection : IEnumerable { if (check.IsShortCircuited) { return check; } var collection = check.Value; // ReSharper disable once ConditionIsAlwaysTrueOrFalseAccordingToNullableAPIContract -- caller might have NRTs disabled if (collection is null || GetCollectionCount(collection) == 0) { return check; } return AddBuiltInError(check, BuiltInValidationErrorDefinitions.Empty, shortCircuitOnError); } /// /// Adds a validation error when the checked collection is not and has one or more items, /// applying the specified inline error overrides. /// /// The enumerable collection type. /// The check carrying the value and validation context. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// A collection is treated as empty and passes without error. /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check IsEmpty( this Check check, ErrorOverrides overrides, bool shortCircuitOnError = false ) where TCollection : IEnumerable { EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var collection = check.Value; // ReSharper disable once ConditionIsAlwaysTrueOrFalseAccordingToNullableAPIContract -- caller might have NRTs disabled if (collection is null || GetCollectionCount(collection) == 0) { return check; } return AddBuiltInErrorWithOverrides( check, BuiltInValidationErrorDefinitions.Empty, overrides, shortCircuitOnError ); } /// /// Adds a validation error when the checked collection is or has no items. /// /// The enumerable collection type. /// The check carrying the value and validation context. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// A collection triggers a validation error (treated as absent/empty). /// public static Check IsNotEmpty( this Check check, bool shortCircuitOnError = false ) where TCollection : IEnumerable { if (check.IsShortCircuited) { return check; } var collection = check.Value; // ReSharper disable once ConditionIsAlwaysTrueOrFalseAccordingToNullableAPIContract if (collection is not null && GetCollectionCount(collection) > 0) { return check; } return AddBuiltInError(check, BuiltInValidationErrorDefinitions.NotEmpty, shortCircuitOnError); } /// /// Adds a validation error when the checked collection is or has no items, /// applying the specified inline error overrides. /// /// The enumerable collection type. /// The check carrying the value and validation context. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// A collection triggers a validation error (treated as absent/empty). /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check IsNotEmpty( this Check check, ErrorOverrides overrides, bool shortCircuitOnError = false ) where TCollection : IEnumerable { EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var collection = check.Value; // ReSharper disable once ConditionIsAlwaysTrueOrFalseAccordingToNullableAPIContract if (collection is not null && GetCollectionCount(collection) > 0) { return check; } return AddBuiltInErrorWithOverrides( check, BuiltInValidationErrorDefinitions.NotEmpty, overrides, shortCircuitOnError ); } /// /// Adds a validation error when the checked immutable array is not empty. /// /// The element type of the immutable array. /// The check carrying the value and validation context. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. public static Check> IsEmpty( this Check> check, bool shortCircuitOnError = false ) => check.IsShortCircuited || check.Value.Length == 0 ? check : AddBuiltInError(check, BuiltInValidationErrorDefinitions.Empty, shortCircuitOnError); /// /// Adds a validation error when the checked immutable array is not empty, /// applying the specified inline error overrides. /// /// The element type of the immutable array. /// The check carrying the value and validation context. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check> IsEmpty( this Check> check, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureErrorOverrides(overrides); return check.IsShortCircuited || check.Value.Length == 0 ? check : AddBuiltInErrorWithOverrides( check, BuiltInValidationErrorDefinitions.Empty, overrides, shortCircuitOnError ); } /// /// Adds a validation error when the checked immutable array is empty. /// /// The element type of the immutable array. /// The check carrying the value and validation context. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. public static Check> IsNotEmpty( this Check> check, bool shortCircuitOnError = false ) => check.IsShortCircuited || check.Value.Length > 0 ? check : AddBuiltInError(check, BuiltInValidationErrorDefinitions.NotEmpty, shortCircuitOnError); /// /// Adds a validation error when the checked immutable array is empty, /// applying the specified inline error overrides. /// /// The element type of the immutable array. /// The check carrying the value and validation context. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check> IsNotEmpty( this Check> check, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureErrorOverrides(overrides); return check.IsShortCircuited || check.Value.Length > 0 ? check : AddBuiltInErrorWithOverrides( check, BuiltInValidationErrorDefinitions.NotEmpty, overrides, shortCircuitOnError ); } } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Checks.Enums.cs000066400000000000000000000301001516707642500276150ustar00rootroot00000000000000using System; using Light.PortableResults.Validation.Definitions; namespace Light.PortableResults.Validation; /// /// Provides assertions for instances. /// public static partial class Checks { /// /// Adds a validation error when the checked enum value is not defined by the enum type. /// /// The enum type to validate against. /// The check carrying the value and validation context. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Uses internally. Flags-combined values that are not themselves /// declared members of are considered invalid. /// public static Check IsInEnum(this Check check, bool shortCircuitOnError = false) where TEnum : struct, Enum { if (check.IsShortCircuited || Enum.IsDefined(typeof(TEnum), check.Value)) { return check; } return AddBuiltInError(check, BuiltInValidationErrorDefinitions.IsInEnum(), shortCircuitOnError); } /// /// Adds a validation error when the checked enum value is not defined by the enum type, /// applying the specified inline error overrides. /// /// The enum type to validate against. /// The check carrying the value and validation context. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Uses internally. Flags-combined values that are not themselves /// declared members of are considered invalid. /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check IsInEnum( this Check check, ErrorOverrides overrides, bool shortCircuitOnError = false ) where TEnum : struct, Enum { EnsureErrorOverrides(overrides); if (check.IsShortCircuited || Enum.IsDefined(typeof(TEnum), check.Value)) { return check; } return AddBuiltInErrorWithOverrides( check, BuiltInValidationErrorDefinitions.IsInEnum(), overrides, shortCircuitOnError ); } /// /// Adds a validation error when the checked enum value is not defined by the enum type. /// /// The enum type to validate against. /// The check carrying the value and validation context. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Uses internally. Flags-combined values that are not themselves /// declared members of are considered invalid. /// /// /// Thrown when the checked nullable value has no value. Guard against this by calling /// before this assertion. /// public static Check IsInEnum(this Check check, bool shortCircuitOnError = false) where TEnum : struct, Enum { if (check.IsShortCircuited) { return check; } var value = GetRequiredValue(check.Value, nameof(IsInEnum)); if (Enum.IsDefined(typeof(TEnum), value)) { return check; } return AddBuiltInError(check, BuiltInValidationErrorDefinitions.IsInEnum(), shortCircuitOnError); } /// /// Adds a validation error when the checked enum value is not defined by the enum type, /// applying the specified inline error overrides. /// /// The enum type to validate against. /// The check carrying the value and validation context. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Uses internally. Flags-combined values that are not themselves /// declared members of are considered invalid. /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked nullable value has no value. Guard against this by calling /// before this assertion. /// public static Check IsInEnum( this Check check, ErrorOverrides overrides, bool shortCircuitOnError = false ) where TEnum : struct, Enum { EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredValue(check.Value, nameof(IsInEnum)); if (Enum.IsDefined(typeof(TEnum), value)) { return check; } return AddBuiltInErrorWithOverrides( check, BuiltInValidationErrorDefinitions.IsInEnum(), overrides, shortCircuitOnError ); } /// /// Adds a validation error when the checked string does not equal a defined enum member name. /// With the default string normalizer, is normalized to /// before this assertion sees the value. /// /// The enum type whose member names are the set of valid values. /// The check carrying the value and validation context. /// /// When , comparison uses ordinal case-insensitive matching; otherwise, /// ordinal case-sensitive matching is used. Defaults to . /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check IsEnumName( this Check check, bool ignoreCase = false, bool shortCircuitOnError = false ) where TEnum : struct, Enum { if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(IsEnumName)); if (IsEnumNameDefined(value, ignoreCase)) { return check; } var definition = BuiltInValidationErrorDefinitions.EnumName( check.Context.ErrorDefinitionCache, ignoreCase ); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked string does not equal a defined enum member name, /// applying the specified inline error overrides. With the default string normalizer, /// is normalized to before this assertion sees the value. /// /// The enum type whose member names are the set of valid values. /// The check carrying the value and validation context. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , comparison uses ordinal case-insensitive matching; otherwise, /// ordinal case-sensitive matching is used. Defaults to . /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check IsEnumName( this Check check, ErrorOverrides overrides, bool ignoreCase = false, bool shortCircuitOnError = false ) where TEnum : struct, Enum { EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(IsEnumName)); if (IsEnumNameDefined(value, ignoreCase)) { return check; } var definition = BuiltInValidationErrorDefinitions.EnumName( check.Context.ErrorDefinitionCache, ignoreCase ); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Checks.Equality.cs000066400000000000000000000321761516707642500303420ustar00rootroot00000000000000using System; using System.Collections.Generic; using Light.PortableResults.Validation.Definitions; namespace Light.PortableResults.Validation; /// /// Provides assertions for instances. /// public static partial class Checks { /// /// Adds a validation error when the checked value does not equal the specified expected value. /// /// The check carrying the value and validation context. /// The value the checked value must equal. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// Uses for the comparison. public static Check IsEqualTo( this Check check, T comparativeValue, bool shortCircuitOnError = false ) => check.IsEqualTo(comparativeValue, EqualityComparer.Default, shortCircuitOnError); /// /// Adds a validation error when the checked value does not equal the specified expected value, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// The value the checked value must equal. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// Uses for the comparison. /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check IsEqualTo( this Check check, T comparativeValue, ErrorOverrides overrides, bool shortCircuitOnError = false ) => check.IsEqualTo(comparativeValue, EqualityComparer.Default, overrides, shortCircuitOnError); /// /// Adds a validation error when the checked value does not equal the specified expected value. /// /// The check carrying the value and validation context. /// The value the checked value must equal. /// /// The comparer used to determine equality. Must not be . /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is . /// public static Check IsEqualTo( this Check check, T comparativeValue, IEqualityComparer equalityComparer, bool shortCircuitOnError = false ) { if (equalityComparer is null) { throw new ArgumentNullException(nameof(equalityComparer)); } if (check.IsShortCircuited || equalityComparer.Equals(check.Value, comparativeValue)) { return check; } var definition = BuiltInValidationErrorDefinitions.EqualTo( check.Context.ErrorDefinitionCache, comparativeValue ); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked value does not equal the specified expected value, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// The value the checked value must equal. /// /// The comparer used to determine equality. Must not be . /// /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is . /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check IsEqualTo( this Check check, T comparativeValue, IEqualityComparer equalityComparer, ErrorOverrides overrides, bool shortCircuitOnError = false ) { if (equalityComparer is null) { throw new ArgumentNullException(nameof(equalityComparer)); } EnsureErrorOverrides(overrides); if (check.IsShortCircuited || equalityComparer.Equals(check.Value, comparativeValue)) { return check; } var definition = BuiltInValidationErrorDefinitions.EqualTo( check.Context.ErrorDefinitionCache, comparativeValue ); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked value equals the specified disallowed value. /// /// The check carrying the value and validation context. /// The value the checked value must not equal. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// Uses for the comparison. public static Check IsNotEqualTo( this Check check, T comparativeValue, bool shortCircuitOnError = false ) => check.IsNotEqualTo(comparativeValue, EqualityComparer.Default, shortCircuitOnError); /// /// Adds a validation error when the checked value equals the specified disallowed value, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// The value the checked value must not equal. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// Uses for the comparison. /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check IsNotEqualTo( this Check check, T comparativeValue, ErrorOverrides overrides, bool shortCircuitOnError = false ) => check.IsNotEqualTo(comparativeValue, EqualityComparer.Default, overrides, shortCircuitOnError); /// /// Adds a validation error when the checked value equals the specified disallowed value. /// /// The check carrying the value and validation context. /// The value the checked value must not equal. /// /// The comparer used to determine equality. Must not be . /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is . /// public static Check IsNotEqualTo( this Check check, T comparativeValue, IEqualityComparer equalityComparer, bool shortCircuitOnError = false ) { if (equalityComparer is null) { throw new ArgumentNullException(nameof(equalityComparer)); } if (check.IsShortCircuited || !equalityComparer.Equals(check.Value, comparativeValue)) { return check; } var definition = BuiltInValidationErrorDefinitions.NotEqualTo( check.Context.ErrorDefinitionCache, comparativeValue ); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked value equals the specified disallowed value, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// The value the checked value must not equal. /// /// The comparer used to determine equality. Must not be . /// /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is . /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check IsNotEqualTo( this Check check, T comparativeValue, IEqualityComparer equalityComparer, ErrorOverrides overrides, bool shortCircuitOnError = false ) { if (equalityComparer is null) { throw new ArgumentNullException(nameof(equalityComparer)); } EnsureErrorOverrides(overrides); if (check.IsShortCircuited || !equalityComparer.Equals(check.Value, comparativeValue)) { return check; } var definition = BuiltInValidationErrorDefinitions.NotEqualTo( check.Context.ErrorDefinitionCache, comparativeValue ); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Checks.Helpers.cs000066400000000000000000000214671516707642500301500ustar00rootroot00000000000000using System; using System.Collections; using System.Collections.Generic; using System.Numerics; using Light.PortableResults.Validation.Definitions; namespace Light.PortableResults.Validation; /// /// Provides assertions for instances. /// public static partial class Checks { private static Check AddBuiltInError( Check check, ValidationErrorDefinition definition, bool shortCircuitOnError ) { var updatedCheck = check.AddError(definition, respectShortCircuit: false); return updatedCheck.ShortCircuitOnErrorIfRequested(shortCircuitOnError); } private static Check AddBuiltInErrorWithOverrides( Check check, ValidationErrorDefinition definition, ErrorOverrides overrides, bool shortCircuitOnError ) { EnsureErrorOverrides(overrides); var updatedCheck = overrides.Message is null ? check.AddError( definition, code: overrides.Code, metadata: overrides.Metadata, category: overrides.Category, respectShortCircuit: false ) : check.AddError( overrides.Message, code: overrides.Code ?? definition.Code, metadata: overrides.Metadata ?? definition.Metadata, target: definition.Target, category: overrides.Category ?? definition.Category, respectShortCircuit: false ); return updatedCheck.ShortCircuitOnErrorIfRequested(shortCircuitOnError); } private static void EnsureErrorOverrides(ErrorOverrides overrides) { if (overrides.Message is null && overrides.Code is null && overrides.Category is null && overrides.Metadata is null ) { throw new ArgumentException( "At least one override must be specified. Use the overload without overrides when no override is needed.", nameof(overrides) ); } if (overrides.Message is not null && string.IsNullOrWhiteSpace(overrides.Message)) { throw new ArgumentException( "The override message must not be empty or whitespace.", nameof(overrides) ); } } private static InvalidOperationException CreateNullValueException(string assertionName) => new ( $"{assertionName} requires a non-null value. Enable automatic null checking or guard explicitly " + "with IsNotNull() before calling this assertion." ); private static InvalidOperationException CreateNullStringException(string assertionName) => new ( $"{assertionName} requires a non-null string value. Enable automatic null checking, use string " + "normalization, or guard explicitly with IsNotNull() before calling this assertion." ); private static InvalidOperationException CreateNullCollectionException(string assertionName) => new ( $"{assertionName} requires a non-null collection. Enable automatic null checking or guard explicitly " + "with IsNotNull() before calling this assertion." ); private static string GetRequiredString(string? value, string assertionName) => value ?? throw CreateNullStringException(assertionName); private static T GetRequiredValue(T value, string assertionName) => value is null ? throw CreateNullValueException(assertionName) : value; private static IEnumerable GetRequiredCollection(IEnumerable? value, string assertionName) => value ?? throw CreateNullCollectionException(assertionName); private static int GetCollectionCount(IEnumerable collection) { if (collection is string text) { return text.Length; } if (collection is ICollection nonGenericCollection) { return nonGenericCollection.Count; } var count = 0; var enumerator = collection.GetEnumerator(); using (enumerator as IDisposable) { while (enumerator.MoveNext()) { count++; } } return count; } private static bool LooksLikeEmail(string value) { var atIndex = value.IndexOf('@'); if (atIndex <= 0 || atIndex != value.LastIndexOf('@') || atIndex == value.Length - 1) { return false; } return true; } private static bool ContainsOnlyDigitsCore(string value) { if (value.Length == 0) { return false; } for (var i = 0; i < value.Length; i++) { if (!char.IsDigit(value[i])) { return false; } } return true; } private static bool ContainsOnlyLettersAndDigitsCore(string value) { if (value.Length == 0) { return false; } for (var i = 0; i < value.Length; i++) { if (!char.IsLetterOrDigit(value[i])) { return false; } } return true; } private static void EnsureLengthBoundary(int length, string paramName) { if (length < 0) { throw new ArgumentOutOfRangeException(paramName, "The value must be zero or greater."); } } private static void EnsureRangeBoundaries(T lowerBoundary, T upperBoundary, string lowerName, string upperName) { if (lowerBoundary is null) { throw new ArgumentNullException(lowerName); } if (upperBoundary is null) { throw new ArgumentNullException(upperName); } } private static void EnsureMinMax(int minValue, int maxValue, string minName, string maxName) { EnsureLengthBoundary(minValue, minName); EnsureLengthBoundary(maxValue, maxName); if (maxValue < minValue) { throw new ArgumentException( $"'{maxName}' must be greater than or equal to '{minName}'.", maxName ); } } private static void EnsurePrecisionScale(int precision, int scale) { if (precision <= 0) { throw new ArgumentOutOfRangeException(nameof(precision), "Precision must be greater than zero."); } if (scale < 0) { throw new ArgumentOutOfRangeException(nameof(scale), "Scale must be zero or greater."); } if (scale > precision) { throw new ArgumentOutOfRangeException(nameof(scale), "Scale must not be greater than precision."); } } private static PrecisionScaleInfo GetPrecisionScaleInfo(decimal value, bool ignoreTrailingZeros) { var bits = decimal.GetBits(Math.Abs(value)); var scale = (bits[3] >> 16) & 0x7F; var unscaledValue = ((BigInteger) (uint) bits[2] << 64) | ((BigInteger) (uint) bits[1] << 32) | (uint) bits[0]; if (ignoreTrailingZeros && unscaledValue.IsZero) { return new PrecisionScaleInfo(digits: 1, scale: 0); } if (ignoreTrailingZeros) { while (scale > 0 && !unscaledValue.IsZero) { var quotient = BigInteger.DivRem(unscaledValue, 10, out var remainder); if (remainder != BigInteger.Zero) { break; } unscaledValue = quotient; scale--; } } var digits = 0; if (unscaledValue.IsZero) { digits = 1; } else { while (unscaledValue > BigInteger.Zero) { unscaledValue /= 10; digits++; } } return new PrecisionScaleInfo(digits, scale); } private static bool IsEnumNameDefined(string value, bool ignoreCase) where TEnum : struct, Enum { var comparer = ignoreCase ? StringComparer.OrdinalIgnoreCase : StringComparer.Ordinal; foreach (var name in EnumNameCache.Names) { if (comparer.Equals(name, value)) { return true; } } return false; } private readonly struct PrecisionScaleInfo { public PrecisionScaleInfo(int digits, int scale) { Digits = digits; Scale = scale; } public int Digits { get; } public int Scale { get; } } private static class EnumNameCache where TEnum : struct, Enum { public static string[] Names { get; } = Enum.GetNames(typeof(TEnum)); } } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Checks.Null.cs000066400000000000000000000130401516707642500274440ustar00rootroot00000000000000using System; using Light.PortableResults.Validation.Definitions; namespace Light.PortableResults.Validation; /// /// Provides assertions for instances. /// public static partial class Checks { /// /// Adds a validation error when the checked value is . /// /// The check carrying the value and validation context. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped. Defaults to because most downstream /// assertions require a non- value and would throw /// otherwise. /// /// The current check for fluent chaining. public static Check IsNotNull(this Check check, bool shortCircuitOnError = true) => check.IsShortCircuited || !check.IsValueNull ? check : AddBuiltInError(check, BuiltInValidationErrorDefinitions.NotNull, shortCircuitOnError); /// /// Adds a validation error when the checked value is , /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped. Defaults to because most downstream /// assertions require a non- value and would throw /// otherwise. /// /// The current check for fluent chaining. /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check IsNotNull( this Check check, ErrorOverrides overrides, bool shortCircuitOnError = true ) { EnsureErrorOverrides(overrides); return check.IsShortCircuited || !check.IsValueNull ? check : AddBuiltInErrorWithOverrides( check, BuiltInValidationErrorDefinitions.NotNull, overrides, shortCircuitOnError ); } /// /// Adds a validation error when the checked value is not . /// /// The check carrying the value and validation context. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped. Defaults to because assertions that /// follow IsNull typically expect a value. /// /// The current check for fluent chaining. public static Check IsNull(this Check check, bool shortCircuitOnError = true) { if (check.IsShortCircuited || check.IsValueNull) { return check; } return AddBuiltInError(check, BuiltInValidationErrorDefinitions.Null, shortCircuitOnError); } /// /// Adds a validation error when the checked value is not , /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped. Defaults to because assertions that /// follow IsNull typically expect a value. /// /// The current check for fluent chaining. /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check IsNull( this Check check, ErrorOverrides overrides, bool shortCircuitOnError = true ) { EnsureErrorOverrides(overrides); if (check.IsShortCircuited || check.IsValueNull) { return check; } return AddBuiltInErrorWithOverrides( check, BuiltInValidationErrorDefinitions.Null, overrides, shortCircuitOnError ); } } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Checks.Predicate.cs000066400000000000000000000314271516707642500304430ustar00rootroot00000000000000using System; using Light.PortableResults.Metadata; using Light.PortableResults.Validation.Definitions; using Light.PortableResults.Validation.Messaging; namespace Light.PortableResults.Validation; /// /// Provides assertions for instances. /// public static partial class Checks { /// /// Evaluates the predicate for the current value and adds one validation error when it returns /// . /// /// The check carrying the value and validation context. /// /// The condition the value must satisfy. Must not be . /// /// /// The error definition used when the predicate fails. When , the built-in /// predicate definition is used. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is . /// public static Check Must( this Check check, Func predicate, ValidationErrorDefinition? definition = null, bool shortCircuitOnError = false ) { if (predicate is null) { throw new ArgumentNullException(nameof(predicate)); } if (check.IsShortCircuited || predicate(check.Value)) { return check; } return AddBuiltInError(check, definition ?? BuiltInValidationErrorDefinitions.Predicate, shortCircuitOnError); } /// /// Evaluates the predicate for the current value and adds one validation error backed by the built-in predicate /// definition when it returns , applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// The condition the value must satisfy. Must not be . /// /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is . /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check Must( this Check check, Func predicate, ErrorOverrides overrides, bool shortCircuitOnError = false ) { if (predicate is null) { throw new ArgumentNullException(nameof(predicate)); } EnsureErrorOverrides(overrides); if (check.IsShortCircuited || predicate(check.Value)) { return check; } return AddBuiltInErrorWithOverrides( check, BuiltInValidationErrorDefinitions.Predicate, overrides, shortCircuitOnError ); } /// /// Evaluates the predicate for the current value and the scoped readonly validation context, then adds one /// validation error when it returns . /// /// The check carrying the value and validation context. /// /// The condition to evaluate. Receives a scoped read-only view of the validation context, enabling /// cross-field checks (e.g., inspecting previously collected errors) without mutating the context. /// Must not be . /// /// /// The error definition used when the predicate fails. When , the built-in /// predicate definition is used. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// The target is normalized to its absolute path before the predicate is invoked, so the read-only /// context reflects the current fully-qualified target. /// /// /// Thrown when is . /// public static Check Must( this Check check, Func predicate, ValidationErrorDefinition? definition = null, bool shortCircuitOnError = false ) { if (predicate is null) { throw new ArgumentNullException(nameof(predicate)); } if (check.IsShortCircuited) { return check; } var normalizedCheck = check.NormalizeTargetIfNecessary(); var context = normalizedCheck.CreateChildContext().AsReadOnly(); if (predicate(context, normalizedCheck.Value)) { return normalizedCheck; } return AddBuiltInError( normalizedCheck, definition ?? BuiltInValidationErrorDefinitions.Predicate, shortCircuitOnError ); } /// /// Evaluates the predicate for the current value and the scoped readonly validation context, then adds one /// validation error backed by the built-in predicate definition when it returns , /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// The condition to evaluate. Receives a scoped read-only view of the validation context, enabling /// cross-field checks (e.g., inspecting previously collected errors) without mutating the context. /// Must not be . /// /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// The target is normalized to its absolute path before the predicate is invoked, so the read-only /// context reflects the current fully-qualified target. /// /// /// Thrown when is . /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check Must( this Check check, Func predicate, ErrorOverrides overrides, bool shortCircuitOnError = false ) { if (predicate is null) { throw new ArgumentNullException(nameof(predicate)); } EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var normalizedCheck = check.NormalizeTargetIfNecessary(); var context = normalizedCheck.CreateChildContext().AsReadOnly(); if (predicate(context, normalizedCheck.Value)) { return normalizedCheck; } return AddBuiltInErrorWithOverrides( normalizedCheck, BuiltInValidationErrorDefinitions.Predicate, overrides, shortCircuitOnError ); } /// /// Evaluates the predicate for the current value and adds one validation error created from the supplied /// template when it returns . /// /// The check carrying the value and validation context. /// /// The condition the value must satisfy. Must not be . /// /// /// The message template used to produce the error message. Must not be . /// /// /// An optional error code. When , the built-in predicate code is used. /// /// Optional structured metadata attached to the error. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when or is . /// public static Check Must( this Check check, Func predicate, IValidationErrorMessageTemplate template, string? code = null, MetadataObject? metadata = null, bool shortCircuitOnError = false ) { if (predicate is null) { throw new ArgumentNullException(nameof(predicate)); } if (template is null) { throw new ArgumentNullException(nameof(template)); } if (check.IsShortCircuited || predicate(check.Value)) { return check; } var definition = new TemplateValidationErrorDefinition( template, code ?? BuiltInValidationErrorDefinitions.Predicate.Code, metadata ); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Executes imperative custom validation logic against the current scoped validation context. /// The delegate may add zero, one, or many validation errors directly. /// /// The check carrying the value and validation context. /// /// The delegate that performs the validation. Receives a scoped /// and the current value; it may call context.AddError zero or more times. /// Must not be . /// /// The current check for fluent chaining. /// /// Unlike the Must overloads, Custom does not accept a shortCircuitOnError /// parameter because the delegate has full control over error emission. The delegate is not invoked /// at all when the check is already short-circuited. /// /// /// Thrown when is . /// public static Check Custom(this Check check, Action customValidation) { if (customValidation is null) { throw new ArgumentNullException(nameof(customValidation)); } if (check.IsShortCircuited) { return check; } var normalizedCheck = check.NormalizeTargetIfNecessary(); customValidation(normalizedCheck.CreateChildContext(), normalizedCheck.Value); return normalizedCheck; } } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Checks.Strings.cs000066400000000000000000001133661516707642500301770ustar00rootroot00000000000000using System; using System.Text.RegularExpressions; using Light.PortableResults.Validation.Definitions; namespace Light.PortableResults.Validation; /// /// Provides assertions for instances. /// public static partial class Checks { /// /// Adds a validation error when the checked string is , empty, or whitespace. /// With the default string normalizer, is normalized to /// before this assertion sees the value. /// /// The check carrying the value and validation context. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. public static Check IsNotNullOrWhiteSpace(this Check check, bool shortCircuitOnError = false) { if (check.IsShortCircuited) { return check; } var value = check.Value; if (string.IsNullOrWhiteSpace(value)) { return AddBuiltInError(check, BuiltInValidationErrorDefinitions.NotNullOrWhiteSpace, shortCircuitOnError); } return check.WithValue(value); } /// /// Adds a validation error when the checked string is , empty, or whitespace, /// applying the specified inline error overrides. With the default string normalizer, /// is normalized to before this assertion sees the value. /// /// The check carrying the value and validation context. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// public static Check IsNotNullOrWhiteSpace( this Check check, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = check.Value; if (string.IsNullOrWhiteSpace(value)) { return AddBuiltInErrorWithOverrides( check, BuiltInValidationErrorDefinitions.NotNullOrWhiteSpace, overrides, shortCircuitOnError ); } return check.WithValue(value); } /// /// Adds a validation error when the checked string is shorter than the specified minimum length. /// /// The check carrying the value and validation context. /// The minimum number of characters required. Must be zero or greater. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check HasMinLength( this Check check, int minLength, bool shortCircuitOnError = false ) { EnsureLengthBoundary(minLength, nameof(minLength)); if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(HasMinLength)); if (value.Length >= minLength) { return check; } var definition = BuiltInValidationErrorDefinitions.MinLength(check.Context.ErrorDefinitionCache, minLength); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked string is shorter than the specified minimum length, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// The minimum number of characters required. Must be zero or greater. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check HasMinLength( this Check check, int minLength, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureLengthBoundary(minLength, nameof(minLength)); EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(HasMinLength)); if (value.Length >= minLength) { return check; } var definition = BuiltInValidationErrorDefinitions.MinLength(check.Context.ErrorDefinitionCache, minLength); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked string exceeds the specified maximum length. /// /// The check carrying the value and validation context. /// The maximum number of characters allowed. Must be zero or greater. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check HasMaxLength( this Check check, int maxLength, bool shortCircuitOnError = false ) { EnsureLengthBoundary(maxLength, nameof(maxLength)); if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(HasMaxLength)); if (value.Length <= maxLength) { return check; } var definition = BuiltInValidationErrorDefinitions.MaxLength(check.Context.ErrorDefinitionCache, maxLength); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked string exceeds the specified maximum length, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// The maximum number of characters allowed. Must be zero or greater. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is negative. /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check HasMaxLength( this Check check, int maxLength, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureLengthBoundary(maxLength, nameof(maxLength)); EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(HasMaxLength)); if (value.Length <= maxLength) { return check; } var definition = BuiltInValidationErrorDefinitions.MaxLength(check.Context.ErrorDefinitionCache, maxLength); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked string length lies outside the inclusive range. /// /// The check carrying the value and validation context. /// /// The minimum character count (inclusive). Must be zero or greater. /// /// /// The maximum character count (inclusive). Must be greater than or equal to /// . /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when or is negative. /// /// /// Thrown when is less than . /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check HasLengthIn( this Check check, int minLength, int maxLength, bool shortCircuitOnError = false ) { EnsureMinMax(minLength, maxLength, nameof(minLength), nameof(maxLength)); if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(HasLengthIn)); if (value.Length >= minLength && value.Length <= maxLength) { return check; } var definition = BuiltInValidationErrorDefinitions.LengthIn( check.Context.ErrorDefinitionCache, minLength, maxLength ); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked string length lies outside the inclusive range, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// The minimum character count (inclusive). Must be zero or greater. /// /// /// The maximum character count (inclusive). Must be greater than or equal to /// . /// /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when or is negative. /// /// /// Thrown when is less than , or when /// has no field set, or when is /// non- but empty or whitespace. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check HasLengthIn( this Check check, int minLength, int maxLength, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureMinMax(minLength, maxLength, nameof(minLength), nameof(maxLength)); EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(HasLengthIn)); if (value.Length >= minLength && value.Length <= maxLength) { return check; } var definition = BuiltInValidationErrorDefinitions.LengthIn( check.Context.ErrorDefinitionCache, minLength, maxLength ); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked string does not match the specified regular expression. /// /// The check carrying the value and validation context. /// /// The compiled regular expression the string must match. Must not be . /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is . /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check Matches(this Check check, Regex regex, bool shortCircuitOnError = false) { if (regex is null) { throw new ArgumentNullException(nameof(regex)); } if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(Matches)); if (regex.IsMatch(value)) { return check; } var definition = BuiltInValidationErrorDefinitions.Matches( check.Context.ErrorDefinitionCache, regex.ToString(), regex.Options ); return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked string does not match the specified regular expression, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// The compiled regular expression the string must match. Must not be . /// /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is . /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check Matches( this Check check, Regex regex, ErrorOverrides overrides, bool shortCircuitOnError = false ) { if (regex is null) { throw new ArgumentNullException(nameof(regex)); } EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(Matches)); if (regex.IsMatch(value)) { return check; } var definition = BuiltInValidationErrorDefinitions.Matches( check.Context.ErrorDefinitionCache, regex.ToString(), regex.Options ); return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked string does not match the specified regular expression pattern. /// /// The check carrying the value and validation context. /// /// The regular expression pattern the string must match. Must not be . /// The compiled is cached inside the validation context for the lifetime of the /// validation operation. /// /// /// Options applied when compiling and matching the pattern; /// defaults to . /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is . /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check Matches( this Check check, string pattern, RegexOptions options = RegexOptions.None, bool shortCircuitOnError = false ) { if (pattern is null) { throw new ArgumentNullException(nameof(pattern)); } if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(Matches)); var definition = BuiltInValidationErrorDefinitions.Matches(check.Context.ErrorDefinitionCache, pattern, options); if (definition.Regex.IsMatch(value)) { return check; } return AddBuiltInError(check, definition, shortCircuitOnError); } /// /// Adds a validation error when the checked string does not match the specified regular expression pattern, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// The regular expression pattern the string must match. Must not be . /// The compiled is cached inside the validation context for the lifetime of the /// validation operation. /// /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// Options applied when compiling and matching the pattern; /// defaults to . /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Thrown when is . /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check Matches( this Check check, string pattern, ErrorOverrides overrides, RegexOptions options = RegexOptions.None, bool shortCircuitOnError = false ) { if (pattern is null) { throw new ArgumentNullException(nameof(pattern)); } EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(Matches)); var definition = BuiltInValidationErrorDefinitions.Matches(check.Context.ErrorDefinitionCache, pattern, options); if (definition.Regex.IsMatch(value)) { return check; } return AddBuiltInErrorWithOverrides(check, definition, overrides, shortCircuitOnError); } /// /// Adds a validation error when the checked string does not look like an email address. /// /// The check carrying the value and validation context. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Uses a lightweight heuristic: the string must contain exactly one @ sign that is neither /// the first nor the last character. This is intentionally permissive — it rejects obviously invalid /// addresses without performing full RFC-5321 validation. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check IsEmail(this Check check, bool shortCircuitOnError = false) { if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(IsEmail)); return LooksLikeEmail(value) ? check : AddBuiltInError(check, BuiltInValidationErrorDefinitions.Email, shortCircuitOnError); } /// /// Adds a validation error when the checked string does not look like an email address, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Uses a lightweight heuristic: the string must contain exactly one @ sign that is neither /// the first nor the last character. This is intentionally permissive — it rejects obviously invalid /// addresses without performing full RFC-5321 validation. /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check IsEmail( this Check check, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(IsEmail)); return LooksLikeEmail(value) ? check : AddBuiltInErrorWithOverrides( check, BuiltInValidationErrorDefinitions.Email, overrides, shortCircuitOnError ); } /// /// Adds a validation error when the checked string is empty or contains a non-digit character. /// /// The check carrying the value and validation context. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Every character is tested with . An empty string always fails. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check ContainsOnlyDigits(this Check check, bool shortCircuitOnError = false) { if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(ContainsOnlyDigits)); return ContainsOnlyDigitsCore(value) ? check : AddBuiltInError(check, BuiltInValidationErrorDefinitions.DigitsOnly, shortCircuitOnError); } /// /// Adds a validation error when the checked string is empty or contains a non-digit character, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Every character is tested with . An empty string always fails. /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check ContainsOnlyDigits( this Check check, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(ContainsOnlyDigits)); return ContainsOnlyDigitsCore(value) ? check : AddBuiltInErrorWithOverrides( check, BuiltInValidationErrorDefinitions.DigitsOnly, overrides, shortCircuitOnError ); } /// /// Adds a validation error when the checked string is empty or contains characters other than letters or digits. /// /// The check carrying the value and validation context. /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Every character is tested with . An empty string always fails. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check ContainsOnlyLettersAndDigits(this Check check, bool shortCircuitOnError = false) { if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(ContainsOnlyLettersAndDigits)); return ContainsOnlyLettersAndDigitsCore(value) ? check : AddBuiltInError(check, BuiltInValidationErrorDefinitions.LettersAndDigitsOnly, shortCircuitOnError); } /// /// Adds a validation error when the checked string is empty or contains characters other than letters or digits, /// applying the specified inline error overrides. /// /// The check carrying the value and validation context. /// /// Inline overrides for the built-in error details. Pass a plain to replace only /// the message, or supply a full to also override the code, category, or /// metadata. At least one field must be set. /// /// /// When , marks the check as short-circuited after a failure so that subsequent /// assertions in the chain are skipped; defaults to . /// /// The current check for fluent chaining. /// /// Every character is tested with . An empty string always fails. /// /// /// Thrown when has no field set, or when /// is non- but empty or whitespace. /// /// /// Thrown when the checked string is . With the default string normalizer, /// is converted to before this assertion, /// so this only occurs when using a no-op normalizer. /// public static Check ContainsOnlyLettersAndDigits( this Check check, ErrorOverrides overrides, bool shortCircuitOnError = false ) { EnsureErrorOverrides(overrides); if (check.IsShortCircuited) { return check; } var value = GetRequiredString(check.Value, nameof(ContainsOnlyLettersAndDigits)); return ContainsOnlyLettersAndDigitsCore(value) ? check : AddBuiltInErrorWithOverrides( check, BuiltInValidationErrorDefinitions.LettersAndDigitsOnly, overrides, shortCircuitOnError ); } } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/DefaultValidationContextFactory.cs000066400000000000000000000027271516707642500336410ustar00rootroot00000000000000using System; namespace Light.PortableResults.Validation; /// /// Default implementation of . /// public sealed class DefaultValidationContextFactory : IValidationContextFactory { /// /// Initializes a new instance of . /// /// The context options to use. public DefaultValidationContextFactory(ValidationContextOptions options) => Options = options ?? throw new ArgumentNullException(nameof(options)); /// /// Gets the options used for newly created validation contexts. /// public ValidationContextOptions Options { get; } /// public ValidationContext CreateValidationContext() => new (new ValidationState(Options), string.Empty); /// /// Creates a new instance of . /// /// /// The options for the context. When null, a new instance of is used. /// /// The created instance. public static DefaultValidationContextFactory Create(ValidationContextOptions? options = null) { options ??= new ValidationContextOptions(); return new DefaultValidationContextFactory(options); } } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Definitions/000077500000000000000000000000001516707642500272615ustar00rootroot00000000000000BuiltInValidationErrorDefinitions.Comparable.cs000066400000000000000000000444431516707642500403750ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Definitionsusing System; using Light.PortableResults.Validation.Messaging; namespace Light.PortableResults.Validation.Definitions; public static partial class BuiltInValidationErrorDefinitions { /// /// Gets or creates a reusable definition for greater-than validation failures. /// public static GreaterThanValidationErrorDefinition GreaterThan(T comparativeValue) => GreaterThan(ValidationErrorDefinitionCache.Default, comparativeValue); /// /// Gets or creates a reusable definition for greater-than validation failures. /// public static GreaterThanValidationErrorDefinition GreaterThan( IValidationErrorDefinitionCache cache, T comparativeValue ) { if (cache is null) { throw new ArgumentNullException(nameof(cache)); } if (comparativeValue is null) { throw new ArgumentNullException(nameof(comparativeValue)); } return cache.GetOrAdd( new SingleValueDefinitionCacheKey(comparativeValue), static key => new GreaterThanValidationErrorDefinition(key.Value) ); } /// /// Gets or creates a reusable definition for greater-than-or-equal validation failures. /// public static GreaterThanOrEqualToValidationErrorDefinition GreaterThanOrEqualTo(T comparativeValue) => GreaterThanOrEqualTo(ValidationErrorDefinitionCache.Default, comparativeValue); /// /// Gets or creates a reusable definition for greater-than-or-equal validation failures. /// public static GreaterThanOrEqualToValidationErrorDefinition GreaterThanOrEqualTo( IValidationErrorDefinitionCache cache, T comparativeValue ) { if (cache is null) { throw new ArgumentNullException(nameof(cache)); } if (comparativeValue is null) { throw new ArgumentNullException(nameof(comparativeValue)); } return cache.GetOrAdd( new SingleValueDefinitionCacheKey(comparativeValue), static key => new GreaterThanOrEqualToValidationErrorDefinition(key.Value) ); } /// /// Gets or creates a reusable definition for less-than validation failures. /// public static LessThanValidationErrorDefinition LessThan(T comparativeValue) => LessThan(ValidationErrorDefinitionCache.Default, comparativeValue); /// /// Gets or creates a reusable definition for less-than validation failures. /// public static LessThanValidationErrorDefinition LessThan( IValidationErrorDefinitionCache cache, T comparativeValue ) { if (cache is null) { throw new ArgumentNullException(nameof(cache)); } if (comparativeValue is null) { throw new ArgumentNullException(nameof(comparativeValue)); } return cache.GetOrAdd( new SingleValueDefinitionCacheKey(comparativeValue), static key => new LessThanValidationErrorDefinition(key.Value) ); } /// /// Gets or creates a reusable definition for less-than-or-equal validation failures. /// public static LessThanOrEqualToValidationErrorDefinition LessThanOrEqualTo(T comparativeValue) => LessThanOrEqualTo(ValidationErrorDefinitionCache.Default, comparativeValue); /// /// Gets or creates a reusable definition for less-than-or-equal validation failures. /// public static LessThanOrEqualToValidationErrorDefinition LessThanOrEqualTo( IValidationErrorDefinitionCache cache, T comparativeValue ) { if (cache is null) { throw new ArgumentNullException(nameof(cache)); } if (comparativeValue is null) { throw new ArgumentNullException(nameof(comparativeValue)); } return cache.GetOrAdd( new SingleValueDefinitionCacheKey(comparativeValue), static key => new LessThanOrEqualToValidationErrorDefinition(key.Value) ); } /// /// Gets or creates a reusable definition for inclusive-range validation failures. /// public static InBetweenValidationErrorDefinition IsInBetween(T lowerBoundary, T upperBoundary) => IsInBetween(ValidationErrorDefinitionCache.Default, lowerBoundary, upperBoundary); /// /// Gets or creates a reusable definition for inclusive-range validation failures. /// public static InBetweenValidationErrorDefinition IsInBetween( IValidationErrorDefinitionCache cache, T lowerBoundary, T upperBoundary ) { if (cache is null) { throw new ArgumentNullException(nameof(cache)); } if (lowerBoundary is null) { throw new ArgumentNullException(nameof(lowerBoundary)); } if (upperBoundary is null) { throw new ArgumentNullException(nameof(upperBoundary)); } return cache.GetOrAdd( new RangeDefinitionCacheKey(new ValidationRange(lowerBoundary, upperBoundary)), static key => new InBetweenValidationErrorDefinition(key.Range.LowerBoundary, key.Range.UpperBoundary) ); } /// /// Gets or creates a reusable definition for outside-range validation failures. /// public static NotInBetweenValidationErrorDefinition IsNotInBetween(T lowerBoundary, T upperBoundary) => IsNotInBetween(ValidationErrorDefinitionCache.Default, lowerBoundary, upperBoundary); /// /// Gets or creates a reusable definition for outside-range validation failures. /// public static NotInBetweenValidationErrorDefinition IsNotInBetween( IValidationErrorDefinitionCache cache, T lowerBoundary, T upperBoundary ) { if (cache is null) { throw new ArgumentNullException(nameof(cache)); } if (lowerBoundary is null) { throw new ArgumentNullException(nameof(lowerBoundary)); } if (upperBoundary is null) { throw new ArgumentNullException(nameof(upperBoundary)); } return cache.GetOrAdd( new RangeDefinitionCacheKey(new ValidationRange(lowerBoundary, upperBoundary)), static key => new NotInBetweenValidationErrorDefinition(key.Range.LowerBoundary, key.Range.UpperBoundary) ); } /// /// Gets or creates a reusable definition for exclusive-range validation failures. /// public static ExclusiveRangeValidationErrorDefinition IsInExclusiveRange(T lowerBoundary, T upperBoundary) => IsInExclusiveRange(ValidationErrorDefinitionCache.Default, lowerBoundary, upperBoundary); /// /// Gets or creates a reusable definition for exclusive-range validation failures. /// public static ExclusiveRangeValidationErrorDefinition IsInExclusiveRange( IValidationErrorDefinitionCache cache, T lowerBoundary, T upperBoundary ) { if (cache is null) { throw new ArgumentNullException(nameof(cache)); } if (lowerBoundary is null) { throw new ArgumentNullException(nameof(lowerBoundary)); } if (upperBoundary is null) { throw new ArgumentNullException(nameof(upperBoundary)); } return cache.GetOrAdd( new RangeDefinitionCacheKey(new ValidationRange(lowerBoundary, upperBoundary)), static key => new ExclusiveRangeValidationErrorDefinition( key.Range.LowerBoundary, key.Range.UpperBoundary ) ); } /// /// Reusable built-in validation error definition for greater-than validation failures. /// public sealed class GreaterThanValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public GreaterThanValidationErrorDefinition(T comparativeValue) : base( comparativeValue, code: "GreaterThan", metadata: CreateComparativeMetadata(comparativeValue) ) { ComparativeValue = comparativeValue; } /// /// Gets the boundary value. /// public T ComparativeValue { get; } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.GreaterThan, out provider); /// public override ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context ) => context.ValidationContext.ErrorTemplates.GreaterThan.ProvideMessage(in context, ComparativeValue); } /// /// Reusable built-in validation error definition for greater-than-or-equal validation failures. /// public sealed class GreaterThanOrEqualToValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public GreaterThanOrEqualToValidationErrorDefinition(T comparativeValue) : base( comparativeValue, code: "GreaterThanOrEqualTo", metadata: CreateComparativeMetadata(comparativeValue) ) { ComparativeValue = comparativeValue; } /// /// Gets the inclusive lower boundary. /// public T ComparativeValue { get; } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.GreaterThanOrEqualTo, out provider); /// public override ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context ) => context.ValidationContext.ErrorTemplates.GreaterThanOrEqualTo.ProvideMessage( in context, ComparativeValue ); } /// /// Reusable built-in validation error definition for less-than validation failures. /// public sealed class LessThanValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public LessThanValidationErrorDefinition(T comparativeValue) : base( comparativeValue, code: "LessThan", metadata: CreateComparativeMetadata(comparativeValue) ) { ComparativeValue = comparativeValue; } /// /// Gets the boundary value. /// public T ComparativeValue { get; } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.LessThan, out provider); /// public override ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context ) => context.ValidationContext.ErrorTemplates.LessThan.ProvideMessage(in context, ComparativeValue); } /// /// Reusable built-in validation error definition for less-than-or-equal validation failures. /// public sealed class LessThanOrEqualToValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public LessThanOrEqualToValidationErrorDefinition(T comparativeValue) : base( comparativeValue, code: "LessThanOrEqualTo", metadata: CreateComparativeMetadata(comparativeValue) ) { ComparativeValue = comparativeValue; } /// /// Gets the inclusive upper boundary. /// public T ComparativeValue { get; } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.LessThanOrEqualTo, out provider); /// public override ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context ) => context.ValidationContext.ErrorTemplates.LessThanOrEqualTo.ProvideMessage( in context, ComparativeValue ); } /// /// Reusable built-in validation error definition for inclusive-range validation failures. /// public sealed class InBetweenValidationErrorDefinition : ValidationErrorDefinition> { /// /// Initializes a new instance of . /// public InBetweenValidationErrorDefinition(T lowerBoundary, T upperBoundary) : base( new ValidationRange(lowerBoundary, upperBoundary), code: "IsInBetween", metadata: CreateRangeMetadata(lowerBoundary, upperBoundary) ) { LowerBoundary = lowerBoundary; UpperBoundary = upperBoundary; } /// /// Gets the inclusive lower boundary. /// public T LowerBoundary { get; } /// /// Gets the inclusive upper boundary. /// public T UpperBoundary { get; } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.IsInBetween, out provider); /// public override ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context ) => context.ValidationContext.ErrorTemplates.IsInBetween.ProvideMessage(in context, LowerBoundary, UpperBoundary); } /// /// Reusable built-in validation error definition for outside-range validation failures. /// public sealed class NotInBetweenValidationErrorDefinition : ValidationErrorDefinition> { /// /// Initializes a new instance of . /// public NotInBetweenValidationErrorDefinition(T lowerBoundary, T upperBoundary) : base( new ValidationRange(lowerBoundary, upperBoundary), code: "NotInBetween", metadata: CreateRangeMetadata(lowerBoundary, upperBoundary) ) { LowerBoundary = lowerBoundary; UpperBoundary = upperBoundary; } /// /// Gets the lower boundary. /// public T LowerBoundary { get; } /// /// Gets the upper boundary. /// public T UpperBoundary { get; } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.NotInBetween, out provider); /// public override ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context ) => context.ValidationContext.ErrorTemplates.NotInBetween.ProvideMessage(in context, LowerBoundary, UpperBoundary); } /// /// Reusable built-in validation error definition for exclusive-range validation failures. /// public sealed class ExclusiveRangeValidationErrorDefinition : ValidationErrorDefinition> { /// /// Initializes a new instance of . /// public ExclusiveRangeValidationErrorDefinition(T lowerBoundary, T upperBoundary) : base( new ValidationRange(lowerBoundary, upperBoundary), code: "ExclusiveRange", metadata: CreateRangeMetadata(lowerBoundary, upperBoundary) ) { LowerBoundary = lowerBoundary; UpperBoundary = upperBoundary; } /// /// Gets the exclusive lower boundary. /// public T LowerBoundary { get; } /// /// Gets the exclusive upper boundary. /// public T UpperBoundary { get; } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.ExclusiveRange, out provider); /// public override ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context ) => context.ValidationContext.ErrorTemplates.ExclusiveRange.ProvideMessage( in context, LowerBoundary, UpperBoundary ); } } BuiltInValidationErrorDefinitions.Count.cs000066400000000000000000000146731516707642500374220ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Definitionsusing System; using Light.PortableResults.Validation.Messaging; namespace Light.PortableResults.Validation.Definitions; public static partial class BuiltInValidationErrorDefinitions { /// /// Gets or creates a reusable definition for exact-count validation failures. /// public static CountValidationErrorDefinition Count(int expectedCount) => Count(ValidationErrorDefinitionCache.Default, expectedCount); /// /// Gets or creates a reusable definition for exact-count validation failures. /// public static CountValidationErrorDefinition Count( IValidationErrorDefinitionCache cache, int expectedCount ) { if (cache is null) { throw new ArgumentNullException(nameof(cache)); } return cache.GetOrAdd( new SingleValueDefinitionCacheKey(expectedCount), static key => new CountValidationErrorDefinition(key.Value) ); } /// /// Gets or creates a reusable definition for minimum-count validation failures. /// public static MinCountValidationErrorDefinition MinCount(int minCount) => MinCount(ValidationErrorDefinitionCache.Default, minCount); /// /// Gets or creates a reusable definition for minimum-count validation failures. /// public static MinCountValidationErrorDefinition MinCount( IValidationErrorDefinitionCache cache, int minCount ) { if (cache is null) { throw new ArgumentNullException(nameof(cache)); } return cache.GetOrAdd( new SingleValueDefinitionCacheKey(minCount), static key => new MinCountValidationErrorDefinition(key.Value) ); } /// /// Gets or creates a reusable definition for maximum-count validation failures. /// public static MaxCountValidationErrorDefinition MaxCount(int maxCount) => MaxCount(ValidationErrorDefinitionCache.Default, maxCount); /// /// Gets or creates a reusable definition for maximum-count validation failures. /// public static MaxCountValidationErrorDefinition MaxCount( IValidationErrorDefinitionCache cache, int maxCount ) { if (cache is null) { throw new ArgumentNullException(nameof(cache)); } return cache.GetOrAdd( new SingleValueDefinitionCacheKey(maxCount), static key => new MaxCountValidationErrorDefinition(key.Value) ); } /// /// Reusable built-in validation error definition for exact-count validation failures. /// public sealed class CountValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public CountValidationErrorDefinition(int expectedCount) : base( expectedCount, code: "Count", metadata: CreateCountMetadata(ValidationErrorMetadataKeys.ExpectedCount, expectedCount) ) { ExpectedCount = expectedCount; } /// /// Gets the exact expected count. /// public int ExpectedCount { get; } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.Count, out provider); /// public override ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context ) => context.ValidationContext.ErrorTemplates.Count.ProvideMessage(in context, ExpectedCount); } /// /// Reusable built-in validation error definition for minimum-count validation failures. /// public sealed class MinCountValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public MinCountValidationErrorDefinition(int minCount) : base( minCount, code: "MinCount", metadata: CreateCountMetadata(ValidationErrorMetadataKeys.MinCount, minCount) ) { MinCount = minCount; } /// /// Gets the minimum expected count. /// public int MinCount { get; } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.MinCount, out provider); /// public override ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context ) => context.ValidationContext.ErrorTemplates.MinCount.ProvideMessage(in context, MinCount); } /// /// Reusable built-in validation error definition for maximum-count validation failures. /// public sealed class MaxCountValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public MaxCountValidationErrorDefinition(int maxCount) : base( maxCount, code: "MaxCount", metadata: CreateCountMetadata(ValidationErrorMetadataKeys.MaxCount, maxCount) ) { MaxCount = maxCount; } /// /// Gets the maximum expected count. /// public int MaxCount { get; } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.MaxCount, out provider); /// public override ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context ) => context.ValidationContext.ErrorTemplates.MaxCount.ProvideMessage(in context, MaxCount); } } BuiltInValidationErrorDefinitions.Decimals.cs000066400000000000000000000052501516707642500400420ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Definitionsusing System; using Light.PortableResults.Validation.Messaging; namespace Light.PortableResults.Validation.Definitions; public static partial class BuiltInValidationErrorDefinitions { /// /// Gets or creates a reusable definition for decimal precision-and-scale validation failures. /// public static PrecisionScaleValidationErrorDefinition PrecisionScale( int precision, int scale, bool ignoreTrailingZeros ) => PrecisionScale(ValidationErrorDefinitionCache.Default, precision, scale, ignoreTrailingZeros); /// /// Gets or creates a reusable definition for decimal precision-and-scale validation failures. /// public static PrecisionScaleValidationErrorDefinition PrecisionScale( IValidationErrorDefinitionCache cache, int precision, int scale, bool ignoreTrailingZeros ) { if (cache is null) { throw new ArgumentNullException(nameof(cache)); } return cache.GetOrAdd( new SingleValueDefinitionCacheKey( new PrecisionScaleDescriptor(precision, scale, ignoreTrailingZeros) ), static key => new PrecisionScaleValidationErrorDefinition(key.Value) ); } /// /// Reusable built-in validation error definition for decimal precision-and-scale validation failures. /// public sealed class PrecisionScaleValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public PrecisionScaleValidationErrorDefinition(PrecisionScaleDescriptor descriptor) : base( descriptor, code: "PrecisionScale", metadata: CreatePrecisionScaleMetadata(descriptor) ) { Descriptor = descriptor; } /// /// Gets the precision-and-scale descriptor. /// public PrecisionScaleDescriptor Descriptor { get; } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.PrecisionScale, out provider); /// public override ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => context.ValidationContext.ErrorTemplates.PrecisionScale.ProvideMessage(in context, Descriptor); } } BuiltInValidationErrorDefinitions.Empty.cs000066400000000000000000000046131516707642500374210ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Definitionsusing Light.PortableResults.Validation.Messaging; namespace Light.PortableResults.Validation.Definitions; public static partial class BuiltInValidationErrorDefinitions { /// /// Gets the shared definition for empty-value validation failures. /// public static ValidationErrorDefinition Empty { get; } = new EmptyValidationErrorDefinition(); /// /// Gets the shared definition for not-empty validation failures. /// public static ValidationErrorDefinition NotEmpty { get; } = new NotEmptyValidationErrorDefinition(); /// /// Reusable built-in validation error definition for empty-value validation failures. /// public sealed class EmptyValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public EmptyValidationErrorDefinition() : base(code: "Empty") { } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.Empty, out provider); /// public override ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => context.ValidationContext.ErrorTemplates.Empty.ProvideMessage(in context); } /// /// Reusable built-in validation error definition for not-empty validation failures. /// public sealed class NotEmptyValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public NotEmptyValidationErrorDefinition() : base(code: "NotEmpty") { } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.NotEmpty, out provider); /// public override ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => context.ValidationContext.ErrorTemplates.NotEmpty.ProvideMessage(in context); } } BuiltInValidationErrorDefinitions.Enums.cs000066400000000000000000000073461516707642500374200ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Definitionsusing System; using Light.PortableResults.Validation.Messaging; namespace Light.PortableResults.Validation.Definitions; public static partial class BuiltInValidationErrorDefinitions { /// /// Gets a reusable definition for enum-value validation failures. /// public static EnumValidationErrorDefinition IsInEnum() where TEnum : struct, Enum => EnumDefinitionCache.Definition; /// /// Gets or creates a reusable definition for enum-name validation failures. /// public static EnumNameValidationErrorDefinition EnumName(bool ignoreCase = false) where TEnum : struct, Enum => EnumName(ValidationErrorDefinitionCache.Default, ignoreCase); /// /// Gets or creates a reusable definition for enum-name validation failures. /// public static EnumNameValidationErrorDefinition EnumName( IValidationErrorDefinitionCache cache, bool ignoreCase = false ) where TEnum : struct, Enum { if (cache is null) { throw new ArgumentNullException(nameof(cache)); } return cache.GetOrAdd( new SingleValueDefinitionCacheKey(ignoreCase), static key => new EnumNameValidationErrorDefinition(key.Value) ); } /// /// Reusable built-in validation error definition for enum-value validation failures. /// public sealed class EnumValidationErrorDefinition : ValidationErrorDefinition where TEnum : struct, Enum { /// /// Initializes a new instance of . /// public EnumValidationErrorDefinition() : base( code: "Enum", metadata: CreateEnumMetadata(typeof(TEnum)) ) { } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.Enum, out provider); /// public override ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => context.ValidationContext.ErrorTemplates.Enum.ProvideMessage(in context); } /// /// Reusable built-in validation error definition for enum-name validation failures. /// public sealed class EnumNameValidationErrorDefinition : ValidationErrorDefinition where TEnum : struct, Enum { /// /// Initializes a new instance of . /// public EnumNameValidationErrorDefinition(bool ignoreCase) : base( ignoreCase, code: "EnumName", metadata: CreateEnumNameMetadata(typeof(TEnum), ignoreCase) ) { IgnoreCase = ignoreCase; } /// /// Gets a value indicating whether enum-name matching ignores case. /// public bool IgnoreCase { get; } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.EnumName, out provider); /// public override ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => context.ValidationContext.ErrorTemplates.EnumName.ProvideMessage(in context); } } BuiltInValidationErrorDefinitions.Equality.cs000066400000000000000000000107571516707642500401260ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Definitionsusing System; using Light.PortableResults.Validation.Messaging; namespace Light.PortableResults.Validation.Definitions; public static partial class BuiltInValidationErrorDefinitions { /// /// Gets or creates a reusable definition for equality validation failures. /// public static EqualToValidationErrorDefinition EqualTo(T comparativeValue) => EqualTo(ValidationErrorDefinitionCache.Default, comparativeValue); /// /// Gets or creates a reusable definition for equality validation failures. /// public static EqualToValidationErrorDefinition EqualTo( IValidationErrorDefinitionCache cache, T comparativeValue ) { if (cache is null) { throw new ArgumentNullException(nameof(cache)); } return cache.GetOrAdd( new SingleValueDefinitionCacheKey(comparativeValue), static key => new EqualToValidationErrorDefinition(key.Value) ); } /// /// Gets or creates a reusable definition for inequality validation failures. /// public static NotEqualToValidationErrorDefinition NotEqualTo(T comparativeValue) => NotEqualTo(ValidationErrorDefinitionCache.Default, comparativeValue); /// /// Gets or creates a reusable definition for inequality validation failures. /// public static NotEqualToValidationErrorDefinition NotEqualTo( IValidationErrorDefinitionCache cache, T comparativeValue ) { if (cache is null) { throw new ArgumentNullException(nameof(cache)); } return cache.GetOrAdd( new SingleValueDefinitionCacheKey(comparativeValue), static key => new NotEqualToValidationErrorDefinition(key.Value) ); } /// /// Reusable built-in validation error definition for equality validation failures. /// public sealed class EqualToValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public EqualToValidationErrorDefinition(T comparativeValue) : base( comparativeValue, code: "EqualTo", metadata: CreateComparativeMetadata(comparativeValue) ) { ComparativeValue = comparativeValue; } /// /// Gets the expected value. /// public T ComparativeValue { get; } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.EqualTo, out provider); /// public override ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context ) => context.ValidationContext.ErrorTemplates.EqualTo.ProvideMessage(in context, ComparativeValue); } /// /// Reusable built-in validation error definition for inequality validation failures. /// public sealed class NotEqualToValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public NotEqualToValidationErrorDefinition(T comparativeValue) : base( comparativeValue, code: "NotEqualTo", metadata: CreateComparativeMetadata(comparativeValue) ) { ComparativeValue = comparativeValue; } /// /// Gets the disallowed value. /// public T ComparativeValue { get; } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.NotEqualTo, out provider); /// public override ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context ) => context.ValidationContext.ErrorTemplates.NotEqualTo.ProvideMessage(in context, ComparativeValue); } } BuiltInValidationErrorDefinitions.Null.cs000066400000000000000000000045771516707642500372460ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Definitionsusing Light.PortableResults.Validation.Messaging; namespace Light.PortableResults.Validation.Definitions; public static partial class BuiltInValidationErrorDefinitions { /// /// Gets the shared definition for null-value validation failures. /// public static ValidationErrorDefinition NotNull { get; } = new NotNullValidationErrorDefinition(); /// /// Gets the shared definition for must-be-null validation failures. /// public static ValidationErrorDefinition Null { get; } = new NullValidationErrorDefinition(); /// /// Reusable built-in validation error definition for null-value validation failures. /// public sealed class NotNullValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public NotNullValidationErrorDefinition() : base(code: "NotNull") { } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.NotNull, out provider); /// public override ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => context.ValidationContext.ErrorTemplates.NotNull.ProvideMessage(in context); } /// /// Reusable built-in validation error definition for must-be-null validation failures. /// public sealed class NullValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public NullValidationErrorDefinition() : base(code: "Null") { } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.Null, out provider); /// public override ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => context.ValidationContext.ErrorTemplates.Null.ProvideMessage(in context); } } BuiltInValidationErrorDefinitions.Predicate.cs000066400000000000000000000024721516707642500402240ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Definitionsusing Light.PortableResults.Validation.Messaging; namespace Light.PortableResults.Validation.Definitions; public static partial class BuiltInValidationErrorDefinitions { /// /// Gets the shared definition for predicate-based validation failures. /// public static ValidationErrorDefinition Predicate { get; } = new PredicateValidationErrorDefinition(); /// /// Reusable built-in validation error definition for predicate-based validation failures. /// public sealed class PredicateValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public PredicateValidationErrorDefinition() : base(code: "Predicate") { } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.Predicate, out provider); /// public override ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => context.ValidationContext.ErrorTemplates.Predicate.ProvideMessage(in context); } } BuiltInValidationErrorDefinitions.Shared.cs000066400000000000000000000202371516707642500375310ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Definitionsusing System; using System.Collections.Generic; using System.Globalization; using System.Text.RegularExpressions; using Light.PortableResults.Metadata; using Light.PortableResults.Validation.Messaging; namespace Light.PortableResults.Validation.Definitions; // See ValidationErrorDefinitionCache.cs for the rationale behind using small immutable value-type keys on the // built-in definition path. public static partial class BuiltInValidationErrorDefinitions { private static MetadataObject CreateComparativeMetadata(T comparativeValue) => MetadataObject.Create((ValidationErrorMetadataKeys.ComparativeValue, CreateMetadataValue(comparativeValue))); private static MetadataObject CreateRangeMetadata(T lowerBoundary, T upperBoundary) => MetadataObject.Create( (ValidationErrorMetadataKeys.LowerBoundary, CreateMetadataValue(lowerBoundary)), (ValidationErrorMetadataKeys.UpperBoundary, CreateMetadataValue(upperBoundary)) ); private static MetadataObject CreateLengthMetadata(int minLength, int maxLength) => MetadataObject.Create( (ValidationErrorMetadataKeys.MinLength, minLength), (ValidationErrorMetadataKeys.MaxLength, maxLength) ); private static MetadataObject CreateCountMetadata(string key, int value) => MetadataObject.Create((key, MetadataValue.FromInt64(value))); private static MetadataObject CreateRegexMetadata(string pattern, RegexOptions options) => MetadataObject.Create( (ValidationErrorMetadataKeys.Pattern, MetadataValue.FromString(pattern)), (ValidationErrorMetadataKeys.RegexOptions, MetadataValue.FromInt64((int) options)) ); private static MetadataObject CreateEnumMetadata(Type enumType) => MetadataObject.Create( (ValidationErrorMetadataKeys.EnumType, MetadataValue.FromString(enumType.FullName ?? enumType.Name)) ); private static MetadataObject CreateEnumNameMetadata(Type enumType, bool ignoreCase) => MetadataObject.Create( (ValidationErrorMetadataKeys.EnumType, MetadataValue.FromString(enumType.FullName ?? enumType.Name)), (ValidationErrorMetadataKeys.IgnoreCase, MetadataValue.FromBoolean(ignoreCase)) ); private static MetadataObject CreatePrecisionScaleMetadata(PrecisionScaleDescriptor descriptor) => MetadataObject.Create( (ValidationErrorMetadataKeys.ExpectedPrecision, descriptor.Precision), (ValidationErrorMetadataKeys.ExpectedScale, descriptor.Scale), (ValidationErrorMetadataKeys.IgnoreTrailingZeros, descriptor.IgnoreTrailingZeros) ); private static MetadataValue CreateMetadataValue(T value) { if (value is null) { return MetadataValue.Null; } var type = typeof(T); if (type.IsEnum || value is Enum) { return MetadataValue.FromString(value.ToString()); } switch (Type.GetTypeCode(type)) { case TypeCode.Boolean: return MetadataValue.FromBoolean((bool) (object) value); case TypeCode.Byte: return MetadataValue.FromInt64((byte) (object) value); case TypeCode.SByte: return MetadataValue.FromInt64((sbyte) (object) value); case TypeCode.Int16: return MetadataValue.FromInt64((short) (object) value); case TypeCode.UInt16: return MetadataValue.FromInt64((ushort) (object) value); case TypeCode.Int32: return MetadataValue.FromInt64((int) (object) value); case TypeCode.UInt32: return MetadataValue.FromInt64((uint) (object) value); case TypeCode.Int64: return MetadataValue.FromInt64((long) (object) value); case TypeCode.UInt64: return MetadataValue.FromString(((ulong) (object) value).ToString(CultureInfo.InvariantCulture)); case TypeCode.Single: return MetadataValue.FromDouble((float) (object) value); case TypeCode.Double: return MetadataValue.FromDouble((double) (object) value); case TypeCode.Decimal: return MetadataValue.FromDecimal((decimal) (object) value); case TypeCode.Char: return MetadataValue.FromString(((char) (object) value).ToString()); case TypeCode.String: return MetadataValue.FromString((string?) (object?) value); } if (value is MetadataObject metadataObject) { return MetadataValue.FromObject(metadataObject); } if (value is MetadataArray metadataArray) { return MetadataValue.FromArray(metadataArray); } if (value is IFormattable formattable) { return MetadataValue.FromString(formattable.ToString(null, CultureInfo.InvariantCulture)); } return MetadataValue.FromString(value.ToString()); } private static bool TryGetStableProvider(IValidationErrorMessageTemplate template, out object provider) { if (!template.IsMessageStable) { provider = null!; return false; } provider = template; return true; } private static bool TryGetStableProvider( IValidationErrorMessageTemplate template, out object provider ) { if (!template.IsMessageStable) { provider = null!; return false; } provider = template; return true; } private static bool TryGetStableProvider( IComparableValidationErrorMessageTemplate template, out object provider ) { if (!template.IsMessageStable) { provider = null!; return false; } provider = template; return true; } private static bool TryGetStableProvider( IRangeValidationErrorMessageTemplate template, out object provider ) { if (!template.IsMessageStable) { provider = null!; return false; } provider = template; return true; } private readonly struct SingleValueDefinitionCacheKey : IEquatable> { public SingleValueDefinitionCacheKey(T value) => Value = value; public T Value { get; } public bool Equals(SingleValueDefinitionCacheKey other) => EqualityComparer.Default.Equals(Value, other.Value); public override bool Equals(object? obj) => obj is SingleValueDefinitionCacheKey other && Equals(other); public override int GetHashCode() => EqualityComparer.Default.GetHashCode(Value!); } private readonly struct RangeDefinitionCacheKey : IEquatable> { public RangeDefinitionCacheKey(ValidationRange range) => Range = range; public ValidationRange Range { get; } public bool Equals(RangeDefinitionCacheKey other) => Range.Equals(other.Range); public override bool Equals(object? obj) => obj is RangeDefinitionCacheKey other && Equals(other); public override int GetHashCode() => Range.GetHashCode(); } private readonly struct RegexDefinitionCacheKey : IEquatable { public RegexDefinitionCacheKey(string pattern, RegexOptions options) { Pattern = pattern; Options = options; } public string Pattern { get; } public RegexOptions Options { get; } public bool Equals(RegexDefinitionCacheKey other) => string.Equals(Pattern, other.Pattern, StringComparison.Ordinal) && Options == other.Options; public override bool Equals(object? obj) => obj is RegexDefinitionCacheKey other && Equals(other); public override int GetHashCode() => HashCode.Combine(Pattern, Options); } private static class EnumDefinitionCache where TEnum : struct, Enum { public static EnumValidationErrorDefinition Definition { get; } = new (); } } BuiltInValidationErrorDefinitions.Strings.cs000066400000000000000000000342671516707642500377640ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Definitionsusing System; using System.Text.RegularExpressions; using Light.PortableResults.Validation.Messaging; namespace Light.PortableResults.Validation.Definitions; public static partial class BuiltInValidationErrorDefinitions { /// /// Gets the shared definition for null-or-empty-or-whitespace string validation failures. /// public static ValidationErrorDefinition NotNullOrWhiteSpace { get; } = new NotNullOrWhiteSpaceValidationErrorDefinition(); /// /// Gets the shared definition for email validation failures. /// public static ValidationErrorDefinition Email { get; } = new EmailValidationErrorDefinition(); /// /// Gets the shared definition for digits-only validation failures. /// public static ValidationErrorDefinition DigitsOnly { get; } = new DigitsOnlyValidationErrorDefinition(); /// /// Gets the shared definition for letters-and-digits-only validation failures. /// public static ValidationErrorDefinition LettersAndDigitsOnly { get; } = new LettersAndDigitsOnlyValidationErrorDefinition(); /// /// Gets or creates a reusable definition for minimum-length validation failures. /// public static MinLengthValidationErrorDefinition MinLength(int minLength) => MinLength(ValidationErrorDefinitionCache.Default, minLength); /// /// Gets or creates a reusable definition for minimum-length validation failures. /// public static MinLengthValidationErrorDefinition MinLength( IValidationErrorDefinitionCache cache, int minLength ) { if (cache is null) { throw new ArgumentNullException(nameof(cache)); } return cache.GetOrAdd( new SingleValueDefinitionCacheKey(minLength), static key => new MinLengthValidationErrorDefinition(key.Value) ); } /// /// Gets or creates a reusable definition for maximum-length validation failures. /// public static MaxLengthValidationErrorDefinition MaxLength(int maxLength) => MaxLength(ValidationErrorDefinitionCache.Default, maxLength); /// /// Gets or creates a reusable definition for maximum-length validation failures. /// public static MaxLengthValidationErrorDefinition MaxLength( IValidationErrorDefinitionCache cache, int maxLength ) { if (cache is null) { throw new ArgumentNullException(nameof(cache)); } return cache.GetOrAdd( new SingleValueDefinitionCacheKey(maxLength), static key => new MaxLengthValidationErrorDefinition(key.Value) ); } /// /// Gets or creates a reusable definition for length-range validation failures. /// public static LengthInValidationErrorDefinition LengthIn(int minLength, int maxLength) => LengthIn(ValidationErrorDefinitionCache.Default, minLength, maxLength); /// /// Gets or creates a reusable definition for length-range validation failures. /// public static LengthInValidationErrorDefinition LengthIn( IValidationErrorDefinitionCache cache, int minLength, int maxLength ) { if (cache is null) { throw new ArgumentNullException(nameof(cache)); } return cache.GetOrAdd( new RangeDefinitionCacheKey(new ValidationRange(minLength, maxLength)), static key => new LengthInValidationErrorDefinition(key.Range.LowerBoundary, key.Range.UpperBoundary) ); } /// /// Gets or creates a reusable definition for regular-expression validation failures. /// public static PatternValidationErrorDefinition Matches(string pattern, RegexOptions options = RegexOptions.None) => Matches(ValidationErrorDefinitionCache.Default, pattern, options); /// /// Gets or creates a reusable definition for regular-expression validation failures. /// public static PatternValidationErrorDefinition Matches( IValidationErrorDefinitionCache cache, string pattern, RegexOptions options = RegexOptions.None ) { if (cache is null) { throw new ArgumentNullException(nameof(cache)); } if (pattern is null) { throw new ArgumentNullException(nameof(pattern)); } return cache.GetOrAdd( new RegexDefinitionCacheKey(pattern, options), static key => new PatternValidationErrorDefinition(key.Pattern, key.Options) ); } /// /// Reusable built-in validation error definition for null-or-empty-or-whitespace string validation failures. /// public sealed class NotNullOrWhiteSpaceValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public NotNullOrWhiteSpaceValidationErrorDefinition() : base(code: "NotNullOrWhiteSpace") { } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.NotNullOrWhiteSpace, out provider); /// public override ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => context.ValidationContext.ErrorTemplates.NotNullOrWhiteSpace.ProvideMessage(in context); } /// /// Reusable built-in validation error definition for minimum-length validation failures. /// public sealed class MinLengthValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public MinLengthValidationErrorDefinition(int minLength) : base( minLength, code: "MinLength", metadata: CreateCountMetadata(ValidationErrorMetadataKeys.MinLength, minLength) ) { MinLength = minLength; } /// /// Gets the minimum allowed length. /// public int MinLength { get; } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.MinLength, out provider); /// public override ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context ) => context.ValidationContext.ErrorTemplates.MinLength.ProvideMessage(in context, MinLength); } /// /// Reusable built-in validation error definition for maximum-length validation failures. /// public sealed class MaxLengthValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public MaxLengthValidationErrorDefinition(int maxLength) : base( maxLength, code: "MaxLength", metadata: CreateCountMetadata(ValidationErrorMetadataKeys.MaxLength, maxLength) ) { MaxLength = maxLength; } /// /// Gets the maximum allowed length. /// public int MaxLength { get; } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.MaxLength, out provider); /// public override ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context ) => context.ValidationContext.ErrorTemplates.MaxLength.ProvideMessage(in context, MaxLength); } /// /// Reusable built-in validation error definition for length-range validation failures. /// public sealed class LengthInValidationErrorDefinition : ValidationErrorDefinition> { /// /// Initializes a new instance of . /// public LengthInValidationErrorDefinition(int minLength, int maxLength) : base( new ValidationRange(minLength, maxLength), code: "LengthIn", metadata: CreateLengthMetadata(minLength, maxLength) ) { MinLength = minLength; MaxLength = maxLength; } /// /// Gets the minimum allowed length. /// public int MinLength { get; } /// /// Gets the maximum allowed length. /// public int MaxLength { get; } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.LengthIn, out provider); /// public override ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context ) => context.ValidationContext.ErrorTemplates.LengthIn.ProvideMessage(in context, MinLength, MaxLength); } /// /// Reusable built-in validation error definition for regular-expression validation failures. /// public sealed class PatternValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public PatternValidationErrorDefinition(string pattern, RegexOptions options) : base( code: "Matches", metadata: CreateRegexMetadata(pattern, options) ) { Pattern = pattern; Options = options; Regex = new Regex(pattern, options); } /// /// Gets the regular-expression pattern. /// public string Pattern { get; } /// /// Gets the regular-expression options. /// public RegexOptions Options { get; } /// /// Gets the cached regular expression instance. /// public Regex Regex { get; } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.Pattern, out provider); /// public override ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => context.ValidationContext.ErrorTemplates.Pattern.ProvideMessage(in context); } /// /// Reusable built-in validation error definition for email validation failures. /// public sealed class EmailValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public EmailValidationErrorDefinition() : base(code: "Email") { } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.Email, out provider); /// public override ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => context.ValidationContext.ErrorTemplates.Email.ProvideMessage(in context); } /// /// Reusable built-in validation error definition for digits-only validation failures. /// public sealed class DigitsOnlyValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public DigitsOnlyValidationErrorDefinition() : base(code: "DigitsOnly") { } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.DigitsOnly, out provider); /// public override ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => context.ValidationContext.ErrorTemplates.DigitsOnly.ProvideMessage(in context); } /// /// Reusable built-in validation error definition for letters-and-digits-only validation failures. /// public sealed class LettersAndDigitsOnlyValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// public LettersAndDigitsOnlyValidationErrorDefinition() : base(code: "LettersAndDigitsOnly") { } /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, out object provider ) => TryGetStableProvider(context.ErrorTemplates.LettersAndDigitsOnly, out provider); /// public override ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => context.ValidationContext.ErrorTemplates.LettersAndDigitsOnly.ProvideMessage(in context); } } BuiltInValidationErrorDefinitions.cs000066400000000000000000000003211516707642500363140ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Definitionsnamespace Light.PortableResults.Validation.Definitions; /// /// Exposes reusable built-in validation error definitions. /// public static partial class BuiltInValidationErrorDefinitions; IValidationErrorDefinitionCache.cs000066400000000000000000000016121516707642500357030ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Definitionsusing System; namespace Light.PortableResults.Validation.Definitions; /// /// Provides thread-safe reuse of immutable validation error definitions. /// public interface IValidationErrorDefinitionCache { /// /// Gets an existing validation error definition for the specified key or creates and stores a new one. /// /// The cache key type. /// The definition type. /// The effective rule-identity key. /// The factory used when the definition is not cached yet. /// The cached or newly created definition. TDefinition GetOrAdd(TKey key, Func factory) where TKey : notnull where TDefinition : ValidationErrorDefinition; } PrecisionScaleDescriptor.cs000066400000000000000000000042361516707642500345000ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Definitionsusing System; namespace Light.PortableResults.Validation.Definitions; /// /// Describes the expected precision and scale of a decimal validation rule. /// public readonly struct PrecisionScaleDescriptor : IEquatable { /// /// Initializes a new instance of . /// /// The expected total number of digits. /// The expected number of decimal digits. /// /// Indicates whether trailing decimal zeros should be ignored when determining the actual scale. /// public PrecisionScaleDescriptor(int precision, int scale, bool ignoreTrailingZeros) { Precision = precision; Scale = scale; IgnoreTrailingZeros = ignoreTrailingZeros; } /// /// Gets the expected total number of digits. /// public int Precision { get; } /// /// Gets the expected number of decimal digits. /// public int Scale { get; } /// /// Gets a value indicating whether trailing decimal zeros are ignored. /// public bool IgnoreTrailingZeros { get; } /// public bool Equals(PrecisionScaleDescriptor other) => Precision == other.Precision && Scale == other.Scale && IgnoreTrailingZeros == other.IgnoreTrailingZeros; /// public override bool Equals(object? obj) => obj is PrecisionScaleDescriptor other && Equals(other); /// public override int GetHashCode() => HashCode.Combine(Precision, Scale, IgnoreTrailingZeros); /// /// Compares two descriptors for equality. /// public static bool operator ==(PrecisionScaleDescriptor left, PrecisionScaleDescriptor right) => left.Equals(right); /// /// Compares two descriptors for inequality. /// public static bool operator !=(PrecisionScaleDescriptor left, PrecisionScaleDescriptor right) => !left.Equals(right); } ValidationErrorDefinition.cs000066400000000000000000000174521516707642500346570ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Definitionsusing System; using System.Diagnostics.CodeAnalysis; using Light.PortableResults.Metadata; using Light.PortableResults.Validation.Messaging; using Light.PortableResults.Validation.Targeting; namespace Light.PortableResults.Validation.Definitions; /// /// Represents an immutable reusable validation rule definition. /// public abstract class ValidationErrorDefinition { /// /// Initializes a new instance of . /// /// The default error code. /// The default error metadata. /// The default error target. /// The default error category. protected ValidationErrorDefinition( string? code = null, MetadataObject? metadata = null, ValidationTarget? target = null, ErrorCategory category = ErrorCategory.Validation ) { Code = code; Metadata = metadata; Target = target; Category = category; } /// /// Gets the default error code. /// public string? Code { get; } /// /// Gets the default error metadata. /// public MetadataObject? Metadata { get; } /// /// Gets the default error target. /// public ValidationTarget? Target { get; } /// /// Gets the default error category. /// public ErrorCategory Category { get; } /// /// Gets a value indicating whether the produced message depends only on the display name and fixed parameters. /// public virtual bool IsMessageStable => false; /// /// Tries to get the effective provider that determines a stable message for the specified context. /// /// The readonly validation context. /// The effective message provider when the message is stable. /// /// when the message is stable for the current context and can participate in caching; /// otherwise, . /// public virtual bool TryGetStableMessageProvider( ReadOnlyValidationContext context, [NotNullWhen(true)] out object? provider ) { provider = null; return false; } /// /// Creates the validation error message for the specified check context. /// /// The checked value type. /// The message context. /// The created validation error message. public abstract ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context); } /// /// Represents an immutable reusable validation rule definition with a typed parameter. /// /// The parameter type. public abstract class ValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// /// The fixed rule parameter. /// The default error code. /// The default error metadata. /// The default error target. /// The default error category. protected ValidationErrorDefinition( TParameter parameter, string? code = null, MetadataObject? metadata = null, ValidationTarget? target = null, ErrorCategory category = ErrorCategory.Validation ) : base(code, metadata, target, category) { Parameter = parameter; } /// /// Gets the fixed rule parameter. /// public TParameter Parameter { get; } } /// /// A validation error definition backed by a reusable message template. /// public class TemplateValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// /// The reusable message template. /// The default error code. /// The default error metadata. /// The default error target. /// The default error category. public TemplateValidationErrorDefinition( IValidationErrorMessageTemplate template, string? code = null, MetadataObject? metadata = null, ValidationTarget? target = null, ErrorCategory category = ErrorCategory.Validation ) : base(code, metadata, target, category) { Template = template ?? throw new ArgumentNullException(nameof(template)); } /// /// Gets the reusable message template. /// public IValidationErrorMessageTemplate Template { get; } /// public override bool IsMessageStable => Template.IsMessageStable; /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, [NotNullWhen(true)] out object? provider ) { if (!Template.IsMessageStable) { provider = null; return false; } provider = Template; return true; } /// public override ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => Template.ProvideMessage(in context); } /// /// A parameterized validation error definition backed by a reusable message template. /// /// The parameter type. public class TemplateValidationErrorDefinition : ValidationErrorDefinition { /// /// Initializes a new instance of . /// /// The reusable message template. /// The fixed rule parameter. /// The default error code. /// The default error metadata. /// The default error target. /// The default error category. public TemplateValidationErrorDefinition( IValidationErrorMessageTemplate template, TParameter parameter, string? code = null, MetadataObject? metadata = null, ValidationTarget? target = null, ErrorCategory category = ErrorCategory.Validation ) : base(parameter, code, metadata, target, category) { Template = template ?? throw new ArgumentNullException(nameof(template)); } /// /// Gets the reusable message template. /// public IValidationErrorMessageTemplate Template { get; } /// public override bool IsMessageStable => Template.IsMessageStable; /// public override bool TryGetStableMessageProvider( ReadOnlyValidationContext context, [NotNullWhen(true)] out object? provider ) { if (!Template.IsMessageStable) { provider = null; return false; } provider = Template; return true; } /// public override ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => Template.ProvideMessage(in context, Parameter); } ValidationErrorDefinitionCache.cs000066400000000000000000000070351516707642500355770ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Definitionsusing System; using System.Collections.Concurrent; using System.Collections.Generic; namespace Light.PortableResults.Validation.Definitions; // See the comment at the top of BuiltInValidationErrorDefinitions.Shared.cs for the rationale behind using small // immutable value-type keys on the built-in definition path. This cache stays generic so callers can still bring // their own key type, but the built-in rules deliberately avoid per-lookup key allocations. /// /// Default thread-safe cache for immutable validation error definitions. /// public sealed class ValidationErrorDefinitionCache : IValidationErrorDefinitionCache { private readonly ConcurrentDictionary _buckets = new (); /// /// Gets the shared singleton cache instance. /// public static ValidationErrorDefinitionCache Default { get; } = new (); /// public TDefinition GetOrAdd(TKey key, Func factory) where TKey : notnull where TDefinition : ValidationErrorDefinition { if (factory is null) { throw new ArgumentNullException(nameof(factory)); } var bucketKey = new CacheBucketKey(typeof(TKey), typeof(TDefinition)); var bucket = (CacheBucket) _buckets.GetOrAdd( bucketKey, static _ => new CacheBucket() ); return bucket.GetOrAdd(key, factory); } private readonly struct CacheBucketKey : IEquatable { public CacheBucketKey(Type keyType, Type definitionType) { KeyType = keyType; DefinitionType = definitionType; } private Type KeyType { get; } private Type DefinitionType { get; } public bool Equals(CacheBucketKey other) => KeyType == other.KeyType && DefinitionType == other.DefinitionType; public override bool Equals(object? obj) => obj is CacheBucketKey other && Equals(other); public override int GetHashCode() => HashCode.Combine(KeyType, DefinitionType); } // The extra CacheBucket layer exists so that the hot path can stay strongly typed after the first // bucket lookup. The outer dictionary only maps a (key type, definition type) pair to the corresponding typed bucket. // The real caching work then happens inside a ConcurrentDictionary, which avoids boxing struct keys, // uses EqualityComparer.Default directly, and returns the definition with its concrete type instead of forcing // the whole cache through object-based keys and values. // // The inner store also has to be thread-safe. The cache is a shared singleton across validation runs, so once a // bucket has been created, multiple threads can still call GetOrAdd on that same bucket concurrently. A normal // Dictionary would therefore need explicit locking around every lookup/add operation. Using // ConcurrentDictionary keeps that logic simple and gives us the atomic GetOrAdd semantics that this // cache needs. private sealed class CacheBucket where TKey : notnull where TDefinition : ValidationErrorDefinition { private readonly ConcurrentDictionary _definitions = new (EqualityComparer.Default); public TDefinition GetOrAdd(TKey key, Func factory) => _definitions.GetOrAdd(key, factory); } } ValidationErrorMetadataKeys.cs000066400000000000000000000045561516707642500351440ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Definitionsnamespace Light.PortableResults.Validation.Definitions; /// /// Defines metadata keys used by reusable validation error definitions. /// public static class ValidationErrorMetadataKeys { /// /// Metadata key for single comparison boundaries or expected comparison values. /// public const string ComparativeValue = "comparativeValue"; /// /// Metadata key for lower boundaries. /// public const string LowerBoundary = "lowerBoundary"; /// /// Metadata key for upper boundaries. /// public const string UpperBoundary = "upperBoundary"; /// /// Metadata key for exact expected counts. /// public const string ExpectedCount = "expectedCount"; /// /// Metadata key for minimum expected counts. /// public const string MinCount = "minCount"; /// /// Metadata key for maximum expected counts. /// public const string MaxCount = "maxCount"; /// /// Metadata key for minimum expected string lengths. /// public const string MinLength = "minLength"; /// /// Metadata key for maximum expected string lengths. /// public const string MaxLength = "maxLength"; /// /// Metadata key for regular-expression patterns. /// public const string Pattern = "pattern"; /// /// Metadata key for regular-expression options. /// public const string RegexOptions = "regexOptions"; /// /// Metadata key for enum type names. /// public const string EnumType = "enumType"; /// /// Metadata key for enum-name case-sensitivity settings. /// public const string IgnoreCase = "ignoreCase"; /// /// Metadata key for expected decimal precision values. /// public const string ExpectedPrecision = "expectedPrecision"; /// /// Metadata key for expected decimal scale values. /// public const string ExpectedScale = "expectedScale"; /// /// Metadata key for decimal trailing-zero behavior. /// public const string IgnoreTrailingZeros = "ignoreTrailingZeros"; } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Definitions/ValidationRange.cs000066400000000000000000000040051516707642500326560ustar00rootroot00000000000000using System; using System.Collections.Generic; namespace Light.PortableResults.Validation.Definitions; /// /// Represents an immutable lower and upper boundary pair for reusable validation rules. /// /// The boundary type. public readonly struct ValidationRange : IEquatable> { /// /// Initializes a new instance of . /// /// The inclusive lower boundary. /// The inclusive upper boundary. public ValidationRange(T lowerBoundary, T upperBoundary) { LowerBoundary = lowerBoundary; UpperBoundary = upperBoundary; } /// /// Gets the inclusive lower boundary. /// public T LowerBoundary { get; } /// /// Gets the inclusive upper boundary. /// public T UpperBoundary { get; } /// public bool Equals(ValidationRange other) => EqualityComparer.Default.Equals(LowerBoundary, other.LowerBoundary) && EqualityComparer.Default.Equals(UpperBoundary, other.UpperBoundary); /// public override bool Equals(object? obj) => obj is ValidationRange other && Equals(other); /// public override int GetHashCode() { var hashCode = new HashCode(); hashCode.Add(LowerBoundary, EqualityComparer.Default); hashCode.Add(UpperBoundary, EqualityComparer.Default); return hashCode.ToHashCode(); } /// /// Determines whether two range values are equal. /// public static bool operator ==(ValidationRange left, ValidationRange right) => left.Equals(right); /// /// Determines whether two range values are not equal. /// public static bool operator !=(ValidationRange left, ValidationRange right) => !left.Equals(right); } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/ErrorOverrides.cs000066400000000000000000000036301516707642500303130ustar00rootroot00000000000000using Light.PortableResults.Metadata; namespace Light.PortableResults.Validation; /// /// Represents lightweight inline overrides for built-in validation assertion failures. /// Use when the rule identity should be reusable across call /// sites, and use together with /// for /// imperative validation logic that does not map to a single built-in assertion. /// /// /// /// context.Check(dto.Comment).IsNotNullOrWhiteSpace("Comment must be present"); /// /// /// /// /// context.Check(dto.Comment).IsNotNullOrWhiteSpace( /// new ErrorOverrides /// { /// Message = "Comment must be present", /// Code = "CommentRequired", /// Category = ErrorCategory.UnprocessableContent /// } /// ); /// /// public readonly record struct ErrorOverrides { /// /// Gets the override for the final human-readable error message. /// public string? Message { get; init; } /// /// Gets the override for the final error code. /// public string? Code { get; init; } /// /// Gets the override for the final error category. /// public ErrorCategory? Category { get; init; } /// /// Gets the override for the final error metadata. /// public MetadataObject? Metadata { get; init; } /// /// Creates overrides for the common message-only case. /// /// The replacement error message. public static implicit operator ErrorOverrides(string message) => new () { Message = message }; } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/IValidationContextFactory.cs000066400000000000000000000004441516707642500324370ustar00rootroot00000000000000namespace Light.PortableResults.Validation; /// /// Creates root validation contexts. /// public interface IValidationContextFactory { /// /// Creates a new root validation context. /// ValidationContext CreateValidationContext(); } Light.PortableResults.Validation.csproj000066400000000000000000000016551516707642500344510ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation netstandard2.0 Framework-agnostic validation foundations for Light.PortableResults, including validation contexts, low-allocation checks, validator base classes, and validated value pipelines. Light.PortableResults.Validation 0.2.0 --------------------------------- - Validation foundations with validation contexts, checks, validated value pipelines, and sync/async validator base classes. - Supports flat validation errors that integrate with Light.PortableResults HTTP and messaging transports. Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Messaging/000077500000000000000000000000001516707642500267235ustar00rootroot00000000000000CachedValidationErrorMessage.cs000066400000000000000000000016461516707642500347030ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Messagingnamespace Light.PortableResults.Validation.Messaging; /// /// Represents a cached validation error message together with the resolved absolute target string. /// public readonly record struct CachedValidationErrorMessage { /// /// Initializes a new instance of . /// /// The cached message. /// The resolved absolute target string. public CachedValidationErrorMessage(ValidationErrorMessage message, string resolvedTarget) { Message = message; ResolvedTarget = resolvedTarget; } /// /// Gets the cached message. /// public ValidationErrorMessage Message { get; } /// /// Gets the resolved absolute target string. /// public string ResolvedTarget { get; } } DefaultValidationErrorMessageCache.cs000066400000000000000000000016021516707642500360340ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Messagingusing System.Collections.Concurrent; namespace Light.PortableResults.Validation.Messaging; /// /// Default thread-safe cache for stable validation error messages. /// public sealed class DefaultValidationErrorMessageCache : IValidationErrorMessageCache { private readonly ConcurrentDictionary _messages = new (); /// /// Gets the shared singleton cache instance. /// public static DefaultValidationErrorMessageCache Default { get; } = new (); /// public bool TryGet(ValidationErrorMessageCacheKey key, out CachedValidationErrorMessage entry) => _messages.TryGetValue(key, out entry); /// public void Store(ValidationErrorMessageCacheKey key, CachedValidationErrorMessage entry) => _messages[key] = entry; } IComparableValidationErrorMessageTemplate.cs000066400000000000000000000017361516707642500374060ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Messagingnamespace Light.PortableResults.Validation.Messaging; /// /// Creates validation error messages for comparison rules with a single typed boundary. /// public interface IComparableValidationErrorMessageTemplate { /// /// Gets a value indicating whether the produced messages depend only on the display name and fixed parameters. /// bool IsMessageStable { get; } /// /// Creates a message for the specified context and comparison boundary. /// /// The checked value type. /// The boundary type. /// The message context. /// The comparison boundary. /// The produced message. ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context, TParameter parameter ); } IRangeValidationErrorMessageTemplate.cs000066400000000000000000000021031516707642500363620ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Messagingnamespace Light.PortableResults.Validation.Messaging; /// /// Creates validation error messages for rules with lower and upper boundaries. /// public interface IRangeValidationErrorMessageTemplate { /// /// Gets a value indicating whether the produced messages depend only on the display name and fixed parameters. /// bool IsMessageStable { get; } /// /// Creates a message for the specified context and range boundaries. /// /// The checked value type. /// The boundary type. /// The message context. /// The inclusive lower boundary. /// The inclusive upper boundary. /// The produced message. ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context, TBoundary lowerBoundary, TBoundary upperBoundary ); } IValidationErrorMessageCache.cs000066400000000000000000000016441516707642500346460ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Messagingnamespace Light.PortableResults.Validation.Messaging; /// /// Provides thread-safe storage for reusable validation error messages. /// public interface IValidationErrorMessageCache { /// /// Tries to get a cached entry for the specified key. /// /// The message cache key. /// The cached entry when present. /// when a cached entry was found; otherwise, . bool TryGet(ValidationErrorMessageCacheKey key, out CachedValidationErrorMessage entry); /// /// Stores the specified entry for the given key. /// /// The message cache key. /// The entry to cache. void Store(ValidationErrorMessageCacheKey key, CachedValidationErrorMessage entry); } IValidationErrorMessageTemplate.cs000066400000000000000000000031731516707642500354150ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Messagingnamespace Light.PortableResults.Validation.Messaging; /// /// Creates validation error messages without boxing value-type inputs by default. /// public interface IValidationErrorMessageTemplate { /// /// Gets a value indicating whether the produced messages depend only on the display name and fixed parameters. /// bool IsMessageStable { get; } /// /// Creates a message for the specified context. /// /// The validated value type. /// The message context. /// The produced message. ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context); } /// /// Creates validation error messages that require an additional typed parameter. /// /// The parameter type. public interface IValidationErrorMessageTemplate { /// /// Gets a value indicating whether the produced messages depend only on the display name and fixed parameters. /// bool IsMessageStable { get; } /// /// Creates a message for the specified context and parameter. /// /// The validated value type. /// The message context. /// The additional typed parameter. /// The produced message. ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context, TParameter parameter); } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Messaging/ValidationErrorMessage.cs000066400000000000000000000052571516707642500336740ustar00rootroot00000000000000using System; using Light.PortableResults.Metadata; namespace Light.PortableResults.Validation.Messaging; /// /// Represents a generated validation error message and optional machine-readable key. /// public readonly struct ValidationErrorMessage : IEquatable { /// /// Initializes a new instance of the struct. /// /// The message text. /// The optional machine-readable message key. /// Thrown when is . /// Thrown when is empty or contains only white space. public ValidationErrorMessage(string text, string? key = null) { if (text is null) { throw new ArgumentNullException(nameof(text)); } if (string.IsNullOrWhiteSpace(text)) { throw new ArgumentException("The message text must not be empty or whitespace.", nameof(text)); } Text = text; Key = key; } /// /// Gets the message text. /// public string Text { get; } /// /// Gets the optional machine-readable message key. /// public string? Key { get; } /// /// Creates an from this message. /// /// /// The optional error code. If this value is not present, the is used as the error code. /// /// The error target. /// The error category. /// Optional existing metadata. /// The created error. public Error ToError( string? code, string? target, ErrorCategory category = ErrorCategory.Validation, MetadataObject? metadata = null ) => new () { Message = Text, Code = code ?? Key, Target = target, Category = category, Metadata = metadata }; /// public bool Equals(ValidationErrorMessage other) => string.Equals(Text, other.Text, StringComparison.Ordinal) && string.Equals(Key, other.Key, StringComparison.Ordinal); /// public override bool Equals(object? obj) => obj is ValidationErrorMessage other && Equals(other); /// public override int GetHashCode() => HashCode.Combine(Text, Key); } ValidationErrorMessageCacheKey.cs000066400000000000000000000065151516707642500352100ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Messagingusing System; using System.Globalization; using System.Runtime.CompilerServices; using Light.PortableResults.Validation.Targeting; namespace Light.PortableResults.Validation.Messaging; /// /// Identifies a cached validation error message by provider, target descriptor, target prefix, display name, and /// culture. /// public readonly record struct ValidationErrorMessageCacheKey { /// /// Initializes a new instance of . /// /// The message provider. /// The validation target descriptor. /// The target prefix of the validation scope. /// The display name, or when derived from the resolved target. /// The culture used to format the message. /// /// Thrown when , , or is /// . /// /// /// Thrown when is the default instance. /// public ValidationErrorMessageCacheKey( object provider, ValidationTarget target, string targetPrefix, string? displayName, CultureInfo culture ) { Provider = provider ?? throw new ArgumentNullException(nameof(provider)); if (target.IsDefault) { throw new ArgumentException("The validation target must not be the default instance.", nameof(target)); } Target = target; TargetPrefix = targetPrefix ?? throw new ArgumentNullException(nameof(targetPrefix)); DisplayName = displayName; Culture = culture ?? throw new ArgumentNullException(nameof(culture)); } /// /// Gets the message provider whose reference identity distinguishes one rule from another. /// public object Provider { get; } /// /// Gets the validation target descriptor. /// public ValidationTarget Target { get; } /// /// Gets the target prefix of the validation scope. /// public string TargetPrefix { get; } /// /// Gets the display name, or when derived from the resolved target. /// public string? DisplayName { get; } /// /// Gets the culture used to format the message. /// public CultureInfo Culture { get; } /// public bool Equals(ValidationErrorMessageCacheKey other) => ReferenceEquals(Provider, other.Provider) && Target.Equals(other.Target) && string.Equals(TargetPrefix, other.TargetPrefix, StringComparison.Ordinal) && string.Equals(DisplayName, other.DisplayName, StringComparison.Ordinal) && ReferenceEquals(Culture, other.Culture); /// public override int GetHashCode() => HashCode.Combine( RuntimeHelpers.GetHashCode(Provider), Target, TargetPrefix, DisplayName, RuntimeHelpers.GetHashCode(Culture) ); } ValidationErrorMessageContext.cs000066400000000000000000000040771516707642500351610ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Messagingusing System; namespace Light.PortableResults.Validation.Messaging; /// /// Provides the readonly data required to generate a validation error message. /// /// The type of the validated value. public readonly struct ValidationErrorMessageContext { /// /// Initializes a new instance of the struct. /// /// The readonly validation context. /// The display name. /// The normalized target. /// The validated value. /// Thrown when or is . /// Thrown when is the default instance. public ValidationErrorMessageContext( ReadOnlyValidationContext validationContext, string displayName, string target, T value ) { if (validationContext.IsDefault) { throw new ArgumentException( "The validation context must not be the default instance.", nameof(validationContext) ); } ValidationContext = validationContext; DisplayName = displayName ?? throw new ArgumentNullException(nameof(displayName)); Target = target ?? throw new ArgumentNullException(nameof(target)); Value = value; } /// /// Gets the readonly validation context. /// public ReadOnlyValidationContext ValidationContext { get; } /// /// Gets the display name. /// public string DisplayName { get; } /// /// Gets the normalized target. /// public string Target { get; } /// /// Gets the validated value. /// public T Value { get; } } ValidationErrorMessageFormatting.cs000066400000000000000000000020461516707642500356410ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Messagingusing System; namespace Light.PortableResults.Validation.Messaging; /// /// Provides methods to format a parameter. /// public static class ValidationErrorMessageFormatting { /// /// Formats a parameter value using the culture stored in the validation context when available. /// /// The type of the parameter value. /// The parameter value to format. /// The validation context that may provide culture information. /// The formatted parameter value, or an empty string if the value is null. public static string FormatParameter(T value, ReadOnlyValidationContext context) { if (value is null) { return string.Empty; } var culture = context.Options.CultureInfo; return value is IFormattable formattable ? formattable.ToString(null, culture) : value.ToString() ?? string.Empty; } } ValidationErrorTemplates.Constant.cs000066400000000000000000000023201516707642500357430ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Messagingusing System; namespace Light.PortableResults.Validation.Messaging; public sealed partial record ValidationErrorTemplates { /// /// Always returns the same validation error message. /// public sealed class Constant : IValidationErrorMessageTemplate { private readonly ValidationErrorMessage _message; /// /// Initializes a new instance of the class. /// /// The constant message text. /// The optional machine-readable message key. /// Thrown when is . /// Thrown when is empty or contains only white space. public Constant(string text, string? key = null) => _message = new ValidationErrorMessage(text, key); /// public bool IsMessageStable => true; /// public ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => _message; } } ValidationErrorTemplates.DisplayName.cs000066400000000000000000000030221516707642500363600ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Messagingusing System; namespace Light.PortableResults.Validation.Messaging; public sealed partial record ValidationErrorTemplates { /// /// Creates a message from the display name and constant text fragments. /// public sealed class DisplayName : IValidationErrorMessageTemplate { private readonly string? _key; private readonly string _prefix; private readonly string _suffix; /// /// Initializes a new instance of the class. /// /// The suffix appended after the display name. /// The optional machine-readable message key. /// The optional prefix inserted before the display name. /// Thrown when or is . public DisplayName(string suffix, string? key = null, string prefix = "") { _suffix = suffix ?? throw new ArgumentNullException(nameof(suffix)); _key = key; _prefix = prefix ?? throw new ArgumentNullException(nameof(prefix)); } /// public bool IsMessageStable => true; /// public ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => new ($"{_prefix}{context.DisplayName}{_suffix}", _key); } } ValidationErrorTemplates.DisplayNameWithComparable.cs000066400000000000000000000030311516707642500412020ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Messagingusing System; namespace Light.PortableResults.Validation.Messaging; public sealed partial record ValidationErrorTemplates { /// /// Creates comparison messages by combining the display name with a formatted boundary value. /// public sealed class DisplayNameWithComparable : IComparableValidationErrorMessageTemplate { private readonly string _prefix; private readonly string _suffix; /// /// Initializes a new instance of the class. /// /// The text inserted between the display name and the boundary. /// The optional trailing text. public DisplayNameWithComparable(string prefix, string suffix = "") { _prefix = prefix ?? throw new ArgumentNullException(nameof(prefix)); _suffix = suffix ?? throw new ArgumentNullException(nameof(suffix)); } /// public bool IsMessageStable => true; /// public ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context, TParameter parameter ) { var formattedParameter = ValidationErrorMessageFormatting.FormatParameter(parameter, context.ValidationContext); return new ValidationErrorMessage(context.DisplayName + _prefix + formattedParameter + _suffix); } } } ValidationErrorTemplates.DisplayNameWithParameter.cs000066400000000000000000000042751516707642500410700ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Messagingusing System; namespace Light.PortableResults.Validation.Messaging; public sealed partial record ValidationErrorTemplates { /// /// Creates a message from the display name and an additional typed parameter. /// /// The parameter type. public sealed class DisplayNameWithParameter : IValidationErrorMessageTemplate { private readonly string? _key; private readonly string _parameterPrefix; private readonly string _prefix; private readonly string _suffix; /// /// Initializes a new instance of the class. /// /// The text inserted between the display name and the formatted parameter. /// The text appended after the formatted parameter. /// The optional machine-readable message key. /// The optional prefix inserted before the display name. public DisplayNameWithParameter( string parameterPrefix, string suffix, string? key = null, string prefix = "" ) { _parameterPrefix = parameterPrefix ?? throw new ArgumentNullException(nameof(parameterPrefix)); _suffix = suffix ?? throw new ArgumentNullException(nameof(suffix)); _key = key; _prefix = prefix ?? throw new ArgumentNullException(nameof(prefix)); } /// public bool IsMessageStable => true; /// public ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context, TParameter parameter ) { var formattedParameter = ValidationErrorMessageFormatting.FormatParameter(parameter, context.ValidationContext); return new ValidationErrorMessage( $"{_prefix}{context.DisplayName}{_parameterPrefix}{formattedParameter}{_suffix}", _key ); } } } ValidationErrorTemplates.DisplayNameWithPrecisionScale.cs000066400000000000000000000020751516707642500420470ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Messagingusing Light.PortableResults.Validation.Definitions; namespace Light.PortableResults.Validation.Messaging; public sealed partial record ValidationErrorTemplates { /// /// Creates a message for decimal precision-and-scale validation failures. /// public sealed class DisplayNameWithPrecisionScale : IValidationErrorMessageTemplate { /// public bool IsMessageStable => true; /// public ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context, PrecisionScaleDescriptor parameter ) { var trailingZeroText = parameter.IgnoreTrailingZeros ? " when trailing decimal zeros are ignored" : string.Empty; return new ValidationErrorMessage( $"{context.DisplayName} must not be more than {parameter.Precision} digits in total, with allowance for {parameter.Scale} decimals{trailingZeroText}" ); } } } ValidationErrorTemplates.DisplayNameWithRange.cs000066400000000000000000000045761516707642500402100ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Messagingusing System; namespace Light.PortableResults.Validation.Messaging; public sealed partial record ValidationErrorTemplates { /// /// Creates range messages by combining the display name with formatted lower and upper boundaries. /// public sealed class DisplayNameWithRange : IRangeValidationErrorMessageTemplate { private readonly string _afterUpperBoundary; private readonly string _beforeLowerBoundary; private readonly string _betweenBoundaries; /// /// Initializes a new instance of the class. /// /// The text before the lower boundary. /// The text between both boundaries. /// The text after the upper boundary. public DisplayNameWithRange( string beforeLowerBoundary, string betweenBoundaries, string afterUpperBoundary = "" ) { _beforeLowerBoundary = beforeLowerBoundary ?? throw new ArgumentNullException(nameof(beforeLowerBoundary)); _betweenBoundaries = betweenBoundaries ?? throw new ArgumentNullException(nameof(betweenBoundaries)); _afterUpperBoundary = afterUpperBoundary ?? throw new ArgumentNullException(nameof(afterUpperBoundary)); } /// public bool IsMessageStable => true; /// public ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context, TBoundary lowerBoundary, TBoundary upperBoundary ) { var validationContext = context.ValidationContext; var formattedLowerBoundary = ValidationErrorMessageFormatting.FormatParameter(lowerBoundary, validationContext); var formattedUpperBoundary = ValidationErrorMessageFormatting.FormatParameter(upperBoundary, validationContext); return new ValidationErrorMessage( context.DisplayName + _beforeLowerBoundary + formattedLowerBoundary + _betweenBoundaries + formattedUpperBoundary + _afterUpperBoundary ); } } } ValidationErrorTemplates.IgnoreParameter.cs000066400000000000000000000024641516707642500372470ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Messagingusing System; namespace Light.PortableResults.Validation.Messaging; public sealed partial record ValidationErrorTemplates { /// /// Adapts a parameterless template to a parameterized template by ignoring the supplied parameter. /// /// The ignored parameter type. public sealed class IgnoreParameter : IValidationErrorMessageTemplate { /// /// Initializes a new instance of . /// /// The parameterless template to delegate to. public IgnoreParameter(IValidationErrorMessageTemplate innerTemplate) => InnerTemplate = innerTemplate ?? throw new ArgumentNullException(nameof(innerTemplate)); /// /// Gets the wrapped parameterless template. /// public IValidationErrorMessageTemplate InnerTemplate { get; } /// public bool IsMessageStable => true; /// public ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context, TParameter parameter ) => InnerTemplate.ProvideMessage(in context); } } ValidationErrorTemplates.cs000066400000000000000000000365771516707642500342000ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Messagingusing System; using Light.PortableResults.Validation.Definitions; namespace Light.PortableResults.Validation.Messaging; /// /// Provides reusable immutable message templates for built-in validation rules. /// public sealed partial record ValidationErrorTemplates { private static readonly IValidationErrorMessageTemplate DefaultNotNullTemplate = new DisplayName(" must not be null"); private static readonly IValidationErrorMessageTemplate DefaultNullTemplate = new DisplayName(" must be null"); private static readonly IValidationErrorMessageTemplate DefaultEmptyTemplate = new DisplayName(" must be empty"); private static readonly IValidationErrorMessageTemplate DefaultNotEmptyTemplate = new DisplayName(" must not be empty"); private static readonly IValidationErrorMessageTemplate DefaultNotNullOrWhiteSpaceTemplate = new DisplayName(" must not be empty or whitespace"); private static readonly IComparableValidationErrorMessageTemplate DefaultEqualToTemplate = new DisplayNameWithComparable(" must be equal to "); private static readonly IComparableValidationErrorMessageTemplate DefaultNotEqualToTemplate = new DisplayNameWithComparable(" must not be equal to "); private static readonly IComparableValidationErrorMessageTemplate DefaultGreaterThanTemplate = new DisplayNameWithComparable(" must be greater than "); private static readonly IComparableValidationErrorMessageTemplate DefaultGreaterThanOrEqualToTemplate = new DisplayNameWithComparable(" must be greater than or equal to "); private static readonly IComparableValidationErrorMessageTemplate DefaultLessThanTemplate = new DisplayNameWithComparable(" must be less than "); private static readonly IComparableValidationErrorMessageTemplate DefaultLessThanOrEqualToTemplate = new DisplayNameWithComparable(" must be less than or equal to "); private static readonly IRangeValidationErrorMessageTemplate DefaultIsInBetweenTemplate = new DisplayNameWithRange(" must be between ", " and "); private static readonly IRangeValidationErrorMessageTemplate DefaultNotInBetweenTemplate = new DisplayNameWithRange(" must not be between ", " and "); private static readonly IRangeValidationErrorMessageTemplate DefaultExclusiveRangeTemplate = new DisplayNameWithRange(" must be between ", " and ", " (exclusive)"); private static readonly IValidationErrorMessageTemplate DefaultMinLengthTemplate = new DisplayNameWithParameter( " must be at least ", " characters long" ); private static readonly IValidationErrorMessageTemplate DefaultMaxLengthTemplate = new DisplayNameWithParameter( " must be at most ", " characters long" ); private static readonly IRangeValidationErrorMessageTemplate DefaultLengthInTemplate = new DisplayNameWithRange( " must be between ", " and ", " characters long" ); private static readonly IValidationErrorMessageTemplate DefaultPatternTemplate = new DisplayName(" has an invalid format"); private static readonly IValidationErrorMessageTemplate DefaultEmailTemplate = new DisplayName(" must be an email address"); private static readonly IValidationErrorMessageTemplate DefaultDigitsOnlyTemplate = new DisplayName(" must contain only digits"); private static readonly IValidationErrorMessageTemplate DefaultLettersAndDigitsOnlyTemplate = new DisplayName(" must contain only letters and digits"); private static readonly IValidationErrorMessageTemplate DefaultCountTemplate = new DisplayNameWithParameter(" must contain exactly ", " item(s)"); private static readonly IValidationErrorMessageTemplate DefaultMinCountTemplate = new DisplayNameWithParameter(" must contain at least ", " item(s)"); private static readonly IValidationErrorMessageTemplate DefaultMaxCountTemplate = new DisplayNameWithParameter(" must contain at most ", " item(s)"); private static readonly IValidationErrorMessageTemplate DefaultEnumTemplate = new DisplayName(" must be a defined enum value"); private static readonly IValidationErrorMessageTemplate DefaultEnumNameTemplate = new DisplayName(" must be a valid enum name"); private static readonly IValidationErrorMessageTemplate DefaultPrecisionScaleTemplate = new DisplayNameWithPrecisionScale(); private static readonly IValidationErrorMessageTemplate DefaultPredicateTemplate = new DisplayName(" is invalid"); private readonly bool _hasExplicitMessageCache; private readonly IValidationErrorMessageCache? _messageCache; /// /// Initializes a new instance of . /// public ValidationErrorTemplates() { _messageCache = new DefaultValidationErrorMessageCache(); } private ValidationErrorTemplates(ValidationErrorTemplates original) { NotNull = original.NotNull; Null = original.Null; Empty = original.Empty; NotEmpty = original.NotEmpty; NotNullOrWhiteSpace = original.NotNullOrWhiteSpace; EqualTo = original.EqualTo; NotEqualTo = original.NotEqualTo; GreaterThan = original.GreaterThan; GreaterThanOrEqualTo = original.GreaterThanOrEqualTo; LessThan = original.LessThan; LessThanOrEqualTo = original.LessThanOrEqualTo; IsInBetween = original.IsInBetween; NotInBetween = original.NotInBetween; ExclusiveRange = original.ExclusiveRange; MinLength = original.MinLength; MaxLength = original.MaxLength; LengthIn = original.LengthIn; Pattern = original.Pattern; Email = original.Email; DigitsOnly = original.DigitsOnly; LettersAndDigitsOnly = original.LettersAndDigitsOnly; Count = original.Count; MinCount = original.MinCount; MaxCount = original.MaxCount; Enum = original.Enum; EnumName = original.EnumName; PrecisionScale = original.PrecisionScale; Predicate = original.Predicate; if (original._hasExplicitMessageCache) { _messageCache = original._messageCache; _hasExplicitMessageCache = true; } else { _messageCache = original._messageCache is null ? null : new DefaultValidationErrorMessageCache(); } } private ValidationErrorTemplates(IValidationErrorMessageCache? messageCache) { _messageCache = messageCache; } /// /// Gets the shared default templates instance. /// public static ValidationErrorTemplates Default { get; } = new (DefaultValidationErrorMessageCache.Default); /// /// Gets the cache for stable validation error messages. When , message caching is disabled. /// public IValidationErrorMessageCache? MessageCache { get => _messageCache; init { _messageCache = value; _hasExplicitMessageCache = true; } } /// /// Gets the template for null-value validation failures. /// public IValidationErrorMessageTemplate NotNull { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultNotNullTemplate; /// /// Gets the template for must-be-null validation failures. /// public IValidationErrorMessageTemplate Null { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultNullTemplate; /// /// Gets the template for empty-value validation failures. /// public IValidationErrorMessageTemplate Empty { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultEmptyTemplate; /// /// Gets the template for not-empty validation failures. /// public IValidationErrorMessageTemplate NotEmpty { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultNotEmptyTemplate; /// /// Gets the template for empty-or-whitespace string validation failures. /// public IValidationErrorMessageTemplate NotNullOrWhiteSpace { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultNotNullOrWhiteSpaceTemplate; /// /// Gets the template for equality validation failures. /// public IComparableValidationErrorMessageTemplate EqualTo { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultEqualToTemplate; /// /// Gets the template for inequality validation failures. /// public IComparableValidationErrorMessageTemplate NotEqualTo { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultNotEqualToTemplate; /// /// Gets the template for greater-than validation failures. /// public IComparableValidationErrorMessageTemplate GreaterThan { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultGreaterThanTemplate; /// /// Gets the template for greater-than-or-equal validation failures. /// public IComparableValidationErrorMessageTemplate GreaterThanOrEqualTo { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultGreaterThanOrEqualToTemplate; /// /// Gets the template for less-than validation failures. /// public IComparableValidationErrorMessageTemplate LessThan { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultLessThanTemplate; /// /// Gets the template for less-than-or-equal validation failures. /// public IComparableValidationErrorMessageTemplate LessThanOrEqualTo { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultLessThanOrEqualToTemplate; /// /// Gets the template for inclusive-range validation failures. /// public IRangeValidationErrorMessageTemplate IsInBetween { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultIsInBetweenTemplate; /// /// Gets the template for outside-range validation failures. /// public IRangeValidationErrorMessageTemplate NotInBetween { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultNotInBetweenTemplate; /// /// Gets the template for exclusive-range validation failures. /// public IRangeValidationErrorMessageTemplate ExclusiveRange { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultExclusiveRangeTemplate; /// /// Gets the template for minimum length validation failures. /// public IValidationErrorMessageTemplate MinLength { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultMinLengthTemplate; /// /// Gets the template for maximum length validation failures. /// public IValidationErrorMessageTemplate MaxLength { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultMaxLengthTemplate; /// /// Gets the template for length-range validation failures. /// public IRangeValidationErrorMessageTemplate LengthIn { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultLengthInTemplate; /// /// Gets the template for regular-expression validation failures. /// public IValidationErrorMessageTemplate Pattern { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultPatternTemplate; /// /// Gets the template for email validation failures. /// public IValidationErrorMessageTemplate Email { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultEmailTemplate; /// /// Gets the template for digits-only validation failures. /// public IValidationErrorMessageTemplate DigitsOnly { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultDigitsOnlyTemplate; /// /// Gets the template for letters-and-digits-only validation failures. /// public IValidationErrorMessageTemplate LettersAndDigitsOnly { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultLettersAndDigitsOnlyTemplate; /// /// Gets the template for exact-count validation failures. /// public IValidationErrorMessageTemplate Count { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultCountTemplate; /// /// Gets the template for minimum-count validation failures. /// public IValidationErrorMessageTemplate MinCount { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultMinCountTemplate; /// /// Gets the template for maximum-count validation failures. /// public IValidationErrorMessageTemplate MaxCount { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultMaxCountTemplate; /// /// Gets the template for enum-value validation failures. /// public IValidationErrorMessageTemplate Enum { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultEnumTemplate; /// /// Gets the template for enum-name validation failures. /// public IValidationErrorMessageTemplate EnumName { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultEnumNameTemplate; /// /// Gets the template for decimal precision-and-scale validation failures. /// public IValidationErrorMessageTemplate PrecisionScale { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultPrecisionScaleTemplate; /// /// Gets the template for predicate-based validation failures. /// public IValidationErrorMessageTemplate Predicate { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultPredicateTemplate; } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Module.cs000066400000000000000000000032121516707642500265600ustar00rootroot00000000000000using System; using Microsoft.Extensions.DependencyInjection; using Microsoft.Extensions.Options; namespace Light.PortableResults.Validation; /// /// Provides integration into Microsoft.Extensions.DependencyInjection for Light.PortableResults.Validation. /// public static class Module { /// /// Adds Light.PortableResults.Validation services to the specified . /// Specifically, is registered with /// as the implementation type and a singleton lifetime. are added as options, /// they are also made available as a singleton directly so that you don't need to resolve `IOptions<ValidationContextOptions>`. /// /// The service collection that holds all registrations. /// The service collection for method-chaining. /// Thrown when is null. public static IServiceCollection AddValidationForPortableResults(this IServiceCollection services) { if (services is null) { throw new ArgumentNullException(nameof(services)); } services.AddSingleton(); services.AddOptions(); services.AddSingleton( sp => sp.GetRequiredService>().Value ); return services; } } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Normalization/000077500000000000000000000000001516707642500276345ustar00rootroot00000000000000DefaultAutomaticNullErrorProvider.cs000066400000000000000000000044771516707642500367330ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Normalizationusing Light.PortableResults.Validation.Definitions; using Light.PortableResults.Validation.Messaging; using Light.PortableResults.Validation.Targeting; namespace Light.PortableResults.Validation.Normalization; /// /// Produces the default validation error for automatic null checks. /// public sealed class DefaultAutomaticNullErrorProvider : IAutomaticNullErrorProvider { /// /// Initializes a new instance of . /// public DefaultAutomaticNullErrorProvider() { } /// /// Gets the shared singleton instance. /// public static DefaultAutomaticNullErrorProvider Instance { get; } = new (); /// public bool TryCreateError(in ValidationErrorMessageContext context, out Error error) { var definition = BuiltInValidationErrorDefinitions.NotNull; var cache = context.ValidationContext.ErrorTemplates.MessageCache; ValidationErrorMessage message; if ( cache is not null && definition.TryGetStableMessageProvider(context.ValidationContext, out var provider) ) { // The automatic null error provider is called with an already-resolved target, so we use // ValidationTarget.Absolute for the cache key. The target prefix is empty because the target // is pre-composed. var absoluteTarget = ValidationTarget.Absolute(context.Target, isNormalized: true); var key = new ValidationErrorMessageCacheKey( provider, absoluteTarget, string.Empty, context.DisplayName, context.ValidationContext.Options.CultureInfo ); if (!cache.TryGet(key, out var entry)) { message = definition.ProvideMessage(in context); cache.Store(key, new CachedValidationErrorMessage(message, context.Target)); } else { message = entry.Message; } } else { message = definition.ProvideMessage(in context); } error = message.ToError(definition.Code, context.Target, definition.Category, definition.Metadata); return true; } } IAutomaticNullErrorProvider.cs000066400000000000000000000013551516707642500355270ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Normalizationusing Light.PortableResults.Validation.Messaging; namespace Light.PortableResults.Validation.Normalization; /// /// Creates validation errors for automatic null checks. /// public interface IAutomaticNullErrorProvider { /// /// Tries to create an error for a null value. /// /// The validated type. /// The readonly message context. /// The created error when one should be produced. /// when an error was created; otherwise, . bool TryCreateError(in ValidationErrorMessageContext context, out Error error); } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Normalization/IValueNormalizer.cs000066400000000000000000000006771516707642500334250ustar00rootroot00000000000000namespace Light.PortableResults.Validation.Normalization; /// /// Normalizes values before checks are materialized. /// public interface IValueNormalizer { /// /// Normalizes the specified value. /// /// The value type. /// The original value. /// The normalized value. T Normalize(T value); } NoOpAutomaticNullErrorProvider.cs000066400000000000000000000012221516707642500362030ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Normalizationusing Light.PortableResults.Validation.Messaging; namespace Light.PortableResults.Validation.Normalization; /// /// Disables automatic null-validation errors. /// public sealed class NoOpAutomaticNullErrorProvider : IAutomaticNullErrorProvider { private NoOpAutomaticNullErrorProvider() { } /// /// Gets the shared singleton instance. /// public static NoOpAutomaticNullErrorProvider Instance { get; } = new (); /// public bool TryCreateError(in ValidationErrorMessageContext context, out Error error) { error = default; return false; } } NoOpValueNormalizer.cs000066400000000000000000000010641516707642500340200ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Normalizationnamespace Light.PortableResults.Validation.Normalization; /// /// Leaves incoming values unchanged. /// public sealed class NoOpValueNormalizer : IValueNormalizer { /// /// Initializes a new instance of the class. /// public NoOpValueNormalizer() { } /// /// Gets the shared singleton instance. /// public static NoOpValueNormalizer Instance { get; } = new (); /// public T Normalize(T value) => value; } TrimStringNormalizer.cs000066400000000000000000000027671516707642500342650ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Normalizationusing System.Runtime.CompilerServices; namespace Light.PortableResults.Validation.Normalization; /// /// Trims incoming string values and converts to an empty string. /// For non-string types, the value is returned unchanged. When the value is typed as /// and is a non-null string, the string is trimmed. /// public sealed class TrimStringNormalizer : IValueNormalizer { /// /// Initializes a new instance of the class. /// public TrimStringNormalizer() { } /// /// Gets the shared singleton instance. /// public static TrimStringNormalizer Instance { get; } = new (); /// public T Normalize(T value) { // Branch 1: JIT removes this for any T != string at specialization time. if (typeof(T) == typeof(string)) { var valueAsString = Unsafe.As(ref value); var result = valueAsString?.Trim() ?? string.Empty; return Unsafe.As(ref result); } // Branch 2: runtime pattern match — fires when T is object and value is a non-null string. // Null objects do not match the pattern and fall through to the return below. if (value is string stringValue) { var trimmed = stringValue.Trim(); return Unsafe.As(ref trimmed); } return value; } } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Normalization/ValueNormalizers.cs000066400000000000000000000011761516707642500334720ustar00rootroot00000000000000namespace Light.PortableResults.Validation.Normalization; /// /// Provides discoverable entry points to the built-in value normalizer singletons. /// public static class ValueNormalizers { /// /// Gets the trimming normalizer that trims whitespace from strings and converts to empty. /// public static IValueNormalizer Trim { get; } = TrimStringNormalizer.Instance; /// /// Gets the no-op normalizer that leaves all values unchanged. /// public static IValueNormalizer NoOp { get; } = NoOpValueNormalizer.Instance; } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/ReadOnlyValidationContext.cs000066400000000000000000000071571516707642500324440ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.Diagnostics.CodeAnalysis; using Light.PortableResults.Validation.Definitions; using Light.PortableResults.Validation.Messaging; namespace Light.PortableResults.Validation; /// /// Provides readonly access to validation-run configuration and shared context data. /// public readonly struct ReadOnlyValidationContext { private readonly ValidationState? _state; private readonly string? _targetPrefix; /// /// Initializes a new instance of . /// /// The validation state that tracks accumulated errors. /// The prefix to prepend to error targets within this context. /// Thrown when or is null. public ReadOnlyValidationContext(ValidationState state, string targetPrefix) { _state = state ?? throw new ArgumentNullException(nameof(state)); _targetPrefix = targetPrefix ?? throw new ArgumentNullException(nameof(targetPrefix)); } /// /// Gets a value indicating whether this instance is the uninitialized default value. /// public bool IsDefault => _state is null; /// /// Gets the active target prefix. /// public string TargetPrefix { get { EnsureInitialized(); return _targetPrefix; } } /// /// Gets the validation context options. /// public ValidationContextOptions Options => State.Options; /// /// Gets the validation error templates. /// public ValidationErrorTemplates ErrorTemplates => State.ErrorTemplates; /// /// Gets the shared cache for reusable validation error definitions. /// public IValidationErrorDefinitionCache ErrorDefinitionCache => State.ErrorDefinitionCache; private ValidationState State { get { EnsureInitialized(); return _state; } } /// /// Tries to read a shared validation item. /// /// The item type. /// The typed key. /// The stored value when present. /// when the item exists; otherwise, . public bool TryGetItem(ValidationContextKey key, out T value) => State.TryGetItem(key, out value); /// /// Gets a shared validation item or throws when it is missing. /// /// The item type. /// The typed key. /// The stored value. /// Thrown when is . /// Thrown when the item does not exist. public T GetRequiredItem(ValidationContextKey key) => State.GetRequiredItem(key); [MemberNotNull(nameof(_state), nameof(_targetPrefix))] private void EnsureInitialized() { if (_state is null) { throw new InvalidOperationException("The validation context must not be the default instance"); } #pragma warning disable CS8774 // When _state is not null, _target prefix cannot be null, see constructor } #pragma warning restore CS8774 } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Targeting/000077500000000000000000000000001516707642500267325ustar00rootroot00000000000000DefaultValidationTargetNormalizer.cs000066400000000000000000000200601516707642500360110ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Targetingusing System; using System.Buffers; using System.Collections.Concurrent; namespace Light.PortableResults.Validation.Targeting; /// /// The built-in validation target normalizer for caller-expression, relative, and absolute validation targets. /// public sealed class DefaultValidationTargetNormalizer : IValidationTargetNormalizer { /// /// The default threshold at which paths are normalized into a rented buffer instead of a stack buffer. /// public const int DefaultStackBufferThreshold = 512; private readonly ArrayPool _arrayPool; private readonly ConcurrentDictionary _callerExpressionCache = new (StringComparer.Ordinal); private readonly ConcurrentDictionary _pathCache = new (StringComparer.Ordinal); /// /// Initializes a new instance of . /// /// The casing convention for normalized member segments derived from raw caller expressions. /// /// The array pool to use for paths (optional). If null is specified, is used. /// /// /// The threshold at which paths are normalized into a rented buffer instead of a stack buffer. Defaults to /// . /// /// Thrown when is less than 0. public DefaultValidationTargetNormalizer( ValidationTargetCasing casing = ValidationTargetCasing.CamelCase, ArrayPool? arrayPool = null, int arrayPoolThreshold = DefaultStackBufferThreshold ) { if (arrayPoolThreshold < 0) { throw new ArgumentOutOfRangeException(nameof(arrayPoolThreshold)); } Casing = casing; _arrayPool = arrayPool ?? ArrayPool.Shared; ArrayPoolThreshold = arrayPoolThreshold; } /// /// Gets the casing convention applied by this normalizer. /// public ValidationTargetCasing Casing { get; } /// /// Gets the threshold at which paths are normalized into a rented buffer instead of a stack buffer. /// public int ArrayPoolThreshold { get; } /// public string Normalize(string rawPath, ValidationTargetSemantics semantics) { if (rawPath is null) { throw new ArgumentNullException(nameof(rawPath)); } if (!semantics.IsDefined()) { throw new ArgumentOutOfRangeException(nameof(semantics)); } return semantics == ValidationTargetSemantics.CallerExpression ? _callerExpressionCache.GetOrAdd(rawPath, NormalizeCallerExpressionCore) : _pathCache.GetOrAdd(rawPath, NormalizePathCore); } private string NormalizeCallerExpressionCore(string rawPath) => NormalizeCore(rawPath, ValidationTargetSemantics.CallerExpression); private string NormalizePathCore(string rawPath) => NormalizeCore(rawPath, ValidationTargetSemantics.Relative); private string NormalizeCore(string rawPath, ValidationTargetSemantics semantics) { var trimmedPath = rawPath.AsSpan().Trim(); if (trimmedPath.IsEmpty) { return string.Empty; } var parsingStart = semantics == ValidationTargetSemantics.CallerExpression ? FindCallerExpressionParsingStart(trimmedPath) : 0; if (parsingStart >= trimmedPath.Length) { return string.Empty; } if (trimmedPath.Length <= ArrayPoolThreshold) { Span stackBuffer = stackalloc char[trimmedPath.Length]; return NormalizeIntoString(trimmedPath, parsingStart, stackBuffer); } var rentedBuffer = _arrayPool.Rent(trimmedPath.Length); try { return NormalizeIntoString(trimmedPath, parsingStart, rentedBuffer.AsSpan(0, trimmedPath.Length)); } finally { _arrayPool.Return(rentedBuffer); } } private static int FindCallerExpressionParsingStart(ReadOnlySpan rawPath) { var indexOfDot = rawPath.IndexOf('.'); return indexOfDot == -1 ? 0 : indexOfDot + 1; } private string NormalizeIntoString(ReadOnlySpan rawPath, int startIndex, Span buffer) { var length = NormalizeIntoBuffer(rawPath, startIndex, buffer); return CreateString(buffer, length); } private int NormalizeIntoBuffer(ReadOnlySpan rawPath, int startIndex, Span buffer) { var builder = new TargetBuffer(buffer); var segmentStart = startIndex; var index = startIndex; while (index < rawPath.Length) { var current = rawPath[index]; if (current == '.') { AppendSegment(rawPath, segmentStart, index, ref builder); builder.Append('.'); index++; segmentStart = index; continue; } if (current != '[') { index++; continue; } AppendSegment(rawPath, segmentStart, index, ref builder); var closingBracket = index + 1; while (closingBracket < rawPath.Length && rawPath[closingBracket] != ']') { closingBracket++; } if (closingBracket >= rawPath.Length) { builder.Append(rawPath.Slice(index)); return builder.Length; } builder.Append(rawPath.Slice(index, closingBracket - index + 1)); index = closingBracket + 1; segmentStart = index; if (index < rawPath.Length && rawPath[index] == '.') { builder.Append('.'); index++; segmentStart = index; } } AppendSegment(rawPath, segmentStart, rawPath.Length, ref builder); return builder.Length; } private void AppendSegment(ReadOnlySpan rawPath, int startIndex, int endIndex, ref TargetBuffer builder) { while (startIndex < endIndex && char.IsWhiteSpace(rawPath[startIndex])) { startIndex++; } while (endIndex > startIndex && char.IsWhiteSpace(rawPath[endIndex - 1])) { endIndex--; } if (startIndex >= endIndex) { return; } if (rawPath[startIndex] == '@') { startIndex++; } if (startIndex >= endIndex) { return; } switch (Casing) { case ValidationTargetCasing.CamelCase: builder.Append(char.ToLowerInvariant(rawPath[startIndex])); break; case ValidationTargetCasing.PascalCase: builder.Append(char.ToUpperInvariant(rawPath[startIndex])); break; default: builder.Append(rawPath[startIndex]); break; } if (endIndex - startIndex > 1) { builder.Append(rawPath.Slice(startIndex + 1, endIndex - startIndex - 1)); } } private static string CreateString(Span buffer, int length) { return length == 0 ? string.Empty : buffer.Slice(0, length).ToString(); } private ref struct TargetBuffer { private readonly Span _buffer; public TargetBuffer(Span buffer) { _buffer = buffer; Length = 0; } public int Length { get; private set; } public void Append(char value) { _buffer[Length] = value; Length++; } public void Append(ReadOnlySpan value) { value.CopyTo(_buffer.Slice(Length)); Length += value.Length; } } } IValidationTargetNormalizer.cs000066400000000000000000000017361516707642500346260ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Targetingusing System; namespace Light.PortableResults.Validation.Targeting; /// /// Normalizes validation targets into the flat member path format used by Light.PortableResults. /// public interface IValidationTargetNormalizer { /// /// Normalizes the specified target path according to the provided semantics. /// /// The raw target input to normalize. /// The semantics used to interpret . /// The normalized target path. /// Thrown when is . /// /// Thrown when is not a supported value. /// string Normalize(string rawPath, ValidationTargetSemantics semantics); } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Targeting/ValidationTarget.cs000066400000000000000000000052501516707642500325240ustar00rootroot00000000000000using System; namespace Light.PortableResults.Validation.Targeting; /// /// Describes how a validation target input must be interpreted and whether it is already normalized. /// public readonly record struct ValidationTarget { /// /// Initializes a new instance of . /// /// The target input text. /// The semantics used to interpret . /// /// when is already normalized for the specified /// ; otherwise, . /// /// Thrown when is null. /// Thrown when is not supported. public ValidationTarget(string input, ValidationTargetSemantics semantics, bool isNormalized = false) { Input = input ?? throw new ArgumentNullException(nameof(input)); if (!semantics.IsDefined()) { throw new ArgumentOutOfRangeException(nameof(semantics)); } Semantics = semantics; IsNormalized = isNormalized; } /// /// Gets a value indicating whether this instance is the default value. /// public bool IsDefault => Input is null; /// /// Gets the target input text. /// public string Input { get; } /// /// Gets the semantics used to interpret . /// public ValidationTargetSemantics Semantics { get; } /// /// Gets a value indicating whether is already normalized for . /// public bool IsNormalized { get; } /// /// Creates a caller-expression target. /// public static ValidationTarget CallerExpression(string input, bool isNormalized = false) => new (input, ValidationTargetSemantics.CallerExpression, isNormalized); /// /// Creates a relative validation target. /// public static ValidationTarget Relative(string input, bool isNormalized = false) => new (input, ValidationTargetSemantics.Relative, isNormalized); /// /// Creates an absolute validation target. /// public static ValidationTarget Absolute(string input, bool isNormalized = false) => new (input, ValidationTargetSemantics.Absolute, isNormalized); } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Targeting/ValidationTargetCasing.cs000066400000000000000000000010221516707642500336420ustar00rootroot00000000000000namespace Light.PortableResults.Validation.Targeting; /// /// Specifies how member path segments are cased by the built-in validation target normalizer. /// public enum ValidationTargetCasing { /// /// Converts member segments to lower camel case. /// CamelCase, /// /// Converts member segments to upper camel case. /// PascalCase, /// /// Preserves the original segment casing. /// Preserve } ValidationTargetSemantics.cs000066400000000000000000000026231516707642500343150ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Targetingnamespace Light.PortableResults.Validation.Targeting; /// /// Specifies how a validation target input string must be interpreted. /// public enum ValidationTargetSemantics { /// /// The input is a caller-expression-style target that still needs caller-expression normalization. /// CallerExpression, /// /// The input is a target path relative to the current validation scope. /// Relative, /// /// The input is an absolute target path for the entire validation run. /// Absolute } /// /// Provides helper methods for working with values. /// public static class ValidationTargetSemanticsExtensions { /// /// Determines whether the specified value is a defined enum member. /// /// The semantics value to validate. /// if is a defined value; otherwise, . public static bool IsDefined(this ValidationTargetSemantics semantics) => semantics is ValidationTargetSemantics.CallerExpression or ValidationTargetSemantics.Relative or ValidationTargetSemantics.Absolute; } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Targeting/ValidationTargets.cs000066400000000000000000000050041516707642500327040ustar00rootroot00000000000000using System; namespace Light.PortableResults.Validation.Targeting; /// /// Provides helpers for normalizing and composing validation target paths. /// public static class ValidationTargets { /// /// Gets the default validation target normalizer instance. /// public static IValidationTargetNormalizer DefaultNormalizer { get; } = new DefaultValidationTargetNormalizer(); /// /// Composes a parent prefix and child target using the same flat-path rules as the validation infrastructure. /// /// The parent prefix. Use an empty string for the root object. /// The child target. Use an empty string for the current object. /// The composed validation target. /// /// Thrown when or is . /// public static string Compose(string prefix, string target) { if (prefix is null) { throw new ArgumentNullException(nameof(prefix)); } if (target is null) { throw new ArgumentNullException(nameof(target)); } if (prefix.Length == 0) { return target; } if (target.Length == 0) { return prefix; } return target[0] == '[' ? prefix + target : prefix + "." + target; } /// /// Appends an indexer segment to the specified prefix. /// /// The current prefix. /// The zero-based index. /// The composed target. public static string AppendIndex(string prefix, int index) => Compose(prefix, $"[{index}]"); /// /// Gets a value indicating whether the specified raw target is a simple identifier. /// This is true when the target does not contain any dots or square brackets. /// /// The raw target to check. /// when the target is a simple identifier; otherwise, . public static bool IsSimpleIdentifier(string rawTarget) { if (rawTarget.Length == 0) { return true; } return rawTarget.IndexOf('.') < 0 && rawTarget.IndexOf('[') < 0 && rawTarget.IndexOf(']') < 0; } } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/ValidatedValue.cs000066400000000000000000000076221516707642500302360ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.Diagnostics.CodeAnalysis; namespace Light.PortableResults.Validation; /// /// Provides factory members for . /// public static class ValidatedValue { /// /// Creates a successful validated value. /// /// The validated value type. /// The non-null validated value. /// The successful validated value. public static ValidatedValue Success(T value) => ValidatedValue.Success(value); } /// /// Represents a validated value produced by validator implementations. /// Application code should use Validate(...) or ValidateAsync(...) and their /// return values instead of working with this type directly. /// This type is public only because public validator base classes expose it in protected extensibility points. /// /// The type of the validated value. public readonly struct ValidatedValue : IEquatable> { private readonly T? _value; private ValidatedValue(T value) { _value = value ?? throw new ArgumentNullException(nameof(value)); HasValue = true; } /// /// Gets the explicit "no validated value was produced" state. /// public static ValidatedValue NoValue => default; /// /// Creates a successful validated value. /// /// The non-null validated value. /// The successful validated value. public static ValidatedValue Success(T value) => new (value); /// /// Gets a value indicating whether a validated value was produced. /// [MemberNotNullWhen(true, nameof(Value), nameof(_value))] public bool HasValue { get; } /// /// Gets the validated value. /// /// Thrown when no validated value is present. public T Value => HasValue ? _value! : throw new InvalidOperationException("Cannot access Value when no validated value is present."); /// /// Attempts to get the validated value. /// /// The validated value when present; otherwise, the default value. /// when a value is present; otherwise, . [MemberNotNullWhen(true, nameof(Value))] public bool TryGetValue([NotNullWhen(true)] out T? value) { if (HasValue) { value = _value; return true; } value = default; return false; } /// /// Determines whether this validated value is equal to another validated value. /// /// The other validated value. /// when both instances are equal; otherwise, . public bool Equals(ValidatedValue other) => HasValue == other.HasValue && EqualityComparer.Default.Equals(_value, other._value); /// public override bool Equals(object? obj) => obj is ValidatedValue other && Equals(other); /// public override int GetHashCode() => HashCode.Combine(_value, HasValue); /// /// Compares two validated values for equality. /// public static bool operator ==(ValidatedValue left, ValidatedValue right) => left.Equals(right); /// /// Compares two validated values for inequality. /// public static bool operator !=(ValidatedValue left, ValidatedValue right) => !left.Equals(right); } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/ValidationCheckpoint.cs000066400000000000000000000056151516707642500314460ustar00rootroot00000000000000using System; using System.Diagnostics.CodeAnalysis; namespace Light.PortableResults.Validation; /// /// Captures the local error boundary for one validator or helper invocation. /// public readonly struct ValidationCheckpoint { private readonly ValidationState? _state; /// /// Initializes a new instance of . /// /// The validation state at the time of checkpoint creation. /// The number of errors present in the validation context at the time of checkpoint creation. /// Thrown if is null. public ValidationCheckpoint(ValidationState state, int startingErrorCount) { _state = state ?? throw new ArgumentNullException(nameof(state)); StartingErrorCount = startingErrorCount; } /// /// Gets the number of errors that were present in the validation context when this checkpoint was created. /// public int StartingErrorCount { get; } /// /// Gets a value indicating whether new errors were added after this checkpoint was created. /// public bool HasNewErrors => NewErrorCount > 0; /// /// Gets the number of errors that were added after this checkpoint was created. /// public int NewErrorCount => State.ErrorCount - StartingErrorCount; /// /// Tries to get the errors that were added after this checkpoint was created. /// /// The newly added errors when present. /// when new errors were added; otherwise, . public bool TryGetNewErrors(out Errors errors) { return State.TryGetErrorsSince(StartingErrorCount, out errors); } /// /// Creates a validated value that succeeds only when no new errors were added since this checkpoint. /// /// The validated value type. /// The validated value. /// /// when new errors were added; otherwise, /// . /// public ValidatedValue ToValidatedValue(T value) => HasNewErrors ? ValidatedValue.NoValue : ValidatedValue.Success(value); private ValidationState State { get { EnsureInitialized(); return _state; } } [MemberNotNull(nameof(_state))] private void EnsureInitialized() { if (_state is null) { throw new InvalidOperationException("The validation checkpoint must not be the default instance."); } } } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/ValidationContext.cs000066400000000000000000000503171516707642500310020ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.Diagnostics.CodeAnalysis; using System.Runtime.CompilerServices; using Light.PortableResults.Metadata; using Light.PortableResults.Validation.Definitions; using Light.PortableResults.Validation.Messaging; using Light.PortableResults.Validation.Normalization; using Light.PortableResults.Validation.Targeting; namespace Light.PortableResults.Validation; /// /// Tracks validation failures for a single validation run and exposes low-overhead helpers to create checks and /// materialize flat validation errors. /// public readonly struct ValidationContext { private readonly ValidationState? _state; private readonly string? _targetPrefix; /// /// Initializes a new instance of the struct. /// /// The validation state that tracks accumulated errors. /// The prefix to prepend to error targets within this context. /// Thrown when or is null. public ValidationContext(ValidationState state, string targetPrefix) { _state = state ?? throw new ArgumentNullException(nameof(state)); _targetPrefix = targetPrefix ?? throw new ArgumentNullException(nameof(targetPrefix)); } /// /// Gets a value indicating whether this instance is the uninitialized default value. /// public bool IsDefault => _state is null; /// /// Gets the options applied by this context. /// [MemberNotNull(nameof(_state), nameof(_targetPrefix))] public ValidationContextOptions Options => State.Options; /// /// Gets the validation error templates used by this context. /// [MemberNotNull(nameof(_state), nameof(_targetPrefix))] public ValidationErrorTemplates ErrorTemplates => State.ErrorTemplates; /// /// Gets the shared cache for reusable validation error definitions. /// [MemberNotNull(nameof(_state), nameof(_targetPrefix))] public IValidationErrorDefinitionCache ErrorDefinitionCache => State.ErrorDefinitionCache; /// /// Gets the accumulated validation errors. If there are no errors, an empty /// instance is returned. /// [MemberNotNull(nameof(_state), nameof(_targetPrefix))] public Errors Errors => State.Errors; /// /// Gets the target prefix that is prepended to errors created within this context. /// [MemberNotNull(nameof(_state), nameof(_targetPrefix))] public string TargetPrefix { get { EnsureInitialized(); return _targetPrefix; } } /// /// Gets a value indicating whether this context has accumulated validation failures. /// public bool HasErrors => State.HasErrors; [MemberNotNull(nameof(_state), nameof(_targetPrefix))] private ValidationState State { get { EnsureInitialized(); return _state; } } /// /// Creates a readonly view for the current validation run and scope. /// [MemberNotNull(nameof(_state), nameof(_targetPrefix))] public ReadOnlyValidationContext AsReadOnly() { EnsureInitialized(); return new ReadOnlyValidationContext(_state, _targetPrefix); } /// /// Stores a shared validation item for the current run. /// /// The item type. /// The typed key. /// The value to store. [MemberNotNull(nameof(_state), nameof(_targetPrefix))] public void SetItem(ValidationContextKey key, T value) => State.SetItem(key, value); /// /// Tries to read a shared validation item. /// /// The item type. /// The typed key. /// The stored value when present. /// when the item exists; otherwise, . [MemberNotNull(nameof(_state), nameof(_targetPrefix))] public bool TryGetItem(ValidationContextKey key, out T value) => State.TryGetItem(key, out value); /// /// Gets a shared validation item or throws when it is missing. /// /// The item type. /// The typed key. /// The stored value. /// Thrown when is . /// Thrown when the item does not exist. [MemberNotNull(nameof(_state), nameof(_targetPrefix))] public T GetRequiredItem(ValidationContextKey key) => State.GetRequiredItem(key); /// /// Removes a shared validation item. /// /// The item type. /// The typed key. /// when the item existed; otherwise, . [MemberNotNull(nameof(_state), nameof(_targetPrefix))] public bool RemoveItem(ValidationContextKey key) => State.RemoveItem(key); /// /// Creates a checkpoint that can detect errors added after this call. /// /// The created checkpoint. [MemberNotNull(nameof(_state), nameof(_targetPrefix))] public ValidationCheckpoint CreateCheckpoint() => State.CreateCheckpoint(); /// /// Creates a scoped validation context for the specified child value. /// /// The type of the child value. /// The child value whose caller expression identifies the scope prefix. /// The raw caller expression for the child value. /// The scoped validation context. public ValidationContext For(T child, [CallerArgumentExpression("child")] string target = "") => ForCallerExpression(target); /// /// Creates a scoped validation context from a caller-expression-style target. /// /// The caller-expression-style target. /// /// when is already normalized for caller-expression semantics. /// /// The scoped validation context. public ValidationContext ForCallerExpression(string target, bool isNormalized = false) => ForTarget(ValidationTarget.CallerExpression(target, isNormalized)); /// /// Creates a scoped validation context for the specified member path segment. /// /// The member name or path segment to append. /// /// when is already normalized; otherwise, . /// /// The scoped validation context. public ValidationContext ForMember(string memberName, bool isNormalized = false) => ForRelative(memberName, isNormalized); /// /// Creates a scoped validation context for a target path relative to the current validation scope. /// /// The relative target path. /// /// when is already normalized; otherwise, . /// /// The scoped validation context. public ValidationContext ForRelative(string target, bool isNormalized = false) => ForTarget(ValidationTarget.Relative(target, isNormalized)); /// /// Creates a scoped validation context from an absolute target path. /// /// The absolute target path. /// /// when is already normalized; otherwise, . /// /// The scoped validation context. public ValidationContext ForAbsolute(string target, bool isNormalized = false) => ForTarget(ValidationTarget.Absolute(target, isNormalized)); /// /// Creates a scoped validation context from an explicit validation target descriptor. /// /// The target descriptor. /// The scoped validation context. /// Thrown when is the default instance. public ValidationContext ForTarget(ValidationTarget target) { var resolvedTarget = ResolveTarget(target); return string.Equals(resolvedTarget, _targetPrefix, StringComparison.Ordinal) ? this : new ValidationContext(State, resolvedTarget); } /// /// Creates a scoped validation context for the specified collection index. /// /// The zero-based index. /// The scoped validation context. public ValidationContext ForIndex(int index) { EnsureInitialized(); return new ValidationContext(State, ValidationTargets.AppendIndex(_targetPrefix, index)); } /// /// Creates a check for the specified value and caller-expression target. /// /// The type of the value to validate. /// The value to validate. /// /// Overrides the context-wide normalization behavior for this specific check when set. /// /// The caller-expression-style target. /// The optional display name. /// The created check. /// Thrown when this context is the default instance. /// Thrown when is null. public Check Check( T value, IValueNormalizer? valueNormalizer = null, [CallerArgumentExpression("value")] string? target = null, string? displayName = null ) { if (target is null) { throw new ArgumentNullException(nameof(target)); } return Check( value, ValidationTarget.CallerExpression(target), valueNormalizer, displayName ); } /// /// Creates a check for the specified value and explicit validation target descriptor. /// /// The type of the value to validate. /// The value to validate. /// The explicit target descriptor. /// /// Overrides the context-wide normalization behavior for this specific check when set. /// /// The optional display name. /// The created check. public Check Check( T value, ValidationTarget target, IValueNormalizer? valueNormalizer = null, string? displayName = null ) { EnsureInitialized(); var validatedTarget = EnsureTarget(target, nameof(target)); value = (valueNormalizer ?? Options.ValueNormalizer).Normalize(value); return new Check( this, validatedTarget, displayName, value, resolvedAbsoluteTarget: null, isShortCircuited: false ); } /// /// Adds the specified validation error to this context unchanged. /// /// /// The fully initialized error to add. If a target is desired, it must already be set on the error instance. /// /// Thrown when this context is the default instance. public void AddError(Error error) { EnsureInitialized(); if (error.IsDefaultInstance) { throw new ArgumentException("The error must not be the default instance.", nameof(error)); } State.AddError(error); } /// /// Creates and adds a validation error from the specified message descriptor. /// /// The generated validation error message. /// The optional error code. /// /// The optional validation target. Relative targets are composed with the current scope, absolute targets are used /// unchanged, and caller-expression targets are normalized before composition. /// /// The optional error metadata. public void AddError( ValidationErrorMessage message, string? code = null, ValidationTarget? target = null, MetadataObject? metadata = null ) { EnsureInitialized(); var resolvedTarget = target is null ? _targetPrefix : ResolveTarget(target.Value); AddError(message.ToError(code, resolvedTarget, ErrorCategory.Validation, metadata)); } /// /// Creates and adds a validation error with the specified message and optional details. /// /// The error message. /// The optional error code. /// /// The optional validation target. Relative targets are composed with the current scope, absolute targets are used /// unchanged, and caller-expression targets are normalized before composition. /// /// The optional error metadata. /// Thrown when this context is the default instance. /// Thrown when is null. public void AddError( string message, string? code = null, ValidationTarget? target = null, MetadataObject? metadata = null ) { EnsureInitialized(); if (message is null) { throw new ArgumentNullException(nameof(message)); } AddError(new ValidationErrorMessage(message), code, target, metadata); } /// /// Normalizes the specified validation target according to its explicit semantics. /// /// The target descriptor. /// The normalized target. /// Thrown when is the default instance. public string NormalizeTarget(ValidationTarget target) { var validatedTarget = EnsureTarget(target, nameof(target)); return validatedTarget.IsNormalized ? validatedTarget.Input : Options.TargetNormalizer.Normalize(validatedTarget.Input, validatedTarget.Semantics); } /// /// Resolves the specified validation target to an absolute flat validation path. /// /// The target descriptor. /// The resolved absolute target. /// Thrown when is the default instance. public string ResolveTarget(ValidationTarget target) { var normalizedTarget = NormalizeTarget(target); return target.Semantics == ValidationTargetSemantics.Absolute ? normalizedTarget : ValidationTargets.Compose(TargetPrefix, normalizedTarget); } /// /// Tries to create the automatic null-validation error for the specified target and display name. /// /// The validated value type. /// The validated value. /// The target that identifies the validated value. /// The display name. /// The created error when one should be produced. /// when an error was created; otherwise, . public bool TryCreateAutomaticNullError(T value, ValidationTarget target, string displayName, out Error error) { if (displayName is null) { throw new ArgumentNullException(nameof(displayName)); } var resolvedTarget = GetAutomaticNullTarget(target); var messageContext = CreateAbsoluteMessageContext(value, resolvedTarget, displayName); return Options.AutomaticNullErrorProvider.TryCreateError(in messageContext, out error); } /// /// Tries to materialize the accumulated errors. /// /// The accumulated errors when present. /// when errors are present; otherwise, . /// Thrown when this context is the default instance. public bool TryGetErrors(out Errors errors) { errors = State.Errors; return !errors.IsEmpty; } /// /// Materializes the accumulated errors as a failure . /// /// The failure result. /// Thrown when the context contains no validation failures. public Result ToFailureResult() { if (!TryGetErrors(out var errors)) { throw new InvalidOperationException( "Cannot create a failure result when no validation errors are present" ); } return Result.Fail(errors); } /// /// Gets the absolute target path to use when the validated value is . /// /// The target descriptor for the validated value. /// The absolute target path. /// Thrown when is the default instance. public string GetAutomaticNullTarget(ValidationTarget target) { EnsureInitialized(); var validatedTarget = EnsureTarget(target, nameof(target)); if (validatedTarget.Semantics == ValidationTargetSemantics.CallerExpression && ValidationTargets.IsSimpleIdentifier(NormalizeTarget(validatedTarget)) ) { return _targetPrefix; } return ResolveTarget(validatedTarget); } /// /// Ensures that the validation context is initialized and not the default instance. /// public void ThrowIfDefault() => EnsureInitialized(); internal ValidationErrorMessageContext CreateAbsoluteMessageContext( T value, string target, string displayName ) => new (AsReadOnly(), displayName, target, value); private static ValidationTarget EnsureTarget(ValidationTarget target, string paramName) => target.IsDefault ? throw new ArgumentException("The validation target must not be the default instance.", paramName) : target; [MemberNotNull(nameof(_state), nameof(_targetPrefix))] private void EnsureInitialized() { if (_state is null) { throw new InvalidOperationException("The validation context must not be the default instance"); } #pragma warning disable CS8774 // When _state is not null, _targetPrefix cannot be null, see constructor } #pragma warning restore CS8774 } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/ValidationContextKey.cs000066400000000000000000000025341516707642500314510ustar00rootroot00000000000000using System; namespace Light.PortableResults.Validation; /// /// Represents a typed key for shared validation context items. /// /// The associated item type. public sealed record ValidationContextKey { /// /// Initializes a new instance of the class. /// /// A diagnostic name for the key. /// Thrown when is null. /// Thrown when is empty or whitespace. public ValidationContextKey(string name) { if (name is null) { throw new ArgumentNullException(nameof(name)); } if (string.IsNullOrWhiteSpace(name)) { throw new ArgumentException("The key name must not be empty or whitespace.", nameof(name)); } Name = name; } /// /// Gets the diagnostic name of the key. /// public string Name { get; } /// /// Returns a string representation of the key. /// /// A string that represents the current key. public override string ToString() => $"{Name} <{typeof(T)}>"; } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/ValidationContextOptions.cs000066400000000000000000000056731516707642500323630ustar00rootroot00000000000000using System; using System.Globalization; using Light.PortableResults.Validation.Definitions; using Light.PortableResults.Validation.Messaging; using Light.PortableResults.Validation.Normalization; using Light.PortableResults.Validation.Targeting; namespace Light.PortableResults.Validation; /// /// Represents the immutable configuration for a validation run. /// public sealed record ValidationContextOptions { /// /// Gets the target normalizer that is applied to raw caller argument expressions. /// /// Thrown when the value is . public IValidationTargetNormalizer TargetNormalizer { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = ValidationTargets.DefaultNormalizer; /// /// Gets the value normalizer applied to checks. /// /// Thrown when the value is . public IValueNormalizer ValueNormalizer { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = TrimStringNormalizer.Instance; /// /// Gets the culture used for formatting validation message parameters and localization-aware templates. /// /// Thrown when the value is . public CultureInfo CultureInfo { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = CultureInfo.InvariantCulture; /// /// Gets the provider that decides whether validators automatically create null-validation errors. /// /// Thrown when the value is . public IAutomaticNullErrorProvider AutomaticNullErrorProvider { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = DefaultAutomaticNullErrorProvider.Instance; /// /// Gets the validation error templates used for the validation run. /// /// Thrown when the value is . public ValidationErrorTemplates ErrorTemplates { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = ValidationErrorTemplates.Default; /// /// Gets the shared cache for reusable validation error definitions. /// /// Thrown when the value is . public IValidationErrorDefinitionCache ErrorDefinitionCache { get; init => field = value ?? throw new ArgumentNullException(nameof(value)); } = ValidationErrorDefinitionCache.Default; } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/ValidationState.cs000066400000000000000000000226161516707642500304370ustar00rootroot00000000000000using System; using System.Collections.Generic; using Light.PortableResults.Validation.Definitions; using Light.PortableResults.Validation.Messaging; namespace Light.PortableResults.Validation; /// /// Represents the mutable state of a validation operation, tracking validation errors, /// shared run-level items, and configuration options. /// public sealed class ValidationState { private const int InitialErrorCapacity = 10; private Error[]? _errors; private Error _firstError; private Dictionary? _items; /// /// Initializes a new instance of the class. /// /// The validation context options. /// Thrown when is null. public ValidationState(ValidationContextOptions options) => Options = options ?? throw new ArgumentNullException(nameof(options)); /// /// Gets the validation context options that control validation behavior. /// public ValidationContextOptions Options { get; } /// /// Gets the validation error templates used for generating validation errors. /// public ValidationErrorTemplates ErrorTemplates => Options.ErrorTemplates; /// /// Gets the shared cache for reusable validation error definitions. /// public IValidationErrorDefinitionCache ErrorDefinitionCache => Options.ErrorDefinitionCache; /// /// Gets the total number of validation errors that have been added. /// public int ErrorCount { get; private set; } /// /// Gets a value indicating whether any validation errors have been added. /// public bool HasErrors => ErrorCount > 0; /// /// Gets the accumulated validation errors. If there are no errors, an empty /// instance is returned. /// public Errors Errors => ErrorCount switch { 0 => default, 1 => new Errors(_firstError), _ => new Errors(_errors!.AsMemory(0, ErrorCount)) }; /// /// Gets the object that tracks how many errors are currently present in the validation state. /// /// The object that tracks how many errors are currently present in the validation state. public ValidationCheckpoint CreateCheckpoint() => new (this, ErrorCount); /// /// Adds or replaces a shared validation item for the current run. /// /// The item type. /// The typed key. /// The value to store. public void SetItem(ValidationContextKey key, T value) { if (key is null) { throw new ArgumentNullException(nameof(key)); } (_items ??= new Dictionary())[key] = value; } /// /// Tries to read a shared validation item. /// /// The item type. /// The typed key. /// The stored value when present. /// when the item exists; otherwise, . public bool TryGetItem(ValidationContextKey key, out T value) { if (key is null) { throw new ArgumentNullException(nameof(key)); } if (_items is not null && _items.TryGetValue(key, out var boxedValue)) { if (boxedValue is null) { value = default!; return true; } if (boxedValue is T typedValue) { value = typedValue; return true; } } value = default!; return false; } /// /// Gets a shared validation item or throws when it is missing. /// /// The item type. /// The typed key. /// The stored value. /// Thrown when is . /// Thrown when the item does not exist. public T GetRequiredItem(ValidationContextKey key) { if (TryGetItem(key, out var value)) { return value; } throw new KeyNotFoundException($"The required validation context item '{key}' was not found."); } /// /// Removes a shared validation item. /// /// The item type. /// The typed key. /// when the item existed; otherwise, . public bool RemoveItem(ValidationContextKey key) { if (key is null) { throw new ArgumentNullException(nameof(key)); } return _items?.Remove(key) ?? false; } /// /// Adds a validation error to the state. The first error is stored inline, /// and subsequent errors trigger array allocation with automatic capacity growth. /// /// The error to add. /// Thrown when is the default instance. public void AddError(Error error) { if (error.IsDefaultInstance) { throw new ArgumentException("The error must not be the default instance.", nameof(error)); } switch (ErrorCount) { case 0: _firstError = error; ErrorCount = 1; return; case 1: var errors = new Error[InitialErrorCapacity]; errors[0] = _firstError; errors[1] = error; _errors = errors; ErrorCount = 2; return; default: EnsureCapacity(ErrorCount + 1); _errors![ErrorCount] = error; ErrorCount++; return; } } /// /// Attempts to retrieve errors that were added since a specified starting error count. /// /// /// The starting error count to calculate the range of new errors from. Must be between zero and the current error /// count. /// /// /// When successful, contains the errors added since . Contains the default value if no new /// errors were found. /// /// /// true if there are new errors since ; otherwise, false. /// /// /// Thrown when is less than zero or greater than the current error /// count. /// public bool TryGetErrorsSince(int startingErrorCount, out Errors errors) { if (startingErrorCount < 0 || startingErrorCount > ErrorCount) { throw new ArgumentOutOfRangeException( nameof(startingErrorCount), "The starting error count must be between zero and the current error count." ); } var newErrorCount = ErrorCount - startingErrorCount; switch (newErrorCount) { case 0: errors = default; return false; case 1: errors = new Errors(GetErrorAt(startingErrorCount)); return true; default: // Once a second error exists, the inline first error is copied to _errors[0], so the append-only // logical error count and the zero-based backing-array index stay aligned. A checkpoint created after // N existing errors therefore starts its slice at index N; startingErrorCount == 0 correctly means // that all currently stored array entries are new. errors = startingErrorCount == 0 ? new Errors(_errors!.AsMemory(0, ErrorCount)) : new Errors(_errors!.AsMemory(startingErrorCount, newErrorCount)); return true; } } private Error GetErrorAt(int index) => index switch { 0 when ErrorCount == 1 => _firstError, _ => _errors![index] }; private void EnsureCapacity(int requiredCount) { if (_errors is not null && _errors.Length >= requiredCount) { return; } var currentCapacity = _errors?.Length ?? 0; var newCapacity = currentCapacity == 0 ? InitialErrorCapacity : Math.Max(currentCapacity * 2, requiredCount); var newErrors = new Error[newCapacity]; if (_errors is not null) { Array.Copy(_errors, newErrors, ErrorCount); } else if (ErrorCount > 0) { newErrors[0] = _firstError; } _errors = newErrors; } } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/Validator.cs000066400000000000000000000736331516707642500272760ustar00rootroot00000000000000using System; using System.Diagnostics.CodeAnalysis; using System.Runtime.CompilerServices; using Light.PortableResults.Validation.Targeting; namespace Light.PortableResults.Validation; /// /// Base class for synchronous validators that validate and optionally normalize a value of the same type. /// /// The type to validate. public abstract class Validator : BaseValidator { /// /// Initializes a new instance of . /// /// The factory used to create validation contexts. /// /// Specifies whether the validator should automatically create a validation error for null source values. /// /// Thrown when is null. protected Validator( IValidationContextFactory validationContextFactory, bool isAutomaticNullCheckingEnabled = true ) : base(validationContextFactory, isAutomaticNullCheckingEnabled) { } /// /// Validates the specified value with a fresh validation context. /// /// The value to validate. /// The caller-expression target for the value. /// The optional display name. /// The validation result. public Result Validate( T? value, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => Validate( value, ValidationContextFactory.CreateValidationContext(), ValidationTarget.CallerExpression(target), displayName ); /// /// Validates the specified value with a fresh validation context and explicit target semantics. /// /// The value to validate. /// The explicit target descriptor. /// The optional display name. /// The validation result. public Result Validate(T? value, ValidationTarget target, string? displayName = null) => Validate(value, ValidationContextFactory.CreateValidationContext(), target, displayName); /// /// Validates the specified value with the provided validation context. /// /// The value to validate. /// The validation context. /// The caller-expression target for the value. /// The optional display name. /// The validation result. public Result Validate( T? value, ValidationContext context, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => FinalizeValidation( context, ValidateChildValue(value, context, ValidationTarget.CallerExpression(target), displayName) ); /// /// Validates the specified value with the provided validation context and explicit target semantics. /// /// The value to validate. /// The validation context. /// The explicit target descriptor. /// The optional display name. /// The validation result. public Result Validate( T? value, ValidationContext context, ValidationTarget target, string? displayName = null ) => FinalizeValidation(context, ValidateChildValue(value, context, target, displayName)); /// /// Validates the value and materializes failures as a non-generic . /// /// The value to validate. /// The failure result when validation fails. /// The caller-expression target for the value. /// The optional display name. /// when validation failed; otherwise, . public bool CheckForErrors( T? value, out Result failure, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => CheckForErrors( value, ValidationContextFactory.CreateValidationContext(), out failure, ValidationTarget.CallerExpression(target), displayName ); /// /// Validates the value and materializes failures as a non-generic using an explicit target descriptor. /// /// The value to validate. /// The failure result when validation fails. /// The explicit target descriptor. /// The optional display name. /// when validation failed; otherwise, . public bool CheckForErrors(T? value, out Result failure, ValidationTarget target, string? displayName = null) => CheckForErrors(value, ValidationContextFactory.CreateValidationContext(), out failure, target, displayName); /// /// Validates the value with the specified context and materializes failures as a non-generic . /// /// The value to validate. /// The validation context. /// The failure result when validation fails. /// The caller-expression target for the value. /// The optional display name. /// when validation failed; otherwise, . public bool CheckForErrors( T? value, ValidationContext context, out Result failure, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => CheckForErrors(value, context, out failure, ValidationTarget.CallerExpression(target), displayName); /// /// Validates the value with the specified context and materializes failures as a non-generic . /// /// The value to validate. /// The validation context. /// The failure result when validation fails. /// The explicit target descriptor. /// The optional display name. /// when validation failed; otherwise, . public bool CheckForErrors( T? value, ValidationContext context, out Result failure, ValidationTarget target, string? displayName = null ) { var result = Validate(value, context, target, displayName); if (result.IsValid) { failure = default; return false; } failure = Result.Fail(result.Errors); return true; } /// /// Validates the specified value and returns the normalized value on success. /// /// The value to validate. /// The validated value on success. /// The failure result when validation fails. /// The caller-expression target for the value. /// The optional display name. /// on success; otherwise, . public bool TryValidate( T? value, [MaybeNullWhen(false)] out T validatedValue, out Result failure, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => TryValidate( value, ValidationContextFactory.CreateValidationContext(), out validatedValue, out failure, ValidationTarget.CallerExpression(target), displayName ); /// /// Validates the specified value and returns the normalized value on success using an explicit target descriptor. /// /// The value to validate. /// The validated value on success. /// The failure result when validation fails. /// The explicit target descriptor. /// The optional display name. /// on success; otherwise, . public bool TryValidate( T? value, [MaybeNullWhen(false)] out T validatedValue, out Result failure, ValidationTarget target, string? displayName = null ) => TryValidate( value, ValidationContextFactory.CreateValidationContext(), out validatedValue, out failure, target, displayName ); /// /// Validates the specified value with the provided context and returns the normalized value on success. /// /// The value to validate. /// The validation context. /// The validated value on success. /// The failure result when validation fails. /// The caller-expression target for the value. /// The optional display name. /// on success; otherwise, . public bool TryValidate( T? value, ValidationContext context, [MaybeNullWhen(false)] out T validatedValue, out Result failure, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => TryValidate( value, context, out validatedValue, out failure, ValidationTarget.CallerExpression(target), displayName ); /// /// Validates the specified value with the provided context and returns the normalized value on success. /// /// The value to validate. /// The validation context. /// The validated value on success. /// The failure result when validation fails. /// The explicit target descriptor. /// The optional display name. /// on success; otherwise, . public bool TryValidate( T? value, ValidationContext context, [MaybeNullWhen(false)] out T validatedValue, out Result failure, ValidationTarget target, string? displayName = null ) { var result = Validate(value, context, target, displayName); if (result.TryGetValue(out validatedValue)) { failure = default; return true; } failure = Result.Fail(result.Errors); validatedValue = default; return false; } /// /// Validates the specified value with the provided validation context. /// This method is used to validate child values, thus producing a instead /// of a . Call Validate to run the complete validation pipeline. /// /// The value to be validated. /// The validation context. /// The caller-expression target for the value. /// The optional display name which is used in formatted error messages. /// The validated and potentially normalized value. public ValidatedValue ValidateChildValue( T? value, ValidationContext context, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => ValidateChildValue(value, context, ValidationTarget.CallerExpression(target), displayName); /// /// Validates the specified value with the provided validation context and explicit target semantics. /// /// The value to be validated. /// The validation context. /// The explicit target descriptor. /// The optional display name which is used in formatted error messages. /// The validated and potentially normalized value. public ValidatedValue ValidateChildValue( T? value, ValidationContext context, ValidationTarget target, string? displayName = null ) { ValidateCallArguments(context, target); displayName ??= target.Input; if (TryHandleAutomaticNull(value, context, target, displayName)) { return ValidatedValue.NoValue; } var checkpoint = context.CreateCheckpoint(); return PerformValidation(context, checkpoint, value); } /// /// Performs the actual validation logic. /// /// The active validation context. /// /// This object can track whether errors were added to the validation context during this PerformValidation call. /// Use it to create instances more easily. /// /// The value being validated. /// /// A successful when validation produced a non-null value; otherwise, /// when new errors were added since was /// created. /// protected abstract ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, T value ); } /// /// Base class for synchronous validators that validate one type and transform it into another validated output. /// /// The source type to validate. /// The validated output type. public abstract class Validator : BaseValidator { /// /// Initializes a new instance of . /// /// The factory used to create validation contexts. /// /// Specifies whether the validator should automatically create a validation error for null source values. /// protected Validator( IValidationContextFactory validationContextFactory, bool isAutomaticNullCheckingEnabled = true ) : base(validationContextFactory, isAutomaticNullCheckingEnabled) { } /// /// Validates the specified source value and transforms it into a validated output. /// /// The source value. /// The caller-expression target for the value. /// The optional display name. /// The validation result. public Result Validate( TSource? value, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => Validate( value, ValidationContextFactory.CreateValidationContext(), ValidationTarget.CallerExpression(target), displayName ); /// /// Validates the specified source value and transforms it into a validated output using an explicit target descriptor. /// /// The source value. /// The explicit target descriptor. /// The optional display name. /// The validation result. public Result Validate(TSource? value, ValidationTarget target, string? displayName = null) => Validate(value, ValidationContextFactory.CreateValidationContext(), target, displayName); /// /// Validates the specified source value with the provided context and transforms it into a validated output. /// /// The source value. /// The validation context. /// The caller-expression target for the value. /// The optional display name. /// The validation result. public Result Validate( TSource? value, ValidationContext context, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => FinalizeValidation( context, ValidateChildValue(value, context, ValidationTarget.CallerExpression(target), displayName) ); /// /// Validates the specified source value with the provided context and transforms it into a validated output. /// /// The source value. /// The validation context. /// The explicit target descriptor. /// The optional display name. /// The validation result. public Result Validate( TSource? value, ValidationContext context, ValidationTarget target, string? displayName = null ) => FinalizeValidation(context, ValidateChildValue(value, context, target, displayName)); /// /// Validates the value and materializes failures as a non-generic . /// /// The source value. /// The failure result when validation fails. /// The caller-expression target for the value. /// The optional display name. /// when validation failed; otherwise, . public bool CheckForErrors( TSource? value, out Result failure, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => CheckForErrors( value, ValidationContextFactory.CreateValidationContext(), out failure, ValidationTarget.CallerExpression(target), displayName ); /// /// Validates the value and materializes failures as a non-generic using an explicit target descriptor. /// /// The source value. /// The failure result when validation fails. /// The explicit target descriptor. /// The optional display name. /// when validation failed; otherwise, . public bool CheckForErrors( TSource? value, out Result failure, ValidationTarget target, string? displayName = null ) => CheckForErrors(value, ValidationContextFactory.CreateValidationContext(), out failure, target, displayName); /// /// Validates the value with the specified context and materializes failures as a non-generic . /// /// The source value. /// The validation context. /// The failure result when validation fails. /// The caller-expression target for the value. /// The optional display name. /// when validation failed; otherwise, . public bool CheckForErrors( TSource? value, ValidationContext context, out Result failure, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => CheckForErrors(value, context, out failure, ValidationTarget.CallerExpression(target), displayName); /// /// Validates the value with the specified context and materializes failures as a non-generic . /// /// The source value. /// The validation context. /// The failure result when validation fails. /// The explicit target descriptor. /// The optional display name. /// when validation failed; otherwise, . public bool CheckForErrors( TSource? value, ValidationContext context, out Result failure, ValidationTarget target, string? displayName = null ) { var result = Validate(value, context, target, displayName); if (result.IsValid) { failure = default; return false; } failure = Result.Fail(result.Errors); return true; } /// /// Validates the specified source value and returns the transformed validated output on success. /// /// The source value. /// The validated output on success. /// The failure result when validation fails. /// The caller-expression target for the value. /// The optional display name. /// on success; otherwise, . public bool TryValidate( TSource? value, [MaybeNullWhen(false)] out TValidated validatedValue, out Result failure, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => TryValidate( value, ValidationContextFactory.CreateValidationContext(), out validatedValue, out failure, ValidationTarget.CallerExpression(target), displayName ); /// /// Validates the specified source value and returns the transformed validated output on success using an explicit target descriptor. /// /// The source value. /// The validated output on success. /// The failure result when validation fails. /// The explicit target descriptor. /// The optional display name. /// on success; otherwise, . public bool TryValidate( TSource? value, [MaybeNullWhen(false)] out TValidated validatedValue, out Result failure, ValidationTarget target, string? displayName = null ) => TryValidate( value, ValidationContextFactory.CreateValidationContext(), out validatedValue, out failure, target, displayName ); /// /// Validates the specified source value with the provided context and returns the transformed validated output on success. /// /// The source value. /// The validation context. /// The validated output on success. /// The failure result when validation fails. /// The caller-expression target for the value. /// The optional display name. /// on success; otherwise, . public bool TryValidate( TSource? value, ValidationContext context, [MaybeNullWhen(false)] out TValidated validatedValue, out Result failure, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => TryValidate( value, context, out validatedValue, out failure, ValidationTarget.CallerExpression(target), displayName ); /// /// Validates the specified source value with the provided context and returns the transformed validated output on success. /// /// The source value. /// The validation context. /// The validated output on success. /// The failure result when validation fails. /// The explicit target descriptor. /// The optional display name. /// on success; otherwise, . public bool TryValidate( TSource? value, ValidationContext context, [MaybeNullWhen(false)] out TValidated validatedValue, out Result failure, ValidationTarget target, string? displayName = null ) { var result = Validate(value, context, target, displayName); if (result.TryGetValue(out validatedValue)) { failure = default; return true; } failure = Result.Fail(result.Errors); validatedValue = default; return false; } /// /// Validates a child value using the existing validation context without emitting failures to the caller. /// /// The child value that should be validated. /// The ambient validation context shared with the parent validator. /// The caller-expression target associated with the value. /// An optional friendly name for the value; defaults to when omitted. /// /// A representing the successful child result or when /// validation is bypassed. /// public ValidatedValue ValidateChildValue( TSource? value, ValidationContext context, [CallerArgumentExpression("value")] string target = "", string? displayName = null ) => ValidateChildValue(value, context, ValidationTarget.CallerExpression(target), displayName); /// /// Validates a child value using the existing validation context without emitting failures to the caller. /// /// The child value that should be validated. /// The ambient validation context shared with the parent validator. /// The explicit target descriptor associated with the value. /// An optional friendly name for the value; defaults to when omitted. /// /// A representing the successful child result or when /// validation is bypassed. /// public ValidatedValue ValidateChildValue( TSource? value, ValidationContext context, ValidationTarget target, string? displayName = null ) { ValidateCallArguments(context, target); displayName ??= target.Input; if (TryHandleAutomaticNull(value, context, target, displayName)) { return ValidatedValue.NoValue; } var checkpoint = context.CreateCheckpoint(); return PerformValidation(context, checkpoint, value); } /// /// Performs the actual validation and transformation logic. /// /// The active validation context. /// /// This object can track whether errors were added to the validation context during this PerformValidation call. /// Use it to create instances more easily. /// /// The source value being validated. /// /// A successful when validation produced a non-null output; otherwise, /// when new errors were added since /// was created. /// protected abstract ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, TSource value ); } Light.PortableResults-0.2.0/src/Light.PortableResults.Validation/packages.lock.json000066400000000000000000000200141516707642500304030ustar00rootroot00000000000000{ "version": 2, "dependencies": { ".NETStandard,Version=v2.0": { 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}Light.PortableResults-0.2.0/src/Light.PortableResults/000077500000000000000000000000001516707642500227155ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Buffers/000077500000000000000000000000001516707642500243115ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Buffers/IRentedArray.cs000066400000000000000000000015641516707642500271770ustar00rootroot00000000000000using System; namespace Light.PortableResults.Buffers; /// /// Represents the abstraction of a rented array. When is called, the underlying /// rented array will be returned to the corresponding array pool. /// public interface IRentedArray : IDisposable { /// /// Gets a ReadOnlyMemory<byte> that provides read-only access to the pooled array data. /// /// Thrown when the rented array has been disposed. ReadOnlyMemory Memory { get; } /// /// Gets a ReadOnlySpan<byte> that provides read-only access to the pooled array data. /// /// Thrown when the rented array has been disposed. ReadOnlySpan Span { get; } } Light.PortableResults-0.2.0/src/Light.PortableResults/Buffers/RentedArrayBufferWriter.cs000066400000000000000000000173701516707642500314170ustar00rootroot00000000000000using System; using System.Buffers; namespace Light.PortableResults.Buffers; /// /// A buffer writer that uses ArrayPool<byte> instead of instantiating new arrays for each write operation. /// Provides high-performance writing to byte arrays with automatic resizing and memory pooling. /// public sealed class RentedArrayBufferWriter : IBufferWriter, IRentedArray { /// /// Gets the default initial capacity for the buffer, which is 2048 bytes. /// public const int DefaultInitialCapacity = 2048; private readonly ArrayPool _arrayPool; private byte[] _buffer; private int _index; private WriterState _state; /// /// Initializes a new instance of the class. /// /// The initial capacity of the buffer. Defaults to 2048. /// Thrown when is less than 0. public RentedArrayBufferWriter(int initialCapacity = DefaultInitialCapacity) : this( ArrayPool.Shared, initialCapacity ) { } /// /// Initializes a new instance of the class. /// /// The array pool instance where buffer arrays are rented from and returned to. /// The initial capacity of the buffer. Defaults to 2048. /// Thrown when is . /// Thrown when is less than 0. public RentedArrayBufferWriter(ArrayPool arrayPool, int initialCapacity = DefaultInitialCapacity) { if (initialCapacity < 0) { throw new ArgumentOutOfRangeException(nameof(initialCapacity)); } _arrayPool = arrayPool ?? throw new ArgumentNullException(nameof(arrayPool)); _buffer = arrayPool.Rent(initialCapacity); _index = 0; _state = WriterState.Writable; } /// /// Advances the writer by the specified number of bytes. /// /// The number of bytes to advance. /// Thrown when count is negative. /// /// Thrown when advancing past the end of the buffer, or when FinishWriting has already been called. /// public void Advance(int count) { EnsureWritable(); if (count < 0) { throw new ArgumentOutOfRangeException(nameof(count)); } if (_index > _buffer.Length - count) { throw new InvalidOperationException("Cannot advance past the end of the buffer."); } _index += count; } /// /// Gets a Memory<byte> that can be written to. /// /// The minimum size of the memory to return. Defaults to 0. /// A Memory<byte> that can be written to. /// Thrown when is negative. /// Thrown when FinishWriting has already been called. public Memory GetMemory(int sizeHint = 0) { EnsureWritable(); CheckAndResizeBuffer(sizeHint); return _buffer.AsMemory(_index); } /// /// Gets a Span<byte> that can be written to. /// /// The minimum size of the span to return. Defaults to 0. /// A Span<byte> that can be written to. /// Thrown when is negative. /// Thrown when FinishWriting has already been called. public Span GetSpan(int sizeHint = 0) { EnsureWritable(); CheckAndResizeBuffer(sizeHint); return _buffer.AsSpan(_index); } /// /// Returns the currently rented buffer to the array pool. /// /// /// This method is idempotent and can be called multiple times safely. /// public void Dispose() { if (_state == WriterState.Disposed) { return; } _arrayPool.Return(_buffer); _buffer = []; _state = WriterState.Disposed; } /// public ReadOnlyMemory Memory => GetRentedArraySegmentAsMemory(); /// public ReadOnlySpan Span => Memory.Span; /// /// Finishes writing to the buffer and returns an instance of that lets you access the /// underlying array in a read-only manner and that lets you return the array to the Array Pool on disposal. /// /// /// An instance of that lets you access the underlying array in a read-only manner and /// that lets you return the array to the Array Pool on disposal. /// /// Thrown when the buffer writer is already disposed. public IRentedArray FinishWriting() { if (_state == WriterState.Disposed) { throw new InvalidOperationException("The buffer writer is already disposed"); } if (_state == WriterState.Writable) { _state = WriterState.Leased; } return this; } private ReadOnlyMemory GetRentedArraySegmentAsMemory() { if (_state == WriterState.Disposed) { throw new InvalidOperationException("The rented array is already disposed"); } return _buffer.AsMemory(0, _index); } private void EnsureWritable() { if (_state != WriterState.Writable) { throw new InvalidOperationException( $"{nameof(FinishWriting)} has already been called. You cannot use the buffer writer after calling {nameof(FinishWriting)}." ); } } private void CheckAndResizeBuffer(int sizeHint) { if (sizeHint < 0) { throw new ArgumentOutOfRangeException(nameof(sizeHint)); } if (sizeHint == 0) { sizeHint = 1; } if (sizeHint <= _buffer.Length - _index) { return; } var currentLength = _buffer.Length; var minimumRequiredLength = (long) _index + sizeHint; if (minimumRequiredLength > int.MaxValue) { throw new ArgumentOutOfRangeException( nameof(sizeHint), "The requested size is too large for a single buffer." ); } var growBy = Math.Max(sizeHint, currentLength); long newSizeLong; checked { newSizeLong = (long) currentLength + growBy; } if (newSizeLong < minimumRequiredLength) { newSizeLong = minimumRequiredLength; } if (newSizeLong > int.MaxValue) { newSizeLong = int.MaxValue; } var newSize = (int) newSizeLong; var newBuffer = _arrayPool.Rent(newSize); Array.Copy(_buffer, 0, newBuffer, 0, _index); _arrayPool.Return(_buffer); _buffer = newBuffer; } private enum WriterState { Writable, Leased, Disposed } } Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/000077500000000000000000000000001516707642500251505ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/CloudEventsConstants.cs000066400000000000000000000035011516707642500316260ustar00rootroot00000000000000using System; using System.Collections.Frozen; using System.Collections.Generic; namespace Light.PortableResults.CloudEvents; /// /// Holds shared CloudEvents constants used by Light.PortableResults. /// public static class CloudEventsConstants { /// /// The CloudEvents specversion written and accepted by this integration. /// public const string SpecVersion = "1.0"; /// /// The MIME type for CloudEvents JSON envelopes. /// public const string CloudEventsJsonContentType = "application/cloudevents+json"; /// /// The MIME type used for JSON data payloads. /// public const string JsonContentType = "application/json"; /// /// The reserved extension attribute used by Light.PortableResults to classify outcomes. /// public const string PortableResultsOutcomeAttributeName = "lproutcome"; /// /// Gets the set of reserved attribute names that cannot be populated from metadata conversion. /// public static FrozenSet ForbiddenConvertedAttributeNames { get; } = new HashSet(StringComparer.Ordinal) { "data", "data_base64", PortableResultsOutcomeAttributeName }.ToFrozenSet(); /// /// Gets the set of standard CloudEvents attribute names. /// public static FrozenSet StandardAttributeNames { get; } = new HashSet(StringComparer.Ordinal) { "specversion", "type", "source", "subject", "id", "time", "datacontenttype", "dataschema", "data", "data_base64" }.ToFrozenSet(); } Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/CloudEventsEnvelope.cs000066400000000000000000000057241516707642500314400ustar00rootroot00000000000000using System; using Light.PortableResults.Metadata; namespace Light.PortableResults.CloudEvents; /// /// Represents a parsed CloudEvents envelope containing a non-generic payload. /// /// The CloudEvents type attribute identifying the type of event. /// The CloudEvents source attribute identifying the context in which the event happened. /// The CloudEvents id attribute uniquely identifying this event. /// The result payload of the CloudEvents envelope. /// The optional CloudEvents subject attribute. /// The optional CloudEvents time attribute. /// The optional CloudEvents datacontenttype attribute. /// The optional CloudEvents dataschema attribute. /// The optional CloudEvents extension attributes. public readonly record struct CloudEventsEnvelope( string Type, string Source, string Id, Result Data, string? Subject = null, DateTimeOffset? Time = null, string? DataContentType = null, string? DataSchema = null, MetadataObject? ExtensionAttributes = null ) { /// /// Gets the CloudEvents specification version used by this integration. /// public static string SpecVersion => CloudEventsConstants.SpecVersion; } /// /// Represents a parsed CloudEvents envelope containing a generic payload. /// /// The type of the success value in the result. /// The CloudEvents type attribute identifying the type of event. /// The CloudEvents source attribute identifying the context in which the event happened. /// The CloudEvents id attribute uniquely identifying this event. /// The result payload of the CloudEvents envelope. /// The optional CloudEvents subject attribute. /// The optional CloudEvents time attribute. /// The optional CloudEvents datacontenttype attribute. /// The optional CloudEvents dataschema attribute. /// The optional CloudEvents extension attributes. public readonly record struct CloudEventsEnvelope( string Type, string Source, string Id, Result Data, string? Subject = null, DateTimeOffset? Time = null, string? DataContentType = null, string? DataSchema = null, MetadataObject? ExtensionAttributes = null ) { /// /// Gets the CloudEvents specification version used by this integration. /// public static string SpecVersion => CloudEventsConstants.SpecVersion; } Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/MetadataValueAnnotationHelper.cs000066400000000000000000000076611516707642500334210ustar00rootroot00000000000000using System; using Light.PortableResults.Metadata; namespace Light.PortableResults.CloudEvents; /// /// Provides helpers for creating metadata values with adjusted annotations. /// public static class MetadataValueAnnotationHelper { /// /// Creates a new that has the same payload as /// but with the specified . /// /// The metadata value whose payload should be preserved. /// The annotation to apply to the rewritten value and nested values. /// /// A new containing the same payload as /// with applied. /// /// /// Thrown when has an unsupported . /// public static MetadataValue WithAnnotation(MetadataValue value, MetadataValueAnnotation annotation) { switch (value.Kind) { case MetadataKind.Null: return MetadataValue.FromNull(annotation); case MetadataKind.Boolean: value.TryGetBoolean(out var boolValue); return MetadataValue.FromBoolean(boolValue, annotation); case MetadataKind.Int64: value.TryGetInt64(out var int64Value); return MetadataValue.FromInt64(int64Value, annotation); case MetadataKind.Double: value.TryGetDouble(out var doubleValue); return MetadataValue.FromDouble(doubleValue, annotation); case MetadataKind.String: value.TryGetString(out var stringValue); return MetadataValue.FromString(stringValue, annotation); case MetadataKind.Array: value.TryGetArray(out var arrayValue); return MetadataValue.FromArray(WithAnnotation(arrayValue, annotation), annotation); case MetadataKind.Object: value.TryGetObject(out var objectValue); return MetadataValue.FromObject(WithAnnotation(objectValue, annotation), annotation); default: throw new ArgumentOutOfRangeException(nameof(value), value.Kind, "Unsupported metadata kind."); } } /// /// Creates a new where all contained values are rewritten with /// the provided . /// /// The source metadata object. /// The annotation to apply to all contained values recursively. /// /// A rewritten with all contained values using /// . /// /// /// Thrown when one of the contained values has an unsupported . /// public static MetadataObject WithAnnotation(MetadataObject metadataObject, MetadataValueAnnotation annotation) { if (metadataObject.Count == 0) { return metadataObject; } using var builder = MetadataObjectBuilder.Create(metadataObject.Count); foreach (var keyValuePair in metadataObject) { builder.Add(keyValuePair.Key, WithAnnotation(keyValuePair.Value, annotation)); } return builder.Build(); } private static MetadataArray WithAnnotation(MetadataArray array, MetadataValueAnnotation annotation) { using var builder = MetadataArrayBuilder.Create(array.Count); for (var i = 0; i < array.Count; i++) { builder.Add(WithAnnotation(array[i], annotation)); } return builder.Build(); } } Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Reading/000077500000000000000000000000001516707642500265215ustar00rootroot00000000000000CloudEventsAttributeConflictStrategy.cs000066400000000000000000000007631516707642500363230ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Readingnamespace Light.PortableResults.CloudEvents.Reading; /// /// Specifies how conflicts are handled when multiple CloudEvents attributes map to the same metadata key. /// public enum CloudEventsAttributeConflictStrategy { /// /// Throw an when conflicts occur. /// Throw, /// /// Use the most recently parsed value for conflicting keys. /// LastWriteWins } CloudEventsAttributeParser.cs000066400000000000000000000045431516707642500342730ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Readingusing System; using System.Collections.Immutable; using Light.PortableResults.Metadata; namespace Light.PortableResults.CloudEvents.Reading; /// /// Base type for parsing CloudEvents extension attributes into metadata values. /// public abstract class CloudEventsAttributeParser { /// /// Initializes a new instance of . /// /// The metadata key to use for parsed values. /// The CloudEvents extension attribute names supported by this parser. /// /// Thrown when is null/whitespace or /// is default/empty. /// protected CloudEventsAttributeParser(string metadataKey, ImmutableArray supportedAttributeNames) { if (string.IsNullOrWhiteSpace(metadataKey)) { throw new ArgumentException("Metadata key must not be null or whitespace.", nameof(metadataKey)); } if (supportedAttributeNames.IsDefaultOrEmpty) { throw new ArgumentException( $"{nameof(supportedAttributeNames)} must not be empty", nameof(supportedAttributeNames) ); } MetadataKey = metadataKey; SupportedAttributeNames = supportedAttributeNames; } /// /// Gets the metadata key assigned to parsed values. /// public string MetadataKey { get; } /// /// Gets the attribute names supported by this parser. /// public ImmutableArray SupportedAttributeNames { get; } /// /// Parses the specified CloudEvents extension attribute value into metadata. /// /// The CloudEvents extension attribute name. /// The raw metadata value from the CloudEvents extension attribute. /// The annotation to apply to the parsed metadata value. /// The parsed metadata value. public abstract MetadataValue ParseAttribute( string attributeName, MetadataValue value, MetadataValueAnnotation annotation ); } CloudEventsAttributeParserRegistry.cs000066400000000000000000000037361516707642500360270ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Readingusing System; using System.Collections.Frozen; using System.Collections.Generic; namespace Light.PortableResults.CloudEvents.Reading; /// /// Provides helpers for building CloudEvents extension attribute parser registries. /// public static class CloudEventsAttributeParserRegistry { /// /// Builds a frozen registry of parsers keyed by attribute name. /// /// The parsers to include in the registry. /// Optional attribute name comparer. /// The frozen registry. /// Thrown when is . /// /// Thrown when multiple parsers register the same attribute name. /// public static FrozenDictionary Create( IEnumerable parsers, IEqualityComparer? attributeNameComparer = null ) { if (parsers is null) { throw new ArgumentNullException(nameof(parsers)); } attributeNameComparer ??= StringComparer.Ordinal; var dictionary = new Dictionary(attributeNameComparer); foreach (var parser in parsers) { foreach (var attributeName in parser.SupportedAttributeNames) { if (dictionary.TryGetValue(attributeName, out var existingParser)) { throw new InvalidOperationException( $"Cannot add '{parser}' to registry because attribute '{attributeName}' is already registered by '{existingParser}'" ); } dictionary[attributeName] = parser; } } return dictionary.ToFrozenDictionary(attributeNameComparer); } } CloudEventsFailurePayload.cs000066400000000000000000000013311516707642500340440ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Readingusing Light.PortableResults.Metadata; namespace Light.PortableResults.CloudEvents.Reading; /// /// Represents a deserialized failed CloudEvents data payload. /// public readonly struct CloudEventsFailurePayload { /// /// Initializes a new instance of . /// public CloudEventsFailurePayload(Errors errors, MetadataObject? metadata) { Errors = errors; Metadata = metadata; } /// /// Gets the parsed errors. /// public Errors Errors { get; } /// /// Gets the parsed optional metadata. /// public MetadataObject? Metadata { get; } } DefaultCloudEventsAttributeParsingService.cs000066400000000000000000000127151516707642500372700ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Readingusing System; using System.Collections.Frozen; using System.Collections.Generic; using Light.PortableResults.Metadata; namespace Light.PortableResults.CloudEvents.Reading; /// /// Default implementation of using a parser registry. /// public sealed class DefaultCloudEventsAttributeParsingService : ICloudEventsAttributeParsingService { /// /// Initializes a new instance of . /// /// The optional frozen dictionary of parsers keyed by CloudEvents extension attribute name. /// How conflicts are handled when multiple attributes map to the same metadata key. /// The annotation applied to metadata values originating from CloudEvents extension attributes. public DefaultCloudEventsAttributeParsingService( FrozenDictionary? parsers = null, CloudEventsAttributeConflictStrategy conflictStrategy = CloudEventsAttributeConflictStrategy.Throw, MetadataValueAnnotation metadataAnnotation = MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ) { Parsers = parsers ?? EmptyParsers; ConflictStrategy = conflictStrategy; MetadataAnnotation = metadataAnnotation; } /// /// Gets a frozen dictionary containing no parsers. /// public static FrozenDictionary EmptyParsers { get; } = new Dictionary(StringComparer.Ordinal).ToFrozenDictionary( StringComparer.Ordinal ); /// /// Gets the parsers keyed by CloudEvents extension attribute name. /// public FrozenDictionary Parsers { get; } /// /// Gets how conflicts are handled when multiple attributes map to the same metadata key. /// public CloudEventsAttributeConflictStrategy ConflictStrategy { get; } /// /// Gets the annotation applied to metadata values originating from CloudEvents extension attributes. /// public MetadataValueAnnotation MetadataAnnotation { get; } /// /// Parses all extension attributes into metadata. /// /// The CloudEvents extension attributes to parse. /// A containing the parsed metadata, or if no entries were produced. /// Thrown when is and multiple attributes map to the same metadata key. public MetadataObject? ReadExtensionMetadata(MetadataObject extensionAttributes) { if (extensionAttributes.Count == 0) { return null; } using var builder = MetadataObjectBuilder.Create(extensionAttributes.Count); foreach (var keyValuePair in extensionAttributes) { var metadataEntry = ParseExtensionAttribute(keyValuePair.Key, keyValuePair.Value, MetadataAnnotation); if (builder.TryGetValue(metadataEntry.Key, out _)) { if (ConflictStrategy == CloudEventsAttributeConflictStrategy.Throw) { throw new InvalidOperationException( $"CloudEvents attribute '{keyValuePair.Key}' maps to metadata key '{metadataEntry.Key}', which is already present." ); } builder.AddOrReplace(metadataEntry.Key, metadataEntry.Value); continue; } builder.Add(metadataEntry.Key, metadataEntry.Value); } return builder.Count == 0 ? null : builder.Build(); } /// /// Parses a single CloudEvents extension attribute. /// /// The CloudEvents extension attribute name. /// The raw metadata value from the CloudEvents extension attribute. /// The annotation to apply to the parsed metadata value. /// The parsed metadata key and value pair. /// Thrown when is . public KeyValuePair ParseExtensionAttribute( string attributeName, MetadataValue value, MetadataValueAnnotation annotation ) { if (attributeName is null) { throw new ArgumentNullException(nameof(attributeName)); } if (Parsers.TryGetValue(attributeName, out var parser)) { var parsedValue = parser.ParseAttribute(attributeName, value, annotation); return new KeyValuePair(parser.MetadataKey, parsedValue); } var defaultValue = value.Kind.IsPrimitive() ? MetadataValueAnnotationHelper.WithAnnotation(value, annotation) : MetadataValueAnnotationHelper.WithAnnotation(value, MetadataValueAnnotation.SerializeInCloudEventsData); return new KeyValuePair(attributeName, defaultValue); } } ICloudEventsAttributeParsingService.cs000066400000000000000000000026601516707642500360720ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Readingusing System.Collections.Generic; using Light.PortableResults.Metadata; namespace Light.PortableResults.CloudEvents.Reading; /// /// Maps CloudEvents extension attributes back to Light.PortableResults metadata values. /// public interface ICloudEventsAttributeParsingService { /// /// Parses all extension attributes into metadata values. /// Returns when no metadata entries are produced. /// /// The CloudEvents extension attributes to parse. /// A containing the parsed metadata, or if no entries were produced. MetadataObject? ReadExtensionMetadata(MetadataObject extensionAttributes); /// /// Parses a single CloudEvents extension attribute into a metadata key and value pair. /// /// The CloudEvents extension attribute name. /// The raw metadata value from the CloudEvents extension attribute. /// The annotation to apply to the parsed metadata value. /// The parsed metadata key and value pair. KeyValuePair ParseExtensionAttribute( string attributeName, MetadataValue value, MetadataValueAnnotation annotation ); } Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Reading/Json/000077500000000000000000000000001516707642500274325ustar00rootroot00000000000000CloudEventsAutoSuccessPayload.cs000066400000000000000000000015001516707642500356250ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Reading/Jsonusing Light.PortableResults.Metadata; namespace Light.PortableResults.CloudEvents.Reading.Json; /// /// Represents a deserialized successful generic CloudEvents data payload with automatic wrapper detection. /// /// The value type. public readonly struct CloudEventsAutoSuccessPayload { /// /// Initializes a new instance of . /// public CloudEventsAutoSuccessPayload(T value, MetadataObject? metadata) { Value = value; Metadata = metadata; } /// /// Gets the parsed result value. /// public T Value { get; } /// /// Gets the parsed metadata. /// public MetadataObject? Metadata { get; } } CloudEventsAutoSuccessPayloadJsonConverter.cs000066400000000000000000000023641516707642500403600ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Reading/Jsonusing System; using System.Text.Json; using System.Text.Json.Serialization; using Light.PortableResults.Http.Reading.Json; namespace Light.PortableResults.CloudEvents.Reading.Json; /// /// JSON converter for reading from CloudEvents data payloads. /// /// The payload value type. public sealed class CloudEventsAutoSuccessPayloadJsonConverter : JsonConverter> { /// public override CloudEventsAutoSuccessPayload Read( ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options ) { var httpPayload = ResultJsonReader.ReadAutoSuccessPayload(ref reader, options); return new CloudEventsAutoSuccessPayload(httpPayload.Value, httpPayload.Metadata); } /// public override void Write( Utf8JsonWriter writer, CloudEventsAutoSuccessPayload value, JsonSerializerOptions options ) => throw new NotSupportedException( $"{nameof(CloudEventsAutoSuccessPayloadJsonConverter)} supports deserialization only. Use a serialization converter for writing." ); } CloudEventsBareSuccessPayload.cs000066400000000000000000000011501516707642500355670ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Reading/Jsonnamespace Light.PortableResults.CloudEvents.Reading.Json; /// /// Represents a deserialized successful generic CloudEvents data payload interpreted as a bare value. /// /// The value type. public readonly struct CloudEventsBareSuccessPayload { /// /// Initializes a new instance of . /// public CloudEventsBareSuccessPayload(T value) { Value = value; } /// /// Gets the parsed result value. /// public T Value { get; } } CloudEventsBareSuccessPayloadJsonConverter.cs000066400000000000000000000023361516707642500403200ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Reading/Jsonusing System; using System.Text.Json; using System.Text.Json.Serialization; using Light.PortableResults.Http.Reading.Json; namespace Light.PortableResults.CloudEvents.Reading.Json; /// /// JSON converter for reading from CloudEvents data payloads. /// /// The payload value type. public sealed class CloudEventsBareSuccessPayloadJsonConverter : JsonConverter> { /// public override CloudEventsBareSuccessPayload Read( ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options ) { var httpPayload = ResultJsonReader.ReadBareSuccessPayload(ref reader, options); return new CloudEventsBareSuccessPayload(httpPayload.Value); } /// public override void Write( Utf8JsonWriter writer, CloudEventsBareSuccessPayload value, JsonSerializerOptions options ) => throw new NotSupportedException( $"{nameof(CloudEventsBareSuccessPayloadJsonConverter)} supports deserialization only. Use a serialization converter for writing." ); } CloudEventsDataJsonReader.cs000066400000000000000000000055451516707642500347150ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Reading/Jsonusing System.Text.Json; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization.Reading; namespace Light.PortableResults.CloudEvents.Reading.Json; /// /// Provides low-level JSON parsing helpers for CloudEvents data payloads. /// public static class CloudEventsDataJsonReader { /// /// Reads a failed result payload from the current JSON token. /// /// The JSON reader positioned at the failed payload object. /// The parsed payload. /// Thrown when the payload shape is invalid. public static CloudEventsFailurePayload ReadFailurePayload(ref Utf8JsonReader reader) { if (reader.TokenType != JsonTokenType.StartObject) { throw new JsonException("CloudEvents failure data payload must be a JSON object."); } Errors errors = default; MetadataObject? metadata = null; var hasErrors = false; while (reader.Read()) { if (reader.TokenType == JsonTokenType.EndObject) { break; } if (reader.TokenType != JsonTokenType.PropertyName) { throw new JsonException("Expected property name in CloudEvents failure data payload."); } if (reader.ValueTextEquals("errors")) { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading errors."); } errors = SharedResultJsonReader.ReadRichErrors( ref reader, MetadataValueAnnotation.SerializeInCloudEventsData ); hasErrors = true; } else if (reader.ValueTextEquals("metadata")) { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading metadata."); } metadata = reader.TokenType == JsonTokenType.Null ? null : MetadataJsonReader.ReadMetadataObject( ref reader, MetadataValueAnnotation.SerializeInCloudEventsData ); } else { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while skipping property."); } reader.Skip(); } } if (!hasErrors || errors.IsEmpty) { throw new JsonException("CloudEvents failure data payload must contain a non-empty errors array."); } return new CloudEventsFailurePayload(errors, metadata); } } CloudEventsEnvelopeJsonReader.cs000066400000000000000000000236721516707642500356220ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Reading/Jsonusing System; using System.Globalization; using System.Text.Json; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization.Reading; namespace Light.PortableResults.CloudEvents.Reading.Json; /// /// Provides low-level JSON parsing helpers for CloudEvents envelopes. /// public static class CloudEventsEnvelopeJsonReader { /// /// Reads a CloudEvents envelope from the current JSON token. /// /// The JSON reader positioned at the envelope object. /// The parsed envelope payload. /// /// Thrown when the envelope is malformed, violates CloudEvents requirements, /// or exceeds the maximum supported size of bytes. /// public static CloudEventsEnvelopePayload ReadEnvelope(ref Utf8JsonReader reader) { if (reader.TokenType != JsonTokenType.StartObject) { throw new JsonException("CloudEvents payload must be a JSON object."); } string? specVersion = null; string? type = null; string? source = null; string? subject = null; string? id = null; DateTimeOffset? time = null; string? dataContentType = null; string? dataSchema = null; var dataStart = 0; var dataLength = 0; var hasData = false; var isDataNull = false; using var extensionBuilder = MetadataObjectBuilder.Create(); while (reader.Read()) { if (reader.TokenType == JsonTokenType.EndObject) { break; } if (reader.TokenType != JsonTokenType.PropertyName) { throw new JsonException("Expected property name in CloudEvents envelope."); } if (reader.ValueTextEquals("specversion")) { specVersion = ReadRequiredStringValue(ref reader, "specversion"); } else if (reader.ValueTextEquals("type")) { type = ReadRequiredStringValue(ref reader, "type"); } else if (reader.ValueTextEquals("source")) { source = ReadRequiredStringValue(ref reader, "source"); } else if (reader.ValueTextEquals("subject")) { subject = ReadOptionalStringValue(ref reader, "subject"); } else if (reader.ValueTextEquals("id")) { id = ReadRequiredStringValue(ref reader, "id"); } else if (reader.ValueTextEquals("time")) { var parsedTime = ReadOptionalStringValue(ref reader, "time"); if (!string.IsNullOrWhiteSpace(parsedTime)) { if (!DateTimeOffset.TryParse( parsedTime, CultureInfo.InvariantCulture, DateTimeStyles.RoundtripKind, out var parsed )) { throw new JsonException("CloudEvents attribute 'time' must be a valid RFC 3339 timestamp."); } time = parsed; } } else if (reader.ValueTextEquals("datacontenttype")) { dataContentType = ReadOptionalStringValue(ref reader, "datacontenttype"); } else if (reader.ValueTextEquals("dataschema")) { dataSchema = ReadOptionalStringValue(ref reader, "dataschema"); } else if (reader.ValueTextEquals("data_base64")) { throw new JsonException("CloudEvents attribute 'data_base64' is not supported by this integration."); } else if (reader.ValueTextEquals("data")) { var positionBeforeDataValue = CheckByteOffset(reader.BytesConsumed); if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading data."); } hasData = true; if (reader.TokenType == JsonTokenType.Null) { isDataNull = true; } else { reader.Skip(); var positionAfterDataValue = CheckByteOffset(reader.BytesConsumed); dataStart = positionBeforeDataValue; dataLength = positionAfterDataValue - positionBeforeDataValue; } } else { var extensionAttributeName = reader.GetString() ?? throw new JsonException( "CloudEvents extension attribute names must be strings." ); if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading extension attribute value."); } var extensionValue = ReadExtensionAttributeValue(ref reader); extensionBuilder.AddOrReplace(extensionAttributeName, extensionValue); } } if (string.IsNullOrWhiteSpace(specVersion)) { throw new JsonException("CloudEvents attribute 'specversion' is required."); } if (!string.Equals(specVersion, CloudEventsConstants.SpecVersion, StringComparison.Ordinal)) { throw new JsonException( $"CloudEvents attribute 'specversion' must be '{CloudEventsConstants.SpecVersion}'." ); } if (string.IsNullOrWhiteSpace(type)) { throw new JsonException("CloudEvents attribute 'type' is required."); } if (string.IsNullOrWhiteSpace(source)) { throw new JsonException("CloudEvents attribute 'source' is required."); } if (string.IsNullOrWhiteSpace(id)) { throw new JsonException("CloudEvents attribute 'id' is required."); } ValidateSource(source!); ValidateDataSchema(dataSchema); ValidateDataContentType(dataContentType); MetadataObject? extensionAttributes = extensionBuilder.Count == 0 ? null : extensionBuilder.Build(); return new CloudEventsEnvelopePayload( type!, source!, id!, subject, time, dataContentType, dataSchema, extensionAttributes, hasData, isDataNull, dataStart, dataLength ); } private static MetadataValue ReadExtensionAttributeValue(ref Utf8JsonReader reader) { if (reader.TokenType is JsonTokenType.StartObject or JsonTokenType.StartArray) { throw new JsonException("CloudEvents extension attributes must be primitive JSON values."); } return MetadataJsonReader.ReadMetadataValue( ref reader, MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ); } private static string ReadRequiredStringValue(ref Utf8JsonReader reader, string propertyName) { if (!reader.Read()) { throw new JsonException($"Unexpected end of JSON while reading '{propertyName}'."); } if (reader.TokenType != JsonTokenType.String) { throw new JsonException($"CloudEvents attribute '{propertyName}' must be a string."); } return reader.GetString() ?? string.Empty; } private static string? ReadOptionalStringValue(ref Utf8JsonReader reader, string propertyName) { if (!reader.Read()) { throw new JsonException($"Unexpected end of JSON while reading '{propertyName}'."); } if (reader.TokenType == JsonTokenType.Null) { return null; } if (reader.TokenType != JsonTokenType.String) { throw new JsonException($"CloudEvents attribute '{propertyName}' must be a string or null."); } return reader.GetString(); } private static void ValidateSource(string source) { if (!Uri.TryCreate(source, UriKind.RelativeOrAbsolute, out _)) { throw new JsonException("CloudEvents attribute 'source' must be a valid URI-reference."); } } private static void ValidateDataSchema(string? dataSchema) { if (string.IsNullOrWhiteSpace(dataSchema)) { return; } if (!Uri.TryCreate(dataSchema, UriKind.Absolute, out _)) { throw new JsonException("CloudEvents attribute 'dataschema' must be an absolute URI."); } } private static void ValidateDataContentType(string? dataContentType) { if (string.IsNullOrWhiteSpace(dataContentType)) { return; } var contentType = dataContentType!; var separatorIndex = contentType.IndexOf(';'); var mediaType = separatorIndex >= 0 ? contentType.Substring(0, separatorIndex).Trim() : contentType.Trim(); if (string.Equals(mediaType, "application/json", StringComparison.OrdinalIgnoreCase)) { return; } if (mediaType.EndsWith("+json", StringComparison.OrdinalIgnoreCase)) { return; } throw new JsonException( "CloudEvents attribute 'datacontenttype' must be 'application/json' or a media type ending with '+json'." ); } private static int CheckByteOffset(long bytesConsumed) { if (bytesConsumed > int.MaxValue) { throw new JsonException("CloudEvents envelope exceeds the maximum supported size."); } return (int) bytesConsumed; } } CloudEventsEnvelopePayload.cs000066400000000000000000000030171516707642500351460ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Reading/Jsonusing System; using Light.PortableResults.Metadata; namespace Light.PortableResults.CloudEvents.Reading.Json; /// /// Represents a parsed CloudEvents envelope with indicators for the Cloud Events data property. /// /// The CloudEvents type attribute. /// The CloudEvents source attribute. /// The CloudEvents id attribute. /// The optional CloudEvents subject attribute. /// The optional CloudEvents time attribute. /// The optional CloudEvents datacontenttype attribute. /// The optional CloudEvents dataschema attribute. /// The parsed extension attributes. /// A value indicating whether the data property was present in the envelope. /// A value indicating whether the data property was null. /// The byte offset where the data value begins in the original buffer. /// The length of the data value in bytes. public readonly record struct CloudEventsEnvelopePayload( string Type, string Source, string Id, string? Subject, DateTimeOffset? Time, string? DataContentType, string? DataSchema, MetadataObject? ExtensionAttributes, bool HasData, bool IsDataNull, int DataStart, int DataLength ); CloudEventsEnvelopePayloadJsonConverter.cs000066400000000000000000000017641516707642500376770ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Reading/Jsonusing System; using System.Text.Json; using System.Text.Json.Serialization; namespace Light.PortableResults.CloudEvents.Reading.Json; /// /// JSON converter for reading from CloudEvents JSON envelopes. /// public sealed class CloudEventsEnvelopePayloadJsonConverter : JsonConverter { /// public override CloudEventsEnvelopePayload Read( ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options ) { return CloudEventsEnvelopeJsonReader.ReadEnvelope(ref reader); } /// public override void Write( Utf8JsonWriter writer, CloudEventsEnvelopePayload value, JsonSerializerOptions options ) => throw new NotSupportedException( $"{nameof(CloudEventsEnvelopePayloadJsonConverter)} supports deserialization only. Use a serialization converter for writing." ); } CloudEventsFailurePayloadJsonConverter.cs000066400000000000000000000017571516707642500375130ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Reading/Jsonusing System; using System.Text.Json; using System.Text.Json.Serialization; namespace Light.PortableResults.CloudEvents.Reading.Json; /// /// JSON converter for reading from CloudEvents data payloads. /// public sealed class CloudEventsFailurePayloadJsonConverter : JsonConverter { /// public override CloudEventsFailurePayload Read( ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options ) { return CloudEventsDataJsonReader.ReadFailurePayload(ref reader); } /// public override void Write( Utf8JsonWriter writer, CloudEventsFailurePayload value, JsonSerializerOptions options ) => throw new NotSupportedException( $"{nameof(CloudEventsFailurePayloadJsonConverter)} supports deserialization only. Use a serialization converter for writing." ); } CloudEventsSuccessPayload.cs000066400000000000000000000011461516707642500350020ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Reading/Jsonusing Light.PortableResults.Metadata; namespace Light.PortableResults.CloudEvents.Reading.Json; /// /// Represents a deserialized successful non-generic CloudEvents data payload. /// public readonly struct CloudEventsSuccessPayload { /// /// Initializes a new instance of . /// public CloudEventsSuccessPayload(MetadataObject? metadata) { Metadata = metadata; } /// /// Gets the metadata parsed from the payload. /// public MetadataObject? Metadata { get; } } CloudEventsSuccessPayloadJsonConverter.cs000066400000000000000000000021441516707642500375230ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Reading/Jsonusing System; using System.Text.Json; using System.Text.Json.Serialization; using Light.PortableResults.Http.Reading.Json; namespace Light.PortableResults.CloudEvents.Reading.Json; /// /// JSON converter for reading from CloudEvents data payloads. /// public sealed class CloudEventsSuccessPayloadJsonConverter : JsonConverter { /// public override CloudEventsSuccessPayload Read( ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options ) { var httpPayload = ResultJsonReader.ReadSuccessPayload(ref reader); return new CloudEventsSuccessPayload(httpPayload.Metadata); } /// public override void Write( Utf8JsonWriter writer, CloudEventsSuccessPayload value, JsonSerializerOptions options ) => throw new NotSupportedException( $"{nameof(CloudEventsSuccessPayloadJsonConverter)} supports deserialization only. Use a serialization converter for writing." ); } CloudEventsSuccessPayloadJsonConverterFactory.cs000066400000000000000000000036631516707642500410620ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Reading/Jsonusing System; using System.Diagnostics.CodeAnalysis; using System.Text.Json; using System.Text.Json.Serialization; namespace Light.PortableResults.CloudEvents.Reading.Json; /// /// Creates converters for generic CloudEvents success payload types. /// public sealed class CloudEventsSuccessPayloadJsonConverterFactory : JsonConverterFactory { /// public override bool CanConvert(Type typeToConvert) { if (!typeToConvert.IsGenericType) { return false; } var genericTypeDefinition = typeToConvert.GetGenericTypeDefinition(); return genericTypeDefinition == typeof(CloudEventsAutoSuccessPayload<>) || genericTypeDefinition == typeof(CloudEventsBareSuccessPayload<>) || genericTypeDefinition == typeof(CloudEventsWrappedSuccessPayload<>); } /// [UnconditionalSuppressMessage( "AOT", "IL3050:RequiresDynamicCode", Justification = "Reflection is possible in Native AOT scenarios. Resoled types must simply be registered with the JsonSerializerContext." )] public override JsonConverter CreateConverter(Type typeToConvert, JsonSerializerOptions options) { var valueType = typeToConvert.GetGenericArguments()[0]; var genericTypeDefinition = typeToConvert.GetGenericTypeDefinition(); var genericConverterTypeDefinition = genericTypeDefinition == typeof(CloudEventsAutoSuccessPayload<>) ? typeof(CloudEventsAutoSuccessPayloadJsonConverter<>) : genericTypeDefinition == typeof(CloudEventsBareSuccessPayload<>) ? typeof(CloudEventsBareSuccessPayloadJsonConverter<>) : typeof(CloudEventsWrappedSuccessPayloadJsonConverter<>); var converterType = genericConverterTypeDefinition.MakeGenericType(valueType); return (JsonConverter) Activator.CreateInstance(converterType)!; } } CloudEventsWrappedSuccessPayload.cs000066400000000000000000000015071516707642500363260ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Reading/Jsonusing Light.PortableResults.Metadata; namespace Light.PortableResults.CloudEvents.Reading.Json; /// /// Represents a deserialized successful generic CloudEvents data payload interpreted as a wrapped value. /// /// The value type. public readonly struct CloudEventsWrappedSuccessPayload { /// /// Initializes a new instance of . /// public CloudEventsWrappedSuccessPayload(T value, MetadataObject? metadata) { Value = value; Metadata = metadata; } /// /// Gets the parsed result value. /// public T Value { get; } /// /// Gets the parsed metadata. /// public MetadataObject? Metadata { get; } } CloudEventsWrappedSuccessPayloadJsonConverter.cs000066400000000000000000000024201516707642500410430ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Reading/Jsonusing System; using System.Text.Json; using System.Text.Json.Serialization; using Light.PortableResults.Http.Reading.Json; namespace Light.PortableResults.CloudEvents.Reading.Json; /// /// JSON converter for reading from CloudEvents data payloads. /// /// The payload value type. public sealed class CloudEventsWrappedSuccessPayloadJsonConverter : JsonConverter> { /// public override CloudEventsWrappedSuccessPayload Read( ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options ) { var httpPayload = ResultJsonReader.ReadWrappedSuccessPayload(ref reader, options); return new CloudEventsWrappedSuccessPayload(httpPayload.Value, httpPayload.Metadata); } /// public override void Write( Utf8JsonWriter writer, CloudEventsWrappedSuccessPayload value, JsonSerializerOptions options ) => throw new NotSupportedException( $"{nameof(CloudEventsWrappedSuccessPayloadJsonConverter)} supports deserialization only. Use a serialization converter for writing." ); } Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Reading/Module.cs000066400000000000000000000122731516707642500303020ustar00rootroot00000000000000using System; using System.Collections.Frozen; using System.Collections.Generic; using System.Text.Json; using Light.PortableResults.CloudEvents.Reading.Json; using Microsoft.Extensions.DependencyInjection; using Microsoft.Extensions.DependencyInjection.Extensions; using Microsoft.Extensions.Options; namespace Light.PortableResults.CloudEvents.Reading; /// /// Provides methods to register services required for CloudEvents reading. /// public static class Module { /// /// Gets the default serializer options used by Light.PortableResults CloudEvents reading. /// public static JsonSerializerOptions DefaultSerializerOptions { get; } = CreateDefaultSerializerOptions(); /// /// Registers in the service container. /// /// The service collection. /// The service collection for chaining. public static IServiceCollection AddPortableResultsCloudEventsReadOptions(this IServiceCollection services) { services.AddOptions(); services.AddSingleton(sp => sp.GetRequiredService>().Value); return services; } /// /// Registers the CloudEvents attribute parsing service and parser registry. /// /// The service collection. /// Optional attribute name comparer. /// The service collection for chaining. /// /// Thrown when multiple parsers register the same extension attribute name. /// public static IServiceCollection AddPortableResultsCloudEventsAttributeParsingService( this IServiceCollection services, IEqualityComparer? attributeNameComparer = null ) { services.TryAddSingleton>( sp => { var parsers = sp.GetServices(); var dictionary = new Dictionary(attributeNameComparer); foreach (var parser in parsers) { foreach (var supportedAttribute in parser.SupportedAttributeNames) { try { dictionary.Add(supportedAttribute, parser); } catch (ArgumentException argumentException) { var existingParser = dictionary[supportedAttribute]; throw new InvalidOperationException( $"Cannot add '{parser}' to frozen dictionary because key '{supportedAttribute}' is already registered by '{existingParser}'", argumentException ); } } } return attributeNameComparer is null ? dictionary.ToFrozenDictionary(StringComparer.Ordinal) : dictionary.ToFrozenDictionary(attributeNameComparer); } ); services.AddSingleton( sp => { var parsers = sp.GetRequiredService>(); return new DefaultCloudEventsAttributeParsingService(parsers); } ); return services; } /// /// Adds the default JSON converters used by Light.PortableResults CloudEvents reading. /// /// The JSON serializer options to configure. /// Thrown when is null. public static void AddDefaultPortableResultsCloudEventsReadJsonConverters( this JsonSerializerOptions serializerOptions ) { if (serializerOptions is null) { throw new ArgumentNullException(nameof(serializerOptions)); } serializerOptions.Converters.Add(new CloudEventsEnvelopePayloadJsonConverter()); serializerOptions.Converters.Add(new CloudEventsFailurePayloadJsonConverter()); serializerOptions.Converters.Add(new CloudEventsSuccessPayloadJsonConverter()); serializerOptions.Converters.Add(new CloudEventsSuccessPayloadJsonConverterFactory()); } /// /// Creates a default instance for CloudEvents reading. /// /// A new default serializer options instance. public static JsonSerializerOptions CreateDefaultSerializerOptions() { var serializerOptions = new JsonSerializerOptions(JsonSerializerDefaults.Web); serializerOptions.AddDefaultPortableResultsCloudEventsReadJsonConverters(); return serializerOptions; } } PortableResultsCloudEventsReadOptions.cs000066400000000000000000000032211516707642500364450ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Readingusing System; using System.Text.Json; using Light.PortableResults.Http.Reading.Json; using Light.PortableResults.Metadata; namespace Light.PortableResults.CloudEvents.Reading; /// /// Options controlling how CloudEvents JSON envelopes are read into Light.PortableResults. /// public sealed record PortableResultsCloudEventsReadOptions { /// /// Gets the default options instance for CloudEvents deserialization. /// public static PortableResultsCloudEventsReadOptions Default { get; } = new (); /// /// Gets or sets serializer options used to deserialize CloudEvents envelopes and data payloads. /// public JsonSerializerOptions SerializerOptions { get; init; } = Module.DefaultSerializerOptions; /// /// Gets or sets how successful generic payloads are interpreted. /// public PreferSuccessPayload PreferSuccessPayload { get; init; } = PreferSuccessPayload.Auto; /// /// Gets or sets an optional fallback callback that classifies failures based on the CloudEvents type. /// public Func? IsFailureType { get; init; } /// /// Gets or sets an optional parsing service used to convert extension attributes into metadata for tier-1 methods. /// public ICloudEventsAttributeParsingService? ParsingService { get; init; } /// /// Gets or sets the merge strategy for combining envelope and payload metadata. /// public MetadataMergeStrategy MergeStrategy { get; init; } = MetadataMergeStrategy.AddOrReplace; } ReadOnlyMemoryCloudEventsExtensions.cs000066400000000000000000000354641516707642500361470ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Readingusing System; using System.Text.Json; using Light.PortableResults.CloudEvents.Reading.Json; using Light.PortableResults.Http.Reading.Json; using Light.PortableResults.Metadata; namespace Light.PortableResults.CloudEvents.Reading; /// /// Provides extensions to deserialize Light.PortableResults values from CloudEvents JSON envelopes in UTF-8 byte buffers. /// public static class ReadOnlyMemoryCloudEventsExtensions { /// /// Reads a non-generic from a CloudEvents JSON envelope. /// /// The serialized CloudEvents JSON envelope in a UTF-8 byte buffer. /// Optional settings that control parsing behavior, metadata merging, and failure detection. /// The deserialized created from the CloudEvents data section. /// Thrown when the CloudEvents envelope or data payload is malformed or violates the Light.PortableResults expectations. /// /// Thrown when the outcome cannot be determined because neither the lproutcome extension nor /// is provided. /// public static Result ReadResult( this ReadOnlyMemory cloudEvent, PortableResultsCloudEventsReadOptions? options = null ) { options ??= PortableResultsCloudEventsReadOptions.Default; var envelope = cloudEvent.ReadResultWithCloudEventsEnvelope(options); return MergeEnvelopeMetadataIfNeeded(envelope.Data, envelope.ExtensionAttributes, options); } /// /// Reads a generic from a CloudEvents JSON envelope. /// /// The serialized CloudEvents JSON envelope in a UTF-8 byte buffer. /// Optional settings that control parsing behavior, metadata merging, and failure detection. /// The type of the success value stored in the . /// The deserialized created from the CloudEvents data section. /// Thrown when the CloudEvents envelope or data payload is malformed or violates the Light.PortableResults expectations. /// /// Thrown when the outcome cannot be determined because neither the lproutcome extension nor /// is provided. /// public static Result ReadResult( this ReadOnlyMemory cloudEvent, PortableResultsCloudEventsReadOptions? options = null ) { options ??= PortableResultsCloudEventsReadOptions.Default; var envelope = cloudEvent.ReadResultWithCloudEventsEnvelope(options); return MergeEnvelopeMetadataIfNeeded(envelope.Data, envelope.ExtensionAttributes, options); } /// /// Reads a non-generic from a CloudEvents JSON envelope. /// /// The serialized CloudEvents JSON envelope in a UTF-8 byte buffer. /// Optional settings that control parsing behavior, metadata merging, and failure detection. /// The parsed containing the original CloudEvents attributes and a deserialized . /// Thrown when the CloudEvents envelope or data payload is malformed or violates the Light.PortableResults expectations. /// /// Thrown when the outcome cannot be determined because neither the lproutcome extension nor /// is provided. /// public static CloudEventsEnvelope ReadResultWithCloudEventsEnvelope( this ReadOnlyMemory cloudEvent, PortableResultsCloudEventsReadOptions? options = null ) { options ??= PortableResultsCloudEventsReadOptions.Default; var parsedEnvelope = JsonSerializer.Deserialize( cloudEvent.Span, options.SerializerOptions ); var isFailure = DetermineIsFailure(parsedEnvelope, options); var dataSegment = parsedEnvelope is { HasData: true, IsDataNull: false } ? cloudEvent.Slice(parsedEnvelope.DataStart, parsedEnvelope.DataLength) : ReadOnlyMemory.Empty; var result = ParseResultPayload(dataSegment, isFailure, options); return new CloudEventsEnvelope( parsedEnvelope.Type, parsedEnvelope.Source, parsedEnvelope.Id, result, parsedEnvelope.Subject, parsedEnvelope.Time, parsedEnvelope.DataContentType, parsedEnvelope.DataSchema, parsedEnvelope.ExtensionAttributes ); } /// /// Reads a generic from a CloudEvents JSON envelope. /// /// The serialized CloudEvents JSON envelope in a UTF-8 byte buffer. /// Optional settings that control parsing behavior, metadata merging, and failure detection. /// The type of the success value stored in the . /// The parsed containing the original CloudEvents attributes and a deserialized . /// Thrown when the CloudEvents envelope or data payload is malformed or violates the Light.PortableResults expectations. /// /// Thrown when the outcome cannot be determined because neither the lproutcome extension nor /// is provided. /// public static CloudEventsEnvelope ReadResultWithCloudEventsEnvelope( this ReadOnlyMemory cloudEvent, PortableResultsCloudEventsReadOptions? options = null ) { options ??= PortableResultsCloudEventsReadOptions.Default; var parsedEnvelope = JsonSerializer.Deserialize( cloudEvent.Span, options.SerializerOptions ); var isFailure = DetermineIsFailure(parsedEnvelope, options); var dataSegment = parsedEnvelope is { HasData: true, IsDataNull: false } ? cloudEvent.Slice(parsedEnvelope.DataStart, parsedEnvelope.DataLength) : ReadOnlyMemory.Empty; var result = ParseGenericResultPayload(dataSegment, parsedEnvelope.HasData, isFailure, options); return new CloudEventsEnvelope( parsedEnvelope.Type, parsedEnvelope.Source, parsedEnvelope.Id, result, parsedEnvelope.Subject, parsedEnvelope.Time, parsedEnvelope.DataContentType, parsedEnvelope.DataSchema, parsedEnvelope.ExtensionAttributes ); } private static Result ParseResultPayload( ReadOnlyMemory dataSegment, bool isFailure, PortableResultsCloudEventsReadOptions options ) { if (dataSegment.IsEmpty) { if (isFailure) { throw new JsonException( "CloudEvents failure payloads for non-generic Result must contain non-null data." ); } return Result.Ok(); } if (isFailure) { var failurePayload = JsonSerializer.Deserialize( dataSegment.Span, options.SerializerOptions ); return Result.Fail(failurePayload.Errors, failurePayload.Metadata); } var successPayload = JsonSerializer.Deserialize( dataSegment.Span, options.SerializerOptions ); var metadata = successPayload.Metadata; if (metadata is not null) { metadata = MetadataValueAnnotationHelper.WithAnnotation( metadata.Value, MetadataValueAnnotation.SerializeInCloudEventsData ); } return Result.Ok(metadata); } private static Result ParseGenericResultPayload( ReadOnlyMemory dataSegment, // ReSharper disable once ParameterOnlyUsedForPreconditionCheck.Local - this is not a precondition check. // This will shortcut the deserialization of the cloud event. bool hasData, bool isFailure, PortableResultsCloudEventsReadOptions options ) { if (dataSegment.IsEmpty || !hasData) { throw new JsonException("CloudEvents payloads for Result must contain non-null data."); } if (isFailure) { var failurePayload = JsonSerializer.Deserialize( dataSegment.Span, options.SerializerOptions ); return Result.Fail(failurePayload.Errors, failurePayload.Metadata); } var normalizedPreference = options.PreferSuccessPayload == PreferSuccessPayload.BareValue || options.PreferSuccessPayload == PreferSuccessPayload.WrappedValue ? options.PreferSuccessPayload : PreferSuccessPayload.Auto; if (normalizedPreference == PreferSuccessPayload.BareValue) { var payload = JsonSerializer.Deserialize>( dataSegment.Span, options.SerializerOptions ); return CreateSuccessfulGenericResult(payload.Value, metadata: null); } if (normalizedPreference == PreferSuccessPayload.WrappedValue) { var payload = JsonSerializer.Deserialize>( dataSegment.Span, options.SerializerOptions ); var metadata = payload.Metadata; if (metadata is not null) { metadata = MetadataValueAnnotationHelper.WithAnnotation( metadata.Value, MetadataValueAnnotation.SerializeInCloudEventsData ); } return CreateSuccessfulGenericResult(payload.Value, metadata); } var autoPayload = JsonSerializer.Deserialize>( dataSegment.Span, options.SerializerOptions ); var autoMetadata = autoPayload.Metadata; if (autoMetadata is not null) { autoMetadata = MetadataValueAnnotationHelper.WithAnnotation( autoMetadata.Value, MetadataValueAnnotation.SerializeInCloudEventsData ); } return CreateSuccessfulGenericResult(autoPayload.Value, autoMetadata); } private static bool DetermineIsFailure( CloudEventsEnvelopePayload parsedEnvelope, PortableResultsCloudEventsReadOptions options ) { if (parsedEnvelope.ExtensionAttributes is { } extensionAttributes && extensionAttributes.TryGetValue( CloudEventsConstants.PortableResultsOutcomeAttributeName, out var outcomeMetadata )) { if (!outcomeMetadata.TryGetString(out var outcomeValue) || string.IsNullOrWhiteSpace(outcomeValue)) { throw new JsonException( $"CloudEvents extension '{CloudEventsConstants.PortableResultsOutcomeAttributeName}' must be either 'success' or 'failure'." ); } if (string.Equals(outcomeValue, "success", StringComparison.OrdinalIgnoreCase)) { return false; } if (string.Equals(outcomeValue, "failure", StringComparison.OrdinalIgnoreCase)) { return true; } throw new JsonException( $"CloudEvents extension '{CloudEventsConstants.PortableResultsOutcomeAttributeName}' must be either 'success' or 'failure'." ); } if (options.IsFailureType is not null) { return options.IsFailureType(parsedEnvelope.Type); } throw new InvalidOperationException( "CloudEvents outcome could not be classified. Provide lproutcome or configure IsFailureType." ); } private static TResult MergeEnvelopeMetadataIfNeeded( TResult result, MetadataObject? extensionAttributes, PortableResultsCloudEventsReadOptions options ) where TResult : struct, ICanReplaceMetadata { if (options.ParsingService is null || extensionAttributes is null) { return result; } var extensionMetadata = options.ParsingService.ReadExtensionMetadata( FilterSpecialExtensionAttributes(extensionAttributes.Value) ); var mergedMetadata = MetadataObjectExtensions.MergeIfNeeded( extensionMetadata, result.Metadata, options.MergeStrategy ); return mergedMetadata is null ? result : result.ReplaceMetadata(mergedMetadata); } private static MetadataObject FilterSpecialExtensionAttributes(MetadataObject extensionAttributes) { if (!extensionAttributes.ContainsKey(CloudEventsConstants.PortableResultsOutcomeAttributeName)) { return extensionAttributes; } using var builder = MetadataObjectBuilder.Create(extensionAttributes.Count); foreach (var keyValuePair in extensionAttributes) { if (string.Equals( keyValuePair.Key, CloudEventsConstants.PortableResultsOutcomeAttributeName, StringComparison.Ordinal )) { continue; } builder.Add(keyValuePair.Key, keyValuePair.Value); } return builder.Count == 0 ? MetadataObject.Empty : builder.Build(); } private static Result CreateSuccessfulGenericResult(T value, MetadataObject? metadata) { try { return Result.Ok(value, metadata); } catch (ArgumentNullException argumentNullException) { throw new JsonException("Result value cannot be null.", argumentNullException); } } } Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Writing/000077500000000000000000000000001516707642500265735ustar00rootroot00000000000000CloudEventsAttributeConverter.cs000066400000000000000000000033141516707642500350530ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Writingusing System; using System.Collections.Generic; using System.Collections.Immutable; using Light.PortableResults.Metadata; namespace Light.PortableResults.CloudEvents.Writing; /// /// Base type for converting metadata values into CloudEvents attributes. /// public abstract class CloudEventsAttributeConverter { /// /// Initializes a new instance of . /// /// The metadata keys supported by this converter. /// /// Thrown when is default or empty. /// protected CloudEventsAttributeConverter(ImmutableArray supportedMetadataKeys) { if (supportedMetadataKeys.IsDefaultOrEmpty) { throw new ArgumentException( $"{nameof(supportedMetadataKeys)} must not be empty", nameof(supportedMetadataKeys) ); } SupportedMetadataKeys = supportedMetadataKeys; } /// /// Gets the metadata keys supported by this converter. /// public ImmutableArray SupportedMetadataKeys { get; } /// /// Converts the specified metadata value into a CloudEvents attribute key and value pair. /// /// The metadata key. /// The metadata value. /// The CloudEvents attribute key and value pair. public abstract KeyValuePair PrepareCloudEventsAttribute( string metadataKey, MetadataValue value ); } CloudEventsEnvelopeForWriting.cs000066400000000000000000000066371516707642500350230ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Writingusing System; using Light.PortableResults.Metadata; namespace Light.PortableResults.CloudEvents.Writing; /// /// Represents a CloudEvents envelope ready for JSON serialization for a non-generic payload. /// /// The CloudEvents type that describes the semantic meaning of the event. /// A URI-like identifier that describes the origin of the event. /// A unique identifier for the event instance. /// The payload to serialize as the CloudEvents data. /// Resolved CloudEvents write options controlling serialization details. /// /// An optional subject that further qualifies the event. We highly recommend to set this value for routing and /// observability purposes. /// /// An optional timestamp representing when the event occurred. /// An optional URI reference to the schema that the data adheres to. /// Optional extension attributes to include with the cloud event. public readonly record struct CloudEventsEnvelopeForWriting( string Type, string Source, string Id, Result Data, ResolvedCloudEventsWriteOptions ResolvedOptions, string? Subject = null, DateTimeOffset? Time = null, string? DataSchema = null, MetadataObject? ExtensionAttributes = null ) : ICloudEventsEnvelopeForWritingWithMetadata { /// /// Gets the CloudEvents specification version used by this integration. /// public static string SpecVersion => CloudEventsConstants.SpecVersion; } /// /// Represents a CloudEvents envelope ready for JSON serialization for a generic payload. /// /// The CloudEvents type that describes the semantic meaning of the event. /// A URI-like identifier that describes the origin of the event. /// A unique identifier for the event instance. /// The typed payload to serialize as the CloudEvents data. /// Resolved CloudEvents write options controlling serialization details. /// /// An optional subject that further qualifies the event. We highly recommend to set this value for routing and /// observability purposes. /// /// An optional timestamp representing when the event occurred. /// An optional URI reference to the schema that the data adheres to. /// Optional extension attributes to include with the cloud event. public readonly record struct CloudEventsEnvelopeForWriting( string Type, string Source, string Id, Result Data, ResolvedCloudEventsWriteOptions ResolvedOptions, string? Subject = null, DateTimeOffset? Time = null, string? DataSchema = null, MetadataObject? ExtensionAttributes = null ) : ICloudEventsEnvelopeForWritingWithMetadata> { /// /// Gets the CloudEvents specification version used by this integration. /// public static string SpecVersion => CloudEventsConstants.SpecVersion; } CloudEventsEnvelopeForWritingExtensions.cs000066400000000000000000000032631516707642500370730ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Writingusing Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization; namespace Light.PortableResults.CloudEvents.Writing; /// /// Provides helper methods for evaluating metadata serialization behavior on CloudEvents envelopes. /// public static class CloudEventsEnvelopeForWritingExtensions { /// /// Determines whether the envelope's metadata should be written into the CloudEvents data section /// when the result is valid. /// /// /// A CloudEvents envelope type that exposes metadata via /// . /// /// The type of the result associated with the envelope. /// The envelope whose metadata serialization behavior is being evaluated. /// /// if metadata exists and the resolved options require it to be emitted with the /// CloudEvents data; otherwise, . /// public static bool CheckIfMetadataShouldBeWrittenForValidResult(this TEnvelope envelope) where TEnvelope : struct, ICloudEventsEnvelopeForWritingWithMetadata where TResult : struct, IHasOptionalMetadata { return envelope.ResolvedOptions.MetadataSerializationMode == MetadataSerializationMode.Always && envelope.Data.Metadata.HasValue && envelope.Data.Metadata.Value.HasAnyValuesWithAnnotation( MetadataValueAnnotation.SerializeInCloudEventsData ); } } CloudEventsResultExtensions.cs000066400000000000000000001013401516707642500345540ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Writingusing System; using System.Globalization; using System.Text.Json; using Light.PortableResults.Buffers; using Light.PortableResults.Metadata; namespace Light.PortableResults.CloudEvents.Writing; /// /// Provides extension methods to serialize and values as CloudEvents JSON envelopes. /// public static class CloudEventsResultExtensions { /// /// Serializes a non-generic to a CloudEvents JSON envelope. /// /// The result to serialize. /// Optional CloudEvents type to use when the result is valid. /// Optional CloudEvents type to use when the result contains failures. /// /// An explicit CloudEvents id; generated when omitted. We highly recommend setting this value for idempotent /// event processing. If you do not set this value, a new ID will be generated on each call. /// /// The CloudEvents source URI reference to apply. /// /// The optional CloudEvents subject. We highly recommend setting this value for routing and /// observability purposes. /// /// The optional CloudEvents dataschema absolute URI. /// The CloudEvents timestamp. Defaults to when not provided. /// Customization options for serialization and metadata conversion. /// The CloudEvents payload as a new byte array. /// /// The required CloudEvents attributes type and source are resolved from the supplied arguments, the result metadata, /// or the configured defaults in . An is thrown when /// neither path provides valid values. Consider explicitly setting and /// to keep downstream consumers idempotent and support routing and observability. /// /// Thrown when the CloudEvents type or source cannot be resolved. /// Thrown when , , or has an invalid format. public static byte[] ToCloudEvent( this Result result, string? successType = null, string? failureType = null, string? id = null, string? source = null, string? subject = null, string? dataschema = null, DateTimeOffset? time = null, PortableResultsCloudEventsWriteOptions? options = null ) { using var pooledArray = result.ToCloudEventPooled( successType, failureType, id, source, subject, dataschema, time, options ); return pooledArray.Memory.ToArray(); } /// /// Serializes a non-generic into a rented byte array that contains the CloudEvents JSON envelope. /// /// The result instance to serialize. /// Optional CloudEvents type to use when the result is valid. /// Optional CloudEvents type to use when the result contains failures. /// /// An explicit CloudEvents id; generated when omitted. We highly recommend setting this value for idempotent /// event processing. If you do not set this value, a new ID will be generated on each call. /// /// The CloudEvents source URI reference to apply. /// /// The optional CloudEvents subject. We highly recommend setting this value for routing and /// observability purposes. /// /// The optional CloudEvents dataschema absolute URI. /// The CloudEvents timestamp. Defaults to when not provided. /// Customization options for serialization and metadata conversion. /// An whose lifetime is owned by the caller. /// /// The required CloudEvents attributes type and source are resolved from the supplied arguments, the result metadata, /// or the configured defaults in . An is thrown when /// neither path provides valid values. Consider explicitly setting and /// to keep downstream consumers idempotent and support routing and observability. /// /// Thrown when the CloudEvents type or source cannot be resolved. /// Thrown when , , or has an invalid format. public static IRentedArray ToCloudEventPooled( this Result result, string? successType = null, string? failureType = null, string? id = null, string? source = null, string? subject = null, string? dataschema = null, DateTimeOffset? time = null, PortableResultsCloudEventsWriteOptions? options = null ) { options ??= PortableResultsCloudEventsWriteOptions.Default; var bufferWriter = new RentedArrayBufferWriter(options.ArrayPool, options.PooledArrayInitialCapacity); try { using var writer = new Utf8JsonWriter(bufferWriter); result.WriteCloudEvent(writer, successType, failureType, id, source, subject, dataschema, time, options); writer.Flush(); return bufferWriter.FinishWriting(); } catch (Exception) { bufferWriter.Dispose(); throw; } } /// /// Writes a non-generic as a CloudEvents JSON envelope using the provided . /// /// The result to serialize. /// The JSON writer receiving the CloudEvents payload. /// Optional CloudEvents type to use when the result is valid. /// Optional CloudEvents type to use when the result contains failures. /// /// An explicit CloudEvents id; generated when omitted. We highly recommend setting this value for idempotent /// event processing. If you do not set this value, a new ID will be generated on each call. /// /// The CloudEvents source URI reference to apply. /// /// The optional CloudEvents subject. We highly recommend setting this value for routing and /// observability purposes. /// /// The optional CloudEvents dataschema absolute URI. /// The CloudEvents timestamp. Defaults to when not provided. /// Customization options for serialization and metadata conversion. /// Thrown when is . /// Thrown when the CloudEvents type or source cannot be resolved. /// Thrown when , , or has an invalid format. /// /// The required CloudEvents attributes type and source are resolved from the supplied arguments, the result metadata, /// or the configured defaults in . An is thrown when /// neither path provides valid values. Consider explicitly setting and /// to keep downstream consumers idempotent and support routing and observability. /// public static void WriteCloudEvent( this Result result, Utf8JsonWriter writer, string? successType = null, string? failureType = null, string? id = null, string? source = null, string? subject = null, string? dataschema = null, DateTimeOffset? time = null, PortableResultsCloudEventsWriteOptions? options = null ) { if (writer is null) { throw new ArgumentNullException(nameof(writer)); } options ??= PortableResultsCloudEventsWriteOptions.Default; var envelope = result.ToCloudEventsEnvelopeForWriting( successType, failureType, id, source, subject, dataschema, time, options ); JsonSerializer.Serialize(writer, envelope, options.SerializerOptions); } /// /// Creates a non-generic with resolved attributes and frozen write options that can be serialized later. /// /// The result that provides data and metadata for the cloud event. /// Optional CloudEvents type to use when the result is valid. /// Optional CloudEvents type to use when the result contains failures. /// /// An explicit CloudEvents id; generated when omitted. We highly recommend setting this value for idempotent /// event processing. If you do not set this value, a new ID will be generated on each call. /// /// The CloudEvents source URI reference to apply. /// /// The optional CloudEvents subject. We highly recommend setting this value for routing and /// observability purposes. /// /// The optional CloudEvents dataschema absolute URI. /// The CloudEvents timestamp. Defaults to when not provided. /// Customization options for serialization and metadata conversion. /// A fully resolved CloudEvents envelope that can be serialized without additional allocations. /// /// The required CloudEvents attributes type and source are resolved from the supplied arguments, the result metadata, /// or the configured defaults in . An is thrown when /// neither path provides valid values. Consider explicitly setting and /// to keep downstream consumers idempotent and support routing and observability. /// /// Thrown when the CloudEvents type or source cannot be resolved. /// Thrown when , , or has an invalid format. public static CloudEventsEnvelopeForWriting ToCloudEventsEnvelopeForWriting( this Result result, string? successType = null, string? failureType = null, string? id = null, string? source = null, string? subject = null, string? dataschema = null, DateTimeOffset? time = null, PortableResultsCloudEventsWriteOptions? options = null ) { options ??= PortableResultsCloudEventsWriteOptions.Default; var convertedAttributes = ConvertMetadataToCloudEventsAttributes(result.Metadata, options.ConversionService); var resolvedAttributes = ResolveAttributes( result.IsValid, convertedAttributes, ResolveOptionalString(successType, options.SuccessType), ResolveOptionalString(failureType, options.FailureType), ResolveOptionalString(id, options.IdResolver?.Invoke()), source, subject ?? options.Subject, dataschema ?? options.DataSchema, time ?? options.Time, options.Source ); return new CloudEventsEnvelopeForWriting( resolvedAttributes.Type, resolvedAttributes.Source, resolvedAttributes.Id, result, new ResolvedCloudEventsWriteOptions(options.MetadataSerializationMode), resolvedAttributes.Subject, resolvedAttributes.Time, resolvedAttributes.DataSchema, convertedAttributes ); } /// /// Serializes a generic to a CloudEvents JSON envelope. /// /// The value type carried by the result. /// The result to serialize. /// Optional CloudEvents type to use when the result is valid. /// Optional CloudEvents type to use when the result contains failures. /// /// An explicit CloudEvents id; generated when omitted. We highly recommend setting this value for idempotent /// event processing. If you do not set this value, a new ID will be generated on each call. /// /// The CloudEvents source URI reference to apply. /// /// The optional CloudEvents subject. We highly recommend setting this value for routing and /// observability purposes. /// /// The optional CloudEvents dataschema absolute URI. /// The CloudEvents timestamp. Defaults to when not provided. /// Customization options for serialization and metadata conversion. /// The CloudEvents payload as a new byte array. /// /// The required CloudEvents attributes type and source are resolved from the supplied arguments, the result metadata, /// or the configured defaults in . An is thrown when /// neither path provides valid values. Consider explicitly setting and /// to keep downstream consumers idempotent. /// /// Thrown when the CloudEvents type or source cannot be resolved. /// Thrown when , , or has an invalid format. public static byte[] ToCloudEvent( this Result result, string? successType = null, string? failureType = null, string? id = null, string? source = null, string? subject = null, string? dataschema = null, DateTimeOffset? time = null, PortableResultsCloudEventsWriteOptions? options = null ) { using var pooledArray = result.ToCloudEventPooled( successType, failureType, id, source, subject, dataschema, time, options ); return pooledArray.Memory.ToArray(); } /// /// Serializes a generic into a pooled byte buffer that contains the CloudEvents JSON envelope. /// /// The value type carried by the result. /// The result to serialize. /// Optional CloudEvents type to use when the result is valid. /// Optional CloudEvents type to use when the result contains failures. /// /// An explicit CloudEvents id; generated when omitted. We highly recommend setting this value for idempotent /// event processing. If you do not set this value, a new ID will be generated on each call. /// /// The CloudEvents source URI reference to apply. /// /// The optional CloudEvents subject. We highly recommend setting this value for routing and /// observability purposes. /// /// The optional CloudEvents dataschema absolute URI. /// The CloudEvents timestamp. Defaults to when not provided. /// Customization options for serialization and metadata conversion. /// An whose lifetime is owned by the caller. /// /// The required CloudEvents attributes type and source are resolved from the supplied arguments, the result metadata, /// or the configured defaults in . An is thrown when /// neither path provides valid values. Consider explicitly setting and /// to keep downstream consumers idempotent and support routing and observability. /// /// Thrown when the CloudEvents type or source cannot be resolved. /// Thrown when , , or has an invalid format. public static IRentedArray ToCloudEventPooled( this Result result, string? successType = null, string? failureType = null, string? id = null, string? source = null, string? subject = null, string? dataschema = null, DateTimeOffset? time = null, PortableResultsCloudEventsWriteOptions? options = null ) { options ??= PortableResultsCloudEventsWriteOptions.Default; var bufferWriter = new RentedArrayBufferWriter(options.ArrayPool, options.PooledArrayInitialCapacity); try { using var writer = new Utf8JsonWriter(bufferWriter); result.WriteCloudEvent(writer, successType, failureType, id, source, subject, dataschema, time, options); writer.Flush(); return bufferWriter.FinishWriting(); } catch (Exception) { bufferWriter.Dispose(); throw; } } /// /// Writes a generic as a CloudEvents JSON envelope using the provided . /// /// The value type carried by the result. /// The result to serialize. /// The JSON writer receiving the CloudEvents payload. /// Optional CloudEvents type to use when the result is valid. /// Optional CloudEvents type to use when the result contains failures. /// /// An explicit CloudEvents id; generated when omitted. We highly recommend setting this value for idempotent /// event processing. If you do not set this value, a new ID will be generated on each call. /// /// The CloudEvents source URI reference to apply. /// The optional CloudEvents subject. /// The optional CloudEvents dataschema absolute URI. /// The CloudEvents timestamp. Defaults to when not provided. /// Customization options for serialization and metadata conversion. /// Thrown when is . /// Thrown when the CloudEvents type or source cannot be resolved. /// Thrown when , , or has an invalid format. /// /// The required CloudEvents attributes type and source are resolved from the supplied arguments, the result metadata, /// or the configured defaults in . An is thrown when /// neither path provides valid values. Consider explicitly setting and /// to keep downstream consumers idempotent and support routing and observability. /// public static void WriteCloudEvent( this Result result, Utf8JsonWriter writer, string? successType = null, string? failureType = null, string? id = null, string? source = null, string? subject = null, string? dataschema = null, DateTimeOffset? time = null, PortableResultsCloudEventsWriteOptions? options = null ) { if (writer is null) { throw new ArgumentNullException(nameof(writer)); } var resolvedOptions = options ?? PortableResultsCloudEventsWriteOptions.Default; var envelope = result.ToCloudEventsEnvelopeForWriting( successType, failureType, id, source, subject, dataschema, time, resolvedOptions ); JsonSerializer.Serialize(writer, envelope, resolvedOptions.SerializerOptions); } /// /// Creates a generic with resolved attributes and frozen write options that can be serialized later. /// /// The value type carried by the result. /// The result that provides data and metadata for the cloud event. /// Optional CloudEvents type to use when the result is valid. /// Optional CloudEvents type to use when the result contains failures. /// /// An explicit CloudEvents id; generated when omitted. We highly recommend setting this value for idempotent /// event processing. If you do not set this value, a new ID will be generated on each call. /// /// The CloudEvents source URI reference to apply. /// The optional CloudEvents subject. /// The optional CloudEvents dataschema absolute URI. /// The CloudEvents timestamp. Defaults to when not provided. /// Customization options for serialization and metadata conversion. /// A fully resolved CloudEvents envelope that can be serialized without additional allocations. /// /// The required CloudEvents attributes type and source are resolved from the supplied arguments, the result metadata, /// or the configured defaults in . An is thrown when /// neither path provides valid values. Consider explicitly setting and /// to keep downstream consumers idempotent and support routing and observability. /// /// Thrown when the CloudEvents type or source cannot be resolved. /// Thrown when , , or has an invalid format. public static CloudEventsEnvelopeForWriting ToCloudEventsEnvelopeForWriting( this Result result, string? successType = null, string? failureType = null, string? id = null, string? source = null, string? subject = null, string? dataschema = null, DateTimeOffset? time = null, PortableResultsCloudEventsWriteOptions? options = null ) { var resolvedOptions = options ?? PortableResultsCloudEventsWriteOptions.Default; var convertedAttributes = ConvertMetadataToCloudEventsAttributes(result.Metadata, resolvedOptions.ConversionService); var resolvedAttributes = ResolveAttributes( result.IsValid, convertedAttributes, ResolveOptionalString(successType, resolvedOptions.SuccessType), ResolveOptionalString(failureType, resolvedOptions.FailureType), ResolveOptionalString(id, resolvedOptions.IdResolver?.Invoke()), source, subject ?? resolvedOptions.Subject, dataschema ?? resolvedOptions.DataSchema, time ?? resolvedOptions.Time, resolvedOptions.Source ); return new CloudEventsEnvelopeForWriting( resolvedAttributes.Type, resolvedAttributes.Source, resolvedAttributes.Id, result, new ResolvedCloudEventsWriteOptions(resolvedOptions.MetadataSerializationMode), resolvedAttributes.Subject, resolvedAttributes.Time, resolvedAttributes.DataSchema, convertedAttributes ); } private static string? ResolveOptionalString(string? primaryValue, string? fallbackValue) { return !string.IsNullOrWhiteSpace(primaryValue) ? primaryValue : fallbackValue; } private static MetadataObject? ConvertMetadataToCloudEventsAttributes( MetadataObject? metadata, ICloudEventsAttributeConversionService conversionService ) { if (metadata is null || !metadata.Value.HasAnyValuesWithAnnotation( MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes )) { return null; } using var builder = MetadataObjectBuilder.Create(metadata.Value.Count); foreach (var keyValuePair in metadata.Value) { if (!keyValuePair.Value.HasAnnotation(MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes)) { continue; } var preparedAttribute = conversionService.PrepareCloudEventsAttribute(keyValuePair.Key, keyValuePair.Value); builder.AddOrReplace(preparedAttribute.Key, preparedAttribute.Value); } return builder.Count == 0 ? null : builder.Build(); } private static ResolvedAttributes ResolveAttributes( bool isSuccess, MetadataObject? convertedAttributes, string? successType, string? failureType, string? id, string? source, string? subject, string? dataschema, DateTimeOffset? time, string? defaultSource ) { var explicitType = isSuccess ? successType : failureType; var resolvedType = !string.IsNullOrWhiteSpace(explicitType) ? explicitType! : GetStringAttribute(convertedAttributes, "type"); var resolvedSource = !string.IsNullOrWhiteSpace(source) ? source! : GetStringAttribute(convertedAttributes, "source") ?? defaultSource; string resolvedId; if (!string.IsNullOrWhiteSpace(id)) { resolvedId = id!; } else { var idFromAttributes = GetStringAttribute(convertedAttributes, "id"); resolvedId = !string.IsNullOrWhiteSpace(idFromAttributes) ? idFromAttributes! : Ulid.NewUlid().ToGuid().ToString(); } var resolvedSubject = subject ?? GetStringAttribute(convertedAttributes, "subject"); var resolvedDataSchema = dataschema ?? GetStringAttribute(convertedAttributes, "dataschema"); var resolvedTime = time ?? GetDateTimeOffsetAttribute(convertedAttributes, "time") ?? DateTimeOffset.UtcNow; if (string.IsNullOrWhiteSpace(resolvedType)) { throw new InvalidOperationException("CloudEvents attribute 'type' could not be resolved."); } if (string.IsNullOrWhiteSpace(resolvedSource)) { throw new InvalidOperationException("CloudEvents attribute 'source' could not be resolved."); } ValidateSourceUriReference(resolvedSource!); ValidateDataSchema(resolvedDataSchema); return new ResolvedAttributes( resolvedType!, resolvedSource!, resolvedId, resolvedSubject, resolvedDataSchema, resolvedTime ); } private static string? GetStringAttribute(MetadataObject? attributes, string attributeName) { if (attributes is null || !attributes.Value.TryGetValue(attributeName, out var metadataValue)) { return null; } if (metadataValue.TryGetString(out var stringValue)) { return stringValue; } if (metadataValue.TryGetBoolean(out var boolValue)) { return boolValue ? "true" : "false"; } if (metadataValue.TryGetInt64(out var int64Value)) { return int64Value.ToString(CultureInfo.InvariantCulture); } if (metadataValue.TryGetDouble(out var doubleValue)) { return doubleValue.ToString(CultureInfo.InvariantCulture); } return null; } private static DateTimeOffset? GetDateTimeOffsetAttribute(MetadataObject? attributes, string attributeName) { var stringValue = GetStringAttribute(attributes, attributeName); if (string.IsNullOrWhiteSpace(stringValue)) { return null; } if (!DateTimeOffset.TryParse( stringValue, CultureInfo.InvariantCulture, DateTimeStyles.RoundtripKind, out var parsed )) { throw new ArgumentException( $"CloudEvents attribute '{attributeName}' has an invalid RFC 3339 timestamp value.", attributeName ); } return parsed; } private static void ValidateSourceUriReference(string source) { if (!Uri.TryCreate(source, UriKind.RelativeOrAbsolute, out _)) { throw new ArgumentException( "CloudEvents attribute 'source' must be a valid URI-reference.", nameof(source) ); } } private static void ValidateDataSchema(string? dataSchema) { if (string.IsNullOrWhiteSpace(dataSchema)) { return; } if (!Uri.TryCreate(dataSchema, UriKind.Absolute, out _)) { throw new ArgumentException( "CloudEvents attribute 'dataschema' must be an absolute URI.", nameof(dataSchema) ); } } private readonly struct ResolvedAttributes { public ResolvedAttributes( string type, string source, string id, string? subject, string? dataSchema, DateTimeOffset time ) { Type = type; Source = source; Id = id; Subject = subject; DataSchema = dataSchema; Time = time; } public string Type { get; } public string Source { get; } public string Id { get; } public string? Subject { get; } public string? DataSchema { get; } public DateTimeOffset Time { get; } } } DefaultCloudEventsAttributeConversionService.cs000066400000000000000000000111601516707642500400550ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Writingusing System; using System.Collections.Frozen; using System.Collections.Generic; using Light.PortableResults.Metadata; namespace Light.PortableResults.CloudEvents.Writing; /// /// Default implementation of using a converter registry. /// public sealed class DefaultCloudEventsAttributeConversionService : ICloudEventsAttributeConversionService { /// /// Initializes a new instance of . /// /// The converters keyed by metadata key. /// Thrown when is . public DefaultCloudEventsAttributeConversionService( FrozenDictionary converters ) { Converters = converters ?? throw new ArgumentNullException(nameof(converters)); } /// /// Gets the singleton default conversion service without custom converters. /// public static DefaultCloudEventsAttributeConversionService Instance { get; } = new ( new Dictionary(StringComparer.Ordinal).ToFrozenDictionary( StringComparer.Ordinal ) ); /// /// Gets the converters keyed by metadata key. /// public FrozenDictionary Converters { get; } /// /// Converts a metadata value into a CloudEvents attribute. /// /// The metadata key to convert. /// The metadata value to convert. /// The CloudEvents attribute key and value pair. /// Thrown when is . /// Thrown when the resulting attribute name is invalid, reserved, or the value is not a primitive type for extension attributes. public KeyValuePair PrepareCloudEventsAttribute( string metadataKey, MetadataValue metadataValue ) { if (metadataKey is null) { throw new ArgumentNullException(nameof(metadataKey)); } var converted = Converters.TryGetValue(metadataKey, out var targetConverter) ? targetConverter.PrepareCloudEventsAttribute(metadataKey, metadataValue) : new KeyValuePair(metadataKey, metadataValue); ValidateAttributeName(converted.Key); ValidateAttributeValue(converted.Key, converted.Value); return converted; } private static void ValidateAttributeName(string attributeName) { if (string.IsNullOrWhiteSpace(attributeName)) { throw new ArgumentException( "CloudEvents attribute names must not be null or whitespace.", nameof(attributeName) ); } if (CloudEventsConstants.ForbiddenConvertedAttributeNames.Contains(attributeName)) { throw new ArgumentException( $"The CloudEvents attribute '{attributeName}' is reserved and cannot be set via metadata conversion.", nameof(attributeName) ); } if (CloudEventsConstants.StandardAttributeNames.Contains(attributeName)) { return; } if (!IsValidExtensionAttributeName(attributeName)) { throw new ArgumentException( $"The CloudEvents extension attribute '{attributeName}' is invalid. Only lowercase alphanumeric names are allowed.", nameof(attributeName) ); } } private static bool IsValidExtensionAttributeName(string attributeName) { foreach (var character in attributeName) { if (character is (< 'a' or > 'z') and (< '0' or > '9')) { return false; } } return true; } private static void ValidateAttributeValue(string attributeName, MetadataValue value) { if (CloudEventsConstants.StandardAttributeNames.Contains(attributeName)) { return; } if (!value.Kind.IsPrimitive()) { throw new ArgumentException( $"The CloudEvents extension attribute '{attributeName}' must be a primitive JSON value.", nameof(value) ); } } } ICloudEventsAttributeConversionService.cs000066400000000000000000000012621516707642500366630ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Writingusing System.Collections.Generic; using Light.PortableResults.Metadata; namespace Light.PortableResults.CloudEvents.Writing; /// /// Converts metadata values into CloudEvents attributes. /// public interface ICloudEventsAttributeConversionService { /// /// Converts a metadata value into a CloudEvents attribute. /// /// The metadata key. /// The metadata value. /// The CloudEvents attribute key and value pair. KeyValuePair PrepareCloudEventsAttribute(string metadataKey, MetadataValue metadataValue); } ICloudEventsEnvelopeForWritingWithMetadata.cs000066400000000000000000000014601516707642500374160ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Writingusing Light.PortableResults.Metadata; namespace Light.PortableResults.CloudEvents.Writing; /// /// Defines the metadata-related members that a CloudEvents envelope must expose to participate in metadata-aware /// helper logic. /// /// The type of the result associated with the CloudEvents payload. public interface ICloudEventsEnvelopeForWritingWithMetadata where TResult : IHasOptionalMetadata { /// /// Gets the resolved CloudEvents write options that govern whether metadata should be serialized. /// ResolvedCloudEventsWriteOptions ResolvedOptions { get; } /// /// Gets the result associated with the CloudEvents payload, if any. /// TResult Data { get; } } Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Writing/Json/000077500000000000000000000000001516707642500275045ustar00rootroot00000000000000CloudEventsEnvelopeForWritingJsonConverter.cs000066400000000000000000000034621516707642500404470ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Writing/Jsonusing System; using System.Text.Json; using System.Text.Json.Serialization; namespace Light.PortableResults.CloudEvents.Writing.Json; /// /// JSON converter for writing values. /// public sealed class CloudEventsEnvelopeForWritingJsonConverter : JsonConverter { /// public override CloudEventsEnvelopeForWriting Read( ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options ) => throw new NotSupportedException( $"{nameof(CloudEventsEnvelopeForWritingJsonConverter)} supports serialization only. Use a deserialization converter for reading." ); /// public override void Write( Utf8JsonWriter writer, CloudEventsEnvelopeForWriting envelope, JsonSerializerOptions options ) => writer.WriteCloudEvents(envelope, options); } /// /// JSON converter for writing values. /// public sealed class CloudEventsEnvelopeForWritingJsonConverter : JsonConverter> { /// public override CloudEventsEnvelopeForWriting Read( ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options ) => throw new NotSupportedException( $"{nameof(CloudEventsEnvelopeForWritingJsonConverter<>)} supports serialization only. Use a deserialization converter for reading." ); /// public override void Write( Utf8JsonWriter writer, CloudEventsEnvelopeForWriting envelope, JsonSerializerOptions options ) => writer.WriteCloudEvents(envelope, options); } CloudEventsEnvelopeForWritingJsonConverterFactory.cs000066400000000000000000000037721516707642500420030ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Writing/Jsonusing System; using System.Diagnostics.CodeAnalysis; using System.Text.Json; using System.Text.Json.Serialization; namespace Light.PortableResults.CloudEvents.Writing.Json; /// /// Creates instances for types. /// public sealed class CloudEventsEnvelopeForWritingJsonConverterFactory : JsonConverterFactory { /// /// Determines whether the factory can create a converter for the specified type. /// /// The type to convert. /// /// true if the is an instance of /// with a resolved generic; otherwise, false. /// public override bool CanConvert(Type typeToConvert) => typeToConvert.IsGenericType && typeToConvert.GetGenericTypeDefinition() == typeof(CloudEventsEnvelopeForWriting<>); /// /// Creates a converter for the specified type. /// /// An instance of with a resolved generic. /// The options to use for the converter. /// The created JSON converter. [UnconditionalSuppressMessage( "AOT", "IL3050:RequiresDynamicCode", Justification = "Reflection is possible in Native AOT scenarios. Resoled CloudEventsEnvelopeForWriting types must simply be registered with the JsonSerializerContext." )] public override JsonConverter CreateConverter(Type typeToConvert, JsonSerializerOptions options) { var valueType = typeToConvert.GetGenericArguments()[0]; var converterType = typeof(CloudEventsEnvelopeForWritingJsonConverter<>).MakeGenericType(valueType); return (JsonConverter) Activator.CreateInstance(converterType)!; } } CloudEventsMetadataObjectJsonConverter.cs000066400000000000000000000020151516707642500375170ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Writing/Jsonusing System; using System.Text.Json; using System.Text.Json.Serialization; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization.Writing; namespace Light.PortableResults.CloudEvents.Writing.Json; /// /// JSON converter for writing payloads in CloudEvents. /// public sealed class CloudEventsMetadataObjectJsonConverter : JsonConverter { /// public override MetadataObject Read(ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options) { throw new NotSupportedException( $"{nameof(CloudEventsMetadataObjectJsonConverter)} supports serialization only. Use a deserialization converter for reading." ); } /// public override void Write(Utf8JsonWriter writer, MetadataObject value, JsonSerializerOptions options) => writer.WriteMetadataObject(value, requiredAnnotation: MetadataValueAnnotation.SerializeInCloudEventsData); } JsonCloudEventsExtensions.cs000066400000000000000000000164571516707642500351360ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Writing/Jsonusing System; using System.Globalization; using System.Text.Json; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization.Writing; namespace Light.PortableResults.CloudEvents.Writing.Json; /// /// Provides methods to serialize CloudEvents as JSON. /// public static class JsonCloudEventsExtensions { /// /// Serializes the contents of a into the provided /// using the supplied serializer options. /// /// The writer that receives the CloudEvents JSON. /// The envelope whose metadata and error details will be emitted. /// The serializer options used for writing complex values. /// Thrown when is null. public static void WriteCloudEvents( this Utf8JsonWriter writer, CloudEventsEnvelopeForWriting envelope, JsonSerializerOptions serializerOptions ) { if (writer is null) { throw new ArgumentNullException(nameof(writer)); } var shouldWriteMetadataToCloudEventsDataSectionWhenResultIsValid = envelope.CheckIfMetadataShouldBeWrittenForValidResult(); var shouldWriteData = !envelope.Data.IsValid || shouldWriteMetadataToCloudEventsDataSectionWhenResultIsValid; WriteEnvelopeStart( writer, envelope.Type, envelope.Source, envelope.Id, envelope.Subject, envelope.Time, envelope.DataSchema, envelope.ExtensionAttributes, includeData: shouldWriteData, envelope.Data.IsValid ); if (shouldWriteData) { writer.WritePropertyName("data"); if (envelope.Data.IsValid) { writer.WriteStartObject(); writer.WriteMetadataPropertyAndValue( envelope.Data.Metadata!.Value, MetadataValueAnnotation.SerializeInCloudEventsData ); writer.WriteEndObject(); } else { WriteFailurePayload( writer, envelope.Data.Errors, envelope.Data.Metadata, serializerOptions ); } } writer.WriteEndObject(); } /// /// Serializes a typed to JSON, including the /// result value and optional metadata when configured. /// /// The type of the value contained in the envelope. /// The writer that receives the CloudEvents JSON. /// The envelope containing the typed payload and metadata. /// The serializer options used when writing the payload. /// Thrown when is null. public static void WriteCloudEvents( this Utf8JsonWriter writer, CloudEventsEnvelopeForWriting envelope, JsonSerializerOptions serializerOptions ) { if (writer is null) { throw new ArgumentNullException(nameof(writer)); } WriteEnvelopeStart( writer, envelope.Type, envelope.Source, envelope.Id, envelope.Subject, envelope.Time, envelope.DataSchema, envelope.ExtensionAttributes, includeData: true, envelope.Data.IsValid ); writer.WritePropertyName("data"); if (envelope.Data.IsValid) { writer.WriteStartObject(); writer.WritePropertyName("value"); writer.WriteGenericValue(envelope.Data.Value, serializerOptions); if (envelope.CheckIfMetadataShouldBeWrittenForValidResult, Result>()) { writer.WriteMetadataPropertyAndValue( envelope.Data.Metadata!.Value, MetadataValueAnnotation.SerializeInCloudEventsData ); } writer.WriteEndObject(); } else { WriteFailurePayload(writer, envelope.Data.Errors, envelope.Data.Metadata, serializerOptions); } writer.WriteEndObject(); } private static void WriteEnvelopeStart( Utf8JsonWriter writer, string type, string source, string id, string? subject, DateTimeOffset? time, string? dataSchema, MetadataObject? extensionAttributes, bool includeData, bool isSuccess ) { writer.WriteStartObject(); writer.WriteString("specversion", CloudEventsConstants.SpecVersion); writer.WriteString("type", type); writer.WriteString("source", source); if (!string.IsNullOrWhiteSpace(subject)) { writer.WriteString("subject", subject); } if (!string.IsNullOrWhiteSpace(dataSchema)) { writer.WriteString("dataschema", dataSchema); } writer.WriteString("id", id); if (time.HasValue) { writer.WriteString("time", time.Value.ToString("O", CultureInfo.InvariantCulture)); } writer.WriteString(CloudEventsConstants.PortableResultsOutcomeAttributeName, isSuccess ? "success" : "failure"); if (includeData) { writer.WriteString("datacontenttype", CloudEventsConstants.JsonContentType); } WriteExtensionAttributes(writer, extensionAttributes); } private static void WriteFailurePayload( Utf8JsonWriter writer, Errors errors, MetadataObject? metadata, JsonSerializerOptions serializerOptions ) { writer.WriteStartObject(); writer.WriteRichErrors(errors, isValidationResponse: false, serializerOptions); if (metadata is not null && metadata.Value.HasAnyValuesWithAnnotation(MetadataValueAnnotation.SerializeInCloudEventsData)) { writer.WriteMetadataPropertyAndValue(metadata.Value, MetadataValueAnnotation.SerializeInCloudEventsData); } writer.WriteEndObject(); } private static void WriteExtensionAttributes(Utf8JsonWriter writer, MetadataObject? convertedAttributes) { if (convertedAttributes is null) { return; } foreach (var keyValuePair in convertedAttributes.Value) { if (CloudEventsConstants.StandardAttributeNames.Contains(keyValuePair.Key) || CloudEventsConstants.ForbiddenConvertedAttributeNames.Contains(keyValuePair.Key)) { continue; } writer.WritePropertyName(keyValuePair.Key); writer.WriteMetadataValue( keyValuePair.Value, MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ); } } } Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Writing/Module.cs000066400000000000000000000122011516707642500303430ustar00rootroot00000000000000using System; using System.Collections.Frozen; using System.Collections.Generic; using System.Text.Json; using Light.PortableResults.CloudEvents.Writing.Json; using Microsoft.Extensions.DependencyInjection; using Microsoft.Extensions.DependencyInjection.Extensions; using Microsoft.Extensions.Options; namespace Light.PortableResults.CloudEvents.Writing; /// /// Provides methods to register services required for CloudEvents writing. /// public static class Module { /// /// Gets the default serializer options used by Light.PortableResults CloudEvents writing. /// public static JsonSerializerOptions DefaultSerializerOptions { get; } = CreateDefaultSerializerOptions(); /// /// Registers in the service container. /// /// The service collection. /// The service collection for chaining. public static IServiceCollection AddPortableResultsCloudEventsWriteOptions(this IServiceCollection services) { services.AddOptions(); services.AddSingleton(sp => sp.GetRequiredService>().Value); return services; } /// /// Registers the CloudEvents attribute conversion service and converter registry. /// /// The service collection. /// Optional metadata key comparer. /// The service collection for chaining. /// /// Thrown when multiple converters register the same metadata key. /// public static IServiceCollection AddPortableResultsCloudEventsAttributeConversionService( this IServiceCollection services, IEqualityComparer? metadataKeyComparer = null ) { services.TryAddSingleton>( sp => { var converters = sp.GetServices(); var dictionary = new Dictionary(metadataKeyComparer); foreach (var converter in converters) { foreach (var supportedKey in converter.SupportedMetadataKeys) { try { dictionary.Add(supportedKey, converter); } catch (ArgumentException argumentException) { var existingConverter = dictionary[supportedKey]; throw new InvalidOperationException( $"Cannot add '{converter}' to frozen dictionary because key '{supportedKey}' is already registered by '{existingConverter}'", argumentException ); } } } return metadataKeyComparer is null ? dictionary.ToFrozenDictionary() : dictionary.ToFrozenDictionary(metadataKeyComparer); } ); services.AddSingleton( sp => { var converters = sp.GetRequiredService>(); return new DefaultCloudEventsAttributeConversionService(converters); } ); return services; } /// /// Registers all CloudEvents write JSON converters on the specified . /// /// The serializer options to configure. /// Thrown when is . public static void AddDefaultPortableResultsCloudEventsWriteJsonConverters( this JsonSerializerOptions serializerOptions ) { if (serializerOptions is null) { throw new ArgumentNullException(nameof(serializerOptions)); } serializerOptions.Converters.Add(new CloudEventsMetadataObjectJsonConverter()); serializerOptions.Converters.Add(new CloudEventsEnvelopeForWritingJsonConverter()); serializerOptions.Converters.Add(new CloudEventsEnvelopeForWritingJsonConverterFactory()); } /// /// Creates a default instance for CloudEvents writing. /// /// A new default serializer options instance. public static JsonSerializerOptions CreateDefaultSerializerOptions() { var serializerOptions = new JsonSerializerOptions(JsonSerializerDefaults.Web); serializerOptions.AddDefaultPortableResultsCloudEventsWriteJsonConverters(); return serializerOptions; } } PortableResultsCloudEventsWriteOptions.cs000066400000000000000000000057571516707642500367560ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Writingusing System; using System.Buffers; using System.Text.Json; using Light.PortableResults.Buffers; using Light.PortableResults.SharedJsonSerialization; namespace Light.PortableResults.CloudEvents.Writing; /// /// Configures how Light.PortableResults values are serialized to CloudEvents JSON envelopes. /// public sealed record PortableResultsCloudEventsWriteOptions { /// /// Gets the default options instance for CloudEvents serialization. /// public static PortableResultsCloudEventsWriteOptions Default { get; } = new (); /// /// Gets or sets the default source URI-reference used when no source is provided per call. /// public string? Source { get; set; } /// /// Gets or sets when result metadata should be serialized in CloudEvents data payloads. /// public MetadataSerializationMode MetadataSerializationMode { get; set; } = MetadataSerializationMode.Always; /// /// Gets or sets serializer options used for result value serialization. /// public JsonSerializerOptions SerializerOptions { get; set; } = Module.DefaultSerializerOptions; /// /// Gets or sets the conversion service used to map metadata entries to CloudEvents attributes. /// public ICloudEventsAttributeConversionService ConversionService { get; set; } = DefaultCloudEventsAttributeConversionService.Instance; /// /// Gets or sets the CloudEvents type for successful results. Used by STJ converters. /// public string? SuccessType { get; set; } /// /// Gets or sets the CloudEvents type for failed results. Used by STJ converters. /// public string? FailureType { get; set; } /// /// Gets or sets the CloudEvents subject. Used by STJ converters. /// public string? Subject { get; set; } /// /// Gets or sets the CloudEvents data schema URI. Used by STJ converters. /// public string? DataSchema { get; set; } /// /// Gets or sets the CloudEvents time. When null, UTC now is used. Used by STJ converters. /// public DateTimeOffset? Time { get; set; } /// /// Gets or sets a factory function to generate unique CloudEvents IDs. /// Defaults to generating a new UUIDv7 string. /// public Func? IdResolver { get; set; } /// /// Gets or sets the array pool used for writing CloudEvents. /// public ArrayPool ArrayPool { get; set; } = ArrayPool.Shared; /// /// Gets or sets the initial array capacity used for writing CloudEvents. The default is 2048 bytes, /// see . /// public int PooledArrayInitialCapacity { get; set; } = RentedArrayBufferWriter.DefaultInitialCapacity; } ResolvedCloudEventsWriteOptions.cs000066400000000000000000000007171516707642500353760ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/CloudEvents/Writingusing Light.PortableResults.SharedJsonSerialization; namespace Light.PortableResults.CloudEvents.Writing; /// /// Represents resolved CloudEvents write settings that are frozen for a single serialization operation. /// /// The mode that determines how metadata is serialized. public readonly record struct ResolvedCloudEventsWriteOptions(MetadataSerializationMode MetadataSerializationMode); Light.PortableResults-0.2.0/src/Light.PortableResults/Error.cs000066400000000000000000000137771516707642500243540ustar00rootroot00000000000000using System; using System.Text.Json.Serialization; using Light.PortableResults.Metadata; namespace Light.PortableResults; /// /// Represents an error with a message, optional code, target, metadata, source, correlation ID, and category. /// public readonly struct Error : IEquatable { /// /// Gets or initializes the message of the error. This value is required to be set. /// /// Thrown when is null. /// Thrown when is empty or contains only white space. public required string Message { get; init { if (value is null) { throw new ArgumentNullException(nameof(Message)); } if (string.IsNullOrWhiteSpace(value)) { throw new ArgumentException( $"{nameof(Message)} cannot be empty or contain only white space", nameof(Message) ); } field = value; } } /// /// /// Gets or initializes the error code. /// /// /// PLEASE NOTE: although this value is optional by design, it is highly recommended that you /// assign all different error types a dedicated error code so that clients can easily point to it. /// /// public string? Code { get; init; } /// /// Gets or initializes the target of the error. This value is optional. It usually refers to a key in a JSON object /// uses as a Data Transfer Object (DTO) or the name of an HTTP header which is erroneous. Use it to identify an /// optional subelement that is the cause of the error. /// public string? Target { get; init; } /// /// /// Gets or initializes the category of the error. The default category is . /// /// /// PLEASE NOTE: we highly encourage you to set a category for each error. This allows for proper mapping to /// a serialized format. /// /// public ErrorCategory Category { get; init; } /// /// Gets or initializes the metadata of the error. This value is optional. /// public MetadataObject? Metadata { get; init; } /// /// /// Gets or initializes the exception that caused this error. This value is optional. /// /// /// Exceptions are never serialized by Light.PortableResults and will not cross process boundaries. /// /// [JsonIgnore] public Exception? Exception { get; init; } /// /// Gets the value indicating whether this instance is the default instance. This /// usually happens when the 'default' keyword is used: Error error = default;. /// // ReSharper disable once ConditionIsAlwaysTrueOrFalseAccordingToNullableAPIContract public bool IsDefaultInstance => Message is null; /// /// Checks if this instance is equal to another instance by comparing all properties, including /// . /// /// The instance to compare to. /// true if this instance is equal to ; otherwise, false. public bool Equals(Error other) => Equals(other, compareMetadata: true); /// /// Checks if this instance is equal to another instance by comparing all properties. You can decide /// whether to compare the property. /// /// The instance to compare to. /// The value indicating whether to compare the property. /// true if this instance is equal to ; otherwise, false. // ReSharper disable once MemberCanBePrivate.Global public bool Equals(Error other, bool compareMetadata) { return Message.Equals(other.Message, StringComparison.Ordinal) && string.Equals(Code, other.Code, StringComparison.Ordinal) && string.Equals(Target, other.Target, StringComparison.Ordinal) && Category == other.Category && ReferenceEquals(Exception, other.Exception) && (!compareMetadata || Metadata == other.Metadata); } /// /// Check if this instance is equal to another instance by comparing all properties, including /// . /// /// The other object to compare to. /// true if this instance is equal to ; otherwise, false. public override bool Equals(object? obj) => obj is Error error && Equals(error); /// /// Gets the hash code of this instance. /// /// The hash code of this instance. public override int GetHashCode() => GetHashCode(includeMetadata: true); /// /// Gets the hash code of this instance. /// /// /// The value indicating whether to include the property in the hash code. /// /// The hash code of this instance. // ReSharper disable once MemberCanBePrivate.Global -- public API public int GetHashCode(bool includeMetadata) { var hashCode = new HashCode(); hashCode.Add(Message); hashCode.Add(Code); hashCode.Add(Target); hashCode.Add(Category); hashCode.Add(Exception); if (includeMetadata) { hashCode.Add(Metadata); } return hashCode.ToHashCode(); } } Light.PortableResults-0.2.0/src/Light.PortableResults/ErrorCategory.cs000066400000000000000000000231301516707642500260320ustar00rootroot00000000000000namespace Light.PortableResults; /// /// Categorizes errors for routing, logging, and HTTP/gRPC status mapping. /// public enum ErrorCategory { /// /// Default category when no specific category applies. /// Unclassified = 0, /// /// Input validation failures (HTTP 400, gRPC InvalidArgument). Indicates that the request could not be understood /// by the server. Equivalent to BadRequest in HTTP. /// /// https://tools.ietf.org/html/rfc9110#section-15.5.1 Validation = 400, /// /// Authentication required or failed (HTTP 401, gRPC Unauthenticated). /// /// https://tools.ietf.org/html/rfc9110#section-15.5.2 Unauthorized = 401, /// /// Payment required (HTTP 402, gRPC Unauthenticated). Is reserved for future use in HTTP, but actually indicates /// that the request requires payment or additional account funds before being processed. /// /// https://tools.ietf.org/html/rfc9110#section-15.5.3 PaymentRequired = 402, /// /// Authenticated but not permitted (HTTP 403, gRPC PermissionDenied). /// /// https://tools.ietf.org/html/rfc9110#section-15.5.4 Forbidden = 403, /// /// Requested resource not found (HTTP 404, gRPC NotFound). Indicates that the requested resource does not exist /// on the server. /// /// https://tools.ietf.org/html/rfc9110#section-15.5.5 NotFound = 404, /// /// Method not allowed (HTTP 405, gRPC Unauthenticated). Indicates that the request method (POST or GET) is not /// allowed on the requested resource. /// /// https://tools.ietf.org/html/rfc9110#section-15.5.6 MethodNotAllowed = 405, /// /// Not acceptable (HTTP 406, gRPC Unauthenticated). Indicates that the client has indicated with Accept headers /// that it will not accept any of the available representations of the resource. /// /// https://tools.ietf.org/html/rfc9110#section-15.5.7 NotAcceptable = 406, /// /// Request timeout - client took too long to send request (HTTP 408, gRPC DeadlineExceeded). /// /// https://tools.ietf.org/html/rfc9110#section-15.5.9 Timeout = 408, /// /// Resource state conflict (HTTP 409, gRPC Aborted/AlreadyExists). Indicates that the request could not be carried /// out because of a conflict on the server, usually a concurrent change to the same resource. /// /// https://tools.ietf.org/html/rfc9110#section-15.5.10 Conflict = 409, /// /// The requested resource is no longer available (HTTP 410). Indicates that the requested resource is no longer /// available. /// /// https://tools.ietf.org/html/rfc9110#section-15.5.11 Gone = 410, /// /// Length required (HTTP 411, gRPC Unauthenticated). Indicates that the required Content-length header is missing. /// /// https://tools.ietf.org/html/rfc9110#section-15.5.12 LengthRequired = 411, /// /// The requested resource is not in a state that was described by a client precondition (HTTP 412). /// Indicates that a condition set for this request failed, and the request cannot be carried out. /// Conditions are set with conditional request headers like If-Match, If-None-Match, or If-Unmodified-Since in /// HTTP. /// /// https://tools.ietf.org/html/rfc9110#section-15.5.13 PreconditionFailed = 412, /// /// The content is too large (HTTP 413). Indicates that the request is too large for the server to process. /// /// https://tools.ietf.org/html/rfc9110#section-15.5.14 ContentTooLarge = 413, /// /// The URI is longer than the server is willing to interpret (HTTP 414). /// /// https://tools.ietf.org/html/rfc9110#section-15.5.15 UriTooLong = 414, /// /// The content is in a format not supported by this method on the target resource (HTTP 415). Indicates that the /// request is an unsupported type. /// /// https://tools.ietf.org/html/rfc9110#section-15.5.16 UnsupportedMediaType = 415, /// /// The range specified for the request is not valid (HTTP 416). Indicates that the range of data requested /// from the resource cannot be returned. Either because the beginning of the range is before the beginning /// of the resource, or the end of the range is after the end of the resource. /// /// https://tools.ietf.org/html/rfc9110#section-15.5.17 RequestedRangeNotSatisfiable = 416, /// /// Expectation failed (HTTP 417). Indicates that an expectation given in an Expect header could not be met /// by the server. /// /// https://tools.ietf.org/html/rfc9110#section-15.5.18 ExpectationFailed = 417, /// /// Misdirected request (HTTP 421). Indicates that the request was directed at a server that is not able to produce /// a response (for example, because a target device is offline). /// /// https://tools.ietf.org/html/rfc9110#section-15.5.20 MisdirectedRequest = 421, /// /// The request is semantically invalid (HTTP 422). Indicates that the request was well-formed but was unable to be /// followed due to semantic errors. UnprocessableEntity is a synonym for UnprocessableContent. /// /// https://tools.ietf.org/html/rfc9110#section-15.5.21 UnprocessableContent = 422, /// /// Locked (HTTP 423). Indicates that the resource is locked and cannot be modified until the lock is released. /// /// https://tools.ietf.org/html/rfc4918#section-11.3 Locked = 423, /// /// Failed dependency (HTTP 424). Indicates that the method could not be completed due to a failure of a previous /// request (e.g., a precondition check failed). /// /// https://tools.ietf.org/html/rfc4918#section-11.4 FailedDependency = 424, /// /// Upgrade required (HTTP 426). Indicates that the server requires that the client upgrade to a different protocol /// (e.g., from HTTP/1.1 to HTTP/2). /// /// https://tools.ietf.org/html/rfc9110#section-15.5.22 UpgradeRequired = 426, /// /// Precondition required (HTTP 428). Indicates that the server requires that the client include a precondition /// (e.g., an If-Match or If-None-Match header) in the request. /// /// https://tools.ietf.org/html/rfc9110#section-15.5.23 PreconditionRequired = 428, /// /// Client has exceeded allowed request rate (HTTP 429, gRPC ResourceExhausted). Indicates that the user has sent /// too many requests in a given amount of time. /// /// https://tools.ietf.org/html/rfc6585#section-4 TooManyRequests = 429, /// /// Request header fields too large (HTTP 431). Indicates that the request header fields are too large, either one /// individual field or the total size of all fields. /// /// https://tools.ietf.org/html/rfc6585#section-5 RequestHeaderFieldsTooLarge = 431, /// /// The server is denying access to the resource as a consequence of a legal demand (HTTP 451). /// /// https://datatracker.ietf.org/doc/html/rfc7725#section-3 UnavailableForLegalReasons = 451, /// /// Unexpected internal error (HTTP 500, gRPC Internal). /// /// https://tools.ietf.org/html/rfc9110#section-15.6.1 InternalError = 500, /// /// Functionality not implemented (HTTP 501, gRPC Unimplemented). Can be used with canary releases where some /// clients are not allowed to access new features. /// /// https://tools.ietf.org/html/rfc9110#section-15.6.2 NotImplemented = 501, /// /// The server, while acting as a gateway or proxy, received an invalid response from an inbound server it accessed /// (HTTP 502). /// /// https://tools.ietf.org/html/rfc9110#section-15.6.3 BadGateway = 502, /// /// The server is currently unable to handle the request (HTTP 503). /// /// https://tools.ietf.org/html/rfc9110#section-15.6.4 ServiceUnavailable = 503, /// /// The server, while acting as a gateway or proxy, did not receive a timely response from an upstream server /// (HTTP 504). /// /// https://tools.ietf.org/html/rfc9110#section-15.6.5 GatewayTimeout = 504, /// /// Insufficient storage (HTTP 507). Indicates that the server is unable to store the representation needed to /// complete the request. /// /// https://tools.ietf.org/html/rfc9110#section-15.6.6 InsufficientStorage = 507 } Light.PortableResults-0.2.0/src/Light.PortableResults/Errors.cs000066400000000000000000000367201516707642500245300ustar00rootroot00000000000000using System; using System.Collections; using System.Collections.Generic; using System.Runtime.CompilerServices; using System.Runtime.InteropServices; namespace Light.PortableResults; /// /// Stores one or more errors with small-buffer optimization. /// A single error is stored inline; multiple errors use a instance. /// Implements with a zero-allocation value-type enumerator. /// public readonly struct Errors : IReadOnlyList, IEquatable { private readonly Error _singleError; private readonly ReadOnlyMemory _manyErrors; /// /// Initializes a new instance of , containing a single error instance. /// /// The error that is stored inline. /// Thrown when is the default instance. public Errors(Error singleError) { if (singleError.IsDefaultInstance) { throw new ArgumentException($"'{nameof(singleError)}' must not be default instance", nameof(singleError)); } _singleError = singleError; _manyErrors = ReadOnlyMemory.Empty; Count = 1; } /// /// Initializes a new instance of , containing one or more errors. /// If only one error is contained in the parameter, it is stored inline. /// /// The collection containing many errors. /// /// Thrown when is empty or contains at least one error instance which is the default instance. /// public Errors(ReadOnlyMemory manyErrors) { switch (manyErrors.Length) { case 0: throw new ArgumentException( $"'{nameof(manyErrors)}' must contain one or more errors", nameof(manyErrors) ); case 1: { var singleError = manyErrors.Span[0]; if (singleError.IsDefaultInstance) { throw new ArgumentException( $"The single error in '{nameof(manyErrors)}' must not be the default instance", nameof(manyErrors) ); } _singleError = singleError; _manyErrors = ReadOnlyMemory.Empty; Count = 1; return; } default: var span = manyErrors.Span; for (var i = 0; i < span.Length; i++) { if (span[i].IsDefaultInstance) { throw new ArgumentException( $"The error at index {i} in '{nameof(manyErrors)}' must not be the default instance", nameof(manyErrors) ); } } _singleError = default; _manyErrors = manyErrors; Count = manyErrors.Length; return; } } /// /// Gets the count of the errors. /// public int Count { get; } /// /// Gets the error at the specified index. /// /// The index of the error to get. /// The error at the specified index. /// Thrown when is out of range. public Error this[int index] => Count != 1 ? _manyErrors.Span[index] : index == 0 ? _singleError : throw new IndexOutOfRangeException(); /// /// Gets the first error. /// /// Thrown when the collection is empty. public Error First => Count switch { 0 => throw new InvalidOperationException("No errors present"), 1 => _singleError, _ => _manyErrors.Span[0] }; /// /// Gets the value indicating whether this instance contains errors. This is also the indicator for the default /// instance of this struct. /// public bool IsEmpty => Count == 0; /// /// Gets an enumerator that iterates through the errors. /// This method is optimized, prefer calling it over /// or . /// /// The enumerator. public Enumerator GetEnumerator() => new (this); /// /// Gets an enumerator that iterates through the errors. This method is not optimized, prefer to call the overload /// that returns a struct. /// /// The enumerator. IEnumerator IEnumerable.GetEnumerator() => GetEnumerator(); /// /// Gets an enumerator that iterates through the errors. This method is not optimized, prefer to call the overload /// that returns a struct. /// /// The enumerator. IEnumerator IEnumerable.GetEnumerator() => GetEnumerator(); /// /// Determines the leading error category from this instance. /// /// /// If true, returns the category of the first error. /// If false, returns the common category if all errors share it, otherwise Unclassified. /// /// The leading error category. /// Thrown when errors is empty. public ErrorCategory GetLeadingCategory(bool firstCategoryIsLeadingCategory = false) { if (IsEmpty) { throw new InvalidOperationException("Errors collection must contain at least one error."); } if (firstCategoryIsLeadingCategory) { return First.Category; } var firstCategory = First.Category; foreach (var error in this) { if (error.Category != firstCategory) { return ErrorCategory.Unclassified; } } return firstCategory; } /// /// Gets the value indicating whether this instance is equal to the specified instance. /// This equality check is based on the count and the content of the errors. Two instances /// are considered equal when they contain the same errors in exact the same order. /// /// The instance to compare to. /// The value indicating whether this instance is equal to the specified instance. public bool Equals(Errors other) { if (Count != other.Count) { return false; } return Count switch { 0 => true, 1 => _singleError.Equals(other._singleError), _ => _manyErrors.Span.SequenceEqual(other._manyErrors.Span) }; } /// /// Gets the value indicating whether this instance is equal to the specified instance. /// When is false, metadata content is ignored. /// /// The instance to compare to. /// Whether to include metadata in the comparison. /// The value indicating whether this instance is equal to the specified instance. public bool Equals(Errors other, bool compareMetadata) { if (compareMetadata) { return Equals(other); } if (Count != other.Count) { return false; } return Count switch { 0 => true, 1 => _singleError.Equals(other._singleError, compareMetadata: false), _ => SequenceEqualWithoutMetadata( ref MemoryMarshal.GetReference(_manyErrors.Span), ref MemoryMarshal.GetReference(other._manyErrors.Span), Count ) }; } // ReSharper disable once CognitiveComplexity -- optimized code derived from .NET internal SpanHelpers class private static bool SequenceEqualWithoutMetadata(ref Error first, ref Error second, int length) { if (Unsafe.AreSame(ref first, ref second)) { goto Equal; } var index = (IntPtr) 0; // Use IntPtr for arithmetic to avoid unnecessary 64->32->64 truncations while (length >= 8) { length -= 8; if (!Unsafe.Add(ref first, index).Equals(Unsafe.Add(ref second, index), compareMetadata: false)) { goto NotEqual; } if (!Unsafe.Add(ref first, index + 1).Equals(Unsafe.Add(ref second, index + 1), compareMetadata: false)) { goto NotEqual; } if (!Unsafe.Add(ref first, index + 2).Equals(Unsafe.Add(ref second, index + 2), compareMetadata: false)) { goto NotEqual; } if (!Unsafe.Add(ref first, index + 3).Equals(Unsafe.Add(ref second, index + 3), compareMetadata: false)) { goto NotEqual; } if (!Unsafe.Add(ref first, index + 4).Equals(Unsafe.Add(ref second, index + 4), compareMetadata: false)) { goto NotEqual; } if (!Unsafe.Add(ref first, index + 5).Equals(Unsafe.Add(ref second, index + 5), compareMetadata: false)) { goto NotEqual; } if (!Unsafe.Add(ref first, index + 6).Equals(Unsafe.Add(ref second, index + 6), compareMetadata: false)) { goto NotEqual; } if (!Unsafe.Add(ref first, index + 7).Equals(Unsafe.Add(ref second, index + 7), compareMetadata: false)) { goto NotEqual; } index += 8; } if (length >= 4) { length -= 4; if (!Unsafe.Add(ref first, index).Equals(Unsafe.Add(ref second, index), compareMetadata: false)) { goto NotEqual; } if (!Unsafe.Add(ref first, index + 1).Equals(Unsafe.Add(ref second, index + 1), compareMetadata: false)) { goto NotEqual; } if (!Unsafe.Add(ref first, index + 2).Equals(Unsafe.Add(ref second, index + 2), compareMetadata: false)) { goto NotEqual; } if (!Unsafe.Add(ref first, index + 3).Equals(Unsafe.Add(ref second, index + 3), compareMetadata: false)) { goto NotEqual; } index += 4; } while (length > 0) { if (!Unsafe.Add(ref first, index).Equals(Unsafe.Add(ref second, index), compareMetadata: false)) { goto NotEqual; } index += 1; length--; } Equal: return true; NotEqual: // Workaround for https://github.com/dotnet/coreclr/issues/13549 return false; } /// /// Gets the value indicating whether this instance is equal to the specified instance. /// Calls into when possible. /// /// The instance to compare to. /// The value indicating whether this instance is equal to the specified instance. public override bool Equals(object? obj) => obj is Errors other && Equals(other); /// /// Gets the hash code of this instance. /// /// The hash code of this instance. public override int GetHashCode() { switch (Count) { case 0: return 0; case 1: return _singleError.GetHashCode(); default: var hash = new HashCode(); var span = _manyErrors.Span; for (var i = 0; i < span.Length; i++) { hash.Add(span[i]); } return hash.ToHashCode(); } } /// /// Determines whether two instances are equal. /// /// The left instance. /// The right instance. /// when the instances are equal; otherwise, . public static bool operator ==(Errors left, Errors right) => left.Equals(right); /// /// Determines whether two instances are not equal. /// /// The left instance. /// The right instance. /// when the instances are not equal; otherwise, . public static bool operator !=(Errors left, Errors right) => !left.Equals(right); /// /// Value-type enumerator that avoids compiler-generated state machine allocations. /// public struct Enumerator : IEnumerator { private readonly Error _one; private readonly ReadOnlyMemory _many; private readonly int _count; private int _index; /// /// Initializes a new instance of . /// /// The errors to enumerate. public Enumerator(Errors errors) { _one = errors._singleError; _many = errors._manyErrors; _count = errors.Count; _index = -1; } /// /// Gets the current element in the collection. /// /// /// Thrown when the enumerator is positioned before the first element or after the last element. /// public Error Current => _count == 1 ? _index == 0 ? _one : throw new InvalidOperationException( "Enumerator is positioned before the first element or after the last element." ) : _many.Span[_index]; /// /// Gets the current element in the collection. /// object IEnumerator.Current => Current; /// /// Advances the enumerator to the next element of the collection. /// /// /// if the enumerator was successfully advanced to the next element; /// if the enumerator has passed the end of the collection. /// public bool MoveNext() { _index++; return _index < _count; } /// /// Sets the enumerator to its initial position, which is before the first element in the collection. /// public void Reset() => _index = -1; /// /// Does nothing, this enumerator has no underlying resources. /// public void Dispose() { } } } Light.PortableResults-0.2.0/src/Light.PortableResults/FunctionalExtensions/000077500000000000000000000000001516707642500270775ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/FunctionalExtensions/Bind.cs000066400000000000000000000057201516707642500303060ustar00rootroot00000000000000using System; using System.Threading.Tasks; using Light.PortableResults.Metadata; // ReSharper disable ConvertToExtensionBlock namespace Light.PortableResults.FunctionalExtensions; /// /// Provides Bind extension methods for result types. /// public static class BindExtensions { /// /// Binds the value of this result to a new result using the specified function. /// The metadata from the new result and this instance will be merged. /// /// The input value type. /// The output value type. /// The result to bind. /// The function to bind the value to a new result. /// The strategy to use when merging metadata. /// The result returned by the bind function if valid; otherwise, a failed result with the same errors. public static Result Bind( this Result result, Func> bind, MetadataMergeStrategy metadataMergeStrategy = MetadataMergeStrategy.AddOrReplace ) { if (!result.IsValid) { return Result.Fail(result.Errors, result.Metadata); } var newResult = bind(result.Value); var mergedMetadata = MetadataObjectExtensions.MergeIfNeeded(result.Metadata, newResult.Metadata, metadataMergeStrategy); return mergedMetadata is null ? newResult : newResult.ReplaceMetadata(mergedMetadata.Value); } /// /// Binds the value of this result to a new result using the specified async function. /// The metadata from the new result and this instance will be merged. /// /// The input value type. /// The output value type. /// The result to bind. /// The async function to bind the value to a new result. /// The strategy to use when merging metadata. /// A task containing the result returned by the bind function if valid; otherwise, a failed result with the same errors. public static async ValueTask> BindAsync( this Result result, Func>> bind, MetadataMergeStrategy metadataMergeStrategy = MetadataMergeStrategy.AddOrReplace ) { if (!result.IsValid) { return Result.Fail(result.Errors, result.Metadata); } var newResult = await bind(result.Value).ConfigureAwait(false); var mergedMetadata = MetadataObjectExtensions.MergeIfNeeded(result.Metadata, newResult.Metadata, metadataMergeStrategy); return mergedMetadata is null ? newResult : newResult.ReplaceMetadata(mergedMetadata.Value); } } Light.PortableResults-0.2.0/src/Light.PortableResults/FunctionalExtensions/Else.cs000066400000000000000000000040751516707642500303240ustar00rootroot00000000000000using System; using System.Threading.Tasks; // ReSharper disable ConvertToExtensionBlock namespace Light.PortableResults.FunctionalExtensions; /// /// Provides Else extension methods for result types. /// public static class ElseExtensions { /// /// Provides a fallback value if this result is invalid. /// /// The value type. /// The result to provide a fallback for. /// The fallback value to use on failure. /// The original value if valid; otherwise, the fallback value. public static T Else(this Result result, T fallback) => result.IsValid ? result.Value : fallback; /// /// Provides a fallback value using a factory function if this result is invalid. /// /// The value type. /// The result to provide a fallback for. /// The function to create the fallback value on failure. /// The original value if valid; otherwise, the result of the fallback factory. public static T Else(this Result result, Func fallbackFactory) => result.IsValid ? result.Value : fallbackFactory(result.Errors); /// /// Provides a fallback value using an async factory function if this result is invalid. /// /// The value type. /// The result to provide a fallback for. /// The async function to create the fallback value on failure. /// A task containing the original value if valid; otherwise, the result of the fallback factory. public static ValueTask ElseAsync( this Result result, Func> fallbackFactory ) => result.IsValid ? new ValueTask(result.Value) : fallbackFactory(result.Errors); } Light.PortableResults-0.2.0/src/Light.PortableResults/FunctionalExtensions/Ensure.cs000066400000000000000000000124141516707642500306710ustar00rootroot00000000000000using System; using System.Threading.Tasks; // ReSharper disable ConvertToExtensionBlock namespace Light.PortableResults.FunctionalExtensions; /// /// Provides Ensure extension methods for result types. /// public static class EnsureExtensions { /// /// Converts this result to a failure if the predicate returns false for the value. /// /// The value type. /// The result to check. /// The predicate to evaluate on the value. /// The error to use if the predicate returns false. /// A failed result if the predicate returns false; otherwise, the original result. public static Result Ensure( this Result result, Func predicate, Error error ) { if (!result.IsValid) { return result; } return predicate(result.Value) ? result : Result.Fail(error, result.Metadata); } /// /// Converts this result to a failure if the predicate returns false for the value. /// /// The value type. /// The result to check. /// The predicate to evaluate on the value. /// The function to create the error if the predicate returns false. /// A failed result if the predicate returns false; otherwise, the original result. public static Result Ensure( this Result result, Func predicate, Func errorFactory ) { if (!result.IsValid) { return result; } return predicate(result.Value) ? result : Result.Fail(errorFactory(result.Value), result.Metadata); } /// /// Converts this result to a failure if the predicate returns false. /// /// The result to check. /// The predicate to evaluate. /// The error to use if the predicate returns false. /// A failed result if the predicate returns false; otherwise, the original result. public static Result Ensure( this Result result, Func predicate, Error error ) { if (!result.IsValid) { return result; } return predicate() ? result : Result.Fail(error, result.Metadata); } /// /// Converts this result to a failure if the async predicate returns false for the value. /// /// The value type. /// The result to check. /// The async predicate to evaluate on the value. /// The error to use if the predicate returns false. /// A task containing a failed result if the predicate returns false; otherwise, the original result. public static async ValueTask> EnsureAsync( this Result result, Func> predicate, Error error ) { if (!result.IsValid) { return result; } return await predicate(result.Value).ConfigureAwait(false) ? result : Result.Fail(error, result.Metadata); } /// /// Converts this result to a failure if the async predicate returns false for the value. /// /// The value type. /// The result to check. /// The async predicate to evaluate on the value. /// The function to create the error if the predicate returns false. /// A task containing a failed result if the predicate returns false; otherwise, the original result. public static async ValueTask> EnsureAsync( this Result result, Func> predicate, Func errorFactory ) { if (!result.IsValid) { return result; } return await predicate(result.Value).ConfigureAwait(false) ? result : Result.Fail(errorFactory(result.Value), result.Metadata); } /// /// Converts this result to a failure if the async predicate returns false. /// /// The result to check. /// The async predicate to evaluate. /// The error to use if the predicate returns false. /// A task containing a failed result if the predicate returns false; otherwise, the original result. public static async ValueTask EnsureAsync( this Result result, Func> predicate, Error error ) { if (!result.IsValid) { return result; } return await predicate().ConfigureAwait(false) ? result : Result.Fail(error, result.Metadata); } } Light.PortableResults-0.2.0/src/Light.PortableResults/FunctionalExtensions/FailIf.cs000066400000000000000000000123721516707642500305650ustar00rootroot00000000000000using System; using System.Threading.Tasks; // ReSharper disable ConvertToExtensionBlock namespace Light.PortableResults.FunctionalExtensions; /// /// Provides FailIf extension methods for result types. /// public static class FailIfExtensions { /// /// Converts this result to a failure if the predicate returns true for the value. /// /// The value type. /// The result to check. /// The predicate to evaluate on the value. /// The error to use if the predicate returns true. /// A failed result if the predicate returns true; otherwise, the original result. public static Result FailIf( this Result result, Func predicate, Error error ) { if (!result.IsValid) { return result; } return predicate(result.Value) ? Result.Fail(error, result.Metadata) : result; } /// /// Converts this result to a failure if the predicate returns true for the value. /// /// The value type. /// The result to check. /// The predicate to evaluate on the value. /// The function to create the error if the predicate returns true. /// A failed result if the predicate returns true; otherwise, the original result. public static Result FailIf( this Result result, Func predicate, Func errorFactory ) { if (!result.IsValid) { return result; } return predicate(result.Value) ? Result.Fail(errorFactory(result.Value), result.Metadata) : result; } /// /// Converts this result to a failure if the predicate returns true. /// /// The result to check. /// The predicate to evaluate. /// The error to use if the predicate returns true. /// A failed result if the predicate returns true; otherwise, the original result. public static Result FailIf( this Result result, Func predicate, Error error ) { if (!result.IsValid) { return result; } return predicate() ? Result.Fail(error, result.Metadata) : result; } /// /// Converts this result to a failure if the async predicate returns true for the value. /// /// The value type. /// The result to check. /// The async predicate to evaluate on the value. /// The error to use if the predicate returns true. /// A task containing a failed result if the predicate returns true; otherwise, the original result. public static async ValueTask> FailIfAsync( this Result result, Func> predicate, Error error ) { if (!result.IsValid) { return result; } return await predicate(result.Value).ConfigureAwait(false) ? Result.Fail(error, result.Metadata) : result; } /// /// Converts this result to a failure if the async predicate returns true for the value. /// /// The value type. /// The result to check. /// The async predicate to evaluate on the value. /// The function to create the error if the predicate returns true. /// A task containing a failed result if the predicate returns true; otherwise, the original result. public static async ValueTask> FailIfAsync( this Result result, Func> predicate, Func errorFactory ) { if (!result.IsValid) { return result; } return await predicate(result.Value).ConfigureAwait(false) ? Result.Fail(errorFactory(result.Value), result.Metadata) : result; } /// /// Converts this result to a failure if the async predicate returns true. /// /// The result to check. /// The async predicate to evaluate. /// The error to use if the predicate returns true. /// A task containing a failed result if the predicate returns true; otherwise, the original result. public static async ValueTask FailIfAsync( this Result result, Func> predicate, Error error ) { if (!result.IsValid) { return result; } return await predicate().ConfigureAwait(false) ? Result.Fail(error, result.Metadata) : result; } } Light.PortableResults-0.2.0/src/Light.PortableResults/FunctionalExtensions/Map.cs000066400000000000000000000034701516707642500301470ustar00rootroot00000000000000using System; using System.Threading.Tasks; // ReSharper disable ConvertToExtensionBlock namespace Light.PortableResults.FunctionalExtensions; /// /// Provides Map extension methods for result types. /// public static class MapExtensions { /// /// Maps the value of this result to a new result using the specified function. /// /// The input value type. /// The output value type. /// The result to map. /// The function to map the value. /// A new result with the mapped value if valid; otherwise, a failed result with the same errors. public static Result Map(this Result result, Func map) => result.IsValid ? Result.Ok(map(result.Value), result.Metadata) : Result.Fail(result.Errors, result.Metadata); /// /// Maps the value of this result to a new result using the specified async function. /// /// The input value type. /// The output value type. /// The result to map. /// The async function to map the value. /// A task containing a new result with the mapped value if valid; otherwise, a failed result with the same errors. public static async ValueTask> MapAsync( this Result result, Func> map ) => result.IsValid ? Result.Ok(await map(result.Value).ConfigureAwait(false), result.Metadata) : Result.Fail(result.Errors, result.Metadata); } Light.PortableResults-0.2.0/src/Light.PortableResults/FunctionalExtensions/MapError.cs000066400000000000000000000073571516707642500311710ustar00rootroot00000000000000using System; using System.Threading.Tasks; namespace Light.PortableResults.FunctionalExtensions; /// /// Provides MapError extension methods for result types. /// public static class MapErrorExtensions { /// /// Transforms each error in this result using the specified function. /// /// The value type. /// The result to transform errors for. /// The function to transform each error. /// A new result with transformed errors if invalid; otherwise, the original result. public static Result MapError(this Result result, Func mapError) { if (result.IsValid) { return result; } var errors = result.Errors; var mappedErrors = new Error[errors.Count]; for (var i = 0; i < errors.Count; i++) { mappedErrors[i] = mapError(errors[i]); } return Result.Fail(mappedErrors, result.Metadata); } /// /// Transforms each error in this result using the specified function. /// /// The result to transform errors for. /// The function to transform each error. /// A new result with transformed errors if invalid; otherwise, the original result. public static Result MapError(this Result result, Func mapError) { if (result.IsValid) { return result; } var errors = result.Errors; var mappedErrors = new Error[errors.Count]; for (var i = 0; i < errors.Count; i++) { mappedErrors[i] = mapError(errors[i]); } return Result.Fail(mappedErrors, result.Metadata); } /// /// Transforms each error in this result using the specified async function. /// /// The value type. /// The result to transform errors for. /// The async function to transform each error. /// A task containing a new result with transformed errors if invalid; otherwise, the original result. public static async ValueTask> MapErrorAsync( this Result result, Func> mapError ) { if (result.IsValid) { return result; } var errors = result.Errors; var mappedErrors = new Error[errors.Count]; for (var i = 0; i < errors.Count; i++) { mappedErrors[i] = await mapError(errors[i]).ConfigureAwait(false); } return Result.Fail(mappedErrors, result.Metadata); } /// /// Transforms each error in this result using the specified async function. /// /// The result to transform errors for. /// The async function to transform each error. /// A task containing a new result with transformed errors if invalid; otherwise, the original result. public static async ValueTask MapErrorAsync( this Result result, Func> mapError ) { if (result.IsValid) { return result; } var errors = result.Errors; var mappedErrors = new Error[errors.Count]; for (var i = 0; i < errors.Count; i++) { mappedErrors[i] = await mapError(errors[i]).ConfigureAwait(false); } return Result.Fail(mappedErrors, result.Metadata); } } Light.PortableResults-0.2.0/src/Light.PortableResults/FunctionalExtensions/Match.cs000066400000000000000000000060731516707642500304700ustar00rootroot00000000000000using System; using System.Threading.Tasks; namespace Light.PortableResults.FunctionalExtensions; /// /// Provides Match extension methods for result types. /// public static class MatchExtensions { /// /// Matches the result to a value using the appropriate handler. /// /// The value type. /// The output type. /// The result to match. /// The function to execute on success. /// The function to execute on failure. /// The result of the appropriate handler. public static TOut Match( this Result result, Func onSuccess, Func onError ) => result.IsValid ? onSuccess(result.Value) : onError(result.Errors); /// /// Matches the result to a value using the appropriate handler (for void results). /// /// The output type. /// The result to match. /// The function to execute on success. /// The function to execute on failure. /// The result of the appropriate handler. public static TOut Match( this Result result, Func onSuccess, Func onError ) => result.IsValid ? onSuccess() : onError(result.Errors); /// /// Matches the result to a value using the appropriate async handler. /// /// The value type. /// The output type. /// The result to match. /// The async function to execute on success. /// The async function to execute on failure. /// A task containing the result of the appropriate handler. public static ValueTask MatchAsync( this Result result, Func> onSuccess, Func> onError ) => result.IsValid ? onSuccess(result.Value) : onError(result.Errors); /// /// Matches the result to a value using the appropriate async handler (for void results). /// /// The output type. /// The result to match. /// The async function to execute on success. /// The async function to execute on failure. /// A task containing the result of the appropriate handler. public static ValueTask MatchAsync( this Result result, Func> onSuccess, Func> onError ) => result.IsValid ? onSuccess() : onError(result.Errors); } Light.PortableResults-0.2.0/src/Light.PortableResults/FunctionalExtensions/MatchFirst.cs000066400000000000000000000066711516707642500315040ustar00rootroot00000000000000using System; using System.Threading.Tasks; namespace Light.PortableResults.FunctionalExtensions; /// /// Provides MatchFirst extension methods for result types. /// public static class MatchFirstExtensions { /// /// Matches the result to a value using the appropriate handler. /// The error handler receives only the first error. /// /// The value type. /// The output type. /// The result to match. /// The function to execute on success. /// The function to execute on failure (receives first error only). /// The result of the appropriate handler. public static TOut MatchFirst( this Result result, Func onSuccess, Func onError ) => result.IsValid ? onSuccess(result.Value) : onError(result.FirstError); /// /// Matches the result to a value using the appropriate handler (for void results). /// The error handler receives only the first error. /// /// The output type. /// The result to match. /// The function to execute on success. /// The function to execute on failure (receives first error only). /// The result of the appropriate handler. public static TOut MatchFirst( this Result result, Func onSuccess, Func onError ) => result.IsValid ? onSuccess() : onError(result.FirstError); /// /// Matches the result to a value using the appropriate async handler. /// The error handler receives only the first error. /// /// The value type. /// The output type. /// The result to match. /// The async function to execute on success. /// The async function to execute on failure (receives first error only). /// A task containing the result of the appropriate handler. public static ValueTask MatchFirstAsync( this Result result, Func> onSuccess, Func> onError ) => result.IsValid ? onSuccess(result.Value) : onError(result.FirstError); /// /// Matches the result to a value using the appropriate async handler (for void results). /// The error handler receives only the first error. /// /// The output type. /// The result to match. /// The async function to execute on success. /// The async function to execute on failure (receives first error only). /// A task containing the result of the appropriate handler. public static ValueTask MatchFirstAsync( this Result result, Func> onSuccess, Func> onError ) => result.IsValid ? onSuccess() : onError(result.FirstError); } Light.PortableResults-0.2.0/src/Light.PortableResults/FunctionalExtensions/Switch.cs000066400000000000000000000054111516707642500306700ustar00rootroot00000000000000using System; using System.Threading.Tasks; namespace Light.PortableResults.FunctionalExtensions; /// /// Provides Switch extension methods for result types. /// public static class SwitchExtensions { /// /// Executes the appropriate action based on the result state. /// /// The value type. /// The result to switch on. /// The action to execute on success. /// The action to execute on failure. public static void Switch( this Result result, Action onSuccess, Action onError ) { if (result.IsValid) { onSuccess(result.Value); } else { onError(result.Errors); } } /// /// Executes the appropriate action based on the result state (for void results). /// /// The result to switch on. /// The action to execute on success. /// The action to execute on failure. public static void Switch( this Result result, Action onSuccess, Action onError ) { if (result.IsValid) { onSuccess(); } else { onError(result.Errors); } } /// /// Executes the appropriate async action based on the result state. /// /// The value type. /// The result to switch on. /// The async action to execute on success. /// The async action to execute on failure. /// A task representing the async operation. public static ValueTask SwitchAsync( this Result result, Func onSuccess, Func onError ) => result.IsValid ? onSuccess(result.Value) : onError(result.Errors); /// /// Executes the appropriate async action based on the result state (for void results). /// /// The result to switch on. /// The async action to execute on success. /// The async action to execute on failure. /// A task representing the async operation. public static ValueTask SwitchAsync( this Result result, Func onSuccess, Func onError ) => result.IsValid ? onSuccess() : onError(result.Errors); } Light.PortableResults-0.2.0/src/Light.PortableResults/FunctionalExtensions/SwitchFirst.cs000066400000000000000000000062071516707642500317040ustar00rootroot00000000000000using System; using System.Threading.Tasks; namespace Light.PortableResults.FunctionalExtensions; /// /// Provides SwitchFirst extension methods for result types. /// public static class SwitchFirstExtensions { /// /// Executes the appropriate action based on the result state. /// The error handler receives only the first error. /// /// The value type. /// The result to switch on. /// The action to execute on success. /// The action to execute on failure (receives first error only). public static void SwitchFirst( this Result result, Action onSuccess, Action onError ) { if (result.IsValid) { onSuccess(result.Value); } else { onError(result.FirstError); } } /// /// Executes the appropriate action based on the result state (for void results). /// The error handler receives only the first error. /// /// The result to switch on. /// The action to execute on success. /// The action to execute on failure (receives first error only). public static void SwitchFirst( this Result result, Action onSuccess, Action onError ) { if (result.IsValid) { onSuccess(); } else { onError(result.FirstError); } } /// /// Executes the appropriate async action based on the result state. /// The error handler receives only the first error. /// /// The value type. /// The result to switch on. /// The async action to execute on success. /// The async action to execute on failure (receives first error only). /// A task representing the async operation. public static ValueTask SwitchFirstAsync( this Result result, Func onSuccess, Func onError ) => result.IsValid ? onSuccess(result.Value) : onError(result.FirstError); /// /// Executes the appropriate async action based on the result state (for void results). /// The error handler receives only the first error. /// /// The result to switch on. /// The async action to execute on success. /// The async action to execute on failure (receives first error only). /// A task representing the async operation. public static ValueTask SwitchFirstAsync( this Result result, Func onSuccess, Func onError ) => result.IsValid ? onSuccess() : onError(result.FirstError); } Light.PortableResults-0.2.0/src/Light.PortableResults/FunctionalExtensions/Tap.cs000066400000000000000000000026561516707642500301630ustar00rootroot00000000000000using System; using System.Threading.Tasks; // ReSharper disable ConvertToExtensionBlock namespace Light.PortableResults.FunctionalExtensions; /// /// Provides Tap extension methods for result types. /// public static class TapExtensions { /// /// Executes the specified action on the value if this result is valid. /// /// The value type. /// The result to tap. /// The action to execute on success. /// The original result. public static Result Tap(this Result result, Action action) { if (result.IsValid) { action(result.Value); } return result; } /// /// Executes the specified async action on the value if this result is valid. /// /// The value type. /// The result to tap. /// The async action to execute on success. /// A task containing the original result. public static async ValueTask> TapAsync( this Result result, Func action ) { if (result.IsValid) { await action(result.Value).ConfigureAwait(false); } return result; } } Light.PortableResults-0.2.0/src/Light.PortableResults/FunctionalExtensions/TapError.cs000066400000000000000000000031041516707642500311620ustar00rootroot00000000000000using System; using System.Threading.Tasks; // ReSharper disable ConvertToExtensionBlock namespace Light.PortableResults.FunctionalExtensions; /// /// Provides TapError extension methods for result types. /// public static class TapErrorExtensions { /// /// Executes the specified action on the errors if this result is invalid. /// /// The result type. /// The result to tap. /// The action to execute on failure. /// The original result. public static TResult TapError(this TResult result, Action action) where TResult : struct, IResultObject { if (!result.IsValid) { action(result.Errors); } return result; } /// /// Executes the specified async action on the errors if this result is invalid. /// /// The result type. /// The result to tap. /// The async action to execute on failure. /// A task containing the original result. public static async ValueTask TapErrorAsync( this TResult result, Func action ) where TResult : struct, IResultObject { if (!result.IsValid) { await action(result.Errors).ConfigureAwait(false); } return result; } } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/000077500000000000000000000000001516707642500236345ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/ErrorCategoryExtensionsForHttp.cs000066400000000000000000000235511516707642500323470ustar00rootroot00000000000000using System.Net; // ReSharper disable ConvertToExtensionBlock namespace Light.PortableResults.Http; /// /// Provides RFC 9110 type URIs and status titles for HTTP status codes. Also provides an extension method to convert /// to its corresponding HTTP status code. /// public static class ErrorCategoryExtensionsForHttp { /// /// Converts an ErrorCategory to its corresponding HTTP status code. /// /// The error category. /// The HTTP status code. public static HttpStatusCode ToHttpStatusCode(this ErrorCategory category) => category == ErrorCategory.Unclassified ? HttpStatusCode.InternalServerError : (HttpStatusCode) category; /// /// Gets the RFC 9110 type URI for the specified error category. /// /// The error category. /// The RFC 9110 section URI for the category, or the 500 URI for unknown categories. public static string GetTypeUri(this ErrorCategory category) => category switch { ErrorCategory.Validation => "https://tools.ietf.org/html/rfc9110#section-15.5.1", ErrorCategory.Unauthorized => "https://tools.ietf.org/html/rfc9110#section-15.5.2", ErrorCategory.PaymentRequired => "https://tools.ietf.org/html/rfc9110#section-15.5.3", ErrorCategory.Forbidden => "https://tools.ietf.org/html/rfc9110#section-15.5.4", ErrorCategory.NotFound => "https://tools.ietf.org/html/rfc9110#section-15.5.5", ErrorCategory.MethodNotAllowed => "https://tools.ietf.org/html/rfc9110#section-15.5.6", ErrorCategory.NotAcceptable => "https://tools.ietf.org/html/rfc9110#section-15.5.7", ErrorCategory.Timeout => "https://tools.ietf.org/html/rfc9110#section-15.5.9", ErrorCategory.Conflict => "https://tools.ietf.org/html/rfc9110#section-15.5.10", ErrorCategory.Gone => "https://tools.ietf.org/html/rfc9110#section-15.5.11", ErrorCategory.LengthRequired => "https://tools.ietf.org/html/rfc9110#section-15.5.12", ErrorCategory.PreconditionFailed => "https://tools.ietf.org/html/rfc9110#section-15.5.13", ErrorCategory.ContentTooLarge => "https://tools.ietf.org/html/rfc9110#section-15.5.14", ErrorCategory.UriTooLong => "https://tools.ietf.org/html/rfc9110#section-15.5.15", ErrorCategory.UnsupportedMediaType => "https://tools.ietf.org/html/rfc9110#section-15.5.16", ErrorCategory.RequestedRangeNotSatisfiable => "https://tools.ietf.org/html/rfc9110#section-15.5.17", ErrorCategory.ExpectationFailed => "https://tools.ietf.org/html/rfc9110#section-15.5.18", ErrorCategory.MisdirectedRequest => "https://tools.ietf.org/html/rfc9110#section-15.5.20", ErrorCategory.UnprocessableContent => "https://tools.ietf.org/html/rfc9110#section-15.5.21", ErrorCategory.Locked => "https://tools.ietf.org/html/rfc4918#section-11.3", ErrorCategory.FailedDependency => "https://tools.ietf.org/html/rfc4918#section-11.4", ErrorCategory.UpgradeRequired => "https://tools.ietf.org/html/rfc9110#section-15.5.22", ErrorCategory.PreconditionRequired => "https://tools.ietf.org/html/rfc9110#section-15.5.23", ErrorCategory.TooManyRequests => "https://tools.ietf.org/html/rfc6585#section-4", ErrorCategory.RequestHeaderFieldsTooLarge => "https://tools.ietf.org/html/rfc6585#section-5", ErrorCategory.UnavailableForLegalReasons => "https://datatracker.ietf.org/doc/html/rfc7725#section-3", ErrorCategory.InternalError => "https://tools.ietf.org/html/rfc9110#section-15.6.1", ErrorCategory.NotImplemented => "https://tools.ietf.org/html/rfc9110#section-15.6.2", ErrorCategory.BadGateway => "https://tools.ietf.org/html/rfc9110#section-15.6.3", ErrorCategory.ServiceUnavailable => "https://tools.ietf.org/html/rfc9110#section-15.6.4", ErrorCategory.GatewayTimeout => "https://tools.ietf.org/html/rfc9110#section-15.6.5", ErrorCategory.InsufficientStorage => "https://tools.ietf.org/html/rfc9110#section-15.6.6", _ => "https://tools.ietf.org/html/rfc9110#section-15.6.1" }; /// /// Gets the standard title (reason phrase) for the specified error category. /// /// The error category. /// The standard title for the category, or "Internal Server Error" for unknown categories. public static string GetTitle(this ErrorCategory category) => category switch { ErrorCategory.Validation => "Bad Request", ErrorCategory.Unauthorized => "Unauthorized", ErrorCategory.PaymentRequired => "Payment Required", ErrorCategory.Forbidden => "Forbidden", ErrorCategory.NotFound => "Not Found", ErrorCategory.MethodNotAllowed => "Method Not Allowed", ErrorCategory.NotAcceptable => "Not Acceptable", ErrorCategory.Timeout => "Request Timeout", ErrorCategory.Conflict => "Conflict", ErrorCategory.Gone => "Gone", ErrorCategory.LengthRequired => "Length Required", ErrorCategory.PreconditionFailed => "Precondition Failed", ErrorCategory.ContentTooLarge => "Content Too Large", ErrorCategory.UriTooLong => "URI Too Long", ErrorCategory.UnsupportedMediaType => "Unsupported Media Type", ErrorCategory.RequestedRangeNotSatisfiable => "Range Not Satisfiable", ErrorCategory.ExpectationFailed => "Expectation Failed", ErrorCategory.MisdirectedRequest => "Misdirected Request", ErrorCategory.UnprocessableContent => "Unprocessable Entity", ErrorCategory.Locked => "Locked", ErrorCategory.FailedDependency => "Failed Dependency", ErrorCategory.UpgradeRequired => "Upgrade Required", ErrorCategory.PreconditionRequired => "Precondition Required", ErrorCategory.TooManyRequests => "Too Many Requests", ErrorCategory.RequestHeaderFieldsTooLarge => "Request Header Fields Too Large", ErrorCategory.UnavailableForLegalReasons => "Unavailable For Legal Reasons", ErrorCategory.InternalError => "Internal Server Error", ErrorCategory.NotImplemented => "Not Implemented", ErrorCategory.BadGateway => "Bad Gateway", ErrorCategory.ServiceUnavailable => "Service Unavailable", ErrorCategory.GatewayTimeout => "Gateway Timeout", ErrorCategory.InsufficientStorage => "Insufficient Storage", _ => "Internal Server Error" }; /// /// Gets a human-readable detail message for the specified error category. /// /// The error category. /// A descriptive message suitable for the Problem Details "detail" field. public static string GetDetail(this ErrorCategory category) => category switch { ErrorCategory.Validation => "One or more validation errors occurred.", ErrorCategory.Unauthorized => "Authentication is required to access this resource.", ErrorCategory.PaymentRequired => "Payment is required before the request can be processed.", ErrorCategory.Forbidden => "You do not have permission to access this resource.", ErrorCategory.NotFound => "The requested resource was not found.", ErrorCategory.MethodNotAllowed => "The HTTP method used is not allowed for this resource.", ErrorCategory.NotAcceptable => "No acceptable representation of the resource could be found for the request.", ErrorCategory.Timeout => "The request timed out.", ErrorCategory.Conflict => "The request conflicts with the current state of the resource.", ErrorCategory.Gone => "The requested resource is no longer available.", ErrorCategory.LengthRequired => "The request must include a Content-Length header.", ErrorCategory.PreconditionFailed => "A precondition for the request was not met.", ErrorCategory.ContentTooLarge => "The request content is too large.", ErrorCategory.UriTooLong => "The request URI is too long.", ErrorCategory.UnsupportedMediaType => "The request content type is not supported.", ErrorCategory.RequestedRangeNotSatisfiable => "The requested range cannot be satisfied for this resource.", ErrorCategory.ExpectationFailed => "The server could not meet the expectation given in the request headers.", ErrorCategory.MisdirectedRequest => "The request was directed to a server that cannot produce a response.", ErrorCategory.UnprocessableContent => "The request was well-formed but could not be processed.", ErrorCategory.Locked => "The resource is locked and cannot be modified.", ErrorCategory.FailedDependency => "The request failed because a dependent request did not succeed.", ErrorCategory.UpgradeRequired => "The client must upgrade to a different protocol to complete the request.", ErrorCategory.PreconditionRequired => "A required precondition header is missing from the request.", ErrorCategory.TooManyRequests => "Too many requests. Please try again later.", ErrorCategory.RequestHeaderFieldsTooLarge => "The request headers are too large.", ErrorCategory.UnavailableForLegalReasons => "This resource is unavailable for legal reasons.", ErrorCategory.InternalError => "An unexpected error occurred.", ErrorCategory.NotImplemented => "This functionality is not implemented.", ErrorCategory.BadGateway => "An invalid response was received from an upstream server.", ErrorCategory.ServiceUnavailable => "The service is currently unavailable.", ErrorCategory.GatewayTimeout => "The upstream server did not respond in time.", ErrorCategory.InsufficientStorage => "The server cannot store the representation needed to complete the request.", _ => "An unexpected error occurred." }; } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/ProblemDetailsInfo.cs000066400000000000000000000214301516707642500277050ustar00rootroot00000000000000using System; using System.Net; namespace Light.PortableResults.Http; /// /// Represents the typical members of problem details as defined in RFC 7807/9457. /// See https://www.rfc-editor.org/rfc/rfc9457.html#section-3.1 for details. /// public readonly record struct ProblemDetailsInfo { /// /// /// The "type" member is a JSON string containing a URI reference that identifies the problem type. /// Consumers MUST use the "type" URI (after resolution, if necessary) as the problem type's primary identifier. /// /// /// When this member is not present, its value is assumed to be "about:blank". /// /// /// If the type URI is a locator (e.g., those with an "http" or "https" scheme), dereferencing it SHOULD provide /// human-readable documentation for the problem type. However, consumers SHOULD NOT automatically dereference the /// type URI, unless they do so when providing information to developers (e.g., when a debugging tool is in use). /// /// /// When "type" contains a relative URI, it is resolved relative to the document's base URI, as per /// https://www.rfc-editor.org/rfc/rfc3986#section-5. However, using relative URIs can cause confusion, and they /// might not be handled correctly by all implementations. /// /// /// For example, if the two resources "https://api.example.org/foo/bar/123" and "https://api.example.org/widget/456" /// both respond with a "type" equal to the relative URI reference "example-problem", when resolved they will /// identify different resources ("https://api.example.org/foo/bar/example-problem" and /// "https://api.example.org/widget/example-problem", respectively). As a result, it is RECOMMENDED that absolute /// URIs be used in "type" when possible and that when relative URIs are used, they include the full path /// (e.g., "/types/123"). /// /// /// The type URI is allowed to be a non-resolvable URI. For example, the tag URI scheme [TAG] can be used to /// uniquely identify problem types: tag:example@example.org,2021-09-17:OutOfLuck /// /// /// However, resolvable type URIs are encouraged by this specification because it might become desirable to resolve /// the URI in the future. For example, if an API designer used the URI above and later adopted a tool that resolves /// type URIs to discover information about the error, taking advantage of that capability would require switching /// to a resolvable URI, creating a new identity for the problem type and thus introducing a breaking change. /// /// /// By default, the method is used to obtain the type from a result. /// /// public required string Type { get; init; } /// /// /// The "status" member is a JSON number indicating the HTTP status code /// (https://www.rfc-editor.org/rfc/rfc9110#section-15) generated by the origin server for this occurrence of /// the problem. /// /// /// The "status" member, if present, is only advisory; it conveys the HTTP status code used for the convenience of /// the consumer. Generators MUST use the same status code in the actual HTTP response, to assure that generic HTTP /// software that does not understand this format still behaves correctly. See /// https://www.rfc-editor.org/rfc/rfc9457.html#security-considerations for further caveats regarding its use. /// /// /// Consumers can use the status member to determine what the original status code used by the generator was when it /// has been changed (e.g., by an intermediary or cache) and when a message's content is persisted without HTTP /// information. Generic HTTP software will still use the HTTP status code. /// /// /// By default, the method is used to obtain the HTTP status code /// from a result. /// /// public required HttpStatusCode Status { get; init; } /// /// /// The "title" member is a JSON string containing a short, human-readable summary of the problem type. /// /// /// It SHOULD NOT change from occurrence to occurrence of the problem, except for localization (e.g., using /// proactive content negotiation; see https://www.rfc-editor.org/rfc/rfc9110#section-12.1). /// /// /// The "title" string is advisory and is included only for users who are unaware of and cannot discover the /// semantics of the type URI (e.g., during offline log analysis). /// /// /// By default, the method is used to obtain the title from a result. /// /// public required string Title { get; init; } /// /// /// The "detail" member is a JSON string containing a human-readable explanation specific to this occurrence of /// the problem. /// /// /// The "detail" string, if present, ought to focus on helping the client correct the problem, rather than giving /// debugging information. /// /// /// Consumers SHOULD NOT parse the "detail" member for information; extensions are more suitable and less /// error-prone ways to obtain such information. /// /// public string? Detail { get; init; } /// /// /// The "instance" member is a JSON string containing a URI reference that identifies the specific occurrence of /// the problem. /// /// /// When the "instance" URI is dereferenceable, the problem details object can be fetched from it. It might also /// return information about the problem occurrence in other formats through use of proactive content negotiation /// (see https://www.rfc-editor.org/rfc/rfc9110#section-12.5.1). /// /// /// When the "instance" URI is not dereferenceable, it serves as a unique identifier for the problem occurrence /// that may be of significance to the server but is opaque to the client. /// /// /// When "instance" contains a relative URI, it is resolved relative to the document's base URI, as per /// https://www.rfc-editor.org/rfc/rfc9457.html#RFC3986. However, using relative URIs can cause confusion, and they /// might not be handled correctly by all implementations. /// /// /// For example, if the two resources "https://api.example.org/foo/bar/123" and "https://api.example.org/widget/456" /// both respond with an "instance" equal to the relative URI reference "example-instance", when resolved they will /// identify different resources ("https://api.example.org/foo/bar/example-instance" and /// "https://api.example.org/widget/example-instance", respectively). As a result, it is RECOMMENDED that absolute /// URIs be used in "instance" when possible, and that when relative URIs are used, they include the full path /// (e.g., "/instances/123"). /// /// public string? Instance { get; init; } /// /// Creates the default problem details info from the given errors. /// /// The errors instance /// /// If true, the first error in will be used to determine the type URI, status code, title /// and detail. If false, the common category is used if all errors share it, or otherwise /// . Defaults to true. /// /// The problem details info containing values for Type, Status, Title and Detail. /// Thrown when is empty. public static ProblemDetailsInfo CreateDefault(Errors errors, bool firstCategoryIsLeadingCategory = true) { if (errors.IsEmpty) { throw new ArgumentException( "The errors must contain at least one error to be used as the basis for problem details", nameof(errors) ); } var errorCategory = errors.GetLeadingCategory(firstCategoryIsLeadingCategory); return new ProblemDetailsInfo { Type = errorCategory.GetTypeUri(), Status = errorCategory.ToHttpStatusCode(), Title = errorCategory.GetTitle(), Detail = errorCategory.GetDetail() }; } } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/000077500000000000000000000000001516707642500252055ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Headers/000077500000000000000000000000001516707642500265605ustar00rootroot00000000000000AllHeadersSelectionStrategy.cs000066400000000000000000000013571516707642500344330ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Headersnamespace Light.PortableResults.Http.Reading.Headers; /// /// A header selection strategy that includes every HTTP header. /// public sealed class AllHeadersSelectionStrategy : IHttpHeaderSelectionStrategy { /// /// Gets the singleton instance that can be reused to avoid extra allocations. /// public static AllHeadersSelectionStrategy Instance { get; } = new (); /// /// Always returns to indicate that all headers should be included. /// /// The header name being evaluated. /// Always . public bool ShouldInclude(string headerName) => true; } AllowListHeaderSelectionStrategy.cs000066400000000000000000000053141516707642500354470ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Headersusing System; using System.Collections.Generic; namespace Light.PortableResults.Http.Reading.Headers; /// /// A header selection strategy that only allows headers contained in a predefined allow list. /// public sealed class AllowListHeaderSelectionStrategy : IHttpHeaderSelectionStrategy { private readonly HashSet _allowedHeaderNames; /// /// Initializes a new instance of . /// This strategy uses to compare header names in a /// case-insensitive manner. /// /// The list of allowed header names. /// Thrown when is null. public AllowListHeaderSelectionStrategy(params IEnumerable allowedHeaderNames) : this(StringComparer.OrdinalIgnoreCase, allowedHeaderNames) { } /// /// Initializes a new instance of . /// /// The comparer to use for header names. /// The list of allowed header names. /// Thrown when is null. public AllowListHeaderSelectionStrategy( IEqualityComparer comparer, params IEnumerable allowedHeaderNames ) : this( new HashSet( allowedHeaderNames ?? throw new ArgumentNullException(nameof(allowedHeaderNames)), comparer ) ) { } /// /// Creates a new instance of . /// /// The set of header names that are allowed to pass the filter. /// Thrown when is . public AllowListHeaderSelectionStrategy(HashSet allowedHeaderNames) => _allowedHeaderNames = allowedHeaderNames ?? throw new ArgumentNullException(nameof(allowedHeaderNames)); /// /// Returns when the supplied header name exists in the allow list. /// /// The header name being evaluated. /// if the header is in the allow list; otherwise, . public bool ShouldInclude(string headerName) => _allowedHeaderNames.Contains(headerName); } DefaultHttpHeaderParsingService.cs000066400000000000000000000177011516707642500352400ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Headersusing System; using System.Collections.Frozen; using System.Collections.Generic; using System.Globalization; using System.Linq; using System.Net.Http.Headers; using Light.PortableResults.Metadata; namespace Light.PortableResults.Http.Reading.Headers; /// /// Default implementation of using a parser registry. /// public sealed class DefaultHttpHeaderParsingService : IHttpHeaderParsingService { private readonly HeaderValueParsingMode _headerValueParsingMode; /// /// Initializes a new instance of . /// /// The strategy deciding which headers to include. /// The parsers keyed by header name. /// How conflicts are handled when multiple headers map to the same metadata key. /// The annotation applied to metadata values originating from headers. /// The parsing mode for header values without a registered parser. /// /// Thrown when is . /// public DefaultHttpHeaderParsingService( IHttpHeaderSelectionStrategy selectionStrategy, FrozenDictionary? parsers = null, HeaderConflictStrategy conflictStrategy = HeaderConflictStrategy.Throw, MetadataValueAnnotation metadataAnnotation = MetadataValueAnnotation.SerializeInHttpHeader, HeaderValueParsingMode headerValueParsingMode = HeaderValueParsingMode.Primitive ) { SelectionStrategy = selectionStrategy ?? throw new ArgumentNullException(nameof(selectionStrategy)); Parsers = parsers ?? EmptyParsers; ConflictStrategy = conflictStrategy; MetadataAnnotation = metadataAnnotation; _headerValueParsingMode = headerValueParsingMode; } /// /// Gets a frozen dictionary containing no parsers. /// public static FrozenDictionary EmptyParsers { get; } = new Dictionary(StringComparer.OrdinalIgnoreCase) .ToFrozenDictionary(StringComparer.OrdinalIgnoreCase); /// /// Gets the header selection strategy. /// public IHttpHeaderSelectionStrategy SelectionStrategy { get; } /// /// Gets the parsers keyed by header name. /// public FrozenDictionary Parsers { get; } /// /// Gets how conflicts are handled when multiple headers map to the same metadata key. /// public HeaderConflictStrategy ConflictStrategy { get; } /// /// Gets the annotation applied to metadata values originating from headers. /// public MetadataValueAnnotation MetadataAnnotation { get; } /// /// Reads the headers from the specified response and content headers into a . /// Returns when no headers are selected or no metadata entries are produced. /// /// The HTTP response headers. /// The optional HTTP content headers. /// A containing the parsed header metadata, or if no metadata was produced. /// Thrown when is and multiple headers map to the same metadata key. public MetadataObject? ReadHeaderMetadata( HttpResponseHeaders responseHeaders, HttpContentHeaders? contentHeaders ) { var builder = MetadataObjectBuilder.Create(); try { AppendHeaders(responseHeaders, ref builder); if (contentHeaders is not null) { AppendHeaders(contentHeaders, ref builder); } return builder.Count == 0 ? null : builder.Build(); } finally { builder.Dispose(); } } /// /// Parses the specified header into a metadata entry. /// /// The header name. /// The header values. /// The annotation to apply to the parsed value. /// The metadata key and value pair. public KeyValuePair ParseHeader( string headerName, IReadOnlyList values, MetadataValueAnnotation annotation ) { if (Parsers.TryGetValue(headerName, out var parser)) { var parsedValue = parser.ParseHeader(headerName, values, annotation); return new KeyValuePair(parser.MetadataKey, parsedValue); } var defaultValue = ParseValues(values, annotation); return new KeyValuePair(headerName, defaultValue); } private void AppendHeaders(HttpHeaders headers, ref MetadataObjectBuilder builder) { foreach (var header in headers) { var headerName = header.Key; if (!SelectionStrategy.ShouldInclude(headerName)) { continue; } var values = header.Value as IReadOnlyList ?? header.Value.ToArray(); var metadataEntry = ParseHeader(headerName, values, MetadataAnnotation); if (builder.TryGetValue(metadataEntry.Key, out _)) { if (ConflictStrategy == HeaderConflictStrategy.Throw) { throw new InvalidOperationException( $"Header '{headerName}' maps to metadata key '{metadataEntry.Key}', which is already present." ); } builder.AddOrReplace(metadataEntry.Key, metadataEntry.Value); continue; } builder.Add(metadataEntry.Key, metadataEntry.Value); } } private MetadataValue ParseValues(IReadOnlyList values, MetadataValueAnnotation annotation) { if (values is null) { throw new ArgumentNullException(nameof(values)); } if (values.Count == 1) { return ParseSingleValue(values[0], annotation, _headerValueParsingMode); } using var builder = MetadataArrayBuilder.Create(values.Count); for (var i = 0; i < values.Count; i++) { builder.Add(ParseSingleValue(values[i], annotation, _headerValueParsingMode)); } return MetadataValue.FromArray(builder.Build(), annotation); } private static MetadataValue ParseSingleValue( string value, MetadataValueAnnotation annotation, HeaderValueParsingMode headerValueParsingMode ) { if (headerValueParsingMode == HeaderValueParsingMode.StringOnly) { return MetadataValue.FromString(value, annotation); } if (bool.TryParse(value, out var boolValue)) { return MetadataValue.FromBoolean(boolValue, annotation); } if (long.TryParse(value, NumberStyles.Integer, CultureInfo.InvariantCulture, out var int64Value)) { return MetadataValue.FromInt64(int64Value, annotation); } if (double.TryParse(value, NumberStyles.Float, CultureInfo.InvariantCulture, out var doubleValue) && !double.IsNaN(doubleValue) && !double.IsInfinity(doubleValue)) { return MetadataValue.FromDouble(doubleValue, annotation); } return MetadataValue.FromString(value, annotation); } } DenyListHeaderSelectionStrategy.cs000066400000000000000000000052671516707642500352770ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Headersusing System; using System.Collections.Generic; namespace Light.PortableResults.Http.Reading.Headers; /// /// A header selection strategy that excludes headers contained in a predefined deny list. /// public sealed class DenyListHeaderSelectionStrategy : IHttpHeaderSelectionStrategy { private readonly HashSet _deniedHeaderNames; /// /// Initializes a new instance of . /// This strategy uses to compare header names in a /// case-insensitive manner. /// /// The header names that should be excluded. /// Thrown when is null. public DenyListHeaderSelectionStrategy(params IEnumerable deniedHeaderNames) : this(StringComparer.OrdinalIgnoreCase, deniedHeaderNames) { } /// /// Initializes a new instance of . /// /// The comparer to use for header names. /// The list of denied header names. /// Thrown when is null. public DenyListHeaderSelectionStrategy( IEqualityComparer comparer, params IEnumerable deniedHeaderNames ) : this( new HashSet( deniedHeaderNames ?? throw new ArgumentNullException(nameof(deniedHeaderNames)), comparer ) ) { } /// /// Creates a new instance of . /// /// The set of header names that should be excluded. /// Thrown when is . public DenyListHeaderSelectionStrategy(HashSet deniedHeaderNames) => _deniedHeaderNames = deniedHeaderNames ?? throw new ArgumentNullException(nameof(deniedHeaderNames)); /// /// Returns when the supplied header name is not present in the deny list. /// /// The header name being evaluated. /// if the header is not in the deny list; otherwise, . public bool ShouldInclude(string headerName) => !_deniedHeaderNames.Contains(headerName); } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Headers/HeaderConflictStrategy.cs000066400000000000000000000007571516707642500335150ustar00rootroot00000000000000namespace Light.PortableResults.Http.Reading.Headers; /// /// Specifies how header name conflicts are handled when multiple headers map to the same metadata key. /// public enum HeaderConflictStrategy { /// /// Throw an exception when multiple headers map to the same metadata key. /// Throw = 0, /// /// The last parsed header wins and overwrites previous metadata values. /// LastWriteWins = 1 } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Headers/HeaderValueParsingMode.cs000066400000000000000000000007371516707642500334340ustar00rootroot00000000000000namespace Light.PortableResults.Http.Reading.Headers; /// /// Specifies how header values are parsed when no custom /// is registered. /// public enum HeaderValueParsingMode { /// /// Preserve header values as strings. /// StringOnly, /// /// Parse header values as bool, int64, or double when possible; otherwise preserve as string. /// Primitive } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Headers/HttpHeaderParser.cs000066400000000000000000000043271516707642500323220ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.Collections.Immutable; using Light.PortableResults.Metadata; namespace Light.PortableResults.Http.Reading.Headers; /// /// Base type for parsing HTTP headers into metadata values. /// public abstract class HttpHeaderParser { /// /// Initializes a new instance of . /// /// The metadata key to use for parsed values. /// The header names supported by this parser. /// /// Thrown when is null or whitespace, or when /// is default or empty. /// protected HttpHeaderParser(string metadataKey, ImmutableArray supportedHeaderNames) { if (string.IsNullOrWhiteSpace(metadataKey)) { throw new ArgumentException("Metadata key must not be null or whitespace.", nameof(metadataKey)); } if (supportedHeaderNames.IsDefaultOrEmpty) { throw new ArgumentException( $"{nameof(supportedHeaderNames)} must not be empty", nameof(supportedHeaderNames) ); } MetadataKey = metadataKey; SupportedHeaderNames = supportedHeaderNames; } /// /// Gets the metadata key assigned to parsed values. /// public string MetadataKey { get; } /// /// Gets the header names supported by this parser. /// public ImmutableArray SupportedHeaderNames { get; } /// /// Parses the specified header values into a metadata value. /// /// The header name being parsed. /// The header values. /// The annotation to apply to the parsed value. /// The parsed metadata value. public abstract MetadataValue ParseHeader( string headerName, IReadOnlyList values, MetadataValueAnnotation annotation ); } HttpHeaderParserRegistry.cs000066400000000000000000000036051516707642500337720ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Headersusing System; using System.Collections.Frozen; using System.Collections.Generic; namespace Light.PortableResults.Http.Reading.Headers; /// /// Provides helpers for building header parser registries. /// public static class HttpHeaderParserRegistry { /// /// Builds a frozen registry of header parsers keyed by header name. /// /// The parsers to include in the registry. /// Optional header name comparer. /// The frozen registry. /// Thrown when is . /// /// Thrown when multiple parsers register the same header name. /// public static FrozenDictionary Create( IEnumerable parsers, IEqualityComparer? headerNameComparer = null ) { if (parsers is null) { throw new ArgumentNullException(nameof(parsers)); } headerNameComparer ??= StringComparer.OrdinalIgnoreCase; var dictionary = new Dictionary(headerNameComparer); foreach (var parser in parsers) { foreach (var headerName in parser.SupportedHeaderNames) { if (dictionary.TryGetValue(headerName, out var existingParser)) { throw new InvalidOperationException( $"Cannot add '{parser}' to registry because header '{headerName}' is already registered by '{existingParser}'" ); } dictionary[headerName] = parser; } } return dictionary.ToFrozenDictionary(headerNameComparer); } } IHttpHeaderParsingService.cs000066400000000000000000000016511516707642500340410ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Headersusing System.Net.Http.Headers; using Light.PortableResults.Metadata; namespace Light.PortableResults.Http.Reading.Headers; /// /// Reads HTTP headers into a . /// public interface IHttpHeaderParsingService { /// /// Reads the headers from the specified response and content headers into a . /// Returns when no headers are selected or no metadata entries are produced. /// /// The response-level headers. /// The content-level headers, or when no content is present. /// The metadata object containing the parsed headers, or . MetadataObject? ReadHeaderMetadata(HttpResponseHeaders responseHeaders, HttpContentHeaders? contentHeaders); } IHttpHeaderSelectionStrategy.cs000066400000000000000000000011001516707642500345520ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Headersnamespace Light.PortableResults.Http.Reading.Headers; /// /// Strategy for deciding whether a header should be included in metadata deserialization. /// public interface IHttpHeaderSelectionStrategy { /// /// Returns when the specified header should be included. /// /// The HTTP header name. /// if the header should be included; otherwise, . bool ShouldInclude(string headerName); } NoHeadersSelectionStrategy.cs000066400000000000000000000013561516707642500342760ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Headersnamespace Light.PortableResults.Http.Reading.Headers; /// /// A header selection strategy that excludes every HTTP header. /// public sealed class NoHeadersSelectionStrategy : IHttpHeaderSelectionStrategy { /// /// Gets the singleton instance that can be reused to avoid extra allocations. /// public static NoHeadersSelectionStrategy Instance { get; } = new (); /// /// Always returns to indicate that no header should be included. /// /// The header name being evaluated. /// Always . public bool ShouldInclude(string headerName) => false; } ParseNoHttpHeadersService.cs000066400000000000000000000016701516707642500340600ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Headersusing System.Net.Http.Headers; using Light.PortableResults.Metadata; namespace Light.PortableResults.Http.Reading.Headers; /// /// An that never reads any headers. /// public sealed class ParseNoHttpHeadersService : IHttpHeaderParsingService { /// /// Gets the singleton instance. /// public static ParseNoHttpHeadersService Instance { get; } = new (); /// /// Always returns because no headers are read. /// /// The HTTP response headers (ignored). /// The optional HTTP content headers (ignored). /// Always . public MetadataObject? ReadHeaderMetadata( HttpResponseHeaders responseHeaders, HttpContentHeaders? contentHeaders ) => null; } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/HttpResponseMessageExtensions.cs000066400000000000000000000270161516707642500335650ustar00rootroot00000000000000using System; using System.IO; using System.Net.Http; using System.Text.Json; using System.Threading; using System.Threading.Tasks; using Light.PortableResults.Http.Reading.Json; using Light.PortableResults.Metadata; namespace Light.PortableResults.Http.Reading; /// /// Provides extensions for deserializing Light.PortableResults from instances. /// public static class HttpResponseMessageExtensions { /// /// Gets the error message for failure responses that do not contain a problem details payload. /// public const string FailurePayloadRequiredMessage = "Failure responses must include a problem details payload."; /// /// Gets the error message for successful responses that do not contain a payload. /// public const string GenericSuccessPayloadRequiredMessage = "Successful responses for Result must include a payload."; /// /// Gets the error message indicating that a non-generic failure did not deserialize to a failed result payload. /// public const string NonGenericFailureMustDeserializeToFailedMessage = "Failure responses must deserialize into failed Result payloads."; /// /// Gets the error message indicating that a generic failure did not deserialize to a failed result payload. /// public const string GenericFailureMustDeserializeToFailedMessage = "Failure responses must deserialize into failed Result payloads."; /// /// Reads a from the specified response. /// /// The HTTP response. /// Optional deserialization options. /// The cancellation token. /// The parsed result. /// Thrown when is . public static async Task ReadResultAsync( this HttpResponseMessage response, PortableResultsHttpReadOptions? options = null, CancellationToken cancellationToken = default ) { if (response is null) { throw new ArgumentNullException(nameof(response)); } options ??= PortableResultsHttpReadOptions.Default; var isFailure = DetermineIfFailureResponse(response, options); var result = await ReadBodyResultAsync(response, options.SerializerOptions, isFailure, cancellationToken) .ConfigureAwait(false); return MergeHeaderMetadataIfNeeded(response, options, result); } /// /// Reads a from the specified response. /// /// The HTTP response. /// Optional deserialization options. /// The cancellation token. /// The result value type. /// The parsed result. /// Thrown when is . public static async Task> ReadResultAsync( this HttpResponseMessage response, PortableResultsHttpReadOptions? options = null, CancellationToken cancellationToken = default ) { if (response is null) { throw new ArgumentNullException(nameof(response)); } options ??= PortableResultsHttpReadOptions.Default; var isFailure = DetermineIfFailureResponse(response, options); var result = await ReadBodyGenericResultAsync( response, options.SerializerOptions, isFailure, options.PreferSuccessPayload, cancellationToken ) .ConfigureAwait(false); return MergeHeaderMetadataIfNeeded(response, options, result); } private static bool DetermineIfFailureResponse(HttpResponseMessage response, PortableResultsHttpReadOptions options) { var mediaType = response.Content?.Headers.ContentType?.MediaType; var isProblemDetailsContentType = string.Equals( mediaType, "application/problem+json", StringComparison.OrdinalIgnoreCase ); return !response.IsSuccessStatusCode || (options.TreatProblemDetailsAsFailure && isProblemDetailsContentType); } private static async Task ReadBodyResultAsync( HttpResponseMessage response, JsonSerializerOptions serializerOptions, bool isFailure, CancellationToken cancellationToken ) { var contentStream = await CreateContentReadStreamAsync(response, cancellationToken).ConfigureAwait(false); if (contentStream is null) { return HandleEmptyBody(isFailure, static () => Result.Ok(), successEmptyBodyMessage: null); } using (contentStream) { if (isFailure) { var failurePayload = await JsonSerializer .DeserializeAsync(contentStream, serializerOptions, cancellationToken) .ConfigureAwait(false); EnsureFailurePayloadHasErrors(failurePayload.Errors, NonGenericFailureMustDeserializeToFailedMessage); return Result.Fail(failurePayload.Errors, failurePayload.Metadata); } var successPayload = await JsonSerializer .DeserializeAsync(contentStream, serializerOptions, cancellationToken) .ConfigureAwait(false); return Result.Ok(successPayload.Metadata); } } private static async Task> ReadBodyGenericResultAsync( HttpResponseMessage response, JsonSerializerOptions serializerOptions, bool isFailure, PreferSuccessPayload preferSuccessPayload, CancellationToken cancellationToken ) { var contentStream = await CreateContentReadStreamAsync(response, cancellationToken).ConfigureAwait(false); if (contentStream is null) { return HandleEmptyBody>( isFailure, createEmptySuccessResult: null, GenericSuccessPayloadRequiredMessage ); } using (contentStream) { if (isFailure) { var failurePayload = await JsonSerializer .DeserializeAsync(contentStream, serializerOptions, cancellationToken) .ConfigureAwait(false); EnsureFailurePayloadHasErrors(failurePayload.Errors, GenericFailureMustDeserializeToFailedMessage); return Result.Fail(failurePayload.Errors, failurePayload.Metadata); } return await DeserializeGenericSuccessPayloadAsync( contentStream, serializerOptions, NormalizePreference(preferSuccessPayload), cancellationToken ) .ConfigureAwait(false); } } private static PreferSuccessPayload NormalizePreference(PreferSuccessPayload preference) { return preference == PreferSuccessPayload.BareValue || preference == PreferSuccessPayload.WrappedValue ? preference : PreferSuccessPayload.Auto; } private static async Task> DeserializeGenericSuccessPayloadAsync( Stream contentStream, JsonSerializerOptions serializerOptions, PreferSuccessPayload preferSuccessPayload, CancellationToken cancellationToken ) { if (preferSuccessPayload == PreferSuccessPayload.BareValue) { var barePayload = await JsonSerializer .DeserializeAsync>( contentStream, serializerOptions, cancellationToken ) .ConfigureAwait(false); return CreateSuccessfulGenericResult(barePayload.Value, metadata: null); } if (preferSuccessPayload == PreferSuccessPayload.WrappedValue) { var wrappedPayload = await JsonSerializer .DeserializeAsync>( contentStream, serializerOptions, cancellationToken ) .ConfigureAwait(false); return CreateSuccessfulGenericResult(wrappedPayload.Value, wrappedPayload.Metadata); } var autoPayload = await JsonSerializer .DeserializeAsync>(contentStream, serializerOptions, cancellationToken) .ConfigureAwait(false); return CreateSuccessfulGenericResult(autoPayload.Value, autoPayload.Metadata); } private static Result CreateSuccessfulGenericResult(T value, MetadataObject? metadata) { try { return Result.Ok(value, metadata); } catch (ArgumentNullException argumentNullException) { throw new JsonException("Result value cannot be null.", argumentNullException); } } private static TResult HandleEmptyBody( // ReSharper disable once ParameterOnlyUsedForPreconditionCheck.Local -- this is not a precondition check bool isFailure, Func? createEmptySuccessResult, string? successEmptyBodyMessage ) { if (isFailure) { throw new InvalidOperationException(FailurePayloadRequiredMessage); } if (createEmptySuccessResult is null) { throw new InvalidOperationException(successEmptyBodyMessage ?? GenericSuccessPayloadRequiredMessage); } return createEmptySuccessResult(); } private static void EnsureFailurePayloadHasErrors(Errors errors, string errorMessage) { if (errors.IsEmpty) { throw new JsonException(errorMessage); } } private static async Task CreateContentReadStreamAsync( HttpResponseMessage response, CancellationToken cancellationToken ) { if (response.Content is null) { return null; } if (response.Content.Headers.ContentLength is 0L) { return null; } cancellationToken.ThrowIfCancellationRequested(); var stream = await response.Content.ReadAsStreamAsync(); switch (stream.CanSeek) { case true when stream.Length == 0L: stream.Dispose(); return null; default: return stream; } } private static TResult MergeHeaderMetadataIfNeeded( HttpResponseMessage response, PortableResultsHttpReadOptions options, TResult result ) where TResult : struct, ICanReplaceMetadata { var headerMetadata = options.HeaderParsingService.ReadHeaderMetadata( response.Headers, response.Content?.Headers ); var mergedMetadata = MetadataObjectExtensions.MergeIfNeeded( headerMetadata, result.Metadata, options.MergeStrategy ); return mergedMetadata is null ? result : result.ReplaceMetadata(mergedMetadata); } } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Json/000077500000000000000000000000001516707642500261165ustar00rootroot00000000000000HttpReadAutoSuccessResultPayload.cs000066400000000000000000000014611516707642500347760ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Jsonusing Light.PortableResults.Metadata; namespace Light.PortableResults.Http.Reading.Json; /// /// Represents a deserialized successful generic payload with automatic wrapper detection. /// /// The value type. public readonly struct HttpReadAutoSuccessResultPayload { /// /// Initializes a new instance of . /// public HttpReadAutoSuccessResultPayload(T value, MetadataObject? metadata) { Value = value; Metadata = metadata; } /// /// Gets the parsed result value. /// public T Value { get; } /// /// Gets the parsed metadata. /// public MetadataObject? Metadata { get; } } HttpReadAutoSuccessResultPayloadJsonConverter.cs000066400000000000000000000021251516707642500375160ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Jsonusing System; using System.Text.Json; using System.Text.Json.Serialization; namespace Light.PortableResults.Http.Reading.Json; /// /// JSON converter for reading payloads. /// /// The payload value type. public sealed class HttpReadAutoSuccessResultPayloadJsonConverter : JsonConverter> { /// public override HttpReadAutoSuccessResultPayload Read( ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options ) { return ResultJsonReader.ReadAutoSuccessPayload(ref reader, options); } /// public override void Write( Utf8JsonWriter writer, HttpReadAutoSuccessResultPayload value, JsonSerializerOptions options ) => throw new NotSupportedException( $"{nameof(HttpReadAutoSuccessResultPayloadJsonConverter)} supports deserialization only. Use a serialization converter for writing." ); } HttpReadBareSuccessResultPayload.cs000066400000000000000000000011311516707642500347310ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Jsonnamespace Light.PortableResults.Http.Reading.Json; /// /// Represents a deserialized successful generic payload interpreted as a bare value. /// /// The value type. public readonly struct HttpReadBareSuccessResultPayload { /// /// Initializes a new instance of . /// public HttpReadBareSuccessResultPayload(T value) { Value = value; } /// /// Gets the parsed result value. /// public T Value { get; } } HttpReadBareSuccessResultPayloadJsonConverter.cs000066400000000000000000000021241516707642500374560ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Jsonusing System; using System.Text.Json; using System.Text.Json.Serialization; namespace Light.PortableResults.Http.Reading.Json; /// /// JSON converter for reading payloads. /// /// The payload value type. public sealed class HttpReadBareSuccessResultPayloadJsonConverter : JsonConverter> { /// public override HttpReadBareSuccessResultPayload Read( ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options ) { return ResultJsonReader.ReadBareSuccessPayload(ref reader, options); } /// public override void Write( Utf8JsonWriter writer, HttpReadBareSuccessResultPayload value, JsonSerializerOptions options ) => throw new NotSupportedException( $"{nameof(HttpReadBareSuccessResultPayloadJsonConverter<>)} supports deserialization only. Use a serialization converter for writing." ); } HttpReadFailureResultPayload.cs000066400000000000000000000014011516707642500341160ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Jsonusing Light.PortableResults.Metadata; namespace Light.PortableResults.Http.Reading.Json; /// /// Represents a deserialized failure payload for HTTP result reading. /// public readonly struct HttpReadFailureResultPayload { /// /// Initializes a new instance of . /// public HttpReadFailureResultPayload(Errors errors, MetadataObject? metadata) { Errors = errors; Metadata = metadata; } /// /// Gets the errors parsed from the payload. /// public Errors Errors { get; } /// /// Gets the metadata parsed from the payload. /// public MetadataObject? Metadata { get; } } HttpReadFailureResultPayloadJsonConverter.cs000066400000000000000000000017331516707642500366500ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Jsonusing System; using System.Text.Json; using System.Text.Json.Serialization; namespace Light.PortableResults.Http.Reading.Json; /// /// JSON converter for reading payloads. /// public sealed class HttpReadFailureResultPayloadJsonConverter : JsonConverter { /// public override HttpReadFailureResultPayload Read( ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options ) { return ResultJsonReader.ReadFailurePayload(ref reader); } /// public override void Write( Utf8JsonWriter writer, HttpReadFailureResultPayload value, JsonSerializerOptions options ) => throw new NotSupportedException( $"{nameof(HttpReadFailureResultPayloadJsonConverter)} supports deserialization only. Use a serialization converter for writing." ); } HttpReadMetadataObjectJsonConverter.cs000066400000000000000000000015631516707642500354200ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Jsonusing System; using System.Text.Json; using System.Text.Json.Serialization; using Light.PortableResults.Metadata; namespace Light.PortableResults.Http.Reading.Json; /// /// JSON converter for reading payloads. /// public sealed class HttpReadMetadataObjectJsonConverter : JsonConverter { /// public override MetadataObject Read(ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options) => MetadataJsonReader.ReadMetadataObject(ref reader); /// public override void Write(Utf8JsonWriter writer, MetadataObject value, JsonSerializerOptions options) => throw new NotSupportedException( $"{nameof(HttpReadMetadataObjectJsonConverter)} supports deserialization only. Use a serialization converter for writing." ); } HttpReadMetadataValueJsonConverter.cs000066400000000000000000000015541516707642500352660ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Jsonusing System; using System.Text.Json; using System.Text.Json.Serialization; using Light.PortableResults.Metadata; namespace Light.PortableResults.Http.Reading.Json; /// /// JSON converter for reading payloads. /// public sealed class HttpReadMetadataValueJsonConverter : JsonConverter { /// public override MetadataValue Read(ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options) => MetadataJsonReader.ReadMetadataValue(ref reader); /// public override void Write(Utf8JsonWriter writer, MetadataValue value, JsonSerializerOptions options) => throw new NotSupportedException( $"{nameof(HttpReadMetadataValueJsonConverter)} supports deserialization only. Use a serialization converter for writing." ); } HttpReadSuccessResultPayload.cs000066400000000000000000000011571516707642500341470ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Jsonusing Light.PortableResults.Metadata; namespace Light.PortableResults.Http.Reading.Json; /// /// Represents a deserialized successful non-generic payload for HTTP result reading. /// public readonly struct HttpReadSuccessResultPayload { /// /// Initializes a new instance of . /// public HttpReadSuccessResultPayload(MetadataObject? metadata) { Metadata = metadata; } /// /// Gets the metadata parsed from the payload. /// public MetadataObject? Metadata { get; } } HttpReadSuccessResultPayloadJsonConverter.cs000066400000000000000000000017331516707642500366710ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Jsonusing System; using System.Text.Json; using System.Text.Json.Serialization; namespace Light.PortableResults.Http.Reading.Json; /// /// JSON converter for reading payloads. /// public sealed class HttpReadSuccessResultPayloadJsonConverter : JsonConverter { /// public override HttpReadSuccessResultPayload Read( ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options ) { return ResultJsonReader.ReadSuccessPayload(ref reader); } /// public override void Write( Utf8JsonWriter writer, HttpReadSuccessResultPayload value, JsonSerializerOptions options ) => throw new NotSupportedException( $"{nameof(HttpReadSuccessResultPayloadJsonConverter)} supports deserialization only. Use a serialization converter for writing." ); } HttpReadSuccessResultPayloadJsonConverterFactory.cs000066400000000000000000000037511516707642500402230ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Jsonusing System; using System.Diagnostics.CodeAnalysis; using System.Text.Json; using System.Text.Json.Serialization; namespace Light.PortableResults.Http.Reading.Json; /// /// Creates converters for generic HTTP read success payload types. /// public sealed class HttpReadSuccessResultPayloadJsonConverterFactory : JsonConverterFactory { /// public override bool CanConvert(Type typeToConvert) { if (!typeToConvert.IsGenericType) { return false; } var genericTypeDefinition = typeToConvert.GetGenericTypeDefinition(); return genericTypeDefinition == typeof(HttpReadAutoSuccessResultPayload<>) || genericTypeDefinition == typeof(HttpReadBareSuccessResultPayload<>) || genericTypeDefinition == typeof(HttpReadWrappedSuccessResultPayload<>); } /// [UnconditionalSuppressMessage( "AOT", "IL3050:RequiresDynamicCode", Justification = "Reflection is possible in Native AOT scenarios. Resoled HttpReadAutoSuccessResultPayload types must simply be registered with the JsonSerializerContext." )] public override JsonConverter CreateConverter(Type typeToConvert, JsonSerializerOptions options) { var valueType = typeToConvert.GetGenericArguments()[0]; var genericTypeDefinition = typeToConvert.GetGenericTypeDefinition(); var genericConverterTypeDefinition = genericTypeDefinition == typeof(HttpReadAutoSuccessResultPayload<>) ? typeof(HttpReadAutoSuccessResultPayloadJsonConverter<>) : genericTypeDefinition == typeof(HttpReadBareSuccessResultPayload<>) ? typeof(HttpReadBareSuccessResultPayloadJsonConverter<>) : typeof(HttpReadWrappedSuccessResultPayloadJsonConverter<>); var converterType = genericConverterTypeDefinition.MakeGenericType(valueType); return (JsonConverter) Activator.CreateInstance(converterType)!; } } HttpReadWrappedSuccessResultPayload.cs000066400000000000000000000014621516707642500354710ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Jsonusing Light.PortableResults.Metadata; namespace Light.PortableResults.Http.Reading.Json; /// /// Represents a deserialized successful generic payload interpreted as a wrapper. /// /// The value type. public readonly struct HttpReadWrappedSuccessResultPayload { /// /// Initializes a new instance of . /// public HttpReadWrappedSuccessResultPayload(T value, MetadataObject? metadata) { Value = value; Metadata = metadata; } /// /// Gets the parsed result value. /// public T Value { get; } /// /// Gets the parsed metadata. /// public MetadataObject? Metadata { get; } } HttpReadWrappedSuccessResultPayloadJsonConverter.cs000066400000000000000000000021511516707642500402070ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Jsonusing System; using System.Text.Json; using System.Text.Json.Serialization; namespace Light.PortableResults.Http.Reading.Json; /// /// JSON converter for reading payloads. /// /// The payload value type. public sealed class HttpReadWrappedSuccessResultPayloadJsonConverter : JsonConverter> { /// public override HttpReadWrappedSuccessResultPayload Read( ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options ) { return ResultJsonReader.ReadWrappedSuccessPayload(ref reader, options); } /// public override void Write( Utf8JsonWriter writer, HttpReadWrappedSuccessResultPayload value, JsonSerializerOptions options ) => throw new NotSupportedException( $"{nameof(HttpReadWrappedSuccessResultPayloadJsonConverter<>)} supports deserialization only. Use a serialization converter for writing." ); } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Json/MetadataJsonReader.cs000066400000000000000000000037741516707642500321550ustar00rootroot00000000000000using System.Text.Json; using Light.PortableResults.Metadata; namespace Light.PortableResults.Http.Reading.Json; /// /// Provides low-level JSON parsing helpers for metadata values. /// public static class MetadataJsonReader { /// /// Reads a from the current JSON token. /// /// The JSON reader. /// The annotation applied to parsed values. /// The parsed metadata value. public static MetadataValue ReadMetadataValue( ref Utf8JsonReader reader, MetadataValueAnnotation annotation = MetadataValueAnnotation.SerializeInHttpResponseBody ) => SharedJsonSerialization.Reading.MetadataJsonReader.ReadMetadataValue(ref reader, annotation); /// /// Reads a from the current JSON token. /// /// The JSON reader. /// The annotation applied to parsed values. /// The parsed metadata object. public static MetadataObject ReadMetadataObject( ref Utf8JsonReader reader, MetadataValueAnnotation annotation = MetadataValueAnnotation.SerializeInHttpResponseBody ) => SharedJsonSerialization.Reading.MetadataJsonReader.ReadMetadataObject(ref reader, annotation); /// /// Reads a from the current JSON token. /// /// The JSON reader. /// The annotation applied to parsed values. /// The parsed metadata array. public static MetadataArray ReadMetadataArray( ref Utf8JsonReader reader, MetadataValueAnnotation annotation = MetadataValueAnnotation.SerializeInHttpResponseBody ) => SharedJsonSerialization.Reading.MetadataJsonReader.ReadMetadataArray(ref reader, annotation); } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Json/PreferSuccessPayload.cs000066400000000000000000000012171516707642500325340ustar00rootroot00000000000000namespace Light.PortableResults.Http.Reading.Json; /// /// Specifies how successful result payloads should be interpreted. /// public enum PreferSuccessPayload { /// /// Automatically detect wrapper payloads; treat as wrapper only when the root object contains /// only the value and optional metadata properties. /// Auto = 0, /// /// Always interpret the payload as the bare value. /// BareValue = 1, /// /// Always interpret the payload as a wrapper containing value and optional metadata. /// WrappedValue = 2 } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Json/ResultJsonReader.cs000066400000000000000000000640631516707642500317110ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.Globalization; using System.Text.Json; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization.Reading; namespace Light.PortableResults.Http.Reading.Json; /// /// Provides low-level JSON parsing helpers for HTTP read payloads. /// public static class ResultJsonReader { /// /// Reads a non-generic successful payload from the current JSON token. /// /// The JSON reader. /// The parsed success payload. /// Thrown when the JSON is not a valid non-generic success payload. public static HttpReadSuccessResultPayload ReadSuccessPayload(ref Utf8JsonReader reader) { EnsureReaderHasToken(ref reader); if (reader.TokenType != JsonTokenType.StartObject) { throw new JsonException("Non-generic results must be JSON objects containing metadata only."); } MetadataObject? metadata = null; var hasMetadata = false; var hasOther = false; while (reader.Read()) { if (reader.TokenType == JsonTokenType.EndObject) { break; } if (reader.TokenType != JsonTokenType.PropertyName) { throw new JsonException("Expected property name in result object."); } if (reader.ValueTextEquals("metadata")) { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading metadata."); } metadata = reader.TokenType == JsonTokenType.Null ? null : MetadataJsonReader.ReadMetadataObject(ref reader); hasMetadata = true; } else { hasOther = true; if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while skipping property."); } reader.Skip(); } } if (!hasMetadata || hasOther) { throw new JsonException("Non-generic results require an object with only the metadata property."); } return new HttpReadSuccessResultPayload(metadata); } /// /// Reads a failed payload from the current JSON token, interpreting the body as problem details. /// /// The JSON reader positioned at the failure payload. /// The parsed failure payload. /// Thrown when the payload cannot be parsed as problem details. public static HttpReadFailureResultPayload ReadFailurePayload(ref Utf8JsonReader reader) { var payload = ReadProblemDetails(ref reader); return new HttpReadFailureResultPayload(payload.Errors, payload.Metadata); } /// /// Reads a successful payload interpreted as a bare value. /// /// The payload value type. /// The JSON reader positioned at the success payload. /// Serializer options used when deserializing the value. /// The parsed bare success payload. public static HttpReadBareSuccessResultPayload ReadBareSuccessPayload( ref Utf8JsonReader reader, JsonSerializerOptions serializerOptions ) { EnsureSerializerOptions(serializerOptions); EnsureReaderHasToken(ref reader); return ReadBareSuccessPayloadCore(ref reader, serializerOptions); } /// /// Reads a successful payload interpreted as a wrapper object with a required value property and optional /// metadata property. /// /// The payload value type. /// The JSON reader positioned at the success payload. /// Serializer options used when deserializing the wrapped value. /// The parsed wrapped success payload. public static HttpReadWrappedSuccessResultPayload ReadWrappedSuccessPayload( ref Utf8JsonReader reader, JsonSerializerOptions serializerOptions ) { EnsureSerializerOptions(serializerOptions); EnsureReaderHasToken(ref reader); return ReadWrappedSuccessPayloadCore(ref reader, serializerOptions); } /// /// Reads a successful payload using wrapper auto-detection. /// /// The payload value type. /// The JSON reader positioned at the success payload. /// Serializer options used when deserializing values. /// The parsed auto success payload. public static HttpReadAutoSuccessResultPayload ReadAutoSuccessPayload( ref Utf8JsonReader reader, JsonSerializerOptions serializerOptions ) { EnsureSerializerOptions(serializerOptions); EnsureReaderHasToken(ref reader); if (reader.TokenType != JsonTokenType.StartObject) { var barePayload = ReadBareSuccessPayloadCore(ref reader, serializerOptions); return new HttpReadAutoSuccessResultPayload(barePayload.Value, metadata: null); } if (IsWrappedSuccessPayloadCandidate(ref reader)) { var wrappedPayload = ReadWrappedSuccessPayloadCore(ref reader, serializerOptions); return new HttpReadAutoSuccessResultPayload(wrappedPayload.Value, wrappedPayload.Metadata); } var fallbackBarePayload = ReadBareSuccessPayloadCore(ref reader, serializerOptions); return new HttpReadAutoSuccessResultPayload(fallbackBarePayload.Value, metadata: null); } private static HttpReadBareSuccessResultPayload ReadBareSuccessPayloadCore( ref Utf8JsonReader reader, JsonSerializerOptions serializerOptions ) { var value = ReadGenericValue(ref reader, serializerOptions); if (value is null) { throw new JsonException("Result value cannot be null."); } return new HttpReadBareSuccessResultPayload(value); } private static HttpReadWrappedSuccessResultPayload ReadWrappedSuccessPayloadCore( ref Utf8JsonReader reader, JsonSerializerOptions serializerOptions ) { if (reader.TokenType != JsonTokenType.StartObject) { throw new JsonException("Expected start of wrapper object."); } T? value = default; var hasValue = false; MetadataObject? metadata = null; while (reader.Read()) { if (reader.TokenType == JsonTokenType.EndObject) { break; } if (reader.TokenType != JsonTokenType.PropertyName) { throw new JsonException("Expected property name in wrapper object."); } if (reader.ValueTextEquals("value")) { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading value."); } value = ReadGenericValue(ref reader, serializerOptions); hasValue = true; } else if (reader.ValueTextEquals("metadata")) { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading metadata."); } metadata = reader.TokenType == JsonTokenType.Null ? null : MetadataJsonReader.ReadMetadataObject(ref reader); } else { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while skipping property."); } reader.Skip(); throw new JsonException("Unexpected property in wrapper object."); } } if (!hasValue) { throw new JsonException("Wrapper object is missing the value property."); } if (value is null) { throw new JsonException("Result value cannot be null."); } return new HttpReadWrappedSuccessResultPayload(value, metadata); } private static ProblemDetailsPayload ReadProblemDetails(ref Utf8JsonReader reader) { EnsureReaderHasToken(ref reader); if (reader.TokenType != JsonTokenType.StartObject) { throw new JsonException("Problem details payload must be a JSON object."); } string? type = null; string? title = null; string? detail = null; int? status = null; MetadataObject? metadata = null; List? errors = null; Dictionary>? indexByTarget = null; List? pendingDetails = null; var errorFormat = ErrorFormat.Unknown; while (reader.Read()) { if (reader.TokenType == JsonTokenType.EndObject) { break; } if (reader.TokenType != JsonTokenType.PropertyName) { throw new JsonException("Expected property name in problem details object."); } if (reader.ValueTextEquals("type")) { type = ReadStringValue(ref reader); } else if (reader.ValueTextEquals("title")) { title = ReadStringValue(ref reader); } else if (reader.ValueTextEquals("status")) { status = ReadStatusValue(ref reader); } else if (reader.ValueTextEquals("detail")) { detail = ReadOptionalStringValue(ref reader); } else if (reader.ValueTextEquals("instance")) { _ = ReadOptionalStringValue(ref reader); } else if (reader.ValueTextEquals("metadata")) { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading metadata."); } metadata = reader.TokenType == JsonTokenType.Null ? null : MetadataJsonReader.ReadMetadataObject(ref reader); } else if (reader.ValueTextEquals("errors")) { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading errors."); } errors ??= new List(); indexByTarget ??= new Dictionary>(StringComparer.Ordinal); if (reader.TokenType == JsonTokenType.StartArray) { errorFormat = ErrorFormat.Rich; ReadRichErrors(ref reader, errors); } else if (reader.TokenType == JsonTokenType.StartObject) { errorFormat = ErrorFormat.AspNetCore; ReadAspNetErrors(ref reader, errors, indexByTarget); } else { throw new JsonException("Errors must be a JSON array or object."); } if (pendingDetails is not null && errorFormat == ErrorFormat.AspNetCore) { ApplyErrorDetails(errors, indexByTarget, pendingDetails); pendingDetails = null; } } else if (reader.ValueTextEquals("errorDetails")) { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading error details."); } if (reader.TokenType != JsonTokenType.StartArray) { throw new JsonException("errorDetails must be an array."); } pendingDetails ??= new List(); ReadErrorDetails(ref reader, pendingDetails); if (errors is not null && errorFormat == ErrorFormat.AspNetCore) { ApplyErrorDetails(errors, indexByTarget!, pendingDetails); pendingDetails = null; } } else { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while skipping property."); } reader.Skip(); } } if (status is null || string.IsNullOrWhiteSpace(type) || string.IsNullOrWhiteSpace(title)) { throw new JsonException("Problem details payload must include type, title, and status."); } var errorList = errors is { Count: > 0 } ? errors : null; if (errorList is null) { var fallbackError = CreateFallbackError(title!, detail, status.Value); return new ProblemDetailsPayload(new Errors(fallbackError), metadata); } if (pendingDetails is { Count: > 0 } && errorFormat == ErrorFormat.AspNetCore && indexByTarget is not null) { ApplyErrorDetails(errorList, indexByTarget, pendingDetails); } var errorArray = new Error[errorList.Count]; for (var i = 0; i < errorList.Count; i++) { errorArray[i] = errorList[i].ToError(); } return new ProblemDetailsPayload(new Errors(errorArray), metadata); } private static void ReadRichErrors(ref Utf8JsonReader reader, List errors) { var parsedErrors = SharedResultJsonReader.ReadRichErrors(ref reader); for (var i = 0; i < parsedErrors.Count; i++) { var error = parsedErrors[i]; errors.Add(new ErrorBuilder(error.Message, error.Code, error.Target, error.Category, error.Metadata)); } } private static void ReadAspNetErrors( ref Utf8JsonReader reader, List errors, Dictionary> indexByTarget ) { while (reader.Read()) { if (reader.TokenType == JsonTokenType.EndObject) { break; } if (reader.TokenType != JsonTokenType.PropertyName) { throw new JsonException("Expected property name in errors object."); } var target = reader.GetString() ?? string.Empty; if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading error list."); } if (reader.TokenType != JsonTokenType.StartArray) { throw new JsonException("Errors values must be arrays."); } var indexes = new List(); while (reader.Read()) { if (reader.TokenType == JsonTokenType.EndArray) { break; } if (reader.TokenType != JsonTokenType.String) { throw new JsonException("Error messages must be strings."); } var message = reader.GetString(); if (string.IsNullOrWhiteSpace(message)) { throw new JsonException("Error messages must be non-empty."); } var messageValue = message!; var errorIndex = errors.Count; errors.Add(new ErrorBuilder(messageValue, null, target, ErrorCategory.Validation, null)); indexes.Add(errorIndex); } indexByTarget[target] = indexes; } } private static void ReadErrorDetails(ref Utf8JsonReader reader, List details) { while (reader.Read()) { if (reader.TokenType == JsonTokenType.EndArray) { break; } if (reader.TokenType != JsonTokenType.StartObject) { throw new JsonException("Each error detail must be an object."); } details.Add(ReadErrorDetailObject(ref reader)); } } private static ErrorDetailInfo ReadErrorDetailObject(ref Utf8JsonReader reader) { string? target = null; int? index = null; string? code = null; ErrorCategory? category = null; MetadataObject? metadata = null; while (reader.Read()) { if (reader.TokenType == JsonTokenType.EndObject) { break; } if (reader.TokenType != JsonTokenType.PropertyName) { throw new JsonException("Expected property name in error detail object."); } if (reader.ValueTextEquals("target")) { target = ReadOptionalStringValue(ref reader) ?? string.Empty; } else if (reader.ValueTextEquals("index")) { index = ReadIndexValue(ref reader); } else if (reader.ValueTextEquals("code")) { code = ReadOptionalStringValue(ref reader); } else if (reader.ValueTextEquals("category")) { var categoryString = ReadOptionalStringValue(ref reader); if (!string.IsNullOrWhiteSpace(categoryString)) { if (!Enum.TryParse(categoryString, ignoreCase: true, out ErrorCategory parsed)) { throw new JsonException($"Unknown error category '{categoryString}'."); } category = parsed; } } else if (reader.ValueTextEquals("metadata")) { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading error detail metadata."); } metadata = reader.TokenType == JsonTokenType.Null ? null : MetadataJsonReader.ReadMetadataObject(ref reader); } else { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while skipping error detail property."); } reader.Skip(); } } if (target is null) { throw new JsonException("Error detail objects must include a target."); } if (index is null) { throw new JsonException("Error detail objects must include an index."); } return new ErrorDetailInfo(target, index.Value, code, category, metadata); } private static void ApplyErrorDetails( List errors, Dictionary> indexByTarget, List details ) { for (var i = 0; i < details.Count; i++) { var detail = details[i]; if (!indexByTarget.TryGetValue(detail.Target, out var indexes)) { throw new JsonException($"No errors found for target '{detail.Target}'."); } if (detail.Index < 0 || detail.Index >= indexes.Count) { throw new JsonException( $"Error detail index {detail.Index.ToString(CultureInfo.InvariantCulture)} is out of range for target '{detail.Target}'." ); } var errorIndex = indexes[detail.Index]; var builder = errors[errorIndex]; builder.Code = detail.Code ?? builder.Code; builder.Category = detail.Category ?? builder.Category; builder.Metadata = detail.Metadata ?? builder.Metadata; errors[errorIndex] = builder; } } private static string ReadStringValue(ref Utf8JsonReader reader) { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading string value."); } if (reader.TokenType != JsonTokenType.String) { throw new JsonException("Expected string value."); } return reader.GetString() ?? string.Empty; } private static string? ReadOptionalStringValue(ref Utf8JsonReader reader) { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading string value."); } return reader.TokenType switch { JsonTokenType.Null => null, JsonTokenType.String => reader.GetString(), _ => throw new JsonException("Expected string or null value.") }; } private static int ReadStatusValue(ref Utf8JsonReader reader) { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading status."); } if (reader.TokenType != JsonTokenType.Number || !reader.TryGetInt32(out var status)) { throw new JsonException("Problem details status must be an integer."); } return status; } private static int ReadIndexValue(ref Utf8JsonReader reader) { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading index."); } if (reader.TokenType != JsonTokenType.Number || !reader.TryGetInt32(out var index)) { throw new JsonException("Error detail index must be an integer."); } return index; } private static Error CreateFallbackError(string title, string? detail, int status) { var message = !string.IsNullOrWhiteSpace(detail) ? detail! : title; var category = Enum.IsDefined(typeof(ErrorCategory), status) ? (ErrorCategory) status : ErrorCategory.Unclassified; return new Error { Message = message, Category = category }; } private static T? ReadGenericValue(ref Utf8JsonReader reader, JsonSerializerOptions serializerOptions) { return JsonSerializer.Deserialize(ref reader, serializerOptions); } private static bool IsWrappedSuccessPayloadCandidate(ref Utf8JsonReader reader) { var lookahead = reader; if (lookahead.TokenType == JsonTokenType.None && !lookahead.Read()) { throw new JsonException("Unexpected end of JSON."); } if (lookahead.TokenType != JsonTokenType.StartObject) { return false; } while (lookahead.Read()) { if (lookahead.TokenType == JsonTokenType.EndObject) { return true; } if (lookahead.TokenType != JsonTokenType.PropertyName) { throw new JsonException("Expected property name in JSON object."); } if (!lookahead.ValueTextEquals("value") && !lookahead.ValueTextEquals("metadata")) { return false; } if (!lookahead.Read()) { throw new JsonException("Unexpected end of JSON while inspecting object."); } lookahead.Skip(); } throw new JsonException("Unexpected end of JSON while inspecting object."); } private static void EnsureReaderHasToken(ref Utf8JsonReader reader) { if (reader.TokenType != JsonTokenType.None) { return; } if (!reader.Read()) { throw new JsonException("Unexpected end of JSON."); } } private static void EnsureSerializerOptions(JsonSerializerOptions serializerOptions) { if (serializerOptions is null) { throw new ArgumentNullException(nameof(serializerOptions)); } } private readonly struct ProblemDetailsPayload { public ProblemDetailsPayload(Errors errors, MetadataObject? metadata) { Errors = errors; Metadata = metadata; } public Errors Errors { get; } public MetadataObject? Metadata { get; } } private struct ErrorBuilder { public ErrorBuilder( string message, string? code, string? target, ErrorCategory category, MetadataObject? metadata ) { Message = message; Code = code; Target = target; Category = category; Metadata = metadata; } public string Message { get; } public string? Code { get; set; } public string? Target { get; } public ErrorCategory Category { get; set; } public MetadataObject? Metadata { get; set; } public Error ToError() => new () { Message = Message, Code = Code, Target = Target, Category = Category, Metadata = Metadata }; } private readonly struct ErrorDetailInfo { public ErrorDetailInfo( string target, int index, string? code, ErrorCategory? category, MetadataObject? metadata ) { Target = target; Index = index; Code = code; Category = category; Metadata = metadata; } public string Target { get; } public int Index { get; } public string? Code { get; } public ErrorCategory? Category { get; } public MetadataObject? Metadata { get; } } private enum ErrorFormat { Unknown = 0, AspNetCore = 1, Rich = 2 } } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/Module.cs000066400000000000000000000052661516707642500267720ustar00rootroot00000000000000using System; using System.Text.Json; using Light.PortableResults.Http.Reading.Json; using Microsoft.Extensions.DependencyInjection; using Microsoft.Extensions.Options; namespace Light.PortableResults.Http.Reading; /// /// Provides methods to register services and JSON configuration for Light.PortableResults HTTP reading. /// public static class Module { /// /// Gets the default serializer options used by Light.PortableResults HTTP response reading. /// public static JsonSerializerOptions DefaultSerializerOptions { get; } = CreateDefaultSerializerOptions(); /// /// Registers in the service container. /// /// The service collection. /// The service collection for chaining. public static IServiceCollection AddPortableResultsHttpReadOptions(this IServiceCollection services) { services.AddOptions(); services.AddSingleton(sp => sp.GetRequiredService>().Value); return services; } /// /// Adds the default JSON converters used by Light.PortableResults HTTP response reading. /// /// The JSON serializer options to configure. /// Thrown when is null. public static void AddDefaultPortableResultsHttpReadJsonConverters(this JsonSerializerOptions serializerOptions) { if (serializerOptions is null) { throw new ArgumentNullException(nameof(serializerOptions)); } serializerOptions.Converters.Add(new HttpReadMetadataObjectJsonConverter()); serializerOptions.Converters.Add(new HttpReadMetadataValueJsonConverter()); serializerOptions.Converters.Add(new HttpReadFailureResultPayloadJsonConverter()); serializerOptions.Converters.Add(new HttpReadSuccessResultPayloadJsonConverter()); serializerOptions.Converters.Add(new HttpReadSuccessResultPayloadJsonConverterFactory()); } /// /// Creates a default instance for HTTP result reading. /// /// A new default serializer options instance. public static JsonSerializerOptions CreateDefaultSerializerOptions() { var serializerOptions = new JsonSerializerOptions(JsonSerializerDefaults.Web); serializerOptions.AddDefaultPortableResultsHttpReadJsonConverters(); return serializerOptions; } } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Reading/PortableResultsHttpReadOptions.cs000066400000000000000000000037551516707642500337100ustar00rootroot00000000000000using System.Text.Json; using Light.PortableResults.Http.Reading.Headers; using Light.PortableResults.Http.Reading.Json; using Light.PortableResults.Metadata; namespace Light.PortableResults.Http.Reading; /// /// Options controlling how responses are read into Light.PortableResults. /// public sealed record PortableResultsHttpReadOptions { /// /// Gets the default options instance for HTTP response deserialization. /// public static PortableResultsHttpReadOptions Default { get; } = new (); /// /// Gets or sets the header parsing service used to transform headers into metadata entries. /// The default value is , which skips all headers. /// public IHttpHeaderParsingService HeaderParsingService { get; init; } = ParseNoHttpHeadersService.Instance; /// /// Gets or sets the merge strategy for combining header and body metadata. Headers will always be read first, /// the body afterward. The default value is . /// public MetadataMergeStrategy MergeStrategy { get; init; } = MetadataMergeStrategy.AddOrReplace; /// /// Gets or sets how successful payloads are interpreted. /// public PreferSuccessPayload PreferSuccessPayload { get; init; } = PreferSuccessPayload.Auto; /// /// Gets or sets whether problem details content types should be treated as failures even when the status code /// of the HTTP response indicates success. /// public bool TreatProblemDetailsAsFailure { get; init; } = true; /// /// Gets or sets serializer options used to deserialize Result payloads with . /// public JsonSerializerOptions SerializerOptions { get; init; } = Module.DefaultSerializerOptions; } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Writing/000077500000000000000000000000001516707642500252575ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Writing/Headers/000077500000000000000000000000001516707642500266325ustar00rootroot00000000000000DefaultHttpHeaderConversionService.cs000066400000000000000000000035451516707642500360350ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Writing/Headersusing System; using System.Collections.Frozen; using System.Collections.Generic; using Light.PortableResults.Metadata; using Microsoft.Extensions.Primitives; namespace Light.PortableResults.Http.Writing.Headers; /// /// Default implementation of using a converter registry. /// public sealed class DefaultHttpHeaderConversionService : IHttpHeaderConversionService { /// /// Initializes a new instance of . /// /// The converters keyed by metadata key. /// Thrown when is . public DefaultHttpHeaderConversionService(FrozenDictionary converters) => Converters = converters ?? throw new ArgumentNullException(nameof(converters)); /// /// Gets the converters keyed by metadata key. /// public FrozenDictionary Converters { get; } /// /// Converts a metadata value into an HTTP header. /// /// The metadata key. /// The metadata value. /// The header key and value pair. /// Thrown when is . public KeyValuePair PrepareHttpHeader(string metadataKey, MetadataValue metadataValue) => Converters.TryGetValue(metadataKey, out var targetConverter) ? targetConverter.PrepareHttpHeader(metadataKey, metadataValue) : new KeyValuePair(metadataKey, metadataValue.ToString()); } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Writing/Headers/HttpHeaderConverter.cs000066400000000000000000000032001516707642500330740ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.Collections.Immutable; using Light.PortableResults.Metadata; using Microsoft.Extensions.Primitives; namespace Light.PortableResults.Http.Writing.Headers; /// /// Base type for converting metadata values into HTTP headers. /// public abstract class HttpHeaderConverter { /// /// Initializes a new instance of . /// /// The metadata keys supported by this converter. /// /// Thrown when is default or empty. /// protected HttpHeaderConverter(ImmutableArray supportedMetadataKeys) { if (supportedMetadataKeys.IsDefaultOrEmpty) { throw new ArgumentException( $"{nameof(supportedMetadataKeys)} must not be empty", nameof(supportedMetadataKeys) ); } SupportedMetadataKeys = supportedMetadataKeys; } /// /// Gets the metadata keys supported by this converter. /// public ImmutableArray SupportedMetadataKeys { get; } /// /// Converts the specified metadata value into an HTTP header. /// /// The metadata key. /// The metadata value. /// The header key and value pair. public abstract KeyValuePair PrepareHttpHeader(string metadataKey, MetadataValue value); } IHttpHeaderConversionService.cs000066400000000000000000000012431516707642500346320ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Writing/Headersusing System.Collections.Generic; using Light.PortableResults.Metadata; using Microsoft.Extensions.Primitives; namespace Light.PortableResults.Http.Writing.Headers; /// /// Converts metadata values into HTTP headers. /// public interface IHttpHeaderConversionService { /// /// Converts a metadata value into an HTTP header. /// /// The metadata key. /// The metadata value. /// The header key and value pair. KeyValuePair PrepareHttpHeader(string metadataKey, MetadataValue metadataValue); } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Writing/HttpResultForWriting.cs000066400000000000000000000020061516707642500317350ustar00rootroot00000000000000namespace Light.PortableResults.Http.Writing; /// /// Wraps a together with frozen /// for serialization through the standard System.Text.Json pipeline. /// /// The result to serialize. /// The frozen serialization options. public readonly record struct HttpResultForWriting( Result Data, ResolvedHttpWriteOptions ResolvedOptions ); /// /// Wraps a together with frozen /// for serialization through the standard System.Text.Json pipeline. /// /// The type of the success value in the result. /// The typed result to serialize. /// The frozen serialization options. public readonly record struct HttpResultForWriting( Result Data, ResolvedHttpWriteOptions ResolvedOptions ); Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Writing/HttpResultForWritingExtensions.cs000066400000000000000000000051221516707642500340170ustar00rootroot00000000000000namespace Light.PortableResults.Http.Writing; /// /// Provides extension methods for constructing and /// wrapper structs. /// public static class HttpResultForWritingExtensions { /// /// Creates an wrapper from the result and options. /// /// The result to wrap. /// The mutable options to freeze into the wrapper. /// The wrapper struct ready for JSON serialization. public static HttpResultForWriting ToHttpResultForWriting( this Result result, PortableResultsHttpWriteOptions options ) => new (result, options.ToResolvedHttpWriteOptions()); /// /// Creates an wrapper from the result and options. /// /// The type of the success value. /// The result to wrap. /// The mutable options to freeze into the wrapper. /// The wrapper struct ready for JSON serialization. public static HttpResultForWriting ToHttpResultForWriting( this Result result, PortableResultsHttpWriteOptions options ) => new (result, options.ToResolvedHttpWriteOptions()); /// /// Creates an wrapper from the result and already-resolved options. /// /// The result to wrap. /// The already-frozen options. /// The wrapper struct ready for JSON serialization. public static HttpResultForWriting ToHttpResultForWriting( this Result result, ResolvedHttpWriteOptions resolvedOptions ) => new (result, resolvedOptions); /// /// Creates an wrapper from the result and already-resolved options. /// /// The type of the success value. /// The result to wrap. /// The already-frozen options. /// The wrapper struct ready for JSON serialization. public static HttpResultForWriting ToHttpResultForWriting( this Result result, ResolvedHttpWriteOptions resolvedOptions ) => new (result, resolvedOptions); } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Writing/Json/000077500000000000000000000000001516707642500261705ustar00rootroot00000000000000HttpResultForWritingJsonConverter.cs000066400000000000000000000107371516707642500353230ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Writing/Jsonusing System; using System.Text.Json; using System.Text.Json.Serialization; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization; using Light.PortableResults.SharedJsonSerialization.Writing; namespace Light.PortableResults.Http.Writing.Json; /// /// Stateless JSON converter for that writes either success HTTP response bodies /// or Problem Details responses, depending on the wrapped result. /// public sealed class HttpResultForWritingJsonConverter : JsonConverter { /// /// Gets a shared instance of the converter. /// public static HttpResultForWritingJsonConverter Instance { get; } = new (); /// public override HttpResultForWriting Read( ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options ) => throw new NotSupportedException( $"{nameof(HttpResultForWritingJsonConverter)} supports serialization only. Use a deserialization converter for reading." ); /// public override void Write( Utf8JsonWriter writer, HttpResultForWriting wrapper, JsonSerializerOptions options ) { var result = wrapper.Data; var resolvedOptions = wrapper.ResolvedOptions; if (result.IsValid) { if (resolvedOptions.MetadataSerializationMode == MetadataSerializationMode.ErrorsOnly || result.Metadata is null || !result.Metadata.Value.HasAnyValuesWithAnnotation(MetadataValueAnnotation.SerializeInHttpResponseBody)) { return; } writer.WriteStartObject(); writer.WriteMetadataPropertyAndValue( result.Metadata.Value, MetadataValueAnnotation.SerializeInHttpResponseBody ); writer.WriteEndObject(); return; } writer.SerializeProblemDetailsAndMetadata( result.Errors, result.Metadata, options, resolvedOptions ); } } /// /// Stateless JSON converter for that writes either success HTTP response bodies /// or Problem Details responses, depending on the wrapped result. /// /// The type of the success value in the result. public sealed class HttpResultForWritingJsonConverter : JsonConverter> { /// public override HttpResultForWriting Read( ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options ) => throw new NotSupportedException( $"{nameof(HttpResultForWritingJsonConverter)}<> supports serialization only. Use a deserialization converter for reading." ); /// public override void Write( Utf8JsonWriter writer, HttpResultForWriting wrapper, JsonSerializerOptions options ) { var result = wrapper.Data; var resolvedOptions = wrapper.ResolvedOptions; if (result.IsValid) { if (resolvedOptions.MetadataSerializationMode == MetadataSerializationMode.ErrorsOnly) { writer.WriteGenericValue(result.Value, options); return; } SerializeValueAndMetadata(writer, result, options, resolvedOptions.MetadataSerializationMode); return; } writer.SerializeProblemDetailsAndMetadata( result.Errors, result.Metadata, options, resolvedOptions ); } private static void SerializeValueAndMetadata( Utf8JsonWriter writer, Result result, JsonSerializerOptions serializerOptions, MetadataSerializationMode metadataSerializationMode ) { writer.WriteStartObject(); writer.WritePropertyName("value"); writer.WriteGenericValue(result.Value, serializerOptions); if (metadataSerializationMode == MetadataSerializationMode.Always && result.Metadata is { } metadata && metadata.HasAnyValuesWithAnnotation(MetadataValueAnnotation.SerializeInHttpResponseBody)) { writer.WriteMetadataPropertyAndValue(metadata, MetadataValueAnnotation.SerializeInHttpResponseBody); } writer.WriteEndObject(); } } HttpResultForWritingJsonConverterFactory.cs000066400000000000000000000031121516707642500366400ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Writing/Jsonusing System; using System.Diagnostics.CodeAnalysis; using System.Text.Json; using System.Text.Json.Serialization; namespace Light.PortableResults.Http.Writing.Json; /// /// Creates instances for types. /// This factory is stateless. /// public sealed class HttpResultForWritingJsonConverterFactory : JsonConverterFactory { /// public override bool CanConvert(Type typeToConvert) => typeToConvert.IsGenericType && typeToConvert.GetGenericTypeDefinition() == typeof(HttpResultForWriting<>); /// // This factory is a fallback for non-AOT scenarios. For AOT, call AddHttpResultForWritingConverter() // on JsonSerializerOptions for each T you need. Since Converters are checked in reverse order // (last-added wins), the specific converter takes precedence and this method is never called for it. [UnconditionalSuppressMessage( "AOT", "IL3050:RequiresDynamicCode", Justification = "Reflection is possible in Native AOT scenarios. Resoled HttpResultForWriting types must simply be registered with the JsonSerializerContext." )] public override JsonConverter CreateConverter(Type typeToConvert, JsonSerializerOptions options) { var valueType = typeToConvert.GetGenericArguments()[0]; var converterType = typeof(HttpResultForWritingJsonConverter<>).MakeGenericType(valueType); return (JsonConverter) Activator.CreateInstance(converterType)!; } } HttpWriteMetadataObjectJsonConverter.cs000066400000000000000000000017751516707642500357160ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Writing/Jsonusing System; using System.Text.Json; using System.Text.Json.Serialization; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization.Writing; namespace Light.PortableResults.Http.Writing.Json; /// /// JSON converter for writing payloads in HTTP responses. /// public sealed class HttpWriteMetadataObjectJsonConverter : JsonConverter { /// public override MetadataObject Read(ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options) => throw new NotSupportedException( $"{nameof(HttpWriteMetadataObjectJsonConverter)} supports serialization only. Use a deserialization converter for reading." ); /// public override void Write(Utf8JsonWriter writer, MetadataObject value, JsonSerializerOptions options) => writer.WriteMetadataObject(value, requiredAnnotation: MetadataValueAnnotation.SerializeInHttpResponseBody); } HttpWriteMetadataValueJsonConverter.cs000066400000000000000000000017441516707642500355600ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Writing/Jsonusing System; using System.Text.Json; using System.Text.Json.Serialization; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization.Writing; namespace Light.PortableResults.Http.Writing.Json; /// /// JSON converter for writing payloads. /// public sealed class HttpWriteMetadataValueJsonConverter : JsonConverter { /// public override MetadataValue Read(ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options) => throw new NotSupportedException( $"{nameof(HttpWriteMetadataValueJsonConverter)} supports serialization only. Use a deserialization converter for reading." ); /// public override void Write(Utf8JsonWriter writer, MetadataValue value, JsonSerializerOptions options) => writer.WriteMetadataValue(value, requiredAnnotation: MetadataValueAnnotation.SerializeInHttpResponseBody); } SerializerExtensions.AspNetCoreCompatibility.cs000066400000000000000000000255431516707642500373760ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Writing/Jsonusing System; using System.Collections.Generic; using System.Text.Json; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization.Writing; namespace Light.PortableResults.Http.Writing.Json; public static partial class SerializerExtensions { private const int MaxErrorsForStackAlloc = 10; private static void WriteAspNetCoreCompatibleErrors( Utf8JsonWriter writer, Errors errors ) { if (errors.Count <= MaxErrorsForStackAlloc) { WriteAspNetCoreCompatibleErrorsOptimized(writer, errors); } else { WriteAspNetCoreCompatibleErrorsFallback(writer, errors); } } // ReSharper disable once CognitiveComplexity -- This is a performance-critical method. private static void WriteAspNetCoreCompatibleErrorsOptimized( Utf8JsonWriter writer, Errors errors ) { // Rationale: // - Validation endpoints rarely produce >10 errors, so we special-case that size to stay on the stack. // - This avoids allocating Dictionaries/Lists from the fallback path. Only a single string[10] array remains // which is cheaper than pooling and keeps the code simple. // Benchmarks (M3 Max, .NET 10.0.2, see ValidationErrorSerializationBenchmarks): // - 1 error: 208 ns / 904 B -> 153 ns / 136 B (≈26% faster, 85% fewer allocations) // - 5 unique targets: 782 ns / 2,160 B -> 536 ns / 136 B (≈31% faster, 94% fewer allocations) // - 10 unique targets: 1.54 µs / 4,368 B -> 1.11 µs / 136 B (≈28% faster, 97% fewer allocations) // Stack-allocated tracking for unique targets (max 10 errors = max 10 unique targets) Span targetErrorCounts = stackalloc int[MaxErrorsForStackAlloc]; Span errorToTargetIndex = stackalloc int[MaxErrorsForStackAlloc]; Span errorIndexWithinTarget = stackalloc int[MaxErrorsForStackAlloc]; // Store target strings - this small array is the only heap allocation var uniqueTargetCount = 0; Span targetStrings = new string[MaxErrorsForStackAlloc]; // First pass: identify unique targets and map errors to targets for (var i = 0; i < errors.Count; i++) { var error = errors[i]; var target = error.GetNormalizedTargetForValidationResponse(i); // Find or add target var targetIndex = -1; for (var j = 0; j < uniqueTargetCount; j++) { if (string.Equals(targetStrings[j], target, StringComparison.Ordinal)) { targetIndex = j; break; } } if (targetIndex == -1) { targetIndex = uniqueTargetCount; targetStrings[uniqueTargetCount] = target; targetErrorCounts[uniqueTargetCount] = 0; uniqueTargetCount++; } errorIndexWithinTarget[i] = targetErrorCounts[targetIndex]; targetErrorCounts[targetIndex]++; errorToTargetIndex[i] = targetIndex; } // Write "errors" object grouped by target writer.WritePropertyName("errors"); writer.WriteStartObject(); for (var targetIdx = 0; targetIdx < uniqueTargetCount; targetIdx++) { writer.WritePropertyName(targetStrings[targetIdx]); writer.WriteStartArray(); // Write all messages for this target for (var i = 0; i < errors.Count; i++) { if (errorToTargetIndex[i] == targetIdx) { writer.WriteStringValue(errors[i].Message); } } writer.WriteEndArray(); } writer.WriteEndObject(); // Check if any error has details (code, category, or metadata) var hasAnyDetails = false; for (var i = 0; i < errors.Count; i++) { var error = errors[i]; if (error.Code is not null || error.Category != ErrorCategory.Unclassified || error.Metadata.HasValue) { hasAnyDetails = true; break; } } if (!hasAnyDetails) { return; } // Write "errorDetails" array writer.WritePropertyName("errorDetails"); writer.WriteStartArray(); for (var i = 0; i < errors.Count; i++) { var error = errors[i]; var hasCode = error.Code is not null; var hasCategory = error.Category != ErrorCategory.Unclassified; if (!hasCode && !hasCategory && !error.Metadata.HasValue) { continue; } writer.WriteStartObject(); writer.WriteString("target", targetStrings[errorToTargetIndex[i]]); writer.WriteNumber("index", errorIndexWithinTarget[i]); if (hasCode) { writer.WriteString("code", error.Code); } if (hasCategory) { writer.WriteString("category", error.Category.ToString()); } if (error.Metadata is { } metadata) { writer.WritePropertyName("metadata"); writer.WriteMetadataObject(metadata, MetadataValueAnnotation.SerializeInHttpResponseBody); } writer.WriteEndObject(); } writer.WriteEndArray(); } private static void WriteAspNetCoreCompatibleErrorsFallback( Utf8JsonWriter writer, Errors errors ) { var (groupedErrors, errorDetails) = ProcessErrorsForValidationResponse(errors); WriteGroupedErrors(writer, groupedErrors); if (errorDetails.Count > 0) { WriteErrorDetails(writer, errorDetails); } } // Processes errors into two structures for ASP.NET Core compatible serialization: // 1. groupedErrors: Dictionary - matches ASP.NET Core's ValidationProblemDetails.Errors // 2. errorDetails: additional metadata (code, category, metadata) for errors that have it // // Multiple errors can share the same target (e.g., multiple validation rules failing for one field). // Each error gets its own ErrorDetail entry with an index that correlates back to its message position. // // Example with two errors for "email": // Error 1: target="email", message="Email is required", code="Required" // Error 2: target="email", message="Email format is invalid", code="InvalidFormat" // // Produces: // "errors": { // "email": ["Email is required", "Email format is invalid"] // }, // "errorDetails": [ // { "target": "email", "index": 0, "code": "Required" }, // { "target": "email", "index": 1, "code": "InvalidFormat" } // ] // // The index field allows consumers to correlate each ErrorDetail back to its specific message. private static ErrorGrouping ProcessErrorsForValidationResponse(Errors errors) { var groupedErrors = new Dictionary>(); var errorDetails = new List(); var indexByTarget = new Dictionary(); for (var i = 0; i < errors.Count; i++) { var error = errors[i]; var target = error.GetNormalizedTargetForValidationResponse(i); if (!groupedErrors.TryGetValue(target, out var messages)) { messages = []; groupedErrors[target] = messages; indexByTarget[target] = 0; } var index = indexByTarget[target]; indexByTarget[target] = index + 1; messages.Add(error.Message); var errorDetail = CreateErrorDetailIfNeeded(error, target, index); if (errorDetail is not null) { errorDetails.Add(errorDetail.Value); } } return new ErrorGrouping(groupedErrors, errorDetails); } private static ErrorDetail? CreateErrorDetailIfNeeded(Error error, string target, int index) { var hasCode = error.Code is not null; var hasCategory = error.Category != ErrorCategory.Unclassified; var hasMetadata = error.Metadata.HasValue; if (!hasCode && !hasCategory && !hasMetadata) { return null; } return new ErrorDetail( target, index, error.Code, hasCategory ? error.Category : null, error.Metadata ); } private static void WriteGroupedErrors(Utf8JsonWriter writer, Dictionary> groupedErrors) { writer.WritePropertyName("errors"); writer.WriteStartObject(); foreach (var kvp in groupedErrors) { writer.WritePropertyName(kvp.Key); writer.WriteStartArray(); foreach (var message in kvp.Value) { writer.WriteStringValue(message); } writer.WriteEndArray(); } writer.WriteEndObject(); } private static void WriteErrorDetails(Utf8JsonWriter writer, List errorDetails) { writer.WritePropertyName("errorDetails"); writer.WriteStartArray(); foreach (var detail in errorDetails) { WriteSingleErrorDetail(writer, detail); } writer.WriteEndArray(); } private static void WriteSingleErrorDetail(Utf8JsonWriter writer, ErrorDetail detail) { writer.WriteStartObject(); writer.WriteString("target", detail.Target); writer.WriteNumber("index", detail.Index); if (detail.Code is not null) { writer.WriteString("code", detail.Code); } if (detail.Category.HasValue) { writer.WriteString("category", detail.Category.Value.ToString()); } if (detail.Metadata.HasValue) { writer.WritePropertyName("metadata"); writer.WriteMetadataObject(detail.Metadata.Value, MetadataValueAnnotation.SerializeInHttpResponseBody); } writer.WriteEndObject(); } private readonly record struct ErrorGrouping( Dictionary> GroupedErrors, List ErrorDetails ); private readonly struct ErrorDetail { public string Target { get; } public int Index { get; } public string? Code { get; } public ErrorCategory? Category { get; } public MetadataObject? Metadata { get; } public ErrorDetail(string target, int index, string? code, ErrorCategory? category, MetadataObject? metadata) { Target = target; Index = index; Code = code; Category = category; Metadata = metadata; } } } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Writing/Json/SerializerExtensions.cs000066400000000000000000000102031516707642500327040ustar00rootroot00000000000000using System; using System.Net; using System.Text.Json; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization.Writing; // ReSharper disable ConvertToExtensionBlock namespace Light.PortableResults.Http.Writing.Json; /// /// Provides extension methods to serialize and write types of Light.PortableResults using System.Text.Json. /// public static partial class SerializerExtensions { /// /// Writes the serialized error payload for the specified collection. /// /// The UTF-8 JSON writer. /// The errors to serialize. /// The validation problem serialization format. /// The HTTP status code associated with the response. /// The serializer options to use for nested serialization. /// /// Thrown when validation errors are missing targets for HTTP 400/422 responses. /// public static void WriteErrors( this Utf8JsonWriter writer, Errors errors, ValidationProblemSerializationFormat format, HttpStatusCode statusCode, JsonSerializerOptions serializerOptions ) { // ASP.NET Core compatible format only applies to validation responses (400 and 422) var isValidationResponse = statusCode == HttpStatusCode.BadRequest || (int) statusCode == 422; if (format == ValidationProblemSerializationFormat.AspNetCoreCompatible && isValidationResponse) { WriteAspNetCoreCompatibleErrors(writer, errors); } else { writer.WriteRichErrors(errors, isValidationResponse, serializerOptions); } } /// /// Serializes a , the provided collection, /// and optional into the supplied according to the /// configured and . /// /// The to write the JSON payload to. /// The errors that determine the serialized problem details and error content. /// Optional metadata object to append to the JSON output. /// The serializer options to use for nested object serialization. /// The frozen options controlling problem details creation and error formatting. public static void SerializeProblemDetailsAndMetadata( this Utf8JsonWriter writer, Errors errors, MetadataObject? metadata, JsonSerializerOptions serializerOptions, ResolvedHttpWriteOptions resolvedOptions ) { var problemDetailsInfo = resolvedOptions.CreateProblemDetailsInfo?.Invoke(errors, metadata) ?? ProblemDetailsInfo.CreateDefault(errors, resolvedOptions.FirstErrorCategoryIsLeadingCategory); writer.WriteStartObject(); writer.WriteString("type", problemDetailsInfo.Type); writer.WriteString("title", problemDetailsInfo.Title); writer.WriteNumber("status", (int) problemDetailsInfo.Status); if (!string.IsNullOrWhiteSpace(problemDetailsInfo.Detail)) { writer.WriteString("detail", problemDetailsInfo.Detail); } if (!string.IsNullOrWhiteSpace(problemDetailsInfo.Instance)) { writer.WriteString("instance", problemDetailsInfo.Instance); } writer.WriteErrors( errors, resolvedOptions.ValidationProblemSerializationFormat, problemDetailsInfo.Status, serializerOptions ); if (metadata.HasValue) { writer.WriteMetadataPropertyAndValue(metadata.Value, MetadataValueAnnotation.SerializeInHttpResponseBody); } writer.WriteEndObject(); } } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Writing/Module.cs000066400000000000000000000102551516707642500270360ustar00rootroot00000000000000using System; using System.Collections.Frozen; using System.Collections.Generic; using System.Text.Json; using Light.PortableResults.Http.Writing.Headers; using Light.PortableResults.Http.Writing.Json; using Microsoft.Extensions.DependencyInjection; using Microsoft.Extensions.DependencyInjection.Extensions; using Microsoft.Extensions.Options; namespace Light.PortableResults.Http.Writing; /// /// Provides methods to register services required for Light.PortableResults HTTP writing. /// public static class Module { /// /// Registers in the service container. /// /// The service collection. /// The service collection for chaining. public static IServiceCollection AddPortableResultHttpWriteOptions(this IServiceCollection services) { services.AddOptions(); services.AddSingleton(sp => sp.GetRequiredService>().Value); return services; } /// /// Adds the default JSON converters used by Light.PortableResults. /// /// The JSON serializer options to configure. /// /// Thrown when is . /// public static void AddDefaultPortableResultsHttpWriteJsonConverters( this JsonSerializerOptions serializerOptions ) { if (serializerOptions is null) { throw new ArgumentNullException(nameof(serializerOptions)); } serializerOptions.Converters.Add(new HttpWriteMetadataObjectJsonConverter()); serializerOptions.Converters.Add(new HttpWriteMetadataValueJsonConverter()); serializerOptions.Converters.Add(new HttpResultForWritingJsonConverter()); serializerOptions.Converters.Add(new HttpResultForWritingJsonConverterFactory()); } /// /// Registers the HTTP header conversion service and converter registry. /// /// The service collection. /// Optional metadata key comparer. /// The service collection for chaining. /// /// Thrown when multiple converters register the same metadata key. /// public static IServiceCollection AddPortableResultsHttpHeaderConversionService( this IServiceCollection services, IEqualityComparer? metadataKeyComparer = null ) { services.TryAddSingleton>( sp => { var httpHeaderConverters = sp.GetServices(); var dictionary = new Dictionary(metadataKeyComparer); foreach (var converter in httpHeaderConverters) { foreach (var supportedKey in converter.SupportedMetadataKeys) { try { dictionary.Add(supportedKey, converter); } catch (ArgumentException argumentException) { var existingConverter = dictionary[supportedKey]; throw new InvalidOperationException( $"Cannot add '{converter}' to frozen dictionary because key '{supportedKey}' is already registered by '{existingConverter}'", argumentException ); } } } return metadataKeyComparer is null ? dictionary.ToFrozenDictionary() : dictionary.ToFrozenDictionary(metadataKeyComparer); } ); services.AddSingleton(); return services; } } PortableResultsHttpWriteOptions.cs000066400000000000000000000053721516707642500341170ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Writingusing System; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization; namespace Light.PortableResults.Http.Writing; /// /// Configures how Light.PortableResults responses are serialized for ASP.NET Core. /// public sealed record PortableResultsHttpWriteOptions { /// /// /// Gets or sets the serialization format for validation errors in HTTP 400 Bad Request /// and HTTP 422 Unprocessable Content responses. For all other error responses, /// the rich format is always used regardless of this setting. /// /// /// The default value is set to for /// backwards-compatibility reasons. We encourage you to use /// to get the most out of Light.PortableResults. /// /// public ValidationProblemSerializationFormat ValidationProblemSerializationFormat { get; set; } = ValidationProblemSerializationFormat.AspNetCoreCompatible; /// /// /// Gets or sets the value indicating whether metadata is serialized to the response body. /// will serialize metadata only for errors. /// will serialize metadata for both errors and success results. /// /// /// PLEASE NOTE: this does not affect headers! When a metadata value is marked with /// , the corresponding header will always be set, /// regardless of the configuration value here. /// /// /// The default value is set to to be backwards-compatible /// with default ASP.NET Core behavior. We encourage you to set this to /// to get the most out of Light.PortableResults. /// /// public MetadataSerializationMode MetadataSerializationMode { get; set; } = MetadataSerializationMode.ErrorsOnly; /// /// Gets or sets the factory for creating instances from errors and metadata. /// public Func? CreateProblemDetailsInfo { get; set; } /// /// Gets or sets the value indicating whether the first error category should be used as the leading category. /// public bool FirstErrorCategoryIsLeadingCategory { get; set; } = true; } Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Writing/ResolvedHttpWriteOptions.cs000066400000000000000000000022231516707642500326170ustar00rootroot00000000000000using System; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization; namespace Light.PortableResults.Http.Writing; /// /// Represents frozen, per-request HTTP write options derived from . /// This struct is created once at the top of a request and passed to both header-setting and body-writing methods. /// /// The format for validation error serialization. /// The mode controlling when metadata is serialized. /// Optional factory for creating custom problem details. /// Whether the first error category is the leading category. public readonly record struct ResolvedHttpWriteOptions( ValidationProblemSerializationFormat ValidationProblemSerializationFormat, MetadataSerializationMode MetadataSerializationMode, Func? CreateProblemDetailsInfo, bool FirstErrorCategoryIsLeadingCategory ); ResolvedHttpWriteOptionsExtensions.cs000066400000000000000000000017401516707642500346230ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Writingnamespace Light.PortableResults.Http.Writing; /// /// Provides extension methods for converting to /// . /// public static class ResolvedHttpWriteOptionsExtensions { /// /// Creates a frozen snapshot from the mutable options instance. /// This is the single conversion point used by the ASP.NET Core integration layers. /// /// The mutable options to freeze. /// A frozen snapshot of the options. public static ResolvedHttpWriteOptions ToResolvedHttpWriteOptions(this PortableResultsHttpWriteOptions options) => new ( options.ValidationProblemSerializationFormat, options.MetadataSerializationMode, options.CreateProblemDetailsInfo, options.FirstErrorCategoryIsLeadingCategory ); } ValidationProblemSerializationFormat.cs000066400000000000000000000013121516707642500350460ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Http/Writingnamespace Light.PortableResults.Http.Writing; /// /// Specifies how validation errors are serialized in Problem Details responses /// for HTTP 400 Bad Request and HTTP 422 Unprocessable Content responses. /// For all other error responses, the rich format is always used. /// public enum ValidationProblemSerializationFormat { /// /// ASP.NET Core-compatible: errors as Dictionary<string, string[]> grouped by target. /// Additional error details in separate "errorDetails" array when present. /// AspNetCoreCompatible, /// /// Rich format: errors as array of objects with all properties inline. /// Rich } Light.PortableResults-0.2.0/src/Light.PortableResults/IResultObject.cs000066400000000000000000000023701516707642500257640ustar00rootroot00000000000000using Light.PortableResults.Metadata; namespace Light.PortableResults; /// /// /// Result interface that enables fluent extension methods returning the same type. /// /// /// This interface is implemented by structs and should primarily be used to constrain generic parameters. /// /// public interface IResultObject : IHasOptionalMetadata { /// /// Gets whether this result represents a successful operation. /// bool IsValid { get; } /// /// Gets the errors collection (empty on success). /// Errors Errors { get; } /// /// Gets the value indicating whether this result has a value. /// bool HasValue { get; } } /// /// /// Result interface for types that carry a success value. /// /// /// /// This interface is implemented by structs and should primarily be used to constrain generic parameters. /// /// The type of the success value. public interface IResultObject : IResultObject { /// /// Gets the success value (throws if invalid). /// TValue Value { get; } } Light.PortableResults-0.2.0/src/Light.PortableResults/Light.PortableResults.csproj000066400000000000000000000023471516707642500303450ustar00rootroot00000000000000 netstandard2.0 The Light.PortableResults package implements the core functionality: Results, Errors, Metadata, Functional Extensions, and serialization support for various formats like HTTP and CloudEvents. Compatible with Native AOT. Check out the integration packages Light.PortableResults.AspNetCore.MinimalApis or Light.PortableResults.AspNetCore.Mvc. Light.PortableResults 0.2.0 --------------------------------- - Contains core functionality: Results, Errors, Metadata, Functional Extensions, and JSON serialization support for HTTP and CloudEvents. - Compatible with Native AOT. Light.PortableResults-0.2.0/src/Light.PortableResults/Metadata/000077500000000000000000000000001516707642500244355ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/Metadata/ICanReplaceMetadata.cs000066400000000000000000000012261516707642500305340ustar00rootroot00000000000000namespace Light.PortableResults.Metadata; /// /// Represents a type that can optionally carry metadata and can replace it. /// /// The implementing type. public interface ICanReplaceMetadata : IHasOptionalMetadata where T : struct, ICanReplaceMetadata { /// /// Returns a new instance with the specified metadata. Pass null to clear metadata. /// /// The metadata to set, or null to clear. /// A new instance with the specified metadata. T ReplaceMetadata(MetadataObject? metadata); } Light.PortableResults-0.2.0/src/Light.PortableResults/Metadata/IHasOptionalMetadata.cs000066400000000000000000000004711516707642500307610ustar00rootroot00000000000000namespace Light.PortableResults.Metadata; /// /// Represents a type that can optionally carry metadata. /// public interface IHasOptionalMetadata { /// /// Gets the optional metadata associated with this instance. /// MetadataObject? Metadata { get; } } Light.PortableResults-0.2.0/src/Light.PortableResults/Metadata/MetadataArray.cs000066400000000000000000000155001516707642500275040ustar00rootroot00000000000000using System; using System.Collections; using System.Collections.Generic; namespace Light.PortableResults.Metadata; /// /// Represents an immutable array of items. /// public readonly struct MetadataArray : IReadOnlyList, IEquatable { /// /// String representation for an empty array. /// public const string EmptyArrayStringRepresentation = "[]"; internal readonly MetadataArrayData? Data; /// /// Gets an empty . /// public static MetadataArray Empty => new (MetadataArrayData.Empty); internal MetadataArray(MetadataArrayData data) => Data = data; /// /// Gets the number of items in the array. /// public int Count => Data?.Count ?? 0; /// /// Gets the value at the specified index. /// /// The index of the value to retrieve. /// The value at the specified index. /// Thrown when is out of range. public MetadataValue this[int index] => Data?[index] ?? throw new ArgumentOutOfRangeException(nameof(index)); /// /// Returns a read-only span over the values in this array. /// /// A read-only span over the values. public ReadOnlySpan AsSpan() => Data is not null ? Data.AsSpan() : ReadOnlySpan.Empty; /// /// Creates a from the specified values. /// /// The values to include. /// The created array. public static MetadataArray Create(params MetadataValue[]? values) { if (values is null || values.Length == 0) { return Empty; } return new MetadataArray(new MetadataArrayData(values)); } /// /// Gets the value indicating whether this array only contains primitive values. /// public bool HasOnlyPrimitiveChildren => Data?.HasOnlyPrimitiveChildren ?? true; /// /// Gets a value-type enumerator for the array. /// /// The enumerator. public Enumerator GetEnumerator() => new (this); /// /// Gets a reference-type enumerator for the array. /// /// The enumerator. IEnumerator IEnumerable.GetEnumerator() => GetEnumerator(); /// /// Gets a non-generic enumerator for the array. /// /// The enumerator. IEnumerator IEnumerable.GetEnumerator() => GetEnumerator(); /// /// Determines whether this instance and another specified have the same value. /// /// The other array to compare. /// if the arrays are equal; otherwise, . public bool Equals(MetadataArray other) { if (Data is not null && other.Data is not null) { return Data.Equals(other.Data); } return ReferenceEquals(Data, other.Data); } /// /// Determines whether this instance and a specified object have the same value. /// /// The object to compare. /// if the objects are equal; otherwise, . public override bool Equals(object? obj) => obj is MetadataArray other && Equals(other); /// /// Gets the hash code for this instance. /// /// The hash code. public override int GetHashCode() => Data?.GetHashCode() ?? 0; /// /// Determines whether two instances are equal. /// /// The left instance. /// The right instance. /// if the instances are equal; otherwise, . public static bool operator ==(MetadataArray left, MetadataArray right) => left.Equals(right); /// /// Determines whether two instances are not equal. /// /// The left instance. /// The right instance. /// if the instances are not equal; otherwise, . public static bool operator !=(MetadataArray left, MetadataArray right) => !left.Equals(right); /// /// Returns the string representation of this instance. /// /// The string representation. public override string ToString() => Data?.ToString() ?? EmptyArrayStringRepresentation; /// /// Value-type enumerator for . /// public struct Enumerator : IEnumerator { private readonly MetadataArrayData? _data; private int _index; internal Enumerator(MetadataArray array) { _data = array.Data; _index = -1; } /// /// Gets the current element. /// /// /// Thrown when the enumerator is positioned before the first element or after the last element. /// /// /// Thrown when the enumerator is created for an empty array and is accessed. /// public MetadataValue Current => _data![_index]; /// /// Gets the current element. /// object IEnumerator.Current => Current; /// /// Advances the enumerator to the next element. /// /// /// if the enumerator was successfully advanced; otherwise, . /// public bool MoveNext() { if (_data is null) { return false; } _index++; return _index < _data.Count; } /// /// Sets the enumerator to its initial position. /// public void Reset() => _index = -1; /// /// Releases resources used by the enumerator. This is a no-op. /// public void Dispose() { } } } Light.PortableResults-0.2.0/src/Light.PortableResults/Metadata/MetadataArrayBuilder.cs000066400000000000000000000075571516707642500310300ustar00rootroot00000000000000using System; using System.Buffers; namespace Light.PortableResults.Metadata; /// /// Builder for creating instances efficiently using pooled buffers. /// public struct MetadataArrayBuilder : IDisposable { private const int DefaultCapacity = 4; private MetadataValue[]? _buffer; private bool _built; /// /// Gets the number of items added to the builder. /// public int Count { get; private set; } /// /// Creates a new with the specified initial capacity. /// /// The initial capacity. /// The builder. public static MetadataArrayBuilder Create(int capacity = DefaultCapacity) { var builder = new MetadataArrayBuilder { _buffer = ArrayPool.Shared.Rent(Math.Max(capacity, DefaultCapacity)), Count = 0, _built = false }; return builder; } /// /// Adds a value to the builder. /// /// The value to add. /// /// Thrown when the builder has already been used to build an array. /// public void Add(MetadataValue value) { ThrowIfBuilt(); EnsureCapacity(Count + 1); _buffer![Count++] = value; } /// /// Adds a range of values to the builder. /// /// The values to add. /// /// Thrown when the builder has already been used to build an array. /// public void AddRange(ReadOnlySpan values) { ThrowIfBuilt(); EnsureCapacity(Count + values.Length); values.CopyTo(_buffer.AsSpan(Count)); Count += values.Length; } /// /// Builds a from the collected values. /// /// The created array. /// /// Thrown when the builder has already been used to build an array. /// public MetadataArray Build() { ThrowIfBuilt(); _built = true; if (Count == 0) { ReturnBuffer(); return MetadataArray.Empty; } var result = new MetadataValue[Count]; Array.Copy(_buffer!, result, Count); ReturnBuffer(); return new MetadataArray(new MetadataArrayData(result)); } /// /// Returns the pooled buffer to the pool if it has not already been returned. /// public void Dispose() { if (!_built) { ReturnBuffer(); _built = true; } } private void EnsureCapacity(int required) { if (_buffer is null || _buffer.Length >= required) { if (_buffer is null) { _buffer = ArrayPool.Shared.Rent(Math.Max(required, DefaultCapacity)); } return; } var newCapacity = Math.Max(_buffer.Length * 2, required); var newBuffer = ArrayPool.Shared.Rent(newCapacity); Array.Copy(_buffer, newBuffer, Count); ArrayPool.Shared.Return(_buffer, clearArray: true); _buffer = newBuffer; } private void ReturnBuffer() { if (_buffer is not null) { ArrayPool.Shared.Return(_buffer, clearArray: true); _buffer = null; } } private void ThrowIfBuilt() { if (_built) { throw new InvalidOperationException("Builder has already been used to build an array."); } } } Light.PortableResults-0.2.0/src/Light.PortableResults/Metadata/MetadataArrayData.cs000066400000000000000000000056111516707642500303000ustar00rootroot00000000000000using System; namespace Light.PortableResults.Metadata; /// /// Internal backing storage for . Owns the values array. /// internal sealed class MetadataArrayData : IEquatable { public static readonly MetadataArrayData Empty = new ([]); private readonly MetadataValue[] _values; private string? _cachedToStringRepresentation; private bool? _hasOnlyPrimitiveChildren; internal MetadataArrayData(MetadataValue[] values) { _values = values ?? throw new ArgumentNullException(nameof(values)); } public int Count => _values.Length; public MetadataValue this[int index] { get { if ((uint) index >= (uint) _values.Length) { throw new ArgumentOutOfRangeException(nameof(index)); } return _values[index]; } } public bool HasOnlyPrimitiveChildren { get { if (_hasOnlyPrimitiveChildren.HasValue) { return _hasOnlyPrimitiveChildren.Value; } foreach (var value in _values) { if (!value.Kind.IsPrimitive()) { _hasOnlyPrimitiveChildren = false; return false; } } _hasOnlyPrimitiveChildren = true; return true; } } public bool Equals(MetadataArrayData? other) { if (other is null) { return false; } if (Count != other.Count) { return false; } return _values.AsSpan().SequenceEqual(other._values.AsSpan()); } public ReadOnlySpan AsSpan() => _values; public override bool Equals(object? obj) => Equals(obj as MetadataArrayData); public override int GetHashCode() { var hash = new HashCode(); for (var i = 0; i < _values.Length; i++) { hash.Add(_values[i]); } return hash.ToHashCode(); } public override string ToString() => _cachedToStringRepresentation ??= CreateStringRepresentation(_values); private static string CreateStringRepresentation(MetadataValue[] values) => values.Length switch { 0 => MetadataArray.EmptyArrayStringRepresentation, 1 => $"[{values[0].ToString()}]", 2 => $"[{values[0].ToString()}, {values[1].ToString()}]", 3 => $"[{values[0].ToString()}, {values[1].ToString()}, {values[2].ToString()}]", 4 => $"[{values[0].ToString()}, {values[1].ToString()}, {values[2].ToString()}, {values[3].ToString()}]", 5 => $"[{values[0].ToString()}, {values[1].ToString()}, {values[2].ToString()}, {values[3].ToString()}, {values[4].ToString()}]", _ => $"[{string.Join(", ", values)}]" }; } Light.PortableResults-0.2.0/src/Light.PortableResults/Metadata/MetadataExtensions.cs000066400000000000000000000114221516707642500305640ustar00rootroot00000000000000// ReSharper disable ConvertToExtensionBlock -- as of 2026-01-14, the C# compiler produces a warning for // extension blocks in combination with Nullable Reference Types, which is why we resort back to extension methods. /* /Users/kenny/Code/Light.PortableResults/src/Light.PortableResults/MetadataExtensions/Tracing.cs(30,34): error CS8620: Argument of type '(string Key, MetadataValue Value)' cannot be used for parameter 'properties' of type '(string Key, MetadataValue Value)[]' in 'T extension(T).MergeMetadata(params (string Key, MetadataValue Value)[] properties)' due to differences in the nullability of reference types. [/Users/kenny/Code/Light.PortableResults/src/Light.PortableResults/Light.PortableResults.csproj] /Users/kenny/Code/Light.PortableResults/src/Light.PortableResults/MetadataExtensions/Tracing.cs(38,34): error CS8620: Argument of type '(string Key, MetadataValue Value)' cannot be used for parameter 'properties' of type '(string Key, MetadataValue Value)[]' in 'T extension(T).MergeMetadata(params (string Key, MetadataValue Value)[] properties)' due to differences in the nullability of reference types. [/Users/kenny/Code/Light.PortableResults/src/Light.PortableResults/Light.PortableResults.csproj] /Users/kenny/Code/Light.PortableResults/src/Light.PortableResults/MetadataExtensions/Tracing.cs(52,17): error CS8620: Argument of type '(string Key, MetadataValue Value)' cannot be used for parameter 'properties' of type '(string Key, MetadataValue Value)[]' in 'T extension(T).MergeMetadata(params (string Key, MetadataValue Value)[] properties)' due to differences in the nullability of reference types. [/Users/kenny/Code/Light.PortableResults/src/Light.PortableResults/Light.PortableResults.csproj] /Users/kenny/Code/Light.PortableResults/src/Light.PortableResults/MetadataExtensions/Tracing.cs(53,17): error CS8620: Argument of type '(string Key, MetadataValue Value)' cannot be used for parameter 'properties' of type '(string Key, MetadataValue Value)[]' in 'T extension(T).MergeMetadata(params (string Key, MetadataValue Value)[] properties)' due to differences in the nullability of reference types. [/Users/kenny/Code/Light.PortableResults/src/Light.PortableResults/Light.PortableResults.csproj] 0 Warning(s) 4 Error(s) Time Elapsed 00:00:00.47 */ // This occurs when we use an extension block in this MetadataExtensions.cs file - I have no clue, why this is happening - need to report this as a bug to Microsoft. // .NET 10.0.100 SDK with C# 14.0 namespace Light.PortableResults.Metadata; /// /// Provides extension methods for types implementing . /// public static class MetadataExtensions { /// /// Returns a new instance with no metadata. /// /// The instance to clear metadata from. /// The type implementing . /// A new instance with no metadata. public static T ClearMetadata(this T result) where T : struct, ICanReplaceMetadata => result.ReplaceMetadata(null); /// /// Merges the specified metadata with the metadata of this instance and returns a new instance. /// /// The metadata properties to merge. /// The instance to clear metadata from. /// The type implementing . /// A new instance with the merged metadata. public static T MergeMetadata(this T result, params (string Key, MetadataValue Value)[] properties) where T : struct, ICanReplaceMetadata { var newMetadata = result.Metadata?.With(properties) ?? MetadataObject.Create(properties); return result.ReplaceMetadata(newMetadata); } /// /// Merges the specified metadata with the metadata of this instance and returns a new instance. /// /// The metadata to merge. /// The merge strategy to use. /// The instance to clear metadata from. /// The type implementing . /// A new instance with the merged metadata. public static T MergeMetadata( this T result, MetadataObject other, MetadataMergeStrategy strategy = MetadataMergeStrategy.AddOrReplace ) where T : struct, ICanReplaceMetadata { var merged = MetadataObjectExtensions.MergeIfNeeded(result.Metadata, other, strategy); return merged is null ? result : result.ReplaceMetadata(merged.Value); } } Light.PortableResults-0.2.0/src/Light.PortableResults/Metadata/MetadataKind.cs000066400000000000000000000035031516707642500273130ustar00rootroot00000000000000namespace Light.PortableResults.Metadata; /// /// Discriminates the kind of value stored in a . /// public enum MetadataKind : byte { /// /// The metadata value represents a null reference/pointer. This is considered a primitive value. /// Null = 0, /// /// The metadata value represents a boolean value. This is considered a primitive value. /// Boolean = 1, /// /// The metadata value represents an integer number with 64 bits. This is considered a primitive value. /// Int64 = 2, /// /// The metadata value represents a floating-point number with 64 bits. This is considered a primitive value. /// Double = 3, /// /// The metadata value represents a string. This is considered a primitive value. /// String = 4, /// /// The metadata value represents an array, consisting of other metadata values. This is considered a complex value. /// Array = 5, /// /// The metadata value represents an object (a key-value store), consisting of other metadata values. /// This is considered a complex value. /// Object = 6 } /// /// Provides extension methods for . /// public static class MetadataKindExtensions { /// /// Gets the value indicating whether the specified kind represents a primitive value. /// /// The metadata kind. /// if the kind is primitive; otherwise, . public static bool IsPrimitive(this MetadataKind kind) => kind < MetadataKind.Array; } Light.PortableResults-0.2.0/src/Light.PortableResults/Metadata/MetadataMergeStrategy.cs000066400000000000000000000012431516707642500312070ustar00rootroot00000000000000namespace Light.PortableResults.Metadata; /// /// Specifies how metadata keys should be handled when merging two instances. /// public enum MetadataMergeStrategy { /// /// Keys from the incoming metadata overwrite existing keys. /// For nested objects, merge recursively. Arrays are replaced wholesale. /// AddOrReplace = 0, /// /// Keep original values, ignore duplicates from incoming metadata. /// PreserveExisting = 1, /// /// Throw if the same key is present in both sources. /// FailOnConflict = 2 } Light.PortableResults-0.2.0/src/Light.PortableResults/Metadata/MetadataObject.cs000066400000000000000000000375261516707642500276500ustar00rootroot00000000000000using System; using System.Collections; using System.Collections.Generic; namespace Light.PortableResults.Metadata; /// /// Represents an immutable object with string keys and values. /// Properties are stored in insertion order. /// public readonly struct MetadataObject : IReadOnlyDictionary, IEquatable { /// /// String representation for an empty object. /// public const string EmptyObjectStringRepresentation = "{}"; internal readonly MetadataObjectData? Data; /// /// Gets an empty . /// public static MetadataObject Empty => new (MetadataObjectData.Empty); internal MetadataObject(MetadataObjectData data) => Data = data; /// /// Gets the number of entries in the object. /// public int Count => Data?.Count ?? 0; /// /// Gets the value for the specified key. /// /// The key to look up. /// The value associated with the specified key. /// Thrown when is . /// Thrown when the key does not exist. public MetadataValue this[string key] => TryGetValue(key, out var value) ? value : throw new KeyNotFoundException($"Key '{key}' was not found in MetadataObject"); /// /// Gets an enumerable collection of keys. /// public IEnumerable Keys { get { if (Data is null) { yield break; } for (var i = 0; i < Data.Count; i++) { yield return Data.GetEntry(i).Key; } } } /// /// Gets an enumerable collection of values. /// public IEnumerable Values { get { if (Data is null) { yield break; } for (var i = 0; i < Data.Count; i++) { yield return Data.GetEntry(i).Value; } } } /// /// Gets the value indicating whether this object only contains primitive values. /// Uses the method internally. /// public bool HasOnlyPrimitiveChildren => Data?.HasOnlyPrimitiveChildren ?? true; /// /// Determines whether the object contains the specified key. /// /// The key to look up. /// if the key exists; otherwise, . /// Thrown when is . public bool ContainsKey(string key) { if (key is null) { throw new ArgumentNullException(nameof(key)); } return Data is not null && Data.TryGetValue(key, out _); } /// /// Attempts to get the value for the specified key. /// /// The key to look up. /// When this method returns, contains the value if the key was found. /// if the key was found; otherwise, . /// Thrown when is . public bool TryGetValue(string key, out MetadataValue value) { if (key is null) { throw new ArgumentNullException(nameof(key)); } if (Data is not null) { return Data.TryGetValue(key, out value); } value = default; return false; } // Typed getters for convenience /// /// Attempts to get a boolean value for the specified key. /// /// The key to look up. /// When this method returns, contains the boolean value if found. /// if the key exists and the value is a boolean; otherwise, . /// Thrown when is . public bool TryGetBoolean(string key, out bool value) { if (TryGetValue(key, out var mv) && mv.TryGetBoolean(out value)) { return true; } value = false; return false; } /// /// Attempts to get an int64 value for the specified key. /// /// The key to look up. /// When this method returns, contains the int64 value if found. /// if the key exists and the value is an int64; otherwise, . /// Thrown when is . public bool TryGetInt64(string key, out long value) { if (TryGetValue(key, out var metadataValue) && metadataValue.TryGetInt64(out value)) { return true; } value = 0; return false; } /// /// Attempts to get a double value for the specified key. /// /// The key to look up. /// When this method returns, contains the double value if found. /// if the key exists and the value is a double; otherwise, . /// Thrown when is . public bool TryGetDouble(string key, out double value) { if (TryGetValue(key, out var metadataValue) && metadataValue.TryGetDouble(out value)) { return true; } value = 0.0; return false; } /// /// Attempts to get a string value for the specified key. /// /// The key to look up. /// When this method returns, contains the string value if found. /// if the key exists and the value is a string; otherwise, . /// Thrown when is . public bool TryGetString(string key, out string? value) { if (TryGetValue(key, out var metadataValue) && metadataValue.TryGetString(out value)) { return true; } value = null; return false; } /// /// Attempts to get a decimal value for the specified key. /// /// The key to look up. /// When this method returns, contains the decimal value if found. /// if the key exists and the value is a decimal; otherwise, . /// Thrown when is . public bool TryGetDecimal(string key, out decimal value) { if (TryGetValue(key, out var metadataValue) && metadataValue.TryGetDecimal(out value)) { return true; } value = 0; return false; } /// /// Attempts to get a value for the specified key. /// /// The key to look up. /// When this method returns, contains the array value if found. /// if the key exists and the value is an array; otherwise, . /// Thrown when is . public bool TryGetArray(string key, out MetadataArray value) { if (TryGetValue(key, out var metadataValue) && metadataValue.TryGetArray(out value)) { return true; } value = default; return false; } /// /// Attempts to get a value for the specified key. /// /// The key to look up. /// When this method returns, contains the object value if found. /// if the key exists and the value is an object; otherwise, . /// Thrown when is . public bool TryGetObject(string key, out MetadataObject value) { if (TryGetValue(key, out var metadataValue) && metadataValue.TryGetObject(out value)) { return true; } value = default; return false; } /// /// Creates a from the specified properties. /// /// The properties to include. /// The created object. /// Thrown when a property key is . public static MetadataObject Create(params (string Key, MetadataValue Value)[]? properties) => Create(null, properties); /// /// Creates a from the specified properties. /// /// The key comparer used for lookups. /// The properties to include. /// The created object. /// Thrown when a property key is . public static MetadataObject Create( IEqualityComparer? keyComparer, params (string Key, MetadataValue Value)[]? properties ) { if (properties is null || properties.Length == 0) { return Empty; } var entries = new KeyValuePair[properties.Length]; for (var i = 0; i < properties.Length; i++) { var key = properties[i].Key ?? throw new ArgumentNullException(nameof(properties), "Key cannot be null."); entries[i] = new KeyValuePair(key, properties[i].Value); } return new MetadataObject(new MetadataObjectData(entries, keyComparer)); } /// /// Gets a value-type enumerator for the object. /// /// The enumerator. public Enumerator GetEnumerator() => new (this); /// /// Gets a reference-type enumerator for the object. /// /// The enumerator. IEnumerator> IEnumerable>.GetEnumerator() => GetEnumerator(); /// /// Gets a non-generic enumerator for the object. /// /// The enumerator. IEnumerator IEnumerable.GetEnumerator() => GetEnumerator(); /// /// Determines whether this instance and another specified have the same value. /// /// The other object to compare. /// if the objects are equal; otherwise, . public bool Equals(MetadataObject other) { if (Data is null && other.Data is null) { return true; } if (Data is null || other.Data is null) { return false; } return Data.Equals(other.Data); } /// /// Determines whether this instance and a specified object have the same value. /// /// The object to compare. /// if the objects are equal; otherwise, . public override bool Equals(object? obj) => obj is MetadataObject other && Equals(other); /// /// Gets the hash code for this instance. /// /// The hash code. public override int GetHashCode() => Data?.GetHashCode() ?? 0; /// /// Determines whether two instances are equal. /// /// The left instance. /// The right instance. /// if the instances are equal; otherwise, . public static bool operator ==(MetadataObject left, MetadataObject right) => left.Equals(right); /// /// Determines whether two instances are not equal. /// /// The left instance. /// The right instance. /// if the instances are not equal; otherwise, . public static bool operator !=(MetadataObject left, MetadataObject right) => !left.Equals(right); /// /// Returns the string representation of this instance. /// /// The string representation. public override string ToString() => Data?.ToString() ?? EmptyObjectStringRepresentation; /// /// Value-type enumerator for . /// public struct Enumerator : IEnumerator> { private readonly KeyValuePair[]? _entries; private readonly int _count; private int _index; internal Enumerator(MetadataObject @object) { if (@object.Data is null) { _entries = null; _count = 0; } else { _entries = @object.Data.GetEntries(); _count = @object.Data.Count; } _index = -1; } /// /// Gets the current element. /// /// /// Thrown when the enumerator is positioned before the first element or after the last element. /// /// /// Thrown when the enumerator is created for an empty object and is accessed. /// public KeyValuePair Current => _entries![_index]; /// /// Gets the current element. /// object IEnumerator.Current => Current; /// /// Advances the enumerator to the next element. /// /// /// if the enumerator was successfully advanced; otherwise, . /// public bool MoveNext() { _index++; return _index < _count; } /// /// Sets the enumerator to its initial position. /// public void Reset() => _index = -1; /// /// Releases resources used by the enumerator. This is a no-op. /// public void Dispose() { } } } Light.PortableResults-0.2.0/src/Light.PortableResults/Metadata/MetadataObjectBuilder.cs000066400000000000000000000257111516707642500311500ustar00rootroot00000000000000using System; using System.Buffers; using System.Collections.Generic; namespace Light.PortableResults.Metadata; /// /// Builder for creating instances efficiently using pooled buffers. /// Entries are stored in insertion order. /// public struct MetadataObjectBuilder : IDisposable { private const int DefaultCapacity = 4; private const int DictionaryThreshold = 10; private KeyValuePair[]? _entries; private Dictionary? _indexLookup; private IEqualityComparer? _keyComparer; private bool _built; /// /// Gets the number of entries added to the builder. /// public int Count { get; private set; } /// /// Creates a new with the specified initial capacity. /// /// The initial capacity. /// The builder. /// Thrown when is less than 1. public static MetadataObjectBuilder Create(int capacity = DefaultCapacity) { if (capacity < 1) { throw new ArgumentOutOfRangeException(nameof(capacity)); } var builder = new MetadataObjectBuilder { _entries = ArrayPool>.Shared.Rent(capacity), Count = 0, _built = false }; return builder; } /// /// Creates a builder populated with the entries from the specified . /// /// The source object. /// The builder. public static MetadataObjectBuilder From(MetadataObject source) { if (source.Data is null || source.Count == 0) { return Create(); } var builder = Create(source.Count); var sourceEntries = source.Data.GetEntries(); Array.Copy(sourceEntries, builder._entries!, sourceEntries.Length); builder.Count = source.Count; return builder; } /// /// Adds a key/value entry to the builder. /// /// The entry key. /// The entry value. /// /// Thrown when the builder has already been used to build an object. /// /// Thrown when is . /// Thrown when the key already exists. public void Add(string key, MetadataValue value) { ThrowIfBuilt(); if (key is null) { throw new ArgumentNullException(nameof(key)); } if (ContainsKey(key)) { throw new ArgumentException($"Duplicate key: '{key}'.", nameof(key)); } EnsureCapacity(Count + 1); _entries![Count] = new KeyValuePair(key, value); // Update dictionary if it exists if (_indexLookup is not null) { _indexLookup[key] = Count; } Count++; } /// /// Attempts to get the value for the specified key. /// /// The key to look up. /// When this method returns, contains the value if the key was found. /// if the key was found; otherwise, . /// Thrown when is . public bool TryGetValue(string key, out MetadataValue value) { if (key is null) { throw new ArgumentNullException(nameof(key)); } var index = FindIndex(key); if (index >= 0) { value = _entries![index].Value; return true; } value = default; return false; } /// /// Determines whether the builder contains the specified key. /// /// The key to look up. /// if the key exists; otherwise, . /// Thrown when is . public bool ContainsKey(string key) { if (key is null) { throw new ArgumentNullException(nameof(key)); } return FindIndex(key) >= 0; } /// /// Replaces the value for an existing key. /// /// The key to replace. /// The new value. /// /// Thrown when the builder has already been used to build an object. /// /// Thrown when is . /// Thrown when the key does not exist. public void Replace(string key, MetadataValue value) { ThrowIfBuilt(); if (key is null) { throw new ArgumentNullException(nameof(key)); } var index = FindIndex(key); if (index < 0) { throw new KeyNotFoundException($"Key '{key}' not found."); } _entries![index] = new KeyValuePair(key, value); } /// /// Adds a key/value entry or replaces the value if the key already exists. /// /// The entry key. /// The entry value. /// /// Thrown when the builder has already been used to build an object. /// /// Thrown when is . public void AddOrReplace(string key, MetadataValue value) { ThrowIfBuilt(); if (key is null) { throw new ArgumentNullException(nameof(key)); } var existingIndex = FindIndex(key); if (existingIndex >= 0) { // Key exists, replace value _entries![existingIndex] = new KeyValuePair(key, value); return; } // Append new entry EnsureCapacity(Count + 1); _entries![Count] = new KeyValuePair(key, value); // Update dictionary if it exists if (_indexLookup is not null) { _indexLookup[key] = Count; } Count++; } /// /// Sets the comparer used for key lookup. /// /// The comparer to use. /// /// Thrown when the builder has already been used to build an object. /// public void SetKeyComparer(IEqualityComparer keyComparer) { ThrowIfBuilt(); _keyComparer = keyComparer; } /// /// Builds a from the collected entries. /// /// The created object. /// /// Thrown when the builder has already been used to build an object. /// public MetadataObject Build() { ThrowIfBuilt(); _built = true; if (Count == 0) { ReturnBuffer(); return MetadataObject.Empty; } var entries = new KeyValuePair[Count]; Array.Copy(_entries!, entries, Count); // Entries are already sorted due to sorted insertion in Add/AddOrReplace ReturnBuffer(); return new MetadataObject(new MetadataObjectData(entries, _keyComparer)); } /// /// Returns the pooled buffer to the pool if it has not already been returned. /// public void Dispose() { if (_built) { return; } ReturnBuffer(); _built = true; } private void EnsureCapacity(int required) { if (_entries is null || _entries.Length >= required) { if (_entries is null) { var capacity = Math.Max(required, DefaultCapacity); _entries = ArrayPool>.Shared.Rent(capacity); } return; } var newCapacity = Math.Max(_entries.Length * 2, required); var newEntries = ArrayPool>.Shared.Rent(newCapacity); Array.Copy(_entries, newEntries, Count); ArrayPool>.Shared.Return(_entries, clearArray: true); _entries = newEntries; } private void ReturnBuffer() { if (_entries is not null) { ArrayPool>.Shared.Return(_entries, clearArray: true); _entries = null; } } private void ThrowIfBuilt() { if (_built) { throw new InvalidOperationException("Builder has already been used to build an object."); } } /// /// Finds the index of an existing key using linear search or dictionary lookup. /// Returns the index if found, or -1 if not found. /// private int FindIndex(string key) { if (Count == 0) { return -1; } if (Count > DictionaryThreshold) { return FindIndexWithDictionary(key); } return FindIndexLinear(key); } private int FindIndexLinear(string key) { if (_keyComparer is null) { for (var i = 0; i < Count; i++) { if (key.Equals(_entries![i].Key, StringComparison.Ordinal)) { return i; } } return -1; } for (var i = 0; i < Count; i++) { if (_keyComparer.Equals(key, _entries![i].Key)) { return i; } } return -1; } private int FindIndexWithDictionary(string key) { if (_indexLookup is null) { _indexLookup = _keyComparer is null ? new Dictionary(Count) : new Dictionary(Count, _keyComparer); for (var i = 0; i < Count; i++) { _indexLookup[_entries![i].Key] = i; } } return _indexLookup.TryGetValue(key, out var index) ? index : -1; } } Light.PortableResults-0.2.0/src/Light.PortableResults/Metadata/MetadataObjectData.cs000066400000000000000000000203561516707642500304330ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.Diagnostics; using System.Text; namespace Light.PortableResults.Metadata; /// /// Internal backing storage for . Owns a single array of entries /// stored in insertion order. /// internal sealed class MetadataObjectData : IEquatable { private const int DictionaryThreshold = 10; private readonly KeyValuePair[] _entries; private readonly IEqualityComparer? _keyComparer; private string? _cachedStringRepresentation; private bool? _hasOnlyPrimitiveChildren; private Dictionary? _indexLookup; internal MetadataObjectData(KeyValuePair[] entries, IEqualityComparer? keyComparer) { _entries = entries ?? throw new ArgumentNullException(nameof(entries)); _keyComparer = keyComparer; } public static MetadataObjectData Empty { get; } = new ([], null); public int Count => _entries.Length; public bool HasOnlyPrimitiveChildren { get { if (_hasOnlyPrimitiveChildren.HasValue) { return _hasOnlyPrimitiveChildren.Value; } foreach (var kvp in _entries) { if (!kvp.Value.Kind.IsPrimitive()) { _hasOnlyPrimitiveChildren = false; return false; } } _hasOnlyPrimitiveChildren = true; return true; } } public bool Equals(MetadataObjectData? other) { if (other is null) { return false; } if (Count != other.Count) { return false; } return _keyComparer is not null ? CompareWithKeyComparer(this, other, _keyComparer) : CompareWithoutKeyComparer(this, other); } private static bool CompareWithoutKeyComparer(MetadataObjectData x, MetadataObjectData y) { Debug.Assert(x.Count == y.Count); for (var i = 0; i < x._entries.Length; i++) { var xEntry = x._entries[i]; var yEntry = y._entries[i]; if (!string.Equals(xEntry.Key, yEntry.Key, StringComparison.Ordinal) || !xEntry.Value.Equals(yEntry.Value)) { return false; } } return true; } private static bool CompareWithKeyComparer( MetadataObjectData x, MetadataObjectData y, IEqualityComparer keyComparer ) { Debug.Assert(x.Count == y.Count); for (var i = 0; i < x._entries.Length; i++) { var xEntry = x._entries[i]; var yEntry = y._entries[i]; if (!keyComparer.Equals(xEntry.Key, yEntry.Key) || !xEntry.Value.Equals(yEntry.Value)) { return false; } } return true; } public ref readonly KeyValuePair GetEntry(int index) => ref _entries[index]; public bool TryGetValue(string key, out MetadataValue value) { if (key is null) { throw new ArgumentNullException(nameof(key)); } var index = FindIndex(key); if (index >= 0) { value = _entries[index].Value; return true; } value = default; return false; } private int FindIndex(string key) => _entries.Length switch { 0 => -1, > DictionaryThreshold => FindIndexWithDictionary(key), _ => FindIndexLinear(key) }; private int FindIndexLinear(string key) { return _keyComparer is null ? FindIndexLinearWithoutKeyComparer(_entries, key) : FindIndexLinearWithKeyComparer(_entries, key, _keyComparer); static int FindIndexLinearWithoutKeyComparer(KeyValuePair[] entries, string key) { for (var i = 0; i < entries.Length; i++) { if (key.Equals(entries[i].Key, StringComparison.Ordinal)) { return i; } } return -1; } static int FindIndexLinearWithKeyComparer( KeyValuePair[] entries, string key, IEqualityComparer comparer ) { for (var i = 0; i < entries.Length; i++) { if (comparer.Equals(key, entries[i].Key)) { return i; } } return -1; } } private int FindIndexWithDictionary(string key) { if (_indexLookup is null) { var dictionary = _keyComparer is null ? new Dictionary(_entries.Length) : new Dictionary(_entries.Length, _keyComparer); for (var i = 0; i < _entries.Length; i++) { dictionary[_entries[i].Key] = i; } _indexLookup = dictionary; } return _indexLookup.TryGetValue(key, out var index) ? index : -1; } public KeyValuePair[] GetEntries() => _entries; public override bool Equals(object? obj) => Equals(obj as MetadataObjectData); public override int GetHashCode() { var hash = new HashCode(); for (var i = 0; i < _entries.Length; i++) { hash.Add(_entries[i].Key); hash.Add(_entries[i].Value); } return hash.ToHashCode(); } public override string ToString() => _cachedStringRepresentation ??= CreateStringRepresentation(_entries); private static string CreateStringRepresentation(KeyValuePair[] entries) { switch (entries.Length) { case 0: return MetadataObject.EmptyObjectStringRepresentation; case 1: { var kvp = entries[0]; return $"{{\"{kvp.Key}\": {kvp.Value.ToString()}}}"; } case 2: { var kvp1 = entries[0]; var kvp2 = entries[1]; return $"{{\"{kvp1.Key}\": {kvp1.Value.ToString()}, \"{kvp2.Key}\": {kvp2.Value.ToString()}}}"; } case 3: { var kvp1 = entries[0]; var kvp2 = entries[1]; var kvp3 = entries[2]; return $"{{\"{kvp1.Key}\": {kvp1.Value.ToString()}, \"{kvp2.Key}\": {kvp2.Value.ToString()}, \"{kvp3.Key}\": {kvp3.Value.ToString()}}}"; } case 4: { var kvp1 = entries[0]; var kvp2 = entries[1]; var kvp3 = entries[2]; var kvp4 = entries[3]; return $"{{\"{kvp1.Key}\": {kvp1.Value.ToString()}, \"{kvp2.Key}\": {kvp2.Value.ToString()}, \"{kvp3.Key}\": {kvp3.Value.ToString()}, \"{kvp4.Key}\": {kvp4.Value.ToString()}}}"; } case 5: { var kvp1 = entries[0]; var kvp2 = entries[1]; var kvp3 = entries[2]; var kvp4 = entries[3]; var kvp5 = entries[4]; return $"{{\"{kvp1.Key}\": {kvp1.Value.ToString()}, \"{kvp2.Key}\": {kvp2.Value.ToString()}, \"{kvp3.Key}\": {kvp3.Value.ToString()}, \"{kvp4.Key}\": {kvp4.Value.ToString()}, \"{kvp5.Key}\": {kvp5.Value.ToString()}}}"; } default: var builder = new StringBuilder(); builder.Append('{'); for (var i = 0; i < entries.Length; i++) { if (i > 0) { builder.Append(", "); } var kvp = entries[i]; builder.Append('"'); builder.Append(kvp.Key); builder.Append("\": "); builder.Append(kvp.Value.ToString()); } builder.Append('}'); return builder.ToString(); } } } Light.PortableResults-0.2.0/src/Light.PortableResults/Metadata/MetadataObjectExtensions.cs000066400000000000000000000144741516707642500317250ustar00rootroot00000000000000using System; // ReSharper disable ConvertToExtensionBlock namespace Light.PortableResults.Metadata; /// /// Extension methods for including merge operations. /// public static class MetadataObjectExtensions { /// /// Merges metadata only if needed, returning the existing reference when incoming is empty /// or references are equal. /// /// The existing metadata (can be null). /// The incoming metadata (can be null). /// The merge strategy to use. /// The merged metadata, or the existing/incoming reference if no merge is needed. public static MetadataObject? MergeIfNeeded( MetadataObject? existing, MetadataObject? incoming, MetadataMergeStrategy strategy = MetadataMergeStrategy.AddOrReplace ) { if (incoming is null || incoming.Value.Count == 0) { return existing; } if (existing is null || existing.Value.Count == 0) { return incoming; } // Check if both dictionaries contain the same content - only merge if this is not the case return existing.Value == incoming.Value ? existing : existing.Value.Merge(incoming.Value, strategy); } /// /// Merges two instances according to the specified strategy. /// /// The original metadata object. /// The incoming metadata object. /// The merge strategy to use. /// The merged metadata object. /// Thrown when is and a duplicate key is found. /// Thrown when is not a recognized value. public static MetadataObject Merge( this MetadataObject original, MetadataObject incoming, MetadataMergeStrategy strategy = MetadataMergeStrategy.AddOrReplace ) { if (incoming.Count == 0) { return original; } if (original.Count == 0) { return incoming; } if (original == incoming) { return original; } using var builder = MetadataObjectBuilder.From(original); foreach (var kvp in incoming) { var key = kvp.Key; var incomingValue = kvp.Value; if (!builder.TryGetValue(key, out var existingValue)) { builder.Add(key, incomingValue); continue; } switch (strategy) { case MetadataMergeStrategy.AddOrReplace: builder.Replace(key, MergeValues(existingValue, incomingValue, strategy)); break; case MetadataMergeStrategy.PreserveExisting: // Keep existing, do nothing break; case MetadataMergeStrategy.FailOnConflict: throw new InvalidOperationException($"Duplicate metadata key '{key}'."); default: throw new ArgumentOutOfRangeException(nameof(strategy), strategy, "Unknown merge strategy."); } } return builder.Build(); } private static MetadataValue MergeValues( MetadataValue left, MetadataValue right, MetadataMergeStrategy strategy ) { if (left.Kind == MetadataKind.Object && right.Kind == MetadataKind.Object && left.TryGetObject(out var leftObj) && right.TryGetObject(out var rightObj)) { return MetadataValue.FromObject(leftObj.Merge(rightObj, strategy)); } // Scalars and arrays are replaced wholesale return right; } /// /// Creates a new with an additional property. /// /// The original metadata object. /// The key of the property to add or replace. /// The value of the property. /// A new with the additional property. public static MetadataObject With(this MetadataObject metadata, string key, MetadataValue value) { using var builder = MetadataObjectBuilder.From(metadata); builder.AddOrReplace(key, value); return builder.Build(); } /// /// Creates a new with additional properties. /// /// The original metadata object. /// The properties to add or replace. /// A new with the additional properties. public static MetadataObject With( this MetadataObject metadata, params (string Key, MetadataValue Value)[]? properties ) { if (properties is null || properties.Length == 0) { return metadata; } using var builder = MetadataObjectBuilder.From(metadata); foreach (var (key, value) in properties) { builder.AddOrReplace(key, value); } return builder.Build(); } /// /// Determines whether any metadata entries contain a value annotated with the specified /// flag. /// /// The metadata object to inspect. /// The annotation flag to look for on each value. /// true if at least one value has the annotation; otherwise, false. public static bool HasAnyValuesWithAnnotation(this MetadataObject metadata, MetadataValueAnnotation annotation) { foreach (var keyValuePair in metadata) { if (keyValuePair.Value.HasAnnotation(annotation)) { return true; } } return false; } } Light.PortableResults-0.2.0/src/Light.PortableResults/Metadata/MetadataPayload.cs000066400000000000000000000030741516707642500300220ustar00rootroot00000000000000using System.Runtime.InteropServices; namespace Light.PortableResults.Metadata; /// /// /// Internal storage for . Uses explicit layout to minimize memory: /// /// /// - and share offset 0 (union-style, 8 bytes). Only one is /// meaningful at a time, determined by . /// /// /// - is at offset 8 to avoid overlapping with the primitives. This separation /// is critical: the .NET GC tracks object references, and if Ref overlapped with I64/F64, the GC /// could misinterpret a raw integer as a pointer, causing crashes or heap corruption. /// /// /// Total struct size: 16 bytes (8 for primitives + 8 for reference on 64-bit systems). /// /// [StructLayout(LayoutKind.Explicit)] internal readonly record struct MetadataPayload { public MetadataPayload(long int64) => Int64 = int64; public MetadataPayload(double float64) => Float64 = float64; public MetadataPayload(object? reference) => Reference = reference; // Int64 and Float64 overlap at offset 0 - only one is valid based on MetadataKind [field: FieldOffset(0)] public long Int64 { get; } [field: FieldOffset(0)] public double Float64 { get; } // Ref is at offset 8 (after the 8-byte primitives) to keep it separate from Int64/Float64. // This prevents the GC from misinterpreting primitive values as object references. [field: FieldOffset(8)] public object? Reference { get; } } Light.PortableResults-0.2.0/src/Light.PortableResults/Metadata/MetadataValue.cs000066400000000000000000000504571516707642500275140ustar00rootroot00000000000000using System; using System.Globalization; namespace Light.PortableResults.Metadata; /// /// Represents a JSON-compatible metadata value. This is a discriminated union /// that can hold null, boolean, int64, double, string, array, or object values. /// public readonly struct MetadataValue : IEquatable { /// /// Gets the default annotation for metadata values, which is . /// public const MetadataValueAnnotation DefaultAnnotation = MetadataValueAnnotation.SerializeInBodies; private readonly MetadataPayload _payload; private MetadataValue( MetadataKind kind, MetadataPayload payload, MetadataValueAnnotation annotation = DefaultAnnotation ) { Kind = kind; _payload = payload; Annotation = annotation; } /// /// Gets the kind of value stored in this instance. /// public MetadataKind Kind { get; } /// /// Gets the annotation that specifies where this value should be serialized in HTTP responses. /// public MetadataValueAnnotation Annotation { get; } /// /// Gets a representing a null value. /// public static MetadataValue Null => new (MetadataKind.Null, default); /// /// Creates a representing a null value with the specified annotation. /// /// The serialization annotation. /// The metadata value. public static MetadataValue FromNull( MetadataValueAnnotation annotation = DefaultAnnotation ) => new (MetadataKind.Null, default, annotation); /// /// Creates a from a boolean. /// /// The boolean value. /// The serialization annotation. /// The metadata value. public static MetadataValue FromBoolean( bool value, MetadataValueAnnotation annotation = DefaultAnnotation ) => new (MetadataKind.Boolean, new MetadataPayload(value ? 1L : 0L), annotation); /// /// Creates a from an int64 value. /// /// The int64 value. /// The serialization annotation. /// The metadata value. public static MetadataValue FromInt64( long value, MetadataValueAnnotation annotation = DefaultAnnotation ) => new (MetadataKind.Int64, new MetadataPayload(value), annotation); /// /// Creates a from a double value. /// /// The double value. /// The serialization annotation. /// The metadata value. /// /// Thrown when is NaN or Infinity. /// public static MetadataValue FromDouble( double value, MetadataValueAnnotation annotation = DefaultAnnotation ) { if (double.IsNaN(value) || double.IsInfinity(value)) { throw new ArgumentException("NaN and Infinity are not allowed in metadata values.", nameof(value)); } return new MetadataValue(MetadataKind.Double, new MetadataPayload(value), annotation); } /// /// Creates a from a string value. /// /// The string value. /// The serialization annotation. /// The metadata value. public static MetadataValue FromString( string? value, MetadataValueAnnotation annotation = DefaultAnnotation ) => value is null ? Null : new MetadataValue(MetadataKind.String, new MetadataPayload(value), annotation); /// /// Creates a from a decimal value. /// /// The decimal value. /// The serialization annotation. /// The metadata value. public static MetadataValue FromDecimal( decimal value, MetadataValueAnnotation annotation = DefaultAnnotation ) { var @string = value.ToString(CultureInfo.InvariantCulture); return new MetadataValue(MetadataKind.String, new MetadataPayload(@string), annotation); } /// /// Creates a from a . /// /// The array value. /// The serialization annotation. /// The metadata value. /// /// Thrown when includes CloudEvents extension attribute serialization. /// Also thrown when includes header serialization /// and contains non-primitive children. /// public static MetadataValue FromArray( MetadataArray array, MetadataValueAnnotation annotation = DefaultAnnotation ) { ValidateArrayAnnotation(array, annotation); return new MetadataValue(MetadataKind.Array, new MetadataPayload(array.Data), annotation); } /// /// Creates a from a . /// /// The object value. /// The serialization annotation. /// The metadata value. /// /// Thrown when includes header serialization. /// public static MetadataValue FromObject( MetadataObject @object, MetadataValueAnnotation annotation = DefaultAnnotation ) { if ((annotation & MetadataValueAnnotation.SerializeInHttpHeader) != 0) { throw new ArgumentException( "Objects cannot be serialized as HTTP headers. Use SerializeInHttpResponseBody instead.", nameof(annotation) ); } if ((annotation & MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes) != 0) { throw new ArgumentException( "Objects cannot be serialized as CloudEvents extension attributes. Use SerializeInCloudEventsData instead.", nameof(annotation) ); } return new MetadataValue(MetadataKind.Object, new MetadataPayload(@object.Data), annotation); } private static void ValidateArrayAnnotation(MetadataArray array, MetadataValueAnnotation annotation) { if ((annotation & MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes) != 0) { throw new ArgumentException( "Arrays cannot be serialized as CloudEvents extension attributes. Use SerializeInCloudEventsData instead.", nameof(annotation) ); } if (array.HasOnlyPrimitiveChildren) { return; } if ((annotation & MetadataValueAnnotation.SerializeInHttpHeader) != 0) { throw new ArgumentException( "Arrays containing nested arrays or objects cannot be serialized as HTTP headers.", nameof(annotation) ); } } // Implicit conversions for ergonomics /// /// Converts a boolean to a . /// /// The boolean value. /// The metadata value. public static implicit operator MetadataValue(bool value) => FromBoolean(value); /// /// Converts an int32 to a . /// /// The int32 value. /// The metadata value. public static implicit operator MetadataValue(int value) => FromInt64(value); /// /// Converts an int64 to a . /// /// The int64 value. /// The metadata value. public static implicit operator MetadataValue(long value) => FromInt64(value); /// /// Converts a float to a . /// /// The float value. /// The metadata value. /// /// Thrown when is NaN or Infinity. /// public static implicit operator MetadataValue(float value) => FromDouble(value); /// /// Converts a double to a . /// /// The double value. /// The metadata value. /// /// Thrown when is NaN or Infinity. /// public static implicit operator MetadataValue(double value) => FromDouble(value); /// /// Converts a decimal to a . /// /// The decimal value. /// The metadata value. public static implicit operator MetadataValue(decimal value) => FromDecimal(value); /// /// Converts a string to a . /// /// The string value. /// The metadata value. public static implicit operator MetadataValue(string? value) => FromString(value); /// /// Converts a to a . /// /// The array value. /// The metadata value. public static implicit operator MetadataValue(MetadataArray array) => FromArray(array); /// /// Converts a to a . /// /// The object value. /// The metadata value. public static implicit operator MetadataValue(MetadataObject obj) => FromObject(obj); // Typed getters /// /// Gets the value indicating whether this instance represents null. /// public bool IsNull => Kind == MetadataKind.Null; /// /// Attempts to get a boolean value. /// /// When this method returns, contains the boolean value if present. /// if the value is a boolean; otherwise, . public bool TryGetBoolean(out bool value) { if (Kind == MetadataKind.Boolean) { value = _payload.Int64 != 0; return true; } value = false; return false; } /// /// Attempts to get an int64 value. /// /// When this method returns, contains the int64 value if present. /// if the value is an int64; otherwise, . public bool TryGetInt64(out long value) { if (Kind == MetadataKind.Int64) { value = _payload.Int64; return true; } value = 0; return false; } /// /// Attempts to get a double value. /// /// When this method returns, contains the double value if present. /// if the value is a double; otherwise, . public bool TryGetDouble(out double value) { if (Kind == MetadataKind.Double) { value = _payload.Float64; return true; } value = 0; return false; } /// /// Attempts to get a string value. /// /// When this method returns, contains the string value if present. /// if the value is a string; otherwise, . public bool TryGetString(out string? value) { if (Kind == MetadataKind.String) { value = (string?) _payload.Reference; return true; } value = null; return false; } /// /// Attempts to get a decimal value. /// /// When this method returns, contains the decimal value if present. /// if the value can be represented as a decimal; otherwise, . public bool TryGetDecimal(out decimal value) { switch (Kind) { case MetadataKind.String when _payload.Reference is string @string: return decimal.TryParse(@string, NumberStyles.Number, CultureInfo.InvariantCulture, out value); case MetadataKind.Double: try { value = (decimal) _payload.Float64; return true; } catch (OverflowException) { value = 0; return false; } case MetadataKind.Int64: value = _payload.Int64; return true; default: value = 0; return false; } } /// /// Attempts to get a value. /// /// When this method returns, contains the array value if present. /// if the value is an array; otherwise, . public bool TryGetArray(out MetadataArray value) { if (Kind == MetadataKind.Array && _payload.Reference is MetadataArrayData data) { value = new MetadataArray(data); return true; } value = default; return false; } /// /// Attempts to get a value. /// /// When this method returns, contains the object value if present. /// if the value is an object; otherwise, . public bool TryGetObject(out MetadataObject value) { if (Kind == MetadataKind.Object && _payload.Reference is MetadataObjectData data) { value = new MetadataObject(data); return true; } value = default; return false; } /// /// Gets the value as a . /// /// The array value. /// Thrown when the value is not an array. public MetadataArray AsArray() => TryGetArray(out var arr) ? arr : throw new InvalidOperationException($"Cannot convert {Kind} to Array."); /// /// Gets the value as a . /// /// The object value. /// Thrown when the value is not an object. public MetadataObject AsObject() => TryGetObject(out var obj) ? obj : throw new InvalidOperationException($"Cannot convert {Kind} to Object."); /// /// Determines whether this instance and another specified have the same value. /// /// The other value to compare. /// if the values are equal; otherwise, . public bool Equals(MetadataValue other) { if (Kind != other.Kind) { return false; } return Kind switch { MetadataKind.Null => true, MetadataKind.Boolean or MetadataKind.Int64 => _payload.Int64 == other._payload.Int64, MetadataKind.Double => _payload.Float64.Equals(other._payload.Float64), MetadataKind.String => string.Equals( (string?) _payload.Reference, (string?) other._payload.Reference, StringComparison.Ordinal ), MetadataKind.Array => ((MetadataArrayData?) _payload.Reference)?.Equals( (MetadataArrayData?) other._payload.Reference ) ?? false, MetadataKind.Object => ((MetadataObjectData?) _payload.Reference)?.Equals( (MetadataObjectData?) other._payload.Reference ) ?? false, _ => false }; } /// /// Determines whether this instance and a specified object have the same value. /// /// The object to compare. /// if the objects are equal; otherwise, . public override bool Equals(object? obj) => obj is MetadataValue other && Equals(other); /// /// Gets the hash code for this instance. /// /// The hash code. public override int GetHashCode() { var hashCodeBuilder = new HashCode(); hashCodeBuilder.Add(Kind); switch (Kind) { case MetadataKind.Null: break; case MetadataKind.Boolean or MetadataKind.Int64: hashCodeBuilder.Add(_payload.Int64); break; case MetadataKind.Double: hashCodeBuilder.Add(_payload.Float64); break; case MetadataKind.String or MetadataKind.Array or MetadataKind.Object: hashCodeBuilder.Add(_payload.Reference?.GetHashCode() ?? 0); break; } return hashCodeBuilder.ToHashCode(); } /// /// Determines whether two instances are equal. /// /// The left instance. /// The right instance. /// if the instances are equal; otherwise, . public static bool operator ==(MetadataValue left, MetadataValue right) => left.Equals(right); /// /// Determines whether two instances are not equal. /// /// The left instance. /// The right instance. /// if the instances are not equal; otherwise, . public static bool operator !=(MetadataValue left, MetadataValue right) => !left.Equals(right); /// /// Returns the string representation of this instance. /// /// The string representation. /// Thrown when the value kind is unknown. public override string ToString() => Kind switch { MetadataKind.Null => "null", MetadataKind.Boolean => _payload.Int64 != 0 ? "true" : "false", MetadataKind.Int64 => _payload.Int64.ToString(CultureInfo.InvariantCulture), MetadataKind.Double => _payload.Float64.ToString(CultureInfo.InvariantCulture), MetadataKind.String => $"\"{_payload.Reference}\"", MetadataKind.Array => ((MetadataArrayData?) _payload.Reference)?.ToString() ?? MetadataArray.EmptyArrayStringRepresentation, MetadataKind.Object => "{...}", _ => throw new InvalidOperationException($"Kind '{Kind}' is unknown") }; } Light.PortableResults-0.2.0/src/Light.PortableResults/Metadata/MetadataValueAnnotation.cs000066400000000000000000000032211516707642500315320ustar00rootroot00000000000000using System; namespace Light.PortableResults.Metadata; /// /// Specifies where a metadata value should be serialized. /// [Flags] public enum MetadataValueAnnotation { /// /// No annotation specified. Metadata will not be serialized. /// None = 0, /// /// Serialize this value in the HTTP response body. /// SerializeInHttpResponseBody = 1, /// /// Serialize this value as an HTTP response header. /// Only valid for primitive types and arrays of primitives. /// SerializeInHttpHeader = 2, /// /// Serialize this value in both the HTTP response body and as a header. /// SerializeInHttpHeaderAndBody = SerializeInHttpResponseBody | SerializeInHttpHeader, /// /// Serialize this value inside the CloudEvents data payload. /// SerializeInCloudEventsData = 4, /// /// Serialize this value as a CloudEvents extension attribute. /// Only valid for primitive types. /// SerializeInCloudEventsExtensionAttributes = 8, /// /// Serialize this value in both CloudEvents extension attributes and in the CloudEvents data payload. /// SerializeInCloudEventsExtensionAttributesAndData = SerializeInCloudEventsData | SerializeInCloudEventsExtensionAttributes, /// /// Serialize this value in both HTTP response bodies and CloudEvents data payloads. /// SerializeInBodies = SerializeInHttpResponseBody | SerializeInCloudEventsData } Light.PortableResults-0.2.0/src/Light.PortableResults/Metadata/MetadataValueExtensions.cs000066400000000000000000000013761516707642500315700ustar00rootroot00000000000000namespace Light.PortableResults.Metadata; /// /// Provides extensions for . /// public static class MetadataValueExtensions { /// /// Determines whether the provided contains the specified flag. /// /// The metadata value whose annotations are inspected. /// The annotation flag to look for. /// true if the metadata value has the annotation; otherwise, false. public static bool HasAnnotation(this MetadataValue value, MetadataValueAnnotation annotation) => (value.Annotation & annotation) == annotation; } Light.PortableResults-0.2.0/src/Light.PortableResults/Metadata/README.md000066400000000000000000000051761516707642500257250ustar00rootroot00000000000000# Metadata System Architecture ## Internal vs Public Types Decision This document explains the architectural decision to keep certain backing types internal while exposing a clean public API. ## Public API Surface The following types constitute the public API: - **`MetadataObject`** - Immutable dictionary-like structure with string keys and `MetadataValue` values - **`MetadataArray`** - Immutable array of `MetadataValue` items - **`MetadataValue`** - Discriminated union representing various value types ## Internal Implementation Types The following types are intentionally kept **internal**: - **`MetadataObjectData`** - Backing storage for `MetadataObject` - **`MetadataArrayData`** - Backing storage for `MetadataArray` - **`MetadataPayload`** - Union-style memory layout for `MetadataValue` storage ## Rationale for Keeping Types Internal ### 1. No Consumer Benefit Users interact exclusively with `MetadataObject` and `MetadataArray`. The backing types provide no additional functionality that isn't already exposed through the public API. Exposing them would only increase API surface area without adding value. ### 2. Preserve Optimization Freedom The internal types contain performance optimizations that may need to evolve: - **Lazy dictionary creation**: `MetadataObjectData` uses linear search for ≤8 entries, then lazily builds a dictionary for larger collections - **Memory layout**: `MetadataPayload` uses explicit struct layout with overlapping fields to minimize memory footprint (16 bytes total) Making these public would lock us into these implementation details forever, preventing future optimizations. ### 3. Prevent Breaking Changes Once public, any change to these types becomes a breaking change: - Cannot modify the `MetadataPayload` explicit layout - Cannot change the dictionary threshold constant - Cannot refactor internal storage strategies - Cannot add/remove/modify public members without breaking consumers ### 4. Encapsulation and Immutability The internal types expose methods like `GetEntries()` and `GetValues()` that return the backing arrays. If made public, this would: - Break immutability guarantees (consumers could mutate the arrays) - Expose implementation details that should remain hidden - Create maintenance burden requiring defensive copies ### 5. Clear Separation of Concerns The current design follows a clean facade pattern: ``` Public API (MetadataObject/MetadataArray) ↓ delegates to Internal Storage (MetadataObjectData/MetadataArrayData) ↓ uses Internal Primitives (MetadataPayload) ``` This separation allows the public API to remain stable while internal implementation evolves. Light.PortableResults-0.2.0/src/Light.PortableResults/MetadataExtensions/000077500000000000000000000000001516707642500265155ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/MetadataExtensions/Tracing.cs000066400000000000000000000103131516707642500304310ustar00rootroot00000000000000// ReSharper disable ConvertToExtensionBlock -- see comment in MetadataExtensions.cs for details using Light.PortableResults.Metadata; namespace Light.PortableResults.MetadataExtensions; /// /// Provides extension methods for tracing metadata on result types. /// public static class Tracing { /// /// The key used to identify the source in metadata. /// public const string SourceKey = "source"; /// /// The key used to identify the correlation ID in metadata. /// public const string CorrelationIdKey = "correlationId"; /// /// Returns a new result with the specified source added to metadata. /// /// The source identifier (e.g., service name). /// The result to add source metadata to. /// The type implementing . /// A new result with the source metadata. public static T WithSource(this T result, string source) where T : struct, ICanReplaceMetadata { return result.MergeMetadata((SourceKey, source)); } /// /// Returns a new result with the specified correlation ID added to metadata. /// /// The correlation ID (e.g., trace ID, request ID). /// The result to add source metadata to. /// The type implementing . /// A new result with the correlation ID metadata. public static T WithCorrelationId(this T result, string correlationId) where T : struct, ICanReplaceMetadata { return result.MergeMetadata((CorrelationIdKey, correlationId)); } /// /// Returns a new result with the specified tracing metadata added. /// /// The source identifier (e.g., service name). /// The correlation ID (e.g., trace ID, request ID). /// The result to add source metadata to. /// The type implementing . /// A new result with the tracing metadata. public static T WithTracing( this T result, string source, string correlationId ) where T : struct, ICanReplaceMetadata { return result.MergeMetadata((SourceKey, source), (CorrelationIdKey, correlationId)); } /// /// Attempts to retrieve the source identifier from the result's metadata. /// /// The source identifier if found; otherwise, null. /// The result to add source metadata to. /// The type implementing . /// true if the source was found; otherwise, false. public static bool TryGetSource(this T result, out string? source) where T : struct, ICanReplaceMetadata { if (result.Metadata?.TryGetString(SourceKey, out source) == true) { return true; } source = null; return false; } /// /// Attempts to retrieve the correlation ID from the result's metadata. /// /// The correlation ID if found; otherwise, null. /// The result to add source metadata to. /// The type implementing . /// true if the correlation ID was found; otherwise, false. public static bool TryGetCorrelationId(this T result, out string? correlationId) where T : struct, ICanReplaceMetadata { if (result.Metadata?.TryGetString(CorrelationIdKey, out correlationId) == true) { return true; } correlationId = null; return false; } } Light.PortableResults-0.2.0/src/Light.PortableResults/Result.cs000066400000000000000000000371351516707642500245330ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.Diagnostics; using System.Diagnostics.CodeAnalysis; using System.Linq; using Light.PortableResults.Metadata; namespace Light.PortableResults; /// /// Represents either a successful value of or one or more errors. /// [DebuggerDisplay("{DebuggerDisplay,nq}")] public readonly struct Result : IResultObject, IEquatable>, ICanReplaceMetadata> { private readonly Errors _errors; private readonly T? _value; /// /// Initializes a new instance of with a successful value. /// /// The non-null value. /// The optional metadata for this result. /// Thrown when is null. // ReSharper disable once MemberCanBePrivate.Global -- public API public Result(T value, MetadataObject? metadata = null) { _value = value ?? throw new ArgumentNullException(nameof(value)); _errors = default; Metadata = metadata; } /// /// Initializes a new instance of with one or more errors. /// /// The errors of this result instance. At least one error must be present. /// The optional metadata for this result. /// /// Thrown when is the default instance and thus contains no errors. /// // ReSharper disable once MemberCanBePrivate.Global -- public API public Result(Errors errors, MetadataObject? metadata = null) { if (errors.IsEmpty) { throw new ArgumentException($"{nameof(errors)} must contain at least one error", nameof(errors)); } _value = default; _errors = errors; Metadata = metadata; } /// /// Gets the value indicating whether this instance is a success. /// [MemberNotNullWhen(true, nameof(Value), nameof(_value))] public bool IsValid => _value is not null && _errors.Count is 0; /// /// Gets the successful value. Throws if this is a failure. /// /// Thrown when this result contains errors. public T Value => IsValid ? _value : throw new InvalidOperationException("Cannot access Value on a failed Result."); /// /// Returns the errors collection (empty struct on success). /// public Errors Errors => _errors; /// /// Gets the value indicating whether this instance has a value. Always returns true. /// public bool HasValue => true; /// /// Returns the first error (or throws if result contains no errors). /// /// Thrown when this result contains no errors. public Error FirstError => !IsValid ? _errors.First : throw new InvalidOperationException("Cannot access errors on a successful Result."); /// /// Gets the result-level metadata. /// public MetadataObject? Metadata { get; } /// /// Provides a string representation for the debugger. /// public string DebuggerDisplay => IsValid ? $"OK('{Value}')" : _errors.Count is 1 ? $"Fail(single error: '{FirstError.Message}')" : $"Fail({_errors.Count.ToString()} errors)"; /// /// Creates a successful result with the specified value and optional metadata. /// /// The value of the successful result. /// The optional metadata. /// The successful result. /// Thrown when is null. public static Result Ok(T value, MetadataObject? metadata = null) => new (value, metadata); /// /// Creates a failed result with a single error and optional metadata. /// /// The error of the failed result. /// The optional metadata. /// The failed result. public static Result Fail(Error singleError, MetadataObject? metadata = null) => new (new Errors(singleError), metadata); /// /// Creates a failed result with multiple errors and optional metadata. /// /// The errors of the failed result. /// The optional metadata. /// The failed result. public static Result Fail(ReadOnlyMemory manyErrors, MetadataObject? metadata = null) => new (new Errors(manyErrors), metadata); /// /// Creates a failed result with the specified errors and optional metadata. /// /// The errors of the failed result. /// The optional metadata. /// The failed result. public static Result Fail(Errors errors, MetadataObject? metadata = null) => new (errors, metadata); /// /// Attempts to get the value if this is a valid result. /// /// The value if successful; otherwise, default. /// True if result is valid; false if this is an erroneous result. [MemberNotNullWhen(true, nameof(Value))] public bool TryGetValue([MaybeNullWhen(false)] out T value) { if (IsValid) { value = _value; return true; } value = default; return false; } /// /// Returns a string representation of this result. /// public override string ToString() => IsValid ? $"Ok({Value})" : $"Fail({string.Join(", ", _errors.Select(e => e.Message))})"; /// /// Determines whether this result is equal to another result. This method compares metadata and uses the /// default Equality Comparer for values. /// /// The other result to compare. /// True if the results are equal; otherwise, false. public bool Equals(Result other) => Equals(other, compareMetadata: true, valueComparer: null); /// /// Determines whether this result is equal to another result with options to compare metadata and specify a value comparer. /// /// The other result to compare. /// Whether to compare metadata. /// The optional equality comparer for values. /// True if the results are equal; otherwise, false. public bool Equals(Result other, bool compareMetadata, IEqualityComparer? valueComparer = null) { valueComparer ??= EqualityComparer.Default; if (!_errors.Equals(other._errors, compareMetadata)) { return false; } if (!valueComparer.Equals(_value, other._value)) { return false; } if (compareMetadata) { return Metadata is null ? other.Metadata is null : other.Metadata is not null && Metadata.Value.Equals(other.Metadata.Value); } return true; } /// /// Determines whether this result is equal to the specified object. /// /// The object to compare. /// True if the object is a result and is equal to this result; otherwise, false. public override bool Equals(object? obj) => obj is Result other && Equals(other); /// /// Returns the hash code for this result. /// public override int GetHashCode() => GetHashCode(includeMetadata: true); /// /// Returns the hash code for this result with options to include metadata and specify an equality comparer. /// /// Whether to include metadata in the hash code calculation. /// The optional equality comparer for values. /// The hash code. public int GetHashCode(bool includeMetadata, IEqualityComparer? equalityComparer = null) { equalityComparer ??= EqualityComparer.Default; var hash = new HashCode(); hash.Add(_errors); hash.Add(_value, equalityComparer); if (Metadata is not null && includeMetadata) { hash.Add(Metadata); } return hash.ToHashCode(); } /// /// Determines whether two results are equal. /// public static bool operator ==(Result x, Result y) => x.Equals(y); /// /// Determines whether two results are not equal. /// public static bool operator !=(Result x, Result y) => !(x == y); /// /// Creates a new instance of this result with the metadata being replaced by the specified one. /// Pass null to clear metadata. /// /// The metadata to use, or null to clear. /// A new result instance with the specified metadata. public Result ReplaceMetadata(MetadataObject? metadata) => IsValid ? new Result(Value, metadata) : new Result(_errors, metadata); } /// /// /// Represents either a successful operation or one or more errors. /// /// /// This is a convenience type for with as the value type. /// /// [DebuggerDisplay("{DebuggerDisplay,nq}")] public readonly struct Result : IResultObject, IEquatable, ICanReplaceMetadata { private readonly Result _inner; /// /// Initializes a new instance of representing a successful operation. /// public Result() : this(Result.Ok(Unit.Value)) { } private Result(Result inner) => _inner = inner; /// /// Gets the value indicating whether this instance is a success. /// public bool IsValid => _inner.IsValid; /// Returns the errors collection (empty struct on success). public Errors Errors => _inner.Errors; /// /// Gets the value indicating whether this instance has a value. Always returns false. /// public bool HasValue => false; /// Returns the first error (or throws if result contains no errors). /// Thrown when this result contains no errors. public Error FirstError => _inner.FirstError; /// /// Provides a string representation for the debugger. /// public string DebuggerDisplay => _inner.IsValid ? "OK" : _inner.DebuggerDisplay; /// Gets the result-level metadata. public MetadataObject? Metadata => _inner.Metadata; /// /// Creates a successful result with optional metadata. /// /// The optional metadata. /// The successful result. public static Result Ok(MetadataObject? metadata = null) => new (Result.Ok(Unit.Value, metadata)); /// /// Creates a failed result with a single error and optional metadata. /// /// The error of the failed result. /// The optional metadata. /// The failed result. public static Result Fail(Error singleError, MetadataObject? metadata = null) => new (Result.Fail(singleError, metadata)); /// /// Creates a failed result with multiple errors and optional metadata. /// /// The errors of the failed result. /// The optional metadata. /// The failed result. public static Result Fail(ReadOnlyMemory errors, MetadataObject? metadata = null) => new (Result.Fail(errors, metadata)); /// /// Creates a failed result with the specified errors and optional metadata. /// /// The errors of the failed result. /// The optional metadata. /// The failed result. public static Result Fail(Errors errors, MetadataObject? metadata = null) => new (Result.Fail(errors, metadata)); /// /// Creates a new instance of this result with the metadata being replaced by the specified one. /// Pass null to clear metadata. /// /// The metadata to use, or null to clear. /// A new result instance with the specified metadata. public Result ReplaceMetadata(MetadataObject? metadata) => new (_inner.ReplaceMetadata(metadata)); /// /// Determines whether this result is equal to another result. /// /// The other result to compare. /// True if the results are equal; otherwise, false. public bool Equals(Result other) => _inner.Equals(other._inner); /// /// Determines whether this result is equal to another result with an option to compare metadata. /// /// The other result to compare. /// Whether to compare metadata. /// True if the results are equal; otherwise, false. public bool Equals(Result other, bool compareMetadata) => _inner.Equals(other._inner, compareMetadata); /// /// Determines whether this result is equal to the specified object. /// /// The object to compare. /// True if the object is a result and is equal to this result; otherwise, false. public override bool Equals(object? obj) => obj is Result other && _inner.Equals(other._inner); /// /// Returns the hash code for this result. /// public override int GetHashCode() => _inner.GetHashCode(); /// /// Returns the hash code for this result with an option to include metadata. /// /// Whether to include metadata in the hash code calculation. /// The hash code. public int GetHashCode(bool includeMetadata) => _inner.GetHashCode(includeMetadata); /// /// Determines whether two results are equal. /// public static bool operator ==(Result x, Result y) => x.Equals(y); /// /// Determines whether two results are not equal. /// public static bool operator !=(Result x, Result y) => !(x == y); /// /// Returns a string representation of this result. /// public override string ToString() => IsValid ? "OK" : $"Fail({string.Join(", ", _inner.Errors.Select(e => e.Message))})"; } Light.PortableResults-0.2.0/src/Light.PortableResults/SharedJsonSerialization/000077500000000000000000000000001516707642500275135ustar00rootroot00000000000000MetadataSerializationMode.cs000066400000000000000000000006401516707642500350460ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/SharedJsonSerializationnamespace Light.PortableResults.SharedJsonSerialization; /// /// Specifies when metadata should be serialized. /// public enum MetadataSerializationMode { /// /// Metadata is only serialized for failure payloads. /// ErrorsOnly, /// /// Metadata is always serialized for both success and failure payloads. /// Always } Light.PortableResults-0.2.0/src/Light.PortableResults/SharedJsonSerialization/Reading/000077500000000000000000000000001516707642500310645ustar00rootroot00000000000000MetadataJsonReader.cs000066400000000000000000000117761516707642500350450ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/SharedJsonSerialization/Readingusing System.Text.Json; using Light.PortableResults.Metadata; namespace Light.PortableResults.SharedJsonSerialization.Reading; /// /// Provides low-level JSON parsing helpers for metadata values. /// public static class MetadataJsonReader { /// /// Reads a from the current JSON token. /// /// The JSON reader. /// The annotation applied to parsed values. /// The parsed metadata value. public static MetadataValue ReadMetadataValue( ref Utf8JsonReader reader, MetadataValueAnnotation annotation = MetadataValueAnnotation.SerializeInHttpResponseBody ) { EnsureReaderHasToken(ref reader); return reader.TokenType switch { JsonTokenType.Null => MetadataValue.FromNull(annotation), JsonTokenType.True => MetadataValue.FromBoolean(true, annotation), JsonTokenType.False => MetadataValue.FromBoolean(false, annotation), JsonTokenType.Number => ReadNumber(ref reader, annotation), JsonTokenType.String => MetadataValue.FromString(reader.GetString(), annotation), JsonTokenType.StartArray => MetadataValue.FromArray(ReadMetadataArray(ref reader, annotation), annotation), JsonTokenType.StartObject => MetadataValue.FromObject( ReadMetadataObject(ref reader, annotation), annotation ), _ => throw new JsonException($"Unsupported JSON token '{reader.TokenType}' for MetadataValue.") }; } /// /// Reads a from the current JSON token. /// /// The JSON reader. /// The annotation applied to parsed values. /// The parsed metadata object. // ReSharper disable once CognitiveComplexity -- Parsing can be complex public static MetadataObject ReadMetadataObject( ref Utf8JsonReader reader, MetadataValueAnnotation annotation = MetadataValueAnnotation.SerializeInHttpResponseBody ) { EnsureReaderHasToken(ref reader); if (reader.TokenType == JsonTokenType.Null) { return MetadataObject.Empty; } if (reader.TokenType != JsonTokenType.StartObject) { throw new JsonException("Expected start of object for metadata."); } using var builder = MetadataObjectBuilder.Create(); while (reader.Read()) { if (reader.TokenType == JsonTokenType.EndObject) { break; } if (reader.TokenType != JsonTokenType.PropertyName) { throw new JsonException("Expected property name in metadata object."); } var propertyName = reader.GetString(); if (propertyName is null) { throw new JsonException("Metadata property names must be strings."); } if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading metadata value."); } var value = ReadMetadataValue(ref reader, annotation); builder.AddOrReplace(propertyName, value); } return builder.Build(); } /// /// Reads a from the current JSON token. /// /// The JSON reader. /// The annotation applied to parsed values. /// The parsed metadata array. public static MetadataArray ReadMetadataArray( ref Utf8JsonReader reader, MetadataValueAnnotation annotation = MetadataValueAnnotation.SerializeInHttpResponseBody ) { EnsureReaderHasToken(ref reader); if (reader.TokenType != JsonTokenType.StartArray) { throw new JsonException("Expected start of array for metadata."); } using var builder = MetadataArrayBuilder.Create(); while (reader.Read()) { if (reader.TokenType == JsonTokenType.EndArray) { break; } var value = ReadMetadataValue(ref reader, annotation); builder.Add(value); } return builder.Build(); } private static MetadataValue ReadNumber(ref Utf8JsonReader reader, MetadataValueAnnotation annotation) => reader.TryGetInt64(out var longValue) ? MetadataValue.FromInt64(longValue, annotation) : MetadataValue.FromDouble(reader.GetDouble(), annotation); private static void EnsureReaderHasToken(ref Utf8JsonReader reader) { if (reader.TokenType != JsonTokenType.None) { return; } if (!reader.Read()) { throw new JsonException("Unexpected end of JSON."); } } } SharedResultJsonReader.cs000066400000000000000000000120311516707642500357130ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/SharedJsonSerialization/Readingusing System; using System.Collections.Generic; using System.Text.Json; using Light.PortableResults.Metadata; namespace Light.PortableResults.SharedJsonSerialization.Reading; /// /// Provides transport-agnostic JSON parsing helpers for result payload fragments. /// public static class SharedResultJsonReader { /// /// Reads a rich Light.PortableResults errors array from the current JSON token. /// /// The JSON reader positioned at the start of the errors array. /// The annotation applied to parsed metadata values. /// The parsed collection, or the default instance when the array is empty. /// Thrown when the JSON shape is invalid. public static Errors ReadRichErrors( ref Utf8JsonReader reader, MetadataValueAnnotation metadataAnnotation = MetadataValueAnnotation.SerializeInHttpResponseBody ) { if (reader.TokenType != JsonTokenType.StartArray) { throw new JsonException("errors must be an array."); } var errors = new List(); while (reader.Read()) { if (reader.TokenType == JsonTokenType.EndArray) { break; } if (reader.TokenType != JsonTokenType.StartObject) { throw new JsonException("Each error must be a JSON object."); } errors.Add(ReadSingleError(ref reader, metadataAnnotation)); } return errors.Count == 0 ? default : new Errors(errors.ToArray()); } private static Error ReadSingleError(ref Utf8JsonReader reader, MetadataValueAnnotation metadataAnnotation) { string? message = null; string? code = null; string? target = null; var category = ErrorCategory.Unclassified; MetadataObject? metadata = null; while (reader.Read()) { if (reader.TokenType == JsonTokenType.EndObject) { break; } if (reader.TokenType != JsonTokenType.PropertyName) { throw new JsonException("Expected property name in error object."); } if (reader.ValueTextEquals("message")) { message = ReadRequiredString(ref reader); } else if (reader.ValueTextEquals("code")) { code = ReadOptionalString(ref reader); } else if (reader.ValueTextEquals("target")) { target = ReadOptionalString(ref reader); } else if (reader.ValueTextEquals("category")) { var categoryString = ReadOptionalString(ref reader); if (!string.IsNullOrWhiteSpace(categoryString) && !Enum.TryParse(categoryString, ignoreCase: true, out category)) { throw new JsonException($"Unknown error category '{categoryString}'."); } } else if (reader.ValueTextEquals("metadata")) { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading error metadata."); } metadata = reader.TokenType == JsonTokenType.Null ? null : MetadataJsonReader.ReadMetadataObject(ref reader, metadataAnnotation); } else { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while skipping error property."); } reader.Skip(); } } if (string.IsNullOrWhiteSpace(message)) { throw new JsonException("Error objects must include a message."); } return new Error { Message = message!, Code = code, Target = target, Category = category, Metadata = metadata }; } private static string ReadRequiredString(ref Utf8JsonReader reader) { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading string value."); } if (reader.TokenType != JsonTokenType.String) { throw new JsonException("Expected string value."); } return reader.GetString() ?? string.Empty; } private static string? ReadOptionalString(ref Utf8JsonReader reader) { if (!reader.Read()) { throw new JsonException("Unexpected end of JSON while reading string value."); } return reader.TokenType switch { JsonTokenType.Null => null, JsonTokenType.String => reader.GetString(), _ => throw new JsonException("Expected string or null value.") }; } } Light.PortableResults-0.2.0/src/Light.PortableResults/SharedJsonSerialization/Writing/000077500000000000000000000000001516707642500311365ustar00rootroot00000000000000ErrorsExtensions.cs000066400000000000000000000103001516707642500347340ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/SharedJsonSerialization/Writingusing System; using System.Text.Json; using System.Text.Json.Serialization.Metadata; using Light.PortableResults.Metadata; namespace Light.PortableResults.SharedJsonSerialization.Writing; /// /// Provides extensions to serialize Light.PortableResults errors to JSON. /// public static class ErrorsExtensions { /// /// Writes rich errors in the Light.PortableResults-native format. /// /// The JSON writer. /// The errors to serialize. /// /// When , targets are required and normalized to empty strings when whitespace. /// /// Serializer options for nested metadata serialization. /// Thrown when a validation response error has no target. public static void WriteRichErrors( this Utf8JsonWriter writer, Errors errors, bool isValidationResponse, JsonSerializerOptions serializerOptions ) { if (writer is null) { throw new ArgumentNullException(nameof(writer)); } if (serializerOptions is null) { throw new ArgumentNullException(nameof(serializerOptions)); } writer.WritePropertyName("errors"); writer.WriteStartArray(); for (var i = 0; i < errors.Count; i++) { var error = errors[i]; writer.WriteStartObject(); writer.WriteString("message", error.Message); if (error.Code is not null) { writer.WriteString("code", error.Code); } if (isValidationResponse) { var target = error.GetNormalizedTargetForValidationResponse(i); writer.WriteString("target", target); } else if (error.Target is not null) { writer.WriteString("target", error.Target); } if (error.Category != ErrorCategory.Unclassified) { writer.WriteString("category", error.Category.ToString()); } if (error.Metadata.HasValue) { var metadataTypeInfo = serializerOptions.GetTypeInfo(typeof(MetadataObject)); if (metadataTypeInfo is not JsonTypeInfo castTypeInfo) { throw new InvalidOperationException( "Could not resolve 'JsonTypeInfo'. Please ensure that your JsonSerializerOptions are configured correctly." ); } writer.WritePropertyName("metadata"); JsonSerializer.Serialize(writer, error.Metadata.Value, castTypeInfo); } writer.WriteEndObject(); } writer.WriteEndArray(); } /// /// Ensures that the property is present and returns a normalized value /// for use in HTTP validation responses. /// /// The error to inspect. /// The position of the error within the response payload. /// /// The original target when it contains a non-whitespace value, otherwise an empty string to /// represent the root object. /// /// /// Thrown when is null, which violates the requirements for /// validation responses. /// public static string GetNormalizedTargetForValidationResponse(this Error error, int errorIndex) { if (error.Target is null) { throw new InvalidOperationException( $"Error at index {errorIndex} does not have a Target set. For HTTP 400 Bad Request and HTTP 422 Unprocessable Content responses, all errors must have the Target property set. Use an empty string to indicate the root object." ); } return string.IsNullOrWhiteSpace(error.Target) ? "" : error.Target; } } MetadataExtensions.cs000066400000000000000000000135731516707642500352170ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/SharedJsonSerialization/Writingusing System; using System.Text.Json; using Light.PortableResults.Metadata; namespace Light.PortableResults.SharedJsonSerialization.Writing; /// /// Provides methods to serialize Light.PortableResults metadata values to JSON. /// public static class MetadataExtensions { /// /// Writes the metadata JSON object in a property named metadata. /// /// The System.Text.Json writer instance which writes the target JSON document. /// The metadata object to serialize. /// /// The annotation that must be present on metadata values so that they are included in the JSON document. /// /// Thrown when is null. public static void WriteMetadataPropertyAndValue( this Utf8JsonWriter writer, MetadataObject metadata, MetadataValueAnnotation requiredAnnotation ) { if (writer is null) { throw new ArgumentNullException(nameof(writer)); } writer.WritePropertyName("metadata"); writer.WriteMetadataObject(metadata, requiredAnnotation); } /// /// Writes the JSON representation for the specified metadata value. /// /// The System.Text.Json writer instance which writes the target JSON document. /// The metadata value to be written. /// /// The annotation that must be present on complex child values so that they are included in the JSON document. /// /// Thrown when is null. public static void WriteMetadataValue( this Utf8JsonWriter writer, MetadataValue value, MetadataValueAnnotation requiredAnnotation ) { if (writer is null) { throw new ArgumentNullException(nameof(writer)); } switch (value.Kind) { case MetadataKind.Null: writer.WriteNullValue(); break; case MetadataKind.Boolean: value.TryGetBoolean(out var booleanMetadataValue); writer.WriteBooleanValue(booleanMetadataValue); break; case MetadataKind.Int64: value.TryGetInt64(out var int64MetadataValue); writer.WriteNumberValue(int64MetadataValue); break; case MetadataKind.Double: value.TryGetDouble(out var doubleMetadataValue); writer.WriteNumberValue(doubleMetadataValue); break; case MetadataKind.String: value.TryGetString(out var stringMetadataValue); writer.WriteStringValue(stringMetadataValue); break; case MetadataKind.Array: value.TryGetArray(out var arrayMetadataValue); writer.WriteMetadataArray(arrayMetadataValue, requiredAnnotation); break; case MetadataKind.Object: value.TryGetObject(out var objectMetadataValue); writer.WriteMetadataObject(objectMetadataValue, requiredAnnotation); break; default: writer.WriteNullValue(); break; } } /// /// Writes the JSON representation for the specified metadata array. /// /// The System.Text.Json writer instance which writes the target JSON document. /// The metadata array to be written. /// /// The annotation that must be present on complex child values so that they are included in the JSON document. /// /// Thrown when is null. public static void WriteMetadataArray( this Utf8JsonWriter writer, MetadataArray array, MetadataValueAnnotation requiredAnnotation ) { if (writer is null) { throw new ArgumentNullException(nameof(writer)); } writer.WriteStartArray(); foreach (var metadataValue in array) { if (metadataValue.HasAnnotation(requiredAnnotation)) { writer.WriteMetadataValue(metadataValue, requiredAnnotation); } } writer.WriteEndArray(); } /// /// Writes the JSON representation for the specified metadata object. /// /// The System.Text.Json writer instance which writes the target JSON document. /// The metadata object to be written. /// /// The annotation that must be present on complex child values so that they are included in the JSON document. /// /// Thrown when is null. public static void WriteMetadataObject( this Utf8JsonWriter writer, MetadataObject metadataObject, MetadataValueAnnotation requiredAnnotation ) { if (writer is null) { throw new ArgumentNullException(nameof(writer)); } writer.WriteStartObject(); foreach (var keyValuePair in metadataObject) { if (!keyValuePair.Value.HasAnnotation(requiredAnnotation)) { continue; } writer.WritePropertyName(keyValuePair.Key); writer.WriteMetadataValue(keyValuePair.Value, requiredAnnotation); } writer.WriteEndObject(); } } SystemTextJsonWritingExtensions.cs000066400000000000000000000102311516707642500400120ustar00rootroot00000000000000Light.PortableResults-0.2.0/src/Light.PortableResults/SharedJsonSerialization/Writingusing System; using System.Diagnostics.CodeAnalysis; using System.Text.Json; using System.Text.Json.Serialization.Metadata; namespace Light.PortableResults.SharedJsonSerialization.Writing; /// /// Provides transport-agnostic JSON serialization helpers used across Light.PortableResults integrations. /// public static class SystemTextJsonWritingExtensions { /// /// Determines whether the specified has known polymorphism information /// that allows the serializer to handle type resolution without requiring runtime type checks. /// This method is copied from the .NET internal type Microsoft.AspNetCore.Http.JsonSerializerExtensions. /// /// The JSON type information to check. /// /// if the type is sealed, a value type, or has explicit polymorphism options configured; /// otherwise, . /// public static bool HasKnownPolymorphism(this JsonTypeInfo jsonTypeInfo) => jsonTypeInfo.Type.IsSealed || jsonTypeInfo.Type.IsValueType || jsonTypeInfo.PolymorphismOptions is not null; /// /// Determines whether the specified should be used to serialize /// an object of the given runtime type. /// This method is copied from the .NET internal type Microsoft.AspNetCore.Http.JsonSerializerExtensions. /// /// The JSON type information to evaluate. /// The runtime type of the object to be serialized, or . /// /// if the is , /// matches the , or the type has known polymorphism; /// otherwise, . /// public static bool ShouldUseWith(this JsonTypeInfo jsonTypeInfo, [NotNullWhen(false)] Type? runtimeType) => runtimeType is null || jsonTypeInfo.Type == runtimeType || jsonTypeInfo.HasKnownPolymorphism(); /// /// Writes a generic value using and serializer metadata from . /// /// The value type. /// The JSON writer. /// The value to serialize. /// The serializer options. /// /// Thrown when or is . /// /// Thrown when serialization metadata for the runtime type is missing. public static void WriteGenericValue(this Utf8JsonWriter writer, T? value, JsonSerializerOptions options) { if (writer is null) { throw new ArgumentNullException(nameof(writer)); } if (options is null) { throw new ArgumentNullException(nameof(options)); } if (value is null) { writer.WriteNullValue(); return; } var valueTypeInfo = options.GetTypeInfo(typeof(T)); if (valueTypeInfo is null) { throw new InvalidOperationException( $"Could not find JsonTypeInfo for type '{nameof(T)}'. Please ensure that your JsonSerializerOptions are configured correctly." ); } var runtimeType = value.GetType(); if (valueTypeInfo.ShouldUseWith(runtimeType)) { JsonSerializer.Serialize(writer, value, (JsonTypeInfo) valueTypeInfo); return; } if (!options.TryGetTypeInfo(runtimeType, out valueTypeInfo)) { throw new InvalidOperationException( $"No JSON serialization metadata was found for type '{runtimeType}' - please ensure that JsonOptions are configured properly" ); } JsonSerializer.Serialize(writer, value, valueTypeInfo); } } Light.PortableResults-0.2.0/src/Light.PortableResults/Unit.cs000066400000000000000000000015131516707642500241630ustar00rootroot00000000000000namespace Light.PortableResults; /// /// /// Represents a void-like successful value. /// /// /// In functional programming, Unit is often used as a placeholder in functions that do not return a value, /// but still want to use the Result Pattern. This library has the concept of Unit, but allows to use /// instead of Result<Unit>. Choose whichever you like best. /// actually encapsulates a Result<Unit> instance. /// . /// /// This type is internal because users should use instead of Result<Unit>. /// /// internal readonly record struct Unit { /// /// The singleton instance of . /// public static readonly Unit Value = new (); } Light.PortableResults-0.2.0/src/Light.PortableResults/packages.lock.json000066400000000000000000000170731516707642500263250ustar00rootroot00000000000000{ "version": 2, "dependencies": { ".NETStandard,Version=v2.0": { "Microsoft.Bcl.HashCode": { "type": "Direct", "requested": "[6.0.0, )", "resolved": "6.0.0", "contentHash": "GI4jcoi6eC9ZhNOQylIBaWOQjyGaR8T6N3tC1u8p3EXfndLCVNNWa+Zp+ocjvvS3kNBN09Zma2HXL0ezO0dRfw==" }, "Microsoft.Extensions.Options": { "type": "Direct", "requested": "[10.0.5, )", "resolved": "10.0.5", "contentHash": "MDaQMdUplw0AIRhWWmbLA7yQEXaLIHb+9CTroTiNS8OlI0LMXS4LCxtopqauiqGCWlRgJ+xyraVD8t6veRAFbw==", "dependencies": { 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}Light.PortableResults-0.2.0/tests/000077500000000000000000000000001516707642500170705ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/AGENTS.md000066400000000000000000000125221516707642500203750ustar00rootroot00000000000000# AGENTS.md for Automated Tests ## General Guidelines - All test projects use .NET 10 and xunit v3. - For the assertion phase of a test, always use FluentAssertions. - Do not use libraries like Moq or NSubstitute for creating test doubles. Implement test doubles manually. - Do not write test methods in nested classes. Test classes can have nested types, typically for types that represent test doubles, but test methods should always be placed in a top-level class residing directly in a C# namespace. - Try to avoid code duplication across several test methods. Refactor code by using, for example, data-driven tests, test fixtures, or factory methods. Honor the DRY and the Single Point of Truth principles. - Many types of Light.PortableResults are DDD Value Objects. In the assertion phase of a test, try to create a single expected instance to be compared with the actual SUT instead of calling `Should()` several times on properties of the SUT. ## How to Structure Tests ### Three Different Types of Tests In general, we distinguish between three types of tests: 1. Unit Tests: these are xunit test methods that completely run in memory when executed, that is, they do not make I/O calls to third-party systems like databases, web services, message brokers, etc. There is one exception to this rule: Unit Tests are allowed to read from and write to the local file system as it is always present on the executing dev machine or within CI job runners. This also involves things like `WebApplicationFactory`: the corresponding ASP.NET Core app is hosted inside the test runner process and HTTP calls are usually performed via ASP.NET Core's Test Server which acts in memory. When a called endpoint executed completely in memory (because database calls are replaced with test doubles), this is still considered a Unit Test. 2. Integration tests: these are test methods where I/O calls to third-party systems (as mentioned above) are performed. Typically, these third-party systems are made available with Testcontainers or with Aspire. In integration tests, it is allowed to replace some dependencies (to third-party systems or services) with test doubles. The defining factor is the existence of at least one I/O call that does not involve the local file system. 3. An End-to-End test is a modification of an integration test where test doubles are not allowed. Everything has to be in place as it would run in a staging or production environment. They usually test the whole chain of services and dependencies. ### We Follow the Test Pyramid We follow the test pyramid where Unit Tests are the most important part of our test suite. Integration tests and especially End-to-End tests are more complex to set up and maintain, they also take longer to run, which is why we treat them as a second line of defense. The production code should be primarily tested via Unit Tests (happy path and error/edge cases), integration tests and End-to-End tests should only cover the happy path and check if things work as expected when everything is in place. An alternative to the Test Pyramid is the Test Diamond which focuses on Integration Tests - we do not follow this approach. ### We Prefer Sociable Unit Tests In Sociable Unit Tests, the SUT's dependencies are usually not replaced with test doubles. Instead, the actual production code types are used within the test (the target unit can reference other production code units). When designing Unit Tests, first go for the type that provides the highest-level API for the test scenario. Include all types that the high-level API depends upon. Only leave out types that perform I/O calls and replace these with test doubles to keep the Unit Test isolated and fast. Use Code Coverage to find out which dependencies are not covered fully by the highest-level API tests and add these as additional tests. An alternative to this approach is the Solitary Unit Test where each dependency is replaced with a test double. We want to avoid this approach. ### Test Doubles We use the Test Double types defined in the book Xunit Test Patterns by Gerard Meszaros: - Dummy/Null Object: An object or value which is passed to the System Under Test which is irrelevant for the test scenario. A Dummy will not be called by the System Under Test, only forwarded to other dependencies. A Null Object will be called by the SUT, but the corresponding methods have no return value, the implementation of the Null Object is empty. - Stub: an object which is called by the SUT, the corresponding methods have return values and the Stube returns preconfigured data. This data is either hard-coded or can be injected by the test or test fixture. - Spy: an object which is called by the SUT, the corresponding methods have no return value and the Spy captures information about the calls. This information can then be used in the assertion phase of a test. - Mock: a combination of a Stub and a Spy. - Fake: this is a test double that replaces entire system (so called Dependent-On Component, DOC) like a database, a message broker, or a simulation. The SUT typically uses drivers which are redirected to use the Fake instead of the real third-party system. Thus, the SUT is not really aware that a Fake is in place. Avoid Fakes if possible. They usually do not behave exactly as the third-party system they replace. It is usually better to write custom test doubles which are tailored to the test scenario. Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/000077500000000000000000000000001516707642500305755ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/ContactDto.cs000066400000000000000000000003141516707642500331640ustar00rootroot00000000000000using System; namespace Light.PortableResults.AspNetCore.MinimalApis.Tests; public sealed record ContactDto { public required Guid Id { get; init; } public required string Name { get; init; } } ExtendedMinimalApiJsonContext.cs000066400000000000000000000010231516707642500367410ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Testsusing System.Text.Json.Serialization; using Light.PortableResults.Http.Writing; namespace Light.PortableResults.AspNetCore.MinimalApis.Tests; [JsonSourceGenerationOptions( PropertyNamingPolicy = JsonKnownNamingPolicy.CamelCase, GenerationMode = JsonSourceGenerationMode.Default )] [JsonSerializable(typeof(HttpResultForWriting))] [JsonSerializable(typeof(HttpResultForWriting))] [JsonSerializable(typeof(ContactDto))] public sealed partial class ExtendedMinimalApiJsonContext : JsonSerializerContext; HttpReadJsonContext.cs000066400000000000000000000014541516707642500347630ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Testsusing System.Text.Json.Serialization; using Light.PortableResults.Http.Reading.Json; namespace Light.PortableResults.AspNetCore.MinimalApis.Tests; [JsonSourceGenerationOptions( PropertyNamingPolicy = JsonKnownNamingPolicy.CamelCase, GenerationMode = JsonSourceGenerationMode.Metadata )] [JsonSerializable(typeof(ContactDto))] [JsonSerializable(typeof(int))] [JsonSerializable(typeof(string))] [JsonSerializable(typeof(HttpReadSuccessResultPayload))] [JsonSerializable(typeof(HttpReadFailureResultPayload))] [JsonSerializable(typeof(HttpReadAutoSuccessResultPayload))] [JsonSerializable(typeof(HttpReadBareSuccessResultPayload))] [JsonSerializable(typeof(HttpReadWrappedSuccessResultPayload))] public sealed partial class HttpReadJsonContext : JsonSerializerContext; IntegrationTests/000077500000000000000000000000001516707642500340245ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests72732524d2add3cc6705d17d6b6078f4dbb9dd6b.paxheader00006660000000000000000000000335151670764250020612xustar00rootroot00000000000000221 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMinimalApiResult_ShouldHonorHeaderAnnotationFlags_ForGenericResult.verified.txt 72732524d2add3cc6705d17d6b6078f4dbb9dd6b.data000066400000000000000000000004101516707642500174420ustar00rootroot00000000000000{ Status: 200 OK, Headers: { X-HeaderAndBody: "both" }, Content: { Headers: { Content-Length: 52, Content-Type: application/json }, Value: { value: ok, metadata: { X-HeaderAndBody: both } } } }cd0f9f8893d4668f004e9bf5679ac6c80bc65f3a.paxheader00006660000000000000000000000330151670764250020641xustar00rootroot00000000000000216 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMinimalApiResult_ShouldIncludeEnricherMetadata_ForErrorResult.verified.txt cd0f9f8893d4668f004e9bf5679ac6c80bc65f3a.data000066400000000000000000000010441516707642500175020ustar00rootroot00000000000000{ Status: 404 Not Found, Content: { Headers: { Content-Length: 289, Content-Type: application/problem+json }, Value: { type: https://tools.ietf.org/html/rfc9110#section-15.5.5, title: Not Found, status: 404, detail: The requested resource was not found., errors: [ { message: Contact was not found, code: ContactNotFound, target: contactId, category: NotFound } ], metadata: { enriched: true } } } }82aa6f95d03cd9a5e413952f3182d2bbd0e182c1.paxheader00006660000000000000000000000346151670764250020520xustar00rootroot00000000000000230 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMinimalApiResult_ShouldNotSerializeMetadata_WhenGenericMetadataIsHeaderOnly.verified.txt 82aa6f95d03cd9a5e413952f3182d2bbd0e182c1.data000066400000000000000000000003151516707642500173520ustar00rootroot00000000000000{ Status: 200 OK, Headers: { X-TraceId: "trace-43" }, Content: { Headers: { Content-Length: 14, Content-Type: application/json }, Value: { value: ok } } }71111b8de66f117ea9c0e8ac1313661c7fd96956.paxheader00006660000000000000000000000346151670764250020402xustar00rootroot00000000000000230 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMinimalApiResult_ShouldNotSetContentType_WhenNonGenericMetadataIsHeaderOnly.verified.txt 71111b8de66f117ea9c0e8ac1313661c7fd96956.data000066400000000000000000000002501516707642500172320ustar00rootroot00000000000000{ Response: { Status: 200 OK, Headers: { X-TraceId: "trace-42" } }, Request: http://localhost/api/extended/non-generic-header-only-metadata }ddfba1820a9e2a92cd0a20dbf639e1e614a04002.paxheader00006660000000000000000000000326151670764250020626xustar00rootroot00000000000000214 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMinimalApiResult_ShouldNotSetHeader_WhenMetadataValueIsNull.verified.txt ddfba1820a9e2a92cd0a20dbf639e1e614a04002.data000066400000000000000000000003341516707642500174630ustar00rootroot00000000000000{ Status: 200 OK, Content: { Headers: { Content-Length: 49, Content-Type: application/json }, Value: { metadata: { X-Null: null, note: non-generic } } } } 9e4c4f75c1a872016ab5e5596e906c05282279d5.paxheader00006660000000000000000000000333151670764250020247xustar00rootroot00000000000000219 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMinimalApiResult_ShouldSerializeMetadataOnly_ForNonGenericResult.verified.txt 9e4c4f75c1a872016ab5e5596e906c05282279d5.data000066400000000000000000000003271516707642500171100ustar00rootroot00000000000000{ Status: 200 OK, Content: { Headers: { Content-Length: 45, Content-Type: application/json }, Value: { metadata: { note: non-generic, count: 3 } } } }39fb189368d51891bfe0d6e9e518112bdd865317.paxheader00006660000000000000000000000345151670764250020340xustar00rootroot00000000000000229 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMinimalApiResult_ShouldSerializeMetadata_WhenMetadataSerializationIsAlways.verified.txt 39fb189368d51891bfe0d6e9e518112bdd865317.data000066400000000000000000000007651516707642500172040ustar00rootroot00000000000000{ Status: 200 OK, Content: { Headers: { Content-Length: 190, Content-Type: application/json }, Value: { metadata: { nullValue: null, boolValue: true, intValue: 42, doubleValue: 12.5, stringValue: sample, arrayValue: [ true, 7, 1.5, alpha, { inner: nested } ], objectValue: { inner: nested } } } } }c9f6aa28ef8c4a8d3c63269a8fcb484aaa9b6fba.paxheader00006660000000000000000000000330151670764250021177xustar00rootroot00000000000000216 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMinimalApiResult_ShouldSerializeValidationErrors_InRichFormat.verified.txt c9f6aa28ef8c4a8d3c63269a8fcb484aaa9b6fba.data000066400000000000000000000012701516707642500200410ustar00rootroot00000000000000{ Status: 400 Bad Request, Content: { Headers: { Content-Length: 360, Content-Type: application/problem+json }, Value: { type: https://example.org/problems/validation, title: Validation failed, status: 400, instance: /instances/validation-rich, errors: [ { message: Name is required, code: NameRequired, target: , category: Validation, metadata: { minLength: 1 } }, { message: Email is required, target: email, category: Validation } ], metadata: { source: rich } } } }81103e4fa7c42c81127a5477145962ac682f77f8.paxheader00006660000000000000000000000344151670764250020164xustar00rootroot00000000000000228 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMinimalApiResult_ShouldSerializeValidationErrors_WhenErrorCountExceedsMax.verified.txt 81103e4fa7c42c81127a5477145962ac682f77f8.data000066400000000000000000000046211516707642500170240ustar00rootroot00000000000000{ Status: 400 Bad Request, Content: { Headers: { Content-Length: 1333, Content-Type: application/problem+json }, Value: { type: https://tools.ietf.org/html/rfc9110#section-15.5.1, title: Bad Request, status: 400, detail: One or more validation errors occurred., errors: { field0: [ Validation error 0 ], field1: [ Validation error 1 ], field2: [ Validation error 2 ], field3: [ Validation error 3 ], field4: [ Validation error 4 ], field5: [ Validation error 5 ], field6: [ Validation error 6 ], field7: [ Validation error 7 ], field8: [ Validation error 8 ], field9: [ Validation error 9 ], field10: [ Validation error 10 ] }, errorDetails: [ { target: field0, index: 0, code: VAL0, category: Validation }, { target: field1, index: 0, code: VAL1, category: Validation }, { target: field2, index: 0, code: VAL2, category: Validation }, { target: field3, index: 0, code: VAL3, category: Validation }, { target: field4, index: 0, code: VAL4, category: Validation }, { target: field5, index: 0, code: VAL5, category: Validation, metadata: { index: 5 } }, { target: field6, index: 0, code: VAL6, category: Validation }, { target: field7, index: 0, code: VAL7, category: Validation }, { target: field8, index: 0, code: VAL8, category: Validation }, { target: field9, index: 0, code: VAL9, category: Validation }, { target: field10, index: 0, code: VAL10, category: Validation } ], metadata: { enriched: true } } } }cbe9258ed13a3785754af22354e1db661a45b268.paxheader00006660000000000000000000000355151670764250020375xustar00rootroot00000000000000237 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMinimalApiResult_ShouldSerializeValueAndMetadata_WhenMetadataSerializationIsAlways.verified.txt cbe9258ed13a3785754af22354e1db661a45b268.data000066400000000000000000000003431516707642500172300ustar00rootroot00000000000000{ Status: 200 OK, Content: { Headers: { Content-Length: 61, Content-Type: application/json }, Value: { value: contact-42, metadata: { source: value-metadata } } } }597d1ee90f9cbc9e05d4e1d4a3fd71950ab582e8.paxheader00006660000000000000000000000335151670764250020710xustar00rootroot00000000000000221 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMinimalApiResult_ShouldUseCustomSerializerOptions_ForGenericResult.verified.txt 597d1ee90f9cbc9e05d4e1d4a3fd71950ab582e8.data000066400000000000000000000002661516707642500175510ustar00rootroot00000000000000{ Status: 200 OK, Content: { Headers: { Content-Length: 61, Content-Type: application/json }, Value: { id: Guid_1, name: Custom } } }f6635b86faea80528cbb1c6a6608ee9b88bfa8d8.paxheader00006660000000000000000000000340151670764250020772xustar00rootroot00000000000000224 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMinimalApiResult_ShouldUseCustomSerializerOptions_ForNonGenericResult.verified.txt f6635b86faea80528cbb1c6a6608ee9b88bfa8d8.data000066400000000000000000000003001516707642500176240ustar00rootroot00000000000000{ Status: 200 OK, Content: { Headers: { Content-Length: 30, Content-Type: application/json }, Value: { metadata: { custom: true } } } }ExtendedAppIntegrationTests.cs000066400000000000000000000173231516707642500420110ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTestsusing System.Net; using System.Threading.Tasks; using FluentAssertions; using VerifyXunit; using Xunit; namespace Light.PortableResults.AspNetCore.MinimalApis.Tests.IntegrationTests; public sealed class ExtendedAppIntegrationTests { private readonly ExtendedMinimalApiApp _fixture; public ExtendedAppIntegrationTests(ExtendedMinimalApiApp fixture) => _fixture = fixture; [Fact] public async Task ToMinimalApiResult_ShouldSerializeMetadata_WhenMetadataSerializationIsAlways() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/metadata", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.OK); response.Content.Headers.ContentType?.MediaType.Should().Be("application/json"); await Verifier.Verify(response); } [Fact] public async Task ToMinimalApiResult_ShouldSerializeValueAndMetadata_WhenMetadataSerializationIsAlways() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/value-metadata", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.OK); response.Content.Headers.ContentType?.MediaType.Should().Be("application/json"); await Verifier.Verify(response); } [Fact] public async Task ToMinimalApiResult_ShouldSerializeMetadataOnly_ForNonGenericResult() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/non-generic-metadata", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.OK); response.Content.Headers.ContentType?.MediaType.Should().Be("application/json"); await Verifier.Verify(response); } [Fact] public async Task ToMinimalApiResult_ShouldSerializeValidationErrors_InRichFormat() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/validation-rich", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.BadRequest); response.Content.Headers.ContentType?.MediaType.Should().Be("application/problem+json"); await Verifier.Verify(response); } [Fact] public async Task ToMinimalApiResult_ShouldSerializeValidationErrors_WhenErrorCountExceedsMax() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/validation-fallback", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.BadRequest); response.Content.Headers.ContentType?.MediaType.Should().Be("application/problem+json"); await Verifier.Verify(response); } [Fact] public async Task ToMinimalApiResult_ShouldUseCustomSerializerOptions_ForNonGenericResult() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/custom-options", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.OK); response.Content.Headers.ContentType?.MediaType.Should().Be("application/json"); await Verifier.Verify(response); } [Fact] public async Task ToMinimalApiResult_ShouldUseCustomSerializerOptions_ForGenericResult() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/custom-options-generic", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.OK); response.Content.Headers.ContentType?.MediaType.Should().Be("application/json"); await Verifier.Verify(response); } [Fact] public async Task ToMinimalApiResult_ShouldIncludeEnricherMetadata_ForErrorResult() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/enriched-error", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.NotFound); response.Content.Headers.ContentType?.MediaType.Should().Be("application/problem+json"); await Verifier.Verify(response); } [Fact] public async Task ToMinimalApiResult_ShouldNotSetContentType_WhenNonGenericMetadataIsHeaderOnly() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/non-generic-header-only-metadata", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.OK); response.Content.Headers.ContentType.Should().BeNull(); response.Headers.TryGetValues("X-TraceId", out var headerValues).Should().BeTrue(); headerValues.Should().ContainSingle("trace-42"); var content = await response.Content.ReadAsStringAsync(TestContext.Current.CancellationToken); content.Should().BeEmpty(); await Verifier.Verify(response); } [Fact] public async Task ToMinimalApiResult_ShouldNotSerializeMetadata_WhenGenericMetadataIsHeaderOnly() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/generic-header-only-metadata", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.OK); response.Content.Headers.ContentType?.MediaType.Should().Be("application/json"); response.Headers.TryGetValues("X-TraceId", out var headerValues).Should().BeTrue(); headerValues.Should().ContainSingle("trace-43"); response.Headers.Contains("X-Null").Should().BeFalse(); await Verifier.Verify(response); } [Fact] public async Task ToMinimalApiResult_ShouldNotSetHeader_WhenMetadataValueIsNull() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/non-generic-null-header", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.OK); response.Content.Headers.ContentType?.MediaType.Should().Be("application/json"); response.Headers.Contains("X-Null").Should().BeFalse(); await Verifier.Verify(response); } [Fact] public async Task ToMinimalApiResult_ShouldHonorHeaderAnnotationFlags_ForGenericResult() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/generic-header-annotation-flags", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.OK); response.Content.Headers.ContentType?.MediaType.Should().Be("application/json"); response.Headers.TryGetValues("X-HeaderAndBody", out var headerValues).Should().BeTrue(); headerValues.Should().ContainSingle("both"); response.Headers.Contains("X-None").Should().BeFalse(); await Verifier.Verify(response); } } ExtendedMinimalApiApp.cs000066400000000000000000000265501516707642500405250ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTestsusing System; using System.Net; using System.Net.Http; using System.Text.Json; using System.Text.Json.Serialization.Metadata; using System.Threading.Tasks; using Light.PortableResults.AspNetCore.MinimalApis.Serialization; using Light.PortableResults.AspNetCore.MinimalApis.Tests.IntegrationTests; using Light.PortableResults.AspNetCore.Shared.Enrichment; using Light.PortableResults.Http; using Light.PortableResults.Http.Writing; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization; using Microsoft.AspNetCore.Builder; using Microsoft.AspNetCore.Http; using Microsoft.AspNetCore.Http.Json; using Microsoft.AspNetCore.TestHost; using Microsoft.Extensions.DependencyInjection; using Xunit; [assembly: AssemblyFixture(typeof(ExtendedMinimalApiApp))] namespace Light.PortableResults.AspNetCore.MinimalApis.Tests.IntegrationTests; public sealed class ExtendedMinimalApiApp : IAsyncLifetime { private static readonly PortableResultsHttpWriteOptions AlwaysSerializeMetadataOptions = new () { MetadataSerializationMode = MetadataSerializationMode.Always }; public ExtendedMinimalApiApp() { var builder = WebApplication.CreateBuilder(); builder.WebHost.UseTestServer(); builder.Services.AddPortableResultsForMinimalApis(); builder.Services.Configure( options => { ConfigureTypeInfoResolver(options.SerializerOptions); } ); builder.Services.AddSingleton(); App = builder.Build(); App.MapGet("/api/extended/metadata", GetContactWithMetadata); App.MapGet("/api/extended/value-metadata", GetContactWithValueAndMetadata); App.MapGet("/api/extended/non-generic-metadata", GetNonGenericMetadata); App.MapGet("/api/extended/validation-rich", GetValidationErrorsRich); App.MapGet("/api/extended/validation-fallback", GetValidationErrorsFallback); App.MapGet("/api/extended/custom-options", GetCustomSerializedResult); App.MapGet("/api/extended/custom-options-generic", GetCustomSerializedGenericResult); App.MapGet("/api/extended/enriched-error", GetEnrichedError); App.MapGet("/api/extended/non-generic-header-only-metadata", GetNonGenericHeaderOnlyMetadata); App.MapGet("/api/extended/generic-header-only-metadata", GetGenericHeaderOnlyMetadata); App.MapGet("/api/extended/non-generic-null-header", GetNonGenericNullHeaderMetadata); App.MapGet("/api/extended/generic-header-annotation-flags", GetGenericHeaderAnnotationFlagsMetadata); } public WebApplication App { get; } public async ValueTask InitializeAsync() => await App.StartAsync(); public async ValueTask DisposeAsync() { await App.StopAsync(); await App.DisposeAsync(); } public HttpClient CreateHttpClient() => App.GetTestClient(); private static LightResult GetContactWithMetadata() { var result = Result.Ok(CreateRichMetadata()); return result.ToMinimalApiResult(overrideOptions: AlwaysSerializeMetadataOptions); } private static LightResult GetContactWithValueAndMetadata() { const string contact = "contact-42"; var metadata = MetadataObject.Create(("source", MetadataValue.FromString("value-metadata"))); var result = Result.Ok(contact, metadata); return result.ToMinimalApiResult(overrideOptions: AlwaysSerializeMetadataOptions); } private static LightResult GetNonGenericMetadata() { var metadata = MetadataObject.Create( ("note", MetadataValue.FromString("non-generic")), ("count", MetadataValue.FromInt64(3)) ); var result = Result.Ok(metadata); return result.ToMinimalApiResult(overrideOptions: AlwaysSerializeMetadataOptions); } private static LightResult GetValidationErrorsRich() { var errorMetadata = MetadataObject.Create(("minLength", MetadataValue.FromInt64(1))); Error[] errors = [ new () { Message = "Name is required", Code = "NameRequired", Target = " ", Category = ErrorCategory.Validation, Metadata = errorMetadata }, new () { Message = "Email is required", Target = "email", Category = ErrorCategory.Validation } ]; var metadata = MetadataObject.Create(("source", MetadataValue.FromString("rich"))); var result = Result.Fail(errors, metadata); return result.ToMinimalApiResult(overrideOptions: CreateRichValidationOptions()); } private static LightResult GetValidationErrorsFallback() { var errors = new Error[11]; for (var i = 0; i < errors.Length; i++) { errors[i] = new Error { Message = $"Validation error {i}", Code = $"VAL{i}", Target = $"field{i}", Category = ErrorCategory.Validation }; } errors[5] = new Error { Message = "Validation error 5", Code = "VAL5", Target = "field5", Category = ErrorCategory.Validation, Metadata = MetadataObject.Create(("index", MetadataValue.FromInt64(5))) }; var result = Result.Fail(errors); return result.ToMinimalApiResult(); } private static LightResult GetCustomSerializedResult() { var result = Result.Ok(MetadataObject.Create(("custom", MetadataValue.FromString("true")))); var serializerOptions = CreateCustomSerializerOptions(); return result.ToMinimalApiResult( overrideOptions: AlwaysSerializeMetadataOptions, serializerOptions: serializerOptions ); } private static LightResult GetCustomSerializedGenericResult() { var contact = new ContactDto { Id = new Guid("C5C6B3F9-4E09-4E0D-9D9B-9B2B364EC5B8"), Name = "Custom" }; var result = Result.Ok(contact); var serializerOptions = CreateCustomGenericSerializerOptions(); return result.ToMinimalApiResult(serializerOptions: serializerOptions); } private static LightResult GetEnrichedError() { var error = new Error { Message = "Contact was not found", Code = "ContactNotFound", Target = "contactId", Category = ErrorCategory.NotFound }; var result = Result.Fail(error); return result.ToMinimalApiResult(); } private static LightResult GetNonGenericHeaderOnlyMetadata() { var metadata = MetadataObject.Create( ("X-TraceId", MetadataValue.FromString("trace-42", MetadataValueAnnotation.SerializeInHttpHeader)) ); var result = Result.Ok(metadata); return result.ToMinimalApiResult(overrideOptions: AlwaysSerializeMetadataOptions); } private static LightResult GetGenericHeaderOnlyMetadata() { var metadata = MetadataObject.Create( ("X-Null", default), ("X-TraceId", MetadataValue.FromString("trace-43", MetadataValueAnnotation.SerializeInHttpHeader)) ); var result = Result.Ok("ok", metadata); return result.ToMinimalApiResult(overrideOptions: AlwaysSerializeMetadataOptions); } private static LightResult GetNonGenericNullHeaderMetadata() { var metadata = MetadataObject.Create( ("X-Null", MetadataValue.Null), ("note", MetadataValue.FromString("non-generic")) ); var result = Result.Ok(metadata); return result.ToMinimalApiResult(overrideOptions: AlwaysSerializeMetadataOptions); } private static LightResult GetGenericHeaderAnnotationFlagsMetadata() { var metadata = MetadataObject.Create( ("X-HeaderAndBody", MetadataValue.FromString("both", MetadataValueAnnotation.SerializeInHttpHeaderAndBody)), ("X-None", MetadataValue.FromString("none", MetadataValueAnnotation.None)) ); var result = Result.Ok("ok", metadata); return result.ToMinimalApiResult(overrideOptions: AlwaysSerializeMetadataOptions); } private static PortableResultsHttpWriteOptions CreateRichValidationOptions() => new () { ValidationProblemSerializationFormat = ValidationProblemSerializationFormat.Rich, CreateProblemDetailsInfo = (_, _) => new ProblemDetailsInfo { Type = "https://example.org/problems/validation", Title = "Validation failed", Status = HttpStatusCode.BadRequest, Detail = "", Instance = "/instances/validation-rich" } }; private static MetadataObject CreateRichMetadata() { var nested = MetadataObject.Create(("inner", MetadataValue.FromString("nested"))); var array = MetadataArray.Create( MetadataValue.FromBoolean(true), MetadataValue.FromInt64(7), MetadataValue.FromDouble(1.5), MetadataValue.FromString("alpha"), MetadataValue.FromObject(nested) ); return MetadataObject.Create( ("nullValue", MetadataValue.Null), ("boolValue", MetadataValue.FromBoolean(true)), ("intValue", MetadataValue.FromInt64(42)), ("doubleValue", MetadataValue.FromDouble(12.5)), ("stringValue", MetadataValue.FromString("sample")), ("arrayValue", MetadataValue.FromArray(array)), ("objectValue", MetadataValue.FromObject(nested)) ); } private static JsonSerializerOptions CreateCustomSerializerOptions() { var options = new JsonSerializerOptions { PropertyNamingPolicy = JsonNamingPolicy.CamelCase }; options.AddDefaultPortableResultsHttpWriteJsonConverters(); ConfigureTypeInfoResolver(options); return options; } private static JsonSerializerOptions CreateCustomGenericSerializerOptions() { var options = new JsonSerializerOptions { PropertyNamingPolicy = JsonNamingPolicy.CamelCase }; options.AddDefaultPortableResultsHttpWriteJsonConverters(); ConfigureTypeInfoResolver(options); return options; } private static void ConfigureTypeInfoResolver(JsonSerializerOptions options) { options.TypeInfoResolverChain.Insert(0, ExtendedMinimalApiJsonContext.Default); options.TypeInfoResolverChain.Insert(1, PortableResultsMinimalApiJsonContext.Default); options.TypeInfoResolverChain.Add(new DefaultJsonTypeInfoResolver()); } private sealed class StaticMetadataEnricher : IHttpResultEnricher { public TResult Enrich(TResult result, HttpContext httpContext) where TResult : struct, IResultObject, ICanReplaceMetadata { if (result.Metadata is not null) { return result; } var metadata = MetadataObject.Create(("enriched", MetadataValue.FromString("true"))); return result.ReplaceMetadata(metadata); } } } ExtendedRoundTripIntegrationTests.cs000066400000000000000000000062711516707642500432170ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTestsusing System.Net; using System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.Http.Reading; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.AspNetCore.MinimalApis.Tests.IntegrationTests; public sealed class ExtendedRoundTripIntegrationTests { private readonly ExtendedMinimalApiApp _fixture; public ExtendedRoundTripIntegrationTests(ExtendedMinimalApiApp fixture) => _fixture = fixture; [Fact] public async Task ReadResultAsync_ShouldRoundTrip_GenericSuccessWithMetadata() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/value-metadata", cancellationToken: TestContext.Current.CancellationToken ); response.EnsureSuccessStatusCode(); var result = await response.ReadResultAsync(cancellationToken: TestContext.Current.CancellationToken); var expectedResult = Result.Ok( "contact-42", MetadataObject.Create(("source", MetadataValue.FromString("value-metadata"))) ); result.Should().Be(expectedResult); } [Fact] public async Task ReadResultAsync_ShouldRoundTrip_NonGenericSuccessWithMetadata() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/non-generic-metadata", cancellationToken: TestContext.Current.CancellationToken ); response.EnsureSuccessStatusCode(); var result = await response.ReadResultAsync(cancellationToken: TestContext.Current.CancellationToken); var expectedResult = Result.Ok( MetadataObject.Create( ("note", MetadataValue.FromString("non-generic")), ("count", MetadataValue.FromInt64(3)) ) ); result.Should().Be(expectedResult); } [Fact] public async Task ReadResultAsync_ShouldRoundTrip_RichValidationFailure() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/validation-rich", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.BadRequest); var result = await response.ReadResultAsync(cancellationToken: TestContext.Current.CancellationToken); Error[] errors = [ new () { Message = "Name is required", Code = "NameRequired", Target = "", Category = ErrorCategory.Validation, Metadata = MetadataObject.Create(("minLength", MetadataValue.FromInt64(1))) }, new () { Message = "Email is required", Target = "email", Category = ErrorCategory.Validation } ]; var expectedResult = Result.Fail( errors, MetadataObject.Create(("source", MetadataValue.FromString("rich"))) ); result.Should().Be(expectedResult); } } HttpReadMinimalApiApp.cs000066400000000000000000000204471516707642500404770ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTestsusing System.Net; using System.Net.Http; using System.Text.Json; using System.Threading.Tasks; using Light.PortableResults.AspNetCore.MinimalApis.Serialization; using Light.PortableResults.AspNetCore.MinimalApis.Tests.IntegrationTests; using Light.PortableResults.Http; using Light.PortableResults.Http.Writing; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization; using Microsoft.AspNetCore.Builder; using Microsoft.AspNetCore.Http; using Microsoft.AspNetCore.Http.Json; using Microsoft.AspNetCore.TestHost; using Microsoft.Extensions.DependencyInjection; using Xunit; [assembly: AssemblyFixture(typeof(HttpReadMinimalApiApp))] namespace Light.PortableResults.AspNetCore.MinimalApis.Tests.IntegrationTests; public sealed class HttpReadMinimalApiApp : IAsyncLifetime { private static readonly PortableResultsHttpWriteOptions AlwaysSerializeMetadataOptions = new () { MetadataSerializationMode = MetadataSerializationMode.Always }; private static readonly PortableResultsHttpWriteOptions RichValidationOptions = new () { ValidationProblemSerializationFormat = ValidationProblemSerializationFormat.Rich, CreateProblemDetailsInfo = (_, _) => new ProblemDetailsInfo { Type = "https://example.org/problems/validation", Title = "Validation failed", Status = HttpStatusCode.BadRequest, Detail = "", Instance = "/instances/http-read" } }; public HttpReadMinimalApiApp() { var builder = WebApplication.CreateBuilder(); builder.WebHost.UseTestServer(); builder.Services.AddPortableResultsForMinimalApis(); builder.Services.Configure( options => { ConfigureTypeInfoResolver(options.SerializerOptions); } ); App = builder.Build(); App.MapGet("/api/read/bare-int", GetBareInteger); App.MapGet("/api/read/wrapped-string", GetWrappedString); App.MapGet("/api/read/problem-shape-success", GetProblemDetailsLikeSuccessPayload); App.MapGet("/api/read/wrapper-missing-value", GetWrapperMissingValuePayload); App.MapGet("/api/read/non-generic-metadata", GetNonGenericMetadata); App.MapGet("/api/read/non-generic-unexpected", GetNonGenericUnexpectedPayload); App.MapGet("/api/read/failure-rich", GetRichFailure); App.MapGet("/api/read/failure-aspnet", GetAspNetCompatibleFailure); App.MapGet("/api/read/header-alias", GetHeaderAliasPayload); App.MapGet("/api/read/header-values", GetPrimitiveHeaderPayload); App.MapGet("/api/read/empty-success", static () => Results.Empty); App.MapGet( "/api/read/empty-failure", static () => Results.StatusCode(StatusCodes.Status400BadRequest) ); App.MapGet("/api/read/context-success", GetContextSuccess); App.MapGet("/api/read/context-failure", GetContextFailure); } public WebApplication App { get; } public async ValueTask InitializeAsync() => await App.StartAsync(); public async ValueTask DisposeAsync() { await App.StopAsync(); await App.DisposeAsync(); } public HttpClient CreateHttpClient() => App.GetTestClient(); private static void ConfigureTypeInfoResolver(JsonSerializerOptions options) { options.TypeInfoResolverChain.Insert(0, ExtendedMinimalApiJsonContext.Default); options.TypeInfoResolverChain.Insert(1, PortableResultsMinimalApiJsonContext.Default); } private static LightResult GetBareInteger() { var result = Result.Ok(42); return result.ToMinimalApiResult(); } private static LightResult GetWrappedString() { var metadata = MetadataObject.Create(("trace", MetadataValue.FromString("t-1"))); var result = Result.Ok("ok", metadata); return result.ToMinimalApiResult(overrideOptions: AlwaysSerializeMetadataOptions); } private static IResult GetProblemDetailsLikeSuccessPayload() { const string json = """ { "type": "dto", "title": "Successful DTO", "status": 200, "errors": [] } """; return Results.Text(json, contentType: "application/json"); } private static IResult GetWrapperMissingValuePayload() { const string json = """{"metadata":{"trace":"t-1"}}"""; return Results.Text(json, contentType: "application/json"); } private static LightResult GetNonGenericMetadata() { var metadata = MetadataObject.Create(("note", MetadataValue.FromString("hi"))); var result = Result.Ok(metadata); return result.ToMinimalApiResult(overrideOptions: AlwaysSerializeMetadataOptions); } private static IResult GetNonGenericUnexpectedPayload() { const string json = """{"value":"ok"}"""; return Results.Text(json, contentType: "application/json"); } private static LightResult GetRichFailure() { var error = new Error { Message = "Name is required", Code = "NameRequired", Target = "name", Category = ErrorCategory.Validation }; var metadata = MetadataObject.Create(("traceId", MetadataValue.FromString("abc"))); var result = Result.Fail(error, metadata); return result.ToMinimalApiResult(overrideOptions: RichValidationOptions); } private static LightResult GetAspNetCompatibleFailure() { Error[] errors = [ new () { Message = "Name required", Target = "name", Category = ErrorCategory.Validation }, new () { Message = "Name too short", Target = "name", Code = "MinLength", Category = ErrorCategory.Validation } ]; var result = Result.Fail(errors); return result.ToMinimalApiResult(); } private static IResult GetHeaderAliasPayload(HttpContext context) { context.Response.Headers.Append("X-TraceId", "first"); context.Response.Headers.Append("X-Correlation-Id", "second"); var metadata = MetadataObject.Create(("note", MetadataValue.FromString("ok"))); var result = Result.Ok(metadata); return result.ToMinimalApiResult(overrideOptions: AlwaysSerializeMetadataOptions); } private static IResult GetPrimitiveHeaderPayload(HttpContext context) { context.Response.Headers.Append("X-Bool", "true"); context.Response.Headers.Append("X-Int", "123"); context.Response.Headers.Append("X-Double", "3.5"); context.Response.Headers.Append("X-Text", "alpha"); context.Response.Headers.Append("X-Ids", "1"); context.Response.Headers.Append("X-Ids", "2"); var result = Result.Ok(42); return result.ToMinimalApiResult(); } private static IResult GetContextSuccess() { const string json = """ { "value": { "id": "6B8A4DCA-779D-4F36-8274-487FE3E86B5A", "name": "Contact A" }, "metadata": { "source": "context" } } """; return Results.Text(json, contentType: "application/json"); } private static IResult GetContextFailure() { const string json = """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": [ { "message": "Name is required", "code": "NameRequired", "target": "name", "category": "Validation" } ], "metadata": { "source": "context" } } """; return Results.Text( json, contentType: "application/problem+json", statusCode: StatusCodes.Status400BadRequest ); } } HttpResponseMessageReadOutsideInTests.cs000066400000000000000000000427271516707642500437750ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTestsusing System; using System.Collections.Generic; using System.Collections.Immutable; using System.Net; using System.Text.Json; using System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.Http.Reading; using Light.PortableResults.Http.Reading.Headers; using Light.PortableResults.Http.Reading.Json; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.AspNetCore.MinimalApis.Tests.IntegrationTests; public sealed class HttpResponseMessageReadOutsideInTests { private readonly HttpReadMinimalApiApp _fixture; public HttpResponseMessageReadOutsideInTests(HttpReadMinimalApiApp fixture) => _fixture = fixture; [Fact] public async Task ReadResultAsync_ShouldParseBareValue() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/read/bare-int", cancellationToken: TestContext.Current.CancellationToken ); var result = await response.ReadResultAsync(cancellationToken: TestContext.Current.CancellationToken); result.Should().Be(Result.Ok(42)); } [Fact] public async Task ReadResultAsync_ShouldParseWrappedValueAndMetadata() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/read/wrapped-string", cancellationToken: TestContext.Current.CancellationToken ); var result = await response.ReadResultAsync(cancellationToken: TestContext.Current.CancellationToken); var expectedResult = Result.Ok( "ok", MetadataObject.Create(("trace", MetadataValue.FromString("t-1"))) ); result.Should().Be(expectedResult); } [Fact] public async Task ReadResultAsync_ShouldParseWrappedValue_WhenPreferWrappedValueIsSet() { var options = new PortableResultsHttpReadOptions { PreferSuccessPayload = PreferSuccessPayload.WrappedValue }; using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/read/wrapped-string", cancellationToken: TestContext.Current.CancellationToken ); var result = await response.ReadResultAsync( options: options, cancellationToken: TestContext.Current.CancellationToken ); var expectedResult = Result.Ok( "ok", MetadataObject.Create(("trace", MetadataValue.FromString("t-1"))) ); result.Should().Be(expectedResult); } [Fact] public async Task ReadResultAsync_ShouldTreatProblemDetailsShapeAsSuccess_WhenHttpResponseIndicatesSuccess() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/read/problem-shape-success", cancellationToken: TestContext.Current.CancellationToken ); var result = await response.ReadResultAsync(cancellationToken: TestContext.Current.CancellationToken); result.IsValid.Should().BeTrue(); result.Value.GetProperty("type").GetString().Should().Be("dto"); result.Value.GetProperty("title").GetString().Should().Be("Successful DTO"); result.Value.GetProperty("status").GetInt32().Should().Be(200); result.Value.GetProperty("errors").GetArrayLength().Should().Be(0); } [Fact] public async Task ReadResultAsync_ShouldThrow_WhenWrapperMissingValue() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/read/wrapper-missing-value", cancellationToken: TestContext.Current.CancellationToken ); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal var act = async () => await response.ReadResultAsync(cancellationToken: TestContext.Current.CancellationToken); await act.Should().ThrowAsync(); } [Fact] public async Task ReadResultAsync_ShouldParseMetadataOnly_ForNonGenericResult() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/read/non-generic-metadata", cancellationToken: TestContext.Current.CancellationToken ); var result = await response.ReadResultAsync(cancellationToken: TestContext.Current.CancellationToken); var expectedResult = Result.Ok(MetadataObject.Create(("note", MetadataValue.FromString("hi")))); result.Should().Be(expectedResult); } [Fact] public async Task ReadResultAsync_ShouldThrow_ForNonGenericUnexpectedBody() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/read/non-generic-unexpected", cancellationToken: TestContext.Current.CancellationToken ); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal var act = async () => await response.ReadResultAsync(cancellationToken: TestContext.Current.CancellationToken); await act.Should().ThrowAsync(); } [Fact] public async Task ReadResultAsync_ShouldParseRichProblemDetails() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/read/failure-rich", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.BadRequest); var result = await response.ReadResultAsync(cancellationToken: TestContext.Current.CancellationToken); result.IsValid.Should().BeFalse(); result.Errors.Count.Should().Be(1); result.Errors[0].Message.Should().Be("Name is required"); result.Errors[0].Code.Should().Be("NameRequired"); result.Errors[0].Target.Should().Be("name"); result.Errors[0].Category.Should().Be(ErrorCategory.Validation); result.Metadata.Should().Be(MetadataObject.Create(("traceId", MetadataValue.FromString("abc")))); } [Fact] public async Task ReadResultAsync_ShouldParseAspNetCoreProblemDetailsWithErrorDetails() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/read/failure-aspnet", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.BadRequest); var result = await response.ReadResultAsync(cancellationToken: TestContext.Current.CancellationToken); result.IsValid.Should().BeFalse(); result.Errors.Count.Should().Be(2); result.Errors[0].Message.Should().Be("Name required"); result.Errors[0].Code.Should().BeNull(); result.Errors[0].Category.Should().Be(ErrorCategory.Validation); result.Errors[1].Message.Should().Be("Name too short"); result.Errors[1].Code.Should().Be("MinLength"); result.Errors[1].Category.Should().Be(ErrorCategory.Validation); } [Fact] public async Task ReadResultAsync_ShouldThrow_OnAliasConflictByDefault() { var parser = new TraceHeaderParser(); var options = new PortableResultsHttpReadOptions { HeaderParsingService = new DefaultHttpHeaderParsingService( AllHeadersSelectionStrategy.Instance, HttpHeaderParserRegistry.Create([parser]) ) }; using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/read/header-alias", cancellationToken: TestContext.Current.CancellationToken ); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal var act = async () => await response.ReadResultAsync( options: options, cancellationToken: TestContext.Current.CancellationToken ); await act.Should().ThrowAsync(); } [Fact] public async Task ReadResultAsync_ShouldAllowLastWriteWins_ForAliasConflicts() { var parser = new TraceHeaderParser(); var options = new PortableResultsHttpReadOptions { HeaderParsingService = new DefaultHttpHeaderParsingService( AllHeadersSelectionStrategy.Instance, HttpHeaderParserRegistry.Create([parser]), HeaderConflictStrategy.LastWriteWins ) }; using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/read/header-alias", cancellationToken: TestContext.Current.CancellationToken ); var result = await response.ReadResultAsync( options: options, cancellationToken: TestContext.Current.CancellationToken ); result.Metadata.Should().NotBeNull(); result.Metadata!.Value.TryGetString("traceId", out var traceId).Should().BeTrue(); traceId.Should().Be("second"); } [Fact] public async Task ReadResultAsync_ShouldParsePrimitiveAndMultiValueHeaders_WhenPrimitiveParsingIsEnabled() { var options = new PortableResultsHttpReadOptions { HeaderParsingService = new DefaultHttpHeaderParsingService( new AllowListHeaderSelectionStrategy(["X-Bool", "X-Int", "X-Double", "X-Text", "X-Ids"]) ) }; using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/read/header-values", cancellationToken: TestContext.Current.CancellationToken ); var result = await response.ReadResultAsync( options: options, cancellationToken: TestContext.Current.CancellationToken ); result.Metadata.Should().NotBeNull(); result.Metadata!.Value.TryGetBoolean("X-Bool", out var boolValue).Should().BeTrue(); result.Metadata.Value.TryGetInt64("X-Int", out var intValue).Should().BeTrue(); result.Metadata.Value.TryGetDouble("X-Double", out var doubleValue).Should().BeTrue(); result.Metadata.Value.TryGetString("X-Text", out var textValue).Should().BeTrue(); result.Metadata.Value.TryGetArray("X-Ids", out var ids).Should().BeTrue(); ids.Count.Should().Be(2); ids[0].TryGetInt64(out var firstId).Should().BeTrue(); ids[1].TryGetInt64(out var secondId).Should().BeTrue(); boolValue.Should().BeTrue(); intValue.Should().Be(123); doubleValue.Should().Be(3.5); textValue.Should().Be("alpha"); firstId.Should().Be(1); secondId.Should().Be(2); } [Fact] public async Task ReadResultAsync_ShouldKeepHeaderValuesAsStrings_WhenStringOnlyParsingIsEnabled() { var options = new PortableResultsHttpReadOptions { HeaderParsingService = new DefaultHttpHeaderParsingService( new AllowListHeaderSelectionStrategy(["X-Bool", "X-Int", "X-Double"]), HttpHeaderParserRegistry.Create(Array.Empty()), headerValueParsingMode: HeaderValueParsingMode.StringOnly ) }; using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/read/header-values", cancellationToken: TestContext.Current.CancellationToken ); var result = await response.ReadResultAsync( options: options, cancellationToken: TestContext.Current.CancellationToken ); result.Metadata.Should().NotBeNull(); result.Metadata!.Value.TryGetString("X-Bool", out var boolValue).Should().BeTrue(); result.Metadata.Value.TryGetString("X-Int", out var intValue).Should().BeTrue(); result.Metadata.Value.TryGetString("X-Double", out var doubleValue).Should().BeTrue(); boolValue.Should().Be("true"); intValue.Should().Be("123"); doubleValue.Should().Be("3.5"); } [Fact] public async Task ReadResultAsync_ShouldApplyEmptyBodyRules() { using var httpClient = _fixture.CreateHttpClient(); using var successResponse = await httpClient.GetAsync( "/api/read/empty-success", cancellationToken: TestContext.Current.CancellationToken ); var nonGenericResult = await successResponse.ReadResultAsync(cancellationToken: TestContext.Current.CancellationToken); nonGenericResult.Should().Be(Result.Ok()); var genericAct = async () => { // ReSharper disable once AccessToDisposedClosure -- act is called before disposal using var genericSuccessResponse = await httpClient.GetAsync( "/api/read/empty-success", cancellationToken: TestContext.Current.CancellationToken ); await genericSuccessResponse.ReadResultAsync(cancellationToken: TestContext.Current.CancellationToken); }; await genericAct.Should().ThrowAsync() .WithMessage(HttpResponseMessageExtensions.GenericSuccessPayloadRequiredMessage); var failureAct = async () => { // ReSharper disable once AccessToDisposedClosure -- act is called before disposal using var failureResponse = await httpClient.GetAsync( "/api/read/empty-failure", cancellationToken: TestContext.Current.CancellationToken ); await failureResponse.ReadResultAsync(cancellationToken: TestContext.Current.CancellationToken); }; await failureAct.Should().ThrowAsync() .WithMessage(HttpResponseMessageExtensions.FailurePayloadRequiredMessage); } [Fact] public async Task ReadResultAsync_ShouldUseJsonSerializerContext_ForGenericSuccess() { var options = CreateContextBackedOptions(); using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/read/context-success", cancellationToken: TestContext.Current.CancellationToken ); var result = await response.ReadResultAsync( options: options, cancellationToken: TestContext.Current.CancellationToken ); var expectedResult = Result.Ok( new ContactDto { Id = new Guid("6B8A4DCA-779D-4F36-8274-487FE3E86B5A"), Name = "Contact A" }, MetadataObject.Create(("source", MetadataValue.FromString("context"))) ); result.Should().Be(expectedResult); } [Fact] public async Task ReadResultAsync_ShouldUseJsonSerializerContext_ForGenericFailure() { var options = CreateContextBackedOptions(); using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/read/context-failure", cancellationToken: TestContext.Current.CancellationToken ); var result = await response.ReadResultAsync( options: options, cancellationToken: TestContext.Current.CancellationToken ); var expectedResult = Result.Fail( new Error { Message = "Name is required", Code = "NameRequired", Target = "name", Category = ErrorCategory.Validation }, MetadataObject.Create(("source", MetadataValue.FromString("context"))) ); result.Should().Be(expectedResult); } [Fact] public async Task ReadResultAsync_ShouldUseJsonSerializerContext_ForNonGenericSuccess() { var options = CreateContextBackedOptions(); using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/read/non-generic-metadata", cancellationToken: TestContext.Current.CancellationToken ); var result = await response.ReadResultAsync( options: options, cancellationToken: TestContext.Current.CancellationToken ); var expectedResult = Result.Ok(MetadataObject.Create(("note", MetadataValue.FromString("hi")))); result.Should().Be(expectedResult); } private static PortableResultsHttpReadOptions CreateContextBackedOptions() { var serializerOptions = new JsonSerializerOptions(JsonSerializerDefaults.Web) { TypeInfoResolver = HttpReadJsonContext.Default }; serializerOptions.AddDefaultPortableResultsHttpReadJsonConverters(); return new PortableResultsHttpReadOptions { SerializerOptions = serializerOptions }; } private sealed class TraceHeaderParser : HttpHeaderParser { public TraceHeaderParser() : base("traceId", ImmutableArray.Create("X-TraceId", "X-Correlation-Id")) { } public override MetadataValue ParseHeader( string headerName, IReadOnlyList values, MetadataValueAnnotation annotation ) { return MetadataValue.FromString(values[0], annotation); } } } f546b1f6d7fa86df512f80ca72fe2668e265009c.paxheader00006660000000000000000000000335151670764250020550xustar00rootroot00000000000000221 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTests/RegularAppIntegrationTests.ToHttp201CreatedMinimalApiResult_ShouldProduce201ResponseWithLocation.verified.txt f546b1f6d7fa86df512f80ca72fe2668e265009c.data000066400000000000000000000004141516707642500174040ustar00rootroot00000000000000{ Status: 201 Created, Headers: { Location: /api/contacts/36921058-446f-4515-8bd9-968893a94153 }, Content: { Headers: { Content-Length: 58, Content-Type: application/json }, Value: { id: Guid_1, name: Foo } } } 45964f9b35e726e9aaf7daa045a681a8f7bc9c7e.paxheader00006660000000000000000000000335151670764250020720xustar00rootroot00000000000000221 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTests/RegularAppIntegrationTests.ToHttp201CreatedMinimalApiResult_ShouldProduce201_ForNonGenericResult.verified.txt 45964f9b35e726e9aaf7daa045a681a8f7bc9c7e.data000066400000000000000000000003071516707642500175550ustar00rootroot00000000000000{ Response: { Status: 201 Created, Headers: { Location: /api/contacts/action/completed } }, Request: { Method: POST, Uri: http://localhost/api/contacts/action } }RegularAppIntegrationTests.ToMinimalApiResult_ShouldProduce200_ForNonGenericResult.verified.txt000066400000000000000000000002351516707642500564320ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTests{ Response: { Status: 200 OK }, Request: { Method: DELETE, Uri: http://localhost/api/contacts/a1b2c3d4-e5f6-7890-abcd-ef1234567890 } }5d335ed22285806df47b1552fe8e98e1c07fcfab.paxheader00006660000000000000000000000346151670764250020627xustar00rootroot00000000000000230 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTests/RegularAppIntegrationTests.ToMinimalApiResult_ShouldProduce400ProblemDetails_ForNonGenericResultWithError.verified.txt 5d335ed22285806df47b1552fe8e98e1c07fcfab.data000066400000000000000000000010671516707642500174660ustar00rootroot00000000000000{ Status: 400 Bad Request, Content: { Headers: { Content-Length: 284, Content-Type: application/problem+json }, Value: { type: https://tools.ietf.org/html/rfc9110#section-15.5.1, title: Bad Request, status: 400, detail: One or more validation errors occurred., errors: { : [ Batch validation failed ] }, errorDetails: [ { target: , index: 0, code: BatchValidationError, category: Validation } ] } } }4ad111763467292c968d53dd27593bac0193b7f9.paxheader00006660000000000000000000000347151670764250020250xustar00rootroot00000000000000231 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTests/RegularAppIntegrationTests.ToMinimalApiResult_ShouldProduce400ProblemDetails_WhenResultHasValidationErrors.verified.txt 4ad111763467292c968d53dd27593bac0193b7f9.data000066400000000000000000000013511516707642500171020ustar00rootroot00000000000000{ Status: 400 Bad Request, Content: { Headers: { Content-Length: 384, Content-Type: application/problem+json }, Value: { type: https://tools.ietf.org/html/rfc9110#section-15.5.1, title: Bad Request, status: 400, detail: One or more validation errors occurred., errors: { name: [ Name is required ], email: [ Email must be valid ] }, errorDetails: [ { target: name, index: 0, code: NameRequired, category: Validation }, { target: email, index: 0, code: EmailInvalid, category: Validation } ] } } }ba565a30e6726649bd1fcdcc9c591316d279bb82.paxheader00006660000000000000000000000344151670764250020537xustar00rootroot00000000000000228 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTests/RegularAppIntegrationTests.ToMinimalApiResult_ShouldProduce404ProblemDetails_WhenResultHasNotFoundError.verified.txt ba565a30e6726649bd1fcdcc9c591316d279bb82.data000066400000000000000000000010041516707642500173670ustar00rootroot00000000000000{ Status: 404 Not Found, Content: { Headers: { Content-Length: 284, Content-Type: application/problem+json }, Value: { type: https://tools.ietf.org/html/rfc9110#section-15.5.5, title: Not Found, status: 404, detail: The requested resource was not found., errors: [ { message: Contact with id 'a1b2c3d4-e5f6-7890-abcd-ef1234567890' was not found, code: ContactNotFound, category: NotFound } ] } } }acbf4b8667959f2a35197b28b7a18d6be62dfb20.paxheader00006660000000000000000000000363151670764250020625xustar00rootroot00000000000000243 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTests/RegularAppIntegrationTests.ToMinimalApiResult_ShouldSetHeader_EvenWhenMetadataSerializationForSuccessResultsIsDisabled.verified.txt acbf4b8667959f2a35197b28b7a18d6be62dfb20.data000066400000000000000000000005261516707642500174640ustar00rootroot00000000000000{ Status: 200 OK, Headers: { Count: 3 }, Content: { Headers: { Content-Length: 178, Content-Type: application/json }, Value: [ { id: Guid_1, name: Foo }, { id: Guid_2, name: Bar }, { id: Guid_3, name: Baz } ] } } RegularAppIntegrationTests.cs000066400000000000000000000066451516707642500416570ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTestsusing System; using System.Net.Http.Json; using System.Threading.Tasks; using VerifyXunit; using Xunit; namespace Light.PortableResults.AspNetCore.MinimalApis.Tests.IntegrationTests; public sealed class RegularAppIntegrationTests { private readonly RegularMinimalApiApp _fixture; public RegularAppIntegrationTests(RegularMinimalApiApp fixture) => _fixture = fixture; [Fact] public async Task ToMinimalApiResult_ShouldSetHeader_EvenWhenMetadataSerializationForSuccessResultsIsDisabled() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/contacts", cancellationToken: TestContext.Current.CancellationToken ); await Verifier.Verify(response); } [Fact] public async Task ToHttp201CreatedMinimalApiResult_ShouldProduce201ResponseWithLocation() { using var httpClient = _fixture.CreateHttpClient(); var dto = new ContactDto { Id = new Guid("36921058-446F-4515-8BD9-968893A94153"), Name = "Foo" }; using var response = await httpClient.PutAsJsonAsync( "/api/contacts", dto, cancellationToken: TestContext.Current.CancellationToken ); await Verifier.Verify(response); } [Fact] public async Task ToMinimalApiResult_ShouldProduce404ProblemDetails_WhenResultHasNotFoundError() { using var httpClient = _fixture.CreateHttpClient(); var id = new Guid("A1B2C3D4-E5F6-7890-ABCD-EF1234567890"); using var response = await httpClient.GetAsync( $"/api/contacts/not-found/{id}", cancellationToken: TestContext.Current.CancellationToken ); await Verifier.Verify(response); } [Fact] public async Task ToMinimalApiResult_ShouldProduce400ProblemDetails_WhenResultHasValidationErrors() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/contacts/validation-error", cancellationToken: TestContext.Current.CancellationToken ); await Verifier.Verify(response); } [Fact] public async Task ToMinimalApiResult_ShouldProduce200_ForNonGenericResult() { using var httpClient = _fixture.CreateHttpClient(); var id = new Guid("A1B2C3D4-E5F6-7890-ABCD-EF1234567890"); using var response = await httpClient.DeleteAsync( $"/api/contacts/{id}", cancellationToken: TestContext.Current.CancellationToken ); await Verifier.Verify(response); } [Fact] public async Task ToHttp201CreatedMinimalApiResult_ShouldProduce201_ForNonGenericResult() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.PostAsync( "/api/contacts/action", content: null, cancellationToken: TestContext.Current.CancellationToken ); await Verifier.Verify(response); } [Fact] public async Task ToMinimalApiResult_ShouldProduce400ProblemDetails_ForNonGenericResultWithError() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.PostAsync( "/api/contacts/validate", content: null, cancellationToken: TestContext.Current.CancellationToken ); await Verifier.Verify(response); } } RegularMinimalApiApp.cs000066400000000000000000000106261516707642500403630ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTestsusing System; using System.Collections.Generic; using System.Net.Http; using System.Threading.Tasks; using Light.PortableResults.AspNetCore.MinimalApis.Tests.IntegrationTests; using Light.PortableResults.Metadata; using Microsoft.AspNetCore.Builder; using Microsoft.AspNetCore.TestHost; using Xunit; [assembly: AssemblyFixture(typeof(RegularMinimalApiApp))] namespace Light.PortableResults.AspNetCore.MinimalApis.Tests.IntegrationTests; public sealed class RegularMinimalApiApp : IAsyncLifetime { public RegularMinimalApiApp() { var builder = WebApplication.CreateBuilder(); builder.WebHost.UseTestServer(); builder.Services.AddPortableResultsForMinimalApis(); App = builder.Build(); App.MapGet("/api/contacts", GetContacts); App.MapGet("/api/contacts/{id:guid}", GetContact); App.MapPut("/api/contacts", CreateContact); App.MapGet("/api/contacts/not-found/{id:guid}", GetContactNotFound); App.MapGet("/api/contacts/validation-error", GetContactValidationError); App.MapDelete("/api/contacts/{id:guid}", DeleteContact); App.MapPost("/api/contacts/action", PerformAction); App.MapPost("/api/contacts/validate", ValidateContacts); } public WebApplication App { get; } public async ValueTask InitializeAsync() => await App.StartAsync(); public async ValueTask DisposeAsync() { await App.StopAsync(); await App.DisposeAsync(); } public HttpClient CreateHttpClient() => App.GetTestClient(); private static LightResult> GetContacts() { var contact1 = new ContactDto { Id = new Guid("D8FC9BEC-0606-4E9B-8EB4-04558B2B9D40"), Name = "Foo" }; var contact2 = new ContactDto { Id = new Guid("AAA41889-0BD8-4247-9C0F-049567FA63C1"), Name = "Bar" }; var contact3 = new ContactDto { Id = new Guid("3D43850A-69D1-4230-8BAA-75AA6C693E9D"), Name = "Baz" }; List contacts = [contact1, contact2, contact3]; var metadata = MetadataObject.Create( ("Count", MetadataValue.FromInt64(contacts.Count, MetadataValueAnnotation.SerializeInHttpHeader)) ); var result = Result>.Ok([contact1, contact2, contact3], metadata); return result.ToMinimalApiResult(); } private static LightResult GetContact(Guid id) { var contactDto = new ContactDto { Id = id, Name = "Foo" }; var result = Result.Ok(contactDto); return result.ToMinimalApiResult(); } private static LightResult CreateContact(ContactDto contactDto) { var result = Result.Ok(contactDto); return result.ToHttp201CreatedMinimalApiResult(location: $"/api/contacts/{contactDto.Id}"); } private static LightResult GetContactNotFound(Guid id) { var error = new Error { Message = $"Contact with id '{id}' was not found", Code = "ContactNotFound", Category = ErrorCategory.NotFound }; var result = Result.Fail(error); return result.ToMinimalApiResult(); } private static LightResult GetContactValidationError() { Error[] errors = [ new () { Message = "Name is required", Code = "NameRequired", Target = "name", Category = ErrorCategory.Validation }, new () { Message = "Email must be valid", Code = "EmailInvalid", Target = "email", Category = ErrorCategory.Validation } ]; var result = Result.Fail(errors); return result.ToMinimalApiResult(); } private static LightResult DeleteContact(Guid id) { var result = Result.Ok(); return result.ToMinimalApiResult(); } private static LightResult PerformAction() { var result = Result.Ok(); return result.ToHttp201CreatedMinimalApiResult(location: "/api/contacts/action/completed"); } private static LightResult ValidateContacts() { var error = new Error { Message = "Batch validation failed", Code = "BatchValidationError", Target = "", Category = ErrorCategory.Validation }; var result = Result.Fail(error); return result.ToMinimalApiResult(); } } RegularRoundTripIntegrationTests.cs000066400000000000000000000125341516707642500430570ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests/IntegrationTestsusing System; using System.Collections.Generic; using System.Linq; using System.Net; using System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.Http.Reading; using Light.PortableResults.Http.Reading.Headers; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.AspNetCore.MinimalApis.Tests.IntegrationTests; public sealed class RegularRoundTripIntegrationTests { private readonly RegularMinimalApiApp _fixture; public RegularRoundTripIntegrationTests(RegularMinimalApiApp fixture) => _fixture = fixture; [Fact] public async Task ReadResultAsync_ShouldRoundTrip_GenericSuccess() { using var httpClient = _fixture.CreateHttpClient(); var id = new Guid("D1A5D89D-A5ED-4990-8BFC-8DF56D8E0A96"); using var response = await httpClient.GetAsync( $"/api/contacts/{id}", cancellationToken: TestContext.Current.CancellationToken ); response.EnsureSuccessStatusCode(); var result = await response.ReadResultAsync(cancellationToken: TestContext.Current.CancellationToken); var expectedResult = Result.Ok( new ContactDto { Id = id, Name = "Foo" } ); result.Should().Be(expectedResult); } [Fact] public async Task ReadResultAsync_ShouldIgnoreHeaders_ByDefault() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/contacts", cancellationToken: TestContext.Current.CancellationToken ); response.EnsureSuccessStatusCode(); var result = await response.ReadResultAsync>( cancellationToken: TestContext.Current.CancellationToken ); var expectedResult = Result>.Ok(CreateExpectedContacts()); result .Equals(expectedResult, compareMetadata: true, valueComparer: ContactListComparer.Instance) .Should().BeTrue(); } [Fact] public async Task ReadResultAsync_ShouldRoundTrip_HeaderMetadata_WhenConfigured() { var options = new PortableResultsHttpReadOptions { HeaderParsingService = new DefaultHttpHeaderParsingService( new AllowListHeaderSelectionStrategy(["Count"]) ) }; using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/contacts", cancellationToken: TestContext.Current.CancellationToken ); response.EnsureSuccessStatusCode(); var result = await response.ReadResultAsync>( options: options, cancellationToken: TestContext.Current.CancellationToken ); var expectedMetadata = MetadataObject.Create(("Count", MetadataValue.FromInt64(3))); var expectedResult = Result>.Ok(CreateExpectedContacts(), expectedMetadata); result .Equals(expectedResult, compareMetadata: true, valueComparer: ContactListComparer.Instance) .Should().BeTrue(); } [Fact] public async Task ReadResultAsync_ShouldRoundTrip_GenericFailure() { using var httpClient = _fixture.CreateHttpClient(); var id = new Guid("A1B2C3D4-E5F6-7890-ABCD-EF1234567890"); using var response = await httpClient.GetAsync( $"/api/contacts/not-found/{id}", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.NotFound); var result = await response.ReadResultAsync(cancellationToken: TestContext.Current.CancellationToken); var expectedResult = Result.Fail( new Error { Message = $"Contact with id '{id}' was not found", Code = "ContactNotFound", Category = ErrorCategory.NotFound } ); result.Should().Be(expectedResult); } private static List CreateExpectedContacts() => [ new () { Id = new Guid("D8FC9BEC-0606-4E9B-8EB4-04558B2B9D40"), Name = "Foo" }, new () { Id = new Guid("AAA41889-0BD8-4247-9C0F-049567FA63C1"), Name = "Bar" }, new () { Id = new Guid("3D43850A-69D1-4230-8BAA-75AA6C693E9D"), Name = "Baz" } ]; private sealed class ContactListComparer : IEqualityComparer?> { public static ContactListComparer Instance { get; } = new (); public bool Equals(List? x, List? y) { if (ReferenceEquals(x, y)) { return true; } if (x is null || y is null) { return false; } return x.SequenceEqual(y); } public int GetHashCode(List? obj) { if (obj is null) { return 0; } var hashCode = new HashCode(); foreach (var item in obj) { hashCode.Add(item); } return hashCode.ToHashCode(); } } } Light.PortableResults.AspNetCore.MinimalApis.Tests.csproj000066400000000000000000000022561516707642500434520ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests Exe false all runtime; build; native; contentfiles; analyzers; buildtransitive LightResultSerializationTests.cs000066400000000000000000000045511516707642500371010ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Testsusing System.IO; using System.Text.Json; using System.Text.Json.Serialization.Metadata; using System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.Http.Writing; using Microsoft.AspNetCore.Http; using Microsoft.Extensions.DependencyInjection; using Xunit; namespace Light.PortableResults.AspNetCore.MinimalApis.Tests; public sealed class LightResultSerializationTests { [Fact] public async Task ExecuteAsync_ShouldSerializeWithCustomSerializerOptions() { var services = new ServiceCollection(); services.AddPortableResultsForMinimalApis(); await using var provider = services.BuildServiceProvider(); var responseBody = new MemoryStream(); var httpContext = new DefaultHttpContext { RequestServices = provider, Response = { Body = responseBody } }; var serializerOptions = new JsonSerializerOptions { PropertyNamingPolicy = JsonNamingPolicy.CamelCase, TypeInfoResolver = new DefaultJsonTypeInfoResolver() }; serializerOptions.AddDefaultPortableResultsHttpWriteJsonConverters(); var lightResult = new LightResult(Result.Ok(), serializerOptions: serializerOptions); await lightResult.ExecuteAsync(httpContext); httpContext.Response.StatusCode.Should().Be(200); } [Fact] public async Task ExecuteAsync_ShouldSerializeGenericResultWithCustomSerializerOptions() { var services = new ServiceCollection(); services.AddPortableResultsForMinimalApis(); await using var provider = services.BuildServiceProvider(); var responseBody = new MemoryStream(); var httpContext = new DefaultHttpContext { RequestServices = provider, Response = { Body = responseBody } }; var serializerOptions = new JsonSerializerOptions { PropertyNamingPolicy = JsonNamingPolicy.CamelCase, TypeInfoResolver = new DefaultJsonTypeInfoResolver() }; serializerOptions.AddDefaultPortableResultsHttpWriteJsonConverters(); var lightResult = new LightResult( Result.Ok("hello"), serializerOptions: serializerOptions ); await lightResult.ExecuteAsync(httpContext); httpContext.Response.StatusCode.Should().Be(200); } } ModuleInitializer.cs000066400000000000000000000007361516707642500345040ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Testsusing System; using System.Runtime.CompilerServices; using VerifyTests; namespace Light.PortableResults.AspNetCore.MinimalApis.Tests; public static class ModuleInitializer { [ModuleInitializer] public static void Initialize() { // This is required for serialization tests that do not rely on JsonSerializerContext. AppContext.SetSwitch("System.Text.Json.JsonSerializer.IsReflectionEnabledByDefault", true); VerifyHttp.Initialize(); } } PortableResultsEndpointExtensionsTests.cs000066400000000000000000000043461516707642500410120ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Testsusing System.Linq; using FluentAssertions; using Light.PortableResults.AspNetCore.Shared; using Light.PortableResults.Metadata; using Microsoft.AspNetCore.Builder; using Microsoft.AspNetCore.Routing; using Xunit; namespace Light.PortableResults.AspNetCore.MinimalApis.Tests; public sealed class PortableResultsEndpointExtensionsTests { [Fact] public void ProducesPortableResult_ShouldRegisterWrappedResponseMetadata() { var builder = WebApplication.CreateBuilder(); var app = builder.Build(); var routeBuilder = app.MapGet("/test", () => "ok"); var returned = routeBuilder.ProducesPortableResult(); returned.Should().BeSameAs(routeBuilder); var endpointRouteBuilder = (IEndpointRouteBuilder) app; var endpoint = endpointRouteBuilder.DataSources.Single().Endpoints.OfType().Single(); var metadataEntries = endpoint.Metadata .Where(item => item.GetType().Name == "ProducesResponseTypeMetadata") .ToArray(); metadataEntries.Should().NotBeEmpty(); metadataEntries .Select(entry => entry.GetType().GetProperty("Type")?.GetValue(entry)) .Should() .Contain(typeof(WrappedResponse)); } [Fact] public void ProducesPortableResultWithMetadataType_ShouldRegisterWrappedResponseMetadata() { var builder = WebApplication.CreateBuilder(); var app = builder.Build(); var routeBuilder = app.MapGet("/test-metadata", () => "ok"); var returned = routeBuilder.ProducesPortableResult(); returned.Should().BeSameAs(routeBuilder); var endpointRouteBuilder = (IEndpointRouteBuilder) app; var endpoint = endpointRouteBuilder.DataSources.Single().Endpoints.OfType().Single(); var metadataEntries = endpoint.Metadata .Where(item => item.GetType().Name == "ProducesResponseTypeMetadata") .ToArray(); metadataEntries.Should().NotBeEmpty(); metadataEntries .Select(entry => entry.GetType().GetProperty("Type")?.GetValue(entry)) .Should() .Contain(typeof(WrappedResponse)); } } packages.lock.json000066400000000000000000000675211516707642500341310ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests{ "version": 2, "dependencies": { "net10.0": { "coverlet.collector": { "type": "Direct", "requested": "[8.0.1, )", "resolved": "8.0.1", "contentHash": "heVQl5tKYnnIDYlR1QMVGueYH6iriZTcZB6AjDczQNwZzxkjDIt9C84Pt4cCiZYrbo7jkZOYGWbs6Lo9wAtVLg==" }, "FluentAssertions": { "type": "Direct", "requested": "[7.2.2, 7.2.2]", "resolved": "7.2.2", "contentHash": "B6FJmtTadaqtLXH5qfn9hlYF5ruNOAdtjA9+1V3fuYp/MZzj7lB3Ys5cdgy72uv7w1GE5Y9PEX369UD3N1sfHg==", "dependencies": { "System.Configuration.ConfigurationManager": "6.0.0" } }, "Microsoft.AspNetCore.Mvc.Testing": { "type": "Direct", "requested": "[10.0.5, )", "resolved": "10.0.5", 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}xunit.runner.json000066400000000000000000000001151516707642500340650ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.MinimalApis.Tests{ "$schema": "https://xunit.net/schema/current/xunit.runner.schema.json" } Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/000077500000000000000000000000001516707642500271175ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/ContactDto.cs000066400000000000000000000003041516707642500315050ustar00rootroot00000000000000using System; namespace Light.PortableResults.AspNetCore.Mvc.Tests; public sealed record ContactDto { public required Guid Id { get; init; } public required string Name { get; init; } } Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTests/000077500000000000000000000000001516707642500324255ustar00rootroot0000000000000072732524d2add3cc6705d17d6b6078f4dbb9dd6b.paxheader00006660000000000000000000000324151670764250020610xustar00rootroot00000000000000212 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMvcActionResult_ShouldHonorHeaderAnnotationFlags_ForGenericResult.verified.txt 72732524d2add3cc6705d17d6b6078f4dbb9dd6b.data000066400000000000000000000004101516707642500174420ustar00rootroot00000000000000{ Status: 200 OK, Headers: { X-HeaderAndBody: "both" }, Content: { Headers: { Content-Length: 52, Content-Type: application/json }, Value: { value: ok, metadata: { X-HeaderAndBody: both } } } }cd0f9f8893d4668f004e9bf5679ac6c80bc65f3a.paxheader00006660000000000000000000000317151670764250020646xustar00rootroot00000000000000207 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path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMvcActionResult_ShouldNotSerializeMetadata_WhenGenericMetadataIsHeaderOnly.verified.txt 82aa6f95d03cd9a5e413952f3182d2bbd0e182c1.data000066400000000000000000000003151516707642500173520ustar00rootroot00000000000000{ Status: 200 OK, Headers: { X-TraceId: "trace-43" }, Content: { Headers: { Content-Length: 14, Content-Type: application/json }, Value: { value: ok } } }71111b8de66f117ea9c0e8ac1313661c7fd96956.paxheader00006660000000000000000000000335151670764250020400xustar00rootroot00000000000000221 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMvcActionResult_ShouldNotSetContentType_WhenNonGenericMetadataIsHeaderOnly.verified.txt 71111b8de66f117ea9c0e8ac1313661c7fd96956.data000066400000000000000000000002501516707642500172320ustar00rootroot00000000000000{ Response: { Status: 200 OK, Headers: { X-TraceId: "trace-42" } }, Request: http://localhost/api/extended/non-generic-header-only-metadata }279f91f6c0e7633b21036ef2ab9606f49c68b63e.paxheader00006660000000000000000000000315151670764250020406xustar00rootroot00000000000000205 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMvcActionResult_ShouldNotSetHeader_WhenMetadataValueIsNull.verified.txt 279f91f6c0e7633b21036ef2ab9606f49c68b63e.data000066400000000000000000000003331516707642500172440ustar00rootroot00000000000000{ Status: 200 OK, Content: { Headers: { Content-Length: 49, Content-Type: application/json }, Value: { metadata: { X-Null: null, note: non-generic } } } }9e4c4f75c1a872016ab5e5596e906c05282279d5.paxheader00006660000000000000000000000322151670764250020245xustar00rootroot00000000000000210 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMvcActionResult_ShouldSerializeMetadataOnly_ForNonGenericResult.verified.txt 9e4c4f75c1a872016ab5e5596e906c05282279d5.data000066400000000000000000000003271516707642500171100ustar00rootroot00000000000000{ Status: 200 OK, Content: { Headers: { Content-Length: 45, Content-Type: application/json }, Value: { metadata: { note: non-generic, count: 3 } } } }39fb189368d51891bfe0d6e9e518112bdd865317.paxheader00006660000000000000000000000334151670764250020336xustar00rootroot00000000000000220 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMvcActionResult_ShouldSerializeMetadata_WhenMetadataSerializationIsAlways.verified.txt 39fb189368d51891bfe0d6e9e518112bdd865317.data000066400000000000000000000007651516707642500172040ustar00rootroot00000000000000{ Status: 200 OK, Content: { Headers: { Content-Length: 190, Content-Type: application/json }, Value: { metadata: { nullValue: null, boolValue: true, intValue: 42, doubleValue: 12.5, stringValue: sample, arrayValue: [ true, 7, 1.5, alpha, { inner: nested } ], objectValue: { inner: nested } } } } }c9f6aa28ef8c4a8d3c63269a8fcb484aaa9b6fba.paxheader00006660000000000000000000000317151670764250021204xustar00rootroot00000000000000207 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMvcActionResult_ShouldSerializeValidationErrors_InRichFormat.verified.txt c9f6aa28ef8c4a8d3c63269a8fcb484aaa9b6fba.data000066400000000000000000000012701516707642500200410ustar00rootroot00000000000000{ Status: 400 Bad Request, Content: { Headers: { Content-Length: 360, Content-Type: application/problem+json }, Value: { type: https://example.org/problems/validation, title: Validation failed, status: 400, instance: /instances/validation-rich, errors: [ { message: Name is required, code: NameRequired, target: , category: Validation, metadata: { minLength: 1 } }, { message: Email is required, target: email, category: Validation } ], metadata: { source: rich } } } }81103e4fa7c42c81127a5477145962ac682f77f8.paxheader00006660000000000000000000000333151670764250020162xustar00rootroot00000000000000219 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMvcActionResult_ShouldSerializeValidationErrors_WhenErrorCountExceedsMax.verified.txt 81103e4fa7c42c81127a5477145962ac682f77f8.data000066400000000000000000000046211516707642500170240ustar00rootroot00000000000000{ Status: 400 Bad Request, Content: { Headers: { Content-Length: 1333, Content-Type: application/problem+json }, Value: { type: https://tools.ietf.org/html/rfc9110#section-15.5.1, title: Bad Request, status: 400, detail: One or more validation errors occurred., errors: { field0: [ Validation error 0 ], field1: [ Validation error 1 ], field2: [ Validation error 2 ], field3: [ Validation error 3 ], field4: [ Validation error 4 ], field5: [ Validation error 5 ], field6: [ Validation error 6 ], field7: [ Validation error 7 ], field8: [ Validation error 8 ], field9: [ Validation error 9 ], field10: [ Validation error 10 ] }, errorDetails: [ { target: field0, index: 0, code: VAL0, category: Validation }, { target: field1, index: 0, code: VAL1, category: Validation }, { target: field2, index: 0, code: VAL2, category: Validation }, { target: field3, index: 0, code: VAL3, category: Validation }, { target: field4, index: 0, code: VAL4, category: Validation }, { target: field5, index: 0, code: VAL5, category: Validation, metadata: { index: 5 } }, { target: field6, index: 0, code: VAL6, category: Validation }, { target: field7, index: 0, code: VAL7, category: Validation }, { target: field8, index: 0, code: VAL8, category: Validation }, { target: field9, index: 0, code: VAL9, category: Validation }, { target: field10, index: 0, code: VAL10, category: Validation } ], metadata: { enriched: true } } } }cbe9258ed13a3785754af22354e1db661a45b268.paxheader00006660000000000000000000000344151670764250020373xustar00rootroot00000000000000228 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMvcActionResult_ShouldSerializeValueAndMetadata_WhenMetadataSerializationIsAlways.verified.txt cbe9258ed13a3785754af22354e1db661a45b268.data000066400000000000000000000003431516707642500172300ustar00rootroot00000000000000{ Status: 200 OK, Content: { Headers: { Content-Length: 61, Content-Type: application/json }, Value: { value: contact-42, metadata: { source: value-metadata } } } }597d1ee90f9cbc9e05d4e1d4a3fd71950ab582e8.paxheader00006660000000000000000000000324151670764250020706xustar00rootroot00000000000000212 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMvcActionResult_ShouldUseCustomSerializerOptions_ForGenericResult.verified.txt 597d1ee90f9cbc9e05d4e1d4a3fd71950ab582e8.data000066400000000000000000000002661516707642500175510ustar00rootroot00000000000000{ Status: 200 OK, Content: { Headers: { Content-Length: 61, Content-Type: application/json }, Value: { id: Guid_1, name: Custom } } }f6635b86faea80528cbb1c6a6608ee9b88bfa8d8.paxheader00006660000000000000000000000327151670764250020777xustar00rootroot00000000000000215 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTests/ExtendedAppIntegrationTests.ToMvcActionResult_ShouldUseCustomSerializerOptions_ForNonGenericResult.verified.txt f6635b86faea80528cbb1c6a6608ee9b88bfa8d8.data000066400000000000000000000003001516707642500176240ustar00rootroot00000000000000{ Status: 200 OK, Content: { Headers: { Content-Length: 30, Content-Type: application/json }, Value: { metadata: { custom: true } } } }ExtendedAppIntegrationTests.cs000066400000000000000000000172611516707642500403340ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTestsusing System.Net; using System.Threading.Tasks; using FluentAssertions; using VerifyXunit; using Xunit; namespace Light.PortableResults.AspNetCore.Mvc.Tests.IntegrationTests; public sealed class ExtendedAppIntegrationTests { private readonly ExtendedMvcApp _fixture; public ExtendedAppIntegrationTests(ExtendedMvcApp fixture) => _fixture = fixture; [Fact] public async Task ToMvcActionResult_ShouldSerializeMetadata_WhenMetadataSerializationIsAlways() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/metadata", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.OK); response.Content.Headers.ContentType?.MediaType.Should().Be("application/json"); await Verifier.Verify(response); } [Fact] public async Task ToMvcActionResult_ShouldSerializeValueAndMetadata_WhenMetadataSerializationIsAlways() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/value-metadata", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.OK); response.Content.Headers.ContentType?.MediaType.Should().Be("application/json"); await Verifier.Verify(response); } [Fact] public async Task ToMvcActionResult_ShouldSerializeMetadataOnly_ForNonGenericResult() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/non-generic-metadata", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.OK); response.Content.Headers.ContentType?.MediaType.Should().Be("application/json"); await Verifier.Verify(response); } [Fact] public async Task ToMvcActionResult_ShouldSerializeValidationErrors_InRichFormat() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/validation-rich", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.BadRequest); response.Content.Headers.ContentType?.MediaType.Should().Be("application/problem+json"); await Verifier.Verify(response); } [Fact] public async Task ToMvcActionResult_ShouldSerializeValidationErrors_WhenErrorCountExceedsMax() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/validation-fallback", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.BadRequest); response.Content.Headers.ContentType?.MediaType.Should().Be("application/problem+json"); await Verifier.Verify(response); } [Fact] public async Task ToMvcActionResult_ShouldUseCustomSerializerOptions_ForNonGenericResult() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/custom-options", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.OK); response.Content.Headers.ContentType?.MediaType.Should().Be("application/json"); await Verifier.Verify(response); } [Fact] public async Task ToMvcActionResult_ShouldUseCustomSerializerOptions_ForGenericResult() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/custom-options-generic", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.OK); response.Content.Headers.ContentType?.MediaType.Should().Be("application/json"); await Verifier.Verify(response); } [Fact] public async Task ToMvcActionResult_ShouldIncludeEnricherMetadata_ForErrorResult() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/enriched-error", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.NotFound); response.Content.Headers.ContentType?.MediaType.Should().Be("application/problem+json"); await Verifier.Verify(response); } [Fact] public async Task ToMvcActionResult_ShouldNotSetContentType_WhenNonGenericMetadataIsHeaderOnly() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/non-generic-header-only-metadata", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.OK); response.Content.Headers.ContentType.Should().BeNull(); response.Headers.TryGetValues("X-TraceId", out var headerValues).Should().BeTrue(); headerValues.Should().ContainSingle("trace-42"); var content = await response.Content.ReadAsStringAsync(TestContext.Current.CancellationToken); content.Should().BeEmpty(); await Verifier.Verify(response); } [Fact] public async Task ToMvcActionResult_ShouldNotSerializeMetadata_WhenGenericMetadataIsHeaderOnly() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/generic-header-only-metadata", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.OK); response.Content.Headers.ContentType?.MediaType.Should().Be("application/json"); response.Headers.TryGetValues("X-TraceId", out var headerValues).Should().BeTrue(); headerValues.Should().ContainSingle("trace-43"); response.Headers.Contains("X-Null").Should().BeFalse(); await Verifier.Verify(response); } [Fact] public async Task ToMvcActionResult_ShouldNotSetHeader_WhenMetadataValueIsNull() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/non-generic-null-header", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.OK); response.Content.Headers.ContentType?.MediaType.Should().Be("application/json"); response.Headers.Contains("X-Null").Should().BeFalse(); await Verifier.Verify(response); } [Fact] public async Task ToMvcActionResult_ShouldHonorHeaderAnnotationFlags_ForGenericResult() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/extended/generic-header-annotation-flags", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.OK); response.Content.Headers.ContentType?.MediaType.Should().Be("application/json"); response.Headers.TryGetValues("X-HeaderAndBody", out var headerValues).Should().BeTrue(); headerValues.Should().ContainSingle("both"); response.Headers.Contains("X-None").Should().BeFalse(); await Verifier.Verify(response); } } ExtendedMvcApp.cs000066400000000000000000000034341516707642500355500ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTestsusing System.Net.Http; using System.Threading.Tasks; using Light.PortableResults.AspNetCore.Mvc.Tests.IntegrationTests; using Light.PortableResults.AspNetCore.Shared.Enrichment; using Light.PortableResults.Metadata; using Microsoft.AspNetCore.Builder; using Microsoft.AspNetCore.Http; using Microsoft.AspNetCore.TestHost; using Microsoft.Extensions.DependencyInjection; using Xunit; [assembly: AssemblyFixture(typeof(ExtendedMvcApp))] namespace Light.PortableResults.AspNetCore.Mvc.Tests.IntegrationTests; public sealed class ExtendedMvcApp : IAsyncLifetime { public ExtendedMvcApp() { var builder = WebApplication.CreateBuilder(); builder.WebHost.UseTestServer(); builder.Services.AddPortableResultsForMvc(); builder.Services.AddControllers().AddApplicationPart(typeof(ExtendedMvcController).Assembly); builder.Services.AddSingleton(); App = builder.Build(); App.MapControllers(); } public WebApplication App { get; } public async ValueTask InitializeAsync() => await App.StartAsync(); public async ValueTask DisposeAsync() { await App.StopAsync(); await App.DisposeAsync(); } public HttpClient CreateHttpClient() => App.GetTestClient(); public sealed class StaticMetadataEnricher : IHttpResultEnricher { public TResult Enrich(TResult result, HttpContext httpContext) where TResult : struct, IResultObject, ICanReplaceMetadata { if (result.Metadata is not null) { return result; } var metadata = MetadataObject.Create(("enriched", MetadataValue.FromString("true"))); return result.ReplaceMetadata(metadata); } } } ExtendedMvcController.cs000066400000000000000000000213221516707642500371470ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTestsusing System; using System.Net; using System.Text.Json; using System.Text.Json.Serialization.Metadata; using Light.PortableResults.Http; using Light.PortableResults.Http.Writing; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization; using Microsoft.AspNetCore.Mvc; namespace Light.PortableResults.AspNetCore.Mvc.Tests.IntegrationTests; [ApiController] [Route("api/extended")] public sealed class ExtendedMvcController : ControllerBase { private static readonly PortableResultsHttpWriteOptions AlwaysSerializeMetadataOptions = new () { MetadataSerializationMode = MetadataSerializationMode.Always }; [HttpGet("metadata")] public LightActionResult GetContactWithMetadata() { var result = Result.Ok(CreateRichMetadata()); return result.ToMvcActionResult(overrideOptions: AlwaysSerializeMetadataOptions); } [HttpGet("value-metadata")] public LightActionResult GetContactWithValueAndMetadata() { const string contact = "contact-42"; var metadata = MetadataObject.Create(("source", MetadataValue.FromString("value-metadata"))); var result = Result.Ok(contact, metadata); return result.ToMvcActionResult(overrideOptions: AlwaysSerializeMetadataOptions); } [HttpGet("non-generic-metadata")] public LightActionResult GetNonGenericMetadata() { var metadata = MetadataObject.Create( ("note", MetadataValue.FromString("non-generic")), ("count", MetadataValue.FromInt64(3)) ); var result = Result.Ok(metadata); return result.ToMvcActionResult(overrideOptions: AlwaysSerializeMetadataOptions); } [HttpGet("validation-rich")] public LightActionResult GetValidationErrorsRich() { var errorMetadata = MetadataObject.Create(("minLength", MetadataValue.FromInt64(1))); Error[] errors = [ new () { Message = "Name is required", Code = "NameRequired", Target = " ", Category = ErrorCategory.Validation, Metadata = errorMetadata }, new () { Message = "Email is required", Target = "email", Category = ErrorCategory.Validation } ]; var metadata = MetadataObject.Create(("source", MetadataValue.FromString("rich"))); var result = Result.Fail(errors, metadata); return result.ToMvcActionResult(overrideOptions: CreateRichValidationOptions()); } [HttpGet("validation-fallback")] public LightActionResult GetValidationErrorsFallback() { var errors = new Error[11]; for (var i = 0; i < errors.Length; i++) { errors[i] = new Error { Message = $"Validation error {i}", Code = $"VAL{i}", Target = $"field{i}", Category = ErrorCategory.Validation }; } errors[5] = new Error { Message = "Validation error 5", Code = "VAL5", Target = "field5", Category = ErrorCategory.Validation, Metadata = MetadataObject.Create(("index", MetadataValue.FromInt64(5))) }; var result = Result.Fail(errors); return result.ToMvcActionResult(); } [HttpGet("custom-options")] public LightActionResult GetCustomSerializedResult() { var result = Result.Ok(MetadataObject.Create(("custom", MetadataValue.FromString("true")))); var serializerOptions = CreateCustomSerializerOptions(); return result.ToMvcActionResult( overrideOptions: AlwaysSerializeMetadataOptions, serializerOptions: serializerOptions ); } [HttpGet("custom-options-generic")] public LightActionResult GetCustomSerializedGenericResult() { var contact = new ContactDto { Id = new Guid("C5C6B3F9-4E09-4E0D-9D9B-9B2B364EC5B8"), Name = "Custom" }; var result = Result.Ok(contact); var serializerOptions = CreateCustomGenericSerializerOptions(); return result.ToMvcActionResult(serializerOptions: serializerOptions); } [HttpGet("enriched-error")] public LightActionResult GetEnrichedError() { var error = new Error { Message = "Contact was not found", Code = "ContactNotFound", Target = "contactId", Category = ErrorCategory.NotFound }; var result = Result.Fail(error); return result.ToMvcActionResult(); } [HttpGet("non-generic-header-only-metadata")] public LightActionResult GetNonGenericHeaderOnlyMetadata() { var metadata = MetadataObject.Create( ("X-TraceId", MetadataValue.FromString("trace-42", MetadataValueAnnotation.SerializeInHttpHeader)) ); var result = Result.Ok(metadata); return result.ToMvcActionResult(overrideOptions: AlwaysSerializeMetadataOptions); } [HttpGet("generic-header-only-metadata")] public LightActionResult GetGenericHeaderOnlyMetadata() { var metadata = MetadataObject.Create( ("X-Null", default), ("X-TraceId", MetadataValue.FromString("trace-43", MetadataValueAnnotation.SerializeInHttpHeader)) ); var result = Result.Ok("ok", metadata); return result.ToMvcActionResult(overrideOptions: AlwaysSerializeMetadataOptions); } [HttpGet("non-generic-null-header")] public LightActionResult GetNonGenericNullHeaderMetadata() { var metadata = MetadataObject.Create( ("X-Null", MetadataValue.Null), ("note", MetadataValue.FromString("non-generic")) ); var result = Result.Ok(metadata); return result.ToMvcActionResult(overrideOptions: AlwaysSerializeMetadataOptions); } [HttpGet("generic-header-annotation-flags")] public LightActionResult GetGenericHeaderAnnotationFlagsMetadata() { var metadata = MetadataObject.Create( ("X-HeaderAndBody", MetadataValue.FromString("both", MetadataValueAnnotation.SerializeInHttpHeaderAndBody)), ("X-None", MetadataValue.FromString("none", MetadataValueAnnotation.None)) ); var result = Result.Ok("ok", metadata); return result.ToMvcActionResult(overrideOptions: AlwaysSerializeMetadataOptions); } private static PortableResultsHttpWriteOptions CreateRichValidationOptions() => new () { ValidationProblemSerializationFormat = ValidationProblemSerializationFormat.Rich, CreateProblemDetailsInfo = (_, _) => new ProblemDetailsInfo { Type = "https://example.org/problems/validation", Title = "Validation failed", Status = HttpStatusCode.BadRequest, Detail = "", Instance = "/instances/validation-rich" } }; private static MetadataObject CreateRichMetadata() { var nested = MetadataObject.Create(("inner", MetadataValue.FromString("nested"))); var array = MetadataArray.Create( MetadataValue.FromBoolean(true), MetadataValue.FromInt64(7), MetadataValue.FromDouble(1.5), MetadataValue.FromString("alpha"), MetadataValue.FromObject(nested) ); return MetadataObject.Create( ("nullValue", MetadataValue.Null), ("boolValue", MetadataValue.FromBoolean(true)), ("intValue", MetadataValue.FromInt64(42)), ("doubleValue", MetadataValue.FromDouble(12.5)), ("stringValue", MetadataValue.FromString("sample")), ("arrayValue", MetadataValue.FromArray(array)), ("objectValue", MetadataValue.FromObject(nested)) ); } private static JsonSerializerOptions CreateCustomSerializerOptions() { var options = new JsonSerializerOptions { PropertyNamingPolicy = JsonNamingPolicy.CamelCase, TypeInfoResolver = new DefaultJsonTypeInfoResolver() }; options.AddDefaultPortableResultsHttpWriteJsonConverters(); return options; } private static JsonSerializerOptions CreateCustomGenericSerializerOptions() { var options = new JsonSerializerOptions { PropertyNamingPolicy = JsonNamingPolicy.CamelCase, TypeInfoResolver = new DefaultJsonTypeInfoResolver() }; options.AddDefaultPortableResultsHttpWriteJsonConverters(); return options; } } cf4a6512458c95fd8bc39de151dd435ef0a16145.paxheader00006660000000000000000000000324151670764250020530xustar00rootroot00000000000000212 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTests/RegularAppIntegrationTests.ToHttp201CreatedMvcActionResult_ShouldProduce201ResponseWithLocation.verified.txt cf4a6512458c95fd8bc39de151dd435ef0a16145.data000066400000000000000000000004131516707642500173650ustar00rootroot00000000000000{ Status: 201 Created, Headers: { Location: /api/contacts/36921058-446f-4515-8bd9-968893a94153 }, Content: { Headers: { Content-Length: 58, Content-Type: application/json }, Value: { id: Guid_1, name: Foo } } }45964f9b35e726e9aaf7daa045a681a8f7bc9c7e.paxheader00006660000000000000000000000324151670764250020716xustar00rootroot00000000000000212 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTests/RegularAppIntegrationTests.ToHttp201CreatedMvcActionResult_ShouldProduce201_ForNonGenericResult.verified.txt 45964f9b35e726e9aaf7daa045a681a8f7bc9c7e.data000066400000000000000000000003071516707642500175550ustar00rootroot00000000000000{ Response: { Status: 201 Created, Headers: { Location: /api/contacts/action/completed } }, Request: { Method: POST, Uri: http://localhost/api/contacts/action } }RegularAppIntegrationTests.ToMvcActionResult_ShouldProduce200_ForNonGenericResult.verified.txt000066400000000000000000000002351516707642500546170ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTests{ Response: { Status: 200 OK }, Request: { Method: DELETE, Uri: http://localhost/api/contacts/a1b2c3d4-e5f6-7890-abcd-ef1234567890 } }5d335ed22285806df47b1552fe8e98e1c07fcfab.paxheader00006660000000000000000000000335151670764250020625xustar00rootroot00000000000000221 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTests/RegularAppIntegrationTests.ToMvcActionResult_ShouldProduce400ProblemDetails_ForNonGenericResultWithError.verified.txt 5d335ed22285806df47b1552fe8e98e1c07fcfab.data000066400000000000000000000010671516707642500174660ustar00rootroot00000000000000{ Status: 400 Bad Request, Content: { Headers: { Content-Length: 284, Content-Type: application/problem+json }, Value: { type: https://tools.ietf.org/html/rfc9110#section-15.5.1, title: Bad Request, status: 400, detail: One or more validation errors occurred., errors: { : [ Batch validation failed ] }, errorDetails: [ { target: , index: 0, code: BatchValidationError, category: Validation } ] } } }4ad111763467292c968d53dd27593bac0193b7f9.paxheader00006660000000000000000000000336151670764250020246xustar00rootroot00000000000000222 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTests/RegularAppIntegrationTests.ToMvcActionResult_ShouldProduce400ProblemDetails_WhenResultHasValidationErrors.verified.txt 4ad111763467292c968d53dd27593bac0193b7f9.data000066400000000000000000000013511516707642500171020ustar00rootroot00000000000000{ Status: 400 Bad Request, Content: { Headers: { Content-Length: 384, Content-Type: application/problem+json }, Value: { type: https://tools.ietf.org/html/rfc9110#section-15.5.1, title: Bad Request, status: 400, detail: One or more validation errors occurred., errors: { name: [ Name is required ], email: [ Email must be valid ] }, errorDetails: [ { target: name, index: 0, code: NameRequired, category: Validation }, { target: email, index: 0, code: EmailInvalid, category: Validation } ] } } }f80d6dc97840276e80ea862fbbdc245b77dc4b84.paxheader00006660000000000000000000000333151670764250020630xustar00rootroot00000000000000219 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTests/RegularAppIntegrationTests.ToMvcActionResult_ShouldProduce404ProblemDetails_WhenResultHasNotFoundError.verified.txt f80d6dc97840276e80ea862fbbdc245b77dc4b84.data000066400000000000000000000010041516707642500174620ustar00rootroot00000000000000{ Status: 404 Not Found, Content: { Headers: { Content-Length: 294, Content-Type: application/problem+json }, Value: { type: https://tools.ietf.org/html/rfc9110#section-15.5.5, title: Not Found, status: 404, detail: The requested resource was not found., errors: [ { message: Contact with id 'a1b2c3d4-e5f6-7890-abcd-ef1234567890' was not found, code: ContactNotFound, category: NotFound } ] } } }b2d218870379fbeca7eb6963f5ea20e563c2765e.paxheader00006660000000000000000000000352151670764250020545xustar00rootroot00000000000000234 path=Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTests/RegularAppIntegrationTests.ToMvcActionResult_ShouldSetHeader_EvenWhenMetadataSerializationForSuccessResultsIsDisabled.verified.txt b2d218870379fbeca7eb6963f5ea20e563c2765e.data000066400000000000000000000005251516707642500174050ustar00rootroot00000000000000{ Status: 200 OK, Headers: { Count: 3 }, Content: { Headers: { Content-Length: 178, Content-Type: application/json }, Value: [ { id: Guid_1, name: Foo }, { id: Guid_2, name: Bar }, { id: Guid_3, name: Baz } ] } }RegularAppIntegrationTests.cs000066400000000000000000000066101516707642500401710ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTestsusing System; using System.Net.Http.Json; using System.Threading.Tasks; using VerifyXunit; using Xunit; namespace Light.PortableResults.AspNetCore.Mvc.Tests.IntegrationTests; public sealed class RegularAppIntegrationTests { private readonly RegularMvcApp _fixture; public RegularAppIntegrationTests(RegularMvcApp fixture) => _fixture = fixture; [Fact] public async Task ToMvcActionResult_ShouldSetHeader_EvenWhenMetadataSerializationForSuccessResultsIsDisabled() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/contacts", cancellationToken: TestContext.Current.CancellationToken ); await Verifier.Verify(response); } [Fact] public async Task ToHttp201CreatedMvcActionResult_ShouldProduce201ResponseWithLocation() { using var httpClient = _fixture.CreateHttpClient(); var dto = new ContactDto { Id = new Guid("36921058-446F-4515-8BD9-968893A94153"), Name = "Foo" }; using var response = await httpClient.PutAsJsonAsync( "/api/contacts", dto, cancellationToken: TestContext.Current.CancellationToken ); await Verifier.Verify(response); } [Fact] public async Task ToMvcActionResult_ShouldProduce404ProblemDetails_WhenResultHasNotFoundError() { using var httpClient = _fixture.CreateHttpClient(); var id = new Guid("A1B2C3D4-E5F6-7890-ABCD-EF1234567890"); using var response = await httpClient.GetAsync( $"/api/contacts/not-found/{id}", cancellationToken: TestContext.Current.CancellationToken ); await Verifier.Verify(response); } [Fact] public async Task ToMvcActionResult_ShouldProduce400ProblemDetails_WhenResultHasValidationErrors() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/contacts/validation-error", cancellationToken: TestContext.Current.CancellationToken ); await Verifier.Verify(response); } [Fact] public async Task ToMvcActionResult_ShouldProduce200_ForNonGenericResult() { using var httpClient = _fixture.CreateHttpClient(); var id = new Guid("A1B2C3D4-E5F6-7890-ABCD-EF1234567890"); using var response = await httpClient.DeleteAsync( $"/api/contacts/{id}", cancellationToken: TestContext.Current.CancellationToken ); await Verifier.Verify(response); } [Fact] public async Task ToHttp201CreatedMvcActionResult_ShouldProduce201_ForNonGenericResult() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.PostAsync( "/api/contacts/action", content: null, cancellationToken: TestContext.Current.CancellationToken ); await Verifier.Verify(response); } [Fact] public async Task ToMvcActionResult_ShouldProduce400ProblemDetails_ForNonGenericResultWithError() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.PostAsync( "/api/contacts/validate", content: null, cancellationToken: TestContext.Current.CancellationToken ); await Verifier.Verify(response); } } RegularMvcApp.cs000066400000000000000000000020721516707642500354060ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTestsusing System.Net.Http; using System.Threading.Tasks; using Light.PortableResults.AspNetCore.Mvc.Tests.IntegrationTests; using Microsoft.AspNetCore.Builder; using Microsoft.AspNetCore.TestHost; using Microsoft.Extensions.DependencyInjection; using Xunit; [assembly: AssemblyFixture(typeof(RegularMvcApp))] namespace Light.PortableResults.AspNetCore.Mvc.Tests.IntegrationTests; public sealed class RegularMvcApp : IAsyncLifetime { public RegularMvcApp() { var builder = WebApplication.CreateBuilder(); builder.WebHost.UseTestServer(); builder.Services.AddPortableResultsForMvc(); builder.Services.AddControllers().AddApplicationPart(typeof(RegularMvcController).Assembly); App = builder.Build(); App.MapControllers(); } public WebApplication App { get; } public async ValueTask InitializeAsync() => await App.StartAsync(); public async ValueTask DisposeAsync() { await App.StopAsync(); await App.DisposeAsync(); } public HttpClient CreateHttpClient() => App.GetTestClient(); } RegularMvcController.cs000066400000000000000000000070411516707642500370120ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTestsusing System; using System.Collections.Generic; using Light.PortableResults.Metadata; using Microsoft.AspNetCore.Mvc; namespace Light.PortableResults.AspNetCore.Mvc.Tests.IntegrationTests; [ApiController] [Route("api/contacts")] public sealed class RegularMvcController : ControllerBase { [HttpGet] [ProducesPortableResult, Dictionary>] public LightActionResult> GetContacts() { var contact1 = new ContactDto { Id = new Guid("D8FC9BEC-0606-4E9B-8EB4-04558B2B9D40"), Name = "Foo" }; var contact2 = new ContactDto { Id = new Guid("AAA41889-0BD8-4247-9C0F-049567FA63C1"), Name = "Bar" }; var contact3 = new ContactDto { Id = new Guid("3D43850A-69D1-4230-8BAA-75AA6C693E9D"), Name = "Baz" }; List contacts = [contact1, contact2, contact3]; var metadata = MetadataObject.Create( ("Count", MetadataValue.FromInt64(contacts.Count, MetadataValueAnnotation.SerializeInHttpHeader)) ); var result = Result>.Ok([contact1, contact2, contact3], metadata); return result.ToMvcActionResult(); } [HttpGet("{id:guid}")] [ProducesPortableResult] public LightActionResult GetContact(Guid id) { var contactDto = new ContactDto { Id = id, Name = "Foo" }; var result = Result.Ok(contactDto); return result.ToMvcActionResult(); } [HttpPut] [ProducesPortableResult(statusCode: 201)] public LightActionResult CreateContact([FromBody] ContactDto contactDto) { var result = Result.Ok(contactDto); return result.ToHttp201CreatedMvcActionResult(location: $"/api/contacts/{contactDto.Id}"); } [HttpGet("not-found/{id:guid}")] public LightActionResult GetContactNotFound(Guid id) { var error = new Error { Message = $"Contact with id '{id}' was not found", Code = "ContactNotFound", Category = ErrorCategory.NotFound }; var result = Result.Fail(error); return result.ToMvcActionResult(); } [HttpGet("validation-error")] public LightActionResult GetContactValidationError() { Error[] errors = [ new () { Message = "Name is required", Code = "NameRequired", Target = "name", Category = ErrorCategory.Validation }, new () { Message = "Email must be valid", Code = "EmailInvalid", Target = "email", Category = ErrorCategory.Validation } ]; var result = Result.Fail(errors); return result.ToMvcActionResult(); } [HttpDelete("{id:guid}")] public LightActionResult DeleteContact(Guid id) { var result = Result.Ok(); return result.ToMvcActionResult(); } [HttpPost("action")] public LightActionResult PerformAction() { var result = Result.Ok(); return result.ToHttp201CreatedMvcActionResult(location: "/api/contacts/action/completed"); } [HttpPost("validate")] public LightActionResult ValidateContacts() { var error = new Error { Message = "Batch validation failed", Code = "BatchValidationError", Target = "", Category = ErrorCategory.Validation }; var result = Result.Fail(error); return result.ToMvcActionResult(); } } RegularRoundTripIntegrationTests.cs000066400000000000000000000125061516707642500414000ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/IntegrationTestsusing System; using System.Collections.Generic; using System.Linq; using System.Net; using System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.Http.Reading; using Light.PortableResults.Http.Reading.Headers; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.AspNetCore.Mvc.Tests.IntegrationTests; public sealed class RegularRoundTripIntegrationTests { private readonly RegularMvcApp _fixture; public RegularRoundTripIntegrationTests(RegularMvcApp fixture) => _fixture = fixture; [Fact] public async Task ReadResultAsync_ShouldRoundTrip_GenericSuccess() { using var httpClient = _fixture.CreateHttpClient(); var id = new Guid("D1A5D89D-A5ED-4990-8BFC-8DF56D8E0A96"); using var response = await httpClient.GetAsync( $"/api/contacts/{id}", cancellationToken: TestContext.Current.CancellationToken ); response.EnsureSuccessStatusCode(); var result = await response.ReadResultAsync(cancellationToken: TestContext.Current.CancellationToken); var expectedResult = Result.Ok( new ContactDto { Id = id, Name = "Foo" } ); result.Should().Be(expectedResult); } [Fact] public async Task ReadResultAsync_ShouldIgnoreHeaders_ByDefault() { using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/contacts", cancellationToken: TestContext.Current.CancellationToken ); response.EnsureSuccessStatusCode(); var result = await response.ReadResultAsync>( cancellationToken: TestContext.Current.CancellationToken ); var expectedResult = Result>.Ok(CreateExpectedContacts()); result .Equals(expectedResult, compareMetadata: true, valueComparer: ContactListComparer.Instance) .Should().BeTrue(); } [Fact] public async Task ReadResultAsync_ShouldRoundTrip_HeaderMetadata_WhenConfigured() { var options = new PortableResultsHttpReadOptions { HeaderParsingService = new DefaultHttpHeaderParsingService( new AllowListHeaderSelectionStrategy(["Count"]) ) }; using var httpClient = _fixture.CreateHttpClient(); using var response = await httpClient.GetAsync( "/api/contacts", cancellationToken: TestContext.Current.CancellationToken ); response.EnsureSuccessStatusCode(); var result = await response.ReadResultAsync>( options: options, cancellationToken: TestContext.Current.CancellationToken ); var expectedMetadata = MetadataObject.Create(("Count", MetadataValue.FromInt64(3))); var expectedResult = Result>.Ok(CreateExpectedContacts(), expectedMetadata); result .Equals(expectedResult, compareMetadata: true, valueComparer: ContactListComparer.Instance) .Should().BeTrue(); } [Fact] public async Task ReadResultAsync_ShouldRoundTrip_GenericFailure() { using var httpClient = _fixture.CreateHttpClient(); var id = new Guid("A1B2C3D4-E5F6-7890-ABCD-EF1234567890"); using var response = await httpClient.GetAsync( $"/api/contacts/not-found/{id}", cancellationToken: TestContext.Current.CancellationToken ); response.StatusCode.Should().Be(HttpStatusCode.NotFound); var result = await response.ReadResultAsync(cancellationToken: TestContext.Current.CancellationToken); var expectedResult = Result.Fail( new Error { Message = $"Contact with id '{id}' was not found", Code = "ContactNotFound", Category = ErrorCategory.NotFound } ); result.Should().Be(expectedResult); } private static List CreateExpectedContacts() => [ new () { Id = new Guid("D8FC9BEC-0606-4E9B-8EB4-04558B2B9D40"), Name = "Foo" }, new () { Id = new Guid("AAA41889-0BD8-4247-9C0F-049567FA63C1"), Name = "Bar" }, new () { Id = new Guid("3D43850A-69D1-4230-8BAA-75AA6C693E9D"), Name = "Baz" } ]; private sealed class ContactListComparer : IEqualityComparer?> { public static ContactListComparer Instance { get; } = new (); public bool Equals(List? x, List? y) { if (ReferenceEquals(x, y)) { return true; } if (x is null || y is null) { return false; } return x.SequenceEqual(y); } public int GetHashCode(List? obj) { if (obj is null) { return 0; } var hashCode = new HashCode(); foreach (var item in obj) { hashCode.Add(item); } return hashCode.ToHashCode(); } } } Light.PortableResults.AspNetCore.Mvc.Tests.csproj000066400000000000000000000020321516707642500403060ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests Exe false all runtime; build; native; contentfiles; analyzers; buildtransitive Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/ModuleInitializer.cs000066400000000000000000000007261516707642500331040ustar00rootroot00000000000000using System; using System.Runtime.CompilerServices; using VerifyTests; namespace Light.PortableResults.AspNetCore.Mvc.Tests; public static class ModuleInitializer { [ModuleInitializer] public static void Initialize() { // This is required for serialization tests that do not rely on JsonSerializerContext. AppContext.SetSwitch("System.Text.Json.JsonSerializer.IsReflectionEnabledByDefault", true); VerifyHttp.Initialize(); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Mvc.Tests/packages.lock.json000066400000000000000000000675111516707642500325310ustar00rootroot00000000000000{ "version": 2, "dependencies": { "net10.0": { "coverlet.collector": { "type": "Direct", "requested": "[8.0.1, )", "resolved": "8.0.1", "contentHash": "heVQl5tKYnnIDYlR1QMVGueYH6iriZTcZB6AjDczQNwZzxkjDIt9C84Pt4cCiZYrbo7jkZOYGWbs6Lo9wAtVLg==" }, "FluentAssertions": { "type": "Direct", "requested": "[7.2.2, 7.2.2]", "resolved": "7.2.2", "contentHash": "B6FJmtTadaqtLXH5qfn9hlYF5ruNOAdtjA9+1V3fuYp/MZzj7lB3Ys5cdgy72uv7w1GE5Y9PEX369UD3N1sfHg==", "dependencies": { "System.Configuration.ConfigurationManager": "6.0.0" } }, "Microsoft.AspNetCore.Mvc.Testing": { "type": "Direct", "requested": "[10.0.5, )", "resolved": "10.0.5", "contentHash": 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Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Shared.Tests/Serialization/000077500000000000000000000000001516707642500324155ustar00rootroot00000000000000ResultJsonConverterReadTests.cs000066400000000000000000000022101516707642500404770ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Shared.Tests/Serializationusing System; using System.Text.Json; using FluentAssertions; using Light.PortableResults.Http.Writing; using Xunit; namespace Light.PortableResults.AspNetCore.Shared.Tests.Serialization; public sealed class ResultJsonConverterReadTests { [Fact] public void ReadHttpResultForWriting_ShouldThrow_ForNonGenericWriteConverter() { var options = CreateOptions(); const string json = "{\"metadata\":{\"note\":\"hi\"}}"; Action act = () => JsonSerializer.Deserialize(json, options); act.Should().Throw(); } [Fact] public void ReadHttpResultForWriting_ShouldThrow_ForGenericWriteConverter() { var options = CreateOptions(); const string json = "{\"value\":\"ok\"}"; Action act = () => JsonSerializer.Deserialize>(json, options); act.Should().Throw(); } private static JsonSerializerOptions CreateOptions() { var options = new JsonSerializerOptions(); options.AddDefaultPortableResultsHttpWriteJsonConverters(); return options; } } SerializerExtensionsTests.cs000066400000000000000000000024201516707642500400770ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.AspNetCore.Shared.Tests/Serializationusing System.IO; using System.Text; using System.Text.Json; using System.Text.Json.Serialization.Metadata; using FluentAssertions; using Light.PortableResults.SharedJsonSerialization.Writing; using Xunit; namespace Light.PortableResults.AspNetCore.Shared.Tests.Serialization; public sealed class SerializerExtensionsTests { [Fact] public void WriteGenericValue_ShouldSerializeRuntimeType_WhenGenericTypeIsObject() { var options = new JsonSerializerOptions { PropertyNamingPolicy = 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"https://xunit.net/schema/current/xunit.runner.schema.json" } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/000077500000000000000000000000001516707642500243715ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Buffers/000077500000000000000000000000001516707642500257655ustar00rootroot00000000000000RentedArrayBufferWriterTests.cs000066400000000000000000000212301516707642500340250ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Buffersusing System; using System.Buffers; using System.Collections.Generic; using FluentAssertions; using Light.PortableResults.Buffers; using Xunit; namespace Light.PortableResults.Tests.Buffers; public sealed class RentedArrayBufferWriterTests { [Fact] public void Constructor_WithNegativeInitialCapacity_ShouldThrowArgumentOutOfRangeException() { var act = () => _ = new RentedArrayBufferWriter(-1); act.Should().Throw() .WithParameterName("initialCapacity"); } [Fact] public void Constructor_WithNullArrayPool_ShouldThrowArgumentNullException() { var act = () => _ = new RentedArrayBufferWriter(null!, 1); act.Should().Throw() .WithParameterName("arrayPool"); } [Fact] public void GetMemory_WithNegativeSizeHint_ShouldThrowArgumentOutOfRangeException() { var writer = new RentedArrayBufferWriter(initialCapacity: 1); var act = () => _ = writer.GetMemory(-1); act.Should().Throw() .WithParameterName("sizeHint"); } [Fact] public void GetSpan_WithNegativeSizeHint_ShouldThrowArgumentOutOfRangeException() { var writer = new RentedArrayBufferWriter(initialCapacity: 1); var act = () => { writer.GetSpan(-1); }; act.Should().Throw() .WithParameterName("sizeHint"); } [Fact] public void Advance_WithNegativeCount_ShouldThrowArgumentOutOfRangeException() { var writer = new RentedArrayBufferWriter(initialCapacity: 4); var act = () => writer.Advance(-1); act.Should().Throw() .WithParameterName("count"); } [Fact] public void Advance_PastBufferEnd_ShouldThrowInvalidOperationException() { var writer = new RentedArrayBufferWriter(new TrackingByteArrayPool(), initialCapacity: 2); writer.Advance(2); var act = () => writer.Advance(1); act.Should().Throw() .WithMessage("*past the end of the buffer*"); } [Fact] public void FinishWriting_ShouldReturnWrittenBytes() { var writer = new RentedArrayBufferWriter(initialCapacity: 4); var span = writer.GetSpan(3); span[0] = 9; span[1] = 8; span[2] = 7; writer.Advance(3); using var pooledArray = writer.FinishWriting(); pooledArray.Span.ToArray().Should().Equal(9, 8, 7); } [Fact] public void FinishWriting_AfterCalled_ShouldPreventFurtherWritingButAllowAdditionalHandles() { var writer = new RentedArrayBufferWriter(initialCapacity: 2); using var pooledArray1 = writer.FinishWriting(); var advanceAct = () => writer.Advance(1); var getMemoryAct = () => writer.GetMemory(); var getSpanAct = () => { writer.GetSpan(); }; var finishWritingAct = () => writer.FinishWriting(); advanceAct.Should().Throw().WithMessage("*FinishWriting*already been called*"); getMemoryAct.Should().Throw().WithMessage("*FinishWriting*already been called*"); getSpanAct.Should().Throw().WithMessage("*FinishWriting*already been called*"); var pooledArray2 = finishWritingAct.Should().NotThrow().Subject; pooledArray2.Span.ToArray().Should().Equal(pooledArray1.Span.ToArray()); pooledArray2.Dispose(); } [Fact] public void FinishWriting_MultipleHandles_ShouldShareIdempotentDisposeState() { var trackingPool = new TrackingByteArrayPool(); var writer = new RentedArrayBufferWriter(trackingPool, initialCapacity: 2); writer.Advance(1); var pooledArray1 = writer.FinishWriting(); var pooledArray2 = writer.FinishWriting(); pooledArray1.Dispose(); pooledArray2.Dispose(); trackingPool.ReturnedArrays.Should().ContainSingle(); } [Fact] public void GetMemory_WithZeroSizeHint_ShouldProvideWritableBuffer() { var writer = new RentedArrayBufferWriter(initialCapacity: 1); var memory = writer.GetMemory(); memory.Length.Should().BeGreaterThan(0); } [Fact] public void CheckAndResizeBuffer_ShouldReturnOldBufferToPool() { var trackingPool = new TrackingByteArrayPool(); var writer = new RentedArrayBufferWriter(trackingPool, initialCapacity: 2); var span = writer.GetSpan(2); span[0] = 1; span[1] = 2; writer.Advance(2); _ = writer.GetMemory(3); trackingPool.ReturnedArrays.Should().ContainSingle(); trackingPool.ReturnedArrays[0].Length.Should().Be(2); } [Fact] public void FinishWriting_Dispose_ShouldReturnCurrentBufferToPool() { var trackingPool = new TrackingByteArrayPool(); var writer = new RentedArrayBufferWriter(trackingPool, initialCapacity: 2); writer.Advance(1); var pooledArray = writer.FinishWriting(); pooledArray.Dispose(); trackingPool.ReturnedArrays.Should().ContainSingle(); } [Fact] public void Dispose_WithoutFinishWriting_ShouldReturnCurrentBufferToPoolOnlyOnce() { var trackingPool = new TrackingByteArrayPool(); var writer = new RentedArrayBufferWriter(trackingPool, initialCapacity: 2); writer.Dispose(); writer.Dispose(); trackingPool.ReturnedArrays.Should().ContainSingle(); } [Fact] public void Dispose_AfterFinishWriting_ShouldShareIdempotenceWithPooledArrayHandles() { var trackingPool = new TrackingByteArrayPool(); var writer = new RentedArrayBufferWriter(trackingPool, initialCapacity: 2); writer.Advance(1); var pooledArray = writer.FinishWriting(); writer.Dispose(); pooledArray.Dispose(); trackingPool.ReturnedArrays.Should().ContainSingle(); } [Fact] public void FinishWriting_AfterWriterDispose_ShouldThrowInvalidOperationException() { var writer = new RentedArrayBufferWriter(initialCapacity: 2); writer.Dispose(); var act = () => writer.FinishWriting(); act.Should().Throw() .WithMessage("*already disposed*"); } [Fact] public void GetMemory_WithVeryLargeSizeHint_ShouldNeverRentNegativeLength() { var pool = new OverflowAwareArrayPool(initialBufferLength: 2, resizedBufferLength: 8); var writer = new RentedArrayBufferWriter(pool, initialCapacity: 2); var act = () => _ = writer.GetMemory(int.MaxValue); act.Should().NotThrow(); pool.LastRentedMinimumLength.Should().Be(int.MaxValue); pool.ReturnedArrays.Should().ContainSingle(); } [Fact] public void GetMemory_WithTooLargeRequiredLength_ShouldThrowArgumentOutOfRangeException() { var writer = new RentedArrayBufferWriter(new TrackingByteArrayPool(), initialCapacity: 2); writer.Advance(1); var act = () => _ = writer.GetMemory(int.MaxValue); act.Should().Throw() .WithParameterName("sizeHint") .WithMessage("*too large*"); } private sealed class TrackingByteArrayPool : ArrayPool { public List ReturnedArrays { get; } = new (); public override byte[] Rent(int minimumLength) => new byte[Math.Max(minimumLength, 1)]; public override void Return(byte[] array, bool clearArray = false) => ReturnedArrays.Add(array); } private sealed class OverflowAwareArrayPool : ArrayPool { private readonly int _initialBufferLength; private readonly int _resizedBufferLength; private bool _isFirstRent = true; public OverflowAwareArrayPool(int initialBufferLength, int resizedBufferLength) { _initialBufferLength = initialBufferLength; _resizedBufferLength = resizedBufferLength; } public int LastRentedMinimumLength { get; private set; } public List ReturnedArrays { get; } = new (); public override byte[] Rent(int minimumLength) { if (minimumLength < 0) { throw new ArgumentOutOfRangeException(nameof(minimumLength)); } LastRentedMinimumLength = minimumLength; if (_isFirstRent) { _isFirstRent = false; return new byte[_initialBufferLength]; } return new byte[_resizedBufferLength]; } public override void Return(byte[] array, bool clearArray = false) => ReturnedArrays.Add(array); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Buffers/RentedArrayTests.cs000066400000000000000000000055301516707642500315620ustar00rootroot00000000000000using System; using System.Buffers; using System.Collections.Generic; using FluentAssertions; using Light.PortableResults.Buffers; using Xunit; namespace Light.PortableResults.Tests.Buffers; public sealed class RentedArrayTests { [Fact] public void Memory_ShouldReturnRequestedLength() { var pool = new TrackingByteArrayPool(); using var pooledArray = CreateRentedArrayWithLength(pool, 3, 1, 2, 3, 4, 5); var memory = pooledArray.Memory; memory.ToArray().Should().Equal(1, 2, 3); } [Fact] public void Span_ShouldReturnRequestedLength() { var pool = new TrackingByteArrayPool(); using var pooledArray = CreatePooledArray(pool, 1, 2, 3, 4, 5); var span = pooledArray.Span; span.ToArray().Should().Equal(1, 2, 3, 4, 5); } [Fact] public void Dispose_ShouldReturnArrayToPoolOnlyOnce() { var pool = new TrackingByteArrayPool(); var pooledArray = CreatePooledArray(pool, 10, 20, 30); pooledArray.Dispose(); pooledArray.Dispose(); pool.ReturnCalls.Should().Be(1); pool.ReturnedArrays.Should().ContainSingle(); } [Fact] public void Dispose_WhenCalledMultipleTimes_ShouldReturnArrayToPoolOnlyOnce() { var pool = new TrackingByteArrayPool(); var pooledArray = CreatePooledArray(pool, 10, 20, 30); var copied = pooledArray; pooledArray.Dispose(); copied.Dispose(); pool.ReturnCalls.Should().Be(1); pool.ReturnedArrays.Should().ContainSingle(); } [Fact] public void Memory_AfterDispose_ShouldThrowInvalidOperationException() { var pool = new TrackingByteArrayPool(); var pooledArray = CreatePooledArray(pool, 1, 2); pooledArray.Dispose(); var act = () => _ = pooledArray.Memory; act.Should().Throw() .WithMessage("*already disposed*"); } private static IRentedArray CreatePooledArray(ArrayPool pool, params byte[] bytes) => CreateRentedArrayWithLength(pool, bytes.Length, bytes); private static IRentedArray CreateRentedArrayWithLength(ArrayPool pool, int length, params byte[] bytes) { var writer = new RentedArrayBufferWriter(pool, bytes.Length); bytes.CopyTo(writer.GetSpan(bytes.Length)); writer.Advance(length); return writer.FinishWriting(); } private sealed class TrackingByteArrayPool : ArrayPool { public int ReturnCalls { get; private set; } public List ReturnedArrays { get; } = new (); public override byte[] Rent(int minimumLength) => new byte[Math.Max(minimumLength, 1)]; public override void Return(byte[] array, bool clearArray = false) { ReturnCalls++; ReturnedArrays.Add(array); } } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/CloudEvents/000077500000000000000000000000001516707642500266245ustar00rootroot00000000000000CloudEventsEnvelopeTests.cs000066400000000000000000000054231516707642500340540ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/CloudEventsusing System; using FluentAssertions; using Light.PortableResults.CloudEvents; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.CloudEvents; public sealed class CloudEventsEnvelopeTests { [Fact] public void CloudEventsEnvelope_ShouldExposeAllConfiguredValues() { var time = new DateTimeOffset(2026, 2, 14, 15, 20, 0, TimeSpan.Zero); var extensionAttributes = MetadataObject.Create(("traceid", MetadataValue.FromString("abc"))); var data = Result.Fail(new Error { Message = "failure" }); var envelope = new CloudEventsEnvelope( Type: "app.failure", Source: "urn:test:source", Id: "evt-1", Data: data, Subject: "contacts", Time: time, DataContentType: "application/json", DataSchema: "https://example.org/schema", ExtensionAttributes: extensionAttributes ); envelope.Type.Should().Be("app.failure"); envelope.Source.Should().Be("urn:test:source"); envelope.Id.Should().Be("evt-1"); envelope.Data.Should().Be(data); envelope.Subject.Should().Be("contacts"); envelope.Time.Should().Be(time); envelope.DataContentType.Should().Be("application/json"); envelope.DataSchema.Should().Be("https://example.org/schema"); envelope.ExtensionAttributes.Should().Be(extensionAttributes); CloudEventsEnvelope.SpecVersion.Should().Be(CloudEventsConstants.SpecVersion); } [Fact] public void CloudEventsEnvelopeOfT_ShouldExposeAllConfiguredValues() { var time = new DateTimeOffset(2026, 2, 14, 15, 25, 0, TimeSpan.Zero); var extensionAttributes = MetadataObject.Create(("attempt", MetadataValue.FromInt64(2))); var data = Result.Ok(42); var envelope = new CloudEventsEnvelope( Type: "app.success", Source: "urn:test:source", Id: "evt-2", Data: data, Subject: "contacts", Time: time, DataContentType: "application/json", DataSchema: "https://example.org/schema", ExtensionAttributes: extensionAttributes ); envelope.Type.Should().Be("app.success"); envelope.Source.Should().Be("urn:test:source"); envelope.Id.Should().Be("evt-2"); envelope.Data.Should().Be(data); envelope.Subject.Should().Be("contacts"); envelope.Time.Should().Be(time); envelope.DataContentType.Should().Be("application/json"); envelope.DataSchema.Should().Be("https://example.org/schema"); envelope.ExtensionAttributes.Should().Be(extensionAttributes); CloudEventsEnvelope.SpecVersion.Should().Be(CloudEventsConstants.SpecVersion); } } MetadataValueAnnotationHelperTests.cs000066400000000000000000000151301516707642500360270ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/CloudEventsusing System; using System.Reflection; using FluentAssertions; using Light.PortableResults.CloudEvents; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.CloudEvents; public sealed class MetadataValueAnnotationHelperTests { [Fact] public void WithAnnotation_ShouldRewriteNullValue() { var rewritten = MetadataValueAnnotationHelper.WithAnnotation( MetadataValue.FromNull(MetadataValueAnnotation.SerializeInHttpResponseBody), MetadataValueAnnotation.SerializeInCloudEventsData ); rewritten.Kind.Should().Be(MetadataKind.Null); rewritten.Annotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsData); } [Fact] public void WithAnnotation_ShouldRewriteBooleanValue() { var rewritten = MetadataValueAnnotationHelper.WithAnnotation( MetadataValue.FromBoolean(true, MetadataValueAnnotation.SerializeInHttpResponseBody), MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ); rewritten.TryGetBoolean(out var value).Should().BeTrue(); value.Should().BeTrue(); rewritten.Annotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes); } [Fact] public void WithAnnotation_ShouldRewriteInt64Value() { var rewritten = MetadataValueAnnotationHelper.WithAnnotation( MetadataValue.FromInt64(42, MetadataValueAnnotation.SerializeInHttpHeader), MetadataValueAnnotation.SerializeInCloudEventsData ); rewritten.TryGetInt64(out var value).Should().BeTrue(); value.Should().Be(42); rewritten.Annotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsData); } [Fact] public void WithAnnotation_ShouldRewriteDoubleValue() { var rewritten = MetadataValueAnnotationHelper.WithAnnotation( MetadataValue.FromDouble(12.5, MetadataValueAnnotation.SerializeInHttpResponseBody), MetadataValueAnnotation.SerializeInCloudEventsData ); rewritten.TryGetDouble(out var value).Should().BeTrue(); value.Should().Be(12.5); rewritten.Annotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsData); } [Fact] public void WithAnnotation_ShouldRewriteStringValue() { var rewritten = MetadataValueAnnotationHelper.WithAnnotation( MetadataValue.FromString("abc", MetadataValueAnnotation.SerializeInHttpResponseBody), MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ); rewritten.TryGetString(out var value).Should().BeTrue(); value.Should().Be("abc"); rewritten.Annotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes); } [Fact] public void WithAnnotation_ShouldRewriteNestedArrayAndObjectValues() { var nestedObject = MetadataObject.Create(("inner", MetadataValue.FromString("value"))); var array = MetadataArray.Create( MetadataValue.FromBoolean(true), MetadataValue.FromObject(nestedObject), MetadataValue.FromArray(MetadataArray.Create(MetadataValue.FromInt64(7))) ); var rewritten = MetadataValueAnnotationHelper.WithAnnotation( MetadataValue.FromArray(array), MetadataValueAnnotation.SerializeInCloudEventsData ); rewritten.TryGetArray(out var rewrittenArray).Should().BeTrue(); rewrittenArray.Count.Should().Be(3); rewrittenArray[0].Annotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsData); rewrittenArray[1].TryGetObject(out var rewrittenObject).Should().BeTrue(); rewrittenObject["inner"].Annotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsData); rewrittenArray[2].TryGetArray(out var nestedArray).Should().BeTrue(); nestedArray[0].Annotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsData); rewritten.Annotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsData); } [Fact] public void WithAnnotation_ForMetadataObject_ShouldRewriteAllEntries() { var metadataObject = MetadataObject.Create( ("flag", MetadataValue.FromBoolean(true)), ("count", MetadataValue.FromInt64(5)), ( "nested", MetadataValue.FromObject(MetadataObject.Create(("name", MetadataValue.FromString("foo")))) ) ); var rewritten = MetadataValueAnnotationHelper.WithAnnotation( metadataObject, MetadataValueAnnotation.SerializeInCloudEventsData ); rewritten["flag"].Annotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsData); rewritten["count"].Annotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsData); rewritten["nested"].TryGetObject(out var nested).Should().BeTrue(); nested["name"].Annotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsData); } [Fact] public void WithAnnotation_ForEmptyMetadataObject_ShouldReturnEmpty() { var rewritten = MetadataValueAnnotationHelper.WithAnnotation( MetadataObject.Empty, MetadataValueAnnotation.SerializeInCloudEventsData ); rewritten.Should().Equal(MetadataObject.Empty); } [Fact] public void WithAnnotation_WithUnsupportedMetadataKind_ShouldThrowArgumentOutOfRangeException() { var invalidValue = CreateMetadataValueWithInvalidKind(); var act = () => MetadataValueAnnotationHelper.WithAnnotation( invalidValue, MetadataValueAnnotation.SerializeInCloudEventsData ); act.Should().Throw() .Which.ParamName.Should().Be("value"); } private static MetadataValue CreateMetadataValueWithInvalidKind() { var metadataValueType = typeof(MetadataValue); var metadataPayloadType = metadataValueType.Assembly.GetType( "Light.PortableResults.Metadata.MetadataPayload", throwOnError: true )!; var constructor = metadataValueType.GetConstructor( BindingFlags.Instance | BindingFlags.NonPublic, binder: null, [typeof(MetadataKind), metadataPayloadType, typeof(MetadataValueAnnotation)], modifiers: null )!; var payload = Activator.CreateInstance(metadataPayloadType)!; return (MetadataValue) constructor.Invoke( [(MetadataKind) byte.MaxValue, payload, MetadataValue.DefaultAnnotation] ); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/CloudEvents/Reading/000077500000000000000000000000001516707642500301755ustar00rootroot00000000000000CloudEventsAttributeParserRegistryTests.cs000066400000000000000000000034471516707642500405250ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/CloudEvents/Readingusing System; using System.Collections.Immutable; using FluentAssertions; using Light.PortableResults.CloudEvents.Reading; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.CloudEvents.Reading; public sealed class CloudEventsAttributeParserRegistryTests { [Fact] public void Create_ShouldThrow_WhenParsersAreNull() { Action act = () => _ = CloudEventsAttributeParserRegistry.Create(null!); act.Should().Throw().Where(exception => exception.ParamName == "parsers"); } [Fact] public void Create_ShouldBuildRegistryAndRespectComparer() { var parser = new TestParser("traceId", ["traceid"]); var registry = CloudEventsAttributeParserRegistry.Create([parser], StringComparer.OrdinalIgnoreCase); registry.ContainsKey("TRACEID").Should().BeTrue(); registry["TRACEID"].Should().BeSameAs(parser); } [Fact] public void Create_ShouldThrow_WhenDuplicateAttributeNamesExist() { var parser1 = new TestParser("traceId", ["traceid"]); var parser2 = new TestParser("requestId", ["traceid"]); Action act = () => _ = CloudEventsAttributeParserRegistry.Create([parser1, parser2]); act.Should().Throw().WithMessage("Cannot add '*traceid*'"); } private sealed class TestParser : CloudEventsAttributeParser { public TestParser(string metadataKey, ImmutableArray supportedAttributeNames) : base(metadataKey, supportedAttributeNames) { } public override MetadataValue ParseAttribute( string attributeName, MetadataValue value, MetadataValueAnnotation annotation ) => MetadataValue.FromString(attributeName, annotation); } } CloudEventsAttributeParserTests.cs000066400000000000000000000051051516707642500367650ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/CloudEvents/Readingusing System; using System.Collections.Immutable; using FluentAssertions; using Light.PortableResults.CloudEvents.Reading; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.CloudEvents.Reading; public sealed class CloudEventsAttributeParserTests { [Theory] [InlineData(null)] [InlineData("")] [InlineData(" ")] public void Constructor_ShouldThrow_WhenMetadataKeyIsInvalid(string? metadataKey) { Action act = () => _ = new TestParser(metadataKey!, ImmutableArray.Create("traceid")); act.Should().Throw().Where(exception => exception.ParamName == "metadataKey"); } [Fact] public void Constructor_ShouldThrow_WhenSupportedAttributeNamesAreDefaultOrEmpty() { Action actWithDefault = () => _ = new TestParser("traceId", default); Action actWithEmpty = () => _ = new TestParser("traceId", ImmutableArray.Empty); actWithDefault.Should().Throw() .Where(exception => exception.ParamName == "supportedAttributeNames"); actWithEmpty.Should().Throw() .Where(exception => exception.ParamName == "supportedAttributeNames"); } [Fact] public void Constructor_ShouldExposeMetadataKeyAndSupportedNames() { var parser = new TestParser("traceId", ImmutableArray.Create("traceid", "trace-id")); parser.MetadataKey.Should().Be("traceId"); parser.SupportedAttributeNames.Should().Equal("traceid", "trace-id"); } [Fact] public void ParseAttribute_ShouldReturnCustomMetadataValue() { var parser = new TestParser("traceId", ImmutableArray.Create("traceid")); var parsed = parser.ParseAttribute( "traceid", MetadataValue.FromString("abc"), MetadataValueAnnotation.SerializeInCloudEventsData ); parsed.TryGetString(out var parsedString).Should().BeTrue(); parsedString.Should().Be("traceid:traceId"); parsed.Annotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsData); } private sealed class TestParser : CloudEventsAttributeParser { public TestParser(string metadataKey, ImmutableArray supportedAttributeNames) : base(metadataKey, supportedAttributeNames) { } public override MetadataValue ParseAttribute( string attributeName, MetadataValue value, MetadataValueAnnotation annotation ) => MetadataValue.FromString($"{attributeName}:{MetadataKey}", annotation); } } DefaultCloudEventsAttributeParsingServiceTests.cs000066400000000000000000000142251516707642500417650ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/CloudEvents/Readingusing System; using System.Collections.Immutable; using FluentAssertions; using Light.PortableResults.CloudEvents.Reading; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.CloudEvents.Reading; public sealed class DefaultCloudEventsAttributeParsingServiceTests { [Fact] public void Constructor_ShouldUseDefaultValues() { var service = new DefaultCloudEventsAttributeParsingService(); service.Parsers.Should().BeSameAs(DefaultCloudEventsAttributeParsingService.EmptyParsers); service.ConflictStrategy.Should().Be(CloudEventsAttributeConflictStrategy.Throw); service.MetadataAnnotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes); } [Fact] public void ParseExtensionAttribute_ShouldThrow_WhenAttributeNameIsNull() { var service = new DefaultCloudEventsAttributeParsingService(); Action act = () => service.ParseExtensionAttribute( null!, MetadataValue.FromString("value"), MetadataValueAnnotation.SerializeInCloudEventsData ); act.Should().Throw().Where(exception => exception.ParamName == "attributeName"); } [Fact] public void ParseExtensionAttribute_ShouldUseRegisteredParser() { var parser = new TestParser("traceId", ImmutableArray.Create("traceid"), "parsed"); var parsers = CloudEventsAttributeParserRegistry.Create([parser]); var service = new DefaultCloudEventsAttributeParsingService(parsers); var result = service.ParseExtensionAttribute( "traceid", MetadataValue.FromString("value"), MetadataValueAnnotation.SerializeInCloudEventsData ); result.Key.Should().Be("traceId"); result.Value.TryGetString(out var parsed).Should().BeTrue(); parsed.Should().Be("parsed:traceid"); result.Value.Annotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsData); } [Fact] public void ParseExtensionAttribute_ShouldApplyProvidedAnnotation_ForPrimitiveValuesWithoutParser() { var service = new DefaultCloudEventsAttributeParsingService(); var result = service.ParseExtensionAttribute( "attempt", MetadataValue.FromInt64(3), MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ); result.Key.Should().Be("attempt"); result.Value.Kind.Should().Be(MetadataKind.Int64); result.Value.Annotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes); result.Value.TryGetInt64(out var attempt).Should().BeTrue(); attempt.Should().Be(3); } [Fact] public void ParseExtensionAttribute_ShouldForceCloudEventsDataAnnotation_ForComplexValuesWithoutParser() { var service = new DefaultCloudEventsAttributeParsingService(); var metadataObject = MetadataObject.Create(("child", MetadataValue.FromString("foo"))); var result = service.ParseExtensionAttribute( "context", MetadataValue.FromObject(metadataObject), MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ); result.Key.Should().Be("context"); result.Value.Kind.Should().Be(MetadataKind.Object); result.Value.Annotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsData); } [Fact] public void ReadExtensionMetadata_ShouldReturnNull_WhenThereAreNoAttributes() { var service = new DefaultCloudEventsAttributeParsingService(); var metadata = service.ReadExtensionMetadata(MetadataObject.Empty); metadata.Should().BeNull(); } [Fact] public void ReadExtensionMetadata_ShouldThrow_WhenConflictsOccurAndStrategyIsThrow() { var parser1 = new TestParser("traceId", ImmutableArray.Create("traceid"), "first"); var parser2 = new TestParser("traceId", ImmutableArray.Create("requestid"), "second"); var parsers = CloudEventsAttributeParserRegistry.Create([parser1, parser2]); var service = new DefaultCloudEventsAttributeParsingService(parsers); var extensionAttributes = MetadataObject.Create( ("traceid", MetadataValue.FromString("a")), ("requestid", MetadataValue.FromString("b")) ); Action act = () => service.ReadExtensionMetadata(extensionAttributes); act.Should().Throw().WithMessage("*already present*"); } [Fact] public void ReadExtensionMetadata_ShouldUseLastWriteWins_WhenConfigured() { var parser1 = new TestParser("traceId", ImmutableArray.Create("traceid"), "first"); var parser2 = new TestParser("traceId", ImmutableArray.Create("requestid"), "second"); var parsers = CloudEventsAttributeParserRegistry.Create([parser1, parser2]); var service = new DefaultCloudEventsAttributeParsingService( parsers, CloudEventsAttributeConflictStrategy.LastWriteWins, MetadataValueAnnotation.SerializeInCloudEventsData ); var extensionAttributes = MetadataObject.Create( ("traceid", MetadataValue.FromString("a")), ("requestid", MetadataValue.FromString("b")) ); var metadata = service.ReadExtensionMetadata(extensionAttributes); metadata.Should().NotBeNull(); metadata.Value.TryGetString("traceId", out var value).Should().BeTrue(); value.Should().Be("second:requestid"); metadata.Value["traceId"].Annotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsData); } private sealed class TestParser : CloudEventsAttributeParser { private readonly string _prefix; public TestParser(string metadataKey, ImmutableArray supportedAttributeNames, string prefix) : base(metadataKey, supportedAttributeNames) => _prefix = prefix; public override MetadataValue ParseAttribute( string attributeName, MetadataValue value, MetadataValueAnnotation annotation ) => MetadataValue.FromString($"{_prefix}:{attributeName}", annotation); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/CloudEvents/Reading/Json/000077500000000000000000000000001516707642500311065ustar00rootroot00000000000000CloudEventsDataJsonReaderTests.cs000066400000000000000000000044541516707642500374120ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/CloudEvents/Reading/Jsonusing System; using System.Text; using System.Text.Json; using FluentAssertions; using Light.PortableResults.CloudEvents.Reading.Json; using Xunit; namespace Light.PortableResults.Tests.CloudEvents.Reading.Json; public sealed class CloudEventsDataJsonReaderTests { [Fact] public void ReadFailurePayload_ShouldThrow_WhenTokenTypeIsNotStartObject() { Action act = () => { var reader = CreateReader("123"); CloudEventsDataJsonReader.ReadFailurePayload(ref reader); }; act.Should().Throw().WithMessage("*must be a JSON object*"); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenErrorsAreMissing() { Action act = () => { var reader = CreateReader("{" + "\"metadata\":null" + "}"); CloudEventsDataJsonReader.ReadFailurePayload(ref reader); }; act.Should().Throw().WithMessage("*errors array*"); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenErrorsArrayIsEmpty() { Action act = () => { var reader = CreateReader("{" + "\"errors\":[]" + "}"); CloudEventsDataJsonReader.ReadFailurePayload(ref reader); }; act.Should().Throw().WithMessage("*errors array*"); } [Fact] public void ReadFailurePayload_ShouldReadErrors_AndSkipUnknownProperties() { var reader = CreateReader( """ { "errors": [ { "message": "failed", "code": "FAIL", "target": "name", "category": "Validation" } ], "metadata": null, "unknown": { "nested": true } } """ ); var payload = CloudEventsDataJsonReader.ReadFailurePayload(ref reader); payload.Errors.Count.Should().Be(1); payload.Errors[0].Message.Should().Be("failed"); payload.Metadata.Should().BeNull(); } private static Utf8JsonReader CreateReader(string json) { var reader = new Utf8JsonReader(Encoding.UTF8.GetBytes(json)); reader.Read(); return reader; } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/CloudEvents/Reading/ModuleTests.cs000066400000000000000000000055611516707642500330030ustar00rootroot00000000000000using System; using System.Collections.Frozen; using System.Collections.Immutable; using FluentAssertions; using Light.PortableResults.CloudEvents.Reading; using Light.PortableResults.Http.Reading.Json; using Light.PortableResults.Metadata; using Microsoft.Extensions.DependencyInjection; using Xunit; namespace Light.PortableResults.Tests.CloudEvents.Reading; public sealed class ModuleTests { [Fact] public void AddPortableResultsCloudEventsReadOptions_ShouldRegisterOptions() { var services = new ServiceCollection(); services.AddPortableResultsCloudEventsReadOptions(); using var provider = services.BuildServiceProvider(); var options = provider.GetRequiredService(); options.Should().NotBeNull(); options.PreferSuccessPayload.Should().Be(PreferSuccessPayload.Auto); } [Fact] public void AddPortableResultsCloudEventsAttributeParsingService_ShouldUseComparerForKeys() { var services = new ServiceCollection(); services.AddSingleton(new TestParser("traceId", ["traceid"])); services.AddPortableResultsCloudEventsAttributeParsingService(StringComparer.OrdinalIgnoreCase); using var provider = services.BuildServiceProvider(); var registry = provider.GetRequiredService>(); registry.ContainsKey("TRACEID").Should().BeTrue(); provider.GetRequiredService() .Should().BeOfType(); } [Fact] public void AddPortableResultsCloudEventsAttributeParsingService_ShouldThrow_WhenDuplicateAttributesExist() { var services = new ServiceCollection(); services.AddSingleton(new TestParser("a", ["duplicate"])); services.AddSingleton(new TestParser("b", ["duplicate"])); services.AddPortableResultsCloudEventsAttributeParsingService(); using var provider = services.BuildServiceProvider(); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal Action act = () => provider.GetRequiredService>(); act.Should().Throw().WithMessage("Cannot add '*duplicate*'"); } private sealed class TestParser : CloudEventsAttributeParser { public TestParser(string metadataKey, ImmutableArray supportedAttributeNames) : base(metadataKey, supportedAttributeNames) { } public override MetadataValue ParseAttribute( string attributeName, MetadataValue value, MetadataValueAnnotation annotation ) => MetadataValue.FromString(attributeName, annotation); } } ReadOnlyMemoryCloudEventsExtensionsTests.cs000066400000000000000000000371511516707642500406410ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/CloudEvents/Readingusing System; using System.Text; using System.Text.Json; using FluentAssertions; using Light.PortableResults.CloudEvents.Reading; using Light.PortableResults.Http.Reading.Json; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.CloudEvents.Reading; public sealed class ReadOnlyMemoryCloudEventsExtensionsTests { [Fact] public void ReadResultOfT_ShouldReadSuccessfulBareDataPayload() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.success", "source": "urn:test:source", "id": "evt-1", "time": "2026-02-14T12:00:00Z", "lproutcome": "success", "datacontenttype": "application/json", "data": 42 } """ ); var result = cloudEvent.ReadResult(); result.Should().Be(Result.Ok(42)); } [Fact] public void ReadResultOfT_ShouldReadFailurePayload() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.failure", "source": "urn:test:source", "id": "evt-2", "lproutcome": "failure", "data": { "errors": [ { "message": "failed", "code": "FAIL", "target": "field", "category": "Validation" } ], "metadata": { "traceId": "abc" } } } """ ); var result = cloudEvent.ReadResult(); result.IsValid.Should().BeFalse(); result.Errors.Count.Should().Be(1); result.Errors[0].Message.Should().Be("failed"); result.Metadata.Should().Be(MetadataObject.Create(("traceId", MetadataValue.FromString("abc")))); } [Fact] public void ReadResult_ShouldReturnOk_WhenSuccessEventHasNoData() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.success", "source": "urn:test:source", "id": "evt-3", "lproutcome": "success" } """ ); var result = cloudEvent.ReadResult(); result.Should().Be(Result.Ok()); } [Fact] public void ReadResult_ShouldReadMetadata_WhenSuccessDataContainsMetadataObject() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.success", "source": "urn:test:source", "id": "evt-3a", "lproutcome": "success", "data": { "metadata": { "traceid": "abc" } } } """ ); var result = cloudEvent.ReadResult(); result.IsValid.Should().BeTrue(); result.Metadata.Should().NotBeNull(); result.Metadata!.Value.TryGetString("traceid", out var traceId).Should().BeTrue(); traceId.Should().Be("abc"); result.Metadata.Value["traceid"].Annotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsData); } [Fact] public void ReadResult_ShouldThrow_WhenSuccessDataIsNotMetadataWrapperObject() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.success", "source": "urn:test:source", "id": "evt-3b", "lproutcome": "success", "data": 42 } """ ); var act = () => cloudEvent.ReadResult(); act.Should().Throw(); } [Fact] public void ReadResult_ShouldThrow_WhenFailureEventHasNoData() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.failure", "source": "urn:test:source", "id": "evt-4", "lproutcome": "failure" } """ ); var act = () => cloudEvent.ReadResult(); act.Should().Throw(); } [Fact] public void ReadResultOfT_ShouldThrow_WhenDataIsMissing() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.success", "source": "urn:test:source", "id": "evt-5", "lproutcome": "success" } """ ); var act = () => cloudEvent.ReadResult(); act.Should().Throw(); } [Fact] public void ReadResultOfT_ShouldThrow_WhenSpecVersionIsInvalid() { var cloudEvent = CreateUtf8( """ { "specversion": "1.1", "type": "app.success", "source": "urn:test:source", "id": "evt-6", "lproutcome": "success", "data": 1 } """ ); var act = () => cloudEvent.ReadResult(); act.Should().Throw().WithMessage("*specversion*"); } [Fact] public void ReadResultOfT_ShouldThrow_WhenDataContentTypeIsNotJsonCompatible() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.success", "source": "urn:test:source", "id": "evt-7", "lproutcome": "success", "datacontenttype": "text/plain", "data": 1 } """ ); var act = () => cloudEvent.ReadResult(); act.Should().Throw().WithMessage("*datacontenttype*"); } [Fact] public void ReadResultOfT_ShouldThrow_WhenDataBase64IsPresent() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.success", "source": "urn:test:source", "id": "evt-8", "lproutcome": "success", "data_base64": "AQ==", "data": 1 } """ ); var act = () => cloudEvent.ReadResult(); act.Should().Throw().WithMessage("*data_base64*"); } [Fact] public void ReadResultOfT_ShouldThrow_WhenLprOutcomeIsInvalid() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.success", "source": "urn:test:source", "id": "evt-9", "lproutcome": "maybe", "data": 1 } """ ); var act = () => cloudEvent.ReadResult(); act.Should().Throw().WithMessage("*lproutcome*"); } [Fact] public void ReadResultOfT_ShouldThrow_WhenLprOutcomeIsNotAString() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.success", "source": "urn:test:source", "id": "evt-9a", "lproutcome": 123, "data": 1 } """ ); var act = () => cloudEvent.ReadResult(); act.Should().Throw().WithMessage("*lproutcome*"); } [Fact] public void ReadResultOfT_ShouldUseIsFailureTypeFallback_WhenLprOutcomeIsMissing() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.failure", "source": "urn:test:source", "id": "evt-10", "data": { "errors": [ { "message": "failed" } ] } } """ ); var options = new PortableResultsCloudEventsReadOptions { IsFailureType = type => type == "app.failure" }; var result = cloudEvent.ReadResult(options); result.IsValid.Should().BeFalse(); result.Errors[0].Message.Should().Be("failed"); } [Fact] public void ReadResultOfT_ShouldThrow_WhenOutcomeCannotBeClassified() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.unknown", "source": "urn:test:source", "id": "evt-11", "data": 1 } """ ); var act = () => cloudEvent.ReadResult(); act.Should().Throw(); } [Fact] public void ReadResultOfT_ShouldThrow_WhenSourceIsInvalid() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.success", "source": "http://[invalid", "id": "evt-12", "lproutcome": "success", "data": 1 } """ ); var act = () => cloudEvent.ReadResult(); act.Should().Throw().WithMessage("*source*"); } [Fact] public void ReadResultOfT_ShouldThrow_WhenRequiredStringAttributeHasWrongType() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.success", "source": 123, "id": "evt-12a", "lproutcome": "success", "data": 1 } """ ); var act = () => cloudEvent.ReadResult(); act.Should().Throw().WithMessage("*source*"); } [Fact] public void ReadResultOfT_ShouldThrow_WhenOptionalStringAttributeHasWrongType() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.success", "source": "urn:test:source", "subject": 123, "id": "evt-12b", "lproutcome": "success", "data": 1 } """ ); var act = () => cloudEvent.ReadResult(); act.Should().Throw().WithMessage("*subject*"); } [Fact] public void ReadResultOfT_ShouldThrow_WhenDataSchemaIsNotAbsoluteUri() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.success", "source": "urn:test:source", "id": "evt-13", "dataschema": "relative/path", "lproutcome": "success", "data": 1 } """ ); var act = () => cloudEvent.ReadResult(); act.Should().Throw().WithMessage("*dataschema*"); } [Fact] public void ReadResultWithCloudEventsEnvelopeOfT_ShouldExposeEnvelopeAndExtensionAttributes() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.success", "source": "urn:test:source", "subject": "subject-1", "id": "evt-14", "time": "2026-02-14T12:00:00Z", "dataschema": "https://example.org/schema", "lproutcome": "success", "traceid": "abc", "data": 5 } """ ); var envelope = cloudEvent.ReadResultWithCloudEventsEnvelope(); envelope.Type.Should().Be("app.success"); envelope.Source.Should().Be("urn:test:source"); envelope.Subject.Should().Be("subject-1"); envelope.Id.Should().Be("evt-14"); envelope.DataSchema.Should().Be("https://example.org/schema"); envelope.Data.Should().Be(Result.Ok(5)); envelope.ExtensionAttributes.Should().NotBeNull(); envelope.ExtensionAttributes!.Value.TryGetString("traceid", out var traceId).Should().BeTrue(); traceId.Should().Be("abc"); } [Fact] public void ReadResultOfT_ShouldMergeParsedExtensionMetadata_WhenParsingServiceIsConfigured() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.success", "source": "urn:test:source", "id": "evt-15", "lproutcome": "success", "traceid": "from-envelope", "data": { "value": 9, "metadata": { "traceid": "from-payload" } } } """ ); var options = new PortableResultsCloudEventsReadOptions { ParsingService = new DefaultCloudEventsAttributeParsingService(), PreferSuccessPayload = PreferSuccessPayload.WrappedValue, MergeStrategy = MetadataMergeStrategy.AddOrReplace }; var result = cloudEvent.ReadResult(options); result.IsValid.Should().BeTrue(); result.Value.Should().Be(9); result.Metadata.Should().NotBeNull(); result.Metadata!.Value.TryGetString("traceid", out var traceId).Should().BeTrue(); traceId.Should().Be("from-payload"); } [Fact] public void ReadResultOfT_ShouldThrow_WhenExtensionAttributeIsComplex() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.success", "source": "urn:test:source", "id": "evt-16", "lproutcome": "success", "context": { "nested": "x" }, "data": 9 } """ ); var options = new PortableResultsCloudEventsReadOptions { ParsingService = new DefaultCloudEventsAttributeParsingService(), PreferSuccessPayload = PreferSuccessPayload.BareValue, MergeStrategy = MetadataMergeStrategy.AddOrReplace }; var act = () => cloudEvent.ReadResult(options); act.Should().Throw() .WithMessage("*extension attributes*primitive*"); } [Fact] public void ReadResult_ShouldIgnoreLprOutcomeWhenMergingExtensionMetadata() { var cloudEvent = CreateUtf8( """ { "specversion": "1.0", "type": "app.success", "source": "urn:test:source", "id": "evt-17", "lproutcome": "success", "data": { "metadata": null } } """ ); var options = new PortableResultsCloudEventsReadOptions { ParsingService = new DefaultCloudEventsAttributeParsingService(), MergeStrategy = MetadataMergeStrategy.AddOrReplace }; var result = cloudEvent.ReadResult(options); result.IsValid.Should().BeTrue(); result.Metadata.Should().BeNull(); } private static ReadOnlyMemory CreateUtf8(string json) => Encoding.UTF8.GetBytes(json); } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/CloudEvents/Writing/000077500000000000000000000000001516707642500302475ustar00rootroot00000000000000CloudEventsAttributeConverterTests.cs000066400000000000000000000035741516707642500375620ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/CloudEvents/Writingusing System; using System.Collections.Generic; using System.Collections.Immutable; using FluentAssertions; using Light.PortableResults.CloudEvents.Writing; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.CloudEvents.Writing; public sealed class CloudEventsAttributeConverterTests { [Fact] public void Constructor_ShouldThrow_WhenSupportedMetadataKeysAreDefaultOrEmpty() { Action actWithDefault = () => _ = new TestConverter(default); Action actWithEmpty = () => _ = new TestConverter(ImmutableArray.Empty); actWithDefault.Should().Throw() .Where(exception => exception.ParamName == "supportedMetadataKeys"); actWithEmpty.Should().Throw() .Where(exception => exception.ParamName == "supportedMetadataKeys"); } [Fact] public void Constructor_ShouldExposeSupportedMetadataKeys() { var converter = new TestConverter(["traceId", "requestId"]); converter.SupportedMetadataKeys.Should().Equal("traceId", "requestId"); } [Fact] public void PrepareCloudEventsAttribute_ShouldReturnConvertedPair() { var converter = new TestConverter(["traceId"]); var pair = converter.PrepareCloudEventsAttribute("traceId", MetadataValue.FromString("abc")); pair.Key.Should().Be("ce-traceId"); pair.Value.TryGetString(out var value).Should().BeTrue(); value.Should().Be("abc"); } private sealed class TestConverter : CloudEventsAttributeConverter { public TestConverter(ImmutableArray supportedMetadataKeys) : base(supportedMetadataKeys) { } public override KeyValuePair PrepareCloudEventsAttribute( string metadataKey, MetadataValue value ) => new ($"ce-{metadataKey}", value); } } CloudEventsResultExtensionsTests.cs000066400000000000000000000474301516707642500372640ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/CloudEvents/Writingusing System; using System.Text.Json; using FluentAssertions; using Light.PortableResults.CloudEvents.Writing; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization; using Xunit; namespace Light.PortableResults.Tests.CloudEvents.Writing; public sealed class CloudEventsResultExtensionsTests { [Fact] public void ToCloudEvent_ForGenericSuccess_ShouldWriteRequiredEnvelopeAndWrappedData() { var result = Result.Ok(42); var time = new DateTimeOffset(2026, 2, 14, 12, 30, 0, TimeSpan.Zero); var json = result.ToCloudEvent( successType: "app.success", failureType: "app.failure", id: "evt-1", source: "urn:test:source", time: time, options: CreateWriteOptions() ); using var document = JsonDocument.Parse(json); var root = document.RootElement; root.GetProperty("specversion").GetString().Should().Be("1.0"); root.GetProperty("type").GetString().Should().Be("app.success"); root.GetProperty("source").GetString().Should().Be("urn:test:source"); root.GetProperty("id").GetString().Should().Be("evt-1"); root.GetProperty("lproutcome").GetString().Should().Be("success"); root.GetProperty("datacontenttype").GetString().Should().Be("application/json"); root.GetProperty("data").GetProperty("value").GetInt32().Should().Be(42); DateTimeOffset.Parse(root.GetProperty("time").GetString()!).Should().Be(time); } [Fact] public void ToCloudEvent_ForNonGenericSuccessWithoutDataMetadata_ShouldOmitDataAndDataContentType() { var result = Result.Ok(); var options = new PortableResultsCloudEventsWriteOptions { Source = "urn:test:source", MetadataSerializationMode = MetadataSerializationMode.ErrorsOnly }; var json = result.ToCloudEvent( successType: "app.success", failureType: "app.failure", id: "evt-2", options: options ); using var document = JsonDocument.Parse(json); var root = document.RootElement; root.TryGetProperty("datacontenttype", out _).Should().BeFalse(); root.TryGetProperty("data", out _).Should().BeFalse(); root.GetProperty("lproutcome").GetString().Should().Be("success"); } [Fact] public void ToCloudEvent_ForNonGenericSuccessWithCloudEventDataMetadata_ShouldWriteMetadataObjectAsData() { var metadata = MetadataObject.Create( ( "traceId", MetadataValue.FromString("abc", MetadataValueAnnotation.SerializeInCloudEventsData) ) ); var result = Result.Ok(metadata); var json = result.ToCloudEvent( successType: "app.success", failureType: "app.failure", id: "evt-3", source: "urn:test:source", options: CreateWriteOptions() ); using var document = JsonDocument.Parse(json); var root = document.RootElement; root.GetProperty("datacontenttype").GetString().Should().Be("application/json"); root.GetProperty("data").GetProperty("metadata").GetProperty("traceId").GetString().Should().Be("abc"); } [Fact] public void ToCloudEvent_ForGenericSuccessWithCloudEventDataMetadata_ShouldWriteWrappedValueAndMetadata() { var metadata = MetadataObject.Create( ( "traceId", MetadataValue.FromString("abc", MetadataValueAnnotation.SerializeInCloudEventsData) ) ); var result = Result.Ok("payload", metadata); var json = result.ToCloudEvent( successType: "app.success", failureType: "app.failure", id: "evt-4", source: "urn:test:source", options: CreateWriteOptions() ); using var document = JsonDocument.Parse(json); var data = document.RootElement.GetProperty("data"); data.GetProperty("value").GetString().Should().Be("payload"); data.GetProperty("metadata").GetProperty("traceId").GetString().Should().Be("abc"); } [Fact] public void ToCloudEvent_ForFailure_ShouldWriteFailureOutcomeAndPortableResultsErrorPayload() { var errors = new[] { new Error { Message = "failed", Code = "FAIL", Target = "field", Category = ErrorCategory.Validation } }; var metadata = MetadataObject.Create( ( "traceId", MetadataValue.FromString("abc", MetadataValueAnnotation.SerializeInCloudEventsData) ) ); var result = Result.Fail(errors, metadata); var json = result.ToCloudEvent( successType: "app.success", failureType: "app.failure", id: "evt-5", source: "urn:test:source", options: CreateWriteOptions() ); using var document = JsonDocument.Parse(json); var root = document.RootElement; root.GetProperty("lproutcome").GetString().Should().Be("failure"); root.GetProperty("type").GetString().Should().Be("app.failure"); root.GetProperty("data").GetProperty("errors")[0].GetProperty("message").GetString().Should().Be("failed"); root.GetProperty("data").GetProperty("metadata").GetProperty("traceId").GetString().Should().Be("abc"); } [Fact] public void ToCloudEvent_ShouldUseMetadataAttributesForRequiredValues_WhenExplicitParametersAreMissing() { var metadata = MetadataObject.Create( ( "type", MetadataValue.FromString( "app.success.from-metadata", MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ) ), ( "source", MetadataValue.FromString( "urn:source:from-metadata", MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ) ), ( "id", MetadataValue.FromString( "evt-from-metadata", MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ) ) ); var result = Result.Ok(5, metadata); var json = result.ToCloudEvent(options: CreateWriteOptions()); using var document = JsonDocument.Parse(json); var root = document.RootElement; root.GetProperty("type").GetString().Should().Be("app.success.from-metadata"); root.GetProperty("source").GetString().Should().Be("urn:source:from-metadata"); root.GetProperty("id").GetString().Should().Be("evt-from-metadata"); } [Fact] public void ToCloudEvent_ShouldPreferExplicitParametersOverMetadata() { var metadata = MetadataObject.Create( ( "type", MetadataValue.FromString( "app.success.from-metadata", MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ) ), ( "source", MetadataValue.FromString( "urn:source:from-metadata", MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ) ), ( "id", MetadataValue.FromString( "evt-from-metadata", MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ) ) ); var result = Result.Ok(5, metadata); var json = result.ToCloudEvent( successType: "app.success.explicit", failureType: "app.failure.explicit", id: "evt-explicit", source: "urn:source:explicit", options: CreateWriteOptions() ); using var document = JsonDocument.Parse(json); var root = document.RootElement; root.GetProperty("type").GetString().Should().Be("app.success.explicit"); root.GetProperty("source").GetString().Should().Be("urn:source:explicit"); root.GetProperty("id").GetString().Should().Be("evt-explicit"); } [Fact] public void ToCloudEvent_ShouldThrow_WhenRequiredAttributesCannotBeResolved() { var result = Result.Ok(5); var act = () => result.ToCloudEvent( successType: "app.success", failureType: "app.failure", id: "evt-6", options: CreateWriteOptions(source: null) ); act.Should().Throw().WithMessage("*source*"); } [Fact] public void ToCloudEvent_ShouldThrow_WhenSourceIsInvalid() { var result = Result.Ok(5); var act = () => result.ToCloudEvent( successType: "app.success", failureType: "app.failure", id: "evt-7", source: "http://[invalid", options: CreateWriteOptions() ); act.Should().Throw().WithMessage("*source*"); } [Fact] public void ToCloudEvent_ShouldThrow_WhenDataSchemaIsNotAbsoluteUri() { var result = Result.Ok(5); var act = () => result.ToCloudEvent( successType: "app.success", failureType: "app.failure", id: "evt-8", source: "urn:test:source", dataschema: "relative/path", options: CreateWriteOptions() ); act.Should().Throw().WithMessage("*dataschema*"); } [Fact] public void ToCloudEvent_ShouldThrow_WhenMetadataAttemptsToMapReservedAttribute() { var metadata = MetadataObject.Create( ( "data", MetadataValue.FromString( "forbidden", MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ) ) ); var result = Result.Ok(metadata); var act = () => result.ToCloudEvent( successType: "app.success", failureType: "app.failure", id: "evt-9", source: "urn:test:source", options: CreateWriteOptions() ); act.Should().Throw().WithMessage("*reserved*"); } [Fact] public void ToCloudEvent_ShouldSerializeAllMetadataKinds_WhenWrittenToDataPayload() { var metadata = MetadataObject.Create( ("nullValue", MetadataValue.FromNull(MetadataValueAnnotation.SerializeInCloudEventsData)), ("boolValue", MetadataValue.FromBoolean(true, MetadataValueAnnotation.SerializeInCloudEventsData)), ("intValue", MetadataValue.FromInt64(42, MetadataValueAnnotation.SerializeInCloudEventsData)), ("doubleValue", MetadataValue.FromDouble(12.5, MetadataValueAnnotation.SerializeInCloudEventsData)), ("stringValue", MetadataValue.FromString("abc", MetadataValueAnnotation.SerializeInCloudEventsData)), ( "arrayValue", MetadataValue.FromArray( MetadataArray.Create(MetadataValue.FromInt64(1), MetadataValue.FromString("x")), MetadataValueAnnotation.SerializeInCloudEventsData ) ), ( "objectValue", MetadataValue.FromObject( MetadataObject.Create(("nested", MetadataValue.FromBoolean(true))), MetadataValueAnnotation.SerializeInCloudEventsData ) ) ); var result = Result.Ok(metadata); var json = result.ToCloudEvent( successType: "app.success", failureType: "app.failure", id: "evt-10", source: "urn:test:source", options: CreateWriteOptions() ); using var document = JsonDocument.Parse(json); var metadataElement = document.RootElement.GetProperty("data").GetProperty("metadata"); metadataElement.GetProperty("nullValue").ValueKind.Should().Be(JsonValueKind.Null); metadataElement.GetProperty("boolValue").GetBoolean().Should().BeTrue(); metadataElement.GetProperty("intValue").GetInt64().Should().Be(42); metadataElement.GetProperty("doubleValue").GetDouble().Should().Be(12.5); metadataElement.GetProperty("stringValue").GetString().Should().Be("abc"); metadataElement.GetProperty("arrayValue")[0].GetInt64().Should().Be(1); metadataElement.GetProperty("arrayValue")[1].GetString().Should().Be("x"); metadataElement.GetProperty("objectValue").GetProperty("nested").GetBoolean().Should().BeTrue(); } [Fact] public void ToCloudEvent_ShouldResolveAttributes_FromNonStringMetadataValues() { var metadata = MetadataObject.Create( ( "type", MetadataValue.FromBoolean(true, MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes) ), ( "source", MetadataValue.FromInt64(42, MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes) ), ( "id", MetadataValue.FromDouble(12.5, MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes) ) ); var result = Result.Ok(metadata); var json = result.ToCloudEvent(options: CreateWriteOptions(source: null)); using var document = JsonDocument.Parse(json); var root = document.RootElement; root.GetProperty("type").GetString().Should().Be("true"); root.GetProperty("source").GetString().Should().Be("42"); root.GetProperty("id").GetString().Should().Be("12.5"); } [Fact] public void ToCloudEvent_ShouldResolveTimeFromMetadata_WhenProvidedAsExtensionAttribute() { var expectedTime = new DateTimeOffset(2026, 2, 14, 18, 45, 0, TimeSpan.Zero); var metadata = MetadataObject.Create( ( "type", MetadataValue.FromString( "app.success.from-metadata", MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ) ), ( "source", MetadataValue.FromString( "urn:source:from-metadata", MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ) ), ( "id", MetadataValue.FromString( "evt-from-metadata", MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ) ), ( "time", MetadataValue.FromString( expectedTime.ToString("O"), MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ) ) ); var result = Result.Ok(metadata); var json = result.ToCloudEvent(options: CreateWriteOptions(source: null)); using var document = JsonDocument.Parse(json); var actualTime = DateTimeOffset.Parse(document.RootElement.GetProperty("time").GetString()!); actualTime.Should().Be(expectedTime); } [Fact] public void ToCloudEvent_ShouldThrow_WhenTimeMetadataIsInvalid() { var metadata = MetadataObject.Create( ( "type", MetadataValue.FromString( "app.success.from-metadata", MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ) ), ( "source", MetadataValue.FromString( "urn:source:from-metadata", MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ) ), ( "id", MetadataValue.FromString( "evt-from-metadata", MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ) ), ( "time", MetadataValue.FromString( "not-a-time", MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ) ) ); var result = Result.Ok(metadata); var act = () => result.ToCloudEvent(options: CreateWriteOptions(source: null)); act.Should().Throw().Where(exception => exception.ParamName == "time"); } [Fact] public void ToCloudEventsEnvelopeForWriting_ShouldCreateEnvelopeWithFrozenOptionsAndConvertedExtensionAttributes() { var metadata = MetadataObject.Create( ( "traceid", MetadataValue.FromString( "abc", MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ) ), ( "id", MetadataValue.FromString( "evt-from-metadata", MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ) ) ); var result = Result.Ok(42, metadata); var options = CreateWriteOptions(source: "urn:default:source"); options.SuccessType = "app.success"; options.FailureType = "app.failure"; options.MetadataSerializationMode = MetadataSerializationMode.ErrorsOnly; var envelope = result.ToCloudEventsEnvelopeForWriting(options: options); envelope.Type.Should().Be("app.success"); envelope.Source.Should().Be("urn:default:source"); envelope.Id.Should().Be("evt-from-metadata"); envelope.ResolvedOptions.MetadataSerializationMode.Should().Be(MetadataSerializationMode.ErrorsOnly); envelope.ExtensionAttributes.Should().NotBeNull(); envelope.ExtensionAttributes!.Value.ContainsKey("traceid").Should().BeTrue(); } [Fact] public void ToCloudEventsEnvelopeForWriting_ShouldGenerateIdWhenNoneIsProvided() { var result = Result.Ok(); var envelope = result.ToCloudEventsEnvelopeForWriting( successType: "app.success", failureType: "app.failure", source: "urn:test:source", options: CreateWriteOptions() ); envelope.Id.Should().NotBeNullOrWhiteSpace(); } [Fact] public void CloudEventsEnvelopeForWritingConverter_ShouldThrowOnRead() { const string json = "{\"specversion\":\"1.0\",\"type\":\"app.success\",\"source\":\"urn:test:source\",\"id\":\"evt-1\",\"data\":null}"; Action act = () => JsonSerializer.Deserialize( json, PortableResultsCloudEventsWriteOptions.Default.SerializerOptions ); act.Should().Throw(); } [Fact] public void CloudEventsEnvelopeForWritingConverterGeneric_ShouldThrowOnRead() { const string json = "{\"specversion\":\"1.0\",\"type\":\"app.success\",\"source\":\"urn:test:source\",\"id\":\"evt-1\",\"data\":null}"; Action act = () => JsonSerializer.Deserialize>( json, PortableResultsCloudEventsWriteOptions.Default.SerializerOptions ); act.Should().Throw(); } private static PortableResultsCloudEventsWriteOptions CreateWriteOptions(string? source = "urn:test:source") { return new PortableResultsCloudEventsWriteOptions { Source = source }; } } DefaultCloudEventsAttributeConversionServiceTests.cs000066400000000000000000000123641516707642500425630ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/CloudEvents/Writingusing System; using System.Collections.Frozen; using System.Collections.Generic; using System.Collections.Immutable; using FluentAssertions; using Light.PortableResults.CloudEvents.Writing; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.CloudEvents.Writing; public sealed class DefaultCloudEventsAttributeConversionServiceTests { [Fact] public void Constructor_ShouldThrow_WhenConvertersAreNull() { Action act = () => _ = new DefaultCloudEventsAttributeConversionService(null!); act.Should().Throw().Where(exception => exception.ParamName == "converters"); } [Fact] public void PrepareCloudEventsAttribute_ShouldThrow_WhenMetadataKeyIsNull() { var service = new DefaultCloudEventsAttributeConversionService(CreateEmptyConverters()); Action act = () => service.PrepareCloudEventsAttribute(null!, MetadataValue.FromString("value")); act.Should().Throw().Where(exception => exception.ParamName == "metadataKey"); } [Fact] public void PrepareCloudEventsAttribute_ShouldUseRegisteredConverter() { var converter = new TestConverter(ImmutableArray.Create("traceId"), "traceid"); var converters = new Dictionary(StringComparer.Ordinal) { ["traceId"] = converter }.ToFrozenDictionary(StringComparer.Ordinal); var service = new DefaultCloudEventsAttributeConversionService(converters); var converted = service.PrepareCloudEventsAttribute("traceId", MetadataValue.FromString("abc")); converted.Key.Should().Be("traceid"); converted.Value.TryGetString(out var value).Should().BeTrue(); value.Should().Be("abc"); } [Fact] public void PrepareCloudEventsAttribute_ShouldAllowStandardAttributesEvenForObjectValues() { var service = new DefaultCloudEventsAttributeConversionService(CreateEmptyConverters()); var objectValue = MetadataValue.FromObject(MetadataObject.Create(("inner", MetadataValue.FromString("value")))); var converted = service.PrepareCloudEventsAttribute("source", objectValue); converted.Key.Should().Be("source"); converted.Value.Should().Be(objectValue); } [Fact] public void PrepareCloudEventsAttribute_ShouldThrow_WhenAttributeNameIsForbidden() { var service = new DefaultCloudEventsAttributeConversionService(CreateEmptyConverters()); Action act = () => service.PrepareCloudEventsAttribute("data", MetadataValue.FromString("value")); act.Should().Throw().Where(exception => exception.ParamName == "attributeName"); } [Fact] public void PrepareCloudEventsAttribute_ShouldThrow_WhenExtensionAttributeNameIsInvalid() { var service = new DefaultCloudEventsAttributeConversionService(CreateEmptyConverters()); Action act = () => service.PrepareCloudEventsAttribute("Trace-Id", MetadataValue.FromString("value")); act.Should().Throw().Where(exception => exception.ParamName == "attributeName"); } [Fact] public void PrepareCloudEventsAttribute_ShouldThrow_WhenExtensionValueIsComplex() { var service = new DefaultCloudEventsAttributeConversionService(CreateEmptyConverters()); var objectValue = MetadataValue.FromObject(MetadataObject.Create(("inner", MetadataValue.FromString("value")))); Action act = () => service.PrepareCloudEventsAttribute("traceid", objectValue); act.Should().Throw().Where(exception => exception.ParamName == "value"); } [Fact] public void PrepareCloudEventsAttribute_ShouldAllowPrimitiveExtensionValues() { var service = new DefaultCloudEventsAttributeConversionService(CreateEmptyConverters()); var converted = service.PrepareCloudEventsAttribute("traceid", MetadataValue.FromInt64(7)); converted.Key.Should().Be("traceid"); converted.Value.Kind.Should().Be(MetadataKind.Int64); } [Fact] public void Instance_ShouldBeUsableWithoutCustomConverters() { var converted = DefaultCloudEventsAttributeConversionService.Instance.PrepareCloudEventsAttribute( "traceid", MetadataValue.FromString("abc") ); converted.Key.Should().Be("traceid"); converted.Value.TryGetString(out var value).Should().BeTrue(); value.Should().Be("abc"); } private static FrozenDictionary CreateEmptyConverters() { return new Dictionary(StringComparer.Ordinal).ToFrozenDictionary( StringComparer.Ordinal ); } private sealed class TestConverter : CloudEventsAttributeConverter { private readonly string _targetAttributeName; public TestConverter(ImmutableArray supportedMetadataKeys, string targetAttributeName) : base(supportedMetadataKeys) => _targetAttributeName = targetAttributeName; public override KeyValuePair PrepareCloudEventsAttribute( string metadataKey, MetadataValue value ) => new (_targetAttributeName, value); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/CloudEvents/Writing/ModuleTests.cs000066400000000000000000000073461516707642500330600ustar00rootroot00000000000000using System; using System.Collections.Frozen; using System.Collections.Generic; using System.Collections.Immutable; using System.Text.Json; using FluentAssertions; using Light.PortableResults.CloudEvents.Writing; using Light.PortableResults.CloudEvents.Writing.Json; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization; using Microsoft.Extensions.DependencyInjection; using Xunit; namespace Light.PortableResults.Tests.CloudEvents.Writing; public sealed class ModuleTests { [Fact] public void AddPortableResultsCloudEventsWriteOptions_ShouldRegisterOptions() { var services = new ServiceCollection(); services.AddPortableResultsCloudEventsWriteOptions(); using var provider = services.BuildServiceProvider(); var options = provider.GetRequiredService(); options.Should().NotBeNull(); options.Source.Should().BeNull(); options.MetadataSerializationMode.Should().Be(MetadataSerializationMode.Always); options.ConversionService.Should().BeSameAs(DefaultCloudEventsAttributeConversionService.Instance); options.SerializerOptions.Should().BeSameAs(Module.DefaultSerializerOptions); } [Fact] public void AddDefaultPortableResultsCloudEventsWriteJsonConverters_ShouldRegisterEnvelopeConverters() { var serializerOptions = new JsonSerializerOptions(JsonSerializerDefaults.Web); serializerOptions.AddDefaultPortableResultsCloudEventsWriteJsonConverters(); serializerOptions.Converters.Should() .ContainSingle(converter => converter is CloudEventsEnvelopeForWritingJsonConverter); serializerOptions.Converters.Should() .ContainSingle(converter => converter is CloudEventsEnvelopeForWritingJsonConverterFactory); } [Fact] public void AddPortableResultsCloudEventsAttributeConversionService_ShouldUseComparerForKeys() { var services = new ServiceCollection(); services.AddSingleton(new TestConverter("traceid")); services.AddPortableResultsCloudEventsAttributeConversionService(StringComparer.OrdinalIgnoreCase); using var provider = services.BuildServiceProvider(); var converters = provider.GetRequiredService>(); converters.ContainsKey("TRACEID").Should().BeTrue(); provider.GetRequiredService() .Should().BeOfType(); } [Fact] public void AddPortableResultsCloudEventsAttributeConversionService_ShouldThrow_WhenDuplicateKeysExist() { var services = new ServiceCollection(); services.AddSingleton(new TestConverter("duplicate")); services.AddSingleton(new TestConverter("duplicate")); services.AddPortableResultsCloudEventsAttributeConversionService(); using var provider = services.BuildServiceProvider(); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal Action act = () => provider.GetRequiredService>(); act.Should().Throw().WithMessage("Cannot add '*duplicate*'"); } private sealed class TestConverter : CloudEventsAttributeConverter { public TestConverter(string metadataKey) : base(ImmutableArray.Create(metadataKey)) { } public override KeyValuePair PrepareCloudEventsAttribute( string metadataKey, MetadataValue value ) => new (metadataKey, value); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/ErrorCategoryTests.cs000066400000000000000000000037671516707642500305470ustar00rootroot00000000000000using FluentAssertions; using Xunit; namespace Light.PortableResults.Tests; public static class ErrorCategoryTests { [Theory] [InlineData(ErrorCategory.Unclassified, 0)] [InlineData(ErrorCategory.Validation, 400)] [InlineData(ErrorCategory.Unauthorized, 401)] [InlineData(ErrorCategory.PaymentRequired, 402)] [InlineData(ErrorCategory.Forbidden, 403)] [InlineData(ErrorCategory.NotFound, 404)] [InlineData(ErrorCategory.MethodNotAllowed, 405)] [InlineData(ErrorCategory.NotAcceptable, 406)] [InlineData(ErrorCategory.Timeout, 408)] [InlineData(ErrorCategory.Conflict, 409)] [InlineData(ErrorCategory.Gone, 410)] [InlineData(ErrorCategory.LengthRequired, 411)] [InlineData(ErrorCategory.PreconditionFailed, 412)] [InlineData(ErrorCategory.ContentTooLarge, 413)] [InlineData(ErrorCategory.UriTooLong, 414)] [InlineData(ErrorCategory.UnsupportedMediaType, 415)] [InlineData(ErrorCategory.RequestedRangeNotSatisfiable, 416)] [InlineData(ErrorCategory.ExpectationFailed, 417)] [InlineData(ErrorCategory.MisdirectedRequest, 421)] [InlineData(ErrorCategory.UnprocessableContent, 422)] [InlineData(ErrorCategory.Locked, 423)] [InlineData(ErrorCategory.FailedDependency, 424)] [InlineData(ErrorCategory.UpgradeRequired, 426)] [InlineData(ErrorCategory.PreconditionRequired, 428)] [InlineData(ErrorCategory.TooManyRequests, 429)] [InlineData(ErrorCategory.RequestHeaderFieldsTooLarge, 431)] [InlineData(ErrorCategory.UnavailableForLegalReasons, 451)] [InlineData(ErrorCategory.InternalError, 500)] [InlineData(ErrorCategory.NotImplemented, 501)] [InlineData(ErrorCategory.BadGateway, 502)] [InlineData(ErrorCategory.ServiceUnavailable, 503)] [InlineData(ErrorCategory.GatewayTimeout, 504)] [InlineData(ErrorCategory.InsufficientStorage, 507)] public static void ErrorCategory_Values_ShouldMatchStatusCodes(ErrorCategory category, int expectedValue) => ((int) category).Should().Be(expectedValue); } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/ErrorTests.cs000066400000000000000000000041771516707642500270450ustar00rootroot00000000000000using System; using FluentAssertions; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests; public sealed class ErrorTests { [Fact] public void IsDefaultInstance_ShouldReturnTrue_WhenDefaultInstanceIsSupplied() { var error = default(Error); error.IsDefaultInstance.Should().BeTrue(); } [Fact] public void IsDefaultInstance_ShouldReturnFalse_WhenRegularInstanceIsSupplied() { var error = new Error { Message = "Some error occurred" }; error.IsDefaultInstance.Should().BeFalse(); } [Fact] public void Error_WithoutMetadata_ShouldHaveNullMetadata() { var error = new Error { Message = "Email is malformed", Category = ErrorCategory.Validation, Code = "LR300", Target = "email" }; error.Metadata.Should().BeNull(); } [Fact] public void Message_ShouldThrowArgumentNullException_WhenValueIsNull() { var act = () => new Error { Message = null! }; act.Should().Throw().Where(x => x.ParamName == nameof(Error.Message)); } [Theory] [InlineData("")] [InlineData(" ")] [InlineData("\t")] public void Message_ShouldThrowArgumentException_WhenValueIsEmptyOrContainsOnlyWhiteSpace(string invalidMessage) { var act = () => new Error { Message = invalidMessage }; act.Should().Throw().Where(x => x.ParamName == nameof(Error.Message)); } [Fact] public void Error_WithMetadata_ShouldStoreMetadata() { var metadata = MetadataObject.Create(("correlationId", "abc-123")); var error = new Error { Message = "Something went wrong", Metadata = metadata }; error.Metadata.Should().NotBeNull(); error.Metadata!.Value.TryGetString("correlationId", out var id).Should().BeTrue(); id.Should().Be("abc-123"); } [Fact] public void Error_DefaultCategory_ShouldBeUnclassified() { var error = new Error { Message = "Test message" }; error.Category.Should().Be(ErrorCategory.Unclassified); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/ErrorsTests.cs000066400000000000000000001242111516707642500272200ustar00rootroot00000000000000using System; using System.Collections; using System.Collections.Generic; using System.Linq; using FluentAssertions; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests; public sealed class ErrorsTests { [Fact] public void SingleError_Count_ShouldBeOne() { var errors = new Errors(new Error { Message = "Error" }); errors.Count.Should().Be(1); } [Fact] public void SingleError_First_ShouldReturnTheError() { var error = new Error { Message = "Error" }; var errors = new Errors(error); errors.First.Should().Be(error); } [Fact] public void SingleError_GetEnumerator_ShouldYieldOneError() { var error = new Error { Message = "Error" }; var errors = new Errors(error); var list = errors.ToList(); list.Should().ContainSingle().Which.Should().Be(error); } [Fact] public void MultipleErrors_Count_ShouldBeCorrect() { var errorArray = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" } }; var errors = new Errors(errorArray); errors.Count.Should().Be(3); } [Fact] public void MultipleErrors_First_ShouldReturnFirstError() { var errorArray = new[] { new Error { Message = "E1" }, new Error { Message = "E2" } }; var errors = new Errors(errorArray); errors.First.Message.Should().Be("E1"); } [Fact] public void MultipleErrors_GetEnumerator_ShouldYieldAllErrors() { var errorArray = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" } }; var errors = new Errors(errorArray); var list = errors.ToList(); list.Should().HaveCount(3); list[0].Message.Should().Be("E1"); list[1].Message.Should().Be("E2"); list[2].Message.Should().Be("E3"); } [Fact] public void IEnumerable_GetEnumerator_ShouldWork() { var errors = new Errors(new Error { Message = "Error" }); IEnumerable enumerable = errors; var count = 0; foreach (var _ in enumerable) { count++; } count.Should().Be(1); } [Fact] public void Indexer_WithZeroCount_ShouldThrow() { var errors = default(Errors); var act = () => errors[0]; act.Should().Throw(); } [Fact] public void Indexer_WithOneError_ShouldReturnTheError() { var error = new Error { Message = "Error" }; var errors = new Errors(error); errors[0].Should().Be(error); } [Fact] public void Indexer_WithMultipleErrors_ShouldReturnCorrectError() { var errorArray = new[] { new Error { Message = "E1" }, new Error { Message = "E2" } }; var errors = new Errors(errorArray); errors[0].Message.Should().Be("E1"); errors[1].Message.Should().Be("E2"); } [Fact] public void GetEnumerator_WithZeroCount_ShouldYieldNothing() { var errors = default(Errors); var list = errors.ToList(); list.Should().BeEmpty(); } [Fact] public void FromArray_WithSingleError_ShouldUseSingleErrorPath() { var errorArray = new[] { new Error { Message = "Single" } }; var errors = new Errors(errorArray); errors.Count.Should().Be(1); errors.First.Message.Should().Be("Single"); } [Fact] public void Errors_WithSameSingleError_ShouldBeEqual() { var error = new Error { Message = "Duplicate" }; var left = new Errors(error); var right = new Errors(error); (left == right).Should().BeTrue(); (left != right).Should().BeFalse(); } [Fact] public void Errors_WithDifferentCounts_ShouldNotBeEqual() { var single = new Errors(new Error { Message = "Only" }); var multiple = new Errors( new[] { new Error { Message = "Only" }, new Error { Message = "Second" } } ); (single == multiple).Should().BeFalse(); (single != multiple).Should().BeTrue(); } [Fact] public void Errors_WithSameMultipleErrors_ShouldBeEqual() { var errorsArray = new[] { new Error { Message = "First" }, new Error { Message = "Second" } }; var left = new Errors(errorsArray); var right = new Errors(errorsArray.ToArray()); (left == right).Should().BeTrue(); (left != right).Should().BeFalse(); } [Fact] public void First_WithEmptyErrors_ShouldThrow() { var errors = default(Errors); var act = () => errors.First; act.Should().Throw() .WithMessage("No errors present"); } [Fact] public void Indexer_WithNegativeIndex_ShouldThrow() { var errors = new Errors(new Error { Message = "Error" }); var act = () => errors[-1]; act.Should().Throw(); } [Fact] public void Indexer_WithIndexEqualToCount_ShouldThrow() { var errors = new Errors(new Error { Message = "Error" }); var act = () => errors[1]; act.Should().Throw(); } [Fact] public void Constructor_WithEmptyMemory_ShouldThrowArgumentException() { var act = () => new Errors(ReadOnlyMemory.Empty); act.Should().Throw().Where(x => x.ParamName == "manyErrors"); } [Fact] public void Enumerator_Reset_ShouldResetPosition() { var errors = new Errors(new[] { new Error { Message = "E1" }, new Error { Message = "E2" } }); using var enumerator = errors.GetEnumerator(); enumerator.MoveNext(); enumerator.MoveNext(); enumerator.Reset(); enumerator.MoveNext(); enumerator.Current.Message.Should().Be("E1"); } [Fact] public void Enumerator_Current_ViaIEnumerator_ShouldReturnBoxedValue() { var errors = new Errors(new Error { Message = "Test" }); IEnumerator enumerator = errors.GetEnumerator(); enumerator.MoveNext(); var current = (Error) enumerator.Current; current.Message.Should().Be("Test"); (enumerator as IDisposable)?.Dispose(); } [Fact] public void Enumerator_Dispose_ShouldNotThrow() { var errors = new Errors(new Error { Message = "Test" }); var enumerator = errors.GetEnumerator(); var act = () => enumerator.Dispose(); act.Should().NotThrow(); } [Fact] public void Enumerator_SingleError_Current_ShouldReturnError() { var error = new Error { Message = "Single" }; var errors = new Errors(error); using var enumerator = errors.GetEnumerator(); enumerator.MoveNext(); enumerator.Current.Should().Be(error); } [Fact] public void Enumerator_MultipleErrors_Current_ShouldReturnCorrectError() { var errors = new Errors(new[] { new Error { Message = "E1" }, new Error { Message = "E2" } }); using var enumerator = errors.GetEnumerator(); enumerator.MoveNext(); enumerator.Current.Message.Should().Be("E1"); enumerator.MoveNext(); enumerator.Current.Message.Should().Be("E2"); } [Fact] public void IEnumerableGeneric_GetEnumerator_ShouldWork() { var errors = new Errors(new Error { Message = "Test" }); IEnumerable enumerable = errors; var list = new List(); foreach (var error in enumerable) { list.Add(error); } list.Should().ContainSingle(); } [Fact] public void GetHashCode_DefaultErrors_ShouldReturnZero() { var errors = default(Errors); errors.GetHashCode().Should().Be(0); } [Fact] public void GetHashCode_SingleError_ShouldReturnConsistentValue() { var error = new Error { Message = "Test" }; var errors = new Errors(error); var hash1 = errors.GetHashCode(); var hash2 = errors.GetHashCode(); hash1.Should().Be(hash2); } [Fact] public void GetHashCode_MultipleErrors_ShouldReturnConsistentValue() { var errors = new Errors(new[] { new Error { Message = "E1" }, new Error { Message = "E2" } }); var hash1 = errors.GetHashCode(); var hash2 = errors.GetHashCode(); hash1.Should().Be(hash2); } [Fact] public void GetHashCode_DifferentErrors_ShouldReturnDifferentValues() { var errors1 = new Errors(new Error { Message = "E1" }); var errors2 = new Errors(new Error { Message = "E2" }); var hash1 = errors1.GetHashCode(); var hash2 = errors2.GetHashCode(); hash1.Should().NotBe(hash2); } [Fact] public void Constructor_SingleError_WithDefaultInstance_ShouldThrow() { var act = () => new Errors(default(Error)); act.Should().Throw() .WithMessage("*must not be default instance*") .WithParameterName("singleError"); } [Fact] public void Constructor_ReadOnlyMemory_WithSingleDefaultError_ShouldThrow() { var act = () => new Errors(new[] { default(Error) }.AsMemory()); act.Should().Throw() .WithMessage("*single error*must not be the default instance*") .WithParameterName("manyErrors"); } [Fact] public void Constructor_ReadOnlyMemory_WithDefaultErrorInMiddle_ShouldThrow() { var act = () => new Errors( new[] { new Error { Message = "E1" }, default(Error), new Error { Message = "E3" } }.AsMemory() ); act.Should().Throw() .WithMessage("*error at index 1*must not be the default instance*") .WithParameterName("manyErrors"); } [Fact] public void Equals_Object_WithNonErrors_ShouldReturnFalse() { var errors = new Errors(new Error { Message = "Test" }); // ReSharper disable once SuspiciousTypeConversion.Global -- OK in test scenario errors.Equals("not errors").Should().BeFalse(); } [Fact] public void Errors_SingleError_ShouldEnumerateCorrectly() { var errors = new Errors(new Error { Message = "Single error" }); var list = new List(); foreach (var error in errors) { list.Add(error); } Error[] expected = [new () { Message = "Single error" }]; list.Should().Equal(expected); } [Fact] public void Errors_MultipleErrors_ShouldEnumerateCorrectly() { var errors = new Errors( new[] { new Error { Message = "Error1" }, new Error { Message = "Error2" }, new Error { Message = "Error3" } } ); var list = new List(); foreach (var error in errors) { list.Add(error); } list.Should().HaveCount(3); list[0].Message.Should().Be("Error1"); list[1].Message.Should().Be("Error2"); list[2].Message.Should().Be("Error3"); } [Fact] public void Errors_Indexer_ShouldReturnCorrectError() { var errors = new Errors(new[] { new Error { Message = "Error1" }, new Error { Message = "Error2" } }); errors[0].Message.Should().Be("Error1"); errors[1].Message.Should().Be("Error2"); } [Fact] public void Errors_SingleError_Indexer_ShouldReturnCorrectError() { var errors = new Errors(new Error { Message = "Single error" }); errors[0].Message.Should().Be("Single error"); } [Fact] public void Errors_Count_ShouldReturnCorrectCount() { var single = new Errors(new Error { Message = "Single" }); var multiple = new Errors(new[] { new Error { Message = "E1" }, new Error { Message = "E2" } }); single.Count.Should().Be(1); multiple.Count.Should().Be(2); } [Fact] public void Errors_LinqOperations_ShouldWork() { var errors = new Errors( new[] { new Error { Message = "Error1", Code = "E1" }, new Error { Message = "Error2", Code = "E2" } } ); var codes = errors.Select(e => e.Code).ToList(); codes.Should().Equal("E1", "E2"); } [Fact] public void Errors_First_ShouldReturnFirstError() { var errors = new Errors(new[] { new Error { Message = "First" }, new Error { Message = "Second" } }); errors.First.Message.Should().Be("First"); } [Fact] public void Errors_SingleError_First_ShouldReturnTheError() { var errors = new Errors(new Error { Message = "Only" }); errors.First.Message.Should().Be("Only"); } [Fact] public void Enumerator_Current_BeforeMoveNext_SingleError_ShouldThrow() { var errors = new Errors(new Error { Message = "Error" }); using var enumerator = errors.GetEnumerator(); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal var act = () => enumerator.Current; act.Should().Throw() .WithMessage("*before the first element or after the last element*"); } [Fact] public void Enumerator_Current_AfterLastElement_SingleError_ShouldThrow() { var errors = new Errors(new Error { Message = "Error" }); using var enumerator = errors.GetEnumerator(); enumerator.MoveNext(); enumerator.MoveNext(); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal var act = () => enumerator.Current; act.Should().Throw() .WithMessage("*before the first element or after the last element*"); } [Fact] public void Enumerator_Reset_SingleError_CanBeEnumeratedTwice() { var error = new Error { Message = "Error" }; var errors = new Errors(error); using var enumerator = errors.GetEnumerator(); enumerator.MoveNext(); enumerator.Current.Should().Be(error); enumerator.Reset(); enumerator.MoveNext(); enumerator.Current.Should().Be(error); } [Fact] public void Enumerator_MoveNext_MultipleErrors_ShouldReturnFalseAfterLastElement() { var errors = new Errors(new[] { new Error { Message = "E1" }, new Error { Message = "E2" } }); using var enumerator = errors.GetEnumerator(); enumerator.MoveNext().Should().BeTrue(); enumerator.MoveNext().Should().BeTrue(); enumerator.MoveNext().Should().BeFalse(); } [Fact] public void Enumerator_MoveNext_SingleError_ShouldReturnFalseAfterLastElement() { var errors = new Errors(new Error { Message = "Error" }); using var enumerator = errors.GetEnumerator(); enumerator.MoveNext().Should().BeTrue(); enumerator.MoveNext().Should().BeFalse(); } [Fact] public void Enumerator_MoveNext_DefaultErrors_ShouldReturnFalse() { var errors = default(Errors); using var enumerator = errors.GetEnumerator(); enumerator.MoveNext().Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataTrue_SameErrors_ShouldBeEqual() { var error = new Error { Message = "Error" }; var errors1 = new Errors(error); var errors2 = new Errors(error); errors1.Equals(errors2, compareMetadata: true).Should().BeTrue(); } [Fact] public void Equals_WithCompareMetadataTrue_DifferentMetadata_ShouldNotBeEqual() { var metadata1 = MetadataObject.Create(("key", "value1")); var metadata2 = MetadataObject.Create(("key", "value2")); var error1 = new Error { Message = "Error", Metadata = metadata1 }; var error2 = new Error { Message = "Error", Metadata = metadata2 }; var errors1 = new Errors(error1); var errors2 = new Errors(error2); errors1.Equals(errors2, compareMetadata: true).Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataFalse_DifferentMetadata_ShouldBeEqual() { var metadata1 = MetadataObject.Create(("key", "value1")); var metadata2 = MetadataObject.Create(("key", "value2")); var error1 = new Error { Message = "Error", Metadata = metadata1 }; var error2 = new Error { Message = "Error", Metadata = metadata2 }; var errors1 = new Errors(error1); var errors2 = new Errors(error2); errors1.Equals(errors2, compareMetadata: false).Should().BeTrue(); } [Fact] public void Equals_WithCompareMetadataFalse_DifferentCounts_ShouldNotBeEqual() { var errors1 = new Errors(new Error { Message = "Error" }); var errors2 = new Errors(new[] { new Error { Message = "Error" }, new Error { Message = "Error2" } }); errors1.Equals(errors2, compareMetadata: false).Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataFalse_BothDefault_ShouldBeEqual() { var errors1 = default(Errors); var errors2 = default(Errors); errors1.Equals(errors2, compareMetadata: false).Should().BeTrue(); } [Fact] public void Equals_WithCompareMetadataFalse_MultipleErrors_DifferentMetadata_ShouldBeEqual() { var metadata1 = MetadataObject.Create(("key", "value1")); var metadata2 = MetadataObject.Create(("key", "value2")); var errorsArray1 = new[] { new Error { Message = "E1", Metadata = metadata1 }, new Error { Message = "E2", Metadata = metadata1 } }; var errorsArray2 = new[] { new Error { Message = "E1", Metadata = metadata2 }, new Error { Message = "E2", Metadata = metadata2 } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeTrue(); } [Fact] public void Equals_WithCompareMetadataFalse_MultipleErrors_DifferentMessages_ShouldNotBeEqual() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E3" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataFalse_SameReference_ShouldBeEqual() { var errorsArray = new[] { new Error { Message = "E1" }, new Error { Message = "E2" } }; var errors1 = new Errors(errorsArray); var errors2 = new Errors(errorsArray); errors1.Equals(errors2, compareMetadata: false).Should().BeTrue(); } [Fact] public void Equals_WithCompareMetadataFalse_EightErrors_ShouldUseUnrolledLoop() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeTrue(); } [Fact] public void Equals_WithCompareMetadataFalse_EightErrors_DifferentAtIndex0_ShouldNotBeEqual() { var errorsArray1 = new[] { new Error { Message = "DIFFERENT" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataFalse_EightErrors_DifferentAtIndex1_ShouldNotBeEqual() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "DIFFERENT" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataFalse_EightErrors_DifferentAtIndex2_ShouldNotBeEqual() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "DIFFERENT" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataFalse_EightErrors_DifferentAtIndex3_ShouldNotBeEqual() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "DIFFERENT" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataFalse_EightErrors_DifferentAtIndex4_ShouldNotBeEqual() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "DIFFERENT" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataFalse_EightErrors_DifferentAtIndex5_ShouldNotBeEqual() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "DIFFERENT" }, new Error { Message = "E7" }, new Error { Message = "E8" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataFalse_EightErrors_DifferentAtIndex6_ShouldNotBeEqual() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "DIFFERENT" }, new Error { Message = "E8" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataFalse_EightErrors_DifferentAtIndex7_ShouldNotBeEqual() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "DIFFERENT" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataFalse_FourErrors_ShouldUseUnrolledLoop() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeTrue(); } [Fact] public void Equals_WithCompareMetadataFalse_FourErrors_DifferentAtIndex0_ShouldNotBeEqual() { var errorsArray1 = new[] { new Error { Message = "DIFFERENT" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataFalse_FourErrors_DifferentAtIndex1_ShouldNotBeEqual() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "DIFFERENT" }, new Error { Message = "E3" }, new Error { Message = "E4" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataFalse_FourErrors_DifferentAtIndex2_ShouldNotBeEqual() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "DIFFERENT" }, new Error { Message = "E4" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataFalse_FourErrors_DifferentAtIndex3_ShouldNotBeEqual() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "DIFFERENT" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataFalse_TwoErrors_ShouldUseRemainingLoop() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeTrue(); } [Fact] public void Equals_WithCompareMetadataFalse_TwoErrors_DifferentAtIndex1_ShouldNotBeEqual() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "DIFFERENT" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataFalse_NineErrors_ShouldCoverBothLoops() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" }, new Error { Message = "E9" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" }, new Error { Message = "E9" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeTrue(); } [Fact] public void Equals_WithCompareMetadataFalse_NineErrors_DifferentAtIndex8_ShouldNotBeEqual() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" }, new Error { Message = "DIFFERENT" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" }, new Error { Message = "E9" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataFalse_TwelveErrors_ShouldCoverAllLoops() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" }, new Error { Message = "E9" }, new Error { Message = "E10" }, new Error { Message = "E11" }, new Error { Message = "E12" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" }, new Error { Message = "E9" }, new Error { Message = "E10" }, new Error { Message = "E11" }, new Error { Message = "E12" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeTrue(); } [Fact] public void Equals_WithCompareMetadataFalse_SixteenErrors_ShouldCoverTwoIterationsOfEightLoop() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" }, new Error { Message = "E9" }, new Error { Message = "E10" }, new Error { Message = "E11" }, new Error { Message = "E12" }, new Error { Message = "E13" }, new Error { Message = "E14" }, new Error { Message = "E15" }, new Error { Message = "E16" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" }, new Error { Message = "E9" }, new Error { Message = "E10" }, new Error { Message = "E11" }, new Error { Message = "E12" }, new Error { Message = "E13" }, new Error { Message = "E14" }, new Error { Message = "E15" }, new Error { Message = "E16" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeTrue(); } [Fact] public void Equals_WithCompareMetadataFalse_SixteenErrors_DifferentAtIndex15_ShouldNotBeEqual() { var errorsArray1 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" }, new Error { Message = "E9" }, new Error { Message = "E10" }, new Error { Message = "E11" }, new Error { Message = "E12" }, new Error { Message = "E13" }, new Error { Message = "E14" }, new Error { Message = "E15" }, new Error { Message = "DIFFERENT" } }; var errorsArray2 = new[] { new Error { Message = "E1" }, new Error { Message = "E2" }, new Error { Message = "E3" }, new Error { Message = "E4" }, new Error { Message = "E5" }, new Error { Message = "E6" }, new Error { Message = "E7" }, new Error { Message = "E8" }, new Error { Message = "E9" }, new Error { Message = "E10" }, new Error { Message = "E11" }, new Error { Message = "E12" }, new Error { Message = "E13" }, new Error { Message = "E14" }, new Error { Message = "E15" }, new Error { Message = "E16" } }; var errors1 = new Errors(errorsArray1); var errors2 = new Errors(errorsArray2); errors1.Equals(errors2, compareMetadata: false).Should().BeFalse(); } [Fact] public void GetLeadingCategory_SingleError_ReturnsItsCategory() { var errors = new Errors(new Error { Message = "Test", Category = ErrorCategory.NotFound }); var result = errors.GetLeadingCategory(); result.Should().Be(ErrorCategory.NotFound); } [Fact] public void GetLeadingCategory_MultipleErrorsWithSameCategory_ReturnsThatCategory() { var errors = new Errors( new Error[] { new () { Message = "Error 1", Category = ErrorCategory.Validation }, new () { Message = "Error 2", Category = ErrorCategory.Validation } } ); var result = errors.GetLeadingCategory(); result.Should().Be(ErrorCategory.Validation); } [Fact] public void GetLeadingCategory_MultipleErrorsWithDifferentCategories_ReturnsUnclassified() { var errors = new Errors( new Error[] { new () { Message = "Error 1", Category = ErrorCategory.Validation }, new () { Message = "Error 2", Category = ErrorCategory.NotFound } } ); var result = errors.GetLeadingCategory(); result.Should().Be(ErrorCategory.Unclassified); } [Fact] public void GetLeadingCategory_FirstCategoryIsLeadingCategory_ReturnsFirstErrorCategory() { var errors = new Errors( new Error[] { new () { Message = "Error 1", Category = ErrorCategory.Validation }, new () { Message = "Error 2", Category = ErrorCategory.NotFound } } ); var result = errors.GetLeadingCategory(firstCategoryIsLeadingCategory: true); result.Should().Be(ErrorCategory.Validation); } [Fact] public void GetLeadingCategory_EmptyErrors_ThrowsInvalidOperationException() { var errors = default(Errors); var act = () => errors.GetLeadingCategory(); act.Should().Throw() .WithMessage("Errors collection must contain at least one error."); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/FunctionalExtensions/000077500000000000000000000000001516707642500305535ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/FunctionalExtensions/BindTests.cs000066400000000000000000000075251516707642500330120ustar00rootroot00000000000000using System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.FunctionalExtensions; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.FunctionalExtensions; public sealed class BindTests { [Fact] public void Bind_OnSuccess_ShouldChainToNewResult() { var result = Result.Ok(42); var bound = result.Bind(x => Result.Ok(x.ToString())); bound.IsValid.Should().BeTrue(); bound.Value.Should().Be("42"); } [Fact] public void Bind_OnFailure_ShouldPreserveErrors() { var result = Result.Fail(new Error { Message = "Error" }); var bound = result.Bind(x => Result.Ok(x.ToString())); bound.IsValid.Should().BeFalse(); bound.Errors.Should().ContainSingle(); } [Fact] public void Bind_OnSuccess_WhenBindReturnsFailure_ShouldReturnFailure() { var result = Result.Ok(42); var bound = result.Bind(_ => Result.Fail(new Error { Message = "Inner error" })); bound.IsValid.Should().BeFalse(); bound.FirstError.Message.Should().Be("Inner error"); } [Fact] public void Bind_OnSuccess_WithMetadataOnOuter_ShouldMergeMetadata() { var outerMeta = MetadataObject.Create(("outer", "value")); var result = Result.Ok(42, outerMeta); var bound = result.Bind(x => Result.Ok(x.ToString())); bound.IsValid.Should().BeTrue(); bound.Metadata.Should().NotBeNull(); bound.Metadata!.Value["outer"].Should().NotBeNull(); } [Fact] public void Bind_OnSuccess_WithMetadataOnBoth_ShouldMergeMetadata() { var outerMeta = MetadataObject.Create(("outer", "value")); var innerMeta = MetadataObject.Create(("inner", "value")); var result = Result.Ok(42, outerMeta); var bound = result.Bind(x => Result.Ok(x.ToString(), innerMeta)); bound.IsValid.Should().BeTrue(); bound.Metadata.Should().NotBeNull(); bound.Metadata!.Value.Count.Should().Be(2); } [Fact] public void Bind_OnFailure_ShouldPreserveMetadata() { var metadata = MetadataObject.Create(("key", "value")); var result = Result.Fail(new Error { Message = "Error" }, metadata); var bound = result.Bind(x => Result.Ok(x.ToString())); bound.IsValid.Should().BeFalse(); bound.Metadata.Should().NotBeNull(); bound.Metadata!.Value.Should().Equal(metadata); } [Fact] public async Task BindAsync_OnSuccess_ShouldChainToNewResult() { var result = Result.Ok(42); var bound = await result.BindAsync( x => new ValueTask>(Result.Ok(x.ToString())) ); bound.IsValid.Should().BeTrue(); bound.Value.Should().Be("42"); } [Fact] public async Task BindAsync_OnFailure_ShouldPreserveErrors() { var result = Result.Fail(new Error { Message = "Error" }); var bound = await result.BindAsync( x => new ValueTask>(Result.Ok(x.ToString())) ); bound.IsValid.Should().BeFalse(); bound.Errors.Should().ContainSingle(); } [Fact] public async Task BindAsync_OnSuccess_WithMetadataOnBoth_ShouldMergeMetadata() { var outerMeta = MetadataObject.Create(("outer", "value")); var innerMeta = MetadataObject.Create(("inner", "value")); var result = Result.Ok(42, outerMeta); var bound = await result.BindAsync( x => new ValueTask>(Result.Ok(x.ToString(), innerMeta)) ); bound.IsValid.Should().BeTrue(); bound.Metadata.Should().NotBeNull(); bound.Metadata!.Value.Count.Should().Be(2); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/FunctionalExtensions/ElseTests.cs000066400000000000000000000036751516707642500330300ustar00rootroot00000000000000using System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.FunctionalExtensions; using Xunit; namespace Light.PortableResults.Tests.FunctionalExtensions; public sealed class ElseTests { [Fact] public void Else_WithValue_OnSuccess_ShouldReturnOriginalValue() { var result = Result.Ok(42); var value = result.Else(0); value.Should().Be(42); } [Fact] public void Else_WithValue_OnFailure_ShouldReturnFallback() { var result = Result.Fail(new Error { Message = "Error" }); var value = result.Else(99); value.Should().Be(99); } [Fact] public void Else_WithFactory_OnSuccess_ShouldReturnOriginalValue() { var result = Result.Ok(42); var value = result.Else(_ => 0); value.Should().Be(42); } [Fact] public void Else_WithFactory_OnFailure_ShouldCallFactory() { Errors? capturedErrors = null; var result = Result.Fail(new Error { Message = "Error" }); var value = result.Else( e => { capturedErrors = e; return 99; } ); value.Should().Be(99); capturedErrors.Should().NotBeNull(); } [Fact] public async Task ElseAsync_OnSuccess_ShouldReturnOriginalValue() { var result = Result.Ok(42); var value = await result.ElseAsync(_ => new ValueTask(0)); value.Should().Be(42); } [Fact] public async Task ElseAsync_OnFailure_ShouldCallFactory() { Errors? capturedErrors = null; var result = Result.Fail(new Error { Message = "Error" }); var value = await result.ElseAsync( e => { capturedErrors = e; return new ValueTask(99); } ); value.Should().Be(99); capturedErrors.Should().NotBeNull(); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/FunctionalExtensions/EnsureTests.cs000066400000000000000000000166421516707642500333770ustar00rootroot00000000000000using System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.FunctionalExtensions; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.FunctionalExtensions; public sealed class EnsureTests { [Fact] public void Ensure_OnGenericResult_WhenPredicateTrue_ShouldReturnOriginal() { var result = Result.Ok(42); var ensured = result.Ensure(v => v > 40, new Error { Message = "Too small" }); ensured.IsValid.Should().BeTrue(); ensured.Value.Should().Be(42); } [Fact] public void Ensure_OnGenericResult_WhenPredicateFalse_ShouldReturnFailure() { var result = Result.Ok(42); var ensured = result.Ensure(v => v > 50, new Error { Message = "Too small" }); ensured.IsValid.Should().BeFalse(); ensured.FirstError.Message.Should().Be("Too small"); } [Fact] public void Ensure_OnGenericResult_WhenAlreadyFailed_ShouldReturnOriginal() { var result = Result.Fail(new Error { Message = "Original error" }); var ensured = result.Ensure(_ => false, new Error { Message = "New error" }); ensured.IsValid.Should().BeFalse(); ensured.FirstError.Message.Should().Be("Original error"); } [Fact] public void Ensure_OnGenericResult_ShouldPreserveMetadata() { var metadata = MetadataObject.Create(("key", "value")); var result = Result.Ok(42, metadata); var ensured = result.Ensure(v => v < 40, new Error { Message = "Too large" }); ensured.Metadata.Should().NotBeNull(); ensured.Metadata!.Value.Should().Equal(metadata); } [Fact] public void Ensure_WithErrorFactory_ShouldUseFactory() { var result = Result.Ok(42); var ensured = result.Ensure(v => v > 50, v => new Error { Message = $"Value {v} is too small" }); ensured.IsValid.Should().BeFalse(); ensured.FirstError.Message.Should().Be("Value 42 is too small"); } [Fact] public void Ensure_WithErrorFactory_WhenPredicateTrue_ShouldReturnOriginal() { var result = Result.Ok(42); var ensured = result.Ensure(v => v > 40, v => new Error { Message = $"Value {v} is too small" }); ensured.IsValid.Should().BeTrue(); ensured.Value.Should().Be(42); } [Fact] public void Ensure_WithErrorFactory_WhenAlreadyFailed_ShouldReturnOriginal() { var result = Result.Fail(new Error { Message = "Original error" }); var ensured = result.Ensure(_ => false, _ => new Error { Message = "New error" }); ensured.IsValid.Should().BeFalse(); ensured.FirstError.Message.Should().Be("Original error"); } [Fact] public void Ensure_OnNonGenericResult_WhenPredicateTrue_ShouldReturnOriginal() { var result = Result.Ok(); var ensured = result.Ensure(() => true, new Error { Message = "Condition failed" }); ensured.IsValid.Should().BeTrue(); } [Fact] public void Ensure_OnNonGenericResult_WhenPredicateFalse_ShouldReturnFailure() { var result = Result.Ok(); var ensured = result.Ensure(() => false, new Error { Message = "Condition failed" }); ensured.IsValid.Should().BeFalse(); ensured.FirstError.Message.Should().Be("Condition failed"); } [Fact] public void Ensure_OnNonGenericResult_WhenAlreadyFailed_ShouldReturnOriginal() { var result = Result.Fail(new Error { Message = "Original error" }); var ensured = result.Ensure(() => false, new Error { Message = "New error" }); ensured.IsValid.Should().BeFalse(); ensured.FirstError.Message.Should().Be("Original error"); } [Fact] public async Task EnsureAsync_OnGenericResult_WhenPredicateTrue_ShouldReturnOriginal() { var result = Result.Ok(42); var ensured = await result.EnsureAsync( v => new ValueTask(v > 40), new Error { Message = "Too small" } ); ensured.IsValid.Should().BeTrue(); ensured.Value.Should().Be(42); } [Fact] public async Task EnsureAsync_OnGenericResult_WhenPredicateFalse_ShouldReturnFailure() { var result = Result.Ok(42); var ensured = await result.EnsureAsync( v => new ValueTask(v > 50), new Error { Message = "Too small" } ); ensured.IsValid.Should().BeFalse(); ensured.FirstError.Message.Should().Be("Too small"); } [Fact] public async Task EnsureAsync_WithErrorFactory_ShouldUseFactory() { var result = Result.Ok(42); var ensured = await result.EnsureAsync( v => new ValueTask(v > 50), v => new Error { Message = $"Value {v} is too small" } ); ensured.IsValid.Should().BeFalse(); ensured.FirstError.Message.Should().Be("Value 42 is too small"); } [Fact] public async Task EnsureAsync_WithErrorFactory_WhenPredicateTrue_ShouldReturnOriginal() { var result = Result.Ok(42); var ensured = await result.EnsureAsync( v => new ValueTask(v > 40), v => new Error { Message = $"Value {v} is too small" } ); ensured.IsValid.Should().BeTrue(); ensured.Value.Should().Be(42); } [Fact] public async Task EnsureAsync_WithErrorFactory_WhenAlreadyFailed_ShouldReturnOriginal() { var result = Result.Fail(new Error { Message = "Original error" }); var ensured = await result.EnsureAsync( _ => new ValueTask(false), _ => new Error { Message = "New error" } ); ensured.IsValid.Should().BeFalse(); ensured.FirstError.Message.Should().Be("Original error"); } [Fact] public async Task EnsureAsync_OnGenericResult_WhenAlreadyFailed_ShouldReturnOriginal() { var result = Result.Fail(new Error { Message = "Original error" }); var ensured = await result.EnsureAsync( _ => new ValueTask(false), new Error { Message = "New error" } ); ensured.IsValid.Should().BeFalse(); ensured.FirstError.Message.Should().Be("Original error"); } [Fact] public async Task EnsureAsync_OnNonGenericResult_WhenPredicateFalse_ShouldReturnFailure() { var result = Result.Ok(); var ensured = await result.EnsureAsync( () => new ValueTask(false), new Error { Message = "Condition failed" } ); ensured.IsValid.Should().BeFalse(); ensured.FirstError.Message.Should().Be("Condition failed"); } [Fact] public async Task EnsureAsync_OnNonGenericResult_WhenPredicateTrue_ShouldReturnOriginal() { var result = Result.Ok(); var ensured = await result.EnsureAsync( () => new ValueTask(true), new Error { Message = "Condition failed" } ); ensured.IsValid.Should().BeTrue(); } [Fact] public async Task EnsureAsync_OnNonGenericResult_WhenAlreadyFailed_ShouldReturnOriginal() { var result = Result.Fail(new Error { Message = "Original error" }); var ensured = await result.EnsureAsync( () => new ValueTask(false), new Error { Message = "New error" } ); ensured.IsValid.Should().BeFalse(); ensured.FirstError.Message.Should().Be("Original error"); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/FunctionalExtensions/FailIfTests.cs000066400000000000000000000165471516707642500332740ustar00rootroot00000000000000using System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.FunctionalExtensions; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.FunctionalExtensions; public sealed class FailIfTests { [Fact] public void FailIf_OnGenericResult_WhenPredicateTrue_ShouldReturnFailure() { var result = Result.Ok(42); var failed = result.FailIf(v => v > 40, new Error { Message = "Too large" }); failed.IsValid.Should().BeFalse(); failed.FirstError.Message.Should().Be("Too large"); } [Fact] public void FailIf_OnGenericResult_WhenPredicateFalse_ShouldReturnOriginal() { var result = Result.Ok(42); var failed = result.FailIf(v => v > 50, new Error { Message = "Too large" }); failed.IsValid.Should().BeTrue(); failed.Value.Should().Be(42); } [Fact] public void FailIf_OnGenericResult_WhenAlreadyFailed_ShouldReturnOriginal() { var result = Result.Fail(new Error { Message = "Original error" }); var failed = result.FailIf(_ => true, new Error { Message = "New error" }); failed.IsValid.Should().BeFalse(); failed.FirstError.Message.Should().Be("Original error"); } [Fact] public void FailIf_OnGenericResult_ShouldPreserveMetadata() { var metadata = MetadataObject.Create(("key", "value")); var result = Result.Ok(42, metadata); var failed = result.FailIf(v => v > 40, new Error { Message = "Too large" }); failed.Metadata.Should().NotBeNull(); failed.Metadata!.Value.Should().Equal(metadata); } [Fact] public void FailIf_WithErrorFactory_ShouldUseFactory() { var result = Result.Ok(42); var failed = result.FailIf(v => v > 40, v => new Error { Message = $"Value {v} is too large" }); failed.IsValid.Should().BeFalse(); failed.FirstError.Message.Should().Be("Value 42 is too large"); } [Fact] public void FailIf_WithErrorFactory_WhenPredicateFalse_ShouldReturnOriginal() { var result = Result.Ok(42); var failed = result.FailIf(v => v > 50, v => new Error { Message = $"Value {v} is too large" }); failed.IsValid.Should().BeTrue(); failed.Value.Should().Be(42); } [Fact] public void FailIf_WithErrorFactory_WhenAlreadyFailed_ShouldReturnOriginal() { var result = Result.Fail(new Error { Message = "Original error" }); var failed = result.FailIf(_ => true, _ => new Error { Message = "New error" }); failed.IsValid.Should().BeFalse(); failed.FirstError.Message.Should().Be("Original error"); } [Fact] public void FailIf_OnNonGenericResult_WhenPredicateTrue_ShouldReturnFailure() { var result = Result.Ok(); var failed = result.FailIf(() => true, new Error { Message = "Condition failed" }); failed.IsValid.Should().BeFalse(); failed.FirstError.Message.Should().Be("Condition failed"); } [Fact] public void FailIf_OnNonGenericResult_WhenPredicateFalse_ShouldReturnOriginal() { var result = Result.Ok(); var failed = result.FailIf(() => false, new Error { Message = "Condition failed" }); failed.IsValid.Should().BeTrue(); } [Fact] public void FailIf_OnNonGenericResult_WhenAlreadyFailed_ShouldReturnOriginal() { var result = Result.Fail(new Error { Message = "Original error" }); var failed = result.FailIf(() => true, new Error { Message = "New error" }); failed.IsValid.Should().BeFalse(); failed.FirstError.Message.Should().Be("Original error"); } [Fact] public async Task FailIfAsync_OnGenericResult_WhenPredicateTrue_ShouldReturnFailure() { var result = Result.Ok(42); var failed = await result.FailIfAsync( v => new ValueTask(v > 40), new Error { Message = "Too large" } ); failed.IsValid.Should().BeFalse(); failed.FirstError.Message.Should().Be("Too large"); } [Fact] public async Task FailIfAsync_OnGenericResult_WhenPredicateFalse_ShouldReturnOriginal() { var result = Result.Ok(42); var failed = await result.FailIfAsync( v => new ValueTask(v > 50), new Error { Message = "Too large" } ); failed.IsValid.Should().BeTrue(); failed.Value.Should().Be(42); } [Fact] public async Task FailIfAsync_WithErrorFactory_ShouldUseFactory() { var result = Result.Ok(42); var failed = await result.FailIfAsync( v => new ValueTask(v > 40), v => new Error { Message = $"Value {v} is too large" } ); failed.IsValid.Should().BeFalse(); failed.FirstError.Message.Should().Be("Value 42 is too large"); } [Fact] public async Task FailIfAsync_WithErrorFactory_WhenPredicateFalse_ShouldReturnOriginal() { var result = Result.Ok(42); var failed = await result.FailIfAsync( v => new ValueTask(v > 50), v => new Error { Message = $"Value {v} is too large" } ); failed.IsValid.Should().BeTrue(); failed.Value.Should().Be(42); } [Fact] public async Task FailIfAsync_WithErrorFactory_WhenAlreadyFailed_ShouldReturnOriginal() { var result = Result.Fail(new Error { Message = "Original error" }); var failed = await result.FailIfAsync( _ => new ValueTask(true), _ => new Error { Message = "New error" } ); failed.IsValid.Should().BeFalse(); failed.FirstError.Message.Should().Be("Original error"); } [Fact] public async Task FailIfAsync_OnGenericResult_WhenAlreadyFailed_ShouldReturnOriginal() { var result = Result.Fail(new Error { Message = "Original error" }); var failed = await result.FailIfAsync( _ => new ValueTask(true), new Error { Message = "New error" } ); failed.IsValid.Should().BeFalse(); failed.FirstError.Message.Should().Be("Original error"); } [Fact] public async Task FailIfAsync_OnNonGenericResult_WhenPredicateTrue_ShouldReturnFailure() { var result = Result.Ok(); var failed = await result.FailIfAsync( () => new ValueTask(true), new Error { Message = "Condition failed" } ); failed.IsValid.Should().BeFalse(); failed.FirstError.Message.Should().Be("Condition failed"); } [Fact] public async Task FailIfAsync_OnNonGenericResult_WhenPredicateFalse_ShouldReturnOriginal() { var result = Result.Ok(); var failed = await result.FailIfAsync( () => new ValueTask(false), new Error { Message = "Condition failed" } ); failed.IsValid.Should().BeTrue(); } [Fact] public async Task FailIfAsync_OnNonGenericResult_WhenAlreadyFailed_ShouldReturnOriginal() { var result = Result.Fail(new Error { Message = "Original error" }); var failed = await result.FailIfAsync( () => new ValueTask(true), new Error { Message = "New error" } ); failed.IsValid.Should().BeFalse(); failed.FirstError.Message.Should().Be("Original error"); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/FunctionalExtensions/MapErrorTests.cs000066400000000000000000000102741516707642500336600ustar00rootroot00000000000000using System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.FunctionalExtensions; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.FunctionalExtensions; public sealed class MapErrorTests { [Fact] public void MapError_OnGenericResult_OnFailure_ShouldTransformErrors() { var result = Result.Fail(new Error { Message = "Original", Code = "E001" }); var mapped = result.MapError(e => new Error { Message = "Transformed: " + e.Message, Code = e.Code }); mapped.IsValid.Should().BeFalse(); mapped.FirstError.Message.Should().Be("Transformed: Original"); mapped.FirstError.Code.Should().Be("E001"); } [Fact] public void MapError_OnGenericResult_OnSuccess_ShouldReturnOriginal() { var result = Result.Ok(42); var mapped = result.MapError(_ => new Error { Message = "Transformed" }); mapped.IsValid.Should().BeTrue(); mapped.Value.Should().Be(42); } [Fact] public void MapError_OnGenericResult_WithMultipleErrors_ShouldTransformAll() { var result = Result.Fail(new[] { new Error { Message = "E1" }, new Error { Message = "E2" } }); var mapped = result.MapError(e => new Error { Message = "T:" + e.Message }); mapped.IsValid.Should().BeFalse(); mapped.Errors.Should().HaveCount(2); mapped.Errors[0].Message.Should().Be("T:E1"); mapped.Errors[1].Message.Should().Be("T:E2"); } [Fact] public void MapError_OnGenericResult_ShouldPreserveMetadata() { var metadata = MetadataObject.Create(("key", "value")); var result = Result.Fail(new Error { Message = "Error" }, metadata); var mapped = result.MapError(_ => new Error { Message = "Transformed" }); mapped.Metadata.Should().NotBeNull(); mapped.Metadata!.Value.Should().Equal(metadata); } [Fact] public void MapError_OnNonGenericResult_OnFailure_ShouldTransformErrors() { var result = Result.Fail(new Error { Message = "Original" }); var mapped = result.MapError(e => new Error { Message = "Transformed: " + e.Message }); mapped.IsValid.Should().BeFalse(); mapped.FirstError.Message.Should().Be("Transformed: Original"); } [Fact] public void MapError_OnNonGenericResult_OnSuccess_ShouldReturnOriginal() { var result = Result.Ok(); var mapped = result.MapError(_ => new Error { Message = "Transformed" }); mapped.IsValid.Should().BeTrue(); } [Fact] public async Task MapErrorAsync_OnGenericResult_OnFailure_ShouldTransformErrors() { var result = Result.Fail(new Error { Message = "Original" }); var mapped = await result.MapErrorAsync( e => new ValueTask(new Error { Message = "Transformed: " + e.Message }) ); mapped.IsValid.Should().BeFalse(); mapped.FirstError.Message.Should().Be("Transformed: Original"); } [Fact] public async Task MapErrorAsync_OnGenericResult_OnSuccess_ShouldReturnOriginal() { var result = Result.Ok(42); var mapped = await result.MapErrorAsync( e => new ValueTask(new Error { Message = "Transformed: " + e.Message }) ); mapped.IsValid.Should().BeTrue(); mapped.Value.Should().Be(42); } [Fact] public async Task MapErrorAsync_OnNonGenericResult_OnFailure_ShouldTransformErrors() { var result = Result.Fail(new Error { Message = "Original" }); var mapped = await result.MapErrorAsync( e => new ValueTask(new Error { Message = "Transformed: " + e.Message }) ); mapped.IsValid.Should().BeFalse(); mapped.FirstError.Message.Should().Be("Transformed: Original"); } [Fact] public async Task MapErrorAsync_OnNonGenericResult_OnSuccess_ShouldReturnOriginal() { var result = Result.Ok(); var mapped = await result.MapErrorAsync( e => new ValueTask(new Error { Message = "Transformed: " + e.Message }) ); mapped.IsValid.Should().BeTrue(); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/FunctionalExtensions/MapTests.cs000066400000000000000000000051621516707642500326460ustar00rootroot00000000000000using System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.FunctionalExtensions; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.FunctionalExtensions; public sealed class MapTests { [Fact] public void Map_OnSuccess_ShouldTransformValue() { var result = Result.Ok(42); var mapped = result.Map(x => x.ToString()); mapped.IsValid.Should().BeTrue(); mapped.Value.Should().Be("42"); } [Fact] public void Map_OnFailure_ShouldPreserveErrors() { var result = Result.Fail(new Error { Message = "Error" }); var mapped = result.Map(x => x.ToString()); mapped.IsValid.Should().BeFalse(); mapped.Errors.Should().ContainSingle(); } [Fact] public void Map_OnSuccess_ShouldPreserveMetadata() { var metadata = MetadataObject.Create(("key", "value")); var result = Result.Ok(42, metadata); var mapped = result.Map(x => x * 2); mapped.IsValid.Should().BeTrue(); mapped.Metadata.Should().NotBeNull(); mapped.Metadata!.Value.Should().Equal(metadata); } [Fact] public void Map_OnFailure_ShouldPreserveMetadata() { var metadata = MetadataObject.Create(("key", "value")); var result = Result.Fail(new Error { Message = "Error" }, metadata); var mapped = result.Map(x => x.ToString()); mapped.IsValid.Should().BeFalse(); mapped.Metadata.Should().NotBeNull(); mapped.Metadata!.Value.Should().Equal(metadata); } [Fact] public async Task MapAsync_OnSuccess_ShouldTransformValue() { var result = Result.Ok(42); var mapped = await result.MapAsync(x => new ValueTask(x.ToString())); mapped.IsValid.Should().BeTrue(); mapped.Value.Should().Be("42"); } [Fact] public async Task MapAsync_OnFailure_ShouldPreserveErrors() { var result = Result.Fail(new Error { Message = "Error" }); var mapped = await result.MapAsync(x => new ValueTask(x.ToString())); mapped.IsValid.Should().BeFalse(); mapped.Errors.Should().ContainSingle(); } [Fact] public async Task MapAsync_OnSuccess_ShouldPreserveMetadata() { var metadata = MetadataObject.Create(("key", "value")); var result = Result.Ok(42, metadata); var mapped = await result.MapAsync(x => new ValueTask(x * 2)); mapped.IsValid.Should().BeTrue(); mapped.Metadata.Should().NotBeNull(); mapped.Metadata!.Value.Should().Equal(metadata); } } MatchFirstTests.cs000066400000000000000000000065161516707642500341220ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/FunctionalExtensionsusing System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.FunctionalExtensions; using Xunit; namespace Light.PortableResults.Tests.FunctionalExtensions; public sealed class MatchFirstTests { [Fact] public void MatchFirst_OnGenericResult_OnSuccess_ShouldCallSuccessHandler() { var result = Result.Ok(42); var output = result.MatchFirst( onSuccess: v => $"Value: {v}", onError: _ => "Error" ); output.Should().Be("Value: 42"); } [Fact] public void MatchFirst_OnGenericResult_OnFailure_ShouldCallErrorHandlerWithFirstError() { var result = Result.Fail(new[] { new Error { Message = "First" }, new Error { Message = "Second" } }); var output = result.MatchFirst( onSuccess: v => $"Value: {v}", onError: e => $"Error: {e.Message}" ); output.Should().Be("Error: First"); } [Fact] public void MatchFirst_OnNonGenericResult_OnSuccess_ShouldCallSuccessHandler() { var result = Result.Ok(); var output = result.MatchFirst( onSuccess: () => "Success", onError: _ => "Error" ); output.Should().Be("Success"); } [Fact] public void MatchFirst_OnNonGenericResult_OnFailure_ShouldCallErrorHandlerWithFirstError() { var result = Result.Fail(new[] { new Error { Message = "First" }, new Error { Message = "Second" } }); var output = result.MatchFirst( onSuccess: () => "Success", onError: e => $"Error: {e.Message}" ); output.Should().Be("Error: First"); } [Fact] public async Task MatchFirstAsync_OnGenericResult_OnSuccess_ShouldCallSuccessHandler() { var result = Result.Ok(42); var output = await result.MatchFirstAsync( onSuccess: v => new ValueTask($"Value: {v}"), onError: _ => new ValueTask("Error") ); output.Should().Be("Value: 42"); } [Fact] public async Task MatchFirstAsync_OnGenericResult_OnFailure_ShouldCallErrorHandlerWithFirstError() { var result = Result.Fail(new[] { new Error { Message = "First" }, new Error { Message = "Second" } }); var output = await result.MatchFirstAsync( onSuccess: v => new ValueTask($"Value: {v}"), onError: e => new ValueTask($"Error: {e.Message}") ); output.Should().Be("Error: First"); } [Fact] public async Task MatchFirstAsync_OnNonGenericResult_OnSuccess_ShouldCallSuccessHandler() { var result = Result.Ok(); var output = await result.MatchFirstAsync( onSuccess: () => new ValueTask("Success"), onError: _ => new ValueTask("Error") ); output.Should().Be("Success"); } [Fact] public async Task MatchFirstAsync_OnNonGenericResult_OnFailure_ShouldCallErrorHandlerWithFirstError() { var result = Result.Fail(new[] { new Error { Message = "First" }, new Error { Message = "Second" } }); var output = await result.MatchFirstAsync( onSuccess: () => new ValueTask("Success"), onError: e => new ValueTask($"Error: {e.Message}") ); output.Should().Be("Error: First"); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/FunctionalExtensions/MatchTests.cs000066400000000000000000000061211516707642500331610ustar00rootroot00000000000000using System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.FunctionalExtensions; using Xunit; namespace Light.PortableResults.Tests.FunctionalExtensions; public sealed class MatchTests { [Fact] public void Match_OnGenericResult_OnSuccess_ShouldCallSuccessHandler() { var result = Result.Ok(42); var output = result.Match( onSuccess: v => $"Value: {v}", onError: _ => "Error" ); output.Should().Be("Value: 42"); } [Fact] public void Match_OnGenericResult_OnFailure_ShouldCallErrorHandler() { var result = Result.Fail(new Error { Message = "Test error" }); var output = result.Match( onSuccess: v => $"Value: {v}", onError: e => $"Error: {e.First.Message}" ); output.Should().Be("Error: Test error"); } [Fact] public void Match_OnNonGenericResult_OnSuccess_ShouldCallSuccessHandler() { var result = Result.Ok(); var output = result.Match( onSuccess: () => "Success", onError: _ => "Error" ); output.Should().Be("Success"); } [Fact] public void Match_OnNonGenericResult_OnFailure_ShouldCallErrorHandler() { var result = Result.Fail(new Error { Message = "Test error" }); var output = result.Match( onSuccess: () => "Success", onError: e => $"Error: {e.First.Message}" ); output.Should().Be("Error: Test error"); } [Fact] public async Task MatchAsync_OnGenericResult_OnSuccess_ShouldCallSuccessHandler() { var result = Result.Ok(42); var output = await result.MatchAsync( onSuccess: v => new ValueTask($"Value: {v}"), onError: _ => new ValueTask("Error") ); output.Should().Be("Value: 42"); } [Fact] public async Task MatchAsync_OnGenericResult_OnFailure_ShouldCallErrorHandler() { var result = Result.Fail(new Error { Message = "Test error" }); var output = await result.MatchAsync( onSuccess: v => new ValueTask($"Value: {v}"), onError: e => new ValueTask($"Error: {e.First.Message}") ); output.Should().Be("Error: Test error"); } [Fact] public async Task MatchAsync_OnNonGenericResult_OnSuccess_ShouldCallSuccessHandler() { var result = Result.Ok(); var output = await result.MatchAsync( onSuccess: () => new ValueTask("Success"), onError: _ => new ValueTask("Error") ); output.Should().Be("Success"); } [Fact] public async Task MatchAsync_OnNonGenericResult_OnFailure_ShouldCallErrorHandler() { var result = Result.Fail(new Error { Message = "Test error" }); var output = await result.MatchAsync( onSuccess: () => new ValueTask("Success"), onError: e => new ValueTask($"Error: {e.First.Message}") ); output.Should().Be("Error: Test error"); } } SwitchFirstTests.cs000066400000000000000000000075451516707642500343320ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/FunctionalExtensionsusing System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.FunctionalExtensions; using Xunit; namespace Light.PortableResults.Tests.FunctionalExtensions; public sealed class SwitchFirstTests { [Fact] public void SwitchFirst_OnGenericResult_OnSuccess_ShouldCallSuccessHandler() { var capturedValue = 0; var result = Result.Ok(42); result.SwitchFirst( onSuccess: v => capturedValue = v, onError: _ => { } ); capturedValue.Should().Be(42); } [Fact] public void SwitchFirst_OnGenericResult_OnFailure_ShouldCallErrorHandlerWithFirstError() { Error? capturedError = null; var result = Result.Fail(new[] { new Error { Message = "First" }, new Error { Message = "Second" } }); result.SwitchFirst( onSuccess: _ => { }, onError: e => capturedError = e ); capturedError.Should().NotBeNull(); capturedError!.Value.Message.Should().Be("First"); } [Fact] public void SwitchFirst_OnNonGenericResult_OnSuccess_ShouldCallSuccessHandler() { var successCalled = false; var result = Result.Ok(); result.SwitchFirst( onSuccess: () => successCalled = true, onError: _ => { } ); successCalled.Should().BeTrue(); } [Fact] public void SwitchFirst_OnNonGenericResult_OnFailure_ShouldCallErrorHandlerWithFirstError() { Error? capturedError = null; var result = Result.Fail(new[] { new Error { Message = "First" }, new Error { Message = "Second" } }); result.SwitchFirst( onSuccess: () => { }, onError: e => capturedError = e ); capturedError.Should().NotBeNull(); capturedError!.Value.Message.Should().Be("First"); } [Fact] public async Task SwitchFirstAsync_OnGenericResult_OnSuccess_ShouldCallSuccessHandler() { var capturedValue = 0; var result = Result.Ok(42); await result.SwitchFirstAsync( onSuccess: v => { capturedValue = v; return default; }, onError: _ => default ); capturedValue.Should().Be(42); } [Fact] public async Task SwitchFirstAsync_OnGenericResult_OnFailure_ShouldCallErrorHandlerWithFirstError() { Error? capturedError = null; var result = Result.Fail(new[] { new Error { Message = "First" }, new Error { Message = "Second" } }); await result.SwitchFirstAsync( onSuccess: _ => default, onError: e => { capturedError = e; return default; } ); capturedError.Should().NotBeNull(); capturedError!.Value.Message.Should().Be("First"); } [Fact] public async Task SwitchFirstAsync_OnNonGenericResult_OnSuccess_ShouldCallSuccessHandler() { var successCalled = false; var result = Result.Ok(); await result.SwitchFirstAsync( onSuccess: () => { successCalled = true; return default; }, onError: _ => default ); successCalled.Should().BeTrue(); } [Fact] public async Task SwitchFirstAsync_OnNonGenericResult_OnFailure_ShouldCallErrorHandlerWithFirstError() { Error? capturedError = null; var result = Result.Fail(new[] { new Error { Message = "First" }, new Error { Message = "Second" } }); await result.SwitchFirstAsync( onSuccess: () => default, onError: e => { capturedError = e; return default; } ); capturedError.Should().NotBeNull(); capturedError!.Value.Message.Should().Be("First"); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/FunctionalExtensions/SwitchTests.cs000066400000000000000000000066741516707642500334030ustar00rootroot00000000000000using System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.FunctionalExtensions; using Xunit; namespace Light.PortableResults.Tests.FunctionalExtensions; public sealed class SwitchTests { [Fact] public void Switch_OnGenericResult_OnSuccess_ShouldCallSuccessHandler() { var capturedValue = 0; var result = Result.Ok(42); result.Switch( onSuccess: v => capturedValue = v, onError: _ => { } ); capturedValue.Should().Be(42); } [Fact] public void Switch_OnGenericResult_OnFailure_ShouldCallErrorHandler() { Errors? capturedErrors = null; var result = Result.Fail(new Error { Message = "Error" }); result.Switch( onSuccess: _ => { }, onError: e => capturedErrors = e ); capturedErrors.Should().NotBeNull(); capturedErrors!.Value.Should().ContainSingle(); } [Fact] public void Switch_OnNonGenericResult_OnSuccess_ShouldCallSuccessHandler() { var successCalled = false; var result = Result.Ok(); result.Switch( onSuccess: () => successCalled = true, onError: _ => { } ); successCalled.Should().BeTrue(); } [Fact] public void Switch_OnNonGenericResult_OnFailure_ShouldCallErrorHandler() { Errors? capturedErrors = null; var result = Result.Fail(new Error { Message = "Error" }); result.Switch( onSuccess: () => { }, onError: e => capturedErrors = e ); capturedErrors.Should().NotBeNull(); capturedErrors!.Value.Should().ContainSingle(); } [Fact] public async Task SwitchAsync_OnGenericResult_OnSuccess_ShouldCallSuccessHandler() { var capturedValue = 0; var result = Result.Ok(42); await result.SwitchAsync( onSuccess: v => { capturedValue = v; return default; }, onError: _ => default ); capturedValue.Should().Be(42); } [Fact] public async Task SwitchAsync_OnGenericResult_OnFailure_ShouldCallErrorHandler() { Errors? capturedErrors = null; var result = Result.Fail(new Error { Message = "Error" }); await result.SwitchAsync( onSuccess: _ => default, onError: e => { capturedErrors = e; return default; } ); capturedErrors.Should().NotBeNull(); } [Fact] public async Task SwitchAsync_OnNonGenericResult_OnSuccess_ShouldCallSuccessHandler() { var successCalled = false; var result = Result.Ok(); await result.SwitchAsync( onSuccess: () => { successCalled = true; return default; }, onError: _ => default ); successCalled.Should().BeTrue(); } [Fact] public async Task SwitchAsync_OnNonGenericResult_OnFailure_ShouldCallErrorHandler() { Errors? capturedErrors = null; var result = Result.Fail(new Error { Message = "Error" }); await result.SwitchAsync( onSuccess: () => default, onError: e => { capturedErrors = e; return default; } ); capturedErrors.Should().NotBeNull(); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/FunctionalExtensions/TapErrorTests.cs000066400000000000000000000050361516707642500336670ustar00rootroot00000000000000using System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.FunctionalExtensions; using Xunit; namespace Light.PortableResults.Tests.FunctionalExtensions; public sealed class TapErrorTests { [Fact] public void TapError_OnGenericResult_OnFailure_ShouldExecuteAction() { Errors? capturedErrors = null; var result = Result.Fail(new Error { Message = "Error" }); var tapped = result.TapError(e => capturedErrors = e); capturedErrors.Should().NotBeNull(); capturedErrors!.Value.Should().ContainSingle(); tapped.Should().Be(result); } [Fact] public void TapError_OnGenericResult_OnSuccess_ShouldNotExecuteAction() { var executed = false; var result = Result.Ok(42); var tapped = result.TapError(_ => executed = true); executed.Should().BeFalse(); tapped.Should().Be(result); } [Fact] public void TapError_OnNonGenericResult_OnFailure_ShouldExecuteAction() { Errors? capturedErrors = null; var result = Result.Fail(new Error { Message = "Error" }); var tapped = result.TapError(e => capturedErrors = e); capturedErrors.Should().NotBeNull(); capturedErrors!.Value.Should().ContainSingle(); tapped.Should().Be(result); } [Fact] public void TapError_OnNonGenericResult_OnSuccess_ShouldNotExecuteAction() { var executed = false; var result = Result.Ok(); var tapped = result.TapError(_ => executed = true); executed.Should().BeFalse(); tapped.Should().Be(result); } [Fact] public async Task TapErrorAsync_OnGenericResult_OnFailure_ShouldExecuteAction() { Errors? capturedErrors = null; var result = Result.Fail(new Error { Message = "Error" }); var tapped = await result.TapErrorAsync( e => { capturedErrors = e; return default; } ); capturedErrors.Should().NotBeNull(); tapped.Should().Be(result); } [Fact] public async Task TapErrorAsync_OnNonGenericResult_OnFailure_ShouldExecuteAction() { Errors? capturedErrors = null; var result = Result.Fail(new Error { Message = "Error" }); var tapped = await result.TapErrorAsync( e => { capturedErrors = e; return default; } ); capturedErrors.Should().NotBeNull(); tapped.Should().Be(result); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/FunctionalExtensions/TapTests.cs000066400000000000000000000031471516707642500326560ustar00rootroot00000000000000using System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.FunctionalExtensions; using Xunit; namespace Light.PortableResults.Tests.FunctionalExtensions; public sealed class TapTests { [Fact] public void Tap_OnSuccess_ShouldExecuteAction() { var capturedValue = 0; var result = Result.Ok(42); var tapped = result.Tap(v => capturedValue = v); capturedValue.Should().Be(42); tapped.Should().Be(result); } [Fact] public void Tap_OnFailure_ShouldNotExecuteAction() { var executed = false; var result = Result.Fail(new Error { Message = "Error" }); var tapped = result.Tap(_ => executed = true); executed.Should().BeFalse(); tapped.Should().Be(result); } [Fact] public async Task TapAsync_OnSuccess_ShouldExecuteAction() { var capturedValue = 0; var result = Result.Ok(42); var tapped = await result.TapAsync( v => { capturedValue = v; return default; } ); capturedValue.Should().Be(42); tapped.Should().Be(result); } [Fact] public async Task TapAsync_OnFailure_ShouldNotExecuteAction() { var executed = false; var result = Result.Fail(new Error { Message = "Error" }); var tapped = await result.TapAsync( _ => { executed = true; return default; } ); executed.Should().BeFalse(); tapped.Should().Be(result); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/GenericResultTests.cs000066400000000000000000000726561516707642500305360ustar00rootroot00000000000000using System; using FluentAssertions; using Light.PortableResults.FunctionalExtensions; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests; public sealed class GenericResultTests { [Fact] public void Map_OnFailure_ShouldPreserveErrorsAndMetadata() { var metadata = MetadataObject.Create(("trace", "123")); var result = Result.Fail(new Error { Message = "Error" }).ReplaceMetadata(metadata); var mapped = result.Map(x => x.ToString()); mapped.IsValid.Should().BeFalse(); mapped.Metadata.Should().NotBeNull(); mapped.Metadata!.Value.Should().Equal(metadata); } [Fact] public void Map_OnSuccess_ShouldPreserveMetadata() { var metadata = MetadataObject.Create(("trace", "123")); var result = Result.Ok(42, metadata); var mapped = result.Map(x => x * 2); mapped.IsValid.Should().BeTrue(); mapped.Value.Should().Be(84); mapped.Metadata.Should().NotBeNull(); mapped.Metadata!.Value.Should().Equal(metadata); } [Fact] public void Bind_OnFailure_ShouldPreserveErrorsAndMetadata() { var metadata = MetadataObject.Create(("trace", "123")); var result = Result.Fail(new Error { Message = "Error" }).ReplaceMetadata(metadata); var bound = result.Bind(x => Result.Ok(x.ToString())); bound.IsValid.Should().BeFalse(); bound.Metadata.Should().NotBeNull(); bound.Metadata!.Value.Should().Equal(metadata); } [Fact] public void Bind_OnSuccess_WithNoMetadataOnEither_ShouldReturnInnerResult() { var result = Result.Ok(42); var bound = result.Bind(x => Result.Ok(x.ToString())); bound.IsValid.Should().BeTrue(); bound.Value.Should().Be("42"); bound.Metadata.Should().BeNull(); } [Fact] public void Bind_OnSuccess_WithMetadataOnOuter_ShouldSetMetadataOnInner() { var metadata = MetadataObject.Create(("trace", "123")); var result = Result.Ok(42).ReplaceMetadata(metadata); var bound = result.Bind(x => Result.Ok(x.ToString())); bound.IsValid.Should().BeTrue(); bound.Metadata.Should().NotBeNull(); bound.Metadata!.Value.Should().Equal(metadata); } [Fact] public void Bind_OnSuccess_WithMetadataOnBoth_ShouldMergeMetadata() { var outerMeta = MetadataObject.Create(("outer", "value")); var innerMeta = MetadataObject.Create(("inner", "value")); var result = Result.Ok(42).ReplaceMetadata(outerMeta); var bound = result.Bind(x => Result.Ok(x.ToString()).ReplaceMetadata(innerMeta)); bound.IsValid.Should().BeTrue(); bound.Metadata.Should().NotBeNull(); bound.Metadata!.Value.Count.Should().Be(2); } [Fact] public void Tap_OnSuccess_ShouldExecuteAction() { var executed = false; var result = Result.Ok(42); var tapped = result.Tap(_ => executed = true); executed.Should().BeTrue(); tapped.Should().Be(result); } [Fact] public void Tap_OnFailure_ShouldNotExecuteAction() { var executed = false; var result = Result.Fail(new Error { Message = "Error" }); var tapped = result.Tap(_ => executed = true); executed.Should().BeFalse(); tapped.Should().Be(result); } [Fact] public void TapError_OnFailure_ShouldExecuteAction() { Errors? capturedErrors = null; var result = Result.Fail(new Error { Message = "Error" }); var tapped = result.TapError(errors => capturedErrors = errors); capturedErrors.Should().NotBeNull(); capturedErrors!.Value.Should().ContainSingle(); tapped.Should().Be(result); } [Fact] public void TapError_OnSuccess_ShouldNotExecuteAction() { var executed = false; var result = Result.Ok(42); var tapped = result.TapError(_ => executed = true); executed.Should().BeFalse(); tapped.Should().Be(result); } [Fact] public void ToString_OnSuccess_ShouldShowValue() { var result = Result.Ok(42); result.ToString().Should().Be("Ok(42)"); } [Fact] public void ToString_OnFailure_ShouldShowErrorCodes() { var result = Result.Fail(new Error { Message = "Message", Code = "ERR001" }); result.ToString().Should().Contain("Message"); } [Fact] public void ImplicitConversion_FromValue_ShouldCreateSuccess() { var result = new Result(42); result.IsValid.Should().BeTrue(); result.Value.Should().Be(42); } [Fact] public void ImplicitConversion_FromError_ShouldCreateFailure() { var result = Result.Fail(new Error { Message = "Error" }); result.IsValid.Should().BeFalse(); } [Fact] public void Fail_WithEmptyArray_ShouldThrow() { var act = () => Result.Fail(Array.Empty()); act.Should().Throw().Where(x => x.ParamName == "manyErrors"); } [Fact] public void Fail_WithSingleItemArray_ShouldCreateFailure() { var result = Result.Fail(new[] { new Error { Message = "Error" } }); result.IsValid.Should().BeFalse(); result.Errors.Should().ContainSingle(); } [Fact] public void Fail_WithMultipleErrors_ShouldCreateFailure() { var result = Result.Fail(new[] { new Error { Message = "Error1" }, new Error { Message = "Error2" } }); result.IsValid.Should().BeFalse(); result.Errors.Should().HaveCount(2); } [Fact] public void WithMetadata_OnFailure_ShouldSetMetadata() { var metadata = MetadataObject.Create(("key", "value")); var result = Result.Fail(new Error { Message = "Error" }); var withMeta = result.ReplaceMetadata(metadata); withMeta.IsValid.Should().BeFalse(); withMeta.Metadata.Should().NotBeNull(); withMeta.Metadata!.Value.Should().Equal(metadata); } [Fact] public void MergeMetadata_WhenNoExistingMetadata_ShouldSetMetadata() { var result = Result.Ok(42); var metadata = MetadataObject.Create(("key", "value")); var merged = result.MergeMetadata(metadata); merged.Metadata.Should().NotBeNull(); merged.Metadata!.Value.Should().Equal(metadata); } [Fact] public void Value_OnFailure_ShouldThrow() { var result = Result.Fail(new Error { Message = "Error" }); var act = () => result.Value; act.Should().Throw() .WithMessage("*failed Result*"); } [Fact] public void FirstError_OnSuccess_ShouldThrow() { var result = Result.Ok(42); var act = () => result.FirstError; act.Should().Throw() .WithMessage("*successful Result*"); } [Fact] public void Errors_OnSuccess_ShouldReturnEmpty() { var result = Result.Ok(42); result.Errors.Should().BeEmpty(); } [Fact] public void Constructor_WithNullValue_ShouldThrow() { var act = () => new Result(null!); act.Should().Throw() .WithParameterName("value"); } [Fact] public void Constructor_WithDefaultErrors_ShouldThrow() { var act = () => new Result(default(Errors)); act.Should().Throw() .WithParameterName("errors") .WithMessage("*at least one error*"); } [Fact] public void Fail_WithErrorsStruct_ShouldCreateFailure() { var errors = new Errors(new Error { Message = "Error" }); var result = Result.Fail(errors); result.IsValid.Should().BeFalse(); result.Errors.Should().Equal(errors); } [Fact] public void Fail_WithErrorsStruct_AndMetadata_ShouldCreateFailureWithMetadata() { var errors = new Errors(new Error { Message = "Error" }); var metadata = MetadataObject.Create(("key", "value")); var result = Result.Fail(errors, metadata); result.IsValid.Should().BeFalse(); result.Errors.Should().Equal(errors); result.Metadata.Should().NotBeNull(); result.Metadata!.Value.Should().Equal(metadata); } [Fact] public void ClearMetadata_OnSuccess_ShouldRemoveMetadata() { var metadata = MetadataObject.Create(("key", "value")); var result = Result.Ok(42, metadata); var cleared = result.ClearMetadata(); cleared.IsValid.Should().BeTrue(); cleared.Value.Should().Be(42); cleared.Metadata.Should().BeNull(); } [Fact] public void ClearMetadata_OnFailure_ShouldRemoveMetadata() { var metadata = MetadataObject.Create(("key", "value")); var result = Result.Fail(new Error { Message = "Error" }, metadata); var cleared = result.ClearMetadata(); cleared.IsValid.Should().BeFalse(); cleared.Metadata.Should().BeNull(); } [Fact] public void MergeMetadata_WithTuples_WhenNoExistingMetadata_ShouldSetMetadata() { var result = Result.Ok(42); var merged = result.MergeMetadata(("key", "value")); merged.Metadata.Should().NotBeNull(); merged.Metadata!.Value.TryGetString("key", out var value).Should().BeTrue(); value.Should().Be("value"); } [Fact] public void MergeMetadata_WithTuples_WhenExistingMetadata_ShouldMerge() { var metadata = MetadataObject.Create(("existing", "value")); var result = Result.Ok(42, metadata); var merged = result.MergeMetadata(("new", "value")); merged.Metadata.Should().NotBeNull(); merged.Metadata!.Value.Count.Should().Be(2); } [Fact] public void MergeMetadata_WithMetadataObject_WhenNoExistingMetadata_ShouldSetMetadata() { var result = Result.Ok(42); var newMetadata = MetadataObject.Create(("key", "value")); var merged = result.MergeMetadata(newMetadata); merged.Metadata.Should().NotBeNull(); merged.Metadata!.Value.Should().Equal(newMetadata); } [Fact] public void MergeMetadata_WithMetadataObject_WhenExistingMetadata_ShouldMerge() { var existingMetadata = MetadataObject.Create(("existing", "value")); var result = Result.Ok(42, existingMetadata); var newMetadata = MetadataObject.Create(("new", "value")); var merged = result.MergeMetadata(newMetadata); merged.Metadata.Should().NotBeNull(); merged.Metadata!.Value.Count.Should().Be(2); } [Fact] public void MergeMetadata_WithPreserveExistingStrategy_ShouldNotOverwrite() { var existingMetadata = MetadataObject.Create(("key", "original")); var result = Result.Ok(42, existingMetadata); var newMetadata = MetadataObject.Create(("key", "new")); var merged = result.MergeMetadata(newMetadata, MetadataMergeStrategy.PreserveExisting); merged.Metadata.Should().NotBeNull(); merged.Metadata!.Value.TryGetString("key", out var value).Should().BeTrue(); value.Should().Be("original"); } [Fact] public void DebuggerDisplay_OnSuccess_ShouldShowValue() { var result = Result.Ok(42); result.DebuggerDisplay.Should().Be("OK('42')"); } [Fact] public void DebuggerDisplay_OnFailureWithSingleError_ShouldShowErrorMessage() { var result = Result.Fail(new Error { Message = "Something went wrong" }); result.DebuggerDisplay.Should().Be("Fail(single error: 'Something went wrong')"); } [Fact] public void DebuggerDisplay_OnFailureWithMultipleErrors_ShouldShowErrorCount() { var result = Result.Fail( new[] { new Error { Message = "Error 1" }, new Error { Message = "Error 2" }, new Error { Message = "Error 3" } } ); result.DebuggerDisplay.Should().Be("Fail(3 errors)"); } [Fact] public void Bind_OnSuccess_WithMetadataOnInnerOnly_ShouldReturnInnerMetadata() { var innerMetadata = MetadataObject.Create(("inner", "value")); var result = Result.Ok(42); var bound = result.Bind(x => Result.Ok(x.ToString(), innerMetadata)); bound.IsValid.Should().BeTrue(); bound.Metadata.Should().NotBeNull(); bound.Metadata!.Value.Should().Equal(innerMetadata); } [Fact] public void Equals_WithCompareMetadataFalse_FailedResults_DifferentMetadata_ShouldBeEqual() { var metadata1 = MetadataObject.Create(("key", "value1")); var metadata2 = MetadataObject.Create(("key", "value2")); var error = new Error { Message = "Error" }; var result1 = Result.Fail(error, metadata1); var result2 = Result.Fail(error, metadata2); result1.Equals(result2, compareMetadata: false).Should().BeTrue(); } [Fact] public void Equals_WithCompareMetadataFalse_FailedResults_DifferentErrorMetadata_ShouldBeEqual() { var errorMetadata1 = MetadataObject.Create(("key", "value1")); var errorMetadata2 = MetadataObject.Create(("key", "value2")); var error1 = new Error { Message = "Error", Metadata = errorMetadata1 }; var error2 = new Error { Message = "Error", Metadata = errorMetadata2 }; var result1 = Result.Fail(error1); var result2 = Result.Fail(error2); result1.Equals(result2, compareMetadata: false).Should().BeTrue(); } [Fact] public void Equals_WithCompareMetadataTrue_FailedResults_DifferentErrorMetadata_ShouldNotBeEqual() { var errorMetadata1 = MetadataObject.Create(("key", "value1")); var errorMetadata2 = MetadataObject.Create(("key", "value2")); var error1 = new Error { Message = "Error", Metadata = errorMetadata1 }; var error2 = new Error { Message = "Error", Metadata = errorMetadata2 }; var result1 = Result.Fail(error1); var result2 = Result.Fail(error2); result1.Equals(result2, compareMetadata: true).Should().BeFalse(); } [Fact] public void Equals_TwoSuccessfulResultsWithSameValue_ShouldBeEqual() { var result1 = Result.Ok(42); var result2 = Result.Ok(42); (result1 == result2).Should().BeTrue(); (result1 != result2).Should().BeFalse(); result1.Should().Be(result2); } [Fact] public void Equals_TwoSuccessfulResultsWithDifferentValues_ShouldNotBeEqual() { var result1 = Result.Ok(42); var result2 = Result.Ok(99); (result1 == result2).Should().BeFalse(); (result1 != result2).Should().BeTrue(); result1.Should().NotBe(result2); } [Fact] public void Equals_TwoFailedResultsWithSameError_ShouldBeEqual() { var error = new Error { Message = "Error", Code = "ERR001" }; var result1 = Result.Fail(error); var result2 = Result.Fail(error); result1.Equals(result2).Should().BeTrue(); } [Fact] public void Equals_TwoFailedResultsWithDifferentErrors_ShouldNotBeEqual() { var result1 = Result.Fail(new Error { Message = "Error1" }); var result2 = Result.Fail(new Error { Message = "Error2" }); result1.Equals(result2).Should().BeFalse(); } [Fact] public void Equals_SuccessAndFailure_ShouldNotBeEqual() { var result1 = Result.Ok(42); var result2 = Result.Fail(new Error { Message = "Error" }); result1.Equals(result2).Should().BeFalse(); } [Fact] public void Equals_WithMetadata_SameMetadata_ShouldBeEqual() { var metadata = MetadataObject.Create(("key", "value")); var result1 = Result.Ok(42, metadata); var result2 = Result.Ok(42, metadata); result1.Equals(result2).Should().BeTrue(); } [Fact] public void Equals_WithMetadata_DifferentMetadata_ShouldNotBeEqual() { var metadata1 = MetadataObject.Create(("key", "value1")); var metadata2 = MetadataObject.Create(("key", "value2")); var result1 = Result.Ok(42, metadata1); var result2 = Result.Ok(42, metadata2); result1.Equals(result2).Should().BeFalse(); } [Fact] public void Equals_WithMetadata_OneWithMetadataOneWithout_ShouldNotBeEqual() { var metadata = MetadataObject.Create(("key", "value")); var result1 = Result.Ok(42, metadata); var result2 = Result.Ok(42); result1.Equals(result2).Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataFalse_DifferentMetadata_ShouldBeEqual() { var metadata1 = MetadataObject.Create(("key", "value1")); var metadata2 = MetadataObject.Create(("key", "value2")); var result1 = Result.Ok(42, metadata1); var result2 = Result.Ok(42, metadata2); result1.Equals(result2, compareMetadata: false).Should().BeTrue(); } [Fact] public void Equals_WithCompareMetadataFalse_OneWithMetadataOneWithout_ShouldBeEqual() { var metadata = MetadataObject.Create(("key", "value")); var result1 = Result.Ok(42, metadata); var result2 = Result.Ok(42); result1.Equals(result2, compareMetadata: false).Should().BeTrue(); } [Fact] public void Equals_WithCustomComparer_ShouldUseComparer() { var comparer = StringComparer.OrdinalIgnoreCase; var result1 = Result.Ok("Hello"); var result2 = Result.Ok("HELLO"); result1.Equals(result2, compareMetadata: true, valueComparer: comparer).Should().BeTrue(); } [Fact] public void Equals_WithCustomComparer_DifferentValues_ShouldNotBeEqual() { var comparer = StringComparer.OrdinalIgnoreCase; var result1 = Result.Ok("Hello"); var result2 = Result.Ok("World"); result1.Equals(result2, compareMetadata: true, valueComparer: comparer).Should().BeFalse(); } [Fact] public void Equals_ObjectOverload_WithSameResult_ShouldBeEqual() { var result1 = Result.Ok(42); object result2 = Result.Ok(42); result1.Equals(result2).Should().BeTrue(); } [Fact] public void Equals_ObjectOverload_WithNull_ShouldBeFalse() { var result = Result.Ok(42); result.Equals(null).Should().BeFalse(); } [Fact] public void Equals_ObjectOverload_WithDifferentType_ShouldBeFalse() { var result = Result.Ok(42); // ReSharper disable once SuspiciousTypeConversion.Global -- OK in this test scenario result.Equals("not a result").Should().BeFalse(); } [Fact] public void GetHashCode_SameSuccessfulResults_ShouldHaveSameHashCode() { var result1 = Result.Ok(42); var result2 = Result.Ok(42); result1.GetHashCode().Should().Be(result2.GetHashCode()); } [Fact] public void GetHashCode_DifferentSuccessfulResults_ShouldHaveDifferentHashCode() { var result1 = Result.Ok(42); var result2 = Result.Ok(99); result1.GetHashCode().Should().NotBe(result2.GetHashCode()); } [Fact] public void GetHashCode_WithSameMetadata_ShouldHaveSameHashCode() { var metadata = MetadataObject.Create(("key", "value")); var result1 = Result.Ok(42, metadata); var result2 = Result.Ok(42, metadata); result1.GetHashCode().Should().Be(result2.GetHashCode()); } [Fact] public void GetHashCode_WithDifferentMetadata_ShouldHaveDifferentHashCode() { var metadata1 = MetadataObject.Create(("key", "value1")); var metadata2 = MetadataObject.Create(("key", "value2")); var result1 = Result.Ok(42, metadata1); var result2 = Result.Ok(42, metadata2); result1.GetHashCode().Should().NotBe(result2.GetHashCode()); } [Fact] public void GetHashCode_WithIncludeMetadataFalse_DifferentMetadata_ShouldHaveSameHashCode() { var metadata1 = MetadataObject.Create(("key", "value1")); var metadata2 = MetadataObject.Create(("key", "value2")); var result1 = Result.Ok(42, metadata1); var result2 = Result.Ok(42, metadata2); result1.GetHashCode(includeMetadata: false).Should().Be(result2.GetHashCode(includeMetadata: false)); } [Fact] public void GetHashCode_WithCustomComparer_ShouldUseComparer() { var comparer = StringComparer.OrdinalIgnoreCase; var result1 = Result.Ok("Hello"); var result2 = Result.Ok("HELLO"); result1.GetHashCode(includeMetadata: true, equalityComparer: comparer) .Should().Be(result2.GetHashCode(includeMetadata: true, equalityComparer: comparer)); } [Fact] public void GetHashCode_FailedResults_ShouldIncludeErrors() { var error1 = new Error { Message = "Error1" }; var error2 = new Error { Message = "Error2" }; var result1 = Result.Fail(error1); var result2 = Result.Fail(error2); result1.GetHashCode().Should().NotBe(result2.GetHashCode()); } [Fact] public void GetHashCode_WithNullMetadata_ShouldNotThrow() { var result = Result.Ok(42); var act = () => result.GetHashCode(); act.Should().NotThrow(); } [Fact] public void ImplicitConversion_FromErrors_ShouldCreateFailure() { var errors = new Errors(new Error { Message = "Error" }); var result = new Result(errors); result.IsValid.Should().BeFalse(); result.Errors.Should().Equal(errors); } [Fact] public void Equals_WithReferenceTypeValues_ShouldUseDefaultComparer() { var obj1 = new object(); var obj2 = new object(); var result1 = Result.Ok(obj1); var result2 = Result.Ok(obj1); var result3 = Result.Ok(obj2); result1.Equals(result2).Should().BeTrue(); result1.Equals(result3).Should().BeFalse(); } [Fact] public void Equals_WithNullableValues_ShouldWork() { var result1 = Result.Ok(42); var result2 = Result.Ok(42); result1.Equals(result2).Should().BeTrue(); } [Fact] public void Ok_WithoutMetadata_ShouldHaveNullMetadata() { var result = Result.Ok(42); result.Metadata.Should().BeNull(); } [Fact] public void Ok_WithMetadata_ShouldStoreMetadata() { var metadata = MetadataObject.Create(("requestId", "req-123")); var result = Result.Ok(42, metadata); result.Metadata.Should().NotBeNull(); result.Metadata!.Value.TryGetString("requestId", out var id).Should().BeTrue(); id.Should().Be("req-123"); } [Fact] public void WithMetadata_Object_ShouldSetMetadata() { var result = Result.Ok(42); var metadata = MetadataObject.Create(("key", "value")); var withMeta = result.ReplaceMetadata(metadata); withMeta.Metadata.Should().NotBeNull(); withMeta.Metadata!.Value.Should().ContainSingle(); } [Fact] public void WithMetadata_Properties_ShouldAddMetadata() { var result = Result.Ok(42).MergeMetadata(("a", 1), ("b", 2)); result.Metadata.Should().NotBeNull(); result.Metadata!.Value.Should().HaveCount(2); } [Fact] public void WithMetadata_OnFailure_ShouldPreserveErrors() { var result = Result.Fail(new Error { Message = "Error" }).MergeMetadata(("key", "value")); result.IsValid.Should().BeFalse(); result.Metadata.Should().NotBeNull(); result.Errors.Should().ContainSingle(); } [Fact] public void MergeMetadata_ShouldCombineMetadata() { var result = Result.Ok(42).MergeMetadata(("a", 1)); var additional = MetadataObject.Create(("b", 2)); var merged = result.MergeMetadata(additional); var expected = MetadataObject.Create(("a", 1), ("b", 2)); merged.Metadata.Should().NotBeNull(); merged.Metadata!.Value.Should().Equal(expected); } [Fact] public void MergeMetadata_OnNullMetadata_ShouldSetMetadata() { var result = Result.Ok(42); var metadata = MetadataObject.Create(("key", "value")); var merged = result.MergeMetadata(metadata); merged.Metadata.Should().NotBeNull(); merged.Metadata!.Value.Should().ContainSingle(); merged.Metadata.Value.Should().Equal(metadata); } [Fact] public void Map_ShouldPreserveMetadata() { var result = Result.Ok(10).MergeMetadata(("source", "test")); var mapped = result.Map(x => x * 2); mapped.IsValid.Should().BeTrue(); mapped.Value.Should().Be(20); mapped.Metadata.Should().NotBeNull(); mapped.Metadata!.Value.TryGetString("source", out var source).Should().BeTrue(); source.Should().Be("test"); } [Fact] public void Map_OnFailure_ShouldPreserveMetadataAndErrors() { var result = Result.Fail(new Error { Message = "Error" }).MergeMetadata(("context", "test")); var mapped = result.Map(x => x * 2); mapped.IsValid.Should().BeFalse(); mapped.Metadata.Should().NotBeNull(); } [Fact] public void Bind_ShouldMergeMetadata() { var result = Result.Ok(10).MergeMetadata(("outer", "a")); var bound = result.Bind( x => Result.Ok(x * 2).MergeMetadata(("inner", "b")) ); bound.IsValid.Should().BeTrue(); bound.Value.Should().Be(20); bound.Metadata.Should().NotBeNull(); bound.Metadata!.Value.TryGetString("outer", out var outer).Should().BeTrue(); outer.Should().Be("a"); bound.Metadata.Value.TryGetString("inner", out var inner).Should().BeTrue(); inner.Should().Be("b"); } [Fact] public void Bind_OnFailure_ShouldPreserveMetadataAndErrors() { var result = Result.Fail(new Error { Message = "Error" }).MergeMetadata(("context", "test")); var bound = result.Bind(x => Result.Ok(x * 2)); bound.IsValid.Should().BeFalse(); bound.Metadata.Should().NotBeNull(); } [Fact] public void Value_OnFailure_ShouldThrowWithMessage() { var result = Result.Fail(new Error { Message = "Failed" }); var act = () => result.Value; act.Should().Throw() .WithMessage("*Cannot access Value on a failed Result*"); } [Fact] public void FirstError_OnSuccess_ShouldThrowWithMessage() { var result = Result.Ok(42); var act = () => result.FirstError; act.Should().Throw() .WithMessage("*Cannot access errors on a successful Result*"); } [Fact] public void DebuggerDisplay_OnFailureWith3Errors_ShouldReturnNumberOfErrors() { var errors = new Error[] { new () { Message = "Error 1" }, new () { Message = "Error 2" }, new () { Message = "Error 3" } }; var result = Result.Fail(errors); result.DebuggerDisplay.Should().Be("Fail(3 errors)"); } [Fact] public void DebuggerDisplay_OnFailureWithSingleError_ShouldReturnSingleErrorMessage() { var error = new Error { Message = "Failed" }; var result = Result.Fail(error); result.DebuggerDisplay.Should().Be($"Fail(single error: '{error.Message}')"); } [Fact] public void DebuggerDisplay_OnSuccess_ShouldReturnValue() { var result = Result.Ok("Success"); result.DebuggerDisplay.Should().Be("OK('Success')"); } [Fact] public void TryGetValue_OnSuccess_ShouldReturnTrueAndValue() { var result = Result.Ok(42); var success = result.TryGetValue(out var value); success.Should().BeTrue(); value.Should().Be(42); } [Fact] public void TryGetValue_OnFailure_ShouldReturnFalseAndDefault() { var result = Result.Fail(new Error { Message = "Error" }); var success = result.TryGetValue(out var value); success.Should().BeFalse(); value.Should().Be(0); } [Fact] public void TryGetValue_OnSuccessWithReferenceType_ShouldReturnTrueAndValue() { var result = Result.Ok("hello"); var success = result.TryGetValue(out var value); success.Should().BeTrue(); value.Should().Be("hello"); } [Fact] public void TryGetValue_OnFailureWithReferenceType_ShouldReturnFalseAndNull() { var result = Result.Fail(new Error { Message = "Error" }); var success = result.TryGetValue(out var value); success.Should().BeFalse(); value.Should().BeNull(); } [Fact] public void TryGetValue_OnSuccessWithNullableValueType_ShouldReturnTrueAndValue() { var result = Result.Ok(42); var success = result.TryGetValue(out var value); success.Should().BeTrue(); value.Should().Be(42); } [Fact] public void TryGetValue_CanBeUsedInPatternMatching() { var result = Result.Ok(42); var message = result.TryGetValue(out var value) ? $"Success: {value}" : $"Failure: {result.FirstError.Message}"; message.Should().Be("Success: 42"); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/000077500000000000000000000000001516707642500253105ustar00rootroot00000000000000ErrorCategoryExtensionsForHttpTests.cs000066400000000000000000000315721516707642500347710ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Httpusing System.Net; using FluentAssertions; using Light.PortableResults.Http; using Xunit; namespace Light.PortableResults.Tests.Http; public sealed class ErrorCategoryExtensionsForHttpTests { [Theory] [InlineData(ErrorCategory.Validation, "https://tools.ietf.org/html/rfc9110#section-15.5.1")] [InlineData(ErrorCategory.Unauthorized, "https://tools.ietf.org/html/rfc9110#section-15.5.2")] [InlineData(ErrorCategory.PaymentRequired, "https://tools.ietf.org/html/rfc9110#section-15.5.3")] [InlineData(ErrorCategory.Forbidden, "https://tools.ietf.org/html/rfc9110#section-15.5.4")] [InlineData(ErrorCategory.NotFound, "https://tools.ietf.org/html/rfc9110#section-15.5.5")] [InlineData(ErrorCategory.MethodNotAllowed, "https://tools.ietf.org/html/rfc9110#section-15.5.6")] [InlineData(ErrorCategory.NotAcceptable, "https://tools.ietf.org/html/rfc9110#section-15.5.7")] [InlineData(ErrorCategory.Timeout, "https://tools.ietf.org/html/rfc9110#section-15.5.9")] [InlineData(ErrorCategory.Conflict, "https://tools.ietf.org/html/rfc9110#section-15.5.10")] [InlineData(ErrorCategory.Gone, "https://tools.ietf.org/html/rfc9110#section-15.5.11")] [InlineData(ErrorCategory.LengthRequired, "https://tools.ietf.org/html/rfc9110#section-15.5.12")] [InlineData(ErrorCategory.PreconditionFailed, "https://tools.ietf.org/html/rfc9110#section-15.5.13")] [InlineData(ErrorCategory.ContentTooLarge, "https://tools.ietf.org/html/rfc9110#section-15.5.14")] [InlineData(ErrorCategory.UriTooLong, "https://tools.ietf.org/html/rfc9110#section-15.5.15")] [InlineData(ErrorCategory.UnsupportedMediaType, "https://tools.ietf.org/html/rfc9110#section-15.5.16")] [InlineData(ErrorCategory.RequestedRangeNotSatisfiable, "https://tools.ietf.org/html/rfc9110#section-15.5.17")] [InlineData(ErrorCategory.ExpectationFailed, "https://tools.ietf.org/html/rfc9110#section-15.5.18")] [InlineData(ErrorCategory.MisdirectedRequest, "https://tools.ietf.org/html/rfc9110#section-15.5.20")] [InlineData(ErrorCategory.UnprocessableContent, "https://tools.ietf.org/html/rfc9110#section-15.5.21")] [InlineData(ErrorCategory.Locked, "https://tools.ietf.org/html/rfc4918#section-11.3")] [InlineData(ErrorCategory.FailedDependency, "https://tools.ietf.org/html/rfc4918#section-11.4")] [InlineData(ErrorCategory.UpgradeRequired, "https://tools.ietf.org/html/rfc9110#section-15.5.22")] [InlineData(ErrorCategory.PreconditionRequired, "https://tools.ietf.org/html/rfc9110#section-15.5.23")] [InlineData(ErrorCategory.TooManyRequests, "https://tools.ietf.org/html/rfc6585#section-4")] [InlineData(ErrorCategory.RequestHeaderFieldsTooLarge, "https://tools.ietf.org/html/rfc6585#section-5")] [InlineData(ErrorCategory.UnavailableForLegalReasons, "https://datatracker.ietf.org/doc/html/rfc7725#section-3")] [InlineData(ErrorCategory.InternalError, "https://tools.ietf.org/html/rfc9110#section-15.6.1")] [InlineData(ErrorCategory.NotImplemented, "https://tools.ietf.org/html/rfc9110#section-15.6.2")] [InlineData(ErrorCategory.BadGateway, "https://tools.ietf.org/html/rfc9110#section-15.6.3")] [InlineData(ErrorCategory.ServiceUnavailable, "https://tools.ietf.org/html/rfc9110#section-15.6.4")] [InlineData(ErrorCategory.GatewayTimeout, "https://tools.ietf.org/html/rfc9110#section-15.6.5")] [InlineData(ErrorCategory.InsufficientStorage, "https://tools.ietf.org/html/rfc9110#section-15.6.6")] public void GetTypeUriReturnsCorrectUri(ErrorCategory category, string expectedUri) { var result = category.GetTypeUri(); result.Should().Be(expectedUri); } [Fact] public void GetTypeUri_UnknownStatusCode_ReturnsFallbackUri() { var result = ((ErrorCategory) 999).GetTypeUri(); result.Should().Be("https://tools.ietf.org/html/rfc9110#section-15.6.1"); } [Theory] [InlineData(ErrorCategory.Validation, "Bad Request")] [InlineData(ErrorCategory.Unauthorized, "Unauthorized")] [InlineData(ErrorCategory.PaymentRequired, "Payment Required")] [InlineData(ErrorCategory.Forbidden, "Forbidden")] [InlineData(ErrorCategory.NotFound, "Not Found")] [InlineData(ErrorCategory.MethodNotAllowed, "Method Not Allowed")] [InlineData(ErrorCategory.NotAcceptable, "Not Acceptable")] [InlineData(ErrorCategory.Timeout, "Request Timeout")] [InlineData(ErrorCategory.Conflict, "Conflict")] [InlineData(ErrorCategory.Gone, "Gone")] [InlineData(ErrorCategory.LengthRequired, "Length Required")] [InlineData(ErrorCategory.PreconditionFailed, "Precondition Failed")] [InlineData(ErrorCategory.ContentTooLarge, "Content Too Large")] [InlineData(ErrorCategory.UriTooLong, "URI Too Long")] [InlineData(ErrorCategory.UnsupportedMediaType, "Unsupported Media Type")] [InlineData(ErrorCategory.RequestedRangeNotSatisfiable, "Range Not Satisfiable")] [InlineData(ErrorCategory.ExpectationFailed, "Expectation Failed")] [InlineData(ErrorCategory.MisdirectedRequest, "Misdirected Request")] [InlineData(ErrorCategory.UnprocessableContent, "Unprocessable Entity")] [InlineData(ErrorCategory.Locked, "Locked")] [InlineData(ErrorCategory.FailedDependency, "Failed Dependency")] [InlineData(ErrorCategory.UpgradeRequired, "Upgrade Required")] [InlineData(ErrorCategory.PreconditionRequired, "Precondition Required")] [InlineData(ErrorCategory.TooManyRequests, "Too Many Requests")] [InlineData(ErrorCategory.RequestHeaderFieldsTooLarge, "Request Header Fields Too Large")] [InlineData(ErrorCategory.UnavailableForLegalReasons, "Unavailable For Legal Reasons")] [InlineData(ErrorCategory.InternalError, "Internal Server Error")] [InlineData(ErrorCategory.NotImplemented, "Not Implemented")] [InlineData(ErrorCategory.BadGateway, "Bad Gateway")] [InlineData(ErrorCategory.ServiceUnavailable, "Service Unavailable")] [InlineData(ErrorCategory.GatewayTimeout, "Gateway Timeout")] [InlineData(ErrorCategory.InsufficientStorage, "Insufficient Storage")] public void GetTitle_ReturnsCorrectTitle(ErrorCategory category, string expectedTitle) { var result = category.GetTitle(); result.Should().Be(expectedTitle); } [Fact] public void GetTitle_UnknownStatusCode_ReturnsFallbackTitle() { var result = ((ErrorCategory) 999).GetTitle(); result.Should().Be("Internal Server Error"); } [Theory] [InlineData(ErrorCategory.Validation, HttpStatusCode.BadRequest)] [InlineData(ErrorCategory.Unauthorized, HttpStatusCode.Unauthorized)] [InlineData(ErrorCategory.PaymentRequired, HttpStatusCode.PaymentRequired)] [InlineData(ErrorCategory.Forbidden, HttpStatusCode.Forbidden)] [InlineData(ErrorCategory.NotFound, HttpStatusCode.NotFound)] [InlineData(ErrorCategory.MethodNotAllowed, HttpStatusCode.MethodNotAllowed)] [InlineData(ErrorCategory.NotAcceptable, HttpStatusCode.NotAcceptable)] [InlineData(ErrorCategory.Timeout, HttpStatusCode.RequestTimeout)] [InlineData(ErrorCategory.Conflict, HttpStatusCode.Conflict)] [InlineData(ErrorCategory.Gone, HttpStatusCode.Gone)] [InlineData(ErrorCategory.LengthRequired, HttpStatusCode.LengthRequired)] [InlineData(ErrorCategory.PreconditionFailed, HttpStatusCode.PreconditionFailed)] [InlineData(ErrorCategory.ContentTooLarge, (HttpStatusCode) 413)] [InlineData(ErrorCategory.UriTooLong, (HttpStatusCode) 414)] [InlineData(ErrorCategory.UnsupportedMediaType, HttpStatusCode.UnsupportedMediaType)] [InlineData(ErrorCategory.RequestedRangeNotSatisfiable, HttpStatusCode.RequestedRangeNotSatisfiable)] [InlineData(ErrorCategory.ExpectationFailed, HttpStatusCode.ExpectationFailed)] [InlineData(ErrorCategory.MisdirectedRequest, (HttpStatusCode) 421)] [InlineData(ErrorCategory.UnprocessableContent, (HttpStatusCode) 422)] [InlineData(ErrorCategory.Locked, (HttpStatusCode) 423)] [InlineData(ErrorCategory.FailedDependency, (HttpStatusCode) 424)] [InlineData(ErrorCategory.UpgradeRequired, HttpStatusCode.UpgradeRequired)] [InlineData(ErrorCategory.PreconditionRequired, (HttpStatusCode) 428)] [InlineData(ErrorCategory.TooManyRequests, (HttpStatusCode) 429)] [InlineData(ErrorCategory.RequestHeaderFieldsTooLarge, (HttpStatusCode) 431)] [InlineData(ErrorCategory.UnavailableForLegalReasons, (HttpStatusCode) 451)] [InlineData(ErrorCategory.InternalError, HttpStatusCode.InternalServerError)] [InlineData(ErrorCategory.NotImplemented, HttpStatusCode.NotImplemented)] [InlineData(ErrorCategory.BadGateway, HttpStatusCode.BadGateway)] [InlineData(ErrorCategory.ServiceUnavailable, HttpStatusCode.ServiceUnavailable)] [InlineData(ErrorCategory.GatewayTimeout, HttpStatusCode.GatewayTimeout)] [InlineData(ErrorCategory.InsufficientStorage, (HttpStatusCode) 507)] public static void ToHttpStatusCode_MapsToCorrectHttpStatusCode( ErrorCategory category, HttpStatusCode expectedStatusCode ) { var result = category.ToHttpStatusCode(); result.Should().Be(expectedStatusCode); } [Fact] public static void ToHttpStatusCode_Unclassified_MapsTo500() { var result = ErrorCategory.Unclassified.ToHttpStatusCode(); result.Should().Be(HttpStatusCode.InternalServerError); } [Theory] [InlineData(ErrorCategory.Validation, "One or more validation errors occurred.")] [InlineData(ErrorCategory.Unauthorized, "Authentication is required to access this resource.")] [InlineData(ErrorCategory.PaymentRequired, "Payment is required before the request can be processed.")] [InlineData(ErrorCategory.Forbidden, "You do not have permission to access this resource.")] [InlineData(ErrorCategory.NotFound, "The requested resource was not found.")] [InlineData(ErrorCategory.MethodNotAllowed, "The HTTP method used is not allowed for this resource.")] [InlineData( ErrorCategory.NotAcceptable, "No acceptable representation of the resource could be found for the request." )] [InlineData(ErrorCategory.Timeout, "The request timed out.")] [InlineData(ErrorCategory.Conflict, "The request conflicts with the current state of the resource.")] [InlineData(ErrorCategory.Gone, "The requested resource is no longer available.")] [InlineData(ErrorCategory.LengthRequired, "The request must include a Content-Length header.")] [InlineData(ErrorCategory.PreconditionFailed, "A precondition for the request was not met.")] [InlineData(ErrorCategory.ContentTooLarge, "The request content is too large.")] [InlineData(ErrorCategory.UriTooLong, "The request URI is too long.")] [InlineData(ErrorCategory.UnsupportedMediaType, "The request content type is not supported.")] [InlineData( ErrorCategory.RequestedRangeNotSatisfiable, "The requested range cannot be satisfied for this resource." )] [InlineData( ErrorCategory.ExpectationFailed, "The server could not meet the expectation given in the request headers." )] [InlineData( ErrorCategory.MisdirectedRequest, "The request was directed to a server that cannot produce a response." )] [InlineData(ErrorCategory.UnprocessableContent, "The request was well-formed but could not be processed.")] [InlineData(ErrorCategory.Locked, "The resource is locked and cannot be modified.")] [InlineData(ErrorCategory.FailedDependency, "The request failed because a dependent request did not succeed.")] [InlineData( ErrorCategory.UpgradeRequired, "The client must upgrade to a different protocol to complete the request." )] [InlineData(ErrorCategory.PreconditionRequired, "A required precondition header is missing from the request.")] [InlineData(ErrorCategory.TooManyRequests, "Too many requests. Please try again later.")] [InlineData(ErrorCategory.RequestHeaderFieldsTooLarge, "The request headers are too large.")] [InlineData(ErrorCategory.UnavailableForLegalReasons, "This resource is unavailable for legal reasons.")] [InlineData(ErrorCategory.InternalError, "An unexpected error occurred.")] [InlineData(ErrorCategory.NotImplemented, "This functionality is not implemented.")] [InlineData(ErrorCategory.BadGateway, "An invalid response was received from an upstream server.")] [InlineData(ErrorCategory.ServiceUnavailable, "The service is currently unavailable.")] [InlineData(ErrorCategory.GatewayTimeout, "The upstream server did not respond in time.")] [InlineData( ErrorCategory.InsufficientStorage, "The server cannot store the representation needed to complete the request." )] public void GetDetail_ReturnsCorrectDetail(ErrorCategory category, string expectedDetail) { var result = category.GetDetail(); result.Should().Be(expectedDetail); } [Fact] public void GetDetail_UnknownStatusCode_ReturnsFallbackDetail() { var result = ((ErrorCategory) 999).GetDetail(); result.Should().Be("An unexpected error occurred."); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/JsonConverterDirectionTests.cs000066400000000000000000000244001516707642500333240ustar00rootroot00000000000000using System; using System.IO; using System.Text.Json; using FluentAssertions; using Light.PortableResults.Http.Reading.Json; using Light.PortableResults.Http.Writing; using Light.PortableResults.Http.Writing.Json; using Light.PortableResults.Metadata; using Xunit; using Module = Light.PortableResults.Http.Reading.Module; namespace Light.PortableResults.Tests.Http; public sealed class JsonConverterDirectionTests { [Fact] public void HttpReadMetadataObjectConverter_ShouldThrowOnWrite() { var converter = new HttpReadMetadataObjectJsonConverter(); var options = new JsonSerializerOptions(); using var stream = new MemoryStream(); using var writer = new Utf8JsonWriter(stream); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal var act = () => converter.Write(writer, MetadataObject.Empty, options); act.Should().Throw(); } [Fact] public void HttpReadMetadataObjectConverter_ShouldReadPayload() { var converter = new HttpReadMetadataObjectJsonConverter(); var options = new JsonSerializerOptions(); var reader = new Utf8JsonReader("""{"trace":"abc"}"""u8); var metadata = converter.Read(ref reader, typeof(MetadataObject), options); metadata.Should().Equal(MetadataObject.Create(("trace", MetadataValue.FromString("abc")))); } [Fact] public void HttpReadMetadataValueConverter_ShouldThrowOnWrite() { var converter = new HttpReadMetadataValueJsonConverter(); var options = new JsonSerializerOptions(); using var stream = new MemoryStream(); using var writer = new Utf8JsonWriter(stream); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal var act = () => converter.Write(writer, MetadataValue.FromInt64(1), options); act.Should().Throw(); } [Fact] public void HttpReadMetadataValueConverter_ShouldReadPayload() { var converter = new HttpReadMetadataValueJsonConverter(); var options = new JsonSerializerOptions(); var reader = new Utf8JsonReader("42"u8); var value = converter.Read(ref reader, typeof(MetadataValue), options); value.TryGetInt64(out var intValue).Should().BeTrue(); intValue.Should().Be(42); } [Fact] public void HttpReadFailurePayloadConverter_ShouldThrowOnWrite() { var converter = new HttpReadFailureResultPayloadJsonConverter(); var options = new JsonSerializerOptions(); using var stream = new MemoryStream(); using var writer = new Utf8JsonWriter(stream); var payload = new HttpReadFailureResultPayload(new Errors(new Error { Message = "failure" }), null); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal var act = () => converter.Write(writer, payload, options); act.Should().Throw(); } [Fact] public void HttpReadSuccessPayloadConverter_ShouldThrowOnWrite() { var converter = new HttpReadSuccessResultPayloadJsonConverter(); var options = new JsonSerializerOptions(); using var stream = new MemoryStream(); using var writer = new Utf8JsonWriter(stream); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal var act = () => converter.Write(writer, new HttpReadSuccessResultPayload(null), options); act.Should().Throw(); } [Fact] public void HttpReadAutoSuccessPayloadConverter_ShouldReadPayload() { var converter = new HttpReadAutoSuccessResultPayloadJsonConverter(); var options = Module.CreateDefaultSerializerOptions(); var reader = new Utf8JsonReader("""{"value":42,"metadata":{"source":"auto"}}"""u8); var payload = converter.Read(ref reader, typeof(HttpReadAutoSuccessResultPayload), options); payload.Value.Should().Be(42); payload.Metadata.Should().Be(MetadataObject.Create(("source", MetadataValue.FromString("auto")))); } [Fact] public void HttpReadAutoSuccessPayloadConverter_ShouldThrowOnWrite() { var converter = new HttpReadAutoSuccessResultPayloadJsonConverter(); var options = new JsonSerializerOptions(); using var stream = new MemoryStream(); using var writer = new Utf8JsonWriter(stream); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal var act = () => converter.Write(writer, new HttpReadAutoSuccessResultPayload(42, null), options); act.Should().Throw(); } [Fact] public void HttpReadBareSuccessPayloadConverter_ShouldReadPayload() { var converter = new HttpReadBareSuccessResultPayloadJsonConverter(); var options = Module.CreateDefaultSerializerOptions(); var reader = new Utf8JsonReader("42"u8); var payload = converter.Read(ref reader, typeof(HttpReadBareSuccessResultPayload), options); payload.Value.Should().Be(42); } [Fact] public void HttpReadBareSuccessPayloadConverter_ShouldThrowOnWrite() { var converter = new HttpReadBareSuccessResultPayloadJsonConverter(); var options = new JsonSerializerOptions(); using var stream = new MemoryStream(); using var writer = new Utf8JsonWriter(stream); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal var act = () => converter.Write(writer, new HttpReadBareSuccessResultPayload(42), options); act.Should().Throw(); } [Fact] public void HttpReadWrappedSuccessPayloadConverter_ShouldReadPayload() { var converter = new HttpReadWrappedSuccessResultPayloadJsonConverter(); var options = Module.CreateDefaultSerializerOptions(); var reader = new Utf8JsonReader("""{"value":42,"metadata":{"source":"wrapped"}}"""u8); var payload = converter.Read(ref reader, typeof(HttpReadWrappedSuccessResultPayload), options); payload.Value.Should().Be(42); payload.Metadata.Should().Be(MetadataObject.Create(("source", MetadataValue.FromString("wrapped")))); } [Fact] public void HttpReadWrappedSuccessPayloadConverter_ShouldThrowOnWrite() { var converter = new HttpReadWrappedSuccessResultPayloadJsonConverter(); var options = new JsonSerializerOptions(); using var stream = new MemoryStream(); using var writer = new Utf8JsonWriter(stream); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal var act = () => converter.Write(writer, new HttpReadWrappedSuccessResultPayload(42, null), options); act.Should().Throw(); } [Fact] public void HttpWriteMetadataObjectConverter_ShouldThrowOnRead() { var converter = new HttpWriteMetadataObjectJsonConverter(); var serializerOptions = new JsonSerializerOptions(); var act = () => { var reader = new Utf8JsonReader("{}"u8); converter.Read(ref reader, typeof(MetadataObject), serializerOptions); }; act.Should().Throw(); } [Fact] public void HttpWriteMetadataValueConverter_ShouldThrowOnRead() { var converter = new HttpWriteMetadataValueJsonConverter(); var serializerOptions = new JsonSerializerOptions(); var act = () => { var reader = new Utf8JsonReader("{}"u8); converter.Read(ref reader, typeof(MetadataValue), serializerOptions); }; act.Should().Throw(); } [Fact] public void HttpResultForWritingConverter_ShouldThrowOnRead() { var converter = new HttpResultForWritingJsonConverter(); var serializerOptions = new JsonSerializerOptions(); var act = () => { var reader = new Utf8JsonReader("{}"u8); converter.Read(ref reader, typeof(HttpResultForWriting), serializerOptions); }; act.Should().Throw(); } [Fact] public void HttpResultForWritingGenericConverter_ShouldThrowOnRead() { var converter = new HttpResultForWritingJsonConverter(); var serializerOptions = new JsonSerializerOptions(); var act = () => { var reader = new Utf8JsonReader("{}"u8); converter.Read(ref reader, typeof(HttpResultForWriting), serializerOptions); }; act.Should().Throw(); } [Fact] public void SuccessPayloadConverterFactory_ShouldMatchPayloadTypes() { var factory = new HttpReadSuccessResultPayloadJsonConverterFactory(); factory.CanConvert(typeof(HttpReadAutoSuccessResultPayload)).Should().BeTrue(); factory.CanConvert(typeof(HttpReadBareSuccessResultPayload)).Should().BeTrue(); factory.CanConvert(typeof(HttpReadWrappedSuccessResultPayload)).Should().BeTrue(); factory.CanConvert(typeof(HttpReadSuccessResultPayload)).Should().BeFalse(); factory.CreateConverter(typeof(HttpReadAutoSuccessResultPayload), new JsonSerializerOptions()) .Should().BeOfType>(); factory.CreateConverter(typeof(HttpReadBareSuccessResultPayload), new JsonSerializerOptions()) .Should().BeOfType>(); factory.CreateConverter(typeof(HttpReadWrappedSuccessResultPayload), new JsonSerializerOptions()) .Should().BeOfType>(); } [Fact] public void HttpResultForWritingConverterFactory_ShouldMatchHttpResultForWritingOfTOnly() { var factory = new HttpResultForWritingJsonConverterFactory(); factory.CanConvert(typeof(HttpResultForWriting)).Should().BeTrue(); factory.CanConvert(typeof(HttpResultForWriting)).Should().BeFalse(); factory.CreateConverter(typeof(HttpResultForWriting), new JsonSerializerOptions()) .Should().BeOfType>(); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/ProblemDetailsInfoTests.cs000066400000000000000000000201471516707642500324100ustar00rootroot00000000000000using System; using System.Net; using FluentAssertions; using Light.PortableResults.Http; using Xunit; namespace Light.PortableResults.Tests.Http; public sealed class ProblemDetailsInfoTests { [Fact] public void CreateDefault_WithValidationError_ShouldReturnCorrectInfo() { var errors = new Errors(new Error { Message = "Validation failed", Category = ErrorCategory.Validation }); var problemDetails = ProblemDetailsInfo.CreateDefault(errors); problemDetails.Type.Should().Be("https://tools.ietf.org/html/rfc9110#section-15.5.1"); problemDetails.Status.Should().Be(HttpStatusCode.BadRequest); problemDetails.Title.Should().Be("Bad Request"); problemDetails.Detail.Should().Be("One or more validation errors occurred."); } [Fact] public void CreateDefault_WithNotFoundError_ShouldReturnCorrectInfo() { var errors = new Errors(new Error { Message = "Resource not found", Category = ErrorCategory.NotFound }); var problemDetails = ProblemDetailsInfo.CreateDefault(errors); problemDetails.Type.Should().Be("https://tools.ietf.org/html/rfc9110#section-15.5.5"); problemDetails.Status.Should().Be(HttpStatusCode.NotFound); problemDetails.Title.Should().Be("Not Found"); problemDetails.Detail.Should().Be("The requested resource was not found."); } [Fact] public void CreateDefault_WithUnauthorizedError_ShouldReturnCorrectInfo() { var errors = new Errors(new Error { Message = "Unauthorized access", Category = ErrorCategory.Unauthorized }); var problemDetails = ProblemDetailsInfo.CreateDefault(errors); problemDetails.Type.Should().Be("https://tools.ietf.org/html/rfc9110#section-15.5.2"); problemDetails.Status.Should().Be(HttpStatusCode.Unauthorized); problemDetails.Title.Should().Be("Unauthorized"); problemDetails.Detail.Should().Be("Authentication is required to access this resource."); } [Fact] public void CreateDefault_WithEmptyErrors_ShouldThrowArgumentException() { var errors = default(Errors); var act = () => ProblemDetailsInfo.CreateDefault(errors); act.Should().Throw() .WithParameterName("errors") .WithMessage("*must contain at least one error*"); } [Fact] public void CreateDefault_WithFirstCategoryIsLeadingCategory_ShouldUseFirstError() { var errorsArray = new[] { new Error { Message = "Validation failed", Category = ErrorCategory.Validation }, new Error { Message = "Not found", Category = ErrorCategory.NotFound } }; var errors = new Errors(errorsArray); var problemDetails = ProblemDetailsInfo.CreateDefault(errors, firstCategoryIsLeadingCategory: true); problemDetails.Status.Should().Be(HttpStatusCode.BadRequest); problemDetails.Title.Should().Be("Bad Request"); } [Fact] public void CreateDefault_WithoutFirstCategoryIsLeadingCategory_ShouldUseCommonCategoryIfAllMatch() { var errorsArray = new[] { new Error { Message = "Validation error 1", Category = ErrorCategory.Validation }, new Error { Message = "Validation error 2", Category = ErrorCategory.Validation } }; var errors = new Errors(errorsArray); var problemDetails = ProblemDetailsInfo.CreateDefault(errors, firstCategoryIsLeadingCategory: false); problemDetails.Status.Should().Be(HttpStatusCode.BadRequest); problemDetails.Title.Should().Be("Bad Request"); } [Fact] public void CreateDefault_WithMixedCategories_AndFirstCategoryIsLeadingCategoryFalse_ShouldUseUnclassified() { var errorsArray = new[] { new Error { Message = "Validation failed", Category = ErrorCategory.Validation }, new Error { Message = "Not found", Category = ErrorCategory.NotFound } }; var errors = new Errors(errorsArray); var problemDetails = ProblemDetailsInfo.CreateDefault(errors, firstCategoryIsLeadingCategory: false); problemDetails.Status.Should().Be(HttpStatusCode.InternalServerError); problemDetails.Title.Should().Be("Internal Server Error"); } [Fact] public void CreateDefault_WithInternalError_ShouldReturnCorrectInfo() { var errors = new Errors(new Error { Message = "Internal error", Category = ErrorCategory.InternalError }); var problemDetails = ProblemDetailsInfo.CreateDefault(errors); problemDetails.Type.Should().Be("https://tools.ietf.org/html/rfc9110#section-15.6.1"); problemDetails.Status.Should().Be(HttpStatusCode.InternalServerError); problemDetails.Title.Should().Be("Internal Server Error"); problemDetails.Detail.Should().Be("An unexpected error occurred."); } [Fact] public void ProblemDetailsInfo_CanBeCreatedWithOptionalProperties() { var problemDetails = new ProblemDetailsInfo { Type = "https://example.com/problem", Status = HttpStatusCode.BadRequest, Title = "Test Problem", Detail = "Detailed description", Instance = "/requests/12345" }; problemDetails.Type.Should().Be("https://example.com/problem"); problemDetails.Status.Should().Be(HttpStatusCode.BadRequest); problemDetails.Title.Should().Be("Test Problem"); problemDetails.Detail.Should().Be("Detailed description"); problemDetails.Instance.Should().Be("/requests/12345"); } [Fact] public void ProblemDetailsInfo_DetailAndInstance_CanBeNull() { var problemDetails = new ProblemDetailsInfo { Type = "https://example.com/problem", Status = HttpStatusCode.NotFound, Title = "Not Found" }; problemDetails.Detail.Should().BeNull(); problemDetails.Instance.Should().BeNull(); } [Theory] [InlineData(ErrorCategory.PaymentRequired)] [InlineData(ErrorCategory.Forbidden)] [InlineData(ErrorCategory.MethodNotAllowed)] [InlineData(ErrorCategory.NotAcceptable)] [InlineData(ErrorCategory.Timeout)] [InlineData(ErrorCategory.Conflict)] [InlineData(ErrorCategory.Gone)] [InlineData(ErrorCategory.LengthRequired)] [InlineData(ErrorCategory.PreconditionFailed)] [InlineData(ErrorCategory.ContentTooLarge)] [InlineData(ErrorCategory.UriTooLong)] [InlineData(ErrorCategory.UnsupportedMediaType)] [InlineData(ErrorCategory.RequestedRangeNotSatisfiable)] [InlineData(ErrorCategory.ExpectationFailed)] [InlineData(ErrorCategory.MisdirectedRequest)] [InlineData(ErrorCategory.UnprocessableContent)] [InlineData(ErrorCategory.Locked)] [InlineData(ErrorCategory.FailedDependency)] [InlineData(ErrorCategory.UpgradeRequired)] [InlineData(ErrorCategory.PreconditionRequired)] [InlineData(ErrorCategory.TooManyRequests)] [InlineData(ErrorCategory.RequestHeaderFieldsTooLarge)] [InlineData(ErrorCategory.UnavailableForLegalReasons)] [InlineData(ErrorCategory.NotImplemented)] [InlineData(ErrorCategory.BadGateway)] [InlineData(ErrorCategory.ServiceUnavailable)] [InlineData(ErrorCategory.GatewayTimeout)] [InlineData(ErrorCategory.InsufficientStorage)] public void CreateDefault_WithVariousCategories_ShouldReturnValidProblemDetails(ErrorCategory category) { var errors = new Errors(new Error { Message = "Test error", Category = category }); var problemDetails = ProblemDetailsInfo.CreateDefault(errors); problemDetails.Type.Should().NotBeNullOrEmpty(); problemDetails.Title.Should().NotBeNullOrEmpty(); problemDetails.Detail.Should().NotBeNullOrEmpty(); } [Fact] public void CreateDefault_WithUnclassifiedError_ShouldReturnInternalServerError() { var errors = new Errors(new Error { Message = "Unclassified error", Category = ErrorCategory.Unclassified }); var problemDetails = ProblemDetailsInfo.CreateDefault(errors); problemDetails.Status.Should().Be(HttpStatusCode.InternalServerError); problemDetails.Title.Should().Be("Internal Server Error"); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/Reading/000077500000000000000000000000001516707642500266615ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/Reading/Headers/000077500000000000000000000000001516707642500302345ustar00rootroot00000000000000DefaultHttpHeaderParsingServiceTests.cs000066400000000000000000000141621516707642500377350ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/Reading/Headersusing System; using System.Collections.Generic; using System.Collections.Immutable; using FluentAssertions; using Light.PortableResults.Http.Reading.Headers; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.Http.Reading.Headers; public sealed class DefaultHttpHeaderParsingServiceTests { [Fact] public void Constructor_ShouldThrow_WhenSelectionStrategyIsNull() { Action act = () => _ = new DefaultHttpHeaderParsingService(null!); act.Should().Throw(); } [Fact] public void ParseHeader_ShouldUseRegisteredParser_AndMetadataKey() { var parser = new TestParser(); var registry = HttpHeaderParserRegistry.Create([parser]); var service = new DefaultHttpHeaderParsingService( AllHeadersSelectionStrategy.Instance, registry ); var parsed = service.ParseHeader( "X-TraceId", ["abc"], MetadataValueAnnotation.SerializeInHttpHeader ); var expectedKvp = new KeyValuePair("traceId", MetadataValue.FromString("abc")); parsed.Should().Be(expectedKvp); } [Fact] public void ParseHeader_ShouldThrow_WhenValuesAreNull() { var service = new DefaultHttpHeaderParsingService( AllHeadersSelectionStrategy.Instance, DefaultHttpHeaderParsingService.EmptyParsers ); Action act = () => service.ParseHeader( "X-Test", null!, MetadataValueAnnotation.SerializeInHttpHeader ); act.Should().Throw(); } [Fact] public void ParseHeader_ShouldParseBooleanValue() { var service = new DefaultHttpHeaderParsingService( AllHeadersSelectionStrategy.Instance, DefaultHttpHeaderParsingService.EmptyParsers ); var boolean = service.ParseHeader("X-Bool", ["true"], MetadataValueAnnotation.SerializeInHttpHeader); boolean.Value.TryGetBoolean(out var result).Should().BeTrue(); result.Should().BeTrue(); } [Fact] public void ParseHeader_ShouldParseIntegerValue() { var service = new DefaultHttpHeaderParsingService( AllHeadersSelectionStrategy.Instance, DefaultHttpHeaderParsingService.EmptyParsers ); var integer = service.ParseHeader("X-Int", ["123"], MetadataValueAnnotation.SerializeInHttpHeader); integer.Value.TryGetInt64(out var result).Should().BeTrue(); result.Should().Be(123); } [Fact] public void ParseHeader_ShouldParseDoubleValue() { var service = new DefaultHttpHeaderParsingService( AllHeadersSelectionStrategy.Instance, DefaultHttpHeaderParsingService.EmptyParsers ); var doubleValue = service.ParseHeader("X-Double", ["3.5"], MetadataValueAnnotation.SerializeInHttpHeader); doubleValue.Value.TryGetDouble(out var result).Should().BeTrue(); result.Should().Be(3.5); } [Fact] public void ParseHeader_ShouldPreserveNanStringValue() { var service = new DefaultHttpHeaderParsingService( AllHeadersSelectionStrategy.Instance, DefaultHttpHeaderParsingService.EmptyParsers ); var nan = service.ParseHeader("X-NaN", ["NaN"], MetadataValueAnnotation.SerializeInHttpHeader); nan.Value.TryGetString(out var value).Should().BeTrue(); value.Should().Be("NaN"); } [Fact] public void ParseHeader_ShouldPreserveInfinityStringValue() { var service = new DefaultHttpHeaderParsingService( AllHeadersSelectionStrategy.Instance, DefaultHttpHeaderParsingService.EmptyParsers ); var infinity = service.ParseHeader("X-Infinity", ["Infinity"], MetadataValueAnnotation.SerializeInHttpHeader); infinity.Value.TryGetString(out var value).Should().BeTrue(); value.Should().Be("Infinity"); } [Fact] public void ParseHeader_ShouldParseMultipleValuesIntoMetadataArray() { var service = new DefaultHttpHeaderParsingService( AllHeadersSelectionStrategy.Instance, DefaultHttpHeaderParsingService.EmptyParsers ); const MetadataValueAnnotation annotation = MetadataValueAnnotation.SerializeInHttpHeader; var parsed = service.ParseHeader( "X-Multi", ["false", "7", "1.25", "text"], annotation ); using var builder = MetadataArrayBuilder.Create(); builder.Add(MetadataValue.FromBoolean(false, annotation)); builder.Add(MetadataValue.FromInt64(7, annotation)); builder.Add(MetadataValue.FromDouble(1.25, annotation)); builder.Add(MetadataValue.FromString("text", annotation)); var expected = new KeyValuePair( "X-Multi", MetadataValue.FromArray(builder.Build(), annotation) ); parsed.Should().Be(expected); } [Fact] public void ParseHeader_ShouldPreserveStringValues_WhenStringOnlyModeIsUsed() { var service = new DefaultHttpHeaderParsingService( AllHeadersSelectionStrategy.Instance, DefaultHttpHeaderParsingService.EmptyParsers, headerValueParsingMode: HeaderValueParsingMode.StringOnly ); var parsed = service.ParseHeader( "X-Int", ["123"], MetadataValueAnnotation.SerializeInHttpHeader ); var expectedKvp = new KeyValuePair( "X-Int", MetadataValue.FromString("123", MetadataValueAnnotation.SerializeInHttpHeader) ); parsed.Should().Be(expectedKvp); } private sealed class TestParser : HttpHeaderParser { public TestParser() : base("traceId", ImmutableArray.Create("X-TraceId")) { } public override MetadataValue ParseHeader( string headerName, IReadOnlyList values, MetadataValueAnnotation annotation ) { return MetadataValue.FromString(values[0], annotation); } } } HttpHeaderParserRegistryTests.cs000066400000000000000000000037241516707642500364730ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/Reading/Headersusing System; using System.Collections.Generic; using System.Collections.Immutable; using FluentAssertions; using Light.PortableResults.Http.Reading.Headers; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.Http.Reading.Headers; public sealed class HttpHeaderParserRegistryTests { [Fact] public void Create_ShouldThrow_WhenParsersAreNull() { Action act = () => HttpHeaderParserRegistry.Create(null!); act.Should().Throw(); } [Fact] public void Create_ShouldCreateCaseInsensitiveRegistryByDefault() { var parser = new TestParser("traceId", ["X-Trace"]); var registry = HttpHeaderParserRegistry.Create([parser]); registry.Should().ContainKey("x-trace"); registry["x-trace"].Should().BeSameAs(parser); } [Fact] public void Create_ShouldHonorComparer() { var parser = new TestParser("traceId", ["X-Trace"]); var registry = HttpHeaderParserRegistry.Create([parser], StringComparer.Ordinal); registry.Should().ContainKey("X-Trace"); registry.Should().NotContainKey("x-trace"); } [Fact] public void Create_ShouldThrow_WhenDuplicateHeaderNameIsRegistered() { var parser1 = new TestParser("traceId", ["X-Trace"]); var parser2 = new TestParser("correlationId", ["X-Trace"]); Action act = () => HttpHeaderParserRegistry.Create([parser1, parser2]); act.Should().Throw(); } private sealed class TestParser : HttpHeaderParser { public TestParser(string metadataKey, ImmutableArray supportedHeaderNames) : base(metadataKey, supportedHeaderNames) { } public override MetadataValue ParseHeader( string headerName, IReadOnlyList values, MetadataValueAnnotation annotation ) => MetadataValue.FromString(values[0], annotation); } } HttpHeaderParserTests.cs000066400000000000000000000044071516707642500347410ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/Reading/Headersusing System; using System.Collections.Generic; using System.Collections.Immutable; using FluentAssertions; using Light.PortableResults.Http.Reading.Headers; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.Http.Reading.Headers; public sealed class HttpHeaderParserTests { [Fact] public void Constructor_ShouldThrow_WhenMetadataKeyIsNullOrWhitespace() { Action nullAct = () => _ = new TestParser(null!, ["X-Test"]); Action whitespaceAct = () => _ = new TestParser(" ", ["X-Test"]); nullAct.Should().Throw(); whitespaceAct.Should().Throw(); } [Fact] public void Constructor_ShouldThrow_WhenSupportedHeaderNamesAreDefaultOrEmpty() { Action defaultAct = () => _ = new TestParser("traceId", default); Action emptyAct = () => _ = new TestParser("traceId", []); defaultAct.Should().Throw(); emptyAct.Should().Throw(); } [Fact] public void Constructor_ShouldSetProperties() { var parser = new TestParser("traceId", ["X-Trace", "X-Correlation"]); parser.MetadataKey.Should().Be("traceId"); parser.SupportedHeaderNames.Should().Equal("X-Trace", "X-Correlation"); } [Fact] public void ParseHeader_ShouldReturnMetadataValue() { var parser = new TestParser("traceId", ["X-Trace"]); var value = parser.ParseHeader( "X-Trace", ["abc"], MetadataValueAnnotation.SerializeInHttpHeader ); value.Kind.Should().Be(MetadataKind.String); value.TryGetString(out var parsed).Should().BeTrue(); parsed.Should().Be("abc"); value.Annotation.Should().Be(MetadataValueAnnotation.SerializeInHttpHeader); } private sealed class TestParser : HttpHeaderParser { public TestParser(string metadataKey, ImmutableArray supportedHeaderNames) : base(metadataKey, supportedHeaderNames) { } public override MetadataValue ParseHeader( string headerName, IReadOnlyList values, MetadataValueAnnotation annotation ) => MetadataValue.FromString(values[0], annotation); } } HttpHeaderSelectionStrategiesTests.cs000066400000000000000000000061371516707642500361140ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/Readingusing System; using System.Collections.Generic; using FluentAssertions; using Light.PortableResults.Http.Reading.Headers; using Xunit; namespace Light.PortableResults.Tests.Http.Reading; public sealed class HttpHeaderSelectionStrategiesTests { [Fact] public void None_ShouldExcludeAnyHeader() { NoHeadersSelectionStrategy.Instance.ShouldInclude("X-Test").Should().BeFalse(); } [Fact] public void All_ShouldIncludeAnyHeader() { AllHeadersSelectionStrategy.Instance.ShouldInclude("X-Test").Should().BeTrue(); } [Fact] public void AllowList_ShouldIncludeConfiguredHeaders_CaseInsensitiveByDefault() { var strategy = new AllowListHeaderSelectionStrategy(["X-Trace"]); strategy.ShouldInclude("X-Trace").Should().BeTrue(); strategy.ShouldInclude("x-trace").Should().BeFalse(); strategy.ShouldInclude("X-Other").Should().BeFalse(); } [Fact] public void AllowList_ShouldHonorConfiguredComparer() { var strategy = new AllowListHeaderSelectionStrategy(StringComparer.Ordinal, "X-Trace"); strategy.ShouldInclude("X-Trace").Should().BeTrue(); strategy.ShouldInclude("x-trace").Should().BeFalse(); strategy.ShouldInclude("X-Other").Should().BeFalse(); } [Fact] public void DenyList_ShouldExcludeConfiguredHeaders_CaseInsensitiveByDefault() { var strategy = new DenyListHeaderSelectionStrategy("X-Trace"); strategy.ShouldInclude("X-Trace").Should().BeFalse(); strategy.ShouldInclude("x-trace").Should().BeFalse(); strategy.ShouldInclude("X-Other").Should().BeTrue(); } [Fact] public void DenyList_ShouldHonorConfiguredComparer() { var strategy = new DenyListHeaderSelectionStrategy(StringComparer.Ordinal, "X-Trace"); strategy.ShouldInclude("X-Trace").Should().BeFalse(); strategy.ShouldInclude("x-trace").Should().BeTrue(); strategy.ShouldInclude("X-Other").Should().BeTrue(); } [Fact] public void AllowList_ShouldThrow_WhenHeaderNamesAreNull() { Action act = () => _ = new AllowListHeaderSelectionStrategy((IEnumerable) null!); act.Should().Throw().Where(x => x.ParamName == "allowedHeaderNames"); } [Fact] public void AllowList_ShouldThrow_WhenHashSetIsNull() { Action act = () => _ = new AllowListHeaderSelectionStrategy((HashSet) null!); act.Should().Throw().Where(x => x.ParamName == "allowedHeaderNames"); } [Fact] public void DenyList_ShouldThrow_WhenHeaderNamesAreNull() { Action act = () => _ = new DenyListHeaderSelectionStrategy((IEnumerable) null!); act.Should().Throw().Where(x => x.ParamName == "deniedHeaderNames"); } [Fact] public void DenyList_ShouldThrow_WhenHashSetIsNull() { Action act = () => _ = new DenyListHeaderSelectionStrategy((HashSet) null!); act.Should().Throw().Where(x => x.ParamName == "deniedHeaderNames"); } } HttpResponseMessageExtensionsTests.cs000066400000000000000000000355371516707642500362140ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/Readingusing System; using System.Collections.Generic; using System.Collections.Immutable; using System.IO; using System.Net; using System.Net.Http; using System.Net.Http.Headers; using System.Text; using System.Text.Json; using System.Text.Json.Serialization; using System.Threading; using System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.Http.Reading; using Light.PortableResults.Http.Reading.Headers; using Light.PortableResults.Http.Reading.Json; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.Http.Reading; public sealed class HttpResponseMessageExtensionsTests { [Fact] public async Task ReadResultAsync_ShouldThrow_WhenResponseIsNull() { var cancellationToken = TestContext.Current.CancellationToken; HttpResponseMessage response = null!; Func act = async () => await response.ReadResultAsync(cancellationToken: cancellationToken); await act.Should().ThrowAsync(); } [Fact] public async Task ReadResultAsyncOfT_ShouldThrow_WhenResponseIsNull() { var cancellationToken = TestContext.Current.CancellationToken; HttpResponseMessage response = null!; Func act = async () => await response.ReadResultAsync(cancellationToken: cancellationToken); await act.Should().ThrowAsync(); } [Fact] public async Task ReadResultAsyncOfT_ShouldTreatProblemDetailsAsFailure_ByDefault() { var cancellationToken = TestContext.Current.CancellationToken; using var response = CreateJsonResponse( HttpStatusCode.OK, """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": [ { "message": "Name is required", "target": "name", "category": "Validation" } ] } """, "application/problem+json" ); var result = await response.ReadResultAsync(cancellationToken: cancellationToken); result.IsValid.Should().BeFalse(); result.Errors.Count.Should().Be(1); result.Errors[0].Message.Should().Be("Name is required"); } [Fact] public async Task ReadResultAsyncOfT_ShouldTreatProblemDetailsAsSuccess_WhenDisabled() { var cancellationToken = TestContext.Current.CancellationToken; using var response = CreateJsonResponse( HttpStatusCode.OK, """ { "type": "dto", "title": "Successful DTO", "status": 200, "errors": [] } """, "application/problem+json" ); var options = new PortableResultsHttpReadOptions { TreatProblemDetailsAsFailure = false }; var result = await response.ReadResultAsync(options, cancellationToken); result.IsValid.Should().BeTrue(); result.Value.GetProperty("type").GetString().Should().Be("dto"); result.Value.GetProperty("title").GetString().Should().Be("Successful DTO"); } [Fact] public async Task ReadResultAsyncOfT_ShouldNormalizeUnknownPreferenceToAuto() { var cancellationToken = TestContext.Current.CancellationToken; using var response = CreateJsonResponse( HttpStatusCode.OK, """ { "value": "ok", "metadata": { "source": "body" } } """ ); var options = new PortableResultsHttpReadOptions { PreferSuccessPayload = (PreferSuccessPayload) 99 }; var result = await response.ReadResultAsync(options, cancellationToken); var expectedResult = Result.Ok( "ok", MetadataObject.Create(("source", MetadataValue.FromString("body"))) ); result.Should().Be(expectedResult); } [Fact] public async Task ReadResultAsyncOfT_ShouldThrow_WhenBarePayloadConverterProducesNullValue() { var cancellationToken = TestContext.Current.CancellationToken; var serializerOptions = Module.CreateDefaultSerializerOptions(); serializerOptions.Converters.Insert(0, new NullBareStringPayloadConverter()); var options = new PortableResultsHttpReadOptions { SerializerOptions = serializerOptions, PreferSuccessPayload = PreferSuccessPayload.BareValue }; using var response = CreateJsonResponse(HttpStatusCode.OK, "\"ignored\""); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal Func act = async () => await response.ReadResultAsync(options, cancellationToken); await act.Should().ThrowAsync().WithMessage("Result value cannot be null."); } [Fact] public async Task ReadResultAsync_ShouldThrow_WhenFailurePayloadConverterProducesNoErrors() { var cancellationToken = TestContext.Current.CancellationToken; var serializerOptions = Module.CreateDefaultSerializerOptions(); serializerOptions.Converters.Insert(0, new EmptyFailurePayloadConverter()); var options = new PortableResultsHttpReadOptions { SerializerOptions = serializerOptions }; using var response = CreateJsonResponse(HttpStatusCode.BadRequest, "{}", "application/problem+json"); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal Func act = async () => await response.ReadResultAsync(options, cancellationToken); await act .Should().ThrowAsync() .WithMessage(HttpResponseMessageExtensions.NonGenericFailureMustDeserializeToFailedMessage); } [Fact] public async Task ReadResultAsync_ShouldApplyLastWriteWins_ForHeaderAliasConflicts() { var cancellationToken = TestContext.Current.CancellationToken; using var response = CreateJsonResponse(HttpStatusCode.OK, """{"metadata":null}"""); response.Headers.Add("X-TraceId", "first"); response.Headers.Add("X-Correlation-Id", "second"); var options = new PortableResultsHttpReadOptions { HeaderParsingService = new DefaultHttpHeaderParsingService( new AllowListHeaderSelectionStrategy(["X-TraceId", "X-Correlation-Id"]), HttpHeaderParserRegistry.Create([new TraceParser()]), HeaderConflictStrategy.LastWriteWins ) }; var result = await response.ReadResultAsync(options, cancellationToken); result.Metadata.Should().NotBeNull(); result.Metadata!.Value.TryGetString("traceId", out var traceId).Should().BeTrue(); traceId.Should().Be("second"); } [Fact] public async Task ReadResultAsync_ShouldThrow_ForHeaderAliasConflicts_WhenStrategyIsThrow() { var cancellationToken = TestContext.Current.CancellationToken; using var response = CreateJsonResponse(HttpStatusCode.OK, """{"metadata":null}"""); response.Headers.Add("X-TraceId", "first"); response.Headers.Add("X-Correlation-Id", "second"); var options = new PortableResultsHttpReadOptions { HeaderParsingService = new DefaultHttpHeaderParsingService( new AllowListHeaderSelectionStrategy(["X-TraceId", "X-Correlation-Id"]), HttpHeaderParserRegistry.Create([new TraceParser()]) ) }; // ReSharper disable once AccessToDisposedClosure -- act is called before disposal Func act = async () => await response.ReadResultAsync(options, cancellationToken); await act.Should().ThrowAsync(); } [Fact] public async Task ReadResultAsync_ShouldReadBody_WhenContentLengthIsUnknown_ForNonGenericResult() { var cancellationToken = TestContext.Current.CancellationToken; using var response = new HttpResponseMessage(HttpStatusCode.OK); response.Content = new UnknownLengthJsonContent("""{"metadata":{"note":"body"}}"""); var result = await response.ReadResultAsync(cancellationToken: cancellationToken); result.Should().Be(Result.Ok(MetadataObject.Create(("note", MetadataValue.FromString("body"))))); } [Fact] public async Task ReadResultAsyncOfT_ShouldReadBody_WhenContentLengthIsUnknown_ForGenericResult() { var cancellationToken = TestContext.Current.CancellationToken; using var response = new HttpResponseMessage(HttpStatusCode.OK); response.Content = new UnknownLengthJsonContent("42"); var result = await response.ReadResultAsync(cancellationToken: cancellationToken); result.Should().Be(Result.Ok(42)); } [Fact] public async Task ReadResultAsync_ShouldHonorCanceledToken_WhenBodyIsPresent() { using var response = CreateJsonResponse(HttpStatusCode.OK, """{"metadata":{"note":"hi"}}"""); using var cancellationTokenSource = new CancellationTokenSource(); await cancellationTokenSource.CancelAsync(); // ReSharper disable AccessToDisposedClosure -- act is called before disposal Func act = async () => await response.ReadResultAsync(cancellationToken: cancellationTokenSource.Token); // ReSharper restore AccessToDisposedClosure await act.Should().ThrowAsync(); } [Fact] public async Task ReadResultAsync_ShouldThrowJsonException_WhenLengthIsUnknownAndStreamIsNonSeekableAndEmpty() { var cancellationToken = TestContext.Current.CancellationToken; using var response = new HttpResponseMessage(HttpStatusCode.OK); response.Content = new UnknownLengthNonSeekableEmptyContent(); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal Func act = async () => await response.ReadResultAsync(cancellationToken: cancellationToken); await act.Should().ThrowAsync(); } private static HttpResponseMessage CreateJsonResponse( HttpStatusCode statusCode, string json, string? mediaType = null ) { var contentType = mediaType ?? "application/json"; return new HttpResponseMessage(statusCode) { Content = new StringContent(json, Encoding.UTF8, contentType) }; } private sealed class NullBareStringPayloadConverter : JsonConverter> { public override HttpReadBareSuccessResultPayload Read( ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options ) { reader.Skip(); return new HttpReadBareSuccessResultPayload(null!); } public override void Write( Utf8JsonWriter writer, HttpReadBareSuccessResultPayload value, JsonSerializerOptions options ) => throw new NotSupportedException(); } private sealed class EmptyFailurePayloadConverter : JsonConverter { public override HttpReadFailureResultPayload Read( ref Utf8JsonReader reader, Type typeToConvert, JsonSerializerOptions options ) { reader.Skip(); return new HttpReadFailureResultPayload(default, null); } public override void Write( Utf8JsonWriter writer, HttpReadFailureResultPayload value, JsonSerializerOptions options ) => throw new NotSupportedException(); } private sealed class TraceParser : HttpHeaderParser { public TraceParser() : base("traceId", ImmutableArray.Create("X-TraceId", "X-Correlation-Id")) { } public override MetadataValue ParseHeader( string headerName, IReadOnlyList values, MetadataValueAnnotation annotation ) { return MetadataValue.FromString(values[0], annotation); } } private sealed class UnknownLengthJsonContent : HttpContent { private readonly byte[] _payload; public UnknownLengthJsonContent(string json) { _payload = Encoding.UTF8.GetBytes(json); Headers.ContentType = new MediaTypeHeaderValue("application/json") { CharSet = "utf-8" }; } protected override Task SerializeToStreamAsync(Stream stream, TransportContext? context) { return stream.WriteAsync(_payload, 0, _payload.Length); } protected override bool TryComputeLength(out long length) { length = 0; return false; } } private sealed class UnknownLengthNonSeekableEmptyContent : HttpContent { public UnknownLengthNonSeekableEmptyContent() { Headers.ContentType = new MediaTypeHeaderValue("application/json") { CharSet = "utf-8" }; } protected override Task SerializeToStreamAsync(Stream stream, TransportContext? context) => Task.CompletedTask; protected override bool TryComputeLength(out long length) { length = 0; return false; } protected override Task CreateContentReadStreamAsync() => Task.FromResult(new EmptyNonSeekableStream()); } private sealed class EmptyNonSeekableStream : Stream { public override bool CanRead => true; public override bool CanSeek => false; public override bool CanWrite => false; public override long Length => throw new NotSupportedException(); public override long Position { get => 0L; set => throw new NotSupportedException(); } public override int Read(byte[] buffer, int offset, int count) => 0; public override int Read(Span buffer) => 0; public override Task ReadAsync( byte[] buffer, int offset, int count, CancellationToken cancellationToken ) => Task.FromResult(0); public override ValueTask ReadAsync(Memory buffer, CancellationToken cancellationToken = default) => new (0); public override void Flush() { } public override long Seek(long offset, SeekOrigin origin) => throw new NotSupportedException(); public override void SetLength(long value) => throw new NotSupportedException(); public override void Write(byte[] buffer, int offset, int count) => throw new NotSupportedException(); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/Reading/Json/000077500000000000000000000000001516707642500275725ustar00rootroot00000000000000MetadataJsonReaderTests.cs000066400000000000000000000112651516707642500345670ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/Reading/Jsonusing System.Text; using System.Text.Json; using FluentAssertions; using Light.PortableResults.Http.Reading.Json; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.Http.Reading.Json; public sealed class MetadataJsonReaderTests { [Fact] public void ReadMetadataObject_ShouldParseAllSupportedMetadataKinds() { var reader = CreateReader( """ { "n": null, "b": true, "i": 42, "d": 3.5, "s": "value", "a": [1, "2"], "o": { "k": "v" } } """ ); var metadata = MetadataJsonReader.ReadMetadataObject(ref reader); var expectedMetadata = MetadataObject.Create( ("n", MetadataValue.FromNull()), ("b", MetadataValue.FromBoolean(true)), ("i", MetadataValue.FromInt64(42)), ("d", MetadataValue.FromDouble(3.5)), ("s", MetadataValue.FromString("value")), ( "a", MetadataValue.FromArray( MetadataArray.Create( MetadataValue.FromInt64(1), MetadataValue.FromString("2") ) ) ), ( "o", MetadataValue.FromObject( MetadataObject.Create(("k", MetadataValue.FromString("v"))) ) ) ); metadata.Should().Equal(expectedMetadata); } [Fact] public void ReadMetadataObject_ShouldUseLastValue_ForDuplicateKeys() { var reader = CreateReader("""{"a":"first","a":"second"}"""); var metadata = MetadataJsonReader.ReadMetadataObject(ref reader); metadata.TryGetString("a", out var value).Should().BeTrue(); value.Should().Be("second"); } [Fact] public void ReadMetadataObject_ShouldReturnEmpty_WhenJsonTokenIsNull() { var reader = CreateReader("null"); var metadata = MetadataJsonReader.ReadMetadataObject(ref reader); metadata.Count.Should().Be(0); } [Fact] public void ReadMetadataObject_ShouldThrow_WhenTokenIsNotObjectOrNull() { Assert.Throws( () => { var reader = CreateReader("[]"); MetadataJsonReader.ReadMetadataObject(ref reader); } ); } [Fact] public void ReadMetadataArray_ShouldThrow_WhenTokenIsNotArray() { Assert.Throws( () => { var reader = CreateReader("{}"); MetadataJsonReader.ReadMetadataArray(ref reader); } ); } [Fact] public void ReadMetadataValue_ShouldThrow_WhenInputIsEmpty() { Assert.ThrowsAny( () => { var reader = new Utf8JsonReader([]); MetadataJsonReader.ReadMetadataValue(ref reader); } ); } [Fact] public void ReadMetadataValue_ShouldThrow_WhenInputIsIncompleteAndNoTokenIsAvailable() { Assert.Throws( () => { var reader = new Utf8JsonReader( Encoding.UTF8.GetBytes(string.Empty), isFinalBlock: false, state: default ); MetadataJsonReader.ReadMetadataValue(ref reader); } ); } [Fact] public void ReadMetadataValue_ShouldApplyAnnotation_ForPrimitiveValue() { var reader = CreateReader("true"); var value = MetadataJsonReader.ReadMetadataValue(ref reader, MetadataValueAnnotation.SerializeInHttpHeader); value.Annotation.Should().Be(MetadataValueAnnotation.SerializeInHttpHeader); value.TryGetBoolean(out var boolValue).Should().BeTrue(); boolValue.Should().BeTrue(); } [Fact] public void ReadMetadataValue_ShouldParseFalseBoolean() { var reader = CreateReader("false"); var value = MetadataJsonReader.ReadMetadataValue(ref reader); value.TryGetBoolean(out var boolValue).Should().BeTrue(); boolValue.Should().BeFalse(); } [Fact] public void ReadMetadataValue_ShouldThrow_OnUnsupportedToken() { Assert.Throws( () => { var reader = CreateReader("{}"); reader.Read(); reader.Read(); MetadataJsonReader.ReadMetadataValue(ref reader); } ); } private static Utf8JsonReader CreateReader(string json) => new (Encoding.UTF8.GetBytes(json)); } ResultJsonReaderTests.cs000066400000000000000000001140051516707642500343210ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/Reading/Jsonusing System; using System.Text; using System.Text.Json; using FluentAssertions; using Light.PortableResults.Http.Reading.Json; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.Http.Reading.Json; public sealed class ResultJsonReaderTests { [Fact] public void ReadSuccessPayload_ShouldThrow_WhenPayloadIsNotObject() { Assert.Throws( () => { var reader = CreateReader("42"); ResultJsonReader.ReadSuccessPayload(ref reader); } ); } [Fact] public void ReadSuccessPayload_ShouldReadMetadataOnlyPayload() { var reader = CreateReader("""{"metadata":{"traceId":"abc"}}"""); var payload = ResultJsonReader.ReadSuccessPayload(ref reader); payload.Metadata.Should().Be(MetadataObject.Create(("traceId", MetadataValue.FromString("abc")))); } [Fact] public void ReadSuccessPayload_ShouldReadNullMetadata() { var reader = CreateReader("""{"metadata":null}"""); var payload = ResultJsonReader.ReadSuccessPayload(ref reader); payload.Metadata.Should().BeNull(); } [Fact] public void ReadSuccessPayload_ShouldThrow_WhenMetadataIsMissing() { Assert.Throws( () => { var reader = CreateReader("{}"); ResultJsonReader.ReadSuccessPayload(ref reader); } ); } [Fact] public void ReadSuccessPayload_ShouldThrow_WhenUnexpectedPropertyIsPresent() { Assert.Throws( () => { var reader = CreateReader("""{"metadata":{"traceId":"abc"},"extra":1}"""); ResultJsonReader.ReadSuccessPayload(ref reader); } ); } [Fact] public void ReadSuccessPayload_ShouldThrow_WhenJsonEndsWhileReadingMetadata() { Assert.Throws( () => { var reader = CreatePartialReader("""{"metadata":"""); ResultJsonReader.ReadSuccessPayload(ref reader); } ); } [Fact] public void ReadSuccessPayload_ShouldThrow_WhenJsonEndsWhileSkippingUnknownProperty() { Assert.Throws( () => { var reader = CreatePartialReader("""{"extra":"""); ResultJsonReader.ReadSuccessPayload(ref reader); } ); } [Fact] public void ReadBareSuccessPayload_ShouldThrow_WhenSerializerOptionsAreNull() { Assert.Throws( () => { var reader = CreateReader("42"); ResultJsonReader.ReadBareSuccessPayload(ref reader, null!); } ); } [Fact] public void ReadBareSuccessPayload_ShouldReadBareValue() { var reader = CreateReader("42"); var payload = ResultJsonReader.ReadBareSuccessPayload(ref reader, new JsonSerializerOptions()); payload.Value.Should().Be(42); } [Fact] public void ReadBareSuccessPayload_ShouldThrow_WhenValueIsNull() { Assert.Throws( () => { var reader = CreateReader("null"); ResultJsonReader.ReadBareSuccessPayload(ref reader, new JsonSerializerOptions()); } ); } [Fact] public void ReadWrappedSuccessPayload_ShouldThrow_WhenPayloadIsNotObject() { Assert.Throws( () => { var reader = CreateReader("42"); ResultJsonReader.ReadWrappedSuccessPayload(ref reader, new JsonSerializerOptions()); } ); } [Fact] public void ReadWrappedSuccessPayload_ShouldThrow_WhenUnexpectedPropertyIsPresent() { Assert.Throws( () => { var reader = CreateReader("""{"count":42}"""); ResultJsonReader.ReadWrappedSuccessPayload(ref reader, new JsonSerializerOptions()); } ); } [Fact] public void ReadWrappedSuccessPayload_ShouldReadWrappedPayload_WithMetadata() { var reader = CreateReader("""{"value":42,"metadata":{"source":"wrapped"}}"""); var payload = ResultJsonReader.ReadWrappedSuccessPayload(ref reader, new JsonSerializerOptions()); payload.Value.Should().Be(42); payload.Metadata.Should().Be(MetadataObject.Create(("source", MetadataValue.FromString("wrapped")))); } [Fact] public void ReadWrappedSuccessPayload_ShouldThrow_WhenValueIsNull() { Assert.Throws( () => { var reader = CreateReader("""{"value":null}"""); ResultJsonReader.ReadWrappedSuccessPayload(ref reader, new JsonSerializerOptions()); } ); } [Fact] public void ReadAutoSuccessPayload_ShouldReadBareValue_WhenPayloadIsScalar() { var reader = CreateReader("42"); var payload = ResultJsonReader.ReadAutoSuccessPayload(ref reader, new JsonSerializerOptions()); payload.Value.Should().Be(42); payload.Metadata.Should().BeNull(); } [Fact] public void ReadAutoSuccessPayload_ShouldTreatObjectWithAdditionalPropertiesAsBareValue() { var reader = CreateReader("""{"count":42}"""); var payload = ResultJsonReader.ReadAutoSuccessPayload(ref reader, new JsonSerializerOptions()); payload.Metadata.Should().BeNull(); payload.Value.GetProperty("count").GetInt32().Should().Be(42); } [Fact] public void ReadAutoSuccessPayload_ShouldReadWrappedPayload_WhenOnlyAllowedPropertiesExist() { var reader = CreateReader("""{"value":42,"metadata":{"source":"auto"}}"""); var payload = ResultJsonReader.ReadAutoSuccessPayload(ref reader, new JsonSerializerOptions()); payload.Value.Should().Be(42); payload.Metadata.Should().Be(MetadataObject.Create(("source", MetadataValue.FromString("auto")))); } [Fact] public void ReadAutoSuccessPayload_ShouldThrow_WhenWrapperCandidateIsMissingValue() { Assert.Throws( () => { var reader = CreateReader("""{"metadata":{"trace":"t-1"}}"""); ResultJsonReader.ReadAutoSuccessPayload(ref reader, new JsonSerializerOptions()); } ); } [Fact] public void ReadAutoSuccessPayload_ShouldThrow_WhenJsonEndsDuringWrapperInspectionAfterProperty() { Assert.Throws( () => { var reader = CreatePartialReader("""{"value":"""); ResultJsonReader.ReadAutoSuccessPayload(ref reader, new JsonSerializerOptions()); } ); } [Fact] public void ReadAutoSuccessPayload_ShouldThrow_WhenJsonEndsDuringWrapperInspectionBeforeProperty() { Assert.Throws( () => { var reader = CreatePartialReader("{"); ResultJsonReader.ReadAutoSuccessPayload(ref reader, new JsonSerializerOptions()); } ); } [Fact] public void ReadWrappedSuccessPayload_ShouldThrow_WhenJsonEndsWhileReadingValue() { Assert.Throws( () => { var reader = CreatePartialReader("""{"value":"""); ResultJsonReader.ReadWrappedSuccessPayload(ref reader, new JsonSerializerOptions()); } ); } [Fact] public void ReadWrappedSuccessPayload_ShouldThrow_WhenJsonEndsWhileReadingMetadata() { Assert.Throws( () => { var reader = CreatePartialReader("""{"value":1,"metadata":"""); ResultJsonReader.ReadWrappedSuccessPayload(ref reader, new JsonSerializerOptions()); } ); } [Fact] public void ReadWrappedSuccessPayload_ShouldThrow_WhenJsonEndsWhileSkippingUnexpectedProperty() { Assert.Throws( () => { var reader = CreatePartialReader("""{"unknown":"""); ResultJsonReader.ReadWrappedSuccessPayload(ref reader, new JsonSerializerOptions()); } ); } [Fact] public void ReadFailurePayload_ShouldCreateFallbackError_WhenErrorsAreMissing() { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "detail": "Missing required field", "metadata": { "trace": "abc" } } """ ); var payload = ResultJsonReader.ReadFailurePayload(ref reader); payload.Errors.Count.Should().Be(1); payload.Errors[0].Message.Should().Be("Missing required field"); payload.Errors[0].Category.Should().Be(ErrorCategory.Validation); payload.Metadata.Should().Be(MetadataObject.Create(("trace", MetadataValue.FromString("abc")))); } [Fact] public void ReadFailurePayload_ShouldIgnoreInstanceProperty() { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "instance": null } """ ); var payload = ResultJsonReader.ReadFailurePayload(ref reader); payload.Errors.Count.Should().Be(1); } [Fact] public void ReadFailurePayload_ShouldIgnoreUnknownProperties() { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "ignored": { "nested": "value" } } """ ); var payload = ResultJsonReader.ReadFailurePayload(ref reader); payload.Errors.Count.Should().Be(1); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenPayloadIsNotObject() { Assert.Throws( () => { var reader = CreateReader("42"); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenStatusIsMissing() { Assert.Throws( () => { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed" } """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenTypeIsNotAString() { Assert.Throws( () => { var reader = CreateReader( """ { "type": 5, "title": "Validation failed", "status": 400 } """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenStatusIsNotAnInteger() { Assert.Throws( () => { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": "400" } """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenDetailIsNotStringOrNull() { Assert.Throws( () => { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "detail": 5 } """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenErrorsHaveUnsupportedShape() { Assert.Throws( () => { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": 5 } """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenErrorDetailsIsNotAnArray() { Assert.Throws( () => { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errorDetails": {} } """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenRichErrorEntryIsNotAnObject() { Assert.Throws( () => { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": [ 1 ] } """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldApplyAspNetErrorDetails() { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": { "name": [ "Name required", "Name too short" ] }, "errorDetails": [ { "target": "name", "index": 1, "code": "MinLength", "category": "Validation", "metadata": { "source": "detail" } } ] } """ ); var payload = ResultJsonReader.ReadFailurePayload(ref reader); var expectedErrorMetadata = MetadataObject.Create(("source", MetadataValue.FromString("detail"))); payload.Errors.Count.Should().Be(2); payload.Errors[0].Message.Should().Be("Name required"); payload.Errors[0].Code.Should().BeNull(); payload.Errors[0].Category.Should().Be(ErrorCategory.Validation); payload.Errors[1].Message.Should().Be("Name too short"); payload.Errors[1].Target.Should().Be("name"); payload.Errors[1].Code.Should().Be("MinLength"); payload.Errors[1].Category.Should().Be(ErrorCategory.Validation); payload.Errors[1].Metadata.Should().Be(expectedErrorMetadata); } [Fact] public void ReadFailurePayload_ShouldApplyErrorDetails_WhenTheyAppearBeforeAspNetErrors() { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errorDetails": [ { "target": "name", "index": 0, "code": "Required", "category": "Validation" } ], "errors": { "name": [ "Name required" ] } } """ ); var payload = ResultJsonReader.ReadFailurePayload(ref reader); payload.Errors.Count.Should().Be(1); payload.Errors[0].Code.Should().Be("Required"); payload.Errors[0].Category.Should().Be(ErrorCategory.Validation); } [Fact] public void ReadFailurePayload_ShouldReadRichErrorMetadata() { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": [ { "message": "Name required", "metadata": { "source": "rich" } } ] } """ ); var payload = ResultJsonReader.ReadFailurePayload(ref reader); payload.Errors.Count.Should().Be(1); payload.Errors[0].Metadata.Should().Be(MetadataObject.Create(("source", MetadataValue.FromString("rich")))); } [Fact] public void ReadFailurePayload_ShouldIgnoreUnknownPropertiesInRichErrors() { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": [ { "message": "Name required", "ignored": 5 } ] } """ ); var payload = ResultJsonReader.ReadFailurePayload(ref reader); payload.Errors.Count.Should().Be(1); payload.Errors[0].Message.Should().Be("Name required"); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenJsonEndsWhileReadingRichErrorMetadata() { Assert.Throws( () => { var reader = CreatePartialReader( """ { "type":"https://example.org/problems/validation", "title":"Validation failed", "status":400, "errors":[ { "message":"Name required", "metadata": """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenJsonEndsWhileSkippingUnknownRichErrorProperty() { Assert.Throws( () => { var reader = CreatePartialReader( """ { "type":"https://example.org/problems/validation", "title":"Validation failed", "status":400, "errors":[ { "message":"Name required", "ignored": """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenRichErrorMessageIsMissing() { Assert.Throws( () => { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": [ { "code": "MissingMessage" } ] } """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenAspNetErrorsContainNonStringMessage() { Assert.Throws( () => { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": { "name": [5] } } """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenAspNetErrorsContainEmptyMessage() { Assert.Throws( () => { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": { "name": [""] } } """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenAspNetErrorsValueIsNotArray() { Assert.Throws( () => { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": { "name": "Name required" } } """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenJsonEndsWhileReadingAspNetErrorList() { Assert.Throws( () => { var reader = CreatePartialReader( """ { "type":"https://example.org/problems/validation", "title":"Validation failed", "status":400, "errors":{ "name": """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenErrorDetailIndexIsOutOfRange() { Assert.Throws( () => { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": { "name": [ "Name required" ] }, "errorDetails": [ { "target": "name", "index": 5 } ] } """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenErrorDetailsContainNonObjectEntry() { Assert.Throws( () => { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errorDetails": [ 1 ] } """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenErrorDetailIndexIsNotAnInteger() { Assert.Throws( () => { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": { "name": [ "Name required" ] }, "errorDetails": [ { "target": "name", "index": "0" } ] } """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenRichErrorCategoryIsUnknown() { Assert.Throws( () => { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": [ { "message": "Name required", "category": "NotARealCategory" } ] } """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenJsonEndsWhileReadingErrorDetailIndex() { Assert.Throws( () => { var reader = CreatePartialReader( """ { "type":"https://example.org/problems/validation", "title":"Validation failed", "status":400, "errors": { "name": [ "Name required" ] }, "errorDetails": [ { "target": "name", "index": """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenJsonEndsWhileReadingType() { Assert.Throws( () => { var reader = CreatePartialReader("""{"type":"""); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenJsonEndsWhileReadingStatus() { Assert.Throws( () => { var reader = CreatePartialReader( """ { "type":"https://example.org/problems/validation", "title":"Validation failed", "status": """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenJsonEndsWhileReadingDetail() { Assert.Throws( () => { var reader = CreatePartialReader( """ { "type":"https://example.org/problems/validation", "title":"Validation failed", "status":400, "detail": """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenErrorDetailCategoryIsUnknown() { Assert.Throws( () => { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": { "name": [ "Name required" ] }, "errorDetails": [ { "target": "name", "index": 0, "category": "NotARealCategory" } ] } """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenJsonEndsWhileReadingErrorDetailMetadata() { Assert.Throws( () => { var reader = CreatePartialReader( """ { "type":"https://example.org/problems/validation", "title":"Validation failed", "status":400, "errors": { "name": [ "Name required" ] }, "errorDetails": [ { "target": "name", "index": 0, "metadata": """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenJsonEndsWhileSkippingErrorDetailProperty() { Assert.Throws( () => { var reader = CreatePartialReader( """ { "type":"https://example.org/problems/validation", "title":"Validation failed", "status":400, "errors": { "name": [ "Name required" ] }, "errorDetails": [ { "target": "name", "index": 0, "unknown": """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldIgnoreUnknownPropertiesInErrorDetailObjects() { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": { "name": [ "Name required" ] }, "errorDetails": [ { "target": "name", "index": 0, "ignored": 5 } ] } """ ); var payload = ResultJsonReader.ReadFailurePayload(ref reader); payload.Errors.Count.Should().Be(1); payload.Errors[0].Target.Should().Be("name"); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenErrorDetailsObjectDoesNotHaveTarget() { Assert.Throws( () => { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": { "name": [ "Name required" ] }, "errorDetails": [ { "index": 0 } ] } """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenErrorDetailsObjectDoesNotHaveIndex() { Assert.Throws( () => { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": { "name": [ "Name required" ] }, "errorDetails": [ { "target": "name" } ] } """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenInputIsEmpty() { Assert.ThrowsAny( () => { var reader = new Utf8JsonReader([]); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadSuccessPayload_ShouldThrow_WhenInputIsEmpty() { Assert.ThrowsAny( () => { var reader = new Utf8JsonReader([]); ResultJsonReader.ReadSuccessPayload(ref reader); } ); } [Fact] public void ReadSuccessPayload_ShouldThrow_WhenInputIsIncompleteAndNoTokenIsAvailable() { Assert.Throws( () => { var reader = CreatePartialReader(string.Empty); ResultJsonReader.ReadSuccessPayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenErrorDetailsReferenceUnknownTarget() { Assert.Throws( () => { var reader = CreateReader( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": { "name": [ "Name required" ] }, "errorDetails": [ { "target": "email", "index": 0 } ] } """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenJsonEndsWhileReadingMetadata() { Assert.Throws( () => { var reader = CreatePartialReader( """ { "type":"https://example.org/problems/validation", "title":"Validation failed", "status":400, "metadata": """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenJsonEndsWhileReadingErrors() { Assert.Throws( () => { var reader = CreatePartialReader( """ { "type":"https://example.org/problems/validation", "title":"Validation failed", "status":400, "errors": """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenJsonEndsWhileReadingErrorDetails() { Assert.Throws( () => { var reader = CreatePartialReader( """ { "type":"https://example.org/problems/validation", "title":"Validation failed", "status":400, "errorDetails": """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } [Fact] public void ReadFailurePayload_ShouldThrow_WhenJsonEndsWhileSkippingUnknownProperty() { Assert.Throws( () => { var reader = CreatePartialReader( """ { "type":"https://example.org/problems/validation", "title":"Validation failed", "status":400, "unknown": """ ); ResultJsonReader.ReadFailurePayload(ref reader); } ); } private static Utf8JsonReader CreateReader(string json) => new (Encoding.UTF8.GetBytes(json)); private static Utf8JsonReader CreatePartialReader(string json) => new (Encoding.UTF8.GetBytes(json), isFinalBlock: false, state: default); } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/Reading/ModuleTests.cs000066400000000000000000000077571516707642500315000ustar00rootroot00000000000000using System; using System.Linq; using System.Text.Json; using FluentAssertions; using Light.PortableResults.Http.Reading; using Light.PortableResults.Http.Reading.Json; using Light.PortableResults.Metadata; using Microsoft.Extensions.DependencyInjection; using Xunit; namespace Light.PortableResults.Tests.Http.Reading; public sealed class ModuleTests { [Fact] public void AddDefaultPortableResultsHttpReadJsonConverters_ShouldThrow_WhenSerializerOptionsAreNull() { var act = () => Module.AddDefaultPortableResultsHttpReadJsonConverters(null!); act.Should().Throw(); } [Fact] public void AddDefaultPortableResultsHttpReadJsonConverters_ShouldAlwaysAddConverters() { var serializerOptions = new JsonSerializerOptions(JsonSerializerDefaults.Web); serializerOptions.AddDefaultPortableResultsHttpReadJsonConverters(); serializerOptions.AddDefaultPortableResultsHttpReadJsonConverters(); serializerOptions.Converters.Should().HaveCount(10); serializerOptions .Converters.Count(converter => converter is HttpReadMetadataObjectJsonConverter).Should().Be(2); serializerOptions .Converters.Count(converter => converter is HttpReadMetadataValueJsonConverter).Should().Be(2); serializerOptions .Converters.Count(converter => converter is HttpReadFailureResultPayloadJsonConverter).Should().Be(2); serializerOptions .Converters.Count(converter => converter is HttpReadSuccessResultPayloadJsonConverter).Should().Be(2); serializerOptions .Converters.Count(converter => converter is HttpReadSuccessResultPayloadJsonConverterFactory).Should().Be(2); } [Fact] public void CreateDefaultPortableResultsHttpReadJsonSerializerOptions_ShouldDeserializeGenericAutoPayload() { var serializerOptions = Module.CreateDefaultSerializerOptions(); var payload = JsonSerializer.Deserialize>("{\"value\":42}", serializerOptions); payload.Value.Should().Be(42); payload.Metadata.Should().BeNull(); } [Fact] public void CreateDefaultPortableResultsHttpReadJsonSerializerOptions_ShouldDeserializeNonGenericSuccessPayload() { var serializerOptions = Module.CreateDefaultSerializerOptions(); var payload = JsonSerializer.Deserialize( "{\"metadata\":{\"source\":\"module\"}}", serializerOptions ); payload.Metadata.Should().Be(MetadataObject.Create(("source", MetadataValue.FromString("module")))); } [Fact] public void CreateDefaultPortableResultsHttpReadJsonSerializerOptions_ShouldDeserializeFailurePayload() { var serializerOptions = Module.CreateDefaultSerializerOptions(); var payload = JsonSerializer.Deserialize( """ { "type": "https://example.org/problems/validation", "title": "Validation failed", "status": 400, "errors": [ { "message": "Name is required", "code": "NameRequired", "target": "name", "category": "Validation" } ] } """, serializerOptions ); payload.Errors.Count.Should().Be(1); payload.Errors[0].Message.Should().Be("Name is required"); } [Fact] public void AddPortableResultsHttpReadOptions_ShouldRegisterOptions() { var services = new ServiceCollection(); services.AddPortableResultsHttpReadOptions(); using var provider = services.BuildServiceProvider(); var options = provider.GetRequiredService(); options.Should().NotBeNull(); options.SerializerOptions.Should().BeSameAs(Module.DefaultSerializerOptions); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/Writing/000077500000000000000000000000001516707642500267335ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/Writing/Headers/000077500000000000000000000000001516707642500303065ustar00rootroot00000000000000DefaultHttpHeaderConversionServiceTests.cs000066400000000000000000000041051516707642500405250ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/Writing/Headersusing System; using System.Collections.Frozen; using System.Collections.Generic; using FluentAssertions; using Light.PortableResults.Http.Writing.Headers; using Light.PortableResults.Metadata; using Microsoft.Extensions.Primitives; using Xunit; namespace Light.PortableResults.Tests.Http.Writing.Headers; public sealed class DefaultHttpHeaderConversionServiceTests { [Fact] public void Constructor_ShouldThrow_WhenConvertersAreNull() { Action act = () => _ = new DefaultHttpHeaderConversionService(null!); act.Should().Throw(); } [Fact] public void PrepareHttpHeader_ShouldUseRegisteredConverter() { var converter = new TraceIdConverter(); var converters = new Dictionary(StringComparer.OrdinalIgnoreCase) { ["traceId"] = converter }.ToFrozenDictionary(StringComparer.OrdinalIgnoreCase); var service = new DefaultHttpHeaderConversionService(converters); var metadataValue = MetadataValue.FromString("abc"); var header = service.PrepareHttpHeader("traceId", metadataValue); header.Key.Should().Be("X-Trace-Id"); header.Value.ToString().Should().Be("abc"); } [Fact] public void PrepareHttpHeader_ShouldFallbackToMetadataKeyAndStringValue_WhenNoConverterIsRegistered() { var service = new DefaultHttpHeaderConversionService( new Dictionary().ToFrozenDictionary() ); var header = service.PrepareHttpHeader("count", MetadataValue.FromInt64(42)); header.Key.Should().Be("count"); header.Value.ToString().Should().Be("42"); } private sealed class TraceIdConverter : HttpHeaderConverter { public TraceIdConverter() : base(["traceId"]) { } public override KeyValuePair PrepareHttpHeader(string metadataKey, MetadataValue value) { value.TryGetString(out var traceId); return new KeyValuePair("X-Trace-Id", traceId); } } } HttpHeaderConverterTests.cs000066400000000000000000000024301516707642500355200ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/Writing/Headersusing System; using System.Collections.Generic; using System.Collections.Immutable; using FluentAssertions; using Light.PortableResults.Http.Writing.Headers; using Light.PortableResults.Metadata; using Microsoft.Extensions.Primitives; using Xunit; namespace Light.PortableResults.Tests.Http.Writing.Headers; public sealed class HttpHeaderConverterTests { [Fact] public void Constructor_ShouldThrow_WhenSupportedMetadataKeysAreDefaultOrEmpty() { Action defaultAct = () => _ = new TestConverter(default); Action emptyAct = () => _ = new TestConverter([]); defaultAct.Should().Throw(); emptyAct.Should().Throw(); } [Fact] public void Constructor_ShouldSetSupportedKeys() { var converter = new TestConverter(["traceId", "correlationId"]); converter.SupportedMetadataKeys.Should().Equal("traceId", "correlationId"); } private sealed class TestConverter : HttpHeaderConverter { public TestConverter(ImmutableArray supportedMetadataKeys) : base(supportedMetadataKeys) { } public override KeyValuePair PrepareHttpHeader(string metadataKey, MetadataValue value) => new (metadataKey, value.ToString()); } } HttpResultForWritingSerializationTests.cs000066400000000000000000000166221516707642500371240ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/Writingusing System.IO; using System.Text; using System.Text.Json; using System.Text.Json.Serialization; using System.Text.Json.Serialization.Metadata; using FluentAssertions; using Light.PortableResults.Http.Writing; using Light.PortableResults.Http.Writing.Json; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization; using Xunit; namespace Light.PortableResults.Tests.Http.Writing; public sealed class HttpResultForWritingSerializationTests { private static readonly ResolvedHttpWriteOptions DefaultOptions = new PortableResultsHttpWriteOptions().ToResolvedHttpWriteOptions(); [Fact] public void ToResolvedHttpWriteOptions_ShouldCaptureAllFields() { var mutableOptions = new PortableResultsHttpWriteOptions { ValidationProblemSerializationFormat = ValidationProblemSerializationFormat.Rich, MetadataSerializationMode = MetadataSerializationMode.Always, FirstErrorCategoryIsLeadingCategory = false }; var resolved = mutableOptions.ToResolvedHttpWriteOptions(); var expected = new ResolvedHttpWriteOptions( ValidationProblemSerializationFormat.Rich, MetadataSerializationMode.Always, null, false ); resolved.Should().Be(expected); } [Fact] public void ToHttpResultForWriting_ShouldWrapResultWithResolvedOptions() { var result = Result.Ok(); var options = new PortableResultsHttpWriteOptions(); var wrapper = result.ToHttpResultForWriting(options); wrapper.Data.Should().Be(result); wrapper.ResolvedOptions.Should().Be(options.ToResolvedHttpWriteOptions()); } [Fact] public void ToHttpResultForWriting_Generic_ShouldWrapResultWithResolvedOptions() { var result = Result.Ok(42); var options = new PortableResultsHttpWriteOptions(); var wrapper = result.ToHttpResultForWriting(options); wrapper.Data.Should().Be(result); wrapper.ResolvedOptions.Should().Be(options.ToResolvedHttpWriteOptions()); } [Fact] public void ToHttpResultForWriting_ShouldAcceptResolvedOptions() { var result = Result.Ok(); var resolved = DefaultOptions; var wrapper = result.ToHttpResultForWriting(resolved); wrapper.Data.Should().Be(result); wrapper.ResolvedOptions.Should().Be(resolved); } [Fact] public void ToHttpResultForWriting_Generic_ShouldAcceptResolvedOptions() { var result = Result.Ok("hello"); var resolved = DefaultOptions; var wrapper = result.ToHttpResultForWriting(resolved); wrapper.Data.Should().Be(result); wrapper.ResolvedOptions.Should().Be(resolved); } [Fact] public void Serialize_ValidResult_WithErrorsOnlyMode_ShouldWriteNothing() { var wrapper = new HttpResultForWriting(Result.Ok(), DefaultOptions); var json = Serialize(wrapper); json.Should().BeEmpty(); } [Fact] public void Serialize_ValidResult_WithAlwaysMode_NoMetadata_ShouldWriteNothing() { var options = new ResolvedHttpWriteOptions( ValidationProblemSerializationFormat.AspNetCoreCompatible, MetadataSerializationMode.Always, null, true ); var wrapper = new HttpResultForWriting(Result.Ok(), options); var json = Serialize(wrapper); json.Should().BeEmpty(); } [Fact] public void Serialize_ValidResult_WithAlwaysMode_WithMetadata_ShouldWriteMetadataObject() { var options = new ResolvedHttpWriteOptions( ValidationProblemSerializationFormat.AspNetCoreCompatible, MetadataSerializationMode.Always, null, true ); var metadata = MetadataObject.Create( ("traceId", MetadataValue.FromString("abc-123", MetadataValueAnnotation.SerializeInHttpResponseBody)) ); var result = Result.Ok(metadata); var wrapper = new HttpResultForWriting(result, options); var json = Serialize(wrapper); json.Should().Be("{\"metadata\":{\"traceId\":\"abc-123\"}}"); } [Fact] public void Serialize_InvalidResult_ShouldWriteProblemDetails() { var result = Result.Fail(new Error { Message = "Something went wrong" }); var wrapper = new HttpResultForWriting(result, DefaultOptions); var json = Serialize(wrapper); json.Should().Contain("\"title\":"); json.Should().Contain("\"status\":"); } [Fact] public void Serialize_Generic_ValidResult_WithErrorsOnlyMode_ShouldWriteValueDirectly() { var result = Result.Ok(42); var wrapper = new HttpResultForWriting(result, DefaultOptions); var json = Serialize(wrapper); json.Should().Be("42"); } [Fact] public void Serialize_Generic_ValidResult_WithAlwaysMode_ShouldWrapValueAndMetadata() { var options = new ResolvedHttpWriteOptions( ValidationProblemSerializationFormat.AspNetCoreCompatible, MetadataSerializationMode.Always, null, true ); var metadata = MetadataObject.Create( ("traceId", MetadataValue.FromString("abc-123", MetadataValueAnnotation.SerializeInHttpResponseBody)) ); var result = Result.Ok(42, metadata); var wrapper = new HttpResultForWriting(result, options); var json = Serialize(wrapper); json.Should().Contain("\"value\":42"); json.Should().Contain("\"metadata\":{\"traceId\":\"abc-123\"}"); } [Fact] public void Serialize_Generic_ValidResult_WithAlwaysMode_NoMetadata_ShouldWrapValueOnly() { var options = new ResolvedHttpWriteOptions( ValidationProblemSerializationFormat.AspNetCoreCompatible, MetadataSerializationMode.Always, null, true ); var result = Result.Ok(42); var wrapper = new HttpResultForWriting(result, options); var json = Serialize(wrapper); json.Should().Be("{\"value\":42}"); } [Fact] public void Serialize_Generic_InvalidResult_ShouldWriteProblemDetails() { var result = Result.Fail(new Error { Message = "Not found" }); var wrapper = new HttpResultForWriting(result, DefaultOptions); var json = Serialize(wrapper); json.Should().Contain("\"title\":"); json.Should().Contain("\"status\":"); } [Fact] public void Instance_ShouldReturnSharedConverter() { var instance1 = HttpResultForWritingJsonConverter.Instance; var instance2 = HttpResultForWritingJsonConverter.Instance; instance1.Should().BeSameAs(instance2); } private static string Serialize(T value) { var options = new JsonSerializerOptions { PropertyNamingPolicy = JsonNamingPolicy.CamelCase, TypeInfoResolver = new DefaultJsonTypeInfoResolver() }; options.AddDefaultPortableResultsHttpWriteJsonConverters(); using var stream = new MemoryStream(); using var writer = new Utf8JsonWriter(stream); var typeInfo = options.GetTypeInfo(typeof(T)); var converter = (JsonConverter) typeInfo.Converter; converter.Write(writer, value, options); writer.Flush(); return Encoding.UTF8.GetString(stream.ToArray()); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Http/Writing/ModuleTests.cs000066400000000000000000000046231516707642500315370ustar00rootroot00000000000000using System; using System.Collections.Frozen; using System.Collections.Generic; using FluentAssertions; using Light.PortableResults.Http.Writing; using Light.PortableResults.Http.Writing.Headers; using Light.PortableResults.Metadata; using Microsoft.Extensions.DependencyInjection; using Microsoft.Extensions.Primitives; using Xunit; namespace Light.PortableResults.Tests.Http.Writing; public sealed class ModuleTests { [Fact] public void AddPortableResultsHttpHeaderConversionService_ShouldUseComparerForKeys() { var services = new ServiceCollection(); services.AddSingleton(new TestHeaderConverter("x-trace")); services.AddPortableResultsHttpHeaderConversionService(StringComparer.OrdinalIgnoreCase); using var provider = services.BuildServiceProvider(); var converters = provider.GetRequiredService>(); converters.ContainsKey("X-TRACE").Should().BeTrue(); } [Fact] public void AddPortableResultsHttpHeaderConversionService_ShouldThrow_WhenDuplicateKeysExist() { var services = new ServiceCollection(); services.AddSingleton(new TestHeaderConverter("duplicate")); services.AddSingleton(new TestHeaderConverter("duplicate")); services.AddPortableResultsHttpHeaderConversionService(); using var provider = services.BuildServiceProvider(); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal Action act = () => provider.GetRequiredService>(); act.Should().Throw().WithMessage("Cannot add '*duplicate*'*"); } [Fact] public void AddDefaultPortableResultsJsonConverters_ShouldThrow_WhenSerializerOptionsIsNull() { var act = () => Module.AddDefaultPortableResultsHttpWriteJsonConverters(null!); act.Should().Throw().Where(x => x.ParamName == "serializerOptions"); } private sealed class TestHeaderConverter : HttpHeaderConverter { public TestHeaderConverter(string metadataKey) : base([metadataKey]) { } public override KeyValuePair PrepareHttpHeader( string metadataKey, MetadataValue value ) => new (metadataKey, value.ToString()); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Light.PortableResults.Tests.csproj000066400000000000000000000016431516707642500331200ustar00rootroot00000000000000 Exe false all runtime; build; native; contentfiles; analyzers; buildtransitive Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Metadata/000077500000000000000000000000001516707642500261115ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Metadata/MetadataArrayBuilderTests.cs000066400000000000000000000124631516707642500335170ustar00rootroot00000000000000using System; using FluentAssertions; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.Metadata; public sealed class MetadataArrayBuilderTests { [Fact] public void Build_Empty_ShouldReturnEmptyArray() { using var builder = MetadataArrayBuilder.Create(); var array = builder.Build(); array.Should().BeEmpty(); } [Fact] public void Add_ShouldAccumulateValues() { using var builder = MetadataArrayBuilder.Create(); builder.Add(1); builder.Add(2); builder.Add(3); var array = builder.Build(); array.Should().HaveCount(3); array[0].TryGetInt64(out var v0).Should().BeTrue(); v0.Should().Be(1); array[1].TryGetInt64(out var v1).Should().BeTrue(); v1.Should().Be(2); array[2].TryGetInt64(out var v2).Should().BeTrue(); v2.Should().Be(3); } [Fact] public void AddRange_ShouldAddMultipleValues() { using var builder = MetadataArrayBuilder.Create(); builder.AddRange(new MetadataValue[] { 10, 20, 30 }); var array = builder.Build(); array.Should().HaveCount(3); } [Fact] public void Build_CalledTwice_ShouldThrow() { var builder = MetadataArrayBuilder.Create(); builder.Build(); var act = () => builder.Build(); act.Should().Throw(); } [Fact] public void Add_AfterBuild_ShouldThrow() { var builder = MetadataArrayBuilder.Create(); builder.Build(); var act = () => builder.Add(1); act.Should().Throw() .WithMessage("*already been used*"); } [Fact] public void Dispose_ShouldNotThrow() { var builder = MetadataArrayBuilder.Create(); builder.Add(1); var act = () => { builder.Dispose(); builder.Dispose(); // Double dispose should be safe }; act.Should().NotThrow(); } [Fact] public void LargeArray_ShouldGrowBuffer() { using var builder = MetadataArrayBuilder.Create(2); for (var i = 0; i < 100; i++) { builder.Add(i); } var array = builder.Build(); array.Should().HaveCount(100); } [Fact] public void AddRange_AfterBuild_ShouldThrow() { var builder = MetadataArrayBuilder.Create(); builder.Build(); var act = () => builder.AddRange(new MetadataValue[] { 1, 2 }); act.Should().Throw() .WithMessage("*already been used*"); } [Fact] public void Create_WithZeroCapacity_ShouldUseDefaultCapacity() { using var builder = MetadataArrayBuilder.Create(capacity: 0); builder.Count.Should().Be(0); } [Fact] public void Create_WithCapacity_ShouldCreateBuilder() { using var builder = MetadataArrayBuilder.Create(capacity: 10); builder.Count.Should().Be(0); } [Fact] public void AddRange_WithEmptySpan_ShouldNotAddValues() { using var builder = MetadataArrayBuilder.Create(); builder.AddRange(ReadOnlySpan.Empty); builder.Count.Should().Be(0); } [Fact] public void AddRange_ShouldExpandCapacity() { using var builder = MetadataArrayBuilder.Create(capacity: 2); builder.AddRange(new MetadataValue[] { 1, 2, 3, 4, 5 }); builder.Count.Should().Be(5); } [Fact] public void Dispose_WithoutBuild_ShouldNotThrow() { var builder = MetadataArrayBuilder.Create(); builder.Add(1); var act = () => builder.Dispose(); act.Should().NotThrow(); } [Fact] public void Dispose_CalledTwice_ShouldNotThrow() { var builder = MetadataArrayBuilder.Create(); builder.Dispose(); var act = () => builder.Dispose(); act.Should().NotThrow(); } [Fact] public void Add_ManyItems_ShouldExpandCapacity() { using var builder = MetadataArrayBuilder.Create(capacity: 2); for (var i = 0; i < 100; i++) { builder.Add(i); } builder.Count.Should().Be(100); var array = builder.Build(); array.Should().HaveCount(100); } [Fact] public void AddRange_LargerThanDoubleCapacity_ShouldExpandToFit() { using var builder = MetadataArrayBuilder.Create(capacity: 4); var values = new MetadataValue[20]; for (var i = 0; i < 20; i++) { values[i] = i; } builder.AddRange(values); builder.Count.Should().Be(20); } [Fact] public void Add_OnDefaultBuilder_ShouldAllocateBuffer() { // Using a default builder (not created via Create) exercises the null buffer path in EnsureCapacity using var builder = default(MetadataArrayBuilder); builder.Add(1); builder.Add(2); builder.Count.Should().Be(2); } [Fact] public void AddRange_OnDefaultBuilder_ShouldAllocateBuffer() { // Using a default builder exercises the null buffer path in EnsureCapacity using var builder = default(MetadataArrayBuilder); builder.AddRange(new MetadataValue[] { 1, 2, 3 }); builder.Count.Should().Be(3); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Metadata/MetadataArrayTests.cs000066400000000000000000000310611516707642500322030ustar00rootroot00000000000000using System; using System.Collections; using System.Collections.Generic; using FluentAssertions; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.Metadata; public sealed class MetadataArrayTests { [Fact] public void Empty_ShouldHaveZeroCount() { var array = MetadataArray.Empty; array.Should().BeEmpty(); } [Fact] public void Create_WithValues_ShouldStoreAll() { var array = MetadataArray.Create(1, 2, 3); array.Should().HaveCount(3); array[0].Should().Be(MetadataValue.FromInt64(1)); array[1].Should().Be(MetadataValue.FromInt64(2)); array[2].Should().Be(MetadataValue.FromInt64(3)); } [Fact] public void Create_WithNull_ShouldReturnEmpty() { var array = MetadataArray.Create(null!); array.Should().BeEmpty(); } [Fact] public void Create_WithEmptyArray_ShouldReturnEmpty() { var array = MetadataArray.Create(); array.Should().BeEmpty(); } [Fact] public void Indexer_OutOfRange_ShouldThrow() { var array = MetadataArray.Create(1, 2); var act1 = () => array[2]; var act2 = () => array[-1]; act1.Should().Throw(); act2.Should().Throw(); } [Fact] public void Enumeration_ShouldIterateAllValues() { var array = MetadataArray.Create("a", "b", "c"); var count = 0; foreach (var item in array) { count++; item.Kind.Should().Be(MetadataKind.String); } count.Should().Be(3); } [Fact] public void AsSpan_ShouldReturnAllValues() { var array = MetadataArray.Create(10, 20, 30); var span = array.AsSpan(); span.Length.Should().Be(3); span[0].TryGetInt64(out var v0).Should().BeTrue(); v0.Should().Be(10); span[1].TryGetInt64(out var v1).Should().BeTrue(); v1.Should().Be(20); span[2].TryGetInt64(out var v2).Should().BeTrue(); v2.Should().Be(30); } [Fact] public void ImplicitConversion_ToMetadataValue_ShouldWork() { var array = MetadataArray.Create(1, 2, 3); MetadataValue value = array; value.Kind.Should().Be(MetadataKind.Array); value.TryGetArray(out var result).Should().BeTrue(); result.Should().HaveCount(3); } [Fact] public void HasOnlyPrimitiveChildren_WithOnlyPrimitives_ShouldReturnTrue() { var array = MetadataArray.Create(1, "string", true, 3.14); array.HasOnlyPrimitiveChildren.Should().BeTrue(); } [Fact] public void HasOnlyPrimitiveChildren_WithNestedArray_ShouldReturnFalse() { var nested = MetadataArray.Create(1, 2); var array = MetadataArray.Create(1, nested); array.HasOnlyPrimitiveChildren.Should().BeFalse(); } [Fact] public void HasOnlyPrimitiveChildren_WithNestedObject_ShouldReturnFalse() { var nested = MetadataObject.Create(("key", "value")); var array = MetadataArray.Create(1, nested); array.HasOnlyPrimitiveChildren.Should().BeFalse(); } [Fact] public void HasOnlyPrimitiveChildren_OnEmptyArray_ShouldReturnTrue() { var array = MetadataArray.Empty; array.HasOnlyPrimitiveChildren.Should().BeTrue(); } [Fact] public void HasOnlyPrimitiveChildren_OnDefaultArray_ShouldReturnTrue() { var array = default(MetadataArray); array.HasOnlyPrimitiveChildren.Should().BeTrue(); } [Fact] public void HasOnlyPrimitiveChildren_IsCached() { var array = MetadataArray.Create(1, 2, 3); // Call twice to exercise caching var result1 = array.HasOnlyPrimitiveChildren; var result2 = array.HasOnlyPrimitiveChildren; result1.Should().Be(result2).And.BeTrue(); } [Fact] public void ToString_WithZeroElements_ShouldReturnEmptyArray() { var array = MetadataArray.Empty; array.ToString().Should().Be("[]"); } [Fact] public void ToString_WithOneElement_ShouldFormatCorrectly() { var array = MetadataArray.Create(42); array.ToString().Should().Be("[42]"); } [Fact] public void ToString_WithTwoElements_ShouldFormatCorrectly() { var array = MetadataArray.Create(1, 2); array.ToString().Should().Be("[1, 2]"); } [Fact] public void ToString_WithThreeElements_ShouldFormatCorrectly() { var array = MetadataArray.Create(1, 2, 3); array.ToString().Should().Be("[1, 2, 3]"); } [Fact] public void ToString_WithFourElements_ShouldFormatCorrectly() { var array = MetadataArray.Create(1, 2, 3, 4); array.ToString().Should().Be("[1, 2, 3, 4]"); } [Fact] public void ToString_WithFiveElements_ShouldFormatCorrectly() { var array = MetadataArray.Create(1, 2, 3, 4, 5); array.ToString().Should().Be("[1, 2, 3, 4, 5]"); } [Fact] public void ToString_WithSixOrMoreElements_ShouldUseJoin() { var array = MetadataArray.Create(1, 2, 3, 4, 5, 6); array.ToString().Should().Be("[1, 2, 3, 4, 5, 6]"); } [Fact] public void ToString_WithManyElements_ShouldFormatCorrectly() { var array = MetadataArray.Create(1, 2, 3, 4, 5, 6, 7, 8); var result = array.ToString(); result.Should().StartWith("[1"); result.Should().EndWith("8]"); } [Fact] public void ToString_IsCached() { var array = MetadataArray.Create(1, 2, 3); var result1 = array.ToString(); var result2 = array.ToString(); result1.Should().BeSameAs(result2); } [Fact] public void ToString_OnDefaultArray_ShouldReturnEmptyArray() { var array = default(MetadataArray); array.ToString().Should().Be("[]"); } [Fact] public void Enumerator_Reset_ShouldResetToBeginning() { var array = MetadataArray.Create(1, 2, 3); using var enumerator = array.GetEnumerator(); enumerator.MoveNext(); enumerator.MoveNext(); enumerator.Reset(); enumerator.MoveNext(); enumerator.Current.Should().Be(MetadataValue.FromInt64(1)); } [Fact] public void Enumerator_Current_ViaIEnumerator_ShouldReturnBoxedValue() { var array = MetadataArray.Create(42); IEnumerator enumerator = array.GetEnumerator(); enumerator.MoveNext(); enumerator.Current.Should().Be(MetadataValue.FromInt64(42)); (enumerator as IDisposable)?.Dispose(); } [Fact] public void Enumerator_Dispose_ShouldNotThrow() { var array = MetadataArray.Create(1, 2); var enumerator = array.GetEnumerator(); var act = () => enumerator.Dispose(); act.Should().NotThrow(); } [Fact] public void Enumerator_OnEmptyArray_MoveNext_ShouldReturnFalse() { var array = MetadataArray.Empty; using var enumerator = array.GetEnumerator(); enumerator.MoveNext().Should().BeFalse(); } [Fact] public void Enumerator_OnDefaultArray_MoveNext_ShouldReturnFalse() { var array = default(MetadataArray); using var enumerator = array.GetEnumerator(); enumerator.MoveNext().Should().BeFalse(); } [Fact] public void IEnumerableGeneric_GetEnumerator_ShouldWork() { var array = MetadataArray.Create(1, 2, 3); IEnumerable enumerable = array; var list = new List(); foreach (var item in enumerable) { list.Add(item); } list.Should().HaveCount(3); } [Fact] public void IEnumerable_GetEnumerator_ShouldWork() { var array = MetadataArray.Create(1, 2); IEnumerable enumerable = array; var count = 0; foreach (var _ in enumerable) { count++; } count.Should().Be(2); } [Fact] public void Indexer_OnDefaultArray_ShouldThrow() { var array = default(MetadataArray); var act = () => array[0]; act.Should().Throw(); } [Fact] public void NotEqualOperator_ShouldReturnTrueForDifferentArrays() { var array1 = MetadataArray.Create(1); var array2 = MetadataArray.Create(2); (array1 != array2).Should().BeTrue(); } [Fact] public void Equals_Object_WithMetadataArray_ShouldReturnTrue() { var array = MetadataArray.Create(1, 2); object boxed = array; array.Equals(boxed).Should().BeTrue(); } [Fact] public void Equals_Object_WithNonMetadataArray_ShouldReturnFalse() { var array = MetadataArray.Create(1, 2); // ReSharper disable once SuspiciousTypeConversion.Global -- OK in this test scenario array.Equals("not an array").Should().BeFalse(); } [Fact] public void Equals_Object_WithNull_ShouldReturnFalse() { var array = MetadataArray.Create(1, 2); array.Equals(null).Should().BeFalse(); } [Fact] public void GetHashCode_DefaultArray_ShouldReturnZero() { var array = default(MetadataArray); array.GetHashCode().Should().Be(0); } [Fact] public void GetHashCode_SameArray_ShouldReturnConsistentValue() { var array = MetadataArray.Create(1, 2, 3); var hash1 = array.GetHashCode(); var hash2 = array.GetHashCode(); hash1.Should().Be(hash2); } [Fact] public void Count_OnDefaultArray_ShouldReturnZero() { var array = default(MetadataArray); array.Count.Should().Be(0); } [Fact] public void AsSpan_OnDefaultArray_ShouldReturnEmptySpan() { var array = default(MetadataArray); array.AsSpan().Length.Should().Be(0); } [Fact] public void AsSpan_ShouldReturnCorrectValues() { var array = MetadataArray.Create(1, 2, 3); var span = array.AsSpan(); span.Length.Should().Be(3); span[0].Should().Be(MetadataValue.FromInt64(1)); span[1].Should().Be(MetadataValue.FromInt64(2)); span[2].Should().Be(MetadataValue.FromInt64(3)); } [Fact] public void GetHashCode_WithMultipleValues_ShouldReturnConsistentValue() { var array = MetadataArray.Create(1, 2, 3, 4, 5); var hash1 = array.GetHashCode(); var hash2 = array.GetHashCode(); hash1.Should().Be(hash2); } [Fact] public void GetHashCode_EqualArrays_ShouldReturnSameHash() { var array1 = MetadataArray.Create(1, 2, 3); var array2 = MetadataArray.Create(1, 2, 3); array1.GetHashCode().Should().Be(array2.GetHashCode()); } [Fact] public void Indexer_WithNegativeIndex_ShouldThrow() { var array = MetadataArray.Create(1, 2, 3); var act = () => array[-1]; act.Should().Throw() .WithParameterName("index"); } [Fact] public void Equals_WithDifferentLengths_ShouldReturnFalse() { var array1 = MetadataArray.Create(1, 2); var array2 = MetadataArray.Create(1, 2, 3); array1.Equals(array2).Should().BeFalse(); } [Fact] public void Equals_WithDifferentValues_ShouldReturnFalse() { var array1 = MetadataArray.Create(1, 2, 3); var array2 = MetadataArray.Create(1, 2, 99); array1.Equals(array2).Should().BeFalse(); } [Fact] public void Equals_NonEmptyWithDefault_ShouldReturnFalse() { var array1 = MetadataArray.Create(1, 2, 3); var array2 = default(MetadataArray); array1.Equals(array2).Should().BeFalse(); } [Fact] public void Equals_DefaultWithNonEmpty_ShouldReturnFalse() { var array1 = default(MetadataArray); var array2 = MetadataArray.Create(1, 2, 3); array1.Equals(array2).Should().BeFalse(); } [Fact] public void Equals_BothDefault_ShouldReturnTrue() { var array1 = default(MetadataArray); var array2 = default(MetadataArray); array1.Equals(array2).Should().BeTrue(); } [Fact] public void EqualityOperator_NonEmptyWithDefault_ShouldReturnFalse() { var array1 = MetadataArray.Create(1); var array2 = default(MetadataArray); (array1 == array2).Should().BeFalse(); } [Fact] public void EqualityOperator_BothDefault_ShouldReturnTrue() { var array1 = default(MetadataArray); var array2 = default(MetadataArray); (array1 == array2).Should().BeTrue(); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Metadata/MetadataExtensionsTests.cs000066400000000000000000000362171516707642500332740ustar00rootroot00000000000000using System; using FluentAssertions; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.Metadata; public sealed class MetadataExtensionsTests { [Fact] public void ClearMetadata_OnResultWithMetadata_ShouldRemoveMetadata() { var result = Result.Ok(42).MergeMetadata(("key", "value")); var cleared = result.ClearMetadata(); cleared.Metadata.Should().BeNull(); cleared.Value.Should().Be(42); } [Fact] public void ClearMetadata_OnResultWithoutMetadata_ShouldReturnResultWithNullMetadata() { var result = Result.Ok(42); var cleared = result.ClearMetadata(); cleared.Metadata.Should().BeNull(); cleared.Value.Should().Be(42); } [Fact] public void ClearMetadata_OnFailedResult_ShouldPreserveErrors() { var error = new Error { Message = "Test error" }; var result = Result.Fail(error).MergeMetadata(("context", "test")); var cleared = result.ClearMetadata(); cleared.IsValid.Should().BeFalse(); cleared.Metadata.Should().BeNull(); cleared.Errors.Should().ContainSingle().Which.Message.Should().Be("Test error"); } [Fact] public void ClearMetadata_OnNonGenericResult_ShouldWork() { var result = Result.Ok().MergeMetadata(("key", "value")); var cleared = result.ClearMetadata(); cleared.Metadata.Should().BeNull(); cleared.IsValid.Should().BeTrue(); } [Fact] public void MergeMetadata_WithProperties_ShouldAddToExistingMetadata() { var result = Result.Ok("test").MergeMetadata(("a", 1)); var merged = result.MergeMetadata(("b", 2), ("c", 3)); merged.Metadata.Should().NotBeNull(); merged.Metadata!.Value.Should().HaveCount(3); merged.Metadata.Value.TryGetInt64("a", out var a).Should().BeTrue(); a.Should().Be(1); merged.Metadata.Value.TryGetInt64("b", out var b).Should().BeTrue(); b.Should().Be(2); merged.Metadata.Value.TryGetInt64("c", out var c).Should().BeTrue(); c.Should().Be(3); } [Fact] public void MergeMetadata_WithProperties_OnNullMetadata_ShouldCreateMetadata() { var result = Result.Ok(42); var merged = result.MergeMetadata(("key", "value")); merged.Metadata.Should().NotBeNull(); merged.Metadata!.Value.Should().ContainSingle(); merged.Metadata.Value.TryGetString("key", out var value).Should().BeTrue(); value.Should().Be("value"); } [Fact] public void MergeMetadata_WithMetadataObject_ShouldCombineMetadata() { var result = Result.Ok(42).MergeMetadata(("existing", "old")); var additional = MetadataObject.Create(("new", "value")); var merged = result.MergeMetadata(additional); merged.Metadata.Should().NotBeNull(); merged.Metadata!.Value.Should().HaveCount(2); merged.Metadata.Value.TryGetString("existing", out var existing).Should().BeTrue(); existing.Should().Be("old"); merged.Metadata.Value.TryGetString("new", out var newVal).Should().BeTrue(); newVal.Should().Be("value"); } [Fact] public void MergeMetadata_WithMetadataObject_OnNullMetadata_ShouldSetMetadata() { var result = Result.Ok(42); var metadata = MetadataObject.Create(("key", "value")); var merged = result.MergeMetadata(metadata); merged.Metadata.Should().NotBeNull(); merged.Metadata!.Value.Should().Equal(metadata); } [Fact] public void MergeMetadata_WithStrategy_AddOrReplace_ShouldReplaceExistingKeys() { var result = Result.Ok(42).MergeMetadata(("key", "old")); var additional = MetadataObject.Create(("key", "new")); var merged = result.MergeMetadata(additional); merged.Metadata.Should().NotBeNull(); merged.Metadata!.Value.Should().ContainSingle(); merged.Metadata.Value.TryGetString("key", out var value).Should().BeTrue(); value.Should().Be("new"); } [Fact] public void MergeMetadata_OnNonGenericResult_ShouldWork() { var result = Result.Ok().MergeMetadata(("a", 1)); var merged = result.MergeMetadata(("b", 2)); merged.Metadata.Should().NotBeNull(); merged.Metadata!.Value.Should().HaveCount(2); } [Fact] public void ReplaceMetadata_WithNull_ShouldClearMetadata() { var result = Result.Ok(42).MergeMetadata(("key", "value")); var replaced = result.ReplaceMetadata(null); replaced.Metadata.Should().BeNull(); replaced.Value.Should().Be(42); } [Fact] public void ReplaceMetadata_WithMetadata_ShouldReplaceCompletely() { var result = Result.Ok(42).MergeMetadata(("old", "value")); var newMetadata = MetadataObject.Create(("new", "data")); var replaced = result.ReplaceMetadata(newMetadata); replaced.Metadata.Should().NotBeNull(); replaced.Metadata!.Value.Should().ContainSingle(); replaced.Metadata.Value.TryGetString("new", out var value).Should().BeTrue(); value.Should().Be("data"); replaced.Metadata.Value.TryGetString("old", out _).Should().BeFalse(); } [Fact] public void Merge_EmptyIncoming_ShouldReturnOriginal() { var original = MetadataObject.Create(("key", "value")); var incoming = MetadataObject.Empty; var result = original.Merge(incoming); result.Should().Equal(original); } [Fact] public void Merge_EmptyOriginal_ShouldReturnIncoming() { var original = MetadataObject.Empty; var incoming = MetadataObject.Create(("key", "value")); var result = original.Merge(incoming); result.Should().Equal(incoming); } [Fact] public void Merge_AddOrReplace_ShouldAddNewKeys() { var original = MetadataObject.Create(("a", 1)); var incoming = MetadataObject.Create(("b", 2)); var result = original.Merge(incoming); var expected = MetadataObject.Create(("a", 1), ("b", 2)); result.Should().HaveCount(2); result.Should().Equal(expected); } [Fact] public void Merge_AddOrReplace_ShouldReplaceExistingKeys() { var original = MetadataObject.Create(("key", 1)); var incoming = MetadataObject.Create(("key", 2)); var result = original.Merge(incoming); result.Should().ContainSingle(); result.Should().Equal(incoming); } [Fact] public void Merge_AddOrReplace_ShouldMergeNestedObjects() { var originalNested = MetadataObject.Create(("inner1", "a"), ("inner2", "b")); var original = MetadataObject.Create(("nested", originalNested)); var incomingNested = MetadataObject.Create(("inner2", "c"), ("inner3", "d")); var incoming = MetadataObject.Create(("nested", incomingNested)); var result = original.Merge(incoming); result.TryGetObject("nested", out var nested).Should().BeTrue(); nested.Should().HaveCount(3); nested.TryGetString("inner1", out var v1).Should().BeTrue(); v1.Should().Be("a"); nested.TryGetString("inner2", out var v2).Should().BeTrue(); v2.Should().Be("c"); nested.TryGetString("inner3", out var v3).Should().BeTrue(); v3.Should().Be("d"); } [Fact] public void Merge_AddOrReplace_ShouldReplaceArraysWholesale() { var original = MetadataObject.Create(("items", MetadataArray.Create(1, 2, 3))); var incoming = MetadataObject.Create(("items", MetadataArray.Create(4, 5))); var result = original.Merge(incoming); result.TryGetArray("items", out var items).Should().BeTrue(); items.Should().HaveCount(2); items[0].TryGetInt64(out var v0).Should().BeTrue(); v0.Should().Be(4); items[1].TryGetInt64(out var v1).Should().BeTrue(); v1.Should().Be(5); } [Fact] public void Merge_PreserveExisting_ShouldKeepOriginalValues() { var original = MetadataObject.Create(("key", 1)); var incoming = MetadataObject.Create(("key", 2)); var result = original.Merge(incoming, MetadataMergeStrategy.PreserveExisting); result.TryGetInt64("key", out var value).Should().BeTrue(); value.Should().Be(1); } [Fact] public void Merge_PreserveExisting_ShouldAddNewKeys() { var original = MetadataObject.Create(("a", 1)); var incoming = MetadataObject.Create(("b", 2)); var result = original.Merge(incoming, MetadataMergeStrategy.PreserveExisting); var expected = MetadataObject.Create(("a", 1), ("b", 2)); result.Should().Equal(expected); } [Fact] public void Merge_FailOnConflict_ShouldThrowOnDuplicate() { var original = MetadataObject.Create(("key", 1)); var incoming = MetadataObject.Create(("key", 2)); var act = () => original.Merge(incoming, MetadataMergeStrategy.FailOnConflict); act.Should().Throw(); } [Fact] public void Merge_FailOnConflict_ShouldSucceedWithoutConflict() { var original = MetadataObject.Create(("a", 1)); var incoming = MetadataObject.Create(("b", 2)); var result = original.Merge(incoming, MetadataMergeStrategy.FailOnConflict); result.Should().HaveCount(2); } [Fact] public void With_SingleProperty_ShouldAddOrReplace() { var obj = MetadataObject.Create(("a", 1)); var result = obj.With("b", 2); result.Should().HaveCount(2); result.TryGetInt64("b", out var b).Should().BeTrue(); b.Should().Be(2); } [Fact] public void With_MultipleProperties_ShouldAddAll() { var obj = MetadataObject.Empty; var result = obj.With(("a", 1), ("b", 2), ("c", 3)); result.Should().HaveCount(3); } [Fact] public void With_EmptyProperties_ShouldReturnSame() { var obj = MetadataObject.Create(("a", 1)); var result = obj.With(); result.Should().BeEquivalentTo(obj); } [Fact] public void MergeIfNeeded_WithNullIncoming_ShouldReturnExisting() { var existing = MetadataObject.Create(("key", 1)); var result = MetadataObjectExtensions.MergeIfNeeded(existing, null); result.Should().NotBeNull(); result!.Value.Should().BeEquivalentTo(existing); } [Fact] public void MergeIfNeeded_WithEmptyIncoming_ShouldReturnExisting() { var existing = MetadataObject.Create(("key", 1)); var result = MetadataObjectExtensions.MergeIfNeeded(existing, MetadataObject.Empty); result.Should().NotBeNull(); result!.Value.Should().BeEquivalentTo(existing); } [Fact] public void MergeIfNeeded_WithNullExisting_ShouldReturnIncoming() { var incoming = MetadataObject.Create(("key", 1)); var result = MetadataObjectExtensions.MergeIfNeeded(null, incoming); result.Should().NotBeNull(); result!.Value.Should().BeEquivalentTo(incoming); } [Fact] public void MergeIfNeeded_WithEmptyExisting_ShouldReturnIncoming() { var incoming = MetadataObject.Create(("key", 1)); var result = MetadataObjectExtensions.MergeIfNeeded(MetadataObject.Empty, incoming); result.Should().NotBeNull(); result!.Value.Should().BeEquivalentTo(incoming); } [Fact] public void MergeIfNeeded_WithSameReference_ShouldReturnExisting() { var obj = MetadataObject.Create(("key", 1)); var result = MetadataObjectExtensions.MergeIfNeeded(obj, obj); result.Should().NotBeNull(); result!.Value.Should().BeEquivalentTo(obj); } [Fact] public void Merge_WithEmptyIncoming_ShouldReturnOriginal() { var original = MetadataObject.Create(("key", 1)); var result = original.Merge(MetadataObject.Empty); result.Should().BeEquivalentTo(original); } [Fact] public void Merge_WithEmptyOriginal_ShouldReturnIncoming() { var incoming = MetadataObject.Create(("key", 1)); var result = MetadataObject.Empty.Merge(incoming); result.Should().BeEquivalentTo(incoming); } [Fact] public void Merge_WithSameReference_ShouldReturnOriginal() { var obj = MetadataObject.Create(("key", 1)); var result = obj.Merge(obj); result.Should().BeEquivalentTo(obj); } [Fact] public void Merge_WithPreserveExistingStrategy_ShouldKeepOriginalValues() { var original = MetadataObject.Create(("key", 1)); var incoming = MetadataObject.Create(("key", 2)); var result = original.Merge(incoming, MetadataMergeStrategy.PreserveExisting); result.TryGetInt64("key", out var value).Should().BeTrue(); value.Should().Be(1); } [Fact] public void Merge_WithFailOnConflictStrategy_ShouldThrow() { var original = MetadataObject.Create(("key", 1)); var incoming = MetadataObject.Create(("key", 2)); var act = () => original.Merge(incoming, MetadataMergeStrategy.FailOnConflict); act.Should().Throw() .WithMessage("*Duplicate metadata key*"); } [Fact] public void Merge_WithInvalidStrategy_ShouldThrow() { var original = MetadataObject.Create(("key", 1)); var incoming = MetadataObject.Create(("key", 2)); var act = () => original.Merge(incoming, (MetadataMergeStrategy) 999); act.Should().Throw() .WithParameterName("strategy"); } [Fact] public void Merge_WithNestedObjects_ShouldMergeRecursively() { var innerOriginal = MetadataObject.Create(("nested", 1)); var innerIncoming = MetadataObject.Create(("nested", 2), ("new", 3)); var original = MetadataObject.Create(("obj", innerOriginal)); var incoming = MetadataObject.Create(("obj", innerIncoming)); var result = original.Merge(incoming); result.TryGetObject("obj", out var merged).Should().BeTrue(); merged.TryGetInt64("nested", out var value).Should().BeTrue(); value.Should().Be(2); merged.TryGetInt64("new", out var newValue).Should().BeTrue(); newValue.Should().Be(3); } [Fact] public void With_SingleProperty_ShouldAddProperty() { var obj = MetadataObject.Create(("a", 1)); var result = obj.With("b", 2); result.Should().HaveCount(2); result.ContainsKey("a").Should().BeTrue(); result.ContainsKey("b").Should().BeTrue(); } [Fact] public void With_MultipleProperties_ShouldAddAllProperties() { var obj = MetadataObject.Create(("a", 1)); var result = obj.With(("b", 2), ("c", 3)); result.Should().HaveCount(3); } [Fact] public void With_NullProperties_ShouldReturnOriginal() { var obj = MetadataObject.Create(("a", 1)); var result = obj.With(null); result.Should().BeEquivalentTo(obj); } [Fact] public void With_EmptyProperties_ShouldReturnOriginal() { var obj = MetadataObject.Create(("a", 1)); var result = obj.With(); result.Should().BeEquivalentTo(obj); } } MetadataObjectDataCoverageTests.cs000066400000000000000000000061131516707642500345220ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Metadatausing System; using System.Collections.Generic; using System.Reflection; using FluentAssertions; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.Metadata; public sealed class MetadataObjectDataCoverageTests { private static readonly Type MetadataObjectDataType = typeof(MetadataObject).Assembly.GetType( "Light.PortableResults.Metadata.MetadataObjectData", throwOnError: true )!; [Fact] public void Constructor_WithNullEntries_ShouldThrowArgumentNullException() { var constructor = MetadataObjectDataType.GetConstructor( BindingFlags.Instance | BindingFlags.NonPublic, binder: null, [typeof(KeyValuePair[]), typeof(IEqualityComparer)], modifiers: null ); constructor.Should().NotBeNull(); var act = () => constructor.Invoke([null!, null]); act.Should().Throw() .WithInnerException() .Which.ParamName.Should().Be("entries"); } [Fact] public void EqualsTyped_WithNullOther_ShouldReturnFalse() { var instance = CreateMetadataObjectData(("key", 1)); var equalsMethod = MetadataObjectDataType.GetMethod("Equals", [MetadataObjectDataType]); equalsMethod.Should().NotBeNull(); var result = (bool) equalsMethod!.Invoke(instance, [null!])!; result.Should().BeFalse(); } [Fact] public void TryGetValue_WithNullKey_ShouldThrowArgumentNullException() { var instance = CreateMetadataObjectData(("key", 1)); var tryGetValueMethod = MetadataObjectDataType.GetMethod( "TryGetValue", [typeof(string), typeof(MetadataValue).MakeByRefType()] ); tryGetValueMethod.Should().NotBeNull(); var args = new object?[] { null, null }; var act = () => _ = tryGetValueMethod!.Invoke(instance, args); act.Should().Throw() .WithInnerException() .Which.ParamName.Should().Be("key"); } [Fact] public void EqualsObject_WithNonMetadataObjectData_ShouldReturnFalse() { var instance = CreateMetadataObjectData(("key", 1)); var result = instance.Equals("not metadata object data"); result.Should().BeFalse(); } private static object CreateMetadataObjectData(params (string Key, MetadataValue Value)[] values) { var entries = new KeyValuePair[values.Length]; for (var i = 0; i < values.Length; i++) { entries[i] = new KeyValuePair(values[i].Key, values[i].Value); } var constructor = MetadataObjectDataType.GetConstructor( BindingFlags.Instance | BindingFlags.NonPublic, binder: null, [typeof(KeyValuePair[]), typeof(IEqualityComparer)], modifiers: null )!; return constructor.Invoke([entries, null]); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Metadata/MetadataObjectTests.cs000066400000000000000000001275351516707642500323470ustar00rootroot00000000000000using System; using System.Collections; using System.Collections.Generic; using System.Linq; using FluentAssertions; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.Metadata; public sealed class MetadataObjectTests { [Fact] public void Empty_ShouldHaveZeroCount() { var obj = MetadataObject.Empty; obj.Should().BeEmpty(); } [Fact] public void Create_WithProperties_ShouldStoreAll() { var obj = MetadataObject.Create( ("name", "John"), ("age", 30), ("active", true) ); obj.Should().HaveCount(3); obj.TryGetString("name", out var name).Should().BeTrue(); name.Should().Be("John"); obj.TryGetInt64("age", out var age).Should().BeTrue(); age.Should().Be(30L); obj.TryGetBoolean("active", out var active).Should().BeTrue(); active.Should().BeTrue(); } [Fact] public void Create_ShouldPreserveInsertionOrder() { var obj = MetadataObject.Create( ("zebra", 1), ("apple", 2), ("mango", 3) ); var keys = new List(); foreach (var kvp in obj) { keys.Add(kvp.Key); } keys.Should().Equal("zebra", "apple", "mango"); } [Fact] public void Indexer_ExistingKey_ShouldReturnValue() { var obj = MetadataObject.Create(("foo", "bar")); var value = obj["foo"]; value.Kind.Should().Be(MetadataKind.String); value.TryGetString(out var str).Should().BeTrue(); str.Should().Be("bar"); } [Fact] public void Indexer_MissingKey_ShouldThrow() { var obj = MetadataObject.Create(("foo", "bar")); var act = () => obj["missing"]; act.Should().Throw(); } [Fact] public void ContainsKey_ShouldReturnCorrectResult() { var obj = MetadataObject.Create(("exists", 1)); obj.ContainsKey("exists").Should().BeTrue(); obj.ContainsKey("missing").Should().BeFalse(); } [Fact] public void TryGetValue_ExistingKey_ShouldReturnTrue() { var obj = MetadataObject.Create(("key", 42)); obj.TryGetValue("key", out var value).Should().BeTrue(); value.TryGetInt64(out var result).Should().BeTrue(); result.Should().Be(42L); } [Fact] public void TryGetValue_MissingKey_ShouldReturnFalse() { var obj = MetadataObject.Create(("key", 42)); obj.TryGetValue("missing", out _).Should().BeFalse(); } [Fact] public void TryGetDecimal_ShouldParseDecimalString() { var obj = MetadataObject.Create(("price", MetadataValue.FromDecimal(19.99m))); obj.TryGetDecimal("price", out var price).Should().BeTrue(); price.Should().Be(19.99m); } [Fact] public void TryGetArray_ShouldReturnNestedArray() { var nested = MetadataArray.Create(1, 2, 3); var obj = MetadataObject.Create(("items", nested)); obj.TryGetArray("items", out var items).Should().BeTrue(); items.Should().HaveCount(3); } [Fact] public void TryGetObject_ShouldReturnNestedObject() { var nested = MetadataObject.Create(("inner", "value")); var obj = MetadataObject.Create(("nested", nested)); obj.TryGetObject("nested", out var result).Should().BeTrue(); result.TryGetString("inner", out var inner).Should().BeTrue(); inner.Should().Be("value"); } [Fact] public void ImplicitConversion_ToMetadataValue_ShouldWork() { var obj = MetadataObject.Create(("key", "value")); MetadataValue value = obj; value.Kind.Should().Be(MetadataKind.Object); value.TryGetObject(out var result).Should().BeTrue(); result.Should().ContainSingle(); } [Fact] public void Enumeration_ShouldIterateAllProperties() { var obj = MetadataObject.Create(("a", 1), ("b", 2), ("c", 3)); var count = 0; foreach (var kvp in obj) { count++; kvp.Key.Should().NotBeNull(); } count.Should().Be(3); } [Fact] public void Equals_WithIdenticalObjects_ShouldReturnTrue() { var left = MetadataObject.Create(("name", "Alice"), ("age", 30)); var right = MetadataObject.Create(("name", "Alice"), ("age", 30)); (left == right).Should().BeTrue(); (left != right).Should().BeFalse(); left.Equals(right).Should().BeTrue(); } [Fact] public void Equals_WithDifferentValues_ShouldReturnFalse() { var left = MetadataObject.Create(("name", "Alice"), ("age", 30)); var right = MetadataObject.Create(("name", "Bob"), ("age", 30)); (left == right).Should().BeFalse(); (left != right).Should().BeTrue(); left.Equals(right).Should().BeFalse(); } [Fact] public void Equals_WithDifferentKeys_ShouldReturnFalse() { var left = MetadataObject.Create(("name", "Alice")); var right = MetadataObject.Create(("username", "Alice")); (left == right).Should().BeFalse(); (left != right).Should().BeTrue(); } [Fact] public void Equals_WithDifferentCounts_ShouldReturnFalse() { var left = MetadataObject.Create(("name", "Alice")); var right = MetadataObject.Create(("name", "Alice"), ("age", 30)); (left == right).Should().BeFalse(); (left != right).Should().BeTrue(); } [Fact] public void Equals_BothEmpty_ShouldReturnTrue() { var left = MetadataObject.Empty; var right = MetadataObject.Empty; (left == right).Should().BeTrue(); (left != right).Should().BeFalse(); left.Equals(right).Should().BeTrue(); } [Fact] public void Equals_EmptyVsNonEmpty_ShouldReturnFalse() { var empty = MetadataObject.Empty; var nonEmpty = MetadataObject.Create(("key", "value")); (empty == nonEmpty).Should().BeFalse(); (empty != nonEmpty).Should().BeTrue(); } [Fact] public void Equals_BothDefault_ShouldReturnTrue() { var left = default(MetadataObject); var right = default(MetadataObject); left.Equals(right).Should().BeTrue(); (left == right).Should().BeTrue(); } [Fact] public void Equals_DefaultVsNonEmpty_ShouldReturnFalse() { var defaultObj = default(MetadataObject); var nonEmpty = MetadataObject.Create(("key", "value")); defaultObj.Equals(nonEmpty).Should().BeFalse(); (defaultObj == nonEmpty).Should().BeFalse(); } [Fact] public void Equals_NonEmptyVsDefault_ShouldReturnFalse() { var nonEmpty = MetadataObject.Create(("key", "value")); var defaultObj = default(MetadataObject); nonEmpty.Equals(defaultObj).Should().BeFalse(); (nonEmpty == defaultObj).Should().BeFalse(); } [Fact] public void Equals_DefaultVsEmpty_ShouldReturnFalse() { var defaultObj = default(MetadataObject); var empty = MetadataObject.Empty; // default(MetadataObject) has null Data, Empty has non-null Data defaultObj.Equals(empty).Should().BeFalse(); (defaultObj == empty).Should().BeFalse(); } [Fact] public void Equals_WithNestedObjects_ShouldCompareByValue() { var nested1 = MetadataObject.Create(("inner", "value")); var nested2 = MetadataObject.Create(("inner", "value")); var left = MetadataObject.Create(("nested", nested1)); var right = MetadataObject.Create(("nested", nested2)); (left == right).Should().BeTrue(); } [Fact] public void GetHashCode_WithIdenticalObjects_ShouldReturnSameHash() { var left = MetadataObject.Create(("name", "Alice"), ("age", 30)); var right = MetadataObject.Create(("name", "Alice"), ("age", 30)); left.GetHashCode().Should().Be(right.GetHashCode()); } [Fact] public void Equals_WithObject_ShouldUseOverride() { var obj1 = MetadataObject.Create(("key", "value")); var obj2 = MetadataObject.Create(("key", "value")); object boxedObj2 = obj2; obj1.Equals(boxedObj2).Should().BeTrue(); } [Fact] public void HasOnlyPrimitiveChildren_WithOnlyPrimitives_ShouldReturnTrue() { var obj = MetadataObject.Create(("a", 1), ("b", "string"), ("c", true), ("d", 3.14)); obj.HasOnlyPrimitiveChildren.Should().BeTrue(); } [Fact] public void HasOnlyPrimitiveChildren_WithNestedArray_ShouldReturnFalse() { var nested = MetadataArray.Create(1, 2, 3); var obj = MetadataObject.Create(("a", 1), ("items", nested)); obj.HasOnlyPrimitiveChildren.Should().BeFalse(); } [Fact] public void HasOnlyPrimitiveChildren_WithNestedObject_ShouldReturnFalse() { var nested = MetadataObject.Create(("inner", "value")); var obj = MetadataObject.Create(("a", 1), ("nested", nested)); obj.HasOnlyPrimitiveChildren.Should().BeFalse(); } [Fact] public void HasOnlyPrimitiveChildren_OnEmptyObject_ShouldReturnTrue() { var obj = MetadataObject.Empty; obj.HasOnlyPrimitiveChildren.Should().BeTrue(); } [Fact] public void HasOnlyPrimitiveChildren_OnDefaultObject_ShouldReturnTrue() { var obj = default(MetadataObject); obj.HasOnlyPrimitiveChildren.Should().BeTrue(); } [Fact] public void HasOnlyPrimitiveChildren_IsCached() { var obj = MetadataObject.Create(("a", 1), ("b", 2)); // Call twice to exercise caching var result1 = obj.HasOnlyPrimitiveChildren; var result2 = obj.HasOnlyPrimitiveChildren; result1.Should().Be(result2).And.BeTrue(); } [Fact] public void ToString_WithZeroEntries_ShouldReturnEmptyObject() { var obj = MetadataObject.Empty; obj.ToString().Should().Be("{}"); } [Fact] public void ToString_WithOneEntry_ShouldFormatCorrectly() { var obj = MetadataObject.Create(("key", "value")); obj.ToString().Should().Be("{\"key\": \"value\"}"); } [Fact] public void ToString_WithTwoEntries_ShouldFormatCorrectly() { var obj = MetadataObject.Create(("a", 1), ("b", 2)); obj.ToString().Should().Be("{\"a\": 1, \"b\": 2}"); } [Fact] public void ToString_WithThreeEntries_ShouldFormatCorrectly() { var obj = MetadataObject.Create(("a", 1), ("b", 2), ("c", 3)); obj.ToString().Should().Be("{\"a\": 1, \"b\": 2, \"c\": 3}"); } [Fact] public void ToString_WithFourEntries_ShouldFormatCorrectly() { var obj = MetadataObject.Create(("a", 1), ("b", 2), ("c", 3), ("d", 4)); obj.ToString().Should().Be("{\"a\": 1, \"b\": 2, \"c\": 3, \"d\": 4}"); } [Fact] public void ToString_WithFiveEntries_ShouldFormatCorrectly() { var obj = MetadataObject.Create(("a", 1), ("b", 2), ("c", 3), ("d", 4), ("e", 5)); obj.ToString().Should().Be("{\"a\": 1, \"b\": 2, \"c\": 3, \"d\": 4, \"e\": 5}"); } [Fact] public void ToString_WithSixOrMoreEntries_ShouldUseStringBuilder() { var obj = MetadataObject.Create( ("a", 1), ("b", 2), ("c", 3), ("d", 4), ("e", 5), ("f", 6) ); obj.ToString().Should().Be("{\"a\": 1, \"b\": 2, \"c\": 3, \"d\": 4, \"e\": 5, \"f\": 6}"); } [Fact] public void ToString_WithManyEntries_ShouldFormatCorrectly() { var obj = MetadataObject.Create( ("a", 1), ("b", 2), ("c", 3), ("d", 4), ("e", 5), ("f", 6), ("g", 7), ("h", 8) ); var result = obj.ToString(); result.Should().StartWith("{\"a\": 1"); result.Should().EndWith("\"h\": 8}"); } [Fact] public void ToString_OnDefaultObject_ShouldReturnEmptyObject() { var obj = default(MetadataObject); obj.ToString().Should().Be("{}"); } [Fact] public void Create_WithCustomKeyComparer_ShouldUseComparer() { var obj = MetadataObject.Create( StringComparer.OrdinalIgnoreCase, ("Key", "value1") ); obj.TryGetValue("key", out var value).Should().BeTrue(); value.TryGetString(out var str).Should().BeTrue(); str.Should().Be("value1"); } [Fact] public void Create_WithCustomKeyComparer_ContainsKey_ShouldUseCaseInsensitiveComparison() { var obj = MetadataObject.Create( StringComparer.OrdinalIgnoreCase, ("MyKey", 42) ); obj.ContainsKey("MYKEY").Should().BeTrue(); obj.ContainsKey("mykey").Should().BeTrue(); } [Fact] public void Create_WithCustomKeyComparer_AndNullProperties_ShouldReturnEmpty() { var obj = MetadataObject.Create(StringComparer.OrdinalIgnoreCase, null); obj.Should().BeEmpty(); } [Fact] public void Create_WithCustomKeyComparer_AndEmptyProperties_ShouldReturnEmpty() { var obj = MetadataObject.Create(StringComparer.OrdinalIgnoreCase); obj.Should().BeEmpty(); } [Fact] public void Equals_WithCustomKeyComparer_ShouldCompareUsingComparer() { var obj1 = MetadataObject.Create( StringComparer.OrdinalIgnoreCase, ("Key", "value") ); var obj2 = MetadataObject.Create( StringComparer.OrdinalIgnoreCase, ("Key", "value") ); obj1.Equals(obj2).Should().BeTrue(); } [Fact] public void Equals_WithCustomKeyComparer_DifferentKeys_ShouldReturnFalse() { var obj1 = MetadataObject.Create( StringComparer.OrdinalIgnoreCase, ("Key1", "value") ); var obj2 = MetadataObject.Create( StringComparer.OrdinalIgnoreCase, ("Key2", "value") ); obj1.Equals(obj2).Should().BeFalse(); } [Fact] public void Equals_WithCustomKeyComparer_DifferentValues_ShouldReturnFalse() { var obj1 = MetadataObject.Create( StringComparer.OrdinalIgnoreCase, ("Key", "value1") ); var obj2 = MetadataObject.Create( StringComparer.OrdinalIgnoreCase, ("Key", "value2") ); obj1.Equals(obj2).Should().BeFalse(); } [Fact] public void TryGetValue_SmallObjectWithKeyComparer_MissingKey_ShouldReturnFalse() { // Small object (< DictionaryThreshold) with key comparer exercises linear search with comparer var obj = MetadataObject.Create( StringComparer.OrdinalIgnoreCase, ("Key1", 1), ("Key2", 2), ("Key3", 3) ); obj.TryGetValue("missing", out var value).Should().BeFalse(); value.Should().Be(default(MetadataValue)); } [Fact] public void TryGetValue_OnEmptyObject_ShouldReturnFalse() { var obj = MetadataObject.Empty; obj.TryGetValue("any", out var value).Should().BeFalse(); value.Should().Be(default(MetadataValue)); } [Fact] public void ContainsKey_OnEmptyObject_ShouldReturnFalse() { var obj = MetadataObject.Empty; obj.ContainsKey("any").Should().BeFalse(); } [Fact] public void Enumerator_Reset_ShouldResetToBeginning() { var obj = MetadataObject.Create(("a", 1), ("b", 2)); using var enumerator = obj.GetEnumerator(); enumerator.MoveNext(); enumerator.MoveNext(); enumerator.Reset(); enumerator.MoveNext(); enumerator.Current.Key.Should().Be("a"); } [Fact] public void Enumerator_Current_ViaIEnumerator_ShouldReturnBoxedValue() { var obj = MetadataObject.Create(("key", 42)); IEnumerator enumerator = obj.GetEnumerator(); enumerator.MoveNext(); var current = (KeyValuePair) enumerator.Current; current.Key.Should().Be("key"); (enumerator as IDisposable)?.Dispose(); } [Fact] public void Enumerator_Dispose_ShouldNotThrow() { var obj = MetadataObject.Create(("k", "v")); var enumerator = obj.GetEnumerator(); var act = () => enumerator.Dispose(); act.Should().NotThrow(); } [Fact] public void Enumerator_OnEmptyObject_MoveNext_ShouldReturnFalse() { var obj = MetadataObject.Empty; using var enumerator = obj.GetEnumerator(); enumerator.MoveNext().Should().BeFalse(); } [Fact] public void Enumerator_OnDefaultObject_MoveNext_ShouldReturnFalse() { var obj = default(MetadataObject); using var enumerator = obj.GetEnumerator(); enumerator.MoveNext().Should().BeFalse(); } [Fact] public void IEnumerableGeneric_GetEnumerator_ShouldWork() { var obj = MetadataObject.Create(("a", 1), ("b", 2)); IEnumerable> enumerable = obj; var list = enumerable.ToList(); list.Should().HaveCount(2); } [Fact] public void IEnumerable_GetEnumerator_ShouldWork() { var obj = MetadataObject.Create(("a", 1), ("b", 2)); IEnumerable enumerable = obj; var count = 0; foreach (var _ in enumerable) { count++; } count.Should().Be(2); } [Fact] public void Keys_OnDefaultObject_ShouldReturnEmpty() { var obj = default(MetadataObject); obj.Keys.Should().BeEmpty(); } [Fact] public void Keys_ShouldReturnAllKeys() { var obj = MetadataObject.Create(("a", 1), ("b", 2), ("c", 3)); obj.Keys.Should().BeEquivalentTo("a", "b", "c"); } [Fact] public void Values_OnDefaultObject_ShouldReturnEmpty() { var obj = default(MetadataObject); obj.Values.Should().BeEmpty(); } [Fact] public void Values_ShouldReturnAllValues() { var obj = MetadataObject.Create(("a", 1), ("b", 2)); obj.Values.Should().HaveCount(2); } [Fact] public void Indexer_OnMissingKey_ShouldThrow() { var obj = MetadataObject.Create(("a", 1)); var act = () => obj["missing"]; act.Should().Throw(); } [Fact] public void ContainsKey_WithNullKey_ShouldThrow() { var obj = MetadataObject.Create(("a", 1)); var act = () => obj.ContainsKey(null!); act.Should().Throw(); } [Fact] public void ContainsKey_OnDefaultObject_ShouldReturnFalse() { var obj = default(MetadataObject); obj.ContainsKey("any").Should().BeFalse(); } [Fact] public void TryGetValue_WithNullKey_ShouldThrow() { var obj = MetadataObject.Create(("a", 1)); var act = () => obj.TryGetValue(null!, out _); act.Should().Throw(); } [Fact] public void TryGetValue_OnDefaultObject_ShouldReturnFalse() { var obj = default(MetadataObject); obj.TryGetValue("any", out var value).Should().BeFalse(); value.Should().Be(default(MetadataValue)); } [Fact] public void TryGetBoolean_WhenKeyNotFound_ShouldReturnFalse() { var obj = MetadataObject.Create(("a", 1)); obj.TryGetBoolean("missing", out var value).Should().BeFalse(); value.Should().BeFalse(); } [Fact] public void TryGetBoolean_WhenWrongType_ShouldReturnFalse() { var obj = MetadataObject.Create(("a", "string")); obj.TryGetBoolean("a", out var value).Should().BeFalse(); value.Should().BeFalse(); } [Fact] public void TryGetInt64_WhenKeyNotFound_ShouldReturnFalse() { var obj = MetadataObject.Create(("a", "string")); obj.TryGetInt64("missing", out var value).Should().BeFalse(); value.Should().Be(0); } [Fact] public void TryGetInt64_WhenWrongType_ShouldReturnFalse() { var obj = MetadataObject.Create(("a", "string")); obj.TryGetInt64("a", out var value).Should().BeFalse(); value.Should().Be(0); } [Fact] public void TryGetDouble_WhenKeyNotFound_ShouldReturnFalse() { var obj = MetadataObject.Create(("a", 1)); obj.TryGetDouble("missing", out var value).Should().BeFalse(); value.Should().Be(0.0); } [Fact] public void TryGetDouble_WhenWrongType_ShouldReturnFalse() { var obj = MetadataObject.Create(("a", "string")); obj.TryGetDouble("a", out var value).Should().BeFalse(); value.Should().Be(0.0); } [Fact] public void TryGetDouble_WhenDoubleType_ShouldReturnTrue() { var obj = MetadataObject.Create(("pi", MetadataValue.FromDouble(3.14159))); obj.TryGetDouble("pi", out var value).Should().BeTrue(); value.Should().Be(3.14159); } [Fact] public void TryGetString_WhenKeyNotFound_ShouldReturnFalse() { var obj = MetadataObject.Create(("a", 1)); obj.TryGetString("missing", out var value).Should().BeFalse(); value.Should().BeNull(); } [Fact] public void TryGetString_WhenWrongType_ShouldReturnFalse() { var obj = MetadataObject.Create(("a", 42)); obj.TryGetString("a", out var value).Should().BeFalse(); value.Should().BeNull(); } [Fact] public void TryGetDecimal_WhenKeyNotFound_ShouldReturnFalse() { var obj = MetadataObject.Create(("a", "string")); obj.TryGetDecimal("missing", out var value).Should().BeFalse(); value.Should().Be(0); } [Fact] public void TryGetDecimal_WhenWrongType_ShouldReturnFalse() { var obj = MetadataObject.Create(("a", true)); obj.TryGetDecimal("a", out var value).Should().BeFalse(); value.Should().Be(0); } [Fact] public void TryGetArray_WhenKeyNotFound_ShouldReturnFalse() { var obj = MetadataObject.Create(("a", 1)); obj.TryGetArray("missing", out var value).Should().BeFalse(); value.Count.Should().Be(0); } [Fact] public void TryGetArray_WhenWrongType_ShouldReturnFalse() { var obj = MetadataObject.Create(("a", 42)); obj.TryGetArray("a", out var value).Should().BeFalse(); value.Count.Should().Be(0); } [Fact] public void TryGetObject_WhenKeyNotFound_ShouldReturnFalse() { var obj = MetadataObject.Create(("a", 1)); obj.TryGetObject("missing", out var value).Should().BeFalse(); value.Count.Should().Be(0); } [Fact] public void TryGetObject_WhenWrongType_ShouldReturnFalse() { var obj = MetadataObject.Create(("a", 42)); obj.TryGetObject("a", out var value).Should().BeFalse(); value.Count.Should().Be(0); } [Fact] public void NotEqualOperator_ShouldReturnTrueForDifferentObjects() { var obj1 = MetadataObject.Create(("a", 1)); var obj2 = MetadataObject.Create(("b", 2)); (obj1 != obj2).Should().BeTrue(); } [Fact] public void Equals_Object_WithMetadataObject_ShouldReturnTrue() { var obj = MetadataObject.Create(("a", 1)); object boxed = obj; obj.Equals(boxed).Should().BeTrue(); } [Fact] public void Equals_Object_WithNonMetadataObject_ShouldReturnFalse() { var obj = MetadataObject.Create(("a", 1)); // ReSharper disable once SuspiciousTypeConversion.Global -- OK in this test scenario obj.Equals("not an object").Should().BeFalse(); } [Fact] public void Equals_Object_WithNull_ShouldReturnFalse() { var obj = MetadataObject.Create(("a", 1)); obj.Equals(null).Should().BeFalse(); } [Fact] public void GetHashCode_DefaultObject_ShouldReturnZero() { var obj = default(MetadataObject); obj.GetHashCode().Should().Be(0); } [Fact] public void GetHashCode_SameObject_ShouldReturnConsistentValue() { var obj = MetadataObject.Create(("a", 1), ("b", 2)); var hash1 = obj.GetHashCode(); var hash2 = obj.GetHashCode(); hash1.Should().Be(hash2); } [Fact] public void Count_OnDefaultObject_ShouldReturnZero() { var obj = default(MetadataObject); obj.Count.Should().Be(0); } [Fact] public void Create_WithNullKey_ShouldThrow() { var act = () => MetadataObject.Create((null!, 1)); act.Should().Throw(); } [Fact] public void Create_WithDuplicateKeys_ShouldUseLastValue() { var obj = MetadataObject.Create(("a", 1), ("a", 2)); // With insertion order and linear search, the first occurrence is found // Duplicate keys are allowed but only the first value is accessible via lookup obj.TryGetInt64("a", out var value).Should().BeTrue(); value.Should().Be(1L); } [Fact] public void GetHashCode_WithMultipleEntries_ShouldReturnConsistentValue() { var obj = MetadataObject.Create(("key1", 1), ("key2", 2), ("key3", 3)); var hash1 = obj.GetHashCode(); var hash2 = obj.GetHashCode(); hash1.Should().Be(hash2); } [Fact] public void GetHashCode_EqualObjects_ShouldReturnSameHash() { var obj1 = MetadataObject.Create(("a", 1), ("b", 2)); var obj2 = MetadataObject.Create(("a", 1), ("b", 2)); obj1.GetHashCode().Should().Be(obj2.GetHashCode()); } [Fact] public void TryGetValue_WithLargeObject_ShouldUseDictionaryLookup() { // More than DictionaryThreshold (10) entries to trigger dictionary lookup var obj = MetadataObject.Create( ("key0", 0), ("key1", 1), ("key2", 2), ("key3", 3), ("key4", 4), ("key5", 5), ("key6", 6), ("key7", 7), ("key8", 8), ("key9", 9), ("key10", 10) ); var result = obj.TryGetValue("key5", out var value); result.Should().BeTrue(); value.Should().Be(MetadataValue.FromInt64(5)); } [Fact] public void TryGetValue_WithLargeObject_MissingKey_ShouldReturnFalse() { // More than DictionaryThreshold (10) entries to trigger dictionary lookup var obj = MetadataObject.Create( ("key0", 0), ("key1", 1), ("key2", 2), ("key3", 3), ("key4", 4), ("key5", 5), ("key6", 6), ("key7", 7), ("key8", 8), ("key9", 9), ("key10", 10) ); var result = obj.TryGetValue("missing", out var value); result.Should().BeFalse(); value.Should().Be(default(MetadataValue)); } [Fact] public void ContainsKey_WithLargeObject_ShouldUseDictionaryLookup() { // More than DictionaryThreshold (10) entries to trigger dictionary lookup var obj = MetadataObject.Create( ("key0", 0), ("key1", 1), ("key2", 2), ("key3", 3), ("key4", 4), ("key5", 5), ("key6", 6), ("key7", 7), ("key8", 8), ("key9", 9), ("key10", 10) ); obj.ContainsKey("key7").Should().BeTrue(); obj.ContainsKey("missing").Should().BeFalse(); } [Fact] public void TryGetValue_WithLargeObjectAndKeyComparer_ShouldUseDictionaryLookup() { // More than DictionaryThreshold (10) entries with key comparer to trigger dictionary lookup var obj = MetadataObject.Create( StringComparer.OrdinalIgnoreCase, ("Key0", 0), ("Key1", 1), ("Key2", 2), ("Key3", 3), ("Key4", 4), ("Key5", 5), ("Key6", 6), ("Key7", 7), ("Key8", 8), ("Key9", 9), ("Key10", 10) ); // Should find keys case-insensitively obj.TryGetValue("KEY5", out var value).Should().BeTrue(); value.Should().Be(MetadataValue.FromInt64(5)); obj.TryGetValue("key10", out var value2).Should().BeTrue(); value2.Should().Be(MetadataValue.FromInt64(10)); } [Fact] public void TryGetValue_WithLargeObjectAndKeyComparer_MissingKey_ShouldReturnFalse() { // More than DictionaryThreshold (10) entries with key comparer var obj = MetadataObject.Create( StringComparer.OrdinalIgnoreCase, ("Key0", 0), ("Key1", 1), ("Key2", 2), ("Key3", 3), ("Key4", 4), ("Key5", 5), ("Key6", 6), ("Key7", 7), ("Key8", 8), ("Key9", 9), ("Key10", 10) ); obj.TryGetValue("missing", out var value).Should().BeFalse(); value.Should().Be(default(MetadataValue)); } [Fact] public void Equals_WithDifferentKeysSameCount_ShouldReturnFalse() { var obj1 = MetadataObject.Create(("a", 1), ("b", 2)); var obj2 = MetadataObject.Create(("c", 1), ("d", 2)); obj1.Equals(obj2).Should().BeFalse(); } [Fact] public void Equals_WithDifferentValuesSameKeys_ShouldReturnFalse() { var obj1 = MetadataObject.Create(("a", 1), ("b", 2)); var obj2 = MetadataObject.Create(("a", 1), ("b", 99)); obj1.Equals(obj2).Should().BeFalse(); } [Fact] public void Builder_Create_ShouldCreateEmptyBuilder() { using var builder = MetadataObjectBuilder.Create(); var obj = builder.Build(); obj.Should().BeEmpty(); } [Fact] public void Builder_Create_WithCapacity_ShouldCreateEmptyBuilder() { using var builder = MetadataObjectBuilder.Create(capacity: 10); builder.Count.Should().Be(0); } [Fact] public void Builder_Create_WithZeroCapacity_ShouldThrow() { var act = () => _ = MetadataObjectBuilder.Create(capacity: 0); act.Should().Throw().Where(x => x.ParamName == "capacity"); } [Fact] public void Builder_From_ShouldCopyExistingObject() { var original = MetadataObject.Create(("a", 1), ("b", 2)); using var builder = MetadataObjectBuilder.From(original); builder.Add("c", 3); var result = builder.Build(); result.Should().HaveCount(3); result.ContainsKey("a").Should().BeTrue(); result.ContainsKey("b").Should().BeTrue(); result.ContainsKey("c").Should().BeTrue(); } [Fact] public void Builder_From_WithEmptyObject_ShouldCreateEmptyBuilder() { using var builder = MetadataObjectBuilder.From(MetadataObject.Empty); builder.Count.Should().Be(0); } [Fact] public void Builder_From_WithDefaultObject_ShouldCreateEmptyBuilder() { using var builder = MetadataObjectBuilder.From(default); builder.Count.Should().Be(0); } [Fact] public void Builder_Add_ShouldAccumulateProperties() { using var builder = MetadataObjectBuilder.Create(); builder.Add("name", "Alice"); builder.Add("age", 25); var obj = builder.Build(); obj.Should().HaveCount(2); obj.TryGetString("name", out var name).Should().BeTrue(); name.Should().Be("Alice"); } [Fact] public void Builder_Add_ShouldPreserveInsertionOrder() { using var builder = MetadataObjectBuilder.Create(); builder.Add("z", 1); builder.Add("a", 2); builder.Add("m", 3); var obj = builder.Build(); var keys = new List(); foreach (var kvp in obj) { keys.Add(kvp.Key); } keys.Should().Equal("z", "a", "m"); } [Fact] public void Builder_Add_WithDuplicateKey_ShouldThrow() { using var builder = MetadataObjectBuilder.Create(); builder.Add("key", 1); // ReSharper disable once AccessToDisposedClosure -- thats fine, act is called before disposal var act = () => builder.Add("key", 2); act.Should().Throw(); } [Fact] public void Builder_Add_WithNullKey_ShouldThrow() { using var builder = MetadataObjectBuilder.Create(); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal var act = () => builder.Add(null!, 1); act.Should().Throw() .WithParameterName("key"); } [Fact] public void Builder_Add_ManyEntries_ShouldExpandCapacity() { using var builder = MetadataObjectBuilder.Create(capacity: 2); for (var i = 0; i < 10; i++) { builder.Add($"key{i}", i); } builder.Count.Should().Be(10); } [Fact] public void Builder_Add_AfterBuild_ShouldThrow() { var builder = MetadataObjectBuilder.Create(); builder.Build(); var act = () => builder.Add("key", 1); act.Should().Throw() .WithMessage("*already been used*"); } [Fact] public void Builder_Replace_ShouldUpdateExistingKey() { using var builder = MetadataObjectBuilder.Create(); builder.Add("key", 1); builder.Replace("key", 2); builder.TryGetValue("key", out var value).Should().BeTrue(); value.TryGetInt64(out var intValue).Should().BeTrue(); intValue.Should().Be(2L); } [Fact] public void Builder_Replace_MissingKey_ShouldThrow() { using var builder = MetadataObjectBuilder.Create(); // ReSharper disable once AccessToDisposedClosure -- thats fine, act is called before disposal var act = () => builder.Replace("missing", 1); act.Should().Throw(); } [Fact] public void Builder_Replace_WithNullKey_ShouldThrow() { using var builder = MetadataObjectBuilder.Create(); // ReSharper disable once AccessToDisposedClosure -- thats fine, act is called before disposal var act = () => builder.Replace(null!, 1); act.Should().Throw() .WithParameterName("key"); } [Fact] public void Builder_Replace_AfterBuild_ShouldThrow() { var builder = MetadataObjectBuilder.Create(); builder.Add("key", 1); builder.Build(); var act = () => builder.Replace("key", 2); act.Should().Throw() .WithMessage("*already been used*"); } [Fact] public void Builder_AddOrReplace_ExistingKey_ShouldUpdateValue() { using var builder = MetadataObjectBuilder.Create(); builder.Add("key", 1); builder.AddOrReplace("key", 2); var obj = builder.Build(); obj.TryGetInt64("key", out var value).Should().BeTrue(); value.Should().Be(2L); } [Fact] public void Builder_AddOrReplace_NewKey_ShouldAppendEntry() { using var builder = MetadataObjectBuilder.Create(); builder.Add("a", 1); builder.Add("z", 3); builder.AddOrReplace("m", 2); var obj = builder.Build(); var keys = new List(); foreach (var kvp in obj) { keys.Add(kvp.Key); } // New keys are appended at the end, preserving insertion order keys.Should().Equal("a", "z", "m"); } [Fact] public void Builder_AddOrReplace_WithNullKey_ShouldThrow() { using var builder = MetadataObjectBuilder.Create(); // ReSharper disable once AccessToDisposedClosure -- thats fine, act is called before disposal var act = () => builder.AddOrReplace(null!, 1); act.Should().Throw() .WithParameterName("key"); } [Fact] public void Builder_AddOrReplace_AfterBuild_ShouldThrow() { var builder = MetadataObjectBuilder.Create(); builder.Build(); var act = () => builder.AddOrReplace("key", 1); act.Should().Throw() .WithMessage("*already been used*"); } [Fact] public void Builder_TryGetValue_ShouldFindExistingKey() { using var builder = MetadataObjectBuilder.Create(); builder.Add("key", 42); builder.TryGetValue("key", out var value).Should().BeTrue(); value.TryGetInt64(out var result).Should().BeTrue(); result.Should().Be(42L); } [Fact] public void Builder_TryGetValue_MissingKey_ShouldReturnFalse() { using var builder = MetadataObjectBuilder.Create(); builder.Add("key", 1); var result = builder.TryGetValue("missing", out var value); result.Should().BeFalse(); value.Should().Be(default(MetadataValue)); } [Fact] public void Builder_TryGetValue_WithNullKey_ShouldThrow() { using var builder = MetadataObjectBuilder.Create(); // ReSharper disable once AccessToDisposedClosure -- thats fine, act is called before disposal var act = () => builder.TryGetValue(null!, out _); act.Should().Throw() .WithParameterName("key"); } [Fact] public void Builder_ContainsKey_ShouldReturnCorrectResult() { using var builder = MetadataObjectBuilder.Create(); builder.Add("exists", 1); builder.ContainsKey("exists").Should().BeTrue(); builder.ContainsKey("missing").Should().BeFalse(); } [Fact] public void Builder_ContainsKey_WithNullKey_ShouldThrow() { using var builder = MetadataObjectBuilder.Create(); // ReSharper disable once AccessToDisposedClosure -- thats fine, act is called before disposal var act = () => builder.ContainsKey(null!); act.Should().Throw() .WithParameterName("key"); } [Fact] public void Builder_Build_CalledTwice_ShouldThrow() { var builder = MetadataObjectBuilder.Create(); builder.Build(); var act = () => builder.Build(); act.Should().Throw(); } [Fact] public void Builder_Dispose_WithoutBuild_ShouldNotThrow() { var builder = MetadataObjectBuilder.Create(); builder.Add("key", 1); var act = () => builder.Dispose(); act.Should().NotThrow(); } [Fact] public void Builder_Dispose_CalledTwice_ShouldNotThrow() { var builder = MetadataObjectBuilder.Create(); builder.Dispose(); var act = () => builder.Dispose(); act.Should().NotThrow(); } [Fact] public void Builder_SetKeyComparer_ShouldAffectKeyLookup() { using var builder = MetadataObjectBuilder.Create(); builder.SetKeyComparer(StringComparer.OrdinalIgnoreCase); builder.Add("Key", "value"); builder.ContainsKey("KEY").Should().BeTrue(); builder.ContainsKey("key").Should().BeTrue(); } [Fact] public void Builder_SetKeyComparer_AfterBuild_ShouldThrow() { var builder = MetadataObjectBuilder.Create(); builder.Build(); var act = () => builder.SetKeyComparer(StringComparer.OrdinalIgnoreCase); act.Should().Throw() .WithMessage("*already been used*"); } [Fact] public void Builder_Add_WithKeyComparer_ShouldDetectDuplicatesCaseInsensitively() { using var builder = MetadataObjectBuilder.Create(); builder.SetKeyComparer(StringComparer.OrdinalIgnoreCase); builder.Add("Key", 1); // ReSharper disable once AccessToDisposedClosure -- thats fine, act is called before disposal var act = () => builder.Add("KEY", 2); act.Should().Throw(); } [Fact] public void Builder_TryGetValue_WithKeyComparer_ShouldFindCaseInsensitively() { using var builder = MetadataObjectBuilder.Create(); builder.SetKeyComparer(StringComparer.OrdinalIgnoreCase); builder.Add("MyKey", 42); builder.TryGetValue("MYKEY", out var value).Should().BeTrue(); value.TryGetInt64(out var result).Should().BeTrue(); result.Should().Be(42L); } [Fact] public void Builder_Replace_WithKeyComparer_ShouldFindCaseInsensitively() { using var builder = MetadataObjectBuilder.Create(); builder.SetKeyComparer(StringComparer.OrdinalIgnoreCase); builder.Add("Key", 1); builder.Replace("KEY", 2); builder.TryGetValue("key", out var value).Should().BeTrue(); value.TryGetInt64(out var result).Should().BeTrue(); result.Should().Be(2L); } [Fact] public void Builder_AddOrReplace_WithKeyComparer_ShouldReplaceCaseInsensitively() { using var builder = MetadataObjectBuilder.Create(); builder.SetKeyComparer(StringComparer.OrdinalIgnoreCase); builder.Add("Key", 1); builder.AddOrReplace("KEY", 2); var obj = builder.Build(); obj.TryGetInt64("key", out var value).Should().BeTrue(); value.Should().Be(2L); } [Fact] public void Builder_Add_ManyEntriesWithKeyComparer_ShouldUseDictionaryLookup() { using var builder = MetadataObjectBuilder.Create(); builder.SetKeyComparer(StringComparer.OrdinalIgnoreCase); // Add more than DictionaryThreshold (10) entries to trigger dictionary lookup for (var i = 0; i < 15; i++) { builder.Add($"key{i}", i); } builder.ContainsKey("KEY10").Should().BeTrue(); builder.ContainsKey("KEY14").Should().BeTrue(); builder.ContainsKey("KEY15").Should().BeFalse(); } [Fact] public void Builder_TryGetValue_WithManyEntries_ShouldUseDictionaryLookup() { using var builder = MetadataObjectBuilder.Create(); for (var i = 0; i < 15; i++) { builder.Add($"key{i}", i); } builder.TryGetValue("key12", out var value).Should().BeTrue(); value.TryGetInt64(out var result).Should().BeTrue(); result.Should().Be(12L); } [Fact] public void Builder_TryGetValue_WithManyEntries_MissingKey_ShouldReturnFalse() { using var builder = MetadataObjectBuilder.Create(); for (var i = 0; i < 15; i++) { builder.Add($"key{i}", i); } builder.TryGetValue("missing", out var value).Should().BeFalse(); value.Should().Be(default(MetadataValue)); } [Fact] public void Builder_AddOrReplace_WithManyEntries_ShouldUpdateDictionary() { using var builder = MetadataObjectBuilder.Create(); for (var i = 0; i < 15; i++) { builder.Add($"key{i}", i); } // Force dictionary creation by lookup builder.ContainsKey("key10"); // Now add new key - should update the dictionary builder.AddOrReplace("newKey", 100); builder.ContainsKey("newKey").Should().BeTrue(); } [Fact] public void Builder_EnsureCapacity_WithVeryLargeCapacity_ShouldWork() { using var builder = MetadataObjectBuilder.Create(capacity: 2); for (var i = 0; i < 100; i++) { builder.Add($"key{i}", i); } builder.Count.Should().Be(100); var obj = builder.Build(); obj.Should().HaveCount(100); } [Fact] public void Builder_Add_OnDefaultBuilder_ShouldAllocateBuffer() { // Using a default builder (not created via Create) exercises the null entries path in EnsureCapacity using var builder = default(MetadataObjectBuilder); builder.Add("key1", 1); builder.Add("key2", 2); builder.Count.Should().Be(2); } [Fact] public void Builder_Build_WithKeyComparer_ShouldPreserveComparer() { using var builder = MetadataObjectBuilder.Create(); builder.SetKeyComparer(StringComparer.OrdinalIgnoreCase); builder.Add("KeyName", "value"); var obj = builder.Build(); obj.TryGetValue("KEYNAME", out var value).Should().BeTrue(); value.TryGetString(out var str).Should().BeTrue(); str.Should().Be("value"); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/Metadata/MetadataValueTests.cs000066400000000000000000000350721516707642500322070ustar00rootroot00000000000000using System; using FluentAssertions; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests.Metadata; public sealed class MetadataValueTests { [Fact] public void Null_ShouldHaveNullKind() { var value = MetadataValue.Null; value.Kind.Should().Be(MetadataKind.Null); value.IsNull.Should().BeTrue(); } [Theory] [InlineData(true)] [InlineData(false)] public void FromBoolean_ShouldStoreValue(bool input) { var value = MetadataValue.FromBoolean(input); value.Kind.Should().Be(MetadataKind.Boolean); value.TryGetBoolean(out var result).Should().BeTrue(); result.Should().Be(input); } [Theory] [InlineData(0L)] [InlineData(42L)] [InlineData(-100L)] [InlineData(long.MaxValue)] [InlineData(long.MinValue)] public void FromInt64_ShouldStoreValue(long input) { var value = MetadataValue.FromInt64(input); value.Kind.Should().Be(MetadataKind.Int64); value.TryGetInt64(out var result).Should().BeTrue(); result.Should().Be(input); } [Theory] [InlineData(0.0)] [InlineData(3.14159)] [InlineData(-273.15)] public void FromDouble_ShouldStoreValue(double input) { var value = MetadataValue.FromDouble(input); value.Kind.Should().Be(MetadataKind.Double); value.TryGetDouble(out var result).Should().BeTrue(); result.Should().Be(input); } [Fact] public void FromDouble_ShouldRejectNaN() { var act = () => MetadataValue.FromDouble(double.NaN); act.Should().Throw(); } [Fact] public void FromDouble_ShouldRejectPositiveInfinity() { var act = () => MetadataValue.FromDouble(double.PositiveInfinity); act.Should().Throw(); } [Fact] public void FromDouble_ShouldRejectNegativeInfinity() { var act = () => MetadataValue.FromDouble(double.NegativeInfinity); act.Should().Throw(); } [Theory] [InlineData("hello")] [InlineData("")] [InlineData("unicode: 日本語")] public void FromString_ShouldStoreValue(string input) { var value = MetadataValue.FromString(input); value.Kind.Should().Be(MetadataKind.String); value.TryGetString(out var result).Should().BeTrue(); result.Should().Be(input); } [Fact] public void FromString_NullShouldReturnNullValue() { var value = MetadataValue.FromString(null); value.Kind.Should().Be(MetadataKind.Null); value.IsNull.Should().BeTrue(); } [Fact] public void FromDecimal_ShouldStoreAsString() { var input = 123.456m; var value = MetadataValue.FromDecimal(input); value.Kind.Should().Be(MetadataKind.String); value.TryGetString(out var str).Should().BeTrue(); str.Should().Be("123.456"); } [Fact] public void TryGetDecimal_ShouldParseDecimalString() { var value = MetadataValue.FromDecimal(99.99m); value.TryGetDecimal(out var result).Should().BeTrue(); result.Should().Be(99.99m); } [Fact] public void TryGetDecimal_ShouldConvertFromInt64() { var value = MetadataValue.FromInt64(42); value.TryGetDecimal(out var result).Should().BeTrue(); result.Should().Be(42m); } [Fact] public void TryGetDecimal_ShouldConvertFromDouble() { var value = MetadataValue.FromDouble(3.5); value.TryGetDecimal(out var result).Should().BeTrue(); result.Should().Be(3.5m); } [Fact] public void ImplicitConversion_FromInt_ShouldWork() { MetadataValue value = 42; value.Kind.Should().Be(MetadataKind.Int64); value.TryGetInt64(out var result).Should().BeTrue(); result.Should().Be(42L); } [Fact] public void ImplicitConversion_FromBool_ShouldWork() { MetadataValue value = true; value.Kind.Should().Be(MetadataKind.Boolean); value.TryGetBoolean(out var result).Should().BeTrue(); result.Should().BeTrue(); } [Fact] public void ImplicitConversion_FromString_ShouldWork() { MetadataValue value = "test"; value.Kind.Should().Be(MetadataKind.String); value.TryGetString(out var result).Should().BeTrue(); result.Should().Be("test"); } [Fact] public void ImplicitConversion_FromFloat_ShouldWork() { MetadataValue value = 3.14f; value.Kind.Should().Be(MetadataKind.Double); value.TryGetDouble(out var result).Should().BeTrue(); result.Should().BeApproximately(3.14, 0.001); } [Fact] public void ImplicitConversion_FromDouble_ShouldWork() { MetadataValue value = 3.14159; value.Kind.Should().Be(MetadataKind.Double); value.TryGetDouble(out var result).Should().BeTrue(); result.Should().Be(3.14159); } [Fact] public void ImplicitConversion_FromDecimal_ShouldWork() { MetadataValue value = 123.456m; value.Kind.Should().Be(MetadataKind.String); value.TryGetString(out var result).Should().BeTrue(); result.Should().Be("123.456"); } [Fact] public void Equality_SameValues_ShouldBeEqual() { var a = MetadataValue.FromInt64(42); var b = MetadataValue.FromInt64(42); a.Should().Be(b); (a == b).Should().BeTrue(); (a != b).Should().BeFalse(); } [Fact] public void Equality_DifferentValues_ShouldNotBeEqual() { var a = MetadataValue.FromInt64(42); var b = MetadataValue.FromInt64(43); a.Should().NotBe(b); (a == b).Should().BeFalse(); (a != b).Should().BeTrue(); } [Fact] public void Equality_DifferentKinds_ShouldNotBeEqual() { var a = MetadataValue.FromInt64(42); var b = MetadataValue.FromDouble(42.0); a.Should().NotBe(b); } [Fact] public void ToString_ShouldReturnReadableRepresentation() { MetadataValue.Null.ToString().Should().Be("null"); MetadataValue.FromBoolean(true).ToString().Should().Be("true"); MetadataValue.FromBoolean(false).ToString().Should().Be("false"); MetadataValue.FromInt64(42).ToString().Should().Be("42"); MetadataValue.FromString("hello").ToString().Should().Be("\"hello\""); } [Fact] public void AsArray_WhenArray_ShouldReturnArray() { var array = MetadataArray.Create(1, 2, 3); var value = MetadataValue.FromArray(array); var result = value.AsArray(); result.Count.Should().Be(3); } [Fact] public void AsArray_WhenNotArray_ShouldThrow() { var value = MetadataValue.FromInt64(42); var act = () => value.AsArray(); act.Should().Throw().WithMessage("*Int64*Array*"); } [Fact] public void AsObject_WhenObject_ShouldReturnObject() { var obj = MetadataObject.Create(("key", "value")); var value = MetadataValue.FromObject(obj); var result = value.AsObject(); result.Count.Should().Be(1); } [Fact] public void AsObject_WhenNotObject_ShouldThrow() { var value = MetadataValue.FromString("test"); var act = () => value.AsObject(); act.Should().Throw().WithMessage("*String*Object*"); } [Fact] public void GetHashCode_Null_ShouldReturnConsistentValue() { var value1 = MetadataValue.Null; var value2 = MetadataValue.Null; value1.GetHashCode().Should().Be(value2.GetHashCode()); } [Fact] public void GetHashCode_Boolean_ShouldReturnConsistentValue() { var value1 = MetadataValue.FromBoolean(true); var value2 = MetadataValue.FromBoolean(true); value1.GetHashCode().Should().Be(value2.GetHashCode()); } [Fact] public void GetHashCode_Int64_ShouldReturnConsistentValue() { var value1 = MetadataValue.FromInt64(42); var value2 = MetadataValue.FromInt64(42); value1.GetHashCode().Should().Be(value2.GetHashCode()); } [Fact] public void GetHashCode_Double_ShouldReturnConsistentValue() { var value1 = MetadataValue.FromDouble(3.14); var value2 = MetadataValue.FromDouble(3.14); value1.GetHashCode().Should().Be(value2.GetHashCode()); } [Fact] public void GetHashCode_String_ShouldReturnConsistentValue() { var value1 = MetadataValue.FromString("test"); var value2 = MetadataValue.FromString("test"); value1.GetHashCode().Should().Be(value2.GetHashCode()); } [Fact] public void GetHashCode_Array_ShouldReturnConsistentValue() { var array = MetadataArray.Create(1, 2); var value1 = MetadataValue.FromArray(array); var value2 = MetadataValue.FromArray(array); value1.GetHashCode().Should().Be(value2.GetHashCode()); } [Fact] public void GetHashCode_Object_ShouldReturnConsistentValue() { var obj = MetadataObject.Create(("k", "v")); var value1 = MetadataValue.FromObject(obj); var value2 = MetadataValue.FromObject(obj); value1.GetHashCode().Should().Be(value2.GetHashCode()); } [Fact] public void ToString_Null_ShouldReturnNull() { var value = MetadataValue.Null; value.ToString().Should().Be("null"); } [Fact] public void ToString_Boolean_True_ShouldReturnTrue() { var value = MetadataValue.FromBoolean(true); value.ToString().Should().Be("true"); } [Fact] public void ToString_Boolean_False_ShouldReturnFalse() { var value = MetadataValue.FromBoolean(false); value.ToString().Should().Be("false"); } [Fact] public void ToString_Int64_ShouldReturnNumber() { var value = MetadataValue.FromInt64(42); value.ToString().Should().Be("42"); } [Fact] public void ToString_Double_ShouldReturnNumber() { var value = MetadataValue.FromDouble(3.14); value.ToString().Should().Be("3.14"); } [Fact] public void ToString_String_ShouldReturnQuotedString() { var value = MetadataValue.FromString("hello"); value.ToString().Should().Be("\"hello\""); } [Fact] public void ToString_Array_ShouldReturnArrayContents() { var value = MetadataValue.FromArray(MetadataArray.Create(1, 2)); value.ToString().Should().Be("[1, 2]"); } [Fact] public void ToString_Object_ShouldReturnBraces() { var value = MetadataValue.FromObject(MetadataObject.Create(("k", "v"))); value.ToString().Should().Be("{...}"); } [Fact] public void Equals_Object_WithMetadataValue_ShouldReturnTrue() { var value1 = MetadataValue.FromInt64(42); object value2 = MetadataValue.FromInt64(42); value1.Equals(value2).Should().BeTrue(); } [Fact] public void Equals_Object_WithNonMetadataValue_ShouldReturnFalse() { var value = MetadataValue.FromInt64(42); value.Equals("not a metadata value").Should().BeFalse(); } [Fact] public void Equals_Object_WithNull_ShouldReturnFalse() { var value = MetadataValue.FromInt64(42); value.Equals(null).Should().BeFalse(); } [Fact] public void NotEqualOperator_ShouldReturnTrueForDifferentValues() { var value1 = MetadataValue.FromInt64(1); var value2 = MetadataValue.FromInt64(2); (value1 != value2).Should().BeTrue(); } [Fact] public void TryGetArray_WhenNotArray_ShouldReturnFalse() { var value = MetadataValue.FromInt64(42); var result = value.TryGetArray(out var array); result.Should().BeFalse(); array.Count.Should().Be(0); } [Fact] public void TryGetObject_WhenNotObject_ShouldReturnFalse() { var value = MetadataValue.FromInt64(42); var result = value.TryGetObject(out var obj); result.Should().BeFalse(); obj.Count.Should().Be(0); } [Fact] public void TryGetDecimal_FromDouble_WithOverflow_ShouldReturnFalse() { var value = MetadataValue.FromDouble(double.MaxValue); var result = value.TryGetDecimal(out var dec); result.Should().BeFalse(); dec.Should().Be(0); } [Fact] public void TryGetDecimal_FromInt64_ShouldSucceed() { var value = MetadataValue.FromInt64(42); var result = value.TryGetDecimal(out var dec); result.Should().BeTrue(); dec.Should().Be(42m); } [Fact] public void TryGetDecimal_FromNull_ShouldReturnFalse() { var value = MetadataValue.Null; var result = value.TryGetDecimal(out var dec); result.Should().BeFalse(); dec.Should().Be(0); } [Fact] public void Equals_DifferentKinds_ShouldReturnFalse() { var int64Value = MetadataValue.FromInt64(1); var doubleValue = MetadataValue.FromDouble(1.0); int64Value.Equals(doubleValue).Should().BeFalse(); } [Fact] public void Equals_Doubles_ShouldCompareCorrectly() { var value1 = MetadataValue.FromDouble(3.14); var value2 = MetadataValue.FromDouble(3.14); var value3 = MetadataValue.FromDouble(2.71); value1.Equals(value2).Should().BeTrue(); value1.Equals(value3).Should().BeFalse(); } [Fact] public void Equals_Strings_ShouldCompareCorrectly() { var value1 = MetadataValue.FromString("test"); var value2 = MetadataValue.FromString("test"); var value3 = MetadataValue.FromString("other"); value1.Equals(value2).Should().BeTrue(); value1.Equals(value3).Should().BeFalse(); } [Fact] public void Equals_Arrays_ShouldCompareByValue() { var array1 = MetadataArray.Create(1, 2); var array2 = MetadataArray.Create(1, 2); var value1 = MetadataValue.FromArray(array1); var value2 = MetadataValue.FromArray(array1); var value3 = MetadataValue.FromArray(array2); value1.Equals(value2).Should().BeTrue(); value1.Equals(value3).Should().BeTrue(); } [Fact] public void Equals_Objects_ShouldCompareByValue() { var obj1 = MetadataObject.Create(("k", "v")); var obj2 = MetadataObject.Create(("k", "v")); var value1 = MetadataValue.FromObject(obj1); var value2 = MetadataValue.FromObject(obj1); var value3 = MetadataValue.FromObject(obj2); value1.Equals(value2).Should().BeTrue(); value1.Equals(value3).Should().BeTrue(); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/MetadataExtensions/000077500000000000000000000000001516707642500301715ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/MetadataExtensions/TracingTests.cs000066400000000000000000000277571516707642500331540ustar00rootroot00000000000000using FluentAssertions; using Light.PortableResults.Metadata; using Light.PortableResults.MetadataExtensions; using Xunit; namespace Light.PortableResults.Tests.MetadataExtensions; public sealed class TracingTests { [Fact] public void WithSource_ShouldAddSourceToMetadata() { var result = Result.Ok(42); var withSource = result.WithSource("UserService"); withSource.Metadata.Should().NotBeNull(); withSource.TryGetSource(out var source).Should().BeTrue(); source.Should().Be("UserService"); withSource.Value.Should().Be(42); } [Fact] public void WithSource_OnResultWithExistingMetadata_ShouldMerge() { var result = Result.Ok("test").MergeMetadata(("requestId", "req-123")); var withSource = result.WithSource("OrderService"); withSource.Metadata.Should().NotBeNull(); withSource.Metadata!.Value.Should().HaveCount(2); withSource.TryGetSource(out var source).Should().BeTrue(); source.Should().Be("OrderService"); withSource.Metadata.Value.TryGetString("requestId", out var requestId).Should().BeTrue(); requestId.Should().Be("req-123"); } [Fact] public void WithSource_OnFailedResult_ShouldPreserveErrors() { var error = new Error { Message = "Validation failed" }; var result = Result.Fail(error); var withSource = result.WithSource("ValidationService"); withSource.IsValid.Should().BeFalse(); withSource.Errors.Should().ContainSingle().Which.Message.Should().Be("Validation failed"); withSource.Metadata.Should().NotBeNull(); withSource.TryGetSource(out var source).Should().BeTrue(); source.Should().Be("ValidationService"); } [Fact] public void WithSource_OnNonGenericResult_ShouldWork() { var result = Result.Ok(); var withSource = result.WithSource("PaymentService"); withSource.Metadata.Should().NotBeNull(); withSource.TryGetSource(out var source).Should().BeTrue(); source.Should().Be("PaymentService"); } [Fact] public void WithCorrelationId_ShouldAddCorrelationIdToMetadata() { var result = Result.Ok(42); var correlationId = "550e8400-e29b-41d4-a716-446655440000"; var withCorrelationId = result.WithCorrelationId(correlationId); withCorrelationId.Metadata.Should().NotBeNull(); withCorrelationId.TryGetCorrelationId(out var id).Should().BeTrue(); id.Should().Be(correlationId); withCorrelationId.Value.Should().Be(42); } [Fact] public void WithCorrelationId_OnResultWithExistingMetadata_ShouldMerge() { var result = Result.Ok("test").MergeMetadata(("userId", "user-456")); var correlationId = "00-4bf92f3577b34da6a3ce929d0e0e4736-00f067aa0ba902b7-01"; var withCorrelationId = result.WithCorrelationId(correlationId); withCorrelationId.Metadata.Should().NotBeNull(); withCorrelationId.Metadata!.Value.Should().HaveCount(2); withCorrelationId.TryGetCorrelationId(out var id).Should().BeTrue(); id.Should().Be(correlationId); withCorrelationId.Metadata.Value.TryGetString("userId", out var userId).Should().BeTrue(); userId.Should().Be("user-456"); } [Fact] public void WithCorrelationId_OnFailedResult_ShouldPreserveErrors() { var error = new Error { Message = "Not found" }; var result = Result.Fail(error); var correlationId = "trace-abc-123"; var withCorrelationId = result.WithCorrelationId(correlationId); withCorrelationId.IsValid.Should().BeFalse(); withCorrelationId.Errors.Should().ContainSingle().Which.Message.Should().Be("Not found"); withCorrelationId.Metadata.Should().NotBeNull(); withCorrelationId.TryGetCorrelationId(out var id).Should().BeTrue(); id.Should().Be(correlationId); } [Fact] public void WithCorrelationId_OnNonGenericResult_ShouldWork() { var result = Result.Ok(); var correlationId = "req-2024-001-xyz"; var withCorrelationId = result.WithCorrelationId(correlationId); withCorrelationId.Metadata.Should().NotBeNull(); withCorrelationId.Metadata!.Value.TryGetString(Tracing.CorrelationIdKey, out var id).Should().BeTrue(); id.Should().Be(correlationId); } [Fact] public void WithTracing_ShouldAddBothSourceAndCorrelationId() { var result = Result.Ok(42); const string source = "InventoryService"; const string correlationId = "550e8400-e29b-41d4-a716-446655440000"; var withTracing = result.WithTracing(source, correlationId); withTracing.Metadata.Should().NotBeNull(); withTracing.Metadata!.Value.Should().HaveCount(2); withTracing.TryGetSource(out var actualSource).Should().BeTrue(); actualSource.Should().Be(source); withTracing.Metadata.Value.TryGetString(Tracing.CorrelationIdKey, out var actualId).Should().BeTrue(); actualId.Should().Be(correlationId); withTracing.Value.Should().Be(42); } [Fact] public void WithTracing_OnResultWithExistingMetadata_ShouldMerge() { var result = Result.Ok("test").MergeMetadata(("environment", "production")); const string source = "AuthService"; const string correlationId = "trace-xyz-789"; var withTracing = result.WithTracing(source, correlationId); withTracing.Metadata.Should().NotBeNull(); withTracing.Metadata!.Value.Should().HaveCount(3); withTracing.Metadata.Value.TryGetString("environment", out var env).Should().BeTrue(); env.Should().Be("production"); withTracing.TryGetSource(out var actualSource).Should().BeTrue(); actualSource.Should().Be(source); withTracing.TryGetCorrelationId(out var actualId).Should().BeTrue(); actualId.Should().Be(correlationId); } [Fact] public void WithTracing_OnFailedResult_ShouldPreserveErrors() { var error = new Error { Message = "Unauthorized" }; var result = Result.Fail(error); const string source = "SecurityService"; const string correlationId = "sec-trace-001"; var withTracing = result.WithTracing(source, correlationId); withTracing.IsValid.Should().BeFalse(); withTracing.Errors.Should().ContainSingle().Which.Message.Should().Be("Unauthorized"); withTracing.Metadata.Should().NotBeNull(); withTracing.Metadata!.Value.Should().HaveCount(2); } [Fact] public void WithTracing_OnNonGenericResult_ShouldWork() { var result = Result.Ok(); const string source = "NotificationService"; const string correlationId = "notif-123-abc"; var withTracing = result.WithTracing(source, correlationId); withTracing.Metadata.Should().NotBeNull(); withTracing.Metadata!.Value.Should().HaveCount(2); withTracing.TryGetSource(out var actualSource).Should().BeTrue(); actualSource.Should().Be(source); withTracing.TryGetCorrelationId(out var actualId).Should().BeTrue(); actualId.Should().Be(correlationId); } [Fact] public void TryGetSource_WhenSourceExists_ShouldReturnTrueAndValue() { var result = Result.Ok(42).WithSource("DataService"); var found = result.TryGetSource(out var source); found.Should().BeTrue(); source.Should().Be("DataService"); } [Fact] public void TryGetSource_WhenSourceDoesNotExist_ShouldReturnFalse() { var result = Result.Ok(42); var found = result.TryGetSource(out var source); found.Should().BeFalse(); source.Should().BeNull(); } [Fact] public void TryGetSource_WhenMetadataIsNull_ShouldReturnFalse() { var result = Result.Ok(42); var found = result.TryGetSource(out var source); found.Should().BeFalse(); source.Should().BeNull(); } [Fact] public void TryGetSource_OnNonGenericResult_ShouldWork() { var result = Result.Ok().WithSource("CacheService"); var found = result.TryGetSource(out var source); found.Should().BeTrue(); source.Should().Be("CacheService"); } [Fact] public void TryGetCorrelationId_WhenCorrelationIdExists_ShouldReturnTrueAndValue() { var expectedId = "550e8400-e29b-41d4-a716-446655440000"; var result = Result.Ok(42).WithCorrelationId(expectedId); var found = result.TryGetCorrelationId(out var correlationId); found.Should().BeTrue(); correlationId.Should().Be(expectedId); } [Fact] public void TryGetCorrelationId_WhenCorrelationIdDoesNotExist_ShouldReturnFalse() { var result = Result.Ok(42); var found = result.TryGetCorrelationId(out var correlationId); found.Should().BeFalse(); correlationId.Should().BeNull(); } [Fact] public void TryGetCorrelationId_WhenMetadataIsNull_ShouldReturnFalse() { var result = Result.Ok(42); var found = result.TryGetCorrelationId(out var correlationId); found.Should().BeFalse(); correlationId.Should().BeNull(); } [Fact] public void TryGetCorrelationId_OnNonGenericResult_ShouldWork() { var expectedId = "00-4bf92f3577b34da6a3ce929d0e0e4736-00f067aa0ba902b7-01"; var result = Result.Ok().WithCorrelationId(expectedId); var found = result.TryGetCorrelationId(out var correlationId); found.Should().BeTrue(); correlationId.Should().Be(expectedId); } [Fact] public void TracingKeys_ShouldBeAccessible() { Tracing.SourceKey.Should().Be("source"); Tracing.CorrelationIdKey.Should().Be("correlationId"); } [Fact] public void Chaining_WithSourceAndWithCorrelationId_ShouldWork() { var result = Result.Ok(42) .WithSource("ChainService") .WithCorrelationId("chain-123"); result.Metadata.Should().NotBeNull(); result.Metadata!.Value.Should().HaveCount(2); result.TryGetSource(out var source).Should().BeTrue(); source.Should().Be("ChainService"); result.TryGetCorrelationId(out var correlationId).Should().BeTrue(); correlationId.Should().Be("chain-123"); } [Fact] public void Chaining_WithTracingAndOtherMetadata_ShouldWork() { var result = Result.Ok("test") .MergeMetadata(("version", "1.0")) .WithTracing("ApiService", "api-trace-001") .MergeMetadata(("timestamp", 1234567890L)); result.Metadata.Should().NotBeNull(); result.Metadata!.Value.Should().HaveCount(4); result.TryGetSource(out var source).Should().BeTrue(); source.Should().Be("ApiService"); result.TryGetCorrelationId(out var correlationId).Should().BeTrue(); correlationId.Should().Be("api-trace-001"); result.Metadata.Value.TryGetString("version", out var version).Should().BeTrue(); version.Should().Be("1.0"); result.Metadata.Value.TryGetInt64("timestamp", out var timestamp).Should().BeTrue(); timestamp.Should().Be(1234567890L); } [Fact] public void WithSource_SupportsVariousCorrelationIdFormats() { const string uuidFormat = "550e8400-e29b-41d4-a716-446655440000"; const string w3CFormat = "00-4bf92f3577b34da6a3ce929d0e0e4736-00f067aa0ba902b7-01"; const string customFormat = "req-2024-001-abc123"; var result1 = Result.Ok(1).WithCorrelationId(uuidFormat); var result2 = Result.Ok(2).WithCorrelationId(w3CFormat); var result3 = Result.Ok(3).WithCorrelationId(customFormat); result1.TryGetCorrelationId(out var id1).Should().BeTrue(); id1.Should().Be(uuidFormat); result2.TryGetCorrelationId(out var id2).Should().BeTrue(); id2.Should().Be(w3CFormat); result3.TryGetCorrelationId(out var id3).Should().BeTrue(); id3.Should().Be(customFormat); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/MetadataValueAnnotationTests.cs000066400000000000000000000143631516707642500325220ustar00rootroot00000000000000using System; using FluentAssertions; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests; public sealed class MetadataValueAnnotationTests { [Fact] public void FromBoolean_WithAnnotation_SetsAnnotation() { var value = MetadataValue.FromBoolean(true, MetadataValueAnnotation.SerializeInHttpHeader); value.Annotation.Should().Be(MetadataValueAnnotation.SerializeInHttpHeader); } [Fact] public void FromInt64_WithAnnotation_SetsAnnotation() { var value = MetadataValue.FromInt64(42, MetadataValueAnnotation.None); value.Annotation.Should().Be(MetadataValueAnnotation.None); } [Fact] public void FromDouble_WithAnnotation_SetsAnnotation() { var value = MetadataValue.FromDouble(3.14, MetadataValueAnnotation.SerializeInHttpHeaderAndBody); value.Annotation.Should().Be(MetadataValueAnnotation.SerializeInHttpHeaderAndBody); } [Fact] public void FromString_WithAnnotation_SetsAnnotation() { var value = MetadataValue.FromString("test", MetadataValueAnnotation.SerializeInHttpHeader); value.Annotation.Should().Be(MetadataValueAnnotation.SerializeInHttpHeader); } [Fact] public void FromDecimal_WithAnnotation_SetsAnnotation() { var value = MetadataValue.FromDecimal(123.45m); value.Annotation.Should().Be(MetadataValueAnnotation.SerializeInBodies); } [Fact] public void FromArray_WithPrimitives_AllowsHeaderAnnotation() { var array = MetadataArray.Create(1, 2, 3); var value = MetadataValue.FromArray(array, MetadataValueAnnotation.SerializeInHttpHeader); value.Annotation.Should().Be(MetadataValueAnnotation.SerializeInHttpHeader); } [Fact] public void FromArray_WithNestedArray_ThrowsOnHeaderAnnotation() { var innerArray = MetadataArray.Create(1, 2); var outerArray = MetadataArray.Create(innerArray); var act = () => MetadataValue.FromArray(outerArray, MetadataValueAnnotation.SerializeInHttpHeader); act.Should().Throw() .WithMessage("*cannot be serialized as HTTP headers*"); } [Fact] public void FromArray_WithObject_ThrowsOnHeaderAnnotation() { var obj = MetadataObject.Create(("key", "value")); var array = MetadataArray.Create(obj); var act = () => MetadataValue.FromArray(array, MetadataValueAnnotation.SerializeInHttpHeader); act.Should().Throw() .WithMessage("*cannot be serialized as HTTP headers*"); } [Fact] public void FromArray_WithNestedArray_ThrowsOnCloudEventsExtensionAnnotation() { var innerArray = MetadataArray.Create(1, 2); var outerArray = MetadataArray.Create(innerArray); var act = () => MetadataValue.FromArray( outerArray, MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ); act.Should().Throw() .WithMessage("*cannot be serialized as CloudEvents extension attributes*"); } [Fact] public void FromArray_WithPrimitiveValues_ThrowsOnCloudEventsExtensionAnnotation() { var array = MetadataArray.Create(1, 2, 3); var act = () => MetadataValue.FromArray( array, MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ); act.Should().Throw() .WithMessage("*cannot be serialized as CloudEvents extension attributes*"); } [Fact] public void FromArray_WithNestedArray_AllowsCloudEventsDataAnnotation() { var innerArray = MetadataArray.Create(1, 2); var outerArray = MetadataArray.Create(innerArray); var value = MetadataValue.FromArray( outerArray, MetadataValueAnnotation.SerializeInCloudEventsData ); value.Annotation.Should().Be(MetadataValueAnnotation.SerializeInCloudEventsData); } [Fact] public void FromObject_ThrowsOnHeaderAnnotation() { var obj = MetadataObject.Create(("key", "value")); var act = () => MetadataValue.FromObject(obj, MetadataValueAnnotation.SerializeInHttpHeader); act.Should().Throw() .WithMessage("*cannot be serialized as HTTP headers*"); } [Fact] public void FromObject_ThrowsOnCloudEventsExtensionAnnotation() { var obj = MetadataObject.Create(("key", "value")); var act = () => MetadataValue.FromObject( obj, MetadataValueAnnotation.SerializeInCloudEventsExtensionAttributes ); act.Should().Throw() .WithMessage("*cannot be serialized as CloudEvents extension attributes*"); } [Fact] public void FromObject_AllowsBodyAnnotation() { var obj = MetadataObject.Create(("key", "value")); var value = MetadataValue.FromObject(obj); value.Annotation.Should().Be(MetadataValueAnnotation.SerializeInBodies); } [Fact] public void ImplicitConversion_SetsAnnotationToSerializeInHttpResponseBody() { MetadataValue value = "test"; value.Annotation.Should().Be(MetadataValueAnnotation.SerializeInBodies); } [Fact] public void DefaultAnnotation_IsSerializeInHttpResponseBody() { var value = MetadataValue.FromString("test"); value.Annotation.Should().Be(MetadataValueAnnotation.SerializeInBodies); } [Theory] [InlineData(MetadataValueAnnotation.None, false, false)] [InlineData(MetadataValueAnnotation.SerializeInHttpResponseBody, true, false)] [InlineData(MetadataValueAnnotation.SerializeInHttpHeader, false, true)] [InlineData(MetadataValueAnnotation.SerializeInHttpHeaderAndBody, true, true)] public void AnnotationFlags_WorkCorrectly( MetadataValueAnnotation annotation, bool expectBody, bool expectHeader ) { var hasBody = (annotation & MetadataValueAnnotation.SerializeInHttpResponseBody) != 0; var hasHeader = (annotation & MetadataValueAnnotation.SerializeInHttpHeader) != 0; hasBody.Should().Be(expectBody); hasHeader.Should().Be(expectHeader); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/NonGenericResultTests.cs000066400000000000000000000336441516707642500312030ustar00rootroot00000000000000using System; using FluentAssertions; using Light.PortableResults.FunctionalExtensions; using Light.PortableResults.Metadata; using Xunit; namespace Light.PortableResults.Tests; public sealed class NonGenericResultTests { [Fact] public void IsFailure_OnFailure_ShouldBeTrue() { var result = Result.Fail(new Error { Message = "Error" }); result.IsValid.Should().BeFalse(); } [Fact] public void Errors_OnFailure_ShouldContainErrors() { var result = Result.Fail(new Error { Message = "Error" }); result.Errors.Should().ContainSingle(); } [Fact] public void Fail_WithMultipleErrors_ShouldWork() { var result = Result.Fail(new[] { new Error { Message = "E1" }, new Error { Message = "E2" } }); result.IsValid.Should().BeFalse(); result.Errors.Should().HaveCount(2); } [Fact] public void Ok_WithMetadata_ShouldSetMetadata() { var metadata = MetadataObject.Create(("key", "value")); var result = Result.Ok(metadata); result.IsValid.Should().BeTrue(); result.Metadata.Should().NotBeNull(); result.Metadata!.Value.Should().Equal(metadata); } [Fact] public void WithMetadata_Object_ShouldSetMetadata() { var metadata = MetadataObject.Create(("key", "value")); var result = Result.Ok(); var withMeta = result.ReplaceMetadata(metadata); withMeta.Metadata.Should().NotBeNull(); withMeta.Metadata!.Value.Should().Equal(metadata); } [Fact] public void MergeMetadata_ShouldMergeCorrectly() { var result = Result.Ok().MergeMetadata(("a", 1)); var additional = MetadataObject.Create(("b", 2)); var merged = result.MergeMetadata(additional); merged.Metadata.Should().NotBeNull(); merged.Metadata!.Value.Count.Should().Be(2); } [Fact] public void MergeMetadata_WithStrategy_ShouldUseStrategy() { var result = Result.Ok().MergeMetadata(("a", 1)); var additional = MetadataObject.Create(("a", 2)); var merged = result.MergeMetadata(additional, MetadataMergeStrategy.PreserveExisting); merged.Metadata.Should().NotBeNull(); merged.Metadata!.Value.TryGetInt64("a", out var value).Should().BeTrue(); value.Should().Be(1); } [Fact] public void Fail_WithErrorsStruct_ShouldCreateFailure() { var errors = new Errors(new Error { Message = "Error" }); var result = Result.Fail(errors); result.IsValid.Should().BeFalse(); result.Errors.Should().Equal(errors); } [Fact] public void Fail_WithErrorsStruct_AndMetadata_ShouldCreateFailureWithMetadata() { var errors = new Errors(new Error { Message = "Error" }); var metadata = MetadataObject.Create(("key", "value")); var result = Result.Fail(errors, metadata); result.IsValid.Should().BeFalse(); result.Errors.Should().Equal(errors); result.Metadata.Should().NotBeNull(); result.Metadata!.Value.Should().Equal(metadata); } [Fact] public void TapError_OnFailure_ShouldExecuteAction() { Errors? capturedErrors = null; var result = Result.Fail(new Error { Message = "Error" }); var tapped = result.TapError(errors => capturedErrors = errors); capturedErrors.Should().NotBeNull(); capturedErrors!.Value.Should().ContainSingle(); tapped.Errors.Should().Equal(result.Errors); } [Fact] public void TapError_OnSuccess_ShouldNotExecuteAction() { var executed = false; var result = Result.Ok(); var tapped = result.TapError(_ => executed = true); executed.Should().BeFalse(); tapped.IsValid.Should().BeTrue(); } [Fact] public void Fail_WithMultipleErrors_AndMetadata_ShouldCreateFailureWithMetadata() { var errorsArray = new[] { new Error { Message = "E1" }, new Error { Message = "E2" } }; var metadata = MetadataObject.Create(("key", "value")); var result = Result.Fail(errorsArray, metadata); result.IsValid.Should().BeFalse(); result.Errors.Should().HaveCount(2); result.Metadata.Should().NotBeNull(); } [Fact] public void Fail_WithSingleError_AndMetadata_ShouldCreateFailureWithMetadata() { var error = new Error { Message = "Error" }; var metadata = MetadataObject.Create(("key", "value")); var result = Result.Fail(error, metadata); result.IsValid.Should().BeFalse(); result.FirstError.Should().Be(error); result.Metadata.Should().NotBeNull(); } [Fact] public void Equals_TwoSuccessfulResults_ShouldBeEqual() { var result1 = Result.Ok(); var result2 = Result.Ok(); (result1 == result2).Should().BeTrue(); (result1 != result2).Should().BeFalse(); result1.Should().Be(result2); } [Fact] public void Equals_TwoFailedResultsWithSameError_ShouldBeEqual() { var error = new Error { Message = "Error", Code = "ERR001" }; var result1 = Result.Fail(error); var result2 = Result.Fail(error); (result1 == result2).Should().BeTrue(); (result1 != result2).Should().BeFalse(); } [Fact] public void Equals_TwoFailedResultsWithDifferentErrors_ShouldNotBeEqual() { var result1 = Result.Fail(new Error { Message = "Error1" }); var result2 = Result.Fail(new Error { Message = "Error2" }); (result1 == result2).Should().BeFalse(); (result1 != result2).Should().BeTrue(); } [Fact] public void Equals_SuccessAndFailure_ShouldNotBeEqual() { var result1 = Result.Ok(); var result2 = Result.Fail(new Error { Message = "Error" }); result1.Equals(result2).Should().BeFalse(); } [Fact] public void Equals_WithMetadata_SameMetadata_ShouldBeEqual() { var metadata = MetadataObject.Create(("key", "value")); var result1 = Result.Ok(metadata); var result2 = Result.Ok(metadata); result1.Equals(result2).Should().BeTrue(); } [Fact] public void Equals_WithMetadata_DifferentMetadata_ShouldNotBeEqual() { var metadata1 = MetadataObject.Create(("key", "value1")); var metadata2 = MetadataObject.Create(("key", "value2")); var result1 = Result.Ok(metadata1); var result2 = Result.Ok(metadata2); result1.Equals(result2).Should().BeFalse(); } [Fact] public void Equals_WithMetadata_OneWithMetadataOneWithout_ShouldNotBeEqual() { var metadata = MetadataObject.Create(("key", "value")); var result1 = Result.Ok(metadata); var result2 = Result.Ok(); result1.Equals(result2).Should().BeFalse(); } [Fact] public void Equals_WithCompareMetadataFalse_DifferentMetadata_ShouldBeEqual() { var metadata1 = MetadataObject.Create(("key", "value1")); var metadata2 = MetadataObject.Create(("key", "value2")); var result1 = Result.Ok(metadata1); var result2 = Result.Ok(metadata2); result1.Equals(result2, compareMetadata: false).Should().BeTrue(); } [Fact] public void Equals_WithCompareMetadataFalse_OneWithMetadataOneWithout_ShouldBeEqual() { var metadata = MetadataObject.Create(("key", "value")); var result1 = Result.Ok(metadata); var result2 = Result.Ok(); result1.Equals(result2, compareMetadata: false).Should().BeTrue(); } [Fact] public void Equals_ObjectOverload_WithSameResult_ShouldBeEqual() { var result1 = Result.Ok(); object result2 = Result.Ok(); result1.Equals(result2).Should().BeTrue(); } [Fact] public void Equals_ObjectOverload_WithNull_ShouldBeFalse() { var result = Result.Ok(); result.Equals(null).Should().BeFalse(); } [Fact] public void Equals_ObjectOverload_WithDifferentType_ShouldBeFalse() { var result = Result.Ok(); // ReSharper disable once SuspiciousTypeConversion.Global -- OK in this test scenario result.Equals("not a result").Should().BeFalse(); } [Fact] public void GetHashCode_SameSuccessfulResults_ShouldHaveSameHashCode() { var result1 = Result.Ok(); var result2 = Result.Ok(); result1.GetHashCode().Should().Be(result2.GetHashCode()); } [Fact] public void GetHashCode_WithSameMetadata_ShouldHaveSameHashCode() { var metadata = MetadataObject.Create(("key", "value")); var result1 = Result.Ok(metadata); var result2 = Result.Ok(metadata); result1.GetHashCode().Should().Be(result2.GetHashCode()); } [Fact] public void GetHashCode_WithDifferentMetadata_ShouldHaveDifferentHashCode() { var metadata1 = MetadataObject.Create(("key", "value1")); var metadata2 = MetadataObject.Create(("key", "value2")); var result1 = Result.Ok(metadata1); var result2 = Result.Ok(metadata2); result1.GetHashCode().Should().NotBe(result2.GetHashCode()); } [Fact] public void GetHashCode_WithIncludeMetadataFalse_DifferentMetadata_ShouldHaveSameHashCode() { var metadata1 = MetadataObject.Create(("key", "value1")); var metadata2 = MetadataObject.Create(("key", "value2")); var result1 = Result.Ok(metadata1); var result2 = Result.Ok(metadata2); result1.GetHashCode(includeMetadata: false).Should().Be(result2.GetHashCode(includeMetadata: false)); } [Fact] public void GetHashCode_FailedResults_ShouldIncludeErrors() { var error1 = new Error { Message = "Error1" }; var error2 = new Error { Message = "Error2" }; var result1 = Result.Fail(error1); var result2 = Result.Fail(error2); result1.GetHashCode().Should().NotBe(result2.GetHashCode()); } [Fact] public void GetHashCode_WithNullMetadata_ShouldNotThrow() { var result = Result.Ok(); var act = () => result.GetHashCode(); act.Should().NotThrow(); } [Fact] public void DefaultConstructor_ShouldCreateSuccessfulResult() { var result = new Result(); result.IsValid.Should().BeTrue(); } [Fact] public void FirstError_OnSuccess_ShouldThrow() { var result = Result.Ok(); var act = () => result.FirstError; act.Should().Throw() .WithMessage("*successful Result*"); } [Fact] public void FirstError_OnFailure_ShouldReturnFirstError() { var error = new Error { Message = "Error", Code = "ERR001" }; var result = Result.Fail(error); result.FirstError.Should().Be(error); } [Fact] public void DebuggerDisplay_OnSuccess_ShouldShowOk() { var result = Result.Ok(); result.DebuggerDisplay.Should().Be("OK"); } [Fact] public void DebuggerDisplay_OnFailureWith1Error_ShouldShowSingleErrorMessage() { var result = Result.Fail(new Error { Message = "Something bad happened" }); result.DebuggerDisplay.Should().Be("Fail(single error: 'Something bad happened')"); } [Fact] public void DebuggerDisplay_OnFailureWithSeveralErrors_ShouldShowErrorCount() { var errors = new Error[] { new () { Message = "Error 1" }, new () { Message = "Error 2" }, new () { Message = "Error 3" } }; var result = Result.Fail(errors); result.DebuggerDisplay.Should().Be("Fail(3 errors)"); } [Fact] public void Ok_WithoutMetadata_ShouldHaveNullMetadata() { var result = Result.Ok(); result.Metadata.Should().BeNull(); } [Fact] public void Ok_WithMetadata_ShouldStoreMetadata() { var metadata = MetadataObject.Create(("requestId", "req-456")); var result = Result.Ok(metadata); result.Metadata.Should().NotBeNull(); result.Metadata!.Value.TryGetString("requestId", out var id).Should().BeTrue(); id.Should().Be("req-456"); } [Fact] public void WithMetadata_ShouldSetMetadata() { var result = Result.Ok().MergeMetadata(("key", "value")); var expected = MetadataObject.Create(("key", "value")); result.Metadata.Should().NotBeNull(); result.Metadata!.Value.Should().Equal(expected); } [Fact] public void MergeMetadata_ShouldCombineMetadata() { var result = Result.Ok().MergeMetadata(("a", 1)); var additional = MetadataObject.Create(("b", 2)); var merged = result.MergeMetadata(additional); var expected = MetadataObject.Create(("a", 1), ("b", 2)); merged.Metadata.Should().NotBeNull(); merged.Metadata!.Value.Should().HaveCount(2); merged.Metadata.Value.Should().Equal(expected); } [Fact] public void Fail_WithMetadata_ShouldPreserveMetadata() { var result = Result.Fail(new Error { Message = "Error" }).MergeMetadata(("context", "failure")); var expected = MetadataObject.Create(("context", "failure")); result.IsValid.Should().BeFalse(); result.Metadata.Should().NotBeNull(); result.Metadata.Value.Should().Equal(expected); } [Fact] public void ToString_OnSuccess_ShouldReturnOk() { var result = Result.Ok(); result.ToString().Should().Be("OK"); } [Fact] public void ToString_OnFailureWithSingleError_ShouldReturnFailWithMessage() { var result = Result.Fail(new Error { Message = "Something went wrong" }); result.ToString().Should().Be("Fail(Something went wrong)"); } [Fact] public void ToString_OnFailureWithMultipleErrors_ShouldReturnFailWithAllMessages() { var errors = new Error[] { new () { Message = "First error" }, new () { Message = "Second error" } }; var result = Result.Fail(errors); result.ToString().Should().Be("Fail(First error, Second error)"); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/SharedJsonSerialization/000077500000000000000000000000001516707642500311675ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/SharedJsonSerialization/Reading/000077500000000000000000000000001516707642500325405ustar00rootroot00000000000000SharedJsonReadersTests.cs000066400000000000000000000130611516707642500374020ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/SharedJsonSerialization/Readingusing System.Text; using System.Text.Json; using FluentAssertions; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization.Reading; using Xunit; namespace Light.PortableResults.Tests.SharedJsonSerialization.Reading; public sealed class SharedJsonReadersTests { [Fact] public void ReadMetadataObject_ShouldThrow_WhenEncounteringNonPropertyTokenInsideObject() { var act = ReadMetadataObjectWithComments; act.Should().Throw() .WithMessage("*Expected property name in metadata object*"); return; static void ReadMetadataObjectWithComments() { var reader = CreateReaderWithComments("{/*comment*/\"key\":\"value\"}"); _ = MetadataJsonReader.ReadMetadataObject(ref reader); } } [Fact] public void ReadMetadataObject_ShouldThrow_WhenJsonEndsAfterPropertyName() { var act = ReadMetadataObjectFromPartialJson; act.Should().Throw() .WithMessage("*Unexpected end of JSON while reading metadata value*"); return; static void ReadMetadataObjectFromPartialJson() { var reader = CreatePartialReader("{\"key\":"); _ = MetadataJsonReader.ReadMetadataObject(ref reader); } } [Fact] public void ReadRichErrors_ShouldThrow_WhenTokenIsNotStartArray() { var act = ReadRichErrorsFromObject; act.Should().Throw() .WithMessage("*errors must be an array*"); return; static void ReadRichErrorsFromObject() { var reader = CreateReader("{}"); _ = SharedResultJsonReader.ReadRichErrors(ref reader); } } [Fact] public void ReadRichErrors_ShouldThrow_WhenErrorObjectContainsNonPropertyToken() { var act = ReadRichErrorsWithCommentInsideErrorObject; act.Should().Throw() .WithMessage("*Expected property name in error object*"); return; static void ReadRichErrorsWithCommentInsideErrorObject() { var reader = CreateReaderWithComments("[{/*comment*/\"message\":\"error\"}]"); reader.Read().Should().BeTrue(); _ = SharedResultJsonReader.ReadRichErrors(ref reader); } } [Fact] public void ReadRichErrors_ShouldThrow_WhenRequiredStringValueIsMissingDueToTruncatedJson() { var act = ReadRichErrorsWithTruncatedRequiredString; act.Should().Throw() .WithMessage("*Unexpected end of JSON while reading string value*"); return; static void ReadRichErrorsWithTruncatedRequiredString() { var reader = CreatePartialReader("[{\"message\":"); reader.Read().Should().BeTrue(); _ = SharedResultJsonReader.ReadRichErrors(ref reader); } } [Fact] public void ReadRichErrors_ShouldThrow_WhenRequiredStringValueIsNotAString() { var act = ReadRichErrorsWithNonStringMessage; act.Should().Throw() .WithMessage("*Expected string value*"); return; static void ReadRichErrorsWithNonStringMessage() { var reader = CreateReader("[{\"message\":5}]"); reader.Read().Should().BeTrue(); _ = SharedResultJsonReader.ReadRichErrors(ref reader); } } [Fact] public void ReadRichErrors_ShouldThrow_WhenOptionalStringValueIsMissingDueToTruncatedJson() { var act = ReadRichErrorsWithTruncatedOptionalString; act.Should().Throw() .WithMessage("*Unexpected end of JSON while reading string value*"); return; static void ReadRichErrorsWithTruncatedOptionalString() { var reader = CreatePartialReader("[{\"message\":\"ok\",\"code\":"); reader.Read().Should().BeTrue(); _ = SharedResultJsonReader.ReadRichErrors(ref reader); } } [Fact] public void ReadRichErrors_ShouldThrow_WhenOptionalStringValueIsNeitherStringNorNull() { var act = ReadRichErrorsWithInvalidOptionalString; act.Should().Throw() .WithMessage("*Expected string or null value*"); return; static void ReadRichErrorsWithInvalidOptionalString() { var reader = CreateReader("[{\"message\":\"ok\",\"code\":5}]"); reader.Read().Should().BeTrue(); _ = SharedResultJsonReader.ReadRichErrors(ref reader); } } [Fact] public void ReadRichErrors_ShouldReadErrorWithMetadataAnnotation() { var reader = CreateReader("[{\"message\":\"m\",\"metadata\":{\"a\":1}}]"); reader.Read().Should().BeTrue(); var errors = SharedResultJsonReader.ReadRichErrors(ref reader, MetadataValueAnnotation.SerializeInHttpHeader); errors.Count.Should().Be(1); errors[0].Metadata.HasValue.Should().BeTrue(); errors[0].Metadata!.Value.TryGetValue("a", out var metadataValue).Should().BeTrue(); metadataValue.Annotation.Should().Be(MetadataValueAnnotation.SerializeInHttpHeader); } private static Utf8JsonReader CreateReader(string json) => new (Encoding.UTF8.GetBytes(json)); private static Utf8JsonReader CreatePartialReader(string json) => new (Encoding.UTF8.GetBytes(json), isFinalBlock: false, state: default); private static Utf8JsonReader CreateReaderWithComments(string json) => new (Encoding.UTF8.GetBytes(json), new JsonReaderOptions { CommentHandling = JsonCommentHandling.Allow }); } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/SharedJsonSerialization/Writing/000077500000000000000000000000001516707642500326125ustar00rootroot00000000000000SharedWritingExtensionsTests.cs000066400000000000000000000143001516707642500407350ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/SharedJsonSerialization/Writingusing System; using System.IO; using System.Text; using System.Text.Json; using System.Text.Json.Serialization.Metadata; using FluentAssertions; using Light.PortableResults.Metadata; using Light.PortableResults.SharedJsonSerialization.Writing; using Xunit; namespace Light.PortableResults.Tests.SharedJsonSerialization.Writing; public sealed class SharedWritingExtensionsTests { [Fact] public void WriteMetadataValue_ShouldThrow_WhenWriterIsNull() { var act = () => PortableResults.SharedJsonSerialization.Writing.MetadataExtensions.WriteMetadataValue( null!, MetadataValue.Null, MetadataValueAnnotation.SerializeInBodies ); act.Should().Throw() .WithParameterName("writer"); } [Fact] public void WriteMetadataArray_ShouldThrow_WhenWriterIsNull() { var act = () => PortableResults.SharedJsonSerialization.Writing.MetadataExtensions.WriteMetadataArray( null!, MetadataArray.Empty, MetadataValueAnnotation.SerializeInBodies ); act.Should().Throw() .WithParameterName("writer"); } [Fact] public void WriteMetadataObject_ShouldThrow_WhenWriterIsNull() { var act = () => PortableResults.SharedJsonSerialization.Writing.MetadataExtensions.WriteMetadataObject( null!, MetadataObject.Empty, MetadataValueAnnotation.SerializeInBodies ); act.Should().Throw() .WithParameterName("writer"); } [Fact] public void WriteMetadataPropertyAndValue_ShouldThrow_WhenWriterIsNull() { var act = () => PortableResults.SharedJsonSerialization.Writing.MetadataExtensions.WriteMetadataPropertyAndValue( null!, MetadataObject.Empty, MetadataValueAnnotation.SerializeInHttpResponseBody ); act.Should().Throw() .WithParameterName("writer"); } [Fact] public void WriteMetadataArray_ShouldWriteOnlyValuesWithRequiredAnnotation() { var array = MetadataArray.Create( MetadataValue.FromString("include", MetadataValueAnnotation.SerializeInHttpResponseBody), MetadataValue.FromString("skip", MetadataValueAnnotation.SerializeInHttpHeader) ); var json = Serialize( writer => writer.WriteMetadataArray(array, MetadataValueAnnotation.SerializeInHttpResponseBody) ); json.Should().Be("[\"include\"]"); } [Fact] public void WriteMetadataObject_ShouldWriteOnlyPropertiesWithRequiredAnnotation() { var metadata = MetadataObject.Create( ("included", MetadataValue.FromString("value", MetadataValueAnnotation.SerializeInHttpResponseBody)), ("skipped", MetadataValue.FromString("hidden", MetadataValueAnnotation.SerializeInHttpHeader)) ); var json = Serialize( writer => writer.WriteMetadataObject(metadata, MetadataValueAnnotation.SerializeInHttpResponseBody) ); json.Should().Be("{\"included\":\"value\"}"); } [Fact] public void WriteMetadataPropertyAndValue_ShouldWriteMetadataWithAnnotation() { var metadata = MetadataObject.Create( ("traceId", MetadataValue.FromString("abc", MetadataValueAnnotation.SerializeInHttpResponseBody)), ("secret", MetadataValue.FromString("hidden", MetadataValueAnnotation.SerializeInHttpHeader)) ); var json = Serialize( writer => { writer.WriteStartObject(); writer.WriteMetadataPropertyAndValue(metadata, MetadataValueAnnotation.SerializeInHttpResponseBody); writer.WriteEndObject(); } ); json.Should().Be("{\"metadata\":{\"traceId\":\"abc\"}}"); } [Fact] public void WriteRichErrors_ShouldThrow_WhenWriterIsNull() { var errors = new Errors(new Error { Message = "Foo" }); var options = new JsonSerializerOptions { TypeInfoResolver = new DefaultJsonTypeInfoResolver() }; var act = () => ErrorsExtensions.WriteRichErrors(null!, errors, false, options); act.Should().Throw() .WithParameterName("writer"); } [Fact] public void WriteRichErrors_ShouldThrow_WhenSerializerOptionsIsNull() { var errors = new Errors(new Error { Message = "Foo" }); using var stream = new MemoryStream(); using var writer = new Utf8JsonWriter(stream); // ReSharper disable once AccessToDisposedClosure - act is called before disposal var act = () => writer.WriteRichErrors(errors, false, null!); act.Should().Throw() .WithParameterName("serializerOptions"); } [Fact] public void GetNormalizedTargetForValidationResponse_ShouldThrow_WhenTargetIsNull() { var error = new Error { Message = "invalid", Target = null }; var act = () => error.GetNormalizedTargetForValidationResponse(2); act.Should().Throw() .WithMessage("*index 2*must have the Target property set*"); } [Fact] public void GetNormalizedTargetForValidationResponse_ShouldReturnEmptyString_WhenTargetIsWhitespace() { var error = new Error { Message = "invalid", Target = " " }; var result = error.GetNormalizedTargetForValidationResponse(0); result.Should().BeEmpty(); } [Fact] public void GetNormalizedTargetForValidationResponse_ShouldReturnOriginalTarget_WhenTargetIsSet() { var error = new Error { Message = "invalid", Target = "name" }; var result = error.GetNormalizedTargetForValidationResponse(0); result.Should().Be("name"); } private static string Serialize(Action writeAction) { using var stream = new MemoryStream(); using var writer = new Utf8JsonWriter(stream); writeAction(writer); writer.Flush(); return Encoding.UTF8.GetString(stream.ToArray()); } } SystemTextJsonWritingExtensionsTests.cs000066400000000000000000000100101516707642500425040ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/SharedJsonSerialization/Writingusing System; using System.IO; using System.Text; using System.Text.Json; using System.Text.Json.Serialization.Metadata; using FluentAssertions; using Light.PortableResults.SharedJsonSerialization.Writing; using Xunit; namespace Light.PortableResults.Tests.SharedJsonSerialization.Writing; public sealed class SystemTextJsonWritingExtensionsTests { [Fact] public void HasKnownPolymorphism_ShouldReturnFalse_ForOpenReferenceTypeWithoutPolymorphism() { var options = new JsonSerializerOptions { TypeInfoResolver = new DefaultJsonTypeInfoResolver() }; var typeInfo = options.GetTypeInfo(typeof(OpenPayload)); typeInfo.HasKnownPolymorphism().Should().BeFalse(); } [Fact] public void HasKnownPolymorphism_ShouldReturnTrue_ForValueType() { var options = new JsonSerializerOptions { TypeInfoResolver = new DefaultJsonTypeInfoResolver() }; var typeInfo = options.GetTypeInfo(typeof(int)); typeInfo.HasKnownPolymorphism().Should().BeTrue(); } [Fact] public void ShouldUseWith_ShouldReturnExpectedResult_ForDifferentRuntimeTypeWithoutKnownPolymorphism() { var options = new JsonSerializerOptions { TypeInfoResolver = new DefaultJsonTypeInfoResolver() }; var typeInfo = options.GetTypeInfo(typeof(OpenPayload)); typeInfo.ShouldUseWith(typeof(DerivedOpenPayload)).Should().BeFalse(); typeInfo.ShouldUseWith(typeof(OpenPayload)).Should().BeTrue(); typeInfo.ShouldUseWith(null).Should().BeTrue(); } [Fact] public void WriteGenericValue_ShouldThrow_WhenWriterIsNull() { var options = new JsonSerializerOptions { TypeInfoResolver = new DefaultJsonTypeInfoResolver() }; var act = () => SystemTextJsonWritingExtensions.WriteGenericValue(null!, "value", options); act.Should().Throw() .WithParameterName("writer"); } [Fact] public void WriteGenericValue_ShouldThrow_WhenOptionsAreNull() { using var stream = new MemoryStream(); using var writer = new Utf8JsonWriter(stream); var act = () => writer.WriteGenericValue("value", null!); act.Should().Throw() .WithParameterName("options"); } [Fact] public void WriteGenericValue_ShouldWriteNull_WhenValueIsNull() { var options = new JsonSerializerOptions { TypeInfoResolver = new DefaultJsonTypeInfoResolver() }; using var stream = new MemoryStream(); using var writer = new Utf8JsonWriter(stream); writer.WriteStartObject(); writer.WritePropertyName("value"); writer.WriteGenericValue(null, options); writer.WriteEndObject(); writer.Flush(); var json = Encoding.UTF8.GetString(stream.ToArray()); json.Should().Be("{\"value\":null}"); } [Fact] public void WriteGenericValue_ShouldThrow_WhenRuntimeTypeMetadataIsMissing() { var options = new JsonSerializerOptions { TypeInfoResolver = new BasePayloadOnlyResolver() }; using var stream = new MemoryStream(); using var writer = new Utf8JsonWriter(stream); BasePayload value = new DerivedOpenPayload { Name = "test" }; var act = () => writer.WriteGenericValue(value, options); act.Should().Throw() .WithMessage("*No JSON serialization metadata was found for type*"); } private sealed class BasePayloadOnlyResolver : IJsonTypeInfoResolver { private readonly DefaultJsonTypeInfoResolver _innerResolver = new (); public JsonTypeInfo? GetTypeInfo(Type type, JsonSerializerOptions options) => type == typeof(BasePayload) ? _innerResolver.GetTypeInfo(type, options) : null; } private class BasePayload; private class OpenPayload { public string Name { get; set; } = string.Empty; } private sealed class DerivedOpenPayload : BasePayload { public string Name { get; set; } = string.Empty; } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Tests/packages.lock.json000066400000000000000000000255371516707642500300050ustar00rootroot00000000000000{ "version": 2, "dependencies": { "net10.0": { "coverlet.collector": { "type": "Direct", "requested": "[8.0.1, )", "resolved": "8.0.1", "contentHash": "heVQl5tKYnnIDYlR1QMVGueYH6iriZTcZB6AjDczQNwZzxkjDIt9C84Pt4cCiZYrbo7jkZOYGWbs6Lo9wAtVLg==" }, "FluentAssertions": { "type": "Direct", "requested": "[7.2.2, 7.2.2]", "resolved": "7.2.2", "contentHash": "B6FJmtTadaqtLXH5qfn9hlYF5ruNOAdtjA9+1V3fuYp/MZzj7lB3Ys5cdgy72uv7w1GE5Y9PEX369UD3N1sfHg==", "dependencies": { 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Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Tests/000077500000000000000000000000001516707642500264625ustar00rootroot00000000000000AsyncValidatorWorkflowTests.cs000066400000000000000000000254421516707642500344420ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Testsusing System; using System.Threading; using System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.Metadata; using Light.PortableResults.Validation.Definitions; using Light.PortableResults.Validation.Targeting; using Xunit; namespace Light.PortableResults.Validation.Tests; public sealed class AsyncValidatorWorkflowTests { [Fact] public async Task ValidateAsync_ShouldNormalizeNestedGraph_ForSameTypeValidator() { var validator = new AsyncPersonValidator(ValidationWorkflowTestData.ValidationContextFactory); var request = new PersonRequest { FirstName = " Alice ", Age = 42, PrimaryAddress = new AddressDto { ZipCode = " 12345 " }, Addresses = [new AddressDto { ZipCode = " 54321 " }] }; var result = await validator.ValidateAsync(request, TestContext.Current.CancellationToken); result.Should().Be(Result.Ok(request)); request.FirstName.Should().Be("Alice"); request.PrimaryAddress.ZipCode.Should().Be("12345"); request.Addresses[0].ZipCode.Should().Be("54321"); } [Fact] public async Task ValidateAsync_ShouldCollectNestedFailures_ForSameTypeValidator() { var validator = new AsyncPersonValidator(ValidationWorkflowTestData.ValidationContextFactory); var result = await validator.ValidateAsync( new PersonRequest { FirstName = " ", Age = 16, PrimaryAddress = new AddressDto { ZipCode = " " }, Addresses = [new AddressDto { ZipCode = "12A" }] }, TestContext.Current.CancellationToken ); result.IsValid.Should().BeFalse(); result.Errors.Should().Equal( new Errors( new[] { ValidationWorkflowTestData.CreateValidationError( "firstName must not be empty or whitespace", "NotNullOrWhiteSpace", "firstName" ), ValidationWorkflowTestData.CreateValidationError( "Age must be greater than or equal to 18", "Adult", "age" ) with { Metadata = MetadataObject.Create( (ValidationErrorMetadataKeys.ComparativeValue, 18) ) }, ValidationWorkflowTestData.CreateValidationError( "primaryAddress.zipCode must not be empty or whitespace", "NotNullOrWhiteSpace", "primaryAddress.zipCode" ), ValidationWorkflowTestData.CreateValidationError( "addresses[0].zipCode must contain only digits", "DigitsOnly", "addresses[0].zipCode" ) } ) ); } [Fact] public async Task ValidateAsync_ShouldHonorExplicitTarget_ForSameTypeValidator() { var validator = new AsyncPersonValidator(ValidationWorkflowTestData.ValidationContextFactory); var result = await validator.ValidateAsync( null!, ValidationTarget.Absolute("payload.person", isNormalized: true), TestContext.Current.CancellationToken, displayName: "Person" ); result.Errors.Should().Equal( new Errors( ValidationWorkflowTestData.CreateValidationError( "Person must not be null", "NotNull", "payload.person" ) ) ); } [Fact] public async Task ValidateAsync_ShouldHonorProvidedContext_ForSameTypeValidator() { var validator = new AsyncTrimmedRequiredTextValidator(ValidationWorkflowTestData.ValidationContextFactory); var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); const string name = " Alice "; var result = await validator.ValidateAsync( name, context, TestContext.Current.CancellationToken, displayName: "Name" ); result.Should().Be(Result.Ok("Alice")); context.HasErrors.Should().BeFalse(); } [Fact] public async Task ValidateChildValueAsync_ShouldIgnoreEarlierContextFailures_ForSameTypeValidator() { var validator = new AsyncTrimmedRequiredTextValidator(ValidationWorkflowTestData.ValidationContextFactory); var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.AddError("existing", "Existing", ValidationTarget.Relative("existing", isNormalized: true)); var validatedValue = await validator.ValidateChildValueAsync( " Alice ", context, TestContext.Current.CancellationToken, ValidationTarget.Relative("name", isNormalized: true), "Name" ); validatedValue.Should().Be(ValidatedValue.Success("Alice")); } [Fact] public async Task ValidateChildValueAsync_ShouldSupportCallerExpressionOverload_ForSameTypeValidator() { var validator = new AsyncTrimmedRequiredTextValidator(ValidationWorkflowTestData.ValidationContextFactory); var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); const string name = " Alice "; var validatedValue = await validator.ValidateChildValueAsync( name, context, TestContext.Current.CancellationToken ); validatedValue.Should().Be(ValidatedValue.Success("Alice")); context.HasErrors.Should().BeFalse(); } [Fact] public async Task ValidateAsync_ShouldTransformValidatedOutput_ForTransformingValidator() { var validator = new AsyncRegistrationValidator(ValidationWorkflowTestData.ValidationContextFactory); var result = await validator.ValidateAsync( new RegistrationRequest { FirstName = " Alice ", Email = " alice@example.com ", Address = new AddressDto { ZipCode = " 12345 " } }, TestContext.Current.CancellationToken ); result.Should().Be( Result.Ok( new RegistrationCommand("Alice", "alice@example.com", new AddressCommand("12345")) ) ); } [Fact] public async Task ValidateAsync_ShouldHonorProvidedContext_ForTransformingValidator() { var validator = new AsyncRegistrationValidator(ValidationWorkflowTestData.ValidationContextFactory); var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.AddError("existing", "Existing", ValidationTarget.Relative("existing", isNormalized: true)); var result = await validator.ValidateAsync( new RegistrationRequest { FirstName = " Alice ", Email = "alice@example.com", Address = new AddressDto { ZipCode = "12345" } }, context, TestContext.Current.CancellationToken, target: "request" ); result.IsValid.Should().BeFalse(); result.Errors.Should().Equal( new Errors(ValidationWorkflowTestData.CreateValidationError("existing", "Existing", "existing")) ); } [Fact] public async Task ValidateChildValueAsync_ShouldIgnoreEarlierContextFailures_ForTransformingValidator() { var validator = new AsyncAddressCommandValidator(ValidationWorkflowTestData.ValidationContextFactory); var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.AddError("existing", "Existing", ValidationTarget.Relative("existing", isNormalized: true)); var validatedValue = await validator.ValidateChildValueAsync( new AddressDto { ZipCode = " 12345 " }, context, TestContext.Current.CancellationToken, ValidationTarget.Relative("address", isNormalized: true), "Address" ); validatedValue.Should().Be(ValidatedValue.Success(new AddressCommand("12345"))); } [Fact] public async Task ValidateChildValueAsync_ShouldSupportCallerExpressionOverload_ForTransformingValidator() { var validator = new AsyncAddressCommandValidator(ValidationWorkflowTestData.ValidationContextFactory); var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var address = new AddressDto { ZipCode = " 12345 " }; var validatedValue = await validator.ValidateChildValueAsync( address, context, TestContext.Current.CancellationToken ); validatedValue.Should().Be(ValidatedValue.Success(new AddressCommand("12345"))); context.HasErrors.Should().BeFalse(); } [Fact] public async Task ValidateAsync_ShouldHonorExplicitTarget_ForTransformingValidator() { var validator = new AsyncStringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory); var result = await validator.ValidateAsync( null!, ValidationTarget.Absolute("payload.length", isNormalized: true), TestContext.Current.CancellationToken, displayName: "Text" ); result.IsValid.Should().BeFalse(); result.Errors.Should().Equal( new Errors( ValidationWorkflowTestData.CreateValidationError( "Text must not be null", "NotNull", "payload.length" ) ) ); } [Fact] public async Task ValidateAsync_ShouldPropagateCancellation() { var validator = new AsyncPersonValidator(ValidationWorkflowTestData.ValidationContextFactory); using var cancellationTokenSource = CancellationTokenSource.CreateLinkedTokenSource( TestContext.Current.CancellationToken ); await cancellationTokenSource.CancelAsync(); // ReSharper disable once AccessToDisposedClosure -- act is called before disposal var act = async () => await validator.ValidateAsync( new PersonRequest { FirstName = "Alice", Age = 42, PrimaryAddress = new AddressDto { ZipCode = "12345" }, Addresses = [] }, cancellationTokenSource.Token ); await act.Should().ThrowAsync(); } } BuiltInRuleFamilyWorkflowTests.cs000066400000000000000000001026051516707642500350540ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Testsusing System; using System.Collections; using System.Collections.Generic; using System.Collections.Immutable; using System.Text.RegularExpressions; using FluentAssertions; using Light.PortableResults.Metadata; using Light.PortableResults.Validation.Definitions; using Light.PortableResults.Validation.Messaging; using Light.PortableResults.Validation.Normalization; using Light.PortableResults.Validation.Targeting; using Xunit; namespace Light.PortableResults.Validation.Tests; public sealed class BuiltInRuleFamilyWorkflowTests { [Fact] public void IsNull_ShouldAddError_WhenValueIsNotNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.Check("abc", NoOpValueNormalizer.Instance, target: "code", displayName: "Code").IsNull(); context.Errors.Should().ContainSingle( error => error.Target == "code" && error.Code == "Null" && error.Message == "Code must be null" ); } [Fact] public void IsNotNull_ShouldAddError_WhenValueIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); string? nullableName = null; context .Check(nullableName, NoOpValueNormalizer.Instance, target: "name", displayName: "Name") .IsNotNull("Name is required"); context.Errors.Should().ContainSingle( error => error.Target == "name" && error.Code == "NotNull" && error.Message == "Name is required" ); } [Fact] public void GuardedChecks_ShouldAllowIsNullWithOverrides_WhenValueIsNotNull() { var context = CreateNullHandlingDisabledContext(); context .Check("abc", target: "code", displayName: "Code") .IsNull(new ErrorOverrides { Code = "CodeMustBeNull" }); context.Errors.Should().ContainSingle(error => error.Target == "code" && error.Code == "CodeMustBeNull"); } [Fact] public void GuardedChecks_HasMaxLength_ShouldThrow_WhenValueIsNullAndAutomaticNullHandlingIsDisabled() { var context = CreateNullHandlingDisabledContext(); string? nullableText = null; Action act = () => context .Check(nullableText, NoOpValueNormalizer.Instance, target: "name") .HasMaxLength(1); act.Should().Throw().WithMessage("*non-null string*"); } [Fact] public void GuardedChecks_HasCount_ShouldThrow_WhenValueIsNullAndAutomaticNullHandlingIsDisabled() { var context = CreateNullHandlingDisabledContext(); IEnumerable nullableItems = null!; Action act = () => context.Check(nullableItems, target: "items").HasCount(1); act.Should().Throw().WithMessage("*non-null collection*"); } [Fact] public void GuardedChecks_IsGreaterThan_ShouldThrow_WhenValueIsNullAndAutomaticNullHandlingIsDisabled() { var context = CreateNullHandlingDisabledContext(); object? nullableReference = null; Action act = () => context.Check(nullableReference, target: "reference").IsGreaterThan(new object()); act.Should().Throw().WithMessage("*non-null value*"); } [Fact] public void GuardedChecks_HasPrecisionAndScale_ShouldThrow_WhenValueIsNullAndAutomaticNullHandlingIsDisabled() { var context = CreateNullHandlingDisabledContext(); decimal? nullableAmount = null; Action act = () => context .Check(nullableAmount, NoOpValueNormalizer.Instance, target: "amount") .HasPrecisionAndScale(4, 2); act.Should().Throw().WithMessage("*non-null value*"); } [Fact] public void GuardedChecks_HasPrecisionAndScaleWithOverride_ShouldThrow_WhenValueIsNullAndAutomaticNullHandlingIsDisabled() { var context = CreateNullHandlingDisabledContext(); decimal? nullableAmount = null; Action act = () => context .Check(nullableAmount, NoOpValueNormalizer.Instance, target: "amountOverride") .HasPrecisionAndScale(4, 2, new ErrorOverrides { Code = "AmountFormat" }); act.Should().Throw().WithMessage("*non-null value*"); } [Fact] public void GuardedChecks_HasMinLength_ShouldThrow_WhenMinLengthIsInvalid() { var context = CreateNullHandlingDisabledContext(); Action act = () => context.Check("A", target: "code").HasMinLength(-1); act.Should().Throw().WithMessage("*zero or greater*"); } [Fact] public void GuardedChecks_HasLengthIn_ShouldThrow_WhenRangeIsInvalid() { var context = CreateNullHandlingDisabledContext(); Action act = () => context.Check("A", target: "code").HasLengthIn(3, 2); act.Should().Throw().WithMessage("*maxLength*minLength*"); } [Fact] public void GuardedChecks_HasCount_ShouldThrow_WhenExpectedCountIsInvalid() { var context = CreateNullHandlingDisabledContext(); Action act = () => context.Check("A", target: "code").HasCount(-1); act.Should().Throw().WithMessage("*zero or greater*"); } [Fact] public void GuardedChecks_HasPrecisionAndScale_ShouldThrow_WhenPrecisionIsInvalid() { var context = CreateNullHandlingDisabledContext(); Action act = () => context.Check(12.34m, target: "amount").HasPrecisionAndScale(0, 1); act.Should().Throw().WithMessage("*greater than zero*"); } [Fact] public void GuardedChecks_HasPrecisionAndScale_ShouldThrow_WhenScaleIsInvalid() { var context = CreateNullHandlingDisabledContext(); Action act = () => context.Check(12.34m, target: "amount").HasPrecisionAndScale(2, 3); act.Should().Throw().WithMessage("*greater than precision*"); } [Fact] public void GuardedChecks_ShouldShortCircuit_WhenValueIsNull() { var context = CreateNullHandlingDisabledContext(); decimal? nullableAmount = null; var check = context .Check(nullableAmount, NoOpValueNormalizer.Instance, target: "shortCircuitedAmount") .ShortCircuit() .HasPrecisionAndScale(4, 2); check.IsShortCircuited.Should().BeTrue(); context.HasErrors.Should().BeFalse(); } [Fact] public void GuardedChecks_ShouldShortCircuit_WhenValueIsNullWithOverrides() { var context = CreateNullHandlingDisabledContext(); decimal? nullableAmount = null; var check = context .Check(nullableAmount, NoOpValueNormalizer.Instance, target: "shortCircuitedAmountOverride") .ShortCircuit() .HasPrecisionAndScale(4, 2, new ErrorOverrides { Code = "Unused" }); check.IsShortCircuited.Should().BeTrue(); context.HasErrors.Should().BeFalse(); } private static ValidationContext CreateNullHandlingDisabledContext() { return new DefaultValidationContextFactory( new ValidationContextOptions() with { ValueNormalizer = NoOpValueNormalizer.Instance, AutomaticNullErrorProvider = NoOpAutomaticNullErrorProvider.Instance } ) .CreateValidationContext(); } [Fact] public void IsEmpty_ShouldAddError_WhenStringIsNotEmpty() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.Check("value", target: "description", displayName: "Description").IsEmpty(); context.Errors.Should().ContainSingle( error => error.Target == "description" && error.Code == "Empty" && error.Message == "Description must be empty" ); } [Fact] public void IsNotEmpty_ShouldAddError_WhenGuidIsEmpty() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.Check(Guid.Empty, target: "id", displayName: "Id").IsNotEmpty(); context.Errors.Should().ContainSingle( error => error.Target == "id" && error.Code == "NotEmpty" && error.Message == "Id must not be empty" ); } [Fact] public void IsNotEmpty_ShouldAddError_WhenCollectionIsEmpty() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); IEnumerable items = Array.Empty(); context.Check(items, displayName: "Items").IsNotEmpty(); context.Errors.Should().ContainSingle( error => error.Target == "items" && error.Code == "NotEmpty" && error.Message == "Items must not be empty" ); } [Fact] public void IsNotEmpty_ShouldAddError_WhenImmutableArrayIsEmpty() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.Check(ImmutableArray.Empty, target: "tags", displayName: "Tags").IsNotEmpty(); context.Errors.Should().ContainSingle( error => error.Target == "tags" && error.Code == "NotEmpty" && error.Message == "Tags must not be empty" ); } [Fact] public void IsEqualTo_ShouldSucceed_WhenValuesAreEqual() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context .Check("abc", target: "code", displayName: "Code") .IsEqualTo("ABC", StringComparer.OrdinalIgnoreCase); context.HasErrors.Should().BeFalse(); } [Fact] public void IsNotEqualTo_ShouldAddError_WhenValuesAreEqual() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context .Check("abc", target: "code", displayName: "Code") .IsNotEqualTo( "ABC", StringComparer.OrdinalIgnoreCase, new ErrorOverrides { Message = "Code must stay different from ABC" } ); context.Errors.Should().ContainSingle( error => error.Target == "code" && error.Code == "NotEqualTo" && error.Message == "Code must stay different from ABC" ); } [Fact] public void ComparableChecks_ShouldThrow_WhenValueIsNullAndAutomaticNullHandlingIsDisabled() { var context = CreateNullHandlingDisabledContext(); int? nullableAge = null; Action act = () => context.Check(nullableAge, displayName: "Age").IsGreaterThan(18); act.Should().Throw(); } [Fact] public void ComparableChecks_ShouldShortCircuit_WhenValueIsNullAfterIsNotNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); int? nullableAge = null; var check = context.Check(nullableAge, displayName: "Age").IsNotNull().IsGreaterThan(18); check.IsShortCircuited.Should().BeTrue(); context.Errors.Should().ContainSingle(error => error.Code == "NotNull"); } [Fact] public void IsGreaterThanOrEqualTo_ShouldAddError_WhenValueIsSmaller() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context .Check(10, target: "requiredAge", displayName: "Required age") .IsGreaterThanOrEqualTo(18, new ErrorOverrides { Code = "Adult" }); context.Errors.Should().ContainSingle( error => error.Target == "requiredAge" && error.Code == "Adult" ); } [Fact] public void IsInExclusiveRange_ShouldAddError_WhenValueIsAtLowerBoundary() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context .Check(10, target: "requiredAge", displayName: "Required age") .IsInExclusiveRange(10, 20); context.Errors.Should().ContainSingle( error => error.Target == "requiredAge" && error.Code == "ExclusiveRange" ); } [Fact] public void IsNotNullOrWhiteSpace_ShouldAddError_WhenStringIsWhitespace() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.Check(" ", target: "firstName", displayName: "First name").IsNotNullOrWhiteSpace(); context.Errors.Should().ContainSingle( error => error.Target == "firstName" && error.Code == "NotNullOrWhiteSpace" ); } [Fact] public void HasMinLength_ShouldAddError_WhenStringIsTooShort() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.Check("A", target: "code", displayName: "Code").HasMinLength(2); context.Errors.Should().ContainSingle( error => error.Target == "code" && error.Code == "MinLength" ); } [Fact] public void HasMaxLength_ShouldAddError_WhenStringIsTooLong() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context .Check("ABCD", target: "shortCode", displayName: "Short code") .HasMaxLength(3, "Short code is too long"); context.Errors.Should().ContainSingle( error => error.Target == "shortCode" && error.Code == "MaxLength" && error.Message == "Short code is too long" ); } [Fact] public void HasLengthIn_ShouldAddError_WhenStringIsTooShortForRange() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.Check("AB", target: "password", displayName: "Password").HasLengthIn(3, 5); context.Errors.Should().ContainSingle( error => error.Target == "password" && error.Code == "LengthIn" ); } [Fact] public void Matches_ShouldAddError_WhenStringDoesNotMatchPattern() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.Check("AB12", target: "digits", displayName: "Digits").Matches("^[0-9]+$"); context.Errors.Should().ContainSingle( error => error.Target == "digits" && error.Code == "Matches" ); } [Fact] public void Matches_ShouldAddError_WhenStringDoesNotMatchRegex() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context .Check("AB12", target: "letters", displayName: "Letters") .Matches(new Regex("^[A-Z]+$", RegexOptions.IgnoreCase), "Letters are invalid"); context.Errors.Should().ContainSingle( error => error.Target == "letters" && error.Code == "Matches" && error.Message == "Letters are invalid" ); } [Fact] public void IsEmail_ShouldAddError_WhenStringIsNotAnEmail() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.Check("abc@", target: "email", displayName: "Email").IsEmail(); context.Errors.Should().ContainSingle( error => error.Target == "email" && error.Code == "Email" ); } [Fact] public void ContainsOnlyDigits_ShouldAddError_WhenStringContainsLetters() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.Check("12A", target: "phone", displayName: "Phone").ContainsOnlyDigits(); context.Errors.Should().ContainSingle( error => error.Target == "phone" && error.Code == "DigitsOnly" ); } [Fact] public void ContainsOnlyLettersAndDigits_ShouldAddError_WhenStringContainsSpecialCharacters() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.Check("A-1", target: "zipCode", displayName: "Zip code").ContainsOnlyLettersAndDigits(); context.Errors.Should().ContainSingle( error => error.Target == "zipCode" && error.Code == "LettersAndDigitsOnly" ); } [Fact] public void HasCount_ShouldAddError_WhenStringLengthIsWrong() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.Check("AB", target: "code", displayName: "Code").HasCount(3); context.Errors.Should().ContainSingle( error => error.Target == "code" && error.Code == "Count" ); } [Fact] public void HasMinCount_ShouldAddError_WhenCollectionIsTooSmall() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context .Check>(new CountingReadOnlyList(1, 2), target: "items", displayName: "Items") .HasMinCount(3); context.Errors.Should().ContainSingle( error => error.Target == "items" && error.Code == "MinCount" ); } [Fact] public void HasMaxCount_ShouldAddError_WhenImmutableArrayIsTooLarge() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context .Check(ImmutableArray.Create(1, 2, 3), target: "tags", displayName: "Tags") .HasMaxCount(2, new ErrorOverrides { Code = "TooManyTags" }); context.Errors.Should().ContainSingle( error => error.Target == "tags" && error.Code == "TooManyTags" ); } [Fact] public void IsInEnum_ShouldAddError_WhenValueIsNotDefined() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); OrderStatus? invalidStatus = (OrderStatus) 99; context.Check(invalidStatus, target: "status", displayName: "Status").IsInEnum(); context.Errors.Should().ContainSingle( error => error.Target == "status" && error.Code == "Enum" ); } [Fact] public void IsEnumName_ShouldAddError_WhenStringIsNotDefinedInEnum() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context .Check("PendingApproval", target: "statusName", displayName: "Status name") .IsEnumName("Status name is invalid"); context.Errors.Should().ContainSingle( error => error.Target == "statusName" && error.Code == "EnumName" && error.Message == "Status name is invalid" ); } [Fact] public void HasPrecisionAndScale_ShouldAddError_WhenValueHasTooManyDecimalPlaces() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); decimal? invalidAmount = 123.4500m; context .Check(invalidAmount, target: "amount", displayName: "Amount") .HasPrecisionAndScale(4, 2, new ErrorOverrides { Message = "Amount format is invalid" }); context.Errors.Should().ContainSingle( error => error.Target == "amount" && error.Code == "PrecisionScale" && error.Message == "Amount format is invalid" ); } [Fact] public void Predicate_ShouldAddError_WhenContextAwarePredicateFails() { var tenantKey = new ValidationContextKey("tenant"); var context = new DefaultValidationContextFactory( new ValidationContextOptions() with { ValueNormalizer = NoOpValueNormalizer.Instance } ).CreateValidationContext(); context.SetItem(tenantKey, "checkout"); const string tenantCode = "Alice"; context .Check(tenantCode, displayName: "Tenant code") .Must( (readOnlyContext, _) => readOnlyContext.GetRequiredItem(tenantKey) == "catalog", new ErrorOverrides { Message = "Tenant mismatch" } ); context.Errors.Should().ContainSingle( error => error.Target == "tenantCode" && error.Message == "Tenant mismatch" ); } [Fact] public void Predicate_ShouldAddError_WhenSimplePredicateFails() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context .ForMember("customer", isNormalized: true) .Check("AB", target: "code", displayName: "Code") .Must( static value => value.Length > 2, new ErrorOverrides { Category = ErrorCategory.UnprocessableContent } ); context.Errors.Should().ContainSingle( error => error.Target == "customer.code" && error.Code == "Predicate" && error.Category == ErrorCategory.UnprocessableContent ); } [Fact] public void Custom_ShouldAddErrors_WhenCustomValidationIsInvoked() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context .ForMember("customer", isNormalized: true) .Check("AB", target: "code", displayName: "Code") .Custom( static (customContext, value) => { if (value.Length <= 0) { return; } customContext.AddError("Code contains unsupported data", "Custom"); customContext.AddError( "Code detail is invalid", "CustomDetail", target: ValidationTarget.Relative( "detail", isNormalized: true ) ); } ); context.Errors.Should().HaveCount(2); context.Errors.Should().ContainSingle(error => error.Target == "customer.code" && error.Code == "Custom"); context.Errors.Should() .ContainSingle(error => error.Target == "customer.code.detail" && error.Code == "CustomDetail"); } [Fact] public void Predicate_ShouldNotAddError_WhenSuccessful() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var passThroughCheck = context.Check("AB", target: "otherCode", displayName: "Other code"); passThroughCheck .Must(static value => value.Length == 2, BuiltInValidationErrorDefinitions.Predicate) .Must( static (readOnlyContext, value) => readOnlyContext.TargetPrefix == "otherCode" && value.Length == 2, new ErrorOverrides { Code = "ShouldNotFail" } ); context.HasErrors.Should().BeFalse(); } [Fact] public void Custom_ShouldNotBeInvoked_WhenShortCircuited() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var shortCircuited = context.Check("AB", target: "code", displayName: "Code").ShortCircuit(); var invoked = false; shortCircuited.Custom((_, _) => invoked = true); invoked.Should().BeFalse(); } [Fact] public void Predicate_ShouldThrow_WhenPredicateIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var check = context.Check("AB", target: "code"); Action act = () => check.Must((Func) null!); act.Should().Throw().WithParameterName("predicate"); } [Fact] public void Predicate_ShouldThrow_WhenContextPredicateIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var check = context.Check("AB", target: "code"); Action act = () => check.Must((Func) null!); act.Should().Throw().WithParameterName("predicate"); } [Fact] public void Predicate_ShouldThrow_WhenTemplateIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var check = context.Check("AB", target: "code"); Action act = () => check.Must(static _ => false, (IValidationErrorMessageTemplate) null!); act.Should().Throw().WithParameterName("template"); } [Fact] public void Custom_ShouldThrow_WhenCustomValidationIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var check = context.Check("AB", target: "code"); Action act = () => check.Custom(null!); act.Should().Throw().WithParameterName("customValidation"); } [Fact] public void IsGreaterThan_ShouldThrow_WhenBoundaryIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); Action act = () => context.Check("AB", target: "rangeCode").IsGreaterThan(null!); act.Should().Throw().WithParameterName("comparativeValue"); } [Fact] public void IsIn_ShouldThrow_WhenLowerBoundaryIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); Action act = () => context.Check("AB", target: "rangeCode").IsInBetween(null!, "ZZ"); act.Should().Throw().WithParameterName("lowerBoundary"); } [Fact] public void IsNotIn_ShouldThrow_WhenUpperBoundaryIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); Action act = () => context.Check("AB", target: "rangeCode").IsNotInBetween("AA", null!); act.Should().Throw().WithParameterName("upperBoundary"); } [Fact] public void Predicate_ShouldSupportMetadata() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var metadata = MetadataObject.Create(("kind", "predicate")); var check = context.Check("AB", target: "code", displayName: "Code"); check.Must( static value => value.Length == 1, new ValidationErrorTemplates.Constant("Never used"), code: "PredicateWithMetadata", metadata: metadata ); context.Errors.Should().ContainSingle( error => error.Code == "PredicateWithMetadata" && error.Metadata.HasValue && error.Metadata.Value.ContainsKey("kind") ); } [Fact] public void ContainsOnlyDigits_ShouldAddError_WhenStringIsEmpty() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context .Check(string.Empty, target: "digitsOnly", displayName: "Digits only") .ContainsOnlyDigits(); context.Errors.Should().ContainSingle( error => error.Target == "digitsOnly" && error.Code == "DigitsOnly" ); } [Fact] public void ContainsOnlyLettersAndDigits_ShouldAddError_WhenStringIsEmpty() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context .Check(string.Empty, target: "lettersDigitsOnly", displayName: "Letters and digits only") .ContainsOnlyLettersAndDigits(new ErrorOverrides { Code = "LettersDigitsOnly" }); context.Errors.Should().ContainSingle( error => error.Target == "lettersDigitsOnly" && error.Code == "LettersDigitsOnly" ); } [Fact] public void HasCount_ShouldSucceed_WhenEnumeratorOnlyCollectionHasExpectedCount() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var enumeratorOnlyItems = new YieldOnlyEnumerable(1, 2); context.Check(enumeratorOnlyItems, target: "items", displayName: "Items").HasCount(2); context.HasErrors.Should().BeFalse(); } [Fact] public void HasMinCount_ShouldSucceed_WhenEnumeratorOnlyCollectionHasExpectedCount() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var enumeratorOnlyItems = new YieldOnlyEnumerable(1, 2); context.Check(enumeratorOnlyItems, target: "itemsMin", displayName: "Items min") .HasMinCount(2, new ErrorOverrides { Code = "Unused" }); context.HasErrors.Should().BeFalse(); } [Fact] public void HasMaxCount_ShouldSucceed_WhenEnumeratorOnlyCollectionHasExpectedCount() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var enumeratorOnlyItems = new YieldOnlyEnumerable(1, 2); context.Check(enumeratorOnlyItems, target: "itemsMax", displayName: "Items max").HasMaxCount(2); context.HasErrors.Should().BeFalse(); } [Fact] public void Predicate_ShouldNotBeInvoked_WhenShortCircuited() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var shortCircuitedCheck = context.Check("AB", target: "shortCode", displayName: "Short code").ShortCircuit(); var invoked = false; shortCircuitedCheck.Must( _ => { invoked = true; return false; } ); invoked.Should().BeFalse(); } [Fact] public void IsNull_ShouldSucceed_WhenValueIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); string? nullableValue = null; context.Check(nullableValue, NoOpValueNormalizer.Instance, target: "nullableCode", displayName: "Nullable code") .IsNull(); context.HasErrors.Should().BeFalse(); } [Fact] public void IsNullWithOverride_ShouldSucceed_WhenValueIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); string? nullableValue = null; context.Check( nullableValue, NoOpValueNormalizer.Instance, target: "nullableCodeOverride", displayName: "Nullable code override" ) .IsNull(new ErrorOverrides { Code = "UnusedNull" }); context.HasErrors.Should().BeFalse(); } [Fact] public void IsNotNull_ShouldSucceed_WhenValueIsNotNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.Check("AB", target: "requiredCode", displayName: "Required code").IsNotNull(); context.HasErrors.Should().BeFalse(); } [Fact] public void IsNotNullWithOverride_ShouldSucceed_WhenValueIsNotNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.Check("AB", target: "requiredCodeOverride", displayName: "Required code override") .IsNotNull(new ErrorOverrides { Code = "UnusedNotNull" }); context.HasErrors.Should().BeFalse(); } [Fact] public void NullChecks_ShouldNotBeInvoked_WhenShortCircuited() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var shortCircuitedCheck = context.Check("AB", target: "shortCode", displayName: "Short code").ShortCircuit(); shortCircuitedCheck.IsNull().IsShortCircuited.Should().BeTrue(); shortCircuitedCheck.IsNull(new ErrorOverrides { Code = "UnusedNull" }).IsShortCircuited.Should().BeTrue(); shortCircuitedCheck.IsNotNull().IsShortCircuited.Should().BeTrue(); shortCircuitedCheck.IsNotNull(new ErrorOverrides { Code = "UnusedNotNull" }).IsShortCircuited.Should().BeTrue(); context.HasErrors.Should().BeFalse(); } private sealed class CountingReadOnlyList : IReadOnlyList { private readonly int[] _values; public CountingReadOnlyList(params int[] values) => _values = values; public int this[int index] => _values[index]; public int Count => _values.Length; public IEnumerator GetEnumerator() => ((IEnumerable) _values).GetEnumerator(); IEnumerator IEnumerable.GetEnumerator() => _values.GetEnumerator(); } private sealed class YieldOnlyEnumerable : IEnumerable { private readonly int[] _values; public YieldOnlyEnumerable(params int[] values) => _values = values; public IEnumerator GetEnumerator() { foreach (var value in _values) { yield return value; } } } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Tests/CheckAddErrorTests.cs000066400000000000000000000105061516707642500324760ustar00rootroot00000000000000using FluentAssertions; using Light.PortableResults.Metadata; using Light.PortableResults.Validation.Definitions; using Light.PortableResults.Validation.Messaging; using Light.PortableResults.Validation.Targeting; using Xunit; namespace Light.PortableResults.Validation.Tests; public sealed class CheckAddErrorTests { [Fact] public void AddErrorError_ShouldPreserveExplicitTarget() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var check = context.Check("ABC", target: "code"); var error = new Error { Message = "Code already exists", Code = "Conflict", Target = "orders[0].code", Category = ErrorCategory.Conflict }; check.AddError(error); context.Errors.Should().Equal(new Errors(error)); } [Fact] public void AddErrorError_ShouldFillCurrentCheckTarget_WhenErrorHasNoTarget() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var check = context.Check("ABC", target: "code"); var error = new Error { Message = "Code already exists", Code = "Conflict", Category = ErrorCategory.Conflict }; check.AddError(error); context.Errors.Should().Equal( new Errors( error with { Target = "code" } ) ); } [Fact] public void AddErrorString_ShouldSupportCategoryTargetOverrideAndShortCircuitControl() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var check = context.Check("ABC", target: "code").ShortCircuit(); var skippedCheck = check.AddError( "Code already exists", code: "Conflict", category: ErrorCategory.Conflict ); var forcedCheck = check.AddError( "Code already exists", code: "Conflict", target: ValidationTarget.Absolute("orders[0].code", isNormalized: true), category: ErrorCategory.Conflict, respectShortCircuit: false ); skippedCheck.IsShortCircuited.Should().BeTrue(); forcedCheck.IsShortCircuited.Should().BeTrue(); context.Errors.Should().Equal( new Errors( new Error { Message = "Code already exists", Code = "Conflict", Target = "orders[0].code", Category = ErrorCategory.Conflict } ) ); } [Fact] public void AddErrorDefinition_ShouldSupportTemplateBackedDefinitionsAsMigrationPath() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var definition = new TemplateValidationErrorDefinition( new ValidationErrorTemplates.DisplayName(" is invalid"), code: "InvalidCode", category: ErrorCategory.UnprocessableContent ); context.Check("ABC", target: "code", displayName: "Code").AddError(definition); context.Errors.Should().Equal( new Errors( new Error { Message = "Code is invalid", Code = "InvalidCode", Target = "code", Category = ErrorCategory.UnprocessableContent } ) ); } [Fact] public void AddErrorMessage_ShouldSupportMetadataAndTemplateCodes() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var metadata = MetadataObject.Create(("source", "manual")); var message = new ValidationErrorMessage("Code is invalid", "validation.code.invalid"); context.AddError(message, target: ValidationTarget.Relative("code", isNormalized: true), metadata: metadata); context.Errors.Should().Equal( new Errors( new Error { Message = "Code is invalid", Code = "validation.code.invalid", Target = "code", Category = ErrorCategory.Validation, Metadata = metadata } ) ); } } CheckExtensionsEdgeCaseTests.cs000066400000000000000000000200671516707642500344400ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Testsusing System; using System.Collections.Generic; using System.Threading.Tasks; using FluentAssertions; using Xunit; namespace Light.PortableResults.Validation.Tests; public sealed class CheckExtensionsEdgeCaseTests { [Fact] public void ValidateChild_ShouldReturnNoValue_WhenCheckIsShortCircuited() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var shortCircuitedStringCheck = context.Check("Alice", target: "name").ShortCircuit(); var validator = new TrimmedRequiredTextValidator(ValidationWorkflowTestData.ValidationContextFactory); var sameTypeResult = shortCircuitedStringCheck.ValidateChild(validator); sameTypeResult.Should().Be(ValidatedValue.NoValue); } [Fact] public void ValidateChild_WithTransformation_ShouldReturnNoValue_WhenCheckIsShortCircuited() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var shortCircuitedAddressCheck = context.Check(new AddressDto { ZipCode = "12345" }, target: "address").ShortCircuit(); var validator = new AddressCommandValidator(ValidationWorkflowTestData.ValidationContextFactory); var transformingResult = shortCircuitedAddressCheck.ValidateChild(validator); transformingResult.Should().Be(ValidatedValue.NoValue); } [Fact] public void ValidateChild_ShouldThrow_WhenValidatorIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var shortCircuitedStringCheck = context.Check("Alice", target: "name").ShortCircuit(); Validator nullStringValidator = null!; Action act = () => shortCircuitedStringCheck.ValidateChild(nullStringValidator); act.Should().Throw().WithParameterName("childValidator"); } [Fact] public void ValidateChild_WithTransformation_ShouldThrow_WhenValidatorIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var shortCircuitedAddressCheck = context.Check(new AddressDto { ZipCode = "12345" }, target: "address").ShortCircuit(); Validator nullAddressValidator = null!; Action act = () => shortCircuitedAddressCheck.ValidateChild(nullAddressValidator); act.Should().Throw().WithParameterName("childValidator"); } [Fact] public async Task ValidateChildAsync_ShouldReturnNoValue_WhenCheckIsShortCircuited() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var shortCircuitedStringCheck = context.Check("Alice", target: "name").ShortCircuit(); var validator = new AsyncTrimmedRequiredTextValidator(ValidationWorkflowTestData.ValidationContextFactory); var sameTypeResult = await shortCircuitedStringCheck.ValidateChildAsync( validator, TestContext.Current.CancellationToken ); sameTypeResult.Should().Be(ValidatedValue.NoValue); } [Fact] public async Task ValidateChildAsync_WithTransformation_ShouldReturnNoValue_WhenCheckIsShortCircuited() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var shortCircuitedAddressCheck = context.Check(new AddressDto { ZipCode = "12345" }, target: "address").ShortCircuit(); var validator = new AsyncAddressCommandValidator(ValidationWorkflowTestData.ValidationContextFactory); var transformingResult = await shortCircuitedAddressCheck.ValidateChildAsync( validator, TestContext.Current.CancellationToken ); transformingResult.Should().Be(ValidatedValue.NoValue); } [Fact] public async Task ValidateChildAsync_ShouldThrow_WhenValidatorIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var shortCircuitedStringCheck = context.Check("Alice", target: "name").ShortCircuit(); AsyncValidator nullStringValidator = null!; Func act = async () => await shortCircuitedStringCheck.ValidateChildAsync( nullStringValidator, TestContext.Current.CancellationToken ); await act.Should().ThrowAsync().WithParameterName("childValidator"); } [Fact] public async Task ValidateChildAsync_WithTransformation_ShouldThrow_WhenValidatorIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var shortCircuitedAddressCheck = context.Check(new AddressDto { ZipCode = "12345" }, target: "address").ShortCircuit(); AsyncValidator nullAddressValidator = null!; Func act = async () => await shortCircuitedAddressCheck.ValidateChildAsync( nullAddressValidator, TestContext.Current.CancellationToken ); await act.Should().ThrowAsync().WithParameterName("childValidator"); } [Fact] public void ValidateItems_WithValidator_ShouldReturnNoValue_WhenCheckIsShortCircuited() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var shortCircuitedListCheck = context.Check(new List { "A" }, target: "tags").ShortCircuit(); var validator = new TrimmedRequiredTextValidator(ValidationWorkflowTestData.ValidationContextFactory); var validatorResult = shortCircuitedListCheck.ValidateItems(validator); validatorResult.Should().Be(ValidatedValue>.NoValue); } [Fact] public void ValidateItems_WithTransformingValidator_ShouldReturnNoValue_WhenCheckIsShortCircuited() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var shortCircuitedAddressListCheck = context .Check(new List { new () { ZipCode = "12345" } }, target: "addresses") .ShortCircuit(); var validator = new AddressCommandValidator(ValidationWorkflowTestData.ValidationContextFactory); var transformingResult = shortCircuitedAddressListCheck.ValidateItems(validator); transformingResult.Should().Be(ValidatedValue>.NoValue); } [Fact] public void ValidateItems_WithDelegate_ShouldReturnNoValue_WhenCheckIsShortCircuited() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var shortCircuitedListCheck = context.Check(new List { "A" }, target: "tags").ShortCircuit(); var delegateResult = shortCircuitedListCheck.ValidateItems( (Action>) (static itemCheck => itemCheck.AddError("not reached", "Never")) ); delegateResult.Should().Be(ValidatedValue>.NoValue); } [Fact] public void ValidateItems_WithValidator_ShouldThrow_WhenValidatorIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var shortCircuitedListCheck = context.Check(new List { "A" }, target: "tags").ShortCircuit(); Validator nullValidator = null!; Action act = () => shortCircuitedListCheck.ValidateItems(nullValidator); act.Should().Throw().WithParameterName("itemValidator"); } [Fact] public void ValidateItems_WithDelegate_ShouldThrow_WhenDelegateIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var shortCircuitedListCheck = context.Check(new List { "A" }, target: "tags").ShortCircuit(); Func, ValidatedValue> nullFunc = null!; Action act = () => shortCircuitedListCheck.ValidateItems(nullFunc); act.Should().Throw().WithParameterName("validateItem"); } } CheckOverloadCoverageTests.cs000066400000000000000000001360411516707642500341470ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Testsusing System; using System.Collections.Generic; using System.Collections.Immutable; using System.Text.RegularExpressions; using FluentAssertions; using Light.PortableResults.Metadata; using Light.PortableResults.Validation.Definitions; using Light.PortableResults.Validation.Messaging; using Xunit; namespace Light.PortableResults.Validation.Tests; public sealed class CheckOverloadCoverageTests { [Fact] public void IsEmpty_ShouldAddError_WhenStringIsNotEmpty() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context.Check("abc", target: "emptyString", displayName: "Empty string").IsEmpty(); context.Errors.Should().ContainSingle(error => error.Target == "emptyString" && error.Code == "Empty"); } [Fact] public void IsNotEmpty_ShouldAddError_WhenStringIsEmpty() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("", target: "requiredString", displayName: "Required string") .IsNotEmpty(new ErrorOverrides { Code = "RequiredString" }); context.Errors.Should() .ContainSingle(error => error.Target == "requiredString" && error.Code == "RequiredString"); } [Fact] public void IsEmpty_ShouldAddError_WhenGuidIsNotEmpty() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context.Check(Guid.NewGuid(), target: "emptyGuid", displayName: "Empty guid") .IsEmpty(new ErrorOverrides { Message = "Guid must be empty" }); context.Errors.Should() .ContainSingle(error => error.Target == "emptyGuid" && error.Message == "Guid must be empty"); } [Fact] public void IsNotEmpty_ShouldAddError_WhenGuidIsEmpty() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context.Check(Guid.Empty, target: "requiredGuid", displayName: "Required guid").IsNotEmpty(); context.Errors.Should().ContainSingle(error => error.Target == "requiredGuid" && error.Code == "NotEmpty"); } [Fact] public void IsEmpty_ShouldAddError_WhenCollectionIsNotEmpty() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check>([1], target: "emptyCollection", displayName: "Empty collection") .IsEmpty(new ErrorOverrides { Code = "CollectionMustBeEmpty" }); context.Errors.Should().ContainSingle( error => error.Target == "emptyCollection" && error.Code == "CollectionMustBeEmpty" ); } [Fact] public void IsNotEmpty_ShouldAddError_WhenCollectionIsEmpty() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check>([], target: "requiredCollection", displayName: "Required collection") .IsNotEmpty(); context.Errors.Should() .ContainSingle(error => error.Target == "requiredCollection" && error.Code == "NotEmpty"); } [Fact] public void IsEmpty_ShouldAddError_WhenImmutableArrayIsNotEmpty() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(ImmutableArray.Create(1), target: "emptyImmutable", displayName: "Empty immutable") .IsEmpty(new ErrorOverrides { Code = "ImmutableEmpty" }); context.Errors.Should() .ContainSingle(error => error.Target == "emptyImmutable" && error.Code == "ImmutableEmpty"); } [Fact] public void IsNotEmpty_ShouldAddError_WhenImmutableArrayIsEmpty() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(ImmutableArray.Empty, target: "requiredImmutable", displayName: "Required immutable") .IsNotEmpty(); context.Errors.Should().ContainSingle(error => error.Target == "requiredImmutable" && error.Code == "NotEmpty"); } [Fact] public void HasCount_ShouldAddError_WhenStringCountIsIncorrect() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("ab", target: "exactStringCount", displayName: "Exact string count") .HasCount(3, new ErrorOverrides { Code = "ExactStringCount" }); context.Errors.Should() .ContainSingle(error => error.Target == "exactStringCount" && error.Code == "ExactStringCount"); } [Fact] public void HasMinCount_ShouldAddError_WhenStringCountIsTooLow() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context.Check("ab", target: "minStringCount", displayName: "Min string count").HasMinCount(3); context.Errors.Should().ContainSingle(error => error.Target == "minStringCount" && error.Code == "MinCount"); } [Fact] public void HasMaxCount_ShouldAddError_WhenStringCountIsTooHigh() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("abcd", target: "maxStringCount", displayName: "Max string count") .HasMaxCount(3, new ErrorOverrides { Message = "Too many string characters" }); context.Errors.Should().ContainSingle( error => error.Target == "maxStringCount" && error.Message == "Too many string characters" ); } [Fact] public void HasCount_ShouldAddError_WhenCollectionCountIsIncorrect() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check>([1], target: "exactCollectionCount", displayName: "Exact collection count") .HasCount(2); context.Errors.Should().ContainSingle(error => error.Target == "exactCollectionCount" && error.Code == "Count"); } [Fact] public void HasMinCount_ShouldAddError_WhenCollectionCountIsTooLow() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check>([1], target: "minCollectionCount", displayName: "Min collection count") .HasMinCount(2, new ErrorOverrides { Code = "MinCollectionCount" }); context.Errors.Should().ContainSingle( error => error.Target == "minCollectionCount" && error.Code == "MinCollectionCount" ); } [Fact] public void HasMaxCount_ShouldAddError_WhenCollectionCountIsTooHigh() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check>([1, 2, 3], target: "maxCollectionCount", displayName: "Max collection count") .HasMaxCount(2); context.Errors.Should() .ContainSingle(error => error.Target == "maxCollectionCount" && error.Code == "MaxCount"); } [Fact] public void HasCount_ShouldAddError_WhenImmutableArrayCountIsIncorrect() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(ImmutableArray.Create(1), target: "exactImmutableCount", displayName: "Exact immutable count") .HasCount(2, new ErrorOverrides { Code = "ExactImmutableCount" }); context.Errors.Should().ContainSingle( error => error.Target == "exactImmutableCount" && error.Code == "ExactImmutableCount" ); } [Fact] public void HasMinCount_ShouldAddError_WhenImmutableArrayCountIsTooLow() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(ImmutableArray.Create(1), target: "minImmutableCount", displayName: "Min immutable count") .HasMinCount(2); context.Errors.Should().ContainSingle(error => error.Target == "minImmutableCount" && error.Code == "MinCount"); } [Fact] public void HasMaxCount_ShouldAddError_WhenImmutableArrayCountIsTooHigh() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(ImmutableArray.Create(1, 2, 3), target: "maxImmutableCount", displayName: "Max immutable count") .HasMaxCount(2, new ErrorOverrides { Code = "MaxImmutableCount" }); context.Errors.Should() .ContainSingle(error => error.Target == "maxImmutableCount" && error.Code == "MaxImmutableCount"); } [Fact] public void IsGreaterThan_ShouldAddError_WhenValueIsSmaller() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(1, target: "greaterThan", displayName: "Greater than") .IsGreaterThan(2, new ErrorOverrides { Code = "GreaterThanCustom" }); context.Errors.Should() .ContainSingle(error => error.Target == "greaterThan" && error.Code == "GreaterThanCustom"); } [Fact] public void IsGreaterThanOrEqualTo_ShouldAddError_WhenValueIsSmaller() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(1, target: "greaterThanOrEqual", displayName: "Greater than or equal") .IsGreaterThanOrEqualTo(2); context.Errors.Should().ContainSingle( error => error.Target == "greaterThanOrEqual" && error.Code == "GreaterThanOrEqualTo" ); } [Fact] public void IsLessThan_ShouldAddError_WhenValueIsGreater() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(2, target: "lessThan", displayName: "Less than") .IsLessThan(1, new ErrorOverrides { Message = "Value must be lower" }); context.Errors.Should() .ContainSingle(error => error.Target == "lessThan" && error.Message == "Value must be lower"); } [Fact] public void IsLessThanOrEqualTo_ShouldAddError_WhenValueIsGreater() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(2, target: "lessThanOrEqual", displayName: "Less than or equal") .IsLessThanOrEqualTo(1); context.Errors.Should() .ContainSingle(error => error.Target == "lessThanOrEqual" && error.Code == "LessThanOrEqualTo"); } [Fact] public void IsIn_ShouldAddError_WhenValueIsOutsideRange() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(1, target: "inRange", displayName: "In range") .IsInBetween(2, 3, new ErrorOverrides { Code = "InRangeCustom" }); context.Errors.Should().ContainSingle(error => error.Target == "inRange" && error.Code == "InRangeCustom"); } [Fact] public void IsNotIn_ShouldAddError_WhenValueIsInsideRange() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context.Check(2, target: "notInRange", displayName: "Not in range").IsNotInBetween(1, 3); context.Errors.Should().ContainSingle(error => error.Target == "notInRange" && error.Code == "NotInBetween"); } [Fact] public void IsInExclusiveRange_ShouldAddError_WhenValueIsAtBoundary() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(1, target: "exclusiveRange", displayName: "Exclusive range") .IsInExclusiveRange(1, 3, new ErrorOverrides { Code = "ExclusiveRangeCustom" }); context.Errors.Should() .ContainSingle(error => error.Target == "exclusiveRange" && error.Code == "ExclusiveRangeCustom"); } [Fact] public void IsInEnum_ShouldAddError_WhenEnumValueIsInvalid() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check((OrderStatus) 99, target: "enumValue", displayName: "Enum value") .IsInEnum(new ErrorOverrides { Code = "EnumValueInvalid" }); context.Errors.Should().ContainSingle(error => error.Target == "enumValue" && error.Code == "EnumValueInvalid"); } [Fact] public void IsInEnum_ShouldAddError_WhenEnumValueIsInvalid_DefaultOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context.Check((OrderStatus) 99, target: "enumValueDefault", displayName: "Enum value default").IsInEnum(); context.Errors.Should().ContainSingle(error => error.Target == "enumValueDefault" && error.Code == "Enum"); } [Fact] public void IsInEnum_ShouldAddError_WhenNullableEnumValueIsInvalid() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); OrderStatus? nullableStatus = (OrderStatus) 99; context.Check(nullableStatus, target: "nullableEnumValue", displayName: "Nullable enum value").IsInEnum(); context.Errors.Should().ContainSingle(error => error.Target == "nullableEnumValue" && error.Code == "Enum"); } [Fact] public void IsInEnum_ShouldAddError_WhenNullableEnumValueIsInvalid_WithOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); OrderStatus? nullableStatus = (OrderStatus) 99; context .Check(nullableStatus, target: "nullableEnumValueOverride", displayName: "Nullable enum value override") .IsInEnum(new ErrorOverrides { Code = "NullableEnumInvalid" }); context.Errors.Should().ContainSingle( error => error.Target == "nullableEnumValueOverride" && error.Code == "NullableEnumInvalid" ); } [Fact] public void IsEnumName_ShouldAddError_WhenEnumNameIsUnknown() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("unknown", target: "enumName", displayName: "Enum name") .IsEnumName(ignoreCase: true); context.Errors.Should().ContainSingle(error => error.Target == "enumName" && error.Code == "EnumName"); } [Fact] public void IsEnumName_ShouldAddError_WhenEnumNameIsUnknown_WithOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("unknown", target: "enumNameOverride", displayName: "Enum name override") .IsEnumName(new ErrorOverrides { Code = "EnumNameInvalid" }, ignoreCase: false); context.Errors.Should() .ContainSingle(error => error.Target == "enumNameOverride" && error.Code == "EnumNameInvalid"); } [Fact] public void IsLessThan_ShouldAddError_WhenValueIsGreater_DefaultOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context.Check(2, target: "lessThanDefault", displayName: "Less than default").IsLessThan(1); context.Errors.Should().ContainSingle(error => error.Target == "lessThanDefault" && error.Code == "LessThan"); } [Fact] public void IsLessThanOrEqualTo_ShouldAddError_WhenValueIsGreater_WithOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(2, target: "lessThanOrEqualOverride", displayName: "Less than or equal override") .IsLessThanOrEqualTo(1, new ErrorOverrides { Code = "LessThanOrEqualOverride" }); context.Errors.Should().ContainSingle( error => error.Target == "lessThanOrEqualOverride" && error.Code == "LessThanOrEqualOverride" ); } [Fact] public void IsIn_ShouldAddError_WhenValueIsOutsideRange_DefaultOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context.Check(1, target: "inRangeDefault", displayName: "In range default").IsInBetween(2, 3); context.Errors.Should().ContainSingle(error => error.Target == "inRangeDefault" && error.Code == "IsInBetween"); } [Fact] public void IsNotIn_ShouldAddError_WhenValueIsInsideRange_WithOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(2, target: "notInRangeOverride", displayName: "Not in range override") .IsNotInBetween(1, 3, new ErrorOverrides { Code = "NotInRangeOverride" }); context.Errors.Should().ContainSingle( error => error.Target == "notInRangeOverride" && error.Code == "NotInRangeOverride" ); } [Fact] public void HasPrecisionAndScale_ShouldAddError_WhenDecimalPrecisionIsIncorrect() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(123.45m, target: "decimalValueDefault", displayName: "Decimal value default") .HasPrecisionAndScale(4, 1); context.Errors.Should() .ContainSingle(error => error.Target == "decimalValueDefault" && error.Code == "PrecisionScale"); } [Fact] public void HasPrecisionAndScale_ShouldAddError_WhenDecimalPrecisionIsIncorrect_WithOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(123.45m, target: "decimalValue", displayName: "Decimal value") .HasPrecisionAndScale(4, 1, new ErrorOverrides { Code = "DecimalInvalid" }, ignoreTrailingZeros: false); context.Errors.Should() .ContainSingle(error => error.Target == "decimalValue" && error.Code == "DecimalInvalid"); } [Fact] public void HasPrecisionAndScale_ShouldAddError_WhenNullableDecimalPrecisionIsIncorrect() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); decimal? nullableAmount = 123.45m; context .Check(nullableAmount, target: "nullableDecimalValue", displayName: "Nullable decimal value") .HasPrecisionAndScale(4, 1); context.Errors.Should() .ContainSingle(error => error.Target == "nullableDecimalValue" && error.Code == "PrecisionScale"); } [Fact] public void Must_ShouldAddError_WhenPredicateFails() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("A", target: "mustOverride", displayName: "Must override") .Must(static value => value.Length > 1, new ErrorOverrides { Code = "MustOverride" }); context.Errors.Should().ContainSingle(error => error.Target == "mustOverride" && error.Code == "MustOverride"); } [Fact] public void Must_ShouldAddError_WhenContextAwarePredicateFails() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("A", target: "mustContext", displayName: "Must context") .Must(static (readOnlyContext, value) => readOnlyContext.TargetPrefix == "unexpected" && value.Length > 2); context.Errors.Should().ContainSingle(error => error.Target == "mustContext" && error.Code == "Predicate"); } [Fact] public void Must_ShouldAddError_WhenContextAwarePredicateFails_WithOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("A", target: "mustContextOverride", displayName: "Must context override") .Must( static (readOnlyContext, value) => readOnlyContext.TargetPrefix == "unexpected" && value.Length > 2, new ErrorOverrides { Code = "MustContextOverride" } ); context.Errors.Should().ContainSingle( error => error.Target == "mustContextOverride" && error.Code == "MustContextOverride" ); } [Fact] public void Must_ShouldAddError_WhenPredicateFails_WithDefinition() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("A", target: "mustDefinition", displayName: "Must definition") .Must(static value => value.Length > 1, BuiltInValidationErrorDefinitions.Predicate); context.Errors.Should().ContainSingle(error => error.Target == "mustDefinition" && error.Code == "Predicate"); } [Fact] public void Must_ShouldAddError_WhenPredicateFails_WithTemplateAndMetadata() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var metadata = MetadataObject.Create(("source", "predicate")); var template = new ValidationErrorTemplates.Constant("Predicate template failure"); context .Check("A", target: "mustTemplate", displayName: "Must template") .Must( static value => value.Length > 1, template, code: "MustTemplate", metadata: metadata ); context.Errors.Should().ContainSingle( error => error.Target == "mustTemplate" && error.Code == "MustTemplate" && error.Metadata == metadata && error.Message == "Predicate template failure" ); } [Fact] public void IsEmpty_ShouldAddError_WhenStringIsNotEmpty_WithOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("abc", target: "emptyStringOverride", displayName: "Empty string override") .IsEmpty(new ErrorOverrides { Code = "EmptyStringOverride" }); context.Errors.Should().ContainSingle( error => error.Target == "emptyStringOverride" && error.Code == "EmptyStringOverride" ); } [Fact] public void IsNotEmpty_ShouldAddError_WhenStringIsEmpty_DefaultOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context.Check("", target: "notEmptyStringDefault", displayName: "Not empty string default") .IsNotEmpty(); context.Errors.Should() .ContainSingle(error => error.Target == "notEmptyStringDefault" && error.Code == "NotEmpty"); } [Fact] public void IsEmpty_ShouldAddError_WhenGuidIsNotEmpty_DefaultOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context.Check(Guid.NewGuid(), target: "emptyGuidDefault", displayName: "Empty guid default").IsEmpty(); context.Errors.Should().ContainSingle(error => error.Target == "emptyGuidDefault" && error.Code == "Empty"); } [Fact] public void IsNotEmpty_ShouldAddError_WhenGuidIsEmpty_WithOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(Guid.Empty, target: "notEmptyGuidOverride", displayName: "Not empty guid override") .IsNotEmpty(new ErrorOverrides { Code = "GuidRequired" }); context.Errors.Should() .ContainSingle(error => error.Target == "notEmptyGuidOverride" && error.Code == "GuidRequired"); } [Fact] public void IsEmpty_ShouldAddError_WhenCollectionIsNotEmpty_DefaultOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check>([1], target: "emptyCollectionDefault", displayName: "Empty collection default") .IsEmpty(); context.Errors.Should() .ContainSingle(error => error.Target == "emptyCollectionDefault" && error.Code == "Empty"); } [Fact] public void IsNotEmpty_ShouldAddError_WhenCollectionIsEmpty_WithOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check>( [], target: "notEmptyCollectionOverride", displayName: "Not empty collection override" ) .IsNotEmpty(new ErrorOverrides { Code = "CollectionRequired" }); context.Errors.Should().ContainSingle( error => error.Target == "notEmptyCollectionOverride" && error.Code == "CollectionRequired" ); } [Fact] public void IsEmpty_ShouldAddError_WhenImmutableArrayIsNotEmpty_DefaultOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(ImmutableArray.Create(1), target: "emptyImmutableDefault", displayName: "Empty immutable default") .IsEmpty(); context.Errors.Should() .ContainSingle(error => error.Target == "emptyImmutableDefault" && error.Code == "Empty"); } [Fact] public void IsNotEmpty_ShouldAddError_WhenImmutableArrayIsEmpty_WithOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check( ImmutableArray.Empty, target: "notEmptyImmutableOverride", displayName: "Not empty immutable override" ) .IsNotEmpty(new ErrorOverrides { Code = "ImmutableRequired" }); context.Errors.Should().ContainSingle( error => error.Target == "notEmptyImmutableOverride" && error.Code == "ImmutableRequired" ); } [Fact] public void HasMinCount_ShouldAddError_WhenStringCountIsTooLow_WithOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("ab", target: "minStringCountOverride", displayName: "Min string count override") .HasMinCount(3, new ErrorOverrides { Code = "MinStringCountOverride" }); context.Errors.Should().ContainSingle( error => error.Target == "minStringCountOverride" && error.Code == "MinStringCountOverride" ); } [Fact] public void HasMaxCount_ShouldAddError_WhenStringCountIsTooHigh_DefaultOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("abcd", target: "maxStringCountDefault", displayName: "Max string count default") .HasMaxCount(3); context.Errors.Should() .ContainSingle(error => error.Target == "maxStringCountDefault" && error.Code == "MaxCount"); } [Fact] public void HasCount_ShouldAddError_WhenCollectionCountIsIncorrect_WithOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check>( [1], target: "exactCollectionCountOverride", displayName: "Exact collection count override" ) .HasCount(2, new ErrorOverrides { Code = "ExactCollectionCountOverride" }); context.Errors.Should().ContainSingle( error => error.Target == "exactCollectionCountOverride" && error.Code == "ExactCollectionCountOverride" ); } [Fact] public void HasMaxCount_ShouldAddError_WhenCollectionCountIsTooHigh_WithOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check>( [1, 2, 3], target: "maxCollectionCountOverride", displayName: "Max collection count override" ) .HasMaxCount(2, new ErrorOverrides { Code = "MaxCollectionCountOverride" }); context.Errors.Should().ContainSingle( error => error.Target == "maxCollectionCountOverride" && error.Code == "MaxCollectionCountOverride" ); } [Fact] public void HasCount_ShouldAddError_WhenImmutableArrayCountIsIncorrect_DefaultOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check( ImmutableArray.Create(1), target: "exactImmutableCountDefault", displayName: "Exact immutable count default" ) .HasCount(2); context.Errors.Should() .ContainSingle(error => error.Target == "exactImmutableCountDefault" && error.Code == "Count"); } [Fact] public void HasMinCount_ShouldAddError_WhenImmutableArrayCountIsTooLow_WithOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check( ImmutableArray.Create(1), target: "minImmutableCountOverride", displayName: "Min immutable count override" ) .HasMinCount(2, new ErrorOverrides { Code = "MinImmutableCountOverride" }); context.Errors.Should().ContainSingle( error => error.Target == "minImmutableCountOverride" && error.Code == "MinImmutableCountOverride" ); } [Fact] public void HasMaxCount_ShouldAddError_WhenImmutableArrayCountIsTooHigh_DefaultOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check( ImmutableArray.Create(1, 2, 3), target: "maxImmutableCountDefault", displayName: "Max immutable count default" ) .HasMaxCount(2); context.Errors.Should() .ContainSingle(error => error.Target == "maxImmutableCountDefault" && error.Code == "MaxCount"); } [Fact] public void IsEqualTo_ShouldAddError_WhenValuesAreNotEqual_DefaultOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context.Check("abc", target: "equalToDefault", displayName: "Equal to default").IsEqualTo("xyz"); context.Errors.Should().ContainSingle(error => error.Target == "equalToDefault" && error.Code == "EqualTo"); } [Fact] public void IsNotEqualTo_ShouldAddError_WhenValuesAreEqual_DefaultOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context.Check("same", target: "notEqualToDefault", displayName: "Not equal default").IsNotEqualTo("same"); context.Errors.Should() .ContainSingle(error => error.Target == "notEqualToDefault" && error.Code == "NotEqualTo"); } [Fact] public void IsNotEqualTo_ShouldAddError_WhenValuesAreEqual_WithComparer() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("ABC", target: "notEqualToComparer", displayName: "Not equal comparer") .IsNotEqualTo("abc", StringComparer.OrdinalIgnoreCase); context.Errors.Should() .ContainSingle(error => error.Target == "notEqualToComparer" && error.Code == "NotEqualTo"); } [Fact] public void IsNotEqualTo_ShouldAddError_WhenValuesAreEqual_WithOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("same", target: "notEqualToOverride", displayName: "Not equal override") .IsNotEqualTo("same", new ErrorOverrides { Code = "NotEqualOverride" }); context.Errors.Should() .ContainSingle(error => error.Target == "notEqualToOverride" && error.Code == "NotEqualOverride"); } [Fact] public void HasMinLength_ShouldAddError_WhenStringIsTooShort_WithOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("ab", target: "minLengthOverride", displayName: "Min length override") .HasMinLength(3, new ErrorOverrides { Code = "MinLengthOverride" }); context.Errors.Should() .ContainSingle(error => error.Target == "minLengthOverride" && error.Code == "MinLengthOverride"); } [Fact] public void HasMaxLength_ShouldAddError_WhenStringIsTooLong_DefaultOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context.Check("abcd", target: "maxLengthDefault", displayName: "Max length default").HasMaxLength(3); context.Errors.Should().ContainSingle(error => error.Target == "maxLengthDefault" && error.Code == "MaxLength"); } [Fact] public void HasLengthIn_ShouldAddError_WhenStringLengthIsOutsideRange_WithOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("a", target: "lengthInOverride", displayName: "Length in override") .HasLengthIn(2, 3, new ErrorOverrides { Code = "LengthInOverride" }); context.Errors.Should() .ContainSingle(error => error.Target == "lengthInOverride" && error.Code == "LengthInOverride"); } [Fact] public void Matches_ShouldAddError_WhenStringDoesNotMatchRegex_DefaultOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context.Check("12A", target: "regexDefault", displayName: "Regex default").Matches(new Regex("^\\d+$")); context.Errors.Should().ContainSingle(error => error.Target == "regexDefault" && error.Code == "Matches"); } [Fact] public void IsEmail_ShouldAddError_WhenStringIsNotAnEmail_WithOverrides() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("not-an-email", target: "emailOverride", displayName: "Email override") .IsEmail(new ErrorOverrides { Code = "EmailOverride" }); context.Errors.Should() .ContainSingle(error => error.Target == "emailOverride" && error.Code == "EmailOverride"); } [Fact] public void SuccessPaths_ShouldNotAddErrors() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); OrderStatus? nullableStatus = OrderStatus.Pending; decimal? nullableAmount = 12.30m; context.Check("abc", target: "exactString", displayName: "Exact string").HasCount(3); context .Check>([1, 2, 3], target: "exactCollection", displayName: "Exact collection") .HasCount(3, new ErrorOverrides { Code = "Unused" }); context .Check>([1, 2, 3], target: "minCollection", displayName: "Min collection") .HasMinCount(2); context .Check>([1, 2, 3], target: "maxCollection", displayName: "Max collection") .HasMaxCount(3, new ErrorOverrides { Code = "Unused" }); context .Check(ImmutableArray.Create(1, 2, 3), target: "exactImmutable", displayName: "Exact immutable") .HasCount(3); context .Check(ImmutableArray.Create(1, 2, 3), target: "minImmutable", displayName: "Min immutable") .HasMinCount(2, new ErrorOverrides { Code = "Unused" }); context .Check(ImmutableArray.Create(1, 2, 3), target: "maxImmutable", displayName: "Max immutable") .HasMaxCount(3); context.Check(OrderStatus.Pending, target: "enumValue", displayName: "Enum value").IsInEnum(); context .Check(nullableStatus, target: "nullableEnumValue", displayName: "Nullable enum value") .IsInEnum(); context .Check(12.30m, target: "decimalValue", displayName: "Decimal value") .HasPrecisionAndScale(4, 2, ignoreTrailingZeros: true); context .Check(nullableAmount, target: "nullableDecimalValue", displayName: "Nullable decimal value") .HasPrecisionAndScale(4, 2, new ErrorOverrides { Code = "Unused" }, ignoreTrailingZeros: true); context.Check("1234", target: "pattern", displayName: "Pattern").Matches("^\\d+$"); context .Check("1234", target: "patternOverride", displayName: "Pattern override") .Matches("^\\d+$", new ErrorOverrides { Code = "Unused" }); context.Check("user@example.com", target: "email", displayName: "Email").IsEmail(); context.Check(3, target: "greaterThan", displayName: "Greater than").IsGreaterThan(2); context.Check(3, target: "inRange", displayName: "In range").IsInBetween(1, 5); context.Check("", target: "emptyString", displayName: "Empty string").IsEmpty(); context .Check>([], target: "emptyCollection", displayName: "Empty collection") .IsEmpty(); context .Check>([1], target: "notEmptyCollection", displayName: "Not empty collection") .IsNotEmpty(); context.HasErrors.Should().BeFalse(); } [Fact] public void ShortCircuit_ShouldSucceed() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(2, target: "shortCircuit", displayName: "Short circuit") .ShortCircuit() .IsGreaterThan(3) .IsShortCircuited .Should() .BeTrue(); context.HasErrors.Should().BeFalse(); } [Fact] public void GuardedSuccessPaths_ShouldNotAddErrors() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("abc", target: "equal", displayName: "Equal") .IsEqualTo("ABC", StringComparer.OrdinalIgnoreCase, new ErrorOverrides { Code = "Unused" }); context .Check("abc", target: "notEqual", displayName: "Not equal") .IsNotEqualTo("xyz", StringComparer.OrdinalIgnoreCase); context .Check("abcd", target: "maxLength", displayName: "Max length") .HasMaxLength(4, new ErrorOverrides { Code = "Unused" }); context .Check("ab", target: "minLength", displayName: "Min length") .HasMinLength(2, new ErrorOverrides { Code = "Unused" }); context.Check("abc", target: "lengthIn", displayName: "Length in").HasLengthIn(2, 4); context.Check("123", target: "regex", displayName: "Regex").Matches(new Regex("^\\d+$")); context.HasErrors.Should().BeFalse(); } [Fact] public void IsEqualTo_ShouldThrow_WhenEqualityComparerIsNull() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); Action act = () => context.Check("abc").IsEqualTo("abc", (IEqualityComparer) null!); act.Should().Throw().WithParameterName("equalityComparer"); } [Fact] public void IsNotEqualTo_ShouldThrow_WhenEqualityComparerIsNull() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); Action act = () => context.Check("abc").IsNotEqualTo("abc", (IEqualityComparer) null!); act.Should().Throw().WithParameterName("equalityComparer"); } [Fact] public void Matches_ShouldThrow_WhenRegexIsNull() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); Action act = () => context.Check("123").Matches((Regex) null!); act.Should().Throw().WithParameterName("regex"); } [Fact] public void Matches_ShouldThrow_WhenPatternIsNull() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); Action act = () => context.Check("123").Matches((string) null!); act.Should().Throw().WithParameterName("pattern"); } [Fact] public void WrapperSuccessPaths_ShouldNotAddErrors() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); OrderStatus? nullableStatus = OrderStatus.Approved; context.Check(3, target: "greaterThan", displayName: "Greater than").IsGreaterThan(2); context .Check(3, target: "greaterThanOverride", displayName: "Greater than override") .IsGreaterThan(2, new ErrorOverrides { Code = "Unused" }); context.Check(3, target: "greaterThanOrEqual", displayName: "Greater than or equal").IsGreaterThanOrEqualTo(3); context.Check(2, target: "lessThan", displayName: "Less than").IsLessThan(3); context .Check(2, target: "lessThanOverride", displayName: "Less than override") .IsLessThan(3, new ErrorOverrides { Code = "Unused" }); context.Check(2, target: "lessThanOrEqual", displayName: "Less than or equal").IsLessThanOrEqualTo(2); context .Check(2, target: "lessThanOrEqualOverride", displayName: "Less than or equal override") .IsLessThanOrEqualTo(2, new ErrorOverrides { Code = "Unused" }); context.Check(2, target: "notIn", displayName: "Not in").IsNotInBetween(3, 5); context.Check(3, target: "exclusiveRange", displayName: "Exclusive range").IsInExclusiveRange(2, 4); context .Check("abc", target: "exactCountOverride", displayName: "Exact count override") .HasCount(3, new ErrorOverrides { Code = "Unused" }); context.Check("abc", target: "minCount", displayName: "Min count").HasMinCount(2); context .Check("abc", target: "minCountOverride", displayName: "Min count override") .HasMinCount(2, new ErrorOverrides { Code = "Unused" }); context.Check("abc", target: "maxCount", displayName: "Max count").HasMaxCount(3); context .Check("abc", target: "maxCountOverride", displayName: "Max count override") .HasMaxCount(3, new ErrorOverrides { Code = "Unused" }); context .Check>([1, 2], target: "collectionCount", displayName: "Collection count") .HasCount(2); context .Check>( [1, 2], target: "collectionMinCountOverride", displayName: "Collection min count override" ) .HasMinCount(2, new ErrorOverrides { Code = "Unused" }); context .Check>([1, 2], target: "collectionMaxCount", displayName: "Collection max count") .HasMaxCount(2); context .Check(ImmutableArray.Create(1, 2), target: "immutableMinCount", displayName: "Immutable min count") .HasMinCount(2); context .Check(OrderStatus.Pending, target: "enumOverride", displayName: "Enum override") .IsInEnum(new ErrorOverrides { Code = "Unused" }); context .Check(nullableStatus, target: "nullableEnumOverride", displayName: "Nullable enum override") .IsInEnum(new ErrorOverrides { Code = "Unused" }); context.Check("Approved", target: "enumName", displayName: "Enum name").IsEnumName(); context .Check("approved", target: "enumNameOverride", displayName: "Enum name override") .IsEnumName(new ErrorOverrides { Code = "Unused" }, ignoreCase: true); context .Check("abc", target: "equalOverride", displayName: "Equal override") .IsEqualTo("ABC", StringComparer.OrdinalIgnoreCase, new ErrorOverrides { Code = "Unused" }); context .Check("abc", target: "notEqualOverride", displayName: "Not equal override") .IsNotEqualTo("xyz", StringComparer.OrdinalIgnoreCase, new ErrorOverrides { Code = "Unused" }); context.HasErrors.Should().BeFalse(); } [Fact] public void ComplexShortCircuit_ShouldSucceed() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context.Check("abc", target: "shortCircuitedText", displayName: "Short circuited text") .ShortCircuit() .IsNotNullOrWhiteSpace() .HasMinLength(10) .Matches(new Regex("^\\d+$")) .IsEmail() .IsShortCircuited .Should() .BeTrue(); context.HasErrors.Should().BeFalse(); } [Fact] public void ComparableAndRangeSuccessPaths_ShouldNotAddErrors() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(5, target: "inRangeOverride", displayName: "In range override") .IsInBetween(1, 5, new ErrorOverrides { Code = "Unused" }); context .Check(0, target: "notInRangeOverride", displayName: "Not in range override") .IsNotInBetween(1, 5, new ErrorOverrides { Code = "Unused" }); context .Check(3, target: "exclusiveRangeOverride", displayName: "Exclusive range override") .IsInExclusiveRange(1, 5, new ErrorOverrides { Code = "Unused" }); context.HasErrors.Should().BeFalse(); } [Fact] public void StringGuardsSuccessPaths_ShouldNotAddErrors() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("A1", target: "requiredTextOverride", displayName: "Required text override") .IsNotNullOrWhiteSpace(new ErrorOverrides { Code = "Unused" }); context .Check("abc", target: "maxLengthDefaultSuccess", displayName: "Max length default success") .HasMaxLength(3); context .Check("abc", target: "maxLengthOverrideSuccess", displayName: "Max length override success") .HasMaxLength(3, new ErrorOverrides { Code = "Unused" }); context .Check("abc", target: "lengthInOverrideSuccess", displayName: "Length in override success") .HasLengthIn(2, 4, new ErrorOverrides { Code = "Unused" }); context .Check("123", target: "regexOverrideSuccess", displayName: "Regex override success") .Matches(new Regex("^\\d+$"), new ErrorOverrides { Code = "Unused" }); context .Check("123", target: "patternOverrideSuccess", displayName: "Pattern override success") .Matches("^\\d+$", new ErrorOverrides { Code = "Unused" }); context .Check("123", target: "digitsOverrideSuccess", displayName: "Digits override success") .ContainsOnlyDigits(new ErrorOverrides { Code = "Unused" }); context .Check("A1", target: "lettersDigitsDefaultSuccess", displayName: "Letters digits default success") .ContainsOnlyLettersAndDigits(); context .Check("A1", target: "lettersDigitsOverrideSuccess", displayName: "Letters digits override success") .ContainsOnlyLettersAndDigits(new ErrorOverrides { Code = "Unused" }); context.HasErrors.Should().BeFalse(); } [Fact] public void EnumNameSuccessPaths_ShouldNotAddErrors() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check("Approved", target: "enumNameCaseSensitive", displayName: "Enum name case sensitive") .IsEnumName(); context .Check("approved", target: "enumNameOverrideCaseInsensitive", displayName: "Enum name override") .IsEnumName(new ErrorOverrides { Code = "Unused" }, ignoreCase: true); context.HasErrors.Should().BeFalse(); } private enum OrderStatus { Pending, Approved } } CheckShortCircuitCoverageTests.cs000066400000000000000000002111431516707642500350130ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Testsusing System; using System.Collections; using System.Collections.Generic; using System.Collections.Immutable; using System.Text.RegularExpressions; using FluentAssertions; using Light.PortableResults.Metadata; using Light.PortableResults.Validation.Definitions; using Light.PortableResults.Validation.Messaging; using Light.PortableResults.Validation.Normalization; using Xunit; namespace Light.PortableResults.Validation.Tests; public sealed class CheckShortCircuitCoverageTests { [Fact] public void IsNull_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check("value", NoOpValueNormalizer.Instance, target: "value").ShortCircuit(); check.IsNull().IsShortCircuited.Should().BeTrue(); } [Fact] public void IsNull_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check("value", NoOpValueNormalizer.Instance, target: "value").ShortCircuit(); check.IsNull(new ErrorOverrides { Code = "UnusedNull" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsNotNull_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "nullableValue").ShortCircuit(); check.IsNotNull().IsShortCircuited.Should().BeTrue(); } [Fact] public void IsNotNull_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "nullableValue").ShortCircuit(); check.IsNotNull(new ErrorOverrides { Code = "UnusedNotNull" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsEmptyString_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check("value", NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.IsEmpty().IsShortCircuited.Should().BeTrue(); } [Fact] public void IsEmptyString_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check("value", NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.IsEmpty(new ErrorOverrides { Code = "UnusedEmpty" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsNotEmptyString_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(string.Empty, NoOpValueNormalizer.Instance, target: "emptyText") .ShortCircuit(); check.IsNotEmpty().IsShortCircuited.Should().BeTrue(); } [Fact] public void IsNotEmptyString_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(string.Empty, NoOpValueNormalizer.Instance, target: "emptyText") .ShortCircuit(); check.IsNotEmpty(new ErrorOverrides { Code = "UnusedNotEmpty" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsEmptyGuid_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(Guid.NewGuid(), target: "guid").ShortCircuit(); check.IsEmpty().IsShortCircuited.Should().BeTrue(); } [Fact] public void IsEmptyGuid_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(Guid.NewGuid(), target: "guid").ShortCircuit(); check.IsEmpty(new ErrorOverrides { Code = "UnusedEmptyGuid" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsNotEmptyGuid_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(Guid.Empty, target: "emptyGuid").ShortCircuit(); check.IsNotEmpty().IsShortCircuited.Should().BeTrue(); } [Fact] public void IsNotEmptyGuid_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(Guid.Empty, target: "emptyGuid").ShortCircuit(); check.IsNotEmpty(new ErrorOverrides { Code = "UnusedNotEmptyGuid" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsEmptyCollection_ShouldRespectShortCircuit() { var context = CreateContext(); IEnumerable nonEmptyItems = new[] { 1 }; var check = context.Check(nonEmptyItems, target: "items").ShortCircuit(); check.IsEmpty().IsShortCircuited.Should().BeTrue(); } [Fact] public void IsEmptyCollection_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); IEnumerable nonEmptyItems = new[] { 1 }; var check = context.Check(nonEmptyItems, target: "items").ShortCircuit(); check.IsEmpty(new ErrorOverrides { Code = "UnusedEmptyCollection" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsNotEmptyCollection_ShouldRespectShortCircuit() { var context = CreateContext(); IEnumerable emptyItems = Array.Empty(); var check = context.Check(emptyItems).ShortCircuit(); check.IsNotEmpty().IsShortCircuited.Should().BeTrue(); } [Fact] public void IsNotEmptyCollection_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); IEnumerable emptyItems = Array.Empty(); var check = context.Check(emptyItems).ShortCircuit(); check.IsNotEmpty(new ErrorOverrides { Code = "UnusedNotEmptyCollection" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsEmptyImmutable_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(ImmutableArray.Create(1), target: "immutable").ShortCircuit(); check.IsEmpty().IsShortCircuited.Should().BeTrue(); } [Fact] public void IsEmptyImmutable_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(ImmutableArray.Create(1), target: "immutable").ShortCircuit(); check.IsEmpty(new ErrorOverrides { Code = "UnusedEmptyImmutable" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsNotEmptyImmutable_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(ImmutableArray.Empty, target: "emptyImmutable").ShortCircuit(); check.IsNotEmpty().IsShortCircuited.Should().BeTrue(); } [Fact] public void IsNotEmptyImmutable_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(ImmutableArray.Empty, target: "emptyImmutable").ShortCircuit(); check.IsNotEmpty(new ErrorOverrides { Code = "UnusedNotEmptyImmutable" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsEqualTo_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "name").ShortCircuit(); check.IsEqualTo("expected").IsShortCircuited.Should().BeTrue(); } [Fact] public void IsEqualTo_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "name").ShortCircuit(); check.IsEqualTo("expected", new ErrorOverrides { Code = "UnusedEqual" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsEqualTo_ShouldRespectShortCircuit_WhenComparerIsUsed() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "name").ShortCircuit(); check.IsEqualTo("expected", StringComparer.OrdinalIgnoreCase).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsEqualTo_ShouldRespectShortCircuit_WhenComparerAndOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "name").ShortCircuit(); check.IsEqualTo( "expected", StringComparer.OrdinalIgnoreCase, new ErrorOverrides { Code = "UnusedEqualComparer" } ) .IsShortCircuited .Should() .BeTrue(); } [Fact] public void IsNotEqualTo_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "name").ShortCircuit(); check.IsNotEqualTo("forbidden").IsShortCircuited.Should().BeTrue(); } [Fact] public void IsNotEqualTo_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "name").ShortCircuit(); check.IsNotEqualTo("forbidden", new ErrorOverrides { Code = "UnusedNotEqual" }).IsShortCircuited.Should() .BeTrue(); } [Fact] public void IsNotEqualTo_ShouldRespectShortCircuit_WhenComparerIsUsed() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "name").ShortCircuit(); check.IsNotEqualTo("forbidden", StringComparer.OrdinalIgnoreCase).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsNotEqualTo_ShouldRespectShortCircuit_WhenComparerAndOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "name").ShortCircuit(); check.IsNotEqualTo( "forbidden", StringComparer.OrdinalIgnoreCase, new ErrorOverrides { Code = "UnusedNotEqualComparer" } ) .IsShortCircuited .Should() .BeTrue(); } [Fact] public void IsGreaterThan_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "code").ShortCircuit(); check.IsGreaterThan("A").IsShortCircuited.Should().BeTrue(); } [Fact] public void IsGreaterThan_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "code").ShortCircuit(); check.IsGreaterThan("A", new ErrorOverrides { Code = "UnusedGreater" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsGreaterThanOrEqualTo_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "code").ShortCircuit(); check.IsGreaterThanOrEqualTo("A").IsShortCircuited.Should().BeTrue(); } [Fact] public void IsGreaterThanOrEqualTo_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "code").ShortCircuit(); check.IsGreaterThanOrEqualTo("A", new ErrorOverrides { Code = "UnusedGreaterOrEqual" }) .IsShortCircuited .Should() .BeTrue(); } [Fact] public void IsLessThan_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "code").ShortCircuit(); check.IsLessThan("Z").IsShortCircuited.Should().BeTrue(); } [Fact] public void IsLessThan_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "code").ShortCircuit(); check.IsLessThan("Z", new ErrorOverrides { Code = "UnusedLess" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsLessThanOrEqualTo_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "code").ShortCircuit(); check.IsLessThanOrEqualTo("Z").IsShortCircuited.Should().BeTrue(); } [Fact] public void IsLessThanOrEqualTo_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "code").ShortCircuit(); check.IsLessThanOrEqualTo("Z", new ErrorOverrides { Code = "UnusedLessOrEqual" }) .IsShortCircuited .Should() .BeTrue(); } [Fact] public void IsIn_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "code").ShortCircuit(); check.IsInBetween("A", "Z").IsShortCircuited.Should().BeTrue(); } [Fact] public void IsIn_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "code").ShortCircuit(); check.IsInBetween("A", "Z", new ErrorOverrides { Code = "UnusedIn" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsNotIn_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "code").ShortCircuit(); check.IsNotInBetween("A", "Z").IsShortCircuited.Should().BeTrue(); } [Fact] public void IsNotIn_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "code").ShortCircuit(); check.IsNotInBetween("A", "Z", new ErrorOverrides { Code = "UnusedNotIn" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsInExclusiveRange_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "code").ShortCircuit(); check.IsInExclusiveRange("A", "Z").IsShortCircuited.Should().BeTrue(); } [Fact] public void IsInExclusiveRange_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "code").ShortCircuit(); check.IsInExclusiveRange("A", "Z", new ErrorOverrides { Code = "UnusedExclusive" }) .IsShortCircuited .Should() .BeTrue(); } [Fact] public void IsNotNullOrWhiteSpace_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.IsNotNullOrWhiteSpace().IsShortCircuited.Should().BeTrue(); } [Fact] public void IsNotNullOrWhiteSpace_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.IsNotNullOrWhiteSpace(new ErrorOverrides { Code = "UnusedRequired" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void HasMinLength_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.HasMinLength(5).IsShortCircuited.Should().BeTrue(); } [Fact] public void HasMinLength_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.HasMinLength(5, new ErrorOverrides { Code = "UnusedMinLength" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void HasMaxLength_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "nullableText").ShortCircuit(); check.HasMaxLength(1).IsShortCircuited.Should().BeTrue(); } [Fact] public void HasMaxLength_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "nullableText").ShortCircuit(); check.HasMaxLength(1, new ErrorOverrides { Code = "UnusedMaxLength" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void HasLengthIn_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.HasLengthIn(2, 4).IsShortCircuited.Should().BeTrue(); } [Fact] public void HasLengthIn_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.HasLengthIn(2, 4, new ErrorOverrides { Code = "UnusedLengthIn" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void MatchesRegex_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); var regex = new Regex("^\\d+$"); check.Matches(regex).IsShortCircuited.Should().BeTrue(); } [Fact] public void MatchesRegex_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); var regex = new Regex("^\\d+$"); check.Matches(regex, new ErrorOverrides { Code = "UnusedRegex" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void MatchesPattern_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.Matches("^\\d+$").IsShortCircuited.Should().BeTrue(); } [Fact] public void MatchesPattern_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.Matches("^\\d+$", new ErrorOverrides { Code = "UnusedPattern" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsEmail_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.IsEmail().IsShortCircuited.Should().BeTrue(); } [Fact] public void IsEmail_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.IsEmail(new ErrorOverrides { Code = "UnusedEmail" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void ContainsOnlyDigits_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.ContainsOnlyDigits().IsShortCircuited.Should().BeTrue(); } [Fact] public void ContainsOnlyDigits_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.ContainsOnlyDigits(new ErrorOverrides { Code = "UnusedDigits" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void ContainsOnlyLettersAndDigits_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.ContainsOnlyLettersAndDigits().IsShortCircuited.Should().BeTrue(); } [Fact] public void ContainsOnlyLettersAndDigits_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.ContainsOnlyLettersAndDigits(new ErrorOverrides { Code = "UnusedLettersDigits" }) .IsShortCircuited .Should() .BeTrue(); } [Fact] public void IsInEnum_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check((OrderStatus) 99, target: "status").ShortCircuit(); check.IsInEnum().IsShortCircuited.Should().BeTrue(); } [Fact] public void IsInEnum_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check((OrderStatus) 99, target: "status").ShortCircuit(); check.IsInEnum(new ErrorOverrides { Code = "UnusedEnum" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsInEnum_Nullable_ShouldRespectShortCircuit() { var context = CreateContext(); OrderStatus? nullableStatus = null; var check = context.Check(nullableStatus, NoOpValueNormalizer.Instance).ShortCircuit(); check.IsInEnum().IsShortCircuited.Should().BeTrue(); } [Fact] public void IsInEnum_Nullable_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); OrderStatus? nullableStatus = null; var check = context.Check(nullableStatus, NoOpValueNormalizer.Instance).ShortCircuit(); check.IsInEnum(new ErrorOverrides { Code = "UnusedNullableEnum" }) .IsShortCircuited .Should() .BeTrue(); } [Fact] public void IsEnumName_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "statusName").ShortCircuit(); check.IsEnumName().IsShortCircuited.Should().BeTrue(); } [Fact] public void IsEnumName_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null, NoOpValueNormalizer.Instance, target: "statusName").ShortCircuit(); check.IsEnumName(new ErrorOverrides { Code = "UnusedEnumName" }, ignoreCase: true) .IsShortCircuited .Should() .BeTrue(); } [Fact] public void HasPrecisionAndScale_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(123.45m, target: "amount").ShortCircuit(); check.HasPrecisionAndScale(4, 1).IsShortCircuited.Should().BeTrue(); } [Fact] public void HasPrecisionAndScale_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(123.45m, target: "amount").ShortCircuit(); check.HasPrecisionAndScale(4, 1, new ErrorOverrides { Code = "UnusedDecimal" }).IsShortCircuited.Should() .BeTrue(); } [Fact] public void HasPrecisionAndScale_Nullable_ShouldRespectShortCircuit() { var context = CreateContext(); decimal? nullableAmount = null; var check = context.Check(nullableAmount, NoOpValueNormalizer.Instance).ShortCircuit(); check.HasPrecisionAndScale(4, 1).IsShortCircuited.Should().BeTrue(); } [Fact] public void HasPrecisionAndScale_Nullable_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); decimal? nullableAmount = null; var check = context.Check(nullableAmount, NoOpValueNormalizer.Instance).ShortCircuit(); check.HasPrecisionAndScale(4, 1, new ErrorOverrides { Code = "UnusedNullableDecimal" }) .IsShortCircuited .Should() .BeTrue(); } [Fact] public void StringHasCount_ShouldRespectShortCircuit() { var context = CreateContext(); string? nullableText = null; var check = context.Check(nullableText, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.HasCount(1).IsShortCircuited.Should().BeTrue(); } [Fact] public void StringHasCount_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); string? nullableText = null; var check = context.Check(nullableText, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.HasCount(1, new ErrorOverrides { Code = "UnusedStringCount" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void StringHasMinCount_ShouldRespectShortCircuit() { var context = CreateContext(); string? nullableText = null; var check = context.Check(nullableText, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.HasMinCount(1).IsShortCircuited.Should().BeTrue(); } [Fact] public void StringHasMinCount_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); string? nullableText = null; var check = context.Check(nullableText, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.HasMinCount(1, new ErrorOverrides { Code = "UnusedStringMinCount" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void StringHasMaxCount_ShouldRespectShortCircuit() { var context = CreateContext(); string? nullableText = null; var check = context.Check(nullableText, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.HasMaxCount(1).IsShortCircuited.Should().BeTrue(); } [Fact] public void StringHasMaxCount_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); string? nullableText = null; var check = context.Check(nullableText, NoOpValueNormalizer.Instance, target: "text").ShortCircuit(); check.HasMaxCount(1, new ErrorOverrides { Code = "UnusedStringMaxCount" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void CollectionHasCount_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "items").ShortCircuit(); check.HasCount(1).IsShortCircuited.Should().BeTrue(); } [Fact] public void CollectionHasCount_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "items").ShortCircuit(); check.HasCount(1, new ErrorOverrides { Code = "UnusedCollectionCount" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void CollectionHasMinCount_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "items").ShortCircuit(); check.HasMinCount(1).IsShortCircuited.Should().BeTrue(); } [Fact] public void CollectionHasMinCount_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "items").ShortCircuit(); check.HasMinCount(1, new ErrorOverrides { Code = "UnusedCollectionMinCount" }).IsShortCircuited.Should() .BeTrue(); } [Fact] public void CollectionHasMaxCount_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "items").ShortCircuit(); check.HasMaxCount(1).IsShortCircuited.Should().BeTrue(); } [Fact] public void CollectionHasMaxCount_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(null!, NoOpValueNormalizer.Instance, target: "items").ShortCircuit(); check.HasMaxCount(1, new ErrorOverrides { Code = "UnusedCollectionMaxCount" }).IsShortCircuited.Should() .BeTrue(); } [Fact] public void ImmutableArrayHasCount_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(ImmutableArray.Create(1, 2, 3), target: "immutable").ShortCircuit(); check.HasCount(10).IsShortCircuited.Should().BeTrue(); } [Fact] public void ImmutableArrayHasCount_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(ImmutableArray.Create(1, 2, 3), target: "immutable").ShortCircuit(); check.HasCount(10, new ErrorOverrides { Code = "UnusedImmutableCount" }).IsShortCircuited.Should().BeTrue(); } [Fact] public void ImmutableArrayHasMinCount_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(ImmutableArray.Create(1, 2, 3), target: "immutable").ShortCircuit(); check.HasMinCount(10).IsShortCircuited.Should().BeTrue(); } [Fact] public void ImmutableArrayHasMinCount_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(ImmutableArray.Create(1, 2, 3), target: "immutable").ShortCircuit(); check.HasMinCount(10, new ErrorOverrides { Code = "UnusedImmutableMinCount" }).IsShortCircuited.Should() .BeTrue(); } [Fact] public void ImmutableArrayHasMaxCount_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check(ImmutableArray.Create(1, 2, 3), target: "immutable").ShortCircuit(); check.HasMaxCount(1).IsShortCircuited.Should().BeTrue(); } [Fact] public void ImmutableArrayHasMaxCount_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check(ImmutableArray.Create(1, 2, 3), target: "immutable").ShortCircuit(); check.HasMaxCount(1, new ErrorOverrides { Code = "UnusedImmutableMaxCount" }).IsShortCircuited.Should() .BeTrue(); } [Fact] public void MustPredicate_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check("AB", target: "code", displayName: "Code").ShortCircuit(); var predicateInvoked = false; check.Must( _ => { predicateInvoked = true; return false; } ) .IsShortCircuited .Should() .BeTrue(); predicateInvoked.Should().BeFalse(); } [Fact] public void MustPredicate_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check("AB", target: "code", displayName: "Code").ShortCircuit(); var overridePredicateInvoked = false; check.Must( _ => { overridePredicateInvoked = true; return false; }, new ErrorOverrides { Code = "UnusedPredicate" } ) .IsShortCircuited .Should() .BeTrue(); overridePredicateInvoked.Should().BeFalse(); } [Fact] public void MustContextPredicate_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check("AB", target: "code", displayName: "Code").ShortCircuit(); var contextPredicateInvoked = false; check.Must( (_, _) => { contextPredicateInvoked = true; return false; } ) .IsShortCircuited .Should() .BeTrue(); contextPredicateInvoked.Should().BeFalse(); } [Fact] public void MustContextPredicate_ShouldRespectShortCircuit_WhenOverridesAreUsed() { var context = CreateContext(); var check = context.Check("AB", target: "code", displayName: "Code").ShortCircuit(); var overrideContextPredicateInvoked = false; check.Must( (_, _) => { overrideContextPredicateInvoked = true; return false; }, new ErrorOverrides { Code = "UnusedContextPredicate" } ) .IsShortCircuited .Should() .BeTrue(); overrideContextPredicateInvoked.Should().BeFalse(); } [Fact] public void MustTemplatePredicate_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check("AB", target: "code", displayName: "Code").ShortCircuit(); var templatePredicateInvoked = false; check.Must( _ => { templatePredicateInvoked = true; return false; }, new ValidationErrorTemplates.Constant("Unused"), code: "UnusedTemplate" ) .IsShortCircuited .Should() .BeTrue(); templatePredicateInvoked.Should().BeFalse(); } [Fact] public void CustomCheck_ShouldRespectShortCircuit() { var context = CreateContext(); var check = context.Check("AB", target: "code", displayName: "Code").ShortCircuit(); var customInvoked = false; check.Custom( (_, _) => customInvoked = true ) .IsShortCircuited .Should() .BeTrue(); customInvoked.Should().BeFalse(); } [Fact] public void IsEmptyString_ShouldShortCircuit_WhenRequested() { var context = CreateContext(); var check = context.Check("abc", target: "emptyText", displayName: "Empty text"); check.IsEmpty(shortCircuitOnError: true).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsNotEmptyString_ShouldShortCircuit_WhenRequested() { var context = CreateContext(); var check = context.Check(string.Empty, target: "notEmptyText", displayName: "Not empty text"); check.IsNotEmpty(shortCircuitOnError: true).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsEmptyCollection_ShouldShortCircuit_WhenRequested() { var context = CreateContext(); var check = context.Check(new[] { 1 }, target: "items", displayName: "Items"); check.IsEmpty(shortCircuitOnError: true).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsNotEmptyCollection_ShouldShortCircuit_WhenRequested() { var context = CreateContext(); var check = context.Check( Array.Empty(), target: "requiredItems", displayName: "Required items" ); check.IsNotEmpty(shortCircuitOnError: true).IsShortCircuited.Should().BeTrue(); } [Fact] public void IsGreaterThan_ShouldShortCircuit_WhenRequested() { var context = CreateContext(); var check = context.Check(1, target: "greaterThan", displayName: "Greater than"); check.IsGreaterThan(2, shortCircuitOnError: true).IsShortCircuited.Should().BeTrue(); context.Errors.Should().Contain(error => error.Target == "greaterThan" && error.Code == "GreaterThan"); } [Fact] public void IsEqualTo_ShouldShortCircuit_WhenRequested() { var context = CreateContext(); var check = context.Check("abc", target: "equalTo", displayName: "Equal to"); check.IsEqualTo("xyz", StringComparer.Ordinal, shortCircuitOnError: true).IsShortCircuited.Should().BeTrue(); context.Errors.Should().Contain(error => error.Target == "equalTo" && error.Code == "EqualTo"); } [Fact] public void IsNotEqualTo_ShouldShortCircuit_WhenRequested() { var context = CreateContext(); var check = context.Check("abc", target: "notEqualTo", displayName: "Not equal to"); check.IsNotEqualTo("abc", StringComparer.Ordinal, shortCircuitOnError: true).IsShortCircuited.Should().BeTrue(); context.Errors.Should().Contain(error => error.Target == "notEqualTo" && error.Code == "NotEqualTo"); } [Fact] public void HasMinLength_ShouldShortCircuit_WhenRequested() { var context = CreateContext(); var check = context.Check("ab", target: "minLength", displayName: "Min length"); check.HasMinLength(3, shortCircuitOnError: true).IsShortCircuited.Should().BeTrue(); context.Errors.Should().Contain(error => error.Target == "minLength" && error.Code == "MinLength"); } [Fact] public void MatchesRegex_ShouldShortCircuit_WhenRequested() { var context = CreateContext(); var check = context.Check("abc", target: "regex", displayName: "Regex"); var regex = new Regex("^\\d+$"); check.Matches(regex, shortCircuitOnError: true).IsShortCircuited.Should().BeTrue(); context.Errors.Should().Contain(error => error.Target == "regex" && error.Code == "Matches"); } [Fact] public void MatchesPattern_ShouldShortCircuit_WhenRequested() { var context = CreateContext(); var check = context.Check("abc", target: "pattern", displayName: "Pattern"); check.Matches("^\\d+$", shortCircuitOnError: true).IsShortCircuited.Should().BeTrue(); context.Errors.Should().Contain(error => error.Target == "pattern" && error.Code == "Matches"); } [Fact] public void IsEmail_ShouldShortCircuit_WhenRequested() { var context = CreateContext(); var check = context.Check("abc", target: "email", displayName: "Email"); check.IsEmail(shortCircuitOnError: true).IsShortCircuited.Should().BeTrue(); context.Errors.Should().Contain(error => error.Target == "email" && error.Code == "Email"); } [Fact] public void HasPrecisionAndScale_ShouldShortCircuit_WhenRequested() { var context = CreateContext(); var check = context.Check(123.45m, target: "amount", displayName: "Amount"); check.HasPrecisionAndScale(4, 1, shortCircuitOnError: true).IsShortCircuited.Should().BeTrue(); context.Errors.Should().Contain(error => error.Target == "amount" && error.Code == "PrecisionScale"); } [Fact] public void HasPrecisionAndScale_Nullable_ShouldShortCircuit_WhenRequested() { var context = CreateContext(); var check = context.Check((decimal?) 123.45m, target: "nullableAmount", displayName: "Nullable amount"); check.HasPrecisionAndScale(4, 1, shortCircuitOnError: true).IsShortCircuited.Should().BeTrue(); context.Errors.Should().Contain(error => error.Target == "nullableAmount" && error.Code == "PrecisionScale"); } [Fact] public void MustPredicate_ShouldShortCircuit_WhenRequested() { var context = CreateContext(); var check = context.Check("AB", target: "predicate", displayName: "Predicate"); check.Must(static _ => false, shortCircuitOnError: true).IsShortCircuited.Should().BeTrue(); context.Errors.Should().Contain(error => error.Target == "predicate" && error.Code == "Predicate"); } [Fact] public void MustPredicate_ShouldShortCircuit_WhenOverridesAreUsedAndRequested() { var context = CreateContext(); var check = context.Check("AB", target: "overridePredicate", displayName: "Override predicate"); check.Must(static _ => false, new ErrorOverrides { Code = "OverridePredicate" }, shortCircuitOnError: true) .IsShortCircuited .Should() .BeTrue(); } [Fact] public void MustContextPredicate_ShouldShortCircuit_WhenRequested() { var context = CreateContext(); var check = context.Check("AB", target: "contextPredicate", displayName: "Context predicate"); check.Must(static (_, _) => false, shortCircuitOnError: true).IsShortCircuited.Should().BeTrue(); } [Fact] public void MustContextPredicate_ShouldShortCircuit_WhenOverridesAreUsedAndRequested() { var context = CreateContext(); var check = context.Check("AB", target: "overrideContextPredicate", displayName: "Override context predicate"); check.Must( static (_, _) => false, new ErrorOverrides { Code = "OverrideContextPredicate" }, shortCircuitOnError: true ) .IsShortCircuited .Should() .BeTrue(); } [Fact] public void MustTemplatePredicate_ShouldShortCircuit_WhenRequested() { var context = CreateContext(); var check = context.Check("AB", target: "templatePredicate", displayName: "Template predicate"); check.Must( static _ => false, new ValidationErrorTemplates.Constant("Template predicate invalid"), code: "TemplatePredicate", shortCircuitOnError: true ) .IsShortCircuited .Should() .BeTrue(); context.Errors.Should() .Contain(error => error.Target == "templatePredicate" && error.Code == "TemplatePredicate"); } [Fact] public void IsEmail_ShouldShortCircuit_WhenMessageOverrideIsUsedAndRequested() { var context = CreateContext(); var check = context.Check("abc", target: "emailOverride", displayName: "Email override"); check.IsEmail(new ErrorOverrides { Message = "Email override is invalid" }, shortCircuitOnError: true) .IsShortCircuited .Should() .BeTrue(); context.Errors.Should().Contain( error => error.Target == "emailOverride" && error.Message == "Email override is invalid" ); } [Fact] public void HasCount_ShouldWorkWithVariousCollections() { var context = CreateContext(); context.Check("abc", target: "textCollection", displayName: "Text collection").HasCount(3); context.Check(new ArrayList { 1, 2 }, target: "arrayList", displayName: "Array list").HasCount(2); context.Check( new ObjectReadOnlyCollection("A", "B"), target: "objectCollection", displayName: "Object collection" ) .HasCount(2); context.Check(new YieldOnlyEnumerable(1, 2), target: "yieldOnly", displayName: "Yield only") .HasCount(2); context.Check>("abc", target: "textSequence", displayName: "Text sequence").HasCount(3); context.Check>( new NumberReadOnlyCollection(1, 2), target: "readOnlySequence", displayName: "Read-only sequence" ) .HasCount(2); context.Check>(new List { 1, 2 }, target: "listSequence", displayName: "List sequence") .HasCount(2); context.Check>( new NonGenericCountedEnumerable(1, 2), target: "nonGenericSequence", displayName: "Non-generic sequence" ) .HasCount(2); context.Check>( new YieldOnlyGenericEnumerable(1, 2), target: "yieldSequence", displayName: "Yield sequence" ) .HasCount(2); context.HasErrors.Should().BeFalse(); } [Fact] public void HasPrecisionAndScale_ShouldWorkWithVariousDecimals() { var context = CreateContext(); context.Check(0.000m, target: "zeroAmount", displayName: "Zero amount") .HasPrecisionAndScale(1, 0, ignoreTrailingZeros: true); context.Check(-120.3400m, target: "negativeAmount", displayName: "Negative amount") .HasPrecisionAndScale(5, 2, ignoreTrailingZeros: true); context.Check(0.00m, target: "zeroAmountNoTrim", displayName: "Zero amount no trim") .HasPrecisionAndScale(2, 2); context.Check(12.3401m, target: "nonTrimmedAmount", displayName: "Non-trimmed amount") .HasPrecisionAndScale(6, 4, ignoreTrailingZeros: true); context.Check(123m, target: "wholeAmount", displayName: "Whole amount") .HasPrecisionAndScale(3, 0, ignoreTrailingZeros: true); context.HasErrors.Should().BeFalse(); } [Fact] public void HasPrecisionAndScale_ShouldThrow_WhenScaleIsNegative() { var context = CreateContext(); Action negativeScaleAct = () => context.Check(12.34m, target: "invalidAmount").HasPrecisionAndScale(4, -1); negativeScaleAct.Should().Throw().WithParameterName("scale"); } [Fact] public void HasPrecisionAndScale_ShouldAddError_WhenOverridesAreUsedAndRequested() { var context = CreateContext(); context.Check(123.45m, target: "decimalOverride", displayName: "Decimal override") .HasPrecisionAndScale(4, 1, new ErrorOverrides { Code = "DecimalOverride" }, shortCircuitOnError: true); context.Errors.Should().Contain(error => error.Target == "decimalOverride" && error.Code == "DecimalOverride"); } [Fact] public void HasPrecisionAndScale_Nullable_ShouldAddError_WhenRequested() { var context = CreateContext(); context.Check((decimal?) 123.45m, target: "nullableDecimal", displayName: "Nullable decimal") .HasPrecisionAndScale(4, 1, shortCircuitOnError: true); context.Errors.Should().Contain(error => error.Target == "nullableDecimal" && error.Code == "PrecisionScale"); } [Fact] public void IsEmpty_GenericString_ShouldAddError_WhenRequested() { var context = CreateContext(); context.Check>("abc", target: "genericStringEmpty", displayName: "Generic string empty") .IsEmpty(shortCircuitOnError: true); context.Errors.Should().Contain(error => error.Target == "genericStringEmpty" && error.Code == "Empty"); } [Fact] public void IsEmpty_ReadOnlyCollection_ShouldAddError_WhenOverridesAreUsedAndRequested() { var context = CreateContext(); context.Check>( new NumberReadOnlyCollection(1, 2), target: "readOnlyEmpty", displayName: "Read-only empty" ) .IsEmpty(new ErrorOverrides { Code = "ReadOnlyEmpty" }, shortCircuitOnError: true); context.Errors.Should().Contain(error => error.Target == "readOnlyEmpty" && error.Code == "ReadOnlyEmpty"); } [Fact] public void IsNotEmpty_GenericCollection_ShouldAddError_WhenRequested() { var context = CreateContext(); context.Check>( Array.Empty(), target: "genericCollectionNotEmpty", displayName: "Generic collection not empty" ) .IsNotEmpty(shortCircuitOnError: true); context.Errors.Should() .Contain(error => error.Target == "genericCollectionNotEmpty" && error.Code == "NotEmpty"); } [Fact] public void IsNotEmpty_List_ShouldAddError_WhenOverridesAreUsedAndRequested() { var context = CreateContext(); context.Check(new List(), target: "listNotEmpty", displayName: "List not empty") .IsNotEmpty(new ErrorOverrides { Code = "ListNotEmpty" }, shortCircuitOnError: true); context.Errors.Should().Contain(error => error.Target == "listNotEmpty" && error.Code == "ListNotEmpty"); } [Fact] public void IsEmpty_NonGenericCountedEnumerable_ShouldAddError_WhenRequested() { var context = CreateContext(); context.Check( new NonGenericCountedEnumerable(1, 2), target: "nonGenericEmpty", displayName: "Non-generic empty" ) .IsEmpty(shortCircuitOnError: true); context.Errors.Should().Contain(error => error.Target == "nonGenericEmpty" && error.Code == "Empty"); } [Fact] public void IsEmpty_YieldOnlyGenericEnumerable_ShouldAddError_WhenOverridesAreUsedAndRequested() { var context = CreateContext(); context.Check( new YieldOnlyGenericEnumerable(1, 2), target: "yieldEmpty", displayName: "Yield empty" ) .IsEmpty(new ErrorOverrides { Code = "YieldEmpty" }, shortCircuitOnError: true); context.Errors.Should().Contain(error => error.Target == "yieldEmpty" && error.Code == "YieldEmpty"); } [Fact] public void IsEqualTo_ShouldAddError_WhenOverridesAreUsedAndRequested() { var context = CreateContext(); context.Check("abc", target: "equalityOverride", displayName: "Equality override") .IsEqualTo( "xyz", StringComparer.Ordinal, new ErrorOverrides { Code = "EqualityOverride" }, shortCircuitOnError: true ); context.Errors.Should() .Contain(error => error.Target == "equalityOverride" && error.Code == "EqualityOverride"); } [Fact] public void IsNotEqualTo_ShouldAddError_WhenOverridesAreUsedAndRequested() { var context = CreateContext(); context.Check("abc", target: "notEqualityOverride", displayName: "Not equality override") .IsNotEqualTo( "abc", StringComparer.Ordinal, new ErrorOverrides { Code = "NotEqualityOverride" }, shortCircuitOnError: true ); context.Errors.Should().Contain( error => error.Target == "notEqualityOverride" && error.Code == "NotEqualityOverride" ); } [Fact] public void MustPredicate_ShouldAddError_WhenOverridesAreUsedAndRequested_2() { var context = CreateContext(); context.Check("abc", target: "predicateOverride", displayName: "Predicate override") .Must(static _ => false, new ErrorOverrides { Code = "PredicateOverride" }, shortCircuitOnError: true); context.Errors.Should() .Contain(error => error.Target == "predicateOverride" && error.Code == "PredicateOverride"); } [Fact] public void MustPredicate_ShouldAddError_WhenTemplateIsUsedAndRequested() { var context = CreateContext(); context.Check("abc", target: "predicateTemplate", displayName: "Predicate template") .Must( static _ => false, new ValidationErrorTemplates.Constant("Predicate template invalid"), code: "PredicateTemplate", shortCircuitOnError: true ); context.Errors.Should() .Contain(error => error.Target == "predicateTemplate" && error.Code == "PredicateTemplate"); } [Fact] public void MustContextPredicate_ShouldAddError_WhenDefinitionIsUsedAndRequested() { var context = CreateContext(); context.Check("abc", target: "contextPredicateDefinition", displayName: "Context predicate definition") .Must(static (_, _) => false, BuiltInValidationErrorDefinitions.Predicate, shortCircuitOnError: true); context.Errors.Should() .Contain(error => error.Target == "contextPredicateDefinition" && error.Code == "Predicate"); } [Fact] public void MustContextPredicate_ShouldAddError_WhenOverridesAreUsedAndRequested_2() { var context = CreateContext(); context.Check("abc", target: "contextPredicateOverride", displayName: "Context predicate override") .Must( static (_, _) => false, new ErrorOverrides { Code = "ContextPredicateOverride" }, shortCircuitOnError: true ); context.Errors.Should().Contain( error => error.Target == "contextPredicateOverride" && error.Code == "ContextPredicateOverride" ); } [Fact] public void HasMinLength_ShouldAddError_WhenRequested_2() { var context = CreateContext(); context.Check("ab", target: "shortMinLength", displayName: "Short min length") .HasMinLength(3, shortCircuitOnError: true); context.Errors.Should().Contain(error => error.Target == "shortMinLength" && error.Code == "MinLength"); } [Fact] public void MatchesRegex_ShouldAddError_WhenOverridesAreUsedAndRequested_2() { var context = CreateContext(); context.Check("abc", target: "regexOverride", displayName: "Regex override") .Matches( regex: new Regex("^\\d+$"), overrides: new ErrorOverrides { Code = "RegexOverride" }, shortCircuitOnError: true ); context.Errors.Should().Contain(error => error.Target == "regexOverride" && error.Code == "RegexOverride"); } [Fact] public void MatchesPattern_ShouldAddError_WhenOverridesAreUsedAndRequested_2() { var context = CreateContext(); context.Check("abc", target: "patternOverride", displayName: "Pattern override") .Matches("^\\d+$", new ErrorOverrides { Code = "PatternOverride" }, shortCircuitOnError: true); context.Errors.Should().Contain(error => error.Target == "patternOverride" && error.Code == "PatternOverride"); } [Fact] public void IsEmail_ShouldAddError_WhenOverridesAreUsedAndRequested_2() { var context = CreateContext(); context.Check("abc", target: "emailOverrideCode", displayName: "Email override code") .IsEmail(new ErrorOverrides { Code = "EmailOverrideCode" }, shortCircuitOnError: true); context.Errors.Should() .Contain(error => error.Target == "emailOverrideCode" && error.Code == "EmailOverrideCode"); } [Fact] public void HasPrecisionAndScale_ShouldNotAddError_WhenOverridesAreUsed() { var context = CreateContext(); context.Check(12.34m, target: "decimalOverrideSuccess", displayName: "Decimal override success") .HasPrecisionAndScale(4, 2, new ErrorOverrides { Code = "Unused" }); context.HasErrors.Should().BeFalse(); } [Fact] public void HasPrecisionAndScale_Nullable_ShouldNotAddError() { var context = CreateContext(); context.Check((decimal?) 12.34m, target: "nullableDecimalSuccess", displayName: "Nullable decimal success") .HasPrecisionAndScale(4, 2); context.HasErrors.Should().BeFalse(); } [Fact] public void IsEmpty_ShouldNotAddError_WhenOverridesAreUsed() { var context = CreateContext(); IEnumerable emptyItems = Array.Empty(); context.Check(emptyItems, target: "emptyItemsSuccess", displayName: "Empty items success") .IsEmpty(new ErrorOverrides { Code = "Unused" }); context.HasErrors.Should().BeFalse(); } [Fact] public void IsEmpty_NullItems_ShouldNotAddError() { var context = CreateContext(); IEnumerable nullItems = null!; context.Check( nullItems, NoOpValueNormalizer.Instance, target: "nullItemsSuccess", displayName: "Null items success" ) .IsEmpty(); context.HasErrors.Should().BeFalse(); } [Fact] public void IsEmpty_NullItems_ShouldNotAddError_WhenOverridesAreUsed() { var context = CreateContext(); IEnumerable nullItems = null!; context.Check( nullItems, NoOpValueNormalizer.Instance, target: "nullItemsOverrideSuccess", displayName: "Null items override success" ) .IsEmpty(new ErrorOverrides { Code = "Unused" }); context.HasErrors.Should().BeFalse(); } [Fact] public void IsNotEmpty_ShouldNotAddError_WhenOverridesAreUsed() { var context = CreateContext(); IEnumerable nonEmptyItems = new[] { 1, 2 }; context.Check(nonEmptyItems, target: "notEmptyItemsSuccess", displayName: "Not empty items success") .IsNotEmpty(new ErrorOverrides { Code = "Unused" }); context.HasErrors.Should().BeFalse(); } [Fact] public void IsEqualTo_ShouldNotAddError_WhenComparerAndOverridesAreUsed() { var context = CreateContext(); context.Check("ABC", target: "equalSuccess", displayName: "Equal success") .IsEqualTo( "abc", StringComparer.OrdinalIgnoreCase, new ErrorOverrides { Code = "Unused" } ); context.HasErrors.Should().BeFalse(); } [Fact] public void IsNotEqualTo_ShouldNotAddError_WhenComparerAndOverridesAreUsed() { var context = CreateContext(); context.Check("ABC", target: "notEqualSuccess", displayName: "Not equal success") .IsNotEqualTo( "xyz", StringComparer.OrdinalIgnoreCase, new ErrorOverrides { Code = "Unused" } ); context.HasErrors.Should().BeFalse(); } [Fact] public void MustPredicate_ShouldNotAddError_WhenOverridesAreUsed() { var context = CreateContext(); context.Check("abc", target: "predicateOverrideSuccess", displayName: "Predicate override success") .Must(static value => value.Length == 3, new ErrorOverrides { Code = "Unused" }); context.HasErrors.Should().BeFalse(); } [Fact] public void MustPredicate_ShouldNotAddError_WhenTemplateIsUsed() { var context = CreateContext(); context.Check("abc", target: "predicateTemplateSuccess", displayName: "Predicate template success") .Must( static value => value.Length == 3, new ValidationErrorTemplates.Constant("Unused"), code: "Unused" ); context.HasErrors.Should().BeFalse(); } [Fact] public void MustContextPredicate_ShouldNotAddError() { var context = CreateContext(); context.Check( "abc", target: "contextPredicateDefinitionSuccess", displayName: "Context predicate definition success" ) .Must( static (readOnlyContext, value) => readOnlyContext.TargetPrefix == "contextPredicateDefinitionSuccess" && value.Length == 3 ); context.HasErrors.Should().BeFalse(); } [Fact] public void MustContextPredicate_ShouldNotAddError_WhenOverridesAreUsed() { var context = CreateContext(); context.Check( "abc", target: "contextPredicateOverrideSuccess", displayName: "Context predicate override success" ) .Must( static (readOnlyContext, value) => readOnlyContext.TargetPrefix == "contextPredicateOverrideSuccess" && value.Length == 3, new ErrorOverrides { Code = "Unused" } ); context.HasErrors.Should().BeFalse(); } [Fact] public void HasMinLength_ShouldNotAddError() { var context = CreateContext(); context.Check("abc", target: "minLengthSuccess", displayName: "Min length success").HasMinLength(3); context.HasErrors.Should().BeFalse(); } [Fact] public void MatchesRegex_ShouldNotAddError_WhenOverridesAreUsed() { var context = CreateContext(); context.Check("123", target: "regexOverrideSuccess", displayName: "Regex override success") .Matches(new Regex("^\\d+$"), new ErrorOverrides { Code = "Unused" }); context.HasErrors.Should().BeFalse(); } [Fact] public void MatchesPattern_ShouldNotAddError_WhenOverridesAreUsed() { var context = CreateContext(); context.Check("123", target: "patternOverrideSuccess", displayName: "Pattern override success") .Matches("^\\d+$", new ErrorOverrides { Code = "Unused" }); context.HasErrors.Should().BeFalse(); } [Fact] public void IsEmail_ShouldNotAddError_WhenOverridesAreUsed() { var context = CreateContext(); context.Check("user@example.com", target: "emailOverrideSuccess", displayName: "Email override success") .IsEmail(new ErrorOverrides { Code = "Unused" }); context.HasErrors.Should().BeFalse(); } [Fact] public void IsEqualTo_ShouldThrow_WhenComparerIsNull() { var context = CreateContext(); Action act = () => context.Check("abc", target: "equalGuard") .IsEqualTo("abc", null!, new ErrorOverrides { Code = "Unused" }); act.Should().Throw().WithParameterName("equalityComparer"); } [Fact] public void IsNotEqualTo_ShouldThrow_WhenComparerIsNull() { var context = CreateContext(); Action act = () => context.Check("abc", target: "notEqualGuard") .IsNotEqualTo("abc", null!, new ErrorOverrides { Code = "Unused" }); act.Should().Throw().WithParameterName("equalityComparer"); } [Fact] public void MustPredicate_ShouldThrow_WhenPredicateIsNull() { var context = CreateContext(); Action act = () => context.Check("abc", target: "predicateGuard") .Must((Func) null!, new ErrorOverrides { Code = "Unused" }); act.Should().Throw().WithParameterName("predicate"); } [Fact] public void MustContextPredicate_ShouldThrow_WhenPredicateIsNull() { var context = CreateContext(); Action act = () => context.Check("abc", target: "contextPredicateGuard") .Must((Func) null!, new ErrorOverrides { Code = "Unused" }); act.Should().Throw().WithParameterName("predicate"); } [Fact] public void MustTemplate_ShouldThrow_WhenPredicateIsNull() { var context = CreateContext(); Action act = () => context.Check("abc", target: "templatePredicatePredicateGuard") .Must(null!, new ValidationErrorTemplates.Constant("Unused"), code: "Unused"); act.Should().Throw().WithParameterName("predicate"); } [Fact] public void MustTemplate_ShouldThrow_WhenTemplateIsNull() { var context = CreateContext(); Action act = () => context.Check("abc", target: "templatePredicateGuard") .Must(static _ => false, null!, code: "Unused"); act.Should().Throw().WithParameterName("template"); } [Fact] public void MatchesRegex_ShouldThrow_WhenRegexIsNull() { var context = CreateContext(); Action act = () => context.Check("abc", target: "regexGuard") .Matches((Regex) null!, new ErrorOverrides { Code = "Unused" }); act.Should().Throw().WithParameterName("regex"); } [Fact] public void MatchesPattern_ShouldThrow_WhenPatternIsNull() { var context = CreateContext(); Action act = () => context.Check("abc", target: "patternGuard") .Matches((string) null!, new ErrorOverrides { Code = "Unused" }); act.Should().Throw().WithParameterName("pattern"); } [Fact] public void IsNotEmpty_Collection_ShouldAddError_WhenNull() { var context = CreateContext(); context.Check( null!, NoOpValueNormalizer.Instance, target: "nullItemsRequired", displayName: "Null items required" ) .IsNotEmpty(); context.Errors.Should().Contain(error => error.Target == "nullItemsRequired" && error.Code == "NotEmpty"); } [Fact] public void IsNotEmpty_Collection_ShouldAddError_WhenNullAndOverridesAreUsed() { var context = CreateContext(); context.Check( null!, NoOpValueNormalizer.Instance, target: "nullItemsRequiredOverride", displayName: "Null items required override" ) .IsNotEmpty(new ErrorOverrides { Code = "NullItemsRequiredOverride" }); context.Errors.Should().Contain( error => error.Target == "nullItemsRequiredOverride" && error.Code == "NullItemsRequiredOverride" ); } [Fact] public void IsEmail_ShouldRespectRichOverrides() { var context = CreateContext(); var metadata = MetadataObject.Create(("source", "override")); context.Check("abc", target: "richEmailOverride", displayName: "Rich email override") .IsEmail( new ErrorOverrides { Message = "Rich email override is invalid", Code = "RichEmailOverride", Metadata = metadata, Category = ErrorCategory.UnprocessableContent }, shortCircuitOnError: true ); context.Errors.Should().Contain( error => error.Target == "richEmailOverride" && error.Code == "RichEmailOverride" && error.Category == ErrorCategory.UnprocessableContent && error.Metadata == metadata ); } [Fact] public void MustTemplate_ShouldUseDefaultCode_WhenNoneIsProvided() { var context = CreateContext(); context.Check("abc", target: "templateDefaultCode", displayName: "Template default code") .Must( static _ => false, new ValidationErrorTemplates.Constant("Template default code is invalid"), shortCircuitOnError: true ); context.Errors.Should().Contain( error => error.Target == "templateDefaultCode" && error.Code == "Predicate" ); } private static ValidationContext CreateContext() { var options = new ValidationContextOptions() with { ValueNormalizer = NoOpValueNormalizer.Instance, AutomaticNullErrorProvider = NoOpAutomaticNullErrorProvider.Instance }; return new DefaultValidationContextFactory(options).CreateValidationContext(); } private sealed class ObjectReadOnlyCollection : IEnumerable, IReadOnlyCollection { private readonly object[] _values; public ObjectReadOnlyCollection(params object[] values) => _values = values; public IEnumerator GetEnumerator() => _values.GetEnumerator(); public int Count => _values.Length; IEnumerator IEnumerable.GetEnumerator() => ((IEnumerable) _values).GetEnumerator(); } private sealed class YieldOnlyEnumerable : IEnumerable { private readonly int[] _values; public YieldOnlyEnumerable(params int[] values) => _values = values; public IEnumerator GetEnumerator() { foreach (var value in _values) { yield return value; } } } private sealed class NumberReadOnlyCollection : IEnumerable, IReadOnlyCollection { private readonly int[] _values; public NumberReadOnlyCollection(params int[] values) => _values = values; public IEnumerator GetEnumerator() => ((IEnumerable) _values).GetEnumerator(); IEnumerator IEnumerable.GetEnumerator() => _values.GetEnumerator(); public int Count => _values.Length; } private sealed class NonGenericCountedEnumerable : IEnumerable, ICollection { private readonly int[] _values; public NonGenericCountedEnumerable(params int[] values) => _values = values; public int Count => _values.Length; public bool IsSynchronized => false; public object SyncRoot { get; } = new (); public void CopyTo(Array array, int index) => ((ICollection) _values).CopyTo(array, index); public IEnumerator GetEnumerator() => ((IEnumerable) _values).GetEnumerator(); IEnumerator IEnumerable.GetEnumerator() => _values.GetEnumerator(); } private sealed class YieldOnlyGenericEnumerable : IEnumerable { private readonly int[] _values; public YieldOnlyGenericEnumerable(params int[] values) => _values = values; public IEnumerator GetEnumerator() { foreach (var value in _values) { yield return value; } } IEnumerator IEnumerable.GetEnumerator() => GetEnumerator(); } } CollectionValidationWorkflowTests.cs000066400000000000000000001141431516707642500356220ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Testsusing System; using System.Collections.Generic; using System.Collections.Immutable; using System.Threading; using System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.Validation.Normalization; using Light.PortableResults.Validation.Targeting; using Xunit; namespace Light.PortableResults.Validation.Tests; public sealed class CollectionValidationWorkflowTests { [Fact] public void ValidateChild_ShouldComposeTargetsAcrossNestedScopes() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var result = context .Check(new AddressDto { ZipCode = " " }, target: "request.PrimaryAddress", displayName: "Primary address") .ValidateChild(new AddressValidator(ValidationWorkflowTestData.ValidationContextFactory)); result.Should().Be(ValidatedValue.NoValue); context.Errors.Should().Equal( new Errors( ValidationWorkflowTestData.CreateValidationError( "primaryAddress.zipCode must not be empty or whitespace", "NotNullOrWhiteSpace", "primaryAddress.zipCode" ) ) ); } [Fact] public void ValidateChild_ShouldTreatExplicitAbsoluteTargetsAsAlreadyComposed() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var addressContext = context.ForMember("address", isNormalized: true); var check = addressContext .Check( new AddressDto { ZipCode = " " }, ValidationTarget.Absolute("address", isNormalized: true), displayName: "Address" ) .NormalizeTargetIfNecessary(); var result = check.ValidateChild(new AddressValidator(ValidationWorkflowTestData.ValidationContextFactory)); result.Should().Be(ValidatedValue.NoValue); context.Errors.Should().Equal( new Errors( ValidationWorkflowTestData.CreateValidationError( "address.zipCode must not be empty or whitespace", "NotNullOrWhiteSpace", "address.zipCode" ) ) ); } [Fact] public void ValidateItems_ShouldValidateMutableCollectionsWithValidators() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var addresses = new List { new () { ZipCode = " " }, new () { ZipCode = " 12345 " } }; var result = context .Check(addresses, target: "request.Addresses", displayName: "Addresses") .ValidateItems(new AddressValidator(ValidationWorkflowTestData.ValidationContextFactory)); result.Should().Be(ValidatedValue>.NoValue); addresses[1].ZipCode.Should().Be("12345"); context.Errors.Should().Equal( new Errors( ValidationWorkflowTestData.CreateValidationError( "addresses[0].zipCode must not be empty or whitespace", "NotNullOrWhiteSpace", "addresses[0].zipCode" ) ) ); } [Fact] public void ValidateItems_ShouldValidateImmutableArraysWithValidators() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var result = context .Check( ImmutableArray.Create(new AddressDto { ZipCode = "12A" }), target: "request.Addresses", displayName: "Addresses" ) .ValidateItems(new AddressValidator(ValidationWorkflowTestData.ValidationContextFactory)); result.Should().Be(ValidatedValue>.NoValue); context.Errors.Should().Equal( new Errors( ValidationWorkflowTestData.CreateValidationError( "addresses[0].zipCode must contain only digits", "DigitsOnly", "addresses[0].zipCode" ) ) ); } [Fact] public void ValidateItems_ShouldSupportDelegateBasedItemValidation() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var result = context .Check(new List { 1, -2 }, target: "request.Quantities", displayName: "Quantities") .ValidateItems( (Action>) (static itemCheck => { if (itemCheck.Value < 0) { itemCheck.AddError("Quantity must be zero or greater", "NonNegative"); } }) ); result.Should().Be(ValidatedValue>.NoValue); context.Errors.Should().Equal( new Errors( ValidationWorkflowTestData.CreateValidationError( "Quantity must be zero or greater", "NonNegative", "quantities[1]" ) ) ); } [Fact] public void ValidateItems_ShouldSupportDelegateBasedNormalization() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var tags = new List { " Alice ", " Bob " }; var result = context .Check(tags, target: "request.Tags", displayName: "Tags") .ValidateItems( (Func, ValidatedValue>) ( static itemCheck => ValidatedValue.Success(itemCheck.Value.Trim()) ) ); result.TryGetValue(out var validatedTags).Should().BeTrue(); validatedTags.Should().BeSameAs(tags); tags.Should().Equal("Alice", "Bob"); } [Fact] public void ValidateItems_ShouldTransformArrays() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var result = context .Check(new[] { " Alice ", "Bob " }, target: "request.Tags") .ValidateItems(new StringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory)); result.TryGetValue(out var validatedArray).Should().BeTrue(); validatedArray.Should().Equal(5, 3); } [Fact] public void ValidateItems_ShouldTransformLists() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var result = context .Check(new List { " Alice ", "Bob " }, target: "request.ListTags") .ValidateItems(new StringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory)); result.TryGetValue(out var validatedList).Should().BeTrue(); validatedList.Should().Equal(5, 3); } [Fact] public void ValidateItems_ShouldTransformImmutableArrays() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var result = context .Check( ImmutableArray.Create(" Alice ", "Bob "), target: "request.ImmutableTags" ) .ValidateItems(new StringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory)); result.TryGetValue(out var validatedImmutable).Should().BeTrue(); validatedImmutable.Should().Equal(5, 3); } [Fact] public void ValidateItems_ShouldHandleTransformingValidatorFailures_WhenUsingArrays() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var arrayTags = new[] { " ", " Bob " }; var result = context .Check(arrayTags, target: "request.ArrayTags", displayName: "Array tags") .ValidateItems(new StringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory)); result.Should().Be(ValidatedValue.NoValue); context.Errors.Should().Contain(error => error.Target == "arrayTags[0]" && error.Code == "NotNullOrWhiteSpace"); } [Fact] public void ValidateItems_ShouldHandleTransformingValidatorFailures_WhenUsingLists() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var listTags = new List { " ", " Bob " }; var result = context .Check(listTags, target: "request.ListTags", displayName: "List tags") .ValidateItems(new StringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory)); result.Should().Be(ValidatedValue>.NoValue); context.Errors.Should().Contain(error => error.Target == "listTags[0]" && error.Code == "NotNullOrWhiteSpace"); } [Fact] public void ValidateItems_ShouldHandleTransformingValidatorFailures_WhenUsingImmutableArrays() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var immutableTags = ImmutableArray.Create(" ", " Bob "); var result = context .Check(immutableTags, target: "request.ImmutableTags", displayName: "Immutable tags") .ValidateItems(new StringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory)); result.Should().Be(ValidatedValue>.NoValue); context.Errors.Should().Contain( error => error.Target == "immutableTags[0]" && error.Code == "NotNullOrWhiteSpace" ); } [Fact] public void ValidateItems_ShouldShortCircuit_WhenUsingArrays() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var arrayTags = new[] { " ", " Bob " }; var result = context .Check(arrayTags, target: "request.ShortCircuitedArrayTags") .ShortCircuit() .ValidateItems(new StringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory)); result.Should().Be(ValidatedValue.NoValue); } [Fact] public void ValidateItems_ShouldShortCircuit_WhenUsingLists() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var listTags = new List { " ", " Bob " }; var result = context .Check(listTags, target: "request.ShortCircuitedListTags") .ShortCircuit() .ValidateItems(new StringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory)); result.Should().Be(ValidatedValue>.NoValue); } [Fact] public void ValidateItems_ShouldShortCircuit_WhenUsingImmutableArrays() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var immutableTags = ImmutableArray.Create(" ", " Bob "); var result = context .Check(immutableTags, target: "request.ShortCircuitedImmutableTags") .ShortCircuit() .ValidateItems(new StringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory)); result.Should().Be(ValidatedValue>.NoValue); } [Fact] public void ValidateItems_ShouldThrow_WhenArrayValidatorIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var arrayTags = new[] { " ", " Bob " }; Validator nullValidator = null!; Action act = () => context .Check(arrayTags, target: "request.NullValidatorArrayTags") .ValidateItems(nullValidator); act.Should().Throw().WithParameterName("itemValidator"); } [Fact] public void ValidateItems_ShouldThrow_WhenListValidatorIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var listTags = new List { " ", " Bob " }; Validator nullValidator = null!; Action act = () => context .Check(listTags, target: "request.NullValidatorListTags") .ValidateItems(nullValidator); act.Should().Throw().WithParameterName("itemValidator"); } [Fact] public void ValidateItems_ShouldThrow_WhenImmutableArrayValidatorIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var immutableTags = ImmutableArray.Create(" ", " Bob "); Validator nullValidator = null!; Action act = () => context .Check(immutableTags, target: "request.NullValidatorImmutableTags") .ValidateItems(nullValidator); act.Should().Throw().WithParameterName("itemValidator"); } [Fact] public void ValidateItems_ShouldThrow_WhenArrayIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); string[] nullableArrayTags = null!; Action act = () => context .Check( nullableArrayTags, NoOpValueNormalizer.Instance, target: "request.NullableArrayTags", displayName: "Nullable array tags" ) .ValidateItems(new StringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory)); act.Should().Throw(); } [Fact] public void ValidateItems_ShouldThrow_WhenListIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); List nullableListTags = null!; Action act = () => context .Check( nullableListTags, NoOpValueNormalizer.Instance, target: "request.NullableListTags", displayName: "Nullable list tags" ) .ValidateItems(new StringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory)); act.Should().Throw(); } [Fact] public void ValidateItems_ShouldRespectShortCircuit_WhenCollectionIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); IReadOnlyList nullableTags = null!; var result = context .Check(nullableTags, NoOpValueNormalizer.Instance, target: "request.Tags", displayName: "Tags") .ShortCircuit() .ValidateItems((Action>) (static itemCheck => itemCheck.AddError("not reached", "Never"))); result.Should().Be(ValidatedValue>.NoValue); } [Fact] public void ValidateItems_ShouldThrow_WhenCollectionIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); IReadOnlyList nullableTags = null!; Action act = () => context .Check(nullableTags, NoOpValueNormalizer.Instance, target: "request.Tags", displayName: "Tags") .ValidateItems((Action>) (static itemCheck => itemCheck.AddError("not reached", "Never"))); act.Should().Throw(); } [Fact] public async Task ValidateItemsAsync_ShouldSupportValidatorOverload() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var result = await context .Check(new List { new () { ZipCode = " 12345 " } }, target: "request.Addresses") .ValidateItemsAsync( new AsyncAddressValidator(ValidationWorkflowTestData.ValidationContextFactory), TestContext.Current.CancellationToken ); result.TryGetValue(out var validatedAddresses).Should().BeTrue(); validatedAddresses.Should().NotBeNull(); validatedAddresses![0].ZipCode.Should().Be("12345"); } [Fact] public async Task ValidateItemsAsync_ShouldSupportDelegateOverload() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var result = await context .Check(new List { 1, -2 }, target: "request.Quantities") .ValidateItemsAsync, int>( static async (itemCheck, cancellationToken) => { await Task.Yield(); cancellationToken.ThrowIfCancellationRequested(); if (itemCheck.Value < 0) { itemCheck.AddError("Quantity must be zero or greater", "NonNegative"); } }, TestContext.Current.CancellationToken ); result.Should().Be(ValidatedValue>.NoValue); context.Errors.Should().ContainSingle( error => error.Target == "quantities[1]" && error.Code == "NonNegative" ); } [Fact] public async Task ValidateItemsAsync_ShouldSupportNormalizationDelegate() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var normalizationSource = new List { 1, 2 }; var result = await context .Check(normalizationSource, target: "request.MutableQuantities") .ValidateItemsAsync, int>( static async (itemCheck, cancellationToken) => { await Task.Yield(); cancellationToken.ThrowIfCancellationRequested(); return ValidatedValue.Success(itemCheck.Value * 2); }, TestContext.Current.CancellationToken ); result.TryGetValue(out var normalizedQuantities).Should().BeTrue(); normalizedQuantities.Should().BeSameAs(normalizationSource); normalizationSource.Should().Equal(2, 4); } [Fact] public async Task ValidateItemsAsync_ShouldSupportTransformingValidator() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var result = await context .Check(new[] { " Alice ", "Bob " }, target: "request.Tags") .ValidateItemsAsync( new AsyncStringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory), TestContext.Current.CancellationToken ); result.TryGetValue(out var validatedLengths).Should().BeTrue(); validatedLengths.Should().Equal(5, 3); } [Fact] public async Task ValidateItemsAsync_ShouldPropagateCancellation() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); using var cancellationTokenSource = CancellationTokenSource.CreateLinkedTokenSource( TestContext.Current.CancellationToken ); await cancellationTokenSource.CancelAsync(); #pragma warning disable xUnit1051 // ReSharper disable once AccessToDisposedClosure -- act is called before disposal var act = async () => await context .Check(new List { 1, 2 }, target: "request.Quantities") .ValidateItemsAsync, int>( static async (itemCheck, cancellationToken) => { await Task.Yield(); cancellationToken.ThrowIfCancellationRequested(); _ = itemCheck.Value; }, cancellationTokenSource.Token ); #pragma warning restore xUnit1051 await act.Should().ThrowAsync(); } [Fact] public async Task ValidateItemsAsync_ShouldSupportReadOnlyLists() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); IReadOnlyList readOnlyAddresses = new List { new () { ZipCode = "12345" } }; var result = await context .Check(readOnlyAddresses, target: "request.ReadOnlyAddresses") .ValidateItemsAsync( new AsyncAddressValidator(ValidationWorkflowTestData.ValidationContextFactory), TestContext.Current.CancellationToken ); result.TryGetValue(out var validatedReadOnly).Should().BeTrue(); validatedReadOnly.Should().NotBeNull(); validatedReadOnly!.Count.Should().Be(1); } [Fact] public async Task ValidateItemsAsync_ShouldSupportImmutableArrays() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var immutableAddresses = ImmutableArray.Create(new AddressDto { ZipCode = "54321" }); var result = await context .Check(immutableAddresses, target: "request.ImmutableAddresses") .ValidateItemsAsync( new AsyncAddressValidator(ValidationWorkflowTestData.ValidationContextFactory), TestContext.Current.CancellationToken ); result.TryGetValue(out var validatedImmutableAddresses).Should().BeTrue(); validatedImmutableAddresses.Length.Should().Be(1); } [Fact] public async Task ValidateItemsAsync_ShouldTransformLists() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var result = await context .Check(new List { " Alice ", "Bob " }, target: "request.ListTags") .ValidateItemsAsync( new AsyncStringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory), TestContext.Current.CancellationToken ); result.TryGetValue(out var validatedListLengths).Should().BeTrue(); validatedListLengths.Should().Equal(5, 3); } [Fact] public async Task ValidateItemsAsync_ShouldTransformImmutableArrays() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var result = await context .Check(ImmutableArray.Create(" Alice ", "Bob "), target: "request.ImmutableTags") .ValidateItemsAsync( new AsyncStringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory), TestContext.Current.CancellationToken ); result.TryGetValue(out var validatedImmutableLengths).Should().BeTrue(); validatedImmutableLengths.Should().Equal(5, 3); } [Fact] public async Task ValidateItemsAsync_ShouldSupportReadOnlyDelegates() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); IReadOnlyList quantities = new List { 1, 2 }; var result = await context .Check(quantities, target: "request.Quantities", displayName: "Quantities") .ValidateItemsAsync, int>( static async (itemCheck, cancellationToken) => { await Task.Yield(); cancellationToken.ThrowIfCancellationRequested(); if (itemCheck.DisplayName!.EndsWith("[1]", StringComparison.Ordinal)) { itemCheck.AddError("second item invalid", "SecondInvalid"); } }, TestContext.Current.CancellationToken ); result.Should().Be(ValidatedValue>.NoValue); context.Errors.Should() .ContainSingle(error => error.Target == "quantities[1]" && error.Code == "SecondInvalid"); } [Fact] public async Task ValidateItemsAsync_ShouldRespectShortCircuit() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); List mutableQuantities = [1, 2]; var result = await context .Check(mutableQuantities, target: "request.MutableQuantities") .ShortCircuit() .ValidateItemsAsync, int>( static (itemCheck, cancellationToken) => { _ = itemCheck.Value; cancellationToken.ThrowIfCancellationRequested(); return ValueTask.FromResult(ValidatedValue.Success(0)); }, TestContext.Current.CancellationToken ); result.Should().Be(ValidatedValue>.NoValue); } [Fact] public async Task ValidateItemsAsync_ShouldThrow_WhenValidatorIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); AsyncValidator nullValidator = null!; Func act = async () => await context .Check(new List { "A" }) .ValidateItemsAsync(nullValidator, TestContext.Current.CancellationToken); await act.Should().ThrowAsync().WithParameterName("itemValidator"); } [Fact] public async Task ValidateItemsAsync_ShouldThrow_WhenDelegateIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); IReadOnlyList quantities = new List { 1, 2 }; Func act = async () => await context .Check(quantities) .ValidateItemsAsync, int>( null!, TestContext.Current.CancellationToken ); await act.Should().ThrowAsync().WithParameterName("validateItem"); } [Fact] public async Task ValidateItemsAsync_ShouldHandleFailures_WhenUsingReadOnlyLists() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); IReadOnlyList readOnlyTags = new List { " ", " Bob " }; var result = await context .Check(readOnlyTags, target: "request.Tags", displayName: "Tags") .ValidateItemsAsync( new AsyncTrimmedRequiredTextValidator(ValidationWorkflowTestData.ValidationContextFactory), TestContext.Current.CancellationToken ); result.Should().Be(ValidatedValue>.NoValue); context.Errors.Should().Contain(error => error.Target == "tags[0]" && error.Code == "NotNullOrWhiteSpace"); } [Fact] public async Task ValidateItemsAsync_ShouldHandleFailures_WhenUsingImmutableArrays() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var immutableTags = ImmutableArray.Create(" ", " Bob "); var result = await context .Check(immutableTags, target: "request.ImmutableTags", displayName: "Immutable tags") .ValidateItemsAsync( new AsyncTrimmedRequiredTextValidator(ValidationWorkflowTestData.ValidationContextFactory), TestContext.Current.CancellationToken ); result.Should().Be(ValidatedValue>.NoValue); context.Errors.Should().Contain( error => error.Target == "immutableTags[0]" && error.Code == "NotNullOrWhiteSpace" ); } [Fact] public async Task ValidateItemsAsync_ShouldShortCircuit_WhenUsingReadOnlyLists() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); IReadOnlyList readOnlyTags = new List { " ", " Bob " }; var result = await context .Check(readOnlyTags, target: "request.ShortCircuitedTags") .ShortCircuit() .ValidateItemsAsync( new AsyncTrimmedRequiredTextValidator(ValidationWorkflowTestData.ValidationContextFactory), TestContext.Current.CancellationToken ); result.Should().Be(ValidatedValue>.NoValue); } [Fact] public async Task ValidateItemsAsync_ShouldShortCircuit_WhenUsingImmutableArraysForReadOnlyValidation() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var immutableTags = ImmutableArray.Create(" ", " Bob "); var result = await context .Check(immutableTags, target: "request.ShortCircuitedImmutableTags") .ShortCircuit() .ValidateItemsAsync( new AsyncTrimmedRequiredTextValidator(ValidationWorkflowTestData.ValidationContextFactory), TestContext.Current.CancellationToken ); result.Should().Be(ValidatedValue>.NoValue); } [Fact] public async Task ValidateItemsAsync_ShouldThrow_WhenReadOnlyListValidatorIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); IReadOnlyList readOnlyTags = new List { " ", " Bob " }; AsyncValidator nullValidator = null!; Func act = async () => await context .Check(readOnlyTags, target: "request.NullValidatorTags") .ValidateItemsAsync(nullValidator, TestContext.Current.CancellationToken); await act.Should().ThrowAsync().WithParameterName("itemValidator"); } [Fact] public async Task ValidateItemsAsync_ShouldThrow_WhenImmutableArrayValidatorIsNullForReadOnlyValidation() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var immutableTags = ImmutableArray.Create(" ", " Bob "); AsyncValidator nullValidator = null!; Func act = async () => await context .Check(immutableTags, target: "request.NullValidatorImmutableTags") .ValidateItemsAsync(nullValidator, TestContext.Current.CancellationToken); await act.Should().ThrowAsync().WithParameterName("itemValidator"); } [Fact] public async Task ValidateItemsAsync_ShouldThrow_WhenReadOnlyListIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); IReadOnlyList nullableReadOnlyTags = null!; Func act = async () => await context .Check( nullableReadOnlyTags, NoOpValueNormalizer.Instance, target: "request.NullableTags", displayName: "Nullable tags" ) .ValidateItemsAsync( new AsyncTrimmedRequiredTextValidator(ValidationWorkflowTestData.ValidationContextFactory), TestContext.Current.CancellationToken ); await act.Should().ThrowAsync(); } [Fact] public async Task ValidateItemsAsync_ShouldHandleTransformingValidatorFailures_WhenUsingArrays() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var arrayTags = new[] { " ", " Bob " }; var result = await context .Check(arrayTags, target: "request.ArrayTags", displayName: "Array tags") .ValidateItemsAsync( new AsyncStringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory), TestContext.Current.CancellationToken ); result.Should().Be(ValidatedValue.NoValue); context.Errors.Should().Contain(error => error.Target == "arrayTags[0]" && error.Code == "NotNullOrWhiteSpace"); } [Fact] public async Task ValidateItemsAsync_ShouldHandleTransformingValidatorFailures_WhenUsingLists() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var listTags = new List { " ", " Bob " }; var result = await context .Check(listTags, target: "request.ListTags", displayName: "List tags") .ValidateItemsAsync( new AsyncStringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory), TestContext.Current.CancellationToken ); result.Should().Be(ValidatedValue>.NoValue); context.Errors.Should().Contain(error => error.Target == "listTags[0]" && error.Code == "NotNullOrWhiteSpace"); } [Fact] public async Task ValidateItemsAsync_ShouldHandleTransformingValidatorFailures_WhenUsingImmutableArrays() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var immutableTags = ImmutableArray.Create(" ", " Bob "); var result = await context .Check(immutableTags, target: "request.ImmutableTags", displayName: "Immutable tags") .ValidateItemsAsync( new AsyncStringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory), TestContext.Current.CancellationToken ); result.Should().Be(ValidatedValue>.NoValue); context.Errors.Should().Contain( error => error.Target == "immutableTags[0]" && error.Code == "NotNullOrWhiteSpace" ); } [Fact] public async Task ValidateItemsAsync_ShouldShortCircuit_WhenUsingArrays() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var arrayTags = new[] { " ", " Bob " }; var result = await context .Check(arrayTags, target: "request.ShortCircuitedArrayTags") .ShortCircuit() .ValidateItemsAsync( new AsyncStringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory), TestContext.Current.CancellationToken ); result.Should().Be(ValidatedValue.NoValue); } [Fact] public async Task ValidateItemsAsync_ShouldShortCircuit_WhenUsingLists() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var listTags = new List { " ", " Bob " }; var result = await context .Check(listTags, target: "request.ShortCircuitedListTags") .ShortCircuit() .ValidateItemsAsync( new AsyncStringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory), TestContext.Current.CancellationToken ); result.Should().Be(ValidatedValue>.NoValue); } [Fact] public async Task ValidateItemsAsync_ShouldShortCircuit_WhenUsingImmutableArraysForTransformingValidation() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var immutableTags = ImmutableArray.Create(" ", " Bob "); var result = await context .Check(immutableTags, target: "request.ShortCircuitedImmutableTags") .ShortCircuit() .ValidateItemsAsync( new AsyncStringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory), TestContext.Current.CancellationToken ); result.Should().Be(ValidatedValue>.NoValue); } [Fact] public async Task ValidateItemsAsync_ShouldThrow_WhenArrayValidatorIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var arrayTags = new[] { " ", " Bob " }; AsyncValidator nullValidator = null!; Func act = async () => await context .Check(arrayTags, target: "request.NullValidatorArrayTags") .ValidateItemsAsync(nullValidator, TestContext.Current.CancellationToken); await act.Should().ThrowAsync().WithParameterName("itemValidator"); } [Fact] public async Task ValidateItemsAsync_ShouldThrow_WhenListValidatorIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var listTags = new List { " ", " Bob " }; AsyncValidator nullValidator = null!; Func act = async () => await context .Check(listTags, target: "request.NullValidatorListTags") .ValidateItemsAsync(nullValidator, TestContext.Current.CancellationToken); await act.Should().ThrowAsync().WithParameterName("itemValidator"); } [Fact] public async Task ValidateItemsAsync_ShouldThrow_WhenImmutableArrayValidatorIsNullForTransformingValidation() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var immutableTags = ImmutableArray.Create(" ", " Bob "); AsyncValidator nullValidator = null!; Func act = async () => await context .Check(immutableTags, target: "request.NullValidatorImmutableTags") .ValidateItemsAsync(nullValidator, TestContext.Current.CancellationToken); await act.Should().ThrowAsync().WithParameterName("itemValidator"); } [Fact] public async Task ValidateItemsAsync_ShouldThrow_WhenArrayIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); string[] nullableArrayTags = null!; Func act = async () => await context .Check( nullableArrayTags, NoOpValueNormalizer.Instance, target: "request.NullableArrayTags", displayName: "Nullable array tags" ) .ValidateItemsAsync( new AsyncStringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory), TestContext.Current.CancellationToken ); await act.Should().ThrowAsync(); } [Fact] public async Task ValidateItemsAsync_ShouldThrow_WhenListIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); List nullableListTags = null!; Func act = async () => await context .Check( nullableListTags, NoOpValueNormalizer.Instance, target: "request.NullableListTags", displayName: "Nullable list tags" ) .ValidateItemsAsync( new AsyncStringLengthValidator(ValidationWorkflowTestData.ValidationContextFactory), TestContext.Current.CancellationToken ); await act.Should().ThrowAsync(); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Tests/ErrorOverridesTests.cs000066400000000000000000000230431516707642500330120ustar00rootroot00000000000000using System; using System.Text.RegularExpressions; using FluentAssertions; using Light.PortableResults.Metadata; using Light.PortableResults.Validation.Definitions; using Xunit; namespace Light.PortableResults.Validation.Tests; public sealed class ErrorOverridesTests { [Fact] public void MessageOnlyOverrides_ShouldSupportRepresentativeBuiltInAssertionFamilies() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context .Check(string.Empty, target: "comment", displayName: "Comment") .IsNotNullOrWhiteSpace("Comment must be present"); context .Check("AB12", target: "code", displayName: "Code") .Matches("^[0-9]+$", "Code must contain only digits"); context .Check("ab12", target: "alternateCode", displayName: "Alternate code") .Matches("^[A-Z]+$", "Alternate code is invalid", RegexOptions.IgnoreCase); context .Check("PendingApproval", target: "statusName", displayName: "Status name") .IsEnumName("Status name is invalid"); context .Check(123.4500m, target: "amount", displayName: "Amount") .HasPrecisionAndScale(4, 2, "Amount format is invalid"); context .Check("abc", target: "normalizedCode", displayName: "Normalized code") .IsEqualTo("ABC", StringComparer.Ordinal, "Normalized code must match ABC"); context.Errors.Should().Equal( new Errors( new[] { new Error { Message = "Comment must be present", Code = "NotNullOrWhiteSpace", Target = "comment", Category = ErrorCategory.Validation }, new Error { Message = "Code must contain only digits", Code = "Matches", Target = "code", Category = ErrorCategory.Validation, Metadata = MetadataObject.Create( (ValidationErrorMetadataKeys.Pattern, "^[0-9]+$"), (ValidationErrorMetadataKeys.RegexOptions, (int) RegexOptions.None) ) }, new Error { Message = "Alternate code is invalid", Code = "Matches", Target = "alternateCode", Category = ErrorCategory.Validation, Metadata = MetadataObject.Create( (ValidationErrorMetadataKeys.Pattern, "^[A-Z]+$"), (ValidationErrorMetadataKeys.RegexOptions, (int) RegexOptions.IgnoreCase) ) }, new Error { Message = "Status name is invalid", Code = "EnumName", Target = "statusName", Category = ErrorCategory.Validation, Metadata = MetadataObject.Create( (ValidationErrorMetadataKeys.EnumType, typeof(OrderStatus).FullName!), (ValidationErrorMetadataKeys.IgnoreCase, false) ) }, new Error { Message = "Amount format is invalid", Code = "PrecisionScale", Target = "amount", Category = ErrorCategory.Validation, Metadata = MetadataObject.Create( (ValidationErrorMetadataKeys.ExpectedPrecision, 4), (ValidationErrorMetadataKeys.ExpectedScale, 2), (ValidationErrorMetadataKeys.IgnoreTrailingZeros, false) ) }, new Error { Message = "Normalized code must match ABC", Code = "EqualTo", Target = "normalizedCode", Category = ErrorCategory.Validation, Metadata = MetadataObject.Create( (ValidationErrorMetadataKeys.ComparativeValue, "ABC") ) } } ) ); } [Fact] public void NonMessageAndCombinedOverrides_ShouldPreserveDefaultsAndApplyExplicitOverrides() { var customMetadata = MetadataObject.Create(("Source", "Override")); var context = DefaultValidationContextFactory.Create().CreateValidationContext(); ErrorOverrides implicitMessage = "Note must be present"; context .Check(string.Empty, target: "comment", displayName: "Comment") .IsNotNullOrWhiteSpace(new ErrorOverrides { Code = "CommentRequired" }); context .Check("abc", target: "status", displayName: "Status") .IsEqualTo("ABC", new ErrorOverrides { Category = ErrorCategory.UnprocessableContent }); context .Check("AB", target: "tags", displayName: "Tags") .HasCount(3, new ErrorOverrides { Metadata = customMetadata }); context .Check(string.Empty, target: "note", displayName: "Note") .IsNotNullOrWhiteSpace( implicitMessage with { Code = "NoteRequired", Category = ErrorCategory.UnprocessableContent } ); context.Errors.Should().Equal( new Errors( new[] { new Error { Message = "Comment must not be empty or whitespace", Code = "CommentRequired", Target = "comment", Category = ErrorCategory.Validation }, new Error { Message = "Status must be equal to ABC", Code = "EqualTo", Target = "status", Category = ErrorCategory.UnprocessableContent, Metadata = MetadataObject.Create( (ValidationErrorMetadataKeys.ComparativeValue, "ABC") ) }, new Error { Message = "Tags must contain exactly 3 item(s)", Code = "Count", Target = "tags", Category = ErrorCategory.Validation, Metadata = customMetadata }, new Error { Message = "Note must be present", Code = "NoteRequired", Target = "note", Category = ErrorCategory.UnprocessableContent } } ) ); } [Fact] public void Overrides_ShouldNotChangeScopedTargetResolution() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context.ForMember("address", isNormalized: true) .Check("A!", target: "zipCode", displayName: "Zip code") .ContainsOnlyLettersAndDigits(new ErrorOverrides { Code = "ZipCodeInvalid" }); context.ForMember("contacts", isNormalized: true) .ForIndex(1) .Check("12A", target: "phone", displayName: "Phone") .ContainsOnlyDigits("Phone is invalid"); context.Errors.Should().Equal( new Errors( new[] { new Error { Message = "Zip code must contain only letters and digits", Code = "ZipCodeInvalid", Target = "address.zipCode", Category = ErrorCategory.Validation }, new Error { Message = "Phone is invalid", Code = "DigitsOnly", Target = "contacts[1].phone", Category = ErrorCategory.Validation } } ) ); } [Fact] public void OverrideOverloads_ShouldThrowForEmptyOrWhitespaceOverridesBeforeShortCircuit() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var check = context.Check("abc", target: "code", displayName: "Code").ShortCircuit(); Action defaultAct = () => check.IsEmail(default(ErrorOverrides)); Action emptyAct = () => check.IsEmail(new ErrorOverrides()); Action whitespaceAct = () => check.IsEmail(new ErrorOverrides { Message = " " }); defaultAct.Should().Throw().WithParameterName("overrides"); emptyAct.Should().Throw().WithParameterName("overrides"); whitespaceAct.Should().Throw().WithParameterName("overrides"); context.Errors.Should().BeEmpty(); } private enum OrderStatus { // ReSharper disable UnusedMember.Local -- required for testing Pending, Approved // ReSharper restore UnusedMember.Local } } Light.PortableResults.Validation.Tests.csproj000066400000000000000000000014461516707642500372240ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Tests Exe false Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Tests/ModuleTests.cs000066400000000000000000000062061516707642500312650ustar00rootroot00000000000000using System; using FluentAssertions; using Microsoft.Extensions.DependencyInjection; using Microsoft.Extensions.Options; using Xunit; namespace Light.PortableResults.Validation.Tests; public sealed class ModuleTests { [Fact] public void AddValidationForPortableResults_ShouldThrowArgumentNullException_WhenServicesIsNull() { IServiceCollection services = null!; Action act = () => services.AddValidationForPortableResults(); act.Should().Throw().WithParameterName("services"); } [Fact] public void AddValidationForPortableResults_ShouldReturnSameServiceCollection_ForMethodChaining() { var services = new ServiceCollection(); var returnedServices = services.AddValidationForPortableResults(); returnedServices.Should().BeSameAs(services); } [Fact] public void AddValidationForPortableResults_ShouldRegisterIValidationContextFactory_AsSingletonDefaultValidationContextFactory() { using var provider = CreateDefaultProvider(); var factory1 = provider.GetRequiredService(); var factory2 = provider.GetRequiredService(); factory1.Should().BeOfType(); factory1.Should().BeSameAs(factory2); } [Fact] public void AddValidationForPortableResults_ShouldRegisterValidationContextOptions_AsSingleton() { using var provider = CreateDefaultProvider(); var options1 = provider.GetRequiredService(); var options2 = provider.GetRequiredService(); options1.Should().BeSameAs(options2); } [Fact] public void AddValidationForPortableResults_ShouldMakeDirectValidationContextOptions_ConsistentWithIOptions() { using var provider = CreateDefaultProvider(); var directOptions = provider.GetRequiredService(); var optionsFromIOptions = provider.GetRequiredService>().Value; directOptions.Should().BeSameAs(optionsFromIOptions); } [Fact] public void AddValidationForPortableResults_ShouldRegisterDefaultValidationContextOptions() { using var provider = CreateDefaultProvider(); var options = provider.GetRequiredService(); options.Should().Be(new ValidationContextOptions()); } [Fact] public void AddValidationForPortableResults_ShouldAllowCreatingFunctionalValidationContexts() { using var provider = CreateDefaultProvider(); var factory = provider.GetRequiredService(); var context = factory.CreateValidationContext(); context.Check(string.Empty, target: "name", displayName: "Name").IsNotNullOrWhiteSpace(); context.HasErrors.Should().BeTrue(); context.Errors.Should().ContainSingle(e => e.Target == "name"); } private static ServiceProvider CreateDefaultProvider() => new ServiceCollection() .AddValidationForPortableResults() .BuildServiceProvider(); } SynchronousValidatorWorkflowTests.cs000066400000000000000000000301661516707642500357160ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Testsusing FluentAssertions; using Light.PortableResults.Metadata; using Light.PortableResults.Validation.Definitions; using Light.PortableResults.Validation.Targeting; using Xunit; namespace Light.PortableResults.Validation.Tests; public sealed class SynchronousValidatorWorkflowTests { [Fact] public void Validate_ShouldNormalizeNestedGraph_ForSameTypeValidator() { var validator = new PersonValidator(ValidationWorkflowTestData.ValidationContextFactory); var request = new PersonRequest { FirstName = " Alice ", Age = 42, PrimaryAddress = new AddressDto { ZipCode = " 12345 " }, Addresses = [new AddressDto { ZipCode = " 54321 " }] }; var result = validator.Validate(request); result.Should().Be(Result.Ok(request)); request.FirstName.Should().Be("Alice"); request.PrimaryAddress.ZipCode.Should().Be("12345"); request.Addresses[0].ZipCode.Should().Be("54321"); } [Fact] public void Validate_ShouldCollectNestedFailures_ForSameTypeValidator() { var validator = new PersonValidator(ValidationWorkflowTestData.ValidationContextFactory); var request = new PersonRequest { FirstName = " ", Age = 16, PrimaryAddress = new AddressDto { ZipCode = " " }, Addresses = [new AddressDto { ZipCode = "12A" }] }; var result = validator.Validate(request); result.IsValid.Should().BeFalse(); result.Errors.Should().Equal( new Errors( new[] { ValidationWorkflowTestData.CreateValidationError( "firstName must not be empty or whitespace", "NotNullOrWhiteSpace", "firstName" ), ValidationWorkflowTestData.CreateValidationError( "Age must be greater than or equal to 18", "Adult", "age" ) with { Metadata = MetadataObject.Create( (ValidationErrorMetadataKeys.ComparativeValue, 18) ) }, ValidationWorkflowTestData.CreateValidationError( "primaryAddress.zipCode must not be empty or whitespace", "NotNullOrWhiteSpace", "primaryAddress.zipCode" ), ValidationWorkflowTestData.CreateValidationError( "addresses[0].zipCode must contain only digits", "DigitsOnly", "addresses[0].zipCode" ) } ) ); } [Fact] public void Validate_ShouldHonorExplicitTarget_ForSameTypeValidator() { var validator = new PersonValidator(ValidationWorkflowTestData.ValidationContextFactory); var result = validator.Validate( null!, ValidationTarget.Absolute("payload.person", isNormalized: true), displayName: "Person" ); result.IsValid.Should().BeFalse(); result.Errors.Should().Equal( new Errors( ValidationWorkflowTestData.CreateValidationError( "Person must not be null", "NotNull", "payload.person" ) ) ); } [Fact] public void Validate_ShouldHonorProvidedContext_ForSameTypeValidator() { var validator = new PersonValidator(ValidationWorkflowTestData.ValidationContextFactory); var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.AddError("existing", "Existing", ValidationTarget.Relative("existing", isNormalized: true)); var result = validator.Validate( new PersonRequest { FirstName = " Alice ", Age = 42, PrimaryAddress = new AddressDto { ZipCode = " 12345 " }, Addresses = [new AddressDto { ZipCode = " 54321 " }] }, context, target: "request" ); result.IsValid.Should().BeFalse(); result.Errors.Should().Equal( new Errors(ValidationWorkflowTestData.CreateValidationError("existing", "Existing", "existing")) ); } [Fact] public void TryValidate_ShouldReturnValidatedValue_ForSameTypeValidator() { var validator = new PersonValidator(ValidationWorkflowTestData.ValidationContextFactory); var request = new PersonRequest { FirstName = " Alice ", Age = 42, PrimaryAddress = new AddressDto { ZipCode = " 12345 " }, Addresses = [] }; var isValid = validator.TryValidate(request, out var validatedRequest, out var failure); isValid.Should().BeTrue(); validatedRequest.Should().BeSameAs(request); validatedRequest.FirstName.Should().Be("Alice"); failure.IsValid.Should().BeTrue(); } [Fact] public void CheckForErrors_ShouldMaterializeFailure_ForSameTypeValidator() { var validator = new PersonValidator(ValidationWorkflowTestData.ValidationContextFactory); var request = new PersonRequest { FirstName = "Alice", Age = 16, PrimaryAddress = new AddressDto { ZipCode = "12345" }, Addresses = [] }; var hasErrors = validator.CheckForErrors(request, out var failure); hasErrors.Should().BeTrue(); failure.IsValid.Should().BeFalse(); failure.Errors.Should().Equal( new Errors( ValidationWorkflowTestData.CreateValidationError( "Age must be greater than or equal to 18", "Adult", "age" ) with { Metadata = MetadataObject.Create( (ValidationErrorMetadataKeys.ComparativeValue, 18) ) } ) ); } [Fact] public void ValidateChildValue_ShouldIgnoreEarlierContextFailures_ForSameTypeValidator() { var validator = new TrimmedRequiredTextValidator(ValidationWorkflowTestData.ValidationContextFactory); var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.AddError("existing", "Existing", ValidationTarget.Relative("existing", isNormalized: true)); var validatedValue = validator.ValidateChildValue( " Alice ", context, ValidationTarget.Relative("name", isNormalized: true), "Name" ); validatedValue.Should().Be(ValidatedValue.Success("Alice")); } [Fact] public void ValidateChildValue_ShouldSupportCallerExpressionOverload_ForSameTypeValidator() { var validator = new TrimmedRequiredTextValidator(ValidationWorkflowTestData.ValidationContextFactory); var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); const string name = " Alice "; var validatedValue = validator.ValidateChildValue(name, context); validatedValue.Should().Be(ValidatedValue.Success("Alice")); context.HasErrors.Should().BeFalse(); } [Fact] public void Validate_ShouldTransformValidatedOutput_ForTransformingValidator() { var validator = new RegistrationValidator(ValidationWorkflowTestData.ValidationContextFactory); var request = new RegistrationRequest { FirstName = " Alice ", Email = " alice@example.com ", Address = new AddressDto { ZipCode = " 12345 " } }; var result = validator.Validate(request); result.Should().Be( Result.Ok( new RegistrationCommand("Alice", "alice@example.com", new AddressCommand("12345")) ) ); } [Fact] public void Validate_ShouldHonorExplicitTarget_ForTransformingValidator() { var validator = new RegistrationValidator(ValidationWorkflowTestData.ValidationContextFactory); var result = validator.Validate( null!, ValidationTarget.Absolute("payload.registration", isNormalized: true), displayName: "Registration" ); result.IsValid.Should().BeFalse(); result.Errors.Should().Equal( new Errors( ValidationWorkflowTestData.CreateValidationError( "Registration must not be null", "NotNull", "payload.registration" ) ) ); } [Fact] public void TryValidate_And_CheckForErrors_ShouldCoverTransformingPublicWrappers() { var validator = new RegistrationValidator(ValidationWorkflowTestData.ValidationContextFactory); var isValid = validator.TryValidate( new RegistrationRequest { FirstName = " Alice ", Email = " alice@example.com ", Address = new AddressDto { ZipCode = " 12345 " } }, out var command, out var successFailure ); var hasErrors = validator.CheckForErrors( new RegistrationRequest { FirstName = " ", Email = "not-an-email", Address = new AddressDto { ZipCode = " " } }, out var failure ); isValid.Should().BeTrue(); command.Should().Be(new RegistrationCommand("Alice", "alice@example.com", new AddressCommand("12345"))); successFailure.IsValid.Should().BeTrue(); hasErrors.Should().BeTrue(); failure.Errors.Should().Equal( new Errors( new[] { ValidationWorkflowTestData.CreateValidationError( "firstName must not be empty or whitespace", "NotNullOrWhiteSpace", "firstName" ), ValidationWorkflowTestData.CreateValidationError( "email must be an email address", "Email", "email" ), ValidationWorkflowTestData.CreateValidationError( "address.zipCode must not be empty or whitespace", "NotNullOrWhiteSpace", "address.zipCode" ) } ) ); } [Fact] public void ValidateChildValue_ShouldIgnoreEarlierContextFailures_ForTransformingValidator() { var validator = new AddressCommandValidator(ValidationWorkflowTestData.ValidationContextFactory); var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.AddError("existing", "Existing", ValidationTarget.Relative("existing", isNormalized: true)); var validatedValue = validator.ValidateChildValue( new AddressDto { ZipCode = " 12345 " }, context, ValidationTarget.Relative("address", isNormalized: true), "Address" ); validatedValue.Should().Be(ValidatedValue.Success(new AddressCommand("12345"))); } [Fact] public void ValidateChildValue_ShouldSupportCallerExpressionOverload_ForTransformingValidator() { var validator = new AddressCommandValidator(ValidationWorkflowTestData.ValidationContextFactory); var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var address = new AddressDto { ZipCode = " 12345 " }; var validatedValue = validator.ValidateChildValue(address, context); validatedValue.Should().Be(ValidatedValue.Success(new AddressCommand("12345"))); context.HasErrors.Should().BeFalse(); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Tests/ValidatedValueTests.cs000066400000000000000000000031021516707642500327220ustar00rootroot00000000000000using System; using FluentAssertions; using Xunit; namespace Light.PortableResults.Validation.Tests; public sealed class ValidatedValueTests { [Fact] public void Success_ShouldExposeValidatedValue() { var validatedValue = ValidatedValue.Success("Alice"); validatedValue.HasValue.Should().BeTrue(); validatedValue.Value.Should().Be("Alice"); validatedValue.TryGetValue(out var value).Should().BeTrue(); value.Should().Be("Alice"); } [Fact] public void NoValue_ShouldNotExposeValidatedValue() { var validatedValue = ValidatedValue.NoValue; validatedValue.HasValue.Should().BeFalse(); validatedValue.TryGetValue(out var value).Should().BeFalse(); value.Should().Be(0); var act = () => _ = validatedValue.Value; act.Should().Throw(); } [Fact] public void Success_ShouldRejectNullValues() { var act = () => ValidatedValue.Success(null!); act.Should().Throw(); } [Fact] public void Equality_ShouldComparePresenceAndValue() { var left = ValidatedValue.Success(42); var right = ValidatedValue.Success(42); left.Should().Be(right); ValidatedValue.NoValue.Should().Be(ValidatedValue.NoValue); left.Should().NotBe(ValidatedValue.NoValue); (left == right).Should().BeTrue(); (left != ValidatedValue.NoValue).Should().BeTrue(); left.GetHashCode().Should().Be(right.GetHashCode()); } } ValidationCachingWorkflowTests.cs000066400000000000000000000210251516707642500350570ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Testsusing System.Collections.Generic; using System.Globalization; using FluentAssertions; using Light.PortableResults.Validation.Definitions; using Light.PortableResults.Validation.Messaging; using Light.PortableResults.Validation.Targeting; using Xunit; namespace Light.PortableResults.Validation.Tests; public sealed class ValidationCachingWorkflowTests { [Fact] public void StableTemplateBackedDefinitions_ShouldReuseCachedMessagesAcrossRuns() { var cache = new SpyValidationErrorMessageCache(); var templates = new ValidationErrorTemplates { MessageCache = cache }; var template = new StableCountingTemplate(" is required"); var definition = new TemplateValidationErrorDefinition(template, code: "Required"); var firstContext = CreateContext(templates); var secondContext = CreateContext(templates); firstContext.Check(string.Empty, target: "name", displayName: "Name").AddError(definition); secondContext.Check(string.Empty, target: "name", displayName: "Name").AddError(definition); template.InvocationCount.Should().Be(1); cache.TryGetCalls.Should().Be(2); cache.StoreCalls.Should().Be(1); firstContext.Errors[0].Message.Should().Be("Name is required"); secondContext.Errors[0].Message.Should().Be("Name is required"); } [Fact] public void UnstableTemplateBackedDefinitions_ShouldBypassMessageCache() { var cache = new SpyValidationErrorMessageCache(); var templates = new ValidationErrorTemplates { MessageCache = cache }; var template = new ValueAwareTemplate(); var definition = new TemplateValidationErrorDefinition(template); var firstContext = CreateContext(templates); var secondContext = CreateContext(templates); firstContext.Check("A", target: "code", displayName: "Code").AddError(definition); secondContext.Check("B", target: "code", displayName: "Code").AddError(definition); template.InvocationCount.Should().Be(2); cache.TryGetCalls.Should().Be(0); cache.StoreCalls.Should().Be(0); firstContext.Errors[0].Message.Should().Be("Code = A"); secondContext.Errors[0].Message.Should().Be("Code = B"); } [Fact] public void MessageCaching_ShouldBeCultureSensitive() { var cache = new SpyValidationErrorMessageCache(); var templates = new ValidationErrorTemplates { MessageCache = cache }; var definition = new TemplateValidationErrorDefinition( new ValidationErrorTemplates.DisplayNameWithParameter(" must be at least ", " EUR"), 1234.5m ); var germanContext = CreateContext(templates, CultureInfo.GetCultureInfo("de-DE")); var englishContext = CreateContext(templates, CultureInfo.GetCultureInfo("en-US")); germanContext.Check(1m, target: "amount", displayName: "Amount").AddError(definition); englishContext.Check(1m, target: "amount", displayName: "Amount").AddError(definition); germanContext.Errors[0].Message.Should().Be("Amount must be at least 1234,5 EUR"); englishContext.Errors[0].Message.Should().Be("Amount must be at least 1234.5 EUR"); cache.StoreCalls.Should().Be(2); } [Fact] public void CacheHits_ShouldStillMaterializeCorrectTargets() { var cache = new SpyValidationErrorMessageCache(); var templates = new ValidationErrorTemplates { MessageCache = cache }; var definition = new TemplateValidationErrorDefinition( new StableCountingTemplate(" is required"), code: "Required" ); var firstContext = CreateContext(templates); var secondContext = CreateContext(templates); firstContext.ForMember("address", isNormalized: true) .Check(string.Empty, target: "zipCode") .AddError(definition); secondContext.ForMember("address", isNormalized: true) .Check(string.Empty, target: "zipCode") .AddError(definition); firstContext.Errors[0].Target.Should().Be("address.zipCode"); secondContext.Errors[0].Target.Should().Be("address.zipCode"); firstContext.Errors[0].Message.Should().Be("address.zipCode is required"); secondContext.Errors[0].Message.Should().Be("address.zipCode is required"); } [Fact] public void DisplayNameChanges_ShouldProduceDistinctCachedMessages() { var cache = new SpyValidationErrorMessageCache(); var templates = new ValidationErrorTemplates { MessageCache = cache }; var definition = new TemplateValidationErrorDefinition(new StableCountingTemplate(" is required")); var context = CreateContext(templates); context.Check(string.Empty, target: "name", displayName: "First name").AddError(definition); context.Check(string.Empty, target: "name", displayName: "Last name").AddError(definition); cache.StoreCalls.Should().Be(2); context.Errors[0].Message.Should().Be("First name is required"); context.Errors[1].Message.Should().Be("Last name is required"); } [Fact] public void CacheHits_ShouldResolveDefinitionAndOverrideTargets_WhenMessagesAreReused() { var cache = new SpyValidationErrorMessageCache(); var templates = new ValidationErrorTemplates { MessageCache = cache }; var definitionTarget = ValidationTarget.Relative("detail", isNormalized: true); var definition = new TemplateValidationErrorDefinition( new StableCountingTemplate(" is invalid"), target: definitionTarget ); var firstContext = CreateContext(templates); var secondContext = CreateContext(templates); firstContext.ForMember("address", isNormalized: true) .Check("1234X", target: "zipCode", displayName: "Zip code") .AddError(definition); secondContext.ForMember("address", isNormalized: true) .Check("1234X", target: "zipCode", displayName: "Zip code") .AddError(definition, target: ValidationTarget.Relative("override", isNormalized: true)); cache.StoreCalls.Should().Be(1); cache.TryGetCalls.Should().Be(2); firstContext.Errors[0].Target.Should().Be("address.detail"); secondContext.Errors[0].Target.Should().Be("address.override"); firstContext.Errors[0].Message.Should().Be("Zip code is invalid"); secondContext.Errors[0].Message.Should().Be("Zip code is invalid"); } private static ValidationContext CreateContext( ValidationErrorTemplates templates, CultureInfo? cultureInfo = null ) { var options = new ValidationContextOptions() with { ErrorTemplates = templates, CultureInfo = cultureInfo ?? CultureInfo.InvariantCulture }; return new DefaultValidationContextFactory(options).CreateValidationContext(); } private sealed class StableCountingTemplate : IValidationErrorMessageTemplate { private readonly string _suffix; public StableCountingTemplate(string suffix) => _suffix = suffix; public int InvocationCount { get; private set; } public bool IsMessageStable => true; public ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) { InvocationCount++; return new ValidationErrorMessage(context.DisplayName + _suffix); } } private sealed class ValueAwareTemplate : IValidationErrorMessageTemplate { public int InvocationCount { get; private set; } public bool IsMessageStable => false; public ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) { InvocationCount++; return new ValidationErrorMessage(context.DisplayName + " = " + context.Value); } } private sealed class SpyValidationErrorMessageCache : IValidationErrorMessageCache { private readonly Dictionary _entries = new (); public int TryGetCalls { get; private set; } public int StoreCalls { get; private set; } public bool TryGet(ValidationErrorMessageCacheKey key, out CachedValidationErrorMessage cachedMessage) { TryGetCalls++; return _entries.TryGetValue(key, out cachedMessage); } public void Store(ValidationErrorMessageCacheKey key, CachedValidationErrorMessage cachedMessage) { StoreCalls++; _entries[key] = cachedMessage; } } } ValidationCheckpointTests.cs000066400000000000000000000262541516707642500340700ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Testsusing System; using System.Collections.Generic; using System.Threading; using System.Threading.Tasks; using FluentAssertions; using Light.PortableResults.Validation.Targeting; using Xunit; namespace Light.PortableResults.Validation.Tests; public sealed class ValidationCheckpointTests { private static readonly DefaultValidationContextFactory ValidationContextFactory = DefaultValidationContextFactory.Create(); [Fact] public void TryGetNewErrors_ShouldOnlyExposeErrorsAddedAfterCheckpoint() { var context = ValidationContextFactory.CreateValidationContext(); context.AddError("existing", "Existing", ValidationTarget.Relative("existing", isNormalized: true)); var checkpoint = context.CreateCheckpoint(); context.AddError("first new", "FirstNew", ValidationTarget.Relative("first", isNormalized: true)); context.AddError("second new", "SecondNew", ValidationTarget.Relative("second", isNormalized: true)); checkpoint.HasNewErrors.Should().BeTrue(); checkpoint.NewErrorCount.Should().Be(2); checkpoint.TryGetNewErrors(out var errors).Should().BeTrue(); errors.Should().Equal( new Errors( new[] { new Error { Message = "first new", Code = "FirstNew", Target = "first", Category = ErrorCategory.Validation }, new Error { Message = "second new", Code = "SecondNew", Target = "second", Category = ErrorCategory.Validation } } ) ); } [Fact] public void TryGetNewErrors_ShouldReturnFalse_WhenNoErrorsWereAddedAfterCheckpoint() { var context = ValidationContextFactory.CreateValidationContext(); var checkpoint = context.CreateCheckpoint(); checkpoint.HasNewErrors.Should().BeFalse(); checkpoint.NewErrorCount.Should().Be(0); checkpoint.TryGetNewErrors(out var errors).Should().BeFalse(); errors.IsEmpty.Should().BeTrue(); } [Fact] public void ValidateChildValue_ShouldReturnSuccessWithoutNewErrors_WhenContextAlreadyContainsEarlierFailures() { var validator = new TrimmedStringValidator(ValidationContextFactory); var context = ValidationContextFactory.CreateValidationContext(); context.AddError("existing", "Existing", ValidationTarget.Relative("existing", isNormalized: true)); var validatedValue = validator.ValidateChildValue( " Alice ", context, ValidationTarget.Relative("name", isNormalized: true), "Name" ); validatedValue.Should().Be(ValidatedValue.Success("Alice")); } [Fact] public void Validate_ShouldStillReturnFailure_WhenContextAlreadyContainsEarlierFailures() { var validator = new TrimmedStringValidator(ValidationContextFactory); var context = ValidationContextFactory.CreateValidationContext(); context.AddError("existing", "Existing", ValidationTarget.Relative("existing", isNormalized: true)); var result = validator.Validate(" Alice ", context, ValidationTarget.Relative("name", isNormalized: true)); result.IsValid.Should().BeFalse(); result.Errors.Should().ContainSingle(); result.Errors[0].Target.Should().Be("existing"); } [Fact] public void ValidateChild_ShouldReturnSuccessForValidChild_WhenContextAlreadyContainsEarlierFailures() { var context = ValidationContextFactory.CreateValidationContext(); context.AddError("existing", "Existing", ValidationTarget.Relative("existing", isNormalized: true)); var child = new AddressDto { ZipCode = " 12345 " }; var result = context .Check(child, target: "request.Address", displayName: "Address") .ValidateChild(new AddressCommandValidator(ValidationContextFactory)); result.Should().Be(ValidatedValue.Success(new AddressCommand("12345"))); } [Fact] public void ValidateItems_ShouldReturnSuccessForValidCollection_WhenContextAlreadyContainsEarlierFailures() { var context = ValidationContextFactory.CreateValidationContext(); context.AddError("existing", "Existing", ValidationTarget.Relative("existing", isNormalized: true)); var check = context.Check(new List { " Alice ", "Bob " }, target: "request.Tags", displayName: "Tags"); var result = check.ValidateItems(new StringLengthValidator(ValidationContextFactory)); result.TryGetValue(out var lengths).Should().BeTrue(); lengths.Should().Equal(5, 3); } [Fact] public void ValidateItems_ShouldStillNormalizeLaterItems_WhenEarlierItemsFailed() { var context = ValidationContextFactory.CreateValidationContext(); var values = new List { " ", " Alice " }; var check = context.Check(values, target: "request.Tags", displayName: "Tags"); var result = check.ValidateItems( (Func, ValidatedValue>) (static itemCheck => { var normalized = itemCheck.Value.Trim(); if (normalized.Length == 0) { itemCheck.AddError("tag must not be empty", "NotEmpty"); return ValidatedValue.NoValue; } return ValidatedValue.Success(normalized); }) ); result.Should().Be(ValidatedValue>.NoValue); values.Should().Equal(" ", "Alice"); } [Fact] public async Task ValidateChildValueAsync_ShouldReturnSuccessWithoutNewErrors_WhenContextAlreadyContainsEarlierFailures() { var validator = new AsyncTrimmedStringValidator(ValidationContextFactory); var context = ValidationContextFactory.CreateValidationContext(); context.AddError("existing", "Existing", ValidationTarget.Relative("existing", isNormalized: true)); var validatedValue = await validator.ValidateChildValueAsync( " Alice ", context, TestContext.Current.CancellationToken, ValidationTarget.Relative("name", isNormalized: true), "Name" ); validatedValue.Should().Be(ValidatedValue.Success("Alice")); } [Fact] public async Task ValidateItemsAsync_ShouldReturnSuccessForValidCollection_WhenContextAlreadyContainsEarlierFailures() { var context = ValidationContextFactory.CreateValidationContext(); context.AddError("existing", "Existing", ValidationTarget.Relative("existing", isNormalized: true)); var check = context.Check(new List { " Alice ", "Bob " }, target: "request.Tags", displayName: "Tags"); var result = await check.ValidateItemsAsync( new AsyncStringLengthValidator(ValidationContextFactory), TestContext.Current.CancellationToken ); result.TryGetValue(out var lengths).Should().BeTrue(); lengths.Should().Equal(5, 3); } private sealed class TrimmedStringValidator : Validator { public TrimmedStringValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { } protected override ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, string value ) { var check = context.Check(value).NormalizeTargetIfNecessary(); return checkpoint.ToValidatedValue(check.Value); } } private sealed class AsyncTrimmedStringValidator : AsyncValidator { public AsyncTrimmedStringValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { } protected override async ValueTask> PerformValidationAsync( ValidationContext context, ValidationCheckpoint checkpoint, string value, CancellationToken cancellationToken ) { await Task.Yield(); cancellationToken.ThrowIfCancellationRequested(); var check = context.Check(value).NormalizeTargetIfNecessary(); return checkpoint.ToValidatedValue(check.Value); } } private sealed class StringLengthValidator : Validator { public StringLengthValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { } protected override ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, string value ) { var check = context.Check(value).NormalizeTargetIfNecessary(); if (check.Value.Length == 0) { check.AddError("tag must not be empty", "NotEmpty"); } return checkpoint.ToValidatedValue(check.Value.Length); } } private sealed class AsyncStringLengthValidator : AsyncValidator { public AsyncStringLengthValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { } protected override async ValueTask> PerformValidationAsync( ValidationContext context, ValidationCheckpoint checkpoint, string value, CancellationToken cancellationToken ) { await Task.Yield(); cancellationToken.ThrowIfCancellationRequested(); var check = context.Check(value).NormalizeTargetIfNecessary(); if (check.Value.Length == 0) { check.AddError("tag must not be empty", "NotEmpty"); } return checkpoint.ToValidatedValue(check.Value.Length); } } private sealed class AddressCommandValidator : Validator { public AddressCommandValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { } protected override ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, AddressDto value ) { var zipCode = context.Check(value.ZipCode).NormalizeTargetIfNecessary(); var normalizedZipCode = zipCode.Value ?? string.Empty; if (string.IsNullOrWhiteSpace(normalizedZipCode)) { zipCode.AddError("zipCode must not be empty", "NotEmpty"); } return checkpoint.HasNewErrors ? ValidatedValue.NoValue : ValidatedValue.Success(new AddressCommand(normalizedZipCode)); } } private sealed class AddressDto { public string? ZipCode { get; set; } } // ReSharper disable once NotAccessedPositionalProperty.Local -- required for testing private sealed record AddressCommand(string ZipCode); } ValidationConfigurationTests.cs000066400000000000000000000356321516707642500346100ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Testsusing System; using System.Collections.Generic; using System.Globalization; using FluentAssertions; using Light.PortableResults.Validation.Definitions; using Light.PortableResults.Validation.Messaging; using Light.PortableResults.Validation.Normalization; using Xunit; namespace Light.PortableResults.Validation.Tests; public sealed class ValidationConfigurationTests { private static readonly ValidationContextKey TenantKey = new ("tenant"); [Fact] public void DefaultInstances_ShouldRemainSafeToReuse_WhenCustomizedCopiesAreCreated() { var customizedTemplates = ValidationErrorTemplates.Default with { NotNull = new ValidationErrorTemplates.Constant("Custom null message") }; var customizedOptions = new ValidationContextOptions() with { ValueNormalizer = NoOpValueNormalizer.Instance, ErrorTemplates = customizedTemplates }; var defaultContext = DefaultValidationContextFactory.Create().CreateValidationContext(); string? defaultValue = null; var defaultCheck = defaultContext.Check(defaultValue); var customizedContext = new DefaultValidationContextFactory(customizedOptions).CreateValidationContext(); string? customizedValue = null; var customizedCheck = customizedContext.Check(customizedValue); defaultCheck.Value.Should().BeEmpty(); customizedCheck.Value.Should().BeNull(); new ValidationContextOptions().ValueNormalizer.Should().BeSameAs(TrimStringNormalizer.Instance); new ValidationContextOptions().ErrorTemplates.Should().BeSameAs(ValidationErrorTemplates.Default); ValidationErrorTemplates.Default.NotNull.Should().NotBeSameAs(customizedTemplates.NotNull); } [Fact] public void AutomaticNullProvider_ShouldAllowDisablingAutomaticNullErrors() { var options = new ValidationContextOptions() with { AutomaticNullErrorProvider = NoOpAutomaticNullErrorProvider.Instance }; var validator = new NullToEmptyStringValidator(new DefaultValidationContextFactory(options)); var result = validator.Validate(null); result.Should().Be(Result.Ok(string.Empty)); } [Fact] public void AutomaticNullProvider_ShouldReadSharedItemsThroughReadOnlyContext() { var options = new ValidationContextOptions() with { AutomaticNullErrorProvider = new ContextAwareAutomaticNullErrorProvider(TenantKey) }; var factory = new DefaultValidationContextFactory(options); var context = factory.CreateValidationContext(); context.SetItem(TenantKey, "checkout"); var validator = new NullToEmptyStringValidator(factory); var result = validator.Validate(null, context, target: "request", displayName: "Request"); result.IsValid.Should().BeFalse(); result.Errors.Should().Equal( new Errors( new Error { Message = "checkout: Request is required", Code = "MissingValue", Target = string.Empty, Category = ErrorCategory.Validation } ) ); } [Fact] public void MessageTemplates_ShouldSupportReferenceAndValueTypeContexts() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var template = new EchoValueTemplate(); var stringMessage = template.ProvideMessage( context.Check("Alice", target: "firstName", displayName: "First name").CreateMessageContext() ); var intMessage = template.ProvideMessage( context.Check(42, target: "age", displayName: "Age").CreateMessageContext() ); stringMessage.Text.Should().Be("First name=Alice@firstName"); intMessage.Text.Should().Be("Age=42@age"); } [Fact] public void BuiltInParameterizedTemplates_ShouldUseConfiguredCultureFromReadOnlyContext() { var options = new ValidationContextOptions() with { CultureInfo = CultureInfo.GetCultureInfo("de-DE") }; var context = new DefaultValidationContextFactory(options).CreateValidationContext(); var template = new ValidationErrorTemplates.DisplayNameWithParameter( " must be at least ", " EUR" ); var message = template.ProvideMessage( context.Check(25m, target: "amount", displayName: "Amount").CreateMessageContext(), 1234.5m ); message.Text.Should().Be("Amount must be at least 1234,5 EUR"); } [Fact] public void SpecificBuiltInTemplateHelpers_ShouldBehaveAsExpected() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check(12.34m, target: "amount", displayName: "Amount").CreateMessageContext(); var constant = new ValidationErrorTemplates.Constant("Always invalid", "validation.constant"); var precisionScale = new ValidationErrorTemplates.DisplayNameWithPrecisionScale(); var ignored = new ValidationErrorTemplates.IgnoreParameter(constant); constant.ProvideMessage(messageContext).Should() .Be(new ValidationErrorMessage("Always invalid", "validation.constant")); precisionScale.ProvideMessage(messageContext, new PrecisionScaleDescriptor(4, 2, true)).Text.Should().Be( "Amount must not be more than 4 digits in total, with allowance for 2 decimals when trailing decimal zeros are ignored" ); ignored.ProvideMessage(messageContext, 5).Should() .Be(new ValidationErrorMessage("Always invalid", "validation.constant")); constant.IsMessageStable.Should().BeTrue(); precisionScale.IsMessageStable.Should().BeTrue(); ignored.IsMessageStable.Should().BeTrue(); } [Fact] public void TemplateBackedDefinitions_ShouldSupportLocalizationAndTranslationKeys() { var options = new ValidationContextOptions() with { CultureInfo = CultureInfo.GetCultureInfo("de-DE"), ErrorTemplates = ValidationErrorTemplates.Default with { NotNullOrWhiteSpace = new LocalizedRequiredTemplate() } }; var context = new DefaultValidationContextFactory(options).CreateValidationContext(); var check = context.Check(" ", target: "firstName", displayName: "Vorname").NormalizeTargetIfNecessary(); var definition = new TemplateValidationErrorDefinition(context.ErrorTemplates.NotNullOrWhiteSpace); check.AddError(definition); var error = context.Errors[0]; error.Message.Should().Be("Vorname ist erforderlich"); error.Code.Should().Be("validation.person.firstName.required"); error.Target.Should().Be("firstName"); error.Category.Should().Be(ErrorCategory.Validation); error.Metadata.Should().BeNull(); } [Fact] public void AddErrorDefinition_ShouldSkipMessageGeneration_WhenCheckIsShortCircuited() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var template = new CountingTemplate(); var definition = new TemplateValidationErrorDefinition(template); var check = context.Check("Alice", target: "firstName", displayName: "First name").ShortCircuit(); var updatedCheck = check.AddError(definition); template.InvocationCount.Should().Be(0); updatedCheck.IsShortCircuited.Should().BeTrue(); context.HasErrors.Should().BeFalse(); } [Fact] public void GetRequiredItem_ShouldReturnSharedValue_ForMutableAndReadOnlyContexts() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context.SetItem(TenantKey, "checkout"); context.GetRequiredItem(TenantKey).Should().Be("checkout"); context.AsReadOnly().GetRequiredItem(TenantKey).Should().Be("checkout"); } [Fact] public void GetRequiredItem_ShouldThrowKeyNotFoundException_WhenItemIsMissing() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); Action mutableAccess = () => context.GetRequiredItem(TenantKey); Action readOnlyAccess = () => context.AsReadOnly().GetRequiredItem(TenantKey); mutableAccess.Should().Throw() .WithMessage("*tenant*"); readOnlyAccess.Should().Throw() .WithMessage("*tenant*"); } [Fact] public void ValidationContextKeys_ShouldShareItemsByNameAndType() { var stringKey1 = new ValidationContextKey("tenant"); var stringKey2 = new ValidationContextKey("tenant"); var intKey = new ValidationContextKey("tenant"); var context = DefaultValidationContextFactory.Create().CreateValidationContext(); context.SetItem(stringKey1, "checkout"); context.SetItem(intKey, 42); context.TryGetItem(stringKey2, out var stringValue).Should().BeTrue(); stringValue.Should().Be("checkout"); context.TryGetItem(intKey, out var intValue).Should().BeTrue(); intValue.Should().Be(42); stringKey1.ToString().Should().Contain("tenant"); } [Fact] public void ValidationContextKeys_WithSameNameAndDifferentType_ShouldNotBeEqual() { var stringKey = new ValidationContextKey("tenant"); var intKey = new ValidationContextKey("tenant"); stringKey.Should().NotBe(intKey); Action nullNameAct = () => _ = new ValidationContextKey(null!); Action whitespaceNameAct = () => _ = new ValidationContextKey(" "); nullNameAct.Should().Throw(); whitespaceNameAct.Should().Throw(); } [Fact] public void ValueNormalizersAndNoOpNullProvider_ShouldExposeSingletonBehaviors() { ValueNormalizers.Trim.Should().BeSameAs(TrimStringNormalizer.Instance); ValueNormalizers.NoOp.Should().BeSameAs(NoOpValueNormalizer.Instance); var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check("Alice", target: "name", displayName: "Name").CreateMessageContext(); NoOpAutomaticNullErrorProvider.Instance.TryCreateError(messageContext, out var error).Should().BeFalse(); error.IsDefaultInstance.Should().BeTrue(); } [Fact] public void ValidationErrorMessageContext_ShouldValidateConstructorArguments_AndExposeValues() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var readOnlyContext = context.AsReadOnly(); var messageContext = new ValidationErrorMessageContext( readOnlyContext, "Name", "name", "Alice" ); messageContext.ValidationContext.Should().Be(readOnlyContext); messageContext.DisplayName.Should().Be("Name"); messageContext.Target.Should().Be("name"); messageContext.Value.Should().Be("Alice"); Action defaultContextAct = () => _ = new ValidationErrorMessageContext(default, "Name", "name", "Alice"); Action nullDisplayNameAct = () => _ = new ValidationErrorMessageContext(readOnlyContext, null!, "name", "Alice"); Action nullTargetAct = () => _ = new ValidationErrorMessageContext(readOnlyContext, "Name", null!, "Alice"); defaultContextAct.Should().Throw().WithParameterName("validationContext"); nullDisplayNameAct.Should().Throw().WithParameterName("displayName"); nullTargetAct.Should().Throw().WithParameterName("target"); } [Fact] public void DefaultReadOnlyContextAndDefaultCheckpoint_ShouldThrow_WhenAccessed() { ReadOnlyValidationContext readOnlyContext = default; ValidationCheckpoint checkpoint = default; Action readOnlyAct = () => _ = readOnlyContext.TargetPrefix; Action checkpointAct = () => _ = checkpoint.HasNewErrors; readOnlyAct.Should().Throw().WithMessage("*must not be the default instance*"); checkpointAct.Should().Throw().WithMessage("*must not be the default instance*"); } private sealed class NullToEmptyStringValidator : Validator { public NullToEmptyStringValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { } protected override ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, string? value ) => checkpoint.ToValidatedValue(value ?? string.Empty); } private sealed class ContextAwareAutomaticNullErrorProvider : IAutomaticNullErrorProvider { private readonly ValidationContextKey _tenantKey; public ContextAwareAutomaticNullErrorProvider(ValidationContextKey tenantKey) => _tenantKey = tenantKey; public bool TryCreateError(in ValidationErrorMessageContext context, out Error error) { context.ValidationContext.TryGetItem(_tenantKey, out var tenant).Should().BeTrue(); error = new ValidationErrorMessage($"{tenant}: {context.DisplayName} is required") .ToError("MissingValue", context.Target); return true; } } private sealed class EchoValueTemplate : IValidationErrorMessageTemplate { public bool IsMessageStable => false; public ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => new ($"{context.DisplayName}={context.Value}@{context.Target}"); } private sealed class LocalizedRequiredTemplate : IValidationErrorMessageTemplate { public bool IsMessageStable => true; public ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) { var isGerman = string.Equals( context.ValidationContext.Options.CultureInfo.TwoLetterISOLanguageName, "de", StringComparison.Ordinal ); return new ValidationErrorMessage( isGerman ? $"{context.DisplayName} ist erforderlich" : $"{context.DisplayName} is required", "validation.person.firstName.required" ); } } private sealed class CountingTemplate : IValidationErrorMessageTemplate { public int InvocationCount { get; private set; } public bool IsMessageStable => true; public ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) { InvocationCount++; return new ValidationErrorMessage("Should not be created"); } } } ValidationErrorDefinitionTests.cs000066400000000000000000001562211516707642500351010ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Testsusing System; using System.Globalization; using System.Text.RegularExpressions; using FluentAssertions; using Light.PortableResults.Metadata; using Light.PortableResults.Validation.Definitions; using Light.PortableResults.Validation.Messaging; using Light.PortableResults.Validation.Targeting; using Xunit; namespace Light.PortableResults.Validation.Tests; public sealed class ValidationErrorDefinitionTests { [Fact] public void BuiltInDefinitions_ShouldExposeExpectedDefaults() { BuiltInValidationErrorDefinitions.NotNull.Code.Should().Be("NotNull"); BuiltInValidationErrorDefinitions.Null.Code.Should().Be("Null"); BuiltInValidationErrorDefinitions.Empty.Code.Should().Be("Empty"); BuiltInValidationErrorDefinitions.NotEmpty.Code.Should().Be("NotEmpty"); BuiltInValidationErrorDefinitions.NotNullOrWhiteSpace.Code.Should().Be("NotNullOrWhiteSpace"); BuiltInValidationErrorDefinitions.Email.Code.Should().Be("Email"); BuiltInValidationErrorDefinitions.Predicate.Code.Should().Be("Predicate"); BuiltInValidationErrorDefinitions.NotNull.Metadata.Should().BeNull(); BuiltInValidationErrorDefinitions.Email.Metadata.Should().BeNull(); } [Fact] public void EqualTo_ShouldExposeExpectedMetadata() { var equalTo = BuiltInValidationErrorDefinitions.EqualTo("ABC"); equalTo.Metadata.Should().Be( MetadataObject.Create((ValidationErrorMetadataKeys.ComparativeValue, "ABC")) ); } [Fact] public void LengthIn_ShouldExposeExpectedMetadata() { var lengthIn = BuiltInValidationErrorDefinitions.LengthIn(2, 5); lengthIn.Metadata.Should().Be( MetadataObject.Create( (ValidationErrorMetadataKeys.MinLength, 2), (ValidationErrorMetadataKeys.MaxLength, 5) ) ); } [Fact] public void Matches_ShouldExposeExpectedMetadata() { var matches = BuiltInValidationErrorDefinitions.Matches("^[0-9]+$", RegexOptions.IgnoreCase); matches.Metadata.Should().Be( MetadataObject.Create( (ValidationErrorMetadataKeys.Pattern, "^[0-9]+$"), (ValidationErrorMetadataKeys.RegexOptions, (int) RegexOptions.IgnoreCase) ) ); } [Fact] public void Matches_ShouldExposePatternAndOptions() { var matches = BuiltInValidationErrorDefinitions.Matches("^[0-9]+$", RegexOptions.IgnoreCase); matches.Pattern.Should().Be("^[0-9]+$"); matches.Options.Should().Be(RegexOptions.IgnoreCase); } [Fact] public void PrecisionScale_ShouldExposeExpectedMetadata() { var precisionScale = BuiltInValidationErrorDefinitions.PrecisionScale(4, 2, ignoreTrailingZeros: true); precisionScale.Metadata.Should().Be( MetadataObject.Create( (ValidationErrorMetadataKeys.ExpectedPrecision, 4), (ValidationErrorMetadataKeys.ExpectedScale, 2), (ValidationErrorMetadataKeys.IgnoreTrailingZeros, true) ) ); } [Fact] public void EnumName_ShouldExposeIgnoreCase() { var enumName = BuiltInValidationErrorDefinitions.EnumName(ignoreCase: true); enumName.IgnoreCase.Should().BeTrue(); } [Fact] public void ValidationRange_ShouldBeEqual_WhenBoundariesAreEqual() { var range = new ValidationRange(1, 10); range.Should().Be(new ValidationRange(1, 10)); } [Fact] public void ValidationRange_ShouldBeIdentical_WhenBoundariesAreIdentical() { var range = new ValidationRange(1, 10); (range == new ValidationRange(1, 10)).Should().BeTrue(); } [Fact] public void ValidationRange_ShouldBeDifferent_WhenBoundariesAreDifferent() { var range = new ValidationRange(1, 10); (range != new ValidationRange(1, 11)).Should().BeTrue(); } [Fact] public void PrecisionScaleDescriptor_ShouldBeEqual_WhenValuesAreEqual() { var descriptor = new PrecisionScaleDescriptor(4, 2, true); descriptor.Should().Be(new PrecisionScaleDescriptor(4, 2, true)); } [Fact] public void PrecisionScaleDescriptor_ShouldBeIdentical_WhenValuesAreIdentical() { var descriptor = new PrecisionScaleDescriptor(4, 2, true); (descriptor == new PrecisionScaleDescriptor(4, 2, true)).Should().BeTrue(); } [Fact] public void PrecisionScaleDescriptor_ShouldBeDifferent_WhenValuesAreDifferent() { var descriptor = new PrecisionScaleDescriptor(4, 2, true); (descriptor != new PrecisionScaleDescriptor(4, 3, true)).Should().BeTrue(); } [Fact] public void GreaterThan_ShouldExposeExpectedMetadata() { var greaterThan = BuiltInValidationErrorDefinitions.GreaterThan((byte) 2); greaterThan.Metadata.Should().Be(MetadataObject.Create((ValidationErrorMetadataKeys.ComparativeValue, 2))); } [Fact] public void GreaterThanOrEqualTo_ShouldExposeExpectedMetadata() { var greaterThanOrEqualTo = BuiltInValidationErrorDefinitions.GreaterThanOrEqualTo((ushort) 3); greaterThanOrEqualTo.Metadata.Should().Be( MetadataObject.Create((ValidationErrorMetadataKeys.ComparativeValue, 3)) ); } [Fact] public void LessThan_ShouldExposeExpectedMetadata() { var lessThan = BuiltInValidationErrorDefinitions.LessThan((short) 4); lessThan.Metadata.Should().Be(MetadataObject.Create((ValidationErrorMetadataKeys.ComparativeValue, 4))); } [Fact] public void LessThanOrEqualTo_ShouldExposeExpectedMetadata() { var lessThanOrEqualTo = BuiltInValidationErrorDefinitions.LessThanOrEqualTo((uint) 5); lessThanOrEqualTo.Metadata.Should().Be( MetadataObject.Create((ValidationErrorMetadataKeys.ComparativeValue, 5U)) ); } [Fact] public void IsIn_ShouldExposeExpectedMetadata() { var inRange = BuiltInValidationErrorDefinitions.IsInBetween(6UL, 7UL); inRange.Metadata.Should().Be( MetadataObject.Create( (ValidationErrorMetadataKeys.LowerBoundary, "6"), (ValidationErrorMetadataKeys.UpperBoundary, "7") ) ); } [Fact] public void IsNotIn_ShouldExposeExpectedMetadata() { var notInRange = BuiltInValidationErrorDefinitions.IsNotInBetween('A', 'Z'); notInRange.Metadata.Should().Be( MetadataObject.Create( (ValidationErrorMetadataKeys.LowerBoundary, "A"), (ValidationErrorMetadataKeys.UpperBoundary, "Z") ) ); } [Fact] public void IsInExclusiveRange_ShouldExposeExpectedMetadata() { var exclusiveRange = BuiltInValidationErrorDefinitions.IsInExclusiveRange(1.25f, 2.5f); exclusiveRange.Metadata.Should().Be( MetadataObject.Create( (ValidationErrorMetadataKeys.LowerBoundary, 1.25f), (ValidationErrorMetadataKeys.UpperBoundary, 2.5f) ) ); } [Fact] public void Count_ShouldExposeExpectedMetadata() { var exactCount = BuiltInValidationErrorDefinitions.Count(3); exactCount.Metadata.Should().Be(MetadataObject.Create((ValidationErrorMetadataKeys.ExpectedCount, 3))); } [Fact] public void MinCount_ShouldExposeExpectedMetadata() { var minCount = BuiltInValidationErrorDefinitions.MinCount(4); minCount.Metadata.Should().Be(MetadataObject.Create((ValidationErrorMetadataKeys.MinCount, 4))); } [Fact] public void MaxCount_ShouldExposeExpectedMetadata() { var maxCount = BuiltInValidationErrorDefinitions.MaxCount(5); maxCount.Metadata.Should().Be(MetadataObject.Create((ValidationErrorMetadataKeys.MaxCount, 5))); } [Fact] public void NotEqualTo_ShouldExposeExpectedMetadata() { var notEqualTo = BuiltInValidationErrorDefinitions.NotEqualTo(OrderStatus.Approved); notEqualTo.Metadata.Should().Be( MetadataObject.Create((ValidationErrorMetadataKeys.ComparativeValue, OrderStatus.Approved.ToString())) ); } [Fact] public void MinLength_ShouldExposeExpectedMetadata() { var minLength = BuiltInValidationErrorDefinitions.MinLength(2); minLength.Metadata.Should().Be(MetadataObject.Create((ValidationErrorMetadataKeys.MinLength, 2))); } [Fact] public void MaxLength_ShouldExposeExpectedMetadata() { var maxLength = BuiltInValidationErrorDefinitions.MaxLength(8); maxLength.Metadata.Should().Be(MetadataObject.Create((ValidationErrorMetadataKeys.MaxLength, 8))); } [Fact] public void EnumName_ShouldExposeExpectedMetadata() { var enumName = BuiltInValidationErrorDefinitions.EnumName(ignoreCase: true); enumName.Metadata.Should().Be( MetadataObject.Create( (ValidationErrorMetadataKeys.EnumType, typeof(TestStatus).FullName!), (ValidationErrorMetadataKeys.IgnoreCase, true) ) ); } [Fact] public void EqualTo_ShouldConvertComplexMetadataValues_MetadataObject() { var metadataObject = MetadataObject.Create(("tenant", "checkout")); BuiltInValidationErrorDefinitions.EqualTo(metadataObject).Metadata.Should().Be( MetadataObject.Create((ValidationErrorMetadataKeys.ComparativeValue, metadataObject)) ); } [Fact] public void EqualTo_ShouldConvertComplexMetadataValues_MetadataArray() { var metadataArray = MetadataArray.Create("A", "B"); BuiltInValidationErrorDefinitions.EqualTo(metadataArray).Metadata.Should().Be( MetadataObject.Create((ValidationErrorMetadataKeys.ComparativeValue, metadataArray)) ); } [Fact] public void EqualTo_ShouldConvertComplexMetadataValues_DateTime() { var date = new DateTime(2024, 12, 24, 10, 30, 00, DateTimeKind.Utc); BuiltInValidationErrorDefinitions.EqualTo(date).Metadata.Should().Be( MetadataObject.Create( (ValidationErrorMetadataKeys.ComparativeValue, date.ToString(null, CultureInfo.InvariantCulture)) ) ); } [Fact] public void EqualTo_ShouldConvertComplexMetadataValues_CustomValue() { var custom = new CustomValue("alpha"); BuiltInValidationErrorDefinitions.EqualTo(custom).Metadata.Should().Be( MetadataObject.Create((ValidationErrorMetadataKeys.ComparativeValue, "custom:alpha")) ); } [Fact] public void ComparableDefinitions_ShouldExposeStableProviders() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var readOnlyContext = context.AsReadOnly(); var greaterThan = BuiltInValidationErrorDefinitions.GreaterThan(18); var greaterThanOrEqualTo = BuiltInValidationErrorDefinitions.GreaterThanOrEqualTo(18); var lessThan = BuiltInValidationErrorDefinitions.LessThan(18); var lessThanOrEqualTo = BuiltInValidationErrorDefinitions.LessThanOrEqualTo(18); var inRange = BuiltInValidationErrorDefinitions.IsInBetween(1, 10); var notInRange = BuiltInValidationErrorDefinitions.IsNotInBetween(1, 10); var exclusiveRange = BuiltInValidationErrorDefinitions.IsInExclusiveRange(1, 10); greaterThan.TryGetStableMessageProvider(readOnlyContext, out var greaterThanProvider).Should().BeTrue(); greaterThanOrEqualTo.TryGetStableMessageProvider(readOnlyContext, out var greaterThanOrEqualProvider).Should() .BeTrue(); lessThan.TryGetStableMessageProvider(readOnlyContext, out var lessThanProvider).Should().BeTrue(); lessThanOrEqualTo.TryGetStableMessageProvider(readOnlyContext, out var lessThanOrEqualProvider).Should() .BeTrue(); inRange.TryGetStableMessageProvider(readOnlyContext, out var inRangeProvider).Should().BeTrue(); notInRange.TryGetStableMessageProvider(readOnlyContext, out var notInRangeProvider).Should().BeTrue(); exclusiveRange.TryGetStableMessageProvider(readOnlyContext, out var exclusiveRangeProvider).Should().BeTrue(); greaterThanProvider.Should().BeSameAs(context.ErrorTemplates.GreaterThan); greaterThanOrEqualProvider.Should().BeSameAs(context.ErrorTemplates.GreaterThanOrEqualTo); lessThanProvider.Should().BeSameAs(context.ErrorTemplates.LessThan); lessThanOrEqualProvider.Should().BeSameAs(context.ErrorTemplates.LessThanOrEqualTo); inRangeProvider.Should().BeSameAs(context.ErrorTemplates.IsInBetween); notInRangeProvider.Should().BeSameAs(context.ErrorTemplates.NotInBetween); exclusiveRangeProvider.Should().BeSameAs(context.ErrorTemplates.ExclusiveRange); } [Fact] public void GreaterThan_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check(10, target: "age", displayName: "Age").CreateMessageContext(); var greaterThan = BuiltInValidationErrorDefinitions.GreaterThan(18); greaterThan.ProvideMessage(messageContext).Text.Should().Be("Age must be greater than 18"); } [Fact] public void GreaterThanOrEqualTo_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check(10, target: "age", displayName: "Age").CreateMessageContext(); var greaterThanOrEqualTo = BuiltInValidationErrorDefinitions.GreaterThanOrEqualTo(18); greaterThanOrEqualTo.ProvideMessage(messageContext).Text.Should().Be("Age must be greater than or equal to 18"); } [Fact] public void LessThan_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check(10, target: "age", displayName: "Age").CreateMessageContext(); var lessThan = BuiltInValidationErrorDefinitions.LessThan(18); lessThan.ProvideMessage(messageContext).Text.Should().Be("Age must be less than 18"); } [Fact] public void LessThanOrEqualTo_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check(10, target: "age", displayName: "Age").CreateMessageContext(); var lessThanOrEqualTo = BuiltInValidationErrorDefinitions.LessThanOrEqualTo(18); lessThanOrEqualTo.ProvideMessage(messageContext).Text.Should().Be("Age must be less than or equal to 18"); } [Fact] public void IsIn_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check(10, target: "age", displayName: "Age").CreateMessageContext(); var inRange = BuiltInValidationErrorDefinitions.IsInBetween(1, 10); inRange.ProvideMessage(messageContext).Text.Should().Be("Age must be between 1 and 10"); } [Fact] public void IsNotIn_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check(10, target: "age", displayName: "Age").CreateMessageContext(); var notInRange = BuiltInValidationErrorDefinitions.IsNotInBetween(1, 10); notInRange.ProvideMessage(messageContext).Text.Should().Be("Age must not be between 1 and 10"); } [Fact] public void IsInExclusiveRange_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check(10, target: "age", displayName: "Age").CreateMessageContext(); var exclusiveRange = BuiltInValidationErrorDefinitions.IsInExclusiveRange(1, 10); exclusiveRange.ProvideMessage(messageContext).Text.Should().Be("Age must be between 1 and 10 (exclusive)"); } [Fact] public void GreaterThan_ShouldThrow_WhenCacheIsNull() { Action act = () => BuiltInValidationErrorDefinitions.GreaterThan(null!, 18); act.Should().Throw().WithParameterName("cache"); } [Fact] public void GreaterThanOrEqualTo_ShouldThrow_WhenCacheIsNull() { Action act = () => BuiltInValidationErrorDefinitions.GreaterThanOrEqualTo(null!, 18); act.Should().Throw().WithParameterName("cache"); } [Fact] public void IsIn_ShouldThrow_WhenCacheIsNull() { Action act = () => BuiltInValidationErrorDefinitions.IsInBetween(null!, "A", "Z"); act.Should().Throw().WithParameterName("cache"); } [Fact] public void IsNotIn_ShouldThrow_WhenCacheIsNull() { Action act = () => BuiltInValidationErrorDefinitions.IsNotInBetween(null!, "A", "Z"); act.Should().Throw().WithParameterName("cache"); } [Fact] public void IsInExclusiveRange_ShouldThrow_WhenCacheIsNull() { Action act = () => BuiltInValidationErrorDefinitions.IsInExclusiveRange(null!, "A", "Z"); act.Should().Throw().WithParameterName("cache"); } [Fact] public void GreaterThan_ShouldThrow_WhenValueIsNull() { var cache = new ValidationErrorDefinitionCache(); Action act = () => BuiltInValidationErrorDefinitions.GreaterThan(cache, (string) null!); act.Should().Throw().WithParameterName("comparativeValue"); } [Fact] public void GreaterThanOrEqualTo_ShouldThrow_WhenValueIsNull() { var cache = new ValidationErrorDefinitionCache(); Action act = () => BuiltInValidationErrorDefinitions.GreaterThanOrEqualTo(cache, (string) null!); act.Should().Throw().WithParameterName("comparativeValue"); } [Fact] public void LessThan_ShouldThrow_WhenValueIsNull() { var cache = new ValidationErrorDefinitionCache(); Action act = () => BuiltInValidationErrorDefinitions.LessThan(cache, (string) null!); act.Should().Throw().WithParameterName("comparativeValue"); } [Fact] public void LessThanOrEqualTo_ShouldThrow_WhenValueIsNull() { var cache = new ValidationErrorDefinitionCache(); Action act = () => BuiltInValidationErrorDefinitions.LessThanOrEqualTo(cache, (string) null!); act.Should().Throw().WithParameterName("comparativeValue"); } [Fact] public void IsIn_ShouldThrow_WhenLowerBoundaryIsNull() { var cache = new ValidationErrorDefinitionCache(); Action act = () => BuiltInValidationErrorDefinitions.IsInBetween(cache, null!, "Z"); act.Should().Throw().WithParameterName("lowerBoundary"); } [Fact] public void IsNotIn_ShouldThrow_WhenLowerBoundaryIsNull() { var cache = new ValidationErrorDefinitionCache(); Action act = () => BuiltInValidationErrorDefinitions.IsNotInBetween(cache, null!, "Z"); act.Should().Throw().WithParameterName("lowerBoundary"); } [Fact] public void IsInExclusiveRange_ShouldThrow_WhenLowerBoundaryIsNull() { var cache = new ValidationErrorDefinitionCache(); Action act = () => BuiltInValidationErrorDefinitions.IsInExclusiveRange(cache, null!, "Z"); act.Should().Throw().WithParameterName("lowerBoundary"); } [Fact] public void IsNotIn_ShouldThrow_WhenUpperBoundaryIsNull() { var cache = new ValidationErrorDefinitionCache(); Action act = () => BuiltInValidationErrorDefinitions.IsNotInBetween(cache, "A", null!); act.Should().Throw().WithParameterName("upperBoundary"); } [Fact] public void IsInExclusiveRange_ShouldThrow_WhenUpperBoundaryIsNull() { var cache = new ValidationErrorDefinitionCache(); Action act = () => BuiltInValidationErrorDefinitions.IsInExclusiveRange(cache, "A", null!); act.Should().Throw().WithParameterName("upperBoundary"); } [Fact] public void ParameterizedTemplateDefinitions_ShouldReportStableProviders() { var context = DefaultValidationContextFactory.Create().CreateValidationContext().AsReadOnly(); var stableTemplate = new ValidationErrorTemplates.IgnoreParameter( new ValidationErrorTemplates.Constant("Always invalid") ); var stableDefinition = new TemplateValidationErrorDefinition(stableTemplate, 5); var unstableDefinition = new TemplateValidationErrorDefinition(new UnstableParameterizedTemplate(), 5); stableDefinition.TryGetStableMessageProvider(context, out var stableProvider).Should().BeTrue(); unstableDefinition.TryGetStableMessageProvider(context, out var unstableProvider).Should().BeFalse(); stableProvider.Should().BeSameAs(stableTemplate); unstableProvider.Should().BeNull(); } [Fact] public void CountEqualityStringEnumAndDecimalDefinitions_ShouldExposeStableProviders() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var readOnlyContext = context.AsReadOnly(); var count = BuiltInValidationErrorDefinitions.Count(3); var minCount = BuiltInValidationErrorDefinitions.MinCount(2); var maxCount = BuiltInValidationErrorDefinitions.MaxCount(4); var equalTo = BuiltInValidationErrorDefinitions.EqualTo("ABC"); var notEqualTo = BuiltInValidationErrorDefinitions.NotEqualTo("ABC"); var notNullOrWhiteSpace = BuiltInValidationErrorDefinitions.NotNullOrWhiteSpace; var minLength = BuiltInValidationErrorDefinitions.MinLength(2); var maxLength = BuiltInValidationErrorDefinitions.MaxLength(4); var lengthIn = BuiltInValidationErrorDefinitions.LengthIn(2, 4); var pattern = BuiltInValidationErrorDefinitions.Matches("^[A-Z0-9]+$", RegexOptions.IgnoreCase); var email = BuiltInValidationErrorDefinitions.Email; var digitsOnly = BuiltInValidationErrorDefinitions.DigitsOnly; var lettersAndDigitsOnly = BuiltInValidationErrorDefinitions.LettersAndDigitsOnly; var enumValue = BuiltInValidationErrorDefinitions.IsInEnum(); var precisionScale = BuiltInValidationErrorDefinitions.PrecisionScale(4, 2, ignoreTrailingZeros: true); count.TryGetStableMessageProvider(readOnlyContext, out var countProvider).Should().BeTrue(); minCount.TryGetStableMessageProvider(readOnlyContext, out var minCountProvider).Should().BeTrue(); maxCount.TryGetStableMessageProvider(readOnlyContext, out var maxCountProvider).Should().BeTrue(); equalTo.TryGetStableMessageProvider(readOnlyContext, out var equalToProvider).Should().BeTrue(); notEqualTo.TryGetStableMessageProvider(readOnlyContext, out var notEqualToProvider).Should().BeTrue(); notNullOrWhiteSpace.TryGetStableMessageProvider(readOnlyContext, out var requiredProvider).Should().BeTrue(); minLength.TryGetStableMessageProvider(readOnlyContext, out var minLengthProvider).Should().BeTrue(); maxLength.TryGetStableMessageProvider(readOnlyContext, out var maxLengthProvider).Should().BeTrue(); lengthIn.TryGetStableMessageProvider(readOnlyContext, out var lengthInProvider).Should().BeTrue(); pattern.TryGetStableMessageProvider(readOnlyContext, out var patternProvider).Should().BeTrue(); email.TryGetStableMessageProvider(readOnlyContext, out var emailProvider).Should().BeTrue(); digitsOnly.TryGetStableMessageProvider(readOnlyContext, out var digitsProvider).Should().BeTrue(); lettersAndDigitsOnly.TryGetStableMessageProvider(readOnlyContext, out var lettersDigitsProvider).Should() .BeTrue(); enumValue.TryGetStableMessageProvider(readOnlyContext, out var enumProvider).Should().BeTrue(); precisionScale.TryGetStableMessageProvider(readOnlyContext, out var precisionScaleProvider).Should().BeTrue(); countProvider.Should().BeSameAs(context.ErrorTemplates.Count); minCountProvider.Should().BeSameAs(context.ErrorTemplates.MinCount); maxCountProvider.Should().BeSameAs(context.ErrorTemplates.MaxCount); equalToProvider.Should().BeSameAs(context.ErrorTemplates.EqualTo); notEqualToProvider.Should().BeSameAs(context.ErrorTemplates.NotEqualTo); requiredProvider.Should().BeSameAs(context.ErrorTemplates.NotNullOrWhiteSpace); minLengthProvider.Should().BeSameAs(context.ErrorTemplates.MinLength); maxLengthProvider.Should().BeSameAs(context.ErrorTemplates.MaxLength); lengthInProvider.Should().BeSameAs(context.ErrorTemplates.LengthIn); patternProvider.Should().BeSameAs(context.ErrorTemplates.Pattern); emailProvider.Should().BeSameAs(context.ErrorTemplates.Email); digitsProvider.Should().BeSameAs(context.ErrorTemplates.DigitsOnly); lettersDigitsProvider.Should().BeSameAs(context.ErrorTemplates.LettersAndDigitsOnly); enumProvider.Should().BeSameAs(context.ErrorTemplates.Enum); precisionScaleProvider.Should().BeSameAs(context.ErrorTemplates.PrecisionScale); } [Fact] public void Count_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check("A1", target: "code", displayName: "Code").CreateMessageContext(); var count = BuiltInValidationErrorDefinitions.Count(3); count.ProvideMessage(messageContext).Text.Should().ContainAll("Code", "3"); } [Fact] public void MinCount_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check("A1", target: "code", displayName: "Code").CreateMessageContext(); var minCount = BuiltInValidationErrorDefinitions.MinCount(2); minCount.ProvideMessage(messageContext).Text.Should().ContainAll("Code", "2"); } [Fact] public void MaxCount_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check("A1", target: "code", displayName: "Code").CreateMessageContext(); var maxCount = BuiltInValidationErrorDefinitions.MaxCount(4); maxCount.ProvideMessage(messageContext).Text.Should().ContainAll("Code", "4"); } [Fact] public void EqualTo_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check("A1", target: "code", displayName: "Code").CreateMessageContext(); var equalTo = BuiltInValidationErrorDefinitions.EqualTo("ABC"); equalTo.ProvideMessage(messageContext).Text.Should().ContainAll("Code", "equal", "ABC"); } [Fact] public void NotEqualTo_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check("A1", target: "code", displayName: "Code").CreateMessageContext(); var notEqualTo = BuiltInValidationErrorDefinitions.NotEqualTo("ABC"); notEqualTo.ProvideMessage(messageContext).Text.Should().ContainAll("Code", "not", "ABC"); } [Fact] public void NotNullOrWhiteSpace_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check("A1", target: "code", displayName: "Code").CreateMessageContext(); var notNullOrWhiteSpace = BuiltInValidationErrorDefinitions.NotNullOrWhiteSpace; notNullOrWhiteSpace.ProvideMessage(messageContext).Text.Should().Contain("Code"); } [Fact] public void MinLength_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check("A1", target: "code", displayName: "Code").CreateMessageContext(); var minLength = BuiltInValidationErrorDefinitions.MinLength(2); minLength.ProvideMessage(messageContext).Text.Should().ContainAll("Code", "2"); } [Fact] public void MaxLength_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check("A1", target: "code", displayName: "Code").CreateMessageContext(); var maxLength = BuiltInValidationErrorDefinitions.MaxLength(4); maxLength.ProvideMessage(messageContext).Text.Should().ContainAll("Code", "4"); } [Fact] public void LengthIn_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check("A1", target: "code", displayName: "Code").CreateMessageContext(); var lengthIn = BuiltInValidationErrorDefinitions.LengthIn(2, 4); lengthIn.ProvideMessage(messageContext).Text.Should().ContainAll("Code", "2", "4"); } [Fact] public void Matches_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check("A1", target: "code", displayName: "Code").CreateMessageContext(); var pattern = BuiltInValidationErrorDefinitions.Matches("^[A-Z0-9]+$", RegexOptions.IgnoreCase); pattern.ProvideMessage(messageContext).Text.Should().Contain("Code"); } [Fact] public void Email_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check("A1", target: "code", displayName: "Code").CreateMessageContext(); var email = BuiltInValidationErrorDefinitions.Email; email.ProvideMessage(messageContext).Text.Should().Contain("email"); } [Fact] public void DigitsOnly_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check("A1", target: "code", displayName: "Code").CreateMessageContext(); var digitsOnly = BuiltInValidationErrorDefinitions.DigitsOnly; digitsOnly.ProvideMessage(messageContext).Text.Should().Contain("digits"); } [Fact] public void LettersAndDigitsOnly_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check("A1", target: "code", displayName: "Code").CreateMessageContext(); var lettersAndDigitsOnly = BuiltInValidationErrorDefinitions.LettersAndDigitsOnly; lettersAndDigitsOnly.ProvideMessage(messageContext).Text.Should().Contain("letters and digits"); } [Fact] public void IsInEnum_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check("A1", target: "code", displayName: "Code").CreateMessageContext(); var enumValue = BuiltInValidationErrorDefinitions.IsInEnum(); enumValue.ProvideMessage(messageContext).Text.Should().Contain("defined enum value"); } [Fact] public void PrecisionScale_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var messageContext = context.Check("A1", target: "code", displayName: "Code").CreateMessageContext(); var precisionScale = BuiltInValidationErrorDefinitions.PrecisionScale(4, 2, ignoreTrailingZeros: true); precisionScale.ProvideMessage(messageContext).Text.Should().ContainAll("4", "2"); } [Fact] public void Count_ShouldThrow_WhenCacheIsNull() { Action act = () => BuiltInValidationErrorDefinitions.Count(null!, 1); act.Should().Throw().WithParameterName("cache"); } [Fact] public void MinCount_ShouldThrow_WhenCacheIsNull() { Action act = () => BuiltInValidationErrorDefinitions.MinCount(null!, 1); act.Should().Throw().WithParameterName("cache"); } [Fact] public void MaxCount_ShouldThrow_WhenCacheIsNull() { Action act = () => BuiltInValidationErrorDefinitions.MaxCount(null!, 1); act.Should().Throw().WithParameterName("cache"); } [Fact] public void EqualTo_ShouldThrow_WhenCacheIsNull() { Action act = () => BuiltInValidationErrorDefinitions.EqualTo(null!, "ABC"); act.Should().Throw().WithParameterName("cache"); } [Fact] public void MinLength_ShouldThrow_WhenCacheIsNull() { Action act = () => BuiltInValidationErrorDefinitions.MinLength(null!, 1); act.Should().Throw().WithParameterName("cache"); } [Fact] public void Matches_ShouldThrow_WhenCacheIsNull() { Action act = () => BuiltInValidationErrorDefinitions.Matches(null!, "^[A-Z]+$"); act.Should().Throw().WithParameterName("cache"); } [Fact] public void Matches_ShouldThrow_WhenPatternIsNull() { var cache = new ValidationErrorDefinitionCache(); Action act = () => BuiltInValidationErrorDefinitions.Matches(cache, null!); act.Should().Throw().WithParameterName("pattern"); } [Fact] public void PrecisionScale_ShouldThrow_WhenCacheIsNull() { Action act = () => BuiltInValidationErrorDefinitions.PrecisionScale(null!, 4, 2, true); act.Should().Throw().WithParameterName("cache"); } [Fact] public void ValidationErrorDefinitionCache_ShouldReuseDefinitions() { var cache = new ValidationErrorDefinitionCache(); var countDefinition = cache.GetOrAdd( 3, static value => new BuiltInValidationErrorDefinitions.CountValidationErrorDefinition(value) ); var sameCountDefinition = cache.GetOrAdd( 3, static value => new BuiltInValidationErrorDefinitions.CountValidationErrorDefinition(value) ); countDefinition.Should().BeSameAs(sameCountDefinition); } [Fact] public void ValidationErrorDefinitionCache_ShouldDifferentiateBetweenDifferentTypes() { var cache = new ValidationErrorDefinitionCache(); var countDefinition = cache.GetOrAdd( 3, static value => new BuiltInValidationErrorDefinitions.CountValidationErrorDefinition(value) ); var minCountDefinition = cache.GetOrAdd( 3, static value => new BuiltInValidationErrorDefinitions.MinCountValidationErrorDefinition(value) ); minCountDefinition.Should().NotBeSameAs(countDefinition); } [Fact] public void ValidationErrorDefinitionCache_GetOrAdd_ShouldThrow_WhenFactoryIsNull() { var cache = new ValidationErrorDefinitionCache(); Action act = () => cache.GetOrAdd(1, null!); act.Should().Throw().WithParameterName("factory"); } [Fact] public void EnumName_ShouldThrow_WhenCacheIsNull() { Action act = () => BuiltInValidationErrorDefinitions.EnumName(null!, ignoreCase: true); act.Should().Throw().WithParameterName("cache"); } [Fact] public void ValidationErrorDefinitionCache_Default_ShouldNotBeNull() { ValidationErrorDefinitionCache.Default.Should().NotBeNull(); } [Fact] public void GreaterThan_ShouldReportUnstableProviders_WhenTemplatesAreNotStable() { var context = CreateContextWithUnstableTemplates().AsReadOnly(); BuiltInValidationErrorDefinitions.GreaterThan(18) .TryGetStableMessageProvider(context, out var provider) .Should().BeFalse(); provider.Should().BeNull(); } [Fact] public void IsIn_ShouldReportUnstableProviders_WhenTemplatesAreNotStable() { var context = CreateContextWithUnstableTemplates().AsReadOnly(); BuiltInValidationErrorDefinitions.IsInBetween(1, 10) .TryGetStableMessageProvider(context, out var provider) .Should().BeFalse(); provider.Should().BeNull(); } [Fact] public void Count_ShouldReportUnstableProviders_WhenTemplatesAreNotStable() { var context = CreateContextWithUnstableTemplates().AsReadOnly(); BuiltInValidationErrorDefinitions.Count(3) .TryGetStableMessageProvider(context, out var provider) .Should().BeFalse(); provider.Should().BeNull(); } [Fact] public void MinCount_ShouldReportUnstableProviders_WhenTemplatesAreNotStable() { var context = CreateContextWithUnstableTemplates().AsReadOnly(); BuiltInValidationErrorDefinitions.MinCount(2) .TryGetStableMessageProvider(context, out var provider) .Should().BeFalse(); provider.Should().BeNull(); } [Fact] public void MaxCount_ShouldReportUnstableProviders_WhenTemplatesAreNotStable() { var context = CreateContextWithUnstableTemplates().AsReadOnly(); BuiltInValidationErrorDefinitions.MaxCount(4) .TryGetStableMessageProvider(context, out var provider) .Should().BeFalse(); provider.Should().BeNull(); } [Fact] public void IsInEnum_ShouldReportUnstableProviders_WhenTemplatesAreNotStable() { var context = CreateContextWithUnstableTemplates().AsReadOnly(); BuiltInValidationErrorDefinitions.IsInEnum() .TryGetStableMessageProvider(context, out var provider) .Should().BeFalse(); provider.Should().BeNull(); } [Fact] public void EnumName_ShouldReportUnstableProviders_WhenTemplatesAreNotStable() { var context = CreateContextWithUnstableTemplates().AsReadOnly(); BuiltInValidationErrorDefinitions.EnumName(ignoreCase: true) .TryGetStableMessageProvider(context, out var provider) .Should().BeFalse(); provider.Should().BeNull(); } [Fact] public void PrecisionScale_ShouldReportUnstableProviders_WhenTemplatesAreNotStable() { var context = CreateContextWithUnstableTemplates().AsReadOnly(); BuiltInValidationErrorDefinitions.PrecisionScale(4, 2, ignoreTrailingZeros: true) .TryGetStableMessageProvider(context, out var provider) .Should().BeFalse(); provider.Should().BeNull(); } [Fact] public void Predicate_ShouldReportUnstableProviders_WhenTemplatesAreNotStable() { var context = CreateContextWithUnstableTemplates().AsReadOnly(); BuiltInValidationErrorDefinitions.Predicate.TryGetStableMessageProvider(context, out var provider) .Should().BeFalse(); provider.Should().BeNull(); } private static ValidationContext CreateContextWithUnstableTemplates() { return CreateContext( ValidationErrorDefinitionCache.Default, ValidationErrorTemplates.Default with { GreaterThan = new UnstableComparableTemplate(), IsInBetween = new UnstableRangeTemplate(), Count = new UnstableIntTemplate(), MinCount = new UnstableIntTemplate(), MaxCount = new UnstableIntTemplate(), Enum = new UnstableTemplate(), EnumName = new UnstableTemplate(), PrecisionScale = new UnstablePrecisionScaleTemplate(), Predicate = new UnstableTemplate() } ); } [Fact] public void ValidationContexts_ShouldExposeSharedErrorDefinitionCache() { var sharedCache = new ValidationErrorDefinitionCache(); var options = new ValidationContextOptions() with { ErrorDefinitionCache = sharedCache }; var context = new DefaultValidationContextFactory(options).CreateValidationContext(); context.ErrorDefinitionCache.Should().BeSameAs(sharedCache); context.AsReadOnly().ErrorDefinitionCache.Should().BeSameAs(sharedCache); } [Fact] public void EqualTo_ShouldBeReused_WhenEquivalent() { var cache = new ValidationErrorDefinitionCache(); BuiltInValidationErrorDefinitions.EqualTo(cache, "ABC").Should().BeSameAs( BuiltInValidationErrorDefinitions.EqualTo(cache, "ABC") ); } [Fact] public void GreaterThan_ShouldBeReused_WhenEquivalent() { var cache = new ValidationErrorDefinitionCache(); BuiltInValidationErrorDefinitions.GreaterThan(cache, 18).Should().BeSameAs( BuiltInValidationErrorDefinitions.GreaterThan(cache, 18) ); } [Fact] public void IsIn_ShouldBeReused_WhenEquivalent() { var cache = new ValidationErrorDefinitionCache(); BuiltInValidationErrorDefinitions.IsInBetween(cache, 1, 10).Should().BeSameAs( BuiltInValidationErrorDefinitions.IsInBetween(cache, 1, 10) ); } [Fact] public void IsNotIn_ShouldBeReused_WhenEquivalent() { var cache = new ValidationErrorDefinitionCache(); BuiltInValidationErrorDefinitions.IsNotInBetween(cache, 1, 10).Should().BeSameAs( BuiltInValidationErrorDefinitions.IsNotInBetween(cache, 1, 10) ); } [Fact] public void LessThan_ShouldBeReused_WhenEquivalent() { var cache = new ValidationErrorDefinitionCache(); BuiltInValidationErrorDefinitions.LessThan(cache, 10).Should().BeSameAs( BuiltInValidationErrorDefinitions.LessThan(cache, 10) ); } [Fact] public void LessThanOrEqualTo_ShouldBeReused_WhenEquivalent() { var cache = new ValidationErrorDefinitionCache(); BuiltInValidationErrorDefinitions.LessThanOrEqualTo(cache, 10).Should().BeSameAs( BuiltInValidationErrorDefinitions.LessThanOrEqualTo(cache, 10) ); } [Fact] public void Matches_ShouldBeReused_WhenEquivalent() { var cache = new ValidationErrorDefinitionCache(); BuiltInValidationErrorDefinitions.Matches(cache, "^[0-9]+$", RegexOptions.IgnoreCase).Should().BeSameAs( BuiltInValidationErrorDefinitions.Matches(cache, "^[0-9]+$", RegexOptions.IgnoreCase) ); } [Fact] public void Count_ShouldBeReused_WhenEquivalent() { var cache = new ValidationErrorDefinitionCache(); BuiltInValidationErrorDefinitions.Count(cache, 3).Should().BeSameAs( BuiltInValidationErrorDefinitions.Count(cache, 3) ); } [Fact] public void EnumName_ShouldBeReused_WhenEquivalent() { var cache = new ValidationErrorDefinitionCache(); BuiltInValidationErrorDefinitions.EnumName(cache, ignoreCase: true).Should().BeSameAs( BuiltInValidationErrorDefinitions.EnumName(cache, ignoreCase: true) ); } [Fact] public void PrecisionScale_ShouldBeReused_WhenEquivalent() { var cache = new ValidationErrorDefinitionCache(); BuiltInValidationErrorDefinitions.PrecisionScale(cache, 4, 2, ignoreTrailingZeros: true).Should().BeSameAs( BuiltInValidationErrorDefinitions.PrecisionScale(cache, 4, 2, ignoreTrailingZeros: true) ); } [Fact] public void CachedDefinitions_ShouldUseActiveTemplatesAcrossValidationRuns() { var sharedCache = new ValidationErrorDefinitionCache(); var firstContext = CreateContext( sharedCache, ValidationErrorTemplates.Default with { EqualTo = new PrefixComparableTemplate("First run: ") } ); var secondContext = CreateContext( sharedCache, ValidationErrorTemplates.Default with { EqualTo = new PrefixComparableTemplate("Second run: ") } ); var definition = BuiltInValidationErrorDefinitions.EqualTo(sharedCache, 18); firstContext.Check(10, target: "age", displayName: "Age").AddError(definition); secondContext.Check(10, target: "age", displayName: "Age").AddError(definition); firstContext.ErrorTemplates.MessageCache.Should().NotBeSameAs(secondContext.ErrorTemplates.MessageCache); firstContext.Errors[0].Message.Should().Be("First run: Age = 18"); secondContext.Errors[0].Message.Should().Be("Second run: Age = 18"); } [Fact] public void NotNull_IsMessageStable_ShouldBeFalse() { BuiltInValidationErrorDefinitions.NotNull.IsMessageStable.Should().BeFalse(); } [Fact] public void TemplateValidationErrorDefinition_IsMessageStable_ShouldBeFalse_WhenTemplateIsUnstable() { var unstableTemplate = new UnstableTemplate(); var unstableDefinition = new TemplateValidationErrorDefinition(unstableTemplate); unstableDefinition.IsMessageStable.Should().BeFalse(); } [Fact] public void TemplateValidationErrorDefinition_IsMessageStable_ShouldBeTrue_WhenTemplateIsStable() { var stableTemplate = new ValidationErrorTemplates.Constant("Always invalid"); var stableDefinition = new TemplateValidationErrorDefinition(stableTemplate); stableDefinition.IsMessageStable.Should().BeTrue(); } [Fact] public void ParameterizedTemplateValidationErrorDefinition_IsMessageStable_ShouldBeTrue_WhenTemplateIsStable() { var stableTemplate = new ValidationErrorTemplates.Constant("Always invalid"); var stableParameterizedDefinition = new TemplateValidationErrorDefinition( new ValidationErrorTemplates.IgnoreParameter(stableTemplate), 5 ); stableParameterizedDefinition.IsMessageStable.Should().BeTrue(); } [Fact] public void AddErrorDefinition_ShouldUseDefinitionDefaults_WhenNoOverridesAreProvided() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var definition = new TemplateValidationErrorDefinition( new ValidationErrorTemplates.Constant("Name must not be empty"), code: "NotEmpty", metadata: MetadataObject.Create(("minimumLength", 1)), category: ErrorCategory.Validation ); var check = context.Check(string.Empty, target: "name", displayName: "Name").NormalizeTargetIfNecessary(); check.AddError(definition); context.Errors.Should().Equal( new Errors( new Error { Message = "Name must not be empty", Code = "NotEmpty", Target = "name", Category = ErrorCategory.Validation, Metadata = MetadataObject.Create(("minimumLength", 1)) } ) ); } [Fact] public void AddErrorDefinition_ShouldTreatDefinitionTargetsAsAbsolute() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var childContext = context.ForMember("address", isNormalized: true); var definition = new TemplateValidationErrorDefinition( new ValidationErrorTemplates.Constant("Zip code is invalid"), target: ValidationTarget.Absolute("address.zipCode", isNormalized: true) ); var check = childContext.Check("X", target: "zipCode", displayName: "Zip code").NormalizeTargetIfNecessary(); check.AddError(definition); context.Errors.Should().Equal( new Errors( new Error { Message = "Zip code is invalid", Target = "address.zipCode", Category = ErrorCategory.Validation } ) ); } [Fact] public void ModuloValidationErrorDefinition_ShouldProvideExpectedMessage() { var context = DefaultValidationContextFactory.Create().CreateValidationContext(); var definition = new ModuloValidationErrorDefinition(2); context.Check(3, target: "quantity", displayName: "Quantity").AddError(definition); context.Errors.Should().Equal( new Errors( new Error { Message = "Quantity must be divisible by 2", Code = "Modulo", Target = "quantity", Category = ErrorCategory.Validation, Metadata = MetadataObject.Create(("divisor", 2)) } ) ); } [Fact] public void ValidationErrorMessage_ToError_ShouldCreateExpectedError() { var validationMessage = new ValidationErrorMessage("Quantity must be divisible by 2", "validation.modulo"); validationMessage.ToError(code: null, target: "quantity").Should().Be( new Error { Message = "Quantity must be divisible by 2", Code = "validation.modulo", Target = "quantity", Category = ErrorCategory.Validation } ); } [Fact] public void ValidationErrorMessage_Equals_ShouldBeTrue_WhenValuesAreEqual() { var validationMessage = new ValidationErrorMessage("Quantity must be divisible by 2", "validation.modulo"); validationMessage.Equals(new ValidationErrorMessage("Quantity must be divisible by 2", "validation.modulo")) .Should() .BeTrue(); } [Fact] public void ValidationErrorMessage_GetHashCode_ShouldBeEqual_WhenValuesAreEqual() { var validationMessage = new ValidationErrorMessage("Quantity must be divisible by 2", "validation.modulo"); validationMessage.GetHashCode().Should().Be( new ValidationErrorMessage("Quantity must be divisible by 2", "validation.modulo").GetHashCode() ); } [Fact] public void ValidationErrorMessage_ShouldThrow_WhenTextIsNull() { Action act = () => _ = new ValidationErrorMessage(null!); act.Should().Throw().WithParameterName("text"); } [Fact] public void ValidationErrorMessage_ShouldThrow_WhenTextIsWhitespace() { Action act = () => _ = new ValidationErrorMessage(" "); act.Should().Throw().WithParameterName("text"); } [Fact] public void ValidationErrorMessage_Equals_ShouldBeFalse_WhenComparedToString() { var message = new ValidationErrorMessage("Amount is invalid", "validation.amount.invalid"); message.Equals(new ValidationErrorMessage("Amount is invalid")).Should().BeFalse(); } [Fact] public void ValidationErrorMessage_ToError_ShouldExposeAllValues() { var metadata = MetadataObject.Create(("source", "validation")); var message = new ValidationErrorMessage("Amount is invalid", "validation.amount.invalid"); message.ToError("AmountInvalid", "amount", ErrorCategory.UnprocessableContent, metadata).Should().Be( new Error { Message = "Amount is invalid", Code = "AmountInvalid", Target = "amount", Category = ErrorCategory.UnprocessableContent, Metadata = metadata } ); } private static ValidationContext CreateContext( IValidationErrorDefinitionCache errorDefinitionCache, ValidationErrorTemplates errorTemplates ) { var options = new ValidationContextOptions() with { ErrorDefinitionCache = errorDefinitionCache, ErrorTemplates = errorTemplates }; return new DefaultValidationContextFactory(options).CreateValidationContext(); } private enum TestStatus { // ReSharper disable UnusedMember.Local One, Two // ReSharper restore UnusedMember.Local } private sealed class CustomValue { private readonly string _value; public CustomValue(string value) => _value = value; public override string ToString() => "custom:" + _value; } private sealed class PrefixComparableTemplate : IComparableValidationErrorMessageTemplate { private readonly string _prefix; public PrefixComparableTemplate(string prefix) => _prefix = prefix; public bool IsMessageStable => true; public ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context, TParameter parameter ) => new (_prefix + context.DisplayName + " = " + parameter); } private sealed class UnstableTemplate : IValidationErrorMessageTemplate { public bool IsMessageStable => false; public ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => new (context.DisplayName + " changed"); } private sealed class UnstableParameterizedTemplate : IValidationErrorMessageTemplate { public bool IsMessageStable => false; public ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context, int parameter) => new (context.DisplayName + " = " + parameter); } private sealed class UnstableComparableTemplate : IComparableValidationErrorMessageTemplate { public bool IsMessageStable => false; public ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context, TParameter parameter ) => new (context.DisplayName + " = " + parameter); } private sealed class UnstableRangeTemplate : IRangeValidationErrorMessageTemplate { public bool IsMessageStable => false; public ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context, TBoundary lowerBoundary, TBoundary upperBoundary ) => new (context.DisplayName + " between " + lowerBoundary + " and " + upperBoundary); } private sealed class UnstableIntTemplate : IValidationErrorMessageTemplate { public bool IsMessageStable => false; public ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context, int parameter) => new (context.DisplayName + " = " + parameter); } private sealed class UnstablePrecisionScaleTemplate : IValidationErrorMessageTemplate { public bool IsMessageStable => false; public ValidationErrorMessage ProvideMessage( in ValidationErrorMessageContext context, PrecisionScaleDescriptor parameter ) => new (context.DisplayName + " = " + parameter.Precision + ":" + parameter.Scale); } private sealed class ModuloValidationErrorDefinition : ValidationErrorDefinition { public ModuloValidationErrorDefinition(int divisor) : base( divisor, code: "Modulo", metadata: MetadataObject.Create(("divisor", divisor)) ) { } public override ValidationErrorMessage ProvideMessage(in ValidationErrorMessageContext context) => new ($"{context.DisplayName} must be divisible by {Parameter}"); } } ValidationInfrastructureEdgeCaseTests.cs000066400000000000000000000363341516707642500364020ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Testsusing System; using System.Collections.Generic; using System.Globalization; using System.Reflection; using FluentAssertions; using Light.PortableResults.Validation.Messaging; using Light.PortableResults.Validation.Normalization; using Light.PortableResults.Validation.Targeting; using Xunit; namespace Light.PortableResults.Validation.Tests; public sealed class ValidationInfrastructureEdgeCaseTests { [Fact] public void ValidationTargets_Compose_ShouldThrow_WhenPrefixIsNull() { Action act = () => ValidationTargets.Compose(null!, "child"); act.Should().Throw().WithParameterName("prefix"); } [Fact] public void ValidationTargets_Compose_ShouldThrow_WhenTargetIsNull() { Action act = () => ValidationTargets.Compose("prefix", null!); act.Should().Throw().WithParameterName("target"); } [Fact] public void ValidationTargets_Compose_ShouldReturnTarget_WhenPrefixIsEmpty() => ValidationTargets.Compose(string.Empty, "child").Should().Be("child"); [Fact] public void ValidationTargets_Compose_ShouldReturnPrefix_WhenTargetIsEmpty() => ValidationTargets.Compose("prefix", string.Empty).Should().Be("prefix"); [Fact] public void ValidationTargets_Compose_ShouldHandleBracketComposition() => ValidationTargets.Compose("items", "[0]").Should().Be("items[0]"); [Fact] public void ValidationTargets_IsSimpleIdentifier_ShouldReturnTrue_WhenTargetIsEmpty() => ValidationTargets.IsSimpleIdentifier(string.Empty).Should().BeTrue(); [Fact] public void ValidationTargets_IsSimpleIdentifier_ShouldReturnFalse_WhenTargetContainsBrackets() => ValidationTargets.IsSimpleIdentifier("items[0]").Should().BeFalse(); [Fact] public void ValidationTarget_IsDefault_ShouldBeTrue_ForDefaultInstance() => default(ValidationTarget).IsDefault.Should().BeTrue(); [Fact] public void ValidationTarget_IsNormalized_ShouldBeFalse_ForDefaultInstance() => default(ValidationTarget).IsNormalized.Should().BeFalse(); [Fact] public void ValidationTarget_Constructor_ShouldThrow_WhenInputIsNull() { Action act = () => _ = new ValidationTarget(null!, ValidationTargetSemantics.Relative); act.Should().Throw().WithParameterName("input"); } [Fact] public void ValidationTarget_Constructor_ShouldThrow_WhenSemanticsIsInvalid() { Action act = () => _ = new ValidationTarget( "field", (ValidationTargetSemantics) 99, isNormalized: true ); act.Should().Throw().WithParameterName("semantics"); } [Fact] public void ValidationState_TryGetItem_ShouldReturnFalse_WhenKeyIsMissing() { var state = new ValidationState(new ValidationContextOptions()); var missingIntKey = new ValidationContextKey("missing-number"); state.TryGetItem(missingIntKey, out var missingNumber).Should().BeFalse(); missingNumber.Should().Be(0); } [Fact] public void ValidationState_TryGetItem_ShouldReturnTrue_WhenItemIsPresent() { var state = new ValidationState(new ValidationContextOptions()); var stringKey = new ValidationContextKey("tenant"); state.SetItem(stringKey, "checkout"); state.TryGetItem(stringKey, out var tenant).Should().BeTrue(); tenant.Should().Be("checkout"); } [Fact] public void ValidationState_TryGetItem_ShouldHandleNullValues() { var state = new ValidationState(new ValidationContextOptions()); var nullValueKey = new ValidationContextKey("optional"); state.SetItem(nullValueKey, null); state.TryGetItem(nullValueKey, out var optional).Should().BeTrue(); optional.Should().BeNull(); } [Fact] public void ValidationState_RemoveItem_ShouldReturnTrue_WhenItemExists() { var state = new ValidationState(new ValidationContextOptions()); var stringKey = new ValidationContextKey("tenant"); state.SetItem(stringKey, "checkout"); state.RemoveItem(stringKey).Should().BeTrue(); } [Fact] public void ValidationState_RemoveItem_ShouldReturnFalse_WhenItemDoesNotExist() { var state = new ValidationState(new ValidationContextOptions()); var stringKey = new ValidationContextKey("tenant"); state.RemoveItem(stringKey).Should().BeFalse(); } [Fact] public void ValidationState_Errors_ShouldContainAddedError() { var state = new ValidationState(new ValidationContextOptions()); var error = new Error { Message = "invalid", Code = "Invalid", Target = "field" }; state.AddError(error); state.Errors.Should().Equal(new Errors(error)); } [Fact] public void ValidationState_TryGetErrorsSince_ShouldReturnAllErrors_WhenStartingFromZero() { var state = new ValidationState(new ValidationContextOptions()); var error = new Error { Message = "invalid", Code = "Invalid", Target = "field" }; state.AddError(error); state.TryGetErrorsSince(0, out var errorsSinceStart).Should().BeTrue(); errorsSinceStart.Should().Equal(new Errors(error)); } [Fact] public void ValidationState_TryGetErrorsSince_ShouldThrow_WhenStartingCountIsInvalid() { var state = new ValidationState(new ValidationContextOptions()); Action act = () => state.TryGetErrorsSince(2, out _); act.Should().Throw().WithParameterName("startingErrorCount"); } [Fact] public void ValidationState_AddError_ShouldThrow_WhenErrorIsDefault() { var state = new ValidationState(new ValidationContextOptions()); var act = () => state.AddError(default); act.Should().Throw().WithParameterName("error"); } [Fact] public void ValidationContext_RemoveItem_ShouldReturnFalse_WhenKeyIsMissing() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var missingKey = new ValidationContextKey("missing"); context.RemoveItem(missingKey).Should().BeFalse(); } [Fact] public void ValidationContext_SetItem_ShouldBeObservableInParentContext() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var childContext = context.ForMember("address", isNormalized: true); var tenantKey = new ValidationContextKey("tenant"); childContext.SetItem(tenantKey, "checkout"); context.TryGetItem(tenantKey, out var initialTenant).Should().BeTrue(); initialTenant.Should().Be("checkout"); } [Fact] public void ValidationContext_GetRequiredItem_ShouldReturnStoredValue() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var childContext = context.ForMember("address", isNormalized: true); var tenantKey = new ValidationContextKey("tenant"); context.SetItem(tenantKey, "catalog"); childContext.GetRequiredItem(tenantKey).Should().Be("catalog"); } [Fact] public void ValidationContext_RemoveItem_ShouldReturnTrue_WhenItemExists() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var tenantKey = new ValidationContextKey("tenant"); context.SetItem(tenantKey, "catalog"); context.RemoveItem(tenantKey).Should().BeTrue(); } [Fact] public void ValidationContext_TryGetItem_ShouldReturnFalse_AfterRemoval() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var tenantKey = new ValidationContextKey("tenant"); context.SetItem(tenantKey, "catalog"); context.RemoveItem(tenantKey); context.TryGetItem(tenantKey, out var removedTenant).Should().BeFalse(); removedTenant.Should().BeNull(); } [Fact] public void ValidationContext_GetRequiredItem_ShouldThrow_WhenKeyIsMissing() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var tenantKey = new ValidationContextKey("tenant"); Action act = () => context.GetRequiredItem(tenantKey); act.Should().Throw(); } [Fact] public void ValidationContext_SetItem_ShouldThrow_WhenKeyIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var act = () => context.SetItem(null!, "value"); act.Should().Throw().WithParameterName("key"); } [Fact] public void ValidationContext_TryGetItem_ShouldThrow_WhenKeyIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); Action act = () => context.TryGetItem(null!, out _); act.Should().Throw().WithParameterName("key"); } [Fact] public void ValidationContext_GetRequiredItem_ShouldThrow_WhenKeyIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); Action act = () => context.GetRequiredItem(null!); act.Should().Throw().WithParameterName("key"); } [Fact] public void ValidationContext_RemoveItem_ShouldThrow_WhenKeyIsNull() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); Action act = () => context.RemoveItem(null!); act.Should().Throw().WithParameterName("key"); } [Fact] public void ValidationContext_Constructor_ShouldThrow_WhenStateIsNull() { Action act = () => _ = new ValidationContext(null!, string.Empty); act.Should().Throw().WithParameterName("state"); } [Fact] public void ValidationContext_Constructor_ShouldThrow_WhenTargetPrefixIsNull() { var state = new ValidationState(new ValidationContextOptions()); Action act = () => _ = new ValidationContext(state, null!); act.Should().Throw().WithParameterName("targetPrefix"); } [Fact] public void ValidationContext_ThrowIfDefault_ShouldThrow_ForDefaultInstance() { ValidationContext context = default; var act = () => context.ThrowIfDefault(); act.Should().Throw() .WithMessage("*must not be the default instance*"); } [Fact] public void ValidationContext_TargetPrefix_ShouldThrow_ForDefaultInstance() { ValidationContext context = default; Action act = () => _ = context.TargetPrefix; act.Should().Throw() .WithMessage("*must not be the default instance*"); } [Fact] public void ValidationContext_Check_ShouldThrow_WhenTargetIsNull() { var context = CreateContext(); Action act = () => context.Check("value", target: null); act.Should().Throw().WithParameterName("target"); } [Fact] public void ValidationContext_AddError_ShouldThrow_WhenMessageIsNull() { var context = CreateContext(); var act = () => context.AddError(null!); act.Should().Throw().WithParameterName("message"); } [Fact] public void ValidationContext_AddError_ShouldThrow_WhenErrorIsDefault() { var context = CreateContext(); var act = () => context.AddError(default); act.Should().Throw().WithParameterName("error"); } [Fact] public void ValidationContext_NormalizeTarget_ShouldThrow_WhenTargetIsDefault() { var context = CreateContext(); Action act = () => context.NormalizeTarget(default); act.Should().Throw().WithParameterName("target"); } [Fact] public void ValidationContext_TryCreateAutomaticNullError_ShouldThrow_WhenDisplayNameIsNull() { var context = CreateContext(); Action act = () => context.TryCreateAutomaticNullError( null, ValidationTarget.CallerExpression("request.Name"), null!, out _ ); act.Should().Throw().WithParameterName("displayName"); } private static ValidationContext CreateContext() => new (new ValidationState(new ValidationContextOptions()), string.Empty); [Fact] public void ValidationState_TryGetItem_ShouldReturnFalse_WhenStoredValueCannotBeCastToKeyType() { var state = new ValidationState(new ValidationContextOptions()); var key = new ValidationContextKey("tenant"); state.SetItem(key, "checkout"); var itemsField = typeof(ValidationState).GetField("_items", BindingFlags.Instance | BindingFlags.NonPublic); itemsField.Should().NotBeNull(); var items = (Dictionary) itemsField.GetValue(state)!; items[key] = 123; state.TryGetItem(key, out var tenant).Should().BeFalse(); tenant.Should().BeNull(); } [Fact] public void ValidationErrorMessageFormatting_FormatParameter_ShouldFormatDecimalWithCultureInfo() { var context = CreateDeDeContext(); ValidationErrorMessageFormatting.FormatParameter(1234.5m, context).Should().Be("1234,5"); } [Fact] public void ValidationErrorMessageFormatting_FormatParameter_ShouldCallToString_WhenTypeIsUnknown() { var context = CreateDeDeContext(); ValidationErrorMessageFormatting.FormatParameter(new PlainValue("alpha"), context).Should().Be("plain:alpha"); } [Fact] public void ValidationErrorMessageFormatting_FormatParameter_ShouldReturnEmptyString_WhenValueIsNull() { var context = CreateDeDeContext(); ValidationErrorMessageFormatting.FormatParameter(null, context).Should().BeEmpty(); } [Fact] public void TrimStringNormalizer_Normalize_ShouldTrimString() => new TrimStringNormalizer().Normalize(" Alice ").Should().Be("Alice"); [Fact] public void TrimStringNormalizer_Normalize_ShouldTrimBoxedString() => new TrimStringNormalizer().Normalize((object) " Alice ").Should().Be("Alice"); [Fact] public void TrimStringNormalizer_Normalize_ShouldReturnNull_WhenBoxedValueIsNull() => new TrimStringNormalizer().Normalize((object?) null).Should().BeNull(); [Fact] public void TrimStringNormalizer_Normalize_ShouldReturnOriginalValue_WhenValueIsNotAString() => new TrimStringNormalizer().Normalize(42).Should().Be(42); private static ReadOnlyValidationContext CreateDeDeContext() => new DefaultValidationContextFactory( new ValidationContextOptions() with { CultureInfo = CultureInfo.GetCultureInfo("de-DE") } ).CreateValidationContext().AsReadOnly(); private sealed class PlainValue { private readonly string _value; public PlainValue(string value) => _value = value; public override string ToString() => "plain:" + _value; } } ValidationInfrastructureWorkflowTests.cs000066400000000000000000000164211516707642500365470ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Testsusing System; using FluentAssertions; using Light.PortableResults.Validation.Normalization; using Light.PortableResults.Validation.Targeting; using Xunit; namespace Light.PortableResults.Validation.Tests; public sealed class ValidationInfrastructureWorkflowTests { public static TheoryData RepresentativeTargets => new () { { "dto.Address.ZipCode", ValidationTargetSemantics.CallerExpression, "address.zipCode" }, { "dto.Addresses[0].ZipCode", ValidationTargetSemantics.CallerExpression, "addresses[0].zipCode" }, { "Address.ZipCode", ValidationTargetSemantics.Relative, "address.zipCode" }, { "Addresses[0].ZipCode", ValidationTargetSemantics.Absolute, "addresses[0].zipCode" } }; [Theory] [MemberData(nameof(RepresentativeTargets))] public void DefaultNormalizer_ShouldNormalizeRepresentativeTargets( string input, ValidationTargetSemantics semantics, string expected ) { var normalizer = new DefaultValidationTargetNormalizer(); var normalized = normalizer.Normalize(input, semantics); normalized.Should().Be(expected); } [Fact] public void ValidationContext_ShouldNormalizeTargetsAcrossScopes() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var addressContext = context.ForMember("address", isNormalized: true); var indexedContext = context.ForMember("addresses", isNormalized: true).ForIndex(1); var directCheck = context.Check("Alice", target: "request.FirstName").NormalizeTargetIfNecessary(); var relativeCheck = addressContext .Check("12345", ValidationTarget.Relative("zipCode", isNormalized: true)) .NormalizeTargetIfNecessary(); var absoluteCheck = indexedContext .Check("12345", ValidationTarget.Absolute("orders[0].zipCode", isNormalized: true)) .NormalizeTargetIfNecessary(); directCheck.Target.Should().Be("firstName"); relativeCheck.Target.Should().Be("address.zipCode"); absoluteCheck.Target.Should().Be("orders[0].zipCode"); } [Fact] public void ValidationContext_ShouldNormalizeStringsAndAllowNoOpOverrides() { var defaultContext = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var noOpContext = new DefaultValidationContextFactory( new ValidationContextOptions() with { ValueNormalizer = NoOpValueNormalizer.Instance } ).CreateValidationContext(); string? nullableName = null; var normalizedCheck = defaultContext.Check(" Alice ").NormalizeTargetIfNecessary(); var normalizedNull = defaultContext.Check(nullableName); var preservedCheck = noOpContext.Check(" Alice ", NoOpValueNormalizer.Instance); var preservedNull = noOpContext.Check(nullableName); normalizedCheck.Value.Should().Be("Alice"); normalizedNull.Value.Should().BeEmpty(); preservedCheck.Value.Should().Be(" Alice "); preservedNull.Value.Should().BeNull(); } [Fact] public void ValidationContext_ShouldShareTypedItemsAcrossScopes() { var tenantKey = new ValidationContextKey("tenant"); var stringKeyCopy = new ValidationContextKey("tenant"); var intKey = new ValidationContextKey("tenant"); var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var childContext = context.ForMember("address", isNormalized: true); context.SetItem(tenantKey, "checkout"); context.SetItem(intKey, 42); childContext.GetRequiredItem(stringKeyCopy).Should().Be("checkout"); childContext.AsReadOnly().GetRequiredItem(stringKeyCopy).Should().Be("checkout"); context.GetRequiredItem(intKey).Should().Be(42); stringKeyCopy.Should().Be(tenantKey); intKey.Should().NotBe(tenantKey); } [Fact] public void ValidationContext_ShouldMaterializeFlatFailureResults() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); context.AddError( "First name is required", "NotEmpty", ValidationTarget.Relative("firstName", isNormalized: true) ); context.ForMember("address", isNormalized: true) .AddError("Zip code is invalid", "InvalidZipCode", ValidationTarget.Relative("zipCode", isNormalized: true)); context.ToFailureResult().Errors.Should().Equal( new Errors( new[] { ValidationWorkflowTestData.CreateValidationError( "First name is required", "NotEmpty", "firstName" ), ValidationWorkflowTestData.CreateValidationError( "Zip code is invalid", "InvalidZipCode", "address.zipCode" ) } ) ); } [Fact] public void ValidationContext_ShouldShareItemsAcrossMutableAndReadOnlyViews() { var tenantKey = new ValidationContextKey("tenant"); var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var readOnlyContext = context.AsReadOnly(); context.SetItem(tenantKey, "checkout"); context.RemoveItem(tenantKey).Should().BeTrue(); readOnlyContext.TryGetItem(tenantKey, out _).Should().BeFalse(); context.TryGetItem(tenantKey, out _).Should().BeFalse(); } [Fact] public void ValidationContextAndCheck_ShouldSupportConvenienceScopingAndValueApis() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); var request = new RegistrationRequest { FirstName = "Alice", Email = "alice@example.com", Address = new AddressDto { ZipCode = "12345" } }; var requestScope = context.For(request); var addressScope = requestScope.ForCallerExpression("request.Address"); var zipCodeCheck = addressScope.Check(request.Address.ZipCode, displayName: "Zip code") .WithDisplayName("Postal code"); var childScope = zipCodeCheck.CreateChildContextForMember("metadata", isNormalized: true); string zipCode = zipCodeCheck; childScope.AddError("Metadata is invalid", "MetadataInvalid"); requestScope.TargetPrefix.Should().Be("request"); addressScope.TargetPrefix.Should().Be("request.address"); zipCodeCheck.DisplayName.Should().Be("Postal code"); zipCode.Should().Be("12345"); context.Errors.Should().ContainSingle(error => error.Code == "MetadataInvalid"); context.Errors[0].Target.Should().Contain("metadata"); } [Fact] public void ValidationContext_ToFailureResult_ShouldThrow_WhenNoErrorsArePresent() { var context = ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); Action act = () => context.ToFailureResult(); act.Should().Throw() .WithMessage("*no validation errors are present*"); } } ValidationTargetNormalizationTests.cs000066400000000000000000000102001516707642500357560ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Testsusing FluentAssertions; using Light.PortableResults.Validation.Targeting; using Xunit; namespace Light.PortableResults.Validation.Tests; public sealed class ValidationTargetNormalizationTests { public static TheoryData RepresentativeTargets => new () { { "ZipCode", ValidationTargetSemantics.CallerExpression, ValidationTargetCasing.CamelCase, "zipCode" }, { "dto", ValidationTargetSemantics.CallerExpression, ValidationTargetCasing.CamelCase, "dto" }, { "dto.Address.ZipCode", ValidationTargetSemantics.CallerExpression, ValidationTargetCasing.CamelCase, "address.zipCode" }, { "dto.Addresses[0].ZipCode", ValidationTargetSemantics.CallerExpression, ValidationTargetCasing.CamelCase, "addresses[0].zipCode" }, { " dto. Address . ZipCode ", ValidationTargetSemantics.CallerExpression, ValidationTargetCasing.CamelCase, "address.zipCode" }, { "dto.@Address.@ZipCode", ValidationTargetSemantics.CallerExpression, ValidationTargetCasing.CamelCase, "address.zipCode" }, { "dto.address.zipCode", ValidationTargetSemantics.CallerExpression, ValidationTargetCasing.PascalCase, "Address.ZipCode" }, { "dto.Address.ZipCode", ValidationTargetSemantics.CallerExpression, ValidationTargetCasing.Preserve, "Address.ZipCode" }, { "dto.Address[0", ValidationTargetSemantics.CallerExpression, ValidationTargetCasing.CamelCase, "address[0" }, { "dto.", ValidationTargetSemantics.CallerExpression, ValidationTargetCasing.CamelCase, string.Empty }, { " \t ", ValidationTargetSemantics.CallerExpression, ValidationTargetCasing.CamelCase, string.Empty }, { "Address.ZipCode", ValidationTargetSemantics.Relative, ValidationTargetCasing.CamelCase, "address.zipCode" }, { "Addresses[0].ZipCode", ValidationTargetSemantics.Absolute, ValidationTargetCasing.CamelCase, "addresses[0].zipCode" }, { " Address . ZipCode ", ValidationTargetSemantics.Relative, ValidationTargetCasing.CamelCase, "address.zipCode" } }; [Theory] [MemberData(nameof(RepresentativeTargets))] public void DefaultNormalizer_ShouldNormalizeRepresentativeTargets( string rawPath, ValidationTargetSemantics semantics, ValidationTargetCasing casing, string expectedTarget ) { var normalizer = new DefaultValidationTargetNormalizer(casing); var normalized = normalizer.Normalize(rawPath, semantics); normalized.Should().Be(expectedTarget); } [Fact] public void DefaultNormalizer_ShouldCacheRepeatedLookups() { var normalizer = new DefaultValidationTargetNormalizer(); var first = normalizer.Normalize("dto.Address.ZipCode", ValidationTargetSemantics.CallerExpression); var second = normalizer.Normalize("dto.Address.ZipCode", ValidationTargetSemantics.CallerExpression); ReferenceEquals(first, second).Should().BeTrue(); ValidationTargets.DefaultNormalizer.Should().NotBeNull(); ValidationTargets.Compose("address", "zipCode").Should().Be("address.zipCode"); ValidationTargets.AppendIndex("addresses", 0).Should().Be("addresses[0]"); ValidationTargets.IsSimpleIdentifier("zipCode").Should().BeTrue(); ValidationTargets.IsSimpleIdentifier("address.zipCode").Should().BeFalse(); } } ValidationWorkflowTestData.cs000066400000000000000000000441661516707642500342240ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Testsusing System.Collections.Generic; using System.Threading; using System.Threading.Tasks; using Light.PortableResults.Validation.Targeting; namespace Light.PortableResults.Validation.Tests; public static class ValidationWorkflowTestData { public static readonly DefaultValidationContextFactory ValidationContextFactory = DefaultValidationContextFactory.Create(); public static Error CreateValidationError( string message, string? code, string? target, ErrorCategory category = ErrorCategory.Validation ) => new () { Message = message, Code = code, Target = target, Category = category }; } public sealed class PersonRequest { public string FirstName { get; set; } = null!; public int Age { get; set; } public AddressDto PrimaryAddress { get; set; } = null!; public List Addresses { get; set; } = new (); } public sealed class RegistrationRequest { public string FirstName { get; set; } = null!; public string Email { get; set; } = null!; public AddressDto Address { get; set; } = null!; } public sealed class AddressDto { public string ZipCode { get; set; } = null!; } // ReSharper disable NotAccessedPositionalProperty.Global public sealed record AddressCommand(string ZipCode); public sealed record RegistrationCommand(string FirstName, string Email, AddressCommand Address); // ReSharper restore NotAccessedPositionalProperty.Global public sealed class TrimmedRequiredTextValidator : Validator { public TrimmedRequiredTextValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { } protected override ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, string value ) { var text = context.Check(value, ValidationTarget.Relative(string.Empty, isNormalized: true)); text.IsNotNullOrWhiteSpace(shortCircuitOnError: true); return checkpoint.ToValidatedValue(text.Value); } } public sealed class EmailTextValidator : Validator { public EmailTextValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { } protected override ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, string value ) { var email = context.Check(value, ValidationTarget.Relative(string.Empty, isNormalized: true)); email.IsNotNullOrWhiteSpace(shortCircuitOnError: true).IsEmail(); return checkpoint.ToValidatedValue(email.Value); } } public sealed class ZipCodeValidator : Validator { public ZipCodeValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { } protected override ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, string value ) { var zipCode = context.Check(value, ValidationTarget.Relative(string.Empty, isNormalized: true)); zipCode.IsNotNullOrWhiteSpace(shortCircuitOnError: true).ContainsOnlyDigits(); return checkpoint.ToValidatedValue(zipCode.Value); } } public sealed class AddressValidator : Validator { private readonly ZipCodeValidator _zipCodeValidator; public AddressValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { _zipCodeValidator = new ZipCodeValidator(validationContextFactory); } protected override ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, AddressDto value ) { var zipCode = context.Check(value.ZipCode, displayName: "Zip code").ValidateChild(_zipCodeValidator); if (zipCode.TryGetValue(out var validatedZipCode)) { value.ZipCode = validatedZipCode; } return checkpoint.ToValidatedValue(value); } } public sealed class AddressCommandValidator : Validator { private readonly ZipCodeValidator _zipCodeValidator; public AddressCommandValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { _zipCodeValidator = new ZipCodeValidator(validationContextFactory); } protected override ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, AddressDto value ) { var zipCode = context.Check(value.ZipCode, displayName: "Zip code").ValidateChild(_zipCodeValidator); if (!zipCode.TryGetValue(out var validatedZipCode)) { return ValidatedValue.NoValue; } return checkpoint.HasNewErrors ? ValidatedValue.NoValue : ValidatedValue.Success(new AddressCommand(validatedZipCode)); } } public sealed class PersonValidator : Validator { private readonly AddressValidator _addressValidator; private readonly TrimmedRequiredTextValidator _nameValidator; public PersonValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { _nameValidator = new TrimmedRequiredTextValidator(validationContextFactory); _addressValidator = new AddressValidator(validationContextFactory); } protected override ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, PersonRequest value ) { var firstName = context.Check(value.FirstName, displayName: "First name").ValidateChild(_nameValidator); if (firstName.TryGetValue(out var validatedFirstName)) { value.FirstName = validatedFirstName; } context.Check(value.Age, displayName: "Age") .IsGreaterThanOrEqualTo(18, new ErrorOverrides { Code = "Adult" }); var primaryAddress = context .Check(value.PrimaryAddress, displayName: "Primary address") .ValidateChild(_addressValidator); if (primaryAddress.TryGetValue(out var validatedPrimaryAddress)) { value.PrimaryAddress = validatedPrimaryAddress; } var addresses = context.Check(value.Addresses, displayName: "Addresses").ValidateItems(_addressValidator); if (addresses.TryGetValue(out var validatedAddresses)) { value.Addresses = validatedAddresses; } return checkpoint.ToValidatedValue(value); } } public sealed class RegistrationValidator : Validator { private readonly AddressCommandValidator _addressValidator; private readonly EmailTextValidator _emailValidator; private readonly TrimmedRequiredTextValidator _nameValidator; public RegistrationValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { _nameValidator = new TrimmedRequiredTextValidator(validationContextFactory); _emailValidator = new EmailTextValidator(validationContextFactory); _addressValidator = new AddressCommandValidator(validationContextFactory); } protected override ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, RegistrationRequest value ) { var firstName = context.Check(value.FirstName, displayName: "First name").ValidateChild(_nameValidator); var email = context.Check(value.Email, displayName: "Email").ValidateChild(_emailValidator); var address = context.Check(value.Address, displayName: "Address").ValidateChild(_addressValidator); if (!firstName.TryGetValue(out var validatedFirstName) || !email.TryGetValue(out var validatedEmail) || !address.TryGetValue(out var validatedAddress)) { return ValidatedValue.NoValue; } return checkpoint.HasNewErrors ? ValidatedValue.NoValue : ValidatedValue.Success(new RegistrationCommand(validatedFirstName, validatedEmail, validatedAddress)); } } public sealed class StringLengthValidator : Validator { public StringLengthValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { } protected override ValidatedValue PerformValidation( ValidationContext context, ValidationCheckpoint checkpoint, string value ) { var text = context.Check(value, ValidationTarget.Relative(string.Empty, isNormalized: true)); text.IsNotNullOrWhiteSpace(shortCircuitOnError: true); return checkpoint.ToValidatedValue(text.Value.Length); } } public sealed class AsyncTrimmedRequiredTextValidator : AsyncValidator { public AsyncTrimmedRequiredTextValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { } protected override async ValueTask> PerformValidationAsync( ValidationContext context, ValidationCheckpoint checkpoint, string value, CancellationToken cancellationToken ) { await Task.Yield(); cancellationToken.ThrowIfCancellationRequested(); var text = context.Check(value, ValidationTarget.Relative(string.Empty, isNormalized: true)); text.IsNotNullOrWhiteSpace(shortCircuitOnError: true); return checkpoint.ToValidatedValue(text.Value); } } public sealed class AsyncEmailTextValidator : AsyncValidator { public AsyncEmailTextValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { } protected override async ValueTask> PerformValidationAsync( ValidationContext context, ValidationCheckpoint checkpoint, string value, CancellationToken cancellationToken ) { await Task.Yield(); cancellationToken.ThrowIfCancellationRequested(); var email = context.Check(value, ValidationTarget.Relative(string.Empty, isNormalized: true)); email.IsNotNullOrWhiteSpace(shortCircuitOnError: true).IsEmail(); return checkpoint.ToValidatedValue(email.Value); } } public sealed class AsyncZipCodeValidator : AsyncValidator { public AsyncZipCodeValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { } protected override async ValueTask> PerformValidationAsync( ValidationContext context, ValidationCheckpoint checkpoint, string value, CancellationToken cancellationToken ) { await Task.Yield(); cancellationToken.ThrowIfCancellationRequested(); var zipCode = context.Check(value, ValidationTarget.Relative(string.Empty, isNormalized: true)); zipCode.IsNotNullOrWhiteSpace(shortCircuitOnError: true).ContainsOnlyDigits(); return checkpoint.ToValidatedValue(zipCode.Value); } } public sealed class AsyncAddressValidator : AsyncValidator { private readonly AsyncZipCodeValidator _zipCodeValidator; public AsyncAddressValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { _zipCodeValidator = new AsyncZipCodeValidator(validationContextFactory); } protected override async ValueTask> PerformValidationAsync( ValidationContext context, ValidationCheckpoint checkpoint, AddressDto value, CancellationToken cancellationToken ) { await Task.Yield(); cancellationToken.ThrowIfCancellationRequested(); var zipCode = await context.Check(value.ZipCode, displayName: "Zip code") .ValidateChildAsync(_zipCodeValidator, cancellationToken); if (zipCode.TryGetValue(out var validatedZipCode)) { value.ZipCode = validatedZipCode; } return checkpoint.ToValidatedValue(value); } } public sealed class AsyncAddressCommandValidator : AsyncValidator { private readonly AsyncZipCodeValidator _zipCodeValidator; public AsyncAddressCommandValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { _zipCodeValidator = new AsyncZipCodeValidator(validationContextFactory); } protected override async ValueTask> PerformValidationAsync( ValidationContext context, ValidationCheckpoint checkpoint, AddressDto value, CancellationToken cancellationToken ) { await Task.Yield(); cancellationToken.ThrowIfCancellationRequested(); var zipCode = await context.Check(value.ZipCode, displayName: "Zip code") .ValidateChildAsync(_zipCodeValidator, cancellationToken); if (!zipCode.TryGetValue(out var validatedZipCode)) { return ValidatedValue.NoValue; } return checkpoint.HasNewErrors ? ValidatedValue.NoValue : ValidatedValue.Success(new AddressCommand(validatedZipCode)); } } public sealed class AsyncPersonValidator : AsyncValidator { private readonly AsyncAddressValidator _addressValidator; private readonly AsyncTrimmedRequiredTextValidator _nameValidator; public AsyncPersonValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { _nameValidator = new AsyncTrimmedRequiredTextValidator(validationContextFactory); _addressValidator = new AsyncAddressValidator(validationContextFactory); } protected override async ValueTask> PerformValidationAsync( ValidationContext context, ValidationCheckpoint checkpoint, PersonRequest value, CancellationToken cancellationToken ) { await Task.Yield(); cancellationToken.ThrowIfCancellationRequested(); var firstName = await context .Check(value.FirstName, displayName: "First name") .ValidateChildAsync(_nameValidator, cancellationToken); if (firstName.TryGetValue(out var validatedFirstName)) { value.FirstName = validatedFirstName; } context.Check(value.Age, displayName: "Age") .IsGreaterThanOrEqualTo(18, new ErrorOverrides { Code = "Adult" }); var primaryAddress = await context.Check(value.PrimaryAddress, displayName: "Primary address") .ValidateChildAsync(_addressValidator, cancellationToken); if (primaryAddress.TryGetValue(out var validatedPrimaryAddress)) { value.PrimaryAddress = validatedPrimaryAddress; } var addresses = await context.Check(value.Addresses, displayName: "Addresses") .ValidateItemsAsync(_addressValidator, cancellationToken); if (addresses.TryGetValue(out var validatedAddresses)) { value.Addresses = validatedAddresses; } return checkpoint.ToValidatedValue(value); } } public sealed class AsyncRegistrationValidator : AsyncValidator { private readonly AsyncAddressCommandValidator _addressValidator; private readonly AsyncEmailTextValidator _emailValidator; private readonly AsyncTrimmedRequiredTextValidator _nameValidator; public AsyncRegistrationValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { _nameValidator = new AsyncTrimmedRequiredTextValidator(validationContextFactory); _emailValidator = new AsyncEmailTextValidator(validationContextFactory); _addressValidator = new AsyncAddressCommandValidator(validationContextFactory); } protected override async ValueTask> PerformValidationAsync( ValidationContext context, ValidationCheckpoint checkpoint, RegistrationRequest value, CancellationToken cancellationToken ) { await Task.Yield(); cancellationToken.ThrowIfCancellationRequested(); var firstName = await context.Check(value.FirstName, displayName: "First name") .ValidateChildAsync(_nameValidator, cancellationToken); var email = await context.Check(value.Email, displayName: "Email") .ValidateChildAsync(_emailValidator, cancellationToken); var address = await context.Check(value.Address, displayName: "Address") .ValidateChildAsync(_addressValidator, cancellationToken); if (!firstName.TryGetValue(out var validatedFirstName) || !email.TryGetValue(out var validatedEmail) || !address.TryGetValue(out var validatedAddress)) { return ValidatedValue.NoValue; } return checkpoint.HasNewErrors ? ValidatedValue.NoValue : ValidatedValue.Success(new RegistrationCommand(validatedFirstName, validatedEmail, validatedAddress)); } } public sealed class AsyncStringLengthValidator : AsyncValidator { public AsyncStringLengthValidator(IValidationContextFactory validationContextFactory) : base(validationContextFactory) { } protected override async ValueTask> PerformValidationAsync( ValidationContext context, ValidationCheckpoint checkpoint, string value, CancellationToken cancellationToken ) { await Task.Yield(); cancellationToken.ThrowIfCancellationRequested(); var text = context.Check(value, ValidationTarget.Relative(string.Empty, isNormalized: true)); text.IsNotNullOrWhiteSpace(shortCircuitOnError: true); return checkpoint.ToValidatedValue(text.Value.Length); } } public enum OrderStatus { // ReSharper disable once UnusedMember.Global -- required for testing Pending, Approved } ValidatorOverloadCoverageTests.cs000066400000000000000000000200141516707642500350470ustar00rootroot00000000000000Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Testsusing System; using FluentAssertions; using Light.PortableResults.Validation.Targeting; using Xunit; namespace Light.PortableResults.Validation.Tests; public sealed class ValidatorOverloadCoverageTests { private static TrimmedRequiredTextValidator CreateSameTypeValidator() => new (ValidationWorkflowTestData.ValidationContextFactory); private static StringLengthValidator CreateTransformingValidator() => new (ValidationWorkflowTestData.ValidationContextFactory); private static ValidationContext CreateContext() => ValidationWorkflowTestData.ValidationContextFactory.CreateValidationContext(); [Fact] public void SameTypeValidator_CheckForErrors_ShouldHandleExplicitTarget() { var validator = CreateSameTypeValidator(); var hasErrors = validator.CheckForErrors( null!, out var failure, ValidationTarget.Absolute("payload.name", isNormalized: true), "Name" ); hasErrors.Should().BeTrue(); failure.Errors.Should().ContainSingle(error => error.Target == "payload.name" && error.Code == "NotNull"); } [Fact] public void SameTypeValidator_CheckForErrors_ShouldHandleProvidedContext() { var validator = CreateSameTypeValidator(); var context = CreateContext(); var hasErrors = validator.CheckForErrors( " ", context, out var failure, displayName: "Name" ); hasErrors.Should().BeTrue(); failure.Errors.Should().ContainSingle(error => error.Code == "NotNullOrWhiteSpace"); } [Fact] public void SameTypeValidator_TryValidate_ShouldHandleProvidedContext() { var validator = CreateSameTypeValidator(); var context = CreateContext(); var isValid = validator.TryValidate( " Alice ", context, out var validatedAlice, out var failure, displayName: "Name" ); isValid.Should().BeTrue(); validatedAlice.Should().Be("Alice"); failure.IsValid.Should().BeTrue(); } [Fact] public void SameTypeValidator_TryValidate_ShouldHandleExplicitTarget() { var validator = CreateSameTypeValidator(); var isValid = validator.TryValidate( " Bob ", out var validatedBob, out var failure, ValidationTarget.Absolute("payload.otherName", isNormalized: true), "Name" ); isValid.Should().BeTrue(); validatedBob.Should().Be("Bob"); failure.IsValid.Should().BeTrue(); } [Fact] public void SameTypeValidator_CheckForErrors_ShouldHandleSuccessWithContext() { var validator = CreateSameTypeValidator(); var context = CreateContext(); var hasErrors = validator.CheckForErrors( " Alice ", context, out var failure, ValidationTarget.Relative("name", isNormalized: true), "Name" ); hasErrors.Should().BeFalse(); failure.IsValid.Should().BeTrue(); } [Fact] public void SameTypeValidator_TryValidate_ShouldHandleFailureWithContext() { var validator = CreateSameTypeValidator(); var context = CreateContext(); var isValid = validator.TryValidate( " ", context, out var validatedValue, out var failure, ValidationTarget.Relative("name", isNormalized: true), "Name" ); isValid.Should().BeFalse(); validatedValue.Should().BeNull(); failure.Errors.Should().ContainSingle(error => error.Code == "NotNullOrWhiteSpace"); } [Fact] public void TransformingValidator_Validate_ShouldHandleProvidedContext() { var validator = CreateTransformingValidator(); var context = CreateContext(); var validationResult = validator.Validate(" ", context, displayName: "Text"); validationResult.IsValid.Should().BeFalse(); validationResult.Errors.Should().ContainSingle(error => error.Code == "NotNullOrWhiteSpace"); } [Fact] public void TransformingValidator_CheckForErrors_ShouldHandleExplicitTarget() { var validator = CreateTransformingValidator(); var hasErrors = validator.CheckForErrors( null!, out var failure, ValidationTarget.Absolute("payload.length", isNormalized: true), "Text" ); hasErrors.Should().BeTrue(); failure.Errors.Should().ContainSingle(error => error.Target == "payload.length" && error.Code == "NotNull"); } [Fact] public void TransformingValidator_CheckForErrors_ShouldHandleProvidedContext() { var validator = CreateTransformingValidator(); var context = CreateContext(); var hasErrors = validator.CheckForErrors( " ", context, out var failure, displayName: "Text" ); hasErrors.Should().BeTrue(); failure.Errors.Should().ContainSingle(error => error.Code == "NotNullOrWhiteSpace"); } [Fact] public void TransformingValidator_TryValidate_ShouldHandleProvidedContext() { var validator = CreateTransformingValidator(); var context = CreateContext(); var isValid = validator.TryValidate( " Alice ", context, out var validatedAliceLength, out var failure, displayName: "Text" ); isValid.Should().BeTrue(); validatedAliceLength.Should().Be(5); failure.IsValid.Should().BeTrue(); } [Fact] public void TransformingValidator_TryValidate_ShouldHandleExplicitTarget() { var validator = CreateTransformingValidator(); var isValid = validator.TryValidate( " Bob ", out var validatedBobLength, out var failure, ValidationTarget.Absolute("payload.otherLength", isNormalized: true), "Text" ); isValid.Should().BeTrue(); validatedBobLength.Should().Be(3); failure.IsValid.Should().BeTrue(); } [Fact] public void TransformingValidator_CheckForErrors_ShouldHandleSuccessWithContext() { var validator = CreateTransformingValidator(); var context = CreateContext(); var hasErrors = validator.CheckForErrors( " Alice ", context, out var failure, ValidationTarget.Relative("text", isNormalized: true), "Text" ); hasErrors.Should().BeFalse(); failure.IsValid.Should().BeTrue(); } [Fact] public void TransformingValidator_TryValidate_ShouldHandleFailureWithContext() { var validator = CreateTransformingValidator(); var context = CreateContext(); var isValid = validator.TryValidate( " ", context, out var validatedLength, out var failure, ValidationTarget.Relative("text", isNormalized: true), "Text" ); isValid.Should().BeFalse(); validatedLength.Should().Be(0); failure.Errors.Should().ContainSingle(error => error.Code == "NotNullOrWhiteSpace"); } [Fact] public void SameTypeValidator_Validate_ShouldThrow_WhenContextIsNull() { var validator = CreateSameTypeValidator(); Action act = () => validator.Validate( "Alice", default, ValidationTarget.Absolute("name", isNormalized: true), "Name" ); act.Should().Throw().WithParameterName("context"); } [Fact] public void TransformingValidator_Validate_ShouldThrow_WhenTargetIsDefault() { var validator = CreateTransformingValidator(); var context = CreateContext(); Action act = () => validator.Validate("Alice", context, (ValidationTarget) default, "Name"); act.Should().Throw().WithParameterName("target"); } } Light.PortableResults-0.2.0/tests/Light.PortableResults.Validation.Tests/packages.lock.json000066400000000000000000000260021516707642500320620ustar00rootroot00000000000000{ "version": 2, "dependencies": { "net10.0": { "coverlet.collector": { "type": "Direct", "requested": "[8.0.1, )", "resolved": "8.0.1", "contentHash": 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