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dd-python-allocation-resource/smartschedule/000077500000000000000000000000001466731773200216175ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/__init__.py000066400000000000000000000000001466731773200237160ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/allocation/000077500000000000000000000000001466731773200237445ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/allocation/__init__.py000066400000000000000000000000001466731773200260430ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/allocation/allocated_capability.py000066400000000000000000000007021466731773200304460ustar00rootroot00000000000000from dataclasses import dataclass from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.shared.capability_selector import CapabilitySelector from smartschedule.shared.timeslot.time_slot import TimeSlot @dataclass(frozen=True) class AllocatedCapability: allocated_capability_id: AllocatableCapabilityId capability: CapabilitySelector time_slot: TimeSlot dd-python-allocation-resource/smartschedule/allocation/allocation_facade.py000066400000000000000000000171631466731773200277360ustar00rootroot00000000000000from datetime import datetime, timezone from uuid import UUID from smartschedule.allocation.allocations import Allocations from smartschedule.allocation.capabilities_allocated import CapabilitiesAllocated from smartschedule.allocation.capabilityscheduling.allocatable_capabilities_summary import ( AllocatableCapabilitiesSummary, ) from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.allocation.capabilityscheduling.allocatable_capability_summary import ( AllocatableCapabilitySummary, ) from smartschedule.allocation.capabilityscheduling.capability_finder import ( CapabilityFinder, ) from smartschedule.allocation.demands import Demands from smartschedule.allocation.project_allocation_scheduled import ( ProjectAllocationScheduled, ) from smartschedule.allocation.project_allocations import ProjectAllocations from smartschedule.allocation.project_allocations_id import ProjectAllocationsId from smartschedule.allocation.project_allocations_repository import ( ProjectAllocationsRepository, ) from smartschedule.allocation.projects_allocations_summary import ( ProjectsAllocationsSummary, ) from smartschedule.availability.availability_facade import AvailabilityFacade from smartschedule.availability.owner import Owner from smartschedule.availability.resource_id import ResourceId from smartschedule.shared.capability.capability import Capability from smartschedule.shared.capability_selector import CapabilitySelector from smartschedule.shared.events_publisher import EventsPublisher from smartschedule.shared.timeslot.time_slot import TimeSlot class AllocationFacade: def __init__( self, project_allocations_repository: ProjectAllocationsRepository, availability_facade: AvailabilityFacade, capability_finder: CapabilityFinder, event_publisher: EventsPublisher, ) -> None: self._project_allocations_repository = project_allocations_repository self._availability_facade = availability_facade self._capability_finder = capability_finder self._event_publisher = event_publisher def create_allocation( self, time_slot: TimeSlot, scheduled_demands: Demands ) -> ProjectAllocationsId: project_id = ProjectAllocationsId.new_one() project_allocations = ProjectAllocations( project_id, Allocations.none(), scheduled_demands, time_slot ) self._project_allocations_repository.add(project_allocations) self._event_publisher.publish( ProjectAllocationScheduled(project_id, time_slot, datetime.now()) ) return project_id def find_projects_allocations_by_ids( self, *project_ids: ProjectAllocationsId ) -> ProjectsAllocationsSummary: projects_allocations = self._project_allocations_repository.get_all( ids=list(project_ids) ) return ProjectsAllocationsSummary.of(*projects_allocations) def find_all_projects_allocations(self) -> ProjectsAllocationsSummary: projects_allocations = self._project_allocations_repository.get_all() return ProjectsAllocationsSummary.of(*projects_allocations) def allocate_to_project( self, project_id: ProjectAllocationsId, allocatable_capability_id: AllocatableCapabilityId, # capability: Capability, # NIE MA TEGO JUSH time_slot: TimeSlot, ) -> UUID | None: # yes, one transaction crossing 2 modules. capabilities = self._capability_finder.find_by_id(allocatable_capability_id) capability = next(iter(capabilities.all), None) if capability is None: return None if not ( self._availability_facade.block( allocatable_capability_id.to_availability_resource_id(), time_slot, Owner(project_id.id), ) ): return None event = self._allocate( project_id, allocatable_capability_id, capability.capabilities, time_slot ) return event.allocated_capability_id if event is not None else None def allocate_capability_to_project_for_period( self, project_id: ProjectAllocationsId, capability: Capability, time_slot: TimeSlot, ) -> bool: proposed_capabilities = self._capability_finder.find_capabilities( capability, time_slot ) if not proposed_capabilities.all: return False availability_resource_ids = { resource.id.to_availability_resource_id() for resource in proposed_capabilities.all } chosen = self._availability_facade.block_random_available( availability_resource_ids, time_slot, Owner(project_id.id) ) if not chosen: return False to_allocate = self._find_chosen_allocatable_capability( proposed_capabilities, chosen ) if not to_allocate: return False allocated_event = self._allocate( project_id, to_allocate.id, to_allocate.capabilities, time_slot ) return allocated_event is not None def _allocate( self, project_id: ProjectAllocationsId, allocatable_capability_id: AllocatableCapabilityId, capability: CapabilitySelector, time_slot: TimeSlot, ) -> CapabilitiesAllocated | None: allocations = self._project_allocations_repository.get(project_id) return allocations.allocate( allocatable_capability_id, capability, time_slot, datetime.now(tz=timezone.utc), ) def _find_chosen_allocatable_capability( self, proposed_capabilities: AllocatableCapabilitiesSummary, chosen: ResourceId ) -> AllocatableCapabilitySummary | None: matching = [ ac for ac in proposed_capabilities.all if ac.id.to_availability_resource_id() == chosen ] return next(iter(matching), None) def release_from_project( self, project_id: ProjectAllocationsId, allocatable_capability_id: AllocatableCapabilityId, time_slot: TimeSlot, ) -> bool: # can release not scheduled capability - at least for now. # Hence no check to CapabilityFinder self._availability_facade.release( allocatable_capability_id.to_availability_resource_id(), time_slot, Owner(project_id.id), ) allocations = self._project_allocations_repository.get(project_id) event = allocations.release( allocatable_capability_id, time_slot, datetime.now(tz=timezone.utc) ) return event is not None def edit_project_dates( self, project_id: ProjectAllocationsId, from_to: TimeSlot ) -> None: allocations = self._project_allocations_repository.get(project_id) allocations.define_slot(from_to, datetime.now(tz=timezone.utc)) self._event_publisher.publish( ProjectAllocationScheduled(project_id, from_to, datetime.now()) ) def schedule_project_allocations_demands( self, project_id: ProjectAllocationsId, demands: Demands ) -> None: try: allocations = self._project_allocations_repository.get(project_id) except self._project_allocations_repository.NotFound: allocations = ProjectAllocations.empty(project_id) event = allocations.add_demands(demands, datetime.now(tz=timezone.utc)) if event is not None: self._event_publisher.publish(event) self._project_allocations_repository.add(allocations) dd-python-allocation-resource/smartschedule/allocation/allocations.py000066400000000000000000000037101466731773200266270ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from smartschedule.allocation.allocated_capability import AllocatedCapability from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.shared.timeslot.time_slot import TimeSlot @dataclass(frozen=True) class Allocations: all: set[AllocatedCapability] @staticmethod def none() -> Allocations: return Allocations(all=set()) def add(self, allocated_capability: AllocatedCapability) -> Allocations: return Allocations(all=self.all.union({allocated_capability})) def remove( self, to_remove: AllocatableCapabilityId, time_slot: TimeSlot ) -> Allocations: allocated_capability = self.find(to_remove) if allocated_capability is None: return self return self._remove_from_slot(allocated_capability, time_slot) def _remove_from_slot( self, allocated_capability: AllocatedCapability, time_slot: TimeSlot ) -> Allocations: difference = allocated_capability.time_slot.leftover_after_removing_common_with( time_slot ) leftovers: set[AllocatedCapability] = { AllocatedCapability( allocated_capability.allocated_capability_id, allocated_capability.capability, leftover, ) for leftover in difference if leftover.within(allocated_capability.time_slot) } return Allocations( all=self.all.difference({allocated_capability}).union(leftovers) ) def find( self, allocated_capability_id: AllocatableCapabilityId ) -> AllocatedCapability | None: return next( ( allocation for allocation in self.all if allocation.allocated_capability_id == allocated_capability_id ), None, ) dd-python-allocation-resource/smartschedule/allocation/capabilities_allocated.py000066400000000000000000000007411466731773200307610ustar00rootroot00000000000000from dataclasses import dataclass, field from datetime import datetime from uuid import UUID, uuid4 from smartschedule.allocation.demands import Demands from smartschedule.allocation.project_allocations_id import ProjectAllocationsId @dataclass(frozen=True) class CapabilitiesAllocated: allocated_capability_id: UUID project_id: ProjectAllocationsId missing_demands: Demands occurred_at: datetime event_id: UUID = field(default_factory=uuid4, compare=False) dd-python-allocation-resource/smartschedule/allocation/capability_released.py000066400000000000000000000006551466731773200303110ustar00rootroot00000000000000from dataclasses import dataclass, field from datetime import datetime from uuid import UUID, uuid4 from smartschedule.allocation.demands import Demands from smartschedule.allocation.project_allocations_id import ProjectAllocationsId @dataclass(frozen=True) class CapabilityReleased: project_id: ProjectAllocationsId missing_demands: Demands occurred_at: datetime event_id: UUID = field(default_factory=uuid4) dd-python-allocation-resource/smartschedule/allocation/capabilityscheduling/000077500000000000000000000000001466731773200301335ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/allocation/capabilityscheduling/__init__.py000066400000000000000000000000001466731773200322320ustar00rootroot00000000000000allocatable_capabilities_summary.py000066400000000000000000000004161466731773200371600ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/allocation/capabilityschedulingfrom dataclasses import dataclass from smartschedule.allocation.capabilityscheduling.allocatable_capability_summary import ( AllocatableCapabilitySummary, ) @dataclass(frozen=True) class AllocatableCapabilitiesSummary: all: list[AllocatableCapabilitySummary] allocatable_capability.py000066400000000000000000000036201466731773200350730ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/allocation/capabilityschedulingfrom datetime import datetime from sqlalchemy import DateTime from sqlalchemy.orm import Mapped, mapped_column from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.allocation.capabilityscheduling.allocatable_resource_id import ( AllocatableResourceId, ) from smartschedule.shared.capability.capability import Capability from smartschedule.shared.capability_selector import ( CapabilitySelector, ) from smartschedule.shared.sqlalchemy_extensions import AsJSON, EmbeddedUUID, registry from smartschedule.shared.timeslot.time_slot import TimeSlot @registry.mapped_as_dataclass() class AllocatableCapability: __tablename__ = "allocatable_capabilities" id: Mapped[AllocatableCapabilityId] = mapped_column( EmbeddedUUID[AllocatableCapabilityId], primary_key=True ) possible_capabilities: Mapped[CapabilitySelector] = mapped_column( AsJSON[CapabilitySelector] ) resource_id: Mapped[AllocatableResourceId] = mapped_column( EmbeddedUUID[AllocatableResourceId] ) _from_date: Mapped[datetime] = mapped_column( DateTime(timezone=True), name="from_date" ) _to_date: Mapped[datetime] = mapped_column(DateTime(timezone=True), name="to_date") def __init__( self, resource_id: AllocatableResourceId, possible_capabilities: CapabilitySelector, time_slot: TimeSlot, ) -> None: self.id = AllocatableCapabilityId.new_one() self.resource_id = resource_id self.possible_capabilities = possible_capabilities self._from_date = time_slot.from_ self._to_date = time_slot.to @property def time_slot(self) -> TimeSlot: return TimeSlot(self._from_date, self._to_date) def can_perform(self, capability: set[Capability]) -> bool: return self.possible_capabilities.can_perform(*capability) allocatable_capability_id.py000066400000000000000000000022421466731773200355460ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/allocation/capabilityschedulingfrom __future__ import annotations from dataclasses import dataclass from uuid import UUID, uuid4 from smartschedule.availability.resource_id import ResourceId @dataclass(frozen=True) class AllocatableCapabilityId: _id: UUID @property def id(self) -> UUID: return self._id @staticmethod def new_one() -> AllocatableCapabilityId: return AllocatableCapabilityId(uuid4()) @staticmethod def none() -> AllocatableCapabilityId: return AllocatableCapabilityId(UUID(int=0)) def to_availability_resource_id(self) -> ResourceId: return ResourceId(self._id) @staticmethod def from_availability_resource_id( resource_id: ResourceId, ) -> AllocatableCapabilityId: return AllocatableCapabilityId(resource_id.id) def __eq__(self, other: object) -> bool: if not isinstance(other, AllocatableCapabilityId): return False return self._id == other._id def __hash__(self) -> int: return hash(self._id) def __repr__(self) -> str: return f"AllocatableCapabilityId(UUID(hex='{self._id}'))" def __str__(self) -> str: return str(self._id) allocatable_capability_repository.py000066400000000000000000000055201466731773200373730ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/allocation/capabilityschedulingfrom datetime import datetime from sqlalchemy import select, text from smartschedule.allocation.capabilityscheduling.allocatable_capability import ( AllocatableCapability, ) from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.allocation.capabilityscheduling.allocatable_resource_id import ( AllocatableResourceId, ) from smartschedule.shared.sqlalchemy_extensions import SQLAlchemyRepository class AllocatableCapabilityRepository( SQLAlchemyRepository[AllocatableCapability, AllocatableCapabilityId] ): def find_by_capability_within( self, name: str, type: str, from_: datetime, to: datetime ) -> list[AllocatableCapability]: stmt = text( """SELECT ac.* FROM allocatable_capabilities ac CROSS JOIN LATERAL jsonb_array_elements(ac.possible_capabilities -> 'capabilities') AS o(obj) WHERE o.obj ->> 'name' = :name AND o.obj ->> 'type' = :type AND ac.from_date <= :from_date AND ac.to_date >= :to_date """ ) params = {"name": name, "type": type, "from_date": from_, "to_date": to} result = self._session.execute(select(self._type).from_statement(stmt), params) return list(result.scalars().all()) def find_by_resource_id_and_capability_and_time_slot( self, allocatable_resource_id: AllocatableResourceId, name: str, type: str, from_: datetime, to: datetime, ) -> AllocatableCapability | None: stmt = text( """SELECT ac.* FROM allocatable_capabilities ac CROSS JOIN LATERAL jsonb_array_elements(ac.possible_capabilities -> 'capabilities') AS o(obj) WHERE o.obj ->> 'name' = :name AND o.obj ->> 'type' = :type AND ac.resource_id = :resource_id AND ac.from_date <= :from_date AND ac.to_date >= :to_date """ ) params = { "resource_id": allocatable_resource_id.id, "name": name, "type": type, "from_date": from_, "to_date": to, } result = self._session.execute(select(self._type).from_statement(stmt), params) return result.scalar() def find_by_resource_id_and_time_slot( self, allocatable_resource_id: AllocatableResourceId, from_: datetime, to: datetime, ) -> list[AllocatableCapability]: stmt = select(self._type).filter( self._type.resource_id == allocatable_resource_id, self._type._from_date <= from_, self._type._to_date >= to, ) return list(self._session.execute(stmt).scalars().all()) allocatable_capability_summary.py000066400000000000000000000011451466731773200366500ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/allocation/capabilityschedulingfrom dataclasses import dataclass from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.allocation.capabilityscheduling.allocatable_resource_id import ( AllocatableResourceId, ) from smartschedule.shared.capability_selector import ( CapabilitySelector, ) from smartschedule.shared.timeslot.time_slot import TimeSlot @dataclass(frozen=True) class AllocatableCapabilitySummary: id: AllocatableCapabilityId allocatable_resource_id: AllocatableResourceId capabilities: CapabilitySelector time_slot: TimeSlot allocatable_resource_id.py000066400000000000000000000010371466731773200352550ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/allocation/capabilityschedulingfrom __future__ import annotations from dataclasses import dataclass from uuid import UUID, uuid4 @dataclass(frozen=True) class AllocatableResourceId: _resource_id: UUID @property def id(self) -> UUID: return self._resource_id @staticmethod def new_one() -> AllocatableResourceId: return AllocatableResourceId(uuid4()) def __eq__(self, other: object) -> bool: if not isinstance(other, AllocatableResourceId): return False return self._resource_id == other._resource_id dd-python-allocation-resource/smartschedule/allocation/capabilityscheduling/capability_finder.py000066400000000000000000000064531466731773200341650ustar00rootroot00000000000000from smartschedule.allocation.capabilityscheduling.allocatable_capabilities_summary import ( AllocatableCapabilitiesSummary, ) from smartschedule.allocation.capabilityscheduling.allocatable_capability import ( AllocatableCapability, ) from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.allocation.capabilityscheduling.allocatable_capability_repository import ( AllocatableCapabilityRepository, ) from smartschedule.allocation.capabilityscheduling.allocatable_capability_summary import ( AllocatableCapabilitySummary, ) from smartschedule.availability.availability_facade import AvailabilityFacade from smartschedule.shared.capability.capability import Capability from smartschedule.shared.timeslot.time_slot import TimeSlot class CapabilityFinder: def __init__( self, availability_facade: AvailabilityFacade, allocatable_capability_repository: AllocatableCapabilityRepository, ) -> None: self._availability_facade = availability_facade self._repository = allocatable_capability_repository def find_available_capabilities( self, capability: Capability, time_slot: TimeSlot ) -> AllocatableCapabilitiesSummary: found = self._repository.find_by_capability_within( capability.name, capability.type, time_slot.from_, time_slot.to ) found = self._filter_availability_in_time_slot(found, time_slot) return self._create_summary(*found) def find_capabilities( self, capability: Capability, time_slot: TimeSlot ) -> AllocatableCapabilitiesSummary: found = self._repository.find_by_capability_within( capability.name, capability.type, time_slot.from_, time_slot.to ) return self._create_summary(*found) def find_by_id( self, *allocatable_capability_ids: AllocatableCapabilityId ) -> AllocatableCapabilitiesSummary: found = self._repository.get_all(list(allocatable_capability_ids)) return self._create_summary(*list(found)) def _filter_availability_in_time_slot( self, allocatable_capabilities: list[AllocatableCapability], time_slot: TimeSlot ) -> list[AllocatableCapability]: availability_ids = { allocatable_capability.id.to_availability_resource_id() for allocatable_capability in allocatable_capabilities } calendars = self._availability_facade.load_calendars( availability_ids, time_slot ) return [ allocatable_capability for allocatable_capability in allocatable_capabilities if time_slot in calendars.get( allocatable_capability.id.to_availability_resource_id() ).available_slots() ] def _create_summary( self, *found: AllocatableCapability ) -> AllocatableCapabilitiesSummary: summaries = [ AllocatableCapabilitySummary( allocatable_capability.id, allocatable_capability.resource_id, allocatable_capability.possible_capabilities, allocatable_capability.time_slot, ) for allocatable_capability in found ] return AllocatableCapabilitiesSummary(all=summaries) dd-python-allocation-resource/smartschedule/allocation/capabilityscheduling/capability_scheduler.py000066400000000000000000000102501466731773200346620ustar00rootroot00000000000000from smartschedule.allocation.capabilityscheduling.allocatable_capability import ( AllocatableCapability, ) from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.allocation.capabilityscheduling.allocatable_capability_repository import ( AllocatableCapabilityRepository, ) from smartschedule.allocation.capabilityscheduling.allocatable_resource_id import ( AllocatableResourceId, ) from smartschedule.availability.availability_facade import AvailabilityFacade from smartschedule.shared.capability.capability import Capability from smartschedule.shared.capability_selector import ( CapabilitySelector, ) from smartschedule.shared.timeslot.time_slot import TimeSlot class CapabilityScheduler: def __init__( self, availability_facade: AvailabilityFacade, allocatable_capability_repository: AllocatableCapabilityRepository, ) -> None: self._availability_facade = availability_facade self._repository = allocatable_capability_repository def schedule_resource_capabilities_for_period( self, resource_id: AllocatableResourceId, capabilities: list[CapabilitySelector], time_slot: TimeSlot, ) -> list[AllocatableCapabilityId]: allocatable_resource_ids = self._create_allocatable_resources( resource_id, capabilities, time_slot ) for allocatable_resource_id in allocatable_resource_ids: availability_id = allocatable_resource_id.to_availability_resource_id() self._availability_facade.create_resource_slots(availability_id, time_slot) return allocatable_resource_ids def schedule_multiple_resources_for_period( self, resources: set[AllocatableResourceId], capability: Capability, time_slot: TimeSlot, ) -> list[AllocatableCapabilityId]: allocatable_capabilities = [ AllocatableCapability( resource, CapabilitySelector.can_just_perform(capability), time_slot ) for resource in resources ] self._repository.add_all(allocatable_capabilities) for allocatable_capability in allocatable_capabilities: resource_id = allocatable_capability.id.to_availability_resource_id() self._availability_facade.create_resource_slots(resource_id, time_slot) return [ allocatable_capability.id for allocatable_capability in allocatable_capabilities ] def find_resource_capablities( self, allocatable_resource_id: AllocatableResourceId, capability: Capability, period: TimeSlot, ) -> AllocatableCapabilityId | None: allocatable_capability = ( self._repository.find_by_resource_id_and_capability_and_time_slot( allocatable_resource_id, capability.name, capability.type, period.from_, period.to, ) ) return allocatable_capability.id if allocatable_capability else None def find_resource_performing_capabilities( self, allocatable_resource_id: AllocatableResourceId, capabilities: set[Capability], time_slot: TimeSlot, ) -> AllocatableCapabilityId | None: allocatable_capabilities = self._repository.find_by_resource_id_and_time_slot( allocatable_resource_id, time_slot.from_, time_slot.to ) matching = [ ac.id for ac in allocatable_capabilities if ac.can_perform(capabilities) ] return next(iter(matching), None) def _create_allocatable_resources( self, resource_id: AllocatableResourceId, capabilities: list[CapabilitySelector], time_slot: TimeSlot, ) -> list[AllocatableCapabilityId]: allocatable_capabilities = [ AllocatableCapability(resource_id, capability, time_slot) for capability in capabilities ] self._repository.add_all(allocatable_capabilities) return [ allocatable_capability.id for allocatable_capability in allocatable_capabilities ] dd-python-allocation-resource/smartschedule/allocation/capabilityscheduling/legacyacl/000077500000000000000000000000001466731773200320575ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/allocation/capabilityscheduling/legacyacl/__init__.py000066400000000000000000000000001466731773200341560ustar00rootroot00000000000000employee_created_in_legacy_system_message_handler.py000066400000000000000000000021531466731773200445000ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/allocation/capabilityscheduling/legacyaclfrom __future__ import annotations from smartschedule.allocation.capabilityscheduling.allocatable_resource_id import ( AllocatableResourceId, ) from smartschedule.allocation.capabilityscheduling.capability_scheduler import ( CapabilityScheduler, ) from smartschedule.allocation.capabilityscheduling.legacyacl import ( translate_to_capability_selector, ) from smartschedule.allocation.capabilityscheduling.legacyacl.employee_data_from_legacy_esb_message import ( EmployeeDataFromLegacyEsbMessage, ) class EmployeeCreatedInLegacySystemMessageHandler: def __init__(self, capability_scheduler: CapabilityScheduler) -> None: self._capability_scheduler = capability_scheduler # subscribe to message bus def handle(self, message: EmployeeDataFromLegacyEsbMessage) -> None: allocatable_resource_id = AllocatableResourceId(message.resource_id) capability_selectors = translate_to_capability_selector.translate(message) self._capability_scheduler.schedule_resource_capabilities_for_period( allocatable_resource_id, capability_selectors, message.time_slot ) employee_data_from_legacy_esb_message.py000066400000000000000000000005201466731773200420630ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/allocation/capabilityscheduling/legacyaclfrom dataclasses import dataclass from uuid import UUID from smartschedule.shared.timeslot.time_slot import TimeSlot @dataclass(frozen=True) class EmployeeDataFromLegacyEsbMessage: resource_id: UUID skills_performed_together: list[list[str]] exclusive_skills: list[str] permissions: list[str] time_slot: TimeSlot translate_to_capability_selector.py000066400000000000000000000025101466731773200411500ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/allocation/capabilityscheduling/legacyaclfrom itertools import chain from smartschedule.allocation.capabilityscheduling.legacyacl.employee_data_from_legacy_esb_message import ( EmployeeDataFromLegacyEsbMessage, ) from smartschedule.shared.capability.capability import Capability from smartschedule.shared.capability_selector import CapabilitySelector def translate(message: EmployeeDataFromLegacyEsbMessage) -> list[CapabilitySelector]: employee_skills = [ CapabilitySelector.can_perform_all_at_the_time( {Capability.skill(skill_name) for skill_name in skill_names} ) for skill_names in message.skills_performed_together ] employee_exclusive_skills = [ CapabilitySelector.can_just_perform(Capability.skill(skill_name)) for skill_name in message.exclusive_skills ] employee_permissions = list( chain.from_iterable( _multiple_permissions(permission) for permission in message.permissions ) ) return employee_skills + employee_exclusive_skills + employee_permissions def _multiple_permissions(permission_legacy_code: str) -> list[CapabilitySelector]: parts = permission_legacy_code.split("<>") permission = parts[0] times = int(parts[1]) return [ CapabilitySelector.can_just_perform(Capability.permission(permission)) for _ in range(times) ] dd-python-allocation-resource/smartschedule/allocation/cashflow/000077500000000000000000000000001466731773200255525ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/allocation/cashflow/__init__.py000066400000000000000000000000001466731773200276510ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/allocation/cashflow/cash_flow_facade.py000066400000000000000000000031201466731773200313500ustar00rootroot00000000000000from datetime import datetime from smartschedule.allocation.cashflow.cashflow import Cashflow from smartschedule.allocation.cashflow.cashflow_repository import CashflowRepository from smartschedule.allocation.cashflow.cost import Cost from smartschedule.allocation.cashflow.earnings import Earnings from smartschedule.allocation.cashflow.earnings_recalculated import EarningsRecalculated from smartschedule.allocation.cashflow.income import Income from smartschedule.allocation.project_allocations_id import ProjectAllocationsId from smartschedule.shared.events_publisher import EventsPublisher class CashFlowFacade: def __init__( self, cash_flow_repository: CashflowRepository, events_publisher: EventsPublisher, ) -> None: self._cash_flow_repository = cash_flow_repository self._events_publisher = events_publisher def add_income_and_cost( self, project_id: ProjectAllocationsId, income: Income, cost: Cost ) -> None: try: cashflow = self._cash_flow_repository.get(project_id) cashflow.income = income cashflow.cost = cost except self._cash_flow_repository.NotFound: cashflow = Cashflow(project_id=project_id, income=income, cost=cost) self._cash_flow_repository.add(cashflow) event = EarningsRecalculated(project_id, cashflow.earnings, datetime.now()) self._events_publisher.publish(event) def find(self, project_id: ProjectAllocationsId) -> Earnings: cashflow = self._cash_flow_repository.get(project_id) return cashflow.earnings dd-python-allocation-resource/smartschedule/allocation/cashflow/cashflow.py000066400000000000000000000017631466731773200277410ustar00rootroot00000000000000from sqlalchemy.orm import Mapped, mapped_column from smartschedule.allocation.cashflow.cost import Cost from smartschedule.allocation.cashflow.earnings import Earnings from smartschedule.allocation.cashflow.income import Income from smartschedule.allocation.project_allocations_id import ProjectAllocationsId from smartschedule.shared.sqlalchemy_extensions import AsJSON, EmbeddedUUID, registry @registry.mapped_as_dataclass() class Cashflow: __tablename__ = "cashflows" project_id: Mapped[ProjectAllocationsId] = mapped_column( EmbeddedUUID[ProjectAllocationsId], primary_key=True ) income: Mapped[Income] = mapped_column(AsJSON[Income]) cost: Mapped[Cost] = mapped_column(AsJSON[Cost]) def __init__( self, project_id: ProjectAllocationsId, income: Income, cost: Cost ) -> None: self.project_id = project_id self.income = income self.cost = cost @property def earnings(self) -> Earnings: return self.income - self.cost dd-python-allocation-resource/smartschedule/allocation/cashflow/cashflow_repository.py000066400000000000000000000004701466731773200322320ustar00rootroot00000000000000from smartschedule.allocation.cashflow.cashflow import Cashflow from smartschedule.allocation.project_allocations_id import ProjectAllocationsId from smartschedule.shared.sqlalchemy_extensions import SQLAlchemyRepository class CashflowRepository(SQLAlchemyRepository[Cashflow, ProjectAllocationsId]): pass dd-python-allocation-resource/smartschedule/allocation/cashflow/cost.py000066400000000000000000000004521466731773200270750ustar00rootroot00000000000000from dataclasses import dataclass from decimal import Decimal @dataclass(init=False, unsafe_hash=True) class Cost: _cost: Decimal def __init__(self, cost: Decimal | int) -> None: self._cost = Decimal(cost) @property def value(self) -> Decimal: return self._cost dd-python-allocation-resource/smartschedule/allocation/cashflow/earnings.py000066400000000000000000000007421466731773200277350ustar00rootroot00000000000000from __future__ import annotations import functools from dataclasses import dataclass from decimal import Decimal @functools.total_ordering @dataclass(init=False, unsafe_hash=True) class Earnings: _earnings: Decimal def __init__(self, value: Decimal | int) -> None: self._earnings = Decimal(value) def to_decimal(self) -> Decimal: return self._earnings def __gt__(self, other: Earnings) -> bool: return self._earnings > other._earnings dd-python-allocation-resource/smartschedule/allocation/cashflow/earnings_recalculated.py000066400000000000000000000006601466731773200324440ustar00rootroot00000000000000from dataclasses import dataclass, field from datetime import datetime from uuid import UUID, uuid4 from smartschedule.allocation.cashflow.earnings import Earnings from smartschedule.allocation.project_allocations_id import ProjectAllocationsId @dataclass(frozen=True) class EarningsRecalculated: project_id: ProjectAllocationsId earnings: Earnings occurred_at: datetime uuid: UUID = field(default_factory=uuid4) dd-python-allocation-resource/smartschedule/allocation/cashflow/income.py000066400000000000000000000007071466731773200274020ustar00rootroot00000000000000from dataclasses import dataclass from decimal import Decimal from smartschedule.allocation.cashflow.cost import Cost from smartschedule.allocation.cashflow.earnings import Earnings @dataclass(init=False, unsafe_hash=True) class Income: _income: Decimal def __init__(self, value: Decimal | int) -> None: self._income = Decimal(value) def __sub__(self, other: Cost) -> Earnings: return Earnings(self._income - other.value) dd-python-allocation-resource/smartschedule/allocation/demand.py000066400000000000000000000003751466731773200255530ustar00rootroot00000000000000from dataclasses import dataclass from smartschedule.shared.capability.capability import Capability from smartschedule.shared.timeslot.time_slot import TimeSlot @dataclass(frozen=True) class Demand: capability: Capability time_slot: TimeSlot dd-python-allocation-resource/smartschedule/allocation/demands.py000066400000000000000000000026721466731773200257400ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from smartschedule.allocation.allocations import Allocations from smartschedule.allocation.demand import Demand from smartschedule.shared.capability.capability import Capability from smartschedule.shared.timeslot.time_slot import TimeSlot @dataclass(frozen=True) class Demands: all: list[Demand] @staticmethod def none() -> Demands: return Demands(all=[]) @staticmethod def of(*demands: Demand) -> Demands: return Demands(all=list(demands)) @staticmethod def all_in_same_time_slot( time_slot: TimeSlot, *capabilities: Capability ) -> Demands: return Demands.of( *[Demand(capability, time_slot) for capability in capabilities] ) def with_new(self, new_demands: Demands) -> Demands: self.all.extend(new_demands.all) return Demands(all=self.all[:]) def missing_demands(self, allocations: Allocations) -> Demands: return Demands( [ demand for demand in self.all if not self._satisfied_by(demand, allocations) ] ) def _satisfied_by(self, demand: Demand, allocations: Allocations) -> bool: return any( allocation.capability.can_perform(demand.capability) and demand.time_slot.within(allocation.time_slot) for allocation in allocations.all ) dd-python-allocation-resource/smartschedule/allocation/potential_transfers.py000066400000000000000000000102251466731773200304040ustar00rootroot00000000000000from __future__ import annotations import functools from dataclasses import dataclass from smartschedule.allocation.allocated_capability import AllocatedCapability from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.allocation.capabilityscheduling.allocatable_capability_summary import ( AllocatableCapabilitySummary, ) from smartschedule.allocation.cashflow.earnings import Earnings from smartschedule.allocation.project_allocations_id import ProjectAllocationsId from smartschedule.allocation.projects_allocations_summary import ( ProjectsAllocationsSummary, ) from smartschedule.shared.timeslot.time_slot import TimeSlot from smartschedule.simulation.demand import Demand from smartschedule.simulation.demands import Demands from smartschedule.simulation.project_id import ProjectId from smartschedule.simulation.simulated_project import SimulatedProject @dataclass(frozen=True) class PotentialTransfers: summary: ProjectsAllocationsSummary earnings: dict[ProjectAllocationsId, Earnings] def transfer( self, project_from: ProjectAllocationsId, project_to: ProjectAllocationsId, allocated_capability: AllocatedCapability, for_slot: TimeSlot, ) -> PotentialTransfers: try: allocations_from = self.summary.project_allocations[project_from] allocations_to = self.summary.project_allocations[project_to] except KeyError: return self new_allocations_project_from = allocations_from.remove( allocated_capability.allocated_capability_id, for_slot ) if new_allocations_project_from == allocations_from: return self self.summary.project_allocations[project_from] = new_allocations_project_from new_allocations_project_to = allocations_to.add( AllocatedCapability( allocated_capability.allocated_capability_id, allocated_capability.capability, for_slot, ) ) self.summary.project_allocations[project_to] = new_allocations_project_to return PotentialTransfers(self.summary, self.earnings) def transfer_capabilities( self, project_to: ProjectAllocationsId, capability_to_transfer: AllocatableCapabilitySummary, for_slot: TimeSlot, ) -> PotentialTransfers: project_to_move_from = self._find_project_to_move_from( capability_to_transfer.id, for_slot ) if project_to_move_from is None: return self allocated_capability = AllocatedCapability( capability_to_transfer.id, capability_to_transfer.capabilities, capability_to_transfer.time_slot, ) return self.transfer( project_to_move_from, project_to, allocated_capability, for_slot ) def _find_project_to_move_from( self, capability_id: AllocatableCapabilityId, for_slot: TimeSlot ) -> ProjectAllocationsId | None: for ( project_allocations_id, allocations, ) in self.summary.project_allocations.items(): if allocations.find(capability_id) is not None: return project_allocations_id return None def to_simulated_projects(self) -> list[SimulatedProject]: return [ SimulatedProject( project_id=ProjectId(project_id.id), value_getter=functools.partial( lambda value: value, self.earnings[project_id].to_decimal() ), missing_demands=self._missing_demands(project_id), ) for project_id in self.summary.project_allocations.keys() ] def _missing_demands(self, project_id: ProjectAllocationsId) -> Demands: allocations = self.summary.project_allocations[project_id] all_demands = self.summary.demands[project_id].missing_demands(allocations) return Demands.of( [ Demand(capability=demand.capability, slot=demand.time_slot) for demand in all_demands.all ] ) dd-python-allocation-resource/smartschedule/allocation/potential_transfers_service.py000066400000000000000000000025231466731773200321260ustar00rootroot00000000000000from smartschedule.allocation.allocated_capability import AllocatedCapability from smartschedule.allocation.potential_transfers import PotentialTransfers from smartschedule.allocation.project_allocations_id import ProjectAllocationsId from smartschedule.shared.timeslot.time_slot import TimeSlot from smartschedule.simulation.simulated_capabilities import SimulatedCapabilities from smartschedule.simulation.simulation_facade import SimulationFacade class PotentialTransfersService: def __init__(self, simulation_facade: SimulationFacade) -> None: self._simulation_facade = simulation_facade def check_potential_transfer( self, transfers: PotentialTransfers, project_from: ProjectAllocationsId, project_to: ProjectAllocationsId, capability: AllocatedCapability, for_slot: TimeSlot, ) -> float: result_before = self._simulation_facade.what_is_the_optimal_setup( transfers.to_simulated_projects(), SimulatedCapabilities.none() ) after_transfer = transfers.transfer( project_from, project_to, capability, for_slot ) result_after = self._simulation_facade.what_is_the_optimal_setup( after_transfer.to_simulated_projects(), SimulatedCapabilities.none() ) return result_after.profit - result_before.profit dd-python-allocation-resource/smartschedule/allocation/project_allocation_scheduled.py000066400000000000000000000006621466731773200322150ustar00rootroot00000000000000from dataclasses import dataclass, field from datetime import datetime from uuid import UUID, uuid4 from smartschedule.allocation.project_allocations_id import ProjectAllocationsId from smartschedule.shared.timeslot.time_slot import TimeSlot @dataclass(frozen=True) class ProjectAllocationScheduled: project_id: ProjectAllocationsId from_to: TimeSlot occurred_at: datetime uuid: UUID = field(default_factory=uuid4) dd-python-allocation-resource/smartschedule/allocation/project_allocations.py000066400000000000000000000115031466731773200303540ustar00rootroot00000000000000from __future__ import annotations from datetime import datetime from sqlalchemy.orm import Mapped, mapped_column from smartschedule.allocation.allocated_capability import AllocatedCapability from smartschedule.allocation.allocations import Allocations from smartschedule.allocation.capabilities_allocated import CapabilitiesAllocated from smartschedule.allocation.capability_released import CapabilityReleased from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.allocation.demands import Demands from smartschedule.allocation.project_allocation_scheduled import ( ProjectAllocationScheduled, ) from smartschedule.allocation.project_allocations_demands_scheduled import ( ProjectAllocationsDemandsScheduled, ) from smartschedule.allocation.project_allocations_id import ProjectAllocationsId from smartschedule.shared.capability_selector import CapabilitySelector from smartschedule.shared.sqlalchemy_extensions import AsJSON, EmbeddedUUID, registry from smartschedule.shared.timeslot.time_slot import TimeSlot @registry.mapped_as_dataclass() class ProjectAllocations: __tablename__ = "project_allocations" project_id: Mapped[ProjectAllocationsId] = mapped_column( EmbeddedUUID[ProjectAllocationsId], primary_key=True ) allocations: Mapped[Allocations] = mapped_column(AsJSON[Allocations]) demands: Mapped[Demands] = mapped_column(AsJSON[Demands]) time_slot: Mapped[TimeSlot] = mapped_column(AsJSON[TimeSlot]) def __init__( self, project_id: ProjectAllocationsId, allocations: Allocations, demands: Demands, time_slot: TimeSlot, ) -> None: self.project_id = project_id self.allocations = allocations self.demands = demands self.time_slot = time_slot @staticmethod def empty(project_id: ProjectAllocationsId) -> ProjectAllocations: return ProjectAllocations( project_id, Allocations.none(), Demands.none(), TimeSlot.empty() ) @staticmethod def with_demands( project_id: ProjectAllocationsId, demands: Demands ) -> ProjectAllocations: return ProjectAllocations( project_id, Allocations.none(), demands, TimeSlot.empty() ) def allocate( self, allocatable_capability_id: AllocatableCapabilityId, capability: CapabilitySelector, requested_slot: TimeSlot, when: datetime, ) -> CapabilitiesAllocated | None: allocated_capability = AllocatedCapability( allocatable_capability_id, capability, requested_slot ) new_allocations = self.allocations.add(allocated_capability) if self._nothing_allocated( new_allocations ) or not self._within_project_time_slot(requested_slot): return None self.allocations = new_allocations return CapabilitiesAllocated( allocated_capability_id=allocated_capability.allocated_capability_id.id, project_id=self.project_id, missing_demands=self.missing_demands(), occurred_at=when, ) def _nothing_allocated(self, new_allocations: Allocations) -> bool: return new_allocations == self.allocations def _within_project_time_slot(self, requested_slot: TimeSlot) -> bool: if self.time_slot.is_empty(): return True return requested_slot.within(self.time_slot) def release( self, allocated_capability_id: AllocatableCapabilityId, time_slot: TimeSlot, when: datetime, ) -> CapabilityReleased | None: new_allocations = self.allocations.remove(allocated_capability_id, time_slot) if new_allocations == self.allocations: return None self.allocations = new_allocations return CapabilityReleased( project_id=self.project_id, missing_demands=self.missing_demands(), occurred_at=when, ) def _nothing_released(self) -> bool: return False def missing_demands(self) -> Demands: return self.demands.missing_demands(self.allocations) def has_time_slot(self) -> bool: return not self.time_slot.is_empty() def define_slot( self, time_slot: TimeSlot, when: datetime ) -> ProjectAllocationScheduled: self.time_slot = time_slot return ProjectAllocationScheduled( project_id=self.project_id, from_to=time_slot, occurred_at=when ) def add_demands( self, demands: Demands, when: datetime ) -> ProjectAllocationsDemandsScheduled: self.demands = self.demands.with_new(demands) return ProjectAllocationsDemandsScheduled( project_id=self.project_id, missing_demands=self.missing_demands(), occurred_at=when, ) dd-python-allocation-resource/smartschedule/allocation/project_allocations_demands_scheduled.py000066400000000000000000000006711466731773200340730ustar00rootroot00000000000000from dataclasses import dataclass, field from datetime import datetime from uuid import UUID, uuid4 from smartschedule.allocation.demands import Demands from smartschedule.allocation.project_allocations_id import ProjectAllocationsId @dataclass(frozen=True) class ProjectAllocationsDemandsScheduled: project_id: ProjectAllocationsId missing_demands: Demands occurred_at: datetime uuid: UUID = field(default_factory=uuid4) dd-python-allocation-resource/smartschedule/allocation/project_allocations_id.py000066400000000000000000000015301466731773200310270ustar00rootroot00000000000000from __future__ import annotations from uuid import UUID, uuid4 class ProjectAllocationsId: def __init__(self, uuid: UUID) -> None: self._project_allocations_id = uuid @property def id(self) -> UUID: return self._project_allocations_id @staticmethod def new_one() -> ProjectAllocationsId: return ProjectAllocationsId(uuid4()) def __eq__(self, other: object) -> bool: if not isinstance(other, ProjectAllocationsId): return False return self._project_allocations_id == other._project_allocations_id def __hash__(self) -> int: return hash(self._project_allocations_id) def __repr__(self) -> str: return f"ProjectAllocationsId(UUID(hex='{self._project_allocations_id}'))" def __str__(self) -> str: return str(self._project_allocations_id) dd-python-allocation-resource/smartschedule/allocation/project_allocations_repository.py000066400000000000000000000005361466731773200326570ustar00rootroot00000000000000from smartschedule.allocation.project_allocations import ProjectAllocations from smartschedule.allocation.project_allocations_id import ProjectAllocationsId from smartschedule.shared.sqlalchemy_extensions import SQLAlchemyRepository class ProjectAllocationsRepository( SQLAlchemyRepository[ProjectAllocations, ProjectAllocationsId] ): pass dd-python-allocation-resource/smartschedule/allocation/projects_allocations_summary.py000066400000000000000000000025341466731773200323200ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from smartschedule.allocation.allocations import Allocations from smartschedule.allocation.demands import Demands from smartschedule.allocation.project_allocations import ProjectAllocations from smartschedule.allocation.project_allocations_id import ProjectAllocationsId from smartschedule.shared.timeslot.time_slot import TimeSlot @dataclass(frozen=True) class ProjectsAllocationsSummary: time_slots: dict[ProjectAllocationsId, TimeSlot] project_allocations: dict[ProjectAllocationsId, Allocations] demands: dict[ProjectAllocationsId, Demands] @staticmethod def of(*all_project_allocations: ProjectAllocations) -> ProjectsAllocationsSummary: time_slots = { project_allocations.project_id: project_allocations.time_slot for project_allocations in all_project_allocations if project_allocations.has_time_slot() } allocations = { project_allocations.project_id: project_allocations.allocations for project_allocations in all_project_allocations } demands = { project_allocations.project_id: project_allocations.demands for project_allocations in all_project_allocations } return ProjectsAllocationsSummary(time_slots, allocations, demands) dd-python-allocation-resource/smartschedule/availability/000077500000000000000000000000001466731773200242715ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/availability/__init__.py000066400000000000000000000000001466731773200263700ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/availability/availability_facade.py000066400000000000000000000126721466731773200306100ustar00rootroot00000000000000from datetime import datetime from smartschedule.availability.calendar import Calendar from smartschedule.availability.calendars import Calendars from smartschedule.availability.owner import Owner from smartschedule.availability.resource_availability_read_model import ( ResourceAvailabilityReadModel, ) from smartschedule.availability.resource_availability_repository import ( ResourceAvailabilityRepository, ) from smartschedule.availability.resource_grouped_availability import ( ResourceGroupedAvailability, ) from smartschedule.availability.resource_id import ResourceId from smartschedule.availability.resource_taken_over import ResourceTakenOver from smartschedule.availability.segment import segments from smartschedule.availability.segment.segment_in_minutes import SegmentInMinutes from smartschedule.shared.events_publisher import EventsPublisher from smartschedule.shared.timeslot.time_slot import TimeSlot class AvailabilityFacade: def __init__( self, repository: ResourceAvailabilityRepository, read_model: ResourceAvailabilityReadModel, events_publisher: EventsPublisher, ) -> None: self._repository = repository self._read_model = read_model self._events_publisher = events_publisher def create_resource_slots( self, resource_id: ResourceId, time_slot: TimeSlot, parent_id: ResourceId | None = None, ) -> None: grouped_availability = ResourceGroupedAvailability.of( resource_id, time_slot, parent_id ) self._repository.save_new(grouped_availability) def block( self, resource_id: ResourceId, time_slot: TimeSlot, requester: Owner ) -> bool: to_block = self._find_grouped(resource_id, time_slot) return self._block(to_block, requester) def _block(self, to_block: ResourceGroupedAvailability, requester: Owner) -> bool: if to_block.has_no_slots(): return False result = to_block.block(requester) if result: return self._repository.save_checking_version(to_block) else: return False def release( self, resource_id: ResourceId, time_slot: TimeSlot, requester: Owner ) -> bool: to_release = self._find_grouped(resource_id, time_slot) if to_release.has_no_slots(): return False result = to_release.release(requester) if result: return self._repository.save_checking_version(to_release) else: return False def disable( self, resource_id: ResourceId, time_slot: TimeSlot, requester: Owner ) -> bool: to_disable = self._find_grouped(resource_id, time_slot) if to_disable.has_no_slots(): return False previous_owners = to_disable.owners if result := to_disable.disable(requester): if result := self._repository.save_checking_version(to_disable): event = ResourceTakenOver( resource_id, previous_owners, time_slot, datetime.now() ) self._events_publisher.publish(event) return result def block_random_available( self, resource_ids: set[ResourceId], within: TimeSlot, owner: Owner ) -> ResourceId | None: normalized = segments.normalize_to_segment_boundaries( within, SegmentInMinutes.default_segment() ) grouped_availability = ( self._repository.load_availabilities_of_random_resources_within( normalized, *resource_ids ) ) if self._block(grouped_availability, owner): return grouped_availability.resource_id else: return None def _find_grouped( self, resource_id: ResourceId, within: TimeSlot ) -> ResourceGroupedAvailability: normalized = segments.normalize_to_segment_boundaries( within, SegmentInMinutes.default_segment() ) availabilities = self._repository.load_all_within_slot(resource_id, normalized) return ResourceGroupedAvailability(availabilities) def find( self, resource_id: ResourceId, within: TimeSlot ) -> ResourceGroupedAvailability: normalized = segments.normalize_to_segment_boundaries( within, SegmentInMinutes.default_segment() ) availabilities = self._repository.load_all_within_slot(resource_id, normalized) return ResourceGroupedAvailability(availabilities) def find_by_parent_id( self, parent_id: ResourceId, within: TimeSlot ) -> ResourceGroupedAvailability: normalized = segments.normalize_to_segment_boundaries( within, SegmentInMinutes.default_segment() ) availabilities = self._repository.load_all_by_parent_id_within_slot( parent_id, normalized ) return ResourceGroupedAvailability(availabilities) def load_calendar(self, resource_id: ResourceId, within: TimeSlot) -> Calendar: normalized = segments.normalize_to_segment_boundaries( within, SegmentInMinutes.default_segment() ) return self._read_model.load(resource_id, normalized) def load_calendars( self, resource_ids: set[ResourceId], within: TimeSlot ) -> Calendars: normalized = segments.normalize_to_segment_boundaries( within, SegmentInMinutes.default_segment() ) return self._read_model.load_all(resource_ids, normalized) dd-python-allocation-resource/smartschedule/availability/blockade.py000066400000000000000000000013451466731773200264120ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from smartschedule.availability.owner import Owner @dataclass(frozen=True) class Blockade: taken_by: Owner disabled: bool @staticmethod def none() -> Blockade: return Blockade(Owner.none(), False) @staticmethod def disabled_by(owner: Owner) -> Blockade: return Blockade(owner, True) @staticmethod def owned_by(owner: Owner) -> Blockade: return Blockade(owner, False) def can_be_taken_by(self, requester: Owner) -> bool: return self.taken_by == Owner.none() or self.taken_by == requester def is_disabled_by(self, owner: Owner) -> bool: return self.disabled and self.taken_by == owner dd-python-allocation-resource/smartschedule/availability/calendar.py000066400000000000000000000015611466731773200264170ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from smartschedule.availability.owner import Owner from smartschedule.availability.resource_id import ResourceId from smartschedule.shared.timeslot.time_slot import TimeSlot @dataclass(frozen=True) class Calendar: resource_id: ResourceId calendar: dict[Owner, list[TimeSlot]] @staticmethod def with_available_slots( resource_id: ResourceId, *available_slots: TimeSlot ) -> Calendar: return Calendar(resource_id, {Owner.none(): list(available_slots)}) @staticmethod def empty(resource_id: ResourceId) -> Calendar: return Calendar(resource_id, {}) def available_slots(self) -> list[TimeSlot]: return self.calendar.get(Owner.none(), []) def taken_by(self, requster: Owner) -> list[TimeSlot]: return self.calendar.get(requster, []) dd-python-allocation-resource/smartschedule/availability/calendars.py000066400000000000000000000011471466731773200266020ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from smartschedule.availability.calendar import Calendar from smartschedule.availability.resource_id import ResourceId @dataclass(frozen=True) class Calendars: calendars: dict[ResourceId, Calendar] @staticmethod def of(*calendars: Calendar) -> Calendars: return Calendars({calendar.resource_id: calendar for calendar in calendars}) def get(self, resource_id: ResourceId) -> Calendar: try: return self.calendars[resource_id] except KeyError: return Calendar.empty(resource_id) dd-python-allocation-resource/smartschedule/availability/owner.py000066400000000000000000000007011466731773200257730ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from uuid import UUID, uuid4 @dataclass(frozen=True) class Owner: owner: UUID @staticmethod def none() -> Owner: return Owner(UUID(int=0)) @staticmethod def new_one() -> Owner: return Owner(uuid4()) def by_none(self) -> bool: return self.owner == UUID(int=0) @property def id(self) -> UUID: return self.owner dd-python-allocation-resource/smartschedule/availability/resource_availability.py000066400000000000000000000043601466731773200312270ustar00rootroot00000000000000from typing import Final from smartschedule.availability.blockade import Blockade from smartschedule.availability.owner import Owner from smartschedule.availability.resource_availability_id import ResourceAvailabilityId from smartschedule.availability.resource_id import ResourceId from smartschedule.shared.timeslot.time_slot import TimeSlot class ResourceAvailability: def __init__( self, id: ResourceAvailabilityId, resource_id: ResourceId, segment: TimeSlot, parent_id: ResourceId | None = None, blockade: Blockade | None = None, version: int = 0, ) -> None: if parent_id is None: parent_id = ResourceId.new_one() if blockade is None: blockade = Blockade.none() self.id: Final = id self.resource_id: Final = resource_id self.parent_id: Final = parent_id self.segment: Final = segment self.blockade = blockade self.version = version def block(self, requester: Owner) -> bool: if self._is_available_for(requester): self.blockade = self.blockade.owned_by(requester) return True else: return False def release(self, requester: Owner) -> bool: if self._is_available_for(requester): self.blockade = self.blockade.none() return True else: return False def disable(self, requester: Owner) -> bool: self.blockade = Blockade.disabled_by(requester) return True def enable(self, requester: Owner) -> bool: if self.blockade.can_be_taken_by(requester): self.blockade = self.blockade.none() return True else: return False def is_disabled(self) -> bool: return self.blockade.disabled def is_disabled_by(self, requester: Owner) -> bool: return self.blockade.is_disabled_by(requester) def _is_available_for(self, requester: Owner) -> bool: return self.blockade.can_be_taken_by(requester) and not self.is_disabled() def blocked_by(self) -> Owner: return self.blockade.taken_by def __eq__(self, value: object) -> bool: return isinstance(value, ResourceAvailability) and value.id == self.id dd-python-allocation-resource/smartschedule/availability/resource_availability_id.py000066400000000000000000000010111466731773200316710ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from uuid import UUID, uuid4 @dataclass(frozen=True) class ResourceAvailabilityId: id: UUID @staticmethod def none() -> ResourceAvailabilityId: return ResourceAvailabilityId(UUID(int=0)) @staticmethod def new_one() -> ResourceAvailabilityId: return ResourceAvailabilityId(uuid4()) @staticmethod def from_str(value: str) -> ResourceAvailabilityId: return ResourceAvailabilityId(UUID(hex=value)) dd-python-allocation-resource/smartschedule/availability/resource_availability_read_model.py000066400000000000000000000110061466731773200333750ustar00rootroot00000000000000from __future__ import annotations from collections import defaultdict from datetime import datetime from uuid import UUID from sqlalchemy import Select, case, func, select from sqlalchemy.orm import Session from smartschedule.availability.calendar import Calendar from smartschedule.availability.calendars import Calendars from smartschedule.availability.owner import Owner from smartschedule.availability.resource_availability_repository import availabilities from smartschedule.availability.resource_id import ResourceId from smartschedule.shared.timeslot.time_slot import TimeSlot class ResourceAvailabilityReadModel: def __init__(self, session: Session) -> None: self._session = session def load(self, resource_id: ResourceId, within: TimeSlot) -> Calendar: calendars = self.load_all({resource_id}, within) return calendars.get(resource_id) def load_all(self, resource_ids: set[ResourceId], within: TimeSlot) -> Calendars: calendars: dict[ResourceId, dict[Owner, list[TimeSlot]]] = defaultdict( lambda: defaultdict(list) ) stmt = self._stmt(resource_ids, within) rows = self._session.execute(stmt).all() for row in rows: key = ResourceId(row.resource_id) owner = Owner(row.taken_by) loaded_slot = TimeSlot(row.start_date, row.end_date) calendars[key][owner].append(loaded_slot) return Calendars( { resource_id: Calendar(resource_id, calendar) for resource_id, calendar in calendars.items() } ) def _stmt( self, resource_ids: set[ResourceId], within: TimeSlot ) -> Select[ReadModelRow]: availability_with_lag = ( select( availabilities.c.resource_id, availabilities.c.taken_by, availabilities.c.from_date, availabilities.c.to_date, func.coalesce( func.lag(availabilities.c.to_date).over( partition_by=[ availabilities.c.resource_id, availabilities.c.taken_by, ], order_by=availabilities.c.from_date, ), availabilities.c.from_date, ).label("prev_to_date"), ) .filter( availabilities.c.resource_id.in_( [resource_id.id for resource_id in resource_ids] ), availabilities.c.from_date >= within.from_, availabilities.c.to_date <= within.to, ) .cte("availability_with_lag") ) grouped_availability = select( availability_with_lag.c.resource_id, availability_with_lag.c.taken_by, availability_with_lag.c.from_date, availability_with_lag.c.to_date, availability_with_lag.c.prev_to_date, case( ( availability_with_lag.c.from_date == availability_with_lag.c.prev_to_date, 0, ), else_=1, ).label("new_group_flag"), func.sum( case( ( availability_with_lag.c.from_date == availability_with_lag.c.prev_to_date, 0, ), else_=1, ) ) .over( partition_by=[ availability_with_lag.c.resource_id, availability_with_lag.c.taken_by, ], order_by=availability_with_lag.c.from_date, ) .label("grp"), ).cte("grouped_availability") stmt = ( select( grouped_availability.c.resource_id, grouped_availability.c.taken_by, func.min(grouped_availability.c.from_date).label("start_date"), func.max(grouped_availability.c.to_date).label("end_date"), ) .group_by( grouped_availability.c.resource_id, grouped_availability.c.taken_by, grouped_availability.c.grp, ) .order_by("start_date") ) return stmt class ReadModelRow(tuple[UUID, UUID, datetime, datetime]): resource_id: UUID taken_by: UUID start_date: datetime end_date: datetime dd-python-allocation-resource/smartschedule/availability/resource_availability_repository.py000066400000000000000000000147451466731773200335360ustar00rootroot00000000000000from collections import deque from typing import Any, Sequence from sqlalchemy import ( Boolean, Column, DateTime, Integer, Table, UniqueConstraint, func, insert, select, update, ) from sqlalchemy.dialects.postgresql import UUID from sqlalchemy.orm import Session from smartschedule.availability.blockade import Blockade from smartschedule.availability.owner import Owner from smartschedule.availability.resource_availability import ResourceAvailability from smartschedule.availability.resource_availability_id import ResourceAvailabilityId from smartschedule.availability.resource_grouped_availability import ( ResourceGroupedAvailability, ) from smartschedule.availability.resource_id import ResourceId from smartschedule.shared.sqlalchemy_extensions import registry from smartschedule.shared.timeslot.time_slot import TimeSlot class ResourceAvailabilityRepository: def __init__(self, session: Session) -> None: self._session = session def save_new( self, resource_availability: ResourceAvailability | ResourceGroupedAvailability ) -> None: match resource_availability: case ResourceAvailability(): self._save([resource_availability]) case ResourceGroupedAvailability(): self._save(resource_availability.resource_availabilities) def _save(self, resource_availabilities: Sequence[ResourceAvailability]) -> None: self._session.execute( insert(availabilities), [ { "id": ra.id.id, "resource_id": ra.resource_id.id, "resource_parent_id": ra.parent_id.id, "version": ra.version, "from_date": ra.segment.from_, "to_date": ra.segment.to, "taken_by": ra.blocked_by().id, "disabled": ra.is_disabled(), } for ra in resource_availabilities ], ) def load_by_id( self, resource_availability_id: ResourceAvailabilityId ) -> ResourceAvailability: stmt = select(availabilities).filter( availabilities.c.id == resource_availability_id.id ) row = self._session.execute(stmt).one() return _to_resource_availability(row) def load_all_within_slot( self, resource_id: ResourceId, slot: TimeSlot ) -> list[ResourceAvailability]: stmt = select(availabilities).filter( availabilities.c.resource_id == resource_id.id, availabilities.c.from_date >= slot.from_, availabilities.c.to_date <= slot.to, ) return [_to_resource_availability(row) for row in self._session.execute(stmt)] def load_all_by_parent_id_within_slot( self, parent_id: ResourceId, slot: TimeSlot ) -> list[ResourceAvailability]: stmt = select(availabilities).filter( availabilities.c.resource_parent_id == parent_id.id, availabilities.c.from_date >= slot.from_, availabilities.c.to_date <= slot.to, ) return [_to_resource_availability(row) for row in self._session.execute(stmt)] def save_checking_version( self, resource_availability: ResourceAvailability | ResourceGroupedAvailability | list[ResourceAvailability], ) -> bool: resource_availabilities: list[ResourceAvailability] match resource_availability: case ResourceAvailability(): resource_availabilities = [resource_availability] case ResourceGroupedAvailability(): resource_availabilities = resource_availability.resource_availabilities case list(): resource_availabilities = resource_availability results: deque[bool] = deque() for ra in resource_availabilities: id = ra.id.id version = ra.version stmt = ( update(availabilities) .where(availabilities.c.id == id, availabilities.c.version == version) .values( version=version + 1, taken_by=ra.blocked_by().id, disabled=ra.is_disabled(), ) ) result = self._session.execute(stmt) results.append(result.rowcount == 1) return all(results) def load_availabilities_of_random_resources_within( self, normalized: TimeSlot, *resource_ids: ResourceId ) -> ResourceGroupedAvailability: available_resources = ( select(availabilities.c.resource_id) .filter( availabilities.c.resource_id.in_( [resouce_id.id for resouce_id in resource_ids] ), availabilities.c.taken_by == Owner.none().id, availabilities.c.from_date >= normalized.from_, availabilities.c.to_date <= normalized.to, ) .group_by(availabilities.c.resource_id) .cte() ) random_resource = ( select(available_resources.c.resource_id) .order_by(func.random()) .limit(1) .cte("random_resource") ) stmt = select(availabilities).join( random_resource, availabilities.c.resource_id == random_resource.c.resource_id, ) rows = self._session.execute(stmt) return ResourceGroupedAvailability( [_to_resource_availability(row) for row in rows] ) availabilities = Table( "availabilities", registry.metadata, Column("id", UUID(as_uuid=True), primary_key=True), Column("resource_id", UUID(as_uuid=True), nullable=False), Column("resource_parent_id", UUID(as_uuid=True)), Column("version", Integer, nullable=False), Column("from_date", DateTime(timezone=True), nullable=False), Column("to_date", DateTime(timezone=True), nullable=False), Column("taken_by", UUID(as_uuid=True), nullable=False), Column("disabled", Boolean, nullable=False), UniqueConstraint("resource_id", "from_date", "to_date"), ) def _to_resource_availability(row: Any) -> ResourceAvailability: owner = Owner(row[6]) blockade = Blockade(owner, row[7]) return ResourceAvailability( id=ResourceAvailabilityId(row[0]), resource_id=ResourceId(row[1]), segment=TimeSlot(row[4], row[5]), parent_id=ResourceId(row[2]), version=row[3], blockade=blockade, ) dd-python-allocation-resource/smartschedule/availability/resource_grouped_availability.py000066400000000000000000000064131466731773200327550ustar00rootroot00000000000000from __future__ import annotations from typing import Final from smartschedule.availability.owner import Owner from smartschedule.availability.resource_availability import ResourceAvailability from smartschedule.availability.resource_availability_id import ResourceAvailabilityId from smartschedule.availability.resource_id import ResourceId from smartschedule.availability.segment import segments from smartschedule.availability.segment.segment_in_minutes import SegmentInMinutes from smartschedule.shared.timeslot.time_slot import TimeSlot class ResourceGroupedAvailability: def __init__(self, resource_availabilities: list[ResourceAvailability]) -> None: self.resource_availabilities: Final = resource_availabilities @staticmethod def of( resource_id: ResourceId, timeslot: TimeSlot, parent_id: ResourceId | None = None, ) -> ResourceGroupedAvailability: resource_availabilities = [ ResourceAvailability( id=ResourceAvailabilityId.new_one(), resource_id=resource_id, segment=segment, parent_id=parent_id, ) for segment in segments.split(timeslot, SegmentInMinutes.default_segment()) ] return ResourceGroupedAvailability(resource_availabilities) def block(self, requester: Owner) -> bool: return all( resource_availability.block(requester) for resource_availability in self.resource_availabilities ) def disable(self, requester: Owner) -> bool: return all( resource_availability.disable(requester) for resource_availability in self.resource_availabilities ) def release(self, requester: Owner) -> bool: return all( resource_availability.release(requester) for resource_availability in self.resource_availabilities ) @property def resource_id(self) -> ResourceId | None: if len(self.resource_availabilities) > 0: return self.resource_availabilities[0].resource_id else: return None @property def owners(self) -> set[Owner]: return {ra.blocked_by() for ra in self.resource_availabilities} def __len__(self) -> int: return len(self.resource_availabilities) def blocked_entirely_by(self, owner: Owner) -> bool: return all( resource_availability.blocked_by() == owner for resource_availability in self.resource_availabilities ) def is_disabled_entirely_by(self, owner: Owner) -> bool: return all( resource_availability.is_disabled_by(owner) for resource_availability in self.resource_availabilities ) def find_blocked_by(self, owner: Owner) -> list[ResourceAvailability]: return [ resource_availability for resource_availability in self.resource_availabilities if resource_availability.blocked_by() == owner ] def is_entirely_available(self) -> bool: return all( resource_availability.blocked_by().by_none() for resource_availability in self.resource_availabilities ) def has_no_slots(self) -> bool: return len(self.resource_availabilities) == 0 dd-python-allocation-resource/smartschedule/availability/resource_id.py000066400000000000000000000013351466731773200271500ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from uuid import UUID, uuid4 @dataclass(frozen=True) class ResourceId: _resource_id: UUID @property def id(self) -> UUID: return self._resource_id @staticmethod def new_one() -> ResourceId: return ResourceId(uuid4()) def __eq__(self, other: object) -> bool: if not isinstance(other, ResourceId): return False return self._resource_id == other._resource_id def __hash__(self) -> int: return hash(self._resource_id) def __repr__(self) -> str: return f"ResourceId(UUID(hex='{self._resource_id}'))" def __str__(self) -> str: return str(self._resource_id) dd-python-allocation-resource/smartschedule/availability/resource_taken_over.py000066400000000000000000000007351466731773200307140ustar00rootroot00000000000000from dataclasses import dataclass, field from datetime import datetime from uuid import UUID, uuid4 from smartschedule.availability.owner import Owner from smartschedule.availability.resource_id import ResourceId from smartschedule.shared.timeslot.time_slot import TimeSlot @dataclass(frozen=True) class ResourceTakenOver: resource_id: ResourceId previous_owners: set[Owner] slot: TimeSlot occurred_at: datetime uuid: UUID = field(default_factory=uuid4) dd-python-allocation-resource/smartschedule/availability/segment/000077500000000000000000000000001466731773200257335ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/availability/segment/__init__.py000066400000000000000000000000001466731773200300320ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/availability/segment/segment_in_minutes.py000066400000000000000000000016631466731773200322070ustar00rootroot00000000000000from __future__ import annotations from datetime import timedelta from typing import Final class SegmentInMinutes: DEFAULT_SEGMENT_DURATION: Final = timedelta(minutes=15) _value: timedelta def __init__(self, minutes: int) -> None: if minutes <= 0: raise ValueError("SegmentInMinutesDuraton must be greater than 0") default_duration_in_minutes = ( int(self.DEFAULT_SEGMENT_DURATION.total_seconds()) / 60 ) if minutes % default_duration_in_minutes != 0: raise ValueError( f"SegmentInMinutesDuration must be a multiple of {default_duration_in_minutes}" ) self._value = timedelta(minutes=minutes) @property def value(self) -> timedelta: return self._value @classmethod def default_segment(cls) -> SegmentInMinutes: return SegmentInMinutes(int(cls.DEFAULT_SEGMENT_DURATION.total_seconds() / 60)) dd-python-allocation-resource/smartschedule/availability/segment/segments.py000066400000000000000000000012511466731773200301310ustar00rootroot00000000000000from smartschedule.availability.segment.segment_in_minutes import SegmentInMinutes from smartschedule.availability.segment.slot_to_normalized_slot import ( slot_to_normalized_slot, ) from smartschedule.availability.segment.slot_to_segments import slot_to_segments from smartschedule.shared.timeslot.time_slot import TimeSlot def split(time_slot: TimeSlot, unit: SegmentInMinutes) -> list[TimeSlot]: normalized_slot = normalize_to_segment_boundaries(time_slot, unit) return slot_to_segments(normalized_slot, unit) def normalize_to_segment_boundaries( time_slot: TimeSlot, unit: SegmentInMinutes ) -> TimeSlot: return slot_to_normalized_slot(time_slot, unit) dd-python-allocation-resource/smartschedule/availability/segment/slot_to_normalized_slot.py000066400000000000000000000026101466731773200332540ustar00rootroot00000000000000from datetime import datetime from smartschedule.availability.segment.segment_in_minutes import SegmentInMinutes from smartschedule.shared.timeslot.time_slot import TimeSlot def slot_to_normalized_slot( time_slot: TimeSlot, segment_in_minutes: SegmentInMinutes ) -> TimeSlot: segment_start = _normalize_start(time_slot.from_, segment_in_minutes) segment_end = _normalize_end(time_slot.to, segment_in_minutes) normalized = TimeSlot(segment_start, segment_end) minimal_segment = TimeSlot(segment_start, segment_start + segment_in_minutes.value) if normalized.within(minimal_segment): return minimal_segment return normalized def _normalize_start( initial_start: datetime, segment_in_minutes: SegmentInMinutes ) -> datetime: closest_segment_start = initial_start.replace(minute=0, second=0, microsecond=0) if closest_segment_start + segment_in_minutes.value > initial_start: return closest_segment_start while closest_segment_start < initial_start: closest_segment_start += segment_in_minutes.value return closest_segment_start def _normalize_end( initial_end: datetime, segment_in_minutes: SegmentInMinutes ) -> datetime: closest_segment_end = initial_end.replace(minute=0, second=0, microsecond=0) while initial_end > closest_segment_end: closest_segment_end += segment_in_minutes.value return closest_segment_end dd-python-allocation-resource/smartschedule/availability/segment/slot_to_segments.py000066400000000000000000000022741466731773200317020ustar00rootroot00000000000000import math from datetime import datetime from smartschedule.availability.segment.segment_in_minutes import SegmentInMinutes from smartschedule.shared.timeslot.time_slot import TimeSlot def slot_to_segments(time_slot: TimeSlot, duration: SegmentInMinutes) -> list[TimeSlot]: minimal_segment = TimeSlot(time_slot.from_, time_slot.from_ + duration.value) if time_slot.within(minimal_segment): return [minimal_segment] number_of_segments = _calculate_number_of_segments(time_slot, duration) current_start = time_slot.from_ result = [] for _ in range(number_of_segments): current_end = _calculate_end(duration, current_start, time_slot.to) slot = TimeSlot(current_start, current_end) result.append(slot) current_start = current_start + duration.value return result def _calculate_number_of_segments( time_slot: TimeSlot, duration: SegmentInMinutes ) -> int: return math.ceil( time_slot.duration.total_seconds() / duration.value.total_seconds() ) def _calculate_end( duration: SegmentInMinutes, current_start: datetime, initial_end: datetime ) -> datetime: return min(current_start + duration.value, initial_end) dd-python-allocation-resource/smartschedule/container.py000066400000000000000000000004661466731773200241610ustar00rootroot00000000000000from lagom import Container from smartschedule.shared.event_bus import EventBus from smartschedule.shared.events_publisher import EventsPublisher def build() -> Container: container = Container() container[EventsPublisher] = lambda c: EventBus(c) # type: ignore[type-abstract] return container dd-python-allocation-resource/smartschedule/optimization/000077500000000000000000000000001466731773200243455ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/optimization/__init__.py000066400000000000000000000000001466731773200264440ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/optimization/capacity_dimension.py000066400000000000000000000000421466731773200305550ustar00rootroot00000000000000class CapacityDimension: pass dd-python-allocation-resource/smartschedule/optimization/item.py000066400000000000000000000007251466731773200256610ustar00rootroot00000000000000from dataclasses import dataclass from smartschedule.optimization.capacity_dimension import CapacityDimension from smartschedule.optimization.total_weight import TotalWeight @dataclass(frozen=True) class Item[T: CapacityDimension]: name: str value: float total_weight: TotalWeight[T] def is_weight_zero(self) -> bool: return len(self.total_weight.components) == 0 def __hash__(self) -> int: return hash((self.name, self.value)) dd-python-allocation-resource/smartschedule/optimization/optimization_facade.py000066400000000000000000000065561466731773200307440ustar00rootroot00000000000000from typing import Callable, TypeVar from smartschedule.optimization.capacity_dimension import CapacityDimension from smartschedule.optimization.item import Item from smartschedule.optimization.result import Result from smartschedule.optimization.total_capacity import TotalCapacity from smartschedule.optimization.total_weight import TotalWeight from smartschedule.shared.typing_extensions import Comparable T = TypeVar("T", bound=CapacityDimension) class OptimizationFacade: def calculate( self, items: list[Item[T]], total_capacity: TotalCapacity, sort_key_getter: Callable[[Item[T]], Comparable] | None = None, ) -> Result[T]: sort_key_getter = sort_key_getter or (lambda x: -x.value) capacities_size = len(total_capacity) dp = [0] * (capacities_size + 1) chosen_items_list: list[list[Item[T]]] = [ [] for _ in range(capacities_size + 1) ] allocated_capacities_list: list[set[CapacityDimension]] = [ set() for _ in range(capacities_size + 1) ] automatically_included_items = [item for item in items if item.is_weight_zero()] guaranteed_value = sum(item.value for item in automatically_included_items) for i in range(capacities_size + 1): chosen_items_list[i] = [] allocated_capacities_list[i] = set() all_capacities = total_capacity.capacities item_to_capacities_map = {} for item in sorted(items, key=sort_key_getter): chosen_capacities = self._match_capacities( # type: ignore item.total_weight, all_capacities, ) all_capacities = [ capacity for capacity in all_capacities if capacity not in chosen_capacities ] if not chosen_capacities: continue sum_value = int(item.value) chosen_capacities_count = len(chosen_capacities) for j in range(capacities_size, chosen_capacities_count - 1, -1): if dp[j] < sum_value + dp[j - chosen_capacities_count]: dp[j] = sum_value + dp[j - chosen_capacities_count] chosen_items_list[j] = chosen_items_list[ j - chosen_capacities_count ].copy() chosen_items_list[j].append(item) allocated_capacities_list[j].update(chosen_capacities) item_to_capacities_map[item] = set(chosen_capacities) chosen_items_list[capacities_size].extend(automatically_included_items) return Result( dp[capacities_size] + guaranteed_value, chosen_items_list[capacities_size], item_to_capacities_map, ) def _match_capacities( self, total_weight: TotalWeight[T], available_capacities: list[T] ) -> list[T]: result = [] for weight_component in total_weight.components: matching_capacity = next( ( capacity for capacity in available_capacities if weight_component.is_satisfied_by(capacity) ), None, ) if matching_capacity: result.append(matching_capacity) else: return [] return result dd-python-allocation-resource/smartschedule/optimization/result.py000066400000000000000000000007001466731773200262320ustar00rootroot00000000000000from dataclasses import dataclass from smartschedule.optimization.capacity_dimension import CapacityDimension from smartschedule.optimization.item import Item @dataclass(frozen=True) class Result[T: CapacityDimension]: profit: float chosen_items: list[Item[T]] item_to_capacities: dict[Item[T], set[CapacityDimension]] def __str__(self) -> str: return f"Result{{profit={self.profit}, chosen_items={self.chosen_items}}}" dd-python-allocation-resource/smartschedule/optimization/total_capacity.py000066400000000000000000000012141466731773200277150ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from smartschedule.optimization.capacity_dimension import CapacityDimension @dataclass(frozen=True) class TotalCapacity: capacities: list[CapacityDimension] @classmethod def of(cls, *capacities: CapacityDimension) -> TotalCapacity: return TotalCapacity(list(capacities)) @classmethod def zero(cls) -> TotalCapacity: return TotalCapacity([]) def add(self, capacities: list[CapacityDimension]) -> TotalCapacity: return TotalCapacity(self.capacities + capacities) def __len__(self) -> int: return len(self.capacities) dd-python-allocation-resource/smartschedule/optimization/total_weight.py000066400000000000000000000010431466731773200274070ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from smartschedule.optimization.capacity_dimension import CapacityDimension from smartschedule.optimization.weight_dimension import WeightDimension @dataclass(frozen=True) class TotalWeight[T: CapacityDimension]: components: list[WeightDimension[T]] @classmethod def zero(cls) -> TotalWeight[T]: return TotalWeight[T]([]) @classmethod def of(cls, *components: WeightDimension[T]) -> TotalWeight[T]: return TotalWeight(list(components)) dd-python-allocation-resource/smartschedule/optimization/weight_dimension.py000066400000000000000000000003511466731773200302520ustar00rootroot00000000000000import abc from smartschedule.optimization.capacity_dimension import CapacityDimension class WeightDimension[T: CapacityDimension](abc.ABC): @abc.abstractmethod def is_satisfied_by(self, capacity: T) -> bool: pass dd-python-allocation-resource/smartschedule/planning/000077500000000000000000000000001466731773200234255ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/planning/__init__.py000066400000000000000000000000001466731773200255240ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/planning/capabilities_demanded.py000066400000000000000000000005751466731773200302600ustar00rootroot00000000000000from dataclasses import dataclass, field from datetime import datetime from uuid import UUID, uuid4 from smartschedule.planning.demands import Demands from smartschedule.planning.project_id import ProjectId @dataclass(frozen=True) class CapabilitiesDemanded: project_id: ProjectId demands: Demands occurred_at: datetime uuid: UUID = field(default_factory=uuid4) dd-python-allocation-resource/smartschedule/planning/chosen_resources.py000066400000000000000000000006301466731773200273470ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from smartschedule.availability.resource_id import ResourceId from smartschedule.shared.timeslot.time_slot import TimeSlot @dataclass(frozen=True) class ChosenResources: resources: set[ResourceId] time_slot: TimeSlot @staticmethod def none() -> ChosenResources: return ChosenResources(set(), TimeSlot.empty()) dd-python-allocation-resource/smartschedule/planning/create_project_allocations.py000066400000000000000000000015261466731773200313640ustar00rootroot00000000000000from smartschedule.allocation.allocation_facade import AllocationFacade from smartschedule.planning.project_id import ProjectId from smartschedule.planning.project_repository import ProjectRepository class CreateProjectAllocations: def __init__( self, allocation_facade: AllocationFacade, project_repository: ProjectRepository ) -> None: self._allocation_facade = allocation_facade self._project_repository = project_repository # can react to ScheduleCalculated event def create_project_allocations(self, project_id: ProjectId) -> None: project = self._project_repository.get(project_id) schedule = project.schedule # noqa: F841 # for each stage in schedule # create allocation # allocate chosen resources (or find equivalents) # start risk analysis dd-python-allocation-resource/smartschedule/planning/critical_stage_planned.py000066400000000000000000000006501466731773200304560ustar00rootroot00000000000000from dataclasses import dataclass from datetime import datetime from smartschedule.availability.resource_id import ResourceId from smartschedule.planning.project_id import ProjectId from smartschedule.shared.timeslot.time_slot import TimeSlot @dataclass(frozen=True) class CriticalStagePlanned: project_id: ProjectId stage_time_slot: TimeSlot critical_resource_id: ResourceId | None occurred_at: datetime dd-python-allocation-resource/smartschedule/planning/demand.py000066400000000000000000000004611466731773200252300ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from smartschedule.shared.capability.capability import Capability @dataclass(frozen=True) class Demand: capability: Capability @staticmethod def for_(capability: Capability) -> Demand: return Demand(capability) dd-python-allocation-resource/smartschedule/planning/demands.py000066400000000000000000000007021466731773200254110ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from smartschedule.planning.demand import Demand @dataclass(frozen=True) class Demands: all: list[Demand] @staticmethod def none() -> Demands: return Demands([]) @staticmethod def of(*demands: Demand) -> Demands: return Demands(list(demands)) def __add__(self, other: Demands) -> Demands: return Demands(self.all + other.all) dd-python-allocation-resource/smartschedule/planning/demands_per_stage.py000066400000000000000000000004451466731773200274460ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from smartschedule.planning.demands import Demands @dataclass(frozen=True) class DemandsPerStage: demands: dict[str, Demands] @staticmethod def empty() -> DemandsPerStage: return DemandsPerStage({}) dd-python-allocation-resource/smartschedule/planning/edit_stage_date_service.py000066400000000000000000000017501466731773200306270ustar00rootroot00000000000000from smartschedule.allocation.allocation_facade import AllocationFacade from smartschedule.planning.parallelization.stage import Stage from smartschedule.planning.project_id import ProjectId from smartschedule.planning.project_repository import ProjectRepository from smartschedule.shared.timeslot.time_slot import TimeSlot class EditStageDateService: def __init__( self, allocation_facade: AllocationFacade, project_repository: ProjectRepository ) -> None: self._allocation_facade = allocation_facade self._project_repository = project_repository def edit_stage_date( self, project_id: ProjectId, stage: Stage, time_slot: TimeSlot ) -> None: project = self._project_repository.get(project_id) schedule = project.schedule # noqa: F841 # redefine schedule # for each stage in schedule # recreate allocation # reallocate chosen resources (or find equivalents) # start risk analysis dd-python-allocation-resource/smartschedule/planning/needed_resource_chosen.py000066400000000000000000000006351466731773200304750ustar00rootroot00000000000000from dataclasses import dataclass from datetime import datetime from smartschedule.availability.resource_id import ResourceId from smartschedule.planning.project_id import ProjectId from smartschedule.shared.timeslot.time_slot import TimeSlot @dataclass(frozen=True) class NeededResourcesChosen: project_id: ProjectId needed_resources: set[ResourceId] time_slot: TimeSlot occurred_at: datetime dd-python-allocation-resource/smartschedule/planning/parallelization/000077500000000000000000000000001466731773200266175ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/planning/parallelization/__init__.py000066400000000000000000000000001466731773200307160ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/planning/parallelization/duration_calculator.py000066400000000000000000000007411466731773200332310ustar00rootroot00000000000000from datetime import timedelta from typing import Iterable from smartschedule.planning.parallelization.stage import Stage from smartschedule.planning.parallelization.stage_parallelization import ( StageParallelization, ) def calculate_duration(stages: Iterable[Stage]) -> timedelta: parallelized_stages = StageParallelization().of(set(stages)) return sum( (parallel_stages.duration for parallel_stages in parallelized_stages.all), timedelta(), ) dd-python-allocation-resource/smartschedule/planning/parallelization/parallel_stages.py000066400000000000000000000011751466731773200323370ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from datetime import timedelta from smartschedule.planning.parallelization.stage import Stage @dataclass class ParallelStages: stages: set[Stage] @staticmethod def of(*stages: Stage) -> ParallelStages: return ParallelStages(set(stages)) @property def duration(self) -> timedelta: return max([stage.duration for stage in self.stages], default=timedelta()) def __str__(self) -> str: sorted_stages = sorted(self.stages, key=lambda stage: stage.name) return ", ".join([str(stage) for stage in sorted_stages]) dd-python-allocation-resource/smartschedule/planning/parallelization/parallel_stages_list.py000066400000000000000000000020031466731773200333610ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from typing import Callable from smartschedule.planning.parallelization.parallel_stages import ParallelStages from smartschedule.shared.typing_extensions import Comparable @dataclass class ParallelStagesList: all: list[ParallelStages] @staticmethod def empty() -> ParallelStagesList: return ParallelStagesList([]) @staticmethod def of(*parallel_stages: ParallelStages) -> ParallelStagesList: return ParallelStagesList(list(parallel_stages)) def add(self, parallel_stages: ParallelStages) -> ParallelStagesList: concatenated_lists = self.all + [parallel_stages] return ParallelStagesList(concatenated_lists) def all_sorted( self, sort_key_getter: Callable[[ParallelStages], Comparable] ) -> list[ParallelStages]: return sorted(self.all, key=sort_key_getter) def __str__(self) -> str: return " | ".join([str(parallel_stages) for parallel_stages in self.all]) sorted_nodes_to_parallelized_stages.py000066400000000000000000000011511466731773200364000ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/planning/parallelizationfrom smartschedule.planning.parallelization.parallel_stages import ParallelStages from smartschedule.planning.parallelization.parallel_stages_list import ( ParallelStagesList, ) from smartschedule.planning.parallelization.stage import Stage from smartschedule.sorter.sorted_nodes import SortedNodes class SortedNodesToParallelizedStages: def calculate(self, sorted_nodes: SortedNodes[Stage]) -> ParallelStagesList: parallelized = [ ParallelStages({node.content for node in nodes.nodes}) for nodes in sorted_nodes.all ] return ParallelStagesList(parallelized) dd-python-allocation-resource/smartschedule/planning/parallelization/stage.py000066400000000000000000000020471466731773200302770ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass, field from datetime import timedelta from smartschedule.availability.resource_id import ResourceId @dataclass() class Stage: name: str dependencies: set[Stage] = field(default_factory=set) resources: frozenset[ResourceId] = field(default_factory=frozenset) duration: timedelta = field(default_factory=timedelta) def depends_on(self, stage: Stage) -> Stage: new_dependencies = self.dependencies.union({stage}) self.dependencies = new_dependencies return Stage(self.name, new_dependencies, self.resources, self.duration) def with_chosen_resource_capabilities(self, *resources: ResourceId) -> Stage: return Stage(self.name, self.dependencies, frozenset(resources), self.duration) def of_duration(self, duration: timedelta) -> Stage: return Stage(self.name, self.dependencies, self.resources, duration) def __str__(self) -> str: return self.name def __hash__(self) -> int: return hash(self.name) dd-python-allocation-resource/smartschedule/planning/parallelization/stage_parallelization.py000066400000000000000000000024751466731773200335560ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from smartschedule.planning.parallelization.parallel_stages_list import ( ParallelStagesList, ) from smartschedule.planning.parallelization.sorted_nodes_to_parallelized_stages import ( SortedNodesToParallelizedStages, ) from smartschedule.planning.parallelization.stage import Stage from smartschedule.planning.parallelization.stages_to_nodes import StagesToNodes from smartschedule.sorter.edge import Edge from smartschedule.sorter.feedback_arc_se_on_graph import FeedbackArcSeOnGraph from smartschedule.sorter.graph_topological_sort import GraphTopologicalSort class StageParallelization: def of(self, stages: set[Stage]) -> ParallelStagesList: nodes = StagesToNodes().calculate(list(stages)) sorted_nodes = GraphTopologicalSort[Stage]().sort(nodes) return SortedNodesToParallelizedStages().calculate(sorted_nodes) def what_to_remove(self, stages: set[Stage]) -> RemovalSuggestion: nodes = StagesToNodes().calculate(list(stages)) result = FeedbackArcSeOnGraph[Stage]().calculate(list(nodes.nodes)) return RemovalSuggestion(result) @dataclass(frozen=True) class RemovalSuggestion: edges: list[Edge] def __str__(self) -> str: return f"[{', '.join(str(edge) for edge in self.edges)}]" dd-python-allocation-resource/smartschedule/planning/parallelization/stages_to_nodes.py000066400000000000000000000030771466731773200323600ustar00rootroot00000000000000from smartschedule.planning.parallelization.stage import Stage from smartschedule.sorter.node import Node from smartschedule.sorter.nodes import Nodes class StagesToNodes: def calculate(self, stages: list[Stage]) -> Nodes[Stage]: result: dict[str, Node[Stage]] = { stage.name: Node(stage.name, stage) for stage in stages } for i, stage in enumerate(stages): self._explicit_dependencies(stage, result) self._shared_resources(stage, stages[i + 1 :], result) return Nodes(set(result.values())) def _shared_resources( self, stage: Stage, with_stages: list[Stage], result: dict[str, Node[Stage]] ) -> None: for other in with_stages: if stage.name != other.name: if not stage.resources.isdisjoint(other.resources): if len(other.resources) > len(stage.resources): node = result[stage.name].depends_on(result[other.name]) result[stage.name] = node else: node = result[other.name].depends_on(result[stage.name]) result[other.name] = node def _explicit_dependencies( self, stage: Stage, result: dict[str, Node[Stage]] ) -> None: node_with_explicit_deps = result[stage.name] for explicit_dependency in stage.dependencies: node_with_explicit_deps = node_with_explicit_deps.depends_on( result[explicit_dependency.name] ) result[stage.name] = node_with_explicit_deps dd-python-allocation-resource/smartschedule/planning/plan_chosen_resources.py000066400000000000000000000051301466731773200303610ustar00rootroot00000000000000from datetime import datetime from itertools import chain from smartschedule.availability.availability_facade import AvailabilityFacade from smartschedule.availability.calendars import Calendars from smartschedule.availability.resource_id import ResourceId from smartschedule.planning.chosen_resources import ChosenResources from smartschedule.planning.needed_resource_chosen import NeededResourcesChosen from smartschedule.planning.parallelization.stage import Stage from smartschedule.planning.project_id import ProjectId from smartschedule.planning.project_repository import ProjectRepository from smartschedule.planning.schedule.schedule import Schedule from smartschedule.shared.events_publisher import EventsPublisher from smartschedule.shared.timeslot.time_slot import TimeSlot class PlanChosenResources: def __init__( self, project_repository: ProjectRepository, availability_facade: AvailabilityFacade, events_publisher: EventsPublisher, ) -> None: self._project_repository = project_repository self._availability_facade = availability_facade self._events_publisher = events_publisher def define_resources_within_dates( self, project_id: ProjectId, resources: set[ResourceId], time_boundaries: TimeSlot, ) -> None: project = self._project_repository.get(id=project_id) chosen_resources = ChosenResources(resources, time_boundaries) project.add_chosen_resources(chosen_resources) event = NeededResourcesChosen( project_id, resources, time_boundaries, datetime.now() ) self._events_publisher.publish(event) def adjust_stages_to_resource_availability( self, project_id: ProjectId, time_boundaries: TimeSlot, *stages: Stage ) -> None: needed_resources = set(chain.from_iterable(stage.resources for stage in stages)) project = self._project_repository.get(id=project_id) self.define_resources_within_dates( project_id, needed_resources, time_boundaries ) needed_resources_calendars = self._availability_facade.load_calendars( needed_resources, time_boundaries ) schedule = self._create_schedule_adjusting_to_calendars( needed_resources_calendars, *stages ) project.add_schedule(schedule) def _create_schedule_adjusting_to_calendars( self, needed_resources_calendars: Calendars, *stages: Stage ) -> Schedule: return Schedule.based_on_chosen_resource_availability( needed_resources_calendars, list(stages) ) dd-python-allocation-resource/smartschedule/planning/planning_facade.py000066400000000000000000000137011466731773200270720ustar00rootroot00000000000000from datetime import date, datetime, timedelta from smartschedule.availability.resource_id import ResourceId from smartschedule.planning.capabilities_demanded import CapabilitiesDemanded from smartschedule.planning.critical_stage_planned import CriticalStagePlanned from smartschedule.planning.demands import Demands from smartschedule.planning.demands_per_stage import DemandsPerStage from smartschedule.planning.parallelization.duration_calculator import ( calculate_duration, ) from smartschedule.planning.parallelization.parallel_stages_list import ( ParallelStagesList, ) from smartschedule.planning.parallelization.stage import Stage from smartschedule.planning.parallelization.stage_parallelization import ( StageParallelization, ) from smartschedule.planning.plan_chosen_resources import PlanChosenResources from smartschedule.planning.project import Project from smartschedule.planning.project_card import ProjectCard from smartschedule.planning.project_id import ProjectId from smartschedule.planning.project_repository import ProjectRepository from smartschedule.planning.schedule.schedule import Schedule from smartschedule.shared.events_publisher import EventsPublisher from smartschedule.shared.timeslot.time_slot import TimeSlot class PlanningFacade: def __init__( self, project_repository: ProjectRepository, stage_parallelization: StageParallelization, plan_chosen_resources_service: PlanChosenResources, evens_publisher: EventsPublisher, ) -> None: self._project_repository = project_repository self._stage_parallelization = stage_parallelization self._plan_chosen_resources_service = plan_chosen_resources_service self._events_publisher = evens_publisher def add_new_project(self, name: str, *stages: Stage) -> ProjectId: parallelized_stages = self._stage_parallelization.of(set(stages)) project = Project(name, parallelized_stages) self._project_repository.add(project) return project.id def add_new_project_with_parallelized_stages( self, name: str, parallelized_stages: ParallelStagesList ) -> ProjectId: project = Project(name, parallelized_stages) self._project_repository.add(project) return project.id def add_demands(self, project_id: ProjectId, demands: Demands) -> None: project = self._project_repository.get(id=project_id) project.add_demands(demands) event = CapabilitiesDemanded(project_id, project.all_demands, datetime.now()) self._events_publisher.publish(event) def define_demands_per_stage( self, project_id: ProjectId, demands_per_stage: DemandsPerStage ) -> None: project = self._project_repository.get(id=project_id) project.add_demands_per_stage(demands_per_stage) event = CapabilitiesDemanded(project_id, project.all_demands, datetime.now()) self._events_publisher.publish(event) def define_resources_within_dates( self, project_id: ProjectId, chosen_resources: set[ResourceId], time_boundaries: TimeSlot, ) -> None: self._plan_chosen_resources_service.define_resources_within_dates( project_id, chosen_resources, time_boundaries ) def define_project_stages(self, project_id: ProjectId, *stages: Stage) -> None: project = self._project_repository.get(id=project_id) parallelized_stages = self._stage_parallelization.of(set(stages)) project.parallelized_stages = parallelized_stages def define_start_date(self, project_id: ProjectId, start_date: date) -> None: project = self._project_repository.get(id=project_id) project.add_schedule_by_start_date(start_date) def define_manual_schedule(self, project_id: ProjectId, schedule: Schedule) -> None: project = self._project_repository.get(id=project_id) project.add_schedule(schedule) def adjust_stages_to_resource_availability( self, project_id: ProjectId, time_boundaries: TimeSlot, *stages: Stage ) -> None: self._plan_chosen_resources_service.adjust_stages_to_resource_availability( project_id, time_boundaries, *stages ) def plan_critical_stage_with_resource( self, project_id: ProjectId, critical_stage: Stage, resource_id: ResourceId, stage_time_slot: TimeSlot, ) -> None: project = self._project_repository.get(id=project_id) project.add_schedule_by_critical_stage(critical_stage, stage_time_slot) event = CriticalStagePlanned( project_id, stage_time_slot, resource_id, datetime.now() ) self._events_publisher.publish(event) def plan_critical_stage( self, project_id: ProjectId, critical_stage: Stage, stage_time_slot: TimeSlot ) -> None: project = self._project_repository.get(id=project_id) project.add_schedule_by_critical_stage(critical_stage, stage_time_slot) event = CriticalStagePlanned(project_id, stage_time_slot, None, datetime.now()) self._events_publisher.publish(event) def duration_of(self, *stages: Stage) -> timedelta: return calculate_duration(stages) def load(self, project_id: ProjectId) -> ProjectCard: project = self._project_repository.get(id=project_id) return self._to_project_card(project) def load_all(self, *project_ids: ProjectId) -> list[ProjectCard]: projects = self._project_repository.get_all(ids=list(project_ids)) return [self._to_project_card(project) for project in projects] def _to_project_card(self, project: Project) -> ProjectCard: return ProjectCard( project_id=project.id, name=project.name, parallelized_stages=project.parallelized_stages, demands=project.all_demands, schedule=project.schedule, demands_per_stage=project.demands_per_stage, needed_resources=project.chosen_resources, ) dd-python-allocation-resource/smartschedule/planning/project.py000066400000000000000000000057751466731773200254630ustar00rootroot00000000000000from datetime import date from sqlalchemy.orm import Mapped, mapped_column from smartschedule.planning.chosen_resources import ChosenResources from smartschedule.planning.demands import Demands from smartschedule.planning.demands_per_stage import DemandsPerStage from smartschedule.planning.parallelization.parallel_stages_list import ( ParallelStagesList, ) from smartschedule.planning.parallelization.stage import Stage from smartschedule.planning.project_id import ProjectId from smartschedule.planning.schedule.schedule import Schedule from smartschedule.shared.sqlalchemy_extensions import AsJSON, EmbeddedUUID, registry from smartschedule.shared.timeslot.time_slot import TimeSlot @registry.mapped_as_dataclass(init=False) class Project: __tablename__ = "projects" id: Mapped[ProjectId] = mapped_column(EmbeddedUUID[ProjectId], primary_key=True) _version: Mapped[int] = mapped_column(name="version") name: Mapped[str] parallelized_stages: Mapped[ParallelStagesList] = mapped_column( AsJSON[ParallelStagesList] ) demands_per_stage: Mapped[DemandsPerStage] = mapped_column(AsJSON[DemandsPerStage]) all_demands: Mapped[Demands] = mapped_column(AsJSON[Demands]) chosen_resources: Mapped[ChosenResources] = mapped_column(AsJSON[ChosenResources]) schedule: Mapped[Schedule] = mapped_column(AsJSON[Schedule]) __mapper_args__ = {"version_id_col": _version} def __init__(self, name: str, parallelized_stages: ParallelStagesList) -> None: self.id = ProjectId.new_one() self.name = name self.parallelized_stages = parallelized_stages self.demands_per_stage = DemandsPerStage.empty() self.all_demands = Demands.none() self.chosen_resources = ChosenResources.none() self.schedule = Schedule.none() def add_demands(self, demands: Demands) -> None: self.all_demands = self.all_demands + demands def add_schedule(self, schedule: Schedule) -> None: self.schedule = schedule def add_schedule_by_start_date(self, possible_start_date: date) -> None: self.schedule = Schedule.based_on_start_day( possible_start_date, self.parallelized_stages ) def add_schedule_by_critical_stage( self, critical_stage: Stage, stage_time_slot: TimeSlot ) -> None: self.schedule = Schedule.based_on_reference_stage_time_slots( critical_stage, stage_time_slot, self.parallelized_stages ) def add_chosen_resources(self, needed_resources: ChosenResources) -> None: self.chosen_resources = needed_resources def add_demands_per_stage(self, demands_per_stage: DemandsPerStage) -> None: self.demands_per_stage = demands_per_stage unique_demands = set() for demands in demands_per_stage.demands.values(): unique_demands.update(demands.all) self.add_demands(Demands(list(unique_demands))) def define_stages(self, parallelized_stages: ParallelStagesList) -> None: self.parallelized_stages = parallelized_stages dd-python-allocation-resource/smartschedule/planning/project_card.py000066400000000000000000000012631466731773200264400ustar00rootroot00000000000000from dataclasses import dataclass from smartschedule.planning.chosen_resources import ChosenResources from smartschedule.planning.demands import Demands from smartschedule.planning.demands_per_stage import DemandsPerStage from smartschedule.planning.parallelization.parallel_stages_list import ( ParallelStagesList, ) from smartschedule.planning.project_id import ProjectId from smartschedule.planning.schedule.schedule import Schedule @dataclass(frozen=True) class ProjectCard: project_id: ProjectId name: str parallelized_stages: ParallelStagesList demands: Demands schedule: Schedule demands_per_stage: DemandsPerStage needed_resources: ChosenResources dd-python-allocation-resource/smartschedule/planning/project_id.py000066400000000000000000000013151466731773200261210ustar00rootroot00000000000000from __future__ import annotations from uuid import UUID, uuid4 class ProjectId: def __init__(self, uuid: UUID) -> None: self._project_id = uuid @property def id(self) -> UUID: return self._project_id def __eq__(self, other: object) -> bool: if not isinstance(other, ProjectId): return False return self._project_id == other._project_id def __hash__(self) -> int: return hash(self._project_id) def __repr__(self) -> str: return f"ProjectId(UUID(hex='{self._project_id}'))" def __str__(self) -> str: return str(self._project_id) @staticmethod def new_one() -> ProjectId: return ProjectId(uuid4()) dd-python-allocation-resource/smartschedule/planning/project_repository.py000066400000000000000000000004051466731773200277430ustar00rootroot00000000000000from smartschedule.planning.project import Project from smartschedule.planning.project_id import ProjectId from smartschedule.shared.sqlalchemy_extensions import SQLAlchemyRepository class ProjectRepository(SQLAlchemyRepository[Project, ProjectId]): pass dd-python-allocation-resource/smartschedule/planning/schedule/000077500000000000000000000000001466731773200252215ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/planning/schedule/__init__.py000066400000000000000000000000001466731773200273200ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/planning/schedule/schedule.py000066400000000000000000000044151466731773200273730ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from datetime import date from smartschedule.availability.calendars import Calendars from smartschedule.planning.parallelization.parallel_stages import ParallelStages from smartschedule.planning.parallelization.parallel_stages_list import ( ParallelStagesList, ) from smartschedule.planning.parallelization.stage import Stage from smartschedule.planning.schedule.schedule_based_on_chosen_resources_availability_calculator import ( ScheduleBasedOnChosenResourcesAvailabilityCalculator, ) from smartschedule.planning.schedule.schedule_based_on_reference_stage_calculator import ( ScheduleBasedOnReferenceStageCalculator, ) from smartschedule.planning.schedule.schedule_based_on_start_day_calculator import ( ScheduleBasedOnStartDayCalculator, ) from smartschedule.shared.timeslot.time_slot import TimeSlot @dataclass(frozen=True) class Schedule: dates: dict[str, TimeSlot] @staticmethod def none() -> Schedule: return Schedule({}) @staticmethod def based_on_start_day( start_date: date, parallelized_stages: ParallelStagesList ) -> Schedule: schedule_dict = ScheduleBasedOnStartDayCalculator().calculate( start_date, parallelized_stages, printing_comparator ) return Schedule(schedule_dict) @staticmethod def based_on_reference_stage_time_slots( reference_stage: Stage, stage_proposed_time_slot: TimeSlot, parallelized_stages: ParallelStagesList, ) -> Schedule: schedule_dict = ScheduleBasedOnReferenceStageCalculator().calculate( reference_stage, stage_proposed_time_slot, parallelized_stages, printing_comparator, ) return Schedule(schedule_dict) @staticmethod def based_on_chosen_resource_availability( chosen_resources_calendars: Calendars, stages: list[Stage] ) -> Schedule: schedule_dict = ( ScheduleBasedOnChosenResourcesAvailabilityCalculator().calculate( chosen_resources_calendars, stages, ) ) return Schedule(schedule_dict) def printing_comparator(parallel_stages: ParallelStages) -> int: print(parallel_stages) return 0 schedule_based_on_chosen_resources_availability_calculator.py000066400000000000000000000044201466731773200415360ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/planning/scheduleimport functools from datetime import timedelta from smartschedule.availability.calendars import Calendars from smartschedule.planning.parallelization.stage import Stage from smartschedule.shared.timeslot.time_slot import TimeSlot class ScheduleBasedOnChosenResourcesAvailabilityCalculator: def calculate( self, chosen_resources_calendars: Calendars, stages: list[Stage] ) -> dict[str, TimeSlot]: schedule = {} for stage in stages: proposed_slot = self._find_slot_for_stage(chosen_resources_calendars, stage) if proposed_slot == TimeSlot.empty(): return {} schedule[stage.name] = proposed_slot return schedule def _find_slot_for_stage( self, chosen_resources_calendars: Calendars, stage: Stage ) -> TimeSlot: found_slots = self._possible_slots(chosen_resources_calendars, stage) if TimeSlot.empty() in found_slots: return TimeSlot.empty() common_slot_for_all_resources = self._find_common_part_of_slots(found_slots) while not self._is_slot_long_enough_for_stage( stage, common_slot_for_all_resources ): common_slot_for_all_resources = common_slot_for_all_resources.stretch( timedelta(days=1) ) return TimeSlot( common_slot_for_all_resources.from_, common_slot_for_all_resources.from_ + stage.duration, ) def _is_slot_long_enough_for_stage(self, stage: Stage, slot: TimeSlot) -> bool: return slot.duration >= stage.duration def _find_common_part_of_slots(self, found_slots: list[TimeSlot]) -> TimeSlot: return functools.reduce(TimeSlot.common_part_with, found_slots) def _possible_slots( self, chosen_resources_calendars: Calendars, stage: Stage ) -> list[TimeSlot]: result = [] for resource in stage.resources: calendar = chosen_resources_calendars.get(resource) matching_slots = [ slot for slot in calendar.available_slots() if self._is_slot_long_enough_for_stage(stage, slot) ] matching_slot = next(iter(matching_slots), TimeSlot.empty()) result.append(matching_slot) return result schedule_based_on_reference_stage_calculator.py000066400000000000000000000072111466731773200365550ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/planning/schedulefrom typing import Callable from smartschedule.planning.parallelization.parallel_stages import ParallelStages from smartschedule.planning.parallelization.parallel_stages_list import ( ParallelStagesList, ) from smartschedule.planning.parallelization.stage import Stage from smartschedule.shared.timeslot.time_slot import TimeSlot from smartschedule.shared.typing_extensions import Comparable class ScheduleBasedOnReferenceStageCalculator: def calculate( self, reference_stage: Stage, reference_stage_proposed_time_slot: TimeSlot, parallelized_stages: ParallelStagesList, comparing: Callable[[ParallelStages], Comparable], ) -> dict[str, TimeSlot]: stages_in_parallel = parallelized_stages.all_sorted(comparing) reference_stage_index = self._find_reference_stage_index( reference_stage, stages_in_parallel ) if reference_stage_index == -1: return {} schedule_map: dict[str, TimeSlot] = {} stages_before_reference = stages_in_parallel[:reference_stage_index] stages_after_reference = stages_in_parallel[reference_stage_index + 1 :] self._calculate_stages_before_critical( stages_before_reference, reference_stage_proposed_time_slot, schedule_map ) self._calculate_stages_after_critical( stages_after_reference, reference_stage_proposed_time_slot, schedule_map ) self._calculate_stages_with_reference_stage( stages_in_parallel[reference_stage_index], reference_stage_proposed_time_slot, schedule_map, ) return schedule_map def _calculate_stages_before_critical( self, before: list[ParallelStages], stage_proposed_time_slot: TimeSlot, schedule_map: dict[str, TimeSlot], ) -> None: current_start = stage_proposed_time_slot.from_ for current_stages in reversed(before): stage_duration = current_stages.duration start = current_start - stage_duration for stage in current_stages.stages: schedule_map[stage.name] = TimeSlot(start, start + stage.duration) def _calculate_stages_after_critical( self, after: list[ParallelStages], stage_proposed_time_slot: TimeSlot, schedule_map: dict[str, TimeSlot], ) -> None: current_start = stage_proposed_time_slot.to for current_stages in after: for stage in current_stages.stages: schedule_map[stage.name] = TimeSlot( current_start, current_start + stage.duration ) current_start += current_stages.duration def _calculate_stages_with_reference_stage( self, stages_with_reference: ParallelStages, stage_proposed_time_slot: TimeSlot, schedule_map: dict[str, TimeSlot], ) -> None: current_start = stage_proposed_time_slot.from_ for stage in stages_with_reference.stages: schedule_map[stage.name] = TimeSlot( current_start, current_start + stage.duration ) def _find_reference_stage_index( self, reference_stage: Stage, stages_in_parallel: list[ParallelStages] ) -> int: stages_with_the_reference_stage_with_proposed_time_index = -1 for i, stages in enumerate(stages_in_parallel): stages_names = {stage.name for stage in stages.stages} if reference_stage.name in stages_names: stages_with_the_reference_stage_with_proposed_time_index = i break return stages_with_the_reference_stage_with_proposed_time_index schedule_based_on_start_day_calculator.py000066400000000000000000000024001466731773200354210ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/planning/schedulefrom datetime import date, datetime from typing import Callable from smartschedule.planning.parallelization.parallel_stages import ParallelStages from smartschedule.planning.parallelization.parallel_stages_list import ( ParallelStagesList, ) from smartschedule.shared.timeslot.time_slot import TimeSlot from smartschedule.shared.typing_extensions import Comparable class ScheduleBasedOnStartDayCalculator: def calculate( self, start_date: date, parallelized_stages: ParallelStagesList, sort_key_getter: Callable[[ParallelStages], Comparable], ) -> dict[str, TimeSlot]: schedule_dict: dict[str, TimeSlot] = {} current_start = datetime.combine(start_date, datetime.min.time()) all_sorted = parallelized_stages.all_sorted(sort_key_getter=sort_key_getter) for stages in all_sorted: parallelized_stages_end = current_start for stage in stages.stages: stage_end = current_start + stage.duration schedule_dict[stage.name] = TimeSlot(current_start, stage_end) if stage_end > parallelized_stages_end: parallelized_stages_end = stage_end current_start = parallelized_stages_end return schedule_dict dd-python-allocation-resource/smartschedule/resource/000077500000000000000000000000001466731773200234465ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/resource/__init__.py000066400000000000000000000000001466731773200255450ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/resource/device/000077500000000000000000000000001466731773200247055ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/resource/device/__init__.py000066400000000000000000000000001466731773200270040ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/resource/device/device.py000066400000000000000000000016711466731773200265230ustar00rootroot00000000000000from sqlalchemy.orm import Mapped, mapped_column from smartschedule.resource.device.device_id import DeviceId from smartschedule.shared.capability.capability import Capability from smartschedule.shared.sqlalchemy_extensions import AsJSON, EmbeddedUUID, registry @registry.mapped_as_dataclass() class Device: __tablename__ = "devices" id: Mapped[DeviceId] = mapped_column(EmbeddedUUID[DeviceId], primary_key=True) _version: Mapped[int] = mapped_column(name="version") model: Mapped[str] _capabilities: Mapped[set[Capability]] = mapped_column( AsJSON[set[Capability]], name="capabilities" ) __mapper_args__ = {"version_id_col": _version} def __init__(self, id: DeviceId, model: str, capabilities: set[Capability]) -> None: self.id = id self.model = model self._capabilities = capabilities @property def capabilities(self) -> set[Capability]: return self._capabilities dd-python-allocation-resource/smartschedule/resource/device/device_configuration.py000066400000000000000000000000001466731773200314330ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/resource/device/device_facade.py000066400000000000000000000031661466731773200300070ustar00rootroot00000000000000from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.resource.device.device import Device from smartschedule.resource.device.device_id import DeviceId from smartschedule.resource.device.device_repository import DeviceRepository from smartschedule.resource.device.device_summary import DeviceSummay from smartschedule.resource.device.schedule_device_capabilities import ( ScheduleDeviceCapabilities, ) from smartschedule.shared.capability.capability import Capability from smartschedule.shared.timeslot.time_slot import TimeSlot class DeviceFacade: def __init__( self, device_repository: DeviceRepository, schedule_device_capabilities: ScheduleDeviceCapabilities, ) -> None: self._device_repository = device_repository self._schedule_device_capabilities = schedule_device_capabilities def find_device(self, device_id: DeviceId) -> DeviceSummay: return self._device_repository.find_summary(device_id) def find_all_capabilities(self) -> list[Capability]: return self._device_repository.find_all_capabilities() def create_device(self, model: str, assets: set[Capability]) -> DeviceId: device_id = DeviceId.new_one() device = Device(device_id, model, assets) self._device_repository.add(device) return device.id def schedule_capabilities( self, device_id: DeviceId, time_slot: TimeSlot ) -> list[AllocatableCapabilityId]: return self._schedule_device_capabilities.setup_device_capabilities( device_id, time_slot ) dd-python-allocation-resource/smartschedule/resource/device/device_id.py000066400000000000000000000010461466731773200271730ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from uuid import UUID, uuid4 from smartschedule.allocation.capabilityscheduling.allocatable_resource_id import ( AllocatableResourceId, ) @dataclass(frozen=True) class DeviceId: device_id: UUID @staticmethod def new_one() -> DeviceId: return DeviceId(uuid4()) @property def id(self) -> UUID: return self.device_id def to_allocatable_resource_id(self) -> AllocatableResourceId: return AllocatableResourceId(self.device_id) dd-python-allocation-resource/smartschedule/resource/device/device_repository.py000066400000000000000000000014511466731773200310160ustar00rootroot00000000000000import itertools from smartschedule.resource.device.device import Device from smartschedule.resource.device.device_id import DeviceId from smartschedule.resource.device.device_summary import DeviceSummay from smartschedule.shared.capability.capability import Capability from smartschedule.shared.sqlalchemy_extensions import SQLAlchemyRepository class DeviceRepository(SQLAlchemyRepository[Device, DeviceId]): def find_summary(self, device_id: DeviceId) -> DeviceSummay: device = self.get(device_id) return DeviceSummay(device.id, device.model, device.capabilities) def find_all_capabilities(self) -> list[Capability]: devices = self.get_all() capabilities_sets = [device.capabilities for device in devices] return list(itertools.chain(*capabilities_sets)) dd-python-allocation-resource/smartschedule/resource/device/device_summary.py000066400000000000000000000004141466731773200302720ustar00rootroot00000000000000from dataclasses import dataclass from smartschedule.resource.device.device_id import DeviceId from smartschedule.shared.capability.capability import Capability @dataclass(frozen=True) class DeviceSummay: id: DeviceId model: str assets: set[Capability] dd-python-allocation-resource/smartschedule/resource/device/schedule_device_capabilities.py000066400000000000000000000023161466731773200331050ustar00rootroot00000000000000from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.allocation.capabilityscheduling.capability_scheduler import ( CapabilityScheduler, ) from smartschedule.resource.device.device_id import DeviceId from smartschedule.resource.device.device_repository import DeviceRepository from smartschedule.shared.capability_selector import CapabilitySelector from smartschedule.shared.timeslot.time_slot import TimeSlot class ScheduleDeviceCapabilities: def __init__( self, device_repository: DeviceRepository, capability_scheduler: CapabilityScheduler, ) -> None: self._device_repository = device_repository self._capability_scheduler = capability_scheduler def setup_device_capabilities( self, device_id: DeviceId, time_slot: TimeSlot ) -> list[AllocatableCapabilityId]: summary = self._device_repository.find_summary(device_id) return self._capability_scheduler.schedule_resource_capabilities_for_period( device_id.to_allocatable_resource_id(), [CapabilitySelector.can_perform_all_at_the_time(summary.assets)], time_slot, ) dd-python-allocation-resource/smartschedule/resource/employee/000077500000000000000000000000001466731773200252655ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/resource/employee/__init__.py000066400000000000000000000000001466731773200273640ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/resource/employee/employee.py000066400000000000000000000024011466731773200274530ustar00rootroot00000000000000from sqlalchemy.orm import Mapped, mapped_column from smartschedule.resource.employee.employee_id import EmployeeId from smartschedule.resource.employee.seniority import Seniority from smartschedule.shared.capability.capability import Capability from smartschedule.shared.sqlalchemy_extensions import AsJSON, EmbeddedUUID, registry @registry.mapped_as_dataclass() class Employee: __tablename__ = "employees" id: Mapped[EmployeeId] = mapped_column(EmbeddedUUID[EmployeeId], primary_key=True) _version: Mapped[int] = mapped_column(name="version") name: Mapped[str] last_name: Mapped[str] seniority: Mapped[Seniority] = mapped_column(AsJSON[Seniority]) _capabilities: Mapped[set[Capability]] = mapped_column( AsJSON[set[Capability]], name="capabilities" ) __mapper_args__ = {"version_id_col": _version} def __init__( self, id: EmployeeId, name: str, last_name: str, status: Seniority, capabilities: set[Capability], ) -> None: self.id = id self.name = name self.last_name = last_name self.seniority = status self._capabilities = capabilities @property def capabilities(self) -> set[Capability]: return self._capabilities dd-python-allocation-resource/smartschedule/resource/employee/employee_allocation_policy.py000066400000000000000000000046731466731773200332540ustar00rootroot00000000000000from __future__ import annotations import abc from itertools import chain from smartschedule.resource.employee.employee_summary import EmployeeSummary from smartschedule.shared.capability_selector import CapabilitySelector class EmployeeAllocationPolicy(abc.ABC): @abc.abstractmethod def simultaneous_capabilities_of( self, summary: EmployeeSummary ) -> list[CapabilitySelector]: pass @staticmethod def default_policy() -> EmployeeAllocationPolicy: return DefaultPolicy() @staticmethod def permissions_in_multiple_projects(how_many: int) -> EmployeeAllocationPolicy: return PermissionsInMultipleProjectsPolicy(how_many) @staticmethod def one_of_skills() -> EmployeeAllocationPolicy: return OneOfSkillsPolicy() @staticmethod def simultaneous(*policies: EmployeeAllocationPolicy) -> EmployeeAllocationPolicy: return CompositePolicy(*policies) class DefaultPolicy(EmployeeAllocationPolicy): def simultaneous_capabilities_of( self, summary: EmployeeSummary ) -> list[CapabilitySelector]: all_capabilities = summary.skills | summary.permissions return [CapabilitySelector.can_perform_one_of(all_capabilities)] class PermissionsInMultipleProjectsPolicy(EmployeeAllocationPolicy): def __init__(self, how_many: int) -> None: self._how_many = how_many def simultaneous_capabilities_of( self, summary: EmployeeSummary ) -> list[CapabilitySelector]: flattened = list( chain( *[[permission] * self._how_many for permission in summary.permissions] ) ) return [ CapabilitySelector.can_just_perform(permisson) for permisson in flattened ] class OneOfSkillsPolicy(EmployeeAllocationPolicy): def simultaneous_capabilities_of( self, summary: EmployeeSummary ) -> list[CapabilitySelector]: return [CapabilitySelector.can_perform_one_of(summary.skills)] class CompositePolicy(EmployeeAllocationPolicy): def __init__(self, *policies: EmployeeAllocationPolicy) -> None: self._policies = policies def simultaneous_capabilities_of( self, summary: EmployeeSummary ) -> list[CapabilitySelector]: return list( chain( *[ policy.simultaneous_capabilities_of(summary) for policy in self._policies ] ) ) dd-python-allocation-resource/smartschedule/resource/employee/employee_configuration.py000066400000000000000000000000001466731773200323730ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/resource/employee/employee_facade.py000066400000000000000000000040131466731773200307370ustar00rootroot00000000000000from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.resource.employee.employee import Employee from smartschedule.resource.employee.employee_id import EmployeeId from smartschedule.resource.employee.employee_repository import EmployeeRepository from smartschedule.resource.employee.employee_summary import EmployeeSummary from smartschedule.resource.employee.schedule_employee_capabilities import ( ScheduleEmployeeCapabilities, ) from smartschedule.resource.employee.seniority import Seniority from smartschedule.shared.capability.capability import Capability from smartschedule.shared.timeslot.time_slot import TimeSlot class EmployeeFacade: def __init__( self, repository: EmployeeRepository, schedule_employee_capabilities: ScheduleEmployeeCapabilities, ) -> None: self._repository = repository self._schedule_employee_capabilities = schedule_employee_capabilities def find_employee(self, employee_id: EmployeeId) -> EmployeeSummary: return self._repository.find_summary(employee_id) def find_all_capabilities(self) -> list[Capability]: return self._repository.find_all_capabilities() def add_employee( self, name: str, last_name: str, seniority: Seniority, skills: set[Capability], permissions: set[Capability], ) -> EmployeeId: employee_id = EmployeeId.new_one() capabilities = skills | permissions employee = Employee(employee_id, name, last_name, seniority, capabilities) self._repository.add(employee) return employee.id def schedule_capabilities( self, employee_id: EmployeeId, time_slot: TimeSlot ) -> list[AllocatableCapabilityId]: return self._schedule_employee_capabilities.setup_employee_capabilities( employee_id, time_slot ) # TODO: add vacation, call availability # TODO: add sick leave, call availability # change skills dd-python-allocation-resource/smartschedule/resource/employee/employee_id.py000066400000000000000000000010621466731773200301310ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from uuid import UUID, uuid4 from smartschedule.allocation.capabilityscheduling.allocatable_resource_id import ( AllocatableResourceId, ) @dataclass(frozen=True) class EmployeeId: employee_id: UUID @staticmethod def new_one() -> EmployeeId: return EmployeeId(uuid4()) @property def id(self) -> UUID: return self.employee_id def to_allocatable_resource_id(self) -> AllocatableResourceId: return AllocatableResourceId(self.employee_id) dd-python-allocation-resource/smartschedule/resource/employee/employee_repository.py000066400000000000000000000024261466731773200317610ustar00rootroot00000000000000from smartschedule.resource.employee.employee import Employee from smartschedule.resource.employee.employee_id import EmployeeId from smartschedule.resource.employee.employee_summary import EmployeeSummary from smartschedule.shared.capability.capability import Capability from smartschedule.shared.sqlalchemy_extensions import SQLAlchemyRepository class EmployeeRepository(SQLAlchemyRepository[Employee, EmployeeId]): def find_summary(self, employee_id: EmployeeId) -> EmployeeSummary: employee = self.get(employee_id) skills = { capability for capability in employee.capabilities if capability.is_of_type("SKILL") } permissions = { capability for capability in employee.capabilities if capability.is_of_type("PERMISSION") } return EmployeeSummary( id=employee.id, name=employee.name, last_name=employee.last_name, seniority=employee.seniority, skills=skills, permissions=permissions, ) def find_all_capabilities(self) -> list[Capability]: employees = self.get_all() return [ capability for employee in employees for capability in employee.capabilities ] dd-python-allocation-resource/smartschedule/resource/employee/employee_summary.py000066400000000000000000000006431466731773200312360ustar00rootroot00000000000000from dataclasses import dataclass from smartschedule.resource.employee.employee_id import EmployeeId from smartschedule.resource.employee.seniority import Seniority from smartschedule.shared.capability.capability import Capability @dataclass(frozen=True) class EmployeeSummary: id: EmployeeId name: str last_name: str seniority: Seniority skills: set[Capability] permissions: set[Capability] dd-python-allocation-resource/smartschedule/resource/employee/schedule_employee_capabilities.py000066400000000000000000000035611466731773200340500ustar00rootroot00000000000000from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.allocation.capabilityscheduling.capability_scheduler import ( CapabilityScheduler, ) from smartschedule.resource.employee.employee_allocation_policy import ( EmployeeAllocationPolicy, ) from smartschedule.resource.employee.employee_id import EmployeeId from smartschedule.resource.employee.employee_repository import EmployeeRepository from smartschedule.resource.employee.employee_summary import EmployeeSummary from smartschedule.resource.employee.seniority import Seniority from smartschedule.shared.timeslot.time_slot import TimeSlot class ScheduleEmployeeCapabilities: def __init__( self, employee_repository: EmployeeRepository, capability_scheduler: CapabilityScheduler, ) -> None: self._employee_repository = employee_repository self._capability_scheduler = capability_scheduler def setup_employee_capabilities( self, employee_id: EmployeeId, time_slot: TimeSlot ) -> list[AllocatableCapabilityId]: summary = self._employee_repository.find_summary(employee_id) policy = self._find_allocation_policy(summary) capabilities = policy.simultaneous_capabilities_of(summary) return self._capability_scheduler.schedule_resource_capabilities_for_period( employee_id.to_allocatable_resource_id(), capabilities, time_slot ) def _find_allocation_policy( self, summary: EmployeeSummary ) -> EmployeeAllocationPolicy: if summary.seniority == Seniority.LEAD: return EmployeeAllocationPolicy.simultaneous( EmployeeAllocationPolicy.one_of_skills(), EmployeeAllocationPolicy.permissions_in_multiple_projects(3), ) return EmployeeAllocationPolicy.default_policy() dd-python-allocation-resource/smartschedule/resource/employee/seniority.py000066400000000000000000000002061466731773200276620ustar00rootroot00000000000000from enum import StrEnum, auto class Seniority(StrEnum): JUNIOR = auto() MID = auto() SENIOR = auto() LEAD = auto() dd-python-allocation-resource/smartschedule/resource/resource_facade.py000066400000000000000000000012771466731773200271410ustar00rootroot00000000000000from smartschedule.resource.device.device_facade import DeviceFacade from smartschedule.resource.employee.employee_facade import EmployeeFacade from smartschedule.shared.capability.capability import Capability class ResourceFacade: def __init__( self, employee_facade: EmployeeFacade, device_facade: DeviceFacade ) -> None: self._employee_facade = employee_facade self._device_facade = device_facade def find_all_capabilities(self) -> list[Capability]: employee_capabilities = self._employee_facade.find_all_capabilities() device_capabilities = self._device_facade.find_all_capabilities() return employee_capabilities + device_capabilities dd-python-allocation-resource/smartschedule/shared/000077500000000000000000000000001466731773200230655ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/shared/__init__.py000066400000000000000000000000001466731773200251640ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/shared/capability/000077500000000000000000000000001466731773200252065ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/shared/capability/capability.py000066400000000000000000000016731466731773200277100ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass @dataclass(frozen=True) class Capability: name: str type: str @classmethod def skill(cls, name: str) -> Capability: return Capability(name, "SKILL") @classmethod def skills(cls, *names: str) -> set[Capability]: return {Capability(name, "SKILL") for name in names} @classmethod def permission(cls, name: str) -> Capability: return Capability(name, "PERMISSION") @classmethod def permissions(cls, *names: str) -> set[Capability]: return {Capability(name, "PERMISSION") for name in names} @classmethod def asset(cls, asset: str) -> Capability: return Capability(asset, "ASSET") @classmethod def assets(cls, *assets: str) -> set[Capability]: return {Capability(asset, "ASSET") for asset in assets} def is_of_type(self, type: str) -> bool: return self.type == type dd-python-allocation-resource/smartschedule/shared/capability_selector.py000066400000000000000000000024401466731773200274600ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from enum import StrEnum, auto from smartschedule.shared.capability.capability import Capability class SelectingPolicy(StrEnum): ALL_SIMULTANEOUSLY = auto() ONE_OF_ALL = auto() @dataclass(frozen=True) class CapabilitySelector: capabilities: frozenset[Capability] selecting_policy: SelectingPolicy @staticmethod def can_perform_all_at_the_time( capabilities: set[Capability], ) -> CapabilitySelector: return CapabilitySelector( frozenset(capabilities), SelectingPolicy.ALL_SIMULTANEOUSLY ) @staticmethod def can_perform_one_of(capabilities: set[Capability]) -> CapabilitySelector: return CapabilitySelector(frozenset(capabilities), SelectingPolicy.ONE_OF_ALL) @staticmethod def can_just_perform(capability: Capability) -> CapabilitySelector: return CapabilitySelector(frozenset({capability}), SelectingPolicy.ONE_OF_ALL) def can_perform(self, *capabilities: Capability) -> bool: if len(capabilities) == 1: return capabilities[0] in self.capabilities return ( self.selecting_policy == SelectingPolicy.ALL_SIMULTANEOUSLY and self.capabilities.issuperset(set(capabilities)) ) dd-python-allocation-resource/smartschedule/shared/event.py000066400000000000000000000002141466731773200245550ustar00rootroot00000000000000from datetime import datetime from typing import Protocol class Event(Protocol): @property def occurred_at(self) -> datetime: ... dd-python-allocation-resource/smartschedule/shared/event_bus.py000066400000000000000000000006541466731773200254360ustar00rootroot00000000000000from lagom import Container from smartschedule.shared.event import Event from smartschedule.shared.events_publisher import EventsPublisher class EventBus(EventsPublisher): def __init__(self, container: Container) -> None: self._container = container def publish(self, event: Event) -> None: # could grab a session from the container # and append new 'after commit' event handler pass dd-python-allocation-resource/smartschedule/shared/events_publisher.py000066400000000000000000000003311466731773200270150ustar00rootroot00000000000000import abc from smartschedule.shared.event import Event class EventsPublisher(abc.ABC): @abc.abstractmethod def publish(self, event: Event) -> None: # remember about transactions scope pass dd-python-allocation-resource/smartschedule/shared/resource_name.py000066400000000000000000000000741466731773200262670ustar00rootroot00000000000000from typing import TypeAlias ResourceName: TypeAlias = str dd-python-allocation-resource/smartschedule/shared/sqlalchemy_extensions.py000066400000000000000000000110141466731773200300550ustar00rootroot00000000000000from typing import Any, Protocol, Self, Sequence, Type, TypeVar, cast from uuid import UUID from pydantic import TypeAdapter from sqlalchemy import Column, Dialect, select, types from sqlalchemy.dialects.postgresql import JSONB from sqlalchemy.exc import NoResultFound from sqlalchemy.inspection import inspect from sqlalchemy.orm import Session from sqlalchemy.orm import registry as Registry from smartschedule.shared.typing_extensions import JSON registry = Registry() class EmbeddableUUID(Protocol): def __init__(self, uuid: UUID, *args: Any, **kwargs: Any) -> None: ... @property def id(self) -> UUID: ... class EmbeddedUUID[T: EmbeddableUUID](types.TypeDecorator[T]): """Manages identifiers as UUIDs in the database. Type is expected to have a `id` attribute that is a UUID. `.id` can be read-only, e.g. property. It must be possible for the type to be constructed with a single argument of UUID type. """ impl = types.UUID(as_uuid=True) cache_ok = True _type: Type[T] def __class_getitem__(cls, type_: Type[T]) -> Self: specialized_class = type( f"EmbeddedUUID[{type_.__name__}]", (cls,), {"_type": type_, "cache_ok": True}, ) return cast(Self, specialized_class) def process_bind_param(self, value: T | None, dialect: Dialect) -> UUID | None: if value is not None: return value.id return value def process_result_value(self, value: UUID | None, dialect: Dialect) -> T | None: if self._type is None: raise RuntimeError("Type not set, use EmbeddedUUID[Type]") if value is not None: return self._type(value) return value class AsJSON[T](types.TypeDecorator[T]): """Will serialize to JSON and back everything that TypeAdapter handles.""" impl = JSONB cache_ok = True _type_adapter: TypeAdapter[T] def __class_getitem__(cls, type_: Type[T]) -> Self: type_adapter = TypeAdapter(type_) specialized_class = type( f"JSONSerializable[{type_.__name__}]", (cls,), {"_type_adapter": type_adapter}, ) return cast(Self, specialized_class) def process_bind_param(self, value: T | None, dialect: Dialect) -> JSON | None: if self._type_adapter is None: raise RuntimeError(f"Type adapter not set, use {type(self).__name__}[Type]") if value is None: return value return cast(JSON, self._type_adapter.dump_python(value, mode="json")) def process_result_value(self, value: JSON | None, dialect: Dialect) -> T | None: if value is None: return value return self._type_adapter.validate_python(value) TIdentity = TypeVar("TIdentity") class SQLAlchemyRepository[TModel, TIdentity]: _type: Type[TModel] _pk_col: Column[EmbeddableUUID] class NotFound(Exception): pass def __class_getitem__(cls, type_arg: tuple[Type[TModel], Type[TIdentity]]) -> Self: model_type, identity_type = type_arg mapper = inspect(model_type) assert mapper primary_key_columns = mapper.primary_key assert ( len(primary_key_columns) == 1 ), "Only single column primary keys are supported" pk_col = primary_key_columns[0] specialized_class = type( f"SQLAlchemyRepository[{model_type.__name__}, {identity_type}]", (cls,), {"_type": model_type, "_pk_col": pk_col}, ) return cast(Self, specialized_class) def __init__(self, session: Session) -> None: self._session = session def add(self, model: TModel) -> None: self._session.add(model) self._session.flush([model]) def add_all(self, models: Sequence[TModel]) -> None: self._session.add_all(models) self._session.flush(models) def get(self, id: TIdentity) -> TModel: stmt = select(self._type).filter(self._pk_col == id) try: return self._session.execute(stmt).scalar_one() except NoResultFound: raise self.NotFound def get_all(self, ids: list[TIdentity] | None = None) -> Sequence[TModel]: stmt = select(self._type) if ids is not None: stmt = stmt.filter(self._pk_col.in_(ids)) return self._session.execute(stmt).scalars().all() def exists(self, id: TIdentity) -> bool: stmt = select(self._pk_col).filter(self._pk_col == id).exists() return self._session.execute(select(stmt)).scalar() or False dd-python-allocation-resource/smartschedule/shared/timeslot/000077500000000000000000000000001466731773200247255ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/shared/timeslot/__init__.py000066400000000000000000000000001466731773200270240ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/shared/timeslot/time_slot.py000066400000000000000000000047211466731773200273020ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from datetime import date, datetime, time, timedelta, timezone from dateutil import relativedelta @dataclass(frozen=True) class TimeSlot: from_: datetime to: datetime @staticmethod def empty() -> TimeSlot: return TimeSlot(datetime.min, datetime.min) @classmethod def create_daily_time_slot_at_utc(cls, year: int, month: int, day: int) -> TimeSlot: this_day = date(year, month, day) day_start_in_utc = time.min.replace(tzinfo=timezone.utc) from_ = datetime.combine(this_day, day_start_in_utc) return TimeSlot(from_, from_ + timedelta(days=1)) @classmethod def create_monthly_time_slot_at_utc(cls, year: int, month: int) -> TimeSlot: start_of_month = date(year, month, 1) end_of_month = start_of_month + relativedelta.relativedelta(months=1) day_start_in_utc = time.min.replace(tzinfo=timezone.utc) from_ = datetime.combine(start_of_month, day_start_in_utc) to = datetime.combine(end_of_month, day_start_in_utc) return TimeSlot(from_, to) def within(self, other: TimeSlot) -> bool: return not self.from_ < other.from_ and not self.to > other.to def overlaps(self, other: TimeSlot) -> bool: return self.from_ <= other.to and self.to >= other.from_ def leftover_after_removing_common_with(self, other: TimeSlot) -> list[TimeSlot]: result: list[TimeSlot] = [] if self == other: return [] if not other.overlaps(self): return [self, other] if self.from_ < other.from_: result.append(TimeSlot(self.from_, other.from_)) elif other.from_ < self.from_: result.append(TimeSlot(other.from_, self.from_)) if self.to > other.to: result.append(TimeSlot(other.to, self.to)) elif other.to > self.to: result.append(TimeSlot(self.to, other.to)) return result def is_empty(self) -> bool: return self.from_ == self.to def common_part_with(self, other: TimeSlot) -> TimeSlot: if not self.overlaps(other): return TimeSlot(self.from_, self.from_) return TimeSlot(max(self.from_, other.from_), min(self.to, other.to)) @property def duration(self) -> timedelta: return self.to - self.from_ def stretch(self, duration: timedelta) -> TimeSlot: return TimeSlot(self.from_ - duration, self.to + duration) dd-python-allocation-resource/smartschedule/shared/typing_extensions.py000066400000000000000000000005351466731773200272330ustar00rootroot00000000000000from typing import Any, Protocol, TypeAlias class SupportsDunderLT(Protocol): def __lt__(self, __other: Any) -> bool: ... class SupportsDunderGT(Protocol): def __gt__(self, __other: Any) -> bool: ... Comparable = SupportsDunderLT | SupportsDunderGT JSON: TypeAlias = dict[str, "JSON"] | list["JSON"] | str | int | float | bool | None dd-python-allocation-resource/smartschedule/simulation/000077500000000000000000000000001466731773200240035ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/simulation/__init__.py000066400000000000000000000000001466731773200261020ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/simulation/additional_priced_capability.py000066400000000000000000000004651466731773200322210ustar00rootroot00000000000000from dataclasses import dataclass from decimal import Decimal from smartschedule.simulation.available_resource_capability import ( AvailableResourceCapability, ) @dataclass(frozen=True) class AdditionalPricedCapability: value: Decimal available_resource_capability: AvailableResourceCapability dd-python-allocation-resource/smartschedule/simulation/available_resource_capability.py000066400000000000000000000016101466731773200324030ustar00rootroot00000000000000from dataclasses import dataclass from typing import Self from uuid import UUID from smartschedule.optimization.capacity_dimension import CapacityDimension from smartschedule.shared.capability.capability import Capability from smartschedule.shared.capability_selector import ( CapabilitySelector, ) from smartschedule.shared.timeslot.time_slot import TimeSlot @dataclass(frozen=True) class AvailableResourceCapability(CapacityDimension): resource_id: UUID capability_selector: CapabilitySelector time_slot: TimeSlot @classmethod def with_capability( cls, resource_id: UUID, capability: Capability, time_slot: TimeSlot ) -> Self: return cls( resource_id, CapabilitySelector.can_just_perform(capability), time_slot ) def performs(self, capability: Capability) -> bool: return self.capability_selector.can_perform(capability) dd-python-allocation-resource/smartschedule/simulation/demand.py000066400000000000000000000015611466731773200256100ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from smartschedule.optimization.weight_dimension import WeightDimension from smartschedule.shared.capability.capability import Capability from smartschedule.shared.timeslot.time_slot import TimeSlot from smartschedule.simulation.available_resource_capability import ( AvailableResourceCapability, ) @dataclass(frozen=True) class Demand(WeightDimension[AvailableResourceCapability]): capability: Capability slot: TimeSlot @classmethod def demand_for(cls, capability: Capability, slot: TimeSlot) -> Demand: return Demand(capability, slot) def is_satisfied_by( self, available_capability: AvailableResourceCapability ) -> bool: return available_capability.performs(self.capability) and self.slot.within( available_capability.time_slot ) dd-python-allocation-resource/smartschedule/simulation/demands.py000066400000000000000000000004421466731773200257700ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from smartschedule.simulation.demand import Demand @dataclass(frozen=True) class Demands: all: list[Demand] @classmethod def of(cls, demands: list[Demand]) -> Demands: return Demands(all=demands) dd-python-allocation-resource/smartschedule/simulation/project_id.py000066400000000000000000000011611466731773200264760ustar00rootroot00000000000000from __future__ import annotations from uuid import UUID, uuid4 class ProjectId: def __init__(self, uuid: UUID) -> None: self._project_id = uuid @property def id(self) -> UUID: return self._project_id def __eq__(self, other: object) -> bool: if not isinstance(other, ProjectId): return False return self._project_id == other._project_id def __hash__(self) -> int: return hash(self._project_id) def __str__(self) -> str: return str(self._project_id) @staticmethod def new_one() -> ProjectId: return ProjectId(uuid4()) dd-python-allocation-resource/smartschedule/simulation/simulated_capabilities.py000066400000000000000000000011531466731773200310550ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from smartschedule.simulation.available_resource_capability import ( AvailableResourceCapability, ) @dataclass(frozen=True) class SimulatedCapabilities: capabilities: list[AvailableResourceCapability] @staticmethod def none() -> SimulatedCapabilities: return SimulatedCapabilities([]) def add( self, *new_capabilities: AvailableResourceCapability ) -> SimulatedCapabilities: new_availabilities = self.capabilities + list(new_capabilities) return SimulatedCapabilities(new_availabilities) dd-python-allocation-resource/smartschedule/simulation/simulated_project.py000066400000000000000000000007621466731773200300770ustar00rootroot00000000000000from dataclasses import dataclass from decimal import Decimal from typing import Callable from smartschedule.simulation.demands import Demands from smartschedule.simulation.project_id import ProjectId @dataclass(frozen=True) class SimulatedProject: project_id: ProjectId value_getter: Callable[[], Decimal] missing_demands: Demands @property def value(self) -> Decimal: return self.value_getter() def __hash__(self) -> int: return hash(self.project_id) dd-python-allocation-resource/smartschedule/simulation/simulation_facade.py000066400000000000000000000063721466731773200300340ustar00rootroot00000000000000from smartschedule.optimization.capacity_dimension import CapacityDimension from smartschedule.optimization.item import Item from smartschedule.optimization.optimization_facade import OptimizationFacade from smartschedule.optimization.result import Result from smartschedule.optimization.total_capacity import TotalCapacity from smartschedule.optimization.total_weight import TotalWeight from smartschedule.optimization.weight_dimension import WeightDimension from smartschedule.simulation.additional_priced_capability import ( AdditionalPricedCapability, ) from smartschedule.simulation.available_resource_capability import ( AvailableResourceCapability, ) from smartschedule.simulation.simulated_capabilities import SimulatedCapabilities from smartschedule.simulation.simulated_project import SimulatedProject class SimulationFacade: def __init__(self, optimization_facade: OptimizationFacade) -> None: self._optimization_facade = optimization_facade def profit_after_buying_new_capability( self, projects_simulations: list[SimulatedProject], capabilities_without_new_one: SimulatedCapabilities, new_prices_capability: AdditionalPricedCapability, ) -> float: capabilities_with_new_resources = capabilities_without_new_one.add( new_prices_capability.available_resource_capability ) result_without = self._optimization_facade.calculate( self._to_items(projects_simulations), self._to_capacity(capabilities_without_new_one), lambda x: -x.value, ) result_with = self._optimization_facade.calculate( self._to_items(projects_simulations), self._to_capacity(capabilities_with_new_resources), lambda x: -x.value, ) return ( result_with.profit - float(new_prices_capability.value) ) - result_without.profit def what_is_the_optimal_setup( self, projects_simulations: list[SimulatedProject], total_capability: SimulatedCapabilities, ) -> Result[AvailableResourceCapability]: return self._optimization_facade.calculate( self._to_items(projects_simulations), self._to_capacity(total_capability), lambda x: -x.value, ) def _to_capacity( self, simulated_capabilities: SimulatedCapabilities ) -> TotalCapacity: capabilities = simulated_capabilities.capabilities capacity_dimensions: list[CapacityDimension] = list( capabilities ) # list is invariant, need this explicitly return TotalCapacity(capacity_dimensions) def _to_items( self, projects_simulations: list[SimulatedProject] ) -> list[Item[AvailableResourceCapability]]: return [self._to_item(project) for project in projects_simulations] def _to_item( self, simulated_project: SimulatedProject ) -> Item[AvailableResourceCapability]: missing_demands = simulated_project.missing_demands.all weights: list[WeightDimension[AvailableResourceCapability]] = list( missing_demands ) return Item( str(simulated_project.project_id), float(simulated_project.value), TotalWeight(weights), ) dd-python-allocation-resource/smartschedule/sorter/000077500000000000000000000000001466731773200231355ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/sorter/__init__.py000066400000000000000000000000001466731773200252340ustar00rootroot00000000000000dd-python-allocation-resource/smartschedule/sorter/edge.py000066400000000000000000000002721466731773200244140ustar00rootroot00000000000000from dataclasses import dataclass @dataclass(frozen=True) class Edge: source: int target: int def __str__(self) -> str: return f"({self.source} -> {self.target})" dd-python-allocation-resource/smartschedule/sorter/feedback_arc_se_on_graph.py000066400000000000000000000026211466731773200304250ustar00rootroot00000000000000from __future__ import annotations from smartschedule.sorter.edge import Edge from smartschedule.sorter.node import Node class FeedbackArcSeOnGraph[T]: def calculate(self, initial_nodes: list[Node[T]]) -> list[Edge]: initial_nodes = sorted(initial_nodes, key=lambda node: node.name) adjacency_list = self._create_adjacency_list(initial_nodes) v = len(adjacency_list) feedback_edges = [] visited = [0] * (v + 1) for i in adjacency_list.keys(): neighbours = adjacency_list[i] if len(neighbours) != 0: visited[i] = 1 for j in range(len(neighbours)): if visited[neighbours[j]] == 1: feedback_edges.append(Edge(i, neighbours[j])) else: visited[neighbours[j]] = 1 return feedback_edges def _create_adjacency_list( self, initial_nodes: list[Node[T]] ) -> dict[int, list[int]]: adjacency_list: dict[int, list[int]] = {} for i in range(1, len(initial_nodes) + 1): adjacency_list[i] = [] for i in range(len(initial_nodes)): dependencies = [] for dependency in initial_nodes[i].dependencies.nodes: dependencies.append(initial_nodes.index(dependency) + 1) adjacency_list[i + 1] = dependencies return adjacency_list dd-python-allocation-resource/smartschedule/sorter/graph_topological_sort.py000066400000000000000000000021151466731773200302520ustar00rootroot00000000000000from itertools import chain from smartschedule.sorter.nodes import Nodes from smartschedule.sorter.sorted_nodes import SortedNodes class GraphTopologicalSort[T]: def sort(self, nodes: Nodes[T]) -> SortedNodes[T]: return self._create_sorted_nodes_recursively(nodes, SortedNodes[T].empty()) def _create_sorted_nodes_recursively( self, remaining_nodes: Nodes[T], accumulated_sorted_nodes: SortedNodes[T] ) -> SortedNodes[T]: accumulated_nodes = [nodes.nodes for nodes in accumulated_sorted_nodes.all] already_processed_nodes = list(chain.from_iterable(accumulated_nodes)) nodes_without_dependencies = remaining_nodes.with_all_dependencies_present_in( already_processed_nodes ) if not nodes_without_dependencies.all: return accumulated_sorted_nodes new_sorted_nodes = accumulated_sorted_nodes.add(nodes_without_dependencies) remaining_nodes = remaining_nodes.remove_all(nodes_without_dependencies.all) return self._create_sorted_nodes_recursively(remaining_nodes, new_sorted_nodes) dd-python-allocation-resource/smartschedule/sorter/node.py000066400000000000000000000013301466731773200244310ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass, field from smartschedule.sorter.nodes import Nodes @dataclass class Node[T]: name: str content: T dependencies: Nodes[T] = field(default_factory=lambda: Nodes[T](set())) def depends_on(self, node: Node[T]) -> Node[T]: return Node[T]( name=self.name, content=self.content, dependencies=self.dependencies.add(node), ) def __str__(self) -> str: return self.name def __eq__(self, value: object) -> bool: if not isinstance(value, Node): return False return self.name == value.name def __hash__(self) -> int: return hash(self.name) dd-python-allocation-resource/smartschedule/sorter/nodes.py000066400000000000000000000015621466731773200246230ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from typing import TYPE_CHECKING, Iterable if TYPE_CHECKING: from smartschedule.sorter.node import Node @dataclass class Nodes[T]: nodes: set[Node[T]] @property def all(self) -> set[Node[T]]: return self.nodes.copy() def add(self, node: Node[T]) -> Nodes[T]: new_nodes = self.nodes.copy() new_nodes.add(node) return Nodes[T](new_nodes) def with_all_dependencies_present_in(self, nodes: Iterable[Node[T]]) -> Nodes[T]: return Nodes[T]( {node for node in self.nodes if node.dependencies.nodes.issubset(nodes)} ) def remove_all(self, nodes: set[Node[T]]) -> Nodes[T]: return Nodes[T]({node for node in self.nodes if node not in nodes}) def __str__(self) -> str: return f"Nodes{{node={self.nodes}}}" dd-python-allocation-resource/smartschedule/sorter/sorted_nodes.py000066400000000000000000000006701466731773200262020ustar00rootroot00000000000000from __future__ import annotations from dataclasses import dataclass from smartschedule.sorter.nodes import Nodes @dataclass class SortedNodes[T]: all: list[Nodes[T]] @classmethod def empty(cls) -> SortedNodes[T]: return cls([]) def add(self, new_nodes: Nodes[T]) -> SortedNodes[T]: return SortedNodes[T](self.all + [new_nodes]) def __str__(self) -> str: return f"SortedNodes: {self.all}" dd-python-allocation-resource/tach.yml000066400000000000000000000041141466731773200204160ustar00rootroot00000000000000# yaml-language-server: $schema=https://raw.githubusercontent.com/gauge-sh/tach/v0.9.2/public/tach-yml-schema.json modules: - path: smartschedule.allocation depends_on: - path: smartschedule.allocation.capabilityscheduling - path: smartschedule.availability - path: smartschedule.shared - path: smartschedule.simulation - path: smartschedule.allocation.capabilityscheduling depends_on: - path: smartschedule.availability - path: smartschedule.shared - path: smartschedule.allocation.capabilityscheduling.legacyacl depends_on: - path: smartschedule.allocation.capabilityscheduling - path: smartschedule.shared - path: smartschedule.availability depends_on: - path: smartschedule.shared - path: smartschedule.container depends_on: - path: smartschedule.shared - path: smartschedule.optimization depends_on: - path: smartschedule.shared - path: smartschedule.planning depends_on: - path: smartschedule.allocation - path: smartschedule.availability - path: smartschedule.planning.parallelization - path: smartschedule.shared - path: smartschedule.planning.parallelization depends_on: - path: smartschedule.availability - path: smartschedule.shared - path: smartschedule.sorter - path: smartschedule.resource depends_on: - path: smartschedule.resource.device - path: smartschedule.resource.employee - path: smartschedule.shared - path: smartschedule.resource.device depends_on: - path: smartschedule.allocation.capabilityscheduling - path: smartschedule.shared - path: smartschedule.resource.employee depends_on: - path: smartschedule.allocation.capabilityscheduling - path: smartschedule.shared - path: smartschedule.shared depends_on: [] - path: smartschedule.simulation depends_on: - path: smartschedule.optimization - path: smartschedule.shared - path: smartschedule.sorter depends_on: [] exclude: - .*__pycache__ - .*egg-info - docs - tests - venv source_roots: - . dd-python-allocation-resource/tests/000077500000000000000000000000001466731773200201165ustar00rootroot00000000000000dd-python-allocation-resource/tests/__init__.py000066400000000000000000000000001466731773200222150ustar00rootroot00000000000000dd-python-allocation-resource/tests/conftest.py000066400000000000000000000037101466731773200223160ustar00rootroot00000000000000import time from typing import Callable, Iterator import pytest from lagom import Container from sqlalchemy import Engine, create_engine from sqlalchemy.orm import Session, sessionmaker from testcontainers.postgres import PostgresContainer # type: ignore from smartschedule import container as container_module from smartschedule.allocation.capabilityscheduling.capability_finder import ( CapabilityFinder, ) from smartschedule.availability.availability_facade import AvailabilityFacade from smartschedule.shared.sqlalchemy_extensions import registry @pytest.fixture(scope="session") def postgres_container() -> Iterator[PostgresContainer]: with PostgresContainer("postgres:15") as container: yield container @pytest.fixture(scope="session") def engine_for_tests(postgres_container: PostgresContainer) -> Engine: url = postgres_container.get_connection_url() engine = create_engine(url, echo=True) # There seems to be some race condition. Fine, let's wait. start = time.monotonic() while time.monotonic() - start < 30: try: engine.connect() break except Exception: time.sleep(0.1) registry.metadata.create_all(engine) return engine @pytest.fixture(scope="session") def session_factory(engine_for_tests: Engine) -> Callable[[], Session]: return sessionmaker(bind=engine_for_tests) @pytest.fixture() def session(session_factory: Callable[[], Session]) -> Iterator[Session]: a_session = session_factory() yield a_session a_session.close() @pytest.fixture() def container(session: Session) -> Container: container = container_module.build() container[Session] = session return container @pytest.fixture() def availability_facade(container: Container) -> AvailabilityFacade: return container.resolve(AvailabilityFacade) @pytest.fixture() def capability_finder(container: Container) -> CapabilityFinder: return container.resolve(CapabilityFinder) dd-python-allocation-resource/tests/smartschedule/000077500000000000000000000000001466731773200227615ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/__init__.py000066400000000000000000000000001466731773200250600ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/allocation/000077500000000000000000000000001466731773200251065ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/allocation/__init__.py000066400000000000000000000000001466731773200272050ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/allocation/availability_assert.py000066400000000000000000000031161466731773200315140ustar00rootroot00000000000000from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.allocation.project_allocations_id import ProjectAllocationsId from smartschedule.availability.availability_facade import AvailabilityFacade from smartschedule.availability.owner import Owner from smartschedule.availability.resource_id import ResourceId from smartschedule.shared.timeslot.time_slot import TimeSlot class AvailabilityAssert: def __init__(self, availability_facade: AvailabilityFacade) -> None: self._availability_facade = availability_facade def assert_availability_was_blocked( self, resource_id: ResourceId, period: TimeSlot, project_id: ProjectAllocationsId, ) -> None: __tracebackhide__ = True owner = Owner(project_id.id) calendars = self._availability_facade.load_calendars({resource_id}, period) assert all( calendar.taken_by(owner) == [period] for calendar in calendars.calendars.values() ) def assert_availability_is_released( self, time_slot: TimeSlot, allocatable_capability_id: AllocatableCapabilityId, project_id: ProjectAllocationsId, ) -> None: __tracebackhide__ = True owner = Owner(project_id.id) calendars = self._availability_facade.load_calendars( {allocatable_capability_id.to_availability_resource_id()}, time_slot ) assert all( calendar.taken_by(owner) == [] for calendar in calendars.calendars.values() ) dd-python-allocation-resource/tests/smartschedule/allocation/capabilityscheduling/000077500000000000000000000000001466731773200312755ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/allocation/capabilityscheduling/__init__.py000066400000000000000000000000001466731773200333740ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/allocation/capabilityscheduling/legacyacl/000077500000000000000000000000001466731773200332215ustar00rootroot00000000000000__init__.py000066400000000000000000000000001466731773200352410ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/allocation/capabilityscheduling/legacyacltest_translate_to_capability_selector.py000066400000000000000000000051021466731773200433510ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/allocation/capabilityscheduling/legacyaclimport factory # type: ignore from smartschedule.allocation.capabilityscheduling.legacyacl.employee_data_from_legacy_esb_message import ( EmployeeDataFromLegacyEsbMessage, ) from smartschedule.allocation.capabilityscheduling.legacyacl.translate_to_capability_selector import ( translate, ) from smartschedule.shared.capability.capability import Capability from smartschedule.shared.capability_selector import CapabilitySelector from smartschedule.shared.timeslot.time_slot import TimeSlot class EmployeeDataFromLegacyEsbMessageFactory(factory.Factory): # type: ignore class Meta: model = EmployeeDataFromLegacyEsbMessage resource_id = factory.Faker("uuid4") skills_performed_together = factory.LazyFunction(list) exclusive_skills = factory.LazyFunction(list) permissions = factory.LazyFunction(list) time_slot = TimeSlot.empty() class TestTranslateToCapabilitySelector: def test_translate_legacy_esb_message_to_capability_selector_model(self) -> None: legacy_permissions = ["ADMIN<>2", "ROOT<>1"] legacy_skills_performed_together = [ ["JAVA", "CSHARP", "PYTHON"], ["RUST", "CSHARP", "PYTHON"], ] legacy_exclusive_skills = ["YT DRAMA COMMENTS"] message = EmployeeDataFromLegacyEsbMessageFactory( permissions=legacy_permissions, skills_performed_together=legacy_skills_performed_together, exclusive_skills=legacy_exclusive_skills, ) result = translate(message) assert len(result) == 6 assert ( result.count( CapabilitySelector.can_perform_one_of({Capability.permission("ADMIN")}) ) == 2 ) assert set(result) == { CapabilitySelector.can_perform_one_of( {Capability.skill("YT DRAMA COMMENTS")} ), CapabilitySelector.can_perform_all_at_the_time( Capability.skills("JAVA", "CSHARP", "PYTHON") ), CapabilitySelector.can_perform_all_at_the_time( Capability.skills("RUST", "CSHARP", "PYTHON") ), CapabilitySelector.can_perform_one_of({Capability.permission("ADMIN")}), CapabilitySelector.can_perform_one_of({Capability.permission("ROOT")}), } def test_zero_means_no_permission_nowhere(self) -> None: legacy_permissions = ["ADMIN<>0"] message = EmployeeDataFromLegacyEsbMessageFactory( permissions=legacy_permissions ) result = translate(message) assert len(result) == 0 test_capability_scheduling.py000066400000000000000000000170661466731773200371670ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/allocation/capabilityschedulingfrom datetime import timedelta import pytest from lagom import Container from smartschedule.allocation.capabilityscheduling.allocatable_resource_id import ( AllocatableResourceId, ) from smartschedule.allocation.capabilityscheduling.capability_finder import ( CapabilityFinder, ) from smartschedule.allocation.capabilityscheduling.capability_scheduler import ( CapabilityScheduler, ) from smartschedule.availability.availability_facade import AvailabilityFacade from smartschedule.availability.resource_id import ResourceId from smartschedule.shared.capability.capability import Capability from smartschedule.shared.capability_selector import ( CapabilitySelector, ) from smartschedule.shared.timeslot.time_slot import TimeSlot @pytest.fixture() def capability_scheduler(container: Container) -> CapabilityScheduler: return container.resolve(CapabilityScheduler) class AvailabilityAssert: def __init__(self, availability_facade: AvailabilityFacade) -> None: self._facade = availability_facade def assert_availability_slots_created( self, resource_id: ResourceId, time_slot: TimeSlot ) -> None: calendar = self._facade.load_calendar(resource_id, time_slot) assert calendar.available_slots() == [time_slot] @pytest.fixture() def availability_assert(availability_facade: AvailabilityFacade) -> AvailabilityAssert: return AvailabilityAssert(availability_facade) class TestCapabilityScheduling: def test_schedule_allocatable_capabilities( self, capability_scheduler: CapabilityScheduler, capability_finder: CapabilityFinder, availability_assert: AvailabilityAssert, ) -> None: java_skill = CapabilitySelector.can_just_perform(Capability.skill("JAVA")) rust_skill = CapabilitySelector.can_just_perform(Capability.skill("RUST")) one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) allocatable = capability_scheduler.schedule_resource_capabilities_for_period( AllocatableResourceId.new_one(), [java_skill, rust_skill], one_day ) loaded = capability_finder.find_by_id(*allocatable) assert len(allocatable) == len(loaded.all) for allocatable_capability_id in allocatable: availability_assert.assert_availability_slots_created( allocatable_capability_id.to_availability_resource_id(), one_day ) def test_capabililty_is_found_when_capability_present_in_time_slot( self, capability_scheduler: CapabilityScheduler, capability_finder: CapabilityFinder, ) -> None: fitness_class = Capability.permission("FITNESS-CLASS") unique_skill = CapabilitySelector.can_just_perform(fitness_class) one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) another_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 2) capability_scheduler.schedule_resource_capabilities_for_period( AllocatableResourceId.new_one(), [unique_skill], one_day ) found = capability_finder.find_available_capabilities(fitness_class, one_day) not_found = capability_finder.find_available_capabilities( fitness_class, another_day ) assert len(found.all) == 1 assert len(not_found.all) == 0 assert found.all[0].capabilities == unique_skill assert found.all[0].time_slot == one_day def test_capability_not_found_when_capability_not_present( self, capability_scheduler: CapabilityScheduler, capability_finder: CapabilityFinder, ) -> None: admin = CapabilitySelector.can_just_perform(Capability.permission("ADMIN")) one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) capability_scheduler.schedule_resource_capabilities_for_period( AllocatableResourceId.new_one(), [admin], one_day ) rust_skill = Capability.skill("RUST JUST FOR NINJAS") found = capability_finder.find_available_capabilities(rust_skill, one_day) assert len(found.all) == 0 def test_schedule_multiple_capabilities_of_the_same_type( self, capability_scheduler: CapabilityScheduler, capability_finder: CapabilityFinder, ) -> None: loading = Capability.skill("LOADING_TRUCK") one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) truck1 = AllocatableResourceId.new_one() truck2 = AllocatableResourceId.new_one() truck3 = AllocatableResourceId.new_one() capability_scheduler.schedule_multiple_resources_for_period( {truck1, truck2, truck3}, loading, one_day ) found = capability_finder.find_capabilities(loading, one_day) assert len(found.all) == 3 def test_find_capability_ignoring_availability( self, capability_scheduler: CapabilityScheduler, capability_finder: CapabilityFinder, ) -> None: admin_permission = Capability.permission("REALLY_UNIQUE_ADMIN") admin = CapabilitySelector.can_just_perform(admin_permission) one_day = TimeSlot.create_daily_time_slot_at_utc(1111, 1, 1) different_day = TimeSlot.create_daily_time_slot_at_utc(2021, 2, 1) hour_within_day = TimeSlot(one_day.from_, one_day.from_ + timedelta(hours=1)) partially_overlapping_day = TimeSlot( one_day.from_ + timedelta(hours=1), one_day.to + timedelta(hours=1) ) capability_scheduler.schedule_resource_capabilities_for_period( AllocatableResourceId.new_one(), [admin], one_day ) on_the_exact_day = capability_finder.find_capabilities( admin_permission, one_day ) on_different_day = capability_finder.find_capabilities( admin_permission, different_day ) in_slot_within = capability_finder.find_capabilities( admin_permission, hour_within_day ) in_overlapping_slot = capability_finder.find_capabilities( admin_permission, partially_overlapping_day ) assert len(on_the_exact_day.all) == 1 assert len(on_different_day.all) == 0 assert len(in_slot_within.all) == 1 assert len(in_overlapping_slot.all) == 0 def test_finding_takes_into_account_simulations_capabilities( self, capability_scheduler: CapabilityScheduler, ) -> None: truck_assets = {Capability.asset("LOADING"), Capability.asset("CARRYING")} truck_capabilities = CapabilitySelector.can_perform_all_at_the_time( truck_assets ) one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) truck_resource_id = AllocatableResourceId.new_one() capability_scheduler.schedule_resource_capabilities_for_period( truck_resource_id, [truck_capabilities], one_day ) can_perform_both = capability_scheduler.find_resource_performing_capabilities( truck_resource_id, truck_assets, one_day ) can_perform_just_loading = capability_scheduler.find_resource_capablities( truck_resource_id, Capability.asset("LOADING"), one_day ) can_perform_just_carrying = capability_scheduler.find_resource_capablities( truck_resource_id, Capability.asset("CARRYING"), one_day ) can_perform_java = capability_scheduler.find_resource_capablities( truck_resource_id, Capability.skill("JAVA"), one_day ) assert can_perform_both is not None assert can_perform_just_loading is not None assert can_perform_just_carrying is not None assert can_perform_java is None dd-python-allocation-resource/tests/smartschedule/allocation/cashflow/000077500000000000000000000000001466731773200267145ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/allocation/cashflow/__init__.py000066400000000000000000000000001466731773200310130ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/allocation/cashflow/test_cash_flow_facade.py000066400000000000000000000036511466731773200335620ustar00rootroot00000000000000from typing import Any import pytest from lagom import Container from mockito import verify # type: ignore from mockito.matchers import arg_that # type: ignore from smartschedule.allocation.cashflow.cash_flow_facade import CashFlowFacade from smartschedule.allocation.cashflow.cost import Cost from smartschedule.allocation.cashflow.earnings import Earnings from smartschedule.allocation.cashflow.earnings_recalculated import EarningsRecalculated from smartschedule.allocation.cashflow.income import Income from smartschedule.allocation.project_allocations_id import ProjectAllocationsId from smartschedule.shared.event_bus import EventBus @pytest.fixture() def cash_flow_facade(container: Container) -> CashFlowFacade: return container.resolve(CashFlowFacade) class TestCashFlowFacade: def test_saves_cashflow(self, cash_flow_facade: CashFlowFacade) -> None: project_id = ProjectAllocationsId.new_one() cash_flow_facade.add_income_and_cost(project_id, Income(100), Cost(50)) earnings = cash_flow_facade.find(project_id) assert earnings == Earnings(50) def test_updating_cash_flow_emits_an_event( self, cash_flow_facade: CashFlowFacade, when: Any ) -> None: when(EventBus).publish(...) project_id = ProjectAllocationsId.new_one() income = Income(100) cost = Cost(50) cash_flow_facade.add_income_and_cost(project_id, income, cost) verify(EventBus).publish( arg_that( lambda event: self._is_earnings_recalculated_event( event, project_id, Earnings(50) ) ) ) def _is_earnings_recalculated_event( self, event: Any, project_id: ProjectAllocationsId, earnings: Earnings ) -> Any: return ( isinstance(event, EarningsRecalculated) and event.project_id == project_id and event.earnings == earnings ) dd-python-allocation-resource/tests/smartschedule/allocation/cashflow/test_earnings.py000066400000000000000000000020011466731773200321240ustar00rootroot00000000000000from decimal import Decimal import pytest from smartschedule.allocation.cashflow.cost import Cost from smartschedule.allocation.cashflow.earnings import Earnings from smartschedule.allocation.cashflow.income import Income class TestEarnings: TEN = Decimal(10) @pytest.mark.parametrize( "expected_earnings, income, cost", [ (9, 10, 1), (8, 10, 2), (7, 10, 3), (-70, 100, 170), ], ) def test_income_minus_cost( self, expected_earnings: int, income: int, cost: int ) -> None: assert Income(income) - Cost(cost) == Earnings(expected_earnings) @pytest.mark.parametrize( "expected, left, right", [ (True, 10, 9), (True, 10, 0), (True, 10, -1), (False, 10, 10), (False, 10, 11), ], ) def test_greater_than(self, expected: bool, left: int, right: int) -> None: assert (Earnings(left) > Earnings(right)) is expected dd-python-allocation-resource/tests/smartschedule/allocation/conftest.py000066400000000000000000000040701466731773200273060ustar00rootroot00000000000000from typing import Callable, TypeAlias import pytest from lagom import Container from smartschedule.allocation.allocation_facade import AllocationFacade from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.allocation.capabilityscheduling.allocatable_resource_id import ( AllocatableResourceId, ) from smartschedule.allocation.capabilityscheduling.capability_scheduler import ( CapabilityScheduler, ) from smartschedule.availability.availability_facade import AvailabilityFacade from smartschedule.shared.capability.capability import Capability from smartschedule.shared.capability_selector import CapabilitySelector from smartschedule.shared.timeslot.time_slot import TimeSlot from tests.smartschedule.allocation.availability_assert import AvailabilityAssert @pytest.fixture() def allocation_facade(container: Container) -> AllocationFacade: return container.resolve(AllocationFacade) AllocatableResourceFactory: TypeAlias = Callable[ [TimeSlot, Capability, AllocatableResourceId], AllocatableCapabilityId ] @pytest.fixture() def allocatable_resource_factory( capability_scheduler: CapabilityScheduler, ) -> AllocatableResourceFactory: def _create_allocatable_resource( period: TimeSlot, capability: Capability, resource_id: AllocatableResourceId ) -> AllocatableCapabilityId: capabilities = [CapabilitySelector.can_just_perform(capability)] allocatable_capability_ids = ( capability_scheduler.schedule_resource_capabilities_for_period( resource_id, capabilities, period ) ) assert len(allocatable_capability_ids) == 1 return allocatable_capability_ids[0] return _create_allocatable_resource @pytest.fixture() def availability_assert(availability_facade: AvailabilityFacade) -> AvailabilityAssert: return AvailabilityAssert(availability_facade) @pytest.fixture() def capability_scheduler(container: Container) -> CapabilityScheduler: return container.resolve(CapabilityScheduler) dd-python-allocation-resource/tests/smartschedule/allocation/test_allocations_to_project.py000066400000000000000000000265071466731773200332710ustar00rootroot00000000000000from datetime import datetime, timedelta from typing import Final from smartschedule.allocation.allocated_capability import AllocatedCapability from smartschedule.allocation.allocations import Allocations from smartschedule.allocation.capabilities_allocated import CapabilitiesAllocated from smartschedule.allocation.capability_released import CapabilityReleased from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.allocation.demand import Demand from smartschedule.allocation.demands import Demands from smartschedule.allocation.project_allocation_scheduled import ( ProjectAllocationScheduled, ) from smartschedule.allocation.project_allocations import ProjectAllocations from smartschedule.allocation.project_allocations_demands_scheduled import ( ProjectAllocationsDemandsScheduled, ) from smartschedule.allocation.project_allocations_id import ProjectAllocationsId from smartschedule.shared.capability.capability import Capability from smartschedule.shared.capability_selector import CapabilitySelector from smartschedule.shared.timeslot.time_slot import TimeSlot class TestAllocationsToProject: WHEN: Final = datetime.min PROJECT_ID: Final = ProjectAllocationsId.new_one() ADMIN_ID: Final = AllocatableCapabilityId.new_one() FEB_1: Final = TimeSlot.create_daily_time_slot_at_utc(2020, 2, 1) FEB_2: Final = TimeSlot.create_daily_time_slot_at_utc(2020, 2, 2) JANUARY: Final = TimeSlot.create_daily_time_slot_at_utc(2020, 1, 1) FEBRUARY: Final = TimeSlot.create_daily_time_slot_at_utc(2020, 2, 1) def test_allocate(self) -> None: allocations = ProjectAllocations.empty(self.PROJECT_ID) event = allocations.allocate( self.ADMIN_ID, CapabilitySelector.can_just_perform(Capability.permission("admin")), self.FEB_1, self.WHEN, ) assert isinstance(event, CapabilitiesAllocated) assert event == CapabilitiesAllocated( allocated_capability_id=event.allocated_capability_id, project_id=self.PROJECT_ID, missing_demands=Demands.none(), occurred_at=self.WHEN, event_id=event.event_id, ) def test_cant_allocate_when_requested_slot_not_within_project_slot(self) -> None: allocations = ProjectAllocations( self.PROJECT_ID, Allocations.none(), Demands.none(), self.JANUARY ) event = allocations.allocate( self.ADMIN_ID, CapabilitySelector.can_just_perform(Capability.permission("admin")), self.FEB_1, self.WHEN, ) assert event is None def test_allocating_has_no_effect_when_capability_already_allocated(self) -> None: allocations = ProjectAllocations.empty(self.PROJECT_ID) allocations.allocate( self.ADMIN_ID, CapabilitySelector.can_just_perform(Capability.permission("admin")), self.FEB_1, self.WHEN, ) event = allocations.allocate( self.ADMIN_ID, CapabilitySelector.can_just_perform(Capability.permission("admin")), self.FEB_1, self.WHEN, ) assert event is None def test_there_are_no_missing_demands_when_all_allocated(self) -> None: demands = Demands.of( Demand(Capability.permission("admin"), self.FEB_1), Demand(Capability.skill("java"), self.FEB_1), ) allocations = ProjectAllocations.with_demands(self.PROJECT_ID, demands) allocations.allocate( self.ADMIN_ID, CapabilitySelector.can_just_perform(Capability.permission("admin")), self.FEB_1, self.WHEN, ) event = allocations.allocate( self.ADMIN_ID, CapabilitySelector.can_just_perform(Capability.skill("java")), self.FEB_1, self.WHEN, ) assert isinstance(event, CapabilitiesAllocated) assert event == CapabilitiesAllocated( allocated_capability_id=event.allocated_capability_id, project_id=self.PROJECT_ID, missing_demands=Demands.none(), occurred_at=self.WHEN, event_id=event.event_id, ) def test_missing_demands_are_present_when_allocating_for_different_than_demanded_slot( self, ) -> None: demands = Demands.of( Demand(Capability.permission("admin"), self.FEB_1), Demand(Capability.skill("java"), self.FEB_1), ) allocations = ProjectAllocations.with_demands(self.PROJECT_ID, demands) allocations.allocate( self.ADMIN_ID, CapabilitySelector.can_just_perform(Capability.permission("admin")), self.FEB_1, self.WHEN, ) event = allocations.allocate( self.ADMIN_ID, CapabilitySelector.can_just_perform(Capability.skill("java")), self.FEB_2, self.WHEN, ) assert isinstance(event, CapabilitiesAllocated) assert allocations.missing_demands() == Demands.of( Demand(Capability.skill("java"), self.FEB_1) ) assert event == CapabilitiesAllocated( allocated_capability_id=event.allocated_capability_id, project_id=self.PROJECT_ID, missing_demands=Demands.of(Demand(Capability.skill("java"), self.FEB_1)), occurred_at=self.WHEN, event_id=event.event_id, ) def test_release(self) -> None: allocations = ProjectAllocations.empty(self.PROJECT_ID) allocated_admin = allocations.allocate( self.ADMIN_ID, CapabilitySelector.can_just_perform(Capability.permission("admin")), self.FEB_1, self.WHEN, ) assert allocated_admin is not None admin_id = AllocatableCapabilityId(allocated_admin.allocated_capability_id) event = allocations.release(admin_id, self.FEB_1, self.WHEN) assert isinstance(event, CapabilityReleased) assert event == CapabilityReleased( self.PROJECT_ID, Demands.none(), self.WHEN, event.event_id ) def test_releasing_has_no_effect_when_capability_was_not_allocated(self) -> None: allocations = ProjectAllocations.empty(self.PROJECT_ID) event = allocations.release( AllocatableCapabilityId.new_one(), self.FEB_1, self.WHEN ) assert event is None def test_missing_demands_are_present_after_releasing_some_of_allocated_capabilities( self, ) -> None: demand_for_java = Demand(Capability.skill("java"), self.FEB_1) demand_for_admin = Demand(Capability.permission("admin"), self.FEB_1) allocations = ProjectAllocations.with_demands( self.PROJECT_ID, Demands.of(demand_for_admin, demand_for_java) ) allocated_admin = allocations.allocate( AllocatableCapabilityId.new_one(), CapabilitySelector.can_just_perform(Capability.permission("admin")), self.FEB_1, self.WHEN, ) assert allocated_admin is not None allocations.allocate( self.ADMIN_ID, CapabilitySelector.can_just_perform(Capability.skill("java")), self.FEB_1, self.WHEN, ) event = allocations.release( AllocatableCapabilityId(allocated_admin.allocated_capability_id), self.FEB_1, self.WHEN, ) assert isinstance(event, CapabilityReleased) assert event == CapabilityReleased( self.PROJECT_ID, Demands.of(demand_for_admin), self.WHEN, event.event_id ) def test_releasing_has_no_effect_when_releasing_slot_not_within_allocated_slot( self, ) -> None: allocations = ProjectAllocations.empty(self.PROJECT_ID) allocated_admin = allocations.allocate( self.ADMIN_ID, CapabilitySelector.can_just_perform(Capability.permission("admin")), self.FEB_1, self.WHEN, ) assert allocated_admin is not None event = allocations.release( AllocatableCapabilityId(allocated_admin.allocated_capability_id), self.FEB_2, self.WHEN, ) assert event is None def test_releasing_small_part_of_slot_leaves_the_rest(self) -> None: allocations = ProjectAllocations.empty(self.PROJECT_ID) allocated_admin = allocations.allocate( self.ADMIN_ID, CapabilitySelector.can_just_perform(Capability.permission("admin")), self.FEB_1, self.WHEN, ) assert allocated_admin is not None fifteen_minutes_in_1_feb = TimeSlot( self.FEB_1.from_ + timedelta(hours=1), self.FEB_1.from_ + timedelta(hours=2) ) one_hour_before = TimeSlot( self.FEB_1.from_, self.FEB_1.from_ + timedelta(hours=1) ) the_rest = TimeSlot(self.FEB_1.from_ + timedelta(hours=2), self.FEB_1.to) event = allocations.release( AllocatableCapabilityId(allocated_admin.allocated_capability_id), fifteen_minutes_in_1_feb, self.WHEN, ) assert isinstance(event, CapabilityReleased) assert event == CapabilityReleased( self.PROJECT_ID, Demands.none(), self.WHEN, event.event_id ) assert allocations.allocations.all == { AllocatedCapability( self.ADMIN_ID, CapabilitySelector.can_just_perform(Capability.permission("admin")), one_hour_before, ), AllocatedCapability( self.ADMIN_ID, CapabilitySelector.can_just_perform(Capability.permission("admin")), the_rest, ), } def test_change_demands(self) -> None: admin_permission = Demand(Capability.permission("ADMIN"), self.FEB_1) java_skill = Demand(Capability.skill("JAVA"), self.FEB_1) demands = Demands.of(admin_permission, java_skill) allocations = ProjectAllocations.with_demands(self.PROJECT_ID, demands) allocations.allocate( self.ADMIN_ID, CapabilitySelector.can_just_perform(Capability.permission("ADMIN")), self.FEB_1, self.WHEN, ) python_skill = Demand(Capability.skill("PYTHON"), self.FEB_1) event = allocations.add_demands(Demands.of(python_skill), self.WHEN) assert allocations.missing_demands() == Demands.all_in_same_time_slot( self.FEB_1, Capability.skill("JAVA"), Capability.skill("PYTHON") ) assert event == ProjectAllocationsDemandsScheduled( self.PROJECT_ID, Demands.all_in_same_time_slot( self.FEB_1, Capability.skill("JAVA"), Capability.skill("PYTHON") ), self.WHEN, event.uuid, ) def test_change_project_dates(self) -> None: allocations = ProjectAllocations( self.PROJECT_ID, Allocations.none(), Demands.none(), self.JANUARY ) event = allocations.define_slot(self.FEBRUARY, self.WHEN) assert event == ProjectAllocationScheduled( project_id=self.PROJECT_ID, from_to=self.FEBRUARY, occurred_at=self.WHEN, uuid=event.uuid, ) dd-python-allocation-resource/tests/smartschedule/allocation/test_capability_allocating.py000066400000000000000000000150371466731773200330430ustar00rootroot00000000000000from typing import Final import pytest from smartschedule.allocation.allocation_facade import AllocationFacade from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.allocation.capabilityscheduling.allocatable_resource_id import ( AllocatableResourceId, ) from smartschedule.allocation.capabilityscheduling.capability_scheduler import ( CapabilityScheduler, ) from smartschedule.allocation.demand import Demand from smartschedule.allocation.demands import Demands from smartschedule.allocation.project_allocations_id import ProjectAllocationsId from smartschedule.availability.availability_facade import AvailabilityFacade from smartschedule.availability.owner import Owner from smartschedule.shared.capability.capability import Capability from smartschedule.shared.capability_selector import CapabilitySelector from smartschedule.shared.timeslot.time_slot import TimeSlot class TestCapabilityAllocating: ALLOCATABLE_RESOURCE_ID: Final = AllocatableResourceId.new_one() ALLOCATABLE_RESOURCE_ID_2: Final = AllocatableResourceId.new_one() ALLOCATABLE_RESOURCE_ID_3: Final = AllocatableResourceId.new_one() @pytest.fixture(autouse=True) def setup( self, capability_scheduler: CapabilityScheduler, allocation_facade: AllocationFacade, availability_facade: AvailabilityFacade, ) -> None: self._capability_scheduler = capability_scheduler self._allocation_facade = allocation_facade self._availability_facade = availability_facade def test_can_allocate_any_capability_of_required_type(self) -> None: java_and_python = CapabilitySelector.can_perform_one_of( Capability.skills("JAVA", "PYTHON") ) one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) allocatable_capability_id_1 = self._schedule_capabilities( self.ALLOCATABLE_RESOURCE_ID, java_and_python, one_day ) allocatable_capability_id_2 = self._schedule_capabilities( self.ALLOCATABLE_RESOURCE_ID_2, java_and_python, one_day ) allocatable_capability_id_3 = self._schedule_capabilities( self.ALLOCATABLE_RESOURCE_ID_3, java_and_python, one_day ) project_id = ProjectAllocationsId.new_one() self._allocation_facade.schedule_project_allocations_demands( project_id, Demands.none() ) result = self._allocation_facade.allocate_capability_to_project_for_period( project_id, Capability.skill("JAVA"), one_day ) assert result is True allocated_capabilities_ids = self._load_project_allocations(project_id) assert allocated_capabilities_ids & { allocatable_capability_id_1, allocatable_capability_id_2, allocatable_capability_id_3, } assert self._availability_was_blocked( allocated_capabilities_ids, one_day, project_id ) def test_cant_allocate_any_capability_of_required_type_when_no_capabilities( self, ) -> None: one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) project_id = ProjectAllocationsId.new_one() self._allocation_facade.schedule_project_allocations_demands( project_id, Demands.none() ) result = self._allocation_facade.allocate_capability_to_project_for_period( project_id, Capability.skill("DEBUGGING"), one_day ) assert result is False summary = self._allocation_facade.find_all_projects_allocations() assert len(summary.project_allocations[project_id].all) == 0 def test_cant_allocate_any_capability_of_required_type_when_all_capabilities_taken( self, ) -> None: debugging = Capability.skill("DEBUGGING") capability = CapabilitySelector.can_perform_one_of({debugging}) one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) allocatable_capability_1 = self._schedule_capabilities( self.ALLOCATABLE_RESOURCE_ID, capability, one_day ) allocatable_capability_2 = self._schedule_capabilities( self.ALLOCATABLE_RESOURCE_ID_2, capability, one_day ) project_1 = self._allocation_facade.create_allocation( one_day, Demands.of(Demand(debugging, one_day)) ) project_2 = self._allocation_facade.create_allocation( one_day, Demands.of(Demand(debugging, one_day)) ) self._allocation_facade.allocate_to_project( project_1, allocatable_capability_1, one_day ) self._allocation_facade.allocate_to_project( project_2, allocatable_capability_2, one_day ) project_id = ProjectAllocationsId.new_one() self._allocation_facade.schedule_project_allocations_demands( project_id, Demands.none() ) result = self._allocation_facade.allocate_capability_to_project_for_period( project_id, debugging, one_day ) assert result is False summary = self._allocation_facade.find_all_projects_allocations() assert len(summary.project_allocations[project_id].all) == 0 def _schedule_capabilities( self, allocatable_resource_id: AllocatableResourceId, capabilities: CapabilitySelector, time_slot: TimeSlot, ) -> AllocatableCapabilityId: allocatable_capability_ids = ( self._capability_scheduler.schedule_resource_capabilities_for_period( allocatable_resource_id, [capabilities], time_slot ) ) assert len(allocatable_capability_ids) == 1 return allocatable_capability_ids[0] def _load_project_allocations( self, project_id: ProjectAllocationsId ) -> set[AllocatableCapabilityId]: summary = self._allocation_facade.find_all_projects_allocations() allocated_capabilities = summary.project_allocations[project_id].all return {ac.allocated_capability_id for ac in allocated_capabilities} def _availability_was_blocked( self, capabilities: set[AllocatableCapabilityId], time_slot: TimeSlot, project_id: ProjectAllocationsId, ) -> bool: resource_ids = {ac.to_availability_resource_id() for ac in capabilities} calendars = self._availability_facade.load_calendars(resource_ids, time_slot) owner = Owner(project_id.id) return all( calendar.taken_by(owner) == [time_slot] for calendar in calendars.calendars.values() ) dd-python-allocation-resource/tests/smartschedule/allocation/test_creating_new_project.py000066400000000000000000000050341466731773200327140ustar00rootroot00000000000000from typing import Any from mockito import verify # type: ignore from mockito.matchers import arg_that # type: ignore from smartschedule.allocation.allocation_facade import AllocationFacade from smartschedule.allocation.demand import Demand from smartschedule.allocation.demands import Demands from smartschedule.allocation.project_allocation_scheduled import ( ProjectAllocationScheduled, ) from smartschedule.allocation.project_allocations_id import ProjectAllocationsId from smartschedule.shared.capability.capability import Capability from smartschedule.shared.event_bus import EventBus from smartschedule.shared.timeslot.time_slot import TimeSlot class TestCreatingNewProject: JAN = TimeSlot.create_monthly_time_slot_at_utc(2021, 1) FEB = TimeSlot.create_monthly_time_slot_at_utc(2021, 2) def test_create_new_projct( self, allocation_facade: AllocationFacade, when: Any ) -> None: when(EventBus).publish(...) demand = Demand(Capability.skill("JAVA"), self.JAN) demands = Demands.of(demand) new_project_id = allocation_facade.create_allocation(self.JAN, demands) summary = allocation_facade.find_all_projects_allocations() assert summary.demands[new_project_id] == demands assert summary.time_slots[new_project_id] == self.JAN verify(EventBus).publish( arg_that( lambda arg: self._is_project_allocation_event( arg, new_project_id, self.JAN ) ) ) def test_redefine_project_deadline( self, allocation_facade: AllocationFacade, when: Any ) -> None: when(EventBus).publish(...) demand = Demand(Capability.skill("JAVA"), self.JAN) demands = Demands.of(demand) new_project_id = allocation_facade.create_allocation(self.JAN, demands) allocation_facade.edit_project_dates(new_project_id, self.FEB) summary = allocation_facade.find_all_projects_allocations() assert summary.time_slots[new_project_id] == self.FEB verify(EventBus).publish( arg_that( lambda arg: self._is_project_allocation_event( arg, new_project_id, self.FEB ) ) ) def _is_project_allocation_event( self, event: Any, project_id: ProjectAllocationsId, time_slot: TimeSlot ) -> bool: return ( isinstance(event, ProjectAllocationScheduled) and event.project_id == project_id and event.from_to == time_slot ) dd-python-allocation-resource/tests/smartschedule/allocation/test_demand_scheduling.py000066400000000000000000000034701466731773200321600ustar00rootroot00000000000000from typing import Any, Final from mockito import verify # type: ignore from mockito.matchers import arg_that # type: ignore from smartschedule.allocation.allocation_facade import AllocationFacade from smartschedule.allocation.demand import Demand from smartschedule.allocation.demands import Demands from smartschedule.allocation.project_allocations_demands_scheduled import ( ProjectAllocationsDemandsScheduled, ) from smartschedule.allocation.project_allocations_id import ProjectAllocationsId from smartschedule.shared.capability.capability import Capability from smartschedule.shared.event_bus import EventBus from smartschedule.shared.timeslot.time_slot import TimeSlot class TestDemandScheduling: JAVA: Final = Demand( Capability.skill("JAVA"), TimeSlot.create_daily_time_slot_at_utc(2022, 2, 2) ) def test_schedule_project_demands( self, allocation_facade: AllocationFacade, when: Any ) -> None: when(EventBus).publish(...) project_id = ProjectAllocationsId.new_one() demands = Demands.of(self.JAVA) allocation_facade.schedule_project_allocations_demands(project_id, demands) summary = allocation_facade.find_all_projects_allocations() assert len(summary.project_allocations[project_id].all) == 0 assert summary.demands[project_id].all == [self.JAVA] verify(EventBus).publish( arg_that( lambda arg: self._is_project_allocation_event(arg, project_id, demands) ) ) def _is_project_allocation_event( self, event: Any, project_id: ProjectAllocationsId, demands: Demands ) -> bool: return ( isinstance(event, ProjectAllocationsDemandsScheduled) and event.project_id == project_id and event.missing_demands == demands ) dd-python-allocation-resource/tests/smartschedule/allocation/test_potential_transfer_scenarios.py000066400000000000000000000153001466731773200344670ustar00rootroot00000000000000from __future__ import annotations from datetime import timedelta import pytest from smartschedule.allocation.allocated_capability import AllocatedCapability from smartschedule.allocation.allocations import Allocations from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.allocation.cashflow.earnings import Earnings from smartschedule.allocation.demand import Demand from smartschedule.allocation.demands import Demands from smartschedule.allocation.potential_transfers import PotentialTransfers from smartschedule.allocation.potential_transfers_service import ( PotentialTransfersService, ) from smartschedule.allocation.project_allocations_id import ProjectAllocationsId from smartschedule.allocation.projects_allocations_summary import ( ProjectsAllocationsSummary, ) from smartschedule.optimization.optimization_facade import OptimizationFacade from smartschedule.shared.capability.capability import Capability from smartschedule.shared.capability_selector import CapabilitySelector from smartschedule.shared.timeslot.time_slot import TimeSlot from smartschedule.simulation.simulation_facade import SimulationFacade @pytest.fixture() def jan_1() -> TimeSlot: return TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) @pytest.fixture() def fifteen_minutes_in_jan(jan_1: TimeSlot) -> TimeSlot: return TimeSlot(jan_1.from_, jan_1.from_ + timedelta(minutes=15)) @pytest.fixture() def demand_for_java_just_for_15min_in_jan(fifteen_minutes_in_jan: TimeSlot) -> Demands: return Demands([Demand(Capability.skill("JAVA-MID"), fifteen_minutes_in_jan)]) @pytest.fixture() def demand_for_java_mid_in_jan(jan_1: TimeSlot) -> Demands: return Demands([Demand(Capability.skill("JAVA-MID"), jan_1)]) @pytest.fixture() def demands_for_java_and_python_in_jan(jan_1: TimeSlot) -> Demands: return Demands( [ Demand(Capability.skill("JAVA-MID"), jan_1), Demand(Capability.skill("PYTHON-MID"), jan_1), ] ) @pytest.fixture() def banking_soft_id() -> ProjectAllocationsId: return ProjectAllocationsId.new_one() @pytest.fixture() def insurance_soft_id() -> ProjectAllocationsId: return ProjectAllocationsId.new_one() @pytest.fixture() def staszek_java_mid(jan_1: TimeSlot) -> AllocatedCapability: java_skill = Capability.skill("JAVA-MID") return AllocatedCapability( AllocatableCapabilityId.new_one(), CapabilitySelector.can_just_perform(java_skill), jan_1, ) @pytest.fixture() def potential_transfers_service() -> PotentialTransfersService: return PotentialTransfersService(SimulationFacade(OptimizationFacade())) class TestPotentialTransferScenarios: def test_simulates_moving_capabilities_to_different_project( self, demand_for_java_mid_in_jan: Demands, banking_soft_id: ProjectAllocationsId, insurance_soft_id: ProjectAllocationsId, staszek_java_mid: AllocatedCapability, jan_1: TimeSlot, potential_transfers_service: PotentialTransfersService, ) -> None: banking_soft = Project(banking_soft_id, demand_for_java_mid_in_jan, Earnings(9)) insurance_soft = Project( insurance_soft_id, demand_for_java_mid_in_jan, Earnings(90) ) banking_soft.add(staszek_java_mid) potential_transfers = self._to_potential_transfers(banking_soft, insurance_soft) result = potential_transfers_service.check_potential_transfer( potential_transfers, banking_soft_id, insurance_soft_id, staszek_java_mid, jan_1, ) assert result == 81 def test_simulates_moving_capabilities_to_different_project_just_for_a_while( self, demand_for_java_mid_in_jan: Demands, demand_for_java_just_for_15min_in_jan: Demands, banking_soft_id: ProjectAllocationsId, insurance_soft_id: ProjectAllocationsId, staszek_java_mid: AllocatedCapability, fifteen_minutes_in_jan: TimeSlot, potential_transfers_service: PotentialTransfersService, ) -> None: banking_soft = Project(banking_soft_id, demand_for_java_mid_in_jan, Earnings(9)) insurance_soft = Project( insurance_soft_id, demand_for_java_just_for_15min_in_jan, Earnings(99) ) banking_soft.add(staszek_java_mid) potential_transfers = self._to_potential_transfers(banking_soft, insurance_soft) result = potential_transfers_service.check_potential_transfer( potential_transfers, banking_soft_id, insurance_soft_id, staszek_java_mid, fifteen_minutes_in_jan, ) assert result == 90 def test_the_move_gives_zero_profit_when_there_are_still_missing_demands( self, demand_for_java_mid_in_jan: Demands, demands_for_java_and_python_in_jan: Demands, banking_soft_id: ProjectAllocationsId, insurance_soft_id: ProjectAllocationsId, staszek_java_mid: AllocatedCapability, jan_1: TimeSlot, potential_transfers_service: PotentialTransfersService, ) -> None: banking_soft = Project(banking_soft_id, demand_for_java_mid_in_jan, Earnings(9)) insurance_soft = Project( insurance_soft_id, demands_for_java_and_python_in_jan, Earnings(99) ) banking_soft.add(staszek_java_mid) potential_transfers = self._to_potential_transfers(banking_soft, insurance_soft) result = potential_transfers_service.check_potential_transfer( potential_transfers, banking_soft_id, insurance_soft_id, staszek_java_mid, jan_1, ) assert result == -9 @staticmethod def _to_potential_transfers(*projects: Project) -> PotentialTransfers: allocations: dict[ProjectAllocationsId, Allocations] = {} demands: dict[ProjectAllocationsId, Demands] = {} earnings: dict[ProjectAllocationsId, Earnings] = {} for project in projects: allocations[project.id] = project.allocations demands[project.id] = project.demands earnings[project.id] = project.earnings return PotentialTransfers( ProjectsAllocationsSummary({}, allocations, demands), earnings ) class Project: def __init__( self, id: ProjectAllocationsId, demands: Demands, earnings: Earnings ) -> None: self.id = id self.earnings = earnings self.demands = demands self.allocations = Allocations.none() def add(self, allocated_capability: AllocatedCapability) -> Project: self.allocations = self.allocations.add(allocated_capability) return self dd-python-allocation-resource/tests/smartschedule/allocation/test_resource_allocating.py000066400000000000000000000131241466731773200325440ustar00rootroot00000000000000from smartschedule.allocation.allocated_capability import AllocatedCapability from smartschedule.allocation.allocation_facade import AllocationFacade from smartschedule.allocation.capabilityscheduling.allocatable_capability_id import ( AllocatableCapabilityId, ) from smartschedule.allocation.capabilityscheduling.allocatable_resource_id import ( AllocatableResourceId, ) from smartschedule.allocation.demand import Demand from smartschedule.allocation.demands import Demands from smartschedule.allocation.project_allocations_id import ProjectAllocationsId from smartschedule.availability.availability_facade import AvailabilityFacade from smartschedule.availability.owner import Owner from smartschedule.shared.capability.capability import Capability from smartschedule.shared.capability_selector import CapabilitySelector from smartschedule.shared.timeslot.time_slot import TimeSlot from tests.smartschedule.allocation.availability_assert import AvailabilityAssert from tests.smartschedule.allocation.conftest import AllocatableResourceFactory class TestCapabilityAllocating: RESOURCE_ID = AllocatableResourceId.new_one() def test_allocate_capability_to_project( self, allocation_facade: AllocationFacade, allocatable_resource_factory: AllocatableResourceFactory, availability_assert: AvailabilityAssert, ) -> None: one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) skill_java = Capability.skill("JAVA") demand = Demand(skill_java, one_day) allocatable_resource_id = allocatable_resource_factory( one_day, skill_java, self.RESOURCE_ID ) project_id = ProjectAllocationsId.new_one() allocation_facade.schedule_project_allocations_demands( project_id, Demands.of(demand) ) result = allocation_facade.allocate_to_project( project_id, allocatable_resource_id, one_day ) assert result is not None summary = allocation_facade.find_all_projects_allocations() assert summary.project_allocations[project_id].all == { AllocatedCapability( allocatable_resource_id, CapabilitySelector.can_just_perform(skill_java), one_day, ) } summary.demands[project_id].all == [demand] availability_assert.assert_availability_was_blocked( allocatable_resource_id.to_availability_resource_id(), one_day, project_id ) def test_cant_allocate_when_resource_not_available( self, allocatable_resource_factory: AllocatableResourceFactory, availability_facade: AvailabilityFacade, allocation_facade: AllocationFacade, ) -> None: one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) skill_java = Capability.skill("JAVA") demand = Demand(skill_java, one_day) allocatable_resource_id = allocatable_resource_factory( one_day, skill_java, self.RESOURCE_ID ) availability_facade.block( allocatable_resource_id.to_availability_resource_id(), one_day, Owner.new_one(), ) project_id = ProjectAllocationsId.new_one() allocation_facade.schedule_project_allocations_demands( project_id, Demands.of(demand) ) result = allocation_facade.allocate_to_project( project_id, allocatable_resource_id, one_day ) assert result is None summary = allocation_facade.find_all_projects_allocations() assert summary.project_allocations[project_id].all == set() def test_cant_allocate_when_capability_has_not_been_scheduled( self, allocation_facade: AllocationFacade, ) -> None: one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) skill_java = Capability.skill("JAVA") demand = Demand(skill_java, one_day) not_scheduled_capability = AllocatableCapabilityId.new_one() project_id = ProjectAllocationsId.new_one() allocation_facade.schedule_project_allocations_demands( project_id, Demands.of(demand) ) result = allocation_facade.allocate_to_project( project_id, not_scheduled_capability, one_day ) assert result is None summary = allocation_facade.find_all_projects_allocations() assert len(summary.project_allocations[project_id].all) == 0 def test_release_capability_from_the_project( self, allocation_facade: AllocationFacade, allocatable_resource_factory: AllocatableResourceFactory, availability_assert: AvailabilityAssert, ) -> None: one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) allocatable_resource_id = allocatable_resource_factory( one_day, Capability.skill("JAVA"), self.RESOURCE_ID ) project_id = ProjectAllocationsId.new_one() allocation_facade.schedule_project_allocations_demands( project_id, Demands.none() ) allocated_id = allocation_facade.allocate_to_project( project_id, allocatable_resource_id, one_day ) assert allocated_id is not None result = allocation_facade.release_from_project( project_id, AllocatableCapabilityId(allocated_id), one_day ) assert result is True summary = allocation_facade.find_all_projects_allocations() assert len(summary.project_allocations[project_id].all) == 0 availability_assert.assert_availability_is_released( one_day, allocatable_resource_id, project_id ) dd-python-allocation-resource/tests/smartschedule/availability/000077500000000000000000000000001466731773200254335ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/availability/__init__.py000066400000000000000000000000001466731773200275320ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/availability/conftest.py000066400000000000000000000004641466731773200276360ustar00rootroot00000000000000import pytest from lagom import Container from smartschedule.availability.resource_availability_repository import ( ResourceAvailabilityRepository, ) @pytest.fixture() def repository(container: Container) -> ResourceAvailabilityRepository: return container.resolve(ResourceAvailabilityRepository) dd-python-allocation-resource/tests/smartschedule/availability/segment/000077500000000000000000000000001466731773200270755ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/availability/segment/__init__.py000066400000000000000000000000001466731773200311740ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/availability/segment/test_segments.py000066400000000000000000000061531466731773200323400ustar00rootroot00000000000000from datetime import datetime import pytest from smartschedule.availability.segment.segment_in_minutes import SegmentInMinutes from smartschedule.availability.segment.segments import ( normalize_to_segment_boundaries, split, ) from smartschedule.availability.segment.slot_to_segments import slot_to_segments from smartschedule.shared.timeslot.time_slot import TimeSlot class TestSegments: @pytest.mark.parametrize("value", [20, 18, 7]) def test_segment_cannot_be_created_with_number_not_being_multiply_of_15( self, value: int ) -> None: with pytest.raises(ValueError): SegmentInMinutes(value) @pytest.mark.parametrize("value", [15, 30, 45]) def test_segment_can_be_created_with_number_being_multiply_of_15( self, value: int ) -> None: try: SegmentInMinutes(value) except ValueError: pytest.fail( "SegmentInMinutes should be created with number being multiply of 15" ) def test_splitting_to_segments_when_there_is_no_leftover(self) -> None: start = datetime(2023, 9, 9) end = datetime(2023, 9, 9, 1) time_slot = TimeSlot(start, end) segments = split(time_slot, SegmentInMinutes(15)) assert segments == [ TimeSlot(datetime(2023, 9, 9), datetime(2023, 9, 9, 0, 15)), TimeSlot(datetime(2023, 9, 9, 0, 15), datetime(2023, 9, 9, 0, 30)), TimeSlot(datetime(2023, 9, 9, 0, 30), datetime(2023, 9, 9, 0, 45)), TimeSlot(datetime(2023, 9, 9, 0, 45), datetime(2023, 9, 9, 1)), ] def test_splitting_normalizes_if_chosen_segment_larger_than_passed_slot( self, ) -> None: start = datetime(2023, 9, 9, 0, 10) end = datetime(2023, 9, 9, 1) time_slot = TimeSlot(start, end) segments = split(time_slot, SegmentInMinutes(90)) assert segments == [ TimeSlot(datetime(2023, 9, 9), datetime(2023, 9, 9, 1, 30)), ] def test_normalizing_a_time_slot(self) -> None: start = datetime(2023, 9, 9, 0, 10) end = datetime(2023, 9, 9, 1) time_slot = TimeSlot(start, end) segment = normalize_to_segment_boundaries(time_slot, SegmentInMinutes(90)) assert segment == TimeSlot(datetime(2023, 9, 9), datetime(2023, 9, 9, 1, 30)) def test_slots_are_normalized_before_splitting(self) -> None: start = datetime(2023, 9, 9, 0, 10) end = datetime(2023, 9, 9, 0, 59) time_slot = TimeSlot(start, end) segments = split(time_slot, SegmentInMinutes(60)) assert segments == [ TimeSlot(datetime(2023, 9, 9), datetime(2023, 9, 9, 1)), ] def test_splitting_into_segments_without_normalization(self) -> None: start = datetime(2023, 9, 9) end = datetime(2023, 9, 9, 0, 59) time_slot = TimeSlot(start, end) segments = slot_to_segments(time_slot, SegmentInMinutes(30)) assert segments == [ TimeSlot(datetime(2023, 9, 9), datetime(2023, 9, 9, 0, 30)), TimeSlot(datetime(2023, 9, 9, 0, 30), datetime(2023, 9, 9, 0, 59)), ] test_slot_to_normalized_slot.py000066400000000000000000000036531466731773200354060ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/availability/segmentfrom datetime import datetime import pytest from smartschedule.availability.segment.segment_in_minutes import SegmentInMinutes from smartschedule.availability.segment.slot_to_normalized_slot import ( slot_to_normalized_slot, ) from smartschedule.shared.timeslot.time_slot import TimeSlot class TestSlotToNormalizedSlod: def test_has_no_effect_when_slot_already_normalized(self) -> None: start = datetime(2023, 9, 9) end = datetime(2023, 9, 9, 1) time_slot = TimeSlot(start, end) one_hour = SegmentInMinutes(60) normalized = slot_to_normalized_slot(time_slot, one_hour) assert time_slot == normalized def test_normalization_to_1_hour(self) -> None: start = datetime(2023, 9, 9, 0, 10) end = datetime(2023, 9, 9, 0, 59) time_slot = TimeSlot(start, end) one_hour = SegmentInMinutes(60) normalized = slot_to_normalized_slot(time_slot, one_hour) assert normalized == TimeSlot(datetime(2023, 9, 9), datetime(2023, 9, 9, 1)) def test_normalized_short_slot_overlapping_two_segments(self) -> None: start = datetime(2023, 9, 9, 0, 29) end = datetime(2023, 9, 9, 0, 31) time_slot = TimeSlot(start, end) one_hour = SegmentInMinutes(60) normalized = slot_to_normalized_slot(time_slot, one_hour) assert normalized == TimeSlot(datetime(2023, 9, 9), datetime(2023, 9, 9, 1)) @pytest.mark.parametrize( "start, end", [ (datetime(2023, 9, 9, 0, 15), datetime(2023, 9, 9, 0, 30)), (datetime(2023, 9, 9, 0, 30), datetime(2023, 9, 9, 0, 45)), ], ) def test_no_normalization_when_slot_starts_at_segment_start( self, start: datetime, end: datetime ) -> None: fifteen_minutes = SegmentInMinutes(15) normalized = slot_to_normalized_slot(TimeSlot(start, end), fifteen_minutes) assert normalized == TimeSlot(start, end) dd-python-allocation-resource/tests/smartschedule/availability/test_availability_calendar.py000066400000000000000000000047001466731773200333500ustar00rootroot00000000000000from datetime import timedelta from smartschedule.availability.availability_facade import AvailabilityFacade from smartschedule.availability.owner import Owner from smartschedule.availability.resource_id import ResourceId from smartschedule.shared.timeslot.time_slot import TimeSlot class TestAvailabilityCalendar: def test_loads_calendar_for_entire_month( self, availability_facade: AvailabilityFacade ) -> None: resource_id = ResourceId.new_one() one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) fifteen_minutes = TimeSlot( one_day.from_ + timedelta(minutes=15), one_day.from_ + timedelta(minutes=30) ) owner = Owner.new_one() availability_facade.create_resource_slots(resource_id, one_day) availability_facade.block(resource_id, fifteen_minutes, owner) calendar = availability_facade.load_calendar(resource_id, one_day) assert calendar.taken_by(owner) == [fifteen_minutes] assert ( calendar.available_slots() == one_day.leftover_after_removing_common_with(fifteen_minutes) ) def test_loads_calendar_for_multiple_resources( self, availability_facade: AvailabilityFacade ) -> None: resource_id = ResourceId.new_one() resource_id2 = ResourceId.new_one() one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) fifteen_minutes = TimeSlot( one_day.from_ + timedelta(minutes=15), one_day.from_ + timedelta(minutes=30) ) owner = Owner.new_one() availability_facade.create_resource_slots(resource_id, one_day) availability_facade.create_resource_slots(resource_id2, one_day) availability_facade.block(resource_id, fifteen_minutes, owner) availability_facade.block(resource_id2, fifteen_minutes, owner) calendars = availability_facade.load_calendars( {resource_id, resource_id2}, one_day ) calendar_1 = calendars.get(resource_id) assert calendar_1.taken_by(owner) == [fifteen_minutes] assert ( calendar_1.available_slots() == one_day.leftover_after_removing_common_with(fifteen_minutes) ) calendar_2 = calendars.get(resource_id2) assert calendar_2.taken_by(owner) == [fifteen_minutes] assert ( calendar_2.available_slots() == one_day.leftover_after_removing_common_with(fifteen_minutes) ) dd-python-allocation-resource/tests/smartschedule/availability/test_availability_facade.py000066400000000000000000000214741466731773200330110ustar00rootroot00000000000000from datetime import timedelta from typing import Any from mockito import verify # type: ignore from mockito.matchers import arg_that # type: ignore from smartschedule.availability.availability_facade import AvailabilityFacade from smartschedule.availability.calendar import Calendar from smartschedule.availability.owner import Owner from smartschedule.availability.resource_id import ResourceId from smartschedule.availability.resource_taken_over import ResourceTakenOver from smartschedule.shared.event_bus import EventBus from smartschedule.shared.timeslot.time_slot import TimeSlot class TestAvailabilityFacade: def test_creates_availability_slots( self, availability_facade: AvailabilityFacade ) -> None: resource_id = ResourceId.new_one() one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) availability_facade.create_resource_slots(resource_id, one_day) entire_month = TimeSlot.create_monthly_time_slot_at_utc(2021, 1) monthly_calendar = availability_facade.load_calendar(resource_id, entire_month) assert monthly_calendar == Calendar.with_available_slots(resource_id, one_day) def test_creates_new_availability_slots_with_parent_id( self, availability_facade: AvailabilityFacade ) -> None: resource_id = ResourceId.new_one() resource_id2 = ResourceId.new_one() parent_id = ResourceId.new_one() different_parent_id = ResourceId.new_one() one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) availability_facade.create_resource_slots(resource_id, one_day, parent_id) availability_facade.create_resource_slots( resource_id2, one_day, different_parent_id ) assert len(availability_facade.find_by_parent_id(parent_id, one_day)) == 96 assert ( len(availability_facade.find_by_parent_id(different_parent_id, one_day)) == 96 ) def test_blocks_availabilities( self, availability_facade: AvailabilityFacade ) -> None: resource_id = ResourceId.new_one() one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) owner = Owner.new_one() availability_facade.create_resource_slots(resource_id, one_day) result = availability_facade.block(resource_id, one_day, owner) assert result is True entire_month = TimeSlot.create_monthly_time_slot_at_utc(2021, 1) monthly_calendar = availability_facade.load_calendar(resource_id, entire_month) assert len(monthly_calendar.available_slots()) == 0 assert monthly_calendar.taken_by(owner) == [one_day] def test_cant_block_when_no_slots_created( self, availability_facade: AvailabilityFacade ) -> None: resource_id = ResourceId.new_one() one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) owner = Owner.new_one() result = availability_facade.block(resource_id, one_day, owner) assert result is False def test_disable_availabilities( self, availability_facade: AvailabilityFacade ) -> None: resource_id = ResourceId.new_one() one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) owner = Owner.new_one() availability_facade.create_resource_slots(resource_id, one_day) result = availability_facade.disable(resource_id, one_day, owner) assert result is True availabilities = availability_facade.find(resource_id, one_day) assert len(availabilities) == 96 assert availabilities.is_disabled_entirely_by(owner) def test_cant_disable_when_no_slots_created( self, availability_facade: AvailabilityFacade ) -> None: resource_id = ResourceId.new_one() one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) owner = Owner.new_one() result = availability_facade.disable(resource_id, one_day, owner) assert result is False def test_cannot_block_when_even_just_small_segment_of_requested_slot_is_blocked( self, availability_facade: AvailabilityFacade ) -> None: resource_id = ResourceId.new_one() one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) owner = Owner.new_one() availability_facade.create_resource_slots(resource_id, one_day) fifteen_minutes = TimeSlot(one_day.from_, one_day.from_ + timedelta(minutes=15)) availability_facade.block(resource_id, fifteen_minutes, owner) result = availability_facade.block(resource_id, one_day, Owner.new_one()) assert result is False availabilities = availability_facade.find(resource_id, one_day) availabilities.blocked_entirely_by(owner) def test_release_availability( self, availability_facade: AvailabilityFacade ) -> None: resource_id = ResourceId.new_one() one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) fifteen_minutes = TimeSlot(one_day.from_, one_day.from_ + timedelta(minutes=15)) owner = Owner.new_one() availability_facade.create_resource_slots(resource_id, fifteen_minutes) availability_facade.block(resource_id, fifteen_minutes, owner) result = availability_facade.release(resource_id, one_day, owner) assert result is True availabilities = availability_facade.find(resource_id, one_day) assert availabilities.is_entirely_available() def test_cant_release_when_just_part_of_slot_is_owned_by_another_requester( self, availability_facade: AvailabilityFacade ) -> None: resource_id = ResourceId.new_one() jan_1 = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) jan_2 = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 2) jan_1_2 = TimeSlot(jan_1.from_, jan_2.to) jan_1_owner = Owner.new_one() availability_facade.create_resource_slots(resource_id, jan_1_2) availability_facade.block(resource_id, jan_1, jan_1_owner) jan_2_owner = Owner.new_one() availability_facade.block(resource_id, jan_2, jan_2_owner) result = availability_facade.release(resource_id, jan_1_2, jan_1_owner) assert result is False availabilities = availability_facade.find(resource_id, jan_1) assert availabilities.blocked_entirely_by(jan_1_owner) def test_cant_release_when_no_slots_created( self, availability_facade: AvailabilityFacade ) -> None: resource_id = ResourceId.new_one() one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) owner = Owner.new_one() result = availability_facade.release(resource_id, one_day, owner) assert result is False def test_one_segment_can_taken_by_someone_else_after_releasing( self, availability_facade: AvailabilityFacade ) -> None: resource_id = ResourceId.new_one() one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) fifteen_minutes = TimeSlot(one_day.from_, one_day.from_ + timedelta(minutes=15)) owner = Owner.new_one() availability_facade.create_resource_slots(resource_id, one_day) availability_facade.block(resource_id, one_day, owner) availability_facade.release(resource_id, fifteen_minutes, owner) new_requester = Owner.new_one() result = availability_facade.block(resource_id, fifteen_minutes, new_requester) assert result is True daily_calendar = availability_facade.load_calendar(resource_id, one_day) assert len(daily_calendar.available_slots()) == 0 taken_by_owner = daily_calendar.taken_by(owner) assert taken_by_owner == one_day.leftover_after_removing_common_with( fifteen_minutes ) assert daily_calendar.taken_by(new_requester) == [fifteen_minutes] def test_resource_taken_over_event_is_emitted_after_taking_over_the_resource( self, availability_facade: AvailabilityFacade, when: Any ) -> None: when(EventBus).publish(...) resource_id = ResourceId.new_one() one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) initial_owner = Owner.new_one() new_owner = Owner.new_one() availability_facade.create_resource_slots(resource_id, one_day) availability_facade.block(resource_id, one_day, initial_owner) result = availability_facade.disable(resource_id, one_day, new_owner) assert result is True verify(EventBus).publish(arg_that(lambda event: self._is_resource_taken_over)) def _is_resource_taken_over( self, event: Any, resource_id: ResourceId, initial_owner: Owner, time_slot: TimeSlot, ) -> bool: return ( isinstance(event, ResourceTakenOver) and event.resource_id == resource_id and event.slot == time_slot and event.previous_owners == {initial_owner} ) dd-python-allocation-resource/tests/smartschedule/availability/test_resource_availability.py000066400000000000000000000107511466731773200334310ustar00rootroot00000000000000import pytest from smartschedule.availability.owner import Owner from smartschedule.availability.resource_availability import ResourceAvailability from smartschedule.availability.resource_availability_id import ResourceAvailabilityId from smartschedule.availability.resource_id import ResourceId from smartschedule.shared.timeslot.time_slot import TimeSlot @pytest.fixture() def resource_availability() -> ResourceAvailability: return ResourceAvailability( id=TestResourceAvailability.RESOURCE_AVAILABILITY_ID, resource_id=ResourceId.new_one(), segment=TimeSlot.create_daily_time_slot_at_utc(2000, 1, 1), ) class TestResourceAvailability: RESOURCE_AVAILABILITY_ID = ResourceAvailabilityId.new_one() OWNER_1 = Owner.new_one() OWNER_2 = Owner.new_one() def test_can_block_when_available( self, resource_availability: ResourceAvailability ) -> None: result = resource_availability.block(self.OWNER_1) assert result is True def test_cant_be_blocked_when_blocked_by_someone_else( self, resource_availability: ResourceAvailability ) -> None: resource_availability.block(self.OWNER_1) result = resource_availability.block(self.OWNER_2) assert result is False def test_can_be_released_by_owner( self, resource_availability: ResourceAvailability ) -> None: resource_availability.block(self.OWNER_1) result = resource_availability.release(self.OWNER_1) assert result is True def test_cant_be_released_by_someone_else( self, resource_availability: ResourceAvailability ) -> None: resource_availability.block(self.OWNER_1) result = resource_availability.release(self.OWNER_2) assert result is False def test_can_be_blocked_by_someone_else_after_releasing( self, resource_availability: ResourceAvailability ) -> None: resource_availability.block(self.OWNER_1) resource_availability.release(self.OWNER_1) result = resource_availability.block(self.OWNER_2) assert result is True def test_can_be_disabled_when_available( self, resource_availability: ResourceAvailability ) -> None: result = resource_availability.disable(self.OWNER_1) assert result is True assert resource_availability.is_disabled() assert resource_availability.is_disabled_by(self.OWNER_1) def test_can_disable_when_blocked( self, resource_availability: ResourceAvailability ) -> None: result_blocking = resource_availability.block(self.OWNER_1) result_disabling = resource_availability.disable(self.OWNER_2) assert result_blocking is True assert result_disabling is True assert resource_availability.is_disabled() assert resource_availability.is_disabled_by(self.OWNER_2) def test_cant_be_blocked_when_disabled( self, resource_availability: ResourceAvailability ) -> None: result_disabling = resource_availability.disable(self.OWNER_1) result_blocking = resource_availability.block(self.OWNER_2) result_blocking_by_owner = resource_availability.block(self.OWNER_1) assert result_disabling is True assert result_blocking is False assert result_blocking_by_owner is False assert resource_availability.is_disabled() assert resource_availability.is_disabled_by(self.OWNER_1) def test_can_be_enabled_by_initial_requester( self, resource_availability: ResourceAvailability ) -> None: resource_availability.disable(self.OWNER_1) result = resource_availability.enable(self.OWNER_1) assert result is True assert not resource_availability.is_disabled() assert not resource_availability.is_disabled_by(self.OWNER_1) def test_cant_be_enabled_by_another_requester( self, resource_availability: ResourceAvailability ) -> None: resource_availability.disable(self.OWNER_1) result = resource_availability.enable(self.OWNER_2) assert result is False assert resource_availability.is_disabled() assert resource_availability.is_disabled_by(self.OWNER_1) def test_can_be_blocked_again_after_enabling( self, resource_availability: ResourceAvailability ) -> None: resource_availability.disable(self.OWNER_1) resource_availability.enable(self.OWNER_1) result = resource_availability.block(self.OWNER_2) assert result is True dd-python-allocation-resource/tests/smartschedule/availability/test_resource_availability_loading.py000066400000000000000000000023001466731773200351150ustar00rootroot00000000000000from smartschedule.availability.resource_availability import ResourceAvailability from smartschedule.availability.resource_availability_id import ResourceAvailabilityId from smartschedule.availability.resource_availability_repository import ( ResourceAvailabilityRepository, ) from smartschedule.availability.resource_id import ResourceId from smartschedule.shared.timeslot.time_slot import TimeSlot class TestResourceAvailabilityLoading: ONE_MONTH = TimeSlot.create_monthly_time_slot_at_utc(2021, 1) def test_saves_and_loads_by_id( self, repository: ResourceAvailabilityRepository ) -> None: resource_availablity_id = ResourceAvailabilityId.new_one() resource_id = ResourceId.new_one() resource_availability = ResourceAvailability( resource_availablity_id, resource_id, self.ONE_MONTH ) repository.save_new(resource_availability) loaded = repository.load_by_id(resource_availability.id) assert loaded == resource_availability assert loaded.segment == self.ONE_MONTH assert loaded.resource_id == resource_availability.resource_id assert loaded.blocked_by() == resource_availability.blocked_by() test_resource_availability_optimistic_locking.py000066400000000000000000000043671466731773200373320ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/availabilityfrom concurrent.futures import ThreadPoolExecutor from smartschedule.availability.owner import Owner from smartschedule.availability.resource_availability import ResourceAvailability from smartschedule.availability.resource_availability_id import ResourceAvailabilityId from smartschedule.availability.resource_availability_repository import ( ResourceAvailabilityRepository, ) from smartschedule.availability.resource_id import ResourceId from smartschedule.shared.timeslot.time_slot import TimeSlot class TestResourceAvailabilityOptimisticLocking: ONE_MONTH = TimeSlot.create_monthly_time_slot_at_utc(2021, 1) def test_update_bumps_version( self, repository: ResourceAvailabilityRepository ) -> None: resource_availability_id = ResourceAvailabilityId.new_one() resource_id = ResourceId.new_one() resource_availability = ResourceAvailability( resource_availability_id, resource_id, self.ONE_MONTH ) repository.save_new(resource_availability) loaded = repository.load_by_id(resource_availability.id) loaded.block(Owner.new_one()) repository.save_checking_version(loaded) loaded_again = repository.load_by_id(resource_availability.id) assert loaded_again.version == 1 def test_cant_update_concurrently( self, repository: ResourceAvailabilityRepository ) -> None: resource_availability_id = ResourceAvailabilityId.new_one() resource_id = ResourceId.new_one() resource_availability = ResourceAvailability( resource_availability_id, resource_id, self.ONE_MONTH ) repository.save_new(resource_availability) results: list[bool] = [] def try_to_block() -> None: loaded = repository.load_by_id(resource_availability.id) loaded.block(Owner.new_one()) result = repository.save_checking_version(loaded) results.append(result) pool = ThreadPoolExecutor(max_workers=5) with pool: for _ in range(10): pool.submit(try_to_block) assert results.count(True) > 0 assert results.count(False) > 0 loaded = repository.load_by_id(resource_availability.id) assert loaded.version < 10 test_resource_availability_uniqueness.py000066400000000000000000000024531466731773200356310ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/availabilityimport pytest from sqlalchemy.exc import IntegrityError from smartschedule.availability.resource_availability import ResourceAvailability from smartschedule.availability.resource_availability_id import ResourceAvailabilityId from smartschedule.availability.resource_availability_repository import ( ResourceAvailabilityRepository, ) from smartschedule.availability.resource_id import ResourceId from smartschedule.shared.timeslot.time_slot import TimeSlot class TestResourceAvailabilityUniqueness: ONE_MONTH = TimeSlot.create_monthly_time_slot_at_utc(2021, 1) def test_cant_save_two_availabilities_with_the_same_resource_id_and_segment( self, repository: ResourceAvailabilityRepository ) -> None: resource_id = ResourceId.new_one() another_resource_id = ResourceId.new_one() resource_availability_id = ResourceAvailabilityId.new_one() resource_availability = ResourceAvailability( resource_availability_id, resource_id, self.ONE_MONTH ) repository.save_new(resource_availability) another_resource_availability = ResourceAvailability( resource_availability_id, another_resource_id, self.ONE_MONTH ) with pytest.raises(IntegrityError): repository.save_new(another_resource_availability) dd-python-allocation-resource/tests/smartschedule/availability/test_taking_random_resource.py000066400000000000000000000051711466731773200335740ustar00rootroot00000000000000import pytest from smartschedule.availability.availability_facade import AvailabilityFacade from smartschedule.availability.owner import Owner from smartschedule.availability.resource_id import ResourceId from smartschedule.shared.timeslot.time_slot import TimeSlot class TestTakingRandomResource: @pytest.fixture(autouse=True) def setup(self, availability_facade: AvailabilityFacade) -> None: self._availability = availability_facade def test_can_take_random_resource_from_pool(self) -> None: resource_id = ResourceId.new_one() resource_id2 = ResourceId.new_one() resource_id3 = ResourceId.new_one() resources_pool = {resource_id, resource_id2, resource_id3} owner_1 = Owner.new_one() owner_2 = Owner.new_one() owner_3 = Owner.new_one() one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) self._availability.create_resource_slots(resource_id, one_day) self._availability.create_resource_slots(resource_id2, one_day) self._availability.create_resource_slots(resource_id3, one_day) taken_1 = self._availability.block_random_available( resources_pool, one_day, owner_1 ) assert taken_1 in resources_pool assert self._resource_is_taken_by_owner(taken_1, owner_1, one_day) taken_2 = self._availability.block_random_available( resources_pool, one_day, owner_2 ) assert taken_2 in resources_pool assert self._resource_is_taken_by_owner(taken_2, owner_2, one_day) taken_3 = self._availability.block_random_available( resources_pool, one_day, owner_3 ) assert taken_3 in resources_pool assert self._resource_is_taken_by_owner(taken_3, owner_3, one_day) taken_4 = self._availability.block_random_available( resources_pool, one_day, owner_3 ) assert taken_4 is None def test_nothing_is_taken_when_no_resource_in_pool(self) -> None: resources = {ResourceId.new_one(), ResourceId.new_one(), ResourceId.new_one()} jan_1 = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) taken_1 = self._availability.block_random_available( resources, jan_1, Owner.new_one() ) assert taken_1 is None def _resource_is_taken_by_owner( self, resource_id: ResourceId, owner: Owner, one_day: TimeSlot ) -> bool: resource_availability = self._availability.find(resource_id, one_day) return all( availability.blocked_by() == owner for availability in resource_availability.resource_availabilities ) dd-python-allocation-resource/tests/smartschedule/optimization/000077500000000000000000000000001466731773200255075ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/optimization/__init__.py000066400000000000000000000000001466731773200276060ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/optimization/capability_capacity_dimension.py000066400000000000000000000026701466731773200341310ustar00rootroot00000000000000from dataclasses import dataclass, field from uuid import UUID, uuid4 from smartschedule.optimization.capacity_dimension import CapacityDimension from smartschedule.optimization.weight_dimension import WeightDimension from smartschedule.shared.timeslot.time_slot import TimeSlot @dataclass(frozen=True) class CapabilityCapacityDimension(CapacityDimension): uuid: UUID = field(default_factory=uuid4, init=False) id: str capacity_name: str capacity_type: str @dataclass(frozen=True) class CapabilityWeightDimension(WeightDimension[CapabilityCapacityDimension]): name: str type: str def is_satisfied_by(self, capacity: CapabilityCapacityDimension) -> bool: return ( capacity.capacity_name == self.name and capacity.capacity_type == self.type ) @dataclass(frozen=True) class CapabilityTimedCapacityDimension(CapacityDimension): uuid: UUID = field(default_factory=uuid4, init=False) id: str capacity_name: str capacity_type: str time_slot: TimeSlot @dataclass(frozen=True) class CapabilityTimedWeightDimension(WeightDimension[CapabilityTimedCapacityDimension]): name: str type: str time_slot: TimeSlot def is_satisfied_by(self, capacity: CapabilityTimedCapacityDimension) -> bool: return ( capacity.capacity_name == self.name and capacity.capacity_type == self.type and self.time_slot.within(capacity.time_slot) ) dd-python-allocation-resource/tests/smartschedule/optimization/conftest.py000066400000000000000000000003021466731773200277010ustar00rootroot00000000000000import pytest from smartschedule.optimization.optimization_facade import OptimizationFacade @pytest.fixture() def optimization_facade() -> OptimizationFacade: return OptimizationFacade() dd-python-allocation-resource/tests/smartschedule/optimization/test_optimization.py000066400000000000000000000064521466731773200316550ustar00rootroot00000000000000from smartschedule.optimization.capacity_dimension import CapacityDimension from smartschedule.optimization.item import Item from smartschedule.optimization.optimization_facade import OptimizationFacade from smartschedule.optimization.total_capacity import TotalCapacity from smartschedule.optimization.total_weight import TotalWeight from tests.smartschedule.optimization.capability_capacity_dimension import ( CapabilityCapacityDimension, CapabilityWeightDimension, ) class TestOptimization: def test_nothing_is_chosen_when_no_capacities( self, optimization_facade: OptimizationFacade ) -> None: items = [ Item( "Item1", 100, TotalWeight.of(CapabilityWeightDimension("COMMON SENSE", "Skill")), ), Item( "Item2", 100, TotalWeight.of(CapabilityWeightDimension("THINKING", "Skill")), ), ] result = optimization_facade.calculate(items, TotalCapacity.zero()) assert result.profit == 0 assert len(result.chosen_items) == 0 def test_everything_is_chosen_when_all_weights_are_zero( self, optimization_facade: OptimizationFacade ) -> None: items: list[Item[CapacityDimension]] = [ Item("Item1", 200, TotalWeight.zero()), Item("Item2", 100, TotalWeight.zero()), ] result = optimization_facade.calculate(items, TotalCapacity.zero()) assert result.profit == 300 assert len(result.chosen_items) == 2 def test_if_enough_capacity_all_items_are_chosen( self, optimization_facade: OptimizationFacade ) -> None: items = [ Item( "Item1", 100, TotalWeight.of(CapabilityWeightDimension("WEB DEVELOPMENT", "Skill")), ), Item( "Item2", 300, TotalWeight.of(CapabilityWeightDimension("WEB DEVELOPMENT", "Skill")), ), ] c1 = CapabilityCapacityDimension("anna", "WEB DEVELOPMENT", "Skill") c2 = CapabilityCapacityDimension("zbyniu", "WEB DEVELOPMENT", "Skill") result = optimization_facade.calculate(items, TotalCapacity.of(c1, c2)) assert result.profit == 400 assert len(result.chosen_items) == 2 def test_most_valuable_items_are_chosen( self, optimization_facade: OptimizationFacade ) -> None: item1 = Item( "Item1", 100, TotalWeight.of(CapabilityWeightDimension("JAVA", "Skill")) ) item2 = Item( "Item2", 500, TotalWeight.of(CapabilityWeightDimension("JAVA", "Skill")) ) item3 = Item( "Item3", 300, TotalWeight.of(CapabilityWeightDimension("JAVA", "Skill")) ) c1 = CapabilityCapacityDimension("anna", "JAVA", "Skill") c2 = CapabilityCapacityDimension("zbyniu", "JAVA", "Skill") result = optimization_facade.calculate( [item1, item2, item3], TotalCapacity.of(c1, c2) ) assert result.profit == 800 assert len(result.chosen_items) == 2 assert result.item_to_capacities[item3] == {c1} or {c2} assert result.item_to_capacities[item2] == {c1} or {c2} assert item1 not in result.item_to_capacities test_optimization_for_timed_capabilities.py000066400000000000000000000046711466731773200363400ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/optimizationfrom smartschedule.optimization.item import Item from smartschedule.optimization.optimization_facade import OptimizationFacade from smartschedule.optimization.total_capacity import TotalCapacity from smartschedule.optimization.total_weight import TotalWeight from smartschedule.shared.timeslot.time_slot import TimeSlot from tests.smartschedule.optimization.capability_capacity_dimension import ( CapabilityTimedCapacityDimension, CapabilityTimedWeightDimension, ) class TestOptimizationForTimedCapabilities: def test_nothing_is_chosen_when_no_capacities_in_time_slot( self, optimization_facade: OptimizationFacade ) -> None: june = TimeSlot.create_monthly_time_slot_at_utc(2020, 6) october = TimeSlot.create_monthly_time_slot_at_utc(2020, 10) items = [ Item( "Item1", 100, TotalWeight.of( CapabilityTimedWeightDimension("COMMON SENSE", "Skill", june) ), ), Item( "Item2", 100, TotalWeight.of( CapabilityTimedWeightDimension("THINKING", "Skill", june) ), ), ] result = optimization_facade.calculate( items, TotalCapacity.of( CapabilityTimedCapacityDimension( "anna", "COMMON SENSE", "Skill", october ) ), ) assert result.profit == 0 assert len(result.chosen_items) == 0 def test_most_profitable_item_is_chosen( self, optimization_facade: OptimizationFacade ) -> None: june = TimeSlot.create_monthly_time_slot_at_utc(2020, 6) items = [ Item( "Item1", 200, TotalWeight.of( CapabilityTimedWeightDimension("COMMON SENSE", "Skill", june) ), ), Item( "Item2", 100, TotalWeight.of( CapabilityTimedWeightDimension("THINKING", "Skill", june) ), ), ] result = optimization_facade.calculate( items, TotalCapacity.of( CapabilityTimedCapacityDimension("anna", "COMMON SENSE", "Skill", june) ), ) assert result.profit == 200 assert len(result.chosen_items) == 1 dd-python-allocation-resource/tests/smartschedule/planning/000077500000000000000000000000001466731773200245675ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/planning/__init__.py000066400000000000000000000000001466731773200266660ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/planning/conftest.py000066400000000000000000000003531466731773200267670ustar00rootroot00000000000000import pytest from lagom import Container from smartschedule.planning.planning_facade import PlanningFacade @pytest.fixture() def planning_facade(container: Container) -> PlanningFacade: return container.resolve(PlanningFacade) dd-python-allocation-resource/tests/smartschedule/planning/parallelization/000077500000000000000000000000001466731773200277615ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/planning/parallelization/__init__.py000066400000000000000000000000001466731773200320600ustar00rootroot00000000000000test_dependency_removal_suggesting.py000066400000000000000000000017771466731773200374310ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/planning/parallelizationimport pytest from smartschedule.planning.parallelization.stage import Stage from smartschedule.planning.parallelization.stage_parallelization import ( StageParallelization, ) from smartschedule.sorter.edge import Edge @pytest.fixture() def stage_parallelization() -> StageParallelization: return StageParallelization() class TestDependencyRemovalSuggesting: def test_suggests_breaking_cycle_in_schedule( self, stage_parallelization: StageParallelization ) -> None: stage1 = Stage("Stage1") stage2 = Stage("Stage2") stage3 = Stage("Stage3") stage4 = Stage("Stage4") stage1 = stage1.depends_on(stage2) stage2 = stage2.depends_on(stage3) stage4 = stage4.depends_on(stage3) stage1 = stage1.depends_on(stage4) stage3 = stage3.depends_on(stage1) suggestion = stage_parallelization.what_to_remove( {stage1, stage2, stage3, stage4} ) assert set(suggestion.edges) == {Edge(3, 1), Edge(4, 3)} test_duration_calculator.py000066400000000000000000000023531466731773200353540ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/planning/parallelizationfrom datetime import timedelta from smartschedule.planning.parallelization.duration_calculator import ( calculate_duration, ) from smartschedule.planning.parallelization.stage import Stage class TestDurationCalculator: def test_longest_stage_is_taken_into_account(self) -> None: stage_1 = Stage("Stage 1", duration=timedelta()) stage_2 = Stage("Stage 2", duration=timedelta(days=3)) stage_3 = Stage("Stage 3", duration=timedelta(days=2)) stage_4 = Stage("Stage 4", duration=timedelta(days=5)) duration = calculate_duration([stage_1, stage_2, stage_3, stage_4]) assert duration == timedelta(days=5) def test_sum_is_taken_into_account_when_nothing_is_parallel(self) -> None: stage_1 = Stage("Stage 1", duration=timedelta(hours=10)) stage_2 = Stage("Stage 2", duration=timedelta(hours=24)) stage_3 = Stage("Stage 3", duration=timedelta(days=2)) stage_4 = Stage("Stage 4", duration=timedelta(days=1)) stage_4 = stage_4.depends_on(stage_3) stage_3 = stage_3.depends_on(stage_2) stage_2 = stage_2.depends_on(stage_1) duration = calculate_duration([stage_1, stage_2, stage_3, stage_4]) assert duration == timedelta(hours=106) dd-python-allocation-resource/tests/smartschedule/planning/parallelization/test_parallelization.py000066400000000000000000000046521466731773200345730ustar00rootroot00000000000000import pytest from smartschedule.availability.resource_id import ResourceId from smartschedule.planning.parallelization.stage import Stage from smartschedule.planning.parallelization.stage_parallelization import ( StageParallelization, ) LEON = ResourceId.new_one() ERYK = ResourceId.new_one() SLAWEK = ResourceId.new_one() KUBA = ResourceId.new_one() class TestParallelization: @pytest.fixture() def stage_parallelization(self) -> StageParallelization: return StageParallelization() def test_everything_can_be_done_in_parallel_if_there_are_no_dependencies( self, stage_parallelization: StageParallelization ) -> None: stage_1 = Stage("Stage1") stage_2 = Stage("Stage2") sorted_stages = stage_parallelization.of({stage_1, stage_2}) assert len(sorted_stages.all) == 1 def test_simple_dependencies( self, stage_parallelization: StageParallelization ) -> None: stage_1 = Stage("Stage1") stage_2 = Stage("Stage2") stage_3 = Stage("Stage3") stage_4 = Stage("Stage4") stage_2 = stage_2.depends_on(stage_1) stage_3 = stage_3.depends_on(stage_1) stage_4 = stage_4.depends_on(stage_2) sorted_stages = stage_parallelization.of({stage_1, stage_2, stage_3, stage_4}) assert str(sorted_stages) == "Stage1 | Stage2, Stage3 | Stage4" def test_cant_be_done_when_there_is_a_cycle( self, stage_parallelization: StageParallelization ) -> None: stage_1 = Stage("Stage1") stage_2 = Stage("Stage2") stage_2 = stage_2.depends_on(stage_1) stage_1 = stage_1.depends_on(stage_2) # making it cyclic sorted_stages = stage_parallelization.of({stage_1, stage_2}) assert len(sorted_stages.all) == 0 def test_takes_into_account_shared_resources( self, stage_parallelization: StageParallelization ) -> None: stage_1 = Stage("Stage1").with_chosen_resource_capabilities(LEON) stage_2 = Stage("Stage2").with_chosen_resource_capabilities(ERYK, LEON) stage_3 = Stage("Stage3").with_chosen_resource_capabilities(SLAWEK) stage_4 = Stage("Stage4").with_chosen_resource_capabilities(SLAWEK, KUBA) parallel_stages = stage_parallelization.of({stage_1, stage_2, stage_3, stage_4}) assert str(parallel_stages) in [ "Stage1, Stage3 | Stage2, Stage4", "Stage2, Stage4 | Stage1, Stage3", ] dd-python-allocation-resource/tests/smartschedule/planning/schedule/000077500000000000000000000000001466731773200263635ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/planning/schedule/__init__.py000066400000000000000000000000001466731773200304620ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/planning/schedule/assertions/000077500000000000000000000000001466731773200305555ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/planning/schedule/assertions/__init__.py000066400000000000000000000000001466731773200326540ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/planning/schedule/assertions/schedule_assert.py000066400000000000000000000020261466731773200343040ustar00rootroot00000000000000from smartschedule.planning.schedule.schedule import Schedule from tests.smartschedule.planning.schedule.assertions.stage_assert import ( StageScheduleAssert, ) class ScheduleAssert: def __init__(self, schedule: Schedule) -> None: self._schedule = schedule def assert_has_stages(self, number: int) -> None: __tracebackhide__ = True actual = len(self._schedule.dates) assert actual == number, f"Expected to have {number} stages, but got {actual}" def assert_has_stage(self, stage_name: str) -> StageScheduleAssert: __tracebackhide__ = True all_stages_names = list(self._schedule.dates.keys()) assert ( stage_name in all_stages_names ), f"Expected to have stage {stage_name}, but not found in {all_stages_names}" return StageScheduleAssert(self._schedule.dates[stage_name], self._schedule) def assert_is_empty(self) -> None: __tracebackhide__ = True assert not self._schedule.dates, "Expected to be empty, but it's not" dd-python-allocation-resource/tests/smartschedule/planning/schedule/assertions/stage_assert.py000066400000000000000000000042361466731773200336200ustar00rootroot00000000000000from __future__ import annotations from datetime import datetime from typing import Self from smartschedule.planning.schedule.schedule import Schedule from smartschedule.shared.timeslot.time_slot import TimeSlot class StageAssert: def __init__(self, actual: TimeSlot) -> None: self._actual = actual def assert_starts_at(self, start: datetime) -> None: __tracebackhide__ = True assert ( self._actual.from_ == start ), f"Expected to start at {start}, but got {self._actual.from_}" def assert_with_slot(self, expected: TimeSlot) -> Self: __tracebackhide__ = True assert ( self._actual == expected ), f"Expected to be {expected}, but got {self._actual}" return self def assert_ends_at(self, end: datetime) -> None: __tracebackhide__ = True assert ( self._actual.to == end ), f"Expected to end at {end}, but got {self._actual.to}" def with_schedule(self, schedule: Schedule) -> StageScheduleAssert: return StageScheduleAssert(self._actual, schedule) class StageScheduleAssert(StageAssert): def __init__(self, actual: TimeSlot, schedule: Schedule) -> None: super().__init__(actual) self._schedule = schedule def assert_is_before(self, stage_name: str) -> None: __tracebackhide__ = True schedule_from = self._schedule.dates[stage_name].from_ assert ( self._actual.to <= schedule_from ), f"Expected to be before {schedule_from}, but is not ({self._actual})" def assert_starts_together_with(self, stage_name: str) -> None: __tracebackhide__ = True schedule_from = self._schedule.dates[stage_name].from_ assert ( self._actual.from_ == schedule_from ), f"Expected to start together with {schedule_from}, but is not ({self._actual.from_})" def assert_is_after(self, stage_name: str) -> None: __tracebackhide__ = True schedule_to = self._schedule.dates[stage_name].to assert ( self._actual.from_ >= schedule_to ), f"Expected to be after {schedule_to}, but is not ({self._actual})" dd-python-allocation-resource/tests/smartschedule/planning/schedule/test_schedule_calculation.py000066400000000000000000000145251466731773200341550ustar00rootroot00000000000000from datetime import date, datetime, timedelta import pytest from smartschedule.availability.calendar import Calendar from smartschedule.availability.calendars import Calendars from smartschedule.availability.resource_id import ResourceId from smartschedule.planning.parallelization.parallel_stages import ParallelStages from smartschedule.planning.parallelization.parallel_stages_list import ( ParallelStagesList, ) from smartschedule.planning.parallelization.stage import Stage from smartschedule.planning.schedule.schedule import Schedule from smartschedule.shared.timeslot.time_slot import TimeSlot from tests.smartschedule.planning.schedule.assertions.schedule_assert import ( ScheduleAssert, ) @pytest.fixture() def jan_1() -> date: return date(2020, 1, 1) @pytest.fixture() def jan_10_20() -> TimeSlot: return TimeSlot(datetime(2020, 1, 10), datetime(2020, 1, 20)) @pytest.fixture() def jan_1_1() -> TimeSlot: return TimeSlot(datetime(2020, 1, 1), datetime(2020, 1, 2)) @pytest.fixture() def jan_3_10() -> TimeSlot: return TimeSlot(datetime(2020, 1, 3), datetime(2020, 1, 10)) @pytest.fixture() def jan_1_20() -> TimeSlot: return TimeSlot(datetime(2020, 1, 1), datetime(2020, 1, 20)) @pytest.fixture() def jan_11_21() -> TimeSlot: return TimeSlot(datetime(2020, 1, 11), datetime(2020, 1, 21)) @pytest.fixture() def jan_1_4() -> TimeSlot: return TimeSlot(datetime(2020, 1, 1), datetime(2020, 1, 4)) @pytest.fixture() def jan_4_14() -> TimeSlot: return TimeSlot(datetime(2020, 1, 4), datetime(2020, 1, 14)) @pytest.fixture() def jan_14_16() -> TimeSlot: return TimeSlot(datetime(2020, 1, 14), datetime(2020, 1, 16)) @pytest.fixture() def jan_1_5() -> TimeSlot: return TimeSlot(datetime(2020, 1, 1), datetime(2020, 1, 5)) @pytest.fixture() def dec_29_jan_1() -> TimeSlot: return TimeSlot(datetime(2019, 12, 29), datetime(2020, 1, 1)) @pytest.fixture() def jan_1_11() -> TimeSlot: return TimeSlot(datetime(2020, 1, 1), datetime(2020, 1, 11)) @pytest.fixture() def jan_5_7() -> TimeSlot: return TimeSlot(datetime(2020, 1, 5), datetime(2020, 1, 7)) @pytest.fixture() def jan_3_6() -> TimeSlot: return TimeSlot(datetime(2020, 1, 3), datetime(2020, 1, 6)) class TestScheduleCalculation: def test_calculate_schedule_based_on_the_start_day( self, jan_1: date, jan_1_4: TimeSlot, jan_4_14: TimeSlot, jan_14_16: TimeSlot ) -> None: stage1 = Stage("Stage1").of_duration(timedelta(days=3)) stage2 = Stage("Stage2").of_duration(timedelta(days=10)) stage3 = Stage("Stage3").of_duration(timedelta(days=2)) parallel_stages = ParallelStagesList.of( ParallelStages.of(stage1), ParallelStages.of(stage2), ParallelStages.of(stage3), ) schedule = Schedule.based_on_start_day(jan_1, parallel_stages) schedule_assert = ScheduleAssert(schedule) schedule_assert.assert_has_stage("Stage1").assert_with_slot(jan_1_4) schedule_assert.assert_has_stage("Stage2").assert_with_slot(jan_4_14) schedule_assert.assert_has_stage("Stage3").assert_with_slot(jan_14_16) def test_can_adjust_to_dates_of_one_reference_stage( self, jan_1_5: TimeSlot, dec_29_jan_1: TimeSlot, jan_1_11: TimeSlot, jan_5_7: TimeSlot, ) -> None: stage = Stage("S1").of_duration(timedelta(days=3)) another_stage = Stage("S2").of_duration(timedelta(days=10)) yet_another_stage = Stage("S3").of_duration(timedelta(days=2)) reference_stage = Stage("S4-Reference").of_duration(timedelta(days=4)) parallel_stages = ParallelStagesList.of( ParallelStages.of(stage), ParallelStages.of(reference_stage, another_stage), ParallelStages.of(yet_another_stage), ) schedule = Schedule.based_on_reference_stage_time_slots( reference_stage, jan_1_5, parallel_stages ) schedule_assert = ScheduleAssert(schedule) schedule_assert.assert_has_stage("S1").assert_with_slot( dec_29_jan_1 ).assert_is_before("S4-Reference") schedule_assert.assert_has_stage("S2").assert_with_slot( jan_1_11 ).assert_starts_together_with("S4-Reference") schedule_assert.assert_has_stage("S3").assert_with_slot( jan_5_7 ).assert_is_after("S4-Reference") schedule_assert.assert_has_stage("S4-Reference").assert_with_slot(jan_1_5) def test_no_schedule_is_calculated_if_reference_stage_to_adjust_to_does_not_exists( self, jan_1_5: TimeSlot ) -> None: stage1 = Stage("Stage1").of_duration(timedelta(days=3)) stage2 = Stage("Stage2").of_duration(timedelta(days=10)) stage3 = Stage("Stage3").of_duration(timedelta(days=2)) stage4 = Stage("Stage4").of_duration(timedelta(days=4)) parallel_stages = ParallelStagesList.of( ParallelStages.of(stage1), ParallelStages.of(stage2, stage4), ParallelStages.of(stage3), ) schedule = Schedule.based_on_reference_stage_time_slots( Stage("Stage5"), jan_1_5, parallel_stages ) assert schedule == Schedule.none() def test_adjusts_schedule_to_availability_of_needed_resources( self, jan_1_1: TimeSlot, jan_3_10: TimeSlot, jan_1_20: TimeSlot, jan_11_21: TimeSlot, jan_3_6: TimeSlot, jan_10_20: TimeSlot, ) -> None: r1 = ResourceId.new_one() r2 = ResourceId.new_one() r3 = ResourceId.new_one() stage1 = ( Stage("Stage1") .of_duration(timedelta(days=3)) .with_chosen_resource_capabilities(r1) ) stage2 = ( Stage("Stage2") .of_duration(timedelta(days=10)) .with_chosen_resource_capabilities(r2, r3) ) cal1 = Calendar.with_available_slots(r1, jan_1_1, jan_3_10) cal2 = Calendar.with_available_slots(r2, jan_1_20) cal3 = Calendar.with_available_slots(r3, jan_11_21) schedule = Schedule.based_on_chosen_resource_availability( Calendars.of(cal1, cal2, cal3), [stage1, stage2] ) schedule_assert = ScheduleAssert(schedule) schedule_assert.assert_has_stage("Stage1").assert_with_slot(jan_3_6) schedule_assert.assert_has_stage("Stage2").assert_with_slot(jan_10_20) dd-python-allocation-resource/tests/smartschedule/planning/test_planning_facade.py000066400000000000000000000170371466731773200313010ustar00rootroot00000000000000from datetime import date, datetime, timedelta from typing import Any import pytest from lagom import Container from mockito import verify # type: ignore from mockito.matchers import arg_that # type: ignore from smartschedule.availability.resource_id import ResourceId from smartschedule.planning.capabilities_demanded import CapabilitiesDemanded from smartschedule.planning.chosen_resources import ChosenResources from smartschedule.planning.demand import Demand from smartschedule.planning.demands import Demands from smartschedule.planning.demands_per_stage import DemandsPerStage from smartschedule.planning.parallelization.stage import Stage from smartschedule.planning.planning_facade import PlanningFacade from smartschedule.planning.schedule.schedule import Schedule from smartschedule.shared.capability.capability import Capability from smartschedule.shared.event_bus import EventBus from smartschedule.shared.timeslot.time_slot import TimeSlot @pytest.fixture() def planning_facade(container: Container) -> PlanningFacade: return container.resolve(PlanningFacade) class TestPlanningFacade: def test_can_create_project_and_load_project_card( self, planning_facade: PlanningFacade ) -> None: project_id = planning_facade.add_new_project("project", Stage("Stage 1")) project_card = planning_facade.load(project_id) assert project_card.project_id == project_id assert project_card.name == "project" assert str(project_card.parallelized_stages) == "Stage 1" def test_loads_multiple_projects(self, planning_facade: PlanningFacade) -> None: project_id_1 = planning_facade.add_new_project("project 1", Stage("Stage 1")) project_id_2 = planning_facade.add_new_project("project 2", Stage("Stage 2")) loaded = planning_facade.load_all(project_id_1, project_id_2) assert {project.project_id for project in loaded} == { project_id_1, project_id_2, } def test_creates_and_saves_more_complex_parallelization( self, planning_facade: PlanningFacade ) -> None: stage_1 = Stage("Stage1") stage_2 = Stage("Stage2") stage_3 = Stage("Stage3") stage_2 = stage_2.depends_on(stage_1) stage_3 = stage_3.depends_on(stage_2) project_id = planning_facade.add_new_project( "project", stage_1, stage_2, stage_3 ) loaded = planning_facade.load(project_id) assert str(loaded.parallelized_stages) == "Stage1 | Stage2 | Stage3" def test_plan_demands(self, planning_facade: PlanningFacade) -> None: project_id = planning_facade.add_new_project("project", Stage("Stage 1")) demands_for_java = Demands.of(Demand.for_(Capability.skill("JAVA"))) planning_facade.add_demands(project_id, demands_for_java) loaded = planning_facade.load(project_id) assert loaded.demands == demands_for_java def test_plans_new_demands(self, planning_facade: PlanningFacade) -> None: project_id = planning_facade.add_new_project("project", Stage("Stage 1")) java_demand = Demand.for_(Capability.skill("JAVA")) python_demand = Demand.for_(Capability.skill("PYTHON")) planning_facade.add_demands(project_id, Demands.of(java_demand)) planning_facade.add_demands(project_id, Demands.of(python_demand)) loaded = planning_facade.load(project_id) assert loaded.demands == Demands.of(java_demand, python_demand) def test_plans_demands_per_stage(self, planning_facade: PlanningFacade) -> None: stage = Stage("Stage 1") project_id = planning_facade.add_new_project("project", stage) demands_for_java = Demands.of(Demand.for_(Capability.skill("JAVA"))) demands_per_stage = DemandsPerStage({stage.name: demands_for_java}) planning_facade.define_demands_per_stage(project_id, demands_per_stage) loaded = planning_facade.load(project_id) assert loaded.demands_per_stage == demands_per_stage assert loaded.demands == demands_for_java def test_plans_needed_resources_in_time( self, planning_facade: PlanningFacade ) -> None: project_id = planning_facade.add_new_project("project") needed_resources = {ResourceId.new_one()} first_half_of_the_year = TimeSlot( from_=datetime(2022, 1, 1), to=datetime(2022, 6, 30) ) planning_facade.define_resources_within_dates( project_id, needed_resources, first_half_of_the_year ) loaded = planning_facade.load(project_id) assert loaded.needed_resources == ChosenResources( needed_resources, first_half_of_the_year ) def test_redefines_stages(self, planning_facade: PlanningFacade) -> None: project_id = planning_facade.add_new_project("project", Stage("Stage 1")) planning_facade.define_project_stages(project_id, Stage("Stage 2")) loaded = planning_facade.load(project_id) assert str(loaded.parallelized_stages) == "Stage 2" def test_calculates_schedule_after_passing_possible_start( self, planning_facade: PlanningFacade ) -> None: stage_1 = Stage("Stage1", duration=timedelta(days=2)) stage_2 = Stage("Stage2", duration=timedelta(days=5)) stage_3 = Stage("Stage3", duration=timedelta(days=7)) project_id = planning_facade.add_new_project( "project", stage_1, stage_2, stage_3 ) planning_facade.define_start_date(project_id, date(2021, 1, 1)) loaded = planning_facade.load(project_id) assert loaded.schedule.dates == { "Stage1": TimeSlot(from_=datetime(2021, 1, 1), to=datetime(2021, 1, 3)), "Stage2": TimeSlot(from_=datetime(2021, 1, 1), to=datetime(2021, 1, 6)), "Stage3": TimeSlot(from_=datetime(2021, 1, 1), to=datetime(2021, 1, 8)), } def test_adding_schedule_manually(self, planning_facade: PlanningFacade) -> None: stage_1 = Stage("Stage1", duration=timedelta(days=2)) stage_2 = Stage("Stage2", duration=timedelta(days=5)) stage_3 = Stage("Stage3", duration=timedelta(days=7)) project_id = planning_facade.add_new_project( "project", stage_1, stage_2, stage_3 ) dates = { "Stage1": TimeSlot(from_=datetime(2021, 1, 1), to=datetime(2021, 1, 3)), "Stage2": TimeSlot(from_=datetime(2021, 1, 1), to=datetime(2021, 1, 6)), "Stage3": TimeSlot(from_=datetime(2021, 1, 1), to=datetime(2021, 1, 8)), } schedule = Schedule(dates) planning_facade.define_manual_schedule(project_id, schedule) loaded = planning_facade.load(project_id) assert loaded.schedule.dates == dates def test_capabilities_demanded_event_is_emitted_after_adding_demands( self, planning_facade: PlanningFacade, when: Any ) -> None: when(EventBus).publish(...) project_id = planning_facade.add_new_project("project", Stage("Stage 1")) demands_for_java = Demands.of(Demand.for_(Capability.skill("JAVA"))) planning_facade.add_demands(project_id, demands_for_java) verify(EventBus).publish( arg_that( lambda event: self._is_capabilities_demanded( event, project_id, demands_for_java ) ) ) def _is_capabilities_demanded( self, event: Any, project_id: Any, demands: Any ) -> bool: return ( isinstance(event, CapabilitiesDemanded) and event.project_id == project_id and event.demands == demands ) dd-python-allocation-resource/tests/smartschedule/planning/test_rd.py000066400000000000000000000107331466731773200266110ustar00rootroot00000000000000from datetime import datetime, timedelta from typing import Final import pytest from smartschedule.availability.availability_facade import AvailabilityFacade from smartschedule.availability.resource_id import ResourceId from smartschedule.planning.parallelization.stage import Stage from smartschedule.planning.planning_facade import PlanningFacade from smartschedule.planning.project_card import ProjectCard from smartschedule.planning.project_id import ProjectId from smartschedule.shared.capability.capability import Capability from smartschedule.shared.timeslot.time_slot import TimeSlot from tests.smartschedule.planning.schedule.assertions.schedule_assert import ( ScheduleAssert, ) class TestRd: JANUARY: Final = TimeSlot(datetime(2020, 1, 1), datetime(2020, 1, 31)) FEBRUARY: Final = TimeSlot(datetime(2020, 2, 1), datetime(2020, 2, 29)) MARCH: Final = TimeSlot(datetime(2020, 3, 1), datetime(2020, 3, 31)) Q1: Final = TimeSlot(datetime(2020, 1, 1), datetime(2020, 3, 31)) JAN_1_4: Final = TimeSlot(datetime(2020, 1, 1), datetime(2020, 1, 4)) FEB_2_16: Final = TimeSlot(datetime(2020, 2, 2), datetime(2020, 2, 16)) MAR_1_6: Final = TimeSlot(datetime(2020, 3, 1), datetime(2020, 3, 6)) @pytest.mark.xfail(reason="Not implemented yet", strict=True) def test_research_and_development_project_process( self, planning_facade: PlanningFacade, availability_facade: AvailabilityFacade, ) -> None: project_id = planning_facade.add_new_project("R&D") r1 = ResourceId.new_one() java_available_in_january = self._resource_available_for_capability_in_period( r1, Capability.skill("JAVA"), self.JANUARY, availability_facade ) r2 = ResourceId.new_one() php_available_in_february = self._resource_available_for_capability_in_period( r2, Capability.skill("PHP"), self.FEBRUARY, availability_facade, ) r3 = ResourceId.new_one() csharp_available_in_march = self._resource_available_for_capability_in_period( r3, Capability.skill("CSHARP"), self.MARCH, availability_facade, ) all_resources = {r1, r2, r3} planning_facade.define_resources_within_dates( project_id, all_resources, self.JANUARY ) self._verify_that_resources_are_missing( project_id, {php_available_in_february, csharp_available_in_march} ) planning_facade.define_resources_within_dates( project_id, all_resources, self.FEBRUARY ) self._verify_that_resources_are_missing( project_id, {java_available_in_january, csharp_available_in_march} ) planning_facade.define_resources_within_dates( project_id, all_resources, self.Q1 ) self._verify_that_no_resources_are_missing(project_id) planning_facade.adjust_stages_to_resource_availability( project_id, self.Q1, Stage("Stage1", duration=timedelta(days=3), resources=frozenset({r1})), Stage("Stage1", duration=timedelta(days=15), resources=frozenset({r2})), Stage("Stage3", duration=timedelta(days=5), resources=frozenset({r3})), ) loaded = planning_facade.load(project_id) schedule_assert = ScheduleAssert(loaded.schedule) schedule_assert.assert_has_stage("Stage1").assert_with_slot(self.JAN_1_4) schedule_assert.assert_has_stage("Stage2").assert_with_slot(self.FEB_2_16) schedule_assert.assert_has_stage("Stage3").assert_with_slot(self.MAR_1_6) self._assert_project_is_not_parallelized(loaded) def _resource_available_for_capability_in_period( self, resource_id: ResourceId, capability: Capability, time_slot: TimeSlot, availability_facade: AvailabilityFacade, ) -> ResourceId: availability_facade.create_resource_slots(resource_id, time_slot) return ResourceId.new_one() def _assert_project_is_not_parallelized(self, project_card: ProjectCard) -> None: __tracebackhide__ = True assert ( len(project_card.parallelized_stages.all) == 0 ), "Project should not be parallelized" def _verify_that_no_resources_are_missing(self, project_id: ProjectId) -> None: pass def _verify_that_resources_are_missing( self, project_id: ProjectId, missing_resources: set[ResourceId] ) -> None: pass dd-python-allocation-resource/tests/smartschedule/planning/test_specialized_waterfall.py000066400000000000000000000062171466731773200325430ustar00rootroot00000000000000from datetime import datetime, timedelta from typing import Final from smartschedule.availability.resource_id import ResourceId from smartschedule.planning.parallelization.stage import Stage from smartschedule.planning.planning_facade import PlanningFacade from smartschedule.planning.project_id import ProjectId from smartschedule.shared.capability.capability import Capability from smartschedule.shared.timeslot.time_slot import TimeSlot from tests.smartschedule.planning.schedule.assertions.schedule_assert import ( ScheduleAssert, ) class TestSpecializedWaterfall: JAN_1_2: Final = TimeSlot(datetime(2020, 1, 1), datetime(2020, 1, 2)) JAN_1_4: Final = TimeSlot(datetime(2020, 1, 1), datetime(2020, 1, 4)) JAN_1_5: Final = TimeSlot(datetime(2020, 1, 1), datetime(2020, 1, 5)) JAN_1_6: Final = TimeSlot(datetime(2020, 1, 1), datetime(2020, 1, 6)) JAN_4_8: Final = TimeSlot(datetime(2020, 1, 4), datetime(2020, 1, 8)) def test_specialized_waterfall_project_process( self, planning_facade: PlanningFacade ) -> None: project_id = planning_facade.add_new_project("waterfall") critical_stage_duration = timedelta(days=5) stage_1_duration = timedelta(days=1) stage_before_critical = Stage("Stage 1", duration=stage_1_duration) critical_stage = Stage("Stage 2", duration=critical_stage_duration) stage_after_critical = Stage("Stage 3", duration=timedelta(days=3)) planning_facade.define_project_stages( project_id, stage_before_critical, critical_stage, stage_after_critical ) critical_resource = ResourceId.new_one() critical_capability_availability = ( self._resource_available_for_capability_in_period( critical_resource, Capability.skill("JAVA"), self.JAN_1_6 ) ) planning_facade.plan_critical_stage_with_resource( project_id, critical_stage, critical_resource, self.JAN_4_8 ) self._verify_resources_not_available( project_id, critical_capability_availability, self.JAN_4_8 ) planning_facade.plan_critical_stage_with_resource( project_id, critical_stage, critical_resource, self.JAN_1_6 ) self._assert_resources_available(project_id, critical_capability_availability) schedule = planning_facade.load(project_id).schedule schedule_assert = ScheduleAssert(schedule) schedule_assert.assert_has_stage("Stage 1").assert_with_slot(self.JAN_1_2) schedule_assert.assert_has_stage("Stage 2").assert_with_slot(self.JAN_1_6) schedule_assert.assert_has_stage("Stage 3").assert_with_slot(self.JAN_1_4) def _assert_resources_available( self, project_id: ProjectId, resource: ResourceId ) -> None: pass def _verify_resources_not_available( self, project_id: ProjectId, resource: ResourceId, requested_but_not_available: TimeSlot, ) -> None: pass def _resource_available_for_capability_in_period( self, resource_id: ResourceId, capability: Capability, slot: TimeSlot ) -> ResourceId: return ResourceId.new_one() dd-python-allocation-resource/tests/smartschedule/planning/test_standard_waterfall.py000066400000000000000000000056531466731773200320520ustar00rootroot00000000000000from datetime import datetime, timedelta from typing import Final import pytest from smartschedule.availability.resource_id import ResourceId from smartschedule.planning.demand import Demand from smartschedule.planning.demands import Demands from smartschedule.planning.demands_per_stage import DemandsPerStage from smartschedule.planning.parallelization.stage import Stage from smartschedule.planning.planning_facade import PlanningFacade from smartschedule.planning.project_id import ProjectId from smartschedule.shared.capability.capability import Capability from smartschedule.shared.timeslot.time_slot import TimeSlot from tests.smartschedule.planning.schedule.assertions.schedule_assert import ( ScheduleAssert, ) class TestStandardWaterfall: JAN_1: Final = datetime(2020, 1, 1) RESOURCE_1: Final = ResourceId.new_one() RESOURCE_2: Final = ResourceId.new_one() RESOURCE_4: Final = ResourceId.new_one() JAN_1_2: Final = TimeSlot(datetime(2020, 1, 1), datetime(2020, 1, 2)) JAN_2_5: Final = TimeSlot(datetime(2020, 1, 2), datetime(2020, 1, 5)) JAN_2_12: Final = TimeSlot(datetime(2020, 1, 2), datetime(2020, 1, 12)) @pytest.mark.skip("Not implemented yet") def test_waterfall_project_process(self, planning_facade: PlanningFacade) -> None: project_id = planning_facade.add_new_project("waterfall") planning_facade.define_project_stages( project_id, Stage("Stage1"), Stage("Stage2"), Stage("Stage3") ) project_card = planning_facade.load(project_id) assert str(project_card.parallelized_stages) == "Stage1, Stage2, Stage3" demands_per_stage = DemandsPerStage( {"Stage1": Demands.of(Demand.for_(Capability.skill("JAVA")))} ) planning_facade.define_demands_per_stage(project_id, demands_per_stage) self._verify_risk_during_planning(project_id) planning_facade.define_project_stages( project_id, Stage( "Stage1", duration=timedelta(days=1), resources=frozenset({self.RESOURCE_1}), ), Stage( "Stage2", duration=timedelta(days=3), resources=frozenset({self.RESOURCE_2, self.RESOURCE_1}), ), Stage( "Stage3", duration=timedelta(days=10), resources=frozenset({self.RESOURCE_4}), ), ) planning_facade.define_start_date(project_id, self.JAN_1) schedule = planning_facade.load(project_id).schedule schedule_assert = ScheduleAssert(schedule) # schedule_assert.assert_has_stage("Stage1").assert_with_slot(self.JAN_1_2) schedule_assert.assert_has_stage("Stage2").assert_with_slot(self.JAN_2_5) schedule_assert.assert_has_stage("Stage3").assert_with_slot(self.JAN_2_12) def _verify_risk_during_planning(self, project_id: ProjectId) -> None: pass dd-python-allocation-resource/tests/smartschedule/planning/test_time_critical_waterfall.py000066400000000000000000000032041466731773200330500ustar00rootroot00000000000000from datetime import datetime, timedelta from typing import Final import pytest from smartschedule.planning.parallelization.stage import Stage from smartschedule.planning.planning_facade import PlanningFacade from smartschedule.shared.timeslot.time_slot import TimeSlot from tests.smartschedule.planning.schedule.assertions.schedule_assert import ( ScheduleAssert, ) class TestTimeCriticalWaterfall: JAN_1_5: Final = TimeSlot(datetime(2020, 1, 1), datetime(2020, 1, 5)) JAN_1_3: Final = TimeSlot(datetime(2020, 1, 1), datetime(2020, 1, 3)) JAN_1_4: Final = TimeSlot(datetime(2020, 1, 1), datetime(2020, 1, 4)) @pytest.mark.skip("Not implemented yet") def test_time_critical_waterfall_project_process( self, planning_facade: PlanningFacade ) -> None: project_id = planning_facade.add_new_project("waterfall") stage_before_critical = Stage("Stage1", duration=timedelta(days=2)) critical_stage = Stage("Stage2", duration=self.JAN_1_5.duration) stage_after_critical = Stage("Stage3", duration=timedelta(days=3)) planning_facade.define_project_stages( project_id, stage_before_critical, critical_stage, stage_after_critical ) planning_facade.plan_critical_stage(project_id, critical_stage, self.JAN_1_5) schedule = planning_facade.load(project_id).schedule schedule_assert = ScheduleAssert(schedule) schedule_assert.assert_has_stage("Stage1").assert_with_slot(self.JAN_1_3) schedule_assert.assert_has_stage("Stage2").assert_with_slot(self.JAN_1_5) schedule_assert.assert_has_stage("Stage3").assert_with_slot(self.JAN_1_4) dd-python-allocation-resource/tests/smartschedule/planning/test_vision.py000066400000000000000000000061071466731773200275130ustar00rootroot00000000000000from datetime import datetime, timedelta from typing import Final import pytest from smartschedule.availability.resource_id import ResourceId from smartschedule.planning.demand import Demand from smartschedule.planning.demands import Demands from smartschedule.planning.parallelization.stage import Stage from smartschedule.planning.planning_facade import PlanningFacade from smartschedule.planning.project_id import ProjectId from smartschedule.shared.capability.capability import Capability from smartschedule.shared.timeslot.time_slot import TimeSlot from tests.smartschedule.planning.schedule.assertions.schedule_assert import ( ScheduleAssert, ) class TestVision: JAN_1: Final = datetime(2020, 1, 1) JAN_1_2: Final = TimeSlot(datetime(2020, 1, 1), datetime(2020, 1, 2)) JAN_2_5: Final = TimeSlot(datetime(2020, 1, 2), datetime(2020, 1, 5)) JAN_2_12: Final = TimeSlot(datetime(2020, 1, 2), datetime(2020, 1, 12)) RESOURCE_1: Final = ResourceId.new_one() RESOURCE_2: Final = ResourceId.new_one() RESOURCE_4: Final = ResourceId.new_one() @pytest.mark.xfail(reason="Not implemented yet", strict=True) def test_vision_validation_process(self, planning_facade: PlanningFacade) -> None: project_id = planning_facade.add_new_project("vision") java = Demands.of(Demand.for_(Capability.skill("JAVA"))) planning_facade.add_demands(project_id, java) self._verify_possible_risk_during_planning(project_id, java) planning_facade.define_project_stages( project_id, Stage("Stage 1", resources=frozenset({self.RESOURCE_1})), Stage("Stage 2", resources=frozenset({self.RESOURCE_2, self.RESOURCE_1})), Stage("Stage 3", resources=frozenset({self.RESOURCE_4})), ) project_card = planning_facade.load(project_id) assert str(project_card.parallelized_stages) in ( "Stage 1 | Stage 2, Stage 3", "Stage 2, Stage 3 | Stage 1", ) planning_facade.define_project_stages( project_id, Stage( "Stage 1", duration=timedelta(days=1), resources=frozenset({self.RESOURCE_1}), ), Stage( "Stage 2", duration=timedelta(days=3), resources=frozenset({self.RESOURCE_2, self.RESOURCE_1}), ), Stage( "Stage 3", duration=timedelta(days=10), resources=frozenset({self.RESOURCE_4}), ), ) planning_facade.define_start_date(project_id, self.JAN_1) schedule = planning_facade.load(project_id).schedule schedule_assert = ScheduleAssert(schedule) schedule_assert.assert_has_stage("Stage 1").assert_with_slot(self.JAN_1_2) schedule_assert.assert_has_stage("Stage 2").assert_with_slot(self.JAN_2_5) schedule_assert.assert_has_stage("Stage 3").assert_with_slot(self.JAN_2_12) def _verify_possible_risk_during_planning( self, project_id: ProjectId, demands: Demands ) -> None: pass dd-python-allocation-resource/tests/smartschedule/resource/000077500000000000000000000000001466731773200246105ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/resource/__init__.py000066400000000000000000000000001466731773200267070ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/resource/device/000077500000000000000000000000001466731773200260475ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/resource/device/__init__.py000066400000000000000000000000001466731773200301460ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/resource/device/conftest.py000066400000000000000000000003501466731773200302440ustar00rootroot00000000000000import pytest from lagom import Container from smartschedule.resource.device.device_facade import DeviceFacade @pytest.fixture() def device_facade(container: Container) -> DeviceFacade: return container.resolve(DeviceFacade) dd-python-allocation-resource/tests/smartschedule/resource/device/test_creating_device.py000066400000000000000000000025561466731773200326030ustar00rootroot00000000000000from smartschedule.resource.device.device_facade import DeviceFacade from smartschedule.shared.capability.capability import Capability class TestCreatingDevice: def test_creates_and_loads_devices(self, device_facade: DeviceFacade) -> None: device_id = device_facade.create_device( "super-excavator-1000", Capability.assets("BULLDOZER", "EXCAVATOR") ) loaded = device_facade.find_device(device_id) assert loaded.assets == Capability.assets("BULLDOZER", "EXCAVATOR") assert loaded.model == "super-excavator-1000" def test_find_all_capabilities(self, device_facade: DeviceFacade) -> None: device_facade.create_device( "super-excavator-1000", Capability.assets("SMALL-EXCAVATOR", "BULLDOZER") ) device_facade.create_device( "super-excavator-1000", Capability.assets("MEDIUM-EXCAVATOR", "UBER-BULLDOZER"), ) device_facade.create_device( "super-excavator-1000", Capability.assets("BIG-EXCAVATOR") ) loaded = device_facade.find_all_capabilities() assert set(loaded) == { Capability.asset("SMALL-EXCAVATOR"), Capability.asset("BULLDOZER"), Capability.asset("MEDIUM-EXCAVATOR"), Capability.asset("UBER-BULLDOZER"), Capability.asset("BIG-EXCAVATOR"), } test_schedule_device_capabilities.py000066400000000000000000000015701466731773200352300ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/resource/devicefrom smartschedule.allocation.capabilityscheduling.capability_finder import ( CapabilityFinder, ) from smartschedule.resource.device.device_facade import DeviceFacade from smartschedule.shared.capability.capability import Capability from smartschedule.shared.timeslot.time_slot import TimeSlot class TestScheduleDeviceCapabilities: def test_can_setup_capabilities_according_to_policy( self, device_facade: DeviceFacade, capability_finder: CapabilityFinder ) -> None: device_id = device_facade.create_device( "super-bulldozer-3000", Capability.assets("EXCAVATOR", "BULLDOZER") ) one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) allocations = device_facade.schedule_capabilities(device_id, one_day) loaded = capability_finder.find_by_id(*allocations) assert len(loaded.all) == len(allocations) dd-python-allocation-resource/tests/smartschedule/resource/employee/000077500000000000000000000000001466731773200264275ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/resource/employee/__init__.py000066400000000000000000000000001466731773200305260ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/resource/employee/conftest.py000066400000000000000000000003641466731773200306310ustar00rootroot00000000000000import pytest from lagom import Container from smartschedule.resource.employee.employee_facade import EmployeeFacade @pytest.fixture() def employee_facade(container: Container) -> EmployeeFacade: return container.resolve(EmployeeFacade) dd-python-allocation-resource/tests/smartschedule/resource/employee/test_allocation_policies.py000066400000000000000000000053231466731773200340570ustar00rootroot00000000000000import itertools from smartschedule.resource.employee.employee_allocation_policy import ( EmployeeAllocationPolicy, ) from smartschedule.resource.employee.employee_id import EmployeeId from smartschedule.resource.employee.employee_summary import EmployeeSummary from smartschedule.resource.employee.seniority import Seniority from smartschedule.shared.capability.capability import Capability from smartschedule.shared.capability_selector import CapabilitySelector class TestAllocationPolicies: def test_default_policy_returns_just_one_skill_at_once(self) -> None: summary = EmployeeSummary( EmployeeId.new_one(), "resourceName", "lastName", Seniority.LEAD, Capability.skills("JAVA"), Capability.permissions("ADMIN"), ) capabilities = ( EmployeeAllocationPolicy.default_policy().simultaneous_capabilities_of( summary ) ) assert len(capabilities) == 1 assert capabilities[0].capabilities == { Capability.skill("JAVA"), Capability.permission("ADMIN"), } def test_permissions_can_be_shared_between_projects(self) -> None: policy = EmployeeAllocationPolicy.permissions_in_multiple_projects(3) employee = EmployeeSummary( EmployeeId.new_one(), "resourceName", "lastName", Seniority.LEAD, Capability.skills("JAVA"), Capability.permissions("ADMIN"), ) capabilities = policy.simultaneous_capabilities_of(employee) assert len(capabilities) == 3 all_capabilities = list( itertools.chain(*[c.capabilities for c in capabilities]) ) assert all_capabilities == [Capability.permission("ADMIN")] * 3 def test_can_create_composite_policy(self) -> None: policy = EmployeeAllocationPolicy.simultaneous( EmployeeAllocationPolicy.permissions_in_multiple_projects(3), EmployeeAllocationPolicy.one_of_skills(), ) summary = EmployeeSummary( EmployeeId.new_one(), "resourceName", "lastName", Seniority.LEAD, Capability.skills("JAVA", "PYTHON"), Capability.permissions("ADMIN"), ) capabilities = policy.simultaneous_capabilities_of(summary) assert len(capabilities) == 4 assert ( CapabilitySelector.can_perform_one_of(Capability.skills("JAVA", "PYTHON")) in capabilities ) assert ( capabilities.count( CapabilitySelector.can_just_perform(Capability.permission("ADMIN")) ) == 3 ) dd-python-allocation-resource/tests/smartschedule/resource/employee/test_creating_employee.py000066400000000000000000000041541466731773200335370ustar00rootroot00000000000000from smartschedule.resource.employee.employee_facade import EmployeeFacade from smartschedule.resource.employee.seniority import Seniority from smartschedule.shared.capability.capability import Capability class TestCreatingEmployee: def test_creates_and_loads_employee(self, employee_facade: EmployeeFacade) -> None: employee_id = employee_facade.add_employee( "John", "Doe", Seniority.SENIOR, Capability.skills("JAVA", "PYTHON"), Capability.permissions("ADMIN", "COURT"), ) loaded = employee_facade.find_employee(employee_id) assert loaded.skills == Capability.skills("JAVA", "PYTHON") assert loaded.permissions == Capability.permissions("ADMIN", "COURT") assert loaded.name == "John" assert loaded.last_name == "Doe" assert loaded.seniority == Seniority.SENIOR def test_finds_all_capabilities(self, employee_facade: EmployeeFacade) -> None: employee_facade.add_employee( "staszek", "lastName", Seniority.SENIOR, Capability.skills("JAVA12", "PYTHON21"), Capability.permissions("ADMIN1", "COURT1"), ) employee_facade.add_employee( "leon", "lastName", Seniority.SENIOR, Capability.skills("JAVA12", "PYTHON21"), Capability.permissions("ADMIN2", "COURT2"), ) employee_facade.add_employee( "sławek", "lastName", Seniority.SENIOR, Capability.skills("JAVA12", "PYTHON21"), Capability.permissions("ADMIN3", "COURT3"), ) loaded = employee_facade.find_all_capabilities() assert set(loaded) == { Capability("JAVA12", "SKILL"), Capability("PYTHON21", "SKILL"), Capability("ADMIN1", "PERMISSION"), Capability("COURT1", "PERMISSION"), Capability("ADMIN2", "PERMISSION"), Capability("COURT2", "PERMISSION"), Capability("ADMIN3", "PERMISSION"), Capability("COURT3", "PERMISSION"), } test_schedule_employee_capabilities.py000066400000000000000000000020471466731773200361700ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/resource/employeefrom smartschedule.allocation.capabilityscheduling.capability_finder import ( CapabilityFinder, ) from smartschedule.resource.employee.employee_facade import EmployeeFacade from smartschedule.resource.employee.seniority import Seniority from smartschedule.shared.capability.capability import Capability from smartschedule.shared.timeslot.time_slot import TimeSlot class TestScheduleEmployeeCapabilities: def test_can_setup_capabilities_according_to_policy( self, employee_facade: EmployeeFacade, capability_finder: CapabilityFinder ) -> None: employee_id = employee_facade.add_employee( "resourceName", "lastName", Seniority.LEAD, Capability.skills("JAVA, PYTHON"), Capability.permissions("ADMIN"), ) one_day = TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) allocations = employee_facade.schedule_capabilities(employee_id, one_day) loaded = capability_finder.find_by_id(*allocations) assert len(loaded.all) == len(allocations) dd-python-allocation-resource/tests/smartschedule/shared/000077500000000000000000000000001466731773200242275ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/shared/__init__.py000066400000000000000000000000001466731773200263260ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/shared/test_capability_selector.py000066400000000000000000000030171466731773200316620ustar00rootroot00000000000000from typing import Final from smartschedule.shared.capability.capability import Capability from smartschedule.shared.capability_selector import ( CapabilitySelector, ) class TestCapabilitySelector: RUST: Final = Capability.skill("RUST") BEING_AN_ADMIN: Final = Capability.permission("ADMIN") JAVA: Final = Capability.skill("JAVA") def test_allocatable_resources_can_perform_only_one_of_present_capabilities( self, ) -> None: admin_or_rust = CapabilitySelector.can_perform_one_of( {self.RUST, self.BEING_AN_ADMIN} ) assert admin_or_rust.can_perform(self.BEING_AN_ADMIN) assert admin_or_rust.can_perform(self.RUST) assert not admin_or_rust.can_perform(self.BEING_AN_ADMIN, self.RUST) assert not admin_or_rust.can_perform(Capability.skill("JAVA")) assert not admin_or_rust.can_perform(Capability.permission("LAWYER")) def test_allocatable_resource_can_perform_simultanous_capabilities(self) -> None: admin_and_rust = CapabilitySelector.can_perform_all_at_the_time( {self.BEING_AN_ADMIN, self.RUST} ) assert admin_and_rust.can_perform(self.BEING_AN_ADMIN) assert admin_and_rust.can_perform(self.RUST) assert admin_and_rust.can_perform(self.BEING_AN_ADMIN, self.RUST) assert not admin_and_rust.can_perform(self.RUST, self.BEING_AN_ADMIN, self.JAVA) assert not admin_and_rust.can_perform(self.JAVA) assert not admin_and_rust.can_perform(Capability.permission("LAWYER")) dd-python-allocation-resource/tests/smartschedule/shared/timeslot/000077500000000000000000000000001466731773200260675ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/shared/timeslot/__init__.py000066400000000000000000000000001466731773200301660ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/shared/timeslot/test_time_slot.py000066400000000000000000000230471466731773200315050ustar00rootroot00000000000000from datetime import datetime, timedelta, timezone from smartschedule.shared.timeslot.time_slot import TimeSlot class TestTimeSlot: def test_create_monthly_time_slot_at_utc(self) -> None: january_2023 = TimeSlot.create_monthly_time_slot_at_utc(2023, 1) assert january_2023.from_ == datetime(2023, 1, 1, 0, 0, 0, tzinfo=timezone.utc) assert january_2023.to == datetime(2023, 2, 1, 0, 0, 0, tzinfo=timezone.utc) def test_create_monthly_time_slot_in_december_at_utc(self) -> None: december_2024 = TimeSlot.create_monthly_time_slot_at_utc(2024, 12) assert december_2024.from_ == datetime( 2024, 12, 1, 0, 0, 0, tzinfo=timezone.utc ) assert december_2024.to == datetime(2025, 1, 1, 0, 0, 0, tzinfo=timezone.utc) def test_create_daily_time_slot_at_utc(self) -> None: specific_day = TimeSlot.create_daily_time_slot_at_utc(2023, 1, 15) assert specific_day.from_ == datetime(2023, 1, 15, 0, 0, 0, tzinfo=timezone.utc) assert specific_day.to == datetime(2023, 1, 16, 0, 0, 0, tzinfo=timezone.utc) def test_one_slot_within_another(self) -> None: slot1 = TimeSlot( from_=datetime(2023, 1, 2, 0, 0, 0, tzinfo=timezone.utc), to=datetime(2023, 1, 2, 23, 59, 59, tzinfo=timezone.utc), ) slot2 = TimeSlot( from_=datetime(2023, 1, 1, 0, 0, 0, tzinfo=timezone.utc), to=datetime(2023, 1, 3, 0, 0, 0, tzinfo=timezone.utc), ) assert slot1.within(slot2) assert not slot2.within(slot1) def test_one_slot_is_not_within_another_if_they_just_overlap(self) -> None: slot1 = TimeSlot( from_=datetime(2023, 1, 1, 0, 0, 0, tzinfo=timezone.utc), to=datetime(2023, 1, 2, 23, 59, 59, tzinfo=timezone.utc), ) slot2 = TimeSlot( from_=datetime(2023, 1, 2, 0, 0, 0, tzinfo=timezone.utc), to=datetime(2023, 1, 3, 0, 0, 0, tzinfo=timezone.utc), ) assert not slot1.within(slot2) assert not slot2.within(slot1) slot3 = TimeSlot( from_=datetime(2023, 1, 2, 0, 0, 0, tzinfo=timezone.utc), to=datetime(2023, 1, 3, 23, 59, 59, tzinfo=timezone.utc), ) slot4 = TimeSlot( from_=datetime(2023, 1, 1, 0, 0, 0, tzinfo=timezone.utc), to=datetime(2023, 1, 2, 23, 59, 59, tzinfo=timezone.utc), ) assert not slot3.within(slot4) assert not slot4.within(slot3) def test_slot_is_not_within_another_when_they_are_completely_outside(self) -> None: slot1 = TimeSlot( from_=datetime(2023, 1, 1, 0, 0, 0, tzinfo=timezone.utc), to=datetime(2023, 1, 1, 23, 59, 59, tzinfo=timezone.utc), ) slot2 = TimeSlot( from_=datetime(2023, 1, 2, 0, 0, 0, tzinfo=timezone.utc), to=datetime(2023, 1, 3, 0, 0, 0, tzinfo=timezone.utc), ) assert not slot1.within(slot2) assert not slot2.within(slot1) def test_slot_is_within_itself(self) -> None: slot1 = TimeSlot( from_=datetime(2023, 1, 1, 0, 0, 0, tzinfo=timezone.utc), to=datetime(2023, 1, 1, 23, 59, 59, tzinfo=timezone.utc), ) assert slot1.within(slot1) def test_slot_overlaps(self) -> None: slot_1 = TimeSlot( from_=datetime(2022, 1, 1, tzinfo=timezone.utc), to=datetime(2022, 1, 10, tzinfo=timezone.utc), ) slot_2 = TimeSlot( from_=datetime(2022, 1, 5, tzinfo=timezone.utc), to=datetime(2022, 1, 15, tzinfo=timezone.utc), ) slot_3 = TimeSlot( from_=datetime(2022, 1, 10, tzinfo=timezone.utc), to=datetime(2022, 1, 20, tzinfo=timezone.utc), ) slot_4 = TimeSlot( from_=datetime(2022, 1, 5, tzinfo=timezone.utc), to=datetime(2022, 1, 10, tzinfo=timezone.utc), ) slot_5 = TimeSlot( from_=datetime(2022, 1, 1, tzinfo=timezone.utc), to=datetime(2022, 1, 10, tzinfo=timezone.utc), ) assert slot_1.overlaps(slot_2) assert slot_1.overlaps(slot_1) assert slot_1.overlaps(slot_3) assert slot_1.overlaps(slot_4) assert slot_1.overlaps(slot_5) def test_slot_not_overlaps(self) -> None: slot_1 = TimeSlot( from_=datetime(2022, 1, 1, tzinfo=timezone.utc), to=datetime(2022, 1, 10, tzinfo=timezone.utc), ) slot_2 = TimeSlot( from_=datetime(2022, 1, 10, 1, tzinfo=timezone.utc), to=datetime(2022, 1, 20, tzinfo=timezone.utc), ) slot_3 = TimeSlot( from_=datetime(2022, 1, 11, tzinfo=timezone.utc), to=datetime(2022, 1, 20, tzinfo=timezone.utc), ) assert not slot_1.overlaps(slot_2) assert not slot_1.overlaps(slot_3) def test_removing_common_parts_has_no_effect_when_there_is_no_overlap(self) -> None: slot_1 = TimeSlot( from_=datetime(2022, 1, 1, tzinfo=timezone.utc), to=datetime(2022, 1, 10, tzinfo=timezone.utc), ) slot_2 = TimeSlot( from_=datetime(2022, 1, 15, tzinfo=timezone.utc), to=datetime(2022, 1, 20, tzinfo=timezone.utc), ) assert slot_1.leftover_after_removing_common_with(slot_2) == [slot_1, slot_2] def test_removing_common_parts_when_there_is_full_overlap(self) -> None: slot_1 = TimeSlot( from_=datetime(2022, 1, 1, tzinfo=timezone.utc), to=datetime(2022, 1, 10, tzinfo=timezone.utc), ) assert slot_1.leftover_after_removing_common_with(slot_1) == [] def test_removing_common_parts_when_there_is_some_overlap(self) -> None: slot_1 = TimeSlot( from_=datetime(2022, 1, 1, tzinfo=timezone.utc), to=datetime(2022, 1, 15, tzinfo=timezone.utc), ) slot_2 = TimeSlot( from_=datetime(2022, 1, 10, tzinfo=timezone.utc), to=datetime(2022, 1, 20, tzinfo=timezone.utc), ) difference = slot_1.leftover_after_removing_common_with(slot_2) assert difference == [ TimeSlot( from_=datetime(2022, 1, 1, tzinfo=timezone.utc), to=datetime(2022, 1, 10, tzinfo=timezone.utc), ), TimeSlot( from_=datetime(2022, 1, 15, tzinfo=timezone.utc), to=datetime(2022, 1, 20, tzinfo=timezone.utc), ), ] slot_3 = TimeSlot( from_=datetime(2022, 1, 5, tzinfo=timezone.utc), to=datetime(2022, 1, 20, tzinfo=timezone.utc), ) slot_4 = TimeSlot( from_=datetime(2022, 1, 1, tzinfo=timezone.utc), to=datetime(2022, 1, 10, tzinfo=timezone.utc), ) difference2 = slot_3.leftover_after_removing_common_with(slot_4) assert difference2 == [ TimeSlot( from_=datetime(2022, 1, 1, tzinfo=timezone.utc), to=datetime(2022, 1, 5, tzinfo=timezone.utc), ), TimeSlot( from_=datetime(2022, 1, 10, tzinfo=timezone.utc), to=datetime(2022, 1, 20, tzinfo=timezone.utc), ), ] def test_removing_common_parts_when_one_slot_is_fully_within_another(self) -> None: slot_1 = TimeSlot( from_=datetime(2022, 1, 1, tzinfo=timezone.utc), to=datetime(2022, 1, 20, tzinfo=timezone.utc), ) slot_2 = TimeSlot( from_=datetime(2022, 1, 10, tzinfo=timezone.utc), to=datetime(2022, 1, 15, tzinfo=timezone.utc), ) difference = slot_1.leftover_after_removing_common_with(slot_2) assert difference == [ TimeSlot( from_=datetime(2022, 1, 1, tzinfo=timezone.utc), to=datetime(2022, 1, 10, tzinfo=timezone.utc), ), TimeSlot( from_=datetime(2022, 1, 15, tzinfo=timezone.utc), to=datetime(2022, 1, 20, tzinfo=timezone.utc), ), ] def test_two_slots_have_common_part_when_overlap(self) -> None: slot_1 = TimeSlot( from_=datetime(2022, 1, 1, tzinfo=timezone.utc), to=datetime(2022, 1, 15, tzinfo=timezone.utc), ) slot_2 = TimeSlot( from_=datetime(2022, 1, 10, tzinfo=timezone.utc), to=datetime(2022, 1, 20, tzinfo=timezone.utc), ) common = slot_1.common_part_with(slot_2) assert not common.is_empty() assert common == TimeSlot( from_=datetime(2022, 1, 10, tzinfo=timezone.utc), to=datetime(2022, 1, 15, tzinfo=timezone.utc), ) def test_two_slots_have_common_part_when_full_overlap(self) -> None: slot_1 = TimeSlot( from_=datetime(2022, 1, 1, tzinfo=timezone.utc), to=datetime(2022, 1, 20, tzinfo=timezone.utc), ) slot_2 = TimeSlot( from_=datetime(2022, 1, 1, tzinfo=timezone.utc), to=datetime(2022, 1, 20, tzinfo=timezone.utc), ) common = slot_1.common_part_with(slot_2) assert not common.is_empty() assert slot_1 == common def test_stretch(self) -> None: slot = TimeSlot( from_=datetime(2022, 1, 1, 10, tzinfo=timezone.utc), to=datetime(2022, 1, 20, 12, tzinfo=timezone.utc), ) streched_slot = slot.stretch(timedelta(hours=1)) assert streched_slot == TimeSlot( from_=datetime(2022, 1, 1, 9, tzinfo=timezone.utc), to=datetime(2022, 1, 20, 13, tzinfo=timezone.utc), ) dd-python-allocation-resource/tests/smartschedule/simulation/000077500000000000000000000000001466731773200251455ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/simulation/__init__.py000066400000000000000000000000001466731773200272440ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/simulation/available_capabilities_factory.py000066400000000000000000000034551466731773200337060ustar00rootroot00000000000000from __future__ import annotations import factory # type: ignore from smartschedule.shared.capability.capability import Capability from smartschedule.shared.capability_selector import CapabilitySelector, SelectingPolicy from smartschedule.simulation.available_resource_capability import ( AvailableResourceCapability, ) from smartschedule.simulation.simulated_capabilities import SimulatedCapabilities class SimulatedCapabilitiesFactory(factory.Factory): # type: ignore class Meta: model = SimulatedCapabilities class Params: num_capabilities = 0 @factory.lazy_attribute # type: ignore def capabilities(self) -> list[AvailableResourceCapability]: result = [] argument_src = self._Resolver__declarations["capabilities"].context for index in range(self.num_capabilities): brings = argument_src[f"{index}__brings"] if isinstance(brings, Capability): capabilities = frozenset([brings]) selecting_policy = SelectingPolicy.ONE_OF_ALL elif isinstance(brings, set): if not all(isinstance(x, Capability) for x in brings): raise ValueError( "All elements of the set must be of type Capability" ) capabilities = frozenset(brings) selecting_policy = SelectingPolicy.ALL_SIMULTANEOUSLY capability = AvailableResourceCapability( resource_id=argument_src[f"{index}__resource_id"], capability_selector=CapabilitySelector( capabilities=capabilities, selecting_policy=selecting_policy ), time_slot=argument_src[f"{index}__time_slot"], ) result.append(capability) return result dd-python-allocation-resource/tests/smartschedule/simulation/simulated_projects_factory.py000066400000000000000000000011441466731773200331460ustar00rootroot00000000000000from __future__ import annotations import factory # type: ignore from smartschedule.simulation.demands import Demands from smartschedule.simulation.project_id import ProjectId from smartschedule.simulation.simulated_project import SimulatedProject class SimulatedProjectFactory(factory.Factory): # type: ignore class Meta: model = SimulatedProject class Params: value = 0 project_id = factory.LazyAttribute(lambda _: ProjectId.new_one()) value_getter = factory.LazyAttribute(lambda o: lambda: o.value) missing_demands = factory.LazyAttribute(lambda _: Demands.of([])) dd-python-allocation-resource/tests/smartschedule/simulation/test_simulation_scenarios.py000066400000000000000000000240361466731773200330150ustar00rootroot00000000000000from decimal import Decimal from uuid import UUID, uuid4 import pytest from smartschedule.optimization.optimization_facade import OptimizationFacade from smartschedule.shared.capability.capability import Capability from smartschedule.shared.timeslot.time_slot import TimeSlot from smartschedule.simulation.additional_priced_capability import ( AdditionalPricedCapability, ) from smartschedule.simulation.available_resource_capability import ( AvailableResourceCapability, ) from smartschedule.simulation.demand import Demand from smartschedule.simulation.demands import Demands from smartschedule.simulation.project_id import ProjectId from smartschedule.simulation.simulation_facade import SimulationFacade from tests.smartschedule.simulation.available_capabilities_factory import ( SimulatedCapabilitiesFactory, ) from tests.smartschedule.simulation.simulated_projects_factory import ( SimulatedProjectFactory, ) @pytest.fixture() def jan_1_time_slot() -> TimeSlot: return TimeSlot.create_daily_time_slot_at_utc(2021, 1, 1) @pytest.fixture() def project_1_id() -> ProjectId: return ProjectId.new_one() @pytest.fixture() def project_2_id() -> ProjectId: return ProjectId.new_one() @pytest.fixture() def project_3_id() -> ProjectId: return ProjectId.new_one() @pytest.fixture() def staszek_id() -> UUID: return uuid4() @pytest.fixture() def leon_id() -> UUID: return uuid4() @pytest.fixture() def simulation_facade() -> SimulationFacade: return SimulationFacade(optimization_facade=OptimizationFacade()) class TestSimulationScenarios: def test_picks_optimal_project_based_on_earnings( self, staszek_id: UUID, jan_1_time_slot: TimeSlot, leon_id: UUID, simulation_facade: SimulationFacade, project_1_id: ProjectId, project_2_id: ProjectId, project_3_id: ProjectId, ) -> None: simulated_projects = [ SimulatedProjectFactory.build( project_id=project_1_id, value=Decimal(9), missing_demands=Demands( [Demand.demand_for(Capability.skill("JAVA-MID"), jan_1_time_slot)] ), ), SimulatedProjectFactory.build( project_id=project_2_id, value=Decimal(99), missing_demands=Demands( [Demand.demand_for(Capability.skill("JAVA-MID"), jan_1_time_slot)] ), ), SimulatedProjectFactory.build( project_id=project_3_id, value=Decimal(2), missing_demands=Demands( [Demand.demand_for(Capability.skill("JAVA-MID"), jan_1_time_slot)] ), ), ] simulated_availability = SimulatedCapabilitiesFactory.build( num_capabilities=2, capabilities__0__resource_id=staszek_id, capabilities__0__brings=Capability.skill("JAVA-MID"), capabilities__0__time_slot=jan_1_time_slot, capabilities__1__resource_id=leon_id, capabilities__1__brings=Capability.skill("JAVA-MID"), capabilities__1__time_slot=jan_1_time_slot, ) result = simulation_facade.what_is_the_optimal_setup( simulated_projects, simulated_availability ) assert result.profit == 108 assert len(result.chosen_items) == 2 def test_picks_all_when_enough_capabilities( self, project_1_id: ProjectId, jan_1_time_slot: TimeSlot, simulation_facade: SimulationFacade, ) -> None: simulated_projects = [ SimulatedProjectFactory.build( project_id=project_1_id, value=Decimal(99), missing_demands=Demands( [Demand.demand_for(Capability.skill("JAVA-MID"), jan_1_time_slot)] ), ), ] simulated_availability = SimulatedCapabilitiesFactory.build( num_capabilities=2, capabilities__0__resource_id=uuid4(), capabilities__0__brings=Capability.skill("JAVA-MID"), capabilities__0__time_slot=jan_1_time_slot, capabilities__1__resource_id=uuid4(), capabilities__1__brings=Capability.skill("JAVA-MID"), capabilities__1__time_slot=jan_1_time_slot, ) result = simulation_facade.what_is_the_optimal_setup( simulated_projects, simulated_availability ) assert result.profit == 99 assert len(result.chosen_items) == 1 def test_can_simulate_having_extra_resources( self, project_1_id: ProjectId, project_2_id: ProjectId, jan_1_time_slot: TimeSlot, staszek_id: UUID, simulation_facade: SimulationFacade, ) -> None: simulated_projects = [ SimulatedProjectFactory.build( project_id=project_1_id, value=Decimal(9), missing_demands=Demands( [ Demand.demand_for( Capability.skill("YT DRAMA COMMENTS"), jan_1_time_slot ) ] ), ), SimulatedProjectFactory.build( project_id=project_2_id, value=Decimal(99), missing_demands=Demands( [ Demand.demand_for( Capability.skill("YT DRAMA COMMENTS"), jan_1_time_slot ) ] ), ), ] simulated_availability = SimulatedCapabilitiesFactory.build( num_capabilities=1, capabilities__0__resource_id=staszek_id, capabilities__0__brings=Capability.skill("YT DRAMA COMMENTS"), capabilities__0__time_slot=jan_1_time_slot, ) extra_capability = AvailableResourceCapability.with_capability( resource_id=uuid4(), capability=Capability.skill("YT DRAMA COMMENTS"), time_slot=jan_1_time_slot, ) result_without_extra_resource = simulation_facade.what_is_the_optimal_setup( simulated_projects, simulated_availability ) result_with_extra_resource = simulation_facade.what_is_the_optimal_setup( simulated_projects, simulated_availability.add(extra_capability) ) assert result_without_extra_resource.profit == 99 assert result_with_extra_resource.profit == 108 def test_if_it_pays_off_to_pay_for_capability( self, project_1_id: ProjectId, project_2_id: ProjectId, jan_1_time_slot: TimeSlot, staszek_id: UUID, simulation_facade: SimulationFacade, ) -> None: simulated_projects = [ SimulatedProjectFactory.build( project_id=project_1_id, value=Decimal(100), missing_demands=Demands( [Demand.demand_for(Capability.skill("JAVA-MID"), jan_1_time_slot)] ), ), SimulatedProjectFactory.build( project_id=project_2_id, value=Decimal(40), missing_demands=Demands( [Demand.demand_for(Capability.skill("JAVA-MID"), jan_1_time_slot)] ), ), ] simulated_availability = SimulatedCapabilitiesFactory.build( num_capabilities=1, capabilities__0__resource_id=staszek_id, capabilities__0__brings=Capability.skill("JAVA-MID"), capabilities__0__time_slot=jan_1_time_slot, ) slawek = AdditionalPricedCapability( Decimal(9999), AvailableResourceCapability.with_capability( uuid4(), Capability.skill("JAVA-MID"), jan_1_time_slot ), ) staszek = AdditionalPricedCapability( Decimal(3), AvailableResourceCapability.with_capability( uuid4(), Capability.skill("JAVA-MID"), jan_1_time_slot ), ) buying_slawek_profit = simulation_facade.profit_after_buying_new_capability( simulated_projects, simulated_availability, slawek ) buying_staszek_profit = simulation_facade.profit_after_buying_new_capability( simulated_projects, simulated_availability, staszek ) # We get 40 from project 2 and lose 9999 for buying Slawek assert buying_slawek_profit == -9959 # We get 40 from project 2 and lose 3 for buying Staszek assert buying_staszek_profit == 37 def test_takes_into_account_simulation_capabilities( self, staszek_id: UUID, simulation_facade: SimulationFacade, jan_1_time_slot: TimeSlot, project_1_id: ProjectId, project_2_id: ProjectId, ) -> None: simulated_projects = [ SimulatedProjectFactory.build( project_id=project_1_id, value=Decimal(9), missing_demands=Demands( [Demand.demand_for(Capability.skill("JAVA-MID"), jan_1_time_slot)] ), ), SimulatedProjectFactory.build( project_id=project_2_id, value=Decimal(99), missing_demands=Demands( [ Demand.demand_for(Capability.skill("PYTHON"), jan_1_time_slot), ] ), ), ] simulated_availability = SimulatedCapabilitiesFactory.build( num_capabilities=1, capabilities__0__resource_id=staszek_id, capabilities__0__brings={ Capability.skill("JAVA-MID"), Capability.skill("PYTHON"), }, capabilities__0__time_slot=jan_1_time_slot, ) result = simulation_facade.what_is_the_optimal_setup( simulated_projects, simulated_availability ) assert result.profit == 99 assert len(result.chosen_items) == 1 dd-python-allocation-resource/tests/smartschedule/sorter/000077500000000000000000000000001466731773200242775ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/sorter/__init__.py000066400000000000000000000000001466731773200263760ustar00rootroot00000000000000dd-python-allocation-resource/tests/smartschedule/sorter/test_feedback_arc_set_on_graph.py000066400000000000000000000023451466731773200330150ustar00rootroot00000000000000from smartschedule.sorter.edge import Edge from smartschedule.sorter.feedback_arc_se_on_graph import FeedbackArcSeOnGraph from smartschedule.sorter.node import Node class TestFeedbackArcSeOnGraph: def test_can_find_minimum_number_of_edges_to_remove_to_make_the_graph_acyclic( self, ) -> None: node1 = Node("1", "node1") node2 = Node("2", "node2") node3 = Node("3", "node3") node4 = Node("4", "node4") node1 = node1.depends_on(node2) node2 = node2.depends_on(node3) node4 = node4.depends_on(node3) node1 = node1.depends_on(node4) node3 = node3.depends_on(node1) to_remove = FeedbackArcSeOnGraph[str]().calculate([node1, node2, node3, node4]) assert to_remove == [Edge(3, 1), Edge(4, 3)] def test_when_graph_is_acyclic_there_is_nothing_to_remove(self) -> None: node1 = Node("1", "node1") node2 = Node("2", "node2") node3 = Node("3", "node3") node4 = Node("4", "node4") node1 = node1.depends_on(node2) node2 = node2.depends_on(node3) node1 = node1.depends_on(node4) to_remove = FeedbackArcSeOnGraph[str]().calculate([node1, node2, node3, node4]) assert to_remove == [] dd-python-allocation-resource/tests/smartschedule/sorter/test_graph_topological_sort.py000066400000000000000000000061411466731773200324560ustar00rootroot00000000000000import pytest from smartschedule.sorter.graph_topological_sort import GraphTopologicalSort from smartschedule.sorter.node import Node from smartschedule.sorter.nodes import Nodes @pytest.fixture def graph_topological_sort() -> GraphTopologicalSort[str]: return GraphTopologicalSort[str]() class TestGraphTopologicalSort: def test_topological_sort_with_simple_dependencies( self, graph_topological_sort: GraphTopologicalSort[str] ) -> None: node1 = Node("Node1", "node1") node2 = Node("Node2", "node2") node3 = Node("Node3", "node3") node4 = Node("Node4", "node4") node2 = node2.depends_on(node1) node3 = node3.depends_on(node1) node4 = node4.depends_on(node2) nodes = Nodes[str]({node1, node2, node3, node4}) sorted_nodes = graph_topological_sort.sort(nodes) assert len(sorted_nodes.all) == 3 assert len(sorted_nodes.all[0].nodes) == 1 assert node1 in sorted_nodes.all[0].nodes assert len(sorted_nodes.all[1].nodes) == 2 assert node2 in sorted_nodes.all[1].nodes assert node3 in sorted_nodes.all[1].nodes assert len(sorted_nodes.all[2].nodes) == 1 assert node4 in sorted_nodes.all[2].nodes def test_topological_sort_with_linear_dependencies( self, graph_topological_sort: GraphTopologicalSort[str] ) -> None: node1 = Node("Node1", "node1") node2 = Node("Node2", "node2") node3 = Node("Node3", "node3") node4 = Node("Node4", "node4") node5 = Node("Node5", "node5") node1 = node1.depends_on(node2) node2 = node2.depends_on(node3) node3 = node3.depends_on(node4) node4 = node4.depends_on(node5) nodes = Nodes({node1, node2, node3, node4, node5}) sorted_nodes = graph_topological_sort.sort(nodes) assert len(sorted_nodes.all) == 5 assert len(sorted_nodes.all[0].nodes) == 1 assert node5 in sorted_nodes.all[0].nodes assert len(sorted_nodes.all[1].nodes) == 1 assert node4 in sorted_nodes.all[1].nodes assert len(sorted_nodes.all[2].nodes) == 1 assert node3 in sorted_nodes.all[2].nodes assert len(sorted_nodes.all[3].nodes) == 1 assert node2 in sorted_nodes.all[3].nodes assert len(sorted_nodes.all[4].nodes) == 1 assert node1 in sorted_nodes.all[4].nodes def test_nodes_without_dependencies( self, graph_topological_sort: GraphTopologicalSort[str] ) -> None: node1 = Node("Node1", "node1") node2 = Node("Node2", "node2") nodes = Nodes({node1, node2}) sorted_nodes = graph_topological_sort.sort(nodes) assert len(sorted_nodes.all) == 1 def test_cyclic_dependency( self, graph_topological_sort: GraphTopologicalSort[str] ) -> None: node1 = Node("Node1", "node1") node2 = Node("Node2", "node2") node2 = node2.depends_on(node1) node1 = node1.depends_on(node2) nodes = Nodes({node1, node2}) sorted_nodes = graph_topological_sort.sort(nodes) assert len(sorted_nodes.all) == 0 dd-python-allocation-resource/tests/smartschedule/task_executor_configuration.py000066400000000000000000000000001466731773200311300ustar00rootroot00000000000000