/*

#ifndef GRIDSTORE_H_

#define GRIDSTORE_H_

#include <stdlib.h>

#if defined(_MSC_VER) && (_MSC_VER <= 1500)

#include "gsext/stdint.h"

#include <stdint.h>

#ifndef GS_CLIENT_VERSION_MAJOR

#define GS_CLIENT_VERSION_MAJOR 2

#ifndef GS_CLIENT_VERSION_MINOR

#define GS_CLIENT_VERSION_MINOR 1

#ifdef __cplusplus

extern "C" {

#ifndef GS_INTERNAL_DEFINITION_VISIBLE

#define GS_INTERNAL_DEFINITION_VISIBLE 1

#if GS_INTERNAL_DEFINITION_VISIBLE

#if defined(GS_DLL_INSIDE) && defined(__GNUC__) && !defined(_WIN32)

#define GS_DLL_PUBLIC __attribute__ ((visibility("default")))

#define GS_DLL_PUBLIC

#ifdef _WIN32

#define GS_API_CALL __stdcall

#define GS_API_CALL

#if defined(__GNUC__) && !defined(GS_WARN_UNUSED)

#define GS_STATIC_HEADER_FUNC_ATTR __attribute__((unused))

#define GS_STATIC_HEADER_FUNC_ATTR

#define GS_STATIC_HEADER_FUNC_SPECIFIER GS_STATIC_HEADER_FUNC_ATTR static

#if defined(__GNUC__)

#define GS_DEPRECATED_SYMBOL1(symbol) symbol __attribute__((deprecated))

#elif defined(_MSC_VER)

#define GS_DEPRECATED_SYMBOL1(symbol) __declspec(deprecated) symbol

#define GS_DEPRECATED_SYMBOL1(symbol) symbol

#define GS_DEPRECATED_FUNC(func) GS_DEPRECATED_SYMBOL1(func)

#define GS_DEPRECATED_VAR(func) GS_DEPRECATED_SYMBOL1(func)

#ifndef GS_DEPRECATED_FUNC_ENABLED

#define GS_DEPRECATED_FUNC_ENABLED 1

#ifndef GS_EXPERIMENTAL_TOOL_ENABLED

#define GS_EXPERIMENTAL_TOOL_ENABLED 0

#if GS_DEPRECATED_FUNC_ENABLED

#ifndef GS_COMPATIBILITY_FACTORY_BETA_0_3

#define GS_COMPATIBILITY_FACTORY_BETA_0_3 0

#ifndef GS_COMPATIBILITY_TIME_SETIES_PROPERTIES_0_0_10

#define GS_COMPATIBILITY_TIME_SETIES_PROPERTIES_0_0_10 0

#ifndef GS_COMPATIBILITY_TIME_SETIES_SAMPLING_BETA_0_1

#define GS_COMPATIBILITY_TIME_SETIES_SAMPLING_BETA_0_1 0

#ifndef GS_COMPATIBILITY_GET_MULTIPLE_ROWS_BETA_0_3

#define GS_COMPATIBILITY_GET_MULTIPLE_ROWS_BETA_0_3 0

#ifndef GS_COMPATIBILITY_VALUE_1_1_106

#define GS_COMPATIBILITY_VALUE_1_1_106 0

#ifndef GS_COMPATIBILITY_MULTIPLE_CONTAINERS_1_1_106

#define GS_COMPATIBILITY_MULTIPLE_CONTAINERS_1_1_106 0

#ifndef GS_COMPATIBILITY_DEPRECATE_FETCH_OPTION_SIZE

#define GS_COMPATIBILITY_DEPRECATE_FETCH_OPTION_SIZE 1

#endif

#if !defined(GS_COMPATIBILITY_SUPPORT_1_5) && \

(GS_CLIENT_VERSION_MAJOR > 1 || \

(GS_CLIENT_VERSION_MAJOR == 1 && GS_CLIENT_VERSION_MINOR >= 5))

#define GS_COMPATIBILITY_SUPPORT_1_5 1

#if !defined(GS_COMPATIBILITY_SUPPORT_2_0) && \

(GS_CLIENT_VERSION_MAJOR > 2 || \

(GS_CLIENT_VERSION_MAJOR == 2 && GS_CLIENT_VERSION_MINOR >= 0))

#define GS_COMPATIBILITY_SUPPORT_2_0 1

#if !defined(GS_COMPATIBILITY_SUPPORT_2_1) && \

(GS_CLIENT_VERSION_MAJOR > 2 || \

(GS_CLIENT_VERSION_MAJOR == 2 && GS_CLIENT_VERSION_MINOR >= 1))

#define GS_COMPATIBILITY_SUPPORT_2_1 1

#endif

typedef char GSChar;

typedef char GSBool;

#define GS_TRUE 1

#define GS_FALSE 0

typedef int32_t GSEnum;

typedef int64_t GSTimestamp;

typedef struct GSGridStoreFactoryTag GSGridStoreFactory;

typedef struct GSGridStoreTag GSGridStore;

typedef struct GSContainerTag GSContainer;

typedef struct GSQueryTag GSQuery;

typedef struct GSRowSetTag GSRowSet;

typedef struct GSAggregationResultTag GSAggregationResult;

typedef GSContainer GSCollection;

typedef GSContainer GSTimeSeries;

#if GS_COMPATIBILITY_SUPPORT_1_5

typedef struct GSRowTag GSRow;

typedef struct GSRowKeyPredicateTag GSRowKeyPredicate;

typedef struct GSPartitionControllerTag GSPartitionController;

#endif

typedef int32_t GSResult;

#define GS_RESULT_OK 0

#define GS_SUCCEEDED(result) ((result) == GS_RESULT_OK)

typedef struct GSBlobTag {

} GSBlob;

typedef struct GSPropertyEntryTag {

} GSPropertyEntry;

enum GSFetchOptionTag {

};

#if GS_INTERNAL_DEFINITION_VISIBLE

#if GS_COMPATIBILITY_DEPRECATE_FETCH_OPTION_SIZE

#if GS_DEPRECATED_FUNC_ENABLED

static const enum GSFetchOptionTag GS_DEPRECATED_VAR(GS_FETCH_SIZE) =

(enum GSFetchOptionTag) (GS_FETCH_LIMIT + 1);

typedef GSEnum GSFetchOption;

enum GSQueryOrderTag {

};

typedef GSEnum GSQueryOrder;

enum GSIndexTypeFlagTag {

};

typedef int32_t GSIndexTypeFlags;

enum GSAggregationTag {

};

typedef GSEnum GSAggregation;

enum GSInterpolationModeTag {

};

typedef GSEnum GSInterpolationMode;

enum GSTimeOperatorTag {

};

typedef GSEnum GSTimeOperator;

enum GSGeometryOperatorTag {

};

typedef GSEnum GSGeometryOperator;

enum GSCompressionMethodTag {

};

typedef GSEnum GSCompressionMethod;

enum GSTimeUnitTag {

};

typedef GSEnum GSTimeUnit;

enum GSContainerTypeTag {

};

typedef GSEnum GSContainerType;

enum GSTypeTag {

};

typedef GSEnum GSType;

enum GSRowSetTypeTag {

};

typedef GSEnum GSRowSetType;

typedef struct GSColumnCompressionTag {

} GSColumnCompression;

#if GS_COMPATIBILITY_TIME_SETIES_PROPERTIES_0_0_10

#define GS_COLUMN_COMPRESSION_INITIALIZER \

{ NULL, GS_COMPRESSION_NONE, 0, GS_FALSE }

#define GS_COLUMN_COMPRESSION_INITIALIZER \

{ NULL, GS_FALSE, 0, 0, 0 }

typedef struct GSCollectionPropertiesTag {

} GSCollectionProperties;

#define GS_COLLECTION_PROPERTIES_INITIALIZER \

{ 0 }

typedef struct GSTimeSeriesPropertiesTag {

} GSTimeSeriesProperties;

#if GS_COMPATIBILITY_SUPPORT_2_0

#define GS_TIME_SERIES_PROPERTIES_INITIALIZER \

{ -1, GS_TIME_UNIT_DAY, -1, GS_TIME_UNIT_DAY, \

GS_COMPRESSION_NO, 0, NULL, -1 }

#elif !GS_COMPATIBILITY_TIME_SETIES_PROPERTIES_0_0_10

#define GS_TIME_SERIES_PROPERTIES_INITIALIZER \

{ -1, GS_TIME_UNIT_DAY, -1, GS_TIME_UNIT_DAY, \

GS_COMPRESSION_NO, 0, NULL }

#define GS_TIME_SERIES_PROPERTIES_INITIALIZER \

{ -1, GS_TIME_UNIT_DAY, -1, GS_TIME_UNIT_DAY, 0, NULL }

typedef struct GSColumnInfoTag {

} GSColumnInfo;

#if GS_COMPATIBILITY_SUPPORT_1_5

#define GS_COLUMN_INFO_INITIALIZER \

{ NULL, GS_TYPE_STRING, GS_INDEX_FLAG_DEFAULT }

#define GS_COLUMN_INFO_INITIALIZER \

{ NULL, GS_TYPE_STRING }

#endif

#if GS_COMPATIBILITY_SUPPORT_1_5

enum GSTriggerTypeTag {

};

typedef GSEnum GSTriggerType;

enum GSTriggerEventTypeFlagTag {

};

typedef int32_t GSTriggerEventTypeFlags;

typedef struct GSTriggerInfoTag {

} GSTriggerInfo;

#define GS_TRIGGER_INFO_INITIALIZER \

#endif

typedef struct GSContainerInfoTag {

} GSContainerInfo;

#if GS_COMPATIBILITY_SUPPORT_2_1

#define GS_CONTAINER_INFO_INITIALIZER \

{ NULL, GS_CONTAINER_COLLECTION, 0, NULL, GS_FALSE, \

GS_FALSE, NULL, 0, NULL, NULL }

#elif GS_COMPATIBILITY_SUPPORT_1_5

#define GS_CONTAINER_INFO_INITIALIZER \

{ NULL, GS_CONTAINER_COLLECTION, 0, NULL, GS_FALSE, \

GS_FALSE, NULL, 0, NULL }

#define GS_CONTAINER_INFO_INITIALIZER \

{ NULL, GS_CONTAINER_COLLECTION, 0, NULL, GS_FALSE }

#endif

#if GS_INTERNAL_DEFINITION_VISIBLE

enum GSTypeOptionTag {

GS_TYPE_OPTION_KEY = 1 << 0

};

#if GS_INTERNAL_DEFINITION_VISIBLE

typedef int32_t GSTypeOption;

#if GS_INTERNAL_DEFINITION_VISIBLE

typedef struct GSBindingEntryTag {

} GSBindingEntry;

typedef struct GSBindingTag {

} GSBinding;

typedef struct GSQueryAnalysisEntryTag {

} GSQueryAnalysisEntry;

#define GS_QUERY_ANALYSIS_ENTRY_INITIALIZER \

{ 0, 0, NULL, NULL, NULL, NULL }

#if GS_COMPATIBILITY_SUPPORT_1_5

typedef struct GSContainerRowEntryTag {

} GSContainerRowEntry;

#define GS_CONTAINER_ROW_ENTRY_INITIALIZER \

{ NULL, NULL, NULL }

typedef struct GSRowKeyPredicateEntryTag {

} GSRowKeyPredicateEntry;

#define GS_ROW_KEY_PREDICATE_ENTRY_INITIALIZER \

{ NULL, NULL }

typedef union GSValueTag {

const GSChar *asString;

GSBool asBool;

int8_t asByte;

int16_t asShort;

int32_t asInteger;

int64_t asLong;

float asFloat;

double asDouble;

GSTimestamp asTimestamp;

const GSChar *asGeometry;

GSBlob asBlob;

#if GS_COMPATIBILITY_VALUE_1_1_106

struct {

size_t size;

const GSChar *const *elements;

} asStringArray;

struct {

size_t size;

const GSBool *elements;

} asBoolArray;

struct {

size_t size;

const int8_t *elements;

} asByteArray;

struct {

size_t size;

const int16_t *elements;

} asShortArray;

struct {

size_t size;

const int32_t *elements;

} asIntegerArray;

struct {

size_t size;

const int64_t *elements;

} asLongArray;

struct {

size_t size;

const float *elements;

} asFloatArray;

struct {

size_t size;

const double *elements;

} asDoubleArray;

struct {

size_t size;

const GSTimestamp *elements;

} asTimestampArray;

struct {

size_t length;

union {

const void *data;

const GSChar *const *asString;

const GSBool *asBool;

const int8_t *asByte;

const int16_t *asShort;

const int32_t *asInteger;

const int64_t *asLong;

const float *asFloat;

const double *asDouble;

const GSTimestamp *asTimestamp;

}

elements;

}

asArray;