305 rivejä
12 KiB
C
305 rivejä
12 KiB
C
#ifndef cmSerialize_h
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#define cmSerialize_h
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#ifdef __cplusplus
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extern "C" {
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#endif
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//( { file_desc:" An API for serializing data structures into byte streams and then deserializing them back into data structures." kw:[base]}
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// Result codes
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enum
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{
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kOkSrRC,
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kLHeapFailSrRC,
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kParamErrSrRC,
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kFormatViolationSrRC,
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};
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// type id
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enum
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{
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kArraySrFl = 0x80000000,
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kInvalidSrId = 0, // 0
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kCharSrId, // 1
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kUCharSrId, // 2
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kShortSrId, // 3
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kUShortSrId, // 4
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kIntSrId, // 5
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kUIntSrId, // 6
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kLongSrId, // 7
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kULongSrId, // 8
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kFloatSrId, // 9
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kDoubleSrId, // 10
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kBoolSrId, // 11
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kStructSrId, // 12 (all structTypeId's are >= kStructSrId)
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kCharVSrId = kCharSrId + kArraySrFl,
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kUCharVSrId = kUCharSrId + kArraySrFl,
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kShortVSrId = kShortSrId + kArraySrFl,
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kUShortVSrId = kUShortSrId + kArraySrFl,
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kIntVSrId = kIntSrId + kArraySrFl,
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kUIntVSrId = kUIntSrId + kArraySrFl,
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kLongVSrId = kLongSrId + kArraySrFl,
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kULongVSrId = kULongSrId + kArraySrFl,
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kFloatVSrId = kFloatSrId + kArraySrFl,
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kDoubleVSrId = kDoubleSrId + kArraySrFl,
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};
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typedef cmHandle_t cmSrH_t;
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typedef unsigned cmSrRC_t;
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extern cmSrH_t cmSrNullHandle;
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cmSrRC_t cmSrAlloc( cmSrH_t* hp, cmCtx_t* ctx );
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cmSrRC_t cmSrFree( cmSrH_t* hp );
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bool cmSrIsValid( cmSrH_t h );
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cmSrRC_t cmSrLastErrorCode( cmSrH_t h );
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cmSrRC_t cmSrGetAndClearLastErrorCode( cmSrH_t h );
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//
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// Serializer Format Interface
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//
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cmSrRC_t cmSrFmtReset( cmSrH_t h );
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cmSrRC_t cmSrFmtDefineStruct( cmSrH_t h, unsigned structTypeId );
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cmSrRC_t cmSrFmtStruct( cmSrH_t h, unsigned structTypeId );
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cmSrRC_t cmSrFmtChar( cmSrH_t h );
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cmSrRC_t cmSrFmtUChar( cmSrH_t h );
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cmSrRC_t cmSrFmtShort( cmSrH_t h );
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cmSrRC_t cmSrFmtUShort( cmSrH_t h );
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cmSrRC_t cmSrFmtLong( cmSrH_t h );
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cmSrRC_t cmSrFmtULong( cmSrH_t h );
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cmSrRC_t cmSrFmtInt( cmSrH_t h );
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cmSrRC_t cmSrFmtUInt( cmSrH_t h );
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cmSrRC_t cmSrFmtFloat( cmSrH_t h );
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cmSrRC_t cmSrFmtDouble( cmSrH_t h );
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cmSrRC_t cmSrFmtBool( cmSrH_t h );
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cmSrRC_t cmSrFmtStructV( cmSrH_t h, unsigned structTypeId );
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cmSrRC_t cmSrFmtCharV( cmSrH_t h );
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cmSrRC_t cmSrFmtUCharV( cmSrH_t h );
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cmSrRC_t cmSrFmtShortV( cmSrH_t h );
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cmSrRC_t cmSrFmtUShortV( cmSrH_t h );
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cmSrRC_t cmSrFmtLongV( cmSrH_t h );
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cmSrRC_t cmSrFmtULongV( cmSrH_t h );
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cmSrRC_t cmSrFmtIntV( cmSrH_t h );
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cmSrRC_t cmSrFmtUIntV( cmSrH_t h );
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cmSrRC_t cmSrFmtFloatV( cmSrH_t h );
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cmSrRC_t cmSrFmtDoubleV( cmSrH_t h );
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cmSrRC_t cmSrFmtBool( cmSrH_t h );
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// Combine a call to cmSrFmtDefineStruct() followed by multiple calls
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// to cmSrFmtXXX().
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// Notes:
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// 1. The arg. list must be terminated with a kInvalidSrId.
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// 2. Define primitive types using the appropriate id (kXXXSrId or kXXXVSrId)
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// 3. To define a structure field use the user defined structure type id.
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// 4. To define a structure array field use include the kArraySrFl flag as part of the id. (e.g. kMyStructId | kArraySrFl)
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cmSrRC_t cmSrDefFmt( cmSrH_t h, unsigned structTypeId, ... );
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cmSrRC_t cmSrFmtPrint( cmSrH_t h );
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//
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// Serializer Input (Write) Interface
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//
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cmSrRC_t cmSrWrReset( cmSrH_t h );
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cmSrRC_t cmSrWrStructBegin( cmSrH_t h, unsigned structTypeId );
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cmSrRC_t cmSrWrStructEnd( cmSrH_t h );
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cmSrRC_t cmSrWrStruct( cmSrH_t h, unsigned structTypeId, unsigned eleCnt );
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cmSrRC_t cmSrWrChar( cmSrH_t h, char val );
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cmSrRC_t cmSrWrUChar( cmSrH_t h, unsigned char val );
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cmSrRC_t cmSrWrShort( cmSrH_t h, short val );
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cmSrRC_t cmSrWrUShort( cmSrH_t h, unsigned short val );
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cmSrRC_t cmSrWrLong( cmSrH_t h, long val );
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cmSrRC_t cmSrWrULong( cmSrH_t h, unsigned long val );
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cmSrRC_t cmSrWrInt( cmSrH_t h, int val );
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cmSrRC_t cmSrWrUInt( cmSrH_t h, unsigned val );
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cmSrRC_t cmSrWrFloat( cmSrH_t h, float val );
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cmSrRC_t cmSrWrDouble( cmSrH_t h, double val );
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cmSrRC_t cmSrWrBool( cmSrH_t h, bool val );
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cmSrRC_t cmSrWrStr( cmSrH_t h, const cmChar_t* val );
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cmSrRC_t cmSrWrCharV( cmSrH_t h, const char* val, unsigned eleCnt );
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cmSrRC_t cmSrWrUCharV( cmSrH_t h, const unsigned char* val, unsigned eleCnt );
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cmSrRC_t cmSrWrShortV( cmSrH_t h, const short* val, unsigned eleCnt );
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cmSrRC_t cmSrWrUShortV( cmSrH_t h, const unsigned short* val, unsigned eleCnt );
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cmSrRC_t cmSrWrLongV( cmSrH_t h, const long* val, unsigned eleCnt );
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cmSrRC_t cmSrWrULongV( cmSrH_t h, const unsigned long* val, unsigned eleCnt );
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cmSrRC_t cmSrWrIntV( cmSrH_t h, const int* val, unsigned eleCnt );
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cmSrRC_t cmSrWrUIntV( cmSrH_t h, const unsigned* val, unsigned eleCnt );
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cmSrRC_t cmSrWrFloatV( cmSrH_t h, const float* val, unsigned eleCnt );
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cmSrRC_t cmSrWrDoubleV( cmSrH_t h, const double* val, unsigned eleCnt );
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cmSrRC_t cmSrWrBoolV( cmSrH_t h, const bool* val, unsigned eleCnt );
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void* cmSrWrAllocBuf( cmSrH_t h, unsigned* bufByteCntPtr );
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void* cmSrWrGetBuf( cmSrH_t h, unsigned* bufByteCntPtr );
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//
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// Serializer Output (Read) Interface
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//
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// cmSrRdProcessBuffer() validates the buffer and swaps its endianess if necessary.
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// This function must be called prior to cmSrRdSetup() however it should only be called
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// once on a given buffer. Multiple calls to cmSrRdSetup() however may be made on
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// the same buffer following the call to this function.
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cmSrRC_t cmSrRdProcessBuffer( cmSrH_t h, void* buf, unsigned bufByteCnt );
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// Prepare a buffer for reading.
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cmSrRC_t cmSrRdSetup( cmSrH_t h, const void* buf, unsigned bufByteCnt );
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cmSrRC_t cmSrRdStructBegin( cmSrH_t h, unsigned structId );
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cmSrRC_t cmSrRdStructEnd( cmSrH_t h );
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cmSrRC_t cmSrReadStruct( cmSrH_t h, unsigned structTypeId, unsigned* arrayCnt );
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cmSrRC_t cmSrReadChar( cmSrH_t h, char* valPtr );
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cmSrRC_t cmSrReadUChar( cmSrH_t h, unsigned char* valPtr );
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cmSrRC_t cmSrReadShort( cmSrH_t h, short* valPtr );
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cmSrRC_t cmSrReadUShort( cmSrH_t h, unsigned short* valPtr );
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cmSrRC_t cmSrReadLong( cmSrH_t h, long* valPtr);
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cmSrRC_t cmSrReadULong( cmSrH_t h, unsigned long* valPtr );
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cmSrRC_t cmSrReadInt( cmSrH_t h, int* valPtr);
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cmSrRC_t cmSrReadUInt( cmSrH_t h, unsigned* valPtr );
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cmSrRC_t cmSrReadFloat( cmSrH_t h, float* valPtr );
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cmSrRC_t cmSrReadDouble( cmSrH_t h, double* valPtr );
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cmSrRC_t cmSrReadBool( cmSrH_t h, bool* boolPtr );
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cmSrRC_t cmSrReadCharV( cmSrH_t h, char** valPtr, unsigned* eleCntPtr );
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cmSrRC_t cmSrReadUCharV( cmSrH_t h, unsigned char** valPtr, unsigned* eleCntPtr );
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cmSrRC_t cmSrReadShortV( cmSrH_t h, short** valPtr, unsigned* eleCntPtr );
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cmSrRC_t cmSrReadUShortV( cmSrH_t h, unsigned short** valPtr, unsigned* eleCntPtr );
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cmSrRC_t cmSrReadLongV( cmSrH_t h, long** valPtr, unsigned* eleCntPtr);
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cmSrRC_t cmSrReadULongV( cmSrH_t h, unsigned long** valPtr, unsigned* eleCntPtr );
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cmSrRC_t cmSrReadIntV( cmSrH_t h, int** valPtr, unsigned* eleCntPtr);
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cmSrRC_t cmSrReadUIntV( cmSrH_t h, unsigned** valPtr, unsigned* eleCntPtr );
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cmSrRC_t cmSrReadFloatV( cmSrH_t h, float** valPtr, unsigned* eleCntPtr );
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cmSrRC_t cmSrReadDoubleV( cmSrH_t h, double** valPtr, unsigned* eleCntPtr );
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cmSrRC_t cmSrReadBoolV( cmSrH_t h, bool** valPtr, unsigned* eleCntPtr );
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cmSrRC_t cmSrReadCharCV( cmSrH_t h, const char** valPtr, unsigned* eleCntPtr );
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cmSrRC_t cmSrReadUCharCV( cmSrH_t h, const unsigned char** valPtr, unsigned* eleCntPtr );
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cmSrRC_t cmSrReadShortCV( cmSrH_t h, const short** valPtr, unsigned* eleCntPtr );
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cmSrRC_t cmSrReadUShortCV( cmSrH_t h, const unsigned short** valPtr, unsigned* eleCntPtr );
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cmSrRC_t cmSrReadLongCV( cmSrH_t h, const long** valPtr, unsigned* eleCntPtr);
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cmSrRC_t cmSrReadULongCV( cmSrH_t h, const unsigned long** valPtr, unsigned* eleCntPtr );
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cmSrRC_t cmSrReadIntCV( cmSrH_t h, const int** valPtr, unsigned* eleCntPtr);
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cmSrRC_t cmSrReadUIntCV( cmSrH_t h, const unsigned** valPtr, unsigned* eleCntPtr );
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cmSrRC_t cmSrReadFloatCV( cmSrH_t h, const float** valPtr, unsigned* eleCntPtr );
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cmSrRC_t cmSrReadDoubleCV( cmSrH_t h, const double** valPtr, unsigned* eleCntPtr );
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cmSrRC_t cmSrReadBoolCV( cmSrH_t h, const bool** valPtr, unsigned* eleCntPtr );
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//
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// Abbreviated read functions.
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//
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// (Use cmSrLastErrorCode() to check for errors.)
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//
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// Same as cmSrReadFieldStruct but returns array element count or cmInvalidCnt on error.
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unsigned cmSrRdStruct( cmSrH_t h, unsigned structTypeId );
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char cmSrRdChar( cmSrH_t h );
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unsigned char cmSrRdUChar( cmSrH_t h );
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short cmSrRdShort( cmSrH_t h );
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unsigned short cmSrRdUShort( cmSrH_t h );
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long cmSrRdLong( cmSrH_t h );
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unsigned long cmSrRdULong( cmSrH_t h );
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int cmSrRdInt( cmSrH_t h );
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unsigned int cmSrRdUInt( cmSrH_t h );
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float cmSrRdFloat( cmSrH_t h );
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double cmSrRdDouble( cmSrH_t h );
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bool cmSrRdBool( cmSrH_t h );
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char* cmSrRdCharV( cmSrH_t h, unsigned* eleCntPtr);
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unsigned char* cmSrRdUCharV( cmSrH_t h, unsigned* eleCntPtr);
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short* cmSrRdShortV( cmSrH_t h, unsigned* eleCntPtr);
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unsigned short* cmSrRdUShortV( cmSrH_t h, unsigned* eleCntPtr);
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long* cmSrRdLongV( cmSrH_t h, unsigned* eleCntPtr);
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unsigned long* cmSrRdULongV( cmSrH_t h, unsigned* eleCntPtr);
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int* cmSrRdIntV( cmSrH_t h, unsigned* eleCntPtr);
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unsigned int* cmSrRdUIntV( cmSrH_t h, unsigned* eleCntPtr);
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float* cmSrRdFloatV( cmSrH_t h, unsigned* eleCntPtr);
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double* cmSrRdDoubleV( cmSrH_t h, unsigned* eleCntPtr);
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bool* cmSrRdBoolV( cmSrH_t h, unsigned* aleCntPtr);
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const char* cmSrRdCharCV( cmSrH_t h, unsigned* eleCntPtr);
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const unsigned char* cmSrRdUCharCV( cmSrH_t h, unsigned* eleCntPtr);
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const short* cmSrRdShortCV( cmSrH_t h, unsigned* eleCntPtr);
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const unsigned short* cmSrRdUShortCV( cmSrH_t h, unsigned* eleCntPtr);
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const long* cmSrRdLongCV( cmSrH_t h, unsigned* eleCntPtr);
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const unsigned long* cmSrRdULongCV( cmSrH_t h, unsigned* eleCntPtr);
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const int* cmSrRdIntCV( cmSrH_t h, unsigned* eleCntPtr);
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const unsigned int* cmSrRdUIntCV( cmSrH_t h, unsigned* eleCntPtr);
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const float* cmSrRdFloatCV( cmSrH_t h, unsigned* eleCntPtr);
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const double* cmSrRdDoubleCV( cmSrH_t h, unsigned* eleCntPtr);
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const bool* cmSrRdBoolCV( cmSrH_t h, unsigned* aleCntPtr);
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#if CM_FLOAT_SMP == 1
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#define kSampleSrId kFloatSrId
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#define kSampleVSrId kFloatSrId + kArraySrFl
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#define cmSrFmtSmp cmSrFmtFloat
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#define cmSrFmtSmpV cmSrFmtFloatV
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#define cmSrWrSmp cmSrWrFloat
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#define cmSrWrSmpV cmSrWrFloatV
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#define cmSrReadSmp cmSrReadFloat
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#define cmSrReadSmpV cmSrReadFloatV
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#define cmSrRdSmp cmSrRdFloat
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#define cmSrRdSmpV cmSrRdFloatV
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#else
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#define kSampleSrId kDoubleSrId
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#define kSampleVSrId kDoubleSrId + kArraySrFl
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#define cmSrFmtSmp cmSrFmtDouble
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#define cmSrFmtSmpV cmSrFmtDoubleV
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#define cmSrWrSmp cmSrWrDouble
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#define cmSrWrSmpV cmSrWrDoubleV
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#define cmSrReadSmp cmSrReadDouble
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#define cmSrReadSmpV cmSrReadDoubleV
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#define cmSrRdSmp cmSrRdDouble
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#define cmSrRdSmpV cmSrRdDoubleV
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#endif
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#if CM_FLOAT_REAL == 1
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#define kRealSrId kFloatSrId
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#define kRealVSrId kFloatSrId + kArraySrFl
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#define cmSrFmtReal cmSrFmtFloat
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#define cmSrFmtRealV cmSrFmtFloatV
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#define cmSrWrReal cmSrWrFloat
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#define cmSrWrRealV cmSrWrFloatV
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#define cmSrReadReal cmSrReadFloat
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#define cmSrReadRealV cmSrReadFloatV
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#define cmSrRdReal cmSrRdFloat
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#define cmSrRdRealV cmSrRdFloatV
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#else
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#define kRealSrId kDoubleSrId
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#define kRealVSrId kDoubleSrId + kArraySrFl
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#define cmSrFmtReal cmSrFmtDouble
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#define cmSrFmtRealV cmSrFmtDoubleV
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#define cmSrWrReal cmSrWrDouble
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#define cmSrWrRealV cmSrWrDoubleV
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#define cmSrReadReal cmSrReadDouble
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#define cmSrReadRealV cmSrReadDoubleV
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#define cmSrRdReal cmSrRdDouble
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#define cmSrRdRealV cmSrRdDoubleV
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#endif
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cmSrRC_t cmSrTest( cmCtx_t* ctx );
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//)
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#ifdef __cplusplus
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}
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#endif
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#endif
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