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/*++
Copyright (c) 1998 Microsoft Corporation
Module Name:
growbuf.h
Abstract:
Implements the GROWBUFFER data type, a dynamically allocated buffer that grows (and potentially changes addresses). GROWBUFFERs are typically used to maintain dynamic sized arrays, or multi-sz lists.
Author:
Jim Schmidt (jimschm) 25-Feb-1997
Revision History:
<alias> <date> <comments>
--*/
typedef struct TAG_GROWBUFFER { PBYTE Buf; DWORD Size; DWORD End; DWORD GrowSize; DWORD UserIndex; // Unused by Growbuf. For caller use.
} GROWBUFFER;
#define INIT_GROWBUFFER {NULL,0,0,0,0}
PBYTE RealGbGrow ( IN OUT PGROWBUFFER GrowBuf, IN DWORD SpaceNeeded );
#define GbGrow(buf,size) TRACK_BEGIN(PBYTE, GbGrow)\
RealGbGrow(buf,size)\ TRACK_END()
VOID GbFree ( IN PGROWBUFFER GrowBuf );
BOOL RealGbMultiSzAppendA ( PGROWBUFFER GrowBuf, PCSTR String );
#define GbMultiSzAppendA(buf,str) TRACK_BEGIN(BOOL, GbMultiSzAppendA)\
RealGbMultiSzAppendA(buf,str)\ TRACK_END()
BOOL RealGbMultiSzAppendW ( PGROWBUFFER GrowBuf, PCWSTR String );
#define GbMultiSzAppendW(buf,str) TRACK_BEGIN(BOOL, GbMultiSzAppendW)\
RealGbMultiSzAppendW(buf,str)\ TRACK_END()
BOOL RealGbMultiSzAppendValA ( PGROWBUFFER GrowBuf, PCSTR Key, DWORD Val );
#define GbMultiSzAppendValA(buf,k,v) TRACK_BEGIN(BOOL, GbMultiSzAppendValA)\
RealGbMultiSzAppendValA(buf,k,v)\ TRACK_END()
BOOL RealGbMultiSzAppendValW ( PGROWBUFFER GrowBuf, PCWSTR Key, DWORD Val );
#define GbMultiSzAppendValW(buf,k,v) TRACK_BEGIN(BOOL, GbMultiSzAppendValW)\
RealGbMultiSzAppendValW(buf,k,v)\ TRACK_END()
BOOL RealGbMultiSzAppendStringA ( PGROWBUFFER GrowBuf, PCSTR Key, PCSTR Val );
#define GbMultiSzAppendStringA(buf,k,v) TRACK_BEGIN(BOOL, GbMultiSzAppendStringA)\
RealGbMultiSzAppendStringA(buf,k,v)\ TRACK_END()
BOOL RealGbMultiSzAppendStringW ( PGROWBUFFER GrowBuf, PCWSTR Key, PCWSTR Val );
#define GbMultiSzAppendStringW(buf,k,v) TRACK_BEGIN(BOOL, GbMultiSzAppendStringW)\
RealGbMultiSzAppendStringW(buf,k,v)\ TRACK_END()
BOOL RealGbAppendDword ( PGROWBUFFER GrowBuf, DWORD d );
#define GbAppendDword(buf,d) TRACK_BEGIN(BOOL, GbAppendDword)\
RealGbAppendDword(buf,d)\ TRACK_END()
BOOL RealGbAppendPvoid ( PGROWBUFFER GrowBuf, PCVOID p );
#define GbAppendPvoid(buf,p) TRACK_BEGIN(BOOL, GbAppendPvoid)\
RealGbAppendPvoid(buf,p)\ TRACK_END()
BOOL RealGbAppendStringA ( PGROWBUFFER GrowBuf, PCSTR String );
#define GbAppendStringA(buf,str) TRACK_BEGIN(BOOL, GbAppendStringA)\
RealGbAppendStringA(buf,str)\ TRACK_END()
BOOL RealGbAppendStringW ( PGROWBUFFER GrowBuf, PCWSTR String );
#define GbAppendStringW(buf,str) TRACK_BEGIN(BOOL, GbAppendStringW)\
RealGbAppendStringW(buf,str)\ TRACK_END()
BOOL RealGbAppendStringABA ( PGROWBUFFER GrowBuf, PCSTR Start, PCSTR EndPlusOne );
#define GbAppendStringABA(buf,a,b) TRACK_BEGIN(BOOL, GbAppendStringABA)\
RealGbAppendStringABA(buf,a,b)\ TRACK_END()
BOOL RealGbAppendStringABW ( PGROWBUFFER GrowBuf, PCWSTR Start, PCWSTR EndPlusOne );
#define GbAppendStringABW(buf,a,b) TRACK_BEGIN(BOOL, GbAppendStringABW)\
RealGbAppendStringABW(buf,a,b)\ TRACK_END()
BOOL RealGbCopyStringA ( PGROWBUFFER GrowBuf, PCSTR String );
#define GbCopyStringA(buf,str) TRACK_BEGIN(BOOL, GbCopyStringA)\
RealGbCopyStringA(buf,str)\ TRACK_END()
BOOL RealGbCopyStringW ( PGROWBUFFER GrowBuf, PCWSTR String );
#define GbCopyStringW(buf,str) TRACK_BEGIN(BOOL, GbCopyStringW)\
RealGbCopyStringW(buf,str)\ TRACK_END()
#ifdef UNICODE
#define GbMultiSzAppend GbMultiSzAppendW
#define GbMultiSzAppendVal GbMultiSzAppendValW
#define GbMultiSzAppendString GbMultiSzAppendStringW
#define GbAppendString GbAppendStringW
#define GbAppendStringAB GbAppendStringABW
#define GbCopyString GbCopyStringW
#else
#define GbMultiSzAppend GbMultiSzAppendA
#define GbMultiSzAppendVal GbMultiSzAppendValA
#define GbMultiSzAppendString GbMultiSzAppendStringA
#define GbAppendString GbAppendStringA
#define GbAppendStringAB GbAppendStringABA
#define GbCopyString GbCopyStringA
#endif
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