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Make byteptr.h macros C++-compatible
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Eidolon
parent
336b430f79
commit
a4f856b0c8
1 changed files with 36 additions and 36 deletions
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@ -29,48 +29,48 @@ extern "C" {
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// Little-endian machines
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//
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#ifdef DEALIGNED
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#define WRITEUINT8(p,b) do { UINT8 *p_tmp = (void *)p; const UINT8 tv = ( UINT8)(b); memcpy(p, &tv, sizeof( UINT8)); p_tmp++; p = (void *)p_tmp; } while (0)
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#define WRITESINT8(p,b) do { SINT8 *p_tmp = (void *)p; const SINT8 tv = ( UINT8)(b); memcpy(p, &tv, sizeof( UINT8)); p_tmp++; p = (void *)p_tmp; } while (0)
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#define WRITEINT16(p,b) do { INT16 *p_tmp = (void *)p; const INT16 tv = ( INT16)(b); memcpy(p, &tv, sizeof( INT16)); p_tmp++; p = (void *)p_tmp; } while (0)
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#define WRITEUINT16(p,b) do { UINT16 *p_tmp = (void *)p; const UINT16 tv = ( UINT16)(b); memcpy(p, &tv, sizeof( UINT16)); p_tmp++; p = (void *)p_tmp; } while (0)
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#define WRITEINT32(p,b) do { INT32 *p_tmp = (void *)p; const INT32 tv = ( INT32)(b); memcpy(p, &tv, sizeof( INT32)); p_tmp++; p = (void *)p_tmp; } while (0)
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#define WRITEUINT32(p,b) do { UINT32 *p_tmp = (void *)p; const UINT32 tv = ( UINT32)(b); memcpy(p, &tv, sizeof( UINT32)); p_tmp++; p = (void *)p_tmp; } while (0)
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#define WRITECHAR(p,b) do { char *p_tmp = (void *)p; const char tv = ( char)(b); memcpy(p, &tv, sizeof( char)); p_tmp++; p = (void *)p_tmp; } while (0)
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#define WRITEFIXED(p,b) do { fixed_t *p_tmp = (void *)p; const fixed_t tv = (fixed_t)(b); memcpy(p, &tv, sizeof(fixed_t)); p_tmp++; p = (void *)p_tmp; } while (0)
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#define WRITEANGLE(p,b) do { angle_t *p_tmp = (void *)p; const angle_t tv = (angle_t)(b); memcpy(p, &tv, sizeof(angle_t)); p_tmp++; p = (void *)p_tmp; } while (0)
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#define WRITEUINT8(p,b) do { UINT8 *p_tmp = (void *)p; const UINT8 tv = ( UINT8)(b); memcpy(p, &tv, sizeof( UINT8)); p_tmp++; *(void**)(&(p)) = (void *)p_tmp; } while (0)
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#define WRITESINT8(p,b) do { SINT8 *p_tmp = (void *)p; const SINT8 tv = ( UINT8)(b); memcpy(p, &tv, sizeof( UINT8)); p_tmp++; *(void**)(&(p)) = (void *)p_tmp; } while (0)
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#define WRITEINT16(p,b) do { INT16 *p_tmp = (void *)p; const INT16 tv = ( INT16)(b); memcpy(p, &tv, sizeof( INT16)); p_tmp++; *(void**)(&(p)) = (void *)p_tmp; } while (0)
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#define WRITEUINT16(p,b) do { UINT16 *p_tmp = (void *)p; const UINT16 tv = ( UINT16)(b); memcpy(p, &tv, sizeof( UINT16)); p_tmp++; *(void**)(&(p)) = (void *)p_tmp; } while (0)
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#define WRITEINT32(p,b) do { INT32 *p_tmp = (void *)p; const INT32 tv = ( INT32)(b); memcpy(p, &tv, sizeof( INT32)); p_tmp++; *(void**)(&(p)) = (void *)p_tmp; } while (0)
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#define WRITEUINT32(p,b) do { UINT32 *p_tmp = (void *)p; const UINT32 tv = ( UINT32)(b); memcpy(p, &tv, sizeof( UINT32)); p_tmp++; *(void**)(&(p)) = (void *)p_tmp; } while (0)
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#define WRITECHAR(p,b) do { char *p_tmp = (void *)p; const char tv = ( char)(b); memcpy(p, &tv, sizeof( char)); p_tmp++; *(void**)(&(p)) = (void *)p_tmp; } while (0)
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#define WRITEFIXED(p,b) do { fixed_t *p_tmp = (void *)p; const fixed_t tv = (fixed_t)(b); memcpy(p, &tv, sizeof(fixed_t)); p_tmp++; *(void**)(&(p)) = (void *)p_tmp; } while (0)
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#define WRITEANGLE(p,b) do { angle_t *p_tmp = (void *)p; const angle_t tv = (angle_t)(b); memcpy(p, &tv, sizeof(angle_t)); p_tmp++; *(void**)(&(p)) = (void *)p_tmp; } while (0)
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#else
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#define WRITEUINT8(p,b) do { UINT8 *p_tmp = ( UINT8 *)p; *p_tmp = ( UINT8)(b); p_tmp++; p = (void *)p_tmp; } while (0)
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#define WRITESINT8(p,b) do { SINT8 *p_tmp = ( SINT8 *)p; *p_tmp = ( SINT8)(b); p_tmp++; p = (void *)p_tmp; } while (0)
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#define WRITEINT16(p,b) do { INT16 *p_tmp = ( INT16 *)p; *p_tmp = ( INT16)(b); p_tmp++; p = (void *)p_tmp; } while (0)
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#define WRITEUINT16(p,b) do { UINT16 *p_tmp = ( UINT16 *)p; *p_tmp = ( UINT16)(b); p_tmp++; p = (void *)p_tmp; } while (0)
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#define WRITEINT32(p,b) do { INT32 *p_tmp = ( INT32 *)p; *p_tmp = ( INT32)(b); p_tmp++; p = (void *)p_tmp; } while (0)
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#define WRITEUINT32(p,b) do { UINT32 *p_tmp = ( UINT32 *)p; *p_tmp = ( UINT32)(b); p_tmp++; p = (void *)p_tmp; } while (0)
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#define WRITECHAR(p,b) do { char *p_tmp = ( char *)p; *p_tmp = ( char)(b); p_tmp++; p = (void *)p_tmp; } while (0)
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#define WRITEFIXED(p,b) do { fixed_t *p_tmp = (fixed_t *)p; *p_tmp = (fixed_t)(b); p_tmp++; p = (void *)p_tmp; } while (0)
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#define WRITEANGLE(p,b) do { angle_t *p_tmp = (angle_t *)p; *p_tmp = (angle_t)(b); p_tmp++; p = (void *)p_tmp; } while (0)
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#define WRITEUINT8(p,b) do { UINT8 *p_tmp = ( UINT8 *)p; *p_tmp = ( UINT8)(b); p_tmp++; *(void**)(&(p)) = (void *)p_tmp; } while (0)
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#define WRITESINT8(p,b) do { SINT8 *p_tmp = ( SINT8 *)p; *p_tmp = ( SINT8)(b); p_tmp++; *(void**)(&(p)) = (void *)p_tmp; } while (0)
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#define WRITEINT16(p,b) do { INT16 *p_tmp = ( INT16 *)p; *p_tmp = ( INT16)(b); p_tmp++; *(void**)(&(p)) = (void *)p_tmp; } while (0)
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#define WRITEUINT16(p,b) do { UINT16 *p_tmp = ( UINT16 *)p; *p_tmp = ( UINT16)(b); p_tmp++; *(void**)(&(p)) = (void *)p_tmp; } while (0)
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#define WRITEINT32(p,b) do { INT32 *p_tmp = ( INT32 *)p; *p_tmp = ( INT32)(b); p_tmp++; *(void**)(&(p)) = (void *)p_tmp; } while (0)
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#define WRITEUINT32(p,b) do { UINT32 *p_tmp = ( UINT32 *)p; *p_tmp = ( UINT32)(b); p_tmp++; *(void**)(&(p)) = (void *)p_tmp; } while (0)
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#define WRITECHAR(p,b) do { char *p_tmp = ( char *)p; *p_tmp = ( char)(b); p_tmp++; *(void**)(&(p)) = (void *)p_tmp; } while (0)
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#define WRITEFIXED(p,b) do { fixed_t *p_tmp = (fixed_t *)p; *p_tmp = (fixed_t)(b); p_tmp++; *(void**)(&(p)) = (void *)p_tmp; } while (0)
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#define WRITEANGLE(p,b) do { angle_t *p_tmp = (angle_t *)p; *p_tmp = (angle_t)(b); p_tmp++; *(void**)(&(p)) = (void *)p_tmp; } while (0)
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#endif
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// what is this?
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#if defined (__GNUC__) && defined (DEALIGNED)
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#define READUINT8(p) ({ UINT8 *p_tmp = (void *)p; UINT8 b; memcpy(&b, p, sizeof( UINT8)); p_tmp++; p = (void *)p_tmp; b; })
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#define READSINT8(p) ({ SINT8 *p_tmp = (void *)p; SINT8 b; memcpy(&b, p, sizeof( SINT8)); p_tmp++; p = (void *)p_tmp; b; })
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#define READINT16(p) ({ INT16 *p_tmp = (void *)p; INT16 b; memcpy(&b, p, sizeof( INT16)); p_tmp++; p = (void *)p_tmp; b; })
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#define READUINT16(p) ({ UINT16 *p_tmp = (void *)p; UINT16 b; memcpy(&b, p, sizeof( UINT16)); p_tmp++; p = (void *)p_tmp; b; })
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#define READINT32(p) ({ INT32 *p_tmp = (void *)p; INT32 b; memcpy(&b, p, sizeof( INT32)); p_tmp++; p = (void *)p_tmp; b; })
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#define READUINT32(p) ({ UINT32 *p_tmp = (void *)p; UINT32 b; memcpy(&b, p, sizeof( UINT32)); p_tmp++; p = (void *)p_tmp; b; })
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#define READCHAR(p) ({ char *p_tmp = (void *)p; char b; memcpy(&b, p, sizeof( char)); p_tmp++; p = (void *)p_tmp; b; })
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#define READFIXED(p) ({ fixed_t *p_tmp = (void *)p; fixed_t b; memcpy(&b, p, sizeof(fixed_t)); p_tmp++; p = (void *)p_tmp; b; })
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#define READANGLE(p) ({ angle_t *p_tmp = (void *)p; angle_t b; memcpy(&b, p, sizeof(angle_t)); p_tmp++; p = (void *)p_tmp; b; })
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#define READUINT8(p) ({ UINT8 *p_tmp = (UINT8 *)p; UINT8 b; memcpy(&b, p, sizeof( UINT8)); p_tmp++; p = (void *)p_tmp; b; })
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#define READSINT8(p) ({ SINT8 *p_tmp = (SINT8 *)p; SINT8 b; memcpy(&b, p, sizeof( SINT8)); p_tmp++; p = (void *)p_tmp; b; })
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#define READINT16(p) ({ INT16 *p_tmp = (INT16 *)p; INT16 b; memcpy(&b, p, sizeof( INT16)); p_tmp++; p = (void *)p_tmp; b; })
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#define READUINT16(p) ({ UINT16 *p_tmp = (UINT16 *)p; UINT16 b; memcpy(&b, p, sizeof( UINT16)); p_tmp++; p = (void *)p_tmp; b; })
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#define READINT32(p) ({ INT32 *p_tmp = (INT32 *)p; INT32 b; memcpy(&b, p, sizeof( INT32)); p_tmp++; p = (void *)p_tmp; b; })
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#define READUINT32(p) ({ UINT32 *p_tmp = (UINT32 *)p; UINT32 b; memcpy(&b, p, sizeof( UINT32)); p_tmp++; p = (void *)p_tmp; b; })
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#define READCHAR(p) ({ char *p_tmp = (char *)p; char b; memcpy(&b, p, sizeof( char)); p_tmp++; p = (void *)p_tmp; b; })
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#define READFIXED(p) ({ fixed_t *p_tmp = (fixed_t *)p; fixed_t b; memcpy(&b, p, sizeof(fixed_t)); p_tmp++; p = (void *)p_tmp; b; })
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#define READANGLE(p) ({ angle_t *p_tmp = (angle_t *)p; angle_t b; memcpy(&b, p, sizeof(angle_t)); p_tmp++; p = (void *)p_tmp; b; })
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#else
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#define READUINT8(p) ((UINT8*)(p = (void*)&((UINT8*)p)[1]))[-1]
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#define READSINT8(p) ((SINT8*)(p = (void*)&((SINT8*)p)[1]))[-1]
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#define READINT16(p) ((INT16*)(p = (void*)&((INT16*)p)[1]))[-1]
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#define READUINT16(p) ((UINT16*)(p = (void*)&((UINT16*)p)[1]))[-1]
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#define READINT32(p) ((INT32*)(p = (void*)&((INT32*)p)[1]))[-1]
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#define READUINT32(p) ((UINT32*)(p = (void*)&((UINT32*)p)[1]))[-1]
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#define READCHAR(p) ((char*)(p = (void*)&((char*)p)[1]))[-1]
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#define READFIXED(p) ((fixed_t*)(p = (void*)&((fixed_t*)p)[1]))[-1]
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#define READANGLE(p) ((angle_t*)(p = (void*)&((angle_t*)p)[1]))[-1]
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#define READUINT8(p) ((UINT8*)(*(void**)(&(p)) = (void*)&((UINT8*)(p))[1]))[-1]
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#define READSINT8(p) ((SINT8*)(*(void**)(&(p)) = (void*)&((SINT8*)(p))[1]))[-1]
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#define READINT16(p) ((INT16*)(*(void**)(&(p)) = (void*)&((INT16*)(p))[1]))[-1]
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#define READUINT16(p) ((UINT16*)(*(void**)(&(p)) = (void*)&((UINT16*)(p))[1]))[-1]
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#define READINT32(p) ((INT32*)(*(void**)(&(p)) = (void*)&((INT32*)(p))[1]))[-1]
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#define READUINT32(p) ((UINT32*)(*(void**)(&(p)) = (void*)&((UINT32*)(p))[1]))[-1]
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#define READCHAR(p) ((char*)(*(void**)(&(p)) = (void*)&((char*)(p))[1]))[-1]
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#define READFIXED(p) ((fixed_t*)(*(void**)(&(p)) = (void*)&((fixed_t*)(p))[1]))[-1]
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#define READANGLE(p) ((angle_t*)(*(void**)(&(p)) = (void*)&((angle_t*)(p))[1]))[-1]
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#endif
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#else //SRB2_BIG_ENDIAN
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