OrdinaryMagician/vkdoom_m
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- Fixed: cycle_t was still a DWORD and not a QWORD under GCC.

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- The stat meters now return an FString instead of sprintfing into a fixed
  output buffer.
- NOASM is now automatically defined when compiling for a non-x86 target.
- Some changes have been made to the integral types in doomtype.h:
  - For consistancy with the other integral types, byte is no longer a
    synonym for BYTE.
  - Most uses of BOOL have been change to the standard C++ bool type. Those
    that weren't were changed to INTBOOL to indicate they may contain values
    other than 0 or 1 but are still used as a boolean.
  - Compiler-provided types with explicit bit sizes are now used. In
    particular, DWORD is no longer a long so it will work with both 64-bit
    Windows and Linux.
  - Since some files need to include Windows headers, uint32 is a synonym
    for the non-Windows version of DWORD.
- Removed d_textur.h. The pic_t struct it defined was used nowhere, and that
  was all it contained.


SVN r326 (trunk)
This commit is contained in:
Randy Heit 2006-09-14 00:02:31 +00:00
commit c412b42703
175 changed files with 1489 additions and 1341 deletions
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20
src/farchive.cpp
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@ -204,7 +204,7 @@ void FCompressedFile::PostOpen ()
sizes[0] = SWAP_DWORD (sizes[0]);
sizes[1] = SWAP_DWORD (sizes[1]);
unsigned int len = sizes[0] == 0 ? sizes[1] : sizes[0];
m_Buffer = (byte *)M_Malloc (len+8);
m_Buffer = (BYTE *)M_Malloc (len+8);
fread (m_Buffer+8, len, 1, m_File);
sizes[0] = SWAP_DWORD (sizes[0]);
sizes[1] = SWAP_DWORD (sizes[1]);
@ -258,7 +258,7 @@ FFile &FCompressedFile::Write (const void *mem, unsigned int len)
m_MaxBufferSize = m_MaxBufferSize ? m_MaxBufferSize * 2 : 16384;
}
while (m_Pos + len > m_MaxBufferSize);
m_Buffer = (byte *)M_Realloc (m_Buffer, m_MaxBufferSize);
m_Buffer = (BYTE *)M_Realloc (m_Buffer, m_MaxBufferSize);
}
if (len == 1)
m_Buffer[m_Pos] = *(BYTE *)mem;
@ -325,7 +325,7 @@ void FCompressedFile::Implode ()
uLong outlen;
uLong len = m_BufferSize;
Byte *compressed = NULL;
byte *oldbuf = m_Buffer;
BYTE *oldbuf = m_Buffer;
int r;
if (!nofilecompression && !m_NoCompress)
@ -560,7 +560,7 @@ FPNGChunkFile::FPNGChunkFile (FILE *file, DWORD id)
FPNGChunkFile::FPNGChunkFile (FILE *file, DWORD id, size_t chunklen)
: FCompressedFile (file, EReading, true, false), m_ChunkID (id)
{
m_Buffer = (byte *)M_Malloc (chunklen);
m_Buffer = (BYTE *)M_Malloc (chunklen);
m_BufferSize = (unsigned int)chunklen;
fread (m_Buffer, chunklen, 1, m_File);
// Skip the CRC for now. Maybe later it will be used.
@ -693,7 +693,7 @@ void FArchive::Close ()
{
m_File->Close ();
m_File = NULL;
DPrintf ("Processed %ld objects\n", m_ObjectCount);
DPrintf ("Processed %u objects\n", m_ObjectCount);
}
}
@ -770,7 +770,7 @@ const char *FArchive::ReadName ()
DWORD index = ReadCount ();
if (index >= m_Names.Size())
{
I_Error ("Name %lu has not been read yet\n", index);
I_Error ("Name %u has not been read yet\n", index);
}
return &m_NameStorage[m_Names[index].StringStart];
}
@ -988,7 +988,7 @@ FArchive &FArchive::SerializePointer (void *ptrbase, BYTE **ptr, DWORD elemSize)
w = ReadCount ();
if (w != ~0u)
{
*(void **)ptr = (byte *)ptrbase + w * elemSize;
*(void **)ptr = (BYTE *)ptrbase + w * elemSize;
}
else
{
@ -1122,7 +1122,7 @@ FArchive &FArchive::ReadObject (DObject* &obj, PClass *wanttype)
index = ReadCount ();
if (index >= m_ObjectCount)
{
I_Error ("Object reference too high (%lu; max is %lu)\n", index, m_ObjectCount);
I_Error ("Object reference too high (%u; max is %u)\n", index, m_ObjectCount);
}
obj = (DObject *)m_ObjectMap[index].object;
break;
@ -1254,7 +1254,7 @@ int FArchive::ReadSprite ()
DWORD index = ReadCount ();
if (index >= m_NumSprites)
{
I_Error ("Sprite %lu has not been read yet\n", index);
I_Error ("Sprite %u has not been read yet\n", index);
}
return m_SpriteMap[index];
}
@ -1402,7 +1402,7 @@ const PClass *FArchive::ReadStoredClass (const PClass *wanttype)
DWORD index = ReadCount ();
if (index >= m_ClassCount)
{
I_Error ("Class reference too high (%lu; max is %lu)\n", index, m_ClassCount);
I_Error ("Class reference too high (%u; max is %u)\n", index, m_ClassCount);
}
const PClass *type = m_TypeMap[index].toCurrent;
if (!type->IsDescendantOf (wanttype))