void TexDictionary::clear(void)
{
// We remove the links of all textures inside of us.
while ( LIST_EMPTY( this->textures.root ) == false )
{
TextureBase *texture = LIST_GETITEM( TextureBase, this->textures.root.next, texDictNode );
// Call the texture's own removal.
texture->RemoveFromDictionary();
}
}
TexDictionary::~TexDictionary( void )
{
// Delete all textures that are part of this dictionary.
while ( LIST_EMPTY( this->textures.root ) == false )
{
TextureBase *theTexture = LIST_GETITEM( TextureBase, this->textures.root.next, texDictNode );
// Remove us from this TXD.
// This is done because we cannot be sure that the texture is actually destroyed.
theTexture->RemoveFromDictionary();
// Delete us.
this->engineInterface->DeleteRwObject( theTexture );
}
}
inline static void _win32_shutdownHeap( void )
{
// Make sure the DebugHeap manager is not damaged.
LIST_VALIDATE( g_privateMemory.root );
#ifdef PAGE_HEAP_MEMORY_STATS
// Memory debugging statistics.
unsigned int blockCount = 0;
unsigned int pageCount = 0;
size_t memLeaked = 0;
#endif //PAGE_HEAP_MEMORY_STATS
// Check all blocks in order and free them
while ( !LIST_EMPTY( g_privateMemory.root ) )
{
_memIntro *item = LIST_GETITEM( _memIntro, g_privateMemory.root.next, memList );
#ifdef PAGE_HEAP_MEMORY_STATS
// Keep track of stats.
blockCount++;
pageCount += MEM_PAGE_MOD( item->objSize + sizeof(_memIntro) + sizeof(_memOutro) );
memLeaked += item->objSize;
#endif //PAGE_HEAP_MEMORY_STATS
_win32_freeMem( item + 1 );
}
#ifdef PAGE_HEAP_MEMORY_STATS
if ( blockCount != 0 )
{
OutputDebugString( "Heap Memory Leak Protocol:\n" );
OutputDebugStringFormat(
"* leaked memory: %u\n" \
"* blocks/pages allocated: %u/%u [%u]\n",
memLeaked,
blockCount, pageCount, blockCount * g_systemInfo.dwPageSize
);
}
else
OutputDebugString( "No memory leaks detected." );
#endif //PAGE_HEAP_MEMORY_STATS
}
