//=================================================================================================
void DAllocTracer::reportLeaks()
{
if(m_NbAllocs <= 1)
DPrint("%i allocation performed.", m_NbAllocs);
else
DPrint("%i allocations performed.", m_NbAllocs);
if(m_AllocMap.size())
{
u32 size = 0;
for(std::map<void*, DS_Allocation>::iterator it = m_AllocMap.begin(); it != m_AllocMap.end(); it++)
{
DWarning("%s(%i): Memory leak of %i bytes found.", it->second.pFile, it->second.line, it->second.size);
size += it->second.size;
free(it->first);
}
if(m_AllocMap.size() == 1)
DWarning("%i block of memory has not been freed (%i bytes).", m_AllocMap.size(), size);
else
DWarning("%i blocks of memory have not been freed (%i bytes).", m_AllocMap.size(), size);
}
else
DPrint("No memory leak found.");
}
//=================================================================================================
void DResourceManager::unloadModel(const char* pFileName)
{
std::map<DString, DS_ModelDataResource>::iterator it = m_ModelDataMap.find(pFileName);
if(it != m_ModelDataMap.end())
{
if(!(--(it->second.refCount)))
{
delete it->second.pModelData;
m_ModelDataMap.erase(it);
}
}
else
DWarning("Attempting to unload unknown model \"%s\".", pFileName);
}
//=================================================================================================
void DResourceManager::unloadTexture(const char* pFileName)
{
std::map<DString, DS_TextureResource>::iterator it = m_TextureMap.find(pFileName);
if(it != m_TextureMap.end())
{
if(!(--(it->second.refCount)))
{
delete it->second.pTexture;
m_TextureMap.erase(it);
}
}
else
DWarning("Attempting to unload unknown texture \"%s\".", pFileName);
}
//=================================================================================================
DResourceManager::~DResourceManager()
{
// Destruction des meshs
for(std::map<DString, DS_ModelDataResource>::iterator it = m_ModelDataMap.begin(); it != m_ModelDataMap.end(); it++)
{
DWarning("Model \"%s\" has not been unloaded.", it->first.getCStr());
delete it->second.pModelData;
}
// Destruction des shaders
for(std::map<DString, DS_ShaderResource>::iterator it = m_ShaderMap.begin(); it != m_ShaderMap.end(); it++)
{
DWarning("Shader \"%s\" has not been unloaded.", it->first.getCStr());
delete it->second.pShader;
}
// Destruction des textures
for(std::map<DString, DS_TextureResource>::iterator it = m_TextureMap.begin(); it != m_TextureMap.end(); it++)
{
DWarning("Texture \"%s\" has not been unloaded.", it->first.getCStr());
delete it->second.pTexture;
}
}
static int luasrc_DWarning (lua_State *L) {
DWarning(luaL_checkstring(L, 1), luaL_checkint(L, 2), luaL_checkstring(L, 3));
return 0;
}