BaseProgramRenderPass::~BaseProgramRenderPass()
{
if (mProgramState->Program()!=0)
{
Render::Instance().DeleteProgram(mProgramState->Program());
mProgramState->SetProgram(0);
mIsLinked=false;
}
SAFE_DELETE_DICTIONARY_VALUE(mUniforms);
SAFE_DELETE_DICTIONARY_VALUE(mAttributes);
}
void BaseProgramRenderPass::Link()
{
RETURN_IF(mProgramState->Program()==0||mIsLinked);
SAFE_DELETE_DICTIONARY_VALUE(mUniforms);
SAFE_DELETE_DICTIONARY_VALUE(mAttributes);
uint program=mProgramState->Program();
Render::Instance().LinkProgram(program);
int outLinkStatus=Render::Instance().GetProgramStatus(program,GraphicsProgramStatus::LinkStatus);
if (!outLinkStatus)
{
//link error
int outInfoLogLength=Render::Instance().GetProgramStatus(program,GraphicsProgramStatus::InfoLogLength);
HeapString infoLog((size_t)outInfoLogLength+1,true);
Render::Instance().GetProgramInfoLog(program,infoLog);
Log::FormatError("Failed to link effect:{}",infoLog.Buffer());
Uninitialize();
return ;
}
Render::Instance().ValidateProgram(program);
int outValidateStatus=Render::Instance().GetProgramStatus(program,GraphicsProgramStatus::ValidateStatus);
if (!outValidateStatus)
{
//link error
int outInfoLogLength=Render::Instance().GetProgramStatus(program,GraphicsProgramStatus::InfoLogLength);
HeapString infoLog((size_t)outInfoLogLength+1,true);
Render::Instance().GetProgramInfoLog(program,infoLog);
Log::FormatError("Failed to validate effect:{}",infoLog.Buffer());
Uninitialize();
return;
}
RenderStateMachine::Instance().Push(mProgramState);
//add all uniforms
uint uniformCount=(uint)Render::Instance().GetProgramStatus(program,GraphicsProgramStatus::ActiveUniformCount);
uint maxUniformNameLength=(uint)Render::Instance().GetProgramStatus(program,GraphicsProgramStatus::MaxActiveUniformNameLength);
HeapString outName((size_t)maxUniformNameLength+1,true);
FOR_EACH_SIZE(i,uniformCount)
{
int outSize;
uint outDataType;
Render::Instance().GetActiveUniformName(program,static_cast<uint>(i),outSize,outDataType,outName);
int index= Render::Instance().GetUniformLocation(program,outName); //NOTE: Cannot use i as index
ShaderUniform* uniform=new ShaderUniform(this,index,outName,(GraphicsUniformDataType)outDataType);
mUniforms.Add(outName,uniform);
}
bool FileStorage::Uninitialize()
{
mRootDir.Uninitialize();
mCoderChain.Uninitialize();
SAFE_DELETE_DICTIONARY_VALUE(mOtherCoderChains);
return true;
}
bool FileSystem::Uninitialize()
{
SAFE_DELETE_DICTIONARY_VALUE(mTagItems);
SAFE_DELETE_COLLECTION(mPackages);
mMemoryPackage = nullptr;
mPackages.Clear();
mCurrentTag = PublishTarget::MatchAll;
mSortedTagItems.Clear();
mValidTagList.Clear();
return true;
}
bool FileStorage::OnLoaded()
{
mRootDir.Initialize(this, nullptr);
SAFE_DELETE_DICTIONARY_VALUE(mOtherCoderChains);
for (const auto& coderRule : mCodeRules)
{
CoderList coders = coderRule.Value;
if (!mOtherCoderChains.ContainsKey(coders))
{
CoderChain* coderChain = new CoderChain();
coderChain->Initialize(coders, Key());
mOtherCoderChains.Add(coders, coderChain);
}
}
return true;
}
bool SirenMachine::Uninitialize()
{
SAFE_DELETE_DICTIONARY_VALUE(mAssemblies);
return true;
}
FileMapTagItem::~FileMapTagItem()
{
SAFE_DELETE_DICTIONARY_VALUE(mItems);
}
FrameBuffer::~FrameBuffer()
{
SAFE_DELETE_DICTIONARY_VALUE(mRenderBuffers);
}
BaseFontModel::~BaseFontModel(void)
{
SAFE_RELEASE(mFont);
RemoveAllMeshes();
SAFE_DELETE_DICTIONARY_VALUE(mCachesMeshes);
}
ShaderConstantInitializer::~ShaderConstantInitializer( void )
{
SAFE_DELETE_DICTIONARY_VALUE(mInitializerDict);
}
void SirenAssembly::Unload()
{
SAFE_DELETE_DICTIONARY_VALUE(mTypes);
SAFE_DELETE_COLLECTION(mFunctions);
}
NodeFactory::~NodeFactory()
{
SAFE_DELETE_DICTIONARY_VALUE(mClassDict);
}
