//////////////////////////////////////////////////////////////////////////
// processUnloadingResources
void CsCore::processUnloadingResources()
{
std::lock_guard< std::recursive_mutex > Lock( ContainerLock_ );
while( UnloadingResources_.size() > 0 )
{
TResourceList ResourceList = UnloadingResources_;
TResourceListIterator It( ResourceList.begin() );
while( It != ResourceList.end() )
{
CsResource* pResource = (*It);
// Destroy resource.
pResource->destroy();
// Free resource.
pResource->getClass()->destruct( pResource );
BcMemFree( pResource );
// Next.
++It;
}
UnloadingResources_.clear();
}
}
//virtual
std::string CsSerialiserPackageObjectCodec::serialiseAsStringRef(
void* InData,
const ReClass* InType )
{
std::string RetVal;
if( Package_ != nullptr )
{
const ReClass* InClass = static_cast< const ReClass* >( InType );
// Check if it's a resource.
if( InClass->hasBaseClass( ReObject::StaticGetClass() ) )
{
CsResource* Resource = reinterpret_cast< CsResource* >( InData );
ReObject* ResourceRootOwner = Resource->getRootOwner();
if( ResourceRootOwner != nullptr )
{
BcChar OutChars[ 128 ];
BcSPrintf( OutChars, "$(%s:%s.%s)",
(*Resource->getClass()->getName()).c_str(),
(*ResourceRootOwner->getName()).c_str(),
(*Resource->getName()).c_str() );
RetVal = OutChars;
}
}
}
if( RetVal.empty() )
{
// Default formatting.
BcChar OutChars[ 128 ];
BcSPrintf( OutChars, "$(%s:%s.%llu)",
(*InType->getName()).c_str(),
( "this" ),
( (unsigned long long)InData ) );
}
return RetVal;
}
