Variant BaseGenericObject::invokeProperty(const char* name, const ReflectedMethodParameters& parameters)
{
const IClassDefinition& definition = *this->getDefinition();
ObjectHandle provider = this->getDerivedType();
PropertyAccessor accessor = definition.bindProperty(name, provider);
if (!accessor.isValid())
{
TF_ASSERT(false && "Property could not be found");
return Variant();
}
return accessor.invoke(parameters);
}
Variant invoke( const PropertyAccessor & pa, const ReflectedMethodParameters & parameters )
{
Key key;
if (!createKey( pa, key ))
{
return pa.invoke( parameters );
}
std::unique_ptr<ReflectedMethodCommandParameters> commandParameters( new ReflectedMethodCommandParameters() );
commandParameters->setId( key.first );
commandParameters->setPath( key.second.c_str() );
commandParameters->setParameters( parameters );
const auto itr = commands_.emplace( std::pair< Key, CommandInstancePtr >( key, commandManager_.queueCommand(
getClassIdentifier<InvokeReflectedMethodCommand>(), ObjectHandle( std::move( commandParameters ),
pa.getDefinitionManager()->getDefinition<ReflectedMethodCommandParameters>() ) ) ) );
commandManager_.waitForInstance( itr->second );
ObjectHandle returnValueObject = itr->second.get()->getReturnValue();
commands_.erase( itr );
Variant* returnValuePointer = returnValueObject.getBase<Variant>();
assert( returnValuePointer != nullptr );
return *returnValuePointer;
}