void FunctionAnalyzer::visitComputedProperty(const ComputedPropertyPtr& node)
{
CodeBlockPtr didSet = node->getDidSet();
CodeBlockPtr willSet = node->getWillSet();
CodeBlockPtr getter = node->getGetter();
CodeBlockPtr setter = node->getSetter();
TypePtr type = declarationAnalyzer->resolveType(node->getDeclaredType(), true);
assert(type != nullptr);
shared_ptr<ComposedComputedProperty> property = static_pointer_cast<ComposedComputedProperty>(node);
//prepare type for getter/setter
/*
std::vector<Parameter> params;
TypePtr getterType = Type::newFunction(params, type, nullptr);
params.push_back(Parameter(type));
TypePtr setterType = Type::newFunction(params, symbolRegistry->getGlobalScope()->Void(), false);
*/
SCOPED_SET(ctx->flags, (ctx->flags & (~SemanticContext::FLAG_PROCESS_DECLARATION)) | SemanticContext::FLAG_PROCESS_IMPLEMENTATION);
if(!property->hasModifier(DeclarationModifiers::_Generated))
{
if(property->functions.getter)
property->functions.getter->accept(semanticAnalyzer);
if(property->functions.setter)
property->functions.setter->accept(semanticAnalyzer);
if(property->functions.willSet)
property->functions.willSet->accept(semanticAnalyzer);
if(property->functions.didSet)
property->functions.didSet->accept(semanticAnalyzer);
}
}
void NodeVisitor::visitComputedProperty(const ComputedPropertyPtr& node)
{
ACCEPT(node->getInitializer());
ACCEPT(node->getGetter());
ACCEPT(node->getSetter());
ACCEPT(node->getWillSet());
ACCEPT(node->getDidSet());
}