/***********************************************************************
THIS FILE IS AUTOMATICALLY GENERATED. DO NOT MODIFY
DEVELOPER: Zihan Chen(vczh)
***********************************************************************/
#include "VlppWorkflowCompiler.h"

/***********************************************************************
.\ANALYZER\WFANALYZER.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection::description;

/***********************************************************************
WfLexicalSymbol
***********************************************************************/

			WfLexicalSymbol::WfLexicalSymbol(WfLexicalScope* _ownerScope)
				:ownerScope(_ownerScope)
			{
			}

			WfLexicalSymbol::~WfLexicalSymbol()
			{
			}

			WString WfLexicalSymbol::GetFriendlyName()
			{
				return ownerScope->GetFriendlyName() + L"::" + name;
			}

/***********************************************************************
WfLexicalScope
***********************************************************************/

			WfLexicalScope::WfLexicalScope(WfLexicalScopeManager* _ownerManager)
				:ownerManager(_ownerManager)
			{
			}

			WfLexicalScope::WfLexicalScope(Ptr<WfLexicalScope> _parentScope)
				:ownerManager(0)
				, parentScope(_parentScope)
			{
			}

			WfLexicalScope::~WfLexicalScope()
			{
			}

			WfLexicalScopeManager* WfLexicalScope::FindManager()
			{
				WfLexicalScope* scope = this;
				while (scope)
				{
					if (scope->ownerManager)
					{
						return scope->ownerManager;
					}
					scope = scope->parentScope.Obj();
				}
				return 0;
			}

			Ptr<WfModule> WfLexicalScope::FindModule()
			{
				WfLexicalScope* scope = this;
				while (scope)
				{
					if (auto module = scope->ownerNode.Cast<WfModule>())
					{
						return module;
					}
					scope = scope->parentScope.Obj();
				}
				return 0;
			}

			WfLexicalScope* WfLexicalScope::FindFunctionScope()
			{
				auto scope = this;
				while (scope)
				{
					if (scope->functionConfig)
					{
						return scope;
					}
					scope = scope->parentScope.Obj();
				}
				return nullptr;
			}

			WString WfLexicalScope::GetFriendlyName()
			{
				if (auto module = ownerNode.Cast<WfModule>())
				{
					return L"<" + module->name.value + L">";
				}
				else if (auto decl = ownerNode.Cast<WfDeclaration>())
				{
					auto name = decl->name.value;
					if (name == L"")
					{
						name = L"<anonymous>";
					}
					return parentScope->GetFriendlyName() + L"::" + name;
				}
				else if (!parentScope)
				{
					return L"";
				}
				else
				{
					return parentScope->GetFriendlyName() + L"::<>";
				}
			}

/***********************************************************************
WfLexicalScopeName
***********************************************************************/

			WfLexicalScopeName::WfLexicalScopeName(bool _imported)
				:imported(_imported)
			{
			}

			WfLexicalScopeName::~WfLexicalScopeName()
			{
			}

			Ptr<WfLexicalScopeName> WfLexicalScopeName::AccessChild(const WString& name, bool imported)
			{
				vint index = children.Keys().IndexOf(name);
				if (index == -1)
				{
					auto newName = Ptr(new WfLexicalScopeName(imported));
					newName->name = name;
					newName->parent = this;
					children.Add(name, newName);
					return newName;
				}
				else
				{
					return children.Values()[index];
				}
			}

			void WfLexicalScopeName::RemoveNonTypeDescriptorNames(WfLexicalScopeManager* manager)
			{
				for (auto name : children.Values())
				{
					name->RemoveNonTypeDescriptorNames(manager);
				}

				for (vint i = children.Count() - 1; i >= 0; i--)
				{
					auto subScopeName = children.Values()[i];
					if (!subScopeName->imported)
					{
						children.Remove(children.Keys()[i]);
						if (subScopeName->typeDescriptor)
						{
							manager->typeNames.Remove(subScopeName->typeDescriptor);
						}
					}
				}
				
				declarations.Clear();
			}

			WString WfLexicalScopeName::GetFriendlyName()
			{
				if (parent)
				{
					WString parentName = parent->GetFriendlyName();
					if (parentName == L"")
					{
						return name;
					}
					else
					{
						return parentName + L"::" + name;
					}
				}
				else
				{
					return L"";
				}
			}

/***********************************************************************
ResolveExpressionResult
***********************************************************************/

			WString ResolveExpressionResult::GetFriendlyName(bool upperCase)const
			{
				WString typeName, result;
				if (type)
				{
					typeName= + L" of type \"" + type->GetTypeFriendlyName() + L"\"";
				}

				if (scopeName)
				{
					result = scopeName->GetFriendlyName();
				}
				else if (symbol)
				{
					result = symbol->GetFriendlyName() + typeName;
				}
				else if (propertyInfo)
				{
					result = L"property \"" + propertyInfo->GetName() + L"\" in \"" + propertyInfo->GetOwnerTypeDescriptor()->GetTypeName() + L"\"" + typeName;
				}
				else if (methodInfo)
				{
					if (methodInfo->GetName() == L"")
					{
						result = L"constructor in \"" + methodInfo->GetOwnerTypeDescriptor()->GetTypeName() + L"\"" + typeName;
					}
					else
					{
						result = L"method \"" + methodInfo->GetName() + L"\" in \"" + methodInfo->GetOwnerTypeDescriptor()->GetTypeName() + L"\"" + typeName;
					}
				}
				else if (eventInfo)
				{
					result = L"event \"" + eventInfo->GetName() + L"\" in \"" + eventInfo->GetOwnerTypeDescriptor()->GetTypeName() + L"\"";
				}
				else if (type)
				{
					result = L"expression" + typeName;
				}
				else
				{
					result = L"<unknown>";
				}

				if (result.Length() > 0 && upperCase)
				{
					result = INVLOC.ToUpper(result.Left(1)) + result.Right(result.Length() - 1);
				}
				return result;
			}

			ResolveExpressionResult ResolveExpressionResult::ScopeName(Ptr<WfLexicalScopeName> _scopeName)
			{
				ResolveExpressionResult result;
				result.scopeName = _scopeName;
				return result;
			}

			ResolveExpressionResult ResolveExpressionResult::ReadonlySymbol(Ptr<WfLexicalSymbol> _symbol)
			{
				ResolveExpressionResult result;
				result.symbol = _symbol;
				result.type = _symbol->typeInfo;
				return result;
			}

			ResolveExpressionResult ResolveExpressionResult::Symbol(Ptr<WfLexicalSymbol> _symbol)
			{
				ResolveExpressionResult result;
				result.symbol = _symbol;
				result.type = _symbol->typeInfo;
				if (_symbol->creatorNode.Cast<WfVariableDeclaration>())
				{
					result.writableType = _symbol->typeInfo;
				}
				return result;
			}

			ResolveExpressionResult ResolveExpressionResult::ReadonlyType(Ptr<reflection::description::ITypeInfo> _type)
			{
				ResolveExpressionResult result;
				result.type = _type;
				return result;
			}

			ResolveExpressionResult ResolveExpressionResult::WritableType(Ptr<reflection::description::ITypeInfo> _type)
			{
				ResolveExpressionResult result;
				result.type = _type;
				result.writableType = _type;
				return result;
			}

			ResolveExpressionResult ResolveExpressionResult::Property(reflection::description::IPropertyInfo* _propertyInfo)
			{
				Ptr<ITypeInfo> getterType = CopyTypeInfo(_propertyInfo->GetReturn());
				Ptr<ITypeInfo> setterType;

				if (getterType)
				{
					if (IMethodInfo* setter = _propertyInfo->GetSetter())
					{
						setterType = getterType;
						if (setter->GetParameterCount() == 1 && !IsSameType(getterType.Obj(), setter->GetParameter(0)->GetType()))
						{
							setterType = CopyTypeInfo(setter->GetParameter(0)->GetType());
						}
					}
					else if (_propertyInfo->IsWritable())
					{
						auto td = _propertyInfo->GetOwnerTypeDescriptor();
						if ((td->GetTypeDescriptorFlags() & TypeDescriptorFlags::ReferenceType) != TypeDescriptorFlags::Undefined)
						{
							setterType = CopyTypeInfo(_propertyInfo->GetReturn());
						}
					}
				}

				ResolveExpressionResult result;
				result.propertyInfo = _propertyInfo;
				result.type = getterType;
				result.writableType = setterType;
				return result;
			}

			ResolveExpressionResult ResolveExpressionResult::Method(reflection::description::IMethodInfo* _methodInfo)
			{
				ResolveExpressionResult result;
				result.methodInfo = _methodInfo;
				result.type = CreateTypeInfoFromMethodInfo(_methodInfo);
				return result;
			}

			ResolveExpressionResult ResolveExpressionResult::Constructor(reflection::description::IMethodInfo* _constructorInfo)
			{
				ResolveExpressionResult result;
				result.constructorInfo = _constructorInfo;
				result.type = CopyTypeInfo(_constructorInfo->GetReturn());
				return result;
			}

			ResolveExpressionResult ResolveExpressionResult::Event(reflection::description::IEventInfo* _eventInfo)
			{
				ResolveExpressionResult result;
				result.eventInfo = _eventInfo;
				return result;
			}

			bool IsSameTypeOrNull(ITypeInfo* fromType, ITypeInfo* toType)
			{
				if (fromType == toType) return true;
				if ((fromType == nullptr) ^ (toType == nullptr)) return false;
				return IsSameType(fromType, toType);
			}

			bool ResolveExpressionResult::operator==(const ResolveExpressionResult& result) const
			{
				if (scopeName != result.scopeName) return false;
				if (symbol != result.symbol) return false;
				if (propertyInfo != result.propertyInfo) return false;
				if (methodInfo != result.methodInfo) return false;
				if (constructorInfo != result.constructorInfo) return false;
				if (eventInfo != result.eventInfo) return false;

				if (!IsSameTypeOrNull(type.Obj(), result.type.Obj())) return false;
				if (!IsSameTypeOrNull(writableType.Obj(), result.writableType.Obj())) return false;
				if (!IsSameTypeOrNull(expectedType.Obj(), result.expectedType.Obj())) return false;
				return true;
			}

			bool ResolveExpressionResult::operator!=(const ResolveExpressionResult& result) const
			{
				return !(*this == result);
			}

/***********************************************************************
WfLexicalScopeManager
***********************************************************************/

			WfLexicalScopeManager::WfLexicalScopeManager(workflow::Parser& _workflowParser, WfCpuArchitecture _cpuArchitecture)
				:workflowParser(_workflowParser)
				, cpuArchitecture(_cpuArchitecture)
			{
				workflowParserHandler = glr::InstallDefaultErrorMessageGenerator(workflowParser, errors);

				switch (cpuArchitecture)
				{
				case WfCpuArchitecture::x86:
					cputdSInt = reflection::description::GetTypeDescriptor<vint32_t>();
					cputdUInt = reflection::description::GetTypeDescriptor<vuint32_t>();
					cputiSInt = reflection::description::TypeInfoRetriver<vint32_t>::CreateTypeInfo();
					cputiUInt = reflection::description::TypeInfoRetriver<vuint32_t>::CreateTypeInfo();
					break;
				case WfCpuArchitecture::x64:
					cputdSInt = reflection::description::GetTypeDescriptor<vint64_t>();
					cputdUInt = reflection::description::GetTypeDescriptor<vuint64_t>();
					cputiSInt = reflection::description::TypeInfoRetriver<vint64_t>::CreateTypeInfo();
					cputiUInt = reflection::description::TypeInfoRetriver<vuint64_t>::CreateTypeInfo();
					break;
				case WfCpuArchitecture::AsExecutable:
					cputdSInt = reflection::description::GetTypeDescriptor<vint>();
					cputdUInt = reflection::description::GetTypeDescriptor<vuint>();
					cputiSInt = reflection::description::TypeInfoRetriver<vint>::CreateTypeInfo();
					cputiUInt = reflection::description::TypeInfoRetriver<vuint>::CreateTypeInfo();
					break;
				}
			}

			WfLexicalScopeManager::~WfLexicalScopeManager()
			{
				workflowParser.OnError.Remove(workflowParserHandler);
			}

			WString WfLexicalScopeManager::GetWorkflowAttributeTypeName(const WString& category, const WString& name)
			{
				auto IsId = [](const WString& s)
				{
					for (vint i = 0; i < s.Length(); i++)
					{
						auto c = s[i];
						if (!((c >= L'0' && c <= L'9') || (c >= L'a' && c <= L'z') || (c >= L'A' && c <= L'Z') || c == L'_'))
						{
							return false;
						}
					}
					return s.Length() > 0;
				};

				if (!IsId(category) || !IsId(name)) return L"";
				return L"system::workflow_attributes::att_" + category + L"_" + name;
			}

			WfLexicalScopeManager::ResolvedWorkflowAttribute WfLexicalScopeManager::ResolveWorkflowAttribute(const WString& category, const WString& name)
			{
				ResolvedWorkflowAttribute info;
				auto key = AttributeKey(category, name);
				if (auto index = resolvedAttributes.Keys().IndexOf(key); index != -1)
				{
					return resolvedAttributes.Values()[index];
				}

				auto typeName = GetWorkflowAttributeTypeName(category, name);
				if (typeName == L"")
				{
					resolvedAttributes.Add(key, info);
					return info;
				}

				auto td = reflection::description::GetTypeDescriptor(typeName);
				if (!td || td->GetTypeDescriptorFlags() != TypeDescriptorFlags::Struct)
				{
					resolvedAttributes.Add(key, info);
					return info;
				}

				auto propCount = td->GetPropertyCount();
				if (propCount == 0)
				{
					info.exists = true;
					info.attributeType = td;
					info.hasArgument = false;
					info.argumentType = nullptr;
				}
				else if (propCount == 1)
				{
					info.exists = true;
					info.attributeType = td;
					info.hasArgument = true;
					info.argumentType = CopyTypeInfo(td->GetProperty(0)->GetReturn());
				}
				else
				{
					info.exists = false;
					info.attributeType = nullptr;
					info.hasArgument = false;
					info.argumentType = nullptr;
				}

				resolvedAttributes.Add(key, info);
				return info;
			}

			vint WfLexicalScopeManager::AddModule(const WString& moduleCode)
			{
				if (auto module = ParseModule(moduleCode, workflowParser, usedCodeIndex))
				{
					modules.Add(module);
					moduleCodes.Add(moduleCode);
				}
				return usedCodeIndex++;
			}

			vint WfLexicalScopeManager::AddModule(Ptr<WfModule> module)
			{
				module->codeRange.codeIndex = usedCodeIndex;
				modules.Add(module);
				moduleCodes.Add(L"");
				return usedCodeIndex++;
			}

			WfLexicalScopeManager::ModuleList& WfLexicalScopeManager::GetModules()
			{
				return modules;
			}

			WfLexicalScopeManager::ModuleCodeList& WfLexicalScopeManager::GetModuleCodes()
			{
				return moduleCodes;
			}

			void WfLexicalScopeManager::Clear(bool keepTypeDescriptorNames, bool deleteModules)
			{
				if (globalName)
				{
					if (keepTypeDescriptorNames)
					{
						globalName->RemoveNonTypeDescriptorNames(this);
					}
					else
					{
						globalName = 0;
						typeNames.Clear();
					}
				}
				
				if (deleteModules)
				{
					modules.Clear();
					moduleCodes.Clear();
					usedCodeIndex = 0;
				}

				rpcMetadata = nullptr;
				usedTempVars = 0;
				errors.Clear();
				resolvedAttributes.Clear();
				namespaceNames.Clear();
				nodeScopes.Clear();
				checkedScopes_DuplicatedSymbol.Clear();
				checkedScopes_SymbolType.Clear();

				expressionResolvings.Clear();
				coNewCoroutineResolvings.Clear();
				coOperatorResolvings.Clear();
				coProviderResolvings.Clear();
				coCastResultResolvings.Clear();
				baseConstructorCallResolvings.Clear();

				lambdaCaptures.Clear();
				interfaceMethodImpls.Clear();
				declaractionScopeSources.Clear();
				declarationTypes.Clear();
				declarationMemberInfos.Clear();
				stateInputMethods.Clear();
				stateInputArguments.Clear();
				stateDeclArguments.Clear();
				stateMachineInfos.Clear();
			}

#define EXECUTE_CALLBACK(EXPR) if (callback) callback->EXPR

			void WfLexicalScopeManager::Rebuild(bool keepTypeDescriptorNames, IWfCompilerCallback* callback, bool validateRpc)
			{
				EXECUTE_CALLBACK(OnLoadEnvironment());
				Clear(keepTypeDescriptorNames, false);
				if (!globalName)
				{
					globalName = Ptr(new WfLexicalScopeName(true));
					BuildGlobalNameFromTypeDescriptors(this);
				}

				EXECUTE_CALLBACK(OnInitialize(this));
				vint errorCount = errors.Count();

#define EXIT_IF_ERRORS_EXIST\
				do\
				{\
					if (errors.Count() != errorCount) return;\
				}while (0)
				
				EXIT_IF_ERRORS_EXIST;
				for (auto module : modules)
				{
					ContextFreeModuleDesugar(this, module);
					ValidateModuleStructure(this, module);
				}
				
				EXIT_IF_ERRORS_EXIST;
				BuildGlobalNameFromModules(this);
				for (auto module : modules)
				{
					BuildScopeForModule(this, module);
				}
				ValidateScopeName(this, globalName);
				CheckScopes_DuplicatedSymbol(this);
				
				EXIT_IF_ERRORS_EXIST;
				for (auto module : modules)
				{
					CompleteScopeForModule(this, module);
				}
				CheckScopes_SymbolType(this);
				CheckScopes_CycleDependency(this);
				
				EXIT_IF_ERRORS_EXIST;
				for (auto module : modules)
				{
					EXECUTE_CALLBACK(OnValidateModule(module));
					ValidateModuleSemantic(this, module);
				}

				EXIT_IF_ERRORS_EXIST;
				PopulateAttributesOnTypeDescriptors(this);
				if (validateRpc)
				{
					for (auto module : modules)
					{
						ValidateModuleRPC(this, module);
					}
				}

#undef EXIT_IF_ERRORS_EXIST
			}

#undef EXECUTE_CALLBACK

			bool WfLexicalScopeManager::ResolveMember(ITypeDescriptor* typeDescriptor, const WString& name, bool preferStatic, collections::SortedList<ITypeDescriptor*>& searchedTypes, collections::List<ResolveExpressionResult>& results)
			{
				if (searchedTypes.Contains(typeDescriptor))
				{
					return true;
				}
				searchedTypes.Add(typeDescriptor);

				bool found = false;
				bool foundStaticMember = false;


				if ((typeDescriptor->GetTypeDescriptorFlags() & TypeDescriptorFlags::EnumType) != TypeDescriptorFlags::Undefined)
				{
					if (preferStatic)
					{
						auto enumType = typeDescriptor->GetEnumType();
						vint index = enumType->IndexOfItem(name);
						if (index != -1)
						{
							results.Add(ResolveExpressionResult::ReadonlyType(Ptr(new TypeDescriptorTypeInfo(typeDescriptor, TypeInfoHint::Normal))));
							return true;
						}
					}
					return false;
				}

				{
					auto scopeName = typeNames[typeDescriptor];
					vint index = scopeName->children.Keys().IndexOf(name);
					if (index != -1)
					{
						auto subScopeName = scopeName->children.Values()[index];
						found = true;
						foundStaticMember = true;
						results.Add(ResolveExpressionResult::ScopeName(subScopeName));
					}
				}

				if (auto group = typeDescriptor->GetMethodGroupByName(name, false))
				{
					for (vint i = 0; i < group->GetMethodCount(); i++)
					{
						auto info = group->GetMethod(i);
						if (info->IsStatic())
						{
							found = true;
							foundStaticMember = true;
							results.Add(ResolveExpressionResult::Method(info));
						}
					}
				}

				if (foundStaticMember && preferStatic)
				{
					return true;
				}

				if (auto group = typeDescriptor->GetMethodGroupByName(name, false))
				{
					for (vint i = 0; i < group->GetMethodCount(); i++)
					{
						auto info = group->GetMethod(i);
						if (!info->IsStatic())
						{
							found = true;
							results.Add(ResolveExpressionResult::Method(info));
						}
					}
				}
				if (auto info = typeDescriptor->GetPropertyByName(name, false))
				{
					found = true;
					results.Add(ResolveExpressionResult::Property(info));
				}
				if (auto info = typeDescriptor->GetEventByName(name, false))
				{
					found = true;
					results.Add(ResolveExpressionResult::Event(info));
				}

				if (!found)
				{
					vint count = typeDescriptor->GetBaseTypeDescriptorCount();
					for (vint i = 0; i < count; i++)
					{
						if (ResolveMember(typeDescriptor->GetBaseTypeDescriptor(i), name, preferStatic, searchedTypes, results))
						{
							found = true;
						}
					}
				}
				return found;
			}

			class UsingPathToNameVisitor :public Object, public WfModuleUsingFragment::IVisitor
			{
			public:
				WString					name;
				WString					result;

				UsingPathToNameVisitor(const WString& _name)
					:name(_name)
				{
				}

				void Visit(WfModuleUsingNameFragment* node)
				{
					result = node->name.value;
				}

				void Visit(WfModuleUsingWildCardFragment* node)
				{
					result = name;
				}

				static WString Execute(Ptr<WfModuleUsingFragment> fragment, const WString& name)
				{
					UsingPathToNameVisitor visitor(name);
					fragment->Accept(&visitor);
					return visitor.result;
				}
			};

			bool WfLexicalScopeManager::ResolveName(WfLexicalScope* scope, const WString& name, collections::List<ResolveExpressionResult>& results)
			{
				vint oldResultCount = results.Count();
				bool visibleToNonStatic = false;
				WfLexicalScope* firstConfigScope = nullptr;
				while (scope)
				{
					if (scope->ownerNode.Cast<WfModule>() || scope->ownerNode.Cast<WfNamespaceDeclaration>())
					{
						break;
					}

					if (scope->functionConfig)
					{
						visibleToNonStatic = scope->functionConfig->thisAccessable || scope->functionConfig->parentThisAccessable;
						if (!firstConfigScope)
						{
							firstConfigScope = scope;
						}
					}
					
					vint index = scope->symbols.Keys().IndexOf(name);
					if (index != -1)
					{
						if (scope->typeOfThisExpr)
						{
							if (scope->ownerNode.Cast<WfNewInterfaceExpression>())
							{
								for (auto symbol : scope->symbols.GetByIndex(index))
								{
									if (auto functionDecl = symbol->creatorNode.Cast<WfFunctionDeclaration>())
									{
										if (firstConfigScope->parentScope != scope || functionDecl->functionKind != WfFunctionKind::Normal)
										{
											continue;
										}
									}
									else if (auto autoPropDecl = symbol->creatorNode.Cast<WfAutoPropertyDeclaration>())
									{
										if (firstConfigScope->parentScope != scope || autoPropDecl->functionKind != WfFunctionKind::Normal)
										{
											continue;
										}
									}

									auto result = ResolveExpressionResult::Symbol(symbol);
									if (!results.Contains(result))
									{
										results.Add(result);
									}
								}
							}
						}
						else
						{
							for (auto symbol : scope->symbols.GetByIndex(index))
							{
								auto result = ResolveExpressionResult::Symbol(symbol);
								if (!results.Contains(result))
								{
									results.Add(result);
								}
							}
						}
					}

					if (scope->typeOfThisExpr)
					{
						SortedList<ITypeDescriptor*> searchedTypes;
						ResolveMember(scope->typeOfThisExpr, name, !visibleToNonStatic, searchedTypes, results);
					}

					scope = scope->parentScope.Obj();
				}
				
				while (scope)
				{
					if (auto nsDecl = scope->ownerNode.Cast<WfNamespaceDeclaration>())
					{
						auto scopeName = namespaceNames[nsDecl.Obj()];
						vint index = scopeName->children.Keys().IndexOf(name);
						if (index != -1)
						{
							auto subScopeName = scopeName->children.Values()[index];
							auto result = ResolveExpressionResult::ScopeName(subScopeName);
							if (!results.Contains(result))
							{
								results.Add(result);
							}
						}
						scope = scope->parentScope.Obj();
					}
					else
					{
						break;
					}
				}
				
				vint index = globalName->children.Keys().IndexOf(name);
				if (index != -1)
				{
					auto subScopeName = globalName->children.Values()[index];
					auto result = ResolveExpressionResult::ScopeName(subScopeName);
					if (!results.Contains(result))
					{
						results.Add(result);
					}
				}

				if (auto module = scope->ownerNode.Cast<WfModule>())
				{
					for (auto path : module->paths)
					{
						auto scopeName = globalName;
						for (auto item : path->items)
						{
							WString fragmentName;
							for (auto fragment : item->fragments)
							{
								fragmentName += UsingPathToNameVisitor::Execute(fragment, name);
							}
							vint index = scopeName->children.Keys().IndexOf(fragmentName);
							if (index == -1) goto USING_PATH_MATCHING_FAILED;
							scopeName = scopeName->children.Values()[index];
						}

						{
							auto result = ResolveExpressionResult::ScopeName(scopeName);
							if (!results.Contains(result))
							{
								results.Add(result);
							}
						}
					USING_PATH_MATCHING_FAILED:;
					}
				}

				return results.Count() > oldResultCount;
			}

			Ptr<WfLexicalSymbol> WfLexicalScopeManager::GetDeclarationSymbol(WfLexicalScope* scope, WfDeclaration* node)
			{
				auto symbol = From(scope->parentScope->symbols[node->name.value])
					.Where([=](Ptr<WfLexicalSymbol> symbol)
					{
						return symbol->creatorNode == node;
					})
					.First();
				return symbol;
			}

			void WfLexicalScopeManager::CreateLambdaCapture(glr::ParsingAstBase* node, Ptr<WfLexicalCapture> capture)
			{
				if (!capture)
				{
					capture = Ptr(new WfLexicalCapture);
				}
				lambdaCaptures.Add(node, capture);
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_BUILDGLOBALNAMEFROMMODULES.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace reflection::description;
			using namespace typeimpl;

/***********************************************************************
BuildGlobalNameFromModules
***********************************************************************/

			class BuildClassMemberVisitor
				: public Object
				, public WfDeclaration::IVisitor
				, public WfVirtualCseDeclaration::IVisitor
			{
			public:
				WfLexicalScopeManager*			manager;
				Ptr<WfLexicalScopeName>			scopeName;
				WfClassDeclaration*				classDecl;
				Ptr<WfCustomType>				td;

				BuildClassMemberVisitor(WfLexicalScopeManager* _manager, Ptr<WfLexicalScopeName> _scopeName, WfClassDeclaration* _classDecl, Ptr<WfCustomType> _td)
					:manager(_manager)
					, scopeName(_scopeName)
					, classDecl(_classDecl)
					, td(_td)
				{
				}

				static WString GetTypeName(WfLexicalScopeManager* manager, Ptr<WfLexicalScopeName> scopeName)
				{
					WString typeName = scopeName->name;
					{
						WfLexicalScopeName* name = scopeName->parent;
						while (name && name != manager->globalName.Obj())
						{
							typeName = name->name + L"::" + typeName;
							name = name->parent;
						}
					}
					return typeName;
				}

				static void AddCustomType(WfLexicalScopeManager* manager, Ptr<WfLexicalScopeName> scopeName, WfDeclaration* declaration, Ptr<ITypeDescriptor> td)
				{
					manager->declarationTypes.Add(Ptr(declaration), td);

					if (!scopeName->typeDescriptor)
					{
						scopeName->typeDescriptor = td.Obj();
						manager->typeNames.Add(td.Obj(), scopeName);
					}
				}

				static void BuildClass(WfLexicalScopeManager* manager, Ptr<WfLexicalScopeName> scopeName, WfClassDeclaration* declaration)
				{
					WString typeName = GetTypeName(manager, scopeName);
					Ptr<WfCustomType> td;
					switch (declaration->kind)
					{
					case WfClassKind::Class:
						td = Ptr(new WfClass(typeName));
						break;
					case WfClassKind::Interface:
						td = Ptr(new WfInterface(typeName));
						break;
					default:;
					}
					AddCustomType(manager, scopeName, declaration, td);

					for (auto memberDecl : declaration->declarations)
					{
						BuildClassMemberVisitor visitor(manager, scopeName, declaration, td);
						memberDecl->Accept(&visitor);
					}
				}

				void Visit(WfNamespaceDeclaration* node)override
				{
				}

				void Visit(WfFunctionDeclaration* node)override
				{
					if (node->functionKind == WfFunctionKind::Static)
					{
						auto info = Ptr(new WfStaticMethod);
						td->AddMember(node->name.value, info);
						manager->declarationMemberInfos.Add(Ptr(node), info);
					}
					else
					{
						switch (classDecl->kind)
						{
						case WfClassKind::Class:
							{
								auto info = Ptr(new WfClassMethod);
								td->AddMember(node->name.value, info);
								manager->declarationMemberInfos.Add(Ptr(node), info);
							}
							break;
						case WfClassKind::Interface:
							{
								auto info = Ptr(new WfInterfaceMethod);
								td->AddMember(node->name.value, info);
								manager->declarationMemberInfos.Add(Ptr(node), info);
							}
							break;
						default:;
						}
					}
				}

				void Visit(WfVariableDeclaration* node)override
				{
					auto info = Ptr(new WfField(td.Obj(), node->name.value));
					td->AddMember(info);
					manager->declarationMemberInfos.Add(Ptr(node), info);
				}

				void Visit(WfEventDeclaration* node)override
				{
					auto info = Ptr(new WfEvent(td.Obj(), node->name.value));
					td->AddMember(info);
					manager->declarationMemberInfos.Add(Ptr(node), info);
				}

				void Visit(WfPropertyDeclaration* node)override
				{
					auto info = Ptr(new WfProperty(td.Obj(), node->name.value));
					td->AddMember(info);
					manager->declarationMemberInfos.Add(Ptr(node), info);
				}

				void Visit(WfStaticInitDeclaration* node)override
				{
				}

				void Visit(WfConstructorDeclaration* node)override
				{
					Ptr<ITypeInfo> typeInfo;
					{
						auto elementType = Ptr(new TypeDescriptorTypeInfo(td.Obj(), TypeInfoHint::Normal));
						if (node->constructorType == WfConstructorType::RawPtr)
						{
							typeInfo = Ptr(new RawPtrTypeInfo(elementType));
						}
						else
						{
							typeInfo = Ptr(new SharedPtrTypeInfo(elementType));
						}
					}

					auto info = Ptr(new WfClassConstructor(typeInfo));
					td->AddMember(info);
					manager->declarationMemberInfos.Add(Ptr(node), info);
				}
				
				void Visit(WfDestructorDeclaration* node)override
				{
				}

				void Visit(WfClassDeclaration* node)override
				{
					auto newScopeName = scopeName->AccessChild(node->name.value, false);
					newScopeName->declarations.Add(Ptr(node));
					BuildClass(manager, newScopeName, node);
				}

				void Visit(WfEnumDeclaration* node)override
				{
					BuildNameForDeclaration(manager, scopeName, Ptr(node));
				}

				void Visit(WfStructDeclaration* node)override
				{
					BuildNameForDeclaration(manager, scopeName, Ptr(node));
				}

				void Visit(WfVirtualCfeDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Visit(WfVirtualCseDeclaration* node)override
				{
					node->Accept((WfVirtualCseDeclaration::IVisitor*)this);
				}

				void Visit(WfStateMachineDeclaration* node)override
				{
					for (auto input : node->inputs)
					{
						auto info = Ptr(new WfClassMethod);
						td->AddMember(input->name.value, info);
						manager->stateInputMethods.Add(input, info);

						for (auto argument : input->arguments)
						{
							auto info = Ptr(new WfField(td.Obj(), L"<stateip-" + input->name.value + L">" + argument->name.value));
							td->AddMember(info);
							manager->stateInputArguments.Add(argument, info);
						}
					}
					
					for (auto state : node->states)
					{
						for (auto argument : state->arguments)
						{
							auto info = Ptr(new WfField(td.Obj(), L"<statesp-" + state->name.value + L">" + argument->name.value));
							td->AddMember(info);
							manager->stateDeclArguments.Add(argument, info);
						}
					}

					auto smInfo = Ptr(new WfStateMachineInfo);
					{
						smInfo->createCoroutineMethod = Ptr(new WfClassMethod);
						td->AddMember(L"<state>CreateCoroutine", smInfo->createCoroutineMethod);
					}
					manager->stateMachineInfos.Add(Ptr(node), smInfo);
				}
			};

			class BuildNameDeclarationVisitor
				: public empty_visitor::DeclarationVisitor
				, public empty_visitor::VirtualCseDeclarationVisitor
			{
			public:
				WfLexicalScopeManager*			manager;
				Ptr<WfLexicalScopeName>			scopeName;

				BuildNameDeclarationVisitor(WfLexicalScopeManager* _manager, Ptr<WfLexicalScopeName> _scopeName)
					:manager(_manager)
					, scopeName(_scopeName)
				{
				}

				void Dispatch(WfVirtualCfeDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Dispatch(WfVirtualCseDeclaration* node)override
				{
					node->Accept((WfVirtualCseDeclaration::IVisitor*)this);
				}

				void Visit(WfNamespaceDeclaration* node)override
				{
					manager->namespaceNames.Add(Ptr(node), scopeName);
					for (auto subDecl : node->declarations)
					{
						BuildNameForDeclaration(manager, scopeName, subDecl);
					}
				}

				void Visit(WfClassDeclaration* node)override
				{
					BuildClassMemberVisitor::BuildClass(manager, scopeName, node);
				}

				void Visit(WfEnumDeclaration* node)override
				{
					auto td = Ptr(new WfEnum(node->kind == WfEnumKind::Flag, BuildClassMemberVisitor::GetTypeName(manager, scopeName)));
					BuildClassMemberVisitor::AddCustomType(manager, scopeName, node, td);
				}

				void Visit(WfStructDeclaration* node)override
				{
					auto td = Ptr(new WfStruct(BuildClassMemberVisitor::GetTypeName(manager, scopeName)));
					BuildClassMemberVisitor::AddCustomType(manager, scopeName, node, td);
				}
			};

			void BuildNameForDeclaration(WfLexicalScopeManager* manager, Ptr<WfLexicalScopeName> name, Ptr<WfDeclaration> decl)
			{
				auto scopeName = name->AccessChild(decl->name.value, false);
				scopeName->declarations.Add(decl);

				BuildNameDeclarationVisitor visitor(manager, scopeName);
				decl->Accept(&visitor);
			}

			void BuildGlobalNameFromModules(WfLexicalScopeManager* manager)
			{
				for (auto module : manager->GetModules())
				{
					for (auto decl : module->declarations)
					{
						BuildNameForDeclaration(manager, manager->globalName, decl);
					}
				}
			}
		}
	}
}

/***********************************************************************
.\ANALYZER\WFANALYZER_BUILDGLOBALNAMEFROMTYPEDESCRIPTORS.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace reflection::description;

/***********************************************************************
BuildGlobalNameFromTypeDescriptors
***********************************************************************/

			void BuildGlobalNameFromTypeDescriptors(WfLexicalScopeManager* manager)
			{
				for (vint i = 0; i < GetGlobalTypeManager()->GetTypeDescriptorCount(); i++)
				{
					ITypeDescriptor* typeDescriptor = GetGlobalTypeManager()->GetTypeDescriptor(i);
					WString name = typeDescriptor->GetTypeName();
					const wchar_t* reading = name.Buffer();
					Ptr<WfLexicalScopeName> currentName = manager->globalName;

					while (true)
					{
						WString fragment;
						const wchar_t* delimiter = wcsstr(reading, L"::");
						if (delimiter)
						{
							fragment = WString::CopyFrom(reading, vint(delimiter - reading));
							reading = delimiter + 2;
						}
						else
						{
							fragment = reading;
							reading = 0;
						}

						currentName = currentName->AccessChild(fragment, true);
						if (!reading)
						{
							currentName->typeDescriptor = typeDescriptor;
							manager->typeNames.Add(typeDescriptor, currentName);
							break;
						}
					}
				}
			}
		}
	}
}

/***********************************************************************
.\ANALYZER\WFANALYZER_BUILDSCOPE.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection::description;

/***********************************************************************
BuildScopeForDeclaration
***********************************************************************/

			class BuildScopeForDeclarationVisitor
				: public Object
				, public WfDeclaration::IVisitor
				, public WfVirtualCseDeclaration::IVisitor
			{
			public:
				WfLexicalScopeManager*					manager;
				glr::ParsingAstBase*					source;
				Ptr<WfLexicalScope>						parentScope;

				Ptr<WfLexicalScope>						resultScope;

				BuildScopeForDeclarationVisitor(WfLexicalScopeManager* _manager, Ptr<WfLexicalScope> _parentScope, glr::ParsingAstBase* _source)
					:manager(_manager)
					, source(_source)
					, parentScope(_parentScope)
				{
				}

				void Visit(Ptr<WfLexicalScope> scope, List<Ptr<WfAttribute>>& attributes)
				{
					for (auto attribute : attributes)
					{
						if (attribute->value)
						{
							BuildScopeForExpression(manager, scope, attribute->value);
						}
					}
				}

				void Visit(WfNamespaceDeclaration* node)override
				{
					auto symbol = Ptr(new WfLexicalSymbol(parentScope.Obj()));
					symbol->name = node->name.value;
					symbol->creatorNode = Ptr(node);
					parentScope->symbols.Add(symbol->name, symbol);

					resultScope = Ptr(new WfLexicalScope(parentScope));
					for (auto declaration : node->declarations)
					{
						BuildScopeForDeclaration(manager, resultScope, declaration, node);
					}
				}

				void Visit(WfFunctionDeclaration* node)override
				{
					resultScope = Ptr(new WfLexicalScope(parentScope));
					auto config = Ptr(new WfLexicalFunctionConfig);
					resultScope->functionConfig = config;
					resultScope->ownerNodeSource = source;

					if (source)
					{
						if (dynamic_cast<WfFunctionExpression*>(source))
						{
							config->lambda = true;
							config->thisAccessable = false;
							config->parentThisAccessable = true;
						}
						else if (dynamic_cast<WfNewInterfaceExpression*>(source))
						{
							config->lambda = true;
							config->thisAccessable = true;
							config->parentThisAccessable = true;
						}
						else if (dynamic_cast<WfClassDeclaration*>(source))
						{
							config->lambda = false;
							config->thisAccessable = node->functionKind != WfFunctionKind::Static;
							config->parentThisAccessable = false;
						}
					}

					if (node->anonymity == WfFunctionAnonymity::Named)
					{
						Ptr<WfLexicalScope> functionNameScope = parentScope;
						if (source && dynamic_cast<WfFunctionExpression*>(source))
						{
							functionNameScope = resultScope;
						}

						auto symbol = Ptr(new WfLexicalSymbol(functionNameScope.Obj()));
						symbol->name = node->name.value;
						symbol->creatorNode = Ptr(node);
						{
							auto type = Ptr(new WfFunctionType);
							type->result = node->returnType;
							for (auto argument : node->arguments)
							{
								type->arguments.Add(argument->type);
							}
							symbol->type = type;
						}
						functionNameScope->symbols.Add(symbol->name, symbol);
					}

					if (node->statement)
					{
						for (auto argument : node->arguments)
						{
							auto argumentSymbol = Ptr(new WfLexicalSymbol(resultScope.Obj()));
							argumentSymbol->name = argument->name.value;
							argumentSymbol->type = argument->type;
							argumentSymbol->creatorNode = argument;
							resultScope->symbols.Add(argumentSymbol->name, argumentSymbol);

							Visit(parentScope, argument->attributes);
						}

						BuildScopeForStatement(manager, resultScope, node->statement);
					}
				}

				void Visit(WfVariableDeclaration* node)override
				{
					auto symbol = Ptr(new WfLexicalSymbol(parentScope.Obj()));
					symbol->name = node->name.value;
					symbol->creatorNode = Ptr(node);
					symbol->type = node->type;
					parentScope->symbols.Add(symbol->name, symbol);

					BuildScopeForExpression(manager, parentScope, node->expression);
				}

				void Visit(WfEventDeclaration* node)override
				{
					auto symbol = Ptr(new WfLexicalSymbol(parentScope.Obj()));
					symbol->name = node->name.value;
					symbol->creatorNode = Ptr(node);
					parentScope->symbols.Add(symbol->name, symbol);
				}

				void Visit(WfPropertyDeclaration* node)override
				{
					auto symbol = Ptr(new WfLexicalSymbol(parentScope.Obj()));
					symbol->name = node->name.value;
					symbol->creatorNode = Ptr(node);
					symbol->type = node->type;
					parentScope->symbols.Add(symbol->name, symbol);
				}

				void Visit(WfStaticInitDeclaration* node)override
				{
					resultScope = Ptr(new WfLexicalScope(parentScope));
					auto config = Ptr(new WfLexicalFunctionConfig);
					resultScope->functionConfig = config;
					BuildScopeForStatement(manager, resultScope, node->statement);
				}

				void Visit(WfConstructorDeclaration* node)override
				{
					resultScope = Ptr(new WfLexicalScope(parentScope));

					for (auto argument : node->arguments)
					{
						auto argumentSymbol = Ptr(new WfLexicalSymbol(resultScope.Obj()));
						argumentSymbol->name = argument->name.value;
						argumentSymbol->type = argument->type;
						argumentSymbol->creatorNode = argument;
						resultScope->symbols.Add(argumentSymbol->name, argumentSymbol);
					}

					for (auto call : node->baseConstructorCalls)
					{
						for (auto argument : call->arguments)
						{
							BuildScopeForExpression(manager, resultScope, argument);
						}
					}

					auto bodyScope = Ptr(new WfLexicalScope(resultScope));
					{
						auto config = Ptr(new WfLexicalFunctionConfig);
						bodyScope->functionConfig = config;

						config->lambda = false;
						config->thisAccessable = true;
						config->parentThisAccessable = false;
					}
					BuildScopeForStatement(manager, bodyScope, node->statement);
				}

				void Visit(WfDestructorDeclaration* node)override
				{
					resultScope = Ptr(new WfLexicalScope(parentScope));
					{
						auto config = Ptr(new WfLexicalFunctionConfig);
						resultScope->functionConfig = config;
						resultScope->ownerNodeSource = source;

						if (dynamic_cast<WfNewInterfaceExpression*>(source))
						{
							config->lambda = true;
							config->thisAccessable = true;
							config->parentThisAccessable = true;
						}
						else
						{
							config->lambda = false;
							config->thisAccessable = true;
							config->parentThisAccessable = false;
						}
					}
					BuildScopeForStatement(manager, resultScope, node->statement);
				}

				void Visit(WfClassDeclaration* node)override
				{
					auto symbol = Ptr(new WfLexicalSymbol(parentScope.Obj()));
					symbol->name = node->name.value;
					symbol->creatorNode = Ptr(node);
					parentScope->symbols.Add(symbol->name, symbol);
					
					auto td = manager->declarationTypes[node];
					resultScope = Ptr(new WfLexicalScope(parentScope));
					resultScope->typeOfThisExpr = td.Obj();
					for (auto memberDecl : node->declarations)
					{
						BuildScopeForDeclaration(manager, resultScope, memberDecl, node);
					}
				}

				void Visit(WfEnumDeclaration* node)override
				{
					auto symbol = Ptr(new WfLexicalSymbol(parentScope.Obj()));
					symbol->name = node->name.value;
					symbol->creatorNode = Ptr(node);
					parentScope->symbols.Add(symbol->name, symbol);

					for (auto item : node->items)
					{
						Visit(parentScope, item->attributes);
					}
				}

				void Visit(WfStructDeclaration* node)override
				{
					auto symbol = Ptr(new WfLexicalSymbol(parentScope.Obj()));
					symbol->name = node->name.value;
					symbol->creatorNode = Ptr(node);
					parentScope->symbols.Add(symbol->name, symbol);

					for (auto member : node->members)
					{
						Visit(parentScope, member->attributes);
					}
				}

				void Visit(WfVirtualCfeDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						Execute(manager, parentScope, source, decl);
					}
				}

				void Visit(WfVirtualCseDeclaration* node)override
				{
					node->Accept((WfVirtualCseDeclaration::IVisitor*)this);
				}

				void Visit(WfStateMachineDeclaration* node)override
				{
					for (auto input : node->inputs)
					{
						auto stateSymbol = Ptr(new WfLexicalSymbol(parentScope.Obj()));
						stateSymbol->name = input->name.value;
						stateSymbol->creatorNode = input;
						parentScope->symbols.Add(stateSymbol->name, stateSymbol);
					}

					for (auto state : node->states)
					{
						auto stateSymbol = Ptr(new WfLexicalSymbol(parentScope.Obj()));
						stateSymbol->name = state->name.value;
						stateSymbol->creatorNode = state;
						parentScope->symbols.Add(stateSymbol->name, stateSymbol);

						auto stateScope = Ptr(new WfLexicalScope(parentScope));
						{
							auto config = Ptr(new WfLexicalFunctionConfig);
							stateScope->functionConfig = config;

							config->lambda = false;
							config->thisAccessable = true;
							config->parentThisAccessable = true;
						}
						stateScope->ownerNode = state;
						manager->nodeScopes.Add(state.Obj(), stateScope);

						for (auto argument : state->arguments)
						{
							auto argumentSymbol = Ptr(new WfLexicalSymbol(stateScope.Obj()));
							argumentSymbol->name = argument->name.value;
							argumentSymbol->type = argument->type;
							argumentSymbol->creatorNode = argument;
							stateScope->symbols.Add(argumentSymbol->name, argumentSymbol);
						}

						BuildScopeForStatement(manager, stateScope, state->statement);
					}
				}

				static Ptr<WfLexicalScope> Execute(WfLexicalScopeManager* manager, Ptr<WfLexicalScope> parentScope, glr::ParsingAstBase* source, Ptr<WfDeclaration> declaration)
				{
					BuildScopeForDeclarationVisitor visitor(manager, parentScope, source);
					declaration->Accept(&visitor);
					visitor.Visit(parentScope, declaration->attributes);

					manager->declaractionScopeSources.Add(declaration, source);
					if (visitor.resultScope)
					{
						manager->nodeScopes.Add(declaration.Obj(), visitor.resultScope);
						visitor.resultScope->ownerNode = declaration;
					}
					else
					{
						manager->nodeScopes.Add(declaration.Obj(), parentScope);
					}
					return visitor.resultScope;
				}
			};

/***********************************************************************
BuildScopeForStatement
***********************************************************************/

			class BuildScopeForStatementVisitor
				: public Object
				, public WfStatement::IVisitor
				, public WfVirtualCseStatement::IVisitor
				, public WfCoroutineStatement::IVisitor
				, public WfStateMachineStatement::IVisitor
			{
			public:
				WfLexicalScopeManager*					manager;
				Ptr<WfLexicalScope>						parentScope;
				Ptr<WfLexicalScope>						resultScope;

				BuildScopeForStatementVisitor(WfLexicalScopeManager* _manager, Ptr<WfLexicalScope> _parentScope)
					:manager(_manager)
					, parentScope(_parentScope)
				{
				}

				void Visit(WfBreakStatement* node)override
				{
				}

				void Visit(WfContinueStatement* node)override
				{
				}

				void Visit(WfReturnStatement* node)override
				{
					if (node->expression)
					{
						BuildScopeForExpression(manager, parentScope, node->expression);
					}
				}

				void Visit(WfDeleteStatement* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->expression);
				}

				void Visit(WfRaiseExceptionStatement* node)override
				{
					if (node->expression)
					{
						BuildScopeForExpression(manager, parentScope, node->expression);
					}
				}

				void Visit(WfIfStatement* node)override
				{
					resultScope = Ptr(new WfLexicalScope(parentScope));
					if (node->type)
					{
						auto symbol = Ptr(new WfLexicalSymbol(resultScope.Obj()));
						symbol->name = node->name.value;
						symbol->type = node->type;
						symbol->creatorNode = Ptr(node);
						resultScope->symbols.Add(symbol->name, symbol);
					}

					BuildScopeForExpression(manager, resultScope, node->expression);
					BuildScopeForStatement(manager, resultScope, node->trueBranch);
					if (node->falseBranch)
					{
						BuildScopeForStatement(manager, resultScope, node->falseBranch);
					}
				}

				void Visit(WfWhileStatement* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->condition);
					BuildScopeForStatement(manager, parentScope, node->statement);
				}

				void Visit(WfTryStatement* node)override
				{
					BuildScopeForStatement(manager, parentScope, node->protectedStatement);
					if (node->catchStatement)
					{
						resultScope = Ptr(new WfLexicalScope(parentScope));

						auto symbol = Ptr(new WfLexicalSymbol(resultScope.Obj()));
						symbol->name = node->name.value;
						symbol->creatorNode = Ptr(node);
						{
							auto system = Ptr(new WfTopQualifiedType);
							system->name.value = L"system";

							auto exception = Ptr(new WfChildType);
							exception->parent = system;
							exception->name.value = L"Exception";

							auto sharedPtr = Ptr(new WfSharedPointerType);
							sharedPtr->element = exception;

							symbol->type = sharedPtr;
						}
						resultScope->symbols.Add(symbol->name, symbol);

						BuildScopeForStatement(manager, resultScope, node->catchStatement);
					}
					if (node->finallyStatement)
					{
						BuildScopeForStatement(manager, parentScope, node->finallyStatement);
					}
				}

				void Visit(WfBlockStatement* node)override
				{
					resultScope = Ptr(new WfLexicalScope(parentScope));

					for (auto statement : node->statements)
					{
						BuildScopeForStatement(manager, resultScope, statement);
					}
				}

				void Visit(WfGotoStatement* node)override
				{
				}

				void Visit(WfExpressionStatement* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->expression);
				}

				void Visit(WfVariableStatement* node)override
				{
					BuildScopeForDeclaration(manager, parentScope, node->variable, node);
				}

				void Visit(WfVirtualCseStatement* node)override
				{
					node->Accept((WfVirtualCseStatement::IVisitor*)this);
				}

				void Visit(WfSwitchStatement* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->expression);
					for (auto switchCase : node->caseBranches)
					{
						BuildScopeForExpression(manager, parentScope, switchCase->expression);
						BuildScopeForStatement(manager, parentScope, switchCase->statement);
					}
					if (node->defaultBranch)
					{
						BuildScopeForStatement(manager, parentScope, node->defaultBranch);
					}
				}

				void Visit(WfForEachStatement* node)override
				{
					resultScope = Ptr(new WfLexicalScope(parentScope));

					auto symbol = Ptr(new WfLexicalSymbol(resultScope.Obj()));
					symbol->name = node->name.value;
					symbol->creatorNode = Ptr(node);
					resultScope->symbols.Add(symbol->name, symbol);

					BuildScopeForExpression(manager, parentScope, node->collection);
					BuildScopeForStatement(manager, resultScope, node->statement);
				}

				void Visit(WfCoProviderStatement* node)override
				{
					resultScope = Ptr(new WfLexicalScope(parentScope));
					{
						auto symbol = Ptr(new WfLexicalSymbol(resultScope.Obj()));
						symbol->name = L"$PROVIDER";
						symbol->creatorNode = Ptr(node);
						resultScope->symbols.Add(symbol->name, symbol);
					}
					{
						auto symbol = Ptr(new WfLexicalSymbol(resultScope.Obj()));
						symbol->name = L"$IMPL";
						symbol->creatorNode = Ptr(node);
						resultScope->symbols.Add(symbol->name, symbol);
					}
					BuildScopeForStatement(manager, resultScope, node->statement);
				}

				void Visit(WfCoroutineStatement* node)override
				{
					node->Accept((WfCoroutineStatement::IVisitor*)this);
				}

				void Visit(WfCoPauseStatement* node)override
				{
					if (node->statement)
					{
						BuildScopeForStatement(manager, parentScope, node->statement);
					}
				}

				void Visit(WfCoOperatorStatement* node)override
				{
					if (node->varName.value != L"")
					{
						auto symbol = Ptr(new WfLexicalSymbol(parentScope.Obj()));
						symbol->name = node->varName.value;
						symbol->creatorNode = Ptr(node);
						parentScope->symbols.Add(symbol->name, symbol);
					}

					for (auto argument : node->arguments)
					{
						BuildScopeForExpression(manager, parentScope, argument);
					}
				}

				void Visit(WfStateMachineStatement* node)override
				{
					node->Accept((WfStateMachineStatement::IVisitor*)this);
				}

				void Visit(WfStateSwitchStatement* node)override
				{
					resultScope = Ptr(new WfLexicalScope(parentScope));

					for (auto switchCase : node->caseBranches)
					{
						auto caseScope = Ptr(new WfLexicalScope(resultScope));
						caseScope->ownerNode = switchCase;
						manager->nodeScopes.Add(switchCase.Obj(), caseScope);

						for (auto argument : switchCase->arguments)
						{
							auto symbol = Ptr(new WfLexicalSymbol(caseScope.Obj()));
							symbol->name = argument->name.value;
							symbol->creatorNode = argument;
							caseScope->symbols.Add(symbol->name, symbol);
						}

						BuildScopeForStatement(manager, caseScope, switchCase->statement);
					}
				}

				void Visit(WfStateInvokeStatement* node)override
				{
					for (auto argument : node->arguments)
					{
						BuildScopeForExpression(manager, parentScope, argument);
					}
				}

				static Ptr<WfLexicalScope> Execute(WfLexicalScopeManager* manager, Ptr<WfLexicalScope> parentScope, Ptr<WfStatement> statement)
				{
					BuildScopeForStatementVisitor visitor(manager, parentScope);
					statement->Accept(&visitor);
					if (visitor.resultScope)
					{
						manager->nodeScopes.Add(statement.Obj(), visitor.resultScope);
						visitor.resultScope->ownerNode = statement;
					}
					else
					{
						manager->nodeScopes.Add(statement.Obj(), parentScope);
					}
					return visitor.resultScope;
				}
			};

/***********************************************************************
BuildScopeForExpression
***********************************************************************/

			class BuildScopeForExpressionVisitor
				: public Object
				, public WfExpression::IVisitor
				, public WfVirtualCseExpression::IVisitor
			{
			public:
				WfLexicalScopeManager*					manager;
				Ptr<WfLexicalScope>						parentScope;
				Ptr<WfLexicalScope>						resultScope;

				BuildScopeForExpressionVisitor(WfLexicalScopeManager* _manager, Ptr<WfLexicalScope> _parentScope)
					:manager(_manager)
					, parentScope(_parentScope)
				{
				}

				void Visit(WfThisExpression* node)override
				{
				}

				void Visit(WfTopQualifiedExpression* node)override
				{
				}

				void Visit(WfReferenceExpression* node)override
				{
				}

				void Visit(WfOrderedNameExpression* node)override
				{
				}

				void Visit(WfOrderedLambdaExpression* node)override
				{
					manager->CreateLambdaCapture(node);

					SortedList<vint> names;
					SearchOrderedName(parentScope.Obj(), node->body, names);

					resultScope = Ptr(new WfLexicalScope(parentScope));
					auto config = Ptr(new WfLexicalFunctionConfig);
					resultScope->functionConfig = config;

					config->lambda = true;
					config->thisAccessable = false;
					config->parentThisAccessable = true;

					for (auto name : names)
					{
						auto symbol = Ptr(new WfLexicalSymbol(resultScope.Obj()));
						symbol->name = L"$" + itow(name);
						symbol->creatorNode = Ptr(node);
						resultScope->symbols.Add(symbol->name, symbol);
					}

					BuildScopeForExpression(manager, resultScope, node->body);
				}

				void Visit(WfMemberExpression* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->parent);
				}

				void Visit(WfChildExpression* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->parent);
				}

				void Visit(WfLiteralExpression* node)override
				{
				}

				void Visit(WfFloatingExpression* node)override
				{
				}

				void Visit(WfIntegerExpression* node)override
				{
				}

				void Visit(WfStringExpression* node)override
				{
				}

				void Visit(WfUnaryExpression* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->operand);
				}

				void Visit(WfBinaryExpression* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->first);
					BuildScopeForExpression(manager, parentScope, node->second);
				}

				void Visit(WfLetExpression* node)override
				{
					resultScope = Ptr(new WfLexicalScope(parentScope));
					for (auto variable : node->variables)
					{
						auto symbol = Ptr(new WfLexicalSymbol(resultScope.Obj()));
						symbol->name = variable->name.value;
						symbol->creatorNode = Ptr(node);
						resultScope->symbols.Add(symbol->name, symbol);
						BuildScopeForExpression(manager, resultScope, variable->value);
					}

					BuildScopeForExpression(manager, resultScope, node->expression);
				}

				void Visit(WfIfExpression* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->condition);
					BuildScopeForExpression(manager, parentScope, node->trueBranch);
					BuildScopeForExpression(manager, parentScope, node->falseBranch);
				}

				void Visit(WfRangeExpression* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->begin);
					BuildScopeForExpression(manager, parentScope, node->end);
				}

				void Visit(WfSetTestingExpression* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->element);
					BuildScopeForExpression(manager, parentScope, node->collection);
				}

				void Visit(WfConstructorExpression* node)override
				{
					for (auto argument : node->arguments)
					{
						BuildScopeForExpression(manager, parentScope, argument->key);
						if (argument->value)
						{
							BuildScopeForExpression(manager, parentScope, argument->value);
						}
					}
				}

				void Visit(WfInferExpression* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->expression);
				}

				void Visit(WfTypeCastingExpression* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->expression);
				}

				void Visit(WfTypeTestingExpression* node)override
				{
					if (node->expression)
					{
						BuildScopeForExpression(manager, parentScope, node->expression);
					}
				}

				void Visit(WfTypeOfTypeExpression* node)override
				{
				}

				void Visit(WfTypeOfExpressionExpression* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->expression);
				}

				void Visit(WfAttachEventExpression* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->event);
					BuildScopeForExpression(manager, parentScope, node->function);
				}

				void Visit(WfDetachEventExpression* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->event);
					BuildScopeForExpression(manager, parentScope, node->handler);
				}

				void Visit(WfObserveExpression* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->parent);
					if (node->observeType == WfObserveType::SimpleObserve)
					{
						BuildScopeForExpression(manager, parentScope, node->expression);
						for (auto event : node->events)
						{
							BuildScopeForExpression(manager, parentScope, event);
						}
					}
					else
					{
						resultScope = Ptr(new WfLexicalScope(parentScope));
						{
							auto symbol = Ptr(new WfLexicalSymbol(resultScope.Obj()));
							symbol->name = node->name.value;
							symbol->creatorNode = Ptr(node);
							resultScope->symbols.Add(symbol->name, symbol);
						}

						BuildScopeForExpression(manager, resultScope, node->expression);
						for (auto event : node->events)
						{
							BuildScopeForExpression(manager, resultScope, event);
						}
					}
				}

				void Visit(WfCallExpression* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->function);
					for (auto argument : node->arguments)
					{
						BuildScopeForExpression(manager, parentScope, argument);
					}
				}

				void Visit(WfFunctionExpression* node)override
				{
					manager->CreateLambdaCapture(node->function.Obj());
					BuildScopeForDeclaration(manager, parentScope, node->function, node);
				}

				void Visit(WfNewClassExpression* node)override
				{
					for (auto argument : node->arguments)
					{
						BuildScopeForExpression(manager, parentScope, argument);
					}
				}

				class CreateLambdaCaptureVisitor
					: public empty_visitor::DeclarationVisitor
				{
				public:
					WfLexicalScopeManager*				manager;
					Ptr<WfLexicalCapture>				capture;

					CreateLambdaCaptureVisitor(WfLexicalScopeManager* _manager, Ptr<WfLexicalCapture> _capture)
						:manager(_manager)
						, capture(_capture)
					{
					}

					void Dispatch(WfVirtualCfeDeclaration* node)override
					{
						for (auto decl : node->expandedDeclarations)
						{
							decl->Accept(this);
						}
					}

					void Dispatch(WfVirtualCseDeclaration* node)override
					{
					}

					void Visit(WfFunctionDeclaration* node)override
					{
						manager->CreateLambdaCapture(node, capture);
					}

					void Visit(WfDestructorDeclaration* node)override
					{
						manager->CreateLambdaCapture(node, capture);
					}
				};

				void Visit(WfNewInterfaceExpression* node)override
				{
					resultScope = Ptr(new WfLexicalScope(parentScope));
					auto capture = Ptr(new WfLexicalCapture);
					manager->CreateLambdaCapture(node, capture);

					CreateLambdaCaptureVisitor visitor(manager, capture);
					for (auto memberDecl : node->declarations)
					{
						memberDecl->Accept(&visitor);
						BuildScopeForDeclaration(manager, resultScope, memberDecl, node);
					}
				}

				void Visit(WfVirtualCfeExpression* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->expandedExpression);
				}

				void Visit(WfVirtualCseExpression* node)override
				{
					node->Accept((WfVirtualCseExpression::IVisitor*)this);
				}

				void Visit(WfBindExpression* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->expression);
				}

				void Visit(WfNewCoroutineExpression* node)override
				{
					manager->CreateLambdaCapture(node);

					resultScope = Ptr(new WfLexicalScope(parentScope));
					auto config = Ptr(new WfLexicalFunctionConfig);
					resultScope->functionConfig = config;

					if (node->name.value != L"")
					{
						auto symbol = Ptr(new WfLexicalSymbol(resultScope.Obj()));
						symbol->name = node->name.value;
						symbol->creatorNode = Ptr(node);
						symbol->typeInfo = TypeInfoRetriver<Ptr<CoroutineResult>>::CreateTypeInfo();
						symbol->type = GetTypeFromTypeInfo(symbol->typeInfo.Obj());
						resultScope->symbols.Add(symbol->name, symbol);
					}

					config->lambda = true;
					config->thisAccessable = false;
					config->parentThisAccessable = true;

					BuildScopeForStatement(manager, resultScope, node->statement);
				}

				void Visit(WfMixinCastExpression* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->expression);
				}

				void Visit(WfExpectedTypeCastExpression* node)override
				{
					BuildScopeForExpression(manager, parentScope, node->expression);
				}

				void Visit(WfCoOperatorExpression* node)override
				{
				}

				static Ptr<WfLexicalScope> Execute(WfLexicalScopeManager* manager, Ptr<WfLexicalScope> parentScope, Ptr<WfExpression> expression)
				{
					BuildScopeForExpressionVisitor visitor(manager, parentScope);
					expression->Accept(&visitor);
					if (visitor.resultScope)
					{
						manager->nodeScopes.Add(expression.Obj(), visitor.resultScope);
						visitor.resultScope->ownerNode = expression;
					}
					else
					{
						manager->nodeScopes.Add(expression.Obj(), parentScope);
					}
					return visitor.resultScope;
				}
			};

/***********************************************************************
BuildScope
***********************************************************************/

			void BuildScopeForModule(WfLexicalScopeManager* manager, Ptr<WfModule> module)
			{
				auto scope = Ptr(new WfLexicalScope(manager));
				scope->ownerNode = module;
				manager->nodeScopes.Add(module.Obj(), scope);

				for (auto declaration : module->declarations)
				{
					BuildScopeForDeclaration(manager, scope, declaration, module.Obj());
				}
			}

			void BuildScopeForDeclaration(WfLexicalScopeManager* manager, Ptr<WfLexicalScope> parentScope, Ptr<WfDeclaration> declaration, glr::ParsingAstBase* source)
			{
				BuildScopeForDeclarationVisitor::Execute(manager, parentScope, source, declaration);
			}

			void BuildScopeForStatement(WfLexicalScopeManager* manager, Ptr<WfLexicalScope> parentScope, Ptr<WfStatement> statement)
			{
				BuildScopeForStatementVisitor::Execute(manager, parentScope, statement);
			}

			void BuildScopeForExpression(WfLexicalScopeManager* manager, Ptr<WfLexicalScope> parentScope, Ptr<WfExpression> expression)
			{
				BuildScopeForExpressionVisitor::Execute(manager, parentScope, expression);
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_CHECKSCOPES_CYCLEDEPENDENCY.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;
			using namespace typeimpl;

/***********************************************************************
CheckBaseClass
***********************************************************************/

			class CheckCycleDependencyDeclarationVisitor
				: public empty_visitor::DeclarationVisitor
				, public empty_visitor::VirtualCseDeclarationVisitor
			{
			public:
				WfLexicalScopeManager*							manager;
				ITypeDescriptor*								tdDescriptableObject = description::GetTypeDescriptor<DescriptableObject>();
				ITypeDescriptor*								tdIDescriptable = description::GetTypeDescriptor<IDescriptable>();
				vint											step = 0;
				Dictionary<ITypeDescriptor*, WfDeclaration*>	depItems;
				Group<ITypeDescriptor*, ITypeDescriptor*>		depGroup;

				CheckCycleDependencyDeclarationVisitor(WfLexicalScopeManager* _manager)
					:manager(_manager)
				{
				}

				void Dispatch(WfVirtualCfeDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Dispatch(WfVirtualCseDeclaration* node)override
				{
					node->Accept((WfVirtualCseDeclaration::IVisitor*)this);
				}

				void Visit(WfNamespaceDeclaration* node)override
				{
					for (auto decl : node->declarations)
					{
						decl->Accept(this);
					}
				}

				void Visit(WfStructDeclaration* node)override
				{
					auto scope = manager->nodeScopes[node];
					auto td = manager->declarationTypes[node].Obj();

					if (step == 1)
					{
						depItems.Add(td, node);
					}
					else if (step == 2)
					{
						vint count = td->GetPropertyCount();
						for (vint i = 0; i < count; i++)
						{
							auto propType = td->GetProperty(i)->GetReturn();
							if (propType->GetDecorator() == ITypeInfo::Nullable)
							{
								propType = propType->GetElementType();
							}
							if (propType->GetDecorator() == ITypeInfo::TypeDescriptor)
							{
								auto propTd = propType->GetTypeDescriptor();
								if (!depItems.Keys().Contains(propTd)) continue;

								if (td == propTd)
								{
									List<ITypeDescriptor*> tds;
									tds.Add(td);
									manager->errors.Add(WfErrors::StructRecursivelyIncludeItself(node, tds));
								}
								else if (propTd->GetTypeDescriptorFlags() == TypeDescriptorFlags::Struct)
								{
									if (!depGroup.Contains(td, propTd))
									{
										depGroup.Add(td, propTd);
									}
								}
							}
						}
					}
				}

				void Visit(WfClassDeclaration* node)override
				{
					auto scope = manager->nodeScopes[node];
					auto td = manager->declarationTypes[node].Obj();

					if (step == 1)
					{
						depItems.Add(td, node);
					}
					else if (step == 2)
					{
						vint count = td->GetBaseTypeDescriptorCount();
						for (vint i = 0; i < count; i++)
						{
							auto baseTd = td->GetBaseTypeDescriptor(i);

							bool isClass = baseTd->GetTypeDescriptorFlags() == TypeDescriptorFlags::Class;
							bool isInterface = baseTd->GetTypeDescriptorFlags() == TypeDescriptorFlags::Interface;

							switch (node->kind)
							{
							case WfClassKind::Class:
								{
									if (!isClass || !baseTd->IsAggregatable())
									{
										if (!dynamic_cast<WfClass*>(baseTd) && baseTd != tdDescriptableObject)
										{
											manager->errors.Add(WfErrors::WrongBaseTypeOfClass(node, baseTd));
										}
									}
								}
								break;
							case WfClassKind::Interface:
								{
									if (!isInterface && baseTd != tdIDescriptable)
									{
										manager->errors.Add(WfErrors::WrongBaseTypeOfInterface(node, baseTd));
									}
								}
								break;
							default:;
							}

							if (!depItems.Keys().Contains(baseTd)) continue;

							if (baseTd == td)
							{
								List<ITypeDescriptor*> tds;
								tds.Add(td);
								if (isClass)
								{
									manager->errors.Add(WfErrors::ClassRecursiveInheritance(node, tds));
								}
								else if (isInterface)
								{
									manager->errors.Add(WfErrors::InterfaceRecursiveInheritance(node, tds));
								}
							}
							else if (baseTd->GetTypeDescriptorFlags() == td->GetTypeDescriptorFlags())
							{
								if (!depGroup.Contains(td, baseTd))
								{
									depGroup.Add(td, baseTd);
								}
							}
						}
					}

					for (auto memberDecl : node->declarations)
					{
						memberDecl->Accept(this);
					}
				}

				void Execute(vint _step)
				{
					step = _step;
					for (auto module : manager->GetModules())
					{
						for (auto declaration : module->declarations)
						{
							declaration->Accept(this);
						}
					}
				}

				void ExecuteCollectTypes()
				{
					Execute(1);
				}

				void ExecuteCollectDependencies()
				{
					Execute(2);
				}
			};

/***********************************************************************
CheckScopes_CycleDependency
***********************************************************************/

			void CheckScopes_DuplicatedBaseClass(WfLexicalScopeManager* manager, WfClassDeclaration* node, ITypeDescriptor* td)
			{
				List<ITypeDescriptor*> baseTypes;
				SortedList<ITypeDescriptor*> duplicatedTypes;
				baseTypes.Add(td);

				for (vint i = 0; i < baseTypes.Count(); i++)
				{
					auto currentTd = baseTypes[i];
					vint count = currentTd->GetBaseTypeDescriptorCount();
					for (vint j = 0; j < count; j++)
					{
						auto baseTd = currentTd->GetBaseTypeDescriptor(j);
						if (baseTd->GetTypeDescriptorFlags() == TypeDescriptorFlags::Class && baseTd != description::GetTypeDescriptor<DescriptableObject>())
						{
							if (baseTypes.Contains(baseTd))
							{
								if (!duplicatedTypes.Contains(baseTd))
								{
									duplicatedTypes.Add(baseTd);
									manager->errors.Add(WfErrors::DuplicatedBaseClass(node, baseTd));
								}
							}
							else
							{
								baseTypes.Add(baseTd);
							}
						}
					}
				}
			}

			bool CheckScopes_CycleDependency(WfLexicalScopeManager* manager)
			{
				vint errorCount = manager->errors.Count();
				CheckCycleDependencyDeclarationVisitor visitor(manager);
				visitor.ExecuteCollectTypes();
				visitor.ExecuteCollectDependencies();

				{
					PartialOrderingProcessor pop;
					pop.InitWithGroup(visitor.depItems.Keys(), visitor.depGroup);
					pop.Sort();

					for (vint i = 0; i < pop.components.Count(); i++)
					{
						auto& component = pop.components[i];
						if (component.nodeCount > 1)
						{
							List<ITypeDescriptor*> tds;
							CopyFrom(
								tds,
								From(component.firstNode, component.firstNode + component.nodeCount)
									.Select([&](vint nodeIndex)
									{
										return visitor.depItems.Keys()[nodeIndex];
									})
								);

							auto selectedTd = tds[0];
							for (auto candidateTd : From(tds).Skip(1))
							{
								auto selectedRange = visitor.depItems[selectedTd]->codeRange;
								auto candidateRange = visitor.depItems[candidateTd]->codeRange;

								if (candidateRange.codeIndex > selectedRange.codeIndex) { selectedTd = candidateTd; continue; }
								if (candidateRange.start > selectedRange.start) { selectedTd = candidateTd; continue; }
							}

							switch (selectedTd->GetTypeDescriptorFlags())
							{
							case TypeDescriptorFlags::Struct:
								manager->errors.Add(WfErrors::StructRecursivelyIncludeItself(dynamic_cast<WfStructDeclaration*>(visitor.depItems[selectedTd]), tds));
								break;
							case TypeDescriptorFlags::Class:
								manager->errors.Add(WfErrors::ClassRecursiveInheritance(dynamic_cast<WfClassDeclaration*>(visitor.depItems[selectedTd]), tds));
								break;
							case TypeDescriptorFlags::Interface:
								manager->errors.Add(WfErrors::InterfaceRecursiveInheritance(dynamic_cast<WfClassDeclaration*>(visitor.depItems[selectedTd]), tds));
								break;
							default:;
							}
						}
					}
				}

				if (errorCount == manager->errors.Count())
				{
					for (vint i = 0; i < visitor.depItems.Count(); i++)
					{
						auto key = visitor.depItems.Keys()[i];
						auto value = dynamic_cast<WfClassDeclaration*>(visitor.depItems.Values()[i]);
						if (value && value->kind == WfClassKind::Class)
						{
							CheckScopes_DuplicatedBaseClass(manager, value, key);
						}
					}
				}
				return errorCount == manager->errors.Count();
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_CHECKSCOPE_DUPLICATEDSYMBOL.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;

/***********************************************************************
CheckScopes_DuplicatedSymbol
***********************************************************************/

			bool CheckScopes_DuplicatedSymbol(WfLexicalScopeManager* manager)
			{
				vint errorCount = manager->errors.Count();
				for (auto scope : manager->nodeScopes.Values())
				{
					if (!manager->checkedScopes_DuplicatedSymbol.Contains(scope.Obj()))
					{
						manager->checkedScopes_DuplicatedSymbol.Add(scope.Obj());

						for (vint i = 0; i < scope->symbols.Count(); i++)
						{
							const auto& symbols = scope->symbols.GetByIndex(i);
							if (symbols.Count() > 1)
							{
								if (!scope->ownerNode.Cast<WfModule>() && !scope->ownerNode.Cast<WfNamespaceDeclaration>())
								{
									if (symbols.Count() > 1)
									{
										for (auto symbol : From(symbols))
										{
											if (auto decl = symbol->creatorNode.Cast<WfDeclaration>())
											{
												if (!decl.Cast<WfFunctionDeclaration>())
												{
													manager->errors.Add(WfErrors::DuplicatedSymbol(decl.Obj(), symbol));
												}
											}
											else if (auto arg = symbol->creatorNode.Cast<WfFunctionArgument>())
											{
												manager->errors.Add(WfErrors::DuplicatedSymbol(arg.Obj(), symbol));
											}
											else if (auto stat = symbol->creatorNode.Cast<WfStatement>())
											{
												manager->errors.Add(WfErrors::DuplicatedSymbol(stat.Obj(), symbol));
											}
											else if (auto expr = symbol->creatorNode.Cast<WfExpression>())
											{
												manager->errors.Add(WfErrors::DuplicatedSymbol(expr.Obj(), symbol));
											}
											else if (auto input = symbol->creatorNode.Cast<WfStateInput>())
											{
												if (symbols.Count() == 2)
												{
													// Ignore the generated function from the state input
													auto methodSymbol = symbols[1 - symbols.IndexOf(symbol.Obj())];
													auto funcDecl = methodSymbol->creatorNode.Cast<WfFunctionDeclaration>();
													vint index = manager->declarationMemberInfos.Keys().IndexOf(funcDecl.Obj());
													if (index != -1)
													{
														auto methodInfo = manager->declarationMemberInfos.Values()[index];
														if (manager->stateInputMethods[input.Obj()].Obj() == methodInfo.Obj())
														{
															goto NO_ERROR;
														}
													}
												}
												manager->errors.Add(WfErrors::DuplicatedSymbol(input.Obj(), symbol));
											NO_ERROR:;
											}
											else if (auto state = symbol->creatorNode.Cast<WfStateDeclaration>())
											{
												manager->errors.Add(WfErrors::DuplicatedSymbol(state.Obj(), symbol));
											}
											else if (auto sarg = symbol->creatorNode.Cast<WfStateSwitchArgument>())
											{
												manager->errors.Add(WfErrors::DuplicatedSymbol(sarg.Obj(), symbol));
											}
										}
									}
								}
							}
						}
					}
				}
				return errorCount == manager->errors.Count();
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_CHECKSCOPE_SYMBOLTYPE.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;

/***********************************************************************
CheckScopes_SymbolType
***********************************************************************/

			bool CheckScopes_SymbolType(WfLexicalScopeManager* manager)
			{
				vint errorCount = manager->errors.Count();
				for (auto scope : From(manager->nodeScopes)
					.Select([](auto&& pair) -> Pair<glr::ParsingAstBase*, Ptr<WfLexicalScope>> { return pair; })
					.OrderBy([](auto&& a, auto&& b)
					{
						auto rangeA = a.key->codeRange;
						auto rangeB = b.key->codeRange;

						std::strong_ordering
						result = rangeA.codeIndex <=> rangeB.codeIndex; if (result != 0) return result;
						result = rangeA.start <=> rangeB.start; if (result != 0) return result;
						return result;
					})
					.Select([](auto&& pair) { return pair.value; })
					)
				{
					if (!manager->checkedScopes_SymbolType.Contains(scope.Obj()))
					{
						manager->checkedScopes_SymbolType.Add(scope.Obj());

						for (vint i = 0; i < scope->symbols.Count(); i++)
						{
							for (auto symbol : scope->symbols.GetByIndex(i))
							{
								if (symbol->type)
								{
									symbol->typeInfo = CreateTypeInfoFromType(scope.Obj(), symbol->type);
								}
							}
						}
					}
				}
				return errorCount == manager->errors.Count();
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_COMPLETESCOPE.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;
			using namespace typeimpl;

/***********************************************************************
CompleteScopeForClassMember
***********************************************************************/

			class CompleteScopeForClassMemberVisitor
				: public Object
				, public WfDeclaration::IVisitor
				, public WfVirtualCseDeclaration::IVisitor
			{
			public:
				WfLexicalScopeManager*					manager;
				Ptr<WfCustomType>						td;

				CompleteScopeForClassMemberVisitor(WfLexicalScopeManager* _manager, Ptr<WfCustomType> _td)
					:manager(_manager)
					, td(_td)
				{
				}

				void Visit(WfNamespaceDeclaration* node)override
				{
				}

				void Visit(WfFunctionDeclaration* node)override
				{
					auto scope = manager->nodeScopes[node];
					auto info = manager->declarationMemberInfos[node].Cast<WfMethodBase>();

					for (auto argument : node->arguments)
					{
						if (auto typeInfo = CreateTypeInfoFromType(scope.Obj(), argument->type))
						{
							auto paramInfo = Ptr(new ParameterInfoImpl(info.Obj(), argument->name.value, typeInfo));
							info->AddParameter(paramInfo);
						}
					}

					if (auto typeInfo = CreateTypeInfoFromType(scope.Obj(), node->returnType))
					{
						info->SetReturn(typeInfo);
					}
				}

				void Visit(WfVariableDeclaration* node)override
				{
					auto scope = manager->nodeScopes[node];
					if (auto typeInfo = CreateTypeInfoFromType(scope.Obj(), node->type))
					{
						auto info = manager->declarationMemberInfos[node].Cast<WfField>();
						info->SetReturn(typeInfo);
					}
				}

				void Visit(WfEventDeclaration* node)override
				{
					auto scope = manager->nodeScopes[node];
					auto type = Ptr(new WfFunctionType);
					{
						auto voidType = Ptr(new WfPredefinedType);
						voidType->name = WfPredefinedTypeName::Void;
						type->result = voidType;
					}
					for (auto argument : node->arguments)
					{
						type->arguments.Add(argument);
					}

					if (auto typeInfo = CreateTypeInfoFromType(scope.Obj(), type))
					{
						auto info = manager->declarationMemberInfos[node].Cast<WfEvent>();
						info->SetHandlerType(typeInfo);
					}
				}

				void Visit(WfPropertyDeclaration* node)override
				{
					auto scope = manager->nodeScopes[node];
					auto info = manager->declarationMemberInfos[node].Cast<WfProperty>();

					if (node->getter.value != L"")
					{
						info->SetGetter(dynamic_cast<MethodInfoImpl*>(td->GetMethodGroupByName(node->getter.value, false)->GetMethod(0)));
					}

					if (node->setter.value != L"")
					{
						info->SetSetter(dynamic_cast<MethodInfoImpl*>(td->GetMethodGroupByName(node->setter.value, false)->GetMethod(0)));
					}

					if (node->valueChangedEvent.value != L"")
					{
						info->SetValueChangedEvent(dynamic_cast<EventInfoImpl*>(td->GetEventByName(node->valueChangedEvent.value, false)));
					}
				}

				void Visit(WfStaticInitDeclaration* node)override
				{
				}

				void Visit(WfConstructorDeclaration* node)override
				{
					auto scope = manager->nodeScopes[node];
					auto info = manager->declarationMemberInfos[node].Cast<WfClassConstructor>();

					for (auto argument : node->arguments)
					{
						if (auto typeInfo = CreateTypeInfoFromType(scope.Obj(), argument->type))
						{
							auto paramInfo = Ptr(new ParameterInfoImpl(info.Obj(), argument->name.value, typeInfo));
							info->AddParameter(paramInfo);
						}
					}
				}

				void Visit(WfDestructorDeclaration* node)override
				{
				}

				void Visit(WfClassDeclaration* node)override
				{
					CompleteScopeForDeclaration(manager, node);
				}

				void Visit(WfEnumDeclaration* node)override
				{
					CompleteScopeForDeclaration(manager, node);
				}

				void Visit(WfStructDeclaration* node)override
				{
					CompleteScopeForDeclaration(manager, node);
				}

				void Visit(WfVirtualCfeDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Visit(WfVirtualCseDeclaration* node)override
				{
					node->Accept((WfVirtualCseDeclaration::IVisitor*)this);
				}

				void Visit(WfStateMachineDeclaration* node)override
				{
					auto scope = manager->nodeScopes[node];
					for (auto input : node->inputs)
					{
						auto method = manager->stateInputMethods[input.Obj()];
						method->SetReturn(TypeInfoRetriver<void>::CreateTypeInfo());

						for (auto argument : input->arguments)
						{
							if (auto typeInfo = CreateTypeInfoFromType(scope.Obj(), argument->type))
							{
								auto field = manager->stateInputArguments[argument.Obj()];
								field->SetReturn(typeInfo);

								method->AddParameter(Ptr(new ParameterInfoImpl(method.Obj(), argument->name.value, typeInfo)));
							}
						}
					}

					for (auto state : node->states)
					{
						for (auto argument : state->arguments)
						{
							if (auto typeInfo = CreateTypeInfoFromType(scope.Obj(), argument->type))
							{
								auto field = manager->stateDeclArguments[argument.Obj()];
								field->SetReturn(typeInfo);
							}
						}
					}

					auto& smInfo = manager->stateMachineInfos[node];
					smInfo->createCoroutineMethod->AddParameter(Ptr(new ParameterInfoImpl(smInfo->createCoroutineMethod.Obj(), L"<state>startState", manager->cputiSInt)));
					smInfo->createCoroutineMethod->SetReturn(TypeInfoRetriver<void>::CreateTypeInfo());
				}

				static void Execute(WfLexicalScopeManager* manager, Ptr<WfCustomType> td, Ptr<WfDeclaration> memberDecl)
				{
					CompleteScopeForClassMemberVisitor visitor(manager, td);
					memberDecl->Accept(&visitor);
				}
			};

/***********************************************************************
CompleteScopeForDeclaration
***********************************************************************/

			class CompleteScopeForDeclarationVisitor
				: public Object
				, public WfDeclaration::IVisitor
				, public WfVirtualCseDeclaration::IVisitor
			{
			public:
				WfLexicalScopeManager*					manager;

				CompleteScopeForDeclarationVisitor(WfLexicalScopeManager* _manager)
					:manager(_manager)
				{
				}

				void Visit(WfNamespaceDeclaration* node)override
				{
					for (auto decl : node->declarations)
					{
						CompleteScopeForDeclaration(manager, decl.Obj());
					}
				}

				void Visit(WfFunctionDeclaration* node)override
				{
				}

				void Visit(WfVariableDeclaration* node)override
				{
				}

				void Visit(WfEventDeclaration* node)override
				{
				}

				void Visit(WfPropertyDeclaration* node)override
				{
				}

				void Visit(WfStaticInitDeclaration* node)override
				{
				}

				void Visit(WfConstructorDeclaration* node)override
				{
				}

				void Visit(WfDestructorDeclaration* node)override
				{
				}

				void Visit(WfClassDeclaration* node)override
				{
					auto scope = manager->nodeScopes[node];
					auto td = manager->declarationTypes[node].Cast<WfCustomType>();

					if (node->baseTypes.Count() > 0)
					{
						for (auto baseType : node->baseTypes)
						{
							if (auto scopeName = GetScopeNameFromReferenceType(scope->parentScope.Obj(), baseType))
							{
								if (scopeName->typeDescriptor)
								{
									td->AddBaseType(scopeName->typeDescriptor);
								}
							}
						}
					}
					else if (node->kind == WfClassKind::Class)
					{
						td->AddBaseType(description::GetTypeDescriptor<DescriptableObject>());
					}
					else if (node->kind == WfClassKind::Interface)
					{
						td->AddBaseType(description::GetTypeDescriptor<IDescriptable>());
					}

					if (node->kind == WfClassKind::Interface)
					{
						switch (node->constructorType)
						{
						case WfConstructorType::SharedPtr:
							{
								auto elementType = Ptr(new TypeDescriptorTypeInfo(td.Obj(), TypeInfoHint::Normal));
								auto pointerType = Ptr(new SharedPtrTypeInfo(elementType));

								auto ctor = Ptr(new WfInterfaceConstructor(pointerType));
								td->AddMember(ctor);
							}
							break;
						case WfConstructorType::RawPtr:
							{
								auto elementType = Ptr(new TypeDescriptorTypeInfo(td.Obj(), TypeInfoHint::Normal));
								auto pointerType = Ptr(new RawPtrTypeInfo(elementType));

								auto ctor = Ptr(new WfInterfaceConstructor(pointerType));
								td->AddMember(ctor);
							}
							break;
						default:;
						}
					}

					for (auto memberDecl : node->declarations)
					{
						CompleteScopeForClassMember(manager, td, memberDecl);
					}
				}

				void Visit(WfEnumDeclaration* node)override
				{
					auto td = manager->declarationTypes[node].Cast<WfEnum>();
					Dictionary<WString, vuint64_t> items;
					for (auto item : node->items)
					{
						vuint64_t value = 0;
						switch (item->kind)
						{
						case WfEnumItemKind::Constant:
							TypedValueSerializerProvider<vuint64_t>::Deserialize(item->number.value, value);
							break;
						case WfEnumItemKind::Intersection:
							for (auto itemInt : item->intersections)
							{
								value |= items[itemInt->name.value];
							}
							break;
						default:;
						}
						td->AddEnumItem(item->name.value, value);
						items.Add(item->name.value, value);
					}
				}

				void Visit(WfStructDeclaration* node)override
				{
					auto scope = manager->nodeScopes[node];
					auto td = manager->declarationTypes[node].Cast<WfStruct>();
					for (auto member : node->members)
					{
						if (auto typeInfo = CreateTypeInfoFromType(scope.Obj(), member->type))
						{
							auto field = Ptr(new WfStructField(td.Obj(), member->name.value));
							field->SetReturn(typeInfo);
							td->AddMember(field);
						}
					}
				}

				void Visit(WfVirtualCfeDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Visit(WfVirtualCseDeclaration* node)override
				{
					node->Accept((WfVirtualCseDeclaration::IVisitor*)this);
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Visit(WfStateMachineDeclaration* node)override
				{
				}

				static void Execute(WfLexicalScopeManager* manager, WfDeclaration* declaration)
				{
					CompleteScopeForDeclarationVisitor visitor(manager);
					declaration->Accept(&visitor);
				}
			};

/***********************************************************************
CompleteScope
***********************************************************************/

			void CompleteScopeForClassMember(WfLexicalScopeManager* manager, Ptr<WfCustomType> td, Ptr<WfDeclaration> memberDecl)
			{
				CompleteScopeForClassMemberVisitor::Execute(manager, td, memberDecl);
			}

			void CompleteScopeForDeclaration(WfLexicalScopeManager* manager, WfDeclaration* declaration)
			{
				CompleteScopeForDeclarationVisitor::Execute(manager, declaration);
			}

			void CompleteScopeForModule(WfLexicalScopeManager* manager, Ptr<WfModule> module)
			{
				for (auto declaration : module->declarations)
				{
					CompleteScopeForDeclaration(manager, declaration.Obj());
				}
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_CONTEXTFREEDESUGAR.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace glr;
			using namespace reflection::description;

/***********************************************************************
SetCodeRange
***********************************************************************/

			class SetCodeRangeVisitor : public traverse_visitor::AstVisitor
			{
			public:
				ParsingTextRange						range;
				bool									asOffset;

				SetCodeRangeVisitor(ParsingTextRange _range, bool _asOffset)
					:range(_range)
					, asOffset(_asOffset)
				{
				}

				void UpdateTextPos(ParsingTextPos& pos)
				{
					if (pos.row == -1 || pos.column == -1)
					{
						pos = range.start;
					}
					else 
					{
						if (pos.row == 0)
						{
							pos.column += range.start.column;
						}
						pos.row += range.start.row;
					}
				}

				void Traverse(ParsingAstBase *node)override
				{
					if (node->codeRange == ParsingTextRange())
					{
						node->codeRange = range;
					}
					else if (asOffset)
					{
						UpdateTextPos(node->codeRange.start);
						UpdateTextPos(node->codeRange.end);
						if (node->codeRange.codeIndex == -1)
						{
							node->codeRange.codeIndex = range.codeIndex;
						}
					}
				}

				void Traverse(ParsingToken& token)override
				{
					if (token.codeRange == ParsingTextRange())
					{
						token.codeRange = range;
					}
					else if (asOffset)
					{
						UpdateTextPos(token.codeRange.start);
						UpdateTextPos(token.codeRange.end);
						if (token.codeRange.codeIndex == -1)
						{
							token.codeRange.codeIndex = range.codeIndex;
						}
					}
				}
			};

			void SetCodeRange(Ptr<WfType> node, glr::ParsingTextRange codeRange, bool asOffset)
			{
				SetCodeRangeVisitor(codeRange, asOffset).InspectInto(node.Obj());
			}

			void SetCodeRange(Ptr<WfExpression> node, glr::ParsingTextRange codeRange, bool asOffset)
			{
				SetCodeRangeVisitor(codeRange, asOffset).InspectInto(node.Obj());
			}

			void SetCodeRange(Ptr<WfStatement> node, glr::ParsingTextRange codeRange, bool asOffset)
			{
				SetCodeRangeVisitor(codeRange, asOffset).InspectInto(node.Obj());
			}

			void SetCodeRange(Ptr<WfDeclaration> node, glr::ParsingTextRange codeRange, bool asOffset)
			{
				SetCodeRangeVisitor(codeRange, asOffset).InspectInto(node.Obj());
			}

			void SetCodeRange(Ptr<WfModule> node, glr::ParsingTextRange codeRange, bool asOffset)
			{
				SetCodeRangeVisitor(codeRange, asOffset).InspectInto(node.Obj());
			}

/***********************************************************************
ContextFreeModuleDesugar
***********************************************************************/

			class ContextFreeDesugarVisitor : public traverse_visitor::AstVisitor
			{
			public:
				WfLexicalScopeManager*					manager;
				WfClassDeclaration*						surroundingClassDecl = nullptr;
				WfNewInterfaceExpression*				surroundingLambda = nullptr;

				ContextFreeDesugarVisitor(WfLexicalScopeManager* _manager)
					:manager(_manager)
				{
				}

				void Traverse(WfFormatExpression* node)override
				{
					if (node->expandedExpression)
					{
						return;
					}

					List<Ptr<WfExpression>> expressions;
					const wchar_t* reading = node->value.value.Buffer();

					const wchar_t* textPosCounter = reading;
					ParsingTextPos formatPos = node->codeRange.start;
					formatPos.column += 2;

					while (*reading)
					{
						const wchar_t* begin = wcsstr(reading, L"$(");
						if (begin)
						{
							auto expression = Ptr(new WfStringExpression);
							expression->codeRange = node->codeRange;
							expression->value.value = WString::CopyFrom(reading, vint(begin - reading));
							expressions.Add(expression);
						}
						else
						{
							break;
						}

						const wchar_t* end = begin + 2;
						vint counter = 1;
						while (wchar_t c = *end++)
						{
							switch (c)
							{
							case L'(':
								counter++;
								break;
							case L')':
								counter--;
								break;
							}
							if (counter == 0)
							{
								break;
							}
						}

						if (counter != 0)
						{
							auto error = WfErrors::WrongFormatStringSyntax(node);
							error.message += L" (Does not find matched close bracket.)";
							manager->errors.Add(error);
							return;
						}
						else
						{
							WString input = WString::CopyFrom(begin + 2, vint(end - begin - 3));
							vint currentErrorCount = manager->errors.Count();

							if (auto expression = ParseExpression(input, manager->workflowParser))
							{
								expressions.Add(expression);

								while (textPosCounter++ < begin + 2)
								{
									switch (textPosCounter[-1])
									{
									case '\n':
										formatPos.row++;
										formatPos.column = 0;
										break;
									default:
										formatPos.column++;
										break;
									}
								}
								SetCodeRange(expression, { formatPos,formatPos,node->codeRange.codeIndex }, true);
							}

							for (vint i = currentErrorCount; i < manager->errors.Count(); i++)
							{
								auto&& existing = manager->errors[i];
								auto error = WfErrors::WrongFormatStringSyntax(node);
								existing.message = error.message + L" (" + existing.message + L")";
							}
							reading = end;
						}
					}
					if (*reading || expressions.Count() == 0)
					{
						auto expression = Ptr(new WfStringExpression);
						expression->codeRange = node->codeRange;
						expression->value.value = reading;
						expressions.Add(expression);
					}

					if (expressions.Count() > 0)
					{
						Ptr<WfExpression> current = expressions[0];
						for (auto expression : From(expressions).Skip(1))
						{
							auto binary = Ptr(new WfBinaryExpression);
							binary->codeRange = node->codeRange;
							binary->first = current;
							binary->second = expression;
							binary->op = WfBinaryOperator::FlagAnd;
							current = binary;
						}

						node->expandedExpression = current;
						SetCodeRange(node->expandedExpression, node->codeRange);
					}
				}

				void Traverse(WfAutoPropertyDeclaration* node)override
				{
					if (node->expandedDeclarations.Count() > 0)
					{
						return;
					}

					bool needVariable = false;
					bool needVirtual = false;
					bool needEvent = false;
					bool needProperty = false;

					if (surroundingClassDecl)
					{
						switch (surroundingClassDecl->kind)
						{
						case WfClassKind::Class:
							{
								needVariable = true;
								needVirtual = false;
								needEvent = node->configObserve == WfAPObserve::Observable;
								needProperty = true;
							}
							break;
						case WfClassKind::Interface:
							{
								needVariable = false;
								needVirtual = true;
								needEvent = node->configObserve == WfAPObserve::Observable;
								needProperty = true;
							}
							break;
						default:;
						}
					}
					else if (surroundingLambda)
					{
						needVariable = true;
						needVirtual = false;
						needEvent = false;
						needProperty = false;
					}

					auto varName = L"<prop>" + node->name.value;
					auto getterName = L"Get" + node->name.value;
					auto setterName = L"Set" + node->name.value;
					auto eventName = node->name.value + L"Changed";

					if (needVariable && node->expression)
					{
						auto decl = Ptr(new WfVariableDeclaration);
						node->expandedDeclarations.Add(decl);

						decl->name.value = varName;
						decl->type = CopyType(node->type);
						decl->expression = CopyExpression(node->expression, true);

						auto att = Ptr(new WfAttribute);
						att->category.value = L"cpp";
						att->name.value = L"Private";
						decl->attributes.Add(att);
					}

					{
						auto decl = Ptr(new WfFunctionDeclaration);
						node->expandedDeclarations.Add(decl);

						decl->functionKind = WfFunctionKind::Normal;
						decl->anonymity = WfFunctionAnonymity::Named;
						decl->name.value = getterName;
						decl->returnType = CopyType(node->type);

						if (!needVirtual)
						{
							auto refExpr = Ptr(new WfReferenceExpression);
							refExpr->name.value = varName;

							auto returnStat = Ptr(new WfReturnStatement);
							returnStat->expression = refExpr;

							auto block = Ptr(new WfBlockStatement);
							block->statements.Add(returnStat);
							decl->statement = block;
						}
					}

					if (!needVirtual || node->configConst == WfAPConst::Writable)
					{
						auto decl = Ptr(new WfFunctionDeclaration);
						node->expandedDeclarations.Add(decl);

						decl->functionKind = WfFunctionKind::Normal;
						decl->anonymity = WfFunctionAnonymity::Named;
						decl->name.value = setterName;

						if (node->configConst == WfAPConst::Readonly)
						{
							auto att = Ptr(new WfAttribute);
							att->category.value = L"cpp";
							att->name.value = L"Protected";
							decl->attributes.Add(att);
						}

						{
							auto argument = Ptr(new WfFunctionArgument);
							argument->name.value = L"<value>";
							argument->type = CopyType(node->type);
							decl->arguments.Add(argument);
						}
						{
							auto voidType = Ptr(new WfPredefinedType);
							voidType->name = WfPredefinedTypeName::Void;
							decl->returnType = voidType;
						}

						if (!needVirtual)
						{
							auto block = Ptr(new WfBlockStatement);
							decl->statement = block;

							auto createBinaryExpr = [&](WfBinaryOperator op)
							{
								auto refArgument = Ptr(new WfReferenceExpression);
								refArgument->name.value = L"<value>";

								auto refVar = Ptr(new WfReferenceExpression);
								refVar->name.value = varName;

								auto binaryExpr = Ptr(new WfBinaryExpression);
								binaryExpr->first = refVar;
								binaryExpr->second = refArgument;
								binaryExpr->op = op;

								return binaryExpr;
							};

							if (node->configObserve == WfAPObserve::Observable)
							{
								auto ifStat = Ptr(new WfIfStatement);
								ifStat->expression = createBinaryExpr(WfBinaryOperator::NE);

								auto trueBlock = Ptr(new WfBlockStatement);
								ifStat->trueBranch = trueBlock;

								{
									auto stat = Ptr(new WfExpressionStatement);
									stat->expression = createBinaryExpr(WfBinaryOperator::Assign);
									trueBlock->statements.Add(stat);
								}
								{
									auto refEvent = Ptr(new WfReferenceExpression);
									refEvent->name.value = eventName;

									auto callExpr = Ptr(new WfCallExpression);
									callExpr->function = refEvent;

									auto stat = Ptr(new WfExpressionStatement);
									stat->expression = callExpr;
									trueBlock->statements.Add(stat);
								}

								block->statements.Add(ifStat);
							}
							else
							{
								auto stat = Ptr(new WfExpressionStatement);
								stat->expression = createBinaryExpr(WfBinaryOperator::Assign);

								block->statements.Add(stat);
							}
						}
					}

					if (needEvent)
					{
						auto decl = Ptr(new WfEventDeclaration);
						node->expandedDeclarations.Add(decl);

						decl->name.value = eventName;
					}

					if (needProperty)
					{
						auto decl = Ptr(new WfPropertyDeclaration);
						node->expandedDeclarations.Add(decl);

						decl->type = CopyType(node->type);
						decl->name.value = node->name.value;
						decl->getter.value = getterName;
						if (node->configConst == WfAPConst::Writable)
						{
							decl->setter.value = setterName;
						}
						if (node->configObserve == WfAPObserve::Observable)
						{
							decl->valueChangedEvent.value = eventName;
						}
					}

					for (auto decl : From(node->expandedDeclarations).FindType<WfFunctionDeclaration>())
					{
						decl->functionKind = WfFunctionKind::Normal;
						if (surroundingLambda)
						{
							if (decl->name.value == getterName)
							{
								decl->functionKind = WfFunctionKind::Override;
							}
							else if (decl->name.value == setterName)
							{
								if (node->configConst == WfAPConst::Writable)
								{
									decl->functionKind = WfFunctionKind::Override;
								}
							}
						}

						SetCodeRange(decl, node->codeRange);
					}
				}

				void Traverse(WfCastResultInterfaceDeclaration* node)override
				{
					if (node->expandedDeclarations.Count() > 0)
					{
						return;
					}

					auto decl = Ptr(new WfClassDeclaration);
					node->expandedDeclarations.Add(decl);
					decl->kind = WfClassKind::Interface;
					decl->constructorType = WfConstructorType::SharedPtr;
					decl->name.value = node->name.value;
					decl->baseTypes.Add(CopyType(node->baseType));

					{
						auto funcDecl = Ptr(new WfFunctionDeclaration);
						decl->declarations.Add(funcDecl);
						funcDecl->functionKind = WfFunctionKind::Static;
						funcDecl->anonymity = WfFunctionAnonymity::Named;
						funcDecl->name.value = L"CastResult";
						funcDecl->returnType = CopyType(node->elementType);
						{
							auto argument = Ptr(new WfFunctionArgument);
							funcDecl->arguments.Add(argument);
							argument->name.value = L"value";
							argument->type = GetTypeFromTypeInfo(TypeInfoRetriver<Value>::CreateTypeInfo().Obj());
						}
						{
							auto block = Ptr(new WfBlockStatement);
							funcDecl->statement = block;

							auto refValue = Ptr(new WfReferenceExpression);
							refValue->name.value = L"value";

							auto castExpr = Ptr(new WfTypeCastingExpression);
							castExpr->strategy = WfTypeCastingStrategy::Strong;
							castExpr->type = CopyType(node->elementType);
							castExpr->expression = refValue;

							auto stat = Ptr(new WfReturnStatement);
							stat->expression = castExpr;

							block->statements.Add(stat);
						}
					}
					{
						auto funcDecl = Ptr(new WfFunctionDeclaration);
						decl->declarations.Add(funcDecl);
						funcDecl->functionKind = WfFunctionKind::Static;
						funcDecl->anonymity = WfFunctionAnonymity::Named;
						funcDecl->name.value = L"StoreResult";
						funcDecl->returnType = GetTypeFromTypeInfo(TypeInfoRetriver<Value>::CreateTypeInfo().Obj());
						{
							auto argument = Ptr(new WfFunctionArgument);
							funcDecl->arguments.Add(argument);
							argument->name.value = L"value";
							argument->type = CopyType(node->elementType);
						}
						{
							auto block = Ptr(new WfBlockStatement);
							funcDecl->statement = block;

							auto refValue = Ptr(new WfReferenceExpression);
							refValue->name.value = L"value";

							auto stat = Ptr(new WfReturnStatement);
							stat->expression = refValue;

							block->statements.Add(stat);
						}
					}

					SetCodeRange(Ptr<WfDeclaration>(decl), node->codeRange);
				}

#define PUSH_SURROUNDING\
					auto o1 = surroundingClassDecl;\
					auto o2 = surroundingLambda;\
					surroundingClassDecl = nullptr;\
					surroundingLambda = nullptr;\

#define POP_SURROUNDING\
					surroundingClassDecl = o1;\
					surroundingLambda = o2;\

				void Visit(WfClassDeclaration* node)override
				{
					PUSH_SURROUNDING
					surroundingClassDecl = node;
					traverse_visitor::AstVisitor::Visit(node);
					POP_SURROUNDING
				}

				void Visit(WfNewInterfaceExpression* node)override
				{
					PUSH_SURROUNDING
					surroundingLambda = node;
					traverse_visitor::AstVisitor::Visit(node);
					POP_SURROUNDING
				}

#undef PUSH_SURROUNDING
#undef POP_SURROUNDING
			};

			void ContextFreeModuleDesugar(WfLexicalScopeManager* manager, Ptr<WfModule> module)
			{
				ContextFreeDesugarVisitor(manager).InspectInto(module.Obj());
			}

			void ContextFreeDeclarationDesugar(WfLexicalScopeManager* manager, Ptr<WfDeclaration> declaration)
			{
				ContextFreeDesugarVisitor(manager).InspectInto(declaration.Obj());
			}

			void ContextFreeStatementDesugar(WfLexicalScopeManager* manager, Ptr<WfStatement> statement)
			{
				ContextFreeDesugarVisitor(manager).InspectInto(statement.Obj());
			}

			void ContextFreeExpressionDesugar(WfLexicalScopeManager* manager, Ptr<WfExpression> expression)
			{
				ContextFreeDesugarVisitor(manager).InspectInto(expression.Obj());
			}
		}
	}
}

/***********************************************************************
.\ANALYZER\WFANALYZER_ERRORS.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace glr;
			using namespace reflection;
			using namespace reflection::description;

			ParsingError MakeParsingError(ParsingAstBase* node, const WString& message)
			{
				return { node, node->codeRange, message };
			}

			template<typename T, typename F>
			WString ListToErrorMessage(List<T>& items, F&& f)
			{
				WString description;
				for (auto friendlyName : From(items)
					.Select(f)
					.OrderBySelf()
					)
				{
					description += L"\r\n\t";
					description += friendlyName;
				}
				return description;
			}

/***********************************************************************
WfErrors
***********************************************************************/

			glr::ParsingError WfErrors::WrongFormatStringSyntax(WfExpression* node)
			{
				return MakeParsingError(node, L"A0: Wrong format string syntax.");
			}

			glr::ParsingError WfErrors::WrongSimpleObserveExpression(WfExpression* node)
			{
				return MakeParsingError(node, L"A1: Simple observe expression should observe a property under the observed object.");
			}

			glr::ParsingError WfErrors::WrongSimpleObserveEvent(WfExpression* node)
			{
				return MakeParsingError(node, L"A2: Simple observe expression should react to an event under the observed object.");
			}

			glr::ParsingError WfErrors::EmptyObserveEvent(WfExpression* node)
			{
				return MakeParsingError(node, L"A2: Observe expression should react to at least one event.");
			}

			glr::ParsingError WfErrors::ObserveNotInBind(WfExpression* node)
			{
				return MakeParsingError(node, L"A3: Observe expression should appear in a bind expression.");
			}

			glr::ParsingError WfErrors::ObserveInObserveEvent(WfExpression* node)
			{
				return MakeParsingError(node, L"A4: Observe expression should not appear in the event expression in another observe expression.");
			}

			glr::ParsingError WfErrors::BindInBind(WfExpression* node)
			{
				return MakeParsingError(node, L"A4: Bind expression should not appear in another bind expression.");
			}

			glr::ParsingError WfErrors::AttachInBind(WfExpression* node)
			{
				return MakeParsingError(node, L"A4: Attach expression should not appear in another bind expression.");
			}

			glr::ParsingError WfErrors::DetachInBind(WfExpression* node)
			{
				return MakeParsingError(node, L"A4: Detach expression should not appear in another bind expression.");
			}

			glr::ParsingError WfErrors::ConstructorMixMapAndList(WfExpression* node)
			{
				return MakeParsingError(node, L"A5: Key-value pairs are not allowed in list constructor expression.");
			}

			glr::ParsingError WfErrors::ConstructorMixStructAndList(WfExpression* node)
			{
				return MakeParsingError(node, L"A5: Field-value pairs are expected in struct constructor expression.");
			}

			glr::ParsingError WfErrors::DuplicatedConstructorField(WfReferenceExpression* node)
			{
				return MakeParsingError(node, L"A5: The same field cannot be assigned more than once in struct constructor expression.");
			}

			glr::ParsingError WfErrors::ConstructorMixClassAndInterface(WfNewClassExpression* node)
			{
				return MakeParsingError(node, L"A6: Arguments are not allowed in new interface expression.");
			}

			glr::ParsingError WfErrors::ConstructorMixClassAndInterface(WfNewInterfaceExpression* node)
			{
				return MakeParsingError(node, L"A6: Members are not allowed in new class expression.");
			}

			glr::ParsingError WfErrors::ScopeNameIsNotExpression(WfExpression* node, Ptr<WfLexicalScopeName> scopeName)
			{
				return MakeParsingError(node, L"A7: Symbol \"" + scopeName->GetFriendlyName() + L"\" cannot be used as an expression.");
			}

			glr::ParsingError WfErrors::EventIsNotExpression(WfExpression* node, reflection::description::IEventInfo* eventInfo)
			{
				return MakeParsingError(node, L"A7: Event \"" + eventInfo->GetName() + L"\" of type \"" + eventInfo->GetOwnerTypeDescriptor()->GetTypeName() + L"\" cannot be used as an expression.");
			}

			glr::ParsingError WfErrors::ExpressionIsNotScopeName(WfExpression* node)
			{
				return MakeParsingError(node, L"A8: Expression does not reference to a declaration.");
			}

			glr::ParsingError WfErrors::ExpressionIsNotEvent(WfExpression* node)
			{
				return MakeParsingError(node, L"A8: Expression does not reference to an event.");
			}

			glr::ParsingError WfErrors::ExpressionCannotResolveType(WfExpression* node, Ptr<WfLexicalSymbol> symbol)
			{
				return MakeParsingError(node, L"A9: Expression referencing to symbol \"" + symbol->name + L"\" failed to resolve its type.");
			}

			glr::ParsingError WfErrors::NullCannotResolveType(WfExpression* node)
			{
				return MakeParsingError(node, L"A9: Expression \"null\" failed to resolve its type.");
			}

			glr::ParsingError WfErrors::ConstructorCannotResolveType(WfExpression* node)
			{
				return MakeParsingError(node, L"A9: Expression \"{}\" failed to resolve its type.");
			}

			glr::ParsingError WfErrors::OrderedLambdaCannotResolveType(WfExpression* node)
			{
				return MakeParsingError(node, L"A9: Ordered lambda expression failed to resolve its type.");
			}

			glr::ParsingError WfErrors::NullCannotImplicitlyConvertToType(WfExpression* node, reflection::description::ITypeInfo* toType)
			{
				return MakeParsingError(node, L"A10: Expression \"null\" cannot implicitly convert to \"" + toType->GetTypeFriendlyName() + L"\".");
			}

			glr::ParsingError WfErrors::ConstructorCannotImplicitlyConvertToType(WfExpression* node, reflection::description::ITypeInfo* toType)
			{
				return MakeParsingError(node, L"A10: Expression \"{}\" cannot implicitly convert to \"" + toType->GetTypeFriendlyName() + L"\".");
			}

			glr::ParsingError WfErrors::OrderedLambdaCannotImplicitlyConvertToType(WfExpression* node, reflection::description::ITypeInfo* toType)
			{
				return MakeParsingError(node, L"A10: Ordered lambda expression cannot implicitly convert to \"" + toType->GetTypeFriendlyName() + L"\".");
			}

			glr::ParsingError WfErrors::ExpressionCannotImplicitlyConvertToType(WfExpression* node, reflection::description::ITypeInfo* fromType, reflection::description::ITypeInfo* toType)
			{
				return MakeParsingError(node, L"A10: Expression of type \"" + fromType->GetTypeFriendlyName() + L"\" cannot implicitly convert to \"" + toType->GetTypeFriendlyName() + L"\".");
			}

			glr::ParsingError WfErrors::ExpressionCannotExplicitlyConvertToType(WfExpression* node, reflection::description::ITypeInfo* fromType, reflection::description::ITypeInfo* toType)
			{
				return MakeParsingError(node, L"A11: Expression of type \"" + fromType->GetTypeFriendlyName() + L"\" cannot explicitly convert to \"" + toType->GetTypeFriendlyName() + L"\".");
			}

			glr::ParsingError WfErrors::CannotWeakCastToType(WfExpression* node, reflection::description::ITypeInfo* toType)
			{
				return MakeParsingError(node, L"A12: Expression cannot weakly cast to \"" + toType->GetTypeFriendlyName() + L"\" because it cannot be \"null\".");
			}

			glr::ParsingError WfErrors::IntegerLiteralOutOfRange(WfIntegerExpression* node)
			{
				return MakeParsingError(node, L"A13: Integer literal \"" + node->value.value + L"\" out of range.");
			}

			glr::ParsingError WfErrors::FloatingLiteralOutOfRange(WfFloatingExpression* node)
			{
				return MakeParsingError(node, L"A13: Floating literal \"" + node->value.value + L"\" out of range.");
			}

			glr::ParsingError WfErrors::CannotMergeTwoType(WfExpression* node, reflection::description::ITypeInfo* firstType, reflection::description::ITypeInfo* secondType)
			{
				return MakeParsingError(node, L"A14: Failed to merge type \"" + firstType->GetTypeFriendlyName() + L"\" with type \"" + secondType->GetTypeFriendlyName() + L"\" together to calculate the result type.");
			}

			glr::ParsingError WfErrors::RangeShouldBeInteger(WfExpression* node, reflection::description::ITypeInfo* type)
			{
				return MakeParsingError(node, L"A15: Elements in a range expression should be integer, not \"" + type->GetTypeFriendlyName() + L"\".");
			}

			glr::ParsingError WfErrors::UnaryOperatorOnWrongType(WfUnaryExpression* node, reflection::description::ITypeInfo* type)
			{
				return MakeParsingError(node, L"A16: Unary operator cannot apply on expression of type \"" + type->GetTypeFriendlyName() + L"\".");
			}

			glr::ParsingError WfErrors::BinaryOperatorOnWrongType(WfBinaryExpression* node, reflection::description::ITypeInfo* type)
			{
				return MakeParsingError(node, L"A16: Binary operator cannot apply on expression of type \"" + type->GetTypeFriendlyName() + L"\".");
			}

			glr::ParsingError WfErrors::IndexOperatorOnWrongType(WfBinaryExpression* node, reflection::description::ITypeInfo* containerType)
			{
				return MakeParsingError(node, L"A17: Container of type \"" + containerType->GetTypeFriendlyName() + L"\" cannot be accessed using index.");
			}

			glr::ParsingError WfErrors::ExpressionIsNotCollection(WfExpression* node, reflection::description::ITypeInfo* type)
			{
				return MakeParsingError(node, L"A18: Expression of type \"" + type->GetTypeFriendlyName() + L"\" is not an enumerable type.");
			}

			glr::ParsingError WfErrors::ExpressionIsNotFunction(WfExpression* node, reflection::description::ITypeInfo* type)
			{
				return MakeParsingError(node, L"A19: Expression of type \"" + type->GetTypeFriendlyName() + L"\" is not an invokable function type.");
			}

			glr::ParsingError WfErrors::FunctionArgumentCountMismatched(glr::ParsingAstBase* node, vint expectedCount, const ResolveExpressionResult& function)
			{
				return MakeParsingError(node, L"A20: Function " + function.GetFriendlyName() + L"\" is not allowed to call with " + itow(expectedCount) + L" arguments.");
			}

			glr::ParsingError WfErrors::FunctionArgumentTypeMismatched(glr::ParsingAstBase* node, const ResolveExpressionResult& function, vint index, reflection::description::ITypeInfo* fromType, reflection::description::ITypeInfo* toType)
			{
				return MakeParsingError(node, L"A21: The " + itow(index) + L"-th argument of function " + function.GetFriendlyName() + L" cannot implicitly convert from \"" + fromType->GetTypeFriendlyName() + L"\" to \"" + toType->GetTypeFriendlyName() + L"\".");
			}

			glr::ParsingError WfErrors::CannotPickOverloadedFunctions(glr::ParsingAstBase* node, collections::List<ResolveExpressionResult>& results)
			{
				auto description = ListToErrorMessage(results, [](auto&& result) { return result.GetFriendlyName(); });
				return MakeParsingError(node, L"A22: Cannot decide which function to call in multiple targets: " + description + L".");
			}

			glr::ParsingError WfErrors::ClassContainsNoConstructor(WfExpression* node, reflection::description::ITypeInfo* type)
			{
				return MakeParsingError(node, L"A23: Class \"" + type->GetTypeFriendlyName() + L"\" does not contain any constructor.");
			}

			glr::ParsingError WfErrors::InterfaceContainsNoConstructor(WfExpression* node, reflection::description::ITypeInfo* type)
			{
				Ptr<ITypeInfo> proxy = TypeInfoRetriver<Ptr<IValueInterfaceProxy>>::CreateTypeInfo();
				return MakeParsingError(node, L"A23: Interface \"" + type->GetTypeFriendlyName() + L"\" does not contain any constructor receiving an \"" + proxy->GetTypeFriendlyName() + L"\".");
			}

			glr::ParsingError WfErrors::ConstructorReturnTypeMismatched(WfExpression* node, const ResolveExpressionResult& function, reflection::description::ITypeInfo* fromType, reflection::description::ITypeInfo* toType)
			{
				return MakeParsingError(node, L"A24: The return type of " + function.GetFriendlyName() + L" cannot implicitly convert from \"" + fromType->GetTypeFriendlyName() + L"\" to \"" + toType->GetTypeFriendlyName() + L"\".");
			}

			glr::ParsingError WfErrors::ExpressionIsNotLeftValue(WfExpression* node, const ResolveExpressionResult& result)
			{
				return MakeParsingError(node, L"A25: " + result.GetFriendlyName(true) + L" is not assignable.");
			}

			glr::ParsingError WfErrors::CannotCallMemberOutsideOfClass(WfExpression* node, const ResolveExpressionResult& result)
			{
				return MakeParsingError(node, L"A26: " + result.GetFriendlyName(true) + L" cannot be called as a static member.");
			}

			glr::ParsingError WfErrors::CannotCallMemberInStaticFunction(WfExpression* node, const ResolveExpressionResult& result)
			{
				return MakeParsingError(node, L"A27: " + result.GetFriendlyName(true) + L" cannot be called in static functions of its class or interface.");
			}

			glr::ParsingError WfErrors::FieldCannotInitializeUsingEachOther(WfExpression* node, const ResolveExpressionResult& result)
			{
				return MakeParsingError(node, L"A28: " + result.GetFriendlyName(true) + L" cannot be used to initialize other fields in the same type or new interface expression.");
			}

			glr::ParsingError WfErrors::WrongThisExpression(WfExpression* node)
			{
				return MakeParsingError(node, L"A29: The \"this\" expression can only be used in class methods or functions in new interface expressions");
			}

			glr::ParsingError WfErrors::IncorrectTypeForUnion(WfExpression* node, reflection::description::ITypeInfo* type)
			{
				return MakeParsingError(node, L"A30: Expression of type \"" + type->GetTypeFriendlyName() + L"\" cannot be used in union (&) expression because it is not string or flag enum.");
			}

			glr::ParsingError WfErrors::IncorrectTypeForIntersect(WfExpression* node, reflection::description::ITypeInfo* type)
			{
				return MakeParsingError(node, L"A30: Expression of type \"" + type->GetTypeFriendlyName() + L"\" cannot be used in intersect (|) expression because it is not flag enum.");
			}

			glr::ParsingError WfErrors::ExpressionIsNotConstant(WfExpression* node)
			{
				return MakeParsingError(node, L"A31: Expression is not constant. A constant expression consists of:\r\n"
					L"\tconstant primitive values\r\n"
					L"\tenum items\r\n"
					L"\tconstant unary (+, -, not) expressions\r\n"
					L"\tconstant binary (|) expressions\r\n"
					L"\tconstant range expressions\r\n"
					L"\tconstant constructor expressions (to create values of structs, lists or dictionarys)\r\n"
					L"\ttype() or typeof() expressions.");
			}

			glr::ParsingError WfErrors::WrongMixinTargetType(WfExpression* node, reflection::description::ITypeInfo* fromType, reflection::description::ITypeInfo* toType)
			{
				return MakeParsingError(node, L"A32: Mixin cast cannot implicitly convert from \"" + fromType->GetTypeFriendlyName() + L"\" to \"" + toType->GetTypeFriendlyName() + L"\". It is only for converting from an interface to a derived interface.");
			}

			glr::ParsingError WfErrors::ExpectedTypeCastCannotResolveType(WfExpression* node)
			{
				return MakeParsingError(node, L"A33: Cannot resolve type \"*\". This expression should only appear on a place which has an explicit type, including variables and arguments.");
			}

			glr::ParsingError WfErrors::WrongVoidType(WfType* node)
			{
				return MakeParsingError(node, L"B0: Void is not a type for a value.");
			}

			glr::ParsingError WfErrors::WrongInterfaceType(WfType* node)
			{
				return MakeParsingError(node, L"B1: Interface is not a type for a value.");
			}

			glr::ParsingError WfErrors::RawPointerToNonReferenceType(WfType* node, reflection::description::ITypeInfo* typeInfo)
			{
				return MakeParsingError(node, L"B2: A raw pointer" + (typeInfo ? L" \"" + typeInfo->GetTypeFriendlyName() + L"\"" : L"") + L" should point to a class or interface.");
			}

			glr::ParsingError WfErrors::SharedPointerToNonReferenceType(WfType* node, reflection::description::ITypeInfo* typeInfo)
			{
				return MakeParsingError(node, L"B3: A shared pointer" + (typeInfo ? L" \"" + typeInfo->GetTypeFriendlyName() + L"\"" : L"") + L" should point to a class or interface.");
			}

			glr::ParsingError WfErrors::NullableToNonReferenceType(WfType* node, reflection::description::ITypeInfo* typeInfo)
			{
				return MakeParsingError(node, L"B4: A nullable value" + (typeInfo ? L" \"" + typeInfo->GetTypeFriendlyName() + L"\"" : L"") + L" should point to a struct.");
			}

			glr::ParsingError WfErrors::ChildOfNonReferenceType(WfType* node)
			{
				return MakeParsingError(node, L"B5: Only a reference type have child types.");
			}

			glr::ParsingError WfErrors::TypeNotExists(WfType* node, Ptr<WfLexicalScopeName> scopeName)
			{
				return MakeParsingError(node, L"B6: \"" + scopeName->GetFriendlyName() + L"\" is not a type.");
			}

			glr::ParsingError WfErrors::TypeNotExists(WfType* node, const ResolveExpressionResult& result)
			{
				return MakeParsingError(node, L"B6: \"" + result.GetFriendlyName() + L"\" is not a type.");
			}

			glr::ParsingError WfErrors::TypeNotForValue(WfType* node, reflection::description::ITypeInfo* typeInfo)
			{
				return MakeParsingError(node, L"B7: Type \"" + typeInfo->GetTypeFriendlyName() + L"\" is not a type for a value.");
			}

			glr::ParsingError WfErrors::BreakNotInLoop(WfStatement* node)
			{
				return MakeParsingError(node, L"C0: Break statement should appear in a loop.");
			}

			glr::ParsingError WfErrors::ContinueNotInLoop(WfStatement* node)
			{
				return MakeParsingError(node, L"C1: Continue statement should appear in a loop.");
			}

			glr::ParsingError WfErrors::RethrowNotInCatch(WfStatement* node)
			{
				return MakeParsingError(node, L"C2: Re-raise exception statement should appear in catch.");
			}

			glr::ParsingError WfErrors::TryMissCatchAndFinally(WfStatement* node)
			{
				return MakeParsingError(node, L"C3: Try statement should not appear without both catch and finally.");
			}

			glr::ParsingError WfErrors::ReturnMissExpression(WfStatement* node, reflection::description::ITypeInfo* type)
			{
				return MakeParsingError(node, L"C4: Return statement requires an expression of type \"" + type->GetTypeFriendlyName() + L"\".");
			}

			glr::ParsingError WfErrors::DeleteNonRawPointer(WfStatement* node, reflection::description::ITypeInfo* type)
			{
				return MakeParsingError(node, L"C5: Delete statement cannot apply on an expression of type \"" + type->GetTypeFriendlyName() + L"\", which is expected to be a raw pointer.");
			}

			glr::ParsingError WfErrors::CannotReturnExpression(WfStatement* node)
			{
				return MakeParsingError(node, L"C6: Return statement cannot have a value inside void functions, constructors, destructors or $coroutine expressions.");
			}

			glr::ParsingError WfErrors::WrongCoPause(WfStatement* node)
			{
				return MakeParsingError(node, L"C7: $pause statement should appear inside a $coroutine expression, and it cannot be nested.");
			}

			glr::ParsingError WfErrors::WrongCoOperator(WfStatement* node)
			{
				return MakeParsingError(node, L"C8: $Operator statement should appear inside a coroutine function (which has a functiona body like ${} or $Provider{}).");
			}

			glr::ParsingError WfErrors::WrongCoOperator(WfExpression* node)
			{
				return MakeParsingError(node, L"C8: $.Operator expression should appear inside a coroutine function (which has a functiona body like ${} or $Provider{}).");
			}

			glr::ParsingError WfErrors::CoProviderNotExists(WfCoProviderStatement* node, collections::List<WString>& candidates)
			{
				auto description = ListToErrorMessage(candidates, [](auto&& candidate) { return candidate; });
				if (node->name.value == L"")
				{
					return MakeParsingError(node, L"C9: Cannot find a coroutine provider based on the function return type, all of the following types do not exist: " + description + L".");
				}
				else
				{
					return MakeParsingError(node, L"C9: Cannot find a coroutine provider based on the provider name \"" + node->name.value.Right(node->name.value.Length() - 1) + L"\", all of the following types do not exist: " + description + L".");
				}
			}

			glr::ParsingError WfErrors::CoOperatorNotExists(WfReturnStatement* node, reflection::description::ITypeInfo* type)
			{
				return MakeParsingError(node, L"C10: Static function \"ReturnAndExit\" does not exist in coroutine provider \"" + type->GetTypeFriendlyName() + L"\".");
			}

			glr::ParsingError WfErrors::CoOperatorNotExists(WfCoOperatorStatement* node, reflection::description::ITypeInfo* type)
			{
				auto operatorName = node->opName.value.Right(node->opName.value.Length() - 1);
				if (node->varName.value == L"")
				{
					return MakeParsingError(node, L"C10: Static functions \"" + operatorName + L"AndPause\" and \"" + operatorName + L"AndRead\" do not exist in coroutine provider \"" + type->GetTypeFriendlyName() + L"\".");
				}
				else
				{
					return MakeParsingError(node, L"C10: Static function \"" + operatorName + L"AndRead\" does not exist in coroutine provider \"" + type->GetTypeFriendlyName() + L"\".");
				}
			}

			glr::ParsingError WfErrors::CoOperatorNotExists(WfCoOperatorExpression* node, reflection::description::ITypeInfo* type)
			{
				return MakeParsingError(node, L"C10: Static function \"QueryContext\" does not exist in coroutine provider \"" + type->GetTypeFriendlyName() + L"\".");
			}

			glr::ParsingError WfErrors::CoOperatorCannotResolveResultType(WfCoOperatorStatement* node, collections::List<reflection::description::ITypeInfo*>& types)
			{
				auto operatorName = node->opName.value.Right(node->opName.value.Length() - 1);
				if (node->arguments.Count() == 0)
				{
					return MakeParsingError(node, L"C11: Failed to resolve the result type of coroutine operator \"" + operatorName + L"\", since there is no argument.");
				}
				else
				{
					auto description = ListToErrorMessage(types, [](auto&& type) { return type->GetTypeFriendlyName(); });
					return MakeParsingError(node, L"C11: Failed to resolve the result type of coroutine operator \"" + operatorName + L"\", no appropriate static function \"CastResult\" is found in the following types. It requires exactly one argument of type \"object\" with a return type which is not \"void\": " + description + L".");
				}
			}

			glr::ParsingError WfErrors::CoProviderCreateNotExists(WfCoProviderStatement* node, reflection::description::ITypeInfo* type)
			{
				return MakeParsingError(node, L"C12: The required static function \"Create\" does not exist in coroutine provider \"" + type->GetTypeFriendlyName() + L"\". It is required to have exactly one argument of a function type, which consumes a pointer type and returns system::Coroutine^");
			}

			glr::ParsingError WfErrors::CoProviderCreateAndRunNotExists(WfCoProviderStatement* node, reflection::description::ITypeInfo* type)
			{
				return MakeParsingError(node, L"C12: The required static function \"CreateAndRun\" does not exist in coroutine provider \"" + type->GetTypeFriendlyName() + L"\". It is required to have exactly one argument of a function type, which consumes a pointer type and returns system::Coroutine^");
			}

			glr::ParsingError WfErrors::GotoLabelNotExists(WfGotoStatement* node)
			{
				return MakeParsingError(node, L"C13: Goto label \"" + node->label.value + L"\" does not exists. A goto label can only jump to the end of any block statement that contains this goto statement in the current function.");
			}

			glr::ParsingError WfErrors::TooManyGotoLabel(WfGotoStatement* node)
			{
				return MakeParsingError(node, L"C14: Too many goto targets \"" + node->label.value + L"\" found.");
			}

			glr::ParsingError WfErrors::WrongStateSwitchStatement(WfStateSwitchStatement* node)
			{
				return MakeParsingError(node, L"C15: $switch statement should appear inside a $state declaration.");
			}

			glr::ParsingError WfErrors::WrongStateInvokeStatement(WfStateInvokeStatement* node)
			{
				return MakeParsingError(node, L"C16: $goto_state or $push_state statement should appear inside a $state declaration.");
			}

			glr::ParsingError WfErrors::StateInputNotExists(WfStateSwitchCase* node)
			{
				return MakeParsingError(node, L"C17: State input \"" + node->name.value + L"\" does not exist.");
			}

			glr::ParsingError WfErrors::StateSwitchArgumentCountNotMatch(WfStateSwitchCase* node)
			{
				return MakeParsingError(node, L"C18: The number of arguments doesn not match the declaration of state input \"" + node->name.value + L"\".");
			}

			glr::ParsingError WfErrors::StateNotExists(WfStateInvokeStatement* node)
			{
				return MakeParsingError(node, L"C19: State \"" + node->name.value + L"\" does not exist.");
			}

			glr::ParsingError WfErrors::StateArgumentCountNotMatch(WfStateInvokeStatement* node)
			{
				return MakeParsingError(node, L"C20: The number of arguments doesn not match the declaration of state \"" + node->name.value + L"\".");
			}

			glr::ParsingError WfErrors::FunctionShouldHaveName(WfDeclaration* node)
			{
				return MakeParsingError(node, L"D0: Function should have a name.");
			}

			glr::ParsingError WfErrors::FunctionShouldHaveImplementation(WfDeclaration* node)
			{
				return MakeParsingError(node, L"D0: Function should be implemented.");
			}

			glr::ParsingError WfErrors::InterfaceMethodShouldNotHaveImplementation(WfDeclaration* node)
			{
				return MakeParsingError(node, L"D0: Interface method should not be implemented.");
			}

			glr::ParsingError WfErrors::DuplicatedDeclaration(WfDeclaration* node, const WString& firstDeclarationCategory)
			{
				return MakeParsingError(node, L"D1: Duplicated declaration \"" + node->name.value + L"\", it has already beed defined as a " + firstDeclarationCategory + L".");
			}

			glr::ParsingError WfErrors::DuplicatedDeclaration(WfStateMachineDeclaration* node)
			{
				return MakeParsingError(node, L"D1: Duplicated $state_machine declaration.");
			}

			glr::ParsingError WfErrors::DuplicatedSymbol(WfDeclaration* node, Ptr<WfLexicalSymbol> symbol)
			{
				return MakeParsingError(node, L"D2: Duplicated symbol \"" + symbol->name + L"\".");
			}

			glr::ParsingError WfErrors::DuplicatedSymbol(WfFunctionArgument* node, Ptr<WfLexicalSymbol> symbol)
			{
				return MakeParsingError(node, L"D2: Duplicated symbol \"" + symbol->name + L"\".");
			}

			glr::ParsingError WfErrors::DuplicatedSymbol(WfStatement* node, Ptr<WfLexicalSymbol> symbol)
			{
				return MakeParsingError(node, L"D2: Duplicated symbol \"" + symbol->name + L"\".");
			}

			glr::ParsingError WfErrors::DuplicatedSymbol(WfExpression* node, Ptr<WfLexicalSymbol> symbol)
			{
				return MakeParsingError(node, L"D2: Duplicated symbol \"" + symbol->name + L"\".");
			}

			glr::ParsingError WfErrors::DuplicatedSymbol(WfStateInput* node, Ptr<WfLexicalSymbol> symbol)
			{
				return MakeParsingError(node, L"D2: Duplicated symbol \"" + symbol->name + L"\".");
			}

			glr::ParsingError WfErrors::DuplicatedSymbol(WfStateDeclaration* node, Ptr<WfLexicalSymbol> symbol)
			{
				return MakeParsingError(node, L"D2: Duplicated symbol \"" + symbol->name + L"\".");
			}

			glr::ParsingError WfErrors::DuplicatedSymbol(WfStateSwitchArgument* node, Ptr<WfLexicalSymbol> symbol)
			{
				return MakeParsingError(node, L"D2: Duplicated symbol \"" + symbol->name + L"\".");
			}

			glr::ParsingError WfErrors::InterfaceMethodNotImplemented(WfNewInterfaceExpression* node, reflection::description::IMethodInfo* method)
			{
				auto result = ResolveExpressionResult::Method(method);
				return MakeParsingError(node, L"D3: Interface method not implemented: " + result.GetFriendlyName() + L".");
			}

			glr::ParsingError WfErrors::InterfaceMethodNotFound(WfFunctionDeclaration* node, reflection::description::ITypeInfo* interfaceType, reflection::description::ITypeInfo* methodType)
			{
				return MakeParsingError(node, L"D4: Interface \"" + interfaceType->GetTypeFriendlyName() + L"\" does not contain method \"" + node->name.value + L"\" which is in type \"" + methodType->GetTypeFriendlyName() + L"\".");
			}

			glr::ParsingError WfErrors::CannotPickOverloadedInterfaceMethods(WfExpression* node, collections::List<ResolveExpressionResult>& results)
			{
				auto description = ListToErrorMessage(results, [](auto&& result) { return result.GetFriendlyName(); });
				return MakeParsingError(node, L"D5: Cannot decide which function to implement in multiple targets:" + description + L".");
			}

			glr::ParsingError WfErrors::CannotPickOverloadedImplementMethods(WfFunctionDeclaration* node, reflection::description::ITypeInfo* type)
			{
				return MakeParsingError(node, L"D6: There are some other methods named \"" + node->name.value + L"\" whose types are also \"" + type->GetTypeFriendlyName() + L"\".");
			}

			glr::ParsingError WfErrors::WrongDeclaration(WfEventDeclaration* node)
			{
				return MakeParsingError(node, L"D7: Event \"" + node->name.value + L"\" cannot be defined outside of classes or interfaces.");
			}

			glr::ParsingError WfErrors::WrongDeclaration(WfPropertyDeclaration* node)
			{
				return MakeParsingError(node, L"D7: Property \"" + node->name.value + L"\" cannot be defined outside of classes or interfaces.");
			}

			glr::ParsingError WfErrors::WrongDeclaration(WfConstructorDeclaration* node)
			{
				return MakeParsingError(node, L"D7: Constructor cannot be defined outside of classes.");
			}

			glr::ParsingError WfErrors::WrongDeclaration(WfDestructorDeclaration* node)
			{
				return MakeParsingError(node, L"D7: Destructor cannot be defined outside of classes.");
			}

			glr::ParsingError WfErrors::WrongDeclaration(WfAutoPropertyDeclaration* node)
			{
				return MakeParsingError(node, L"D7: Auto-property cannot be defined outside of classes.");
			}

			glr::ParsingError WfErrors::WrongDeclaration(WfStateMachineDeclaration* node)
			{
				return MakeParsingError(node, L"D7: State machine cannot be defined outside of classes.");
			}

			glr::ParsingError WfErrors::WrongDeclaration(WfStaticInitDeclaration* node)
			{
				return MakeParsingError(node, L"D7: Static initialization declaration cannot be defined inside classes or interfaces.");
			}

			glr::ParsingError WfErrors::WrongDeclarationInInterfaceConstructor(WfDeclaration* node)
			{
				return MakeParsingError(node, L"D8: \"" + node->name.value + L"\" cannot be defined in an new interface expression, only functions, variables and auto-properties are allowed.");
			}

			glr::ParsingError WfErrors::EnumValuesNotConsecutiveFromZero(WfEnumDeclaration* node)
			{
				return MakeParsingError(node, L"D9: Item values in enum \"" + node->name.value + L"\" should be consecutive and starts from zero, like 0, 1, 2, 3, 4, ...");
			}

			glr::ParsingError WfErrors::FlagValuesNotConsecutiveFromZero(WfEnumDeclaration* node)
			{
				return MakeParsingError(node, L"D9: Item values in flag enum \"" + node->name.value + L"\" should be consecutive powers of 2 and starts from zero, like 0, 1, 2, 4, 8, ...");
			}

			glr::ParsingError WfErrors::FlagValueNotExists(WfEnumItemIntersection* node, WfEnumDeclaration* owner)
			{
				return MakeParsingError(node, L"D10: Item \"" + node->name.value + L" does not exists in the current flag enum \"" + owner->name.value + L"\".");
			}

			glr::ParsingError WfErrors::DuplicatedEnumValue(WfEnumItem* node, WfEnumDeclaration* owner)
			{
				return MakeParsingError(node, L"D11: Item \"" + node->name.value + L" already exists in the current enum \"" + owner->name.value + L"\".");
			}

			glr::ParsingError WfErrors::StructContainsNonValueType(WfStructMember* node, WfStructDeclaration* owner)
			{
				return MakeParsingError(node, L"D12: Type of member \"" + node->name.value + L"\" of struct \"" + owner->name.value + L"\" is not value type.");
			}

			glr::ParsingError WfErrors::StructRecursivelyIncludeItself(WfStructDeclaration* node, collections::List<reflection::description::ITypeDescriptor*>& tds)
			{
				auto description = ListToErrorMessage(tds, [](auto&& td) { return td->GetTypeName(); });
				return MakeParsingError(node, L"D13: Recursive references are found in these struct definitions:" + description + L".");
			}

			glr::ParsingError WfErrors::DuplicatedStructMember(WfStructMember* node, WfStructDeclaration* owner)
			{
				return MakeParsingError(node, L"D14: Member \"" + node->name.value + L"\" already exists in struct \"" + owner->name.value + L"\".");
			}

			glr::ParsingError WfErrors::AttributeNotExists(WfAttribute* node)
			{
				return MakeParsingError(node, L"D15: Attribute \"" + node->category.value + L":" + node->name.value + L"\" does not exist.");
			}

			glr::ParsingError WfErrors::AttributeMissValue(WfAttribute* node)
			{
				return MakeParsingError(node, L"D15: Value of attribute \"" + node->category.value + L":" + node->name.value + L"\" is missing.");
			}

			glr::ParsingError WfErrors::StateMachineClassNotInheritFromStateMachine(WfClassDeclaration* node)
			{
				return MakeParsingError(node, L"D16: State machine class \"" + node->name.value + L"\" should inherit from \"system::StateMachine\" directly.");
			}

			glr::ParsingError WfErrors::MissingDefaultState(WfStateMachineDeclaration* node)
			{
				return MakeParsingError(node, L"D17: Missing default state.");
			}

			glr::ParsingError WfErrors::WrongUsingPathWildCard(WfModuleUsingPath* node)
			{
				return MakeParsingError(node, L"E0: Wild card \"*\" should only appear in the last item of the using path and should appear once.");
			}

			glr::ParsingError WfErrors::TopQualifiedSymbolNotExists(glr::ParsingAstBase* node, const WString& name)
			{
				return MakeParsingError(node, L"F0: Top qualified symbol \"" + name + L"\" does not exist.");
			}

			glr::ParsingError WfErrors::ChildSymbolNotExists(glr::ParsingAstBase* node, Ptr<WfLexicalScopeName> scopeName, const WString& name)
			{
				return MakeParsingError(node, L"F1: Symbol \"" + name + L"\" does not exist in \"" + scopeName->GetFriendlyName() + L"\".");
			}

			glr::ParsingError WfErrors::MemberNotExists(glr::ParsingAstBase* node, reflection::description::ITypeDescriptor* typeDescriptor, const WString& name)
			{
				return MakeParsingError(node, L"F1: Member \"" + name + L"\" does not exist in \"" + typeDescriptor->GetTypeName() + L"\".");
			}

			glr::ParsingError WfErrors::ReferenceNotExists(glr::ParsingAstBase* node, const WString& name)
			{
				return MakeParsingError(node, L"F2: Symbol \"" + name + L"\" does not exist in the current scope.");
			}

			glr::ParsingError WfErrors::TooManyTargets(glr::ParsingAstBase* node, collections::List<ResolveExpressionResult>& results, const WString& name)
			{
				auto description = ListToErrorMessage(results, [](auto&& result) { return result.GetFriendlyName(); });
				return MakeParsingError(node, L"F3: Symbol \"" + name + L"\" references to too many targets: " + description + L".");
			}

			glr::ParsingError WfErrors::EnumItemNotExists(glr::ParsingAstBase* node, reflection::description::ITypeDescriptor* typeDescriptor, const WString& name)
			{
				return MakeParsingError(node, L"F2: Enum item \"" + name + L"\" does not exist in enum type \"" + typeDescriptor->GetTypeName() + L"\".");
			}

			glr::ParsingError WfErrors::WrongClassMemberConfig(WfDeclaration* node)
			{
				return MakeParsingError(node, L"G1: Class member \"" + node->name.value + L"\" cannot be static or override because it is not a function or a auto-property.");
			}

			glr::ParsingError WfErrors::FunctionInNewTypeExpressionCannotBeStatic(WfDeclaration* node)
			{
				return MakeParsingError(node, L"G1: Class member \"" + node->name.value + L"\" cannot be static because it is in a new interface expression.");
			}

			glr::ParsingError WfErrors::AutoPropertyCannotBeNormalOutsideOfClass(WfDeclaration* node)
			{
				return MakeParsingError(node, L"G1: Auto property \"" + node->name.value + L"\" cannot be normal outside of classes or interfaces.");
			}

			glr::ParsingError WfErrors::AutoPropertyCannotBeStatic(WfDeclaration* node)
			{
				return MakeParsingError(node, L"G1: Auto property \"" + node->name.value + L"\" cannot be static  .");
			}

			glr::ParsingError WfErrors::WrongClassMember(WfNamespaceDeclaration* node)
			{
				return MakeParsingError(node, L"G2: Namespace \"" + node->name.value + L"\" cannot be a class member.");
			}

			glr::ParsingError WfErrors::PropertyGetterNotFound(WfPropertyDeclaration* node, WfClassDeclaration* classDecl)
			{
				return MakeParsingError(node, L"G3: Cannot find the getter \"" + node->getter.value + L"\" of property \"" + node->name.value + L"\" in type \"" + classDecl->name.value + L"\". A property getter should be a non-static method in the same type.");
			}

			glr::ParsingError WfErrors::PropertySetterNotFound(WfPropertyDeclaration* node, WfClassDeclaration* classDecl)
			{
				return MakeParsingError(node, L"G3: Cannot find the setter \"" + node->setter.value + L"\" of property \"" + node->name.value + L"\" in type \"" + classDecl->name.value + L"\". A property setter should be a non-static method in the same type.");
			}

			glr::ParsingError WfErrors::PropertyEventNotFound(WfPropertyDeclaration* node, WfClassDeclaration* classDecl)
			{
				return MakeParsingError(node, L"G3: Cannot find the event \"" + node->valueChangedEvent.value + L"\" of property \"" + node->name.value + L"\" in type \"" + classDecl->name.value + L"\".");
			}

			glr::ParsingError WfErrors::TooManyPropertyGetter(WfPropertyDeclaration* node, WfClassDeclaration* classDecl)
			{
				return MakeParsingError(node, L"G4: Too many symbols found for the getter \"" + node->getter.value + L"\" of property \"" + node->name.value + L"\" in type \"" + classDecl->name.value + L"\".");
			}

			glr::ParsingError WfErrors::TooManyPropertySetter(WfPropertyDeclaration* node, WfClassDeclaration* classDecl)
			{
				return MakeParsingError(node, L"G4: Too many symbols found for the setter \"" + node->setter.value + L"\" of property \"" + node->name.value + L"\" in type \"" + classDecl->name.value + L"\".");
			}

			glr::ParsingError WfErrors::TooManyPropertyEvent(WfPropertyDeclaration* node, WfClassDeclaration* classDecl)
			{
				return MakeParsingError(node, L"G4: Too many symbols found for the event \"" + node->valueChangedEvent.value + L"\" of property \"" + node->name.value + L"\" in type \"" + classDecl->name.value + L"\".");
			}

			glr::ParsingError WfErrors::PropertyGetterTypeMismatched(WfPropertyDeclaration* node, WfClassDeclaration* classDecl)
			{
				return MakeParsingError(node, L"G5: Cannot match the getter \"" + node->getter.value + L"\" of property \"" + node->name.value + L"\" in type \"" + classDecl->name.value + L"\". A property getter should have no argument, and its return type should be identical to the property type.");
			}

			glr::ParsingError WfErrors::PropertySetterTypeMismatched(WfPropertyDeclaration* node, WfClassDeclaration* classDecl)
			{
				return MakeParsingError(node, L"G5: Cannot match the setter \"" + node->getter.value + L"\" of property \"" + node->name.value + L"\" in type \"" + classDecl->name.value + L"\". A property setter should have no return value and have only one argument, and the argument type should be identical to the property type.");
			}

			glr::ParsingError WfErrors::WrongBaseType(WfClassDeclaration* node, WfType* type)
			{
				return MakeParsingError(node, L"G6: A base type of the type \"" + node->name.value + L"\" should be another custom type, it cannot be any predefined type, pointer type, shared pointer type, nullable type, collection type, or function type");
			}

			glr::ParsingError WfErrors::WrongBaseTypeOfClass(WfClassDeclaration* node, reflection::description::ITypeDescriptor* type)
			{
				return MakeParsingError(node, L"G6: Base type \"" + type->GetTypeName() + L"\" of class \"" + node->name.value + L"\" is not a class, or it is a class but it is not aggregatable.");
			}

			glr::ParsingError WfErrors::WrongBaseTypeOfInterface(WfClassDeclaration* node, reflection::description::ITypeDescriptor* type)
			{
				return MakeParsingError(node, L"G6: Base type \"" + type->GetTypeName() + L"\" of interface \"" + node->name.value + L"\" is not an interface.");
			}

			glr::ParsingError WfErrors::WrongInterfaceBaseType(WfClassDeclaration* node, reflection::description::ITypeDescriptor* type)
			{
				Ptr<ITypeInfo> proxy = TypeInfoRetriver<Ptr<IValueInterfaceProxy>>::CreateTypeInfo();
				return MakeParsingError(node, L"G6: Interface \"" + type->GetTypeName() + L"\" should contain a constructor receiving an \"" + proxy->GetTypeFriendlyName() + L"\" to be the base type of \"" + node->name.value + L"\".");
			}

			glr::ParsingError WfErrors::ClassWithInterfaceConstructor(WfClassDeclaration* node)
			{
				return MakeParsingError(node, L"G7: Cannot use interface constructor type on class \"" + node->name.value + L"\".");
			}

			glr::ParsingError WfErrors::OverrideShouldImplementInterfaceMethod(WfFunctionDeclaration* node)
			{
				return MakeParsingError(node, L"G8: Function \"" + node->name.value + L"\" cannot be override because it doesn't implement any interface methods.");
			}

			glr::ParsingError WfErrors::OverrideShouldImplementInterfaceMethod(WfAutoPropertyDeclaration* node)
			{
				return MakeParsingError(node, L"G8: Auto-property \"" + node->name.value + L"\" cannot be override because it doesn't implement any interface methods.");
			}

			glr::ParsingError WfErrors::MissingFieldType(WfVariableDeclaration* node)
			{
				return MakeParsingError(node, L"G9: Type of field \"" + node->name.value + L"\" is missing.");
			}

			glr::ParsingError WfErrors::DuplicatedBaseClass(WfClassDeclaration* node, reflection::description::ITypeDescriptor* type)
			{
				return MakeParsingError(node, L"G10: Class \"" + node->name.value + L"\" inherits from another class \"" + type->GetTypeName() + L"\" for multiple times.");
			}

			glr::ParsingError WfErrors::ClassRecursiveInheritance(WfClassDeclaration* node, collections::List<reflection::description::ITypeDescriptor*>& tds)
			{
				auto description = ListToErrorMessage(tds, [](auto&& td) { return td->GetTypeName(); });
				return MakeParsingError(node, L"G10: Recursive inheriting are found in these class definitions:" + description + L".");
			}

			glr::ParsingError WfErrors::InterfaceRecursiveInheritance(WfClassDeclaration* node, collections::List<reflection::description::ITypeDescriptor*>& tds)
			{
				auto description = ListToErrorMessage(tds, [](auto&& td) { return td->GetTypeName(); });
				return MakeParsingError(node, L"G10: Recursive inheriting are found in these interface definitions:" + description + L".");
			}

			glr::ParsingError WfErrors::WrongBaseConstructorCall(WfBaseConstructorCall* node, reflection::description::ITypeDescriptor* type)
			{
				return MakeParsingError(node, L"G11: Type \"" + type->GetTypeName() + L"\" is not a base type of this class.");
			}

			glr::ParsingError WfErrors::DuplicatedBaseConstructorCall(WfBaseConstructorCall* node, reflection::description::ITypeDescriptor* type)
			{
				return MakeParsingError(node, L"G12: Base type \"" + type->GetTypeName() + L"\" has already been initialized.");
			}
			
			glr::ParsingError WfErrors::TooManyDestructor(WfDestructorDeclaration* node, WfClassDeclaration* classDecl)
			{
				return MakeParsingError(node, L"G13: Class \"" + classDecl->name.value + L"\" has too many destructors.");
			}

			glr::ParsingError WfErrors::TooManyDestructor(WfDestructorDeclaration* node, WfNewInterfaceExpression* newInterfaceExpr)
			{
				return MakeParsingError(node, L"G13: New interface expression has too many destructors.");
			}

			glr::ParsingError WfErrors::AutoPropertyShouldBeInitialized(WfAutoPropertyDeclaration* node)
			{
				return MakeParsingError(node, L"G13: Auto property \"" + node->name.value + L"\" should be initialized.");
			}

			glr::ParsingError WfErrors::AutoPropertyCannotBeInitializedInInterface(WfAutoPropertyDeclaration* node, WfClassDeclaration* classDecl)
			{
				return MakeParsingError(node, L"G13: Auto property \"" + node->name.value + L"\" cannot be initialized in interface \"" + classDecl->name.value + L"\".");
			}

			glr::ParsingError WfErrors::RpcInterfaceCanOnlyApplyToInterface(WfAttribute* node, const WString& fullName)
			{
				return MakeParsingError(node, L"H0: @rpc:Interface can only apply to an interface definition, but not \"" + fullName + L"\".");
			}

			glr::ParsingError WfErrors::RpcInterfaceBaseNotSerializable(WfType* node, const WString& interfaceFullName, const WString& baseFullName)
			{
				return MakeParsingError(node, L"H1: @rpc:Interface cannot be applied to interface \"" + interfaceFullName + L"\" because its base type \"" + baseFullName + L"\" is not serializable.");
			}

			glr::ParsingError WfErrors::RpcInterfaceMemberNotSerializable(WfDeclaration* node, const WString& interfaceFullName, const WString& memberName)
			{
				return MakeParsingError(node, L"H2: @rpc:Interface cannot be applied to interface \"" + interfaceFullName + L"\" because its member \"" + memberName + L"\" is not serializable.");
			}

			glr::ParsingError WfErrors::RpcInterfaceMemberNotSerializable(WfFunctionArgument* node, const WString& interfaceFullName, const WString& memberName)
			{
				return MakeParsingError(node, L"H2: @rpc:Interface cannot be applied to interface \"" + interfaceFullName + L"\" because its member \"" + memberName + L"\" is not serializable.");
			}

			glr::ParsingError WfErrors::RpcCtorCanOnlyApplyToRpcInterface(WfAttribute* node)
			{
				return MakeParsingError(node, L"H3: @rpc:Ctor can only apply to an interface definition with @rpc:Interface.");
			}

			glr::ParsingError WfErrors::RpcAttributeCanOnlyApplyToPropertyMethodOrParameter(WfAttribute* node, const WString& attributeName)
			{
				return MakeParsingError(node, L"H4: @rpc:" + attributeName + L" can only apply to a property, a method or a parameter.");
			}

			glr::ParsingError WfErrors::RpcAttributeCanOnlyBeUsedInsideRpcInterface(WfAttribute* node, const WString& attributeName)
			{
				return MakeParsingError(node, L"H5: @rpc:" + attributeName + L" can only be used inside an interface type with @rpc:Interface.");
			}

			glr::ParsingError WfErrors::RpcAttributeRequiresStrongTypedCollection(WfAttribute* node, const WString& attributeName, const WString& memberName)
			{
				return MakeParsingError(node, L"H6: @rpc:" + attributeName + L" cannot be used on member \"" + memberName + L"\" because it does not have a strong typed collection types.");
			}

			glr::ParsingError WfErrors::RpcAttributeCanOnlyApplyToProperty(WfAttribute* node, const WString& attributeName)
			{
				return MakeParsingError(node, L"H7: @rpc:" + attributeName + L" can only apply to a property.");
			}

			glr::ParsingError WfErrors::RpcAttributeCannotCoexistWithOther(WfAttribute* node, const WString& attributeName, const WString& otherAttributeName, const WString& memberName)
			{
				return MakeParsingError(node, L"H8: @rpc:" + attributeName + L" cannot be used on member \"" + memberName + L"\" because it already has @rpc:" + otherAttributeName + L".");
			}

			glr::ParsingError WfErrors::RpcGeneratedNameConflict(WfDeclaration* node, const WString& category, const WString& generatedName)
			{
				return MakeParsingError(node, L"H9: RPC generated " + category + L" name \"" + generatedName + L"\" is duplicated.");
			}

			glr::ParsingError WfErrors::RpcReservedTypeInReturnValue(WfDeclaration* node, const WString& interfaceFullName, const WString& memberName, const WString& typeName)
			{
				return MakeParsingError(node, L"H10: @rpc:Interface cannot be applied to interface \"" + interfaceFullName + L"\" because its member \"" + memberName + L"\" uses reserved RPC type \"" + typeName + L"\" in a return value.");
			}

			glr::ParsingError WfErrors::RpcReservedTypeInFunctionArgument(WfFunctionArgument* node, const WString& interfaceFullName, const WString& memberName, const WString& typeName)
			{
				return MakeParsingError(node, L"H11: @rpc:Interface cannot be applied to interface \"" + interfaceFullName + L"\" because its function argument \"" + memberName + L"\" uses reserved RPC type \"" + typeName + L"\".");
			}

			glr::ParsingError WfErrors::RpcReservedTypeInEventArgument(WfType* node, const WString& interfaceFullName, const WString& memberName, const WString& typeName)
			{
				return MakeParsingError(node, L"H12: @rpc:Interface cannot be applied to interface \"" + interfaceFullName + L"\" because its event argument \"" + memberName + L"\" uses reserved RPC type \"" + typeName + L"\".");
			}

			glr::ParsingError WfErrors::RpcWrapperGenerationRequiresPropertyMode(WfPropertyDeclaration* node, const WString& memberName)
			{
				return MakeParsingError(node, L"I0: RPC wrapper generation requires property \"" + memberName + L"\" to have @rpc:Cached or @rpc:Dynamic.");
			}

			glr::ParsingError WfErrors::RpcWrapperGenerationRequiresCollectionReturnTransfer(WfFunctionDeclaration* node, const WString& memberName)
			{
				return MakeParsingError(node, L"I1: RPC wrapper generation requires method \"" + memberName + L"\" to have @rpc:Byval or @rpc:Byref on its collection return value.");
			}

			glr::ParsingError WfErrors::RpcWrapperGenerationRequiresCollectionParameterTransfer(WfFunctionArgument* node, const WString& memberName)
			{
				return MakeParsingError(node, L"I2: RPC wrapper generation requires parameter \"" + memberName + L"\" to have @rpc:Byval or @rpc:Byref because it is a collection parameter.");
			}

			glr::ParsingError WfErrors::RpcMangledNameConflict(WfDeclaration* node, const WString& mangledName, const WString& previousFullName, const WString& currentFullName)
			{
				return MakeParsingError(node, L"I3: RPC mangled name \"" + mangledName + L"\" is ambiguous between \"" + previousFullName + L"\" and \"" + currentFullName + L"\".");
			}

			glr::ParsingError WfErrors::CppUnableToDecideClassOrder(WfClassDeclaration* node, collections::List<reflection::description::ITypeDescriptor*>& tds)
			{
				auto description = ListToErrorMessage(tds, [](auto&& td) { return td->GetTypeName(); });
				return MakeParsingError(node, L"CPP1: (C++ Code Generation) Cannot decide order of the following classes. It is probably caused by inheritance relationships of internal classes inside these classes:" + description + L".");
			}

			glr::ParsingError WfErrors::CppUnableToSeparateCustomFile(WfClassDeclaration* node, collections::List<reflection::description::ITypeDescriptor*>& tds)
			{
				auto description = ListToErrorMessage(tds, [](auto&& td) { return td->GetTypeName(); });
				return MakeParsingError(node, L"CPP2: (C++ Code Generation) @cpp:File atrribute values for these classes are invalid. Generating classes to source files specified by these attribute values will create source files which do not compile. It is probably caused by inheritance relationships of internal classes inside these classes:" + description + L".");
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_EXPANDBINDEXPRESSION.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;
			using namespace stream;

/***********************************************************************
SearchUntilNonVirtualStatement
***********************************************************************/

			class SearchUntilNonVirtualStatementVisitor : public empty_visitor::StatementVisitor
			{
			public:
				Ptr<WfStatement>		result;

				SearchUntilNonVirtualStatementVisitor(Ptr<WfStatement> _result)
					:result(_result)
				{
				}

				void Dispatch(WfVirtualCseStatement* node)override
				{
					result = node->expandedStatement;
					result->Accept(this);
				}

				void Dispatch(WfCoroutineStatement* node)override
				{
				}

				void Dispatch(WfStateMachineStatement* node)override
				{
				}
			};

			Ptr<WfStatement> SearchUntilNonVirtualStatement(Ptr<WfStatement> statement)
			{
				SearchUntilNonVirtualStatementVisitor visitor(statement);
				statement->Accept(&visitor);
				return visitor.result;
			}

/***********************************************************************
Copy(Type|Expression|Statement|Declaration)
***********************************************************************/

			class CopyDeclarationWithExpandVirtualVisitor : empty_visitor::DeclarationVisitor
			{
			public:
				bool						expanded = false;
				List<Ptr<WfDeclaration>>&	decls;

				CopyDeclarationWithExpandVirtualVisitor(List<Ptr<WfDeclaration>>& _decls)
					:decls(_decls)
				{
				}

				void Dispatch(WfVirtualCfeDeclaration* node)override
				{
					expanded = true;
					for (auto decl : node->expandedDeclarations)
					{
						Execute(decls, decl);
					}
				}

				void Dispatch(WfVirtualCseDeclaration* node)override
				{
					expanded = true;
					for (auto decl : node->expandedDeclarations)
					{
						Execute(decls, decl);
					}
				}

				static void Execute(List<Ptr<WfDeclaration>>& decls, Ptr<WfDeclaration> decl)
				{
					CopyDeclarationWithExpandVirtualVisitor visitor(decls);
					decl->Accept(&visitor);
					if (!visitor.expanded)
					{
						decls.Add(decl);
					}
				}
			};

			void CopyWithExpandVirtualVisitor::Expand(collections::List<Ptr<WfDeclaration>>& decls)
			{
				if (expandVirtualAst)
				{
					List<Ptr<WfDeclaration>> copied;
					CopyFrom(copied, decls);
					decls.Clear();

					for (auto decl : copied)
					{
						CopyDeclarationWithExpandVirtualVisitor::Execute(decls, decl);
					}
				}
			}

			CopyWithExpandVirtualVisitor::CopyWithExpandVirtualVisitor(bool _expandVirtualAst)
				:expandVirtualAst(_expandVirtualAst)
			{
			}

			void CopyWithExpandVirtualVisitor::Visit(WfVirtualCfeExpression* node)
			{
				if (!expandVirtualAst || !node->expandedExpression)
				{
					return copy_visitor::AstVisitor::Visit(node);
				}
				node->expandedExpression->Accept(this);
			}

			void CopyWithExpandVirtualVisitor::Visit(WfVirtualCseExpression* node)
			{
				if (!expandVirtualAst || !node->expandedExpression)
				{
					return copy_visitor::AstVisitor::Visit(node);
				}
				node->expandedExpression->Accept(this);
			}

			void CopyWithExpandVirtualVisitor::Visit(WfVirtualCseStatement* node)
			{
				if (!expandVirtualAst || !node->expandedStatement)
				{
					return copy_visitor::AstVisitor::Visit(node);
				}
				node->expandedStatement->Accept(this);
			}

			void CopyWithExpandVirtualVisitor::Visit(WfNamespaceDeclaration* node)
			{
				copy_visitor::AstVisitor::Visit(node);
				Expand(result.Cast<WfNamespaceDeclaration>()->declarations);
			}

			void CopyWithExpandVirtualVisitor::Visit(WfClassDeclaration* node)
			{
				copy_visitor::AstVisitor::Visit(node);
				Expand(result.Cast<WfClassDeclaration>()->declarations);
			}

			void CopyWithExpandVirtualVisitor::Visit(WfNewInterfaceExpression* node)
			{
				copy_visitor::AstVisitor::Visit(node);
				Expand(result.Cast<WfNewInterfaceExpression>()->declarations);
			}

			Ptr<WfType> CopyType(Ptr<WfType> type)
			{
				return CopyWithExpandVirtualVisitor(false).CopyNode(type.Obj());
			}

			Ptr<WfExpression> CopyExpression(Ptr<WfExpression> expression, bool expandVirtualExprStat)
			{
				return CopyWithExpandVirtualVisitor(expandVirtualExprStat).CopyNode(expression.Obj());
			}

			Ptr<WfStatement> CopyStatement(Ptr<WfStatement> statement, bool expandVirtualExprStat)
			{
				return CopyWithExpandVirtualVisitor(expandVirtualExprStat).CopyNode(statement.Obj());
			}

			Ptr<WfDeclaration> CopyDeclaration(Ptr<WfDeclaration> declaration, bool expandVirtualExprStat)
			{
				return CopyWithExpandVirtualVisitor(expandVirtualExprStat).CopyNode(declaration.Obj());
			}

			Ptr<WfModule> CopyModule(Ptr<WfModule> module, bool expandVirtualExprStat)
			{
				return CopyWithExpandVirtualVisitor(expandVirtualExprStat).CopyNode(module.Obj());
			}

			Ptr<WfType> CopyType(WfType* type)
			{
				return CopyWithExpandVirtualVisitor(false).CopyNode(type);
			}

			Ptr<WfExpression> CopyExpression(WfExpression* expression, bool expandVirtualExprStat)
			{
				return CopyWithExpandVirtualVisitor(expandVirtualExprStat).CopyNode(expression);
			}

			Ptr<WfStatement> CopyStatement(WfStatement* statement, bool expandVirtualExprStat)
			{
				return CopyWithExpandVirtualVisitor(expandVirtualExprStat).CopyNode(statement);
			}

			Ptr<WfDeclaration> CopyDeclaration(WfDeclaration* declaration, bool expandVirtualExprStat)
			{
				return CopyWithExpandVirtualVisitor(expandVirtualExprStat).CopyNode(declaration);
			}

			Ptr<WfModule> CopyModule(WfModule* module, bool expandVirtualExprStat)
			{
				return CopyWithExpandVirtualVisitor(expandVirtualExprStat).CopyNode(module);
			}

/***********************************************************************
observing expressions:
	WfObserveExpression
	WfMemberExpression that detects the event
***********************************************************************/

			class BindContext : public Object
			{
				typedef collections::List<WfExpression*>							ExprList;
				typedef collections::Dictionary<WfExpression*, WfExpression*>		ExprMap;
				typedef collections::Group<WfExpression*, WfExpression*>			ExprGroup;
				typedef collections::Group<WfExpression*, IEventInfo*>				ExprEventGroup;
			public:
				ExprMap											observeParents;
				ExprEventGroup									observeEvents;
				ExprList										orderedObserves;
				ExprList										cachedExprs;	// expression that need to cache its value
				ExprMap											renames;		// expression -> the expression being renamed

				ExprGroup										exprAffects;	// observe expression -> all expressions that it can cause to change
				ExprGroup										exprCauses;		// expression -> observe expressions that cause it to change
				ExprGroup										observeAffects;	// observe expression -> all observe expressions that it can cause to change
				ExprGroup										observeCauses;	// observe expression -> observe expressions that cause it to change

				WString GetCacheVariableName(vint index)
				{
					return L"<bind-cache>" + itow(index);
				}

				vint GetCachedExpressionIndex(WfExpression* expression, bool ensureExists)
				{
					vint index = cachedExprs.IndexOf(expression);
					if (ensureExists)
					{
						CHECK_ERROR(index != -1, L"BindContext::GetCachedExpressionIndex(WfExpression*, bool)#Cached expression not exists.");
					}
					return index;
				}

				vint GetCachedExpressionIndexRecursively(WfExpression* expression, bool ensureExists)
				{
					WfExpression* cache = expression;
					while (true)
					{
						vint index = renames.Keys().IndexOf(cache);
						if (index == -1)
						{
							return GetCachedExpressionIndex(cache, ensureExists);
						}
						else
						{
							cache = renames.Values()[index];
						}
					}
				}
			};

			struct CallbackInfo
			{
				WfExpression*									observe;
				IEventInfo*										eventInfo;
				vint											eventIndex;
				WString											handlerName;
				WString											callbackName;
			};

			struct BindCallbackInfo
			{
				Dictionary<WString, Ptr<ITypeInfo>>				handlerVariables;
				Dictionary<WString, Ptr<ITypeInfo>>				callbackFunctions;
				Group<WfExpression*, CallbackInfo>				observeCallbackInfos;
			};

/***********************************************************************
CreateBindContext
***********************************************************************/

			class CreateBindContextVisitor : public Object, public WfExpression::IVisitor
			{
			public:
				WfLexicalScopeManager*				manager;
				BindContext&						context;

				CreateBindContextVisitor(WfLexicalScopeManager* _manager, BindContext& _context)
					:manager(_manager)
					, context(_context)
				{
				}

				void Call(WfExpression* node)
				{
					node->Accept(this);
				}

				void ObservableDepend(WfExpression* expr, WfExpression* parent)
				{
					if (context.observeParents.Keys().Contains(expr))
					{
						CHECK_ERROR(context.observeParents[expr] == parent, L"CreateBindContextVisitor::ObservableDepend assigned different parents to the same expression.");
						return;
					}
					context.orderedObserves.Add(expr);
					context.observeParents.Add(expr, parent);
					DirectDepend(expr, parent, false);
					{
						auto cache = parent;
						while (true)
						{
							vint index = context.renames.Keys().IndexOf(cache);
							if (index == -1)
							{
								index = context.cachedExprs.IndexOf(cache);
								if (index == -1)
								{
									context.cachedExprs.Add(cache);
								}
								break;
							}
							else
							{
								cache = context.renames.Values()[index];
							}
						}
					}

					vint index = context.exprCauses.Keys().IndexOf(parent);
					if (index != -1)
					{
						for (auto observe : context.exprCauses.GetByIndex(index))
						{
							context.observeAffects.Add(observe, expr);
							context.observeCauses.Add(expr, observe);
						}
					}

					context.exprAffects.Add(expr, expr);
					context.exprCauses.Add(expr, expr);
				}

				void DirectDepend(WfExpression* expr, WfExpression* depended, bool processDepended = true)
				{
					if (processDepended)
					{
						Call(depended);
					}

					vint index = context.exprCauses.Keys().IndexOf(depended);
					if (index != -1)
					{
						for (auto observe : context.exprCauses.GetByIndex(index))
						{
							context.exprCauses.Add(expr, observe);
							context.exprAffects.Add(observe, expr);
						}
					}
				}

				void Visit(WfThisExpression* node)override
				{
					// root expression, nothing to do
				}

				void Visit(WfTopQualifiedExpression* node)override
				{
					// root expression, nothing to do
				}

				void Visit(WfReferenceExpression* node)override
				{
					auto result = manager->expressionResolvings[node];
					if (result.symbol)
					{
						auto scope = result.symbol->ownerScope;
						if (auto letExpr = dynamic_cast<WfLetExpression*>(scope->ownerNode.Obj()))
						{
							auto letVar = From(letExpr->variables)
								.Where([=](const Ptr<WfLetVariable>& letVar)
								{
									return letVar->name.value == node->name.value;
								})
								.First();
							context.renames.Add(node, letVar->value.Obj());
							DirectDepend(node, letVar->value.Obj(), false);
						}
						else if (auto observeExpr = dynamic_cast<WfObserveExpression*>(scope->ownerNode.Obj()))
						{
							context.renames.Add(node, observeExpr->parent.Obj());
							DirectDepend(node, observeExpr->parent.Obj());
						}
					}
				}

				void Visit(WfOrderedNameExpression* node)override
				{
					// root expression, nothing to do
				}

				void Visit(WfOrderedLambdaExpression* node)override
				{
					// root expression, nothing to do
				}

				void Visit(WfMemberExpression* node)override
				{
					Call(node->parent.Obj());

					auto scope = manager->nodeScopes[node].Obj();
					while (scope)
					{
						if (scope->ownerNode.Cast<WfObserveExpression>())
						{
							break;
						}
						scope = scope->parentScope.Obj();
					}

					if (!scope)
					{
						auto memberResult = manager->expressionResolvings[node];
						if (memberResult.propertyInfo)
						{
							auto td = memberResult.propertyInfo->GetOwnerTypeDescriptor();
							auto ev = memberResult.propertyInfo->GetValueChangedEvent();
							if (!ev)
							{
								ev = td->GetEventByName(memberResult.propertyInfo->GetName() + L"Changed", true);
							}
							if (ev)
							{
								ObservableDepend(node, node->parent.Obj());
								context.observeEvents.Add(node, ev);
								return;
							}
						}
					}

					DirectDepend(node, node->parent.Obj(), false);
				}

				void Visit(WfChildExpression* node)override
				{
					DirectDepend(node, node->parent.Obj());
				}

				void Visit(WfLiteralExpression* node)override
				{
					// root expression, nothing to do
				}

				void Visit(WfFloatingExpression* node)override
				{
					// root expression, nothing to do
				}

				void Visit(WfIntegerExpression* node)override
				{
					// root expression, nothing to do
				}

				void Visit(WfStringExpression* node)override
				{
					// root expression, nothing to do
				}

				void Visit(WfUnaryExpression* node)override
				{
					DirectDepend(node, node->operand.Obj());
				}

				void Visit(WfBinaryExpression* node)override
				{
					DirectDepend(node, node->first.Obj());
					DirectDepend(node, node->second.Obj());
				}

				void Visit(WfLetExpression* node)override
				{
					for (auto var : node->variables)
					{
						DirectDepend(node, var->value.Obj());
					}
					DirectDepend(node, node->expression.Obj());
				}

				void Visit(WfIfExpression* node)override
				{
					DirectDepend(node, node->condition.Obj());
					DirectDepend(node, node->trueBranch.Obj());
					DirectDepend(node, node->falseBranch.Obj());
				}

				void Visit(WfRangeExpression* node)override
				{
					DirectDepend(node, node->begin.Obj());
					DirectDepend(node, node->end.Obj());
				}

				void Visit(WfSetTestingExpression* node)override
				{
					DirectDepend(node, node->collection.Obj());
					DirectDepend(node, node->element.Obj());
				}

				void Visit(WfConstructorExpression* node)override
				{
					auto result = manager->expressionResolvings[node];
					bool isStruct = (result.type->GetTypeDescriptor()->GetTypeDescriptorFlags() == TypeDescriptorFlags::Struct);

					for (auto argument : node->arguments)
					{
						if (!isStruct)
						{
							DirectDepend(node, argument->key.Obj());
						}
						DirectDepend(node, argument->value.Obj());
					}
				}

				void Visit(WfInferExpression* node)override
				{
					DirectDepend(node, node->expression.Obj());
				}

				void Visit(WfTypeCastingExpression* node)override
				{
					DirectDepend(node, node->expression.Obj());
				}

				void Visit(WfTypeTestingExpression* node)override
				{
					DirectDepend(node, node->expression.Obj());
				}

				void Visit(WfTypeOfTypeExpression* node)override
				{
					// root expression, nothing to do
				}

				void Visit(WfTypeOfExpressionExpression* node)override
				{
					// root expression, nothing to do
				}

				void Visit(WfAttachEventExpression* node)override
				{
					DirectDepend(node, node->event.Obj());
					DirectDepend(node, node->function.Obj());
				}

				void Visit(WfDetachEventExpression* node)override
				{
					DirectDepend(node, node->event.Obj());
					DirectDepend(node, node->handler.Obj());
				}

				void Visit(WfObserveExpression* node)override
				{
					Call(node->parent.Obj());
					ObservableDepend(node, node->parent.Obj());
					Call(node->expression.Obj());
					for (auto eventExpr : node->events)
					{
						auto result = manager->expressionResolvings[eventExpr.Obj()];
						context.observeEvents.Add(node, result.eventInfo);
						Call(eventExpr.Obj());
					}
				}

				void Visit(WfCallExpression* node)override
				{
					DirectDepend(node, node->function.Obj());
					for (auto argument : node->arguments)
					{
						DirectDepend(node, argument.Obj());
					}
				}

				void Visit(WfFunctionExpression* node)override
				{
					// root expression, nothing to do
				}

				void Visit(WfNewClassExpression* node)override
				{
					for (auto argument : node->arguments)
					{
						DirectDepend(node, argument.Obj());
					}
				}

				void Visit(WfNewInterfaceExpression* node)override
				{
					// root expression, nothing to do
				}

				void Visit(WfVirtualCfeExpression* node)override
				{
					DirectDepend(node, node->expandedExpression.Obj());
				}

				void Visit(WfVirtualCseExpression* node)override
				{
					DirectDepend(node, node->expandedExpression.Obj());
				}
			};

/***********************************************************************
ExpandObserveExpression
***********************************************************************/

			Ptr<WfExpression> CreateReference(const WString& name)
			{
				auto ref = Ptr(new WfReferenceExpression);
				ref->name.value = name;
				return ref;
			}

			class ExpandObserveExpressionVisitor : public CopyWithExpandVirtualVisitor
			{
			public:
				BindContext&									context;

				ExpandObserveExpressionVisitor(BindContext& _context)
					:CopyWithExpandVirtualVisitor(true)
					, context(_context)
				{
				}

				vl::Ptr<WfExpression> CopyNode(WfExpression* node)override
				{
					return Execute(node, context);
				}

				static Ptr<WfExpression> Execute(WfExpression* expression, BindContext& context, bool expandImmediately = true)
				{
					if (!expression)
					{
						return nullptr;
					}

					{
						vint index = context.GetCachedExpressionIndexRecursively(expression, false);
						if (index != -1)
						{
							if (expandImmediately)
							{
								return CreateReference(context.GetCacheVariableName(index));
							}
							else
							{
								expression = context.cachedExprs[index];
							}
						}
					}

					ExpandObserveExpressionVisitor visitor(context);
					expression->Accept(&visitor);
					return visitor.result.Cast<WfExpression>();
				}

				void Visit(WfLetExpression* node)override
				{
					auto letExpr = Ptr(new WfLetExpression);
					for (auto var : node->variables)
					{
						if (context.GetCachedExpressionIndexRecursively(var->value.Obj(), false) == -1)
						{
							auto letVar = Ptr(new WfLetVariable);
							letVar->name.value = var->name.value;
							letVar->value = Execute(var->value.Obj(), context);
							letExpr->variables.Add(letVar);
						}
					}

					if (letExpr->variables.Count() == 0)
					{
						result = Execute(node->expression.Obj(), context);
					}
					else
					{
						letExpr->expression = Execute(node->expression.Obj(), context);
						result = letExpr;
					}
				}

				void Visit(WfObserveExpression* node)override
				{
					if (node->observeType == WfObserveType::SimpleObserve)
					{
						auto expr = Ptr(new WfMemberExpression);
						expr->parent = CopyNode(node->parent.Obj());
						expr->name.value = node->expression.Cast<WfReferenceExpression>()->name.value;
						result = expr;
					}
					else
					{
						result = CopyNode(node->expression.Obj());
					}
				}
			};

/***********************************************************************
CreateDefaultValue
***********************************************************************/

			Ptr<WfExpression> CreateDefaultValue(ITypeInfo* elementType)
			{
				auto valueType = elementType->GetTypeDescriptor()->GetValueType();
				if (elementType->GetDecorator()==ITypeInfo::TypeDescriptor && valueType != nullptr)
				{
					switch (GetTypeFlag(elementType))
					{
					case TypeFlag::Enum:
						{
							auto intExpr = Ptr(new WfIntegerExpression);
							intExpr->value.value = L"0";

							auto inferExpr = Ptr(new WfTypeCastingExpression);
							inferExpr->strategy = WfTypeCastingStrategy::Strong;
							inferExpr->expression = intExpr;
							inferExpr->type = GetTypeFromTypeInfo(CreateTypeInfoFromTypeFlag(TypeFlag::U8).Obj());

							auto castExpr = Ptr(new WfTypeCastingExpression);
							castExpr->strategy = WfTypeCastingStrategy::Strong;
							castExpr->expression = inferExpr;
							castExpr->type = GetTypeFromTypeInfo(elementType);

							return castExpr;
						}
					case TypeFlag::String:
						{
							auto stringExpr = Ptr(new WfStringExpression);
							return stringExpr;
						}
						break;
					case TypeFlag::Struct:
						if (elementType->GetTypeDescriptor()->GetSerializableType() == nullptr)
						{
							auto ctorExpr = Ptr(new WfConstructorExpression);

							auto castExpr = Ptr(new WfTypeCastingExpression);
							castExpr->strategy = WfTypeCastingStrategy::Strong;
							castExpr->expression = ctorExpr;
							castExpr->type = GetTypeFromTypeInfo(elementType);

							return castExpr;
						}
					default:
						{
							auto td = elementType->GetTypeDescriptor();
							if (td == description::GetTypeDescriptor<bool>())
							{
								auto expr = Ptr(new WfLiteralExpression);
								expr->value = WfLiteralValue::False;
								return expr;
							}
							if (td == description::GetTypeDescriptor<WString>())
							{
								auto expr = Ptr(new WfStringExpression);
								return expr;
							}
							else if (td == description::GetTypeDescriptor<float>()
								|| td == description::GetTypeDescriptor<double>())
							{
								auto valueExpr = Ptr(new WfFloatingExpression);
								valueExpr->value.value = L"0";

								auto inferExpr = Ptr(new WfInferExpression);
								inferExpr->expression = valueExpr;
								inferExpr->type = GetTypeFromTypeInfo(elementType);

								return inferExpr;
							}
							else if (td == description::GetTypeDescriptor<vint8_t>()
								|| td == description::GetTypeDescriptor<vint16_t>()
								|| td == description::GetTypeDescriptor<vint32_t>()
								|| td == description::GetTypeDescriptor<vint64_t>()
								|| td == description::GetTypeDescriptor<vuint8_t>()
								|| td == description::GetTypeDescriptor<vuint16_t>()
								|| td == description::GetTypeDescriptor<vuint32_t>()
								|| td == description::GetTypeDescriptor<vuint64_t>())
							{
								auto valueExpr = Ptr(new WfIntegerExpression);
								valueExpr->value.value = L"0";

								auto inferExpr = Ptr(new WfInferExpression);
								inferExpr->expression = valueExpr;
								inferExpr->type = GetTypeFromTypeInfo(elementType);

								return inferExpr;
							}
							else
							{
								// Consider adding a \"default (type)\" expression if CreateDefault() cannot be liminated from the compiler.
								CHECK_FAIL(L"All serializable types should have been handled!");
								/*
								auto stringExpr = Ptr(new WfStringExpression);
								elementType->GetTypeDescriptor()->GetSerializableType()->Serialize(valueType->CreateDefault(), stringExpr->value.value);

								auto castExpr = Ptr(new WfTypeCastingExpression);
								castExpr->strategy = WfTypeCastingStrategy::Strong;
								castExpr->expression = stringExpr;
								castExpr->type = GetTypeFromTypeInfo(elementType);

								return castExpr;
								*/
							}
						}
					}
				}
				else
				{
					auto nullExpr = Ptr(new WfLiteralExpression);
					nullExpr->value = WfLiteralValue::Null;

					auto inferExpr = Ptr(new WfInferExpression);
					inferExpr->expression = nullExpr;
					inferExpr->type = GetTypeFromTypeInfo(elementType);

					return inferExpr;
				}
			}

/***********************************************************************
CreateBindWritableVariable
***********************************************************************/

			Ptr<WfVariableDeclaration> CreateWritableVariable(const WString& name, ITypeInfo* type, Ptr<WfExpression> value = nullptr)
			{
				auto decl = Ptr(new WfVariableDeclaration);
				decl->name.value = name;
				decl->type = GetTypeFromTypeInfo(type);
				decl->expression = value ? value : CreateDefaultValue(type);
				return decl;
			}

			Ptr<WfVariableStatement> CreateWritableVariableStatement(const WString& name, ITypeInfo* type, Ptr<WfExpression> value = nullptr)
			{
				auto stat = Ptr(new WfVariableStatement);
				stat->variable = CreateWritableVariable(name, type, value);
				return stat;
			}

/***********************************************************************
IValueSubscription::Subscribe
***********************************************************************/

			Ptr<WfFunctionDeclaration> AssignNormalMember(Ptr<WfFunctionDeclaration> decl)
			{
				decl->functionKind = WfFunctionKind::Normal;
				return decl;
			}

			Ptr<WfFunctionDeclaration> AssignOverrideMember(Ptr<WfFunctionDeclaration> decl)
			{
				decl->functionKind = WfFunctionKind::Override;
				return decl;
			}

/***********************************************************************
ExpandObserveEvent
***********************************************************************/

			Ptr<WfExpression> ExpandObserveEvent(WfLexicalScopeManager* manager, WfExpression* observe, vint eventIndex, BindContext& context)
			{
				auto cacheName = context.GetCacheVariableName(context.GetCachedExpressionIndexRecursively(context.observeParents[observe], true));
				if (auto observeExpr = dynamic_cast<WfObserveExpression*>(observe))
				{
					if (observeExpr->observeType == WfObserveType::SimpleObserve)
					{
						auto expr = Ptr(new WfMemberExpression);
						expr->parent = CreateReference(cacheName);
						expr->name.value = observeExpr->events[eventIndex].Cast<WfReferenceExpression>()->name.value;
						return expr;
					}
					else
					{
						return ExpandObserveExpressionVisitor::Execute(observeExpr->events[eventIndex].Obj(), context);
					}
				}
				else
				{
					auto eventName = context.observeEvents[observe][0]->GetName();

					auto expr = Ptr(new WfMemberExpression);
					expr->parent = CreateReference(cacheName);
					expr->name.value = eventName;

					return expr;
				}
			}

/***********************************************************************
CreateBindAttachStatement
***********************************************************************/

			void CreateBindAttachStatement(Ptr<WfBlockStatement> block, WfLexicalScopeManager* manager, WfExpression* observe, BindContext& context, BindCallbackInfo& info)
			{
				for (auto callbackInfo : info.observeCallbackInfos[observe])
				{
					auto attach = Ptr(new WfAttachEventExpression);
					attach->event = ExpandObserveEvent(manager, observe, callbackInfo.eventIndex, context);
					attach->function = CreateReference(callbackInfo.callbackName);

					auto nullExpr = Ptr(new WfLiteralExpression);
					nullExpr->value = WfLiteralValue::Null;

					auto protect = Ptr(new WfBinaryExpression);
					protect->first = attach;
					protect->second = nullExpr;
					protect->op = WfBinaryOperator::FailedThen;

					auto assign = Ptr(new WfBinaryExpression);
					assign->op = WfBinaryOperator::Assign;
					assign->first = CreateReference(callbackInfo.handlerName);
					assign->second = protect;

					auto stat = Ptr(new WfExpressionStatement);
					stat->expression = assign;
					block->statements.Add(stat);
				}
			}

/***********************************************************************
CreateBindDetachStatement
***********************************************************************/

			void CreateBindDetachStatement(Ptr<WfBlockStatement> block, WfLexicalScopeManager* manager, WfExpression* observe, BindContext& context, BindCallbackInfo& info)
			{
				for (auto callbackInfo : info.observeCallbackInfos[observe])
				{
					auto testNull = Ptr(new WfTypeTestingExpression);
					testNull->expression = CreateReference(callbackInfo.handlerName);
					testNull->test = WfTypeTesting::IsNotNull;

					auto ifStat = Ptr(new WfIfStatement);
					ifStat->expression = testNull;

					auto trueBlock = Ptr(new WfBlockStatement);
					ifStat->trueBranch = trueBlock;

					block->statements.Add(ifStat);
					{
						auto detach = Ptr(new WfDetachEventExpression);
						detach->event = ExpandObserveEvent(manager, observe, callbackInfo.eventIndex, context);
						detach->handler = CreateReference(callbackInfo.handlerName);

						auto stat = Ptr(new WfExpressionStatement);
						stat->expression = detach;
						trueBlock->statements.Add(stat);
					}
					{
						auto nullExpr = Ptr(new WfLiteralExpression);
						nullExpr->value = WfLiteralValue::Null;

						auto assignExpr = Ptr(new WfBinaryExpression);
						assignExpr->first = CreateReference(callbackInfo.handlerName);
						assignExpr->second = nullExpr;
						assignExpr->op = WfBinaryOperator::Assign;

						auto stat = Ptr(new WfExpressionStatement);
						stat->expression = assignExpr;
						trueBlock->statements.Add(stat);
					}
				}
			}

/***********************************************************************
CreateBindCacheAssignStatement
***********************************************************************/

			void CreateBindCacheAssignStatement(WfLexicalScopeManager* manager, Ptr<WfBlockStatement> block, WfExpression* observe, BindContext& context)
			{
				auto parent = context.observeParents[observe];
				auto cacheName = context.GetCacheVariableName(context.GetCachedExpressionIndexRecursively(parent, true));

				auto protect = Ptr(new WfBinaryExpression);
				protect->first = ExpandObserveExpressionVisitor::Execute(parent, context, false);
				protect->second = CreateDefaultValue(manager->expressionResolvings[parent].type.Obj());
				protect->op = WfBinaryOperator::FailedThen;

				auto assign = Ptr(new WfBinaryExpression);
				assign->op = WfBinaryOperator::Assign;
				assign->first = CreateReference(cacheName);
				assign->second = protect;

				auto stat = Ptr(new WfExpressionStatement);
				stat->expression = assign;
				block->statements.Add(stat);
			}

/***********************************************************************
IValueSubscription::Open
***********************************************************************/

			Ptr<WfFunctionDeclaration> CreateBindOpenFunction(WfLexicalScopeManager* manager, BindContext& context, BindCallbackInfo& info)
			{
				auto func = Ptr(new WfFunctionDeclaration);
				func->name.value = L"Open";
				func->functionKind = WfFunctionKind::Normal;
				func->anonymity = WfFunctionAnonymity::Named;
				{
					auto typeInfo = TypeInfoRetriver<bool>::CreateTypeInfo();
					func->returnType = GetTypeFromTypeInfo(typeInfo.Obj());
				}

				auto block = Ptr(new WfBlockStatement);
				func->statement = block;
				{
					auto ifStat = Ptr(new WfIfStatement);
					block->statements.Add(ifStat);
					{
						auto notExpr = Ptr(new WfUnaryExpression);
						notExpr->op = WfUnaryOperator::Not;
						notExpr->operand = CreateReference(L"<bind-opened>");
						ifStat->expression = notExpr;
					}

					auto ifBlock = Ptr(new WfBlockStatement);
					ifStat->trueBranch = ifBlock;
					{
						auto literal = Ptr(new WfLiteralExpression);
						literal->value = WfLiteralValue::True;

						auto assign = Ptr(new WfBinaryExpression);
						assign->op = WfBinaryOperator::Assign;
						assign->first = CreateReference(L"<bind-opened>");
						assign->second = literal;

						auto stat = Ptr(new WfExpressionStatement);
						stat->expression = assign;
						ifBlock->statements.Add(stat);
					}
					{
						SortedList<vint> assignedParents;
						SortedList<WfExpression*> observes;
						CopyFrom(observes, context.observeParents.Keys());

						SortedList<WfExpression*> freeObserves;
						while (observes.Count() > 0)
						{
							CopyFrom(
								freeObserves,
								From(observes)
									.Where([&](WfExpression* observe)
									{
										return !context.observeCauses.Keys().Contains(observe) ||
											From(context.observeCauses[observe])
											.All([&](WfExpression* depended)
											{
												return !observes.Contains(depended);
											});
									})
								);

							for (auto observe : context.orderedObserves)
							{
								if (freeObserves.Contains(observe))
								{
									auto parent = context.GetCachedExpressionIndexRecursively(context.observeParents[observe], true);
									if (!assignedParents.Contains(parent))
									{
										assignedParents.Add(parent);
										CreateBindCacheAssignStatement(manager, ifBlock, observe, context);
									}
								}
							}

							for (auto observe : freeObserves)
							{
								observes.Remove(observe);
							}
							freeObserves.Clear();
						}
					}
					{
						for (auto observe : context.orderedObserves)
						{
							CreateBindAttachStatement(ifBlock, manager, observe, context, info);
						}
					}
					{
						auto literal = Ptr(new WfLiteralExpression);
						literal->value = WfLiteralValue::True;

						auto returnStat = Ptr(new WfReturnStatement);
						returnStat->expression = literal;
						ifBlock->statements.Add(returnStat);
					}
				}
				{
					auto literal = Ptr(new WfLiteralExpression);
					literal->value = WfLiteralValue::False;

					auto returnStat = Ptr(new WfReturnStatement);
					returnStat->expression = literal;
					block->statements.Add(returnStat);
				}

				return func;
			}

/***********************************************************************
IValueSubscription::Update
***********************************************************************/

			Ptr<WfFunctionDeclaration> CreateBindUpdateFunction(BindCallbackInfo& info)
			{
				auto func = Ptr(new WfFunctionDeclaration);
				func->name.value = L"Update";
				func->functionKind = WfFunctionKind::Normal;
				func->anonymity = WfFunctionAnonymity::Named;
				{
					auto typeInfo = TypeInfoRetriver<bool>::CreateTypeInfo();
					func->returnType = GetTypeFromTypeInfo(typeInfo.Obj());
				}

				auto block = Ptr(new WfBlockStatement);
				func->statement = block;
				{
					auto ifStat = Ptr(new WfIfStatement);
					block->statements.Add(ifStat);
					{
						auto notExpr = Ptr(new WfUnaryExpression);
						notExpr->op = WfUnaryOperator::Not;
						notExpr->operand = CreateReference(L"<bind-closed>");

						auto andExpr = Ptr(new WfBinaryExpression);
						andExpr->op = WfBinaryOperator::And;
						andExpr->first = CreateReference(L"<bind-opened>");
						andExpr->second = notExpr;

						ifStat->expression = andExpr;
					}

					auto ifBlock = Ptr(new WfBlockStatement);
					ifStat->trueBranch = ifBlock;
					{
						auto ref = CreateReference(L"<bind-activator>");

						auto call = Ptr(new WfCallExpression);
						call->function = ref;

						auto stat = Ptr(new WfExpressionStatement);
						stat->expression = call;
						ifBlock->statements.Add(stat);
					}
					{
						auto literal = Ptr(new WfLiteralExpression);
						literal->value = WfLiteralValue::True;

						auto returnStat = Ptr(new WfReturnStatement);
						returnStat->expression = literal;
						ifBlock->statements.Add(returnStat);
					}
				}
				{
					auto literal = Ptr(new WfLiteralExpression);
					literal->value = WfLiteralValue::False;

					auto returnStat = Ptr(new WfReturnStatement);
					returnStat->expression = literal;
					block->statements.Add(returnStat);
				}

				return func;
			}

/***********************************************************************
IValueSubscription::Close
***********************************************************************/

			Ptr<WfFunctionDeclaration> CreateBindCloseFunction(WfLexicalScopeManager* manager, BindContext& context, BindCallbackInfo& info)
			{
				auto func = Ptr(new WfFunctionDeclaration);
				func->name.value = L"Close";
				func->functionKind = WfFunctionKind::Normal;
				func->anonymity = WfFunctionAnonymity::Named;
				{
					auto typeInfo = TypeInfoRetriver<bool>::CreateTypeInfo();
					func->returnType = GetTypeFromTypeInfo(typeInfo.Obj());
				}

				auto block = Ptr(new WfBlockStatement);
				func->statement = block;
				{
					auto ifStat = Ptr(new WfIfStatement);
					block->statements.Add(ifStat);
					{
						auto notExpr = Ptr(new WfUnaryExpression);
						notExpr->op = WfUnaryOperator::Not;
						notExpr->operand = CreateReference(L"<bind-closed>");
						ifStat->expression = notExpr;
					}

					auto ifBlock = Ptr(new WfBlockStatement);
					ifStat->trueBranch = ifBlock;
					{
						auto literal = Ptr(new WfLiteralExpression);
						literal->value = WfLiteralValue::True;

						auto assign = Ptr(new WfBinaryExpression);
						assign->op = WfBinaryOperator::Assign;
						assign->first = CreateReference(L"<bind-closed>");
						assign->second = literal;

						auto stat = Ptr(new WfExpressionStatement);
						stat->expression = assign;
						ifBlock->statements.Add(stat);
					}
					for (auto observe : context.orderedObserves)
					{
						CreateBindDetachStatement(ifBlock, manager, observe, context, info);
					}

					for (vint i = 0; i < context.cachedExprs.Count(); i++)
					{
						auto cacheName = context.GetCacheVariableName(i);
						auto type = manager->expressionResolvings[context.cachedExprs[i]].type;

						auto assign = Ptr(new WfBinaryExpression);
						assign->op = WfBinaryOperator::Assign;
						assign->first = CreateReference(cacheName);
						assign->second = CreateDefaultValue(type.Obj());

						auto stat = Ptr(new WfExpressionStatement);
						stat->expression = assign;
						ifBlock->statements.Add(stat);
					}
					for (vint i = 0; i < info.handlerVariables.Count(); i++)
					{
						auto cacheName = info.handlerVariables.Keys()[i];
						auto result = info.handlerVariables.Values()[i];

						auto assign = Ptr(new WfBinaryExpression);
						assign->op = WfBinaryOperator::Assign;
						assign->first = CreateReference(cacheName);
						assign->second = CreateDefaultValue(result.Obj());

						auto stat = Ptr(new WfExpressionStatement);
						stat->expression = assign;
						ifBlock->statements.Add(stat);
					}

					{
						auto literal = Ptr(new WfLiteralExpression);
						literal->value = WfLiteralValue::True;

						auto returnStat = Ptr(new WfReturnStatement);
						returnStat->expression = literal;
						ifBlock->statements.Add(returnStat);
					}
				}
				{
					auto literal = Ptr(new WfLiteralExpression);
					literal->value = WfLiteralValue::False;

					auto returnStat = Ptr(new WfReturnStatement);
					returnStat->expression = literal;
					block->statements.Add(returnStat);
				}

				return func;
			}

/***********************************************************************
ExpandBindExpression
***********************************************************************/

			void ExpandBindExpression(WfLexicalScopeManager* manager, WfBindExpression* node)
			{
				BindContext context;
				CreateBindContextVisitor(manager, context).Call(node->expression.Obj());
				BindCallbackInfo bcInfo;
						
				auto newSubscription = Ptr(new WfNewInterfaceExpression);
				node->expandedExpression = newSubscription;
				{
					auto typeInfo = TypeInfoRetriver<Ptr<IValueSubscription>>::CreateTypeInfo();
					newSubscription->type = GetTypeFromTypeInfo(typeInfo.Obj());
				}
				{
					// stable symbol order by sorting them by code
					List<WfExpression*> orderedObserves;

					for (auto [parent, index] : indexed(context.cachedExprs))
					{
						WString cacheName = context.GetCacheVariableName(index);
						{
							auto elementType = manager->expressionResolvings[parent].type;
							newSubscription->declarations.Add(CreateWritableVariable(cacheName, elementType.Obj()));
						}
					}

					for (auto [observe, observeIndex] : indexed(context.orderedObserves))
					{
						const auto& events = context.observeEvents[observe];
						for (auto [ev, eventIndex] : indexed(events))
						{
							WString handlerName = L"<bind-handler>" + itow(observeIndex) + L"_" + itow(eventIndex);
							{
								auto elementType = TypeInfoRetriver<Ptr<IEventHandler>>::CreateTypeInfo();
								bcInfo.handlerVariables.Add(handlerName, elementType);
								newSubscription->declarations.Add(CreateWritableVariable(handlerName, elementType.Obj()));
							}
						
							WString callbackName = L"<bind-callback>" + itow(observeIndex) + L"_" + itow(eventIndex);
							{
								auto elementType = CopyTypeInfo(ev->GetHandlerType());
								bcInfo.callbackFunctions.Add(callbackName, elementType);
							}

							CallbackInfo callbackInfo;
							callbackInfo.observe = observe;
							callbackInfo.eventInfo = ev;
							callbackInfo.eventIndex = eventIndex;
							callbackInfo.callbackName = callbackName;
							callbackInfo.handlerName = handlerName;
							bcInfo.observeCallbackInfos.Add(observe, callbackInfo);
						}
					}
					newSubscription->declarations.Add(CreateWritableVariable(L"<bind-opened>", TypeInfoRetriver<bool>::CreateTypeInfo().Obj()));
					newSubscription->declarations.Add(CreateWritableVariable(L"<bind-closed>", TypeInfoRetriver<bool>::CreateTypeInfo().Obj()));
					{
						auto func = Ptr(new WfFunctionDeclaration);
						func->name.value = L"<bind-activator>";
						func->functionKind = WfFunctionKind::Normal;
						func->anonymity = WfFunctionAnonymity::Named;
						func->returnType = GetTypeFromTypeInfo(TypeInfoRetriver<void>::CreateTypeInfo().Obj());
					
						auto block = Ptr(new WfBlockStatement);
						func->statement = block;
						{
							auto var = Ptr(new WfVariableDeclaration);
							var->name.value = L"<bind-activator-result>";
							var->expression = ExpandObserveExpressionVisitor::Execute(node->expression.Obj(), context);

							auto varStat = Ptr(new WfVariableStatement);
							varStat->variable = var;
							block->statements.Add(varStat);
						}
						{
							auto call = Ptr(new WfCallExpression);
							call->function = CreateReference(L"ValueChanged");
							call->arguments.Add(CreateReference(L"<bind-activator-result>"));

							auto stat = Ptr(new WfExpressionStatement);
							stat->expression = call;
							block->statements.Add(stat);
						}
					
						newSubscription->declarations.Add(AssignNormalMember(func));
					}
					for (auto observe : context.orderedObserves)
					{
						for (auto callbackInfo : bcInfo.observeCallbackInfos[observe])
						{
							auto func = Ptr(new WfFunctionDeclaration);
							func->name.value = callbackInfo.callbackName;
							func->functionKind = WfFunctionKind::Normal;
							func->anonymity = WfFunctionAnonymity::Named;
							{
								auto genericType = bcInfo.callbackFunctions[callbackInfo.callbackName]->GetElementType();
								func->returnType = GetTypeFromTypeInfo(genericType->GetGenericArgument(0));
								vint count = genericType->GetGenericArgumentCount();
								for (vint i = 1; i < count; i++)
								{
									auto arg = Ptr(new WfFunctionArgument);
									arg->name.value = L"<bind-callback-argument>" + itow(i - 1);
									arg->type = GetTypeFromTypeInfo(genericType->GetGenericArgument(i));
									func->arguments.Add(arg);
								}
							}
							auto block = Ptr(new WfBlockStatement);
							func->statement = block;
							{
								List<WfExpression*> affected;
								affected.Add(observe);
								for (vint i = 0; i < affected.Count(); i++)
								{
									auto current = affected[i];
									vint dependencyIndex = context.observeAffects.Keys().IndexOf(current);
									if (dependencyIndex != -1)
									{
										for (auto affectedObserve : context.observeAffects.GetByIndex(dependencyIndex))
										{
											if (affectedObserve && !affected.Contains(affectedObserve))
											{
												affected.Add(affectedObserve);
											}
										}
									}
								}
								affected.Remove(observe);

								for (auto affectedObserve : From(affected).Reverse())
								{
									CreateBindDetachStatement(block, manager, affectedObserve, context, bcInfo);
								}
								{
									SortedList<vint> assignedParents;
									for (auto affectedObserve : affected)
									{
										auto parent = context.GetCachedExpressionIndexRecursively(context.observeParents[affectedObserve], true);
										if (!assignedParents.Contains(parent))
										{
											assignedParents.Add(parent);
											CreateBindCacheAssignStatement(manager, block, affectedObserve, context);
										}
									}
								}
								for (auto affectedObserve : affected)
								{
									CreateBindAttachStatement(block, manager, affectedObserve, context, bcInfo);
								}
							}
							{
								auto ref = CreateReference(L"<bind-activator>");

								auto call = Ptr(new WfCallExpression);
								call->function = ref;

								auto stat = Ptr(new WfExpressionStatement);
								stat->expression = call;
								block->statements.Add(stat);
							}

							newSubscription->declarations.Add(AssignNormalMember(func));
						}
					}
				}
				newSubscription->declarations.Add(AssignOverrideMember(CreateBindOpenFunction(manager, context, bcInfo)));
				newSubscription->declarations.Add(AssignOverrideMember(CreateBindUpdateFunction(bcInfo)));
				newSubscription->declarations.Add(AssignOverrideMember(CreateBindCloseFunction(manager, context, bcInfo)));
			}
		}
	}
}

/***********************************************************************
.\ANALYZER\WFANALYZER_EXPANDMIXINCASTEXPRESSION.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;

/***********************************************************************
ExpandNewCoroutineExpression
***********************************************************************/

			void ExpandMixinCastExpression(WfLexicalScopeManager* manager, WfMixinCastExpression* node)
			{
				auto sourceType = manager->expressionResolvings[node->expression.Obj()].type;

				auto newExpr = Ptr(new WfNewInterfaceExpression);
				node->expandedExpression = newExpr;

				newExpr->type = CopyType(node->type);
				{
					auto varDecl = Ptr(new WfVariableDeclaration);
					newExpr->declarations.Add(varDecl);
					varDecl->name.value = L"<mixin-source>";
					varDecl->expression = CopyExpression(node->expression, true);

					if (sourceType->GetDecorator() == ITypeInfo::RawPtr)
					{
						auto castExpr = Ptr(new WfTypeCastingExpression);
						castExpr->strategy = WfTypeCastingStrategy::Strong;
						castExpr->expression = varDecl->expression;
						auto castType = Ptr(new WfSharedPointerType);
						castType->element = GetTypeFromTypeDescriptor(sourceType->GetTypeDescriptor());
						castExpr->type = castType;

						varDecl->expression = castExpr;
					}
				}
				List<ITypeDescriptor*> unprocessed;
				unprocessed.Add(sourceType->GetTypeDescriptor());
				for (vint i = 0; i < unprocessed.Count(); i++)
				{
					auto td = unprocessed[i];
					vint groupCount = td->GetMethodGroupCount();
					for (vint j = 0; j < groupCount; j++)
					{
						auto group = td->GetMethodGroup(j);
						vint methodCount = group->GetMethodCount();
						for (vint k = 0; k < methodCount; k++)
						{
							auto method = group->GetMethod(k);
							if (!method->IsStatic())
							{
								auto funcDecl = Ptr(new WfFunctionDeclaration);
								newExpr->declarations.Add(funcDecl);
								funcDecl->functionKind = WfFunctionKind::Override;
								funcDecl->anonymity = WfFunctionAnonymity::Named;
								funcDecl->name.value = method->GetName();
								funcDecl->returnType = GetTypeFromTypeInfo(method->GetReturn());
								vint parameterCount = method->GetParameterCount();
								for (vint l = 0; l < parameterCount; l++)
								{
									auto parameter = method->GetParameter(l);
									auto argument = Ptr(new WfFunctionArgument);
									argument->name.value = L"<mixin-parameter>" + parameter->GetName();
									argument->type = GetTypeFromTypeInfo(parameter->GetType());
									funcDecl->arguments.Add(argument);
								}

								auto implBlock = Ptr(new WfBlockStatement);
								funcDecl->statement = implBlock;
								{
									auto refSource = Ptr(new WfReferenceExpression);
									refSource->name.value = L"<mixin-source>";

									auto memberExpr = Ptr(new WfMemberExpression);
									if (sourceType->GetTypeDescriptor() == method->GetOwnerTypeDescriptor())
									{
										memberExpr->parent = refSource;
									}
									else if (sourceType->GetTypeDescriptor()->GetMethodGroupByName(method->GetName(), true) == method->GetOwnerMethodGroup())
									{
										memberExpr->parent = refSource;
									}
									else
									{
										auto castExpr = Ptr(new WfTypeCastingExpression);
										castExpr->strategy = WfTypeCastingStrategy::Strong;
										castExpr->expression = refSource;
										{
											auto castType = Ptr(new WfRawPointerType);
											castType->element = GetTypeFromTypeDescriptor(sourceType->GetTypeDescriptor());
											castExpr->type = castType;
										}

										auto inferExpr = Ptr(new WfInferExpression);
										inferExpr->expression = castExpr;
										{
											auto inferType = Ptr(new WfRawPointerType);
											inferType->element = GetTypeFromTypeDescriptor(method->GetOwnerTypeDescriptor());
											inferExpr->type = inferType;
										}

										memberExpr->parent = inferExpr;
									}
									memberExpr->name.value = method->GetName();

									auto callExpr = Ptr(new WfCallExpression);
									callExpr->function = memberExpr;

									for (vint l = 0; l < parameterCount; l++)
									{
										auto parameter = method->GetParameter(l);

										auto argumentExpr = Ptr(new WfReferenceExpression);
										argumentExpr->name.value = L"<mixin-parameter>" + parameter->GetName();
										callExpr->arguments.Add(argumentExpr);
									}

									if (method->GetReturn()->GetTypeDescriptor() == description::GetTypeDescriptor<void>())
									{
										auto stat = Ptr(new WfExpressionStatement);
										stat->expression = callExpr;
										implBlock->statements.Add(stat);
									}
									else
									{
										auto stat = Ptr(new WfReturnStatement);
										stat->expression = callExpr;
										implBlock->statements.Add(stat);
									}
								}
							}
						}
					}

					vint count = td->GetBaseTypeDescriptorCount();
					for (vint j = 0; j < count; j++)
					{
						auto baseTd = td->GetBaseTypeDescriptor(j);
						if (!unprocessed.Contains(baseTd))
						{
							unprocessed.Add(baseTd);
						}
					}
				}
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_EXPANDNEWCOROUTINEEXPRESSION.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;

			Ptr<WfExpression> GenerateCoroutineInvalidId()
			{
				auto refOne = Ptr(new WfIntegerExpression);
				refOne->value.value = L"1";

				auto refInvalid = Ptr(new WfUnaryExpression);
				refInvalid->op = WfUnaryOperator::Negative;
				refInvalid->operand = refOne;

				return refInvalid;
			}

/***********************************************************************
FindCoroutineAwaredStatements
***********************************************************************/

			class FindCoroutineAwaredStatementVisitor : public empty_visitor::StatementVisitor
			{
			public:
				List<WfStatement*>&						awaredStatements;
				bool									awared = false;

				FindCoroutineAwaredStatementVisitor(List<WfStatement*>& _awaredStatements)
					:awaredStatements(_awaredStatements)
				{
				}

				bool Call(Ptr<WfStatement> node)
				{
					if (!node) return false;

					awared = false;
					node->Accept(this);
					if (awared)
					{
						awaredStatements.Add(node.Obj());
					}
					return awared;
				}

				void Dispatch(WfVirtualCseStatement* node)override
				{
					awared = Call(node->expandedStatement);
				}

				void Dispatch(WfCoroutineStatement* node)override
				{
					awared = true;
				}

				void Dispatch(WfStateMachineStatement* node)override
				{
					CHECK_FAIL(L"FindCoroutineAwaredStatementVisitor::Visit(WfStateMachineStatement*)#Internal error, state machine statement is not allowed in $coroutine expression.");
				}

				void Visit(WfBreakStatement* node)override
				{
					awared = true;
				}

				void Visit(WfContinueStatement* node)override
				{
					awared = true;
				}

				void Visit(WfReturnStatement* node)override
				{
					awared = true;
				}

				void Visit(WfIfStatement* node)override
				{
					bool a = Call(node->trueBranch);
					bool b = Call(node->falseBranch);
					awared = a || b;
				}

				void Visit(WfWhileStatement* node)override
				{
					awared = Call(node->statement);
				}

				void Visit(WfTryStatement* node)override
				{
					bool a = Call(node->protectedStatement);
					bool b = Call(node->catchStatement);
					bool c = Call(node->finallyStatement);
					awared = a || b || c;
				}

				void Visit(WfBlockStatement* node)override
				{
					bool result = false;
					for (auto stat : node->statements)
					{
						bool a = Call(stat);
						result |= a;
					}
					awared = result;
				}

				void Visit(WfGotoStatement* node)override
				{
					awared = true;
				}
			};

			void FindCoroutineAwaredStatements(Ptr<WfStatement> node, List<WfStatement*>& awaredStatements)
			{
				FindCoroutineAwaredStatementVisitor(awaredStatements).Call(node);
			}

/***********************************************************************
FindCoroutineAwaredVariables
***********************************************************************/

			class FindCoroutineAwaredVariableVisitor : public empty_visitor::StatementVisitor
			{
			public:
				List<WfVariableStatement*>&				awaredVariables;

				FindCoroutineAwaredVariableVisitor(List<WfVariableStatement*>& _awaredVariables)
					:awaredVariables(_awaredVariables)
				{
				}

				void Dispatch(WfVirtualCseStatement* node)override
				{
					node->expandedStatement->Accept(this);
				}

				void Dispatch(WfCoroutineStatement* node)override
				{
				}

				void Dispatch(WfStateMachineStatement* node)override
				{
					CHECK_FAIL(L"FindCoroutineAwaredVariableVisitor::Visit(WfStateMachineStatement*)#Internal error, state machine statement is not allowed in $coroutine expression.");
				}

				void Visit(WfVariableStatement* node)override
				{
					awaredVariables.Add(node);
				}
			};

			class FindCoroutineAwaredBlockVisitor : public empty_visitor::StatementVisitor
			{
			public:
				List<WfVariableStatement*>&				awaredVariables;

				FindCoroutineAwaredBlockVisitor(List<WfVariableStatement*>& _awaredVariables)
					:awaredVariables(_awaredVariables)
				{
				}

				void Dispatch(WfVirtualCseStatement* node)override
				{
					// If an virtual node is coroutine awared
					// than its expandedStatement is also in the list
					// no need to find variables again
				}

				void Dispatch(WfCoroutineStatement* node)override
				{
				}

				void Dispatch(WfStateMachineStatement* node)override
				{
					CHECK_FAIL(L"FindCoroutineAwaredBlockVisitor::Visit(WfStateMachineStatement*)#Internal error, state machine statement is not allowed in $coroutine expression.");
				}

				void Visit(WfBlockStatement* node)override
				{
					FindCoroutineAwaredVariableVisitor visitor(awaredVariables);
					for (auto stat : node->statements)
					{
						stat->Accept(&visitor);
					}
				}
			};

			void FindCoroutineAwaredVariables(WfStatement* node, List<WfVariableStatement*>& awaredVariables)
			{
				FindCoroutineAwaredBlockVisitor visitor(awaredVariables);
				node->Accept(&visitor);
			}

/***********************************************************************
FindCoroutineReferenceRenaming
***********************************************************************/

			void FindCoroutineReferenceRenaming(WfLexicalScopeManager* manager, List<WfStatement*>& awaredStatements, List<WfVariableStatement*>& awaredVariables, Dictionary<WfLexicalSymbol*, WString>& referenceRenaming)
			{
				vint renameCounter = 0;
				auto rename = [&](const WString& name)
				{
					if (name.Length() > 0 && name[0] == L'<')
					{
						vint index = INVLOC.FindFirst(name, L">", Locale::None).key;
						auto category = name.Sub(1, index - 1);
						auto local = name.Sub(index + 1, name.Length() - index - 1);
						return L"<co" + itow(renameCounter++) + L"-" + category + L">" + local;
					}
					else
					{
						return L"<co" + itow(renameCounter++) + L">" + name;
					}
				};

				for (auto stat : awaredVariables)
				{
					auto scope = manager->nodeScopes[stat];
					auto symbol = scope->symbols[stat->variable->name.value][0];
					auto name = rename(stat->variable->name.value);
					referenceRenaming.Add(symbol.Obj(), name);
				}

				for (auto stat : awaredStatements)
				{
					if (auto tryStat = dynamic_cast<WfTryStatement*>(stat))
					{
						if (tryStat->catchStatement)
						{
							auto scope = manager->nodeScopes[tryStat->catchStatement.Obj()]->parentScope.Obj();
							auto symbol = scope->symbols[tryStat->name.value][0];
							auto name = rename(tryStat->name.value);
							referenceRenaming.Add(symbol.Obj(), name);
						}
					}
					else if (auto ifStat = dynamic_cast<WfIfStatement*>(stat))
					{
						if (ifStat->name.value != L"")
						{
							auto scope = manager->nodeScopes[ifStat->trueBranch.Obj()]->parentScope.Obj();
							auto symbol = scope->symbols[ifStat->name.value][0];
							auto name = rename(ifStat->name.value);
							referenceRenaming.Add(symbol.Obj(), name);
						}
					}
				}
			}

/***********************************************************************
FlowChart
***********************************************************************/

			class FlowChartNode;

			class FlowChartBranch : public Object
			{
			public:
				Ptr<WfExpression>						condition;
				FlowChartNode*							destination = nullptr;
			};

			enum class FlowChartNodeAction
			{
				None,
				SetPause,
			};

			class FlowChartNode : public Object
			{
			public:
				FlowChartNodeAction						action = FlowChartNodeAction::None;
				bool									embedInBranch = false;
				List<Ptr<WfStatement>>					statements;
				List<Ptr<FlowChartBranch>>				branches;
				FlowChartNode*							destination = nullptr;
				FlowChartNode*							exceptionDestination = nullptr;
				FlowChartNode*							pauseDestination = nullptr;
				WfLexicalSymbol*						exceptionVariable = nullptr;
			};

			class FlowChart : public Object
			{
				typedef Dictionary<WfTryStatement*, Ptr<WfLexicalSymbol>>		TempExVarMap;
			public:
				List<Ptr<FlowChartNode>>				nodes;
				FlowChartNode*							headNode = nullptr;
				FlowChartNode*							lastNode = nullptr;
				TempExVarMap							tempExVars;

				FlowChartNode* CreateNode(FlowChartNode* catchNode)
				{
					auto node = Ptr(new FlowChartNode);
					node->exceptionDestination = catchNode;
					nodes.Add(node);
					return node.Obj();
				}

				FlowChartNode* AppendNode(FlowChartNode* head, FlowChartNode* catchNode, FlowChartNodeAction action = FlowChartNodeAction::None)
				{
					auto node = CreateNode(catchNode);
					node->action = action;
					if (head)
					{
						CHECK_ERROR(head->destination == nullptr, L"FlowChart::AppendNode(FlowChartNode*, FlowChartNode*, FlowChartNodeAction)#Cannot append a new node to a flow chart node that already has a default destination.");
						head->destination = node;
					}
					return node;
				}

				FlowChartNode* EnsureAppendStatement(FlowChartNode* head, FlowChartNode* catchNode)
				{
					if (head == nullptr)
					{
						return CreateNode(catchNode);
					}
					else if(head->branches.Count() > 0 || head->exceptionDestination != catchNode)
					{
						CHECK_ERROR(head->destination == nullptr, L"FlowChart::EnsureAppendStatement(FlowChartNode*, FlowChartNode*)#Cannot append a statement to a flow chart node that already has a default destination.");
						auto node = CreateNode(catchNode);
						head->destination = node;
						return node;
					}
					else
					{
						return head;
					}
				}
			};

/***********************************************************************
GenerateFlowChart
***********************************************************************/

			class GenerateFlowChartModuleVisitor : public CopyWithExpandVirtualVisitor
			{
			public:
				WfLexicalScopeManager*					manager;
				Dictionary<WfLexicalSymbol*, WString>&	referenceRenaming;

				GenerateFlowChartModuleVisitor(WfLexicalScopeManager* _manager, Dictionary<WfLexicalSymbol*, WString>& _referenceRenaming)
					:CopyWithExpandVirtualVisitor(true)
					, manager(_manager)
					, referenceRenaming(_referenceRenaming)
				{
				}

				void Visit(WfReferenceExpression* node)override
				{
					copy_visitor::AstVisitor::Visit(node);
					vint index = manager->expressionResolvings.Keys().IndexOf(node);
					if (index != -1)
					{
						auto resolvingResult = manager->expressionResolvings.Values()[index];
						vint index = referenceRenaming.Keys().IndexOf(resolvingResult.symbol.Obj());
						if (index != -1)
						{
							result.Cast<WfReferenceExpression>()->name.value = referenceRenaming.Values()[index];
						}
					}
				}
			};

			class GenerateFlowChartStatementVisitor
				: public Object
				, public WfStatement::IVisitor
				, public WfCoroutineStatement::IVisitor
			{
			public:
				enum class ScopeType
				{
					Function,
					Loop,
					TryCatch,
					Block,
				};

				struct ScopeContext
				{
					ScopeContext*						parent = nullptr;
					ScopeType							type = ScopeType::Function;
					WString								name;
					FlowChartNode*						enterNode = nullptr;
					FlowChartNode*						leaveNode = nullptr;
					ScopeContext*						exitStatementScope = nullptr;
					Ptr<WfStatement>					exitStatement;
				};

			public:
				WfLexicalScopeManager*					manager;
				SortedList<WfStatement*>&				awaredStatements;
				Dictionary<WfLexicalSymbol*, WString>&	referenceRenaming;
				Ptr<FlowChart>							flowChart;
				FlowChartNode*							headNode;
				FlowChartNode*							catchNode;
				ScopeContext*							scopeContext;
				FlowChartNode*							resultHead = nullptr;
				FlowChartNode*							resultLast = nullptr;

				GenerateFlowChartStatementVisitor(WfLexicalScopeManager* _manager, SortedList<WfStatement*>& _awaredStatements, Dictionary<WfLexicalSymbol*, WString>& _referenceRenaming, Ptr<FlowChart> _flowChart, FlowChartNode* _headNode, FlowChartNode* _catchNode, ScopeContext* _scopeContext)
					:manager(_manager)
					, awaredStatements(_awaredStatements)
					, referenceRenaming(_referenceRenaming)
					, flowChart(_flowChart)
					, headNode(_headNode)
					, catchNode(_catchNode)
					, scopeContext(_scopeContext)
				{
				}

#define COPY_AST_RAW(STATEMENT) GenerateFlowChartModuleVisitor(manager, referenceRenaming).CopyNode(STATEMENT)
#define COPY_AST_SHARED(STATEMENT) COPY_AST_RAW((STATEMENT).Obj())

				void AppendAwaredStatement(FlowChartNode* catchNode, ScopeContext* scopeContext, Ptr<WfStatement> statement)
				{
					if (!resultHead)
					{
						resultHead = flowChart->EnsureAppendStatement(headNode, catchNode);
						resultLast = resultHead;
					}
					resultLast = Execute(resultHead, catchNode, scopeContext, statement).value;
				}

				void AppendUnawaredCopiedStatement(FlowChartNode* catchNode, ScopeContext* scopeContext, Ptr<WfStatement> statement)
				{
					if (!resultHead)
					{
						resultHead = flowChart->EnsureAppendStatement(headNode, catchNode);
						resultLast = resultHead;
					}
					resultHead->statements.Add(statement);
				}

				ScopeContext* InlineScopeExitCode(ScopeType untilScopeType, bool exclusive, const WString name = WString::Empty)
				{
					auto current = scopeContext;
					while (current)
					{
						bool found = false;
						if (current->type == untilScopeType)
						{
							if (name == L"" || current->name == name)
							{
								found = true;
							}
						}

						if (exclusive && found) break;
						if (current->exitStatement)
						{
							AppendAwaredStatement(catchNode, current->exitStatementScope, current->exitStatement);
						}
						if (!exclusive && found) break;
						current = current->parent;
					}
					return current;
				}

				static Pair<FlowChartNode*, FlowChartNode*> Execute(WfLexicalScopeManager* manager, SortedList<WfStatement*>& awaredStatements, Dictionary<WfLexicalSymbol*, WString>& referenceRenaming, Ptr<FlowChart> flowChart, FlowChartNode* headNode, FlowChartNode* catchNode, ScopeContext* scopeContext, Ptr<WfStatement> statement)
				{
					GenerateFlowChartStatementVisitor visitor(manager, awaredStatements, referenceRenaming, flowChart, headNode, catchNode, scopeContext);
					if (awaredStatements.Contains(statement.Obj()))
					{
						statement->Accept(&visitor);
					}
					else
					{
						visitor.AppendUnawaredCopiedStatement(catchNode, scopeContext, COPY_AST_SHARED(statement));
					}
					return{ visitor.resultHead,visitor.resultLast };
				}

				Pair<FlowChartNode*, FlowChartNode*> Execute(FlowChartNode* headNode, FlowChartNode* catchNode, ScopeContext* scopeContext, Ptr<WfStatement> statement)
				{
					return Execute(manager, awaredStatements, referenceRenaming, flowChart, headNode, catchNode, scopeContext, statement);
				}

				void Visit(WfBreakStatement* node)override
				{
					auto targetContext = InlineScopeExitCode(ScopeType::Loop, false);
					resultHead = flowChart->EnsureAppendStatement(headNode, catchNode);
					resultLast = resultHead;

					auto branch = Ptr(new FlowChartBranch);
					branch->destination = targetContext->leaveNode;
					resultLast->branches.Add(branch);
				}

				void Visit(WfContinueStatement* node)override
				{
					auto targetContext = InlineScopeExitCode(ScopeType::Loop, true);
					resultHead = flowChart->EnsureAppendStatement(headNode, catchNode);
					resultLast = resultHead;

					auto branch = Ptr(new FlowChartBranch);
					branch->destination = targetContext->enterNode;
					resultLast->branches.Add(branch);
				}

				void Visit(WfReturnStatement* node)override
				{
					auto targetContext = InlineScopeExitCode(ScopeType::Function, false);
					AppendUnawaredCopiedStatement(catchNode, scopeContext, COPY_AST_RAW(node));

					auto branch = Ptr(new FlowChartBranch);
					branch->destination = targetContext->leaveNode;
					resultLast->branches.Add(branch);
				}

				void Visit(WfDeleteStatement* node)override
				{
					AppendUnawaredCopiedStatement(catchNode, scopeContext, COPY_AST_RAW(node));
				}

				void Visit(WfRaiseExceptionStatement* node)override
				{
					AppendUnawaredCopiedStatement(catchNode, scopeContext, COPY_AST_RAW(node));
				}

				void GenerateIfWithVar(WfIfStatement* node)
				{
					resultHead = flowChart->EnsureAppendStatement(headNode, catchNode);
					{
						auto branch = Ptr(new FlowChartBranch);
						resultHead->branches.Add(branch);

						auto scope = manager->nodeScopes[node];
						auto symbol = scope->symbols[node->name.value][0].Obj();
						{
							auto refExpr = Ptr(new WfReferenceExpression);
							refExpr->name.value = referenceRenaming[symbol];

							auto assignExpr = Ptr(new WfBinaryExpression);
							assignExpr->op = WfBinaryOperator::Assign;
							assignExpr->first = refExpr;
							assignExpr->second = COPY_AST_SHARED(node->expression);

							auto stat = Ptr(new WfExpressionStatement);
							stat->expression = assignExpr;

							SetCodeRange((Ptr<WfStatement>)stat, node->expression->codeRange);
							resultHead->statements.Add(stat);
						}
						{
							auto refExpr = Ptr(new WfReferenceExpression);
							refExpr->name.value = referenceRenaming[symbol];

							auto testExpr = Ptr(new WfTypeTestingExpression);
							testExpr->test = WfTypeTesting::IsNotNull;
							testExpr->expression = refExpr;

							SetCodeRange((Ptr<WfExpression>)testExpr, node->expression->codeRange);
							branch->condition = testExpr;
						}
					}
					resultLast = flowChart->CreateNode(catchNode);

					{
						auto pair = Execute(nullptr, catchNode, scopeContext, node->trueBranch);
						pair.value->destination = resultLast;
						resultHead->branches[0]->destination = pair.key;
					}

					if (node->falseBranch)
					{
						auto pair = Execute(nullptr, catchNode, scopeContext, node->falseBranch);
						pair.value->destination = resultLast;
						resultHead->destination = pair.key;
					}
					else
					{
						resultHead->destination = resultLast;
					}
				}

				void GenerateIfWithoutVar(WfIfStatement* node)
				{
					resultHead = flowChart->EnsureAppendStatement(headNode, catchNode);
					resultLast = flowChart->CreateNode(catchNode);

					while (true)
					{
						auto branch = Ptr(new FlowChartBranch);
						resultHead->branches.Add(branch);
						branch->condition = COPY_AST_SHARED(node->expression);

						auto pair = Execute(nullptr, catchNode, scopeContext, node->trueBranch);
						pair.value->destination = resultLast;
						branch->destination = pair.key;

						auto next = dynamic_cast<WfIfStatement*>(node->falseBranch.Obj());
						if (next && next->name.value == L"")
						{
							node = next;
						}
						else
						{
							break;
						}
					}

					if (node->falseBranch)
					{
						auto pair = Execute(nullptr, catchNode, scopeContext, node->falseBranch);
						pair.value->destination = resultLast;
						resultHead->destination = pair.key;
					}
					else
					{
						resultHead->destination = resultLast;
					}
				}

				void Visit(WfIfStatement* node)override
				{
					if (node->name.value == L"")
					{
						GenerateIfWithoutVar(node);
					}
					else
					{
						GenerateIfWithVar(node);
					}
				}

				void Visit(WfWhileStatement* node)override
				{
					resultHead = flowChart->EnsureAppendStatement(headNode, catchNode);
					{
						auto branch = Ptr(new FlowChartBranch);
						resultHead->branches.Add(branch);
						branch->condition = COPY_AST_SHARED(node->condition);
					}
					auto loopEnd = flowChart->CreateNode(catchNode);
					{
						auto branch = Ptr(new FlowChartBranch);
						loopEnd->branches.Add(branch);
						branch->condition = COPY_AST_SHARED(node->condition);
					}
					resultLast = flowChart->CreateNode(catchNode);

					ScopeContext loopContext;
					loopContext.parent = scopeContext;
					loopContext.type = ScopeType::Loop;
					loopContext.enterNode = loopEnd;
					loopContext.leaveNode = resultLast;
					auto pair = Execute(nullptr, catchNode, &loopContext, node->statement);
					pair.value->destination = loopEnd;

					resultHead->branches[0]->destination = pair.key;
					loopEnd->branches[0]->destination = pair.key;
					resultHead->destination = resultLast;
					loopEnd->destination = resultLast;
				}

				WfLexicalSymbol* GetExceptionVariableSymbol(WfTryStatement* node)
				{
					if (node->catchStatement)
					{
						auto scope = manager->nodeScopes[node->catchStatement.Obj()]->parentScope.Obj();
						auto symbol = scope->symbols[node->name.value][0];
						return symbol.Obj();
					}
					else
					{
						vint index = flowChart->tempExVars.Keys().IndexOf(node);
						if (index == -1)
						{
							auto symbol = Ptr(new WfLexicalSymbol(nullptr));
							symbol->name = L"ex";
							symbol->typeInfo = TypeInfoRetriver<Ptr<IValueException>>::CreateTypeInfo();
							flowChart->tempExVars.Add(node, symbol);

							referenceRenaming.Add(symbol.Obj(), L"<co-tempexvar" + itow(flowChart->tempExVars.Count() - 1) + L">ex");
							return symbol.Obj();
						}
						return flowChart->tempExVars.Values()[index].Obj();
					}
				}

				Pair<FlowChartNode*, FlowChartNode*> GenerateCatch(WfTryStatement* node, FlowChartNode* catchNode)
				{
					auto pair = Execute(nullptr, catchNode, scopeContext, node->catchStatement);
					pair.key->exceptionVariable = GetExceptionVariableSymbol(node);
					return pair;
				}

				Pair<FlowChartNode*, FlowChartNode*> GenerateFinally(WfTryStatement* node, FlowChartNode* catchNode)
				{
					return Execute(nullptr, catchNode, scopeContext, node->finallyStatement);
				}

				Pair<FlowChartNode*, FlowChartNode*> GenerateFinallyAndRaise(WfTryStatement* node, FlowChartNode* catchNode)
				{
					auto pair = Execute(nullptr, catchNode, scopeContext, node->finallyStatement);
					auto raiseNode = flowChart->CreateNode(catchNode);
					{
						pair.key->exceptionVariable = GetExceptionVariableSymbol(node);

						auto refExpr = Ptr(new WfReferenceExpression);
						refExpr->name.value = referenceRenaming[pair.key->exceptionVariable];

						auto memberExpr = Ptr(new WfMemberExpression);
						memberExpr->parent = refExpr;
						memberExpr->name.value = L"Message";

						auto raiseStat = Ptr(new WfRaiseExceptionStatement);
						raiseStat->expression = memberExpr;

						SetCodeRange((Ptr<WfStatement>)raiseStat, node->finallyStatement->codeRange);
						raiseNode->statements.Add(raiseStat);
					}
					pair.value->destination = raiseNode;
					return { pair.key,raiseNode };
				}

				void Visit(WfTryStatement* node)override
				{
					ScopeContext tryContext;
					tryContext.parent = scopeContext;
					tryContext.type = ScopeType::TryCatch;
					if (node->finallyStatement)
					{
						tryContext.exitStatementScope = scopeContext;
						tryContext.exitStatement = node->finallyStatement;
					}

					if (node->catchStatement && !node->finallyStatement)
					{
						auto pairCatch = GenerateCatch(node, catchNode);
						AppendAwaredStatement(pairCatch.key, &tryContext, node->protectedStatement);

						auto endNode = flowChart->CreateNode(catchNode);
						pairCatch.value->destination = endNode;
						resultLast->destination = endNode;
						resultLast = endNode;
					}
					else if (!node->catchStatement && node->finallyStatement)
					{
						auto pairFinallyAndRaise = GenerateFinallyAndRaise(node, catchNode);
						AppendAwaredStatement(pairFinallyAndRaise.key, &tryContext, node->protectedStatement);
						auto pairFinally = GenerateFinally(node, catchNode);

						auto endNode = flowChart->CreateNode(catchNode);
						resultLast->destination = pairFinally.key;
						pairFinally.value->destination = endNode;
						pairFinallyAndRaise.value->destination = endNode;
						resultLast = endNode;
					}
					else
					{
						auto pairFinallyAndRaise = GenerateFinallyAndRaise(node, catchNode);
						auto pairCatch = GenerateCatch(node, pairFinallyAndRaise.key);
						AppendAwaredStatement(pairCatch.key, &tryContext, node->protectedStatement);
						auto pairFinally = GenerateFinally(node, catchNode);

						auto endNode = flowChart->CreateNode(catchNode);
						resultLast->destination = pairFinally.key;
						pairCatch.value->destination = pairFinally.key;
						pairFinally.value->destination = endNode;
						pairFinallyAndRaise.value->destination = endNode;
						resultLast = endNode;
					}
				}

				void Visit(WfBlockStatement* node)override
				{
					if (node->endLabel.value == L"")
					{
						resultHead = flowChart->EnsureAppendStatement(headNode, catchNode);
						resultLast = resultHead;

						for (auto [stat, index] : indexed(node->statements))
						{
							auto pair = Execute(resultLast, catchNode, scopeContext, stat);
							resultLast = pair.value;
						}
					}
					else
					{
						resultHead = flowChart->EnsureAppendStatement(headNode, catchNode);
						auto blockEnd = flowChart->CreateNode(catchNode);
						resultLast = resultHead;

						ScopeContext blockContext;
						blockContext.parent = scopeContext;
						blockContext.type = ScopeType::Block;
						blockContext.name = node->endLabel.value;
						blockContext.enterNode = resultHead;
						blockContext.leaveNode = blockEnd;

						for (auto [stat, index] : indexed(node->statements))
						{
							auto pair = Execute(resultLast, catchNode, &blockContext, stat);
							resultLast = pair.value;
						}

						resultLast->destination = blockEnd;
						resultLast = blockEnd;
					}
				}

				void Visit(WfGotoStatement* node)override
				{
					auto targetContext = InlineScopeExitCode(ScopeType::Block, false, node->label.value);
					resultHead = flowChart->EnsureAppendStatement(headNode, catchNode);
					resultLast = resultHead;

					auto branch = Ptr(new FlowChartBranch);
					branch->destination = targetContext->leaveNode;
					resultLast->branches.Add(branch);
				}

				void Visit(WfVariableStatement* node)override
				{
					resultHead = flowChart->EnsureAppendStatement(headNode, catchNode);
					resultLast = resultHead;

					auto scope = manager->nodeScopes[node];
					auto symbol = scope->symbols[node->variable->name.value][0].Obj();

					auto refExpr = Ptr(new WfReferenceExpression);
					refExpr->name.value = referenceRenaming[symbol];

					auto assignExpr = Ptr(new WfBinaryExpression);
					assignExpr->op = WfBinaryOperator::Assign;
					assignExpr->first = refExpr;
					assignExpr->second = COPY_AST_SHARED(node->variable->expression);

					auto stat = Ptr(new WfExpressionStatement);
					stat->expression = assignExpr;

					SetCodeRange((Ptr<WfStatement>)stat, node->codeRange);
					AppendUnawaredCopiedStatement(catchNode, scopeContext, stat);
				}

				void Visit(WfExpressionStatement* node)override
				{
					AppendUnawaredCopiedStatement(catchNode, scopeContext, COPY_AST_RAW(node));
				}

				void Visit(WfVirtualCseStatement* node)override
				{
					node->expandedStatement->Accept(this);
				}

				void Visit(WfCoroutineStatement* node)override
				{
					node->Accept(static_cast<WfCoroutineStatement::IVisitor*>(this));
				}

				void Visit(WfCoPauseStatement* node)override
				{
					resultHead = flowChart->AppendNode(headNode, catchNode, FlowChartNodeAction::SetPause);
					resultLast = resultHead;
					if (node->statement)
					{
						AppendUnawaredCopiedStatement(catchNode, scopeContext, COPY_AST_SHARED(node->statement));
					}

					resultLast = flowChart->AppendNode(resultLast, catchNode);
					{
						auto pauseStat = Ptr(new WfCoPauseStatement);
						SetCodeRange((Ptr<WfStatement>)pauseStat, node->codeRange);
						resultLast->statements.Add(pauseStat);
					}
					resultLast = flowChart->AppendNode(resultLast, catchNode);
					resultHead->pauseDestination = resultLast;
				}

				void Visit(WfCoOperatorStatement* node)override
				{
					CHECK_FAIL(L"GenerateFlowChartStatementVisitor::Visit(WfCoOperatorStatement*)#Internal error, co-operator statement is not allowed in $coroutine expression.");
				}

				void Visit(WfStateMachineStatement* node)override
				{
					CHECK_FAIL(L"GenerateFlowChartStatementVisitor::Visit(WfStateMachineStatement*)#Internal error, state machine statement is not allowed in $coroutine expression.");
				}

#undef COPY_STATEMENT
			};

			Ptr<FlowChart> GenerateFlowChart(WfLexicalScopeManager* manager, List<WfStatement*>& awaredStatements, List<WfVariableStatement*>& awaredVariables, Dictionary<WfLexicalSymbol*, WString>& referenceRenaming, Ptr<WfStatement> statement)
			{
				auto flowChart = Ptr(new FlowChart);
				SortedList<WfStatement*> sortedAwaredStatements;
				CopyFrom(sortedAwaredStatements, awaredStatements, true);
				CopyFrom(sortedAwaredStatements, awaredVariables, true);

				auto endNode = flowChart->CreateNode(nullptr);
				GenerateFlowChartStatementVisitor::ScopeContext context;
				context.leaveNode = endNode;

				auto pair = GenerateFlowChartStatementVisitor::Execute(manager, sortedAwaredStatements, referenceRenaming, flowChart, nullptr, nullptr, &context, statement);
				pair.value->destination = endNode;

				flowChart->headNode = pair.key;
				flowChart->lastNode = endNode;
				return flowChart;
			}

/***********************************************************************
RemoveUnnecessaryNodes
***********************************************************************/

			void CalculateEnterCounts(Ptr<FlowChart> flowChart, Dictionary<FlowChartNode*, vint>& enterCounts)
			{
				const auto& keys = enterCounts.Keys();
				auto& values = const_cast<Dictionary<FlowChartNode*, vint>::ValueContainer&>(enterCounts.Values());

				for (auto node : flowChart->nodes)
				{
					enterCounts.Add(node.Obj(), 0);
				}
				enterCounts.Set(flowChart->headNode, 1);

				auto Inc = [&](FlowChartNode* node)
				{
					if (node)
					{
						vint index = keys.IndexOf(node);
						values[index]++;
					}
				};

				for (auto node : flowChart->nodes)
				{
					Inc(node->destination);
					Inc(node->exceptionDestination);
					Inc(node->pauseDestination);
					for (auto branch : node->branches)
					{
						Inc(branch->destination);
					}
				}
			}

			void RemoveUnnecessaryNodesPass(Ptr<FlowChart> flowChart)
			{
				Dictionary<FlowChartNode*, vint> enterCounts;
				CalculateEnterCounts(flowChart, enterCounts);

				SortedList<FlowChartNode*> mergableNodes;
				List<Ptr<FlowChartNode>> keepingNodes;
				for (auto node : flowChart->nodes)
				{
					bool mergable = false;

					if (node->branches.Count() == 0 && node->destination)
					{
						if (node->statements.Count() == 0 && node->action == FlowChartNodeAction::None && !node->exceptionVariable)
						{
							mergable = true;
						}
						else if (node->destination->action == FlowChartNodeAction::None && !node->destination->exceptionVariable && enterCounts[node->destination] == 1)
						{
							mergable = true;
						}
					}

					if (mergable)
					{
						mergableNodes.Add(node.Obj());
					}
					else
					{
						keepingNodes.Add(node);
					}
				}

				Dictionary<FlowChartNode*, FlowChartNode*> merging;
				for (auto node : mergableNodes)
				{
					auto current = node;
					while (mergableNodes.Contains(current))
					{
						auto target = current->destination;

						if (current->action == FlowChartNodeAction::SetPause)
						{
							target->action = current->action;
							target->pauseDestination = current->pauseDestination;
						}
						if (current->exceptionVariable)
						{
							target->exceptionVariable = current->exceptionVariable;
						}
						if (current->statements.Count() > 0)
						{
							CopyFrom(current->statements, target->statements, true);
							CopyFrom(target->statements, current->statements);
							current->statements.Clear();
						}

						current = target;
					}
					merging.Add(node, current);
				}

#define MERGE_FLOW_CHART_NODE(DESTINATION)\
				{\
					vint index = merging.Keys().IndexOf(DESTINATION);\
					if (index != -1) DESTINATION = merging.Values()[index];\
				}\

				for (auto node : flowChart->nodes)
				{
					if (!mergableNodes.Contains(node.Obj()))
					{
						MERGE_FLOW_CHART_NODE(node->destination);
						MERGE_FLOW_CHART_NODE(node->exceptionDestination);
						MERGE_FLOW_CHART_NODE(node->pauseDestination);
						for (auto branch : node->branches)
						{
							MERGE_FLOW_CHART_NODE(branch->destination);
						}
					}
				}
				MERGE_FLOW_CHART_NODE(flowChart->headNode);
				MERGE_FLOW_CHART_NODE(flowChart->lastNode);

#undef MERGE_FLOW_CHART_NODE

				vint headNodeIndex = keepingNodes.IndexOf(flowChart->headNode);
				if (headNodeIndex != 0)
				{
					auto headNode = keepingNodes[headNodeIndex];
					keepingNodes.RemoveAt(headNodeIndex);
					keepingNodes.Insert(0, headNode);
				}
				CopyFrom(flowChart->nodes, keepingNodes);
			}

			void RemoveUnnecessaryNodes(Ptr<FlowChart> flowChart)
			{
				RemoveUnnecessaryNodesPass(flowChart);

				for (auto node : flowChart->nodes)
				{
					if (node->pauseDestination && node->statements.Count() > 0 && node->statements[node->statements.Count() - 1].Cast<WfCoPauseStatement>())
					{
						node->destination = nullptr;
					}
				}

				Dictionary<FlowChartNode*, vint> enterCounts;
				CalculateEnterCounts(flowChart, enterCounts);
				for (auto node : flowChart->nodes)
				{
					for (auto branch : node->branches)
					{
						if (enterCounts[branch->destination] == 1)
						{
							branch->destination->embedInBranch = true;
						}
					}
				}
			}

/***********************************************************************
GenerateSetStatus
***********************************************************************/

			Ptr<WfStatement> GenerateSetStatus(const WString& status)
			{
				auto refExpr = Ptr(new WfReferenceExpression);
				refExpr->name.value = status;

				auto funcExpr = Ptr(new WfReferenceExpression);
				funcExpr->name.value = L"SetStatus";

				auto callExpr = Ptr(new WfCallExpression);
				callExpr->function = funcExpr;
				callExpr->arguments.Add(refExpr);

				auto stat = Ptr(new WfExpressionStatement);
				stat->expression = callExpr;

				return stat;
			};

/***********************************************************************
GenerateSetCoState
***********************************************************************/

			Ptr<WfStatement> GenerateSetCoStateBeforePause()
			{
				auto refBefore = Ptr(new WfReferenceExpression);
				refBefore->name.value = L"<co-state-before-pause>";

				auto refState = Ptr(new WfReferenceExpression);
				refState->name.value = L"<co-state>";

				auto assignExpr = Ptr(new WfBinaryExpression);
				assignExpr->op = WfBinaryOperator::Assign;
				assignExpr->first = refBefore;
				assignExpr->second = refState;

				auto stat = Ptr(new WfExpressionStatement);
				stat->expression = assignExpr;

				return stat;
			}

			Ptr<WfStatement> GenerateSetCoStateBeforePauseToInvalid()
			{
				auto refBefore = Ptr(new WfReferenceExpression);
				refBefore->name.value = L"<co-state-before-pause>";

				auto assignExpr = Ptr(new WfBinaryExpression);
				assignExpr->op = WfBinaryOperator::Assign;
				assignExpr->first = refBefore;
				assignExpr->second = GenerateCoroutineInvalidId();

				auto stat = Ptr(new WfExpressionStatement);
				stat->expression = assignExpr;

				return stat;
			}

			Ptr<WfStatement> GenerateSetCoState(List<FlowChartNode*>& nodeOrders, FlowChartNode* node)
			{
				auto refState = Ptr(new WfReferenceExpression);
				refState->name.value = L"<co-state>";

				auto intState = Ptr(new WfIntegerExpression);
				intState->value.value = itow(nodeOrders.IndexOf(node));

				auto assignExpr = Ptr(new WfBinaryExpression);
				assignExpr->op = WfBinaryOperator::Assign;
				assignExpr->first = refState;
				assignExpr->second = intState;

				auto stat = Ptr(new WfExpressionStatement);
				stat->expression = assignExpr;

				return stat;
			};

/***********************************************************************
ExpandExceptionDestination
***********************************************************************/

			Ptr<WfBlockStatement> ExpandExceptionDestination(FlowChartNode* catchNode, Dictionary<WfLexicalSymbol*, WString>& referenceRenaming, List<FlowChartNode*>& nodeOrders, Ptr<WfBlockStatement> stateBlock)
			{
				/////////////////////////////////////////////////////////////////////////////
				// try { ... }
				/////////////////////////////////////////////////////////////////////////////

				auto nodeTryStat = Ptr(new WfTryStatement);
				auto nodeBlock = Ptr(new WfBlockStatement);
				nodeTryStat->protectedStatement = nodeBlock;

				/////////////////////////////////////////////////////////////////////////////
				// catch(<co-ex>)
				// {
				//      THE_EXCEPTION_VARIABLE = <co-ex>;
				//      <co-state> = THE_EXCEPTION_STATE;
				//      continue;
				// }
				/////////////////////////////////////////////////////////////////////////////

				nodeTryStat->name.value = L"<co-ex>";
				auto catchBlock = Ptr(new WfBlockStatement);
				nodeTryStat->catchStatement = catchBlock;
				{
					auto refTarget = Ptr(new WfReferenceExpression);
					refTarget->name.value = referenceRenaming[catchNode->exceptionVariable];

					auto refEx = Ptr(new WfReferenceExpression);
					refEx->name.value = L"<co-ex>";

					auto assignExpr = Ptr(new WfBinaryExpression);
					assignExpr->op = WfBinaryOperator::Assign;
					assignExpr->first = refTarget;
					assignExpr->second = refEx;

					auto stat = Ptr(new WfExpressionStatement);
					stat->expression = assignExpr;
					catchBlock->statements.Add(stat);
				}
				catchBlock->statements.Add(GenerateSetCoState(nodeOrders, catchNode));
				catchBlock->statements.Add(Ptr(new WfContinueStatement));

				stateBlock->statements.Add(nodeTryStat);
				return nodeBlock;
			}

/***********************************************************************
ExpandFlowChartNode
***********************************************************************/

			void ExpandFlowChartNode(Ptr<FlowChart> flowChart, FlowChartNode* flowChartNode, Dictionary<WfLexicalSymbol*, WString>& referenceRenaming, List<FlowChartNode*>& nodeOrders, FlowChartNode* parentCatchNode, Ptr<WfBlockStatement> stateBlock)
			{
				if (flowChartNode->action == FlowChartNodeAction::SetPause)
				{
					/////////////////////////////////////////////////////////////////////////////
					// <co-state> = THE_NEXT_STATE;
					// SetStatus(Waiting);
					/////////////////////////////////////////////////////////////////////////////
					stateBlock->statements.Add(GenerateSetStatus(L"Waiting"));
					stateBlock->statements.Add(GenerateSetCoStateBeforePause());
					stateBlock->statements.Add(GenerateSetCoState(nodeOrders, flowChartNode->pauseDestination));
				}

				auto nodeBlock = stateBlock;
				if (flowChartNode->exceptionDestination && parentCatchNode != flowChartNode->exceptionDestination)
				{
					nodeBlock = ExpandExceptionDestination(flowChartNode->exceptionDestination, referenceRenaming, nodeOrders, stateBlock);
				}

				bool exited = false;
				for (auto stat : flowChartNode->statements)
				{
					if (stat.Cast<WfCoPauseStatement>())
					{
						exited = true;
						/////////////////////////////////////////////////////////////////////////////
						// return;
						/////////////////////////////////////////////////////////////////////////////
						nodeBlock->statements.Add(Ptr(new WfReturnStatement));
					}
					else if (stat.Cast<WfReturnStatement>())
					{
						exited = true;
						/////////////////////////////////////////////////////////////////////////////
						// SetStatus(Stopped);
						// return;
						/////////////////////////////////////////////////////////////////////////////
						stateBlock->statements.Add(GenerateSetStatus(L"Stopped"));
						{
							auto returnStat = Ptr(new WfReturnStatement);
							stateBlock->statements.Add(returnStat);
						}
					}
					else
					{
						if (stat.Cast<WfRaiseExceptionStatement>())
						{
							exited = true;
						}
						nodeBlock->statements.Add(stat);
					}
				}

				for (auto branch : flowChartNode->branches)
				{
					Ptr<WfBlockStatement> trueBlock;

					if (branch->condition)
					{
						auto ifStat = Ptr(new WfIfStatement);
						ifStat->expression = branch->condition;

						trueBlock = Ptr(new WfBlockStatement);
						ifStat->trueBranch = trueBlock;

						nodeBlock->statements.Add(ifStat);
					}
					else
					{
						trueBlock = nodeBlock;
					}

					if (branch->destination->embedInBranch)
					{
						ExpandFlowChartNode(flowChart, branch->destination, referenceRenaming, nodeOrders, flowChartNode->exceptionDestination, trueBlock);
					}
					else
					{
						trueBlock->statements.Add(GenerateSetCoState(nodeOrders, branch->destination));
						trueBlock->statements.Add(Ptr(new WfContinueStatement));
					}
				}

				if (!exited)
				{
					if (flowChartNode == flowChart->lastNode)
					{
						/////////////////////////////////////////////////////////////////////////////
						// SetStatus(Stopped);
						// return;
						/////////////////////////////////////////////////////////////////////////////
						stateBlock->statements.Add(GenerateSetStatus(L"Stopped"));
						{
							auto returnStat = Ptr(new WfReturnStatement);
							stateBlock->statements.Add(returnStat);
						}
					}
					else
					{
						/////////////////////////////////////////////////////////////////////////////
						// <co-state> = THE_NEXT_STATE;
						// continue;
						/////////////////////////////////////////////////////////////////////////////
						stateBlock->statements.Add(GenerateSetCoState(nodeOrders, flowChartNode->destination));
						stateBlock->statements.Add(Ptr(new WfContinueStatement));
					}
				}
			}

/***********************************************************************
ExpandNewCoroutineExpression
***********************************************************************/

			void ExpandNewCoroutineExpression(WfLexicalScopeManager* manager, WfNewCoroutineExpression* node)
			{
				List<WfStatement*> awaredStatements;
				List<WfVariableStatement*> awaredVariables;
				Dictionary<WfLexicalSymbol*, WString> referenceRenaming;

				FindCoroutineAwaredStatements(node->statement, awaredStatements);
				for (auto stat : awaredStatements)
				{
					FindCoroutineAwaredVariables(stat, awaredVariables);
				}
				FindCoroutineReferenceRenaming(manager, awaredStatements, awaredVariables, referenceRenaming);
				auto flowChart = GenerateFlowChart(manager, awaredStatements, awaredVariables, referenceRenaming, node->statement);
				RemoveUnnecessaryNodes(flowChart);

				List<FlowChartNode*> nodeOrders;
				CopyFrom(
					nodeOrders,
					From(flowChart->nodes)
						.Select([](Ptr<FlowChartNode> node)
						{
							return node.Obj();
						})
						.Where([](FlowChartNode* node)
						{
							return !node->embedInBranch;
						})
				);

				auto newExpr = Ptr(new WfNewInterfaceExpression);
				node->expandedExpression = newExpr;
				newExpr->type = GetTypeFromTypeInfo(TypeInfoRetriver<Ptr<ICoroutine>>::CreateTypeInfo().Obj());

				/////////////////////////////////////////////////////////////////////////////
				// Coroutine Awared Variables
				/////////////////////////////////////////////////////////////////////////////

				for (auto symbol : From(referenceRenaming.Keys())
					.OrderByKey([&](WfLexicalSymbol* a)
					{
						return referenceRenaming[a];
					}))
				{
					auto varDecl = Ptr(new WfVariableDeclaration);
					newExpr->declarations.Add(varDecl);
					varDecl->name.value = referenceRenaming[symbol];
					varDecl->type = GetTypeFromTypeInfo(symbol->typeInfo.Obj());
					varDecl->expression = CreateDefaultValue(symbol->typeInfo.Obj());
				}

				/////////////////////////////////////////////////////////////////////////////
				// <co-state>
				/////////////////////////////////////////////////////////////////////////////

				{
					auto varDecl = Ptr(new WfVariableDeclaration);
					newExpr->declarations.Add(varDecl);
					varDecl->name.value = L"<co-state>";
					varDecl->type = GetTypeFromTypeInfo(manager->cputiSInt.Obj());

					auto stateExpr = Ptr(new WfIntegerExpression);
					stateExpr->value.value = L"0";
					varDecl->expression = stateExpr;
				}

				/////////////////////////////////////////////////////////////////////////////
				// <co-state-before-pause>
				/////////////////////////////////////////////////////////////////////////////

				{
					auto varDecl = Ptr(new WfVariableDeclaration);
					newExpr->declarations.Add(varDecl);
					varDecl->name.value = L"<co-state-before-pause>";
					varDecl->type = GetTypeFromTypeInfo(manager->cputiSInt.Obj());
					varDecl->expression = GenerateCoroutineInvalidId();
				}

				/////////////////////////////////////////////////////////////////////////////
				// prop Failure : Exception^ {const, not observe}
				/////////////////////////////////////////////////////////////////////////////

				{
					auto propDecl = Ptr(new WfAutoPropertyDeclaration);
					newExpr->declarations.Add(propDecl);
					propDecl->functionKind = WfFunctionKind::Override;
					propDecl->name.value = L"Failure";
					propDecl->type = GetTypeFromTypeInfo(TypeInfoRetriver<Ptr<IValueException>>::CreateTypeInfo().Obj());
					propDecl->configConst = WfAPConst::Readonly;
					propDecl->configObserve = WfAPObserve::NotObservable;

					auto nullExpr = Ptr(new WfLiteralExpression);
					nullExpr->value = WfLiteralValue::Null;
					propDecl->expression = nullExpr;
				}

				/////////////////////////////////////////////////////////////////////////////
				// prop Status : CoroutineStatus^ {const, not observe}
				/////////////////////////////////////////////////////////////////////////////

				{
					auto propDecl = Ptr(new WfAutoPropertyDeclaration);
					newExpr->declarations.Add(propDecl);
					propDecl->functionKind = WfFunctionKind::Override;
					propDecl->name.value = L"Status";
					propDecl->type = GetTypeFromTypeInfo(TypeInfoRetriver<CoroutineStatus>::CreateTypeInfo().Obj());
					propDecl->configConst = WfAPConst::Readonly;
					propDecl->configObserve = WfAPObserve::NotObservable;

					auto refExpr = Ptr(new WfReferenceExpression);
					refExpr->name.value = L"Waiting";

					propDecl->expression = refExpr;
				}

				/////////////////////////////////////////////////////////////////////////////
				// func Resume(<raise-exception> : bool, <coroutine-output> : CoroutineResult^) : void
				/////////////////////////////////////////////////////////////////////////////

				WString coResultName = node->name.value == L"" ? L"<coroutine-output>" : node->name.value;
				{
					auto funcDecl = Ptr(new WfFunctionDeclaration);
					newExpr->declarations.Add(funcDecl);
					funcDecl->functionKind = WfFunctionKind::Override;
					funcDecl->anonymity = WfFunctionAnonymity::Named;
					funcDecl->name.value = L"Resume";
					funcDecl->returnType = GetTypeFromTypeInfo(TypeInfoRetriver<void>::CreateTypeInfo().Obj());
					{
						auto argument = Ptr(new WfFunctionArgument);
						funcDecl->arguments.Add(argument);
						argument->name.value = L"<raise-exception>";
						argument->type = GetTypeFromTypeInfo(TypeInfoRetriver<bool>::CreateTypeInfo().Obj());
					}
					{
						auto argument = Ptr(new WfFunctionArgument);
						funcDecl->arguments.Add(argument);
						argument->name.value = coResultName;
						argument->type = GetTypeFromTypeInfo(TypeInfoRetriver<Ptr<CoroutineResult>>::CreateTypeInfo().Obj());
					}

					auto block = Ptr(new WfBlockStatement);
					funcDecl->statement = block;

					/////////////////////////////////////////////////////////////////////////////
					// if (Status != Waiting) raise "...";
					/////////////////////////////////////////////////////////////////////////////

					{
						auto ifStat = Ptr(new WfIfStatement);
						{
							auto refStatus = Ptr(new WfReferenceExpression);
							refStatus->name.value = L"Status";

							auto waitingStatus = Ptr(new WfChildExpression);
							waitingStatus->parent = GetExpressionFromTypeDescriptor(description::GetTypeDescriptor<CoroutineStatus>());
							waitingStatus->name.value = L"Waiting";

							auto compExpr = Ptr(new WfBinaryExpression);
							compExpr->op = WfBinaryOperator::NE;
							compExpr->first = refStatus;
							compExpr->second = waitingStatus;

							ifStat->expression = compExpr;
						}

						auto trueBlock = Ptr(new WfBlockStatement);
						ifStat->trueBranch = trueBlock;
						{
							auto exExpr = Ptr(new WfStringExpression);
							exExpr->value.value = L"Resume should be called only when the coroutine is in the waiting status.";

							auto raiseStat = Ptr(new WfRaiseExceptionStatement);
							raiseStat->expression = exExpr;
							trueBlock->statements.Add(raiseStat);
						}
						block->statements.Add(ifStat);
					}

					/////////////////////////////////////////////////////////////////////////////
					// SetStatus(Executing);
					/////////////////////////////////////////////////////////////////////////////

					block->statements.Add(GenerateSetStatus(L"Executing"));
					{
						/////////////////////////////////////////////////////////////////////////////
						// try { ... }
						/////////////////////////////////////////////////////////////////////////////

						auto tryStat = Ptr(new WfTryStatement);
						auto tryBlock = Ptr(new WfBlockStatement);
						tryStat->protectedStatement = tryBlock;
						{
							/////////////////////////////////////////////////////////////////////////////
							// if (<co-state-before-pause != -1) { ... }
							/////////////////////////////////////////////////////////////////////////////

							auto trueBlock = Ptr(new WfBlockStatement);
							{
								auto refBefore = Ptr(new WfReferenceExpression);
								refBefore->name.value = L"<co-state-before-pause>";

								auto compareInput = Ptr(new WfBinaryExpression);
								compareInput->op = WfBinaryOperator::NE;
								compareInput->first = refBefore;
								compareInput->second = GenerateCoroutineInvalidId();

								auto ifStat = Ptr(new WfIfStatement);
								tryBlock->statements.Add(ifStat);
								ifStat->expression = compareInput;
								ifStat->trueBranch = trueBlock;
							}

							/////////////////////////////////////////////////////////////////////////////
							// if (<coroutine-output> is null) { <co-state-before-pause> = -1; }
							// else if (<coroutine-output>.Failure is null) { <co-state-before-pause> = -1; }
							// else { ... }
							/////////////////////////////////////////////////////////////////////////////
							{
								auto nullTrueBlock = Ptr(new WfBlockStatement);
								Ptr<WfStatement>* nullFalseBlock = nullptr;
								auto exTrueBlock = Ptr(new WfBlockStatement);
								auto exFalseBlock = Ptr(new WfBlockStatement);

								{
									auto refOutput = Ptr(new WfReferenceExpression);
									refOutput->name.value = coResultName;

									auto testNullExpr = Ptr(new WfTypeTestingExpression);
									testNullExpr->test = WfTypeTesting::IsNull;
									testNullExpr->expression = refOutput;

									auto ifStat = Ptr(new WfIfStatement);
									trueBlock->statements.Add(ifStat);
									ifStat->expression = testNullExpr;

									ifStat->trueBranch = nullTrueBlock;
									nullTrueBlock->statements.Add(GenerateSetCoStateBeforePauseToInvalid());
									nullFalseBlock = &ifStat->falseBranch;
								}
								{
									auto refOutput = Ptr(new WfReferenceExpression);
									refOutput->name.value = coResultName;

									auto refFailure = Ptr(new WfMemberExpression);
									refFailure->parent = refOutput;
									refFailure->name.value = L"Failure";

									auto testNullExpr = Ptr(new WfTypeTestingExpression);
									testNullExpr->test = WfTypeTesting::IsNull;
									testNullExpr->expression = refFailure;

									auto ifStat = Ptr(new WfIfStatement);
									*nullFalseBlock = ifStat;
									ifStat->expression = testNullExpr;

									ifStat->trueBranch = exTrueBlock;
									exTrueBlock->statements.Add(GenerateSetCoStateBeforePauseToInvalid());
									ifStat->falseBranch = exFalseBlock;
								}
								{
									/////////////////////////////////////////////////////////////////////////////
									// Handle exception from <coroutine-output>
									/////////////////////////////////////////////////////////////////////////////

									Ptr<WfStatement> firstIfStatement;
									Ptr<WfStatement>* currentIfVar = &firstIfStatement;

									using GroupPair = Pair<FlowChartNode*, LazyList<FlowChartNode*>>;
									auto nodeByCatches = From(nodeOrders)
										.GroupBy([](FlowChartNode* node)
										{
											return node->exceptionDestination;
										})
										.OrderByKey([&](const GroupPair& p)
										{
											return nodeOrders.IndexOf(p.key);
										});

									for (auto group : nodeByCatches)
									{
										auto catchNode = group.key;
										if (!catchNode) continue;

										Ptr<WfExpression> condition;
										{
											List<Tuple<vint, vint>> conditionRanges;
											for (auto flowChartNode : group.value)
											{
												vint state = nodeOrders.IndexOf(flowChartNode);
												if (conditionRanges.Count() == 0)
												{
													conditionRanges.Add({ state,state });
												}
												else if (conditionRanges[conditionRanges.Count() - 1].get<1>() == state - 1)
												{
													conditionRanges[conditionRanges.Count() - 1].get<1>() = state;
												}
												else
												{
													conditionRanges.Add({ state,state });
												}
											}

											for (vint i = 0; i < conditionRanges.Count(); i++)
											{
												auto range = conditionRanges[i];

												Ptr<WfExpression> singleCondition;
												if (range.get<0>() == range.get<1>())
												{
													auto refState = Ptr(new WfReferenceExpression);
													refState->name.value = L"<co-state-before-pause>";

													auto intState = Ptr(new WfIntegerExpression);
													intState->value.value = itow(range.get<0>());

													auto compExpr = Ptr(new WfBinaryExpression);
													compExpr->op = WfBinaryOperator::EQ;
													compExpr->first = refState;
													compExpr->second = intState;

													singleCondition = compExpr;
												}
												else
												{
													auto refState = Ptr(new WfReferenceExpression);
													refState->name.value = L"<co-state-before-pause>";

													auto intState1 = Ptr(new WfIntegerExpression);
													intState1->value.value = itow(range.get<0>());

													auto intState2 = Ptr(new WfIntegerExpression);
													intState2->value.value = itow(range.get<1>());

													auto rangeExpr = Ptr(new WfRangeExpression);
													rangeExpr->begin = intState1;
													rangeExpr->beginBoundary = WfRangeBoundary::Inclusive;
													rangeExpr->end = intState2;
													rangeExpr->endBoundary = WfRangeBoundary::Inclusive;

													auto compExpr = Ptr(new WfSetTestingExpression);
													compExpr->test = WfSetTesting::In;
													compExpr->element = refState;
													compExpr->collection = rangeExpr;

													singleCondition = compExpr;
												}

												if (condition)
												{
													auto orExpr = Ptr(new WfBinaryExpression);
													orExpr->op = WfBinaryOperator::Or;
													orExpr->first = condition;
													orExpr->second = singleCondition;
													condition = orExpr;
												}
												else
												{
													condition = singleCondition;
												}
											}
										}

										auto ifStat = Ptr(new WfIfStatement);
										*currentIfVar = ifStat;
										currentIfVar = &ifStat->falseBranch;
										ifStat->expression = condition;

										auto catchBlock = Ptr(new WfBlockStatement);
										ifStat->trueBranch = catchBlock;

										catchBlock->statements.Add(GenerateSetCoStateBeforePauseToInvalid());
										{
											auto refTarget = Ptr(new WfReferenceExpression);
											refTarget->name.value = referenceRenaming[catchNode->exceptionVariable];

											auto refOutput = Ptr(new WfReferenceExpression);
											refOutput->name.value = coResultName;

											auto refFailure = Ptr(new WfMemberExpression);
											refFailure->parent = refOutput;
											refFailure->name.value = L"Failure";

											auto assignExpr = Ptr(new WfBinaryExpression);
											assignExpr->op = WfBinaryOperator::Assign;
											assignExpr->first = refTarget;
											assignExpr->second = refFailure;

											auto stat = Ptr(new WfExpressionStatement);
											stat->expression = assignExpr;
											catchBlock->statements.Add(stat);
										}
										catchBlock->statements.Add(GenerateSetCoState(nodeOrders, catchNode));
									}

									{
										auto block = Ptr(new WfBlockStatement);
										*currentIfVar = block;

										block->statements.Add(GenerateSetCoStateBeforePauseToInvalid());
										{
											auto refOutput = Ptr(new WfReferenceExpression);
											refOutput->name.value = coResultName;

											auto refFailure = Ptr(new WfMemberExpression);
											refFailure->parent = refOutput;
											refFailure->name.value = L"Failure";

											auto raiseStat = Ptr(new WfRaiseExceptionStatement);
											raiseStat->expression = refFailure;

											block->statements.Add(raiseStat);
										}
									}

									exFalseBlock->statements.Add(firstIfStatement);
								}
							}
						}
						{
							/////////////////////////////////////////////////////////////////////////////
							// while (true) { ... }
							/////////////////////////////////////////////////////////////////////////////

							auto whileStat = Ptr(new WfWhileStatement);
							{
								auto trueExpr = Ptr(new WfLiteralExpression);
								trueExpr->value = WfLiteralValue::True;
								whileStat->condition = trueExpr;
							}

							auto whileBlock = Ptr(new WfBlockStatement);
							whileStat->statement = whileBlock;

							using GroupPair = Pair<FlowChartNode*, LazyList<FlowChartNode*>>;
							auto nodeByCatches = From(nodeOrders)
								.GroupBy([](FlowChartNode* node)
								{
									return node->exceptionDestination;
								})
								.OrderByKey([&](const GroupPair& p)
								{
									return nodeOrders.IndexOf(p.key);
								});

							for (auto group : nodeByCatches)
							{
								auto catchNode = group.key;
								auto groupBlock = whileBlock;
								if (catchNode)
								{
									groupBlock = ExpandExceptionDestination(catchNode, referenceRenaming, nodeOrders, whileBlock);
								}

								for (auto flowChartNode : group.value)
								{
									/////////////////////////////////////////////////////////////////////////////
									// if (<co-state> == THE_CURRENT_STATE) { ... }
									/////////////////////////////////////////////////////////////////////////////

									auto ifStat = Ptr(new WfIfStatement);
									groupBlock->statements.Add(ifStat);
									{
										auto refState = Ptr(new WfReferenceExpression);
										refState->name.value = L"<co-state>";

										auto intState = Ptr(new WfIntegerExpression);
										intState->value.value = itow(nodeOrders.IndexOf(flowChartNode));

										auto compExpr = Ptr(new WfBinaryExpression);
										compExpr->op = WfBinaryOperator::EQ;
										compExpr->first = refState;
										compExpr->second = intState;

										ifStat->expression = compExpr;
									}

									auto stateBlock = Ptr(new WfBlockStatement);
									ifStat->trueBranch = stateBlock;
									{
										ExpandFlowChartNode(flowChart, flowChartNode, referenceRenaming, nodeOrders, catchNode, stateBlock);
									}
								}
							}
							tryBlock->statements.Add(whileStat);
						}

						/////////////////////////////////////////////////////////////////////////////
						// catch(<co-ex>)
						// {
						//      SetFailure(<co-ex>);
						//      SetStatus(Stopped);
						//      if (<raise-exception>) raise <co-ex>;
						// }
						/////////////////////////////////////////////////////////////////////////////

						tryStat->name.value = L"<co-ex>";
						auto catchBlock = Ptr(new WfBlockStatement);
						tryStat->catchStatement = catchBlock;
						{
							auto refExpr = Ptr(new WfReferenceExpression);
							refExpr->name.value = L"<co-ex>";

							auto funcExpr = Ptr(new WfReferenceExpression);
							funcExpr->name.value = L"SetFailure";

							auto callExpr = Ptr(new WfCallExpression);
							callExpr->function = funcExpr;
							callExpr->arguments.Add(refExpr);

							auto stat = Ptr(new WfExpressionStatement);
							stat->expression = callExpr;
							catchBlock->statements.Add(stat);
						}
						catchBlock->statements.Add(GenerateSetStatus(L"Stopped"));
						{
							auto refExpr = Ptr(new WfReferenceExpression);
							refExpr->name.value = L"<raise-exception>";

							auto ifStat = Ptr(new WfIfStatement);
							ifStat->expression = refExpr;

							auto trueBlock = Ptr(new WfBlockStatement);
							ifStat->trueBranch = trueBlock;
							{
								auto raiseStat = Ptr(new WfRaiseExceptionStatement);
								trueBlock->statements.Add(raiseStat);
							}
							catchBlock->statements.Add(ifStat);
						}

						block->statements.Add(tryStat);
					}
				}
			}

/***********************************************************************
ExpandNewCoroutineExpression
***********************************************************************/

			void ExpandCoOperatorExpression(WfLexicalScopeManager* manager, WfCoOperatorExpression* node)
			{
				auto scope = manager->nodeScopes[node].Obj();
				auto functionScope = scope->FindFunctionScope();
				auto newCoExpr = functionScope->ownerNode.Cast<WfNewCoroutineExpression>();
				auto providerType = manager->coNewCoroutineResolvings[newCoExpr.Obj()].type;

				auto refProvider = GetExpressionFromTypeDescriptor(providerType->GetTypeDescriptor());

				auto refQueryContext = Ptr(new WfChildExpression);
				refQueryContext->parent = refProvider;
				refQueryContext->name.value = L"QueryContext";

				auto refImpl = Ptr(new WfReferenceExpression);
				refImpl->name.value = L"<co-impl>";

				auto refCall = Ptr(new WfCallExpression);
				refCall->function = refQueryContext;
				refCall->arguments.Add(refImpl);

				auto refOperator = Ptr(new WfMemberExpression);
				refOperator->parent = refCall;
				refOperator->name.value = node->name.value;

				node->expandedExpression = refOperator;
			}
		}
	}
}

/***********************************************************************
.\ANALYZER\WFANALYZER_EXPANDSTATEMACHINE.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;

/***********************************************************************
ExpandStateMachineStatementVisitor
***********************************************************************/

			Ptr<WfExpression> GenerateStateMachineInvalidId()
			{
				auto refOne = Ptr(new WfIntegerExpression);
				refOne->value.value = L"1";

				auto refInvalid = Ptr(new WfUnaryExpression);
				refInvalid->op = WfUnaryOperator::Negative;
				refInvalid->operand = refOne;

				return refInvalid;
			}

			class ExpandStateMachineStatementVisitor
				: public copy_visitor::AstVisitor
			{
			protected:
				WfLexicalScopeManager*							manager;
				WfStateMachineInfo*								smInfo;

			public:
				ExpandStateMachineStatementVisitor(WfLexicalScopeManager* _manager, WfStateMachineInfo* _smInfo)
					:manager(_manager)
					, smInfo(_smInfo)
				{
				}

				using copy_visitor::AstVisitor::CopyNode;
				vl::Ptr<WfExpression> CopyNode(WfExpression* node)override
				{
					return CopyExpression(node, true);
				}

				void Visit(WfCoroutineStatement* node)override
				{
					CHECK_FAIL(L"ExpandStateMachineStatementVisitor::Dispatch(WfCoroutineStatement*)#ValidateStatementStructure should check coroutine statement's location.");
				}

				Ptr<WfStatement> GenerateIngoreInputStatement()
				{
					auto refThis = Ptr(new WfReferenceExpression);
					refThis->name.value = L"<state>stateMachineObject";

					auto refInput = Ptr(new WfMemberExpression);
					refInput->parent = refThis;
					refInput->name.value = L"stateMachineInput";

					auto assignExpr = Ptr(new WfBinaryExpression);
					assignExpr->op = WfBinaryOperator::Assign;
					assignExpr->first = refInput;
					assignExpr->second = GenerateStateMachineInvalidId();

					auto exprStat = Ptr(new WfExpressionStatement);
					exprStat->expression = assignExpr;

					return exprStat;
				}

				void GenerateStateSwitchCase(const WString& inputName, WfLexicalScope* smcScope, Ptr<WfSwitchStatement> switchStat, Ptr<WfStateInput>& input, Ptr<WfBlockStatement>& caseBlock)
				{
					input = From(smcScope->symbols[inputName])
						.Select([=](Ptr<WfLexicalSymbol> symbol)
						{
							return symbol->creatorNode.Cast<WfStateInput>();
						})
						.Where([=](Ptr<WfStateInput> decl)
						{
							return decl != nullptr;
						})
						.First();

					auto switchCase = Ptr(new WfSwitchCase);
					switchStat->caseBranches.Add(switchCase);
					{
						auto refInputId = Ptr(new WfIntegerExpression);
						refInputId->value.value = itow(smInfo->inputIds[inputName]);
						switchCase->expression = refInputId;
					}

					caseBlock = Ptr(new WfBlockStatement);
					switchCase->statement = caseBlock;
					caseBlock->statements.Add(GenerateIngoreInputStatement());
				}

				void Visit(WfStateSwitchStatement* node)override
				{
					auto smcScope = manager->nodeScopes[node]->FindFunctionScope()->parentScope.Obj();

					auto block = Ptr(new WfBlockStatement);
					{
						auto refThis = Ptr(new WfReferenceExpression);
						refThis->name.value = L"<state>stateMachineObject";

						auto refInput = Ptr(new WfMemberExpression);
						refInput->parent = refThis;
						refInput->name.value = L"stateMachineInput";

						auto compareInput = Ptr(new WfBinaryExpression);
						compareInput->op = WfBinaryOperator::EQ;
						compareInput->first = refInput;
						compareInput->second = GenerateStateMachineInvalidId();

						auto ifStat = Ptr(new WfIfStatement);
						block->statements.Add(ifStat);
						ifStat->expression = compareInput;

						auto trueBlock = Ptr(new WfBlockStatement);
						ifStat->trueBranch = trueBlock;

						trueBlock->statements.Add(Ptr(new WfCoPauseStatement));
					}

					auto switchStat = Ptr(new WfSwitchStatement);
					{
						auto refThis = Ptr(new WfReferenceExpression);
						refThis->name.value = L"<state>stateMachineObject";

						auto refInput = Ptr(new WfMemberExpression);
						refInput->parent = refThis;
						refInput->name.value = L"stateMachineInput";

						switchStat->expression = refInput;
					}
					block->statements.Add(switchStat);

					for (auto stateSwitchCase : node->caseBranches)
					{
						Ptr<WfStateInput> input;
						Ptr<WfBlockStatement> caseBlock;
						GenerateStateSwitchCase(stateSwitchCase->name.value, smcScope, switchStat, input, caseBlock);

						for (auto [argument, index] : indexed(stateSwitchCase->arguments))
						{
							auto refThis = Ptr(new WfReferenceExpression);
							refThis->name.value = L"<state>stateMachineObject";

							auto refArgument = Ptr(new WfMemberExpression);
							refArgument->parent = refThis;
							refArgument->name.value = manager->stateInputArguments[input->arguments[index].Obj()]->GetName();

							auto varDecl = Ptr(new WfVariableDeclaration);
							varDecl->name.value = argument->name.value;
							varDecl->expression = refArgument;

							auto varStat = Ptr(new WfVariableStatement);
							varStat->variable = varDecl;
							caseBlock->statements.Add(varStat);
						}
						caseBlock->statements.Add(CopyNode(stateSwitchCase->statement.Obj()));
						SetCodeRange(Ptr<WfStatement>(caseBlock), stateSwitchCase->codeRange);
					}

					if (node->type == WfStateSwitchType::Default)
					{
						auto invalidInputs=
							From(smInfo->inputIds.Keys())
							.Except(
								From(node->caseBranches)
								.Select([](Ptr<WfStateSwitchCase> switchCase) {return switchCase->name.value; })
								);
						for (auto inputName : invalidInputs)
						{
							Ptr<WfStateInput> input;
							Ptr<WfBlockStatement> caseBlock;
							GenerateStateSwitchCase(inputName, smcScope, switchStat, input, caseBlock);

							{
								auto refException = Ptr(new WfStringExpression);
								refException->value.value = L"Method \"" + inputName + L"\" of class \"" + manager->stateInputMethods[input.Obj()]->GetOwnerTypeDescriptor()->GetTypeName() + L"\" cannot be called at this moment.";

								auto raiseStat = Ptr(new WfRaiseExceptionStatement);
								raiseStat->expression = refException;

								caseBlock->statements.Add(raiseStat);
							}
						}
					}

					auto defaultBlock = Ptr(new WfBlockStatement);

					switch (node->type)
					{
					case WfStateSwitchType::Default:
					case WfStateSwitchType::Pass:
						break;
					case WfStateSwitchType::PassAndReturn:
						{
							auto gotoStat = Ptr(new WfGotoStatement);
							gotoStat->label.value = L"<state-label>OUT_OF_STATE_MACHINE";
							defaultBlock->statements.Add(gotoStat);
						}
						break;
					case WfStateSwitchType::Ignore:
						{
							defaultBlock->statements.Add(GenerateIngoreInputStatement());
						}
						break;
					case WfStateSwitchType::IgnoreAndReturn:
						{
							defaultBlock->statements.Add(GenerateIngoreInputStatement());

							auto gotoStat = Ptr(new WfGotoStatement);
							gotoStat->label.value = L"<state-label>OUT_OF_STATE_MACHINE";
							defaultBlock->statements.Add(gotoStat);
						}
						break;
					default:;
					}

					if (defaultBlock->statements.Count() > 0)
					{
						switchStat->defaultBranch = defaultBlock;
					}
					SetCodeRange(Ptr<WfStatement>(block), node->codeRange);
					result = block;
				}

				void Visit(WfStateInvokeStatement* node)override
				{
					auto smcScope = manager->nodeScopes[node]->FindFunctionScope()->parentScope.Obj();
					auto stateDecl = From(smcScope->symbols[node->name.value])
						.Select([=](Ptr<WfLexicalSymbol> symbol)
						{
							return symbol->creatorNode.Cast<WfStateDeclaration>();
						})
						.Where([=](Ptr<WfStateDeclaration> decl)
						{
							return decl != nullptr;
						})
						.First();

					auto block = Ptr(new WfBlockStatement);

					for (auto [argument, index] : indexed(stateDecl->arguments))
					{
						auto refThis = Ptr(new WfReferenceExpression);
						refThis->name.value = L"<state>stateMachineObject";
						
						auto refArgument = Ptr(new WfMemberExpression);
						refArgument->parent = refThis;
						refArgument->name.value = manager->stateDeclArguments[argument.Obj()]->GetName();

						auto assignExpr = Ptr(new WfBinaryExpression);
						assignExpr->op = WfBinaryOperator::Assign;
						assignExpr->first = refArgument;
						assignExpr->second = CopyNode(node->arguments[index].Obj());

						auto exprStat = Ptr(new WfExpressionStatement);
						exprStat->expression = assignExpr;
						block->statements.Add(exprStat);
					}

					switch (node->type)
					{
					case WfStateInvokeType::Goto:
						{
							{
								auto refState = Ptr(new WfReferenceExpression);
								refState->name.value = L"<state>state";

								auto refStateId = Ptr(new WfIntegerExpression);
								refStateId->value.value = itow(smInfo->stateIds[node->name.value]);

								auto assignExpr = Ptr(new WfBinaryExpression);
								assignExpr->op = WfBinaryOperator::Assign;
								assignExpr->first = refState;
								assignExpr->second = refStateId;

								auto exprStat = Ptr(new WfExpressionStatement);
								exprStat->expression = assignExpr;
								block->statements.Add(exprStat);
							}
							{
								auto gotoStat = Ptr(new WfGotoStatement);
								gotoStat->label.value = L"<state-label>OUT_OF_CURRENT_STATE";
								block->statements.Add(gotoStat);
							}
						}
						break;
					case WfStateInvokeType::Push:
						{
							{
								auto refThis = Ptr(new WfReferenceExpression);
								refThis->name.value = L"<state>stateMachineObject";

								auto refCoroutine = Ptr(new WfMemberExpression);
								refCoroutine->parent = refThis;
								refCoroutine->name.value = L"<state>CreateCoroutine";

								auto refStateId = Ptr(new WfIntegerExpression);
								refStateId->value.value = itow(smInfo->stateIds[node->name.value]);

								auto callExpr = Ptr(new WfCallExpression);
								callExpr->function = refCoroutine;
								callExpr->arguments.Add(refStateId);

								auto exprStat = Ptr(new WfExpressionStatement);
								exprStat->expression = callExpr;
								block->statements.Add(exprStat);
							}
							{
								block->statements.Add(Ptr(new WfCoPauseStatement));
							}
						}
						break;
					default:;
					}
					SetCodeRange(Ptr<WfStatement>(block), node->codeRange);
					result = block;
				}
			};

/***********************************************************************
ExpandStateMachine
***********************************************************************/

			void ExpandStateMachine(WfLexicalScopeManager* manager, WfStateMachineDeclaration* node)
			{
				auto& smInfo = manager->stateMachineInfos[node];

				for (auto input : node->inputs)
				{
					smInfo->inputIds.Add(input->name.value, smInfo->inputIds.Count());

					for (auto argument : input->arguments)
					{
						// var <stateip-INPUT>NAME = <DEFAULT-VALUE>;
						auto fieldInfo = manager->stateInputArguments[argument.Obj()];

						auto varDecl = Ptr(new WfVariableDeclaration);
						varDecl->name.value = fieldInfo->GetName();
						varDecl->type = GetTypeFromTypeInfo(fieldInfo->GetReturn());
						varDecl->expression = CreateDefaultValue(fieldInfo->GetReturn());

						auto att = Ptr(new WfAttribute);
						att->category.value = L"cpp";
						att->name.value = L"Private";
						varDecl->attributes.Add(att);

						node->expandedDeclarations.Add(varDecl);
						manager->declarationMemberInfos.Add(varDecl, fieldInfo);
					}
				}

				smInfo->stateIds.Add(L"", 0);
				for (auto state : node->states)
				{
					if (state->name.value != L"")
					{
						smInfo->stateIds.Add(state->name.value, smInfo->stateIds.Count());
					}

					for (auto argument : state->arguments)
					{
						// var <statesp-INPUT>NAME = <DEFAULT-VALUE>;
						auto fieldInfo = manager->stateDeclArguments[argument.Obj()];

						auto varDecl = Ptr(new WfVariableDeclaration);
						varDecl->name.value = fieldInfo->GetName();
						varDecl->type = GetTypeFromTypeInfo(fieldInfo->GetReturn());
						varDecl->expression = CreateDefaultValue(fieldInfo->GetReturn());

						auto att = Ptr(new WfAttribute);
						att->category.value = L"cpp";
						att->name.value = L"Private";
						varDecl->attributes.Add(att);

						node->expandedDeclarations.Add(varDecl);
						manager->declarationMemberInfos.Add(varDecl, fieldInfo);
					}
				}

				for (auto input : node->inputs)
				{
					auto methodInfo = manager->stateInputMethods[input.Obj()];

					// func INPUT(ARGUMENTS ...): void
					auto funcDecl = Ptr(new WfFunctionDeclaration);
					funcDecl->functionKind = WfFunctionKind::Normal;
					funcDecl->anonymity = WfFunctionAnonymity::Named;
					funcDecl->name.value = methodInfo->GetName();
					funcDecl->returnType = GetTypeFromTypeInfo(methodInfo->GetReturn());
					for (auto [argument, index] : indexed(input->arguments))
					{
						auto funcArgument = Ptr(new WfFunctionArgument);
						funcArgument->name.value = argument->name.value;
						funcArgument->type = GetTypeFromTypeInfo(methodInfo->GetParameter(index)->GetType());
						funcDecl->arguments.Add(funcArgument);
					}

					node->expandedDeclarations.Add(funcDecl);
					manager->declarationMemberInfos.Add(funcDecl, methodInfo);

					auto block = Ptr(new WfBlockStatement);
					funcDecl->statement = block;
					{
						// if (not this.stateMachineInitialized)
						auto trueBlock = Ptr(new WfBlockStatement);
						{
							auto refInit = Ptr(new WfMemberExpression);
							refInit->parent = Ptr(new WfThisExpression);
							refInit->name.value = L"stateMachineInitialized";

							auto notExpr = Ptr(new WfUnaryExpression);
							notExpr->op = WfUnaryOperator::Not;
							notExpr->operand = refInit;

							auto ifStat = Ptr(new WfIfStatement);
							ifStat->expression = notExpr;
							ifStat->trueBranch = trueBlock;

							block->statements.Add(ifStat);
						}
						{
							// this.stateMachineInitialized = true;
							auto refInit = Ptr(new WfMemberExpression);
							refInit->parent = Ptr(new WfThisExpression);
							refInit->name.value = L"stateMachineInitialized";

							auto refTrue = Ptr(new WfLiteralExpression);
							refTrue->value = WfLiteralValue::True;

							auto assignExpr = Ptr(new WfBinaryExpression);
							assignExpr->op = WfBinaryOperator::Assign;
							assignExpr->first = refInit;
							assignExpr->second = refTrue;

							auto exprStat = Ptr(new WfExpressionStatement);
							exprStat->expression = assignExpr;
							trueBlock->statements.Add(exprStat);
						}
						{
							// this.<state>CreateCoroutine(0);
							auto refCC = Ptr(new WfMemberExpression);
							refCC->parent = Ptr(new WfThisExpression);
							refCC->name.value = smInfo->createCoroutineMethod->GetName();

							auto refZero = Ptr(new WfIntegerExpression);
							refZero->value.value = L"0";

							auto callExpr = Ptr(new WfCallExpression);
							callExpr->function = refCC;
							callExpr->arguments.Add(refZero);

							auto exprStat = Ptr(new WfExpressionStatement);
							exprStat->expression = callExpr;
							trueBlock->statements.Add(exprStat);
						}
						{
							// this.ResumeStateMachine();
							auto refResume = Ptr(new WfMemberExpression);
							refResume->parent = Ptr(new WfThisExpression);
							refResume->name.value = L"ResumeStateMachine";

							auto callExpr = Ptr(new WfCallExpression);
							callExpr->function = refResume;

							auto exprStat = Ptr(new WfExpressionStatement);
							exprStat->expression = callExpr;
							trueBlock->statements.Add(exprStat);
						}
					}
					{
						// this.stateMachineInput = <INPUT>
						auto refInput = Ptr(new WfMemberExpression);
						refInput->parent = Ptr(new WfThisExpression);
						refInput->name.value = L"stateMachineInput";

						auto refInputId = Ptr(new WfIntegerExpression);
						refInputId->value.value = itow(smInfo->inputIds[input->name.value]);

						auto assignExpr = Ptr(new WfBinaryExpression);
						assignExpr->op = WfBinaryOperator::Assign;
						assignExpr->first = refInput;
						assignExpr->second = refInputId;

						auto exprStat = Ptr(new WfExpressionStatement);
						exprStat->expression = assignExpr;
						block->statements.Add(exprStat);
					}
					for (auto [argument, index] : indexed(input->arguments))
					{
						// this.<stateip-INPUT>NAME = NAME;
						auto refField = Ptr(new WfMemberExpression);
						refField->parent = Ptr(new WfThisExpression);
						refField->name.value = manager->stateInputArguments[argument.Obj()]->GetName();

						auto refArgument = Ptr(new WfReferenceExpression);
						refArgument->name.value = methodInfo->GetParameter(index)->GetName();

						auto assignExpr = Ptr(new WfBinaryExpression);
						assignExpr->op = WfBinaryOperator::Assign;
						assignExpr->first = refField;
						assignExpr->second = refArgument;

						auto exprStat = Ptr(new WfExpressionStatement);
						exprStat->expression = assignExpr;
						block->statements.Add(exprStat);
					}
					{
						// this.ResumeStateMachine();
						auto refResume = Ptr(new WfMemberExpression);
						refResume->parent = Ptr(new WfThisExpression);
						refResume->name.value = L"ResumeStateMachine";

						auto callExpr = Ptr(new WfCallExpression);
						callExpr->function = refResume;

						auto exprStat = Ptr(new WfExpressionStatement);
						exprStat->expression = callExpr;
						block->statements.Add(exprStat);
					}
				}

				{
					// func <state>CreateCoroutine(<state>startState: int): void
					auto funcDecl = Ptr(new WfFunctionDeclaration);
					funcDecl->functionKind = WfFunctionKind::Normal;
					funcDecl->anonymity = WfFunctionAnonymity::Named;
					funcDecl->name.value = smInfo->createCoroutineMethod->GetName();
					funcDecl->returnType = GetTypeFromTypeInfo(TypeInfoRetriver<void>::CreateTypeInfo().Obj());
					{
						auto parameterInfo = smInfo->createCoroutineMethod->GetParameter(0);

						auto funcArgument = Ptr(new WfFunctionArgument);
						funcArgument->name.value = parameterInfo->GetName();
						funcArgument->type = GetTypeFromTypeInfo(parameterInfo->GetType());
						funcDecl->arguments.Add(funcArgument);
					}

					auto att = Ptr(new WfAttribute);
					att->category.value = L"cpp";
					att->name.value = L"Private";
					funcDecl->attributes.Add(att);

					node->expandedDeclarations.Add(funcDecl);
					manager->declarationMemberInfos.Add(funcDecl, smInfo->createCoroutineMethod);

					auto block = Ptr(new WfBlockStatement);
					funcDecl->statement = block;

					{
						// <state>stateMachineObject = this;
						auto varDecl = Ptr(new WfVariableDeclaration);
						varDecl->name.value = L"<state>stateMachineObject";
						varDecl->expression = Ptr(new WfThisExpression);

						auto stat = Ptr(new WfVariableStatement);
						stat->variable = varDecl;

						block->statements.Add(stat);
					}
					{
						// <state>previousCoroutine = stateMachineCoroutine;
						auto refThis = Ptr(new WfReferenceExpression);
						refThis->name.value = L"<state>stateMachineObject";

						auto refCoroutine = Ptr(new WfMemberExpression);
						refCoroutine->parent = refThis;
						refCoroutine->name.value = L"stateMachineCoroutine";

						auto varDecl = Ptr(new WfVariableDeclaration);
						varDecl->name.value = L"<state>previousCoroutine";
						varDecl->expression = refCoroutine;

						auto stat = Ptr(new WfVariableStatement);
						stat->variable = varDecl;

						block->statements.Add(stat);
					}
					{
						// stateMachineCoroutine = $coroutine{ ... }
						auto refThis = Ptr(new WfReferenceExpression);
						refThis->name.value = L"<state>stateMachineObject";

						auto refCoroutine = Ptr(new WfMemberExpression);
						refCoroutine->parent = refThis;
						refCoroutine->name.value = L"stateMachineCoroutine";

						auto coroutine = Ptr(new WfNewCoroutineExpression);
						auto coroutineBlock = Ptr(new WfBlockStatement);
						coroutine->statement = coroutineBlock;

						auto assignExpr = Ptr(new WfBinaryExpression);
						assignExpr->op = WfBinaryOperator::Assign;
						assignExpr->first = refCoroutine;
						assignExpr->second = coroutine;

						auto exprStat = Ptr(new WfExpressionStatement);
						exprStat->expression = assignExpr;
						block->statements.Add(exprStat);

						{
							auto tryStat = Ptr(new WfTryStatement);
							coroutineBlock->statements.Add(tryStat);

							auto tryBlock = Ptr(new WfBlockStatement);
							tryBlock->endLabel.value = L"<state-label>OUT_OF_STATE_MACHINE";
							tryStat->protectedStatement = tryBlock;

							auto finallyBlock = Ptr(new WfBlockStatement);
							tryStat->finallyStatement = finallyBlock;

							// try {... <state-label>OUT_OF_STATE_MACHINE:;}
							{
								// var <state>State = <state>startState;
								auto refStartState = Ptr(new WfReferenceExpression);
								refStartState->name.value = L"<state>startState";

								auto varDecl = Ptr(new WfVariableDeclaration);
								varDecl->name.value = L"<state>state";
								varDecl->expression = refStartState;

								auto stat = Ptr(new WfVariableStatement);
								stat->variable = varDecl;

								tryBlock->statements.Add(stat);
							}
							{
								// while(true){... <state-label>OUT_OF_CURRENT_STATE:;}
								auto whileBlock = Ptr(new WfBlockStatement);
								whileBlock->endLabel.value = L"<state-label>OUT_OF_CURRENT_STATE";
								{
									auto refTrue = Ptr(new WfLiteralExpression);
									refTrue->value = WfLiteralValue::True;

									auto whileStat = Ptr(new WfWhileStatement);
									whileStat->condition = refTrue;
									whileStat->statement = whileBlock;

									tryBlock->statements.Add(whileStat);
								}
								{
									// var <state>currentState = <state>state;
									auto refStartState = Ptr(new WfReferenceExpression);
									refStartState->name.value = L"<state>state";

									auto varDecl = Ptr(new WfVariableDeclaration);
									varDecl->name.value = L"<state>currentState";
									varDecl->expression = refStartState;

									auto stat = Ptr(new WfVariableStatement);
									stat->variable = varDecl;

									whileBlock->statements.Add(stat);
								}
								{
									// <state>state = -1;
									auto refState = Ptr(new WfReferenceExpression);
									refState->name.value = L"<state>state";

									auto assignExpr = Ptr(new WfBinaryExpression);
									assignExpr->op = WfBinaryOperator::Assign;
									assignExpr->first = refState;
									assignExpr->second = GenerateStateMachineInvalidId();

									auto exprStat = Ptr(new WfExpressionStatement);
									exprStat->expression = assignExpr;
									whileBlock->statements.Add(exprStat);
								}
								{
									// switch(<state>currentState) { case STATE:{... goto <state-label>OUT_OF_STATE_MACHINE;} ... }
									auto refCurrentState = Ptr(new WfReferenceExpression);
									refCurrentState->name.value = L"<state>currentState";

									auto switchStat = Ptr(new WfSwitchStatement);
									switchStat->expression = refCurrentState;
									whileBlock->statements.Add(switchStat);

									for (auto state : node->states)
									{
										auto switchCase = Ptr(new WfSwitchCase);
										switchStat->caseBranches.Add(switchCase);

										auto refStateId = Ptr(new WfIntegerExpression);
										refStateId->value.value = itow(smInfo->stateIds[state->name.value]);
										switchCase->expression = refStateId;

										auto caseBlock = Ptr(new WfBlockStatement);
										switchCase->statement = caseBlock;

										for (auto argument : state->arguments)
										{
											auto refThis = Ptr(new WfReferenceExpression);
											refThis->name.value = L"<state>stateMachineObject";

											auto refArgument = Ptr(new WfMemberExpression);
											refArgument->parent = refThis;
											refArgument->name.value = manager->stateDeclArguments[argument.Obj()]->GetName();

											auto varDecl = Ptr(new WfVariableDeclaration);
											varDecl->name.value = argument->name.value;
											varDecl->expression = refArgument;

											auto varStat = Ptr(new WfVariableStatement);
											varStat->variable = varDecl;
											caseBlock->statements.Add(varStat);
										}
										caseBlock->statements.Add(ExpandStateMachineStatementVisitor(manager, smInfo.Obj()).CopyNode(state->statement.Obj()));
										{
											auto gotoStat = Ptr(new WfGotoStatement);
											gotoStat->label.value = L"<state-label>OUT_OF_STATE_MACHINE";
											caseBlock->statements.Add(gotoStat);
										}
										SetCodeRange(Ptr<WfStatement>(caseBlock), state->codeRange);
									}
								}
							}
							// finally {stateMachineCoroutine = <state>previousCoroutine;}
							{
								auto refThis = Ptr(new WfReferenceExpression);
								refThis->name.value = L"<state>stateMachineObject";

								auto refCoroutine = Ptr(new WfMemberExpression);
								refCoroutine->parent = refThis;
								refCoroutine->name.value = L"stateMachineCoroutine";

								auto refPrevious = Ptr(new WfReferenceExpression);
								refPrevious->name.value = L"<state>previousCoroutine";

								auto assignExpr = Ptr(new WfBinaryExpression);
								assignExpr->op = WfBinaryOperator::Assign;
								assignExpr->first = refCoroutine;
								assignExpr->second = refPrevious;

								auto exprStat = Ptr(new WfExpressionStatement);
								exprStat->expression = assignExpr;
								finallyBlock->statements.Add(exprStat);
							}
						}
					}
				}
			}
		}
	}
}

/***********************************************************************
.\ANALYZER\WFANALYZER_EXPANDSTATEMENT.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;

/***********************************************************************
ExpandSwitchStatement
***********************************************************************/

			void ExpandSwitchStatement(WfLexicalScopeManager* manager, WfSwitchStatement* node)
			{
				auto block = Ptr(new WfBlockStatement);
				node->expandedStatement = block;
				auto varName = L"<switch>" + itow(manager->usedTempVars++);

				{
					auto result = manager->expressionResolvings[node->expression.Obj()];
					auto decl = Ptr(new WfVariableDeclaration);
					decl->name.value = varName;
					decl->type = GetTypeFromTypeInfo(result.type.Obj());
					decl->expression = CopyExpression(node->expression, true);

					auto stat = Ptr(new WfVariableStatement);
					stat->variable = decl;
					block->statements.Add(stat);
				}

				Ptr<WfStatement> rootIfStat;
				auto tailIfStat = &rootIfStat;

				for (auto switchCase : node->caseBranches)
				{
					auto ifStat = Ptr(new WfIfStatement);
					*tailIfStat = ifStat;
					tailIfStat = &ifStat->falseBranch;

					{
						auto refExpr = Ptr(new WfReferenceExpression);
						refExpr->name.value = varName;

						auto inferExpr = Ptr(new WfInferExpression);
						inferExpr->expression= CopyExpression(switchCase->expression, true);
						{
							auto result = manager->expressionResolvings[switchCase->expression.Obj()];
							inferExpr->type = GetTypeFromTypeInfo(result.type.Obj());
						}

						auto compare = Ptr(new WfBinaryExpression);
						compare->first = refExpr;
						compare->second = inferExpr;
						compare->op = WfBinaryOperator::EQ;

						ifStat->expression = compare;
					}
					ifStat->trueBranch = CopyStatement(switchCase->statement, true);
				}

				if (node->defaultBranch)
				{
					*tailIfStat = CopyStatement(node->defaultBranch, true);
				}

				if (rootIfStat)
				{
					block->statements.Add(rootIfStat);
				}
			}

/***********************************************************************
ExpandForEachStatement
***********************************************************************/

			Ptr<WfStatement> GenerateForEachStepStatement(WfForEachStatement* node)
			{
				auto refVar1 = Ptr(new WfReferenceExpression);
				refVar1->name.value = node->name.value;

				auto refVar2 = Ptr(new WfReferenceExpression);
				refVar2->name.value = node->name.value;

				auto one = Ptr(new WfIntegerExpression);
				one->value.value = L"1";

				auto stepExpr = Ptr(new WfBinaryExpression);
				stepExpr->first = refVar2;
				stepExpr->second = one;
				stepExpr->op = node->direction == WfForEachDirection::Normal ? WfBinaryOperator::Add : WfBinaryOperator::Sub;

				auto assignExpr = Ptr(new WfBinaryExpression);
				assignExpr->first = refVar1;
				assignExpr->second = stepExpr;
				assignExpr->op = WfBinaryOperator::Assign;

				auto stat = Ptr(new WfExpressionStatement);
				stat->expression = assignExpr;
				return stat;
			}

			class CopyForEachRangeBodyVisitor : public CopyWithExpandVirtualVisitor
			{
			public:
				WfLexicalScopeManager*						manager;
				WfForEachStatement*							forEach;

				CopyForEachRangeBodyVisitor(WfLexicalScopeManager* _manager, WfForEachStatement* _forEach)
					:CopyWithExpandVirtualVisitor(true)
					, manager(_manager)
					, forEach(_forEach)
				{
				}

				void Visit(WfContinueStatement* node)
				{
					auto scope = manager->nodeScopes[node];
					while (scope)
					{
						if (scope->ownerNode.Cast<WfWhileStatement>())
						{
							break;
						}
						else if (scope->ownerNode.Cast<WfForEachStatement>())
						{
							if (scope->ownerNode != forEach)
							{
								break;
							}
							else
							{
								auto block = Ptr(new WfBlockStatement);
								block->statements.Add(GenerateForEachStepStatement(forEach));
								block->statements.Add(Ptr(new WfContinueStatement));
								SetCodeRange((Ptr<WfStatement>)block, node->codeRange);
								result = block;
								return;
							}
						}
						scope = scope->parentScope;
					}
					copy_visitor::AstVisitor::Visit(node);
				}
			};

			void ExpandForEachStatement(WfLexicalScopeManager* manager, WfForEachStatement* node)
			{
				auto block = Ptr(new WfBlockStatement);
				node->expandedStatement = block;

				if (auto range = node->collection.Cast<WfRangeExpression>())
				{
					auto varBegin = L"<for-begin>" + node->name.value;
					auto varEnd = L"<for-end>" + node->name.value;
					{
						auto result = manager->expressionResolvings[range->begin.Obj()];
						auto decl = Ptr(new WfVariableDeclaration);
						decl->name.value = varBegin;
						decl->type = GetTypeFromTypeInfo(result.type.Obj());
						decl->expression = CopyExpression(range->begin, true);
						if (range->beginBoundary == WfRangeBoundary::Exclusive)
						{
							auto one = Ptr(new WfIntegerExpression);
							one->value.value = L"1";

							auto addExpr = Ptr(new WfBinaryExpression);
							addExpr->first = decl->expression;
							addExpr->second = one;
							addExpr->op = WfBinaryOperator::Add;
							
							decl->expression = addExpr;
						}

						auto stat = Ptr(new WfVariableStatement);
						stat->variable = decl;
						block->statements.Add(stat);
					}
					{
						auto result = manager->expressionResolvings[range->end.Obj()];
						auto decl = Ptr(new WfVariableDeclaration);
						decl->name.value = varEnd;
						decl->type = GetTypeFromTypeInfo(result.type.Obj());
						decl->expression = CopyExpression(range->end, true);
						if (range->endBoundary == WfRangeBoundary::Exclusive)
						{
							auto one = Ptr(new WfIntegerExpression);
							one->value.value = L"1";

							auto subExpr = Ptr(new WfBinaryExpression);
							subExpr->first = decl->expression;
							subExpr->second = one;
							subExpr->op = WfBinaryOperator::Sub;

							decl->expression = subExpr;
						}

						auto stat = Ptr(new WfVariableStatement);
						stat->variable = decl;
						block->statements.Add(stat);
					}
					{
						auto refBegin = Ptr(new WfReferenceExpression);
						refBegin->name.value = node->direction == WfForEachDirection::Normal ? varBegin : varEnd;

						auto decl = Ptr(new WfVariableDeclaration);
						decl->name.value = node->name.value;
						decl->expression = refBegin;

						auto stat = Ptr(new WfVariableStatement);
						stat->variable = decl;
						block->statements.Add(stat);
					}
					{
						auto whileStat = Ptr(new WfWhileStatement);
						{
							auto refVar = Ptr(new WfReferenceExpression);
							refVar->name.value = node->name.value;

							auto refBegin = Ptr(new WfReferenceExpression);
							refBegin->name.value = node->direction == WfForEachDirection::Normal ? varEnd : varBegin;

							auto compare = Ptr(new WfBinaryExpression);
							compare->first = refVar;
							compare->second = refBegin;
							compare->op = node->direction == WfForEachDirection::Normal ? WfBinaryOperator::LE : WfBinaryOperator::GE;

							whileStat->condition = compare;
						}
						{
							auto whileBlock = Ptr(new WfBlockStatement);
							whileStat->statement = whileBlock;

							{
								CopyForEachRangeBodyVisitor visitor(manager, node);
								whileBlock->statements.Add(visitor.CopyNode(node->statement.Obj()));
							}
							whileBlock->statements.Add(GenerateForEachStepStatement(node));
						}
						block->statements.Add(whileStat);
					}
				}
				else
				{
					auto varEnum = L"<for-enumerable>" + node->name.value;
					auto varIter = L"<for-enumerator>" + node->name.value;
					{
						auto decl = Ptr(new WfVariableDeclaration);
						decl->name.value = varEnum;
						if (node->direction == WfForEachDirection::Normal)
						{
							auto inferExpr = Ptr(new WfInferExpression);
							inferExpr->expression = CopyExpression(node->collection, true);
							inferExpr->type = GetTypeFromTypeInfo(TypeInfoRetriver<Ptr<IValueEnumerable>>::CreateTypeInfo().Obj());

							decl->expression = inferExpr;
						}
						else
						{
							auto refMethod = Ptr(new WfChildExpression);
							refMethod->parent = GetExpressionFromTypeDescriptor(description::GetTypeDescriptor<Sys>());
							refMethod->name.value = L"ReverseEnumerable";

							auto refCall = Ptr(new WfCallExpression);
							refCall->function = refMethod;
							refCall->arguments.Add(CopyExpression(node->collection, true));

							decl->expression = refCall;
						}

						auto stat = Ptr(new WfVariableStatement);
						stat->variable = decl;
						block->statements.Add(stat);
					}
					{
						auto refEnum = Ptr(new WfReferenceExpression);
						refEnum->name.value = varEnum;

						auto refMethod = Ptr(new WfMemberExpression);
						refMethod->parent = refEnum;
						refMethod->name.value = L"CreateEnumerator";

						auto callExpr = Ptr(new WfCallExpression);
						callExpr->function = refMethod;

						auto decl = Ptr(new WfVariableDeclaration);
						decl->name.value = varIter;
						decl->expression = callExpr;

						auto stat = Ptr(new WfVariableStatement);
						stat->variable = decl;
						block->statements.Add(stat);
					}
					{
						auto whileStat = Ptr(new WfWhileStatement);
						{
							auto refIter = Ptr(new WfReferenceExpression);
							refIter->name.value = varIter;

							auto refMethod = Ptr(new WfMemberExpression);
							refMethod->parent = refIter;
							refMethod->name.value = L"Next";

							auto callExpr = Ptr(new WfCallExpression);
							callExpr->function = refMethod;

							whileStat->condition = callExpr;
						}
						{
							auto whileBlock = Ptr(new WfBlockStatement);
							whileStat->statement = whileBlock;

							{
								auto refIter = Ptr(new WfReferenceExpression);
								refIter->name.value = varIter;

								auto refMethod = Ptr(new WfMemberExpression);
								refMethod->parent = refIter;
								refMethod->name.value = L"GetCurrent";

								auto callExpr = Ptr(new WfCallExpression);
								callExpr->function = refMethod;

								auto castExpr = Ptr(new WfTypeCastingExpression);
								castExpr->expression = callExpr;
								castExpr->strategy = WfTypeCastingStrategy::Strong;
								{
									auto parentScope = manager->nodeScopes[node];
									auto symbol = parentScope->symbols[node->name.value][0];
									castExpr->type = GetTypeFromTypeInfo(symbol->typeInfo.Obj());
								}

								auto decl = Ptr(new WfVariableDeclaration);
								decl->name.value = node->name.value;
								decl->expression = castExpr;

								auto stat = Ptr(new WfVariableStatement);
								stat->variable = decl;
								whileBlock->statements.Add(stat);
							}
							whileBlock->statements.Add(CopyStatement(node->statement, true));
						}
						block->statements.Add(whileStat);
					}
				}
			}

/***********************************************************************
ExpandCoProviderStatement
***********************************************************************/

			class ExpandCoProviderStatementVisitor : public CopyWithExpandVirtualVisitor
			{
			public:
				WfLexicalScopeManager*						manager;

				ExpandCoProviderStatementVisitor(WfLexicalScopeManager* _manager)
					:CopyWithExpandVirtualVisitor(true)
					, manager(_manager)
				{
				}

				void Visit(WfReturnStatement* node)override
				{
					auto opInfo = manager->coOperatorResolvings[node].methodInfo;
					auto block = Ptr(new WfBlockStatement);

					{
						auto refImpl = Ptr(new WfReferenceExpression);
						refImpl->name.value = L"<co-impl>";

						auto funcExpr = Ptr(new WfChildExpression);
						funcExpr->parent = GetExpressionFromTypeDescriptor(opInfo->GetOwnerTypeDescriptor());
						funcExpr->name.value = opInfo->GetName();

						auto callExpr = Ptr(new WfCallExpression);
						callExpr->function = funcExpr;
						callExpr->arguments.Add(refImpl);
						if (node->expression)
						{
							auto returnValue = CopyNode(node->expression.Obj());
							{
								auto scope = manager->nodeScopes[node].Obj();
								auto functionScope = scope->FindFunctionScope();
								if (auto funcDecl = functionScope->ownerNode.Cast<WfFunctionDeclaration>())
								{
									auto returnType = CreateTypeInfoFromType(scope, funcDecl->returnType);
									if (auto group = returnType->GetTypeDescriptor()->GetMethodGroupByName(L"StoreResult", true))
									{
										vint count = group->GetMethodCount();
										for (vint i = 0; i < count; i++)
										{
											auto method = group->GetMethod(i);
											if (method->IsStatic() && method->GetParameterCount() == 1)
											{
												auto refType = GetExpressionFromTypeDescriptor(returnType->GetTypeDescriptor());

												auto refStoreResult = Ptr(new WfChildExpression);
												refStoreResult->parent = refType;
												refStoreResult->name.value = L"StoreResult";

												auto callExpr = Ptr(new WfCallExpression);
												callExpr->function = refStoreResult;
												callExpr->arguments.Add(returnValue);

												returnValue = callExpr;
												break;
											}
										}
									}
								}
							}
							callExpr->arguments.Add(returnValue);
						}

						auto stat = Ptr(new WfExpressionStatement);
						stat->expression = callExpr;
						block->statements.Add(stat);
					}
					block->statements.Add(Ptr(new WfReturnStatement));

					SetCodeRange(Ptr<WfStatement>(block), node->codeRange);
					result = block;
				}

				void Visit(WfCoOperatorStatement* node)override
				{
					auto opInfo = manager->coOperatorResolvings[node].methodInfo;
					auto block = Ptr(new WfBlockStatement);

					{
						auto refImpl = Ptr(new WfReferenceExpression);
						refImpl->name.value = L"<co-impl>";

						auto funcExpr = Ptr(new WfChildExpression);
						funcExpr->parent = GetExpressionFromTypeDescriptor(opInfo->GetOwnerTypeDescriptor());
						funcExpr->name.value = opInfo->GetName();

						auto callExpr = Ptr(new WfCallExpression);
						callExpr->function = funcExpr;
						callExpr->arguments.Add(refImpl);
						for (auto argument : node->arguments)
						{
							callExpr->arguments.Add(CopyNode(argument.Obj()));
						}

						auto stat = Ptr(new WfExpressionStatement);
						stat->expression = callExpr;

						auto pauseBlock = Ptr(new WfBlockStatement);
						pauseBlock->statements.Add(stat);

						auto pauseStat = Ptr(new WfCoPauseStatement);
						pauseStat->statement = pauseBlock;

						block->statements.Add(pauseStat);
					}
					{
						Ptr<WfIfStatement> ifHasResultStat;

						if (node->varName.value == L"")
						{
							ifHasResultStat = Ptr(new WfIfStatement);
							{
								auto refCoResult = Ptr(new WfReferenceExpression);
								refCoResult->name.value = L"<co-result>";

								auto testExpr = Ptr(new WfTypeTestingExpression);
								testExpr->expression = refCoResult;
								testExpr->test = WfTypeTesting::IsNotNull;

								ifHasResultStat->expression = testExpr;
							}
						}

						auto ifStat = Ptr(new WfIfStatement);
						{
							auto refCoResult = Ptr(new WfReferenceExpression);
							refCoResult->name.value = L"<co-result>";

							auto refFailure = Ptr(new WfMemberExpression);
							refFailure->parent = refCoResult;
							refFailure->name.value = L"Failure";

							auto testExpr = Ptr(new WfTypeTestingExpression);
							testExpr->expression = refFailure;
							testExpr->test = WfTypeTesting::IsNotNull;

							ifStat->expression = testExpr;
						}
						{
							auto refCoResult = Ptr(new WfReferenceExpression);
							refCoResult->name.value = L"<co-result>";

							auto refFailure = Ptr(new WfMemberExpression);
							refFailure->parent = refCoResult;
							refFailure->name.value = L"Failure";

							auto raiseStat = Ptr(new WfRaiseExceptionStatement);
							raiseStat->expression = refFailure;

							auto ifBlock = Ptr(new WfBlockStatement);
							ifBlock->statements.Add(raiseStat);
							ifStat->trueBranch = ifBlock;
						}

						if (ifHasResultStat)
						{
							auto ifBlock = Ptr(new WfBlockStatement);
							ifHasResultStat->trueBranch = ifBlock;
							ifBlock->statements.Add(ifStat);
							block->statements.Add(ifHasResultStat);
						}
						else
						{
							block->statements.Add(ifStat);
						}
					}
					if (node->varName.value != L"")
					{
						auto refCoResult = Ptr(new WfReferenceExpression);
						refCoResult->name.value = L"<co-result>";

						auto refResult = Ptr(new WfMemberExpression);
						refResult->parent = refCoResult;
						refResult->name.value = L"Result";

						auto castResultInfo = manager->coCastResultResolvings[node].methodInfo;
						auto refCastResult = Ptr(new WfChildExpression);
						refCastResult->parent = GetExpressionFromTypeDescriptor(castResultInfo->GetOwnerTypeDescriptor());
						refCastResult->name.value = L"CastResult";

						auto callExpr = Ptr(new WfCallExpression);
						callExpr->function = refCastResult;
						callExpr->arguments.Add(refResult);

						auto varDecl = Ptr(new WfVariableDeclaration);
						varDecl->name.value = node->varName.value;
						varDecl->expression = callExpr;

						auto stat = Ptr(new WfVariableStatement);
						stat->variable = varDecl;
						block->statements.Add(stat);
					}

					SetCodeRange(Ptr<WfStatement>(block), node->codeRange);
					result = block;
				}

				void Visit(WfBlockStatement* node)override
				{
					auto block = Ptr(new WfBlockStatement);

					for (auto statement : node->statements)
					{
						statement = SearchUntilNonVirtualStatement(statement);

						if (auto coOperatorStat = statement.Cast<WfCoOperatorStatement>())
						{
							coOperatorStat->Accept(this);
							CopyFrom(block->statements, result.Cast<WfBlockStatement>()->statements, true);
						}
						else
						{
							block->statements.Add(CopyNode(statement.Obj()));
						}
					}

					SetCodeRange(Ptr<WfStatement>(block), node->codeRange);
					result = block;
				}
			};

			void ExpandCoProviderStatement(WfLexicalScopeManager* manager, WfCoProviderStatement* node)
			{
				auto scope = manager->nodeScopes[node].Obj();
				auto functionScope = scope->FindFunctionScope();
				auto funcDecl = functionScope->ownerNode.Cast<WfFunctionDeclaration>();
				auto providerScope = manager->nodeScopes[funcDecl->statement.Obj()];
				auto providerType = providerScope->symbols[L"$PROVIDER"][0]->typeInfo;
				auto implType = providerScope->symbols[L"$IMPL"][0]->typeInfo;

				auto coroutineExpr = Ptr(new WfNewCoroutineExpression);
				{
					coroutineExpr->name.value = L"<co-result>";
					coroutineExpr->statement = ExpandCoProviderStatementVisitor(manager).CopyNode(node->statement.Obj());
				}
				manager->coNewCoroutineResolvings.Add(coroutineExpr, ResolveExpressionResult::ReadonlyType(providerType));

				auto creatorExpr = Ptr(new WfFunctionExpression);
				{
					auto creatorDecl = Ptr(new WfFunctionDeclaration);
					creatorExpr->function = creatorDecl;
					creatorDecl->functionKind = WfFunctionKind::Normal;
					creatorDecl->anonymity = WfFunctionAnonymity::Anonymous;
					creatorDecl->returnType = GetTypeFromTypeInfo(TypeInfoRetriver<Ptr<ICoroutine>>::CreateTypeInfo().Obj());
					{
						auto argument = Ptr(new WfFunctionArgument);
						creatorDecl->arguments.Add(argument);
						argument->name.value = L"<co-impl>";
						argument->type = GetTypeFromTypeInfo(implType.Obj());
					}

					auto block = Ptr(new WfBlockStatement);
					creatorDecl->statement = block;

					auto returnStat = Ptr(new WfReturnStatement);
					returnStat->expression = coroutineExpr;
					block->statements.Add(returnStat);
				}

				auto providerBlock = Ptr(new WfBlockStatement);
				{
					auto funcReturnType = CreateTypeInfoFromType(functionScope, funcDecl->returnType);
					auto creatorInfo = manager->coProviderResolvings[node].methodInfo;

					auto funcExpr = Ptr(new WfChildExpression);
					funcExpr->parent = GetExpressionFromTypeDescriptor(creatorInfo->GetOwnerTypeDescriptor());
					funcExpr->name.value = creatorInfo->GetName();

					auto callExpr = Ptr(new WfCallExpression);
					callExpr->function = funcExpr;
					callExpr->arguments.Add(creatorExpr);

					if (funcReturnType->GetTypeDescriptor() == description::GetTypeDescriptor<void>())
					{
						auto stat = Ptr(new WfExpressionStatement);
						stat->expression = callExpr;
						providerBlock->statements.Add(stat);
					}
					else
					{
						if (IsSameType(funcReturnType.Obj(), creatorInfo->GetReturn()))
						{
							auto stat = Ptr(new WfReturnStatement);
							stat->expression = callExpr;
							providerBlock->statements.Add(stat);
						}
						else if (funcReturnType->GetTypeDescriptor() == creatorInfo->GetReturn()->GetTypeDescriptor())
						{
							auto castExpr = Ptr(new WfTypeCastingExpression);
							castExpr->strategy = WfTypeCastingStrategy::Strong;
							castExpr->type = GetTypeFromTypeInfo(funcReturnType.Obj());
							castExpr->expression = callExpr;

							auto stat = Ptr(new WfReturnStatement);
							stat->expression = castExpr;
							providerBlock->statements.Add(stat);
						}
						else
						{
							{
								auto varDecl = Ptr(new WfVariableDeclaration);
								varDecl->name.value = L"<co-mixin-source-variable>";
								varDecl->expression = callExpr;

								auto stat = Ptr(new WfVariableStatement);
								stat->variable = varDecl;
								providerBlock->statements.Add(stat);
							}
							{
								auto refExpr = Ptr(new WfReferenceExpression);
								refExpr->name.value = L"<co-mixin-source-variable>";

								auto castExpr = Ptr(new WfMixinCastExpression);
								castExpr->type = GetTypeFromTypeInfo(funcReturnType.Obj());
								castExpr->expression = refExpr;

								auto stat = Ptr(new WfReturnStatement);
								stat->expression = castExpr;
								providerBlock->statements.Add(stat);
							}
						}
					}
				}
				
				node->expandedStatement = providerBlock;
			}
		}
	}
}

/***********************************************************************
.\ANALYZER\WFANALYZER_GENERATERPC.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;

			namespace rpc_generating
			{
				using namespace copy_visitor;
				using namespace reflection::description;

				bool IsRpcAttribute(WfAttribute* attribute, const wchar_t* name)
				{
					return attribute
						&& attribute->category.value == L"rpc"
						&& attribute->name.value == name;
				}

				bool HasRpcAttribute(List<Ptr<WfAttribute>>& attributes, const wchar_t* name)
				{
					for (auto attribute : attributes)
					{
						if (IsRpcAttribute(attribute.Obj(), name))
						{
							return true;
						}
					}
					return false;
				}

				bool HasAttribute(IAttributeBag* bag, ITypeDescriptor* attrTd)
				{
					if (!bag || !attrTd)
					{
						return false;
					}

					for (vint i = 0; i < bag->GetAttributeCount(); i++)
					{
						if (bag->GetAttribute(i)->GetAttributeType() == attrTd)
						{
							return true;
						}
					}
					return false;
				}

				bool IsStrongTypedCollectionType(WfType* type)
				{
					return dynamic_cast<WfEnumerableType*>(type) != nullptr
						|| dynamic_cast<WfMapType*>(type) != nullptr
						|| dynamic_cast<WfObservableListType*>(type) != nullptr;
				}

				bool IsRpcStrongTypedCollection(ITypeInfo* type)
				{
					if (!type || type->GetDecorator() != ITypeInfo::SharedPtr) return false;
					auto genericType = type->GetElementType();
					if (!genericType || genericType->GetDecorator() != ITypeInfo::Generic) return false;

					auto collectionType = genericType->GetElementType();
					if (!collectionType || collectionType->GetDecorator() != ITypeInfo::TypeDescriptor) return false;

					auto collectionTd = collectionType->GetTypeDescriptor();
					if (collectionTd == GetTypeDescriptor<IValueEnumerable>()
						|| collectionTd == GetTypeDescriptor<IValueReadonlyList>()
						|| collectionTd == GetTypeDescriptor<IValueList>()
						|| collectionTd == GetTypeDescriptor<IValueObservableList>())
					{
						return genericType->GetGenericArgumentCount() == 1;
					}

					if (collectionTd == GetTypeDescriptor<IValueReadonlyDictionary>()
						|| collectionTd == GetTypeDescriptor<IValueDictionary>())
					{
						return genericType->GetGenericArgumentCount() == 2;
					}

					switch (type->GetHint())
					{
					case TypeInfoHint::LazyList:
					case TypeInfoHint::Array:
					case TypeInfoHint::List:
						return genericType->GetGenericArgumentCount() == 1;
					case TypeInfoHint::Dictionary:
						return genericType->GetGenericArgumentCount() == 2;
					default:
						return false;
					}
				}

				ITypeInfo* GetRpcStrongTypedCollectionElementType(ITypeInfo* type)
				{
					if (!IsRpcStrongTypedCollection(type)) return nullptr;
					auto genericType = type->GetElementType();
					if (!genericType || genericType->GetDecorator() != ITypeInfo::Generic) return nullptr;
					switch (genericType->GetGenericArgumentCount())
					{
					case 1:
						return genericType->GetGenericArgument(0);
					case 2:
						return genericType->GetGenericArgument(1);
					default:
						return nullptr;
					}
				}

				bool IsRpcObservableStrongTypedCollection(ITypeInfo* type)
				{
					if (!IsRpcStrongTypedCollection(type)) return false;
					auto genericType = type->GetElementType();
					if (!genericType || genericType->GetDecorator() != ITypeInfo::Generic) return false;
					auto collectionType = genericType->GetElementType();
					if (!collectionType || collectionType->GetDecorator() != ITypeInfo::TypeDescriptor) return false;
					return collectionType->GetTypeDescriptor() == GetTypeDescriptor<IValueObservableList>();
				}

				bool IsRpcInterfaceSharedType(ITypeInfo* type, const SortedList<ITypeDescriptor*>& rpcInterfaceTds)
				{
					if (!type || type->GetDecorator() != ITypeInfo::SharedPtr) return false;
					auto elementType = type->GetElementType();
					if (!elementType || elementType->GetDecorator() != ITypeInfo::TypeDescriptor) return false;
					auto td = elementType->GetTypeDescriptor();
					return td
						&& (td->GetTypeDescriptorFlags() & TypeDescriptorFlags::Interface) != TypeDescriptorFlags::Undefined
						&& rpcInterfaceTds.Contains(td);
				}

				bool IsSharedInterfaceType(ITypeInfo* type)
				{
					if (!type || type->GetDecorator() != ITypeInfo::SharedPtr) return false;
					auto elementType = type->GetElementType();
					if (!elementType) return false;
					if (elementType->GetDecorator() == ITypeInfo::Generic)
					{
						elementType = elementType->GetElementType();
					}
					if (!elementType || elementType->GetDecorator() != ITypeInfo::TypeDescriptor) return false;
					auto td = elementType->GetTypeDescriptor();
					return td
						&& (td->GetTypeDescriptorFlags() & TypeDescriptorFlags::Interface) != TypeDescriptorFlags::Undefined;
				}

				IMethodInfo* FindRpcMethodInfo(WfLexicalScopeManager* manager, WfClassDeclaration* interfaceDecl, WfFunctionDeclaration* methodDecl, ITypeDescriptor* typeDescriptor)
				{
					if (auto index = manager->declarationMemberInfos.Keys().IndexOf(methodDecl); index != -1)
					{
						if (auto methodInfo = dynamic_cast<IMethodInfo*>(manager->declarationMemberInfos.Values()[index].Obj()))
						{
							return methodInfo;
						}
					}

					if (!typeDescriptor) return nullptr;
					auto group = typeDescriptor->GetMethodGroupByName(methodDecl->name.value, false);
					if (!group) return nullptr;

					vint overloadIndex = 0;
					for (auto declaration : interfaceDecl->declarations)
					{
						if (declaration.Obj() == methodDecl)
						{
							break;
						}
						if (auto previousMethod = declaration.Cast<WfFunctionDeclaration>())
						{
							if (previousMethod->name.value == methodDecl->name.value)
							{
								overloadIndex++;
							}
						}
					}
					return overloadIndex < group->GetMethodCount() ? group->GetMethod(overloadIndex) : nullptr;
				}

				bool IsRpcStrongTypedCollectionContainingRpcInterface(ITypeInfo* type, const SortedList<ITypeDescriptor*>& rpcInterfaceTds)
				{
					auto elementType = GetRpcStrongTypedCollectionElementType(type);
					if (!elementType) return false;
					return IsRpcInterfaceSharedType(elementType, rpcInterfaceTds)
						|| IsRpcStrongTypedCollectionContainingRpcInterface(elementType, rpcInterfaceTds);
				}

				bool IsDefaultRpcTransferByref(ITypeInfo* type, const SortedList<ITypeDescriptor*>& rpcInterfaceTds)
				{
					return IsRpcStrongTypedCollection(type)
						&& (IsRpcObservableStrongTypedCollection(type)
							|| IsRpcStrongTypedCollectionContainingRpcInterface(type, rpcInterfaceTds));
				}

				void SplitTypeFullName(const WString& typeFullName, List<WString>& fragments)
				{
					vint start = 0;
					while (start <= typeFullName.Length())
					{
						vint separator = -1;
						for (vint i = start; i + 1 < typeFullName.Length(); i++)
						{
							if (typeFullName[i] == L':' && typeFullName[i + 1] == L':')
							{
								separator = i;
								break;
							}
						}
						if (separator == -1)
						{
							fragments.Add(typeFullName.Sub(start, typeFullName.Length() - start));
							break;
						}

						fragments.Add(typeFullName.Sub(start, separator - start));
						start = separator + 2;
					}
				}

				WString MangleRpcFullName(const WString& fullName)
				{
					WString mangled;
					for (vint i = 0; i < fullName.Length(); i++)
					{
						if (i + 1 < fullName.Length() && fullName[i] == L':' && fullName[i + 1] == L':')
						{
							mangled += L"__";
							i++;
						}
						else if (fullName[i] == L'.' || fullName[i] == L'(' || fullName[i] == L')' || fullName[i] == L',')
						{
							mangled += L"_";
						}
						else
						{
							mangled += WString::FromChar(fullName[i]);
						}
					}
					return mangled;
				}

				WfDeclaration* FindRpcDeclaration(WfLexicalScopeManager* manager, const WString& fullName)
				{
					if (auto index = manager->rpcMetadata->typeNames.Keys().IndexOf(fullName); index != -1)
					{
						return manager->rpcMetadata->typeNames.Values()[index];
					}
					if (auto index = manager->rpcMetadata->methodNames.Keys().IndexOf(fullName); index != -1)
					{
						return manager->rpcMetadata->methodNames.Values()[index];
					}
					if (auto index = manager->rpcMetadata->eventNames.Keys().IndexOf(fullName); index != -1)
					{
						return manager->rpcMetadata->eventNames.Values()[index];
					}
					return nullptr;
				}

				template<typename TDecl>
				WString FindFullName(const Dictionary<WString, TDecl*>& names, TDecl* declaration)
				{
					for (vint i = 0; i < names.Count(); i++)
					{
						if (names.Values()[i] == declaration)
						{
							return names.Keys()[i];
						}
					}
					return L"";
				}

				ITypeDescriptor* FindRpcTypeDescriptor(WfLexicalScopeManager* manager, const WString& fullName)
				{
					for (vint i = 0; i < manager->declarationTypes.Count(); i++)
					{
						auto typeDescriptor = manager->declarationTypes.Values()[i].Obj();
						if (typeDescriptor && typeDescriptor->GetTypeName() == fullName)
						{
							return typeDescriptor;
						}
					}
					return nullptr;
				}

				Ptr<WfType> CopyType(WfType* type)
				{
					AstVisitor copier;
					return copier.CopyNode(type);
				}

				Ptr<WfType> CreatePredefinedType(WfPredefinedTypeName name)
				{
					auto type = Ptr(new WfPredefinedType);
					type->name = name;
					return type;
				}

				Ptr<WfType> CreateQualifiedType(const WString& fullName)
				{
					List<WString> fragments;
					SplitTypeFullName(fullName, fragments);
					if (fragments.Count() == 0)
					{
						return nullptr;
					}

					Ptr<WfType> type;
					for (vint i = 0; i < fragments.Count(); i++)
					{
						if (i == 0)
						{
							auto top = Ptr(new WfReferenceType);
							top->name.value = fragments[i];
							type = top;
						}
						else
						{
							auto child = Ptr(new WfChildType);
							child->parent = type;
							child->name.value = fragments[i];
							type = child;
						}
					}
					return type;
				}

				Ptr<WfType> CreateTopQualifiedType(const WString& fullName)
				{
					List<WString> fragments;
					SplitTypeFullName(fullName, fragments);
					if (fragments.Count() == 0)
					{
						return nullptr;
					}

					Ptr<WfType> type;
					for (vint i = 0; i < fragments.Count(); i++)
					{
						if (i == 0)
						{
							auto top = Ptr(new WfTopQualifiedType);
							top->name.value = fragments[i];
							type = top;
						}
						else
						{
							auto child = Ptr(new WfChildType);
							child->parent = type;
							child->name.value = fragments[i];
							type = child;
						}
					}
					return type;
				}

				Ptr<WfType> CreateSharedType(const WString& fullName)
				{
					auto type = Ptr(new WfSharedPointerType);
					type->element = CreateQualifiedType(fullName);
					return type;
				}

				Ptr<WfType> CreateRawType(const WString& fullName)
				{
					auto type = Ptr(new WfRawPointerType);
					type->element = CreateQualifiedType(fullName);
					return type;
				}

				Ptr<WfType> CreateNullableType(const WString& fullName)
				{
					auto type = Ptr(new WfNullableType);
					type->element = CreateQualifiedType(fullName);
					return type;
				}

				Nullable<WfPredefinedTypeName> GetPredefinedTypeFromSystemName(const WString& name)
				{
					if (name == L"Boolean") return WfPredefinedTypeName::Bool;
					if (name == (sizeof(vint) == sizeof(vint64_t) ? L"Int64" : L"Int32")) return WfPredefinedTypeName::Int;
					if (name == L"String") return WfPredefinedTypeName::String;
					if (name == L"Object") return WfPredefinedTypeName::Object;
					if (name == L"Void") return WfPredefinedTypeName::Void;
					return {};
				}

				Ptr<WfType> NormalizeRpcGeneratedType(Ptr<WfType> type)
				{
					if (!type)
					{
						return nullptr;
					}

					if (auto child = type.Cast<WfChildType>())
					{
						child->parent = NormalizeRpcGeneratedType(child->parent);
						if (auto reference = child->parent.Cast<WfReferenceType>())
						{
							if (reference->name.value == L"system")
							{
								if (auto predefined = GetPredefinedTypeFromSystemName(child->name.value))
								{
									return CreatePredefinedType(predefined.Value());
								}
							}
						}
					}
					else if (auto top = type.Cast<WfTopQualifiedType>())
					{
						auto reference = Ptr(new WfReferenceType);
						reference->name = top->name;
						return reference;
					}
					else if (auto raw = type.Cast<WfRawPointerType>())
					{
						raw->element = NormalizeRpcGeneratedType(raw->element);
					}
					else if (auto shared = type.Cast<WfSharedPointerType>())
					{
						shared->element = NormalizeRpcGeneratedType(shared->element);
					}
					else if (auto nullable = type.Cast<WfNullableType>())
					{
						nullable->element = NormalizeRpcGeneratedType(nullable->element);
					}
					else if (auto enumerable = type.Cast<WfEnumerableType>())
					{
						enumerable->element = NormalizeRpcGeneratedType(enumerable->element);
					}
					else if (auto map = type.Cast<WfMapType>())
					{
						if (map->key)
						{
							map->key = NormalizeRpcGeneratedType(map->key);
						}
						map->value = NormalizeRpcGeneratedType(map->value);
					}
					else if (auto observable = type.Cast<WfObservableListType>())
					{
						observable->element = NormalizeRpcGeneratedType(observable->element);
					}
					else if (auto function = type.Cast<WfFunctionType>())
					{
						function->result = NormalizeRpcGeneratedType(function->result);
						for (vint i = 0; i < function->arguments.Count(); i++)
						{
							function->arguments[i] = NormalizeRpcGeneratedType(function->arguments[i]);
						}
					}
					return type;
				}

#ifndef VCZH_WORKFLOW_RPC_GENERATING_CREATE_TYPE_FROM_CPP
#define VCZH_WORKFLOW_RPC_GENERATING_CREATE_TYPE_FROM_CPP
				template<typename T>
				Ptr<WfType> CreateTypeFromCpp()
				{
					return NormalizeRpcGeneratedType(GetTypeFromTypeInfo(TypeInfoRetriver<T>::CreateTypeInfo().Obj()));
				}
#endif

				Ptr<WfExpression> CreateNull()
				{
					auto expression = Ptr(new WfLiteralExpression);
					expression->value = WfLiteralValue::Null;
					return expression;
				}

				Ptr<WfExpression> CreateIsNull(Ptr<WfExpression> expression)
				{
					auto testing = Ptr(new WfTypeTestingExpression);
					testing->test = WfTypeTesting::IsNull;
					testing->expression = expression;
					return testing;
				}

				Ptr<WfExpression> CreateIsNotNull(Ptr<WfExpression> expression)
				{
					auto testing = Ptr(new WfTypeTestingExpression);
					testing->test = WfTypeTesting::IsNotNull;
					testing->expression = expression;
					return testing;
				}

				Ptr<WfExpression> CreateIsType(Ptr<WfExpression> expression, Ptr<WfType> type)
				{
					auto testing = Ptr(new WfTypeTestingExpression);
					testing->test = WfTypeTesting::IsType;
					testing->expression = expression;
					testing->type = type;
					return testing;
				}

				Ptr<WfExpression> CreateBool(bool value)
				{
					auto expression = Ptr(new WfLiteralExpression);
					expression->value = value ? WfLiteralValue::True : WfLiteralValue::False;
					return expression;
				}

				Ptr<WfExpression> CreateInt(vint value)
				{
					auto expression = Ptr(new WfIntegerExpression);
					expression->value.value = itow(value);
					return expression;
				}

				Ptr<WfExpression> CreateString(const WString& value)
				{
					auto expression = Ptr(new WfStringExpression);
					expression->value.value = value;
					return expression;
				}

				Ptr<WfExpression> CreateReference(const WString& name)
				{
					auto expression = Ptr(new WfReferenceExpression);
					expression->name.value = name;
					return expression;
				}

				Ptr<WfExpression> CreateThis()
				{
					return Ptr(new WfThisExpression);
				}

				Ptr<WfExpression> CreateQualifiedExpression(const WString& fullName)
				{
					List<WString> fragments;
					SplitTypeFullName(fullName, fragments);
					if (fragments.Count() == 0)
					{
						return nullptr;
					}

					Ptr<WfExpression> expression = CreateReference(fragments[0]);
					for (vint i = 1; i < fragments.Count(); i++)
					{
						auto child = Ptr(new WfChildExpression);
						child->parent = expression;
						child->name.value = fragments[i];
						expression = child;
					}
					return expression;
				}

				Ptr<WfExpression> CreateMember(Ptr<WfExpression> parent, const WString& name)
				{
					auto expression = Ptr(new WfMemberExpression);
					expression->parent = parent;
					expression->name.value = name;
					return expression;
				}

				Ptr<WfExpression> CreateBinary(WfBinaryOperator op, Ptr<WfExpression> first, Ptr<WfExpression> second)
				{
					auto expression = Ptr(new WfBinaryExpression);
					expression->op = op;
					expression->first = first;
					expression->second = second;
					return expression;
				}

				Ptr<WfExpression> CreateUnary(WfUnaryOperator op, Ptr<WfExpression> operand)
				{
					auto expression = Ptr(new WfUnaryExpression);
					expression->op = op;
					expression->operand = operand;
					return expression;
				}

				Ptr<WfExpression> CreateAssign(Ptr<WfExpression> left, Ptr<WfExpression> right)
				{
					return CreateBinary(WfBinaryOperator::Assign, left, right);
				}

				Ptr<WfExpression> CreateIndex(Ptr<WfExpression> collection, Ptr<WfExpression> index)
				{
					return CreateBinary(WfBinaryOperator::Index, collection, index);
				}

				Ptr<WfExpression> CreateCast(Ptr<WfType> type, Ptr<WfExpression> expression)
				{
					auto cast = Ptr(new WfTypeCastingExpression);
					cast->strategy = WfTypeCastingStrategy::Strong;
					cast->type = type;
					cast->expression = expression;
					return cast;
				}

				Ptr<WfExpression> CreateWeakCast(Ptr<WfType> type, Ptr<WfExpression> expression)
				{
					auto cast = Ptr(new WfTypeCastingExpression);
					cast->strategy = WfTypeCastingStrategy::Weak;
					cast->type = type;
					cast->expression = expression;
					return cast;
				}

				Ptr<WfExpression> CreateInfer(Ptr<WfExpression> expression, Ptr<WfType> type)
				{
					auto infer = Ptr(new WfInferExpression);
					infer->expression = expression;
					infer->type = type;
					return infer;
				}

				Ptr<WfConstructorArgument> CreateConstructorArgument(Ptr<WfExpression> key, Ptr<WfExpression> value)
				{
					auto argument = Ptr(new WfConstructorArgument);
					argument->key = key;
					argument->value = value;
					return argument;
				}

				Ptr<WfConstructorExpression> CreateConstructor()
				{
					return Ptr(new WfConstructorExpression);
				}

				Ptr<WfExpression> CreateRpcExceptionExpression(Ptr<WfExpression> message)
				{
					auto constructor = CreateConstructor();
					constructor->arguments.Add(CreateConstructorArgument(CreateReference(L"message"), message));
					return CreateInfer(constructor, CreateTypeFromCpp<rpc_controller::RpcException>());
				}

				Ptr<WfType> CreateRpcEventExceptionMapType()
				{
					return CreateTypeFromCpp<Dictionary<vint, rpc_controller::RpcException>>();
				}

				Ptr<WfExpression> CreateNewClass(Ptr<WfType> type)
				{
					auto expression = Ptr(new WfNewClassExpression);
					expression->type = type;
					return expression;
				}

				Ptr<WfExpression> CreateNewInterface(Ptr<WfType> type)
				{
					auto expression = Ptr(new WfNewInterfaceExpression);
					expression->type = type;
					return expression;
				}

				Ptr<WfStatement> CreateExpressionStatement(Ptr<WfExpression> expression)
				{
					auto statement = Ptr(new WfExpressionStatement);
					statement->expression = expression;
					return statement;
				}

				Ptr<WfStatement> CreateReturn(Ptr<WfExpression> expression)
				{
					auto statement = Ptr(new WfReturnStatement);
					statement->expression = expression;
					return statement;
				}

				Ptr<WfStatement> CreateRaise(const WString& message)
				{
					auto statement = Ptr(new WfRaiseExceptionStatement);
					statement->expression = CreateString(message);
					return statement;
				}

				Ptr<WfStatement> CreateRaise(Ptr<WfExpression> expression)
				{
					auto statement = Ptr(new WfRaiseExceptionStatement);
					statement->expression = expression;
					return statement;
				}

				Ptr<WfVariableDeclaration> CreateVariableDeclaration(const WString& name, Ptr<WfType> type, Ptr<WfExpression> expression)
				{
					auto declaration = Ptr(new WfVariableDeclaration);
					declaration->name.value = name;
					declaration->type = type;
					declaration->expression = expression;
					return declaration;
				}

				Ptr<WfStatement> CreateVariableStatement(const WString& name, Ptr<WfType> type, Ptr<WfExpression> expression)
				{
					auto statement = Ptr(new WfVariableStatement);
					statement->variable = CreateVariableDeclaration(name, type, expression);
					return statement;
				}

				Ptr<WfStatement> CreateInferredVariableStatement(const WString& name, Ptr<WfExpression> expression)
				{
					return CreateVariableStatement(name, nullptr, expression);
				}

				Ptr<WfStatement> CreateIf(Ptr<WfExpression> condition, Ptr<WfStatement> trueBranch, Ptr<WfStatement> falseBranch)
				{
					auto statement = Ptr(new WfIfStatement);
					statement->expression = condition;
					statement->trueBranch = trueBranch;
					statement->falseBranch = falseBranch;
					return statement;
				}

				Ptr<WfStatement> CreateTry(Ptr<WfStatement> protectedStatement, const WString& name, Ptr<WfStatement> catchStatement, Ptr<WfStatement> finallyStatement)
				{
					auto statement = Ptr(new WfTryStatement);
					statement->protectedStatement = protectedStatement;
					statement->name.value = name;
					statement->catchStatement = catchStatement;
					statement->finallyStatement = finallyStatement;
					return statement;
				}

				Ptr<WfStatement> CreateTryCatch(Ptr<WfStatement> protectedStatement, const WString& name, Ptr<WfStatement> catchStatement)
				{
					return CreateTry(protectedStatement, name, catchStatement, nullptr);
				}

				Ptr<WfForEachStatement> CreateForEach(const WString& name, Ptr<WfExpression> collection, Ptr<WfStatement> body)
				{
					auto statement = Ptr(new WfForEachStatement);
					statement->name.value = name;
					statement->direction = WfForEachDirection::Normal;
					statement->collection = collection;
					statement->statement = body;
					return statement;
				}

				Ptr<WfBlockStatement> CreateBlock()
				{
					return Ptr(new WfBlockStatement);
				}

				void AddStatement(Ptr<WfBlockStatement> block, Ptr<WfStatement> statement)
				{
					block->statements.Add(statement);
				}

				void AddRpcMethodExceptionRaise(Ptr<WfBlockStatement> block, Ptr<WfExpression> value)
				{
					AddStatement(
						block,
						CreateExpressionStatement(CreateCall(
							CreateQualifiedExpression(L"system::IRpcLifecycle::ReadMethodException"),
							value)));
				}

				void AddRpcEventExceptionMapSet(Ptr<WfBlockStatement> block, const WString& mapName, Ptr<WfExpression> clientId, Ptr<WfExpression> message)
				{
					AddStatement(block, CreateExpressionStatement(CreateCall(
						CreateMember(CreateReference(mapName), L"Set"),
						clientId,
						CreateRpcExceptionExpression(message))));
				}

				void AddRpcEventExceptionRaise(Ptr<WfBlockStatement> block, Ptr<WfExpression> value)
				{
					AddStatement(
						block,
						CreateExpressionStatement(CreateCall(
							CreateQualifiedExpression(L"system::IRpcLifecycle::ReadEventException"),
							value)));
				}

				Ptr<WfFunctionArgument> CreateFunctionArgument(const WString& name, Ptr<WfType> type)
				{
					auto argument = Ptr(new WfFunctionArgument);
					argument->name.value = name;
					argument->type = type;
					return argument;
				}

				Ptr<WfFunctionDeclaration> CreateFunctionDeclaration(const WString& name, Ptr<WfType> returnType, WfFunctionKind kind, WfFunctionAnonymity anonymity)
				{
					auto declaration = Ptr(new WfFunctionDeclaration);
					declaration->name.value = name;
					declaration->returnType = returnType;
					declaration->functionKind = kind;
					declaration->anonymity = anonymity;
					declaration->statement = CreateBlock();
					return declaration;
				}

				Ptr<WfExpression> CreateFunctionExpression(Ptr<WfFunctionDeclaration> declaration)
				{
					auto expression = Ptr(new WfFunctionExpression);
					expression->function = declaration;
					return expression;
				}

				Ptr<WfClassDeclaration> CreateClassDeclaration(const WString& name)
				{
					auto declaration = Ptr(new WfClassDeclaration);
					declaration->name.value = name;
					declaration->kind = WfClassKind::Class;
					declaration->constructorType = WfConstructorType::Undefined;
					return declaration;
				}

				Ptr<WfConstructorDeclaration> CreateConstructorDeclaration(WfConstructorType constructorType = WfConstructorType::SharedPtr)
				{
					auto declaration = Ptr(new WfConstructorDeclaration);
					declaration->constructorType = constructorType;
					declaration->statement = CreateBlock();
					return declaration;
				}

				void AddSwitchCase(Ptr<WfSwitchStatement> switchStat, Ptr<WfExpression> expression, Ptr<WfStatement> statement)
				{
					auto switchCase = Ptr(new WfSwitchCase);
					switchCase->expression = expression;
					switchCase->statement = statement;
					switchStat->caseBranches.Add(switchCase);
				}

				Ptr<WfExpression> CreateLifecycleHelperCall(const wchar_t* helperName, Ptr<WfExpression> value, Ptr<WfExpression> lifecycle)
				{
					return CreateCall(CreateQualifiedExpression(L"system::IRpcLifecycle::" + WString::Unmanaged(helperName)), value, lifecycle);
				}

				Ptr<WfExpression> CreateRpcBoxExpression(ITypeInfo* typeInfo, bool byref, Ptr<WfExpression> value, Ptr<WfExpression> lifecycle)
				{
					if (IsSharedInterfaceType(typeInfo))
					{
						return CreateLifecycleHelperCall(byref ? L"RpcBoxByref" : L"RpcBoxByval", value, lifecycle);
					}
					return value;
				}

				Ptr<WfExpression> CreateRpcCachedPropertyInitialValue(const RpcPropertyModel& propertyModel)
				{
					if (!propertyModel.typeInfo)
					{
						return CreateNull();
					}

					switch (propertyModel.typeInfo->GetDecorator())
					{
					case ITypeInfo::RawPtr:
					case ITypeInfo::SharedPtr:
					case ITypeInfo::Nullable:
						return CreateNull();
					default:
						return CreateDefaultValue(propertyModel.typeInfo);
					}
				}

				Ptr<WfExpression> CreateRpcUnboxExpression(ITypeInfo* typeInfo, Ptr<WfType> type, bool byref, Ptr<WfExpression> value, Ptr<WfExpression> lifecycle)
				{
					Ptr<WfExpression> unboxed;
					if (IsSharedInterfaceType(typeInfo))
					{
						auto serializable = byref
							? CreateCast(CreateTypeFromCpp<rpc_controller::RpcObjectReference>(), value)
							: value;
						unboxed = CreateLifecycleHelperCall(byref ? L"RpcUnboxByref" : L"RpcUnboxByval", serializable, lifecycle);
						return IsRpcStrongTypedCollection(typeInfo) || IsStrongTypedCollectionType(type.Obj())
							? CreateCast(CopyType(type.Obj()), unboxed)
							: CreateWeakCast(CopyType(type.Obj()), unboxed);
					}
					else
					{
						unboxed = value;
					}
					return CreateCast(CopyType(type.Obj()), unboxed);
				}

				Ptr<WfExpression> CreateRpcCopyByvalExpression(Ptr<WfExpression> value, Ptr<WfExpression> lifecycle)
				{
					return CreateLifecycleHelperCall(L"RpcCopyByval", value, lifecycle);
				}

				bool IsVoidType(WfType* type)
				{
					if (auto predefined = dynamic_cast<WfPredefinedType*>(type))
					{
						return predefined->name == WfPredefinedTypeName::Void;
					}
					if (auto child = dynamic_cast<WfChildType*>(type))
					{
						if (child->name.value == L"Void")
						{
							if (auto top = dynamic_cast<WfTopQualifiedType*>(child->parent.Obj()))
							{
								return top->name.value == L"system";
							}
						}
					}
					return false;
				}

				bool IsRpcByvalReturn(const RpcMethodModel& methodModel)
				{
					return !IsVoidType(methodModel.returnType.Obj())
						&& !methodModel.returnByref
						&& (IsStrongTypedCollectionType(methodModel.returnType.Obj()) || IsRpcStrongTypedCollection(methodModel.returnTypeInfo));
				}

				void AddRpcByvalReturnValue(Ptr<WfBlockStatement> block, Ptr<WfExpression> value, Ptr<WfExpression> copiedValue)
				{
					AddStatement(block, CreateInferredVariableStatement(L"byvalReturnValue", CreateNewClass(CreateTypeFromCpp<Ptr<rpc_controller::RpcByvalReturnValue>>())));
					AddStatement(block, CreateExpressionStatement(CreateAssign(CreateMember(CreateReference(L"byvalReturnValue"), L"value"), value)));
					AddStatement(block, CreateExpressionStatement(CreateAssign(CreateMember(CreateReference(L"byvalReturnValue"), L"slot"), CreateReference(L"_slot"))));
					AddStatement(block, CreateExpressionStatement(CreateCall(CreateMember(CreateReference(L"_byvalReturnValues"), L"Set"), CreateReference(L"_slot"), copiedValue)));
					AddStatement(block, CreateExpressionStatement(CreateAssign(CreateReference(L"_slot"), CreateBinary(WfBinaryOperator::Add, CreateReference(L"_slot"), CreateInt(1)))));
					AddStatement(block, CreateReturn(CreateReference(L"byvalReturnValue")));
				}

				Ptr<WfExpression> CreateRpcConstantReference(const wchar_t* prefix, const WString& fullName)
				{
					return CreateReference(WString::Unmanaged(prefix) + MangleRpcFullName(fullName));
				}

				vint GetRpcId(WfLexicalScopeManager* manager, const WString& fullName)
				{
					auto id = manager->rpcMetadata->orderedIds.IndexOf(fullName);
					CHECK_ERROR(id != -1, L"RPC metadata ID list does not contain a generated RPC full name.");
					return id;
				}

				const wchar_t* GetRpcConstantPrefix(WfLexicalScopeManager* manager, const WString& fullName)
				{
					if (manager->rpcMetadata->typeNames.Keys().Contains(fullName))
					{
						return L"rpctype_";
					}
					if (manager->rpcMetadata->methodNames.Keys().Contains(fullName))
					{
						return L"rpcmethod_";
					}
					if (manager->rpcMetadata->eventNames.Keys().Contains(fullName))
					{
						return L"rpcevent_";
					}
					CHECK_FAIL(L"RPC metadata ID list contains an unknown generated RPC full name.");
				}

				void AddIdLookupEntry(Ptr<WfConstructorExpression> expression, Ptr<WfExpression> key, Ptr<WfExpression> value)
				{
					expression->arguments.Add(CreateConstructorArgument(key, value));
				}

				void CollectMangledNames(WfLexicalScopeManager* manager)
				{
					Dictionary<WString, WString> mangledNames;
					for (auto fullName : manager->rpcMetadata->orderedIds)
					{
						auto mangled = MangleRpcFullName(fullName);
						auto index = mangledNames.Keys().IndexOf(mangled);
						if (index != -1 && mangledNames.Values()[index] != fullName)
						{
							manager->errors.Add(WfErrors::RpcMangledNameConflict(FindRpcDeclaration(manager, fullName), mangled, mangledNames.Values()[index], fullName));
							return;
						}
						if (index == -1)
						{
							mangledNames.Add(mangled, fullName);
						}
					}
				}

				List<RpcInterfaceModel> BuildInterfaceModels(WfLexicalScopeManager* manager)
				{
					List<RpcInterfaceModel> interfaces;
					auto rpcByrefAttrTd = GetTypeDescriptor<vl::__vwsn::att_rpc_Byref>();
					auto rpcCachedAttrTd = GetTypeDescriptor<vl::__vwsn::att_rpc_Cached>();
					auto rpcDynamicAttrTd = GetTypeDescriptor<vl::__vwsn::att_rpc_Dynamic>();
					SortedList<ITypeDescriptor*> rpcInterfaceTds;

					for (auto typeFullName : manager->rpcMetadata->typeFullNames)
					{
						if (auto td = FindRpcTypeDescriptor(manager, typeFullName))
						{
							if (!rpcInterfaceTds.Contains(td))
							{
								rpcInterfaceTds.Add(td);
							}
						}
					}

					for (auto typeFullName : manager->rpcMetadata->typeFullNames)
					{
						auto typeIndex = manager->rpcMetadata->typeNames.Keys().IndexOf(typeFullName);
						if (typeIndex == -1)
						{
							continue;
						}

						auto interfaceDecl = manager->rpcMetadata->typeNames.Values()[typeIndex];
						List<WString> fragments;
						SplitTypeFullName(typeFullName, fragments);

						RpcInterfaceModel interfaceModel;
						interfaceModel.fullName = typeFullName;
						interfaceModel.interfaceName = fragments[fragments.Count() - 1];
						interfaceModel.typeId = GetRpcId(manager, typeFullName);
						interfaceModel.ctor = HasRpcAttribute(interfaceDecl->attributes, L"Ctor");
						interfaceModel.interfaceDecl = interfaceDecl;
						auto typeDescriptor = FindRpcTypeDescriptor(manager, typeFullName);

						if (typeDescriptor)
						{
							for (vint i = 0; i < typeDescriptor->GetBaseTypeDescriptorCount(); i++)
							{
								auto baseTypeDescriptor = typeDescriptor->GetBaseTypeDescriptor(i);
								if (!baseTypeDescriptor)
								{
									continue;
								}

								auto baseFullName = baseTypeDescriptor->GetTypeName();
								if (manager->rpcMetadata->typeFullNames.Contains(baseFullName))
								{
									interfaceModel.baseFullNames.Add(baseFullName);
								}
							}
						}

						Dictionary<WString, vint> getterPropertyIndexes;
						Dictionary<WString, vint> setterPropertyIndexes;

						for (auto declaration : interfaceDecl->declarations)
						{
							if (auto propertyDecl = declaration.Cast<WfPropertyDeclaration>())
							{
								RpcPropertyModel propertyModel;
								propertyModel.name = propertyDecl->name.value;
								propertyModel.type = CopyType(propertyDecl->type.Obj());
								propertyModel.byref = HasRpcAttribute(propertyDecl->attributes, L"Byref");
								propertyModel.cached = !HasRpcAttribute(propertyDecl->attributes, L"Dynamic");
								propertyModel.getterName = propertyDecl->getter.value;
								propertyModel.setterName = propertyDecl->setter.value;
								propertyModel.valueChangedEvent = propertyDecl->valueChangedEvent.value;
								if (!HasRpcAttribute(propertyDecl->attributes, L"Cached") && !HasRpcAttribute(propertyDecl->attributes, L"Dynamic"))
								{
									manager->errors.Add(WfErrors::RpcWrapperGenerationRequiresPropertyMode(propertyDecl.Obj(), typeFullName + L"." + propertyDecl->name.value));
								}
								interfaceModel.properties.Add(std::move(propertyModel));

								auto propertyIndex = interfaceModel.properties.Count() - 1;
								auto&& insertedProperty = interfaceModel.properties[propertyIndex];
								if (insertedProperty.getterName != L"")
								{
									getterPropertyIndexes.Add(insertedProperty.getterName, propertyIndex);
								}
								if (insertedProperty.setterName != L"")
								{
									setterPropertyIndexes.Add(insertedProperty.setterName, propertyIndex);
								}
							}
						}

						if (typeDescriptor)
						{
							for (vint i = 0; i < typeDescriptor->GetPropertyCount(); i++)
							{
								auto propertyInfo = typeDescriptor->GetProperty(i);
								if (!propertyInfo || propertyInfo->GetOwnerTypeDescriptor() != typeDescriptor)
								{
									continue;
								}

								vint propertyIndex = -1;
								for (vint j = 0; j < interfaceModel.properties.Count(); j++)
								{
									if (interfaceModel.properties[j].name == propertyInfo->GetName())
									{
										propertyIndex = j;
										break;
									}
								}

								if (propertyIndex != -1)
								{
									auto&& propertyModel = interfaceModel.properties[propertyIndex];
									propertyModel.typeInfo = propertyInfo->GetReturn();
								}
								else
								{
									RpcPropertyModel propertyModel;
									propertyModel.name = propertyInfo->GetName();
									propertyModel.type = GetTypeFromTypeInfo(propertyInfo->GetReturn());
									propertyModel.typeInfo = propertyInfo->GetReturn();
									propertyModel.byref = HasAttribute(propertyInfo, rpcByrefAttrTd);
									propertyModel.cached = !HasAttribute(propertyInfo, rpcDynamicAttrTd);
									if (auto getter = propertyInfo->GetGetter())
									{
										propertyModel.getterName = getter->GetName();
									}
									if (auto setter = propertyInfo->GetSetter())
									{
										propertyModel.setterName = setter->GetName();
									}
									if (auto valueChangedEvent = propertyInfo->GetValueChangedEvent())
									{
										propertyModel.valueChangedEvent = valueChangedEvent->GetName();
									}
									if (!HasAttribute(propertyInfo, rpcCachedAttrTd) && !HasAttribute(propertyInfo, rpcDynamicAttrTd))
									{
										propertyModel.cached = true;
									}
									interfaceModel.properties.Add(std::move(propertyModel));

									propertyIndex = interfaceModel.properties.Count() - 1;
									auto&& insertedProperty = interfaceModel.properties[propertyIndex];
									if (insertedProperty.getterName != L"")
									{
										getterPropertyIndexes.Add(insertedProperty.getterName, propertyIndex);
									}
									if (insertedProperty.setterName != L"")
									{
										setterPropertyIndexes.Add(insertedProperty.setterName, propertyIndex);
									}
								}
							}
						}

						for (auto declaration : interfaceDecl->declarations)
						{
							if (auto methodDecl = declaration.Cast<WfFunctionDeclaration>())
							{
								auto methodFullName = FindFullName(manager->rpcMetadata->methodNames, methodDecl.Obj());
								if (methodFullName == L"")
								{
									continue;
								}

								RpcMethodModel methodModel;
								methodModel.fullName = methodFullName;
								methodModel.name = methodDecl->name.value;
								methodModel.methodId = GetRpcId(manager, methodFullName);
								methodModel.returnType = CopyType(methodDecl->returnType.Obj());
								auto methodInfo = FindRpcMethodInfo(manager, interfaceDecl, methodDecl.Obj(), typeDescriptor);
								if (methodInfo)
								{
									methodModel.returnTypeInfo = methodInfo->GetReturn();
								}
								methodModel.returnByref = HasRpcAttribute(methodDecl->attributes, L"Byref");
								if (IsStrongTypedCollectionType(methodModel.returnType.Obj())
									&& !methodModel.returnByref
									&& !HasRpcAttribute(methodDecl->attributes, L"Byval"))
								{
									manager->errors.Add(WfErrors::RpcWrapperGenerationRequiresCollectionReturnTransfer(methodDecl.Obj(), typeFullName + L"." + methodDecl->name.value));
								}

								if (auto getterIndex = getterPropertyIndexes.Keys().IndexOf(methodModel.name); getterIndex != -1)
								{
									auto&& property = interfaceModel.properties[getterPropertyIndexes.Values()[getterIndex]];
									methodModel.kind = RpcMethodKind::PropertyGetter;
									methodModel.returnType = CopyType(property.type.Obj());
									methodModel.returnTypeInfo = property.typeInfo;
								}
								else if (auto setterIndex = setterPropertyIndexes.Keys().IndexOf(methodModel.name); setterIndex != -1)
								{
									methodModel.kind = RpcMethodKind::PropertySetter;
									methodModel.returnByref = false;
								}

								for (vint i = 0; i < methodDecl->arguments.Count(); i++)
								{
									auto argumentDecl = methodDecl->arguments[i];
									RpcParamModel paramModel;
									paramModel.name = argumentDecl->name.value;
									paramModel.type = CopyType(argumentDecl->type.Obj());
									if (methodInfo && i < methodInfo->GetParameterCount())
									{
										paramModel.typeInfo = methodInfo->GetParameter(i)->GetType();
									}
									paramModel.byref = HasRpcAttribute(argumentDecl->attributes, L"Byref");
									if (IsStrongTypedCollectionType(paramModel.type.Obj())
										&& !paramModel.byref
										&& !HasRpcAttribute(argumentDecl->attributes, L"Byval"))
									{
										manager->errors.Add(WfErrors::RpcWrapperGenerationRequiresCollectionParameterTransfer(argumentDecl.Obj(), typeFullName + L"." + methodDecl->name.value + L"(" + argumentDecl->name.value + L")"));
									}

									if (methodModel.kind == RpcMethodKind::PropertySetter && i == 0)
									{
										auto setterIndex = setterPropertyIndexes.Keys().IndexOf(methodModel.name);
										auto&& property = interfaceModel.properties[setterPropertyIndexes.Values()[setterIndex]];
										paramModel.type = CopyType(property.type.Obj());
										paramModel.typeInfo = property.typeInfo;
									}

									methodModel.params.Add(std::move(paramModel));
								}

								interfaceModel.methods.Add(std::move(methodModel));
							}
							else if (auto eventDecl = declaration.Cast<WfEventDeclaration>())
							{
								auto eventFullName = FindFullName(manager->rpcMetadata->eventNames, eventDecl.Obj());
								if (eventFullName == L"")
								{
									continue;
								}

								RpcEventModel eventModel;
								eventModel.fullName = eventFullName;
								eventModel.name = eventDecl->name.value;
								eventModel.eventId = GetRpcId(manager, eventFullName);

								ITypeInfo* handlerGenericType = nullptr;
								if (typeDescriptor)
								{
									for (vint j = 0; j < typeDescriptor->GetEventCount(); j++)
									{
										auto eventInfo = typeDescriptor->GetEvent(j);
										if (eventInfo && eventInfo->GetOwnerTypeDescriptor() == typeDescriptor && eventInfo->GetName() == eventModel.name)
										{
											auto handlerType = eventInfo->GetHandlerType();
											if (handlerType && handlerType->GetDecorator() == ITypeInfo::SharedPtr)
											{
												auto genericType = handlerType->GetElementType();
												if (genericType && genericType->GetDecorator() == ITypeInfo::Generic)
												{
													handlerGenericType = genericType;
												}
											}
											break;
										}
									}
								}

								for (vint i = 0; i < eventDecl->arguments.Count(); i++)
								{
									RpcParamModel paramModel;
									paramModel.name = L"arg" + itow(i);
									paramModel.type = CopyType(eventDecl->arguments[i].Obj());
									auto genericArgumentIndex = i + 1;
									paramModel.typeInfo = handlerGenericType && genericArgumentIndex < handlerGenericType->GetGenericArgumentCount()
										? handlerGenericType->GetGenericArgument(genericArgumentIndex)
										: nullptr;
									paramModel.byref = handlerGenericType && genericArgumentIndex < handlerGenericType->GetGenericArgumentCount()
										? IsDefaultRpcTransferByref(handlerGenericType->GetGenericArgument(genericArgumentIndex), rpcInterfaceTds)
										: dynamic_cast<WfObservableListType*>(eventDecl->arguments[i].Obj()) != nullptr;
									eventModel.params.Add(std::move(paramModel));
								}

								interfaceModel.events.Add(std::move(eventModel));
							}
						}

						interfaces.Add(std::move(interfaceModel));
					}

					return interfaces;
				}

				void AddDeclarationToNamespaces(
					List<Ptr<WfDeclaration>>& rootDeclarations,
					Dictionary<WString, Ptr<WfNamespaceDeclaration>>& namespaceMap,
					const List<WString>& namespaceFragments,
					Ptr<WfDeclaration> declaration)
				{
					auto currentDeclarations = &rootDeclarations;
					WString currentPath;

					for (auto fragment : namespaceFragments)
					{
						currentPath = currentPath == L"" ? fragment : currentPath + L"::" + fragment;
						auto index = namespaceMap.Keys().IndexOf(currentPath);
						if (index == -1)
						{
							auto namespaceDecl = Ptr(new WfNamespaceDeclaration);
							namespaceDecl->name.value = fragment;
							currentDeclarations->Add(namespaceDecl);
							namespaceMap.Add(currentPath, namespaceDecl);
							currentDeclarations = &namespaceDecl->declarations;
						}
						else
						{
							currentDeclarations = &namespaceMap.Values()[index]->declarations;
						}
					}

					currentDeclarations->Add(declaration);
				}

				Ptr<WfStatement> BuildInvokeMethodBranch(const RpcInterfaceModel& interfaceModel, const RpcMethodModel& methodModel)
				{
					auto block = CreateBlock();
					AddStatement(block, CreateInferredVariableStatement(L"target", CreateCast(CreateSharedType(interfaceModel.fullName), CreateCall(CreateMember(CreateReference(L"_lc"), L"RefToPtr"), CreateReference(L"ref")))));

					List<Ptr<WfExpression>> arguments;
					for (vint i = 0; i < methodModel.params.Count(); i++)
					{
						auto&& paramModel = methodModel.params[i];
						auto argument = CreateIndex(CreateReference(L"arguments"), CreateInt(i));
						arguments.Add(CreateRpcUnboxExpression(paramModel.typeInfo, paramModel.type, paramModel.byref, argument, CreateReference(L"_lc")));
					}

					auto invokeTarget = CreateMember(CreateReference(L"target"), methodModel.name);
					auto invoke = Ptr(new WfCallExpression);
					invoke->function = invokeTarget;
					for (auto argument : arguments)
					{
						invoke->arguments.Add(argument);
					}

					if (IsVoidType(methodModel.returnType.Obj()))
					{
						AddStatement(block, CreateExpressionStatement(invoke));
						AddStatement(block, CreateReturn(CreateNull()));
					}
					else
					{
						if (IsRpcByvalReturn(methodModel))
						{
							AddStatement(block, CreateInferredVariableStatement(L"copiedReturnValue", CreateRpcCopyByvalExpression(invoke, CreateReference(L"_lc"))));
							AddStatement(block, CreateInferredVariableStatement(L"boxedReturnValue", CreateRpcBoxExpression(methodModel.returnTypeInfo, methodModel.returnByref, CreateReference(L"copiedReturnValue"), CreateReference(L"_lc"))));
							AddRpcByvalReturnValue(block, CreateReference(L"boxedReturnValue"), CreateReference(L"copiedReturnValue"));
						}
						else
						{
							AddStatement(block, CreateReturn(CreateRpcBoxExpression(methodModel.returnTypeInfo, methodModel.returnByref, invoke, CreateReference(L"_lc"))));
						}
					}
					return block;
				}

				Ptr<WfStatement> BuildInvokeEventBranch(const RpcInterfaceModel& interfaceModel, const RpcEventModel& eventModel)
				{
					auto block = CreateBlock();
					AddStatement(block, CreateInferredVariableStatement(L"target", CreateCast(CreateSharedType(interfaceModel.fullName), CreateCall(CreateMember(CreateReference(L"_lc"), L"RefToPtr"), CreateReference(L"ref")))));

					auto invoke = Ptr(new WfCallExpression);
					invoke->function = CreateMember(CreateReference(L"target"), eventModel.name);
					for (vint i = 0; i < eventModel.params.Count(); i++)
					{
						auto&& paramModel = eventModel.params[i];
						auto argument = CreateIndex(CreateReference(L"arguments"), CreateInt(i));
						invoke->arguments.Add(CreateRpcUnboxExpression(paramModel.typeInfo, paramModel.type, paramModel.byref, argument, CreateReference(L"_lc")));
					}
					AddStatement(block, CreateExpressionStatement(invoke));
					return block;
				}

				bool HasRpcEvents(const List<RpcInterfaceModel>& interfaces)
				{
					for (auto&& interfaceModel : interfaces)
					{
						if (interfaceModel.events.Count() > 0)
						{
							return true;
						}
					}
					return false;
				}

				Ptr<WfStatement> BuildDispatchChain(const List<RpcInterfaceModel>& interfaces, bool forEvent, const WString& unknownIdVariable = WString::Empty)
				{
					auto switchStat = Ptr(new WfSwitchStatement);
					switchStat->expression = CreateReference(forEvent ? L"eventId" : L"methodId");
					switchStat->defaultBranch =
						unknownIdVariable == L""
						? CreateRaise(forEvent ? L"Unknown RPC event id." : L"Unknown RPC method id.")
						: CreateExpressionStatement(CreateAssign(CreateReference(unknownIdVariable), CreateBool(true)));

					for (auto&& interfaceModel : interfaces)
					{
						if (forEvent)
						{
							for (auto&& eventModel : interfaceModel.events)
							{
								auto switchCase = Ptr(new WfSwitchCase);
								switchCase->expression = CreateRpcConstantReference(L"rpcevent_", eventModel.fullName);
								switchCase->statement = BuildInvokeEventBranch(interfaceModel, eventModel);
								switchStat->caseBranches.Add(switchCase);
							}
						}
						else
						{
							for (auto&& methodModel : interfaceModel.methods)
							{
								auto switchCase = Ptr(new WfSwitchCase);
								switchCase->expression = CreateRpcConstantReference(L"rpcmethod_", methodModel.fullName);
								switchCase->statement = BuildInvokeMethodBranch(interfaceModel, methodModel);
								switchStat->caseBranches.Add(switchCase);
							}
						}
					}
					return switchStat;
				}

				Ptr<WfDeclaration> GenerateIsInterfaceTypeIdHelper(const List<RpcInterfaceModel>& interfaces)
				{
					auto functionDecl = CreateFunctionDeclaration(L"rpcwrapper_IsInterfaceTypeId", CreatePredefinedType(WfPredefinedTypeName::Bool), WfFunctionKind::Normal);
					functionDecl->arguments.Add(CreateFunctionArgument(L"typeId", CreatePredefinedType(WfPredefinedTypeName::Int)));
					auto block = functionDecl->statement.Cast<WfBlockStatement>();
					auto isCollectionTypeId = CreateBinary(
						WfBinaryOperator::And,
						CreateBinary(WfBinaryOperator::GE, CreateReference(L"typeId"), CreateInt(rpc_controller::RpcTypeId_IValueReadonlyList)),
						CreateBinary(WfBinaryOperator::LE, CreateReference(L"typeId"), CreateInt(rpc_controller::RpcTypeId_IValueEnumerable))
					);
					AddStatement(block, CreateIf(isCollectionTypeId, CreateReturn(CreateBool(true))));
					auto switchStat = Ptr(new WfSwitchStatement);
					switchStat->expression = CreateReference(L"typeId");
					switchStat->defaultBranch = CreateReturn(CreateBool(false));

					auto addKnownType = [&](Ptr<WfExpression> expression)
					{
						auto switchCase = Ptr(new WfSwitchCase);
						switchCase->expression = expression;
						switchCase->statement = CreateReturn(CreateBool(true));
						switchStat->caseBranches.Add(switchCase);
					};

					for (auto&& interfaceModel : interfaces)
					{
						addKnownType(CreateRpcConstantReference(L"rpctype_", interfaceModel.fullName));
					}

					AddStatement(block, switchStat);
					return functionDecl;
				}

				Ptr<WfDeclaration> GenerateIsCtorInterfaceTypeIdHelper(const List<RpcInterfaceModel>& interfaces)
				{
					auto functionDecl = CreateFunctionDeclaration(L"rpcwrapper_IsCtorInterfaceTypeId", CreatePredefinedType(WfPredefinedTypeName::Bool), WfFunctionKind::Normal);
					functionDecl->arguments.Add(CreateFunctionArgument(L"typeId", CreatePredefinedType(WfPredefinedTypeName::Int)));
					auto switchStat = Ptr(new WfSwitchStatement);
					switchStat->expression = CreateReference(L"typeId");
					switchStat->defaultBranch = CreateReturn(CreateBool(false));

					for (auto&& interfaceModel : interfaces)
					{
						if (!interfaceModel.ctor)
						{
							continue;
						}

						auto switchCase = Ptr(new WfSwitchCase);
						switchCase->expression = CreateRpcConstantReference(L"rpctype_", interfaceModel.fullName);
						switchCase->statement = CreateReturn(CreateBool(true));
						switchStat->caseBranches.Add(switchCase);
					}

					AddStatement(functionDecl->statement.Cast<WfBlockStatement>(), switchStat);
					return functionDecl;
				}

				Ptr<WfDeclaration> GenerateObjectOpsFactory(const List<RpcInterfaceModel>& interfaces)
				{
					auto functionDecl = CreateFunctionDeclaration(L"rpcops_IRpcObjectOps", CreateTypeFromCpp<Ptr<rpc_controller::IRpcObjectOps>>(), WfFunctionKind::Normal);
					functionDecl->arguments.Add(CreateFunctionArgument(L"lc", CreateTypeFromCpp<rpc_controller::IRpcLifecycle*>()));
					auto newOps = CreateNewInterface(CreateTypeFromCpp<Ptr<rpc_controller::IRpcObjectOps>>()).Cast<WfNewInterfaceExpression>();
					newOps->declarations.Add(CreateVariableDeclaration(L"_lc", CreateTypeFromCpp<rpc_controller::IRpcLifecycle*>(), CreateReference(L"lc")));
					newOps->declarations.Add(CreateVariableDeclaration(L"_slot", CreatePredefinedType(WfPredefinedTypeName::Int), CreateInt(0)));
					newOps->declarations.Add(CreateVariableDeclaration(L"_byvalReturnValues", CreateTypeFromCpp<Dictionary<vint, Value>>(), CreateConstructor()));

					{
						auto invokeMethod = CreateFunctionDeclaration(L"InvokeMethod", CreatePredefinedType(WfPredefinedTypeName::Object), WfFunctionKind::Override);
						invokeMethod->arguments.Add(CreateFunctionArgument(L"ref", CreateTypeFromCpp<rpc_controller::RpcObjectReference>()));
						invokeMethod->arguments.Add(CreateFunctionArgument(L"methodId", CreatePredefinedType(WfPredefinedTypeName::Int)));
						invokeMethod->arguments.Add(CreateFunctionArgument(L"arguments", CreateTypeFromCpp<Ptr<IValueArray>>()));
						auto block = invokeMethod->statement.Cast<WfBlockStatement>();
						AddStatement(block, CreateVariableStatement(L"unknownId", CreatePredefinedType(WfPredefinedTypeName::Bool), CreateBool(false)));
						auto catchBlock = CreateBlock();
						AddStatement(catchBlock, CreateReturn(CreateRpcExceptionExpression(CreateMember(CreateReference(L"ex"), L"Message"))));
						AddStatement(block, CreateTryCatch(BuildDispatchChain(interfaces, false, L"unknownId"), L"ex", catchBlock));
						auto unknownIdBranch = CreateBlock();
						AddStatement(unknownIdBranch, CreateRaise(L"Unknown RPC method id."));
						AddStatement(block, CreateIf(CreateReference(L"unknownId"), unknownIdBranch));
						AddStatement(block, CreateReturn(CreateNull()));
						newOps->declarations.Add(invokeMethod);
					}

					{
						auto endInvokeMethod = CreateFunctionDeclaration(L"EndInvokeMethod", CreatePredefinedType(WfPredefinedTypeName::Void), WfFunctionKind::Override);
						endInvokeMethod->arguments.Add(CreateFunctionArgument(L"slot", CreatePredefinedType(WfPredefinedTypeName::Int)));
						AddStatement(endInvokeMethod->statement.Cast<WfBlockStatement>(), CreateExpressionStatement(CreateCall(CreateMember(CreateReference(L"_byvalReturnValues"), L"Remove"), CreateReference(L"slot"))));
						newOps->declarations.Add(endInvokeMethod);
					}

					{
						auto objectHold = CreateFunctionDeclaration(L"ObjectHold", CreatePredefinedType(WfPredefinedTypeName::Void), WfFunctionKind::Override);
						objectHold->arguments.Add(CreateFunctionArgument(L"ref", CreateTypeFromCpp<rpc_controller::RpcObjectReference>()));
						objectHold->arguments.Add(CreateFunctionArgument(L"remoteClientId", CreatePredefinedType(WfPredefinedTypeName::Int)));
						objectHold->arguments.Add(CreateFunctionArgument(L"hold", CreatePredefinedType(WfPredefinedTypeName::Bool)));
						auto trueBranch = CreateBlock();
						AddStatement(trueBranch, CreateExpressionStatement(CreateCall(CreateMember(CreateReference(L"_lc"), L"LocalObjectHold"), CreateReference(L"ref"), CreateReference(L"remoteClientId"))));
						auto falseBranch = CreateBlock();
						AddStatement(falseBranch, CreateExpressionStatement(CreateCall(CreateMember(CreateReference(L"_lc"), L"LocalObjectUnhold"), CreateReference(L"ref"), CreateReference(L"remoteClientId"))));
						AddStatement(objectHold->statement.Cast<WfBlockStatement>(), CreateIf(CreateReference(L"hold"), trueBranch, falseBranch));
						newOps->declarations.Add(objectHold);
					}

					AddStatement(functionDecl->statement.Cast<WfBlockStatement>(), CreateReturn(newOps));
					return functionDecl;
				}

				Ptr<WfDeclaration> GenerateObjectEventOpsFactory(const List<RpcInterfaceModel>& interfaces)
				{
					auto functionDecl = CreateFunctionDeclaration(L"rpcops_IRpcObjectEventOps", CreateTypeFromCpp<Ptr<rpc_controller::IRpcObjectEventOps>>(), WfFunctionKind::Normal);
					functionDecl->arguments.Add(CreateFunctionArgument(L"lc", CreateTypeFromCpp<rpc_controller::IRpcLifecycle*>()));
					auto newOps = CreateNewInterface(CreateTypeFromCpp<Ptr<rpc_controller::IRpcObjectEventOps>>()).Cast<WfNewInterfaceExpression>();
					newOps->declarations.Add(CreateVariableDeclaration(L"_lc", CreateTypeFromCpp<rpc_controller::IRpcLifecycle*>(), CreateReference(L"lc")));

					{
						auto invokeEvent = CreateFunctionDeclaration(L"InvokeEvent", CreatePredefinedType(WfPredefinedTypeName::Object), WfFunctionKind::Override);
						invokeEvent->arguments.Add(CreateFunctionArgument(L"ref", CreateTypeFromCpp<rpc_controller::RpcObjectReference>()));
						invokeEvent->arguments.Add(CreateFunctionArgument(L"eventId", CreatePredefinedType(WfPredefinedTypeName::Int)));
						invokeEvent->arguments.Add(CreateFunctionArgument(L"arguments", CreateTypeFromCpp<Ptr<IValueArray>>()));
						auto block = invokeEvent->statement.Cast<WfBlockStatement>();
						if (!HasRpcEvents(interfaces))
						{
							AddStatement(block, CreateRaise(L"Unknown RPC event id."));
							newOps->declarations.Add(invokeEvent);
						}
						else
						{
							AddStatement(block, CreateVariableStatement(L"unknownId", CreatePredefinedType(WfPredefinedTypeName::Bool), CreateBool(false)));
							AddStatement(block, CreateVariableStatement(L"rpcEventExceptions", CreateRpcEventExceptionMapType(), CreateConstructor()));
							AddStatement(block, CreateExpressionStatement(CreateCall(CreateMember(CreateMember(CreateReference(L"_lc"), L"Controller"), L"SetEventSuppressedFlag"), CreateReference(L"ref"), CreateReference(L"eventId"), CreateBool(true))));
							auto finallyBlock = CreateBlock();
							AddStatement(finallyBlock, CreateExpressionStatement(CreateCall(CreateMember(CreateMember(CreateReference(L"_lc"), L"Controller"), L"SetEventSuppressedFlag"), CreateReference(L"ref"), CreateReference(L"eventId"), CreateBool(false))));
							auto catchBlock = CreateBlock();
							AddRpcEventExceptionMapSet(catchBlock, L"rpcEventExceptions", CreateMember(CreateReference(L"_lc"), L"ClientId"), CreateMember(CreateReference(L"ex"), L"Message"));
							AddStatement(block, CreateTry(BuildDispatchChain(interfaces, true, L"unknownId"), L"ex", catchBlock, finallyBlock));
							auto unknownIdBranch = CreateBlock();
							AddStatement(unknownIdBranch, CreateRaise(L"Unknown RPC event id."));
							AddStatement(block, CreateIf(CreateReference(L"unknownId"), unknownIdBranch));
							auto returnExceptionBranch = CreateBlock();
							AddStatement(returnExceptionBranch, CreateReturn(CreateReference(L"rpcEventExceptions")));
							auto returnNullBranch = CreateBlock();
							AddStatement(returnNullBranch, CreateReturn(CreateNull()));
							AddStatement(
								block,
								CreateIf(
									CreateBinary(WfBinaryOperator::GT, CreateMember(CreateReference(L"rpcEventExceptions"), L"Count"), CreateInt(0)),
									returnExceptionBranch,
									returnNullBranch));
							newOps->declarations.Add(invokeEvent);
						}
					}

					AddStatement(functionDecl->statement.Cast<WfBlockStatement>(), CreateReturn(newOps));
					return functionDecl;
				}

				Ptr<WfFunctionDeclaration> CreateAnonymousLambda(const List<RpcParamModel>& params, Ptr<WfBlockStatement> body)
				{
					auto functionDecl = CreateFunctionDeclaration(L"", CreatePredefinedType(WfPredefinedTypeName::Void), WfFunctionKind::Normal, WfFunctionAnonymity::Anonymous);
					functionDecl->statement = body;
					for (auto&& param : params)
					{
						functionDecl->arguments.Add(CreateFunctionArgument(param.name, CopyType(param.type.Obj())));
					}
					return functionDecl;
				}

				const RpcInterfaceModel* FindInterfaceModel(const List<RpcInterfaceModel>& interfaces, const WString& fullName)
				{
					for (auto&& interfaceModel : interfaces)
					{
						if (interfaceModel.fullName == fullName)
						{
							return &interfaceModel;
						}
					}
					return nullptr;
				}

				void SortInterfaceModelsLeafFirst(const List<RpcInterfaceModel>& interfaces, List<const RpcInterfaceModel*>& sortedInterfaces)
				{
					sortedInterfaces.Clear();

					List<WString> typeFullNames;
					Group<WString, WString> dependencyGroup;
					for (auto&& interfaceModel : interfaces)
					{
						typeFullNames.Add(interfaceModel.fullName);
					}
					for (auto&& interfaceModel : interfaces)
					{
						for (auto&& baseFullName : interfaceModel.baseFullNames)
						{
							if (typeFullNames.Contains(baseFullName))
							{
								dependencyGroup.Add(baseFullName, interfaceModel.fullName);
							}
						}
					}

					PartialOrderingProcessor pop;
					pop.InitWithGroup(typeFullNames, dependencyGroup);
					pop.Sort();

					for (auto&& component : pop.components)
					{
						for (vint i = 0; i < component.nodeCount; i++)
						{
							auto interfaceModel = FindInterfaceModel(interfaces, typeFullNames[component.firstNode[i]]);
							CHECK_ERROR(interfaceModel, L"SortInterfaceModelsLeafFirst: Invalid RPC interface name.");
							sortedInterfaces.Add(interfaceModel);
						}
					}
				}

				bool ContainsEventModel(const List<const RpcEventModel*>& events, const WString& fullName)
				{
					for (auto eventModel : events)
					{
						if (eventModel->fullName == fullName)
						{
							return true;
						}
					}
					return false;
				}

				bool ContainsPropertyModel(const List<const RpcPropertyModel*>& properties, const WString& name)
				{
					for (auto propertyModel : properties)
					{
						if (propertyModel->name == name)
						{
							return true;
						}
					}
					return false;
				}

				bool ContainsMethodModel(const List<const RpcMethodModel*>& methods, const WString& fullName)
				{
					for (auto methodModel : methods)
					{
						if (methodModel->fullName == fullName)
						{
							return true;
						}
					}
					return false;
				}

				void CollectInterfaceProperties(const RpcInterfaceModel& interfaceModel, const List<RpcInterfaceModel>& interfaces, List<const RpcPropertyModel*>& properties)
				{
					for (auto&& baseFullName : interfaceModel.baseFullNames)
					{
						if (auto baseModel = FindInterfaceModel(interfaces, baseFullName))
						{
							CollectInterfaceProperties(*baseModel, interfaces, properties);
						}
					}

					for (auto&& propertyModel : interfaceModel.properties)
					{
						if (!ContainsPropertyModel(properties, propertyModel.name))
						{
							properties.Add(&propertyModel);
						}
					}
				}

				void CollectInterfaceMethods(const RpcInterfaceModel& interfaceModel, const List<RpcInterfaceModel>& interfaces, List<const RpcMethodModel*>& methods)
				{
					for (auto&& baseFullName : interfaceModel.baseFullNames)
					{
						if (auto baseModel = FindInterfaceModel(interfaces, baseFullName))
						{
							CollectInterfaceMethods(*baseModel, interfaces, methods);
						}
					}

					for (auto&& methodModel : interfaceModel.methods)
					{
						if (!ContainsMethodModel(methods, methodModel.fullName))
						{
							methods.Add(&methodModel);
						}
					}
				}

				void CollectInterfaceEvents(const RpcInterfaceModel& interfaceModel, const List<RpcInterfaceModel>& interfaces, List<const RpcEventModel*>& events)
				{
					for (auto&& baseFullName : interfaceModel.baseFullNames)
					{
						if (auto baseModel = FindInterfaceModel(interfaces, baseFullName))
						{
							CollectInterfaceEvents(*baseModel, interfaces, events);
						}
					}

					for (auto&& eventModel : interfaceModel.events)
					{
						if (!ContainsEventModel(events, eventModel.fullName))
						{
							events.Add(&eventModel);
						}
					}
				}

				bool HasInterfaceEvents(const RpcInterfaceModel& interfaceModel, const List<RpcInterfaceModel>& interfaces)
				{
					List<const RpcEventModel*> events;
					CollectInterfaceEvents(interfaceModel, interfaces, events);
					return events.Count() > 0;
				}

				const RpcEventModel* FindInterfaceEvent(const List<const RpcEventModel*>& events, const WString& name)
				{
					for (auto eventModel : events)
					{
						if (eventModel->name == name)
						{
							return eventModel;
						}
					}
					return nullptr;
				}

				WString GetPropertyCacheAvailableName(const RpcPropertyModel& propertyModel)
				{
					return propertyModel.name + L"<Available>";
				}

				WString GetPropertyCacheValueName(const RpcPropertyModel& propertyModel)
				{
					return propertyModel.name + L"<Cached>";
				}

				WString GetPropertyCacheResetFunctionName(const RpcPropertyModel& propertyModel)
				{
					return L"_rpcInvalidate_" + propertyModel.name;
				}

				Ptr<WfExpression> CreatePropertyCacheAvailableRead(const RpcPropertyModel& propertyModel)
				{
					return CreateReference(GetPropertyCacheAvailableName(propertyModel));
				}

				Ptr<WfExpression> CreatePropertyCacheValueRead(const RpcPropertyModel& propertyModel)
				{
					return CreateReference(GetPropertyCacheValueName(propertyModel));
				}

				Ptr<WfDeclaration> GenerateWrapperInterface(const RpcInterfaceModel& interfaceModel, const List<RpcInterfaceModel>& interfaces)
				{
					List<const RpcPropertyModel*> properties;
					CollectInterfaceProperties(interfaceModel, interfaces, properties);

					auto interfaceDecl = Ptr(new WfClassDeclaration);
					interfaceDecl->name.value = L"IRpcWrapper_" + interfaceModel.interfaceName;
					interfaceDecl->kind = WfClassKind::Interface;
					interfaceDecl->constructorType = WfConstructorType::SharedPtr;

					{
						auto baseType = Ptr(new WfReferenceType);
						baseType->name.value = interfaceModel.fullName;
						auto qualType = CreateQualifiedType(interfaceModel.fullName);
						interfaceDecl->baseTypes.Add(qualType);
					}

					{
						auto baseType = CreateTypeFromCpp<rpc_controller::IRpcWrapperBase>();
						interfaceDecl->baseTypes.Add(baseType);
					}

					for (auto propertyModel : properties)
					{
						if (propertyModel->cached && propertyModel->valueChangedEvent != L"")
						{
							auto invalidateDecl = Ptr(new WfFunctionDeclaration);
							invalidateDecl->name.value = GetPropertyCacheResetFunctionName(*propertyModel);
							invalidateDecl->returnType = CreatePredefinedType(WfPredefinedTypeName::Void);
							invalidateDecl->functionKind = WfFunctionKind::Normal;
							invalidateDecl->anonymity = WfFunctionAnonymity::Named;
							interfaceDecl->declarations.Add(invalidateDecl);
						}
					}

					return interfaceDecl;
				}

				WString GetRpcOpsInvokeMethodName(const RpcMethodModel& methodModel);
				WString GetRpcOpsInvokeEventName(const RpcEventModel& eventModel);

				Ptr<WfDeclaration> GenerateListenerFactory(const RpcInterfaceModel& interfaceModel, const List<RpcInterfaceModel>& interfaces, const WString& opsInterfaceName)
				{
					List<const RpcEventModel*> events;
					CollectInterfaceEvents(interfaceModel, interfaces, events);
					if (events.Count() == 0)
					{
						return nullptr;
					}

					auto mangledName = MangleRpcFullName(interfaceModel.fullName);
					auto functionDecl = CreateFunctionDeclaration(L"rpclistener_" + mangledName, CreatePredefinedType(WfPredefinedTypeName::Void), WfFunctionKind::Normal);
					functionDecl->arguments.Add(CreateFunctionArgument(L"lc", CreateTypeFromCpp<rpc_controller::IRpcLifecycle*>()));
					functionDecl->arguments.Add(CreateFunctionArgument(L"ref", CreateTypeFromCpp<rpc_controller::RpcObjectReference>()));
					functionDecl->arguments.Add(CreateFunctionArgument(L"target", CreateRawType(interfaceModel.fullName)));
					functionDecl->arguments.Add(CreateFunctionArgument(L"ops", CreateSharedType(opsInterfaceName)));
					auto block = functionDecl->statement.Cast<WfBlockStatement>();

					for (auto eventModel : events)
					{
						auto lambdaBody = CreateBlock();

						AddStatement(
							lambdaBody,
							CreateIf(
								CreateCall(
									CreateMember(CreateMember(CreateReference(L"lc"), L"Controller"), L"GetEventSuppressedFlag"),
									CreateReference(L"ref"),
									CreateRpcConstantReference(L"rpcevent_", eventModel->fullName)
									),
								CreateReturn(nullptr)
								)
							);
						auto invoke = CreateCall(
							CreateMember(CreateReference(L"ops"), GetRpcOpsInvokeEventName(*eventModel)),
							CreateReference(L"ref"));
						for (auto&& paramModel : eventModel->params)
						{
							invoke->arguments.Add(CreateReference(paramModel.name));
						}
						AddStatement(lambdaBody, CreateExpressionStatement(invoke));

						auto attach = Ptr(new WfAttachEventExpression);
						attach->event = CreateMember(CreateReference(L"target"), eventModel->name);
						attach->function = CreateFunctionExpression(CreateAnonymousLambda(eventModel->params, lambdaBody));
						AddStatement(block, CreateExpressionStatement(attach));
					}

					return functionDecl;
				}

				Ptr<WfDeclaration> GenerateListenerDispatcher(const List<RpcInterfaceModel>& interfaces, const WString& opsInterfaceName)
				{
					auto functionDecl = CreateFunctionDeclaration(L"rpclistener_Attach", CreatePredefinedType(WfPredefinedTypeName::Void), WfFunctionKind::Normal);
					functionDecl->arguments.Add(CreateFunctionArgument(L"typeId", CreatePredefinedType(WfPredefinedTypeName::Int)));
					functionDecl->arguments.Add(CreateFunctionArgument(L"lc", CreateTypeFromCpp<rpc_controller::IRpcLifecycle*>()));
					functionDecl->arguments.Add(CreateFunctionArgument(L"ref", CreateTypeFromCpp<rpc_controller::RpcObjectReference>()));
					functionDecl->arguments.Add(CreateFunctionArgument(L"obj", CreateTypeFromCpp<reflection::IDescriptable*>()));
					functionDecl->arguments.Add(CreateFunctionArgument(L"ops", CreateSharedType(opsInterfaceName)));
					auto block = functionDecl->statement.Cast<WfBlockStatement>();

					auto switchStat = Ptr(new WfSwitchStatement);
					switchStat->expression = CreateReference(L"typeId");
					switchStat->defaultBranch = CreateRaise(L"Unknown RPC type id for listener attachment.");

					for (auto&& interfaceModel : interfaces)
					{
						auto switchCase = Ptr(new WfSwitchCase);
						switchCase->expression = CreateRpcConstantReference(L"rpctype_", interfaceModel.fullName);
						auto caseBranch = CreateBlock();
						if (HasInterfaceEvents(interfaceModel, interfaces))
						{
							auto mangledName = MangleRpcFullName(interfaceModel.fullName);
							AddStatement(caseBranch, CreateExpressionStatement(CreateCall(CreateReference(L"rpclistener_" + mangledName), CreateReference(L"lc"), CreateReference(L"ref"), CreateCast(CreateRawType(interfaceModel.fullName), CreateReference(L"obj")), CreateReference(L"ops"))));
						}
						AddStatement(caseBranch, CreateReturn(nullptr));
						switchCase->statement = caseBranch;
						switchStat->caseBranches.Add(switchCase);
					}

					AddStatement(block, switchStat);
					return functionDecl;
				}

				WString GetRpcOpsInterfaceName(const WString& assemblyName)
				{
					return L"rpcops_IOps_" + assemblyName;
				}

				WString GetRpcOpsInvokeMethodName(const RpcMethodModel& methodModel)
				{
					return L"InvokeMethod_" + MangleRpcFullName(methodModel.fullName);
				}

				WString GetRpcOpsInvokeEventName(const RpcEventModel& eventModel)
				{
					return L"InvokeEvent_" + MangleRpcFullName(eventModel.fullName);
				}

				WString GetRpcOpsArgumentName(const RpcParamModel& paramModel)
				{
					return L"arg_" + paramModel.name;
				}

				Ptr<WfFunctionDeclaration> CreateRpcOpsFunctionDeclaration(const WString& name, Ptr<WfType> returnType, WfFunctionKind kind)
				{
					auto functionDecl = Ptr(new WfFunctionDeclaration);
					functionDecl->name.value = name;
					functionDecl->returnType = returnType;
					functionDecl->functionKind = kind;
					functionDecl->anonymity = WfFunctionAnonymity::Named;
					if (kind == WfFunctionKind::Override)
					{
						functionDecl->statement = CreateBlock();
					}
					return functionDecl;
				}

				void AddRpcOpsFunctionArguments(Ptr<WfFunctionDeclaration> functionDecl, const List<RpcParamModel>& params)
				{
					functionDecl->arguments.Add(CreateFunctionArgument(L"ref", CreateTypeFromCpp<rpc_controller::RpcObjectReference>()));
					for (auto&& paramModel : params)
					{
						functionDecl->arguments.Add(CreateFunctionArgument(GetRpcOpsArgumentName(paramModel), CopyType(paramModel.type.Obj())));
					}
				}

				void AddRpcOpsArgumentsArray(
					Ptr<WfBlockStatement> block,
					const List<RpcParamModel>& params)
				{
					AddStatement(block, CreateVariableStatement(L"arguments", CreateTypeFromCpp<Ptr<IValueArray>>(), CreateConstructor()));
					AddStatement(block, CreateExpressionStatement(CreateCall(CreateMember(CreateReference(L"arguments"), L"Resize"), CreateInt(params.Count()))));

					for (vint i = 0; i < params.Count(); i++)
					{
						auto&& paramModel = params[i];
						auto value = CreateReference(GetRpcOpsArgumentName(paramModel));
						auto argument = CreateRpcBoxExpression(paramModel.typeInfo, paramModel.byref, value, CreateReference(L"_lc"));
						AddStatement(block, CreateExpressionStatement(CreateCall(CreateMember(CreateReference(L"arguments"), L"Set"), CreateInt(i), argument)));
					}
				}

				Ptr<WfExpression> CreateRpcOpsObjectOps()
				{
					return CreateCall(
						CreateMember(CreateMember(CreateReference(L"_lc"), L"Dispatcher"), L"SendToClient_ObjectOps"),
						CreateMember(CreateReference(L"ref"), L"clientId")
						);
				}

				Ptr<WfExpression> CreateRpcOpsObjectInvoke(const RpcMethodModel& methodModel, Ptr<WfExpression> objectOps)
				{
					return CreateCall(
						CreateMember(objectOps, L"InvokeMethod"),
						CreateReference(L"ref"),
						CreateRpcConstantReference(L"rpcmethod_", methodModel.fullName),
						CreateReference(L"arguments")
						);
				}

				Ptr<WfExpression> CreateRpcOpsObjectInvoke(const RpcMethodModel& methodModel)
				{
					return CreateRpcOpsObjectInvoke(methodModel, CreateRpcOpsObjectOps());
				}

				Ptr<WfExpression> CreateRpcOpsObjectEventInvoke(const RpcEventModel& eventModel)
				{
					return CreateCall(
						CreateMember(
							CreateCall(
								CreateMember(CreateMember(CreateReference(L"_lc"), L"Dispatcher"), L"BroadcastFromClient_ObjectEventOps"),
								CreateMember(CreateReference(L"_lc"), L"ClientId")
								),
							L"InvokeEvent"
							),
						CreateReference(L"ref"),
						CreateRpcConstantReference(L"rpcevent_", eventModel.fullName),
						CreateReference(L"arguments")
						);
				}

				Ptr<WfFunctionDeclaration> GenerateRpcOpsMethodImplementation(const RpcMethodModel& methodModel)
				{
					auto functionDecl = CreateRpcOpsFunctionDeclaration(GetRpcOpsInvokeMethodName(methodModel), CopyType(methodModel.returnType.Obj()), WfFunctionKind::Override);
					AddRpcOpsFunctionArguments(functionDecl, methodModel.params);
					auto block = functionDecl->statement.Cast<WfBlockStatement>();

					AddRpcOpsArgumentsArray(block, methodModel.params);
					if (IsVoidType(methodModel.returnType.Obj()))
					{
						auto invoke = CreateRpcOpsObjectInvoke(methodModel);
						AddStatement(block, CreateInferredVariableStatement(L"invokeResult", invoke));
						AddRpcMethodExceptionRaise(block, CreateReference(L"invokeResult"));
					}
					else if (IsRpcByvalReturn(methodModel))
					{
						AddStatement(block, CreateInferredVariableStatement(L"objectOps", CreateRpcOpsObjectOps()));
						auto invoke = CreateRpcOpsObjectInvoke(methodModel, CreateReference(L"objectOps"));
						AddStatement(block, CreateInferredVariableStatement(L"invokeResult", invoke));
						AddRpcMethodExceptionRaise(block, CreateReference(L"invokeResult"));
						AddStatement(block, CreateInferredVariableStatement(
							L"byvalReturnValue",
							CreateCast(CreateTypeFromCpp<Ptr<rpc_controller::RpcByvalReturnValue>>(), CreateReference(L"invokeResult"))));
						AddStatement(block, CreateInferredVariableStatement(
							L"result",
							CreateRpcUnboxExpression(
								methodModel.returnTypeInfo,
								methodModel.returnType,
								methodModel.returnByref,
								CreateMember(CreateReference(L"byvalReturnValue"), L"value"),
								CreateReference(L"_lc"))));
						AddStatement(block, CreateExpressionStatement(CreateCall(
							CreateMember(CreateReference(L"objectOps"), L"EndInvokeMethod"),
							CreateMember(CreateReference(L"byvalReturnValue"), L"slot"))));
						AddStatement(block, CreateReturn(CreateReference(L"result")));
					}
					else
					{
						auto invoke = CreateRpcOpsObjectInvoke(methodModel);
						AddStatement(block, CreateInferredVariableStatement(L"invokeResult", invoke));
						AddRpcMethodExceptionRaise(block, CreateReference(L"invokeResult"));
						AddStatement(block, CreateReturn(CreateRpcUnboxExpression(methodModel.returnTypeInfo, methodModel.returnType, methodModel.returnByref, CreateReference(L"invokeResult"), CreateReference(L"_lc"))));
					}

					return functionDecl;
				}

				Ptr<WfFunctionDeclaration> GenerateRpcOpsEventImplementation(const RpcEventModel& eventModel)
				{
					auto functionDecl = CreateRpcOpsFunctionDeclaration(GetRpcOpsInvokeEventName(eventModel), CreatePredefinedType(WfPredefinedTypeName::Void), WfFunctionKind::Override);
					AddRpcOpsFunctionArguments(functionDecl, eventModel.params);
					auto block = functionDecl->statement.Cast<WfBlockStatement>();

					AddRpcOpsArgumentsArray(block, eventModel.params);
					AddRpcEventExceptionRaise(block, CreateCast(CreateRpcEventExceptionMapType(), CreateRpcOpsObjectEventInvoke(eventModel)));
					return functionDecl;
				}

				Ptr<WfDeclaration> GenerateRpcOpsInterface(const WString& assemblyName, const List<RpcInterfaceModel>& interfaces)
				{
					auto interfaceDecl = Ptr(new WfClassDeclaration);
					interfaceDecl->name.value = GetRpcOpsInterfaceName(assemblyName);
					interfaceDecl->kind = WfClassKind::Interface;
					interfaceDecl->constructorType = WfConstructorType::SharedPtr;

					for (auto&& interfaceModel : interfaces)
					{
						for (auto&& methodModel : interfaceModel.methods)
						{
							auto methodDecl = CreateRpcOpsFunctionDeclaration(GetRpcOpsInvokeMethodName(methodModel), CopyType(methodModel.returnType.Obj()), WfFunctionKind::Normal);
							AddRpcOpsFunctionArguments(methodDecl, methodModel.params);
							interfaceDecl->declarations.Add(methodDecl);
						}
						for (auto&& eventModel : interfaceModel.events)
						{
							auto eventDecl = CreateRpcOpsFunctionDeclaration(GetRpcOpsInvokeEventName(eventModel), CreatePredefinedType(WfPredefinedTypeName::Void), WfFunctionKind::Normal);
							AddRpcOpsFunctionArguments(eventDecl, eventModel.params);
							interfaceDecl->declarations.Add(eventDecl);
						}
					}

					return interfaceDecl;
				}

				Ptr<WfDeclaration> GenerateRpcOpsFactory(const WString& assemblyName, const List<RpcInterfaceModel>& interfaces)
				{
					auto functionDecl = CreateFunctionDeclaration(L"rpcops_IOps_Create", CreateSharedType(GetRpcOpsInterfaceName(assemblyName)), WfFunctionKind::Normal);
					functionDecl->arguments.Add(CreateFunctionArgument(L"lc", CreateTypeFromCpp<rpc_controller::IRpcLifecycle*>()));
					auto newOps = CreateNewInterface(CreateSharedType(GetRpcOpsInterfaceName(assemblyName))).Cast<WfNewInterfaceExpression>();
					newOps->declarations.Add(CreateVariableDeclaration(L"_lc", CreateTypeFromCpp<rpc_controller::IRpcLifecycle*>(), CreateReference(L"lc")));

					for (auto&& interfaceModel : interfaces)
					{
						for (auto&& methodModel : interfaceModel.methods)
						{
							newOps->declarations.Add(GenerateRpcOpsMethodImplementation(methodModel));
						}
						for (auto&& eventModel : interfaceModel.events)
						{
							newOps->declarations.Add(GenerateRpcOpsEventImplementation(eventModel));
						}
					}

					AddStatement(functionDecl->statement.Cast<WfBlockStatement>(), CreateReturn(newOps));
					return functionDecl;
				}

				Ptr<WfDeclaration> GenerateWrapperFactory(const RpcInterfaceModel& interfaceModel, const List<RpcInterfaceModel>& interfaces, const WString& opsInterfaceName)
				{
					auto mangledName = MangleRpcFullName(interfaceModel.fullName);
					auto wrapperInterfaceFullName = interfaceModel.fullName.Sub(0, interfaceModel.fullName.Length() - interfaceModel.interfaceName.Length()) + L"IRpcWrapper_" + interfaceModel.interfaceName;
					List<const RpcPropertyModel*> properties;
					CollectInterfaceProperties(interfaceModel, interfaces, properties);
					List<const RpcMethodModel*> methods;
					CollectInterfaceMethods(interfaceModel, interfaces, methods);
					List<const RpcEventModel*> events;
					CollectInterfaceEvents(interfaceModel, interfaces, events);

					auto functionDecl = CreateFunctionDeclaration(L"rpcwrapper_" + mangledName, CreateSharedType(wrapperInterfaceFullName), WfFunctionKind::Normal);
					functionDecl->arguments.Add(CreateFunctionArgument(L"lc", CreateTypeFromCpp<rpc_controller::IRpcLifecycle*>()));
					functionDecl->arguments.Add(CreateFunctionArgument(L"proxyRef", CreateTypeFromCpp<rpc_controller::RpcObjectReference>()));
					functionDecl->arguments.Add(CreateFunctionArgument(L"ops", CreateSharedType(opsInterfaceName)));
					auto block = functionDecl->statement.Cast<WfBlockStatement>();

					auto proxyExpr = CreateNewInterface(CreateSharedType(wrapperInterfaceFullName)).Cast<WfNewInterfaceExpression>();
					proxyExpr->declarations.Add(CreateVariableDeclaration(L"_lc", CreateTypeFromCpp<rpc_controller::IRpcLifecycle*>(), CreateReference(L"lc")));
					proxyExpr->declarations.Add(CreateVariableDeclaration(L"_ref", CreateTypeFromCpp<rpc_controller::RpcObjectReference>(), CreateReference(L"proxyRef")));
					proxyExpr->declarations.Add(CreateVariableDeclaration(L"_ops", CreateSharedType(opsInterfaceName), CreateReference(L"ops")));
					for (auto propertyModel : properties)
					{
						if (propertyModel->cached)
						{
							proxyExpr->declarations.Add(CreateVariableDeclaration(GetPropertyCacheValueName(*propertyModel), CopyType(propertyModel->type.Obj()), CreateRpcCachedPropertyInitialValue(*propertyModel)));
							proxyExpr->declarations.Add(CreateVariableDeclaration(GetPropertyCacheAvailableName(*propertyModel), CreatePredefinedType(WfPredefinedTypeName::Bool), CreateBool(false)));
						}
					}

					for (auto propertyModel : properties)
					{
						if (propertyModel->cached && propertyModel->valueChangedEvent != L"")
						{
							auto invalidateDecl = CreateFunctionDeclaration(GetPropertyCacheResetFunctionName(*propertyModel), CreatePredefinedType(WfPredefinedTypeName::Void), WfFunctionKind::Override);
							auto invalidateBlock = invalidateDecl->statement.Cast<WfBlockStatement>();
							AddStatement(invalidateBlock, CreateExpressionStatement(CreateAssign(CreateReference(GetPropertyCacheAvailableName(*propertyModel)), CreateBool(false))));
							proxyExpr->declarations.Add(invalidateDecl);
						}
					}

					// Generate DisconnectFromLifecycle override
					{
						auto disconnectDecl = CreateFunctionDeclaration(L"DisconnectFromLifecycle", CreatePredefinedType(WfPredefinedTypeName::Void), WfFunctionKind::Override);
						auto disconnectBlock = disconnectDecl->statement.Cast<WfBlockStatement>();
						AddStatement(disconnectBlock, CreateExpressionStatement(CreateAssign(CreateReference(L"_lc"), CreateNull())));
						AddStatement(disconnectBlock, CreateExpressionStatement(CreateAssign(CreateReference(L"_ops"), CreateNull())));
						proxyExpr->declarations.Add(disconnectDecl);
					}

					// Generate destructor: delete{}
					{
						auto dtorDecl = Ptr(new WfDestructorDeclaration);
						auto dtorBlock = CreateBlock();
						dtorDecl->statement = dtorBlock;

						// if (_lc is not null) { _lc.Dispatcher.SendToClient_ObjectOps(_ref.clientId).ObjectHold(_ref, _lc.ClientId, false); }
						auto condition = CreateIsNotNull(CreateReference(L"_lc"));
						auto trueBranch = CreateBlock();
						AddStatement(
							trueBranch,
							CreateExpressionStatement(
								CreateCall(
									CreateMember(
										CreateCall(
											CreateMember(CreateMember(CreateReference(L"_lc"), L"Dispatcher"), L"SendToClient_ObjectOps"),
											CreateMember(CreateReference(L"_ref"), L"clientId")
											),
										L"ObjectHold"
										),
									CreateReference(L"_ref"),
									CreateMember(CreateReference(L"_lc"), L"ClientId"),
									CreateBool(false)
									)
								)
							);
						AddStatement(dtorBlock, CreateIf(condition, trueBranch));

						proxyExpr->declarations.Add(dtorDecl);
					}

					for (auto methodModel : methods)
					{
						const RpcPropertyModel* cachedProperty = nullptr;
						if (methodModel->kind == RpcMethodKind::PropertyGetter)
						{
							for (auto propertyModel : properties)
							{
								if (propertyModel->cached && propertyModel->getterName == methodModel->name)
								{
									cachedProperty = propertyModel;
									break;
								}
							}
						}

						auto methodDecl = CreateFunctionDeclaration(methodModel->name, CopyType(methodModel->returnType.Obj()), WfFunctionKind::Override);
						for (auto&& paramModel : methodModel->params)
						{
							methodDecl->arguments.Add(CreateFunctionArgument(paramModel.name, CopyType(paramModel.type.Obj())));
						}

						auto methodBlock = methodDecl->statement.Cast<WfBlockStatement>();

						// null check: if (_lc is null) raise "..."
						{
							auto condition = CreateIsNull(CreateReference(L"_lc"));
							auto trueBranch = CreateRaise(L"RPC wrapper has been disconnected from lifecycle.");
							AddStatement(methodBlock, CreateIf(condition, trueBranch));
						}

						if (cachedProperty)
						{
							auto trueBranch = CreateBlock();
							AddStatement(trueBranch, CreateReturn(CreatePropertyCacheValueRead(*cachedProperty)));
							AddStatement(methodBlock, CreateIf(CreatePropertyCacheAvailableRead(*cachedProperty), trueBranch));
						}

						auto invoke = Ptr(new WfCallExpression);
						invoke->function = CreateMember(CreateReference(L"_ops"), GetRpcOpsInvokeMethodName(*methodModel));
						invoke->arguments.Add(CreateReference(L"_ref"));
						for (auto&& paramModel : methodModel->params)
						{
							invoke->arguments.Add(CreateReference(paramModel.name));
						}

						if (IsVoidType(methodModel->returnType.Obj()))
						{
							AddStatement(methodBlock, CreateExpressionStatement(invoke));
						}
						else if (cachedProperty)
						{
							AddStatement(methodBlock, CreateExpressionStatement(CreateAssign(CreateReference(GetPropertyCacheValueName(*cachedProperty)), invoke)));
							AddStatement(methodBlock, CreateExpressionStatement(CreateAssign(CreateReference(GetPropertyCacheAvailableName(*cachedProperty)), CreateBool(true))));
							AddStatement(methodBlock, CreateReturn(CreatePropertyCacheValueRead(*cachedProperty)));
						}
						else
						{
							AddStatement(methodBlock, CreateReturn(invoke));
						}

						proxyExpr->declarations.Add(methodDecl);
					}

					AddStatement(block, CreateInferredVariableStatement(L"proxy", proxyExpr));
					AddStatement(
						block,
						CreateExpressionStatement(
							CreateCall(
								CreateMember(
									CreateCall(
										CreateMember(CreateMember(CreateReference(L"lc"), L"Dispatcher"), L"SendToClient_ObjectOps"),
										CreateMember(CreateReference(L"proxyRef"), L"clientId")
										),
									L"ObjectHold"
									),
								CreateReference(L"proxyRef"),
								CreateMember(CreateReference(L"lc"), L"ClientId"),
								CreateBool(true)
								)
							)
						);

					for (auto propertyModel : properties)
					{
						if (propertyModel->cached && propertyModel->valueChangedEvent != L"")
						{
							if (auto eventModel = FindInterfaceEvent(events, propertyModel->valueChangedEvent))
							{
								auto lambdaBody = CreateBlock();
								auto invalidateTarget = CreateCast(CreateSharedType(wrapperInterfaceFullName), CreateCall(CreateMember(CreateReference(L"lc"), L"RefToPtr"), CreateReference(L"proxyRef")));
								AddStatement(lambdaBody, CreateExpressionStatement(CreateCall(CreateMember(invalidateTarget, GetPropertyCacheResetFunctionName(*propertyModel)))));

								auto attach = Ptr(new WfAttachEventExpression);
								attach->event = CreateMember(CreateCast(CreateSharedType(interfaceModel.fullName), CreateReference(L"proxy")), eventModel->name);
								attach->function = CreateFunctionExpression(CreateAnonymousLambda(eventModel->params, lambdaBody));
								AddStatement(block, CreateExpressionStatement(attach));
							}
						}
					}

					if (events.Count() > 0)
					{
						AddStatement(block, CreateExpressionStatement(CreateCall(CreateReference(L"rpclistener_" + mangledName), CreateReference(L"lc"), CreateReference(L"proxyRef"), CreateCast(CreateRawType(interfaceModel.fullName), CreateReference(L"proxy")), CreateReference(L"ops"))));
					}

					AddStatement(block, CreateReturn(CreateReference(L"proxy")));
					return functionDecl;
				}


				Ptr<WfDeclaration> GenerateWrapperDispatcher(const List<RpcInterfaceModel>& interfaces, const WString& opsInterfaceName)
				{
					auto functionDecl = CreateFunctionDeclaration(L"rpcwrapper_Create", CreateTypeFromCpp<Ptr<rpc_controller::IRpcWrapperBase>>(), WfFunctionKind::Normal);
					functionDecl->arguments.Add(CreateFunctionArgument(L"ref", CreateTypeFromCpp<rpc_controller::RpcObjectReference>()));
					functionDecl->arguments.Add(CreateFunctionArgument(L"lc", CreateTypeFromCpp<rpc_controller::IRpcLifecycle*>()));
					functionDecl->arguments.Add(CreateFunctionArgument(L"ops", CreateSharedType(opsInterfaceName)));
					auto block = functionDecl->statement.Cast<WfBlockStatement>();

					auto switchStat = Ptr(new WfSwitchStatement);
					switchStat->expression = CreateMember(CreateReference(L"ref"), L"typeId");
					switchStat->defaultBranch = CreateRaise(L"Unknown RPC type id for wrapper creation.");

					for (auto&& interfaceModel : interfaces)
					{
						auto switchCase = Ptr(new WfSwitchCase);
						switchCase->expression = CreateRpcConstantReference(L"rpctype_", interfaceModel.fullName);
						auto caseBranch = CreateBlock();
						auto mangledName = MangleRpcFullName(interfaceModel.fullName);
						AddStatement(caseBranch, CreateReturn(CreateCall(CreateReference(L"rpcwrapper_" + mangledName), CreateReference(L"lc"), CreateReference(L"ref"), CreateReference(L"ops"))));
						switchCase->statement = caseBranch;
						switchStat->caseBranches.Add(switchCase);
					}

					AddStatement(block, switchStat);
					return functionDecl;
				}

				Ptr<WfDeclaration> GenerateWrapperGetTypeId(const List<RpcInterfaceModel>& interfaces)
				{
					auto functionDecl = CreateFunctionDeclaration(L"rpcwrapper_GetTypeId", CreatePredefinedType(WfPredefinedTypeName::Int), WfFunctionKind::Normal);
					functionDecl->arguments.Add(CreateFunctionArgument(L"obj", CreatePredefinedType(WfPredefinedTypeName::Object)));
					auto block = functionDecl->statement.Cast<WfBlockStatement>();

					List<const RpcInterfaceModel*> sortedInterfaces;
					SortInterfaceModelsLeafFirst(interfaces, sortedInterfaces);
					for (auto interfaceModel : sortedInterfaces)
					{
						AddStatement(
							block,
							CreateIf(
								CreateIsType(CreateReference(L"obj"), CreateRawType(interfaceModel->fullName)),
								CreateReturn(CreateRpcConstantReference(L"rpctype_", interfaceModel->fullName))
								));
					}

					AddStatement(block, CreateReturn(CreateInt(rpc_controller::RpcTypeId_NotFound)));
					return functionDecl;
				}
			}

			Ptr<WfModule> GenerateModuleRpc(WfLexicalScopeManager* manager, WString assemblyName)
			{
				using namespace rpc_generating;

				if (!manager || !manager->rpcMetadata || !manager->rpcMetadata->metadataModule)
				{
					return nullptr;
				}

				CollectMangledNames(manager);
				if (manager->errors.Count() > 0)
				{
					return nullptr;
				}

				auto interfaces = BuildInterfaceModels(manager);
				if (manager->errors.Count() > 0)
				{
					return nullptr;
				}
				auto module = Ptr(new WfModule);
				module->moduleType = WfModuleType::Module;
				module->name.value = L"RpcMetadata";
				auto opsInterfaceName = GetRpcOpsInterfaceName(assemblyName);

				vint id = 0;
				for (auto fullName : manager->rpcMetadata->orderedIds)
				{
					auto name = WString::Unmanaged(GetRpcConstantPrefix(manager, fullName)) + MangleRpcFullName(fullName);
					module->declarations.Add(CreateVariableDeclaration(name, CreatePredefinedType(WfPredefinedTypeName::Int), CreateInt(id++)));
				}

				{
					auto getIds = CreateFunctionDeclaration(L"rpc_GetIds", CreateTypeFromCpp<Dictionary<WString, vint>>(), WfFunctionKind::Normal);
					auto block = getIds->statement.Cast<WfBlockStatement>();
					AddStatement(block, CreateVariableStatement(L"result", CreateTypeFromCpp<Dictionary<WString, vint>>(), CreateConstructor()));
					id = 0;
					for (auto fullName : manager->rpcMetadata->orderedIds)
					{
						AddStatement(block, CreateExpressionStatement(CreateCall(CreateMember(rpc_generating::CreateReference(L"result"), L"Set"), CreateString(fullName), CreateInt(id++))));
					}
					AddStatement(block, CreateReturn(rpc_generating::CreateReference(L"result")));
					module->declarations.Add(getIds);
				}

				module->declarations.Add(GenerateIsInterfaceTypeIdHelper(interfaces));
				module->declarations.Add(GenerateIsCtorInterfaceTypeIdHelper(interfaces));
				module->declarations.Add(GenerateRpcOpsInterface(assemblyName, interfaces));
				module->declarations.Add(GenerateObjectOpsFactory(interfaces));
				module->declarations.Add(GenerateObjectEventOpsFactory(interfaces));
				module->declarations.Add(GenerateRpcOpsFactory(assemblyName, interfaces));

				List<Ptr<WfDeclaration>> wrapperDeclarations;
				Dictionary<WString, Ptr<WfNamespaceDeclaration>> wrapperNamespaces;
				for (auto&& interfaceModel : interfaces)
				{
					List<WString> namespaceFragments;
					SplitTypeFullName(interfaceModel.fullName, namespaceFragments);
					namespaceFragments.RemoveAt(namespaceFragments.Count() - 1);
					AddDeclarationToNamespaces(wrapperDeclarations, wrapperNamespaces, namespaceFragments, GenerateWrapperInterface(interfaceModel, interfaces));
				}
				for (auto declaration : wrapperDeclarations)
				{
					module->declarations.Add(declaration);
				}

				vint listenerCount = 0;
				for (auto&& interfaceModel : interfaces)
				{
					if (auto listener = GenerateListenerFactory(interfaceModel, interfaces, opsInterfaceName))
					{
						module->declarations.Add(listener);
						listenerCount++;
					}
				}
				if (listenerCount > 0)
				{
					module->declarations.Add(GenerateListenerDispatcher(interfaces, opsInterfaceName));
				}

				for (auto&& interfaceModel : interfaces)
				{
					module->declarations.Add(GenerateWrapperFactory(interfaceModel, interfaces, opsInterfaceName));
				}

				module->declarations.Add(GenerateWrapperDispatcher(interfaces, opsInterfaceName));
				module->declarations.Add(GenerateWrapperGetTypeId(interfaces));

				return module;
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_GENERATERPC_JSONDTS.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
/***********************************************************************
GenerateDtsFromRpcMetadata
***********************************************************************/

			namespace rpc_dts_generating
			{
				using namespace collections;
				using namespace reflection;
				using namespace reflection::description;

				enum class DtsPrimitiveKind
				{
					Number,
					Boolean,
					String,
				};

				struct DtsPrimitiveModel
				{
					WString					keyword;
					DtsPrimitiveKind		kind = DtsPrimitiveKind::Number;
				};

				struct DtsEnumItemModel
				{
					WString					name;
					vuint64_t				value = 0;
				};

				struct DtsEnumModel
				{
					WString						fullName;
					Ptr<List<DtsEnumItemModel>>	items;
				};

				struct DtsFieldModel
				{
					WString					name;
					Ptr<WfType>				type;
				};

				struct DtsStructModel
				{
					WString					fullName;
					Ptr<List<DtsFieldModel>> fields;
				};

				struct DtsContext
				{
					WfLexicalScopeManager*	manager = nullptr;
					List<DtsEnumModel>*		enums = nullptr;
					List<DtsStructModel>*	structs = nullptr;
				};

				void AppendChar(WString& text, wchar_t c)
				{
					text += WString::CopyFrom(&c, 1);
				}

				bool IsDtsIdentifierStart(wchar_t c)
				{
					return (L'a' <= c && c <= L'z')
						|| (L'A' <= c && c <= L'Z')
						|| c == L'_'
						|| c == L'$';
				}

				bool IsDtsIdentifierPart(wchar_t c)
				{
					return IsDtsIdentifierStart(c) || (L'0' <= c && c <= L'9');
				}

				WString EscapeDtsString(const WString& value)
				{
					WString result = L"\"";
					for (vint i = 0; i < value.Length(); i++)
					{
						auto c = value[i];
						switch (c)
						{
						case L'\\': result += L"\\\\"; break;
						case L'"': result += L"\\\""; break;
						case L'\r': result += L"\\r"; break;
						case L'\n': result += L"\\n"; break;
						case L'\t': result += L"\\t"; break;
						default:
							AppendChar(result, c);
							break;
						}
					}
					result += L"\"";
					return result;
				}

				WString GetDtsPropertyName(const WString& name)
				{
					if (name.Length() > 0 && IsDtsIdentifierStart(name[0]))
					{
						bool isIdentifier = true;
						for (vint i = 1; i < name.Length(); i++)
						{
							if (!IsDtsIdentifierPart(name[i]))
							{
								isIdentifier = false;
								break;
							}
						}
						if (isIdentifier)
						{
							return name;
						}
					}
					return EscapeDtsString(name);
				}

				WString MakeDtsTypeName(const WString& fullName)
				{
					WString result;
					for (vint i = 0; i < fullName.Length(); i++)
					{
						auto c = fullName[i];
						if ((result.Length() == 0 && IsDtsIdentifierStart(c)) || (result.Length() > 0 && IsDtsIdentifierPart(c)))
						{
							AppendChar(result, c);
						}
						else if (result.Length() == 0 || result[result.Length() - 1] != L'_')
						{
							result += L"_";
						}
					}
					if (result.Length() == 0)
					{
						return L"_";
					}
					if (result[result.Length() - 1] == L'_')
					{
						result = result.Left(result.Length() - 1);
					}
					return result;
				}

				WString MakeUnknownStructDtsTypeName(const WString& fullName)
				{
					return L"UnknownType_" + MakeDtsTypeName(fullName);
				}

				bool TryGetPrimitiveModel(const WString& fullName, DtsPrimitiveModel& primitive)
				{
					auto tryName = [&](const wchar_t* name, DtsPrimitiveKind kind)
					{
						if (fullName == WString::Unmanaged(L"system::") + name)
						{
							primitive.keyword = WString::Unmanaged(name);
							primitive.kind = kind;
							return true;
						}
						return false;
					};

					return tryName(L"UInt8", DtsPrimitiveKind::Number)
						|| tryName(L"UInt16", DtsPrimitiveKind::Number)
						|| tryName(L"UInt32", DtsPrimitiveKind::Number)
						|| tryName(L"UInt64", DtsPrimitiveKind::Number)
						|| tryName(L"Int8", DtsPrimitiveKind::Number)
						|| tryName(L"Int16", DtsPrimitiveKind::Number)
						|| tryName(L"Int32", DtsPrimitiveKind::Number)
						|| tryName(L"Int64", DtsPrimitiveKind::Number)
						|| tryName(L"Single", DtsPrimitiveKind::Number)
						|| tryName(L"Double", DtsPrimitiveKind::Number)
						|| tryName(L"Boolean", DtsPrimitiveKind::Boolean)
						|| tryName(L"Char", DtsPrimitiveKind::String)
						|| tryName(L"String", DtsPrimitiveKind::String)
						|| tryName(L"DateTime", DtsPrimitiveKind::String)
						|| tryName(L"Locale", DtsPrimitiveKind::String);
				}

				WString GetPredefinedFullName(WfLexicalScopeManager* manager, WfPredefinedTypeName name)
				{
					switch (name)
					{
					case WfPredefinedTypeName::Int:
						return manager && manager->cputdSInt ? manager->cputdSInt->GetTypeName() : WString::Unmanaged(L"system::Int64");
					case WfPredefinedTypeName::UInt:
						return manager && manager->cputdUInt ? manager->cputdUInt->GetTypeName() : WString::Unmanaged(L"system::UInt64");
					case WfPredefinedTypeName::Float:
						return L"system::Single";
					case WfPredefinedTypeName::Double:
						return L"system::Double";
					case WfPredefinedTypeName::String:
						return L"system::String";
					case WfPredefinedTypeName::Char:
						return L"system::Char";
					case WfPredefinedTypeName::Bool:
						return L"system::Boolean";
					case WfPredefinedTypeName::Object:
						return L"system::Object";
					case WfPredefinedTypeName::Interface:
						return L"system::Interface";
					default:
						return L"";
					}
				}

				WString GetTypeFullName(WfLexicalScopeManager* manager, WfType* type)
				{
					if (!type)
					{
						return L"";
					}
					if (auto predefined = dynamic_cast<WfPredefinedType*>(type))
					{
						return GetPredefinedFullName(manager, predefined->name);
					}
					if (auto top = dynamic_cast<WfTopQualifiedType*>(type))
					{
						return top->name.value;
					}
					if (auto reference = dynamic_cast<WfReferenceType*>(type))
					{
						return reference->name.value;
					}
					if (auto child = dynamic_cast<WfChildType*>(type))
					{
						auto parent = GetTypeFullName(manager, child->parent.Obj());
						return parent == L"" ? child->name.value : parent + L"::" + child->name.value;
					}
					if (auto raw = dynamic_cast<WfRawPointerType*>(type))
					{
						return GetTypeFullName(manager, raw->element.Obj());
					}
					if (auto shared = dynamic_cast<WfSharedPointerType*>(type))
					{
						return GetTypeFullName(manager, shared->element.Obj());
					}
					if (auto nullable = dynamic_cast<WfNullableType*>(type))
					{
						return GetTypeFullName(manager, nullable->element.Obj());
					}
					return L"";
				}

				vint FindStruct(const List<DtsStructModel>& structs, const WString& fullName)
				{
					for (vint i = 0; i < structs.Count(); i++)
					{
						if (structs[i].fullName == fullName)
						{
							return i;
						}
					}
					return -1;
				}

				vint FindEnum(const List<DtsEnumModel>& enums, const WString& fullName)
				{
					for (vint i = 0; i < enums.Count(); i++)
					{
						if (enums[i].fullName == fullName)
						{
							return i;
						}
					}
					return -1;
				}

				WString GetDtsTypeFromFullName(DtsContext& context, const WString& fullName)
				{
					DtsPrimitiveModel primitive;
					if (TryGetPrimitiveModel(fullName, primitive))
					{
						switch (primitive.kind)
						{
						case DtsPrimitiveKind::Number:
							return L"number";
						case DtsPrimitiveKind::Boolean:
							return L"boolean";
						case DtsPrimitiveKind::String:
							return L"string";
						default:
							CHECK_FAIL(L"Internal error: Unknown primitive kind.");
						}
					}
					if (context.enums && FindEnum(*context.enums, fullName) != -1)
					{
						return L"number";
					}
					if (context.structs && FindStruct(*context.structs, fullName) != -1)
					{
						return MakeDtsTypeName(fullName);
					}
					return L"UnknownTypeSchema";
				}

				WString GetDtsTypeFromType(DtsContext& context, WfType* type)
				{
					if (!type)
					{
						return L"UnknownTypeSchema";
					}
					if (auto nullable = dynamic_cast<WfNullableType*>(type))
					{
						return GetDtsTypeFromType(context, nullable->element.Obj()) + L" | null";
					}
					if (auto raw = dynamic_cast<WfRawPointerType*>(type))
					{
						return GetDtsTypeFromType(context, raw->element.Obj());
					}
					if (auto shared = dynamic_cast<WfSharedPointerType*>(type))
					{
						return GetDtsTypeFromType(context, shared->element.Obj());
					}
					if (auto enumerable = dynamic_cast<WfEnumerableType*>(type))
					{
						return GetDtsTypeFromType(context, enumerable->element.Obj()) + L"[]";
					}
					if (auto map = dynamic_cast<WfMapType*>(type))
					{
						if (map->key)
						{
							return L"[" + GetDtsTypeFromType(context, map->key.Obj()) + L", " + GetDtsTypeFromType(context, map->value.Obj()) + L"][]";
						}
						return GetDtsTypeFromType(context, map->value.Obj()) + L"[]";
					}
					if (auto observable = dynamic_cast<WfObservableListType*>(type))
					{
						return GetDtsTypeFromType(context, observable->element.Obj()) + L"[]";
					}
					return GetDtsTypeFromFullName(context, GetTypeFullName(context.manager, type));
				}

				void AddDtsTypesFromDeclarations(
					const List<Ptr<WfDeclaration>>& declarations,
					const WString& prefix,
					List<DtsEnumModel>& enums,
					List<DtsStructModel>& structs)
				{
					for (auto declaration : declarations)
					{
						auto fullName = prefix == L"" ? declaration->name.value : prefix + L"::" + declaration->name.value;
						if (auto namespaceDecl = declaration.Cast<WfNamespaceDeclaration>())
						{
							AddDtsTypesFromDeclarations(namespaceDecl->declarations, fullName, enums, structs);
						}
						else if (auto enumDecl = declaration.Cast<WfEnumDeclaration>())
						{
							if (FindEnum(enums, fullName) == -1)
							{
								DtsEnumModel model;
								model.fullName = fullName;
								model.items = Ptr(new List<DtsEnumItemModel>);
								Dictionary<WString, vuint64_t> values;
								for (auto item : enumDecl->items)
								{
									DtsEnumItemModel itemModel;
									itemModel.name = item->name.value;
									if (item->kind == WfEnumItemKind::Constant)
									{
										itemModel.value = wtou64(item->number.value);
									}
									else
									{
										for (auto intersection : item->intersections)
										{
											auto index = values.Keys().IndexOf(intersection->name.value);
											if (index != -1)
											{
												itemModel.value |= values.Values()[index];
											}
										}
									}
									values.Add(itemModel.name, itemModel.value);
									model.items->Add(itemModel);
								}
								enums.Add(model);
							}
						}
						else if (auto structDecl = declaration.Cast<WfStructDeclaration>())
						{
							if (FindStruct(structs, fullName) != -1)
							{
								continue;
							}

							DtsStructModel model;
							model.fullName = fullName;
							model.fields = Ptr(new List<DtsFieldModel>);
							for (auto member : structDecl->members)
							{
								DtsFieldModel field;
								field.name = member->name.value;
								field.type = CopyType(member->type.Obj());
								model.fields->Add(field);
							}
							structs.Add(model);
						}
					}
				}

				void AddRpcBuiltinDtsStruct(List<DtsStructModel>& structs, const WString& fullName, ITypeDescriptor* td)
				{
					if (FindStruct(structs, fullName) != -1)
					{
						return;
					}

					if (!td)
					{
						return;
					}

					DtsStructModel model;
					model.fullName = fullName;
					model.fields = Ptr(new List<DtsFieldModel>);
					for (vint i = 0; i < td->GetPropertyCount(); i++)
					{
						auto propertyInfo = td->GetProperty(i);
						DtsFieldModel field;
						field.name = propertyInfo->GetName();
						field.type = GetTypeFromTypeInfo(propertyInfo->GetReturn());
						model.fields->Add(field);
					}
					structs.Add(model);
				}

				const wchar_t* GetDtsPrimitiveTypeScriptType(DtsPrimitiveKind kind)
				{
					switch (kind)
					{
					case DtsPrimitiveKind::Number:
						return L"number";
					case DtsPrimitiveKind::Boolean:
						return L"boolean";
					case DtsPrimitiveKind::String:
						return L"string";
					default:
						CHECK_FAIL(L"Internal error: Unknown primitive kind.");
					}
				}

				void AppendUnknownTypePrimitiveSchema(WString& dts)
				{
					const Pair<const wchar_t*, DtsPrimitiveKind> primitiveNames[] =
					{
						{ L"UInt8", DtsPrimitiveKind::Number },
						{ L"UInt16", DtsPrimitiveKind::Number },
						{ L"UInt32", DtsPrimitiveKind::Number },
						{ L"UInt64", DtsPrimitiveKind::Number },
						{ L"Int8", DtsPrimitiveKind::Number },
						{ L"Int16", DtsPrimitiveKind::Number },
						{ L"Int32", DtsPrimitiveKind::Number },
						{ L"Int64", DtsPrimitiveKind::Number },
						{ L"Single", DtsPrimitiveKind::Number },
						{ L"Double", DtsPrimitiveKind::Number },
						{ L"Char", DtsPrimitiveKind::String },
						{ L"DateTime", DtsPrimitiveKind::String },
						{ L"Locale", DtsPrimitiveKind::String },
					};

					dts += L"export type UnknownType_PrimitiveSchema =\r\n";
					for (auto&& [name, kind] : primitiveNames)
					{
						dts += L"  | [" + EscapeDtsString(WString::Unmanaged(name)) + L", " + WString::Unmanaged(GetDtsPrimitiveTypeScriptType(kind)) + L"]\r\n";
					}
					dts += L"  | null\r\n";
					dts += L"  | true\r\n";
					dts += L"  | false\r\n";
					dts += L"  | string\r\n";
					dts += L"  ;\r\n\r\n";
				}

				void AppendTypeListEnum(WString& dts, const List<DtsEnumModel>& enums)
				{
					if (enums.Count() == 0)
					{
						dts += L"export type TypeList_Enum = never;\r\n\r\n";
						return;
					}

					dts += L"export type TypeList_Enum =\r\n";
					for (auto&& model : enums)
					{
						dts += L"  | " + EscapeDtsString(model.fullName) + L"\r\n";
					}
					dts += L"  ;\r\n\r\n";
				}

				void AppendUnknownTypeEnumSchema(WString& dts)
				{
					dts += L"export type UnknownType_EnumSchema = [TypeList_Enum, number];\r\n\r\n";
				}

				void AppendUnknownTypeList(WString& dts)
				{
					dts += L"export interface UnknownType_List\r\n";
					dts += L"{\r\n";
					dts += L"  " + EscapeDtsString(L"$") + L": " + EscapeDtsString(L"list") + L" | " + EscapeDtsString(L"oblist") + L";\r\n";
					dts += L"  values: UnknownTypeSchema[];\r\n";
					dts += L"}\r\n\r\n";
				}

				void AppendUnknownTypeMap(WString& dts)
				{
					dts += L"export interface UnknownType_Map\r\n";
					dts += L"{\r\n";
					dts += L"  " + EscapeDtsString(L"$") + L": " + EscapeDtsString(L"map") + L";\r\n";
					dts += L"  values: [UnknownTypeSchema, UnknownTypeSchema][];\r\n";
					dts += L"}\r\n\r\n";
				}

				void AppendUnknownTypeSchemaUnion(WString& dts, const List<DtsStructModel>& structs)
				{
					dts += L"export type UnknownTypeSchema =\r\n";
					dts += L"  | UnknownType_PrimitiveSchema\r\n";
					dts += L"  | UnknownType_EnumSchema\r\n";
					dts += L"  | UnknownType_List\r\n";
					dts += L"  | UnknownType_Map\r\n";
					for (auto&& model : structs)
					{
						dts += L"  | " + MakeUnknownStructDtsTypeName(model.fullName) + L"\r\n";
					}
					dts += L"  ;\r\n\r\n";
				}

				void AppendUnknownStructSchemas(WString& dts, DtsContext& context)
				{
					for (auto&& model : *context.structs)
					{
						dts += L"export interface " + MakeUnknownStructDtsTypeName(model.fullName) + L" extends " + MakeDtsTypeName(model.fullName) + L"\r\n";
						dts += L"{\r\n";
						dts += L"  " + EscapeDtsString(L"$") + L": " + EscapeDtsString(model.fullName) + L";\r\n";
						dts += L"}\r\n\r\n";
					}
				}

				void AppendKnownEnums(WString& dts, const List<DtsEnumModel>& enums)
				{
					for (auto&& model : enums)
					{
						dts += L"export enum " + MakeDtsTypeName(model.fullName) + L"\r\n";
						dts += L"{\r\n";
						for (auto&& item : *model.items.Obj())
						{
							dts += L"  " + GetDtsPropertyName(item.name) + L" = " + u64tow(item.value) + L",\r\n";
						}
						dts += L"}\r\n\r\n";
					}
				}

				void AppendKnownStructs(WString& dts, DtsContext& context)
				{
					for (auto&& model : *context.structs)
					{
						dts += L"export interface " + MakeDtsTypeName(model.fullName) + L"\r\n";
						dts += L"{\r\n";
						for (auto&& field : *model.fields.Obj())
						{
							dts += L"  " + GetDtsPropertyName(field.name) + L": " + GetDtsTypeFromType(context, field.type.Obj()) + L";\r\n";
						}
						dts += L"}\r\n\r\n";
					}
				}

				void AppendKnownTypeSchema(WString& dts, const List<DtsStructModel>& structs)
				{
					dts += L"// All enum_type_full_name is omitted because in known type enums are just numbers\r\n";
					dts += L"export type KnownTypeSchema =\r\n";
					dts += L"  | number\r\n";
					dts += L"  | true\r\n";
					dts += L"  | false\r\n";
					dts += L"  | string\r\n";
					dts += L"  | KnownTypeSchema[]\r\n";
					dts += L"  | [KnownTypeSchema, KnownTypeSchema][]\r\n";
					for (auto&& model : structs)
					{
						dts += L"  | " + MakeDtsTypeName(model.fullName) + L"\r\n";
					}
					dts += L"  ;\r\n";
				}
			}

			WString GenerateDtsFromRpcMetadata(WfLexicalScopeManager* manager)
			{
				using namespace rpc_dts_generating;

				WString dts;
				if (!manager || !manager->rpcMetadata || !manager->rpcMetadata->metadataModule)
				{
					return dts;
				}

				List<DtsEnumModel> enums;
				List<DtsStructModel> structs;
				AddDtsTypesFromDeclarations(manager->rpcMetadata->metadataModule->declarations, L"", enums, structs);
				AddRpcBuiltinDtsStruct(structs, WString::Unmanaged(L"system::RpcObjectReference"), GetTypeDescriptor<vl::rpc_controller::RpcObjectReference>());
				AddRpcBuiltinDtsStruct(structs, WString::Unmanaged(L"system::RpcException"), GetTypeDescriptor<vl::rpc_controller::RpcException>());

				DtsContext context;
				context.manager = manager;
				context.enums = &enums;
				context.structs = &structs;

				AppendUnknownTypePrimitiveSchema(dts);
				AppendTypeListEnum(dts, enums);
				AppendUnknownTypeEnumSchema(dts);
				AppendUnknownTypeList(dts);
				AppendUnknownTypeMap(dts);
				AppendUnknownTypeSchemaUnion(dts, structs);
				AppendUnknownStructSchemas(dts, context);
				dts += L"// below are all known types\r\n\r\n";
				AppendKnownEnums(dts, enums);
				AppendKnownStructs(dts, context);
				AppendKnownTypeSchema(dts, structs);
				return dts;
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_GENERATERPC_JSONSERIALIZATION.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;

			namespace rpc_generating
			{
				using namespace reflection::description;

				WString MangleRpcFullName(const WString& fullName);
				Ptr<WfType> CopyType(WfType* type);
				Ptr<WfType> CreatePredefinedType(WfPredefinedTypeName name);
				Ptr<WfType> CreateQualifiedType(const WString& fullName);
				Ptr<WfType> CreateTopQualifiedType(const WString& fullName);
				Ptr<WfType> CreateRawType(const WString& fullName);
				Ptr<WfType> CreateSharedType(const WString& fullName);
				Ptr<WfType> CreateNullableType(const WString& fullName);
				Ptr<WfExpression> CreateNull();
				Ptr<WfExpression> CreateIsNull(Ptr<WfExpression> expression);
				Ptr<WfExpression> CreateIsNotNull(Ptr<WfExpression> expression);
				Ptr<WfExpression> CreateBool(bool value);
				Ptr<WfExpression> CreateInt(vint value);
				Ptr<WfExpression> CreateString(const WString& value);
				Ptr<WfExpression> CreateReference(const WString& name);
				Ptr<WfExpression> CreateQualifiedExpression(const WString& fullName);
				Ptr<WfExpression> CreateMember(Ptr<WfExpression> parent, const WString& name);
				Ptr<WfExpression> CreateBinary(WfBinaryOperator op, Ptr<WfExpression> first, Ptr<WfExpression> second);
				Ptr<WfExpression> CreateAssign(Ptr<WfExpression> left, Ptr<WfExpression> right);
				Ptr<WfExpression> CreateIndex(Ptr<WfExpression> collection, Ptr<WfExpression> index);
				Ptr<WfExpression> CreateCast(Ptr<WfType> type, Ptr<WfExpression> expression);
				Ptr<WfExpression> CreateWeakCast(Ptr<WfType> type, Ptr<WfExpression> expression);
				Ptr<WfExpression> CreateInfer(Ptr<WfExpression> expression, Ptr<WfType> type);

				Ptr<WfConstructorArgument> CreateConstructorArgument(Ptr<WfExpression> key, Ptr<WfExpression> value);
				Ptr<WfConstructorExpression> CreateConstructor();
				Ptr<WfExpression> CreateRpcExceptionExpression(Ptr<WfExpression> message);
				Ptr<WfType> CreateRpcEventExceptionMapType();
				Ptr<WfExpression> CreateNewClass(Ptr<WfType> type);
				Ptr<WfExpression> CreateNewInterface(Ptr<WfType> type);
				Ptr<WfStatement> CreateExpressionStatement(Ptr<WfExpression> expression);
				Ptr<WfStatement> CreateReturn(Ptr<WfExpression> expression);
				Ptr<WfStatement> CreateRaise(const WString& message);
				Ptr<WfStatement> CreateRaise(Ptr<WfExpression> expression);
				Ptr<WfStatement> CreateTry(Ptr<WfStatement> protectedStatement, const WString& name, Ptr<WfStatement> catchStatement, Ptr<WfStatement> finallyStatement);
				Ptr<WfStatement> CreateTryCatch(Ptr<WfStatement> protectedStatement, const WString& name, Ptr<WfStatement> catchStatement);
				Ptr<WfVariableDeclaration> CreateVariableDeclaration(const WString& name, Ptr<WfType> type, Ptr<WfExpression> expression);
				Ptr<WfStatement> CreateVariableStatement(const WString& name, Ptr<WfType> type, Ptr<WfExpression> expression);
				Ptr<WfStatement> CreateInferredVariableStatement(const WString& name, Ptr<WfExpression> expression);
				Ptr<WfForEachStatement> CreateForEach(const WString& name, Ptr<WfExpression> collection, Ptr<WfStatement> body);
				Ptr<WfBlockStatement> CreateBlock();
				void AddStatement(Ptr<WfBlockStatement> block, Ptr<WfStatement> statement);
				void AddRpcMethodExceptionRaise(Ptr<WfBlockStatement> block, Ptr<WfExpression> value);
				void AddRpcEventExceptionMapSet(Ptr<WfBlockStatement> block, const WString& mapName, Ptr<WfExpression> clientId, Ptr<WfExpression> message);
				void AddRpcEventExceptionRaise(Ptr<WfBlockStatement> block, Ptr<WfExpression> value);
				Ptr<WfFunctionArgument> CreateFunctionArgument(const WString& name, Ptr<WfType> type);
				void AddSwitchCase(Ptr<WfSwitchStatement> switchStat, Ptr<WfExpression> expression, Ptr<WfStatement> statement);
				bool IsSharedInterfaceType(ITypeInfo* type);
				bool IsVoidType(WfType* type);
				bool IsRpcByvalReturn(const RpcMethodModel& methodModel);
				Ptr<WfExpression> CreateRpcBoxExpression(ITypeInfo* typeInfo, bool byref, Ptr<WfExpression> value, Ptr<WfExpression> lifecycle);
				Ptr<WfExpression> CreateRpcUnboxExpression(ITypeInfo* typeInfo, Ptr<WfType> type, bool byref, Ptr<WfExpression> value, Ptr<WfExpression> lifecycle);
				Ptr<WfExpression> CreateRpcCopyByvalExpression(Ptr<WfExpression> value, Ptr<WfExpression> lifecycle);
				void AddRpcByvalReturnValue(Ptr<WfBlockStatement> block, Ptr<WfExpression> value, Ptr<WfExpression> copiedValue);
				Ptr<WfExpression> CreateRpcConstantReference(const wchar_t* prefix, const WString& fullName);
				void CollectMangledNames(WfLexicalScopeManager* manager);
				List<RpcInterfaceModel> BuildInterfaceModels(WfLexicalScopeManager* manager);
				bool HasRpcEvents(const List<RpcInterfaceModel>& interfaces);
				WString GetRpcOpsInterfaceName(const WString& assemblyName);
				WString GetRpcOpsInvokeMethodName(const RpcMethodModel& methodModel);
				WString GetRpcOpsInvokeEventName(const RpcEventModel& eventModel);
				WString GetRpcOpsArgumentName(const RpcParamModel& paramModel);
				Ptr<WfFunctionDeclaration> CreateRpcOpsFunctionDeclaration(const WString& name, Ptr<WfType> returnType, WfFunctionKind kind);
				void AddRpcOpsFunctionArguments(Ptr<WfFunctionDeclaration> functionDecl, const List<RpcParamModel>& params);
				Ptr<WfExpression> CreateRpcOpsObjectOps();
				Ptr<WfExpression> CreateRpcOpsObjectInvoke(const RpcMethodModel& methodModel, Ptr<WfExpression> objectOps);
				Ptr<WfExpression> CreateRpcOpsObjectInvoke(const RpcMethodModel& methodModel);
				Ptr<WfExpression> CreateRpcOpsObjectEventInvoke(const RpcEventModel& eventModel);
				Ptr<WfType> NormalizeRpcGeneratedType(Ptr<WfType> type);

#ifndef VCZH_WORKFLOW_RPC_GENERATING_CREATE_TYPE_FROM_CPP
#define VCZH_WORKFLOW_RPC_GENERATING_CREATE_TYPE_FROM_CPP
				template<typename T>
				Ptr<WfType> CreateTypeFromCpp()
				{
					return NormalizeRpcGeneratedType(GetTypeFromTypeInfo(TypeInfoRetriver<T>::CreateTypeInfo().Obj()));
				}
#endif

				enum class RpcJsonPrimitiveKind
				{
					Number,
					Boolean,
					String,
				};

				struct RpcJsonPrimitiveModel
				{
					WString						fullName;
					WString						keyword;
					RpcJsonPrimitiveKind		kind = RpcJsonPrimitiveKind::Number;
				};

				struct RpcJsonFieldModel
				{
					WString						name;
					Ptr<WfType>					type;
				};

				struct RpcJsonTypeModel
				{
					WString						fullName;
					Ptr<WfType>					type;
					Ptr<List<RpcJsonFieldModel>>	fields;
				};

				Ptr<WfExpression> CreateJsonArrayItem(const WString& arrayName, vint index)
				{
					return CreateIndex(CreateMember(CreateReference(arrayName), L"items"), CreateInt(index));
				}

				Ptr<WfExpression> CreateJsonArrayItemContent(const WString& arrayName, vint index, const WString& jsonType)
				{
					return CreateMember(CreateMember(CreateCast(CreateSharedType(jsonType), CreateJsonArrayItem(arrayName, index)), L"content"), L"value");
				}

				void AddRpcJsonTypesFromDeclarations(
					const List<Ptr<WfDeclaration>>& declarations,
					const WString& prefix,
					List<RpcJsonTypeModel>& enums,
					List<RpcJsonTypeModel>& structs)
				{
					for (auto declaration : declarations)
					{
						auto fullName = prefix == L"" ? declaration->name.value : prefix + L"::" + declaration->name.value;
						if (auto namespaceDecl = declaration.Cast<WfNamespaceDeclaration>())
						{
							AddRpcJsonTypesFromDeclarations(namespaceDecl->declarations, fullName, enums, structs);
						}
						else if (declaration.Cast<WfEnumDeclaration>())
						{
							RpcJsonTypeModel model;
							model.fullName = fullName;
							model.type = CreateTopQualifiedType(fullName);
							enums.Add(model);
						}
						else if (auto structDecl = declaration.Cast<WfStructDeclaration>())
						{
							RpcJsonTypeModel model;
							model.fullName = fullName;
							model.type = CreateTopQualifiedType(fullName);
							model.fields = Ptr(new List<RpcJsonFieldModel>);
							for (auto member : structDecl->members)
							{
								RpcJsonFieldModel field;
								field.name = member->name.value;
								field.type = CopyType(member->type.Obj());
								model.fields->Add(field);
							}
							structs.Add(model);
						}
					}
				}

				void AddRpcBuiltinJsonType(List<RpcJsonTypeModel>& structs, const WString& fullName, ITypeDescriptor* td)
				{
					for (auto&& model : structs)
					{
						if (model.fullName == fullName)
						{
							return;
						}
					}

					if (!td)
					{
						return;
					}

					RpcJsonTypeModel model;
					model.fullName = fullName;
					model.type = CreateTopQualifiedType(fullName);
					model.fields = Ptr(new List<RpcJsonFieldModel>);
					for (vint i = 0; i < td->GetPropertyCount(); i++)
					{
						auto propertyInfo = td->GetProperty(i);
						RpcJsonFieldModel field;
						field.name = propertyInfo->GetName();
						field.type = GetTypeFromTypeInfo(propertyInfo->GetReturn());
						model.fields->Add(field);
					}
					structs.Add(model);
				}

				void CollectRpcJsonTypes(WfLexicalScopeManager* manager, List<RpcJsonTypeModel>& enums, List<RpcJsonTypeModel>& structs)
				{
					if (manager->rpcMetadata && manager->rpcMetadata->metadataModule)
					{
						AddRpcJsonTypesFromDeclarations(manager->rpcMetadata->metadataModule->declarations, L"", enums, structs);
					}
				}

				void CollectRpcJsonPrimitives(List<RpcJsonPrimitiveModel>& primitives)
				{
					auto add = [&](const wchar_t* fullName, const wchar_t* keyword, RpcJsonPrimitiveKind kind)
					{
						RpcJsonPrimitiveModel model;
						model.fullName = WString::Unmanaged(fullName);
						model.keyword = WString::Unmanaged(keyword);
						model.kind = kind;
						primitives.Add(model);
					};

					add(L"system::UInt8", L"UInt8", RpcJsonPrimitiveKind::Number);
					add(L"system::UInt16", L"UInt16", RpcJsonPrimitiveKind::Number);
					add(L"system::UInt32", L"UInt32", RpcJsonPrimitiveKind::Number);
					add(L"system::UInt64", L"UInt64", RpcJsonPrimitiveKind::Number);
					add(L"system::Int8", L"Int8", RpcJsonPrimitiveKind::Number);
					add(L"system::Int16", L"Int16", RpcJsonPrimitiveKind::Number);
					add(L"system::Int32", L"Int32", RpcJsonPrimitiveKind::Number);
					add(L"system::Int64", L"Int64", RpcJsonPrimitiveKind::Number);
					add(L"system::Single", L"Single", RpcJsonPrimitiveKind::Number);
					add(L"system::Double", L"Double", RpcJsonPrimitiveKind::Number);
					add(L"system::Boolean", L"Boolean", RpcJsonPrimitiveKind::Boolean);
					add(L"system::Char", L"Char", RpcJsonPrimitiveKind::String);
					add(L"system::String", L"String", RpcJsonPrimitiveKind::String);
					add(L"system::DateTime", L"DateTime", RpcJsonPrimitiveKind::String);
					add(L"system::Locale", L"Locale", RpcJsonPrimitiveKind::String);
				}

				Ptr<WfStatement> CreateWhile(Ptr<WfExpression> condition, Ptr<WfStatement> body)
				{
					auto statement = Ptr(new WfWhileStatement);
					statement->condition = condition;
					statement->statement = body;
					return statement;
				}

				WString GetRpcJsonSerializeEnumFunctionName(const WString& fullName)
				{
					return L"rpcjson_Serialize_Enum_" + MangleRpcFullName(fullName);
				}

				WString GetRpcJsonDeserializeEnumFunctionName(const WString& fullName)
				{
					return L"rpcjson_Deserialize_Enum_" + MangleRpcFullName(fullName);
				}

				WString GetRpcJsonSerializeStructFunctionName(const WString& fullName)
				{
					return L"rpcjson_Serialize_Struct_" + MangleRpcFullName(fullName);
				}

				WString GetRpcJsonDeserializeStructFunctionName(const WString& fullName)
				{
					return L"rpcjson_Deserialize_Struct_" + MangleRpcFullName(fullName);
				}

				WString GetRpcJsonPredefinedFullName(WfLexicalScopeManager* manager, WfPredefinedTypeName name)
				{
					switch (name)
					{
					case WfPredefinedTypeName::Int:
						return manager && manager->cputdSInt ? manager->cputdSInt->GetTypeName() : WString::Unmanaged(L"system::Int64");
					case WfPredefinedTypeName::UInt:
						return manager && manager->cputdUInt ? manager->cputdUInt->GetTypeName() : WString::Unmanaged(L"system::UInt64");
					case WfPredefinedTypeName::Float:
						return L"system::Single";
					case WfPredefinedTypeName::Double:
						return L"system::Double";
					case WfPredefinedTypeName::String:
						return L"system::String";
					case WfPredefinedTypeName::Char:
						return L"system::Char";
					case WfPredefinedTypeName::Bool:
						return L"system::Boolean";
					case WfPredefinedTypeName::Object:
						return L"system::Object";
					case WfPredefinedTypeName::Interface:
						return L"system::Interface";
					default:
						return L"";
					}
				}

				WString GetRpcJsonTypeFullName(WfLexicalScopeManager* manager, WfType* type)
				{
					if (!type) return L"";
					if (auto predefined = dynamic_cast<WfPredefinedType*>(type))
					{
						return GetRpcJsonPredefinedFullName(manager, predefined->name);
					}
					if (auto top = dynamic_cast<WfTopQualifiedType*>(type))
					{
						return top->name.value;
					}
					if (auto reference = dynamic_cast<WfReferenceType*>(type))
					{
						return reference->name.value;
					}
					if (auto child = dynamic_cast<WfChildType*>(type))
					{
						auto parent = GetRpcJsonTypeFullName(manager, child->parent.Obj());
						return parent == L"" ? child->name.value : parent + L"::" + child->name.value;
					}
					if (auto raw = dynamic_cast<WfRawPointerType*>(type))
					{
						return GetRpcJsonTypeFullName(manager, raw->element.Obj());
					}
					if (auto shared = dynamic_cast<WfSharedPointerType*>(type))
					{
						return GetRpcJsonTypeFullName(manager, shared->element.Obj());
					}
					if (auto nullable = dynamic_cast<WfNullableType*>(type))
					{
						return GetRpcJsonTypeFullName(manager, nullable->element.Obj());
					}
					return L"";
				}

				RpcJsonPrimitiveModel* FindRpcJsonPrimitive(List<RpcJsonPrimitiveModel>& primitives, const WString& fullName)
				{
					for (vint i = 0; i < primitives.Count(); i++)
					{
						if (primitives[i].fullName == fullName)
						{
							return &primitives[i];
						}
					}
					return nullptr;
				}

				const RpcJsonTypeModel* FindRpcJsonType(const List<RpcJsonTypeModel>& types, const WString& fullName)
				{
					for (vint i = 0; i < types.Count(); i++)
					{
						if (types[i].fullName == fullName)
						{
							return &types[i];
						}
					}
					return nullptr;
				}

				struct RpcJsonGenerationContext
				{
					WfLexicalScopeManager*			manager = nullptr;
					List<RpcJsonPrimitiveModel>*	primitives = nullptr;
					List<RpcJsonTypeModel>*		enums = nullptr;
					List<RpcJsonTypeModel>*		structs = nullptr;
					vint						tempIndex = 0;
				};

				WString AllocateRpcJsonTemp(RpcJsonGenerationContext& context, const wchar_t* prefix)
				{
					return WString::Unmanaged(prefix) + itow(context.tempIndex++);
				}

				Ptr<WfExpression> CreateRpcJsonToken(Ptr<WfExpression> value)
				{
					auto constructor = CreateConstructor();
					constructor->arguments.Add(CreateConstructorArgument(CreateReference(L"value"), value));
					return constructor;
				}

				WString AddRpcJsonLiteral(Ptr<WfBlockStatement> block, RpcJsonGenerationContext& context, const WString& literal)
				{
					auto nodeName = AllocateRpcJsonTemp(context, L"jsonLiteral");
					AddStatement(block, CreateInferredVariableStatement(nodeName, CreateNewClass(CreateTypeFromCpp<Ptr<glr::json::JsonLiteral>>())));
					AddStatement(block, CreateExpressionStatement(CreateAssign(CreateMember(CreateReference(nodeName), L"value"), CreateQualifiedExpression(L"system::JsonLiteralValue::" + literal))));
					return nodeName;
				}

				WString AddRpcJsonBooleanLiteral(Ptr<WfBlockStatement> block, RpcJsonGenerationContext& context, Ptr<WfExpression> value)
				{
					auto nodeName = AllocateRpcJsonTemp(context, L"jsonLiteral");
					AddStatement(block, CreateInferredVariableStatement(nodeName, CreateNewClass(CreateTypeFromCpp<Ptr<glr::json::JsonLiteral>>())));
					AddStatement(block, CreateIf(
						value,
						CreateExpressionStatement(CreateAssign(CreateMember(CreateReference(nodeName), L"value"), CreateQualifiedExpression(L"system::JsonLiteralValue::True"))),
						CreateExpressionStatement(CreateAssign(CreateMember(CreateReference(nodeName), L"value"), CreateQualifiedExpression(L"system::JsonLiteralValue::False")))));
					return nodeName;
				}

				WString AddRpcJsonString(Ptr<WfBlockStatement> block, RpcJsonGenerationContext& context, Ptr<WfExpression> value)
				{
					auto nodeName = AllocateRpcJsonTemp(context, L"jsonString");
					AddStatement(block, CreateInferredVariableStatement(nodeName, CreateNewClass(CreateTypeFromCpp<Ptr<glr::json::JsonString>>())));
					AddStatement(block, CreateExpressionStatement(CreateAssign(CreateMember(CreateReference(nodeName), L"content"), CreateRpcJsonToken(value))));
					return nodeName;
				}

				WString AddRpcJsonNumber(Ptr<WfBlockStatement> block, RpcJsonGenerationContext& context, Ptr<WfExpression> value)
				{
					auto nodeName = AllocateRpcJsonTemp(context, L"jsonNumber");
					AddStatement(block, CreateInferredVariableStatement(nodeName, CreateNewClass(CreateTypeFromCpp<Ptr<glr::json::JsonNumber>>())));
					AddStatement(block, CreateExpressionStatement(CreateAssign(CreateMember(CreateReference(nodeName), L"content"), CreateRpcJsonToken(value))));
					return nodeName;
				}

				void AddRpcJsonArrayItem(Ptr<WfBlockStatement> block, const WString& arrayName, Ptr<WfExpression> value)
				{
					AddStatement(block, CreateExpressionStatement(CreateCall(CreateMember(CreateMember(CreateReference(arrayName), L"items"), L"Add"), value)));
				}

				void AddRpcJsonObjectField(Ptr<WfBlockStatement> block, RpcJsonGenerationContext& context, Ptr<WfExpression> object, const WString& fieldName, Ptr<WfExpression> value)
				{
					auto fieldVar = AllocateRpcJsonTemp(context, L"jsonField");
					AddStatement(block, CreateInferredVariableStatement(fieldVar, CreateNewClass(CreateTypeFromCpp<Ptr<glr::json::JsonObjectField>>())));
					AddStatement(block, CreateExpressionStatement(CreateAssign(CreateMember(CreateReference(fieldVar), L"name"), CreateRpcJsonToken(CreateString(fieldName)))));
					AddStatement(block, CreateExpressionStatement(CreateAssign(CreateMember(CreateReference(fieldVar), L"value"), value)));
					AddStatement(block, CreateExpressionStatement(CreateCall(CreateMember(CreateMember(object, L"fields"), L"Add"), CreateReference(fieldVar))));
				}

				WString AddRpcJsonObjectFieldLookup(Ptr<WfBlockStatement> block, RpcJsonGenerationContext& context, Ptr<WfExpression> object, const WString& fieldName, bool required = true)
				{
					auto resultVar = AllocateRpcJsonTemp(context, L"jsonFieldValue");
					auto fieldVar = AllocateRpcJsonTemp(context, L"jsonField");
					AddStatement(block, CreateVariableStatement(resultVar, CreateTypeFromCpp<Ptr<glr::json::JsonNode>>(), CreateNull()));
					auto forBlock = CreateBlock();
					AddStatement(forBlock, CreateIf(
						CreateBinary(WfBinaryOperator::EQ, CreateMember(CreateMember(CreateReference(fieldVar), L"name"), L"value"), CreateString(fieldName)),
						CreateExpressionStatement(CreateAssign(CreateReference(resultVar), CreateMember(CreateReference(fieldVar), L"value")))));
					AddStatement(block, CreateForEach(fieldVar, CreateMember(object, L"fields"), forBlock));
					if (required)
					{
						AddStatement(block, CreateIf(CreateIsNull(CreateReference(resultVar)), CreateRaise(L"JSON object field not found: " + fieldName)));
					}
					return resultVar;
				}

				WString AddKnownRpcJsonSerializeValue(RpcJsonGenerationContext& context, Ptr<WfBlockStatement> block, Ptr<WfExpression> value, WfType* type);
				WString AddKnownRpcJsonDeserializeValue(RpcJsonGenerationContext& context, Ptr<WfBlockStatement> block, Ptr<WfExpression> node, WfType* type);

				Ptr<WfType> CreateWritableRpcJsonCollectionType(WfType* type)
				{
					if (auto enumerable = dynamic_cast<WfEnumerableType*>(type))
					{
						auto listType = Ptr(new WfMapType);
						listType->writability = WfMapWritability::Writable;
						listType->value = CopyType(enumerable->element.Obj());
						return listType;
					}
					if (auto map = dynamic_cast<WfMapType*>(type))
					{
						auto mapType = Ptr(new WfMapType);
						mapType->writability = WfMapWritability::Writable;
						mapType->key = map->key ? CopyType(map->key.Obj()) : nullptr;
						mapType->value = CopyType(map->value.Obj());
						return mapType;
					}
					if (auto observable = dynamic_cast<WfObservableListType*>(type))
					{
						auto listType = Ptr(new WfObservableListType);
						listType->element = CopyType(observable->element.Obj());
						return listType;
					}
					return CopyType(type);
				}

				Ptr<WfExpression> CreateRpcJsonSerializedArgument(vint index)
				{
					return CreateIndex(CreateReference(L"arguments"), CreateInt(index));
				}

				WString AddUnknownRpcJsonSerializeValue(RpcJsonGenerationContext& context, Ptr<WfBlockStatement> block, Ptr<WfExpression> value)
				{
					auto valueName = AllocateRpcJsonTemp(context, L"jsonValue");
					auto resultName = AllocateRpcJsonTemp(context, L"jsonNode");
					AddStatement(block, CreateInferredVariableStatement(valueName, value));
					AddStatement(block, CreateInferredVariableStatement(resultName, CreateCall(CreateReference(L"rpcjson_Serialize"), CreateReference(valueName))));
					return resultName;
				}

				WString AddKnownRpcJsonSerializeValue(RpcJsonGenerationContext& context, Ptr<WfBlockStatement> block, Ptr<WfExpression> value, WfType* type)
				{
					if (auto nullable = dynamic_cast<WfNullableType*>(type))
					{
						auto resultName = AllocateRpcJsonTemp(context, L"jsonNode");
						AddStatement(block, CreateVariableStatement(resultName, CreateTypeFromCpp<Ptr<glr::json::JsonNode>>(), CreateNull()));
						auto nullBranch = CreateBlock();
						auto nullNode = AddRpcJsonLiteral(nullBranch, context, L"Null");
						AddStatement(nullBranch, CreateExpressionStatement(CreateAssign(CreateReference(resultName), CreateReference(nullNode))));
						auto valueBranch = CreateBlock();
						auto valueNode = AddKnownRpcJsonSerializeValue(context, valueBranch, CreateCast(CopyType(nullable->element.Obj()), CopyExpression(value, true)), nullable->element.Obj());
						AddStatement(valueBranch, CreateExpressionStatement(CreateAssign(CreateReference(resultName), CreateReference(valueNode))));
						AddStatement(block, CreateIf(CreateIsNull(value), nullBranch, valueBranch));
						return resultName;
					}

					auto fullName = GetRpcJsonTypeFullName(context.manager, type);
					if (auto primitive = FindRpcJsonPrimitive(*context.primitives, fullName))
					{
						switch (primitive->kind)
						{
						case RpcJsonPrimitiveKind::Number:
							return AddRpcJsonNumber(block, context, CreateCast(CreatePredefinedType(WfPredefinedTypeName::String), value));
						case RpcJsonPrimitiveKind::Boolean:
							return AddRpcJsonBooleanLiteral(block, context, value);
						case RpcJsonPrimitiveKind::String:
							return AddRpcJsonString(block, context, CreateCast(CreatePredefinedType(WfPredefinedTypeName::String), value));
						default:
							CHECK_FAIL(L"Internal error: Unknown primitive kind.");
						}
					}

					if (fullName == L"system::JsonNode")
					{
						auto resultName = AllocateRpcJsonTemp(context, L"jsonNode");
						AddStatement(block, CreateInferredVariableStatement(resultName, value));
						return resultName;
					}

					if (fullName == L"system::Object" || fullName == L"system::Interface")
					{
						return AddUnknownRpcJsonSerializeValue(context, block, value);
					}

					if (FindRpcJsonType(*context.enums, fullName))
					{
						auto resultName = AllocateRpcJsonTemp(context, L"jsonNode");
						AddStatement(block, CreateInferredVariableStatement(resultName, CreateCall(CreateReference(GetRpcJsonSerializeEnumFunctionName(fullName)), value)));
						return resultName;
					}

					if (FindRpcJsonType(*context.structs, fullName))
					{
						auto resultName = AllocateRpcJsonTemp(context, L"jsonNode");
						AddStatement(block, CreateInferredVariableStatement(resultName, CreateCall(CreateReference(GetRpcJsonSerializeStructFunctionName(fullName)), value)));
						return resultName;
					}

					if (auto enumerable = dynamic_cast<WfEnumerableType*>(type))
					{
						auto arrayName = AllocateRpcJsonTemp(context, L"jsonArray");
						AddStatement(block, CreateInferredVariableStatement(arrayName, CreateNewClass(CreateTypeFromCpp<Ptr<glr::json::JsonArray>>())));
						auto forBlock = CreateBlock();
						auto itemNode = AddKnownRpcJsonSerializeValue(context, forBlock, CreateReference(L"item"), enumerable->element.Obj());
						AddRpcJsonArrayItem(forBlock, arrayName, CreateReference(itemNode));
						AddStatement(block, CreateForEach(L"item", value, forBlock));
						return arrayName;
					}

					if (auto map = dynamic_cast<WfMapType*>(type))
					{
						auto arrayName = AllocateRpcJsonTemp(context, L"jsonArray");
						AddStatement(block, CreateInferredVariableStatement(arrayName, CreateNewClass(CreateTypeFromCpp<Ptr<glr::json::JsonArray>>())));
						auto forBlock = CreateBlock();
						if (map->key)
						{
							auto pairName = AllocateRpcJsonTemp(context, L"jsonArray");
							AddStatement(forBlock, CreateInferredVariableStatement(pairName, CreateNewClass(CreateTypeFromCpp<Ptr<glr::json::JsonArray>>())));
							auto keyNode = AddKnownRpcJsonSerializeValue(context, forBlock, CreateReference(L"key"), map->key.Obj());
							AddRpcJsonArrayItem(forBlock, pairName, CreateReference(keyNode));
							auto valueNode = AddKnownRpcJsonSerializeValue(context, forBlock, CreateIndex(value, CreateReference(L"key")), map->value.Obj());
							AddRpcJsonArrayItem(forBlock, pairName, CreateReference(valueNode));
							AddRpcJsonArrayItem(forBlock, arrayName, CreateReference(pairName));
							AddStatement(block, CreateForEach(L"key", CreateMember(value, L"Keys"), forBlock));
						}
						else
						{
							auto itemNode = AddKnownRpcJsonSerializeValue(context, forBlock, CreateReference(L"item"), map->value.Obj());
							AddRpcJsonArrayItem(forBlock, arrayName, CreateReference(itemNode));
							AddStatement(block, CreateForEach(L"item", value, forBlock));
						}
						return arrayName;
					}

					if (auto observable = dynamic_cast<WfObservableListType*>(type))
					{
						auto arrayName = AllocateRpcJsonTemp(context, L"jsonArray");
						AddStatement(block, CreateInferredVariableStatement(arrayName, CreateNewClass(CreateTypeFromCpp<Ptr<glr::json::JsonArray>>())));
						auto forBlock = CreateBlock();
						auto itemNode = AddKnownRpcJsonSerializeValue(context, forBlock, CreateReference(L"item"), observable->element.Obj());
						AddRpcJsonArrayItem(forBlock, arrayName, CreateReference(itemNode));
						AddStatement(block, CreateForEach(L"item", value, forBlock));
						return arrayName;
					}

					return AddUnknownRpcJsonSerializeValue(context, block, value);
				}

				WString AddKnownRpcJsonDeserializeValue(RpcJsonGenerationContext& context, Ptr<WfBlockStatement> block, Ptr<WfExpression> node, WfType* type)
				{
					if (auto nullable = dynamic_cast<WfNullableType*>(type))
					{
						auto resultName = AllocateRpcJsonTemp(context, L"jsonValue");
						auto literalName = AllocateRpcJsonTemp(context, L"jsonLiteral");
						AddStatement(block, CreateVariableStatement(resultName, CopyType(type), CreateNull()));
						AddStatement(block, CreateInferredVariableStatement(literalName, CreateWeakCast(CreateTypeFromCpp<Ptr<glr::json::JsonLiteral>>(), CopyExpression(node, true))));
						auto assignBranch = CreateBlock();
						auto valueName = AddKnownRpcJsonDeserializeValue(context, assignBranch, node, nullable->element.Obj());
						AddStatement(assignBranch, CreateExpressionStatement(CreateAssign(CreateReference(resultName), CreateReference(valueName))));
						AddStatement(block, CreateIf(
							CreateBinary(
								WfBinaryOperator::Or,
								CreateIsNull(CreateReference(literalName)),
								CreateBinary(WfBinaryOperator::NE, CreateMember(CreateReference(literalName), L"value"), CreateQualifiedExpression(L"system::JsonLiteralValue::Null"))),
							assignBranch));
						return resultName;
					}

					auto fullName = GetRpcJsonTypeFullName(context.manager, type);
					if (auto primitive = FindRpcJsonPrimitive(*context.primitives, fullName))
					{
						auto resultName = AllocateRpcJsonTemp(context, L"jsonValue");
						auto deserialized = CreateCall(CreateReference(L"rpcjson_Deserialize"), node);
						auto value =
							primitive->kind == RpcJsonPrimitiveKind::Boolean || fullName == L"system::String"
							? CreateCast(CreateTopQualifiedType(fullName), deserialized)
							: CreateCast(CreateTopQualifiedType(fullName), CreateCast(CreatePredefinedType(WfPredefinedTypeName::String), deserialized));
						AddStatement(block, CreateInferredVariableStatement(resultName, value));
						return resultName;
					}

					if (fullName == L"system::JsonNode")
					{
						auto resultName = AllocateRpcJsonTemp(context, L"jsonValue");
						AddStatement(block, CreateInferredVariableStatement(resultName, node));
						return resultName;
					}

					if (fullName == L"system::Object" || fullName == L"system::Interface")
					{
						auto resultName = AllocateRpcJsonTemp(context, L"jsonValue");
						AddStatement(block, CreateInferredVariableStatement(resultName, CreateCall(CreateReference(L"rpcjson_Deserialize"), node)));
						return resultName;
					}

					if (FindRpcJsonType(*context.enums, fullName))
					{
						auto resultName = AllocateRpcJsonTemp(context, L"jsonValue");
						AddStatement(block, CreateInferredVariableStatement(resultName, CreateCall(CreateReference(GetRpcJsonDeserializeEnumFunctionName(fullName)), node)));
						return resultName;
					}

					if (FindRpcJsonType(*context.structs, fullName))
					{
						auto resultName = AllocateRpcJsonTemp(context, L"jsonValue");
						AddStatement(block, CreateInferredVariableStatement(resultName, CreateCall(CreateReference(GetRpcJsonDeserializeStructFunctionName(fullName)), node)));
						return resultName;
					}

					if (auto enumerable = dynamic_cast<WfEnumerableType*>(type))
					{
						auto resultName = AllocateRpcJsonTemp(context, L"jsonValue");
						auto arrayName = AllocateRpcJsonTemp(context, L"jsonArray");
						AddStatement(block, CreateVariableStatement(resultName, CreateWritableRpcJsonCollectionType(type), CreateConstructor()));
						AddStatement(block, CreateInferredVariableStatement(arrayName, CreateCast(CreateTypeFromCpp<Ptr<glr::json::JsonArray>>(), node)));
						auto forBlock = CreateBlock();
						auto itemValue = AddKnownRpcJsonDeserializeValue(context, forBlock, CreateReference(L"item"), enumerable->element.Obj());
						AddStatement(forBlock, CreateExpressionStatement(CreateCall(CreateMember(CreateReference(resultName), L"Add"), CreateReference(itemValue))));
						AddStatement(block, CreateForEach(L"item", CreateMember(CreateReference(arrayName), L"items"), forBlock));
						return resultName;
					}

					if (auto map = dynamic_cast<WfMapType*>(type))
					{
						auto resultName = AllocateRpcJsonTemp(context, L"jsonValue");
						auto arrayName = AllocateRpcJsonTemp(context, L"jsonArray");
						AddStatement(block, CreateVariableStatement(resultName, CreateWritableRpcJsonCollectionType(type), CreateConstructor()));
						AddStatement(block, CreateInferredVariableStatement(arrayName, CreateCast(CreateTypeFromCpp<Ptr<glr::json::JsonArray>>(), node)));
						auto forBlock = CreateBlock();
						if (map->key)
						{
							auto pairName = AllocateRpcJsonTemp(context, L"jsonArray");
							AddStatement(forBlock, CreateInferredVariableStatement(pairName, CreateCast(CreateTypeFromCpp<Ptr<glr::json::JsonArray>>(), CreateReference(L"item"))));
							auto keyValue = AddKnownRpcJsonDeserializeValue(context, forBlock, CreateJsonArrayItem(pairName, 0), map->key.Obj());
							auto itemValue = AddKnownRpcJsonDeserializeValue(context, forBlock, CreateJsonArrayItem(pairName, 1), map->value.Obj());
							AddStatement(forBlock, CreateExpressionStatement(CreateCall(CreateMember(CreateReference(resultName), L"Set"), CreateReference(keyValue), CreateReference(itemValue))));
						}
						else
						{
							auto itemValue = AddKnownRpcJsonDeserializeValue(context, forBlock, CreateReference(L"item"), map->value.Obj());
							AddStatement(forBlock, CreateExpressionStatement(CreateCall(CreateMember(CreateReference(resultName), L"Add"), CreateReference(itemValue))));
						}
						AddStatement(block, CreateForEach(L"item", CreateMember(CreateReference(arrayName), L"items"), forBlock));
						return resultName;
					}

					if (auto observable = dynamic_cast<WfObservableListType*>(type))
					{
						auto resultName = AllocateRpcJsonTemp(context, L"jsonValue");
						auto arrayName = AllocateRpcJsonTemp(context, L"jsonArray");
						AddStatement(block, CreateVariableStatement(resultName, CreateWritableRpcJsonCollectionType(type), CreateConstructor()));
						AddStatement(block, CreateInferredVariableStatement(arrayName, CreateCast(CreateTypeFromCpp<Ptr<glr::json::JsonArray>>(), node)));
						auto forBlock = CreateBlock();
						auto itemValue = AddKnownRpcJsonDeserializeValue(context, forBlock, CreateReference(L"item"), observable->element.Obj());
						AddStatement(forBlock, CreateExpressionStatement(CreateCall(CreateMember(CreateReference(resultName), L"Add"), CreateReference(itemValue))));
						AddStatement(block, CreateForEach(L"item", CreateMember(CreateReference(arrayName), L"items"), forBlock));
						return resultName;
					}

					auto resultName = AllocateRpcJsonTemp(context, L"jsonValue");
					AddStatement(block, CreateInferredVariableStatement(resultName, CreateCast(CopyType(type), CreateCall(CreateReference(L"rpcjson_Deserialize"), node))));
					return resultName;
				}

				void AddRpcJsonUnknownTupleReturn(RpcJsonGenerationContext& context, Ptr<WfBlockStatement> block, const WString& keyword, Ptr<WfExpression> valueNode)
				{
					auto arrayName = AllocateRpcJsonTemp(context, L"jsonArray");
					auto keywordNode = AddRpcJsonString(block, context, CreateString(keyword));
					AddStatement(block, CreateInferredVariableStatement(arrayName, CreateNewClass(CreateTypeFromCpp<Ptr<glr::json::JsonArray>>())));
					AddRpcJsonArrayItem(block, arrayName, CreateReference(keywordNode));
					AddRpcJsonArrayItem(block, arrayName, valueNode);
					AddStatement(block, CreateReturn(CreateReference(arrayName)));
				}

				Ptr<WfDeclaration> GenerateRpcJsonSerializeEnum(RpcJsonGenerationContext& context, const RpcJsonTypeModel& enumModel)
				{
					auto functionDecl = CreateFunctionDeclaration(GetRpcJsonSerializeEnumFunctionName(enumModel.fullName), CreateTypeFromCpp<Ptr<glr::json::JsonNode>>(), WfFunctionKind::Normal);
					functionDecl->arguments.Add(CreateFunctionArgument(L"value", CopyType(enumModel.type.Obj())));
					auto block = functionDecl->statement.Cast<WfBlockStatement>();
					auto nodeName = AddRpcJsonNumber(block, context, CreateCast(
						CreatePredefinedType(WfPredefinedTypeName::String),
						CreateCast(CreateTypeFromCpp<vuint64_t>(), CreateReference(L"value"))));
					AddStatement(block, CreateReturn(CreateReference(nodeName)));
					return functionDecl;
				}

				Ptr<WfDeclaration> GenerateRpcJsonDeserializeEnum(RpcJsonGenerationContext& context, const RpcJsonTypeModel& enumModel)
				{
					auto functionDecl = CreateFunctionDeclaration(GetRpcJsonDeserializeEnumFunctionName(enumModel.fullName), CopyType(enumModel.type.Obj()), WfFunctionKind::Normal);
					functionDecl->arguments.Add(CreateFunctionArgument(L"node", CreateTypeFromCpp<Ptr<glr::json::JsonNode>>()));
					auto block = functionDecl->statement.Cast<WfBlockStatement>();
					AddStatement(block, CreateReturn(CreateCast(
						CopyType(enumModel.type.Obj()),
						CreateCast(CreateTypeFromCpp<vuint64_t>(), CreateMember(CreateMember(CreateCast(CreateTypeFromCpp<Ptr<glr::json::JsonNumber>>(), CreateReference(L"node")), L"content"), L"value")))));
					return functionDecl;
				}

				void AddRpcJsonStructFields(RpcJsonGenerationContext& context, Ptr<WfBlockStatement> block, const RpcJsonTypeModel& structModel, const WString& objectName, const WString& valueName)
				{
					for (auto&& field : *structModel.fields.Obj())
					{
						auto fieldNode = AddKnownRpcJsonSerializeValue(context, block, CreateMember(CreateReference(valueName), field.name), field.type.Obj());
						AddRpcJsonObjectField(block, context, CreateReference(objectName), field.name, CreateReference(fieldNode));
					}
				}

				Ptr<WfDeclaration> GenerateRpcJsonSerializeStruct(RpcJsonGenerationContext& context, const RpcJsonTypeModel& structModel)
				{
					auto functionDecl = CreateFunctionDeclaration(GetRpcJsonSerializeStructFunctionName(structModel.fullName), CreateTypeFromCpp<Ptr<glr::json::JsonNode>>(), WfFunctionKind::Normal);
					functionDecl->arguments.Add(CreateFunctionArgument(L"value", CopyType(structModel.type.Obj())));
					auto block = functionDecl->statement.Cast<WfBlockStatement>();
					AddStatement(block, CreateInferredVariableStatement(L"object", CreateNewClass(CreateTypeFromCpp<Ptr<glr::json::JsonObject>>())));
					AddRpcJsonStructFields(context, block, structModel, L"object", L"value");
					AddStatement(block, CreateReturn(CreateReference(L"object")));
					return functionDecl;
				}

				Ptr<WfDeclaration> GenerateRpcJsonDeserializeStruct(RpcJsonGenerationContext& context, const RpcJsonTypeModel& structModel)
				{
					auto functionDecl = CreateFunctionDeclaration(GetRpcJsonDeserializeStructFunctionName(structModel.fullName), CopyType(structModel.type.Obj()), WfFunctionKind::Normal);
					functionDecl->arguments.Add(CreateFunctionArgument(L"node", CreateTypeFromCpp<Ptr<glr::json::JsonNode>>()));
					auto block = functionDecl->statement.Cast<WfBlockStatement>();
					AddStatement(block, CreateInferredVariableStatement(L"object", CreateCast(CreateTypeFromCpp<Ptr<glr::json::JsonObject>>(), CreateReference(L"node"))));
					auto constructor = CreateConstructor();
					for (auto&& field : *structModel.fields.Obj())
					{
						auto fieldNode = AddRpcJsonObjectFieldLookup(block, context, CreateReference(L"object"), field.name);
						auto fieldValue = AddKnownRpcJsonDeserializeValue(context, block, CreateReference(fieldNode), field.type.Obj());
						constructor->arguments.Add(CreateConstructorArgument(CreateReference(field.name), CreateReference(fieldValue)));
					}
					AddStatement(block, CreateReturn(constructor));
					return functionDecl;
				}

				void AddUnknownSerializeCollectionCase(RpcJsonGenerationContext& context, Ptr<WfBlockStatement> block, const WString& varName, const WString& typeFullName, const WString& keyword)
				{
					AddStatement(block, CreateInferredVariableStatement(varName, CreateWeakCast(CreateSharedType(typeFullName), CreateReference(L"value"))));
					auto trueBranch = CreateBlock();
					AddStatement(trueBranch, CreateInferredVariableStatement(L"object", CreateNewClass(CreateTypeFromCpp<Ptr<glr::json::JsonObject>>())));
					auto keywordNode = AddRpcJsonString(trueBranch, context, CreateString(keyword));
					AddRpcJsonObjectField(trueBranch, context, CreateReference(L"object"), L"$", CreateReference(keywordNode));
					AddStatement(trueBranch, CreateInferredVariableStatement(L"values", CreateNewClass(CreateTypeFromCpp<Ptr<glr::json::JsonArray>>())));
					auto forBlock = CreateBlock();
					AddRpcJsonArrayItem(forBlock, L"values", CreateCall(CreateReference(L"rpcjson_Serialize"), CreateReference(L"item")));
					AddStatement(trueBranch, CreateForEach(L"item", CreateReference(varName), forBlock));
					AddRpcJsonObjectField(trueBranch, context, CreateReference(L"object"), L"values", CreateReference(L"values"));
					AddStatement(trueBranch, CreateReturn(CreateReference(L"object")));
					AddStatement(block, CreateIf(CreateIsNotNull(CreateReference(varName)), trueBranch));
				}

				void AddUnknownSerializeMapCase(RpcJsonGenerationContext& context, Ptr<WfBlockStatement> block, const WString& varName, const WString& typeFullName)
				{
					AddStatement(block, CreateInferredVariableStatement(varName, CreateWeakCast(CreateSharedType(typeFullName), CreateReference(L"value"))));
					auto trueBranch = CreateBlock();
					AddStatement(trueBranch, CreateInferredVariableStatement(L"object", CreateNewClass(CreateTypeFromCpp<Ptr<glr::json::JsonObject>>())));
					auto keywordNode = AddRpcJsonString(trueBranch, context, CreateString(L"map"));
					AddRpcJsonObjectField(trueBranch, context, CreateReference(L"object"), L"$", CreateReference(keywordNode));
					AddStatement(trueBranch, CreateInferredVariableStatement(L"values", CreateNewClass(CreateTypeFromCpp<Ptr<glr::json::JsonArray>>())));
					auto forBlock = CreateBlock();
					AddRpcJsonArrayItem(forBlock, L"values", CreateCall(CreateReference(L"rpcjson_Serialize"), CreateReference(L"key")));
					AddRpcJsonArrayItem(forBlock, L"values", CreateCall(CreateReference(L"rpcjson_Serialize"), CreateCall(CreateMember(CreateReference(varName), L"Get"), CreateReference(L"key"))));
					AddStatement(trueBranch, CreateForEach(L"key", CreateMember(CreateReference(varName), L"Keys"), forBlock));
					AddRpcJsonObjectField(trueBranch, context, CreateReference(L"object"), L"values", CreateReference(L"values"));
					AddStatement(trueBranch, CreateReturn(CreateReference(L"object")));
					AddStatement(block, CreateIf(CreateIsNotNull(CreateReference(varName)), trueBranch));
				}

				void AddUnknownSerializePrimitiveCase(RpcJsonGenerationContext& context, Ptr<WfBlockStatement> block, const RpcJsonPrimitiveModel& primitive)
				{
					if (primitive.kind == RpcJsonPrimitiveKind::Boolean || primitive.fullName == L"system::String")
					{
						return;
					}

					auto varName = L"value_" + MangleRpcFullName(primitive.fullName);
					auto nullableType = CreateNullableType(primitive.fullName);
					AddStatement(block, CreateInferredVariableStatement(varName, CreateWeakCast(nullableType, CreateReference(L"value"))));
					auto trueBranch = CreateBlock();
					auto varValue = CreateCast(CreateTopQualifiedType(primitive.fullName), CreateReference(varName));
					WString nodeName;
					switch (primitive.kind)
					{
					case RpcJsonPrimitiveKind::Number:
						nodeName = AddRpcJsonNumber(trueBranch, context, CreateCast(CreatePredefinedType(WfPredefinedTypeName::String), varValue));
						break;
					case RpcJsonPrimitiveKind::String:
						nodeName = AddRpcJsonString(trueBranch, context, CreateCast(CreatePredefinedType(WfPredefinedTypeName::String), varValue));
						break;
					default:
						CHECK_FAIL(L"Internal error: Unexpected primitive kind.");
					}
					AddRpcJsonUnknownTupleReturn(context, trueBranch, primitive.keyword, CreateReference(nodeName));
					AddStatement(block, CreateIf(CreateIsNotNull(CreateReference(varName)), trueBranch));
				}

				void AddUnknownSerializeEnumCase(RpcJsonGenerationContext& context, Ptr<WfBlockStatement> block, const RpcJsonTypeModel& enumModel)
				{
					auto varName = L"value_" + MangleRpcFullName(enumModel.fullName);
					auto nullableType = Ptr(new WfNullableType);
					nullableType->element = CopyType(enumModel.type.Obj());
					AddStatement(block, CreateInferredVariableStatement(varName, CreateWeakCast(nullableType, CreateReference(L"value"))));
					auto trueBranch = CreateBlock();
					auto valueNode = AllocateRpcJsonTemp(context, L"jsonNode");
					AddStatement(trueBranch, CreateInferredVariableStatement(valueNode, CreateCall(CreateReference(GetRpcJsonSerializeEnumFunctionName(enumModel.fullName)), CreateCast(CopyType(enumModel.type.Obj()), CreateReference(varName)))));
					AddRpcJsonUnknownTupleReturn(context, trueBranch, enumModel.fullName, CreateReference(valueNode));
					AddStatement(block, CreateIf(CreateIsNotNull(CreateReference(varName)), trueBranch));
				}

				void AddUnknownSerializeStructCase(RpcJsonGenerationContext& context, Ptr<WfBlockStatement> block, const RpcJsonTypeModel& structModel)
				{
					auto varName = L"value_" + MangleRpcFullName(structModel.fullName);
					auto nullableType = Ptr(new WfNullableType);
					nullableType->element = CopyType(structModel.type.Obj());
					AddStatement(block, CreateInferredVariableStatement(varName, CreateWeakCast(nullableType, CreateReference(L"value"))));
					auto trueBranch = CreateBlock();
					AddStatement(trueBranch, CreateInferredVariableStatement(L"object", CreateNewClass(CreateTypeFromCpp<Ptr<glr::json::JsonObject>>())));
					auto keywordNode = AddRpcJsonString(trueBranch, context, CreateString(structModel.fullName));
					AddRpcJsonObjectField(trueBranch, context, CreateReference(L"object"), L"$", CreateReference(keywordNode));
					auto varValueName = AllocateRpcJsonTemp(context, L"value");
					AddStatement(trueBranch, CreateInferredVariableStatement(varValueName, CreateCast(CopyType(structModel.type.Obj()), CreateReference(varName))));
					AddRpcJsonStructFields(context, trueBranch, structModel, L"object", varValueName);
					AddStatement(trueBranch, CreateReturn(CreateReference(L"object")));
					AddStatement(block, CreateIf(CreateIsNotNull(CreateReference(varName)), trueBranch));
				}

				Ptr<WfDeclaration> GenerateRpcJsonSerialize(RpcJsonGenerationContext& context)
				{
					auto functionDecl = CreateFunctionDeclaration(L"rpcjson_Serialize", CreateTypeFromCpp<Ptr<glr::json::JsonNode>>(), WfFunctionKind::Normal);
					functionDecl->arguments.Add(CreateFunctionArgument(L"value", CreatePredefinedType(WfPredefinedTypeName::Object)));
					auto block = functionDecl->statement.Cast<WfBlockStatement>();
					for (auto&& enumModel : *context.enums)
					{
						AddUnknownSerializeEnumCase(context, block, enumModel);
					}
					for (auto&& structModel : *context.structs)
					{
						AddUnknownSerializeStructCase(context, block, structModel);
					}
					AddStatement(block, CreateReturn(CreateCall(
						CreateQualifiedExpression(L"system::IRpcLifecycle::JsonSerializePredefinedTypes"),
						CreateReference(L"value"),
						CreateReference(L"rpcjson_Serialize"))));
					return functionDecl;
				}

				void AddUnknownDeserializePrimitiveCase(Ptr<WfSwitchStatement> switchStat, const RpcJsonPrimitiveModel& primitive)
				{
					if (primitive.kind == RpcJsonPrimitiveKind::Boolean || primitive.fullName == L"system::String")
					{
						return;
					}

					auto jsonType = primitive.kind == RpcJsonPrimitiveKind::Number ? L"system::JsonNumber" : L"system::JsonString";
					AddSwitchCase(
						switchStat,
						CreateString(primitive.keyword),
						CreateReturn(CreateCast(CreateTopQualifiedType(primitive.fullName), CreateJsonArrayItemContent(L"array", 1, jsonType))));
				}

				void AddUnknownDeserializeEnumCase(Ptr<WfSwitchStatement> switchStat, const RpcJsonTypeModel& enumModel)
				{
					AddSwitchCase(
						switchStat,
						CreateString(enumModel.fullName),
						CreateReturn(CreateCall(CreateReference(GetRpcJsonDeserializeEnumFunctionName(enumModel.fullName)), CreateJsonArrayItem(L"array", 1))));
				}

				void AddUnknownDeserializeStructCase(Ptr<WfSwitchStatement> switchStat, const RpcJsonTypeModel& structModel)
				{
					AddSwitchCase(
						switchStat,
						CreateString(structModel.fullName),
						CreateReturn(CreateCall(CreateReference(GetRpcJsonDeserializeStructFunctionName(structModel.fullName)), CreateReference(L"object"))));
				}

				Ptr<WfStatement> CreateUnknownDeserializeListCase(RpcJsonGenerationContext& context, const WString& variableType)
				{
					auto block = CreateBlock();
					AddStatement(block, CreateVariableStatement(L"result", CreateSharedType(variableType), CreateConstructor()));
					auto valuesNode = AddRpcJsonObjectFieldLookup(block, context, CreateReference(L"object"), L"values");
					AddStatement(block, CreateInferredVariableStatement(L"values", CreateCast(CreateTypeFromCpp<Ptr<glr::json::JsonArray>>(), CreateReference(valuesNode))));
					auto forBlock = CreateBlock();
					AddStatement(forBlock, CreateExpressionStatement(CreateCall(CreateMember(CreateReference(L"result"), L"Add"), CreateCall(CreateReference(L"rpcjson_Deserialize"), CreateReference(L"item")))));
					AddStatement(block, CreateForEach(L"item", CreateMember(CreateReference(L"values"), L"items"), forBlock));
					AddStatement(block, CreateReturn(CreateReference(L"result")));
					return block;
				}

				Ptr<WfStatement> CreateUnknownDeserializeMapCase(RpcJsonGenerationContext& context)
				{
					auto block = CreateBlock();
					AddStatement(block, CreateVariableStatement(L"result", CreateTypeFromCpp<Ptr<IValueDictionary>>(), CreateConstructor()));
					auto valuesNode = AddRpcJsonObjectFieldLookup(block, context, CreateReference(L"object"), L"values");
					AddStatement(block, CreateInferredVariableStatement(L"values", CreateCast(CreateTypeFromCpp<Ptr<glr::json::JsonArray>>(), CreateReference(valuesNode))));
					AddStatement(block, CreateInferredVariableStatement(L"index", CreateInt(0)));
					auto whileBlock = CreateBlock();
					AddStatement(whileBlock, CreateExpressionStatement(CreateCall(
						CreateMember(CreateReference(L"result"), L"Set"),
						CreateCall(CreateReference(L"rpcjson_Deserialize"), CreateIndex(CreateMember(CreateReference(L"values"), L"items"), CreateReference(L"index"))),
						CreateCall(CreateReference(L"rpcjson_Deserialize"), CreateIndex(CreateMember(CreateReference(L"values"), L"items"), CreateBinary(WfBinaryOperator::Add, CreateReference(L"index"), CreateInt(1)))))));
					AddStatement(whileBlock, CreateExpressionStatement(CreateAssign(CreateReference(L"index"), CreateBinary(WfBinaryOperator::Add, CreateReference(L"index"), CreateInt(2)))));
					AddStatement(block, CreateWhile(CreateBinary(WfBinaryOperator::LT, CreateReference(L"index"), CreateMember(CreateMember(CreateReference(L"values"), L"items"), L"Count")), whileBlock));
					AddStatement(block, CreateReturn(CreateReference(L"result")));
					return block;
				}

				Ptr<WfDeclaration> GenerateRpcJsonDeserialize(RpcJsonGenerationContext& context)
				{
					auto functionDecl = CreateFunctionDeclaration(L"rpcjson_Deserialize", CreatePredefinedType(WfPredefinedTypeName::Object), WfFunctionKind::Normal);
					functionDecl->arguments.Add(CreateFunctionArgument(L"node", CreateTypeFromCpp<Ptr<glr::json::JsonNode>>()));
					auto block = functionDecl->statement.Cast<WfBlockStatement>();

					if (context.enums->Count() > 0)
					{
						AddStatement(block, CreateInferredVariableStatement(L"array", CreateWeakCast(CreateTypeFromCpp<Ptr<glr::json::JsonArray>>(), CreateReference(L"node"))));
						auto arrayBranch = CreateBlock();
						AddStatement(arrayBranch, CreateInferredVariableStatement(L"keyword", CreateJsonArrayItemContent(L"array", 0, L"system::JsonString")));
						auto arraySwitch = Ptr(new WfSwitchStatement);
						arraySwitch->expression = CreateReference(L"keyword");
						for (auto&& enumModel : *context.enums)
						{
							AddUnknownDeserializeEnumCase(arraySwitch, enumModel);
						}
						AddStatement(arrayBranch, arraySwitch);
						AddStatement(block, CreateIf(CreateIsNotNull(CreateReference(L"array")), arrayBranch));
					}

					AddStatement(block, CreateInferredVariableStatement(L"object", CreateWeakCast(CreateTypeFromCpp<Ptr<glr::json::JsonObject>>(), CreateReference(L"node"))));
					auto objectBranch = CreateBlock();
					{
						auto keywordNode = AddRpcJsonObjectFieldLookup(objectBranch, context, CreateReference(L"object"), L"$", false);
						auto keywordBranch = CreateBlock();
						AddStatement(keywordBranch, CreateInferredVariableStatement(L"keyword", CreateMember(CreateMember(CreateCast(CreateTypeFromCpp<Ptr<glr::json::JsonString>>(), CreateReference(keywordNode)), L"content"), L"value")));
						auto objectSwitch = Ptr(new WfSwitchStatement);
						objectSwitch->expression = CreateReference(L"keyword");
						for (auto&& structModel : *context.structs)
						{
							AddUnknownDeserializeStructCase(objectSwitch, structModel);
						}
						AddStatement(keywordBranch, objectSwitch);
						AddStatement(objectBranch, CreateIf(CreateIsNotNull(CreateReference(keywordNode)), keywordBranch));
					}
					AddStatement(block, CreateIf(CreateIsNotNull(CreateReference(L"object")), objectBranch));
					AddStatement(block, CreateReturn(CreateCall(
						CreateQualifiedExpression(L"system::IRpcLifecycle::JsonDeserializePredefinedTypes"),
						CreateReference(L"node"),
						CreateReference(L"rpcjson_Deserialize"))));
					return functionDecl;
				}

				void AddRpcJsonDeclarations(WfLexicalScopeManager* manager, Ptr<WfModule> module)
				{
					List<RpcJsonPrimitiveModel> primitives;
					List<RpcJsonTypeModel> enums;
					List<RpcJsonTypeModel> structs;
					CollectRpcJsonPrimitives(primitives);
					CollectRpcJsonTypes(manager, enums, structs);

					RpcJsonGenerationContext context;
					context.manager = manager;
					context.primitives = &primitives;
					context.enums = &enums;
					context.structs = &structs;

					for (auto&& enumModel : enums)
					{
						module->declarations.Add(GenerateRpcJsonSerializeEnum(context, enumModel));
						module->declarations.Add(GenerateRpcJsonDeserializeEnum(context, enumModel));
					}
					for (auto&& structModel : structs)
					{
						module->declarations.Add(GenerateRpcJsonSerializeStruct(context, structModel));
						module->declarations.Add(GenerateRpcJsonDeserializeStruct(context, structModel));
					}
					module->declarations.Add(GenerateRpcJsonSerialize(context));
					module->declarations.Add(GenerateRpcJsonDeserialize(context));
				}

				Ptr<WfDeclaration> GenerateRpcSerializerFactoryJson()
				{
					auto functionDecl = CreateFunctionDeclaration(L"rpcops_IRpcSerializer", CreateTypeFromCpp<Ptr<rpc_controller::IRpcSerializer>>(), WfFunctionKind::Normal);
					auto newSerializer = CreateNewInterface(CreateTypeFromCpp<Ptr<rpc_controller::IRpcSerializer>>()).Cast<WfNewInterfaceExpression>();

					{
						auto serialize = CreateFunctionDeclaration(L"Serialize", CreatePredefinedType(WfPredefinedTypeName::Object), WfFunctionKind::Override);
						serialize->arguments.Add(CreateFunctionArgument(L"value", CreatePredefinedType(WfPredefinedTypeName::Object)));
						auto block = serialize->statement.Cast<WfBlockStatement>();
						AddStatement(block, CreateInferredVariableStatement(L"result", CreateCall(CreateReference(L"rpcjson_Serialize"), CreateReference(L"value"))));
						AddStatement(block, CreateReturn(CreateReference(L"result")));
						newSerializer->declarations.Add(serialize);
					}

					{
						auto deserialize = CreateFunctionDeclaration(L"Deserialize", CreatePredefinedType(WfPredefinedTypeName::Object), WfFunctionKind::Override);
						deserialize->arguments.Add(CreateFunctionArgument(L"value", CreatePredefinedType(WfPredefinedTypeName::Object)));
						auto block = deserialize->statement.Cast<WfBlockStatement>();
						AddStatement(block, CreateReturn(CreateCall(
							CreateReference(L"rpcjson_Deserialize"),
							CreateCast(CreateTypeFromCpp<Ptr<glr::json::JsonNode>>(), CreateReference(L"value")))));
						newSerializer->declarations.Add(deserialize);
					}

					AddStatement(functionDecl->statement.Cast<WfBlockStatement>(), CreateReturn(newSerializer));
					return functionDecl;
				}

				WString AddRpcJsonSerializeValue(WfLexicalScopeManager* manager, vint& tempIndex, Ptr<WfBlockStatement> block, Ptr<WfExpression> value, WfType* type)
				{
					List<RpcJsonPrimitiveModel> primitives;
					List<RpcJsonTypeModel> enums;
					List<RpcJsonTypeModel> structs;
					CollectRpcJsonPrimitives(primitives);
					CollectRpcJsonTypes(manager, enums, structs);

					RpcJsonGenerationContext context;
					context.manager = manager;
					context.primitives = &primitives;
					context.enums = &enums;
					context.structs = &structs;
					context.tempIndex = tempIndex;

					auto result = AddKnownRpcJsonSerializeValue(context, block, value, type);
					tempIndex = context.tempIndex;
					return result;
				}

				WString AddRpcJsonDeserializeValue(WfLexicalScopeManager* manager, vint& tempIndex, Ptr<WfBlockStatement> block, Ptr<WfExpression> node, WfType* type)
				{
					List<RpcJsonPrimitiveModel> primitives;
					List<RpcJsonTypeModel> enums;
					List<RpcJsonTypeModel> structs;
					CollectRpcJsonPrimitives(primitives);
					CollectRpcJsonTypes(manager, enums, structs);

					RpcJsonGenerationContext context;
					context.manager = manager;
					context.primitives = &primitives;
					context.enums = &enums;
					context.structs = &structs;
					context.tempIndex = tempIndex;

					auto result = AddKnownRpcJsonDeserializeValue(context, block, node, type);
					tempIndex = context.tempIndex;
					return result;
				}

				Ptr<WfType> CreateRpcJsonTransferType(ITypeInfo* typeInfo, bool byref, WfType* type)
				{
					if (IsSharedInterfaceType(typeInfo))
					{
						return byref
							? CreateTypeFromCpp<rpc_controller::RpcObjectReference>()
							: CreatePredefinedType(WfPredefinedTypeName::Object);
					}
					return CopyType(type);
				}

				Ptr<WfExpression> CreateRpcJsonTransferExpression(ITypeInfo* typeInfo, bool byref, Ptr<WfExpression> value, Ptr<WfExpression> lifecycle)
				{
					if (IsSharedInterfaceType(typeInfo))
					{
						return CreateRpcBoxExpression(typeInfo, byref, value, lifecycle);
					}
					return value;
				}

				Ptr<WfExpression> CreateRpcJsonTransferExpression(const RpcParamModel& paramModel, Ptr<WfExpression> value, Ptr<WfExpression> lifecycle)
				{
					return CreateRpcJsonTransferExpression(paramModel.typeInfo, paramModel.byref, value, lifecycle);
				}

				Ptr<WfExpression> CreateJsonDispatchArgument(
					WfLexicalScopeManager* manager,
					vint& tempIndex,
					Ptr<WfBlockStatement> block,
					Ptr<WfExpression> node,
					const RpcParamModel& paramModel)
				{
					auto transferType = CreateRpcJsonTransferType(paramModel.typeInfo, paramModel.byref, paramModel.type.Obj());
					auto valueName = AddRpcJsonDeserializeValue(manager, tempIndex, block, node, transferType.Obj());
					if (IsSharedInterfaceType(paramModel.typeInfo))
					{
						return CreateRpcUnboxExpression(paramModel.typeInfo, paramModel.type, paramModel.byref, CreateReference(valueName), CreateReference(L"_lc"));
					}
					return CreateReference(valueName);
				}

				Ptr<WfStatement> BuildInvokeMethodBranchJson(WfLexicalScopeManager* manager, const RpcInterfaceModel& interfaceModel, const RpcMethodModel& methodModel)
				{
					auto block = CreateBlock();
					AddStatement(block, CreateInferredVariableStatement(L"target", CreateCast(CreateSharedType(interfaceModel.fullName), CreateCall(CreateMember(CreateReference(L"_lc"), L"RefToPtr"), CreateReference(L"ref")))));

					List<Ptr<WfExpression>> arguments;
					vint tempIndex = 0;
					for (vint i = 0; i < methodModel.params.Count(); i++)
					{
						auto&& paramModel = methodModel.params[i];
						arguments.Add(CreateJsonDispatchArgument(
							manager,
							tempIndex,
							block,
							CreateCast(CreateTypeFromCpp<Ptr<glr::json::JsonNode>>(), CreateRpcJsonSerializedArgument(i)),
							paramModel));
					}

					auto invokeTarget = CreateMember(CreateReference(L"target"), methodModel.name);
					auto invoke = Ptr(new WfCallExpression);
					invoke->function = invokeTarget;
					for (auto argument : arguments)
					{
						invoke->arguments.Add(argument);
					}

					if (IsVoidType(methodModel.returnType.Obj()))
					{
						AddStatement(block, CreateExpressionStatement(invoke));
						RpcJsonGenerationContext context;
						context.manager = manager;
						context.tempIndex = tempIndex;
						auto nodeName = AddRpcJsonLiteral(block, context, L"Null");
						tempIndex = context.tempIndex;
						AddStatement(block, CreateReturn(CreateReference(nodeName)));
					}
					else
					{
						auto transferType = CreateRpcJsonTransferType(methodModel.returnTypeInfo, methodModel.returnByref, methodModel.returnType.Obj());
						if (IsRpcByvalReturn(methodModel))
						{
							AddStatement(block, CreateInferredVariableStatement(L"copiedReturnValue", CreateRpcCopyByvalExpression(invoke, CreateReference(L"_lc"))));
							auto transferValue = CreateRpcJsonTransferExpression(methodModel.returnTypeInfo, methodModel.returnByref, CreateReference(L"copiedReturnValue"), CreateReference(L"_lc"));
							auto nodeName = AddRpcJsonSerializeValue(manager, tempIndex, block, transferValue, transferType.Obj());
							AddRpcByvalReturnValue(block, CreateReference(nodeName), CreateReference(L"copiedReturnValue"));
						}
						else
						{
							auto transferValue = CreateRpcJsonTransferExpression(methodModel.returnTypeInfo, methodModel.returnByref, invoke, CreateReference(L"_lc"));
							auto nodeName = AddRpcJsonSerializeValue(manager, tempIndex, block, transferValue, transferType.Obj());
							AddStatement(block, CreateReturn(CreateReference(nodeName)));
						}
					}
					return block;
				}

				Ptr<WfStatement> BuildInvokeEventBranchJson(WfLexicalScopeManager* manager, const RpcInterfaceModel& interfaceModel, const RpcEventModel& eventModel)
				{
					auto block = CreateBlock();
					AddStatement(block, CreateInferredVariableStatement(L"target", CreateCast(CreateSharedType(interfaceModel.fullName), CreateCall(CreateMember(CreateReference(L"_lc"), L"RefToPtr"), CreateReference(L"ref")))));

					auto invoke = Ptr(new WfCallExpression);
					invoke->function = CreateMember(CreateReference(L"target"), eventModel.name);
					vint tempIndex = 0;
					for (vint i = 0; i < eventModel.params.Count(); i++)
					{
						auto&& paramModel = eventModel.params[i];
						invoke->arguments.Add(CreateJsonDispatchArgument(
							manager,
							tempIndex,
							block,
							CreateCast(CreateTypeFromCpp<Ptr<glr::json::JsonNode>>(), CreateRpcJsonSerializedArgument(i)),
							paramModel));
					}
					AddStatement(block, CreateExpressionStatement(invoke));
					return block;
				}

				Ptr<WfStatement> BuildDispatchChainJson(WfLexicalScopeManager* manager, const List<RpcInterfaceModel>& interfaces, bool forEvent, const WString& unknownIdVariable = WString::Empty)
				{
					auto switchStat = Ptr(new WfSwitchStatement);
					switchStat->expression = CreateReference(forEvent ? L"eventId" : L"methodId");
					switchStat->defaultBranch =
						unknownIdVariable == L""
						? CreateRaise(forEvent ? L"Unknown RPC event id." : L"Unknown RPC method id.")
						: CreateExpressionStatement(CreateAssign(CreateReference(unknownIdVariable), CreateBool(true)));

					for (auto&& interfaceModel : interfaces)
					{
						if (forEvent)
						{
							for (auto&& eventModel : interfaceModel.events)
							{
								auto switchCase = Ptr(new WfSwitchCase);
								switchCase->expression = CreateRpcConstantReference(L"rpcevent_", eventModel.fullName);
								switchCase->statement = BuildInvokeEventBranchJson(manager, interfaceModel, eventModel);
								switchStat->caseBranches.Add(switchCase);
							}
						}
						else
						{
							for (auto&& methodModel : interfaceModel.methods)
							{
								auto switchCase = Ptr(new WfSwitchCase);
								switchCase->expression = CreateRpcConstantReference(L"rpcmethod_", methodModel.fullName);
								switchCase->statement = BuildInvokeMethodBranchJson(manager, interfaceModel, methodModel);
								switchStat->caseBranches.Add(switchCase);
							}
						}
					}
					return switchStat;
				}

				Ptr<WfDeclaration> GenerateObjectOpsFactoryJson(WfLexicalScopeManager* manager, const List<RpcInterfaceModel>& interfaces)
				{
					auto functionDecl = CreateFunctionDeclaration(L"rpcops_IRpcObjectOpsJson", CreateTypeFromCpp<Ptr<rpc_controller::IRpcObjectOps>>(), WfFunctionKind::Normal);
					functionDecl->arguments.Add(CreateFunctionArgument(L"lc", CreateTypeFromCpp<rpc_controller::IRpcLifecycle*>()));
					auto newOps = CreateNewInterface(CreateTypeFromCpp<Ptr<rpc_controller::IRpcObjectOps>>()).Cast<WfNewInterfaceExpression>();
					newOps->declarations.Add(CreateVariableDeclaration(L"_lc", CreateTypeFromCpp<rpc_controller::IRpcLifecycle*>(), CreateReference(L"lc")));
					newOps->declarations.Add(CreateVariableDeclaration(L"_slot", CreatePredefinedType(WfPredefinedTypeName::Int), CreateInt(0)));
					newOps->declarations.Add(CreateVariableDeclaration(L"_byvalReturnValues", CreateTypeFromCpp<Dictionary<vint, Value>>(), CreateConstructor()));

					{
						auto invokeMethod = CreateFunctionDeclaration(L"InvokeMethod", CreatePredefinedType(WfPredefinedTypeName::Object), WfFunctionKind::Override);
						invokeMethod->arguments.Add(CreateFunctionArgument(L"ref", CreateTypeFromCpp<rpc_controller::RpcObjectReference>()));
						invokeMethod->arguments.Add(CreateFunctionArgument(L"methodId", CreatePredefinedType(WfPredefinedTypeName::Int)));
						invokeMethod->arguments.Add(CreateFunctionArgument(L"arguments", CreateTypeFromCpp<Ptr<IValueArray>>()));
						auto block = invokeMethod->statement.Cast<WfBlockStatement>();
						AddStatement(block, CreateVariableStatement(L"unknownId", CreatePredefinedType(WfPredefinedTypeName::Bool), CreateBool(false)));
						auto catchBlock = CreateBlock();
						AddStatement(catchBlock, CreateReturn(CreateCall(CreateReference(L"rpcjson_Serialize"), CreateRpcExceptionExpression(CreateMember(CreateReference(L"ex"), L"Message")))));
						AddStatement(block, CreateTryCatch(BuildDispatchChainJson(manager, interfaces, false, L"unknownId"), L"ex", catchBlock));
						auto unknownIdBranch = CreateBlock();
						AddStatement(unknownIdBranch, CreateRaise(L"Unknown RPC method id."));
						AddStatement(block, CreateIf(CreateReference(L"unknownId"), unknownIdBranch));
						AddStatement(block, CreateReturn(CreateCall(CreateReference(L"rpcjson_Serialize"), CreateNull())));
						newOps->declarations.Add(invokeMethod);
					}

					{
						auto endInvokeMethod = CreateFunctionDeclaration(L"EndInvokeMethod", CreatePredefinedType(WfPredefinedTypeName::Void), WfFunctionKind::Override);
						endInvokeMethod->arguments.Add(CreateFunctionArgument(L"slot", CreatePredefinedType(WfPredefinedTypeName::Int)));
						AddStatement(endInvokeMethod->statement.Cast<WfBlockStatement>(), CreateExpressionStatement(CreateCall(CreateMember(CreateReference(L"_byvalReturnValues"), L"Remove"), CreateReference(L"slot"))));
						newOps->declarations.Add(endInvokeMethod);
					}

					{
						auto objectHold = CreateFunctionDeclaration(L"ObjectHold", CreatePredefinedType(WfPredefinedTypeName::Void), WfFunctionKind::Override);
						objectHold->arguments.Add(CreateFunctionArgument(L"ref", CreateTypeFromCpp<rpc_controller::RpcObjectReference>()));
						objectHold->arguments.Add(CreateFunctionArgument(L"remoteClientId", CreatePredefinedType(WfPredefinedTypeName::Int)));
						objectHold->arguments.Add(CreateFunctionArgument(L"hold", CreatePredefinedType(WfPredefinedTypeName::Bool)));
						auto trueBranch = CreateBlock();
						AddStatement(trueBranch, CreateExpressionStatement(CreateCall(CreateMember(CreateReference(L"_lc"), L"LocalObjectHold"), CreateReference(L"ref"), CreateReference(L"remoteClientId"))));
						auto falseBranch = CreateBlock();
						AddStatement(falseBranch, CreateExpressionStatement(CreateCall(CreateMember(CreateReference(L"_lc"), L"LocalObjectUnhold"), CreateReference(L"ref"), CreateReference(L"remoteClientId"))));
						AddStatement(objectHold->statement.Cast<WfBlockStatement>(), CreateIf(CreateReference(L"hold"), trueBranch, falseBranch));
						newOps->declarations.Add(objectHold);
					}

					AddStatement(functionDecl->statement.Cast<WfBlockStatement>(), CreateReturn(newOps));
					return functionDecl;
				}

				Ptr<WfDeclaration> GenerateObjectEventOpsFactoryJson(WfLexicalScopeManager* manager, const List<RpcInterfaceModel>& interfaces)
				{
					auto functionDecl = CreateFunctionDeclaration(L"rpcops_IRpcObjectEventOpsJson", CreateTypeFromCpp<Ptr<rpc_controller::IRpcObjectEventOps>>(), WfFunctionKind::Normal);
					functionDecl->arguments.Add(CreateFunctionArgument(L"lc", CreateTypeFromCpp<rpc_controller::IRpcLifecycle*>()));
					auto newOps = CreateNewInterface(CreateTypeFromCpp<Ptr<rpc_controller::IRpcObjectEventOps>>()).Cast<WfNewInterfaceExpression>();
					newOps->declarations.Add(CreateVariableDeclaration(L"_lc", CreateTypeFromCpp<rpc_controller::IRpcLifecycle*>(), CreateReference(L"lc")));

					{
						auto invokeEvent = CreateFunctionDeclaration(L"InvokeEvent", CreatePredefinedType(WfPredefinedTypeName::Object), WfFunctionKind::Override);
						invokeEvent->arguments.Add(CreateFunctionArgument(L"ref", CreateTypeFromCpp<rpc_controller::RpcObjectReference>()));
						invokeEvent->arguments.Add(CreateFunctionArgument(L"eventId", CreatePredefinedType(WfPredefinedTypeName::Int)));
						invokeEvent->arguments.Add(CreateFunctionArgument(L"arguments", CreateTypeFromCpp<Ptr<IValueArray>>()));
						auto block = invokeEvent->statement.Cast<WfBlockStatement>();
						if (!HasRpcEvents(interfaces))
						{
							AddStatement(block, CreateRaise(L"Unknown RPC event id."));
							newOps->declarations.Add(invokeEvent);
						}
						else
						{
							AddStatement(block, CreateVariableStatement(L"unknownId", CreatePredefinedType(WfPredefinedTypeName::Bool), CreateBool(false)));
							AddStatement(block, CreateVariableStatement(L"rpcEventExceptions", CreateRpcEventExceptionMapType(), CreateConstructor()));
							AddStatement(block, CreateExpressionStatement(CreateCall(CreateMember(CreateMember(CreateReference(L"_lc"), L"Controller"), L"SetEventSuppressedFlag"), CreateReference(L"ref"), CreateReference(L"eventId"), CreateBool(true))));
							auto finallyBlock = CreateBlock();
							AddStatement(finallyBlock, CreateExpressionStatement(CreateCall(CreateMember(CreateMember(CreateReference(L"_lc"), L"Controller"), L"SetEventSuppressedFlag"), CreateReference(L"ref"), CreateReference(L"eventId"), CreateBool(false))));
							auto catchBlock = CreateBlock();
							AddRpcEventExceptionMapSet(catchBlock, L"rpcEventExceptions", CreateMember(CreateReference(L"_lc"), L"ClientId"), CreateMember(CreateReference(L"ex"), L"Message"));
							AddStatement(block, CreateTry(BuildDispatchChainJson(manager, interfaces, true, L"unknownId"), L"ex", catchBlock, finallyBlock));
							auto unknownIdBranch = CreateBlock();
							AddStatement(unknownIdBranch, CreateRaise(L"Unknown RPC event id."));
							AddStatement(block, CreateIf(CreateReference(L"unknownId"), unknownIdBranch));
							auto returnExceptionBranch = CreateBlock();
							AddStatement(returnExceptionBranch, CreateReturn(CreateCall(CreateReference(L"rpcjson_Serialize"), CreateReference(L"rpcEventExceptions"))));
							auto returnNullBranch = CreateBlock();
							AddStatement(returnNullBranch, CreateReturn(CreateCall(CreateReference(L"rpcjson_Serialize"), CreateNull())));
							AddStatement(
								block,
								CreateIf(
									CreateBinary(WfBinaryOperator::GT, CreateMember(CreateReference(L"rpcEventExceptions"), L"Count"), CreateInt(0)),
									returnExceptionBranch,
									returnNullBranch));
							newOps->declarations.Add(invokeEvent);
						}
					}

					AddStatement(functionDecl->statement.Cast<WfBlockStatement>(), CreateReturn(newOps));
					return functionDecl;
				}

				void AddRpcOpsArgumentsArrayJson(
					WfLexicalScopeManager* manager,
					Ptr<WfBlockStatement> block,
					const List<RpcParamModel>& params,
					vint& tempIndex)
				{
					AddStatement(block, CreateVariableStatement(L"arguments", CreateTypeFromCpp<Ptr<IValueArray>>(), CreateConstructor()));
					AddStatement(block, CreateExpressionStatement(CreateCall(CreateMember(CreateReference(L"arguments"), L"Resize"), CreateInt(params.Count()))));

					for (vint i = 0; i < params.Count(); i++)
					{
						auto&& paramModel = params[i];
						auto value = CreateReference(GetRpcOpsArgumentName(paramModel));
						auto transferValue = CreateRpcJsonTransferExpression(paramModel, value, CreateReference(L"_lc"));
						auto transferType = CreateRpcJsonTransferType(paramModel.typeInfo, paramModel.byref, paramModel.type.Obj());
						auto nodeName = AddRpcJsonSerializeValue(manager, tempIndex, block, transferValue, transferType.Obj());
						AddStatement(block, CreateExpressionStatement(CreateCall(CreateMember(CreateReference(L"arguments"), L"Set"), CreateInt(i), CreateReference(nodeName))));
					}
				}

				Ptr<WfFunctionDeclaration> GenerateRpcOpsMethodImplementationJson(WfLexicalScopeManager* manager, const RpcMethodModel& methodModel)
				{
					auto functionDecl = CreateRpcOpsFunctionDeclaration(GetRpcOpsInvokeMethodName(methodModel), CopyType(methodModel.returnType.Obj()), WfFunctionKind::Override);
					AddRpcOpsFunctionArguments(functionDecl, methodModel.params);
					auto block = functionDecl->statement.Cast<WfBlockStatement>();

					vint tempIndex = 0;
					AddRpcOpsArgumentsArrayJson(manager, block, methodModel.params, tempIndex);
					if (IsVoidType(methodModel.returnType.Obj()))
					{
						auto invoke = CreateRpcOpsObjectInvoke(methodModel);
						AddStatement(block, CreateInferredVariableStatement(L"invokeResult", invoke));
						AddStatement(block, CreateInferredVariableStatement(
							L"jsonResult",
							CreateCast(CreateTypeFromCpp<Ptr<glr::json::JsonNode>>(), CreateReference(L"invokeResult"))));
						AddStatement(block, CreateInferredVariableStatement(
							L"methodResult",
							CreateCall(CreateReference(L"rpcjson_Deserialize"), CreateReference(L"jsonResult"))));
						AddRpcMethodExceptionRaise(block, CreateReference(L"methodResult"));
					}
					else if (IsRpcByvalReturn(methodModel))
					{
						AddStatement(block, CreateInferredVariableStatement(L"objectOps", CreateRpcOpsObjectOps()));
						auto invoke = CreateRpcOpsObjectInvoke(methodModel, CreateReference(L"objectOps"));
						AddStatement(block, CreateInferredVariableStatement(L"invokeResult", invoke));
						AddStatement(block, CreateInferredVariableStatement(
							L"byvalReturnValue",
							CreateWeakCast(CreateTypeFromCpp<Ptr<rpc_controller::RpcByvalReturnValue>>(), CreateReference(L"invokeResult"))));
						AddStatement(block, CreateVariableStatement(L"jsonResult", CreateTypeFromCpp<Ptr<glr::json::JsonNode>>(), CreateNull()));
						auto exceptionBranch = CreateBlock();
						AddStatement(exceptionBranch, CreateExpressionStatement(CreateAssign(
							CreateReference(L"jsonResult"),
							CreateCast(CreateTypeFromCpp<Ptr<glr::json::JsonNode>>(), CreateReference(L"invokeResult")))));
						auto returnBranch = CreateBlock();
						AddStatement(returnBranch, CreateExpressionStatement(CreateAssign(
							CreateReference(L"jsonResult"),
							CreateCast(CreateTypeFromCpp<Ptr<glr::json::JsonNode>>(), CreateMember(CreateReference(L"byvalReturnValue"), L"value")))));
						AddStatement(block, CreateIf(CreateIsNull(CreateReference(L"byvalReturnValue")), exceptionBranch, returnBranch));
						AddStatement(block, CreateInferredVariableStatement(
							L"methodResult",
							CreateCall(CreateReference(L"rpcjson_Deserialize"), CreateReference(L"jsonResult"))));
						AddRpcMethodExceptionRaise(block, CreateReference(L"methodResult"));
						AddStatement(block, CreateInferredVariableStatement(
							L"strongByvalReturnValue",
							CreateCast(CreateTypeFromCpp<Ptr<rpc_controller::RpcByvalReturnValue>>(), CreateReference(L"byvalReturnValue"))));
						auto transferType = CreateRpcJsonTransferType(methodModel.returnTypeInfo, methodModel.returnByref, methodModel.returnType.Obj());
						auto valueName = AddRpcJsonDeserializeValue(manager, tempIndex, block, CreateReference(L"jsonResult"), transferType.Obj());
						AddStatement(block, CreateInferredVariableStatement(
							L"result",
							IsSharedInterfaceType(methodModel.returnTypeInfo)
								? CreateRpcUnboxExpression(methodModel.returnTypeInfo, methodModel.returnType, methodModel.returnByref, CreateReference(valueName), CreateReference(L"_lc"))
								: CreateReference(valueName)));
						AddStatement(block, CreateExpressionStatement(CreateCall(
							CreateMember(CreateReference(L"objectOps"), L"EndInvokeMethod"),
							CreateMember(CreateReference(L"strongByvalReturnValue"), L"slot"))));
						AddStatement(block, CreateReturn(CreateReference(L"result")));
					}
					else
					{
						auto invoke = CreateRpcOpsObjectInvoke(methodModel);
						AddStatement(block, CreateInferredVariableStatement(L"invokeResult", invoke));
						AddStatement(block, CreateInferredVariableStatement(L"jsonResult", CreateCast(CreateTypeFromCpp<Ptr<glr::json::JsonNode>>(), CreateReference(L"invokeResult"))));
						AddStatement(block, CreateInferredVariableStatement(
							L"methodResult",
							CreateCall(CreateReference(L"rpcjson_Deserialize"), CreateReference(L"jsonResult"))));
						AddRpcMethodExceptionRaise(block, CreateReference(L"methodResult"));
						auto transferType = CreateRpcJsonTransferType(methodModel.returnTypeInfo, methodModel.returnByref, methodModel.returnType.Obj());
						auto valueName = AddRpcJsonDeserializeValue(manager, tempIndex, block, CreateReference(L"jsonResult"), transferType.Obj());
						if (IsSharedInterfaceType(methodModel.returnTypeInfo))
						{
							AddStatement(block, CreateReturn(CreateRpcUnboxExpression(methodModel.returnTypeInfo, methodModel.returnType, methodModel.returnByref, CreateReference(valueName), CreateReference(L"_lc"))));
						}
						else
						{
							AddStatement(block, CreateReturn(CreateReference(valueName)));
						}
					}

					return functionDecl;
				}

				Ptr<WfFunctionDeclaration> GenerateRpcOpsEventImplementationJson(WfLexicalScopeManager* manager, const RpcEventModel& eventModel)
				{
					auto functionDecl = CreateRpcOpsFunctionDeclaration(GetRpcOpsInvokeEventName(eventModel), CreatePredefinedType(WfPredefinedTypeName::Void), WfFunctionKind::Override);
					AddRpcOpsFunctionArguments(functionDecl, eventModel.params);
					auto block = functionDecl->statement.Cast<WfBlockStatement>();

					vint tempIndex = 0;
					AddRpcOpsArgumentsArrayJson(manager, block, eventModel.params, tempIndex);
					AddStatement(block, CreateInferredVariableStatement(L"invokeResult", CreateRpcOpsObjectEventInvoke(eventModel)));
					AddStatement(block, CreateInferredVariableStatement(
						L"jsonResult",
						CreateCast(CreateTypeFromCpp<Ptr<glr::json::JsonNode>>(), CreateReference(L"invokeResult"))));
					AddStatement(block, CreateInferredVariableStatement(
						L"eventResult",
						CreateCall(CreateReference(L"rpcjson_Deserialize"), CreateReference(L"jsonResult"))));
					AddRpcEventExceptionRaise(block, CreateCast(CreateRpcEventExceptionMapType(), CreateReference(L"eventResult")));
					return functionDecl;
				}

				Ptr<WfDeclaration> GenerateRpcOpsFactoryJson(WfLexicalScopeManager* manager, const WString& assemblyName, const List<RpcInterfaceModel>& interfaces)
				{
					auto functionDecl = CreateFunctionDeclaration(L"rpcops_IOps_CreateJson", CreateSharedType(GetRpcOpsInterfaceName(assemblyName)), WfFunctionKind::Normal);
					functionDecl->arguments.Add(CreateFunctionArgument(L"lc", CreateTypeFromCpp<rpc_controller::IRpcLifecycle*>()));
					auto newOps = CreateNewInterface(CreateSharedType(GetRpcOpsInterfaceName(assemblyName))).Cast<WfNewInterfaceExpression>();
					newOps->declarations.Add(CreateVariableDeclaration(L"_lc", CreateTypeFromCpp<rpc_controller::IRpcLifecycle*>(), CreateReference(L"lc")));

					for (auto&& interfaceModel : interfaces)
					{
						for (auto&& methodModel : interfaceModel.methods)
						{
							newOps->declarations.Add(GenerateRpcOpsMethodImplementationJson(manager, methodModel));
						}
						for (auto&& eventModel : interfaceModel.events)
						{
							newOps->declarations.Add(GenerateRpcOpsEventImplementationJson(manager, eventModel));
						}
					}

					AddStatement(functionDecl->statement.Cast<WfBlockStatement>(), CreateReturn(newOps));
					return functionDecl;
				}
			}

			Ptr<WfModule> GenerateModuleRpcJson(WfLexicalScopeManager* manager, WString assemblyName)
			{
				using namespace rpc_generating;

				if (!manager || !manager->rpcMetadata || !manager->rpcMetadata->metadataModule)
				{
					return nullptr;
				}

				CollectMangledNames(manager);
				if (manager->errors.Count() > 0)
				{
					return nullptr;
				}

				auto interfaces = BuildInterfaceModels(manager);
				if (manager->errors.Count() > 0)
				{
					return nullptr;
				}

				auto module = Ptr(new WfModule);
				module->moduleType = WfModuleType::Module;
				module->name.value = L"RpcMetadataJson";

				AddRpcJsonDeclarations(manager, module);
				module->declarations.Add(GenerateRpcSerializerFactoryJson());
				module->declarations.Add(GenerateObjectOpsFactoryJson(manager, interfaces));
				module->declarations.Add(GenerateObjectEventOpsFactoryJson(manager, interfaces));
				module->declarations.Add(GenerateRpcOpsFactoryJson(manager, assemblyName, interfaces));

				return module;
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_MISC.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;

/***********************************************************************
IsExpressionDependOnExpectedType(Expression)
***********************************************************************/

			class IsExpressionDependOnExpectedTypeVisitor
				: public empty_visitor::ExpressionVisitor
				, public empty_visitor::VirtualCseExpressionVisitor
			{
			public:
				WfLexicalScopeManager*				manager;
				bool								hasExpectedType;
				bool								result = false;

				IsExpressionDependOnExpectedTypeVisitor(WfLexicalScopeManager* _manager, bool _hasExpectedType)
					:manager(_manager)
					, hasExpectedType(_hasExpectedType)
				{
				}

				void Dispatch(WfVirtualCfeExpression* node)override
				{
					node->expandedExpression->Accept(this);
				}

				void Dispatch(WfVirtualCseExpression* node)override
				{
					node->Accept((WfVirtualCseExpression::IVisitor*)this);
				}

				bool Execute(Ptr<WfExpression> expression)
				{
					result = false;
					expression->Accept(this);
					return result;
				}

				void Visit(WfReferenceExpression* node)override
				{
					auto scope = manager->nodeScopes[node].Obj();
					List<ResolveExpressionResult> testResults;
					manager->ResolveName(scope, node->name.value, testResults);
					if (testResults.Count() == 0)
					{
						result = true;
					}
				}

				void Visit(WfOrderedLambdaExpression* node)override
				{
					auto scope = manager->nodeScopes[node].Obj();
					result = scope->symbols.Count() > 0;
				}

				void Visit(WfLiteralExpression* node)override
				{
					if (node->value == WfLiteralValue::Null)
					{
						result = true;
					}
				}

				void Visit(WfBinaryExpression* node)override
				{
					if (node->op == WfBinaryOperator::FlagOr)
					{
						result = Execute(node->first) && Execute(node->second);
					}
				}

				void Visit(WfIfExpression* node)override
				{
					result = Execute(node->trueBranch) && Execute(node->falseBranch);
				}

				void Visit(WfConstructorExpression* node)override
				{
					if (hasExpectedType || node->arguments.Count() == 0)
					{
						result = true;
					}
					else
					{
						vint possibleFieldCount = 0;
						bool unresolvableField = false;
						auto scope = manager->nodeScopes[node].Obj();

						for (auto argument : node->arguments)
						{
							if (argument->value)
							{
								if (auto refExpr = argument->key.Cast<WfReferenceExpression>())
								{
									possibleFieldCount++;
									List<ResolveExpressionResult> testResults;
									manager->ResolveName(scope, refExpr->name.value, testResults);
									if (testResults.Count() == 0)
									{
										unresolvableField = true;
									}
								}
							}
						}

						result = unresolvableField&&possibleFieldCount == node->arguments.Count();
					}
				}

				void Visit(WfExpectedTypeCastExpression* node)override
				{
					result = true;
				}
			};

			bool IsExpressionDependOnExpectedType(WfLexicalScopeManager* manager, Ptr<WfExpression> expression, bool hasExpectedType)
			{
				IsExpressionDependOnExpectedTypeVisitor visitor(manager, hasExpectedType);
				expression->Accept(&visitor);
				return visitor.result;
			}

/***********************************************************************
GetExpressionName(Expression)
***********************************************************************/

			class GetExpressionNameVisitor
				: public empty_visitor::ExpressionVisitor
				, public empty_visitor::VirtualCseExpressionVisitor
			{
			public:
				WString								result;

				void Dispatch(WfVirtualCfeExpression* node)override
				{
					node->expandedExpression->Accept(this);
				}

				void Dispatch(WfVirtualCseExpression* node)override
				{
					node->Accept((WfVirtualCseExpression::IVisitor*)this);
				}

				void Visit(WfTopQualifiedExpression* node)override
				{
					result = node->name.value;
				}

				void Visit(WfReferenceExpression* node)override
				{
					result = node->name.value;
				}

				void Visit(WfOrderedNameExpression* node)override
				{
					result = node->name.value;
				}

				void Visit(WfMemberExpression* node)override
				{
					result = node->name.value;
				}

				void Visit(WfChildExpression* node)override
				{
					result = node->name.value;
				}
			};

			WString GetExpressionName(WfExpression* expression)
			{
				GetExpressionNameVisitor visitor;
				expression->Accept(&visitor);
				return visitor.result;
			}

			WString GetExpressionName(Ptr<WfExpression> expression)
			{
				return GetExpressionName(expression.Obj());
			}
		}
	}
}

/***********************************************************************
.\ANALYZER\WFANALYZER_SEARCHORDEREDNAME.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;

/***********************************************************************
SearchOrderedName
***********************************************************************/

			class SearchOrderedNameVisitor : public traverse_visitor::AstVisitor
			{
			public:
				WfLexicalScope*							scope;
				SortedList<vint>&						names;

				SearchOrderedNameVisitor(WfLexicalScope* _scope, SortedList<vint>& _names)
					:scope(_scope)
					, names(_names)
				{
				}

				void Traverse(WfOrderedNameExpression* node)override
				{
					vint name = wtoi(node->name.value.Sub(1, node->name.value.Length() - 1));
					if (!names.Contains(name))
					{
						WfLexicalScope* currentScope = scope;
						while (currentScope)
						{
							if (currentScope->symbols.Keys().Contains(node->name.value))
							{
								return;
							}
							currentScope = currentScope->parentScope.Obj();
						}
						names.Add(name);
					}
				}

				void Visit(WfOrderedLambdaExpression* node)override
				{
					// names in nested ordered lambda expression is not counted
				}

				static void Execute(WfLexicalScope* scope, WfExpression* expression, SortedList<vint>& names)
				{
					SearchOrderedNameVisitor visitor(scope, names);
					expression->Accept(&visitor);
				}
			};

			void SearchOrderedName(WfLexicalScope* scope, WfExpression* expression, collections::SortedList<vint>& names)
			{
				SearchOrderedNameVisitor::Execute(scope, expression, names);
			}

			void SearchOrderedName(WfLexicalScope* scope, Ptr<WfExpression> expression, collections::SortedList<vint>& names)
			{
				SearchOrderedNameVisitor::Execute(scope, expression.Obj(), names);
			}
		}
	}
}

/***********************************************************************
.\ANALYZER\WFANALYZER_TYPEINFO.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;

/***********************************************************************
GetTypeFlag
***********************************************************************/

			TypeFlag GetTypeFlag(reflection::description::ITypeDescriptor* typeDescriptor)
			{
				if (typeDescriptor == GetTypeDescriptor<bool>())		return TypeFlag::Bool;
				if (typeDescriptor == GetTypeDescriptor<vint8_t>())		return TypeFlag::I1;
				if (typeDescriptor == GetTypeDescriptor<vint16_t>())	return TypeFlag::I2;
				if (typeDescriptor == GetTypeDescriptor<vint32_t>())	return TypeFlag::I4;
				if (typeDescriptor == GetTypeDescriptor<vint64_t>())	return TypeFlag::I8;
				if (typeDescriptor == GetTypeDescriptor<vuint8_t>())	return TypeFlag::U1;
				if (typeDescriptor == GetTypeDescriptor<vuint16_t>())	return TypeFlag::U2;
				if (typeDescriptor == GetTypeDescriptor<vuint32_t>())	return TypeFlag::U4;
				if (typeDescriptor == GetTypeDescriptor<vuint64_t>())	return TypeFlag::U8;
				if (typeDescriptor == GetTypeDescriptor<float>())		return TypeFlag::F4;
				if (typeDescriptor == GetTypeDescriptor<double>())		return TypeFlag::F8;
				if (typeDescriptor == GetTypeDescriptor<WString>())		return TypeFlag::String;
				switch (typeDescriptor->GetTypeDescriptorFlags())
				{
				case TypeDescriptorFlags::FlagEnum:
				case TypeDescriptorFlags::NormalEnum:
					return TypeFlag::Enum;
				case TypeDescriptorFlags::Struct:
					return TypeFlag::Struct;
				default:
					return TypeFlag::Others;
				}
			}

			TypeFlag GetTypeFlag(reflection::description::ITypeInfo* typeInfo)
			{
				ITypeDescriptor* td = typeInfo->GetTypeDescriptor();
				return GetTypeFlag(td);
			}

/***********************************************************************
CreateTypeInfoFromTypeFlag
***********************************************************************/

			Ptr<reflection::description::ITypeInfo> CreateTypeInfoFromTypeFlag(TypeFlag flag)
			{
				switch (flag)
				{
				case TypeFlag::Bool:	return TypeInfoRetriver<bool>::CreateTypeInfo();
				case TypeFlag::I1:		return TypeInfoRetriver<vint8_t>::CreateTypeInfo();
				case TypeFlag::I2:		return TypeInfoRetriver<vint16_t>::CreateTypeInfo();
				case TypeFlag::I4:		return TypeInfoRetriver<vint32_t>::CreateTypeInfo();
				case TypeFlag::I8:		return TypeInfoRetriver<vint64_t>::CreateTypeInfo();
				case TypeFlag::U1:		return TypeInfoRetriver<vuint8_t>::CreateTypeInfo();
				case TypeFlag::U2:		return TypeInfoRetriver<vuint16_t>::CreateTypeInfo();
				case TypeFlag::U4:		return TypeInfoRetriver<vuint32_t>::CreateTypeInfo();
				case TypeFlag::U8:		return TypeInfoRetriver<vuint64_t>::CreateTypeInfo();
				case TypeFlag::F4:		return TypeInfoRetriver<float>::CreateTypeInfo();
				case TypeFlag::F8:		return TypeInfoRetriver<double>::CreateTypeInfo();
				case TypeFlag::String:	return TypeInfoRetriver<WString>::CreateTypeInfo();
				default:				return nullptr;
				}
			}

/***********************************************************************
GetTypeFragments
***********************************************************************/

			void GetTypeFragments(reflection::description::ITypeDescriptor* typeDescriptor, collections::List<WString>& fragments)
			{
				WString name = typeDescriptor->GetTypeName();
				const wchar_t* reading = name.Buffer();
				while (reading)
				{
					const wchar_t* delimiter = wcsstr(reading, L"::");
					if (delimiter)
					{
						fragments.Add(WString::CopyFrom(reading, vint(delimiter - reading)));
						reading = delimiter + 2;
					}
					else
					{
						fragments.Add(reading);
						break;
					}
				}
			}

/***********************************************************************
GetExpressionFromTypeDescriptor
***********************************************************************/

			Ptr<WfExpression> GetExpressionFromTypeDescriptor(reflection::description::ITypeDescriptor* typeDescriptor)
			{
				List<WString> fragments;
				GetTypeFragments(typeDescriptor, fragments);

				Ptr<WfExpression> parentExpr;
				for (auto fragment : fragments)
				{
					if (!parentExpr)
					{
						auto expr = Ptr(new WfTopQualifiedExpression);
						expr->name.value = fragment;
						parentExpr = expr;
					}
					else
					{
						auto expr = Ptr(new WfChildExpression);
						expr->parent = parentExpr;
						expr->name.value = fragment;
						parentExpr = expr;
					}
				}
				return parentExpr;
			}

/***********************************************************************
GetTypeFromTypeDescriptor
***********************************************************************/

			Ptr<WfType> GetTypeFromTypeDescriptor(reflection::description::ITypeDescriptor* typeDescriptor)
			{
				List<WString> fragments;
				GetTypeFragments(typeDescriptor, fragments);

				Ptr<WfType> parentType;
				for (auto fragment : fragments)
				{
					if (!parentType)
					{
						auto type = Ptr(new WfTopQualifiedType);
						type->name.value = fragment;
						parentType = type;
					}
					else
					{
						auto type = Ptr(new WfChildType);
						type->parent = parentType;
						type->name.value = fragment;
						parentType = type;
					}
				}
				return parentType;
			}

/***********************************************************************
GetTypeFromTypeInfo
***********************************************************************/

			Ptr<WfType> GetTypeFromTypeInfo(reflection::description::ITypeInfo* typeInfo)
			{
				switch (typeInfo->GetDecorator())
				{
				case ITypeInfo::RawPtr:
					{
						Ptr<WfType> element = GetTypeFromTypeInfo(typeInfo->GetElementType());
						if (element)
						{
							auto type = Ptr(new WfRawPointerType);
							type->element = element;
							return type;
						}
						return 0;
					}
				case ITypeInfo::SharedPtr:
					{
						if (typeInfo->GetElementType()->GetDecorator() == ITypeInfo::Generic)
						{
							return GetTypeFromTypeInfo(typeInfo->GetElementType());
						}
						else
						{
							Ptr<WfType> element = GetTypeFromTypeInfo(typeInfo->GetElementType());
							if (element)
							{
								auto type = Ptr(new WfSharedPointerType);
								type->element = element;
								return type;
							}
							return 0;
						}
					}
				case ITypeInfo::Nullable:
					{
						Ptr<WfType> element = GetTypeFromTypeInfo(typeInfo->GetElementType());
						if (element)
						{
							auto type = Ptr(new WfNullableType);
							type->element = element;
							return type;
						}
						return 0;
					}
				case ITypeInfo::TypeDescriptor:
					{
						return GetTypeFromTypeDescriptor(typeInfo->GetTypeDescriptor());
					}
				case ITypeInfo::Generic:
					{
						if (typeInfo->GetElementType()->GetDecorator() == ITypeInfo::TypeDescriptor)
						{
							if (typeInfo->GetTypeDescriptor() == GetTypeDescriptor<IValueEnumerable>())
							{
								if (typeInfo->GetGenericArgumentCount() == 1)
								{
									if (Ptr<WfType> elementType = GetTypeFromTypeInfo(typeInfo->GetGenericArgument(0)))
									{
										auto type = Ptr(new WfEnumerableType);
										type->element = elementType;
										return type;
									}
								}
							}
							else if (typeInfo->GetTypeDescriptor() == GetTypeDescriptor<IValueReadonlyList>())
							{
								if (typeInfo->GetGenericArgumentCount() == 1)
								{
									if (Ptr<WfType> valueType = GetTypeFromTypeInfo(typeInfo->GetGenericArgument(0)))
									{
										auto type = Ptr(new WfMapType);
										type->writability = WfMapWritability::Readonly;
										type->value = valueType;
										return type;
									}
								}
							}
							else if (typeInfo->GetTypeDescriptor() == GetTypeDescriptor<IValueList>())
							{
								if (typeInfo->GetGenericArgumentCount() == 1)
								{
									if (Ptr<WfType> valueType = GetTypeFromTypeInfo(typeInfo->GetGenericArgument(0)))
									{
										auto type = Ptr(new WfMapType);
										type->writability = WfMapWritability::Writable;
										type->value = valueType;
										return type;
									}
								}
							}
							else if (typeInfo->GetTypeDescriptor() == GetTypeDescriptor<IValueObservableList>())
							{
								if (typeInfo->GetGenericArgumentCount() == 1)
								{
									if (Ptr<WfType> elementType = GetTypeFromTypeInfo(typeInfo->GetGenericArgument(0)))
									{
										auto type = Ptr(new WfObservableListType);
										type->element = elementType;
										return type;
									}
								}
							}
							else if (typeInfo->GetTypeDescriptor() == GetTypeDescriptor<IValueReadonlyDictionary>())
							{
								if (typeInfo->GetGenericArgumentCount() == 2)
								{
									if (Ptr<WfType> keyType = GetTypeFromTypeInfo(typeInfo->GetGenericArgument(0)))
									if (Ptr<WfType> valueType = GetTypeFromTypeInfo(typeInfo->GetGenericArgument(1)))
									{
										auto type = Ptr(new WfMapType);
										type->writability = WfMapWritability::Readonly;
										type->key = keyType;
										type->value = valueType;
										return type;
									}
								}
							}
							else if (typeInfo->GetTypeDescriptor() == GetTypeDescriptor<IValueDictionary>())
							{
								if (typeInfo->GetGenericArgumentCount() == 2)
								{
									if (Ptr<WfType> keyType = GetTypeFromTypeInfo(typeInfo->GetGenericArgument(0)))
									if (Ptr<WfType> valueType = GetTypeFromTypeInfo(typeInfo->GetGenericArgument(1)))
									{
										auto type = Ptr(new WfMapType);
										type->writability = WfMapWritability::Writable;
										type->key = keyType;
										type->value = valueType;
										return type;
									}
								}
							}
							else if (typeInfo->GetTypeDescriptor() == GetTypeDescriptor<IValueFunctionProxy>())
							{
								if (typeInfo->GetGenericArgumentCount() >= 1)
								{
									if (Ptr<WfType> returnType = GetTypeFromTypeInfo(typeInfo->GetGenericArgument(0)))
									{
										auto type = Ptr(new WfFunctionType);
										type->result = GetTypeFromTypeInfo(typeInfo->GetGenericArgument(0));
										for (vint i = 1; i < typeInfo->GetGenericArgumentCount(); i++)
										{
											if (Ptr<WfType> argumentType = GetTypeFromTypeInfo(typeInfo->GetGenericArgument(i)))
											{
												type->arguments.Add(argumentType);
											}
											else
											{
												return 0;
											}
										}
										return type;
									}
								}
							}
						}
						return 0;
					}
				default:
					return 0;
				}
			}

/***********************************************************************
GetScopeNameFromReferenceType
***********************************************************************/

			class GetScopeNameFromReferenceTypeVisitor : public Object, public WfType::IVisitor
			{
			public:
				WfLexicalScope*				scope;
				Ptr<WfLexicalScopeName>		result;

				GetScopeNameFromReferenceTypeVisitor(WfLexicalScope* _scope)
					:scope(_scope)
				{
				}

				Ptr<WfLexicalScopeName> Call(WfType* node)
				{
					node->Accept(this);
					Ptr<WfLexicalScopeName> scopeName = result;
					result = 0;
					return scopeName;
				}

				void Visit(WfPredefinedType* node)override
				{
					WString name;
					switch (node->name)
					{
					case WfPredefinedTypeName::Void:
						name = L"Void";
						break;
					case WfPredefinedTypeName::Object:
						name = L"Object";
						break;
					case WfPredefinedTypeName::Interface:
						name = L"Interface";
						break;
					case WfPredefinedTypeName::Int:
#if defined VCZH_64
						name = L"Int64";
#else
						name = L"Int32";
#endif
						break;
					case WfPredefinedTypeName::UInt:
#if defined VCZH_64
						name = L"UInt64";
#else
						name = L"UInt32";
#endif
						break;
					case WfPredefinedTypeName::Float:
						name = L"Single";
						break;
					case WfPredefinedTypeName::Double:
						name = L"Double";
						break;
					case WfPredefinedTypeName::String:
						name = L"String";
						break;
					case WfPredefinedTypeName::Char:
						name = L"Char";
						break;
					case WfPredefinedTypeName::Bool:
						name = L"Boolean";
						break;
					default:
						CHECK_FAIL(L"GetScopeNameFromReferenceTypeVisitor::Visit(WfPredefinedType*)#Internal error, ValidateTypeStructure function should check correctly.");
					}

					auto ns = Ptr(new WfTopQualifiedType);
					ns->name.value = L"system";

					auto type = Ptr(new WfChildType);
					type->parent = ns;
					type->name.value = name;

					type->Accept(this);
				}

				void Visit(WfTopQualifiedType* node)override
				{
					auto manager = scope->FindManager();
					if (manager->globalName)
					{
						vint index = manager->globalName->children.Keys().IndexOf(node->name.value);
						if (index != -1)
						{
							result = manager->globalName->children.Values()[index];
							return;
						}
					}
					manager->errors.Add(WfErrors::TopQualifiedSymbolNotExists(node, node->name.value));
				}

				void Visit(WfReferenceType* node)override
				{
					auto manager = scope->FindManager();
					List<ResolveExpressionResult> results;
					manager->ResolveName(scope, node->name.value, results);

					if (results.Count() > 1)
					{
						manager->errors.Add(WfErrors::TooManyTargets(node, results, node->name.value));
					}
					else if (results.Count() == 1)
					{
						if (auto scopeName = results[0].scopeName)
						{
							result = scopeName;
						}
						else
						{
							manager->errors.Add(WfErrors::TypeNotExists(node, results[0]));
						}
					}
					else
					{
						manager->errors.Add(WfErrors::ReferenceNotExists(node, node->name.value));
					}
				}

				void Visit(WfRawPointerType* node)override
				{
					CHECK_FAIL(L"GetScopeNameFromReferenceTypeVisitor::Visit(WfRawPointerType*)#Internal error, ValidateTypeStructure function should check correctly.");
				}

				void Visit(WfSharedPointerType* node)override
				{
					CHECK_FAIL(L"GetScopeNameFromReferenceTypeVisitor::Visit(WfSharedPointerType*)#Internal error, ValidateTypeStructure function should check correctly.");
				}

				void Visit(WfNullableType* node)override
				{
					CHECK_FAIL(L"GetScopeNameFromReferenceTypeVisitor::Visit(WfNullableType*)#Internal error, ValidateTypeStructure function should check correctly.");
				}

				void Visit(WfEnumerableType* node)override
				{
					CHECK_FAIL(L"GetScopeNameFromReferenceTypeVisitor::Visit(WfEnumerableType*)#Internal error, ValidateTypeStructure function should check correctly.");
				}

				void Visit(WfMapType* node)override
				{
					CHECK_FAIL(L"GetScopeNameFromReferenceTypeVisitor::Visit(WfMapType*)#Internal error, ValidateTypeStructure function should check correctly.");
				}

				void Visit(WfObservableListType* node)override
				{
					CHECK_FAIL(L"GetScopeNameFromReferenceTypeVisitor::Visit(WfObservableListType*)#Internal error, ValidateTypeStructure function should check correctly.");
				}

				void Visit(WfFunctionType* node)override
				{
					CHECK_FAIL(L"GetScopeNameFromReferenceTypeVisitor::Visit(WfFunctionType*)#Internal error, ValidateTypeStructure function should check correctly.");
				}

				void Visit(WfChildType* node)override
				{
					if (Ptr<WfLexicalScopeName> scopeName = Call(node->parent.Obj()))
					{
						vint index = scopeName->children.Keys().IndexOf(node->name.value);
						if (index != -1)
						{
							result = scopeName->children.Values()[index];
							return;
						}
						scope->FindManager()->errors.Add(WfErrors::ChildSymbolNotExists(node, scopeName, node->name.value));
					}
				}

				static Ptr<WfLexicalScopeName> Execute(WfLexicalScope* scope, WfType* type)
				{
					return GetScopeNameFromReferenceTypeVisitor(scope).Call(type);
				}
			};

			Ptr<WfLexicalScopeName> GetScopeNameFromReferenceType(WfLexicalScope* scope, Ptr<WfType> type)
			{
				return GetScopeNameFromReferenceTypeVisitor::Execute(scope, type.Obj());
			}

/***********************************************************************
CreateTypeInfoFromType
***********************************************************************/

			class CreateTypeInfoFromTypeVisitor : public Object, public WfType::IVisitor
			{
			public:
				WfLexicalScope*				scope;
				Ptr<ITypeInfo>				result;

				CreateTypeInfoFromTypeVisitor(WfLexicalScope* _scope)
					:scope(_scope)
				{
				}

				Ptr<ITypeInfo> Call(WfType* node, bool checkTypeForValue)
				{
					node->Accept(this);
					Ptr<ITypeInfo> typeInfo = result;
					result = 0;
					if (typeInfo)
					{
						auto manager = scope->FindManager();
						switch (typeInfo->GetDecorator())
						{
						case ITypeInfo::RawPtr:
						case ITypeInfo::SharedPtr:
							switch (typeInfo->GetTypeDescriptor()->GetTypeDescriptorFlags())
							{
							case TypeDescriptorFlags::IDescriptable:
							case TypeDescriptorFlags::Class:
							case TypeDescriptorFlags::Interface:
								break;
							default:
								if (typeInfo->GetDecorator() == ITypeInfo::RawPtr)
								{
									manager->errors.Add(WfErrors::RawPointerToNonReferenceType(node, typeInfo.Obj()));
								}
								else
								{
									manager->errors.Add(WfErrors::SharedPointerToNonReferenceType(node, typeInfo.Obj()));
								}
							}
							break;
						case ITypeInfo::Nullable:
							switch (typeInfo->GetTypeDescriptor()->GetTypeDescriptorFlags())
							{
							case TypeDescriptorFlags::Primitive:
							case TypeDescriptorFlags::Struct:
							case TypeDescriptorFlags::FlagEnum:
							case TypeDescriptorFlags::NormalEnum:
								break;
							default:
								manager->errors.Add(WfErrors::NullableToNonReferenceType(node, typeInfo.Obj()));
							}
							break;
						case ITypeInfo::TypeDescriptor:
							if (checkTypeForValue)
							{
								switch (typeInfo->GetTypeDescriptor()->GetTypeDescriptorFlags())
								{
								case TypeDescriptorFlags::Object:
								case TypeDescriptorFlags::Primitive:
								case TypeDescriptorFlags::Struct:
								case TypeDescriptorFlags::FlagEnum:
								case TypeDescriptorFlags::NormalEnum:
									break;
								default:
									manager->errors.Add(WfErrors::TypeNotForValue(node, typeInfo.Obj()));
								}
							}
							break;
						case ITypeInfo::Generic:
							if (checkTypeForValue)
							{
								manager->errors.Add(WfErrors::TypeNotForValue(node, typeInfo.Obj()));
							}
							break;
						}
					}
					return typeInfo;
				}

				void VisitReferenceType(WfType* node)
				{
					if (auto scopeName = GetScopeNameFromReferenceTypeVisitor::Execute(scope, node))
					{
						if (scopeName->typeDescriptor)
						{
							result = Ptr(new TypeDescriptorTypeInfo(scopeName->typeDescriptor, TypeInfoHint::Normal));
						}
						else
						{
							scope->FindManager()->errors.Add(WfErrors::TypeNotExists(node, scopeName));
						}
					}
				}

				void Visit(WfPredefinedType* node)override
				{
					ITypeDescriptor* typeDescriptor = 0;
					switch (node->name)
					{
					case WfPredefinedTypeName::Void:
						typeDescriptor = description::GetTypeDescriptor<VoidValue>();
						break;
					case WfPredefinedTypeName::Object:
						typeDescriptor = description::GetTypeDescriptor<Value>();
						break;
					case WfPredefinedTypeName::Interface:
						typeDescriptor = description::GetTypeDescriptor<IDescriptable>();
						break;
					case WfPredefinedTypeName::Int:
						typeDescriptor = scope->FindManager()->cputdSInt;
						break;
					case WfPredefinedTypeName::UInt:
						typeDescriptor = scope->FindManager()->cputdUInt;
						break;
					case WfPredefinedTypeName::Float:
						typeDescriptor = description::GetTypeDescriptor<float>();
						break;
					case WfPredefinedTypeName::Double:
						typeDescriptor = description::GetTypeDescriptor<double>();
						break;
					case WfPredefinedTypeName::String:
						typeDescriptor = description::GetTypeDescriptor<WString>();
						break;
					case WfPredefinedTypeName::Char:
						typeDescriptor = description::GetTypeDescriptor<wchar_t>();
						break;
					case WfPredefinedTypeName::Bool:
						typeDescriptor = description::GetTypeDescriptor<bool>();
						break;
					default:
						CHECK_FAIL(L"CreateTypeInfoFromTypeVisitor::Visit(WfPredefinedType*)#Internal error, ValidateTypeStructure function should check correctly.");
					}
					if (typeDescriptor)
					{
						result = Ptr(new TypeDescriptorTypeInfo(typeDescriptor, TypeInfoHint::Normal));
					}
				}

				void Visit(WfTopQualifiedType* node)override
				{
					VisitReferenceType(node);
				}

				void Visit(WfReferenceType* node)override
				{
					VisitReferenceType(node);
				}

				void Visit(WfRawPointerType* node)override
				{
					if (Ptr<ITypeInfo> element = Call(node->element.Obj(), false))
					{
						result = Ptr(new RawPtrTypeInfo(element));
					}
				}

				void Visit(WfSharedPointerType* node)override
				{
					if (Ptr<ITypeInfo> element = Call(node->element.Obj(), false))
					{
						result = Ptr(new SharedPtrTypeInfo(element));
					}
				}

				void Visit(WfNullableType* node)override
				{
					if (Ptr<ITypeInfo> element = Call(node->element.Obj(), false))
					{
						result = Ptr(new NullableTypeInfo(element));
					}
				}

				void Visit(WfEnumerableType* node)override
				{
					if (Ptr<ITypeInfo> element = Call(node->element.Obj(), true))
					{
						auto enumerableTypeInfo = Ptr(new TypeDescriptorTypeInfo(description::GetTypeDescriptor<IValueEnumerable>(), TypeInfoHint::Normal));
						auto genericTypeInfo = Ptr(new GenericTypeInfo(enumerableTypeInfo));
						genericTypeInfo->AddGenericArgument(element);
						result = Ptr(new SharedPtrTypeInfo(genericTypeInfo));
					}
				}

				void Visit(WfMapType* node)override
				{
					Ptr<ITypeInfo> key, value;
					if (!(value = Call(node->value.Obj(), true))) return;
					if (node->key)
					{
						if (!(key = Call(node->key.Obj(), true))) return;
					}
					
					ITypeDescriptor* typeDescriptor = nullptr;
					if (node->writability == WfMapWritability::Writable)
					{
						if (node->key)
						{
							typeDescriptor = description::GetTypeDescriptor<IValueDictionary>();
						}
						else
						{
							typeDescriptor = description::GetTypeDescriptor<IValueList>();
						}
					}
					else
					{
						if (node->key)
						{
							typeDescriptor = description::GetTypeDescriptor<IValueReadonlyDictionary>();
						}
						else
						{
							typeDescriptor = description::GetTypeDescriptor<IValueReadonlyList>();
						}
					}

					auto mapTypeInfo = Ptr(new TypeDescriptorTypeInfo(typeDescriptor, TypeInfoHint::Normal));
					auto genericTypeInfo = Ptr(new GenericTypeInfo(mapTypeInfo));
					if (key) genericTypeInfo->AddGenericArgument(key);
					genericTypeInfo->AddGenericArgument(value);
					result = Ptr(new SharedPtrTypeInfo(genericTypeInfo));
				}

				void Visit(WfObservableListType* node)override
				{
					Ptr<ITypeInfo> element;
					if (!(element = Call(node->element.Obj(), true))) return;

					auto typeDescriptor = description::GetTypeDescriptor<IValueObservableList>();
					auto mapTypeInfo = Ptr(new TypeDescriptorTypeInfo(typeDescriptor, TypeInfoHint::Normal));
					auto genericTypeInfo = Ptr(new GenericTypeInfo(mapTypeInfo));
					genericTypeInfo->AddGenericArgument(element);
					result = Ptr(new SharedPtrTypeInfo(genericTypeInfo));
				}

				void Visit(WfFunctionType* node)override
				{
					if (Ptr<ITypeInfo> returnType = Call(node->result.Obj(), true))
					{
						auto enumerableTypeInfo = Ptr(new TypeDescriptorTypeInfo(description::GetTypeDescriptor<IValueFunctionProxy>(), TypeInfoHint::Normal));
						auto genericTypeInfo = Ptr(new GenericTypeInfo(enumerableTypeInfo));
						genericTypeInfo->AddGenericArgument(returnType);
						for (auto argument : node->arguments)
						{
							if (Ptr<ITypeInfo> argumentType = Call(argument.Obj(), true))
							{
								genericTypeInfo->AddGenericArgument(argumentType);
							}
							else
							{
								return;
							}
						}
						result = Ptr(new SharedPtrTypeInfo(genericTypeInfo));
					}
				}

				void Visit(WfChildType* node)override
				{
					VisitReferenceType(node);
				}

				static Ptr<ITypeInfo> Execute(WfLexicalScope* scope, WfType* type, bool checkTypeForValue)
				{
					return CreateTypeInfoFromTypeVisitor(scope).Call(type, checkTypeForValue);
				}
			};

			Ptr<reflection::description::ITypeInfo>	CreateTypeInfoFromType(WfLexicalScope* scope, Ptr<WfType> type, bool checkTypeForValue)
			{
				return CreateTypeInfoFromTypeVisitor::Execute(scope, type.Obj(), checkTypeForValue);
			}

/***********************************************************************
CreateTypeInfoFromType
***********************************************************************/
			
			Ptr<reflection::description::ITypeInfo>	CopyTypeInfoInternal(reflection::description::ITypeInfo* typeInfo)
			{
				switch (typeInfo->GetDecorator())
				{
				case ITypeInfo::RawPtr:
					return Ptr(new RawPtrTypeInfo(CopyTypeInfo(typeInfo->GetElementType())));
				case ITypeInfo::SharedPtr:
					return Ptr(new SharedPtrTypeInfo(CopyTypeInfo(typeInfo->GetElementType())));
				case ITypeInfo::Nullable:
					return Ptr(new NullableTypeInfo(CopyTypeInfo(typeInfo->GetElementType())));
				case ITypeInfo::TypeDescriptor:
					return Ptr(new TypeDescriptorTypeInfo(typeInfo->GetTypeDescriptor(), typeInfo->GetHint()));
				case ITypeInfo::Generic:
				{
					auto impl = Ptr(new GenericTypeInfo(Ptr(typeInfo->GetElementType())));
					vint count = typeInfo->GetGenericArgumentCount();
					for (vint i = 0; i < count; i++)
					{
						impl->AddGenericArgument(CopyTypeInfo(typeInfo->GetGenericArgument(i)));
					}
					return impl;
				}
				default:;
					return nullptr;
				}
			}
			
			Ptr<reflection::description::ITypeInfo>	CopyTypeInfo(reflection::description::ITypeInfo* typeInfo)
			{
				if (!typeInfo) return nullptr;
				return CopyTypeInfoInternal(typeInfo);
			}

/***********************************************************************
CanConvertToType
***********************************************************************/

			bool CanConvertToType(reflection::description::ITypeInfo* fromType, reflection::description::ITypeInfo* toType, bool explicitly)
			{
				ITypeDescriptor* objectType = GetTypeDescriptor<Value>();
				bool fromObject = fromType->GetDecorator() == ITypeInfo::TypeDescriptor && fromType->GetTypeDescriptor() == objectType;
				bool toObject = toType->GetDecorator() == ITypeInfo::TypeDescriptor && toType->GetTypeDescriptor() == objectType;

				if (fromObject && toObject)
				{
					return true;
				}
				else if (fromObject)
				{
					return explicitly;
				}
				else if (toObject)
				{
					return true;
				}

				switch (fromType->GetDecorator())
				{
				case ITypeInfo::RawPtr:
					switch (toType->GetDecorator())
					{
					case ITypeInfo::RawPtr:
						return CanConvertToType(fromType->GetElementType(), toType->GetElementType(), explicitly);
					case ITypeInfo::SharedPtr:
						return explicitly && CanConvertToType(fromType->GetElementType(), toType->GetElementType(), explicitly);
					case ITypeInfo::Nullable:
					case ITypeInfo::TypeDescriptor:
					case ITypeInfo::Generic:
						return false;
					}
					break;
				case ITypeInfo::SharedPtr:
					switch (toType->GetDecorator())
					{
					case ITypeInfo::RawPtr:
						return explicitly && CanConvertToType(fromType->GetElementType(), toType->GetElementType(), explicitly);
					case ITypeInfo::SharedPtr:
						return CanConvertToType(fromType->GetElementType(), toType->GetElementType(), explicitly);
					case ITypeInfo::Nullable:
					case ITypeInfo::TypeDescriptor:
					case ITypeInfo::Generic:
						return false;
					}
					break;
				case ITypeInfo::Nullable:
					switch (toType->GetDecorator())
					{
					case ITypeInfo::RawPtr:
					case ITypeInfo::SharedPtr:
						return false;
					case ITypeInfo::Nullable:
						return CanConvertToType(fromType->GetElementType(), toType->GetElementType(), explicitly);
					case ITypeInfo::TypeDescriptor:
						return explicitly && CanConvertToType(fromType->GetElementType(), toType, explicitly);
					case ITypeInfo::Generic:
						return false;
					}
					break;
				case ITypeInfo::TypeDescriptor:
					switch (toType->GetDecorator())
					{
					case ITypeInfo::RawPtr:
					case ITypeInfo::SharedPtr:
						return false;
					case ITypeInfo::Nullable:
						return CanConvertToType(fromType, toType->GetElementType(), explicitly);
					case ITypeInfo::TypeDescriptor:
						{
							ITypeDescriptor* fromTd = fromType->GetTypeDescriptor();
							ITypeDescriptor* toTd = toType->GetTypeDescriptor();
							bool fromValue = (fromTd->GetTypeDescriptorFlags() & TypeDescriptorFlags::ReferenceType) == TypeDescriptorFlags::Undefined;
							bool toValue = (toTd->GetTypeDescriptorFlags() & TypeDescriptorFlags::ReferenceType) == TypeDescriptorFlags::Undefined;
							if (fromValue != toValue)
							{
								return false;
							}

							if (fromValue)
							{
								if (fromTd == toTd)
								{
									return true;
								}
								else if (fromTd == GetTypeDescriptor<WString>())
								{
									return explicitly && toTd->GetSerializableType() != nullptr;
								}
								else if (toTd == GetTypeDescriptor<WString>())
								{
									return fromTd->GetSerializableType() != nullptr;
								}

								TypeFlag fromFlag = GetTypeFlag(fromTd);
								TypeFlag toFlag = GetTypeFlag(toTd);
								static vint conversionTable[(vint)TypeFlag::Count][(vint)TypeFlag::Count] = {
									/*Bool		*/{1, /**/ 0, 0, 0, 0, /**/ 0, 0, 0, 0, /**/ 0, 0, /**/ 1, 0, 0, 0},
									//-------------------------------------------------------------------------------
									/*I1		*/{0, /**/ 1, 1, 1, 1, /**/ 2, 2, 2, 2, /**/ 1, 1, /**/ 1, 0, 0, 0},
									/*I2		*/{0, /**/ 2, 1, 1, 1, /**/ 2, 2, 2, 2, /**/ 1, 1, /**/ 1, 0, 0, 0},
									/*I4		*/{0, /**/ 2, 2, 1, 1, /**/ 2, 2, 2, 2, /**/ 2, 1, /**/ 1, 0, 0, 0},
									/*I8		*/{0, /**/ 2, 2, 2, 1, /**/ 2, 2, 2, 2, /**/ 2, 1, /**/ 1, 0, 0, 0},
									//-------------------------------------------------------------------------------
									/*U1		*/{0, /**/ 2, 2, 2, 2, /**/ 1, 1, 1, 1, /**/ 1, 1, /**/ 1, 0, 0, 0},
									/*U2		*/{0, /**/ 2, 2, 2, 2, /**/ 2, 1, 1, 1, /**/ 1, 1, /**/ 1, 0, 0, 0},
									/*U4		*/{0, /**/ 2, 2, 2, 2, /**/ 2, 2, 1, 1, /**/ 2, 1, /**/ 1, 0, 0, 0},
									/*U8		*/{0, /**/ 2, 2, 2, 2, /**/ 2, 2, 2, 1, /**/ 2, 1, /**/ 1, 2, 0, 0},
									//-------------------------------------------------------------------------------
									/*F4		*/{0, /**/ 2, 2, 2, 2, /**/ 2, 2, 2, 2, /**/ 1, 1, /**/ 1, 0, 0, 0},
									/*F8		*/{0, /**/ 2, 2, 2, 2, /**/ 2, 2, 2, 2, /**/ 2, 1, /**/ 1, 0, 0, 0},
									//-------------------------------------------------------------------------------
									/*String	*/{2, /**/ 2, 2, 2, 2, /**/ 2, 2, 2, 2, /**/ 2, 2, /**/ 1, 0, 0, 0},
									/*Enum		*/{0, /**/ 0, 0, 0, 0, /**/ 0, 0, 0, 2, /**/ 0, 0, /**/ 0, 0, 0, 0},
									/*Struct	*/{0, /**/ 0, 0, 0, 0, /**/ 0, 0, 0, 0, /**/ 0, 0, /**/ 0, 0, 0, 0},
									/*Others	*/{0, /**/ 0, 0, 0, 0, /**/ 0, 0, 0, 0, /**/ 0, 0, /**/ 0, 0, 0, 0},
								};
								vint conversion = conversionTable[(vint)fromFlag][(vint)toFlag];
								return conversion == 1 || (explicitly && conversion == 2);
							}
							else
							{
								if (fromTd->CanConvertTo(toTd))
								{
									return true;
								}
								if (explicitly && toTd->CanConvertTo(fromTd))
								{
									return true;
								}
							}
						}
						break;
					case ITypeInfo::Generic:
						return explicitly && CanConvertToType(fromType, toType->GetElementType(), explicitly);
					}
					break;
				case ITypeInfo::Generic:
					switch (toType->GetDecorator())
					{
					case ITypeInfo::RawPtr:
					case ITypeInfo::SharedPtr:
					case ITypeInfo::Nullable:
						return false;
					case ITypeInfo::TypeDescriptor:
						return CanConvertToType(fromType->GetElementType(), toType, explicitly);
					case ITypeInfo::Generic:
						if (explicitly) return true;
						if (fromType->GetGenericArgumentCount() != toType->GetGenericArgumentCount())
						{
							return false;
						}
						if (!CanConvertToType(fromType->GetElementType(), toType->GetElementType(), explicitly)) return false;
						for (vint i = 0; i < fromType->GetGenericArgumentCount(); i++)
						{
							if (!IsSameType(fromType->GetGenericArgument(i), toType->GetGenericArgument(i)))
							{
								return false;
							}
						}
						return true;
					}
					break;
				}
				return false;
			}

/***********************************************************************
IsSameType
***********************************************************************/

			bool IsSameType(reflection::description::ITypeInfo* fromType, reflection::description::ITypeInfo* toType)
			{
				if (fromType->GetDecorator() != toType->GetDecorator())
				{
					return false;
				}
				switch (fromType->GetDecorator())
				{
				case ITypeInfo::RawPtr:
				case ITypeInfo::SharedPtr:
				case ITypeInfo::Nullable:
					return IsSameType(fromType->GetElementType(), toType->GetElementType());
				case ITypeInfo::TypeDescriptor:
					return fromType->GetTypeDescriptor() == toType->GetTypeDescriptor();
				case ITypeInfo::Generic:
					if (fromType->GetGenericArgumentCount() != toType->GetGenericArgumentCount())
					{
						return false;
					}
					if (!IsSameType(fromType->GetElementType(), toType->GetElementType())) return false;
					for (vint i = 0; i < fromType->GetGenericArgumentCount(); i++)
					{
						if (!IsSameType(fromType->GetGenericArgument(i), toType->GetGenericArgument(i)))
						{
							return false;
						}
					}
					return true;
				}
				return false;
			}

/***********************************************************************
GetMergedType
***********************************************************************/

			Ptr<reflection::description::ITypeInfo>	GetMergedType(Ptr<reflection::description::ITypeInfo> firstType, Ptr<reflection::description::ITypeInfo> secondType)
			{
				if (CanConvertToType(secondType.Obj(), firstType.Obj(), false))
				{
					return firstType;
				}
				else if (CanConvertToType(firstType.Obj(), secondType.Obj(), false))
				{
					return secondType;
				}
				else
				{
					return 0;
				}
			}

/***********************************************************************
IsNullAcceptableType
***********************************************************************/

			bool IsNullAcceptableType(reflection::description::ITypeInfo* type)
			{
				switch (type->GetDecorator())
				{
				case ITypeInfo::RawPtr:
				case ITypeInfo::SharedPtr:
				case ITypeInfo::Nullable:
					return true;
				case ITypeInfo::TypeDescriptor:
					return type->GetTypeDescriptor() == description::GetTypeDescriptor<Value>();
				case ITypeInfo::Generic:
					return false;
				}
				return false;
			}

/***********************************************************************
CreateTypeInfoFromMethodInfo
***********************************************************************/

			Ptr<reflection::description::ITypeInfo> CreateTypeInfoFromMethodInfo(reflection::description::IMethodInfo* info)
			{
				auto elementType = Ptr(new TypeDescriptorTypeInfo(description::GetTypeDescriptor<IValueFunctionProxy>(), TypeInfoHint::Normal));
				auto genericType = Ptr(new GenericTypeInfo(elementType));
				genericType->AddGenericArgument(CopyTypeInfo(info->GetReturn()));
				vint parameterCount = info->GetParameterCount();
				for (vint j = 0; j < parameterCount; j++)
				{
					genericType->AddGenericArgument(CopyTypeInfo(info->GetParameter(j)->GetType()));
				}
				return Ptr(new SharedPtrTypeInfo(genericType));
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_VALIDATERPC.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			namespace rpc_compiling
			{
				using namespace collections;
				using namespace reflection;
				using namespace reflection::description;

/***********************************************************************
ValidateModuleRPC_Ast
***********************************************************************/

				enum class RpcDeferredKind
				{
					Cached,
					Dynamic,
					ByvalProperty,
					ByrefProperty,
					ByvalMethod,
					ByrefMethod,
					ByvalParameter,
					ByrefParameter,
				};

				struct RpcDeferredCheck
				{
					RpcDeferredKind							kind = RpcDeferredKind::Cached;
					WfAttribute*							attribute = nullptr;
					ITypeDescriptor*						ownerTd = nullptr;
					WfPropertyDeclaration*					propertyDecl = nullptr;
					WfFunctionDeclaration*					methodDecl = nullptr;
					WfFunctionArgument*						parameterDecl = nullptr;
				};

				struct RpcPhase1Context
				{
					SortedList<ITypeDescriptor*>										workflowRpcInterfaceTds;
					Dictionary<Pair<ITypeDescriptor*, ITypeDescriptor*>, WfType*>		baseTypeNodeMap;
					List<RpcDeferredCheck>												deferredChecks;
				};

				bool IsRpcAttribute(WfAttribute* attribute, const wchar_t* name)
				{
					return attribute
						&& attribute->category.value == L"rpc"
						&& attribute->name.value == name;
				}

				bool HasRpcAttribute(List<Ptr<WfAttribute>>& attributes, const wchar_t* name)
				{
					for (auto attribute : attributes)
					{
						if (IsRpcAttribute(attribute.Obj(), name))
						{
							return true;
						}
					}
					return false;
				}

				bool HasEarlierRpcAttribute(List<Ptr<WfAttribute>>& attributes, WfAttribute* currentAttribute, const wchar_t* name)
				{
					for (auto attribute : attributes)
					{
						if (attribute.Obj() == currentAttribute)
						{
							break;
						}

						if (IsRpcAttribute(attribute.Obj(), name))
						{
							return true;
						}
					}
					return false;
				}

				ITypeDescriptor* GetClassTypeDescriptor(WfLexicalScopeManager* manager, WfClassDeclaration* classDecl)
				{
					if (!classDecl)
					{
						return nullptr;
					}
					return manager->declarationTypes[classDecl].Obj();
				}

				WfPropertyDeclaration* GetRpcPropertyDeclaration(WfDeclaration* declaration)
				{
					if (auto propertyDecl = dynamic_cast<WfPropertyDeclaration*>(declaration))
					{
						return propertyDecl;
					}

					if (auto autoPropertyDecl = dynamic_cast<WfAutoPropertyDeclaration*>(declaration))
					{
						for (auto expandedDeclaration : autoPropertyDecl->expandedDeclarations)
						{
							if (auto propertyDecl = expandedDeclaration.Cast<WfPropertyDeclaration>())
							{
								return propertyDecl.Obj();
							}
						}
					}

					return nullptr;
				}

				WString GetDeclarationFullName(WfLexicalScopeManager* manager, WfDeclaration* declaration, WfClassDeclaration* ownerClassDecl)
				{
					if (auto classDecl = dynamic_cast<WfClassDeclaration*>(declaration))
					{
						if (auto td = GetClassTypeDescriptor(manager, classDecl))
						{
							return td->GetTypeName();
						}
					}

					if (auto ownerTd = GetClassTypeDescriptor(manager, ownerClassDecl))
					{
						if (declaration)
						{
							return ownerTd->GetTypeName() + L"." + declaration->name.value;
						}
						return ownerTd->GetTypeName();
					}

					if (declaration && declaration->name.value != L"")
					{
						return declaration->name.value;
					}

					return L"<anonymous>";
				}

				WString GetAttributeTargetFullName(WfLexicalScopeManager* manager, WfDeclaration* declaration, WfFunctionArgument* argument, WfClassDeclaration* ownerClassDecl)
				{
					auto ownerTd = GetClassTypeDescriptor(manager, ownerClassDecl);
					auto ownerPrefix = ownerTd ? ownerTd->GetTypeName() + L"." : WString();

					if (argument && declaration)
					{
						return ownerPrefix + declaration->name.value + L"(" + argument->name.value + L")";
					}
					else if (declaration)
					{
						return ownerPrefix + declaration->name.value;
					}
					else if (argument)
					{
						return ownerPrefix + argument->name.value;
					}
					else
					{
						return ownerTd ? ownerTd->GetTypeName() : WString(L"<unknown>");
					}
				}

				bool ContainsFunctionType(WfType* type)
				{
					class V : public Object, public WfType::IVisitor
					{
					public:
						bool found = false;

						void Visit(WfFunctionType* node)override { found = true; }
						void Visit(WfRawPointerType* node)override { node->element->Accept(this); }
						void Visit(WfSharedPointerType* node)override { node->element->Accept(this); }
						void Visit(WfNullableType* node)override { node->element->Accept(this); }
						void Visit(WfEnumerableType* node)override { node->element->Accept(this); }
						void Visit(WfMapType* node)override { if (node->key) node->key->Accept(this); node->value->Accept(this); }
						void Visit(WfObservableListType* node)override { node->element->Accept(this); }
						void Visit(WfChildType* node)override { node->parent->Accept(this); }
						void Visit(WfPredefinedType* node)override {}
						void Visit(WfTopQualifiedType* node)override {}
						void Visit(WfReferenceType* node)override {}
					};

					V visitor;
					type->Accept(&visitor);
					return visitor.found;
				}

				bool IsGenericRpcInterface(WfClassDeclaration* classDecl)
				{
					if (!classDecl || classDecl->kind != WfClassKind::Interface)
					{
						return false;
					}

					for (auto baseType : classDecl->baseTypes)
					{
						if (ContainsFunctionType(baseType.Obj()))
						{
							return true;
						}
					}
					return false;
				}

				bool IsAstRpcInterface(WfClassDeclaration* classDecl)
				{
					return classDecl
						&& classDecl->kind == WfClassKind::Interface
						&& !IsGenericRpcInterface(classDecl)
						&& HasRpcAttribute(classDecl->attributes, L"Interface");
				}

				void CollectAllWorkflowRpcInterfaceTds(WfLexicalScopeManager* manager, SortedList<ITypeDescriptor*>& rpcInterfaceTds)
				{
					for (vint i = 0; i < manager->declarationTypes.Count(); i++)
					{
						auto classDecl = manager->declarationTypes.Keys()[i].Cast<WfClassDeclaration>();
						if (!classDecl || !IsAstRpcInterface(classDecl.Obj()))
						{
							continue;
						}

						auto td = manager->declarationTypes.Values()[i].Obj();
						if (td && !rpcInterfaceTds.Contains(td))
						{
							rpcInterfaceTds.Add(td);
						}
					}
				}

				void BuildMemberDeclarationMap(WfLexicalScopeManager* manager, Dictionary<IMemberInfo*, Ptr<WfDeclaration>>& memberDeclMap)
				{
					for (vint i = 0; i < manager->declarationMemberInfos.Count(); i++)
					{
						auto memberInfo = manager->declarationMemberInfos.Values()[i].Obj();
						if (memberInfo && !memberDeclMap.Keys().Contains(memberInfo))
						{
							memberDeclMap.Add(memberInfo, manager->declarationMemberInfos.Keys()[i]);
						}
					}
				}

				Ptr<WfFunctionArgument> FindFunctionArgument(WfFunctionDeclaration* functionDecl, const WString& parameterName, vint index)
				{
					if (!functionDecl)
					{
						return nullptr;
					}

					for (auto argument : functionDecl->arguments)
					{
						if (argument->name.value == parameterName)
						{
							return argument;
						}
					}

					if (0 <= index && index < functionDecl->arguments.Count())
					{
						return functionDecl->arguments[index];
					}

					return nullptr;
				}

				bool HasAttribute(IAttributeBag* bag, ITypeDescriptor* attrTd)
				{
					if (!bag || !attrTd)
					{
						return false;
					}

					for (vint i = 0; i < bag->GetAttributeCount(); i++)
					{
						if (bag->GetAttribute(i)->GetAttributeType() == attrTd) return true;
					}
					return false;
				}

				bool IsRpcInterfaceTd(ITypeDescriptor* td, ITypeDescriptor* rpcInterfaceAttrTd, const SortedList<ITypeDescriptor*>& rpcInterfaceTds)
				{
					if (!td) return false;
					if (rpcInterfaceTds.Contains(td)) return true;
					return HasAttribute(td, rpcInterfaceAttrTd);
				}

				bool IsStrongTypedCollection(ITypeInfo* type)
				{
					if (!type || type->GetDecorator() != ITypeInfo::SharedPtr) return false;
					auto genericType = type->GetElementType();
					if (!genericType || genericType->GetDecorator() != ITypeInfo::Generic) return false;

					auto collectionType = genericType->GetElementType();
					if (!collectionType || collectionType->GetDecorator() != ITypeInfo::TypeDescriptor) return false;

					auto collectionTd = collectionType->GetTypeDescriptor();
					if (collectionTd == GetTypeDescriptor<IValueEnumerable>()
						|| collectionTd == GetTypeDescriptor<IValueReadonlyList>()
						|| collectionTd == GetTypeDescriptor<IValueList>()
						|| collectionTd == GetTypeDescriptor<IValueObservableList>())
					{
						return genericType->GetGenericArgumentCount() == 1;
					}

					if (collectionTd == GetTypeDescriptor<IValueReadonlyDictionary>()
						|| collectionTd == GetTypeDescriptor<IValueDictionary>())
					{
						return genericType->GetGenericArgumentCount() == 2;
					}

					switch (type->GetHint())
					{
					case TypeInfoHint::LazyList:
					case TypeInfoHint::Array:
					case TypeInfoHint::List:
						return genericType->GetGenericArgumentCount() == 1;
					case TypeInfoHint::Dictionary:
						return genericType->GetGenericArgumentCount() == 2;
					default:
						return false;
					}
				}

				Ptr<WfAttribute> CreateRpcAttribute(const WString& name)
				{
					auto attribute = Ptr(new WfAttribute);
					attribute->category.value = L"rpc";
					attribute->name.value = name;
					return attribute;
				}

				Ptr<WfAttribute> CreateRpcAttribute(const WString& name, Ptr<WfExpression> value)
				{
					auto attribute = CreateRpcAttribute(name);
					attribute->value = value;
					return attribute;
				}

				Ptr<WfExpression> CreateRpcStringLiteral(const WString& value)
				{
					auto expression = Ptr(new WfStringExpression);
					expression->value.value = value;
					return expression;
				}

				Ptr<WfExpression> CreateRpcIntegerLiteral(vint value)
				{
					auto expression = Ptr(new WfIntegerExpression);
					expression->value.value = itow(value);
					return expression;
				}

				void EnsureRpcAttribute(List<Ptr<WfAttribute>>& attributes, const WString& name)
				{
					if (!HasRpcAttribute(attributes, name.Buffer()))
					{
						attributes.Add(CreateRpcAttribute(name));
					}
				}

				ITypeInfo* GetStrongTypedCollectionElementType(ITypeInfo* type)
				{
					if (!IsStrongTypedCollection(type)) return nullptr;
					auto genericType = type->GetElementType();
					if (!genericType || genericType->GetDecorator() != ITypeInfo::Generic) return nullptr;
					switch (genericType->GetGenericArgumentCount())
					{
					case 1:
						return genericType->GetGenericArgument(0);
					case 2:
						return genericType->GetGenericArgument(1);
					default:
						return nullptr;
					}
				}

				bool IsObservableStrongTypedCollection(ITypeInfo* type)
				{
					if (!IsStrongTypedCollection(type)) return false;
					auto genericType = type->GetElementType();
					if (!genericType || genericType->GetDecorator() != ITypeInfo::Generic) return false;
					auto collectionType = genericType->GetElementType();
					if (!collectionType || collectionType->GetDecorator() != ITypeInfo::TypeDescriptor) return false;
					return collectionType->GetTypeDescriptor() == GetTypeDescriptor<IValueObservableList>();
				}

				bool IsRpcInterfaceSharedType(ITypeInfo* type, ITypeDescriptor* rpcInterfaceAttrTd, const SortedList<ITypeDescriptor*>& rpcInterfaceTds)
				{
					if (!type || type->GetDecorator() != ITypeInfo::SharedPtr) return false;
					auto elementType = type->GetElementType();
					if (!elementType || elementType->GetDecorator() != ITypeInfo::TypeDescriptor) return false;
					auto td = elementType->GetTypeDescriptor();
					return td
						&& (td->GetTypeDescriptorFlags() & TypeDescriptorFlags::Interface) != TypeDescriptorFlags::Undefined
						&& IsRpcInterfaceTd(td, rpcInterfaceAttrTd, rpcInterfaceTds);
				}

				bool IsStrongTypedCollectionContainingRpcInterface(ITypeInfo* type, ITypeDescriptor* rpcInterfaceAttrTd, const SortedList<ITypeDescriptor*>& rpcInterfaceTds)
				{
					auto elementType = GetStrongTypedCollectionElementType(type);
					if (!elementType) return false;
					return IsRpcInterfaceSharedType(elementType, rpcInterfaceAttrTd, rpcInterfaceTds)
						|| IsStrongTypedCollectionContainingRpcInterface(elementType, rpcInterfaceAttrTd, rpcInterfaceTds);
				}

				WString GetDefaultRpcTransferAttribute(ITypeInfo* type, ITypeDescriptor* rpcInterfaceAttrTd, const SortedList<ITypeDescriptor*>& rpcInterfaceTds)
				{
					if (!IsStrongTypedCollection(type)) return L"";
					if (IsObservableStrongTypedCollection(type)
						|| IsStrongTypedCollectionContainingRpcInterface(type, rpcInterfaceAttrTd, rpcInterfaceTds))
					{
						return L"Byref";
					}
					return L"Byval";
				}

				bool IsSerializableType(ITypeInfo* type, ITypeDescriptor* rpcInterfaceAttrTd, const SortedList<ITypeDescriptor*>& rpcInterfaceTds)
				{
					if (!type) return false;
					switch (type->GetDecorator())
					{
					case ITypeInfo::Nullable:
						return IsSerializableType(type->GetElementType(), rpcInterfaceAttrTd, rpcInterfaceTds);

					case ITypeInfo::SharedPtr:
						{
							auto e = type->GetElementType();
							if (!e) return false;

							if (e->GetDecorator() == ITypeInfo::Generic)
							{
								if (!IsStrongTypedCollection(type)) return false;
								for (vint i = 0; i < e->GetGenericArgumentCount(); i++)
								{
									if (!IsSerializableType(e->GetGenericArgument(i), rpcInterfaceAttrTd, rpcInterfaceTds)) return false;
								}
								return true;
							}

							if (e->GetDecorator() == ITypeInfo::TypeDescriptor)
							{
								auto td = e->GetTypeDescriptor();
								return (td->GetTypeDescriptorFlags() & TypeDescriptorFlags::Interface) != TypeDescriptorFlags::Undefined
									&& IsRpcInterfaceTd(td, rpcInterfaceAttrTd, rpcInterfaceTds);
							}

							return false;
						}

					case ITypeInfo::TypeDescriptor:
						{
							auto td = type->GetTypeDescriptor();
							if (td == GetTypeDescriptor<void>()) return false;
							switch (td->GetTypeDescriptorFlags())
							{
							case TypeDescriptorFlags::Primitive:
							case TypeDescriptorFlags::Struct:
							case TypeDescriptorFlags::FlagEnum:
							case TypeDescriptorFlags::NormalEnum:
								return true;
							default:
								return false;
							}
						}

					default:
						return false;
					}
				}

				bool IsSerializableReturnType(ITypeInfo* type, ITypeDescriptor* rpcInterfaceAttrTd, const SortedList<ITypeDescriptor*>& rpcInterfaceTds)
				{
					if (!type) return false;
					if (type->GetDecorator() == ITypeInfo::TypeDescriptor && type->GetTypeDescriptor() == GetTypeDescriptor<void>()) return true;
					return IsSerializableType(type, rpcInterfaceAttrTd, rpcInterfaceTds);
				}

				ITypeDescriptor* GetReservedRpcType(ITypeInfo* type)
				{
					if (!type) return nullptr;
					switch (type->GetDecorator())
					{
					case ITypeInfo::Nullable:
					case ITypeInfo::RawPtr:
						return GetReservedRpcType(type->GetElementType());
					case ITypeInfo::SharedPtr:
						{
							auto elementType = type->GetElementType();
							if (!elementType) return nullptr;
							if (elementType->GetDecorator() == ITypeInfo::Generic)
							{
								for (vint i = 0; i < elementType->GetGenericArgumentCount(); i++)
								{
									if (auto td = GetReservedRpcType(elementType->GetGenericArgument(i)))
									{
										return td;
									}
								}
								return nullptr;
							}
							return GetReservedRpcType(elementType);
						}
					case ITypeInfo::TypeDescriptor:
						{
							auto td = type->GetTypeDescriptor();
							if (td == GetTypeDescriptor<vl::rpc_controller::RpcObjectReference>()
								|| td == GetTypeDescriptor<vl::rpc_controller::RpcException>())
							{
								return td;
							}
							return nullptr;
						}
					default:
						return nullptr;
					}
				}

				WString GetReservedRpcTypeName(ITypeInfo* type)
				{
					if (auto td = GetReservedRpcType(type))
					{
						return td->GetTypeName();
					}
					return L"";
				}

				WString GetDeferredAttributeName(RpcDeferredKind kind)
				{
					switch (kind)
					{
					case RpcDeferredKind::Cached:			return L"Cached";
					case RpcDeferredKind::Dynamic:			return L"Dynamic";
					case RpcDeferredKind::ByvalProperty:
					case RpcDeferredKind::ByvalMethod:
					case RpcDeferredKind::ByvalParameter:	return L"Byval";
					case RpcDeferredKind::ByrefProperty:
					case RpcDeferredKind::ByrefMethod:
					case RpcDeferredKind::ByrefParameter:	return L"Byref";
					default:								return L"";
					}
				}

				void ValidateModuleRPC_Ast(WfLexicalScopeManager* manager, Ptr<WfModule> module, RpcPhase1Context& context)
				{
					class Visitor
						: public Object
						, public WfDeclaration::IVisitor
						, public WfVirtualCseDeclaration::IVisitor
					{
					public:
						WfLexicalScopeManager*					manager;
						RpcPhase1Context&						context;
						WfClassDeclaration*						currentClassDecl = nullptr;

						Visitor(WfLexicalScopeManager* _manager, RpcPhase1Context& _context)
							:manager(_manager)
							, context(_context)
						{
						}

						void VisitDeclaration(Ptr<WfDeclaration> declaration)
						{
							ProcessAttributes(declaration->attributes, declaration.Obj(), nullptr);
							declaration->Accept(this);
						}

						void ProcessAttributes(List<Ptr<WfAttribute>>& attributes, WfDeclaration* declaration, WfFunctionArgument* argument)
						{
							for (auto attribute : attributes)
							{
								auto name = attribute->name.value;
								if (attribute->category.value != L"rpc")
								{
									continue;
								}

								if (name == L"Interface")
								{
									auto classDecl = dynamic_cast<WfClassDeclaration*>(declaration);
									if (!classDecl || classDecl->kind != WfClassKind::Interface || IsGenericRpcInterface(classDecl))
									{
										manager->errors.Add(WfErrors::RpcInterfaceCanOnlyApplyToInterface(attribute.Obj(), GetDeclarationFullName(manager, declaration, currentClassDecl)));
										continue;
									}

									auto td = manager->declarationTypes[classDecl].Obj();
									if (td && !context.workflowRpcInterfaceTds.Contains(td))
									{
										context.workflowRpcInterfaceTds.Add(td);

										auto scope = manager->nodeScopes[classDecl];
										for (auto baseType : classDecl->baseTypes)
										{
											auto scopeName = GetScopeNameFromReferenceType(scope->parentScope.Obj(), baseType);
											if (scopeName && scopeName->typeDescriptor)
											{
												auto key = Pair(td, scopeName->typeDescriptor);
												if (!context.baseTypeNodeMap.Keys().Contains(key))
												{
													context.baseTypeNodeMap.Add(key, baseType.Obj());
												}
											}
										}
									}
								}
								else if (name == L"Ctor")
								{
									auto classDecl = dynamic_cast<WfClassDeclaration*>(declaration);
									if (!classDecl || !IsAstRpcInterface(classDecl))
									{
										manager->errors.Add(WfErrors::RpcCtorCanOnlyApplyToRpcInterface(attribute.Obj()));
									}
								}
								else if (name == L"Byval" || name == L"Byref")
								{
									auto propertyDecl = GetRpcPropertyDeclaration(declaration);
									auto isProperty = propertyDecl != nullptr;
									auto isMethod = dynamic_cast<WfFunctionDeclaration*>(declaration) != nullptr;
									auto isParameter = argument != nullptr && isMethod;
									if (!isProperty && !isMethod && !isParameter)
									{
										manager->errors.Add(WfErrors::RpcAttributeCanOnlyApplyToPropertyMethodOrParameter(attribute.Obj(), name));
										continue;
									}

									if (name == L"Byref" && HasEarlierRpcAttribute(attributes, attribute.Obj(), L"Byval"))
									{
										manager->errors.Add(WfErrors::RpcAttributeCannotCoexistWithOther(attribute.Obj(), name, L"Byval", GetAttributeTargetFullName(manager, declaration, argument, currentClassDecl)));
										continue;
									}

									if (name == L"Byval" && HasEarlierRpcAttribute(attributes, attribute.Obj(), L"Byref"))
									{
										manager->errors.Add(WfErrors::RpcAttributeCannotCoexistWithOther(attribute.Obj(), name, L"Byref", GetAttributeTargetFullName(manager, declaration, argument, currentClassDecl)));
										continue;
									}

									if (!IsAstRpcInterface(currentClassDecl))
									{
										manager->errors.Add(WfErrors::RpcAttributeCanOnlyBeUsedInsideRpcInterface(attribute.Obj(), name));
										continue;
									}

									RpcDeferredCheck check;
									check.attribute = attribute.Obj();
									check.ownerTd = GetClassTypeDescriptor(manager, currentClassDecl);
									check.propertyDecl = propertyDecl;
									check.methodDecl = dynamic_cast<WfFunctionDeclaration*>(declaration);
									check.parameterDecl = argument;
									check.kind =
										isParameter ? (name == L"Byval" ? RpcDeferredKind::ByvalParameter : RpcDeferredKind::ByrefParameter) :
										isMethod ? (name == L"Byval" ? RpcDeferredKind::ByvalMethod : RpcDeferredKind::ByrefMethod) :
										(name == L"Byval" ? RpcDeferredKind::ByvalProperty : RpcDeferredKind::ByrefProperty);
									context.deferredChecks.Add(check);
								}
								else if (name == L"Cached" || name == L"Dynamic")
								{
									auto propertyDecl = GetRpcPropertyDeclaration(declaration);
									if (!propertyDecl)
									{
										manager->errors.Add(WfErrors::RpcAttributeCanOnlyApplyToProperty(attribute.Obj(), name));
										continue;
									}

									if (name == L"Dynamic" && HasEarlierRpcAttribute(attributes, attribute.Obj(), L"Cached"))
									{
										manager->errors.Add(WfErrors::RpcAttributeCannotCoexistWithOther(attribute.Obj(), name, L"Cached", GetAttributeTargetFullName(manager, declaration, argument, currentClassDecl)));
										continue;
									}

									if (name == L"Cached" && HasEarlierRpcAttribute(attributes, attribute.Obj(), L"Dynamic"))
									{
										manager->errors.Add(WfErrors::RpcAttributeCannotCoexistWithOther(attribute.Obj(), name, L"Dynamic", GetAttributeTargetFullName(manager, declaration, argument, currentClassDecl)));
										continue;
									}

									RpcDeferredCheck check;
									check.kind = name == L"Cached" ? RpcDeferredKind::Cached : RpcDeferredKind::Dynamic;
									check.attribute = attribute.Obj();
									check.ownerTd = GetClassTypeDescriptor(manager, currentClassDecl);
									check.propertyDecl = propertyDecl;
									context.deferredChecks.Add(check);
								}
							}
						}

						void Visit(WfNamespaceDeclaration* node)override
						{
							for (auto declaration : node->declarations)
							{
								VisitDeclaration(declaration);
							}
						}

						void Visit(WfFunctionDeclaration* node)override
						{
							for (auto argument : node->arguments)
							{
								ProcessAttributes(argument->attributes, node, argument.Obj());
							}
						}

						void Visit(WfVariableDeclaration* node)override
						{
						}

						void Visit(WfEventDeclaration* node)override
						{
						}

						void Visit(WfPropertyDeclaration* node)override
						{
						}

						void Visit(WfStaticInitDeclaration* node)override
						{
						}

						void Visit(WfConstructorDeclaration* node)override
						{
						}

						void Visit(WfDestructorDeclaration* node)override
						{
						}

						void Visit(WfClassDeclaration* node)override
						{
							auto oldClassDecl = currentClassDecl;
							currentClassDecl = node;
							for (auto declaration : node->declarations)
							{
								VisitDeclaration(declaration);
							}
							currentClassDecl = oldClassDecl;
						}

						void Visit(WfEnumDeclaration* node)override
						{
							for (auto item : node->items)
							{
								ProcessAttributes(item->attributes, nullptr, nullptr);
							}
						}

						void Visit(WfStructDeclaration* node)override
						{
							for (auto member : node->members)
							{
								ProcessAttributes(member->attributes, nullptr, nullptr);
							}
						}

						void Visit(WfVirtualCfeDeclaration* node)override
						{
							for (auto declaration : node->expandedDeclarations)
							{
								VisitDeclaration(declaration);
							}
						}

						void Visit(WfVirtualCseDeclaration* node)override
						{
							node->Accept((WfVirtualCseDeclaration::IVisitor*)this);
							for (auto declaration : node->expandedDeclarations)
							{
								VisitDeclaration(declaration);
							}
						}

						void Visit(WfStateMachineDeclaration* node)override
						{
						}
					};

					Visitor visitor(manager, context);
					for (auto declaration : module->declarations)
					{
						visitor.VisitDeclaration(declaration);
					}
				}

/***********************************************************************
ValidateModuleRPC_Reflection
***********************************************************************/

				void ValidateModuleRPC_Reflection(WfLexicalScopeManager* manager, const RpcPhase1Context& context)
				{
					auto rpcInterfaceAttrTd = GetTypeDescriptor<vl::__vwsn::att_rpc_Interface>();
					SortedList<ITypeDescriptor*> allWorkflowRpcInterfaceTds;
					for (auto td : context.workflowRpcInterfaceTds)
					{
						if (!allWorkflowRpcInterfaceTds.Contains(td))
						{
							allWorkflowRpcInterfaceTds.Add(td);
						}
					}
					CollectAllWorkflowRpcInterfaceTds(manager, allWorkflowRpcInterfaceTds);

					Dictionary<IMemberInfo*, Ptr<WfDeclaration>> memberDeclMap;
					BuildMemberDeclarationMap(manager, memberDeclMap);

					for (auto td : context.workflowRpcInterfaceTds)
					{
						for (vint i = 0; i < td->GetBaseTypeDescriptorCount(); i++)
						{
							auto baseTd = td->GetBaseTypeDescriptor(i);
							if (!IsRpcInterfaceTd(baseTd, rpcInterfaceAttrTd, allWorkflowRpcInterfaceTds))
							{
								auto key = Pair(td, baseTd);
								auto index = context.baseTypeNodeMap.Keys().IndexOf(key);
								if (index != -1)
								{
									manager->errors.Add(WfErrors::RpcInterfaceBaseNotSerializable(context.baseTypeNodeMap.Values()[index], td->GetTypeName(), baseTd->GetTypeName()));
								}
							}
						}

						for (vint i = 0; i < td->GetPropertyCount(); i++)
						{
							auto propertyInfo = td->GetProperty(i);
							if (propertyInfo->GetOwnerTypeDescriptor() != td)
							{
								continue;
							}

							if (!IsSerializableType(propertyInfo->GetReturn(), rpcInterfaceAttrTd, allWorkflowRpcInterfaceTds))
							{
								auto declIndex = memberDeclMap.Keys().IndexOf(propertyInfo);
								if (declIndex != -1)
								{
									manager->errors.Add(WfErrors::RpcInterfaceMemberNotSerializable(memberDeclMap.Values()[declIndex].Obj(), td->GetTypeName(), td->GetTypeName() + L"." + propertyInfo->GetName()));
								}
							}
							else if (auto typeName = GetReservedRpcTypeName(propertyInfo->GetReturn()); typeName != L"")
							{
								auto declIndex = memberDeclMap.Keys().IndexOf(propertyInfo);
								if (declIndex != -1)
								{
									manager->errors.Add(WfErrors::RpcReservedTypeInReturnValue(memberDeclMap.Values()[declIndex].Obj(), td->GetTypeName(), td->GetTypeName() + L"." + propertyInfo->GetName(), typeName));
								}
							}
						}

						for (vint i = 0; i < td->GetMethodGroupCount(); i++)
						{
							auto group = td->GetMethodGroup(i);
							if (group->GetOwnerTypeDescriptor() != td)
							{
								continue;
							}

							for (vint j = 0; j < group->GetMethodCount(); j++)
							{
								auto methodInfo = group->GetMethod(j);
								auto declIndex = memberDeclMap.Keys().IndexOf(methodInfo);
								if (declIndex == -1)
								{
									continue;
								}

								auto functionDecl = memberDeclMap.Values()[declIndex].Cast<WfFunctionDeclaration>();
								if (!functionDecl)
								{
									continue;
								}

								for (vint k = 0; k < methodInfo->GetParameterCount(); k++)
								{
									auto parameterInfo = methodInfo->GetParameter(k);
									if (auto typeName = GetReservedRpcTypeName(parameterInfo->GetType()); typeName != L"")
									{
										if (auto argument = FindFunctionArgument(functionDecl.Obj(), parameterInfo->GetName(), k))
										{
											manager->errors.Add(WfErrors::RpcReservedTypeInFunctionArgument(argument.Obj(), td->GetTypeName(), td->GetTypeName() + L"." + methodInfo->GetName() + L"(" + parameterInfo->GetName() + L")", typeName));
										}
									}
									else if (!IsSerializableType(parameterInfo->GetType(), rpcInterfaceAttrTd, allWorkflowRpcInterfaceTds))
									{
										if (auto argument = FindFunctionArgument(functionDecl.Obj(), parameterInfo->GetName(), k))
										{
											manager->errors.Add(WfErrors::RpcInterfaceMemberNotSerializable(argument.Obj(), td->GetTypeName(), td->GetTypeName() + L"." + methodInfo->GetName() + L"(" + parameterInfo->GetName() + L")"));
										}
									}
								}

								if (auto typeName = GetReservedRpcTypeName(methodInfo->GetReturn()); typeName != L"")
								{
									manager->errors.Add(WfErrors::RpcReservedTypeInReturnValue(functionDecl.Obj(), td->GetTypeName(), td->GetTypeName() + L"." + methodInfo->GetName(), typeName));
								}
								else if (!IsSerializableReturnType(methodInfo->GetReturn(), rpcInterfaceAttrTd, allWorkflowRpcInterfaceTds))
								{
									manager->errors.Add(WfErrors::RpcInterfaceMemberNotSerializable(functionDecl.Obj(), td->GetTypeName(), td->GetTypeName() + L"." + methodInfo->GetName()));
								}
							}
						}

						for (vint i = 0; i < td->GetEventCount(); i++)
						{
							auto eventInfo = td->GetEvent(i);
							if (eventInfo->GetOwnerTypeDescriptor() != td)
							{
								continue;
							}

							Ptr<WfEventDeclaration> eventDecl;
							auto declIndex = memberDeclMap.Keys().IndexOf(eventInfo);
							if (declIndex != -1)
							{
								eventDecl = memberDeclMap.Values()[declIndex].Cast<WfEventDeclaration>();
							}
							auto handlerType = eventInfo->GetHandlerType();
							if (handlerType && handlerType->GetDecorator() == ITypeInfo::SharedPtr)
							{
								auto genericType = handlerType->GetElementType();
								if (genericType && genericType->GetDecorator() == ITypeInfo::Generic)
								{
									for (vint j = 1; j < genericType->GetGenericArgumentCount(); j++)
									{
										if (auto typeName = GetReservedRpcTypeName(genericType->GetGenericArgument(j)); typeName != L"")
										{
											if (eventDecl && j - 1 < eventDecl->arguments.Count())
											{
												manager->errors.Add(WfErrors::RpcReservedTypeInEventArgument(eventDecl->arguments[j - 1].Obj(), td->GetTypeName(), td->GetTypeName() + L"." + eventInfo->GetName() + L"(" + itow(j - 1) + L")", typeName));
											}
										}
									}
								}
							}
						}
					}

					for (auto&& check : context.deferredChecks)
					{
						auto attributeName = GetDeferredAttributeName(check.kind);
						switch (check.kind)
						{
						case RpcDeferredKind::Cached:
						case RpcDeferredKind::Dynamic:
							if (!IsRpcInterfaceTd(check.ownerTd, rpcInterfaceAttrTd, allWorkflowRpcInterfaceTds))
							{
								manager->errors.Add(WfErrors::RpcAttributeCanOnlyBeUsedInsideRpcInterface(check.attribute, attributeName));
							}
							break;
						default:
							{
								ITypeInfo* targetType = nullptr;
								WString memberName;

								switch (check.kind)
								{
								case RpcDeferredKind::ByvalProperty:
								case RpcDeferredKind::ByrefProperty:
									{
										auto propertyInfo = manager->declarationMemberInfos[check.propertyDecl].Cast<IPropertyInfo>();
										targetType = propertyInfo ? propertyInfo->GetReturn() : nullptr;
										if (propertyInfo && check.ownerTd)
										{
											memberName = check.ownerTd->GetTypeName() + L"." + propertyInfo->GetName();
										}
									}
									break;
								case RpcDeferredKind::ByvalMethod:
								case RpcDeferredKind::ByrefMethod:
									{
										auto methodInfo = manager->declarationMemberInfos[check.methodDecl].Cast<IMethodInfo>();
										targetType = methodInfo ? methodInfo->GetReturn() : nullptr;
										if (methodInfo && check.ownerTd)
										{
											memberName = check.ownerTd->GetTypeName() + L"." + methodInfo->GetName();
										}
									}
									break;
								case RpcDeferredKind::ByvalParameter:
								case RpcDeferredKind::ByrefParameter:
									{
										auto methodInfo = manager->declarationMemberInfos[check.methodDecl].Cast<IMethodInfo>();
										if (methodInfo)
										{
											for (vint i = 0; i < methodInfo->GetParameterCount(); i++)
											{
												auto parameterInfo = methodInfo->GetParameter(i);
												if (parameterInfo->GetName() == check.parameterDecl->name.value)
												{
													targetType = parameterInfo->GetType();
													if (check.ownerTd)
													{
														memberName = check.ownerTd->GetTypeName() + L"." + methodInfo->GetName() + L"(" + parameterInfo->GetName() + L")";
													}
													break;
												}
											}
										}
									}
									break;
								default:
									break;
								}

								if (!IsStrongTypedCollection(targetType))
								{
									manager->errors.Add(WfErrors::RpcAttributeRequiresStrongTypedCollection(check.attribute, attributeName, memberName));
								}
							}
							break;
						}
					}
				}

/***********************************************************************
ValidateModuleRPC_GenerateMetadata
***********************************************************************/

				bool IsGeneratedRpcIdAttribute(const WString& category, const WString& name)
				{
					return category == L"rpc" && (name == L"IdString" || name == L"IdNumber");
				}

				void GenerateAttributesFromBag(IAttributeBag* bag, List<Ptr<WfAttribute>>& attributes)
				{
					if (!bag) return;
					for (vint i = 0; i < bag->GetAttributeCount(); i++)
					{
						auto attrInfo = bag->GetAttribute(i);
						auto attrTd = attrInfo->GetAttributeType();
						if (!attrTd) continue;

						WString typeName = attrTd->GetTypeName();
						const wchar_t* reading = typeName.Buffer();
						const wchar_t* simpleName = reading;
						while (true)
						{
							auto delimiter = wcsstr(simpleName, L"::");
							if (!delimiter) break;
							simpleName = delimiter + 2;
						}

						if (wcsncmp(simpleName, L"att_", 4) != 0) continue;
						auto afterAtt = simpleName + 4;
						auto underscore = wcschr(afterAtt, L'_');
						if (!underscore) continue;

						auto attr = Ptr(new WfAttribute);
						attr->category.value = WString::CopyFrom(afterAtt, vint(underscore - afterAtt));
						attr->name.value = underscore + 1;
						if (IsGeneratedRpcIdAttribute(attr->category.value, attr->name.value))
						{
							continue;
						}
						attributes.Add(attr);
					}
				}

				void AddOrderedRpcId(WfRpcMetadata* metadata, const WString& fullName)
				{
					if (!metadata->orderedIds.Contains(fullName))
					{
						metadata->orderedIds.Add(fullName);
					}
				}

				void AddGeneratedRpcIdAttributes(WfRpcMetadata* metadata, const WString& fullName, List<Ptr<WfAttribute>>& attributes)
				{
					auto id = metadata->orderedIds.IndexOf(fullName);
					CHECK_ERROR(id != -1, L"RPC metadata ID list does not contain a generated RPC full name.");
					attributes.Add(CreateRpcAttribute(L"IdString", CreateRpcStringLiteral(fullName)));
					attributes.Add(CreateRpcAttribute(L"IdNumber", CreateRpcIntegerLiteral(id)));
				}

				void AddGeneratedRpcIdAttributes(WfRpcMetadata* metadata)
				{
					for (vint i = 0; i < metadata->typeNames.Count(); i++)
					{
						AddGeneratedRpcIdAttributes(metadata, metadata->typeNames.Keys()[i], metadata->typeNames.Values()[i]->attributes);
					}
					for (vint i = 0; i < metadata->methodNames.Count(); i++)
					{
						AddGeneratedRpcIdAttributes(metadata, metadata->methodNames.Keys()[i], metadata->methodNames.Values()[i]->attributes);
					}
					for (vint i = 0; i < metadata->eventNames.Count(); i++)
					{
						AddGeneratedRpcIdAttributes(metadata, metadata->eventNames.Keys()[i], metadata->eventNames.Values()[i]->attributes);
					}
				}

				void CollectSerializableTypesFromTypeInfo(
					ITypeInfo* typeInfo,
					SortedList<ITypeDescriptor*>& collectedEnums,
					SortedList<ITypeDescriptor*>& collectedStructs,
					List<ITypeDescriptor*>& structVisitOrder,
					const SortedList<ITypeDescriptor*>& rpcInterfaceTds)
				{
					if (!typeInfo) return;
					switch (typeInfo->GetDecorator())
					{
					case ITypeInfo::SharedPtr:
						{
							auto e = typeInfo->GetElementType();
							if (!e) return;
							if (e->GetDecorator() == ITypeInfo::Generic)
							{
								for (vint i = 0; i < e->GetGenericArgumentCount(); i++)
								{
									CollectSerializableTypesFromTypeInfo(e->GetGenericArgument(i), collectedEnums, collectedStructs, structVisitOrder, rpcInterfaceTds);
								}
							}
						}
						break;
					case ITypeInfo::TypeDescriptor:
						{
							auto td = typeInfo->GetTypeDescriptor();
							if (!td) return;
							switch (td->GetTypeDescriptorFlags())
							{
							case TypeDescriptorFlags::FlagEnum:
							case TypeDescriptorFlags::NormalEnum:
								if (!collectedEnums.Contains(td))
								{
									collectedEnums.Add(td);
								}
								break;
							case TypeDescriptorFlags::Struct:
								if (!collectedStructs.Contains(td))
								{
									collectedStructs.Add(td);
									// Recursively collect types used by struct members
									for (vint i = 0; i < td->GetPropertyCount(); i++)
									{
										CollectSerializableTypesFromTypeInfo(td->GetProperty(i)->GetReturn(), collectedEnums, collectedStructs, structVisitOrder, rpcInterfaceTds);
									}
									structVisitOrder.Add(td);
								}
								break;
							default:
								break;
							}
						}
						break;
					default:
						break;
					}
				}

				void CollectTypesFromInterface(
					ITypeDescriptor* td,
					SortedList<ITypeDescriptor*>& collectedEnums,
					SortedList<ITypeDescriptor*>& collectedStructs,
					List<ITypeDescriptor*>& structVisitOrder,
					const SortedList<ITypeDescriptor*>& rpcInterfaceTds)
				{
					for (vint i = 0; i < td->GetPropertyCount(); i++)
					{
						auto propertyInfo = td->GetProperty(i);
						if (propertyInfo->GetOwnerTypeDescriptor() != td) continue;
						CollectSerializableTypesFromTypeInfo(propertyInfo->GetReturn(), collectedEnums, collectedStructs, structVisitOrder, rpcInterfaceTds);
					}

					for (vint i = 0; i < td->GetMethodGroupCount(); i++)
					{
						auto group = td->GetMethodGroup(i);
						if (group->GetOwnerTypeDescriptor() != td) continue;
						for (vint j = 0; j < group->GetMethodCount(); j++)
						{
							auto methodInfo = group->GetMethod(j);
							CollectSerializableTypesFromTypeInfo(methodInfo->GetReturn(), collectedEnums, collectedStructs, structVisitOrder, rpcInterfaceTds);
							for (vint k = 0; k < methodInfo->GetParameterCount(); k++)
							{
								CollectSerializableTypesFromTypeInfo(methodInfo->GetParameter(k)->GetType(), collectedEnums, collectedStructs, structVisitOrder, rpcInterfaceTds);
							}
						}
					}

					for (vint i = 0; i < td->GetEventCount(); i++)
					{
						auto eventInfo = td->GetEvent(i);
						if (eventInfo->GetOwnerTypeDescriptor() != td) continue;
						auto handlerType = eventInfo->GetHandlerType();
						if (handlerType && handlerType->GetDecorator() == ITypeInfo::SharedPtr)
						{
							auto genericType = handlerType->GetElementType();
							if (genericType && genericType->GetDecorator() == ITypeInfo::Generic)
							{
								for (vint j = 1; j < genericType->GetGenericArgumentCount(); j++)
								{
									CollectSerializableTypesFromTypeInfo(genericType->GetGenericArgument(j), collectedEnums, collectedStructs, structVisitOrder, rpcInterfaceTds);
								}
							}
						}
					}
				}

				Ptr<WfEnumDeclaration> GenerateEnumDecl(ITypeDescriptor* td)
				{
					auto enumType = td->GetEnumType();
					if (!enumType) return nullptr;

					auto decl = Ptr(new WfEnumDeclaration);
					List<WString> fragments;
					GetTypeFragments(td, fragments);
					decl->name.value = fragments[fragments.Count() - 1];
					decl->kind = enumType->IsFlagEnum() ? WfEnumKind::Flag : WfEnumKind::Normal;

					// Collect items sorted by value
					List<Pair<WString, vuint64_t>> items;
					for (vint i = 0; i < enumType->GetItemCount(); i++)
					{
						items.Add({ enumType->GetItemName(i), enumType->GetItemValue(i) });
					}
					if (items.Count() > 1)
					{
						Sort(&items[0], items.Count(), [](const Pair<WString, vuint64_t>& a, const Pair<WString, vuint64_t>& b)
						{
							return (a.value <=> b.value);
						});
					}

					if (enumType->IsFlagEnum())
					{
						// Build a map from power-of-2 values to item names
						Dictionary<vuint64_t, WString> powerOf2Names;

						// First pass: add constant items (0 and powers of 2)
						for (auto&& [name, value] : items)
						{
							if (value == 0 || (value != 0 && (value & (value - 1)) == 0))
							{
								auto item = Ptr(new WfEnumItem);
								item->name.value = name;
								item->kind = WfEnumItemKind::Constant;
								item->number.value = u64tow(value);
								decl->items.Add(item);
								powerOf2Names.Add(value, name);
							}
						}

						// Second pass: add intersection items (composite values)
						for (auto&& [name, value] : items)
						{
							if (value != 0 && (value & (value - 1)) != 0)
							{
								auto item = Ptr(new WfEnumItem);
								item->name.value = name;
								item->kind = WfEnumItemKind::Intersection;
								for (vint bit = 0; bit < 64; bit++)
								{
									auto mask = (vuint64_t)1 << bit;
									if (value & mask)
									{
										auto nameIndex = powerOf2Names.Keys().IndexOf(mask);
										if (nameIndex != -1)
										{
											auto intersection = Ptr(new WfEnumItemIntersection);
											intersection->name.value = powerOf2Names.Values()[nameIndex];
											item->intersections.Add(intersection);
										}
									}
								}
								decl->items.Add(item);
							}
						}
					}
					else
					{
						for (auto&& [name, value] : items)
						{
							auto item = Ptr(new WfEnumItem);
							item->name.value = name;
							item->kind = WfEnumItemKind::Constant;
							item->number.value = u64tow(value);
							decl->items.Add(item);
						}
					}
					return decl;
				}

				Ptr<WfStructDeclaration> GenerateStructDecl(ITypeDescriptor* td)
				{
					auto decl = Ptr(new WfStructDeclaration);
					List<WString> fragments;
					GetTypeFragments(td, fragments);
					decl->name.value = fragments[fragments.Count() - 1];

					for (vint i = 0; i < td->GetPropertyCount(); i++)
					{
						auto propertyInfo = td->GetProperty(i);
						auto member = Ptr(new WfStructMember);
						member->name.value = propertyInfo->GetName();
						member->type = GetTypeFromTypeInfo(propertyInfo->GetReturn());
						decl->members.Add(member);
					}
					return decl;
				}

				Ptr<WfClassDeclaration> GenerateInterfaceDecl(ITypeDescriptor* td, ITypeDescriptor* rpcInterfaceAttrTd, const SortedList<ITypeDescriptor*>& rpcInterfaceTds)
				{
					auto decl = Ptr(new WfClassDeclaration);
					Dictionary<WString, WString> getterTransferAttributes;
					Dictionary<WString, WString> setterTransferAttributes;
					List<WString> fragments;
					GetTypeFragments(td, fragments);
					decl->name.value = fragments[fragments.Count() - 1];
					decl->kind = WfClassKind::Interface;

					// Determine constructor type from reflection
					if (auto ctorGroup = td->GetConstructorGroup())
					{
						if (ctorGroup->GetMethodCount() > 0)
						{
							auto ctorReturn = ctorGroup->GetMethod(0)->GetReturn();
							if (ctorReturn && ctorReturn->GetDecorator() == ITypeInfo::RawPtr)
							{
								decl->constructorType = WfConstructorType::RawPtr;
							}
							else
							{
								decl->constructorType = WfConstructorType::SharedPtr;
							}
						}
					}

					// Generate attributes from reflection
					GenerateAttributesFromBag(td, decl->attributes);

					// Generate base types from reflection (only RPC interfaces, skip implicit IDescriptable)
					for (vint i = 0; i < td->GetBaseTypeDescriptorCount(); i++)
					{
						auto baseTd = td->GetBaseTypeDescriptor(i);
						if (!IsRpcInterfaceTd(baseTd, rpcInterfaceAttrTd, rpcInterfaceTds)) continue;

						auto parentType = GetTypeFromTypeDescriptor(baseTd);
						if (parentType)
						{
							decl->baseTypes.Add(parentType);
						}
					}

					// Generate properties from reflection
					for (vint i = 0; i < td->GetPropertyCount(); i++)
					{
						auto propertyInfo = td->GetProperty(i);
						if (propertyInfo->GetOwnerTypeDescriptor() != td) continue;

						auto propDecl = Ptr(new WfPropertyDeclaration);
						propDecl->name.value = propertyInfo->GetName();
						propDecl->type = GetTypeFromTypeInfo(propertyInfo->GetReturn());

						if (auto getter = propertyInfo->GetGetter())
						{
							propDecl->getter.value = getter->GetName();
						}
						if (auto setter = propertyInfo->GetSetter())
						{
							propDecl->setter.value = setter->GetName();
						}
						if (auto valueChangedEvent = propertyInfo->GetValueChangedEvent())
						{
							propDecl->valueChangedEvent.value = valueChangedEvent->GetName();
						}

						GenerateAttributesFromBag(propertyInfo, propDecl->attributes);
						if (!HasRpcAttribute(propDecl->attributes, L"Cached") && !HasRpcAttribute(propDecl->attributes, L"Dynamic"))
						{
							EnsureRpcAttribute(propDecl->attributes, L"Cached");
						}

						auto transferAttribute = GetDefaultRpcTransferAttribute(propertyInfo->GetReturn(), rpcInterfaceAttrTd, rpcInterfaceTds);
						if (transferAttribute != L"")
						{
							if (HasRpcAttribute(propDecl->attributes, L"Byref"))
							{
								transferAttribute = L"Byref";
							}
							else if (HasRpcAttribute(propDecl->attributes, L"Byval"))
							{
								transferAttribute = L"Byval";
							}

							if (propDecl->getter.value != L"")
							{
								auto getterIndex = getterTransferAttributes.Keys().IndexOf(propDecl->getter.value);
								if (getterIndex == -1)
								{
									getterTransferAttributes.Add(propDecl->getter.value, transferAttribute);
								}
								else
								{
									getterTransferAttributes.Set(propDecl->getter.value, transferAttribute);
								}
							}

							if (propDecl->setter.value != L"")
							{
								auto setterIndex = setterTransferAttributes.Keys().IndexOf(propDecl->setter.value);
								if (setterIndex == -1)
								{
									setterTransferAttributes.Add(propDecl->setter.value, transferAttribute);
								}
								else
								{
									setterTransferAttributes.Set(propDecl->setter.value, transferAttribute);
								}
							}
						}
						decl->declarations.Add(propDecl);
					}

					// Generate events from reflection
					for (vint i = 0; i < td->GetEventCount(); i++)
					{
						auto eventInfo = td->GetEvent(i);
						if (eventInfo->GetOwnerTypeDescriptor() != td) continue;

						auto eventDecl = Ptr(new WfEventDeclaration);
						eventDecl->name.value = eventInfo->GetName();

						// Extract event argument types from handler type
						auto handlerType = eventInfo->GetHandlerType();
						if (handlerType && handlerType->GetDecorator() == ITypeInfo::SharedPtr)
						{
							auto genericType = handlerType->GetElementType();
							if (genericType && genericType->GetDecorator() == ITypeInfo::Generic)
							{
								for (vint j = 1; j < genericType->GetGenericArgumentCount(); j++)
								{
									auto argType = GetTypeFromTypeInfo(genericType->GetGenericArgument(j));
									if (argType)
									{
										eventDecl->arguments.Add(argType);
									}
								}
							}
						}

						GenerateAttributesFromBag(eventInfo, eventDecl->attributes);
						decl->declarations.Add(eventDecl);
					}

					// Generate methods from reflection
					for (vint i = 0; i < td->GetMethodGroupCount(); i++)
					{
						auto group = td->GetMethodGroup(i);
						if (group->GetOwnerTypeDescriptor() != td) continue;

						for (vint j = 0; j < group->GetMethodCount(); j++)
						{
							auto methodInfo = group->GetMethod(j);
							if (methodInfo->GetOwnerProperty()) continue;

							auto funcDecl = Ptr(new WfFunctionDeclaration);
							funcDecl->name.value = methodInfo->GetName();
							funcDecl->anonymity = WfFunctionAnonymity::Named;
							funcDecl->functionKind = WfFunctionKind::Normal;
							funcDecl->returnType = GetTypeFromTypeInfo(methodInfo->GetReturn());

							for (vint k = 0; k < methodInfo->GetParameterCount(); k++)
							{
								auto parameterInfo = methodInfo->GetParameter(k);
								auto argument = Ptr(new WfFunctionArgument);
								argument->name.value = parameterInfo->GetName();
								argument->type = GetTypeFromTypeInfo(parameterInfo->GetType());
								GenerateAttributesFromBag(parameterInfo, argument->attributes);
								if (!HasRpcAttribute(argument->attributes, L"Byref") && !HasRpcAttribute(argument->attributes, L"Byval"))
								{
									WString transferAttribute;
									if (k == 0)
									{
										auto setterIndex = setterTransferAttributes.Keys().IndexOf(methodInfo->GetName());
										if (setterIndex != -1)
										{
											transferAttribute = setterTransferAttributes.Values()[setterIndex];
										}
									}
									if (transferAttribute == L"")
									{
										transferAttribute = GetDefaultRpcTransferAttribute(parameterInfo->GetType(), rpcInterfaceAttrTd, rpcInterfaceTds);
									}
									if (transferAttribute != L"")
									{
										EnsureRpcAttribute(argument->attributes, transferAttribute);
									}
								}
								funcDecl->arguments.Add(argument);
							}

							GenerateAttributesFromBag(methodInfo, funcDecl->attributes);
							if (!HasRpcAttribute(funcDecl->attributes, L"Byref") && !HasRpcAttribute(funcDecl->attributes, L"Byval"))
							{
								WString transferAttribute;
								auto getterIndex = getterTransferAttributes.Keys().IndexOf(methodInfo->GetName());
								if (getterIndex != -1)
								{
									transferAttribute = getterTransferAttributes.Values()[getterIndex];
								}
								if (transferAttribute == L"")
								{
									transferAttribute = GetDefaultRpcTransferAttribute(methodInfo->GetReturn(), rpcInterfaceAttrTd, rpcInterfaceTds);
								}
								if (transferAttribute != L"")
								{
									EnsureRpcAttribute(funcDecl->attributes, transferAttribute);
								}
							}
							decl->declarations.Add(funcDecl);
						}
					}

					return decl;
				}

				Ptr<WfNamespaceDeclaration> EnsureNamespace(
					List<Ptr<WfDeclaration>>& rootDeclarations,
					Dictionary<WString, Ptr<WfNamespaceDeclaration>>& namespaceMap,
					const List<WString>& fragments)
				{
					if (fragments.Count() <= 1)
					{
						return nullptr;
					}

					WString currentPath;
					Ptr<WfNamespaceDeclaration> currentNs;
					List<Ptr<WfDeclaration>>* currentList = &rootDeclarations;

					for (vint i = 0; i < fragments.Count() - 1; i++)
					{
						if (currentPath.Length() > 0)
						{
							currentPath = currentPath + L"::" + fragments[i];
						}
						else
						{
							currentPath = fragments[i];
						}

						auto index = namespaceMap.Keys().IndexOf(currentPath);
						if (index != -1)
						{
							currentNs = namespaceMap.Values()[index];
							currentList = &currentNs->declarations;
						}
						else
						{
							auto ns = Ptr(new WfNamespaceDeclaration);
							ns->name.value = fragments[i];
							currentList->Add(ns);
							namespaceMap.Add(currentPath, ns);
							currentNs = ns;
							currentList = &ns->declarations;
						}
					}

					return currentNs;
				}

				void AddDeclToModule(
					List<Ptr<WfDeclaration>>& rootDeclarations,
					Dictionary<WString, Ptr<WfNamespaceDeclaration>>& namespaceMap,
					ITypeDescriptor* td,
					Ptr<WfDeclaration> decl)
				{
					List<WString> fragments;
					GetTypeFragments(td, fragments);

					auto ns = EnsureNamespace(rootDeclarations, namespaceMap, fragments);
					if (ns)
					{
						ns->declarations.Add(decl);
					}
					else
					{
						rootDeclarations.Add(decl);
					}
				}

				void CollectOrderedRpcInterfaces(
					WfLexicalScopeManager* manager,
					const List<Ptr<WfDeclaration>>& declarations,
					const SortedList<ITypeDescriptor*>& rpcInterfaceTds,
					List<ITypeDescriptor*>& orderedInterfaces)
				{
					for (auto decl : declarations)
					{
						if (auto classDecl = decl.Cast<WfClassDeclaration>())
						{
							auto td = GetClassTypeDescriptor(manager, classDecl.Obj());
							if (td && rpcInterfaceTds.Contains(td) && !orderedInterfaces.Contains(td))
							{
								orderedInterfaces.Add(td);
							}
							CollectOrderedRpcInterfaces(manager, classDecl->declarations, rpcInterfaceTds, orderedInterfaces);
						}
						else if (auto nsDecl = decl.Cast<WfNamespaceDeclaration>())
						{
							CollectOrderedRpcInterfaces(manager, nsDecl->declarations, rpcInterfaceTds, orderedInterfaces);
						}
					}
				}

				WfClassDeclaration* FindRpcInterfaceDeclaration(WfLexicalScopeManager* manager, ITypeDescriptor* td)
				{
					for (vint i = 0; i < manager->declarationTypes.Count(); i++)
					{
						if (manager->declarationTypes.Values()[i].Obj() == td)
						{
							if (auto classDecl = manager->declarationTypes.Keys()[i].Cast<WfClassDeclaration>())
							{
								return classDecl.Obj();
							}
						}
					}
					return nullptr;
				}

				WfFunctionDeclaration* GetGeneratedMethodByOccurrence(WfClassDeclaration* interfaceDecl, const WString& name, vint occurrence)
				{
					vint index = 0;
					for (auto decl : interfaceDecl->declarations)
					{
						if (auto methodDecl = decl.Cast<WfFunctionDeclaration>())
						{
							if (methodDecl->name.value == name)
							{
								if (index++ == occurrence)
								{
									return methodDecl.Obj();
								}
							}
						}
					}
					return nullptr;
				}

				WfEventDeclaration* GetGeneratedEventByOccurrence(WfClassDeclaration* interfaceDecl, const WString& name, vint occurrence)
				{
					vint index = 0;
					for (auto decl : interfaceDecl->declarations)
					{
						if (auto eventDecl = decl.Cast<WfEventDeclaration>())
						{
							if (eventDecl->name.value == name)
							{
								if (index++ == occurrence)
								{
									return eventDecl.Obj();
								}
							}
						}
					}
					return nullptr;
				}

				WString MakeRpcMethodFullName(const WString& typeFullName, WfFunctionDeclaration* methodDecl, bool appendArgNames)
				{
					auto name = typeFullName + L"." + methodDecl->name.value;
					if (appendArgNames)
					{
						name += L"(";
						for (vint i = 0; i < methodDecl->arguments.Count(); i++)
						{
							if (i > 0)
							{
								name += L",";
							}
							name += methodDecl->arguments[i]->name.value;
						}
						name += L")";
					}
					return name;
				}

				void ValidateModuleRPC_GenerateMetadata(WfLexicalScopeManager* manager, Ptr<WfModule> module, const RpcPhase1Context& context)
				{
					auto rpcInterfaceAttrTd = GetTypeDescriptor<vl::__vwsn::att_rpc_Interface>();
					SortedList<ITypeDescriptor*> allRpcInterfaceTds;
					for (auto td : context.workflowRpcInterfaceTds)
					{
						if (!allRpcInterfaceTds.Contains(td))
						{
							allRpcInterfaceTds.Add(td);
						}
					}
					CollectAllWorkflowRpcInterfaceTds(manager, allRpcInterfaceTds);

					// Collect all enum and struct types used by RPC interfaces
					SortedList<ITypeDescriptor*> collectedEnums;
					SortedList<ITypeDescriptor*> collectedStructs;
					List<ITypeDescriptor*> structVisitOrder;

					for (auto td : context.workflowRpcInterfaceTds)
					{
						CollectTypesFromInterface(td, collectedEnums, collectedStructs, structVisitOrder, context.workflowRpcInterfaceTds);
					}

					// Sort enums by name
					List<ITypeDescriptor*> sortedEnums;
					for (auto td : collectedEnums)
					{
						sortedEnums.Add(td);
					}
					if (sortedEnums.Count() > 1)
					{
						Sort(&sortedEnums[0], sortedEnums.Count(), [](ITypeDescriptor* a, ITypeDescriptor* b)
						{
							return wcscmp(a->GetTypeName().Buffer(), b->GetTypeName().Buffer()) <=> 0;
						});
					}

					// Collect RPC interfaces in AST order
					List<ITypeDescriptor*> orderedInterfaces;
					CollectOrderedRpcInterfaces(manager, module->declarations, context.workflowRpcInterfaceTds, orderedInterfaces);

					// Build the metadata module
					auto metadataModule = Ptr(new WfModule);
					metadataModule->moduleType = WfModuleType::Module;
					metadataModule->name.value = L"RpcMetadata";
					manager->rpcMetadata = Ptr(new WfRpcMetadata);

					List<Ptr<WfDeclaration>> rootDeclarations;
					Dictionary<WString, Ptr<WfNamespaceDeclaration>> namespaceMap;

					// Add enums (sorted by name)
					for (auto td : sortedEnums)
					{
						auto decl = GenerateEnumDecl(td);
						if (decl)
						{
							AddDeclToModule(rootDeclarations, namespaceMap, td, decl);
						}
					}

					// Add structs (sorted by visiting order - dependency correct)
					for (auto td : structVisitOrder)
					{
						auto decl = GenerateStructDecl(td);
						if (decl)
						{
							AddDeclToModule(rootDeclarations, namespaceMap, td, decl);
						}
					}

					// Add interfaces (sorted by AST order)
					for (auto td : orderedInterfaces)
					{
						auto decl = GenerateInterfaceDecl(td, rpcInterfaceAttrTd, allRpcInterfaceTds);
						if (decl)
						{
							AddDeclToModule(rootDeclarations, namespaceMap, td, decl);

							auto typeFullName = td->GetTypeName();
							if (manager->rpcMetadata->typeNames.Keys().Contains(typeFullName))
							{
								manager->errors.Add(WfErrors::RpcGeneratedNameConflict(decl.Obj(), L"type", typeFullName));
							}
							else
							{
								manager->rpcMetadata->typeNames.Add(typeFullName, decl.Obj());
								manager->rpcMetadata->typeFullNames.Add(typeFullName);
								AddOrderedRpcId(manager->rpcMetadata.Obj(), typeFullName);
							}

							auto sourceDecl = FindRpcInterfaceDeclaration(manager, td);
							if (!sourceDecl)
							{
								continue;
							}

							List<WfFunctionDeclaration*> orderedMethods;
							List<WfFunctionDeclaration*> generatedMethods;
							List<WfEventDeclaration*> orderedEvents;
							List<WfEventDeclaration*> generatedEvents;
							Dictionary<WString, vint> methodNameCounters;
							Dictionary<WString, vint> eventNameCounters;

							auto collectSourceMember = [&](WfDeclaration* memberDecl)
							{
								if (auto methodDecl = dynamic_cast<WfFunctionDeclaration*>(memberDecl))
								{
									auto name = methodDecl->name.value;
									auto nameIndex = methodNameCounters.Keys().IndexOf(name);
									auto occurrence = nameIndex == -1 ? 0 : methodNameCounters.Values()[nameIndex];
									auto generatedMethod = GetGeneratedMethodByOccurrence(decl.Obj(), name, occurrence);
									if (generatedMethod)
									{
										orderedMethods.Add(methodDecl);
										generatedMethods.Add(generatedMethod);
									}

									if (nameIndex == -1)
									{
										methodNameCounters.Add(name, 1);
									}
									else
									{
										methodNameCounters.Set(name, occurrence + 1);
									}
								}
								else if (auto eventDecl = dynamic_cast<WfEventDeclaration*>(memberDecl))
								{
									auto name = eventDecl->name.value;
									auto nameIndex = eventNameCounters.Keys().IndexOf(name);
									auto occurrence = nameIndex == -1 ? 0 : eventNameCounters.Values()[nameIndex];
									auto generatedEvent = GetGeneratedEventByOccurrence(decl.Obj(), name, occurrence);
									if (generatedEvent)
									{
										orderedEvents.Add(eventDecl);
										generatedEvents.Add(generatedEvent);
									}

									if (nameIndex == -1)
									{
										eventNameCounters.Add(name, 1);
									}
									else
									{
										eventNameCounters.Set(name, occurrence + 1);
									}
								}
							};

							for (auto memberDecl : sourceDecl->declarations)
							{
								collectSourceMember(memberDecl.Obj());
								if (auto virtualCfeDecl = memberDecl.Cast<WfVirtualCfeDeclaration>())
								{
									for (auto expandedDecl : virtualCfeDecl->expandedDeclarations)
									{
										collectSourceMember(expandedDecl.Obj());
									}
								}
							}

							SortedList<WString> processedMethodBaseNames;
							for (vint i = 0; i < orderedMethods.Count(); i++)
							{
								auto baseName = MakeRpcMethodFullName(typeFullName, orderedMethods[i], false);
								if (processedMethodBaseNames.Contains(baseName))
								{
									continue;
								}
								processedMethodBaseNames.Add(baseName);

								List<vint> methodIndexes;
								List<WString> candidateNames;
								for (vint j = 0; j < orderedMethods.Count(); j++)
								{
									if (MakeRpcMethodFullName(typeFullName, orderedMethods[j], false) == baseName)
									{
										methodIndexes.Add(j);
										candidateNames.Add(MakeRpcMethodFullName(typeFullName, orderedMethods[j], true));
									}
								}

								if (methodIndexes.Count() == 1)
								{
									candidateNames[0] = baseName;
								}
								else
								{
									List<vint> duplicateCounts;
									for (vint j = 0; j < candidateNames.Count(); j++)
									{
										vint duplicateCount = 0;
										for (vint k = 0; k < candidateNames.Count(); k++)
										{
											if (candidateNames[j] == candidateNames[k])
											{
												duplicateCount++;
											}
										}
										duplicateCounts.Add(duplicateCount);
									}

									Dictionary<WString, vint> duplicateIndexes;
									for (vint j = 0; j < candidateNames.Count(); j++)
									{
										if (duplicateCounts[j] <= 1)
										{
											continue;
										}

										auto duplicateName = candidateNames[j];
										auto duplicateIndex = duplicateIndexes.Keys().IndexOf(duplicateName);
										auto occurrence = duplicateIndex == -1 ? 1 : duplicateIndexes.Values()[duplicateIndex] + 1;
										if (duplicateIndex == -1)
										{
											duplicateIndexes.Add(duplicateName, occurrence);
										}
										else
										{
											duplicateIndexes.Set(duplicateName, occurrence);
										}
										candidateNames[j] = duplicateName + L"." + itow(occurrence);
									}
								}

								for (vint j = 0; j < methodIndexes.Count(); j++)
								{
									auto finalName = candidateNames[j];
									auto generatedMethod = generatedMethods[methodIndexes[j]];
									if (manager->rpcMetadata->methodNames.Keys().Contains(finalName))
									{
										manager->errors.Add(WfErrors::RpcGeneratedNameConflict(generatedMethod, L"method", finalName));
									}
									else
									{
										manager->rpcMetadata->methodNames.Add(finalName, generatedMethod);
										manager->rpcMetadata->methodFullNames.Add(finalName);
										AddOrderedRpcId(manager->rpcMetadata.Obj(), finalName);
									}
								}
							}

							for (vint i = 0; i < orderedEvents.Count(); i++)
							{
								auto finalName = typeFullName + L"." + orderedEvents[i]->name.value;
								auto generatedEvent = generatedEvents[i];
								if (manager->rpcMetadata->eventNames.Keys().Contains(finalName))
								{
									manager->errors.Add(WfErrors::RpcGeneratedNameConflict(generatedEvent, L"event", finalName));
								}
								else
								{
									manager->rpcMetadata->eventNames.Add(finalName, generatedEvent);
									manager->rpcMetadata->eventFullNames.Add(finalName);
									AddOrderedRpcId(manager->rpcMetadata.Obj(), finalName);
								}
							}
						}
					}

					AddGeneratedRpcIdAttributes(manager->rpcMetadata.Obj());

					for (auto decl : rootDeclarations)
					{
						metadataModule->declarations.Add(decl);
					}

					manager->rpcMetadata->metadataModule = metadataModule;
				}
			}

/***********************************************************************
PopulateAttributesOnTypeDescriptors
***********************************************************************/

			namespace attribute_populating
			{
				using namespace collections;
				using namespace reflection;
				using namespace reflection::description;

				Value EvaluateAttributeLiteralExpression(WfLexicalScopeManager* manager, Ptr<WfExpression> expr, ITypeDescriptor* argumentTd)
				{
					if (auto literalExpr = expr.Cast<WfLiteralExpression>())
					{
						switch (literalExpr->value)
						{
						case WfLiteralValue::True:	return BoxValue(true);
						case WfLiteralValue::False:	return BoxValue(false);
						default:					return Value();
						}
					}
					else if (auto stringExpr = expr.Cast<WfStringExpression>())
					{
						Value output;
						argumentTd->GetSerializableType()->Deserialize(stringExpr->value.value, output);
						return output;
					}
					else if (auto intExpr = expr.Cast<WfIntegerExpression>())
					{
						Value output;
						argumentTd->GetSerializableType()->Deserialize(intExpr->value.value, output);
						return output;
					}
					else if (auto floatExpr = expr.Cast<WfFloatingExpression>())
					{
						Value output;
						argumentTd->GetSerializableType()->Deserialize(floatExpr->value.value, output);
						return output;
					}
					else if (auto typeOfExpr = expr.Cast<WfTypeOfTypeExpression>())
					{
						auto scope = manager->nodeScopes[typeOfExpr.Obj()].Obj();
						auto type = CreateTypeInfoFromType(scope, typeOfExpr->type, false);
						auto td = type->GetTypeDescriptor();
						if (argumentTd->GetSerializableType())
						{
							Value output;
							argumentTd->GetSerializableType()->Deserialize(td->GetTypeName(), output);
							return output;
						}
						return BoxValue<ITypeDescriptor*>(td);
					}
					else
					{
						auto&& result = manager->expressionResolvings[expr.Obj()];
						if (auto enumType = result.type->GetTypeDescriptor()->GetEnumType())
						{
							auto refExpr = expr.Cast<WfReferenceExpression>();
							auto childExpr = expr.Cast<WfChildExpression>();
							WString name = refExpr ? refExpr->name.value : (childExpr ? childExpr->name.value : WString::Empty);
							vint index = enumType->IndexOfItem(name);
							if (index != -1)
							{
								return enumType->ToEnum(enumType->GetItemValue(index));
							}
						}
						return Value();
					}
				}

				void PopulateAttributesOnBag(
					WfLexicalScopeManager* manager,
					TypeDescriptorImplBase* td,
					IMemberInfo* memberInfo,
					List<Ptr<WfAttribute>>& atts
				)
				{
					for (auto att : atts)
					{
						auto info = manager->ResolveWorkflowAttribute(att->category.value, att->name.value);
						if (!info.exists || !info.attributeType) continue;

						auto attInfo = Ptr(new AttributeInfoImpl(info.attributeType));
						if (info.hasArgument && att->value)
						{
							auto valueTypeTd = info.argumentType->GetTypeDescriptor();
							auto boxedValue = EvaluateAttributeLiteralExpression(manager, att->value, valueTypeTd);
							attInfo->AddValue(valueTypeTd, boxedValue);
						}
						td->RegisterAttribute(memberInfo, attInfo);
					}
				}
			}

			void PopulateAttributesOnTypeDescriptors(WfLexicalScopeManager* manager)
			{
				using namespace collections;
				using namespace reflection;
				using namespace reflection::description;

				for (auto [decl, index] : indexed(manager->declarationTypes.Keys()))
				{
					auto td = manager->declarationTypes.Values()[index];
					auto tdImpl = dynamic_cast<TypeDescriptorImplBase*>(td.Obj());
					if (!tdImpl) continue;

					// Type-level attributes
					attribute_populating::PopulateAttributesOnBag(manager, tdImpl, nullptr, decl->attributes);

					// Member attributes for class/interface
					if (auto classDecl = decl.Cast<WfClassDeclaration>())
					{
						for (auto memberDecl : classDecl->declarations)
						{
							vint memberIndex = manager->declarationMemberInfos.Keys().IndexOf(memberDecl.Obj());
							if (memberIndex != -1)
							{
								auto memberInfoPtr = manager->declarationMemberInfos.Values()[memberIndex];
								if (memberDecl->attributes.Count() > 0)
								{
									attribute_populating::PopulateAttributesOnBag(manager, tdImpl, memberInfoPtr.Obj(), memberDecl->attributes);
								}

								// Function argument attributes
								if (auto funcDecl = memberDecl.Cast<WfFunctionDeclaration>())
								{
									if (auto methodInfo = dynamic_cast<IMethodInfo*>(memberInfoPtr.Obj()))
									{
										for (vint k = 0; k < funcDecl->arguments.Count() && k < methodInfo->GetParameterCount(); k++)
										{
											auto& argAttrs = funcDecl->arguments[k]->attributes;
											if (argAttrs.Count() > 0)
											{
												auto paramInfo = methodInfo->GetParameter(k);
												attribute_populating::PopulateAttributesOnBag(manager, tdImpl, paramInfo, argAttrs);
											}
										}
									}
								}
							}
							else if (auto autoPropDecl = memberDecl.Cast<WfAutoPropertyDeclaration>())
							{
								auto propInfo = td->GetPropertyByName(autoPropDecl->name.value, false);
								if (propInfo && memberDecl->attributes.Count() > 0)
								{
									attribute_populating::PopulateAttributesOnBag(manager, tdImpl, propInfo, memberDecl->attributes);
								}
							}
						}
					}

					// Member attributes for struct
					if (auto structDecl = decl.Cast<WfStructDeclaration>())
					{
						for (auto member : structDecl->members)
						{
							if (member->attributes.Count() == 0) continue;
							auto propInfo = td->GetPropertyByName(member->name.value, false);
							if (!propInfo) continue;
							attribute_populating::PopulateAttributesOnBag(manager, tdImpl, propInfo, member->attributes);
						}
					}
				}
			}

/***********************************************************************
ValidateModuleRPC
***********************************************************************/

			void ValidateModuleRPC(WfLexicalScopeManager* manager, Ptr<WfModule> module)
			{
				rpc_compiling::RpcPhase1Context context;

				// Phase 1 collects workflow-defined RPC interfaces and enqueues attribute occurrences for phase 2.
				rpc_compiling::ValidateModuleRPC_Ast(manager, module, context);

				// Phase 2 uses reflection (ITypeDescriptor/ITypeInfo) to validate the remaining rules.
				rpc_compiling::ValidateModuleRPC_Reflection(manager, context);

				// Phase 3 generates rpc metadata module.
				if (context.workflowRpcInterfaceTds.Count() > 0 && manager->errors.Count() == 0)
				{
					rpc_compiling::ValidateModuleRPC_GenerateMetadata(manager, module, context);
					if (manager->rpcMetadata)
					{
						manager->rpcMetadata->dts = GenerateDtsFromRpcMetadata(manager);
					}
				}
			}

			namespace rpc_metadata_copying
			{
				using namespace collections;
				using namespace reflection;
				using namespace reflection::description;

				class ClearExistingTypesVisitor : public empty_visitor::DeclarationVisitor
				{
				private:
					List<WString>			fragments;
					bool					removeDeclaration = false;

					WString GetFullName(const WString& name)
					{
						WString fullName;
						for (auto fragment : fragments)
						{
							if (fullName != L"")
							{
								fullName += L"::";
							}
							fullName += fragment;
						}

						if (fullName != L"")
						{
							fullName += L"::";
						}
						fullName += name;
						return fullName;
					}

					bool IsExistingType(const WString& name)
					{
						return reflection::description::GetTypeDescriptor(GetFullName(name)) != nullptr;
					}

					void VisitNestedType(const WString& name, List<Ptr<WfDeclaration>>& declarations)
					{
						if (IsExistingType(name))
						{
							removeDeclaration = true;
							return;
						}

						fragments.Add(name);
						Clear(declarations);
						fragments.RemoveAt(fragments.Count() - 1);
						removeDeclaration = false;
					}

				protected:
					void Dispatch(WfVirtualCfeDeclaration* node)override
					{
						removeDeclaration = false;
					}

					void Dispatch(WfVirtualCseDeclaration* node)override
					{
						removeDeclaration = false;
					}

				public:
					void Clear(List<Ptr<WfDeclaration>>& declarations)
					{
						for (vint i = 0; i < declarations.Count();)
						{
							removeDeclaration = false;
							declarations[i]->Accept(this);
							if (removeDeclaration)
							{
								declarations.RemoveAt(i);
							}
							else
							{
								i++;
							}
						}
					}

					void Visit(WfNamespaceDeclaration* node)override
					{
						fragments.Add(node->name.value);
						Clear(node->declarations);
						fragments.RemoveAt(fragments.Count() - 1);
						removeDeclaration = false;
					}

					void Visit(WfClassDeclaration* node)override
					{
						VisitNestedType(node->name.value, node->declarations);
					}

					void Visit(WfEnumDeclaration* node)override
					{
						removeDeclaration = IsExistingType(node->name.value);
					}

					void Visit(WfStructDeclaration* node)override
					{
						removeDeclaration = IsExistingType(node->name.value);
					}
				};
			}

			Ptr<WfModule> CopyAndClearRpcMetadata(Ptr<WfModule> module)
			{
				auto copiedModule = CopyModule(module, false);
				rpc_metadata_copying::ClearExistingTypesVisitor visitor;
				visitor.Clear(copiedModule->declarations);
				return copiedModule;
			}

		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_VALIDATESCOPENAME.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{

/***********************************************************************
ValidateScopeName
***********************************************************************/

			class ValidateScopeNameDeclarationVisitor
				: public Object
				, public WfDeclaration::IVisitor
				, public WfVirtualCseDeclaration::IVisitor
			{
			public:
				enum Category
				{
					None,
					Type,
					Variable,
					Function,
					Namespace,
				};

				WfLexicalScopeManager*				manager;
				Ptr<WfLexicalScopeName>				name;
				Category							category;

				ValidateScopeNameDeclarationVisitor(WfLexicalScopeManager* _manager, Ptr<WfLexicalScopeName> _name)
					:manager(_manager)
					, name(_name)
					, category(name->typeDescriptor && name->imported ? Type : None)
				{
				}

				void AddError(WfDeclaration* node)
				{
					WString categoryName;
					switch (category)
					{
					case Type:
						categoryName = L"type";
						break;
					case Variable:
						categoryName = L"variable";
						break;
					case Function:
						categoryName = L"function";
						break;
					case Namespace:
						categoryName = L"namespace";
						break;
					default:
						CHECK_FAIL(L"ValidateScopeNameDeclarationVisitor::AddError(WfDeclaration*)#Internal error.");
					}
					manager->errors.Add(WfErrors::DuplicatedDeclaration(node, categoryName));
				}

				void Visit(WfNamespaceDeclaration* node)override
				{
					if (category == None)
					{
						category = Namespace;
					}
					else if (category != Namespace)
					{
						AddError(node);
					}
				}

				void Visit(WfFunctionDeclaration* node)override
				{
					if (category == None)
					{
						category = Function;
					}
					else if (category != Function)
					{
						AddError(node);
					}
				}

				void Visit(WfVariableDeclaration* node)override
				{
					if (category == None)
					{
						category = Variable;
					}
					else
					{
						AddError(node);
					}
				}

				void Visit(WfEventDeclaration* node)override
				{
					CHECK_FAIL(L"ValidateScopeNameDeclarationVisitor::Visit(WfEventDeclaration*)#Internal error, ValidateDeclarationStructure function should check correctly.");
				}

				void Visit(WfPropertyDeclaration* node)override
				{
					CHECK_FAIL(L"ValidateScopeNameDeclarationVisitor::Visit(WfPropertyDeclaration*)#Internal error, ValidateDeclarationStructure function should check correctly.");
				}

				void Visit(WfStaticInitDeclaration* node)override
				{
				}

				void Visit(WfConstructorDeclaration* node)override
				{
					CHECK_FAIL(L"ValidateScopeNameDeclarationVisitor::Visit(WfConstructorDeclaration*)#Internal error, ValidateDeclarationStructure function should check correctly.");
				}
				
				void Visit(WfDestructorDeclaration* node)override
				{
					CHECK_FAIL(L"ValidateScopeNameDeclarationVisitor::Visit(WfDestructorDeclaration*)#Internal error, ValidateDeclarationStructure function should check correctly.");
				}

				void Visit(WfClassDeclaration* node)override
				{
					if (category == None)
					{
						category = Type;
					}
					else
					{
						AddError(node);
					}
				}

				void Visit(WfEnumDeclaration* node)override
				{
					if (category == None)
					{
						category = Type;
					}
					else
					{
						AddError(node);
					}
				}

				void Visit(WfStructDeclaration* node)override
				{
					if (category == None)
					{
						category = Type;
					}
					else
					{
						AddError(node);
					}
				}

				void Visit(WfVirtualCfeDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Visit(WfVirtualCseDeclaration* node)override
				{
					node->Accept((WfVirtualCseDeclaration::IVisitor*)this);
				}

				void Visit(WfStateMachineDeclaration* node)override
				{
					CHECK_FAIL(L"ValidateScopeNameDeclarationVisitor::Visit(WfStateMachineDeclaration*)#Internal error, ValidateDeclarationStructure function should check correctly.");
				}
			};

			void ValidateScopeName(WfLexicalScopeManager* manager, Ptr<WfLexicalScopeName> name)
			{
				ValidateScopeNameDeclarationVisitor visitor(manager, name);
				for (auto declaration : name->declarations)
				{
					declaration->Accept(&visitor);
				}

				for (auto child : name->children.Values())
				{
					ValidateScopeName(manager, child);
				}
			}
		}
	}
}

/***********************************************************************
.\ANALYZER\WFANALYZER_VALIDATESEMANTIC.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;
			using namespace typeimpl;

/***********************************************************************
Helper Functions
***********************************************************************/

			IMethodInfo* FindInterfaceConstructor(ITypeDescriptor* type)
			{
				if (auto ctors = type->GetConstructorGroup())
				{
					auto proxyTd = description::GetTypeDescriptor<IValueInterfaceProxy>();
					for (vint i = 0; i < ctors->GetMethodCount(); i++)
					{
						IMethodInfo* info = ctors->GetMethod(i);
						if (info->GetParameterCount() == 1)
						{
							ITypeInfo* parameterType = info->GetParameter(0)->GetType();
							if (parameterType->GetDecorator() == ITypeInfo::SharedPtr)
							{
								parameterType = parameterType->GetElementType();
								if (parameterType->GetDecorator() == ITypeInfo::TypeDescriptor && parameterType->GetTypeDescriptor() == proxyTd)
								{
									return info;
								}
							}
						}
					}
				}
				return nullptr;
			}

			ITypeInfo* GetFunctionType(const ResolveExpressionResult& result)
			{
				if (result.eventInfo)
				{
					return result.eventInfo->GetHandlerType();
				}
				else if (result.type)
				{
					return result.type.Obj();
				}
				else
				{
					return nullptr;
				}
			}

			Ptr<ITypeInfo> SelectFunction(WfLexicalScopeManager* manager, glr::ParsingAstBase* node, Ptr<WfExpression> functionExpression, List<ResolveExpressionResult>& functions, List<Ptr<WfExpression>>& arguments, vint& selectedFunctionIndex)
			{
				selectedFunctionIndex = -1;

				List<bool> resolvables;
				List<Ptr<ITypeInfo>> types;
				for (auto argument : arguments)
				{
					if (!argument || IsExpressionDependOnExpectedType(manager, argument, true))
					{
						resolvables.Add(false);
						types.Add(nullptr);
					}
					else
					{
						resolvables.Add(true);
						types.Add(GetExpressionType(manager, argument, nullptr));
					}
				}

				List<glr::ParsingError> functionErrors, nonFunctionErrors;
				List<Pair<vint, vint>> selectedFunctionIndices;
				ITypeDescriptor* functionFd = description::GetTypeDescriptor<IValueFunctionProxy>();
				for (vint i = 0; i < functions.Count(); i++)
				{
					bool failed = false;
					vint convertCount = 0;
					auto result = functions[i];
					ITypeInfo* expressionType = GetFunctionType(result);

					if (expressionType->GetDecorator() == ITypeInfo::SharedPtr)
					{
						ITypeInfo* genericType = expressionType->GetElementType();
						if (genericType->GetDecorator() != ITypeInfo::Generic) goto FUNCTION_TYPE_FAILED;
						ITypeInfo* functionType = genericType->GetElementType();
						if (functionType->GetDecorator() != ITypeInfo::TypeDescriptor || functionType->GetTypeDescriptor() != functionFd) goto FUNCTION_TYPE_FAILED;
								
						if (genericType->GetGenericArgumentCount() != types.Count() + 1)
						{
							functionErrors.Add(WfErrors::FunctionArgumentCountMismatched(node, arguments.Count(), result));
							failed = true;
						}
						else
						{
							for (vint j = 0; j < types.Count(); j++)
							{
								if (resolvables[j] && types[j])
								{
									ITypeInfo* argumentType = genericType->GetGenericArgument(j + 1);
									if (CanConvertToType(types[j].Obj(), argumentType, false))
									{
										if (!IsSameType(types[j].Obj(), argumentType))
										{
											convertCount++;
										}
									}
									else
									{
										functionErrors.Add(WfErrors::FunctionArgumentTypeMismatched(node, result, j + 1, types[j].Obj(), argumentType));
										failed = true;
									}
								}
							}
						}
					}
					else
					{
						goto FUNCTION_TYPE_FAILED;
					}

					goto FUNCTION_TYPE_FINISHED;
				FUNCTION_TYPE_FAILED:
					nonFunctionErrors.Add(WfErrors::ExpressionIsNotFunction(functionExpression.Obj(), result.type.Obj()));
					failed = true;
				FUNCTION_TYPE_FINISHED:
					if (!failed)
					{
						selectedFunctionIndices.Add({ i,convertCount });
					}
				}

				if (selectedFunctionIndices.Count() > 1)
				{
					vint minScore = From(selectedFunctionIndices)
						.Select([](Pair<vint, vint> p)
						{
							return p.value;
						})
						.Min();

					for (vint i = selectedFunctionIndices.Count() - 1; i >= 0; i--)
					{
						if (selectedFunctionIndices[i].value != minScore)
						{
							selectedFunctionIndices.RemoveAt(i);
						}
					}
				}

				if (selectedFunctionIndices.Count() == 1)
				{
					selectedFunctionIndex = selectedFunctionIndices[0].key;
					ITypeInfo* genericType = GetFunctionType(functions[selectedFunctionIndex])->GetElementType();
					for (vint i = 0; i < types.Count(); i++)
					{
						ITypeInfo* argumentType = genericType->GetGenericArgument(i + 1);
						if (resolvables[i])
						{
							vint index = manager->expressionResolvings.Keys().IndexOf(arguments[i].Obj());
							if (index != -1)
							{
								auto resolvingResult = manager->expressionResolvings.Values()[index];
								CHECK_ERROR(resolvingResult.expectedType == nullptr, L"GetExpressionType should not set expectedType if it is null");
								resolvingResult.expectedType = CopyTypeInfo(argumentType);
								manager->expressionResolvings.Set(arguments[i], resolvingResult);
							}
						}
						else
						{
							if (arguments[i])
							{
								GetExpressionType(manager, arguments[i], CopyTypeInfo(argumentType));
							}
						}
					}
					return CopyTypeInfo(genericType->GetGenericArgument(0));
				}
				else
				{
					if (selectedFunctionIndices.Count() > 1)
					{
						List<ResolveExpressionResult> overloadedFunctions;
						CopyFrom(
							overloadedFunctions,
							From(selectedFunctionIndices)
							.Select([&functions](Pair<vint, vint> p)
							{
								return functions[p.key];
							}));
						manager->errors.Add(WfErrors::CannotPickOverloadedFunctions(node, overloadedFunctions));
					}

					if (functionErrors.Count() > 0)
					{
						CopyFrom(manager->errors, functionErrors, true);
					}
					else
					{
						CopyFrom(manager->errors, nonFunctionErrors, true);
					}
					return nullptr;
				}
			}

/***********************************************************************
ValidateSemantic
***********************************************************************/
			
			void ValidateModuleSemantic(WfLexicalScopeManager* manager, Ptr<WfModule> module)
			{
				for (auto declaration : module->declarations)
				{
					ValidateDeclarationSemantic(manager, declaration);
				}
			}

/***********************************************************************
GetExpressionScopeName
***********************************************************************/

			Ptr<WfLexicalScopeName> GetExpressionScopeName(WfLexicalScopeManager* manager, WfExpression* expression)
			{
				List<ResolveExpressionResult> results;
				ValidateExpressionSemantic(manager, expression, 0, results);
				if (results.Count() == 0) return 0;

				for (vint i = results.Count() - 1; i >= 0; i--)
				{
					auto& result = results[i];
					if (!result.scopeName)
					{
						results.RemoveAt(i);
					}
				}
				if (results.Count() == 0)
				{
					manager->errors.Add(WfErrors::ExpressionIsNotScopeName(expression));
					return 0;
				}
				else if (results.Count() > 1)
				{
					manager->errors.Add(WfErrors::TooManyTargets(expression, results, GetExpressionName(expression)));
					return 0;
				}

				auto result = results[0];
				manager->expressionResolvings.Add(Ptr(expression), result);
				return result.scopeName;
			}

			Ptr<WfLexicalScopeName> GetExpressionScopeName(WfLexicalScopeManager* manager, Ptr<WfExpression> expression)
			{
				return GetExpressionScopeName(manager, expression.Obj());
			}

/***********************************************************************
GetExpressionEventInfo
***********************************************************************/

			reflection::description::IEventInfo* GetExpressionEventInfo(WfLexicalScopeManager* manager, WfExpression* expression)
			{
				List<ResolveExpressionResult> results;
				ValidateExpressionSemantic(manager, expression, 0, results);
				if (results.Count() == 0) return 0;

				for (vint i = results.Count() - 1; i >= 0; i--)
				{
					auto& result = results[i];
					if (!result.eventInfo)
					{
						results.RemoveAt(i);
					}
				}
				if (results.Count() == 0)
				{
					manager->errors.Add(WfErrors::ExpressionIsNotEvent(expression));
					return 0;
				}
				else if (results.Count() > 1)
				{
					manager->errors.Add(WfErrors::TooManyTargets(expression, results, GetExpressionName(expression)));
					return 0;
				}

				auto result = results[0];
				manager->expressionResolvings.Add(Ptr(expression), result);
				return result.eventInfo;
			}

			reflection::description::IEventInfo* GetExpressionEventInfo(WfLexicalScopeManager* manager, Ptr<WfExpression> expression)
			{
				return GetExpressionEventInfo(manager, expression.Obj());
			}

/***********************************************************************
GetExpressionTypes
***********************************************************************/

			void GetExpressionTypes(WfLexicalScopeManager* manager, WfExpression* expression, Ptr<reflection::description::ITypeInfo> expectedType, bool allowEvent, collections::List<ResolveExpressionResult>& results)
			{
				ValidateExpressionSemantic(manager, expression, expectedType, results);
				if (results.Count() == 0) return;

				Ptr<WfLexicalScopeName> scopeName;
				IEventInfo* eventInfo = 0;
				for (vint i = results.Count() - 1; i >= 0; i--)
				{
					auto& result = results[i];
					if (result.scopeName && !scopeName)
					{
						scopeName = result.scopeName;
					}
					if (result.eventInfo && !eventInfo)
					{
						eventInfo = result.eventInfo;
					}
					if (!result.type && !(allowEvent && eventInfo))
					{
						results.RemoveAt(i);
					}
				}
				if (results.Count() == 0)
				{
					if (scopeName)
					{
						manager->errors.Add(WfErrors::ScopeNameIsNotExpression(expression, scopeName));
					}
					if (eventInfo)
					{
						manager->errors.Add(WfErrors::EventIsNotExpression(expression, eventInfo));
					}
				}

				if (expectedType)
				{
					List<Ptr<ITypeInfo>> failedTypes;
					for (vint i = results.Count() - 1; i >= 0; i--)
					{
						auto& result = results[i];
						if (!CanConvertToType(result.type.Obj(), expectedType.Obj(), false))
						{
							failedTypes.Add(result.type);
							results.RemoveAt(i);
						}
					}

					if (results.Count() == 0)
					{
						for (auto type : failedTypes)
						{
							manager->errors.Add(WfErrors::ExpressionCannotImplicitlyConvertToType(expression, type.Obj(), expectedType.Obj()));
						}
					}
				}
			}

			void GetExpressionTypes(WfLexicalScopeManager* manager, Ptr<WfExpression> expression, Ptr<reflection::description::ITypeInfo> expectedType, bool allowEvent, collections::List<ResolveExpressionResult>& results)
			{
				return GetExpressionTypes(manager, expression.Obj(), expectedType, allowEvent, results);
			}

/***********************************************************************
GetExpressionType
***********************************************************************/

			Ptr<reflection::description::ITypeInfo> GetExpressionType(WfLexicalScopeManager* manager, WfExpression* expression, Ptr<reflection::description::ITypeInfo> expectedType)
			{
				List<ResolveExpressionResult> results;
				GetExpressionTypes(manager, expression, expectedType, false, results);
				
				if (results.Count() > 1)
				{
					manager->errors.Add(WfErrors::TooManyTargets(expression, results, GetExpressionName(expression)));
					return expectedType;
				}
				else if (results.Count() == 1)
				{
					auto result = results[0];
					result.expectedType = expectedType;
					manager->expressionResolvings.Add(Ptr(expression), result);
					return expectedType ? expectedType : result.type;
				}
				else
				{
					return expectedType;
				}
			}

			Ptr<reflection::description::ITypeInfo> GetExpressionType(WfLexicalScopeManager* manager, Ptr<WfExpression> expression, Ptr<reflection::description::ITypeInfo> expectedType)
			{
				return GetExpressionType(manager, expression.Obj(), expectedType);
			}

/***********************************************************************
GetLeftValueExpressionType
***********************************************************************/

			Ptr<reflection::description::ITypeInfo>	GetLeftValueExpressionType(WfLexicalScopeManager* manager, WfExpression* expression)
			{
				List<ResolveExpressionResult> results;
				GetExpressionTypes(manager, expression, nullptr, false, results);

				if (results.Count() > 1)
				{
					manager->errors.Add(WfErrors::TooManyTargets(expression, results, GetExpressionName(expression)));
				}
				else if (results.Count() == 1)
				{
					if (results[0].writableType)
					{
						auto result = results[0];
						manager->expressionResolvings.Add(Ptr(expression), result);
						return result.writableType;
					}
					else
					{
						manager->errors.Add(WfErrors::ExpressionIsNotLeftValue(expression, results[0]));
					}
				}
				return nullptr;
			}

			Ptr<reflection::description::ITypeInfo>	GetLeftValueExpressionType(WfLexicalScopeManager* manager, Ptr<WfExpression> expression)
			{
				return GetLeftValueExpressionType(manager, expression.Obj());
			}

/***********************************************************************
GetEnumerableExpressionItemType
***********************************************************************/

			Ptr<reflection::description::ITypeInfo>	GetEnumerableExpressionItemType(WfLexicalScopeManager* manager, WfExpression* expression, Ptr<reflection::description::ITypeInfo> expectedType)
			{
				Ptr<ITypeInfo> collectionType = GetExpressionType(manager, expression, expectedType);
				if (collectionType)
				{
					if (collectionType->GetTypeDescriptor()->CanConvertTo(description::GetTypeDescriptor<IValueEnumerable>()))
					{
						if (collectionType->GetDecorator() == ITypeInfo::SharedPtr)
						{
							ITypeInfo* genericType = collectionType->GetElementType();
							if (genericType->GetDecorator() == ITypeInfo::Generic && genericType->GetGenericArgumentCount() == 1)
							{
								return CopyTypeInfo(genericType->GetGenericArgument(0));
							}
						}
						return TypeInfoRetriver<Value>::CreateTypeInfo();
					}

					manager->errors.Add(WfErrors::ExpressionIsNotCollection(expression, collectionType.Obj()));
				}
				return nullptr;
			}

			Ptr<reflection::description::ITypeInfo>	GetEnumerableExpressionItemType(WfLexicalScopeManager* manager, Ptr<WfExpression> expression, Ptr<reflection::description::ITypeInfo> expectedType)
			{
				return GetEnumerableExpressionItemType(manager, expression.Obj(), expectedType);
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_VALIDATESEMANTIC_DECLARATION.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;
			using namespace typeimpl;

/***********************************************************************
ValidateSemantic(ClassMember)
***********************************************************************/

			class ValidateSemanticClassMemberVisitor
				: public Object
				, public WfDeclaration::IVisitor
			{
			public:
				WfLexicalScopeManager*				manager;
				Ptr<WfCustomType>					td;
				WfClassDeclaration*					classDecl;

				ValidateSemanticClassMemberVisitor(Ptr<WfCustomType> _td, WfClassDeclaration* _classDecl, WfLexicalScopeManager* _manager)
					:td(_td)
					, classDecl(_classDecl)
					, manager(_manager)
				{
				}

				void Visit(WfNamespaceDeclaration* node)override
				{
				}

				void Visit(WfFunctionDeclaration* node)override
				{
					ValidateDeclarationSemantic(manager, node);
				}

				void Visit(WfVariableDeclaration* node)override
				{
					ValidateDeclarationSemantic(manager, node);
				}

				void Visit(WfEventDeclaration* node)override
				{
					ValidateDeclarationSemantic(manager, node);
				}

				void Visit(WfPropertyDeclaration* node)override
				{
					ValidateDeclarationSemantic(manager, node);

					auto scope = manager->nodeScopes[node];
					if (auto typeInfo = CreateTypeInfoFromType(scope.Obj(), node->type))
					{
						if (node->getter.value != L"")
						{
							auto getter = td->GetMethodGroupByName(node->getter.value, false)->GetMethod(0);
							if (!IsSameType(typeInfo.Obj(), getter->GetReturn()) || getter->GetParameterCount() != 0)
							{
								manager->errors.Add(WfErrors::PropertyGetterTypeMismatched(node, classDecl));
							}
						}

						if (node->setter.value != L"")
						{
							auto setter = td->GetMethodGroupByName(node->setter.value, false)->GetMethod(0);
							if (setter->GetReturn()->GetTypeDescriptor() != description::GetTypeDescriptor<void>() || setter->GetParameterCount() != 1 || !IsSameType(typeInfo.Obj(), setter->GetParameter(0)->GetType()))
							{
								manager->errors.Add(WfErrors::PropertySetterTypeMismatched(node, classDecl));
							}
						}
					}
				}

				void Visit(WfStaticInitDeclaration* node)override
				{
				}

				static void SelectConstructor(WfLexicalScopeManager* manager, WfConstructorDeclaration* ctorDecl, glr::ParsingAstBase* node, ITypeDescriptor* td, List<Ptr<WfExpression>>& arguments)
				{
					List<ResolveExpressionResult> functions;
					if (auto ctors = td->GetConstructorGroup())
					{
						vint count = ctors->GetMethodCount();
						for (vint i = 0; i < count; i++)
						{
							auto ctor = ctors->GetMethod(i);
							functions.Add(ResolveExpressionResult::Method(ctor));
						}
					}

					vint selectedFunctionIndex = -1;
					SelectFunction(manager, node, nullptr, functions, arguments, selectedFunctionIndex);
					if (selectedFunctionIndex != -1)
					{
						auto ctor = functions[selectedFunctionIndex].methodInfo;
						auto call = dynamic_cast<WfBaseConstructorCall*>(node);
						manager->baseConstructorCallResolvings.Add({ctorDecl, td}, {call, ctor});
					}
				}

				void Visit(WfConstructorDeclaration* node)override
				{
					ValidateDeclarationSemantic(manager, node);

					auto scope = manager->nodeScopes[node].Obj();
					auto classScope = scope->parentScope.Obj();
					SortedList<ITypeDescriptor*> baseTypes, initTypes;
					{
						auto td = classScope->typeOfThisExpr;
						vint count = td->GetBaseTypeDescriptorCount();
						for (vint i = 0; i < count; i++)
						{
							auto baseTd = td->GetBaseTypeDescriptor(i);
							if (!baseTypes.Contains(baseTd))
							{
								baseTypes.Add(baseTd);
							}
						}
					}

					for (auto call : node->baseConstructorCalls)
					{
						if (auto scopeName = GetScopeNameFromReferenceType(classScope, call->type))
						{
							if (auto td = scopeName->typeDescriptor)
							{
								if (initTypes.Contains(td))
								{
									manager->errors.Add(WfErrors::DuplicatedBaseConstructorCall(call.Obj(), td));
								}
								else if (baseTypes.Contains(td))
								{
									initTypes.Add(td);
									SelectConstructor(manager, node, call.Obj(), td, call->arguments);
								}
								else
								{
									manager->errors.Add(WfErrors::WrongBaseConstructorCall(call.Obj(), td));
								}
							}
						}
					}

					{
						vint index = -1;
						for (vint i = 0; i < initTypes.Count(); i++)
						{
							while (baseTypes[++index] != initTypes[i])
							{
								auto td = baseTypes[index];
								List<Ptr<WfExpression>> arguments;
								SelectConstructor(manager, node, node, td, arguments);
							}
						}
						while (++index < baseTypes.Count())
						{
							auto td = baseTypes[index];
							List<Ptr<WfExpression>> arguments;
							SelectConstructor(manager, node, node, td, arguments);
						}
					}

					ValidateStatementSemantic(manager, node->statement);
				}

				void Visit(WfDestructorDeclaration* node)override
				{
					ValidateDeclarationSemantic(manager, node);
				}

				void Visit(WfClassDeclaration* node)override
				{
					ValidateDeclarationSemantic(manager, node);
				}

				void Visit(WfEnumDeclaration* node)override
				{
					ValidateDeclarationSemantic(manager, node);
				}

				void Visit(WfStructDeclaration* node)override
				{
					ValidateDeclarationSemantic(manager, node);
				}

				void Visit(WfVirtualCfeDeclaration* node)override
				{
					ValidateDeclarationSemantic(manager, node);
				}

				void Visit(WfVirtualCseDeclaration* node)override
				{
					ValidateDeclarationSemantic(manager, node);
				}

				static void Execute(Ptr<WfCustomType> td, WfClassDeclaration* classDecl, Ptr<WfDeclaration> memberDecl, WfLexicalScopeManager* manager)
				{
					ValidateSemanticClassMemberVisitor visitor(td, classDecl, manager);
					memberDecl->Accept(&visitor);
				}
			};

/***********************************************************************
ValidateSemantic(Declaration)
***********************************************************************/

			class ExpandVirtualDeclarationVisitor : public Object, public WfVirtualCseDeclaration::IVisitor
			{
			public:
				WfLexicalScopeManager*				manager;

				ExpandVirtualDeclarationVisitor(WfLexicalScopeManager* _manager)
					:manager(_manager)
				{
				}

				void Visit(WfStateMachineDeclaration* node)override
				{
					ExpandStateMachine(manager, node);
				}
			};

			class ValidateSemanticDeclarationVisitor
				: public Object
				, public WfDeclaration::IVisitor
				, public WfVirtualCseDeclaration::IVisitor
			{
			public:
				WfLexicalScopeManager*				manager;

				ValidateSemanticDeclarationVisitor(WfLexicalScopeManager* _manager)
					:manager(_manager)
				{
				}

				void Visit(List<Ptr<WfAttribute>>& attributes)
				{
					for (auto attribute : attributes)
					{
						auto info = manager->ResolveWorkflowAttribute(attribute->category.value, attribute->name.value);
						if (!info.exists)
						{
							manager->errors.Add(WfErrors::AttributeNotExists(attribute.Obj()));
							continue;
						}

						if (attribute->value)
						{
							ValidateConstantExpression(manager, attribute->value, info.argumentType);
						}
						else if (info.hasArgument)
						{
							manager->errors.Add(WfErrors::AttributeMissValue(attribute.Obj()));
						}
					}
				}

				void Visit(WfNamespaceDeclaration* node)override
				{
					for (auto declaration : node->declarations)
					{
						ValidateDeclarationSemantic(manager, declaration);
					}
				}

				void Visit(WfFunctionDeclaration* node)override
				{
					if (node->statement)
					{
						ValidateStatementSemantic(manager, node->statement);
					}
					for (auto argument : node->arguments)
					{
						Visit(argument->attributes);
					}
				}

				void Visit(WfVariableDeclaration* node)override
				{
					auto scope = manager->nodeScopes[node];
					auto symbol = scope->symbols[node->name.value][0];
					symbol->typeInfo = GetExpressionType(manager, node->expression, symbol->typeInfo);
					if (symbol->typeInfo && !symbol->type)
					{
						symbol->type = GetTypeFromTypeInfo(symbol->typeInfo.Obj());
					}
				}

				void Visit(WfEventDeclaration* node)override
				{
				}

				void Visit(WfPropertyDeclaration* node)override
				{
				}

				void Visit(WfStaticInitDeclaration* node)override
				{
					ValidateStatementSemantic(manager, node->statement);
				}

				void Visit(WfConstructorDeclaration* node)override
				{
				}

				void Visit(WfDestructorDeclaration* node)override
				{
					ValidateStatementSemantic(manager, node->statement);
				}

				void Visit(WfClassDeclaration* node)override
				{
					auto scope = manager->nodeScopes[node];
					auto td = manager->declarationTypes[node].Cast<WfCustomType>();

					if (node->kind == WfClassKind::Interface)
					{
						for (auto baseType : node->baseTypes)
						{
							auto scopeName = GetScopeNameFromReferenceType(scope->parentScope.Obj(), baseType);
							auto baseTd = scopeName->typeDescriptor;
							auto ctor = FindInterfaceConstructor(baseTd);
							if (ctor == nullptr)
							{
								manager->errors.Add(WfErrors::WrongInterfaceBaseType(node, baseTd));
							}
						}
					}

					if (auto sm = From(node->declarations)
						.FindType<WfStateMachineDeclaration>()
						.First(nullptr)
						)
					{
						auto smtd = description::GetTypeDescriptor<StateMachine>();
						vint count = td->GetBaseTypeDescriptorCount();

						auto smbc = Range<vint>(0, count)
							.Select([=](vint index) {return td->GetBaseTypeDescriptor(index); })
							.Where([=](ITypeDescriptor* td) {return td == smtd; })
							.First(nullptr);
						if (!smbc)
						{
							manager->errors.Add(WfErrors::StateMachineClassNotInheritFromStateMachine(node));
						}
					}

					for (auto memberDecl : node->declarations)
					{
						ValidateClassMemberSemantic(manager, td, node, memberDecl);
					}
				}

				void Visit(WfEnumDeclaration* node)override
				{
					for (auto item : node->items)
					{
						Visit(item->attributes);
					}
				}

				void Visit(WfStructDeclaration* node)override
				{
					auto scope = manager->nodeScopes[node];
					auto td = manager->declarationTypes[node].Cast<WfStruct>();
					for (auto member : node->members)
					{
						auto memberTd = td->GetPropertyByName(member->name.value, false)->GetReturn()->GetTypeDescriptor();
						if ((memberTd->GetTypeDescriptorFlags() & TypeDescriptorFlags::ReferenceType) != TypeDescriptorFlags::Undefined)
						{
							manager->errors.Add(WfErrors::StructContainsNonValueType(member.Obj(), node));
						}
					}

					for (auto member : node->members)
					{
						Visit(member->attributes);
					}
				}

				void Visit(WfVirtualCfeDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						ValidateDeclarationSemantic(manager, decl);
					}
				}

				void Visit(WfVirtualCseDeclaration* node)override
				{
					bool expanded = node->expandedDeclarations.Count() > 0;
					vint errorCount = manager->errors.Count();
					node->Accept((WfVirtualCseDeclaration::IVisitor*)this);

					if (!expanded && manager->errors.Count() == errorCount)
					{
						ExpandVirtualDeclarationVisitor visitor(manager);
						node->Accept(&visitor);

						for (auto decl : node->expandedDeclarations)
						{
							SetCodeRange(decl, node->codeRange);
						}

						auto parentScope = manager->nodeScopes[node];
						if (parentScope->ownerNode == node)
						{
							parentScope = parentScope->parentScope;
						}

						for (auto decl : node->expandedDeclarations)
						{
							ContextFreeDeclarationDesugar(manager, decl);
						}
						for (auto decl : node->expandedDeclarations)
						{
							BuildScopeForDeclaration(manager, parentScope, decl, manager->declaractionScopeSources[node]);
						}

						manager->checkedScopes_DuplicatedSymbol.Remove(parentScope.Obj());
						manager->checkedScopes_SymbolType.Remove(parentScope.Obj());
						if (!CheckScopes_DuplicatedSymbol(manager) || !CheckScopes_SymbolType(manager))
						{
							return;
						}
					}

					for (auto decl : node->expandedDeclarations)
					{
						ValidateDeclarationSemantic(manager, decl);
					}
				}

				void Visit(WfStateMachineDeclaration* node)override
				{
					bool foundDefaultState = false;

					for (auto state : node->states)
					{
						if (state->name.value == L"")
						{
							foundDefaultState = true;
						}
						ValidateStatementSemantic(manager, state->statement);
					}

					if (!foundDefaultState)
					{
						manager->errors.Add(WfErrors::MissingDefaultState(node));
					}
				}

				static void Execute(WfDeclaration* declaration, WfLexicalScopeManager* manager)
				{
					ValidateSemanticDeclarationVisitor visitor(manager);
					declaration->Accept(&visitor);
					visitor.Visit(declaration->attributes);
				}
			};

/***********************************************************************
ValidateSemantic
***********************************************************************/

			void ValidateClassMemberSemantic(WfLexicalScopeManager* manager, Ptr<typeimpl::WfCustomType> td, WfClassDeclaration* classDecl, Ptr<WfDeclaration> memberDecl)
			{
				return ValidateSemanticClassMemberVisitor::Execute(td, classDecl, memberDecl, manager);
			}

			void ValidateDeclarationSemantic(WfLexicalScopeManager* manager, WfDeclaration* declaration)
			{
				return ValidateSemanticDeclarationVisitor::Execute(declaration, manager);
			}

			void ValidateDeclarationSemantic(WfLexicalScopeManager* manager, Ptr<WfDeclaration> declaration)
			{
				return ValidateSemanticDeclarationVisitor::Execute(declaration.Obj(), manager);
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_VALIDATESEMANTIC_EXPRESSION.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;
			using namespace typeimpl;

/***********************************************************************
ValidateSemantic(Expression)
***********************************************************************/

			class ExpandVirtualExpressionVisitor : public Object, public WfVirtualCseExpression::IVisitor
			{
			public:
				WfLexicalScopeManager*				manager;
				Ptr<ITypeInfo>						expectedType;

				ExpandVirtualExpressionVisitor(WfLexicalScopeManager* _manager, Ptr<ITypeInfo> _expectedType)
					:manager(_manager)
					, expectedType(_expectedType)
				{
				}

				void Visit(WfBindExpression* node)override
				{
					ExpandBindExpression(manager, node);
				}

				void Visit(WfNewCoroutineExpression* node)override
				{
					ExpandNewCoroutineExpression(manager, node);
				}

				void Visit(WfMixinCastExpression* node)override
				{
					ExpandMixinCastExpression(manager, node);
				}

				void Visit(WfExpectedTypeCastExpression* node)override
				{
					auto castExpr = Ptr(new WfTypeCastingExpression);
					castExpr->strategy = node->strategy;
					castExpr->expression = CopyExpression(node->expression, true);
					castExpr->type = GetTypeFromTypeInfo(expectedType.Obj());
					node->expandedExpression = castExpr;
				}

				void Visit(WfCoOperatorExpression* node)override
				{
					auto scope = manager->nodeScopes[node].Obj();
					auto functionScope = scope->FindFunctionScope();
					if (functionScope->ownerNode.Cast<WfNewCoroutineExpression>())
					{
						// <co-impl> variable is created after $coroutine{} is generated
						// so the expanding is delayed until $coroutine{} is ready
						ExpandCoOperatorExpression(manager, node);
					}
				}
			};

			class ValidateSemanticExpressionVisitor
				: public Object
				, public WfExpression::IVisitor
				, public WfVirtualCseExpression::IVisitor
			{
			public:
				WfLexicalScopeManager*				manager;
				Ptr<ITypeInfo>						expectedType;
				List<ResolveExpressionResult>&		results;

				ValidateSemanticExpressionVisitor(WfLexicalScopeManager* _manager, Ptr<ITypeInfo> _expectedType, List<ResolveExpressionResult>& _results)
					:manager(_manager)
					, expectedType(_expectedType)
					, results(_results)
				{
				}

				void Visit(WfThisExpression* node)override
				{
					auto scope = manager->nodeScopes[node].Obj();
					Ptr<WfLexicalFunctionConfig> lastConfig;
					while (scope)
					{
						if (auto config = scope->functionConfig)
						{
							lastConfig = config;
							if (!lastConfig->thisAccessable)
							{
								break;
							}
						}

						if (scope->typeOfThisExpr)
						{
							if (!lastConfig)
							{
								break;
							}

							if (lastConfig->thisAccessable)
							{
								auto elementType = Ptr(new TypeDescriptorTypeInfo(scope->typeOfThisExpr, TypeInfoHint::Normal));
								auto pointerType = Ptr(new RawPtrTypeInfo(elementType));

								results.Add(ResolveExpressionResult::ReadonlyType(pointerType));
								return;
							}
						}
						scope = scope->parentScope.Obj();
					}
					manager->errors.Add(WfErrors::WrongThisExpression(node));
				}

				void Visit(WfTopQualifiedExpression* node)override
				{
					if (manager->globalName)
					{
						vint index = manager->globalName->children.Keys().IndexOf(node->name.value);
						if (index != -1)
						{
							results.Add(ResolveExpressionResult::ScopeName(manager->globalName->children.Values()[index]));
							return;
						}
					}
					manager->errors.Add(WfErrors::TopQualifiedSymbolNotExists(node, node->name.value));
				}

				void ResolveName(WfExpression* node, const WString& name)
				{
					auto scope = manager->nodeScopes[node].Obj();
					List<ResolveExpressionResult> nameResults;
					manager->ResolveName(scope, name, nameResults);
					
					for (vint i = 0; i < nameResults.Count(); i++)
					{
						auto& result = nameResults[i];
						if (result.symbol)
						{
							if (!result.type)
							{
								manager->errors.Add(WfErrors::ExpressionCannotResolveType(node, result.symbol));
							}
							else if (!result.symbol->creatorNode.Cast<WfDeclaration>() || result.symbol->creatorNode.Cast<WfVariableDeclaration>())
							{
								bool readonlyCaptured = false;
								if (!result.symbol->ownerScope->ownerNode.Cast<WfModule>() && !result.symbol->ownerScope->ownerNode.Cast<WfNamespaceDeclaration>())
								{
									auto currentScope = scope;
									WfLexicalScope* firstConfigScope = nullptr;
									WfLexicalScope* lastConfigScope = nullptr;
									while (currentScope)
									{
										if (currentScope->functionConfig)
										{
											if (!firstConfigScope)
											{
												firstConfigScope = currentScope;
											}
											lastConfigScope = currentScope;
										}

										if (result.symbol->ownerScope == currentScope)
										{
											if (firstConfigScope && firstConfigScope->functionConfig->lambda)
											{
												readonlyCaptured = true;
											}

											if (currentScope->ownerNode.Cast<WfNewInterfaceExpression>())
											{
												if (firstConfigScope)
												{
													readonlyCaptured = firstConfigScope != lastConfigScope;

													if (
														lastConfigScope->parentScope != currentScope ||
														(!lastConfigScope->ownerNode.Cast<WfFunctionDeclaration>() && !lastConfigScope->ownerNode.Cast<WfDestructorDeclaration>()) ||
														(lastConfigScope->ownerNodeSource && lastConfigScope->ownerNodeSource != currentScope->ownerNode)
														)
													{
														manager->errors.Add(WfErrors::FieldCannotInitializeUsingEachOther(node, result));
													}
												}
												else
												{
													manager->errors.Add(WfErrors::FieldCannotInitializeUsingEachOther(node, result));
												}
											}
											break;
										}

										if (currentScope->ownerNode.Cast<WfNewInterfaceExpression>())
										{
											auto capture = manager->lambdaCaptures[currentScope->ownerNode.Obj()];
											if (!capture->ctorArgumentSymbols.Contains(result.symbol.Obj()))
											{
												if (lastConfigScope == nullptr)
												{
													capture->ctorArgumentSymbols.Add(result.symbol);
												}
												else
												{
													auto functionCapture = manager->lambdaCaptures[lastConfigScope->ownerNode.Obj()];
													if (capture != functionCapture)
													{
														capture->ctorArgumentSymbols.Add(result.symbol);
													}
												}
											}
										}

										if (currentScope->functionConfig)
										{
											if (currentScope->functionConfig->lambda)
											{
												auto capture = manager->lambdaCaptures[currentScope->ownerNode.Obj()];
												if (!capture->symbols.Contains(result.symbol.Obj()))
												{
													capture->symbols.Add(result.symbol);
												}
											}
										}
										currentScope = currentScope->parentScope.Obj();
									}
								}

								if (readonlyCaptured)
								{
									results.Add(ResolveExpressionResult::ReadonlySymbol(result.symbol));
								}
								else
								{
									results.Add(ResolveExpressionResult::Symbol(result.symbol));
								}
							}
							else
							{
								results.Add(result);
							}
						}
						else
						{
							if (result.propertyInfo && dynamic_cast<WfReferenceExpression*>(node))
							{
								auto currentScope = scope;
								WfLexicalScope* firstConfigScope = nullptr;
								WfLexicalScope* lastConfigScope = nullptr;
								while (currentScope)
								{
									if (currentScope->functionConfig)
									{
										if (!firstConfigScope)
										{
											firstConfigScope = currentScope;
										}
										lastConfigScope = currentScope;
									}

									if (currentScope->ownerNode.Cast<WfClassDeclaration>() && currentScope->typeOfThisExpr == result.propertyInfo->GetOwnerTypeDescriptor())
									{
										if (firstConfigScope)
										{
											bool inMethodBody = 
												lastConfigScope->parentScope == currentScope &&
												lastConfigScope->ownerNodeSource == currentScope->ownerNode &&
												lastConfigScope->ownerNode.Cast<WfFunctionDeclaration>();
											bool inDtorBody = lastConfigScope->ownerNode.Cast<WfDestructorDeclaration>();
											bool inCtorBody = lastConfigScope->parentScope->ownerNode.Cast<WfConstructorDeclaration>();
											bool inStateBody = lastConfigScope->ownerNode.Cast<WfStateDeclaration>();

											if (!inMethodBody && !inDtorBody && !inCtorBody && !inStateBody)
											{
												manager->errors.Add(WfErrors::FieldCannotInitializeUsingEachOther(node, result));
											}
										}
										else if (!scope->ownerNode.Cast<WfConstructorDeclaration>())
										{
											manager->errors.Add(WfErrors::FieldCannotInitializeUsingEachOther(node, result));
										}
									}
									currentScope = currentScope->parentScope.Obj();
								}
							}
							results.Add(result);
						}
					}

					if (results.Count() == 0)
					{
						if (nameResults.Count() > 0)
						{
							for (auto result : nameResults)
							{
								manager->errors.Add(WfErrors::ExpressionCannotResolveType(node, result.symbol));
							}
						}
						else
						{
							manager->errors.Add(WfErrors::ReferenceNotExists(node, name));
						}
					}
				}

				void Visit(WfReferenceExpression* node)override
				{
					if (expectedType && (expectedType->GetTypeDescriptor()->GetTypeDescriptorFlags() & TypeDescriptorFlags::EnumType) != TypeDescriptorFlags::Undefined)
					{
						auto scope = manager->nodeScopes[node].Obj();
						List<ResolveExpressionResult> testResults;
						manager->ResolveName(scope, node->name.value, testResults);

						if (testResults.Count() == 0)
						{
							auto enumType = expectedType->GetTypeDescriptor()->GetEnumType();
							if (enumType->IndexOfItem(node->name.value) == -1)
							{
								manager->errors.Add(WfErrors::EnumItemNotExists(node, expectedType->GetTypeDescriptor(), node->name.value));
							}
							else
							{
								results.Add(ResolveExpressionResult::ReadonlyType(expectedType));
							}
							return;
						}
					}

					ResolveName(node, node->name.value);
					for (auto result : results)
					{
						ITypeDescriptor* td = nullptr;
						if (result.methodInfo)
						{
							td = result.methodInfo->GetOwnerTypeDescriptor();
						}
						else if (result.propertyInfo)
						{
							td = result.propertyInfo->GetOwnerTypeDescriptor();
						}
						else if (result.eventInfo)
						{
							td = result.eventInfo->GetOwnerTypeDescriptor();
						}

						if (td)
						{
							auto scope = manager->nodeScopes[node].Obj();
							bool visibleToNonStatic = false;
							while (scope)
							{
								if (scope->functionConfig)
								{
									visibleToNonStatic = scope->functionConfig->thisAccessable || scope->functionConfig->parentThisAccessable;
								}

								if (scope->typeOfThisExpr && scope->typeOfThisExpr->CanConvertTo(td))
								{
									if (!visibleToNonStatic)
									{
										if (result.methodInfo)
										{
											if (!result.methodInfo->IsStatic())
											{
												manager->errors.Add(WfErrors::CannotCallMemberInStaticFunction(node, result));
											}
										}
										else if (result.propertyInfo)
										{
											manager->errors.Add(WfErrors::CannotCallMemberInStaticFunction(node, result));
										}
										else if (result.eventInfo)
										{
											manager->errors.Add(WfErrors::CannotCallMemberInStaticFunction(node, result));
										}
										break;
									}
								}
								scope = scope->parentScope.Obj();
							}
						}
					}
				}

				void Visit(WfOrderedNameExpression* node)override
				{
					ResolveName(node, node->name.value);
				}

				void Visit(WfOrderedLambdaExpression* node)override
				{
					auto scope = manager->nodeScopes[node].Obj();
					List<Ptr<WfLexicalSymbol>> parameterSymbols;
					CopyFrom(
						parameterSymbols,
						Range<vint>(0, scope->symbols.Count())
							.Select([scope](vint index)->Ptr<WfLexicalSymbol>{return scope->symbols.GetByIndex(index)[0];})
							.OrderBy([](Ptr<WfLexicalSymbol> a, Ptr<WfLexicalSymbol> b)
							{
								vint aId = wtoi(a->name.Sub(1, a->name.Length() - 1));
								vint bId = wtoi(b->name.Sub(1, a->name.Length() - 1));
								return aId <=> bId;
							})
						);
					Ptr<ITypeInfo> resultType = expectedType;

					if (!expectedType && parameterSymbols.Count() > 0)
					{
						manager->errors.Add(WfErrors::OrderedLambdaCannotResolveType(node));
						return;
					}
					else if (expectedType)
					{
						ITypeInfo* type = expectedType.Obj();
						if (type->GetDecorator() != ITypeInfo::SharedPtr)
						{
							goto ORDERED_FAILED;
						}
						type = type->GetElementType();
						if (type->GetDecorator() != ITypeInfo::Generic)
						{
							goto ORDERED_FAILED;
						}
						{
							ITypeInfo* functionType = type->GetElementType();
							if (functionType->GetDecorator() != ITypeInfo::TypeDescriptor)
							{
								goto ORDERED_FAILED;
							}
							if (functionType->GetTypeDescriptor() != description::GetTypeDescriptor<IValueFunctionProxy>())
							{
								goto ORDERED_FAILED;
							}
						}

						if (type->GetGenericArgumentCount() != parameterSymbols.Count() + 1)
						{
							goto ORDERED_FAILED;
						}

						auto resultType = Ptr(type->GetGenericArgument(0));
						for (auto [symbol, index] : indexed(parameterSymbols))
						{
							symbol->typeInfo = Ptr(type->GetGenericArgument(index + 1));
							symbol->type = GetTypeFromTypeInfo(symbol->typeInfo.Obj());
						}
						GetExpressionType(manager, node->body, resultType);
					}
					else
					{
						auto bodyType = GetExpressionType(manager, node->body, 0);
						if (bodyType)
						{
							auto funcType = Ptr(new TypeDescriptorTypeInfo(description::GetTypeDescriptor<IValueFunctionProxy>(), TypeInfoHint::Normal));
							auto genericType = Ptr(new GenericTypeInfo(funcType));
							genericType->AddGenericArgument(bodyType);

							resultType = Ptr(new SharedPtrTypeInfo(genericType));
						}
					}

					goto ORDERED_FINISHED;
				ORDERED_FAILED:
					manager->errors.Add(WfErrors::OrderedLambdaCannotImplicitlyConvertToType(node, expectedType.Obj()));
				ORDERED_FINISHED:
					if (resultType)
					{
						results.Add(ResolveExpressionResult::ReadonlyType(resultType));
					}
				}

				void Visit(WfMemberExpression* node)override
				{
					Ptr<ITypeInfo> type = GetExpressionType(manager, node->parent, 0);
					if (type)
					{
						SortedList<ITypeDescriptor*> searchedTypes;
						manager->ResolveMember(type->GetTypeDescriptor(), node->name.value, false, searchedTypes, results);

						if (results.Count() == 0)
						{
							manager->errors.Add(WfErrors::MemberNotExists(node, type->GetTypeDescriptor(), node->name.value));
						}
					}
				}

				void Visit(WfChildExpression* node)override
				{
					if (Ptr<WfLexicalScopeName> scopeName = GetExpressionScopeName(manager, node->parent))
					{
						vint index = scopeName->children.Keys().IndexOf(node->name.value);
						if (index != -1)
						{
							results.Add(ResolveExpressionResult::ScopeName(scopeName->children.Values()[index]));
							return;
						}
						
						if (scopeName->typeDescriptor)
						{
							SortedList<ITypeDescriptor*> searchedTypes;
							manager->ResolveMember(scopeName->typeDescriptor, node->name.value, true, searchedTypes, results);

							if (results.Count() > 0)
							{
								for (auto result : results)
								{
									if (result.methodInfo)
									{
										if (!result.methodInfo->IsStatic())
										{
											manager->errors.Add(WfErrors::CannotCallMemberOutsideOfClass(node, result));
										}
									}
									else if (result.propertyInfo)
									{
										manager->errors.Add(WfErrors::CannotCallMemberOutsideOfClass(node, result));
									}
									else if (result.eventInfo)
									{
										manager->errors.Add(WfErrors::CannotCallMemberOutsideOfClass(node, result));
									}
								}
								return;
							}
						}

						if (scopeName->typeDescriptor != nullptr && (scopeName->typeDescriptor->GetTypeDescriptorFlags() & TypeDescriptorFlags::EnumType) != TypeDescriptorFlags::Undefined)
						{
							manager->errors.Add(WfErrors::EnumItemNotExists(node, scopeName->typeDescriptor, node->name.value));
						}
						else
						{
							manager->errors.Add(WfErrors::ChildSymbolNotExists(node, scopeName, node->name.value));
						}
					}
				}

				void Visit(WfLiteralExpression* node)override
				{
					if (node->value == WfLiteralValue::Null)
					{
						if (!expectedType)
						{
							manager->errors.Add(WfErrors::NullCannotResolveType(node));
						}
						else if (!IsNullAcceptableType(expectedType.Obj()))
						{
							manager->errors.Add(WfErrors::NullCannotImplicitlyConvertToType(node, expectedType.Obj()));
						}

						results.Add(ResolveExpressionResult::ReadonlyType(expectedType));
					}
					else
					{
						results.Add(ResolveExpressionResult::ReadonlyType(TypeInfoRetriver<bool>::CreateTypeInfo()));
					}
				}

				void Visit(WfFloatingExpression* node)override
				{
					auto typeDescriptor = expectedType ? expectedType->GetTypeDescriptor() : nullptr;
					if (!typeDescriptor || typeDescriptor->GetTypeDescriptorFlags() == TypeDescriptorFlags::Object || typeDescriptor == description::GetTypeDescriptor<WString>())
					{
						typeDescriptor = description::GetTypeDescriptor<double>();
					}

					if (auto serializableType = typeDescriptor->GetSerializableType())
					{
						Value output;
						if (serializableType->Deserialize(node->value.value, output))
						{
							results.Add(ResolveExpressionResult::ReadonlyType(Ptr(new TypeDescriptorTypeInfo(typeDescriptor, TypeInfoHint::Normal))));
							return;
						}
					}
					manager->errors.Add(WfErrors::FloatingLiteralOutOfRange(node));
				}

				void Visit(WfIntegerExpression* node)override
				{
					auto typeDescriptor = expectedType ? expectedType->GetTypeDescriptor() : nullptr;
					if (!typeDescriptor || typeDescriptor->GetTypeDescriptorFlags() == TypeDescriptorFlags::Object || typeDescriptor==description::GetTypeDescriptor<WString>())
					{
						typeDescriptor = manager->cputdSInt;
					}

					if (auto serializableType = typeDescriptor->GetSerializableType())
					{
						Value output;
						if (serializableType->Deserialize(node->value.value, output))
						{
							results.Add(ResolveExpressionResult::ReadonlyType(Ptr(new TypeDescriptorTypeInfo(typeDescriptor, TypeInfoHint::Normal))));
							return;
						}
					}
					manager->errors.Add(WfErrors::IntegerLiteralOutOfRange(node));
				}

				void Visit(WfStringExpression* node)override
				{
					results.Add(ResolveExpressionResult::ReadonlyType(TypeInfoRetriver<WString>::CreateTypeInfo()));
				}

				void Visit(WfUnaryExpression* node)override
				{
					Ptr<ITypeInfo> typeInfo = GetExpressionType(manager, node->operand, 0);
					if (typeInfo)
					{
						TypeFlag flag = GetTypeFlag(typeInfo.Obj());
						switch (node->op)
						{
						case WfUnaryOperator::Not:
							switch (flag)
							{
							case TypeFlag::F4:
							case TypeFlag::F8:
							case TypeFlag::String:
							case TypeFlag::Enum:
							case TypeFlag::Struct:
							case TypeFlag::Others:
								manager->errors.Add(WfErrors::UnaryOperatorOnWrongType(node, typeInfo.Obj()));
								break;
							default:;
							}
							break;
						case WfUnaryOperator::Positive:
							switch (flag)
							{
							case TypeFlag::Bool:
							case TypeFlag::String:
							case TypeFlag::Enum:
							case TypeFlag::Struct:
							case TypeFlag::Others:
								manager->errors.Add(WfErrors::UnaryOperatorOnWrongType(node, typeInfo.Obj()));
								break;
							default:;
							}
							break;
						case WfUnaryOperator::Negative:
							switch (flag)
							{
							case TypeFlag::Bool:
							case TypeFlag::U1:
							case TypeFlag::U2:
							case TypeFlag::U4:
							case TypeFlag::U8:
							case TypeFlag::String:
							case TypeFlag::Enum:
							case TypeFlag::Struct:
							case TypeFlag::Others:
								manager->errors.Add(WfErrors::UnaryOperatorOnWrongType(node, typeInfo.Obj()));
								break;
							default:;
							}
							break;
						default:;
						}

						results.Add(ResolveExpressionResult::ReadonlyType(typeInfo));
					}
				}

				void Visit(WfBinaryExpression* node)override
				{
					if (node->op == WfBinaryOperator::Assign)
					{
						Ptr<ITypeInfo> variableType = GetLeftValueExpressionType(manager, node->first);
						GetExpressionType(manager, node->second, variableType);
						if (variableType)
						{
							results.Add(ResolveExpressionResult::ReadonlyType(variableType));
						}
					}
					else if (node->op == WfBinaryOperator::Index)
					{
						Ptr<ITypeInfo> containerType = GetExpressionType(manager, node->first, 0);
						if (containerType)
						{
							if (containerType->GetDecorator() == ITypeInfo::SharedPtr)
							{
								ITypeInfo* genericType = containerType->GetElementType();
								Ptr<ITypeInfo> indexType;
								Ptr<ITypeInfo> resultType;
								bool leftValue = false;

								if (genericType->GetDecorator() == ITypeInfo::Generic)
								{
									ITypeInfo* classType = genericType->GetElementType();
									if (classType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueReadonlyList>())
									{
										indexType = manager->cputiSInt;
										resultType = CopyTypeInfo(genericType->GetGenericArgument(0));
									}
									else if (classType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueArray>())
									{
										indexType = manager->cputiSInt;
										resultType = CopyTypeInfo(genericType->GetGenericArgument(0));
										leftValue = true;
									}
									else if (classType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueList>())
									{
										indexType = manager->cputiSInt;
										resultType = CopyTypeInfo(genericType->GetGenericArgument(0));
										leftValue = true;
									}
									else if (classType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueObservableList>())
									{
										indexType = manager->cputiSInt;
										resultType = CopyTypeInfo(genericType->GetGenericArgument(0));
										leftValue = true;
									}
									else if (classType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueReadonlyDictionary>())
									{
										indexType = CopyTypeInfo(genericType->GetGenericArgument(0));
										resultType = CopyTypeInfo(genericType->GetGenericArgument(1));
									}
									else if (classType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueDictionary>())
									{
										indexType = CopyTypeInfo(genericType->GetGenericArgument(0));
										resultType = CopyTypeInfo(genericType->GetGenericArgument(1));
										leftValue = true;
									}
									else
									{
										manager->errors.Add(WfErrors::IndexOperatorOnWrongType(node, containerType.Obj()));
									}
								}
								else
								{
									if (genericType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueReadonlyList>())
									{
										indexType = manager->cputiSInt;
										resultType = TypeInfoRetriver<Value>::CreateTypeInfo();
									}
									else if (genericType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueArray>())
									{
										indexType = manager->cputiSInt;
										resultType = TypeInfoRetriver<Value>::CreateTypeInfo();
										leftValue = true;
									}
									else if (genericType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueList>())
									{
										indexType = manager->cputiSInt;
										resultType = TypeInfoRetriver<Value>::CreateTypeInfo();
										leftValue = true;
									}
									else if (genericType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueObservableList>())
									{
										indexType = manager->cputiSInt;
										resultType = TypeInfoRetriver<Value>::CreateTypeInfo();
										leftValue = true;
									}
									else if (genericType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueReadonlyDictionary>())
									{
										indexType = TypeInfoRetriver<Value>::CreateTypeInfo();
										resultType = TypeInfoRetriver<Value>::CreateTypeInfo();
									}
									else if (genericType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueDictionary>())
									{
										indexType = TypeInfoRetriver<Value>::CreateTypeInfo();
										resultType = TypeInfoRetriver<Value>::CreateTypeInfo();
										leftValue = true;
									}
									else
									{
										manager->errors.Add(WfErrors::IndexOperatorOnWrongType(node, containerType.Obj()));
									}
								}

								GetExpressionType(manager, node->second, indexType);
								if (resultType)
								{
									if (leftValue)
									{
										results.Add(ResolveExpressionResult::WritableType(resultType));
									}
									else
									{
										results.Add(ResolveExpressionResult::ReadonlyType(resultType));
									}
								}
							}
							else
							{
								manager->errors.Add(WfErrors::IndexOperatorOnWrongType(node, containerType.Obj()));
							}
						}
					}
					else if (node->op == WfBinaryOperator::FlagAnd)
					{
						auto typeA = GetExpressionType(manager, node->first, expectedType);
						auto typeB = GetExpressionType(manager, node->second, expectedType);

						if (typeA && typeB)
						{
							if (typeA->GetDecorator() == ITypeInfo::TypeDescriptor && typeB->GetDecorator() == ITypeInfo::TypeDescriptor)
							{
								auto stringType = TypeInfoRetriver<WString>::CreateTypeInfo();
								if (CanConvertToType(typeA.Obj(), stringType.Obj(), false) && CanConvertToType(typeB.Obj(), stringType.Obj(), false))
								{
									results.Add(ResolveExpressionResult::ReadonlyType(stringType));
									return;
								}
								else if (auto type = GetMergedType(typeA, typeB))
								{
									if (type->GetTypeDescriptor()->GetTypeDescriptorFlags() != TypeDescriptorFlags::FlagEnum)
									{
										manager->errors.Add(WfErrors::IncorrectTypeForUnion(node->first.Obj(), type.Obj()));
									}
									results.Add(ResolveExpressionResult::ReadonlyType(type));
									return;
								}
							}
							manager->errors.Add(WfErrors::CannotMergeTwoType(node, typeA.Obj(), typeB.Obj()));
						}
					}
					else if (node->op == WfBinaryOperator::FlagOr)
					{
						auto typeA = GetExpressionType(manager, node->first, expectedType);
						auto typeB = GetExpressionType(manager, node->second, expectedType);

						if (typeA && typeB)
						{
							if (typeA->GetDecorator() == ITypeInfo::TypeDescriptor && typeB->GetDecorator() == ITypeInfo::TypeDescriptor)
							{
								if (auto type = GetMergedType(typeA, typeB))
								{
									if (type->GetTypeDescriptor()->GetTypeDescriptorFlags() != TypeDescriptorFlags::FlagEnum)
									{
										manager->errors.Add(WfErrors::IncorrectTypeForIntersect(node->first.Obj(), type.Obj()));
									}
									results.Add(ResolveExpressionResult::ReadonlyType(type));
									return;
								}
							}
							manager->errors.Add(WfErrors::CannotMergeTwoType(node, typeA.Obj(), typeB.Obj()));
						}
					}
					else if (node->op == WfBinaryOperator::FailedThen)
					{
						Ptr<ITypeInfo> firstType = GetExpressionType(manager, node->first, 0);
						bool depend = IsExpressionDependOnExpectedType(manager, node->second, firstType);
						Ptr<ITypeInfo> secondType = GetExpressionType(manager, node->second, (depend ? firstType : nullptr));

						if (firstType && secondType)
						{
							if (auto mergedType = GetMergedType(firstType, secondType))
							{
								results.Add(ResolveExpressionResult::ReadonlyType(mergedType));
							}
							else
							{
								manager->errors.Add(WfErrors::CannotMergeTwoType(node, firstType.Obj(), secondType.Obj()));
							}
						}
					}
					else
					{
						Ptr<ITypeInfo> firstType = GetExpressionType(manager, node->first, 0);
						Ptr<ITypeInfo> secondType = GetExpressionType(manager, node->second, 0);
						Ptr<ITypeInfo> elementType;
						if (firstType && secondType)
						{
							if (!(elementType = GetMergedType(firstType, secondType)))
							{
								manager->errors.Add(WfErrors::CannotMergeTwoType(node, firstType.Obj(), secondType.Obj()));
							}
						}

						if (elementType)
						{
							TypeFlag flag = GetTypeFlag(elementType.Obj());
							TypeFlag* selectedTable = 0;
							switch (node->op)
							{
							case WfBinaryOperator::Exp:
								{
									static TypeFlag conversionTable[(vint)TypeFlag::Count] = {
										/*Bool		*/TypeFlag::Unknown,
										/*I1		*/TypeFlag::F4,
										/*I2		*/TypeFlag::F4,
										/*I4		*/TypeFlag::F8,
										/*I8		*/TypeFlag::F8,
										/*U1		*/TypeFlag::F4,
										/*U2		*/TypeFlag::F4,
										/*U4		*/TypeFlag::F8,
										/*U8		*/TypeFlag::F8,
										/*F4		*/TypeFlag::F4,
										/*F8		*/TypeFlag::F8,
										/*String	*/TypeFlag::Unknown,
										/*Enum		*/TypeFlag::Unknown,
										/*Struct	*/TypeFlag::Unknown,
										/*Others	*/TypeFlag::Unknown,
									};
									selectedTable = conversionTable;
								}
								break;
							case WfBinaryOperator::Add:
							case WfBinaryOperator::Sub:
							case WfBinaryOperator::Mul:
							case WfBinaryOperator::Div:
								{
									static TypeFlag conversionTable[(vint)TypeFlag::Count] = {
										/*Bool		*/TypeFlag::Unknown,
										/*I1		*/TypeFlag::I4,
										/*I2		*/TypeFlag::I4,
										/*I4		*/TypeFlag::I4,
										/*I8		*/TypeFlag::I8,
										/*U1		*/TypeFlag::U4,
										/*U2		*/TypeFlag::U4,
										/*U4		*/TypeFlag::U4,
										/*U8		*/TypeFlag::U8,
										/*F4		*/TypeFlag::F4,
										/*F8		*/TypeFlag::F8,
										/*String	*/TypeFlag::Unknown,
										/*Enum		*/TypeFlag::Unknown,
										/*Struct	*/TypeFlag::Unknown,
										/*Others	*/TypeFlag::Unknown,
									};
									selectedTable = conversionTable;
								}
								break;
							case WfBinaryOperator::Mod:
							case WfBinaryOperator::Shl:
							case WfBinaryOperator::Shr:
								{
									static TypeFlag conversionTable[(vint)TypeFlag::Count] = {
										/*Bool		*/TypeFlag::Unknown,
										/*I1		*/TypeFlag::I4,
										/*I2		*/TypeFlag::I4,
										/*I4		*/TypeFlag::I4,
										/*I8		*/TypeFlag::I8,
										/*U1		*/TypeFlag::U4,
										/*U2		*/TypeFlag::U4,
										/*U4		*/TypeFlag::U4,
										/*U8		*/TypeFlag::U8,
										/*F4		*/TypeFlag::Unknown,
										/*F8		*/TypeFlag::Unknown,
										/*String	*/TypeFlag::Unknown,
										/*Enum		*/TypeFlag::Unknown,
										/*Struct	*/TypeFlag::Unknown,
										/*Others	*/TypeFlag::Unknown,
									};
									selectedTable = conversionTable;
								}
								break;
							case WfBinaryOperator::LT:
							case WfBinaryOperator::GT:
							case WfBinaryOperator::LE:
							case WfBinaryOperator::GE:
								{
									static TypeFlag conversionTable[(vint)TypeFlag::Count] = {
										/*Bool		*/TypeFlag::Unknown,
										/*I1		*/TypeFlag::Bool,
										/*I2		*/TypeFlag::Bool,
										/*I4		*/TypeFlag::Bool,
										/*I8		*/TypeFlag::Bool,
										/*U1		*/TypeFlag::Bool,
										/*U2		*/TypeFlag::Bool,
										/*U4		*/TypeFlag::Bool,
										/*U8		*/TypeFlag::Bool,
										/*F4		*/TypeFlag::Bool,
										/*F8		*/TypeFlag::Bool,
										/*String	*/TypeFlag::Bool,
										/*Enum		*/TypeFlag::Unknown,
										/*Struct	*/TypeFlag::Unknown,
										/*Others	*/TypeFlag::Unknown,
									};
									selectedTable = conversionTable;
								}
								break;
							case WfBinaryOperator::EQ:
							case WfBinaryOperator::NE:
								{
									results.Add(ResolveExpressionResult::ReadonlyType(TypeInfoRetriver<bool>::CreateTypeInfo()));
									return;
								}
								break;
							case WfBinaryOperator::Xor:
							case WfBinaryOperator::And:
							case WfBinaryOperator::Or:
								{
									static TypeFlag conversionTable[(vint)TypeFlag::Count] = {
										/*Bool		*/TypeFlag::Bool,
										/*I1		*/TypeFlag::I1,
										/*I2		*/TypeFlag::I2,
										/*I4		*/TypeFlag::I4,
										/*I8		*/TypeFlag::I8,
										/*U1		*/TypeFlag::U1,
										/*U2		*/TypeFlag::U2,
										/*U4		*/TypeFlag::U4,
										/*U8		*/TypeFlag::U8,
										/*F4		*/TypeFlag::Unknown,
										/*F8		*/TypeFlag::Unknown,
										/*String	*/TypeFlag::Unknown,
										/*Enum		*/TypeFlag::Unknown,
										/*Struct	*/TypeFlag::Unknown,
										/*Others	*/TypeFlag::Unknown,
									};
									selectedTable = conversionTable;
								}
								break;
							default:;
							}

							TypeFlag resultFlag = selectedTable[(vint)flag];
							if (resultFlag == TypeFlag::Unknown)
							{
								manager->errors.Add(WfErrors::BinaryOperatorOnWrongType(node, elementType.Obj()));
							}
							else
							{
								results.Add(ResolveExpressionResult::ReadonlyType(CreateTypeInfoFromTypeFlag(resultFlag)));
							}
						}
					}
				}

				void Visit(WfLetExpression* node)override
				{
					auto scope = manager->nodeScopes[node].Obj();

					for (auto variable : node->variables)
					{
						auto symbol = scope->symbols[variable->name.value][0];
						symbol->typeInfo = GetExpressionType(manager, variable->value, 0);
						if (symbol->typeInfo)
						{
							symbol->type = GetTypeFromTypeInfo(symbol->typeInfo.Obj());
						}
					}
					Ptr<ITypeInfo> type = GetExpressionType(manager, node->expression, expectedType);
					if (type)
					{
						results.Add(ResolveExpressionResult::ReadonlyType(type));
					}
				}

				void Visit(WfIfExpression* node)override
				{
					Ptr<ITypeInfo> boolType = TypeInfoRetriver<bool>::CreateTypeInfo();
					GetExpressionType(manager, node->condition, boolType);

					Ptr<ITypeInfo> firstType, secondType;

					if (expectedType)
					{
						firstType = GetExpressionType(manager, node->trueBranch, expectedType);
						secondType = GetExpressionType(manager, node->falseBranch, expectedType);
					}
					else
					{
						bool resolveFirst = !IsExpressionDependOnExpectedType(manager, node->trueBranch, false);
						bool resolveSecond = !IsExpressionDependOnExpectedType(manager, node->falseBranch, false);

						if (resolveFirst == resolveSecond)
						{
							firstType = GetExpressionType(manager, node->trueBranch, 0);
							secondType = GetExpressionType(manager, node->falseBranch, 0);
						}
						else if (resolveFirst)
						{
							firstType = GetExpressionType(manager, node->trueBranch, 0);
							secondType = GetExpressionType(manager, node->falseBranch, firstType);
						}
						else if (resolveSecond)
						{
							secondType = GetExpressionType(manager, node->falseBranch, 0);
							firstType = GetExpressionType(manager, node->trueBranch, secondType);
						}
					}
					
					if (firstType && !secondType)
					{
						results.Add(ResolveExpressionResult::ReadonlyType(firstType));
					}
					else if (!firstType && secondType)
					{
						results.Add(ResolveExpressionResult::ReadonlyType(secondType));
					}
					else if (firstType && secondType)
					{
						if (auto mergedType = GetMergedType(firstType, secondType))
						{
							results.Add(ResolveExpressionResult::ReadonlyType(mergedType));
						}
						else
						{
							manager->errors.Add(WfErrors::CannotMergeTwoType(node, firstType.Obj(), secondType.Obj()));
						}
					}
				}

				void Visit(WfRangeExpression* node)override
				{
					Ptr<ITypeInfo> firstType = GetExpressionType(manager, node->begin, 0);
					Ptr<ITypeInfo> secondType = GetExpressionType(manager, node->end, 0);
					Ptr<ITypeInfo> elementType;

					if (firstType && !secondType)
					{
						elementType = firstType;
					}
					else if (!firstType && secondType)
					{
						elementType = secondType;
					}
					else if (firstType && secondType)
					{
						if (!(elementType = GetMergedType(firstType, secondType)))
						{
							manager->errors.Add(WfErrors::CannotMergeTwoType(node, firstType.Obj(), secondType.Obj()));
						}
					}

					if (elementType)
					{
						TypeFlag flag = GetTypeFlag(elementType.Obj());
						switch (flag)
						{
						case TypeFlag::I1:
						case TypeFlag::I2:
						case TypeFlag::I4:
						case TypeFlag::I8:
						case TypeFlag::U1:
						case TypeFlag::U2:
						case TypeFlag::U4:
						case TypeFlag::U8:
							break;
						default:
							manager->errors.Add(WfErrors::RangeShouldBeInteger(node, elementType.Obj()));
						}

						auto enumerableType = Ptr(new TypeDescriptorTypeInfo(description::GetTypeDescriptor<IValueEnumerable>(), TypeInfoHint::Normal));
						auto genericType = Ptr(new GenericTypeInfo(enumerableType));
						genericType->AddGenericArgument(elementType);

						auto pointerType = Ptr(new SharedPtrTypeInfo(genericType));
						results.Add(ResolveExpressionResult::ReadonlyType(pointerType));
					}
				}

				void Visit(WfSetTestingExpression* node)override
				{
					Ptr<ITypeInfo> elementType = GetExpressionType(manager, node->element, 0);

					if (auto range = node->collection.Cast<WfRangeExpression>())
					{
						Ptr<ITypeInfo> beginType = GetExpressionType(manager, range->begin, 0);
						Ptr<ITypeInfo> endType = GetExpressionType(manager, range->end, 0);

						if (elementType && beginType)
						{
							if (!GetMergedType(elementType, beginType))
							{
								manager->errors.Add(WfErrors::CannotMergeTwoType(node, elementType.Obj(), beginType.Obj()));
							}
						}
						if (elementType && endType)
						{
							if (!GetMergedType(elementType, endType))
							{
								manager->errors.Add(WfErrors::CannotMergeTwoType(node, elementType.Obj(), endType.Obj()));
							}
						}
					}
					else
					{
						Ptr<ITypeInfo> itemType = GetEnumerableExpressionItemType(manager, node->collection, 0);
						if (elementType && itemType)
						{
							if (!GetMergedType(elementType, itemType))
							{
								manager->errors.Add(WfErrors::CannotMergeTwoType(node, elementType.Obj(), itemType.Obj()));
							}
						}
					}

					results.Add(ResolveExpressionResult::ReadonlyType(TypeInfoRetriver<bool>::CreateTypeInfo()));
				}

				void Visit(WfConstructorExpression* node)override
				{
					if (expectedType && expectedType->GetTypeDescriptor()->GetTypeDescriptorFlags() == TypeDescriptorFlags::Struct)
					{
						SortedList<WString> fields;
						for (auto argument : node->arguments)
						{
							if (!argument->value)
							{
								manager->errors.Add(WfErrors::ConstructorMixStructAndList(node));
								return;
							}
							else if (auto field = argument->key.Cast<WfReferenceExpression>())
							{
								if (auto prop = expectedType->GetTypeDescriptor()->GetPropertyByName(field->name.value, true))
								{
									if (fields.Contains(field->name.value))
									{
										manager->errors.Add(WfErrors::DuplicatedConstructorField(field.Obj()));
									}
									else
									{
										fields.Add(field->name.value);
									}
									GetExpressionType(manager, argument->value, CopyTypeInfo(prop->GetReturn()));
								}
								else
								{
									manager->errors.Add(WfErrors::MemberNotExists(field.Obj(), expectedType->GetTypeDescriptor(), field->name.value));
								}
							}
							else
							{
								manager->errors.Add(WfErrors::ConstructorMixStructAndList(argument->value.Obj()));
							}
						}
						results.Add(ResolveExpressionResult::ReadonlyType(expectedType));
					}
					else if (node->arguments.Count() == 0)
					{
						if (expectedType)
						{
							ITypeDescriptor* td = expectedType->GetTypeDescriptor();
							if (!td->CanConvertTo(description::GetTypeDescriptor<IValueEnumerable>()) && !td->CanConvertTo(description::GetTypeDescriptor<IValueReadonlyDictionary>()))
							{
								manager->errors.Add(WfErrors::ConstructorCannotImplicitlyConvertToType(node, expectedType.Obj()));
							}
							results.Add(ResolveExpressionResult::ReadonlyType(expectedType));
						}
						else
						{
							manager->errors.Add(WfErrors::ConstructorCannotResolveType(node));
						}
					}
					else
					{
						Ptr<ITypeInfo> expectedKeyType;
						Ptr<ITypeInfo> expectedValueType;
						if (expectedType)
						{
							if (expectedType->GetDecorator() == ITypeInfo::SharedPtr)
							{
								auto genericType = expectedType->GetElementType();
								if (genericType->GetDecorator() == ITypeInfo::Generic)
								{
									if (genericType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueDictionary>()
										|| genericType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueReadonlyDictionary>())
									{
										if (genericType->GetGenericArgumentCount() == 2)
										{
											expectedKeyType = Ptr(genericType->GetGenericArgument(0));
											expectedValueType = Ptr(genericType->GetGenericArgument(1));
										}
									}
									else if (genericType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueObservableList>()
										|| genericType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueArray>()
										|| genericType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueList>()
										|| genericType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueReadonlyList>()
										|| genericType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueEnumerable>())
									{
										if (genericType->GetGenericArgumentCount() == 1)
										{
											expectedKeyType = Ptr(genericType->GetGenericArgument(0));
										}
									}
								}
							}
						}

						bool map = node->arguments[0]->value;
						Ptr<ITypeInfo> keyType, valueType;
						for (auto argument : node->arguments)
						{
							{
								Ptr<ITypeInfo> newKeyType = GetExpressionType(manager, argument->key, expectedKeyType);
								if (!keyType)
								{
									keyType = newKeyType;
								}
								else if (auto mergedType = GetMergedType(keyType, newKeyType))
								{
									keyType = mergedType;
								}
								else
								{
									manager->errors.Add(WfErrors::CannotMergeTwoType(node, keyType.Obj(), newKeyType.Obj()));
								}
							}
							if (map)
							{
								Ptr<ITypeInfo> newValueType = GetExpressionType(manager, argument->value, expectedValueType);
								if (!valueType)
								{
									valueType = newValueType;
								}
								else if (auto mergedType = GetMergedType(valueType, newValueType))
								{
									valueType = mergedType;
								}
								else
								{
									manager->errors.Add(WfErrors::CannotMergeTwoType(node, valueType.Obj(), newValueType.Obj()));
								}
							}
						}

						if (map)
						{
							if (keyType && valueType)
							{
								auto classType = Ptr(new TypeDescriptorTypeInfo(description::GetTypeDescriptor<IValueDictionary>(), TypeInfoHint::Normal));
								auto genericType = Ptr(new GenericTypeInfo(classType));
								genericType->AddGenericArgument(keyType);
								genericType->AddGenericArgument(valueType);

								auto pointerType = Ptr(new SharedPtrTypeInfo(genericType));
								results.Add(ResolveExpressionResult::ReadonlyType(pointerType));
							}
						}
						else
						{
							if (keyType)
							{
								Ptr<ITypeInfo> classType;
								if (expectedType)
								{
									switch (expectedType->GetHint())
									{
									case TypeInfoHint::ObservableList:
										classType = Ptr(new TypeDescriptorTypeInfo(description::GetTypeDescriptor<IValueObservableList>(), expectedType->GetHint()));
										break;
									case TypeInfoHint::Array:
										classType = Ptr(new TypeDescriptorTypeInfo(description::GetTypeDescriptor<IValueArray>(), expectedType->GetHint()));
										break;
									case TypeInfoHint::Normal:
										if (expectedType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueObservableList>())
										{
											classType = Ptr(new TypeDescriptorTypeInfo(description::GetTypeDescriptor<IValueObservableList>(), expectedType->GetHint()));
										}
										else
										{
											classType = Ptr(new TypeDescriptorTypeInfo(description::GetTypeDescriptor<IValueList>(), expectedType->GetHint()));
										}
										break;
									default:
										classType = Ptr(new TypeDescriptorTypeInfo(description::GetTypeDescriptor<IValueList>(), expectedType->GetHint()));
									}
								}
								else
								{
									classType = Ptr(new TypeDescriptorTypeInfo(description::GetTypeDescriptor<IValueList>(), TypeInfoHint::Normal));
								}
								auto genericType = Ptr(new GenericTypeInfo(classType));
								genericType->AddGenericArgument(keyType);

								auto pointerType = Ptr(new SharedPtrTypeInfo(genericType));
								results.Add(ResolveExpressionResult::ReadonlyType(pointerType));
							}
						}
					}
				}

				void Visit(WfInferExpression* node)override
				{
					auto scope = manager->nodeScopes[node].Obj();
					Ptr<ITypeInfo> type = CreateTypeInfoFromType(scope, node->type);
					Ptr<ITypeInfo> expressionType = GetExpressionType(manager, node->expression, type);
					if (expressionType)
					{
						results.Add(ResolveExpressionResult::ReadonlyType(type));
					}
				}

				void Visit(WfTypeCastingExpression* node)override
				{
					auto scope = manager->nodeScopes[node].Obj();
					if (auto type = CreateTypeInfoFromType(scope, node->type))
					{
						if (auto expressionType = GetExpressionType(manager, node->expression, 0))
						{
							if (!CanConvertToType(expressionType.Obj(), type.Obj(), true))
							{
								manager->errors.Add(WfErrors::ExpressionCannotExplicitlyConvertToType(node->expression.Obj(), expressionType.Obj(), type.Obj()));
							}
						}
						if (node->strategy == WfTypeCastingStrategy::Weak)
						{
							switch (type->GetDecorator())
							{
							case ITypeInfo::RawPtr:
							case ITypeInfo::SharedPtr:
							case ITypeInfo::Nullable:
								break;
							default:
								manager->errors.Add(WfErrors::CannotWeakCastToType(node->expression.Obj(), type.Obj()));
							}
						}
						results.Add(ResolveExpressionResult::ReadonlyType(type));
					}
				}

				void Visit(WfTypeTestingExpression* node)override
				{
					Ptr<ITypeInfo> type = GetExpressionType(manager, node->expression, 0);
					if (type)
					{
						switch (node->test)
						{
						case WfTypeTesting::IsNull:
						case WfTypeTesting::IsNotNull:
							if (!IsNullAcceptableType(type.Obj()))
							{
								manager->errors.Add(WfErrors::NullCannotImplicitlyConvertToType(node->expression.Obj(), type.Obj()));
							}
							break;
						default:;
						}
					}
					results.Add(ResolveExpressionResult::ReadonlyType(TypeInfoRetriver<bool>::CreateTypeInfo()));
				}

				void Visit(WfTypeOfTypeExpression* node)override
				{
					results.Add(ResolveExpressionResult::ReadonlyType(TypeInfoRetriver<ITypeDescriptor*>::CreateTypeInfo()));
				}

				void Visit(WfTypeOfExpressionExpression* node)override
				{
					GetExpressionType(manager, node->expression, 0);
					results.Add(ResolveExpressionResult::ReadonlyType(TypeInfoRetriver<ITypeDescriptor*>::CreateTypeInfo()));
				}

				void Visit(WfAttachEventExpression* node)override
				{
					IEventInfo* eventInfo = GetExpressionEventInfo(manager, node->event);
					Ptr<ITypeInfo> functionType;
					if (eventInfo)
					{
						functionType = CopyTypeInfo(eventInfo->GetHandlerType());
					}
					GetExpressionType(manager, node->function, functionType);
					results.Add(ResolveExpressionResult::ReadonlyType(TypeInfoRetriver<Ptr<IEventHandler>>::CreateTypeInfo()));
				}

				void Visit(WfDetachEventExpression* node)override
				{
					GetExpressionEventInfo(manager, node->event);
					Ptr<ITypeInfo> pointerType = TypeInfoRetriver<Ptr<IEventHandler>>::CreateTypeInfo();
					GetExpressionType(manager, node->handler, pointerType);
					results.Add(ResolveExpressionResult::ReadonlyType(TypeInfoRetriver<bool>::CreateTypeInfo()));
				}

				void Visit(WfObserveExpression* node)override
				{
					Ptr<ITypeInfo> parentType = GetExpressionType(manager, node->parent, 0);
					Ptr<ITypeInfo> observeeType;
					if (parentType)
					{
						if (node->observeType == WfObserveType::SimpleObserve)
						{
							ITypeDescriptor* td = parentType->GetTypeDescriptor();
							IPropertyInfo* propertyInfo = 0;
							{
								auto ref = node->expression.Cast<WfReferenceExpression>();
								propertyInfo = td->GetPropertyByName(ref->name.value, true);
								if (propertyInfo)
								{
									observeeType = CopyTypeInfo(propertyInfo->GetReturn());
									manager->expressionResolvings.Add(node->expression, ResolveExpressionResult::Property(propertyInfo));
								}
								else
								{
									manager->errors.Add(WfErrors::MemberNotExists(ref.Obj(), td, ref->name.value));
								}
							}

							if (node->events.Count() == 0)
							{
								if (propertyInfo)
								{
									IEventInfo* eventInfo = propertyInfo->GetValueChangedEvent();
									if (!eventInfo)
									{
										eventInfo = td->GetEventByName(propertyInfo->GetName() + L"Changed", true);
									}
									if (!eventInfo)
									{
										manager->errors.Add(WfErrors::MemberNotExists(node->expression.Obj(), td, propertyInfo->GetName() + L"Changed"));
									}
								}
							}
							else
							{
								for (auto eventExpr : node->events)
								{
									auto ref = eventExpr.Cast<WfReferenceExpression>();
									IEventInfo* info = td->GetEventByName(ref->name.value, true);
									if (info)
									{
										manager->expressionResolvings.Add(eventExpr, ResolveExpressionResult::Event(info));
									}
									else if (!info)
									{
										manager->errors.Add(WfErrors::MemberNotExists(ref.Obj(), td, ref->name.value));
									}
								}
							}
						}
						else
						{
							auto scope = manager->nodeScopes[node].Obj();
							auto symbol = scope->symbols[node->name.value][0];
							symbol->typeInfo = parentType;
							symbol->type = GetTypeFromTypeInfo(parentType.Obj());

							observeeType = GetExpressionType(manager, node->expression, 0);
							for (auto eventExpr : node->events)
							{
								GetExpressionEventInfo(manager, eventExpr);
							}
						}
					}

					if (observeeType)
					{
						results.Add(ResolveExpressionResult::ReadonlyType(observeeType));
					}
				}

				void Visit(WfCallExpression* node)override
				{
					List<ResolveExpressionResult> functions;
					GetExpressionTypes(manager, node->function, nullptr, true, functions);

					vint selectedFunctionIndex = -1;
					Ptr<ITypeInfo> resultType = SelectFunction(manager, node, node->function, functions, node->arguments, selectedFunctionIndex);
					if (resultType)
					{
						manager->expressionResolvings.Add(node->function, functions[selectedFunctionIndex]);
						results.Add(ResolveExpressionResult::ReadonlyType(resultType));
					}
				}

				void Visit(WfFunctionExpression* node)override
				{
					ValidateDeclarationSemantic(manager, node->function);
					auto scope = manager->nodeScopes[node->function.Obj()].Obj();

					auto classType = Ptr(new TypeDescriptorTypeInfo(description::GetTypeDescriptor<IValueFunctionProxy>(), TypeInfoHint::Normal));
					auto genericType = Ptr(new GenericTypeInfo(classType));
					genericType->AddGenericArgument(CreateTypeInfoFromType(scope, node->function->returnType));
					for (auto argument : node->function->arguments)
					{
						genericType->AddGenericArgument(scope->symbols[argument->name.value][0]->typeInfo);
					}

					auto pointerType = Ptr(new SharedPtrTypeInfo(genericType));
					results.Add(ResolveExpressionResult::ReadonlyType(pointerType));
				}

				Ptr<ITypeInfo> GetFunctionDeclarationType(WfLexicalScope* scope, Ptr<WfFunctionDeclaration> decl)
				{
					Ptr<WfLexicalSymbol> symbol = From(manager->nodeScopes[decl.Obj()]->parentScope->symbols[decl->name.value])
						.Where([decl](Ptr<WfLexicalSymbol> symbol)
						{
							return symbol->creatorNode == decl;
						})
						.First();
					return symbol->typeInfo;
				}

				class NewInterfaceExpressionVisitor
					: public empty_visitor::DeclarationVisitor
				{
				public:
					WfLexicalScopeManager*							manager;
					List<Ptr<WfFunctionDeclaration>>				overrideFunctions;
					List<Ptr<WfLexicalSymbol>>						variableSymbols;
					WfDeclaration*									lastDecl = nullptr;

					NewInterfaceExpressionVisitor(WfLexicalScopeManager* _manager)
						:manager(_manager)
					{
					}

					void Dispatch(WfVirtualCfeDeclaration* node)override
					{
						for (auto decl : node->expandedDeclarations)
						{
							decl->Accept(this);
						}
					}

					void Dispatch(WfVirtualCseDeclaration* node)override
					{
						CHECK_FAIL(L"NewInterfaceExpressionVisitor::Visit(WfVirtualCseDeclaration*)#Internal error, Temporary not supported.");
					}

					void Visit(WfFunctionDeclaration* node)override
					{
						lastDecl = node;
						if (node->functionKind == WfFunctionKind::Override)
						{
							overrideFunctions.Add(Ptr(node));
						}
					}

					void Visit(WfVariableDeclaration* node)override
					{
						variableSymbols.Add(
							From(manager->nodeScopes[node]->symbols[node->name.value])
								.Where([=](Ptr<WfLexicalSymbol> symbol)
								{
									return symbol->creatorNode == node;
								})
								.First()
							);
					}

					void Visit(WfDestructorDeclaration* node)override
					{
						lastDecl = node;
					}

					void Execute(WfNewInterfaceExpression* node)
					{
						for (auto memberDecl : node->declarations)
						{
							memberDecl->Accept(this);
							ValidateDeclarationSemantic(manager, memberDecl);
						}
					}
				};

				void Visit(WfNewClassExpression* node)override
				{
					auto scope = manager->nodeScopes[node].Obj();
					Ptr<ITypeInfo> type = CreateTypeInfoFromType(scope, node->type);
					if (type)
					{
						ITypeDescriptor* td = type->GetTypeDescriptor();
						IMethodGroupInfo* ctors = td->GetConstructorGroup();
						Ptr<ITypeInfo> selectedType;
						IMethodInfo* selectedConstructor = nullptr;

						if (!ctors || ctors->GetMethodCount() == 0)
						{
							manager->errors.Add(WfErrors::ClassContainsNoConstructor(node, type.Obj()));
						}
						else
						{
							if ((td->GetTypeDescriptorFlags() & TypeDescriptorFlags::ClassType) != TypeDescriptorFlags::Undefined)
							{
								List<ResolveExpressionResult> functions;
								for (vint i = 0; i < ctors->GetMethodCount(); i++)
								{
									IMethodInfo* info = ctors->GetMethod(i);
									functions.Add(ResolveExpressionResult::Method(info));
								}

								vint selectedFunctionIndex = -1;
								selectedType = SelectFunction(manager, node, nullptr, functions, node->arguments, selectedFunctionIndex);
								if (selectedType)
								{
									selectedConstructor = functions[selectedFunctionIndex].methodInfo;
								}
							}
							else if ((td->GetTypeDescriptorFlags() & TypeDescriptorFlags::InterfaceType) != TypeDescriptorFlags::Undefined)
							{
								manager->errors.Add(WfErrors::ConstructorMixClassAndInterface(node));
							}
							else
							{
								manager->errors.Add(WfErrors::ClassContainsNoConstructor(node, type.Obj()));
							}
						}

						if (selectedType)
						{
							auto result = ResolveExpressionResult::Constructor(selectedConstructor);
							if (!IsSameType(selectedType.Obj(), type.Obj()))
							{
								manager->errors.Add(WfErrors::ConstructorReturnTypeMismatched(node, result, selectedType.Obj(), type.Obj()));
							}
							results.Add(result);
						}
					}
				}

				void Visit(WfNewInterfaceExpression* node)override
				{
					auto scope = manager->nodeScopes[node].Obj();
					Ptr<ITypeInfo> type = CreateTypeInfoFromType(scope, node->type);
					if (type)
					{
						ITypeDescriptor* td = type->GetTypeDescriptor();
						IMethodGroupInfo* ctors = td->GetConstructorGroup();
						Ptr<ITypeInfo> selectedType;
						IMethodInfo* selectedConstructor = nullptr;

						scope->typeOfThisExpr = td;

						if (!ctors || ctors->GetMethodCount() == 0)
						{
							manager->errors.Add(WfErrors::ClassContainsNoConstructor(node, type.Obj()));
						}
						else
						{
							if ((td->GetTypeDescriptorFlags() & TypeDescriptorFlags::ClassType) != TypeDescriptorFlags::Undefined)
							{
								manager->errors.Add(WfErrors::ConstructorMixClassAndInterface(node));
							}
							else if ((td->GetTypeDescriptorFlags() & TypeDescriptorFlags::InterfaceType) != TypeDescriptorFlags::Undefined)
							{
								if (auto info = FindInterfaceConstructor(td))
								{
									selectedType = CopyTypeInfo(info->GetReturn());
									selectedConstructor = info;
								}
								else
								{
									manager->errors.Add(WfErrors::InterfaceContainsNoConstructor(node, type.Obj()));
								}

								Group<WString, IMethodInfo*> interfaceMethods;
								Group<WString, Ptr<WfFunctionDeclaration>> implementMethods;
								
								{
									NewInterfaceExpressionVisitor declVisitor(manager);
									declVisitor.Execute(node);

									if (auto lastCaptureNode = declVisitor.lastDecl)
									{
										for (auto func : declVisitor.overrideFunctions)
										{
											implementMethods.Add(func->name.value, func);
										}

										auto capture = manager->lambdaCaptures[lastCaptureNode];
										List<Ptr<WfLexicalSymbol>> readonlySymbols;
										CopyFrom(readonlySymbols, From(capture->symbols).Except(declVisitor.variableSymbols));
										CopyFrom(capture->symbols, declVisitor.variableSymbols);
										CopyFrom(capture->symbols, readonlySymbols, true);
									}
								}
								{
									SortedList<ITypeDescriptor*> searchedTypes;
									List<ITypeDescriptor*> types;
									types.Add(td);
									vint begin = 0;

									while (begin < types.Count())
									{
										ITypeDescriptor* currentType = types[begin++];
										if (searchedTypes.Contains(currentType))
										{
											continue;
										}
										searchedTypes.Add(currentType);

										vint count = currentType->GetBaseTypeDescriptorCount();
										for (vint i = 0; i < count; i++)
										{
											types.Add(currentType->GetBaseTypeDescriptor(i));
										}

										count = currentType->GetMethodGroupCount();
										for (vint i = 0; i < count; i++)
										{
											IMethodGroupInfo* group = currentType->GetMethodGroup(i);
											vint methodCount = group->GetMethodCount();
											for (vint j = 0; j < methodCount; j++)
											{
												auto method = group->GetMethod(j);
												if (!method->IsStatic())
												{
													interfaceMethods.Add(group->GetName(), method);
												}
											}
										}
									}
								}

								auto discardFirst = [=, this](const WString& key, const List<IMethodInfo*>& methods)
									{
										for (auto method : methods)
										{
											manager->errors.Add(WfErrors::InterfaceMethodNotImplemented(node, method));
										}
									};
								auto discardSecond = [=, this](const WString& key, const List<Ptr<WfFunctionDeclaration>>& methods)
									{
										for (auto decl : methods)
										{
											Ptr<ITypeInfo> declType = GetFunctionDeclarationType(scope, decl);
											manager->errors.Add(WfErrors::InterfaceMethodNotFound(decl.Obj(), type.Obj(), declType.Obj()));
										}
									};

								GroupInnerJoin(
									interfaceMethods,
									implementMethods,
									discardFirst,
									discardSecond,
									[=, this](const WString& key, const List<IMethodInfo*>& interfaces, const List<Ptr<WfFunctionDeclaration>>& implements)
									{
										Group<WString, IMethodInfo*> typedInterfaceMethods;
										Group<WString, Ptr<WfFunctionDeclaration>> typedImplementMethods;

										for (auto method : interfaces)
										{
											Ptr<ITypeInfo> methodType = CreateTypeInfoFromMethodInfo(method);
											typedInterfaceMethods.Add(methodType->GetTypeFriendlyName(), method);
										}

										for (auto decl : implements)
										{
											Ptr<ITypeInfo> methodType = GetFunctionDeclarationType(scope, decl);
											typedImplementMethods.Add(methodType->GetTypeFriendlyName(), decl);
										}

										GroupInnerJoin(
											typedInterfaceMethods,
											typedImplementMethods,
											discardFirst,
											discardSecond,
											[=, this](const WString& key, const List<IMethodInfo*>& interfaces, const List<Ptr<WfFunctionDeclaration>>& implements)
											{
												if (interfaces.Count() > 1)
												{
													List<ResolveExpressionResult> functions;
													for (auto method : interfaces)
													{
														functions.Add(ResolveExpressionResult::Constructor(method));
														manager->errors.Add(WfErrors::CannotPickOverloadedInterfaceMethods(node, functions));
													}
												}
												if (implements.Count() > 1)
												{
													auto decl = implements[0];
													Ptr<ITypeInfo> methodType = GetFunctionDeclarationType(scope, decl);
													manager->errors.Add(WfErrors::CannotPickOverloadedImplementMethods(decl.Obj(), methodType.Obj()));
												}

												if (interfaces.Count() == 1 && implements.Count() == 1)
												{
													manager->interfaceMethodImpls.Add(implements[0].Obj(), interfaces[0]);
												}
											});
									});
							}
							else
							{
								manager->errors.Add(WfErrors::ClassContainsNoConstructor(node, type.Obj()));
							}
						}

						if (selectedType)
						{
							auto result = ResolveExpressionResult::Constructor(selectedConstructor);
							if (!IsSameType(selectedType.Obj(), type.Obj()))
							{
								manager->errors.Add(WfErrors::ConstructorReturnTypeMismatched(node, result, selectedType.Obj(), type.Obj()));
							}
							results.Add(result);
						}
					}
				}

				void Visit(WfVirtualCfeExpression* node)override
				{
					if (GetExpressionType(manager, node->expandedExpression, expectedType))
					{
						results.Add(manager->expressionResolvings[node->expandedExpression.Obj()]);
					}
				}

				void Visit(WfVirtualCseExpression* node)override
				{
					bool expanded = node->expandedExpression;
					vint errorCount = manager->errors.Count();
					node->Accept((WfVirtualCseExpression::IVisitor*)this);

					if (!expanded && manager->errors.Count() == errorCount)
					{
						ExpandVirtualExpressionVisitor visitor(manager, expectedType);
						node->Accept(&visitor);
						if (!node->expandedExpression)
						{
							return;
						}

						SetCodeRange(node->expandedExpression, node->codeRange);

						auto parentScope = manager->nodeScopes[node];
						if (parentScope->ownerNode == node)
						{
							parentScope = parentScope->parentScope;
						}

						ContextFreeExpressionDesugar(manager, node->expandedExpression);
						BuildScopeForExpression(manager, parentScope, node->expandedExpression);

						manager->checkedScopes_DuplicatedSymbol.Remove(parentScope.Obj());
						manager->checkedScopes_SymbolType.Remove(parentScope.Obj());
						if (!CheckScopes_DuplicatedSymbol(manager) || !CheckScopes_SymbolType(manager))
						{
							return;
						}
					}

					if (node->expandedExpression)
					{
						if (results.Count() == 1)
						{
							GetExpressionType(manager, node->expandedExpression, results[0].type);
						}
						else
						{
							GetExpressionType(manager, node->expandedExpression, nullptr);
						}
					}
				}

				void Visit(WfBindExpression* node)override
				{
					GetExpressionType(manager, node->expression, 0);
					results.Add(ResolveExpressionResult::ReadonlyType(TypeInfoRetriver<Ptr<IValueSubscription>>::CreateTypeInfo()));
				}

				void Visit(WfNewCoroutineExpression* node)override
				{
					Ptr<ITypeInfo> typeInfo = TypeInfoRetriver<Ptr<ICoroutine>>::CreateTypeInfo();
					results.Add(ResolveExpressionResult::ReadonlyType(typeInfo));
					ValidateStatementSemantic(manager, node->statement);
				}

				void Visit(WfMixinCastExpression* node)override
				{
					auto scope = manager->nodeScopes[node].Obj();
					auto type = CreateTypeInfoFromType(scope, node->type);
					auto expressionType = GetExpressionType(manager, node->expression, 0);
					if (type && expressionType)
					{
						results.Add(ResolveExpressionResult::ReadonlyType(type));
						if (expressionType)
						{
							auto fromTd = expressionType->GetTypeDescriptor();
							auto toTd = type->GetTypeDescriptor();
							if ((fromTd->GetTypeDescriptorFlags() & TypeDescriptorFlags::InterfaceType) != TypeDescriptorFlags::Undefined)
							{
								if ((toTd->GetTypeDescriptorFlags() & TypeDescriptorFlags::InterfaceType) != TypeDescriptorFlags::Undefined)
								{
									if (fromTd != toTd && toTd->CanConvertTo(fromTd))
									{
										goto PASS_VALIDATION;
									}
								}
							}
							manager->errors.Add(WfErrors::WrongMixinTargetType(node, type.Obj(), expressionType.Obj()));
						PASS_VALIDATION:;
						}
					}
				}

				void Visit(WfExpectedTypeCastExpression* node)override
				{
					GetExpressionType(manager, node->expression, nullptr);
					if (expectedType)
					{
						results.Add(ResolveExpressionResult::ReadonlyType(expectedType));
					}
					else
					{
						manager->errors.Add(WfErrors::ExpectedTypeCastCannotResolveType(node));
					}
				}

				void Visit(WfCoOperatorExpression* node)override
				{
					auto scope = manager->nodeScopes[node].Obj();
					auto functionScope = scope->FindFunctionScope();
					if (auto funcDecl = functionScope->ownerNode.Cast<WfFunctionDeclaration>())
					{
						if (funcDecl->statement.Cast<WfCoProviderStatement>())
						{
							auto providerScope = manager->nodeScopes[funcDecl->statement.Obj()];
							auto providerSymbol = providerScope->symbols[L"$PROVIDER"][0];
							auto implSymbol = providerScope->symbols[L"$IMPL"][0];
							if (providerSymbol->typeInfo && implSymbol->typeInfo)
							{
								List<ResolveExpressionResult> methods;
								if (auto group = providerSymbol->typeInfo->GetTypeDescriptor()->GetMethodGroupByName(L"QueryContext", true))
								{
									vint count = group->GetMethodCount();
									for (vint i = 0; i < count; i++)
									{
										auto method = group->GetMethod(i);
										if (method->IsStatic())
										{
											if (method->GetParameterCount() == 1 && IsSameType(implSymbol->typeInfo.Obj(), method->GetParameter(0)->GetType()))
											{
												methods.Add(ResolveExpressionResult::Method(method));
											}
										}
									}
								}

								if (methods.Count() > 1)
								{
									manager->errors.Add(WfErrors::CannotPickOverloadedFunctions(node, methods));
								}
								else if (methods.Count() == 1)
								{
									auto contextType = methods[0].methodInfo->GetReturn();
									SortedList<ITypeDescriptor*> searchedTypes;
									manager->ResolveMember(contextType->GetTypeDescriptor(), node->name.value, false, searchedTypes, results);

									if (results.Count() == 0)
									{
										manager->errors.Add(WfErrors::MemberNotExists(node, contextType->GetTypeDescriptor(), node->name.value));
									}
								}
								else
								{
									manager->errors.Add(WfErrors::CoOperatorNotExists(node, providerSymbol->typeInfo.Obj()));
								}
							}
						}
					}
				}

				static void Execute(WfExpression* expression, WfLexicalScopeManager* manager, Ptr<ITypeInfo> expectedType, List<ResolveExpressionResult>& results)
				{
					ValidateSemanticExpressionVisitor visitor(manager, expectedType, results);
					expression->Accept(&visitor);
				}
			};

/***********************************************************************
IsConstantExpression
***********************************************************************/

			class ValidateConstantExpressionVisitor
				: public empty_visitor::ExpressionVisitor
				, public empty_visitor::VirtualCseExpressionVisitor
			{
			public:
				WfLexicalScopeManager*				manager;
				bool								isConstant = false;

				ValidateConstantExpressionVisitor(WfLexicalScopeManager* _manager)
					:manager(_manager)
				{
				}

				bool Call(Ptr<WfExpression> node)
				{
					bool cache = isConstant;
					isConstant = false;
					node->Accept(this);
					bool result = isConstant;
					isConstant = cache;
					return result;
				}

				void VisitReferenceExpression(WfExpression* node, const WString& name)
				{
					auto result = manager->expressionResolvings[node];
					if (auto enumType = result.type->GetTypeDescriptor()->GetEnumType())
					{
						vint index = enumType->IndexOfItem(name);
						if (index != -1)
						{
							isConstant = true;
						}
					}
				}

				void Dispatch(WfVirtualCfeExpression* node)override
				{
					node->expandedExpression->Accept(this);
				}

				void Dispatch(WfVirtualCseExpression* node)override
				{
					node->Accept((WfVirtualCseExpression::IVisitor*)this);
				}

				void Visit(WfReferenceExpression* node)override
				{
					VisitReferenceExpression(node, node->name.value);
				}

				void Visit(WfChildExpression* node)override
				{
					VisitReferenceExpression(node, node->name.value);
				}

				void Visit(WfLiteralExpression* node)override
				{
					isConstant = true;
				}

				void Visit(WfFloatingExpression* node)override
				{
					isConstant = true;
				}

				void Visit(WfIntegerExpression* node)override
				{
					isConstant = true;
				}

				void Visit(WfStringExpression* node)override
				{
					isConstant = true;
				}

				/*

				void Visit(WfUnaryExpression* node)override
				{
					isConstant = Call(node->operand);
				}

				void Visit(WfBinaryExpression* node)override
				{
					if (node->op == WfBinaryOperator::FlagAnd || node->op == WfBinaryOperator::FlagOr)
					{
						isConstant = Call(node->first) && Call(node->second);
					}
				}

				void Visit(WfRangeExpression* node)override
				{
					isConstant = Call(node->begin) && Call(node->end);
				}

				void Visit(WfConstructorExpression* node)override
				{
					auto result = manager->expressionResolvings[node];
					bool isStruct = (result.type->GetTypeDescriptor()->GetTypeDescriptorFlags() == TypeDescriptorFlags::Struct);

					for (auto argument : node->arguments)
					{
						if (argument->key && !isStruct)
						{
							if (!Call(argument->key)) return;
						}
						if (argument->value)
						{
							if (!Call(argument->value)) return;
						}
					}
					isConstant = true;
				}

				*/

				void Visit(WfTypeOfTypeExpression* node)override
				{
					isConstant = true;
				}

				void Visit(WfTypeOfExpressionExpression* node)override
				{
					isConstant = true;
				}

				static void Execute(WfExpression* expression, WfLexicalScopeManager* manager, Ptr<ITypeInfo> expectedType)
				{
					if (GetExpressionType(manager, expression, expectedType))
					{
						ValidateConstantExpressionVisitor visitor(manager);
						expression->Accept(&visitor);
						if (!visitor.isConstant)
						{
							manager->errors.Add(WfErrors::ExpressionIsNotConstant(expression));
						}
					}
				}
			};

/***********************************************************************
ValidateSemantic
***********************************************************************/

			void ValidateExpressionSemantic(WfLexicalScopeManager* manager, WfExpression* expression, Ptr<reflection::description::ITypeInfo> expectedType, collections::List<ResolveExpressionResult>& results)
			{
				ValidateSemanticExpressionVisitor::Execute(expression, manager, expectedType, results);
				for (vint i = results.Count() - 1; i >= 0; i--)
				{
					auto result = results[i];
					if (result.scopeName && result.scopeName->declarations.Count() > 0)
					{
						List<ResolveExpressionResult> replaces;
						for (auto decl : result.scopeName->declarations)
						{
							vint index = manager->nodeScopes.Keys().IndexOf(decl.Obj());
							if (index == -1) continue;
							auto scope = manager->nodeScopes.Values()[index];
							if (scope->ownerNode == decl)
							{
								scope = scope->parentScope;
							}

							index = scope->symbols.Keys().IndexOf(decl->name.value);
							if (index == -1) continue;
							for (auto symbol : scope->symbols.GetByIndex(index))
							{
								if (symbol->creatorNode == decl && symbol->typeInfo)
								{
									replaces.Add(ResolveExpressionResult::Symbol(symbol));
								}
							}
						}

						if (replaces.Count() > 0)
						{
							results.RemoveAt(i);
							for (auto [replaceResult, index] : indexed(replaces))
							{
								results.Insert(i + index, replaceResult);
							}
						}
					}
				}
			}

			void ValidateExpressionSemantic(WfLexicalScopeManager* manager, Ptr<WfExpression> expression, Ptr<reflection::description::ITypeInfo> expectedType, collections::List<ResolveExpressionResult>& results)
			{
				ValidateExpressionSemantic(manager, expression.Obj(), expectedType, results);
			}

			void ValidateConstantExpression(WfLexicalScopeManager* manager, WfExpression* expression, Ptr<reflection::description::ITypeInfo> expectedType)
			{
				ValidateConstantExpressionVisitor::Execute(expression, manager, expectedType);
			}

			void ValidateConstantExpression(WfLexicalScopeManager* manager, Ptr<WfExpression> expression, Ptr<reflection::description::ITypeInfo> expectedType)
			{
				ValidateConstantExpressionVisitor::Execute(expression.Obj(), manager, expectedType);
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_VALIDATESEMANTIC_STATEMENT.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;
			using namespace typeimpl;

/***********************************************************************
ValidateSemantic(Statement)
***********************************************************************/

			class ExpandVirtualStatementVisitor : public Object, public WfVirtualCseStatement::IVisitor
			{
			public:
				WfLexicalScopeManager*				manager;

				ExpandVirtualStatementVisitor(WfLexicalScopeManager* _manager)
					:manager(_manager)
				{
				}

				void Visit(WfSwitchStatement* node)override
				{
					ExpandSwitchStatement(manager, node);
				}

				void Visit(WfForEachStatement* node)override
				{
					ExpandForEachStatement(manager, node);
				}

				void Visit(WfCoProviderStatement* node)override
				{
					ExpandCoProviderStatement(manager, node);
				}
			};

			class ValidateSemanticStatementVisitor
				: public Object
				, public WfStatement::IVisitor
				, public WfVirtualCseStatement::IVisitor
				, public WfCoroutineStatement::IVisitor
				, public WfStateMachineStatement::IVisitor
			{
			public:
				WfLexicalScopeManager*				manager;

				ValidateSemanticStatementVisitor(WfLexicalScopeManager* _manager)
					:manager(_manager)
				{
				}

				void Visit(WfBreakStatement* node)override
				{
				}

				void Visit(WfContinueStatement* node)override
				{
				}

				void Visit(WfReturnStatement* node)override
				{
					auto scope = manager->nodeScopes[node].Obj();
					auto functionScope = scope->FindFunctionScope();
					if (auto funcDecl = functionScope->ownerNode.Cast<WfFunctionDeclaration>())
					{
						auto providerStat = funcDecl->statement.Cast<WfCoProviderStatement>();
						if (providerStat && !providerStat->expandedStatement)
						{
							auto providerScope = manager->nodeScopes[funcDecl->statement.Obj()];
							auto providerSymbol = providerScope->symbols[L"$PROVIDER"][0];
							auto implSymbol = providerScope->symbols[L"$IMPL"][0];
							if (providerSymbol->typeInfo && implSymbol->typeInfo)
							{
								if (auto group = providerSymbol->typeInfo->GetTypeDescriptor()->GetMethodGroupByName(L"ReturnAndExit", true))
								{
									List<ResolveExpressionResult> functions;
									vint count = group->GetMethodCount();
									for (vint i = 0; i < count; i++)
									{
										auto method = group->GetMethod(i);
										if (method->IsStatic())
										{
											if (method->GetParameterCount() > 0 && IsSameType(implSymbol->typeInfo.Obj(), method->GetParameter(0)->GetType()))
											{
												functions.Add(ResolveExpressionResult::Method(method));
											}
										}
									}

									if (functions.Count() != 0)
									{
										vint selectedFunctionIndex = -1;
										List<Ptr<WfExpression>> arguments;
										arguments.Add(nullptr);
										if (node->expression)
										{
											arguments.Add(node->expression);
										}
										SelectFunction(manager, node, nullptr, functions, arguments, selectedFunctionIndex);
										if (selectedFunctionIndex != -1)
										{
											manager->coOperatorResolvings.Add(Ptr(node), functions[selectedFunctionIndex]);
										}
									}
									else
									{
										manager->errors.Add(WfErrors::CoOperatorNotExists(node, providerSymbol->typeInfo.Obj()));
									}
								}
								else
								{
									manager->errors.Add(WfErrors::CoOperatorNotExists(node, providerSymbol->typeInfo.Obj()));
								}
							}
						}
						else
						{
							auto returnType = CreateTypeInfoFromType(scope, funcDecl->returnType);
							if (node->expression)
							{
								if (returnType->GetTypeDescriptor() == description::GetTypeDescriptor<void>())
								{
									manager->errors.Add(WfErrors::CannotReturnExpression(node));
								}
								else
								{
									GetExpressionType(manager, node->expression, returnType);
								}
							}
							else if (returnType->GetDecorator() != ITypeInfo::TypeDescriptor || returnType->GetTypeDescriptor() != description::GetTypeDescriptor<void>())
							{
								manager->errors.Add(WfErrors::ReturnMissExpression(node, returnType.Obj()));
							}
						}
					}
					else
					{
						if (node->expression)
						{
							manager->errors.Add(WfErrors::CannotReturnExpression(node));
						}
					}
				}

				void Visit(WfDeleteStatement* node)override
				{
					Ptr<ITypeInfo> type = GetExpressionType(manager, node->expression, 0);
					if (type)
					{
						if (type->GetDecorator() != ITypeInfo::RawPtr)
						{
							manager->errors.Add(WfErrors::DeleteNonRawPointer(node, type.Obj()));
						}
					}
				}

				void Visit(WfRaiseExceptionStatement* node)override
				{
					if (node->expression)
					{
						if (auto type = GetExpressionType(manager, node->expression, nullptr))
						{
							auto stringType = TypeInfoRetriver<WString>::CreateTypeInfo();
							auto exceptionType = TypeInfoRetriver<Ptr<IValueException>>::CreateTypeInfo();
							if (!CanConvertToType(type.Obj(), stringType.Obj(), false) && !CanConvertToType(type.Obj(), exceptionType.Obj(), false))
							{
								manager->errors.Add(WfErrors::ExpressionCannotImplicitlyConvertToType(node->expression.Obj(), type.Obj(), stringType.Obj()));
							}
						}
					}
				}

				void Visit(WfIfStatement* node)override
				{
					if (node->type)
					{
						auto scope = manager->nodeScopes[node].Obj();
						auto symbol = scope->symbols[node->name.value][0];
						if (!IsNullAcceptableType(symbol->typeInfo.Obj()))
						{
							manager->errors.Add(WfErrors::NullCannotImplicitlyConvertToType(node->expression.Obj(), symbol->typeInfo.Obj()));
						}
						GetExpressionType(manager, node->expression, nullptr);
					}
					else
					{
						Ptr<ITypeInfo> boolType = TypeInfoRetriver<bool>::CreateTypeInfo();
						GetExpressionType(manager, node->expression, boolType);
					}
					ValidateStatementSemantic(manager, node->trueBranch);
					if (node->falseBranch)
					{
						ValidateStatementSemantic(manager, node->falseBranch);
					}
				}

				void Visit(WfWhileStatement* node)override
				{
					Ptr<ITypeInfo> boolType = TypeInfoRetriver<bool>::CreateTypeInfo();
					GetExpressionType(manager, node->condition, boolType);
					ValidateStatementSemantic(manager, node->statement);
				}

				void Visit(WfTryStatement* node)override
				{
					ValidateStatementSemantic(manager, node->protectedStatement);
					if (node->catchStatement)
					{
						ValidateStatementSemantic(manager, node->catchStatement);
					}
					if (node->finallyStatement)
					{
						ValidateStatementSemantic(manager, node->finallyStatement);
					}
				}

				void Visit(WfBlockStatement* node)override
				{
					for (auto statement : node->statements)
					{
						ValidateStatementSemantic(manager, statement);
					}
				}

				void Visit(WfGotoStatement* node)override
				{
					auto scope = manager->nodeScopes[node].Obj();
					vint counter = 0;
					while (scope && !scope->functionConfig)
					{
						if (auto block = scope->ownerNode.Cast<WfBlockStatement>())
						{
							if (block->endLabel.value == node->label.value)
							{
								counter++;
							}
						}
						scope = scope->parentScope.Obj();
					}

					if (counter == 0)
					{
						manager->errors.Add(WfErrors::GotoLabelNotExists(node));
					}
					else if (counter > 1)
					{
						manager->errors.Add(WfErrors::TooManyGotoLabel(node));
					}
				}

				void Visit(WfExpressionStatement* node)override
				{
					GetExpressionType(manager, node->expression, 0);
				}

				void Visit(WfVariableStatement* node)override
				{
					ValidateDeclarationSemantic(manager, node->variable);
				}

				void Visit(WfVirtualCseStatement* node)override
				{
					bool expanded = node->expandedStatement;
					vint errorCount = manager->errors.Count();
					node->Accept((WfVirtualCseStatement::IVisitor*)this);

					if (!expanded && manager->errors.Count() == errorCount)
					{
						ExpandVirtualStatementVisitor visitor(manager);
						node->Accept(&visitor);
						SetCodeRange(node->expandedStatement, node->codeRange);

						auto parentScope = manager->nodeScopes[node];
						if (parentScope->ownerNode == node)
						{
							parentScope = parentScope->parentScope;
						}

						ContextFreeStatementDesugar(manager, node->expandedStatement);
						BuildScopeForStatement(manager, parentScope, node->expandedStatement);

						manager->checkedScopes_DuplicatedSymbol.Remove(parentScope.Obj());
						manager->checkedScopes_SymbolType.Remove(parentScope.Obj());
						if (!CheckScopes_DuplicatedSymbol(manager) || !CheckScopes_SymbolType(manager))
						{
							return;
						}
					}

					if (node->expandedStatement)
					{
						ValidateStatementSemantic(manager, node->expandedStatement);
					}
				}

				void Visit(WfSwitchStatement* node)override
				{
					Ptr<ITypeInfo> type = GetExpressionType(manager, node->expression, 0);
					for (auto switchCase : node->caseBranches)
					{
						Ptr<ITypeInfo> caseType;
						if (IsExpressionDependOnExpectedType(manager, switchCase->expression, type))
						{
							caseType = GetExpressionType(manager, switchCase->expression, type);
						}
						else
						{
							caseType = GetExpressionType(manager, switchCase->expression, 0);
						}

						if (type && caseType)
						{
							if (!GetMergedType(type, caseType))
							{
								manager->errors.Add(WfErrors::CannotMergeTwoType(switchCase->expression.Obj(), type.Obj(), caseType.Obj()));
							}
						}
						ValidateStatementSemantic(manager, switchCase->statement);
					}
					if (node->defaultBranch)
					{
						ValidateStatementSemantic(manager, node->defaultBranch);
					}
				}

				void Visit(WfForEachStatement* node)override
				{
					Ptr<ITypeInfo> elementType = GetEnumerableExpressionItemType(manager, node->collection, 0);
					if (elementType)
					{
						auto scope = manager->nodeScopes[node].Obj();
						auto symbol = scope->symbols[node->name.value][0];
						symbol->typeInfo = elementType;
						symbol->type = GetTypeFromTypeInfo(elementType.Obj());
					}
					ValidateStatementSemantic(manager, node->statement);
				}

				void Visit(WfCoProviderStatement* node)override
				{
					auto scope = manager->nodeScopes[node].Obj();
					auto providerSymbol = scope->symbols[L"$PROVIDER"][0];
					auto implSymbol = scope->symbols[L"$IMPL"][0];
					Ptr<ITypeInfo> funcReturnType;
					{
						auto decl = scope->parentScope->ownerNode.Cast<WfFunctionDeclaration>();
						funcReturnType = CreateTypeInfoFromType(scope->parentScope.Obj(), decl->returnType);
					}
					ITypeDescriptor* selectedProviderTd = nullptr;
					List<WString> candidates;

					if (node->name.value == L"")
					{
						if (funcReturnType)
						{
							List<ITypeDescriptor*> unprocessed;
							unprocessed.Add(funcReturnType->GetTypeDescriptor());

							for (vint i = 0; i < unprocessed.Count(); i++)
							{
								auto td = unprocessed[i];
								auto candidate = td->GetTypeName() + L"Coroutine";
								if ((selectedProviderTd = description::GetTypeDescriptor(candidate)))
								{
									break;
								}
								else
								{
									candidates.Add(candidate);
								}

								vint count = td->GetBaseTypeDescriptorCount();
								for (vint i = 0; i < count; i++)
								{
									auto baseTd = td->GetBaseTypeDescriptor(i);
									if (!unprocessed.Contains(baseTd))
									{
										unprocessed.Add(baseTd);
									}
								}
							}
						}
					}
					else
					{
						List<ResolveExpressionResult> results, resolveResults;
						auto providerName = node->name.value.Right(node->name.value.Length() - 1);

						if (manager->ResolveName(scope, providerName, resolveResults))
						{
							CopyFrom(results, resolveResults);

							for (vint i = results.Count() - 1; i >= 0; i--)
							{
								auto& result = results[i];
								ITypeDescriptor* providerTd = nullptr;

								if (result.scopeName && result.scopeName->typeDescriptor)
								{
									auto candidate = result.scopeName->typeDescriptor->GetTypeName() + L"Coroutine";
									providerTd = description::GetTypeDescriptor(candidate);
									if (providerTd)
									{
										selectedProviderTd = providerTd;
									}
									else
									{
										candidates.Add(candidate);
									}
								}

								if (!providerTd)
								{
									results.RemoveAt(i);
								}
							}

							if (results.Count() == 1)
							{
								goto FINISH_SEARCHING;
							}
							else if (results.Count() > 1)
							{
								manager->errors.Add(WfErrors::TooManyTargets(node, resolveResults, providerName));
								goto SKIP_SEARCHING;
							}
						}

						resolveResults.Clear();
						if (manager->ResolveName(scope, providerName + L"Coroutine", resolveResults))
						{
							CopyFrom(results, resolveResults);

							for (vint i = results.Count() - 1; i >= 0; i--)
							{
								auto& result = results[i];

								if (result.scopeName && result.scopeName->typeDescriptor)
								{
									selectedProviderTd = result.scopeName->typeDescriptor;
								}
								else
								{
									results.RemoveAt(i);
								}
							}

							if (results.Count() == 1)
							{
								goto FINISH_SEARCHING;
							}
							else if (results.Count() > 1)
							{
								manager->errors.Add(WfErrors::TooManyTargets(node, resolveResults, providerName));
								goto SKIP_SEARCHING;
							}
						}

						candidates.Add(providerName);
						candidates.Add(providerName + L"Coroutine");
					}

				FINISH_SEARCHING:
					if (selectedProviderTd)
					{
						providerSymbol->typeInfo = Ptr(new TypeDescriptorTypeInfo(selectedProviderTd, TypeInfoHint::Normal));

						if (funcReturnType)
						{
							WString creatorName;
							if (funcReturnType->GetTypeDescriptor() == description::GetTypeDescriptor<void>())
							{
								creatorName = L"CreateAndRun";
							}
							else
							{
								creatorName = L"Create";
							}

							if (auto group = selectedProviderTd->GetMethodGroupByName(creatorName, true))
							{
								List<ResolveExpressionResult> results;
								ITypeInfo* selectedImplType = nullptr;
								IMethodInfo* selectedCreator = nullptr;
								vint count = group->GetMethodCount();

								for (vint i = 0; i < count; i++)
								{
									auto method = group->GetMethod(i);
									if (method->IsStatic())
									{
										if (method->GetParameterCount() == 1)
										{
											auto creatorType = method->GetParameter(0)->GetType();
											if (creatorType->GetDecorator() == ITypeInfo::SharedPtr)
											{
												auto functionType = creatorType->GetElementType();
												if (functionType->GetDecorator() == ITypeInfo::Generic &&
													functionType->GetGenericArgumentCount() == 2 &&
													functionType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueFunctionProxy>()
													)
												{
													auto returnType = functionType->GetGenericArgument(0);
													if (returnType->GetDecorator() == ITypeInfo::SharedPtr &&returnType->GetTypeDescriptor() == description::GetTypeDescriptor<ICoroutine>())
													{
														selectedImplType = functionType->GetGenericArgument(1);
														selectedCreator = method;
														results.Add(ResolveExpressionResult::Method(method));
													}
												}
											}
										}
									}
								}

								if (results.Count() == 1)
								{
									implSymbol->typeInfo = CopyTypeInfo(selectedImplType);
									manager->coProviderResolvings.Add(Ptr(node), ResolveExpressionResult::Method(selectedCreator));
								}
								else if (results.Count() > 1)
								{
									manager->errors.Add(WfErrors::TooManyTargets(node, results, creatorName));
								}
							}

							if (!implSymbol->typeInfo)
							{
								if (funcReturnType->GetTypeDescriptor() == description::GetTypeDescriptor<void>())
								{
									manager->errors.Add(WfErrors::CoProviderCreateAndRunNotExists(node, providerSymbol->typeInfo.Obj()));
								}
								else
								{
									manager->errors.Add(WfErrors::CoProviderCreateNotExists(node, providerSymbol->typeInfo.Obj()));
								}
							}
						}
					}
					else
					{
						manager->errors.Add(WfErrors::CoProviderNotExists(node, candidates));
					}
				SKIP_SEARCHING:
					ValidateStatementSemantic(manager, node->statement);
				}

				void Visit(WfCoroutineStatement* node)override
				{
					node->Accept((WfCoroutineStatement::IVisitor*)this);
				}

				void Visit(WfCoPauseStatement* node)override
				{
					if (node->statement)
					{
						ValidateStatementSemantic(manager, node->statement);
					}
				}

				void Visit(WfCoOperatorStatement* node)override
				{
					auto scope = manager->nodeScopes[node].Obj();
					auto functionScope = scope->FindFunctionScope();
					if (auto funcDecl = functionScope->ownerNode.Cast<WfFunctionDeclaration>())
					{
						if (funcDecl->statement.Cast<WfCoProviderStatement>())
						{
							auto providerScope = manager->nodeScopes[funcDecl->statement.Obj()];
							auto providerSymbol = providerScope->symbols[L"$PROVIDER"][0];
							auto implSymbol = providerScope->symbols[L"$IMPL"][0];
							if (providerSymbol->typeInfo && implSymbol->typeInfo)
							{
								List<IMethodGroupInfo*> groups;
								auto operatorName = node->opName.value.Right(node->opName.value.Length() - 1);
								if (auto group = providerSymbol->typeInfo->GetTypeDescriptor()->GetMethodGroupByName(operatorName + L"AndRead", true))
								{
									groups.Add(group);
								}
								if (node->varName.value == L"")
								{
									if (auto group = providerSymbol->typeInfo->GetTypeDescriptor()->GetMethodGroupByName(operatorName + L"AndPause", true))
									{
										groups.Add(group);
									}
								}

								List<ResolveExpressionResult> functions;
								for (auto group : groups)
								{
									vint count = group->GetMethodCount();
									for (vint i = 0; i < count; i++)
									{
										auto method = group->GetMethod(i);
										if (method->IsStatic())
										{
											if (method->GetParameterCount() > 0 && IsSameType(implSymbol->typeInfo.Obj(), method->GetParameter(0)->GetType()))
											{
												functions.Add(ResolveExpressionResult::Method(method));
											}
										}
									}
								}

								if (functions.Count() == 0)
								{
									manager->errors.Add(WfErrors::CoOperatorNotExists(node, providerSymbol->typeInfo.Obj()));
								}
								else
								{
									vint selectedFunctionIndex = -1;
									vint oldErrorCount = manager->errors.Count();
									List<Ptr<WfExpression>> arguments;
									arguments.Add(nullptr);
									CopyFrom(arguments, node->arguments, true);
									SelectFunction(manager, node, nullptr, functions, arguments, selectedFunctionIndex);
									if (selectedFunctionIndex != -1)
									{
										manager->coOperatorResolvings.Add(Ptr(node), functions[selectedFunctionIndex]);
										if (node->varName.value != L"" && manager->errors.Count() == oldErrorCount)
										{
											auto symbol = scope->symbols[node->varName.value][0];
											List<ITypeInfo*> types;

											for (auto argument : node->arguments)
											{
												vint index = manager->expressionResolvings.Keys().IndexOf(argument.Obj());
												if (index != -1)
												{
													auto type = manager->expressionResolvings.Values()[index].type;
													if (!types.Contains(type.Obj()))
													{
														types.Add(type.Obj());
														if (auto group = type->GetTypeDescriptor()->GetMethodGroupByName(L"CastResult", true))
														{
															vint count = group->GetMethodCount();
															for (vint i = 0; i < count; i++)
															{
																auto method = group->GetMethod(i);
																if (method->IsStatic())
																{
																	if (method->GetParameterCount() == 1 &&
																		method->GetParameter(0)->GetType()->GetTypeDescriptor() == description::GetTypeDescriptor<Value>() &&
																		method->GetReturn()->GetTypeDescriptor() != description::GetTypeDescriptor<void>()
																		)
																	{
																		manager->coCastResultResolvings.Add(Ptr(node), ResolveExpressionResult::Method(method));
																		symbol->typeInfo = CopyTypeInfo(method->GetReturn());
																		break;
																	}
																}
															}
														}
													}
												}
											}

											if (!symbol->typeInfo)
											{
												manager->errors.Add(WfErrors::CoOperatorCannotResolveResultType(node, types));
											}
										}
									}
								}
							}
						}
					}
				}

				void Visit(WfStateMachineStatement* node)override
				{
					node->Accept((WfStateMachineStatement::IVisitor*)this);
				}

				void Visit(WfStateSwitchStatement* node)override
				{
					auto smcScope = manager->nodeScopes[node]->FindFunctionScope()->parentScope.Obj();
					CHECK_ERROR(smcScope->ownerNode.Cast<WfClassDeclaration>(), L"ValidateSemanticStatementVisitor::Visit(WfStateSwitchStatement*)#ValidateStatementStructure should check state machine statements' location.");

					for (auto switchCase : node->caseBranches)
					{
						auto caseScope = manager->nodeScopes[switchCase.Obj()].Obj();
						Ptr<WfLexicalSymbol> inputSymbol;
						{
							vint index = smcScope->symbols.Keys().IndexOf(switchCase->name.value);
							if (index != -1)
							{
								inputSymbol = smcScope->symbols.GetByIndex(index)[0];
							}
						}
						if (!inputSymbol || !inputSymbol->creatorNode.Cast<WfStateInput>())
						{
							manager->errors.Add(WfErrors::StateInputNotExists(switchCase.Obj()));
						}
						else
						{
							auto td = manager->declarationTypes[smcScope->ownerNode.Cast<WfClassDeclaration>().Obj()].Obj();
							auto inputMethod = td->GetMethodGroupByName(switchCase->name.value, false)->GetMethod(0);
							if (switchCase->arguments.Count() != inputMethod->GetParameterCount())
							{
								manager->errors.Add(WfErrors::StateSwitchArgumentCountNotMatch(switchCase.Obj()));
							}
							else
							{
								for (auto [argument, index] : indexed(switchCase->arguments))
								{
									auto argumentSymbol = caseScope->symbols[argument->name.value][0];
									argumentSymbol->typeInfo = CopyTypeInfo(inputMethod->GetParameter(index)->GetType());
									argumentSymbol->type = GetTypeFromTypeInfo(argumentSymbol->typeInfo.Obj());
								}
							}
						}

						ValidateStatementSemantic(manager, switchCase->statement);
					}
				}

				void Visit(WfStateInvokeStatement* node)override
				{
					auto smcScope = manager->nodeScopes[node]->FindFunctionScope()->parentScope.Obj();
					CHECK_ERROR(smcScope->ownerNode.Cast<WfClassDeclaration>(), L"ValidateSemanticStatementVisitor::Visit(WfStateSwitchStatement*)#ValidateStatementStructure should check state machine statements' location.");

					Ptr<WfLexicalSymbol> stateSymbol;
					{
						vint index = smcScope->symbols.Keys().IndexOf(node->name.value);
						if (index != -1)
						{
							stateSymbol = smcScope->symbols.GetByIndex(index)[0];
						}
					}
					if (!stateSymbol || !stateSymbol->creatorNode.Cast<WfStateDeclaration>())
					{
						manager->errors.Add(WfErrors::StateNotExists(node));
					}
					else
					{
						auto stateDecl = stateSymbol->creatorNode.Cast<WfStateDeclaration>();
						if (stateDecl->arguments.Count() != node->arguments.Count())
						{
							manager->errors.Add(WfErrors::StateArgumentCountNotMatch(node));
						}
						else
						{
							auto stateScope = manager->nodeScopes[stateDecl.Obj()];
							for (auto [argument, index] : indexed(node->arguments))
							{
								auto typeInfo = stateScope->symbols[stateDecl->arguments[index]->name.value][0]->typeInfo;
								GetExpressionType(manager, argument, typeInfo);
							}
						}
					}
				}

				static void Execute(WfStatement* statement, WfLexicalScopeManager* manager)
				{
					ValidateSemanticStatementVisitor visitor(manager);
					statement->Accept(&visitor);
				}
			};

/***********************************************************************
ValidateSemantic
***********************************************************************/

			void ValidateStatementSemantic(WfLexicalScopeManager* manager, WfStatement* statement)
			{
				return ValidateSemanticStatementVisitor::Execute(statement, manager);
			}

			void ValidateStatementSemantic(WfLexicalScopeManager* manager, Ptr<WfStatement> statement)
			{
				return ValidateSemanticStatementVisitor::Execute(statement.Obj(), manager);
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_VALIDATESTRUCTURE.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection::description;

/***********************************************************************
ValidateStructureContext
***********************************************************************/

			ValidateStructureContext::ValidateStructureContext()
				:currentBindExpression(0)
				, currentObserveExpression(0)
				, currentLoopStatement(0)
				, currentCatchStatement(0)
			{
			}

/***********************************************************************
ValidateStructure
***********************************************************************/

			void ValidateModuleStructure(WfLexicalScopeManager* manager, Ptr<WfModule> module)
			{
				for (auto path : module->paths)
				{
					for (auto [item, index] : indexed(path->items))
					{
						vint counter = 0;
						for (auto fragment : item->fragments)
						{
							if (fragment.Cast<WfModuleUsingWildCardFragment>())
							{
								if (index == path->items.Count() - 1)
								{
									counter++;
								}
								else
								{
									goto USING_PATH_INCORRECT;
								}
							}
						}

						if (index == path->items.Count() - 1 && counter != 1)
						{
							goto USING_PATH_INCORRECT;
						}
					}
					continue;
				USING_PATH_INCORRECT:
					manager->errors.Add(WfErrors::WrongUsingPathWildCard(path.Obj()));
				}
				for (vint i = 0; i < module->declarations.Count(); i++)
				{
					ValidateDeclarationStructure(manager, module->declarations[i]);
				}
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_VALIDATESTRUCTURE_DECLARATION.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection::description;

/***********************************************************************
ValidateStructure(Declaration)
***********************************************************************/

			class ValidateStructureDeclarationVisitor
				: public Object
				, public WfDeclaration::IVisitor
				, public WfVirtualCfeDeclaration::IVisitor
				, public WfVirtualCseDeclaration::IVisitor
			{
			public:
				WfLexicalScopeManager*					manager;
				WfClassDeclaration*						classDecl;
				WfExpression*							surroundingLambda;

				ValidateStructureDeclarationVisitor(WfLexicalScopeManager* _manager, WfClassDeclaration* _classDecl, WfExpression* _surroundingLambda)
					:manager(_manager)
					, classDecl(_classDecl)
					, surroundingLambda(_surroundingLambda)
				{
					CHECK_ERROR(!(_classDecl && _surroundingLambda), L"vl::workflow::analyzer::ValidateStructureDeclarationVisitor(WfLexicalScopeManager*, WfClassDeclaration*, WfExpression*)#Both classDecl or surroundingLambda should not exist at the same time.");
				}

				void Visit(WfNamespaceDeclaration* node)override
				{
					if (classDecl)
					{
						manager->errors.Add(WfErrors::WrongClassMember(node));
					}

					if (dynamic_cast<WfNewInterfaceExpression*>(surroundingLambda))
					{
						manager->errors.Add(WfErrors::WrongDeclarationInInterfaceConstructor(node));
					}

					for (vint i = 0; i < node->declarations.Count(); i++)
					{
						ValidateDeclarationStructure(manager, node->declarations[i]);
					}
				}

				void Visit(WfFunctionDeclaration* node)override
				{
					if (classDecl)
					{
						switch (classDecl->kind)
						{
						case WfClassKind::Class:
							{
								switch (node->functionKind)
								{
								case WfFunctionKind::Normal:
								case WfFunctionKind::Static:
									if (!node->statement)
									{
										manager->errors.Add(WfErrors::FunctionShouldHaveImplementation(node));
									}
									break;
								case WfFunctionKind::Override:
									manager->errors.Add(WfErrors::OverrideShouldImplementInterfaceMethod(node));
									break;
								default:;
								}
							}
							break;
						case WfClassKind::Interface:
							{
								switch (node->functionKind)
								{
								case WfFunctionKind::Normal:
									if (node->statement)
									{
										manager->errors.Add(WfErrors::InterfaceMethodShouldNotHaveImplementation(node));
									}
									break;
								case WfFunctionKind::Static:
									if (!node->statement)
									{
										manager->errors.Add(WfErrors::FunctionShouldHaveImplementation(node));
									}
									break;
								case WfFunctionKind::Override:
									manager->errors.Add(WfErrors::OverrideShouldImplementInterfaceMethod(node));
									break;
								default:;
								}
							}
							break;
						default:;
						}
					}
					else
					{
						if (dynamic_cast<WfNewInterfaceExpression*>(surroundingLambda))
						{
							switch (node->functionKind)
							{
							case WfFunctionKind::Normal:
								break;
							case WfFunctionKind::Static:
								manager->errors.Add(WfErrors::FunctionInNewTypeExpressionCannotBeStatic(node));
								break;
							case WfFunctionKind::Override:
								break;
							default:;
							}
						}
						if (!node->statement)
						{
							manager->errors.Add(WfErrors::FunctionShouldHaveImplementation(node));
						}
					}

					if (node->anonymity == WfFunctionAnonymity::Anonymous)
					{
						if (!dynamic_cast<WfFunctionExpression*>(surroundingLambda))
						{
							manager->errors.Add(WfErrors::FunctionShouldHaveName(node));
						}
					}


					ValidateTypeStructure(manager, node->returnType, ValidateTypeStragety::ReturnType);
					for (auto argument : node->arguments)
					{
						ValidateTypeStructure(manager, argument->type);
					}

					if (node->statement)
					{
						ValidateStructureContext context;
						ValidateStatementStructure(manager, &context, node->statement);
					}
				}

				void Visit(WfVariableDeclaration* node)override
				{
					if (node->type)
					{
						ValidateTypeStructure(manager, node->type);
					}
					else if (classDecl)
					{
						manager->errors.Add(WfErrors::MissingFieldType(node));
					}
					ValidateStructureContext context;
					ValidateExpressionStructure(manager, &context, node->expression);
				}

				void Visit(WfEventDeclaration* node)override
				{
					if (classDecl)
					{
						for (auto argument : node->arguments)
						{
							ValidateTypeStructure(manager, argument);
						}
					}
					else if (dynamic_cast<WfNewInterfaceExpression*>(surroundingLambda))
					{
						manager->errors.Add(WfErrors::WrongDeclarationInInterfaceConstructor(node));
					}
					else
					{
						manager->errors.Add(WfErrors::WrongDeclaration(node));
					}
				}

				class FindPropertyRelatedDeclVisitor
					: public empty_visitor::DeclarationVisitor
					, public empty_visitor::VirtualCseDeclarationVisitor
				{
				public:
					WfLexicalScopeManager*				manager;
					WfClassDeclaration*					classDecl;
					WfPropertyDeclaration*				propDecl;
					Ptr<WfDeclaration>					getter;
					Ptr<WfDeclaration>					setter;
					Ptr<WfDeclaration>					valueChangedEvent;
					bool								duplicateGetter = false;
					bool								duplicateSetter = false;
					bool								duplicateEvent = false;

					FindPropertyRelatedDeclVisitor(WfLexicalScopeManager* _manager, WfClassDeclaration* _classDecl, WfPropertyDeclaration* _propDecl)
						:manager(_manager)
						, classDecl(_classDecl)
						, propDecl(_propDecl)
					{
					}

					void Dispatch(WfVirtualCfeDeclaration* node)override
					{
						for (auto decl : node->expandedDeclarations)
						{
							Execute(decl);
						}
					}

					void Dispatch(WfVirtualCseDeclaration* node)override
					{
						node->Accept((WfVirtualCseDeclaration::IVisitor*)this);
					}

					void Execute(Ptr<WfDeclaration> memberDecl)
					{
						memberDecl->Accept(this);
						if (!duplicateGetter && memberDecl->name.value == propDecl->getter.value)
						{
							if (getter)
							{
								duplicateGetter = true;
								manager->errors.Add(WfErrors::TooManyPropertyGetter(propDecl, classDecl));
							}
							else
							{
								getter = memberDecl;
							}
						}

						if (!duplicateSetter && propDecl->setter.value != L"" && memberDecl->name.value == propDecl->setter.value)
						{
							if (setter)
							{
								duplicateSetter = true;
								manager->errors.Add(WfErrors::TooManyPropertySetter(propDecl, classDecl));
							}
							else
							{
								setter = memberDecl;
							}
						}

						if (!duplicateEvent && propDecl->valueChangedEvent.value != L"" && memberDecl->name.value == propDecl->valueChangedEvent.value)
						{
							if (valueChangedEvent)
							{
								duplicateEvent = true;
								manager->errors.Add(WfErrors::TooManyPropertyEvent(propDecl, classDecl));
							}
							else
							{
								valueChangedEvent = memberDecl;
							}
						}
					}
				};

				void Visit(WfPropertyDeclaration* node)override
				{
					if (classDecl)
					{
						ValidateTypeStructure(manager, node->type);
						FindPropertyRelatedDeclVisitor visitor(manager, classDecl, node);

						for (auto memberDecl : classDecl->declarations)
						{
							visitor.Execute(memberDecl);
						}

						if (auto getter = visitor.getter.Cast<WfFunctionDeclaration>())
						{
							if (getter->functionKind == WfFunctionKind::Static)
							{
								manager->errors.Add(WfErrors::PropertyGetterNotFound(node, classDecl));
							}
						}
						else
						{
							manager->errors.Add(WfErrors::PropertyGetterNotFound(node, classDecl));
						}

						if (node->setter.value != L"")
						{
							if (auto setter = visitor.setter.Cast<WfFunctionDeclaration>())
							{
								if (setter->functionKind == WfFunctionKind::Static)
								{
									manager->errors.Add(WfErrors::PropertyGetterNotFound(node, classDecl));
								}
							}
							else
							{
								manager->errors.Add(WfErrors::PropertyGetterNotFound(node, classDecl));
							}
						}

						if (node->valueChangedEvent.value != L"" && (!visitor.valueChangedEvent || !visitor.valueChangedEvent.Cast<WfEventDeclaration>()))
						{
							manager->errors.Add(WfErrors::PropertyEventNotFound(node, classDecl));
						}
					}
					else if (dynamic_cast<WfNewInterfaceExpression*>(surroundingLambda))
					{
						manager->errors.Add(WfErrors::WrongDeclarationInInterfaceConstructor(node));
					}
					else
					{
						manager->errors.Add(WfErrors::WrongDeclaration(node));
					}
				}

				void Visit(WfStaticInitDeclaration* node)override
				{
					if (classDecl)
					{
						manager->errors.Add(WfErrors::WrongDeclaration(node));
					}
				}

				void Visit(WfConstructorDeclaration* node)override
				{
					if (classDecl)
					{
						if (classDecl->kind != WfClassKind::Class)
						{
							manager->errors.Add(WfErrors::WrongDeclaration(node));
						}

						for (auto call : node->baseConstructorCalls)
						{
							ValidateTypeStructure(manager, call->type, ValidateTypeStragety::BaseType, classDecl);
							for (auto argument : call->arguments)
							{
								ValidateStructureContext context;
								ValidateExpressionStructure(manager, &context, argument);
							}
						}
						{
							ValidateStructureContext context;
							ValidateStatementStructure(manager, &context, node->statement);
						}
					}
					else
					{
						manager->errors.Add(WfErrors::WrongDeclaration(node));
					}
				}

				void Visit(WfDestructorDeclaration* node)override
				{
					if (classDecl)
					{
						if (classDecl->kind != WfClassKind::Class)
						{
							manager->errors.Add(WfErrors::WrongDeclaration(node));
						}

						ValidateStructureContext context;
						ValidateStatementStructure(manager, &context, node->statement);
					}
					else if (dynamic_cast<WfNewInterfaceExpression*>(surroundingLambda))
					{
						ValidateStructureContext context;
						ValidateStatementStructure(manager, &context, node->statement);
					}
					else
					{
						manager->errors.Add(WfErrors::WrongDeclaration(node));
					}
				}

				class FindCtorVisitor
					: public empty_visitor::DeclarationVisitor
					, public empty_visitor::VirtualCseDeclarationVisitor
				{
				public:
					WfConstructorDeclaration*			ctor = nullptr;

					void Dispatch(WfVirtualCfeDeclaration* node)override
					{
						for (auto decl : node->expandedDeclarations)
						{
							decl->Accept(this);
						}
					}

					void Dispatch(WfVirtualCseDeclaration* node)override
					{
						node->Accept((WfVirtualCseDeclaration::IVisitor*)this);
					}

					void Visit(WfConstructorDeclaration* node)override
					{
						ctor = node;
					}
				};

				class TooManyDtorVisitor
					: public empty_visitor::DeclarationVisitor
					, public empty_visitor::VirtualCseDeclarationVisitor
				{
				public:
					WfLexicalScopeManager*				manager;
					WfClassDeclaration*					classDecl;
					WfDestructorDeclaration*			dtor = nullptr;

					TooManyDtorVisitor(WfLexicalScopeManager* _manager, WfClassDeclaration* _classDecl)
						:manager(_manager)
						, classDecl(_classDecl)
					{
					}

					void Dispatch(WfVirtualCfeDeclaration* node)override
					{
						for (auto decl : node->expandedDeclarations)
						{
							decl->Accept(this);
						}
					}

					void Dispatch(WfVirtualCseDeclaration* node)override
					{
						node->Accept((WfVirtualCseDeclaration::IVisitor*)this);
					}

					void Visit(WfDestructorDeclaration* node)override
					{
						if (!dtor)
						{
							dtor = node;
						}
						else
						{
							manager->errors.Add(WfErrors::TooManyDestructor(node, classDecl));
						}
					}
				};

				void Visit(WfClassDeclaration* node)override
				{
					if (dynamic_cast<WfNewInterfaceExpression*>(surroundingLambda))
					{
						manager->errors.Add(WfErrors::WrongDeclarationInInterfaceConstructor(node));
					}

					switch (node->kind)
					{
					case WfClassKind::Class:
						{
							if (node->constructorType != WfConstructorType::Undefined)
							{
								manager->errors.Add(WfErrors::ClassWithInterfaceConstructor(node));
							}
							{
								FindCtorVisitor visitor;
								for (auto memberDecl : node->declarations)
								{
									memberDecl->Accept(&visitor);
								}

								if (!visitor.ctor)
								{
									auto ctor = Ptr(new WfConstructorDeclaration);
									node->declarations.Add(ctor);
									ctor->codeRange = node->codeRange;
									ctor->constructorType = WfConstructorType::SharedPtr;

									auto stat = Ptr(new WfBlockStatement);
									ctor->statement = stat;
									stat->codeRange = node->codeRange;
								}
							}
						}
						break;
					default:;
					}

					for (auto type : node->baseTypes)
					{
						ValidateTypeStructure(manager, type, ValidateTypeStragety::BaseType, node);
					}

					{
						TooManyDtorVisitor visitor(manager, node);
						bool hasStateMachine = false;
						for (auto memberDecl : node->declarations)
						{
							if (auto smDecl = memberDecl.Cast<WfStateMachineDeclaration>())
							{
								if (!hasStateMachine)
								{
									hasStateMachine = true;
								}
								else
								{
									manager->errors.Add(WfErrors::DuplicatedDeclaration(smDecl.Obj()));
								}
							}
							ValidateDeclarationStructure(manager, memberDecl, node);
							memberDecl->Accept(&visitor);
						}
					}
				}

				void Visit(WfEnumDeclaration* node)override
				{
					if (dynamic_cast<WfNewInterfaceExpression*>(surroundingLambda))
					{
						manager->errors.Add(WfErrors::WrongDeclarationInInterfaceConstructor(node));
					}

					vuint64_t current = 0;
					bool reportedNotConsecutive = false;
					SortedList<WString> discoveredItems;
					for (auto item : node->items)
					{
						switch (item->kind)
						{
						case WfEnumItemKind::Constant:
							{
								vuint64_t value = -1;
								TypedValueSerializerProvider<vuint64_t>::Deserialize(item->number.value, value);
								if (!reportedNotConsecutive && value != current)
								{
									reportedNotConsecutive = true;
									switch (node->kind)
									{
									case WfEnumKind::Normal:
										manager->errors.Add(WfErrors::EnumValuesNotConsecutiveFromZero(node));
										break;
									case WfEnumKind::Flag:
										manager->errors.Add(WfErrors::FlagValuesNotConsecutiveFromZero(node));
										break;
									default:;
									}
								}
								switch (node->kind)
								{
								case WfEnumKind::Normal:
									current++;
									break;
								case WfEnumKind::Flag:
									current = current == 0 ? 1 : current * 2;
									break;
								default:;
								}
							}
							break;
						case WfEnumItemKind::Intersection:
							for (auto enumInt : item->intersections)
							{
								if (!discoveredItems.Contains(enumInt->name.value))
								{
									manager->errors.Add(WfErrors::FlagValueNotExists(enumInt.Obj(), node));
								}
							}
							break;
						default:;
						}

						if (discoveredItems.Contains(item->name.value))
						{
							manager->errors.Add(WfErrors::DuplicatedEnumValue(item.Obj(), node));
						}
						else
						{
							discoveredItems.Add(item->name.value);
						}
					}
				}

				void Visit(WfStructDeclaration* node)override
				{
					if (dynamic_cast<WfNewInterfaceExpression*>(surroundingLambda))
					{
						manager->errors.Add(WfErrors::WrongDeclarationInInterfaceConstructor(node));
					}

					SortedList<WString> discoveredItems;
					for (auto member : node->members)
					{
						if (discoveredItems.Contains(member->name.value))
						{
							manager->errors.Add(WfErrors::DuplicatedStructMember(member.Obj(), node));
						}
						else
						{
							discoveredItems.Add(member->name.value);
						}
					}
				}

				void Visit(WfVirtualCfeDeclaration* node)override
				{
					node->Accept(static_cast<WfVirtualCfeDeclaration::IVisitor*>(this));
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Visit(WfAutoPropertyDeclaration* node)override
				{
					switch (node->functionKind)
					{
					case WfFunctionKind::Normal:
						if (dynamic_cast<WfNewInterfaceExpression*>(surroundingLambda))
						{
							manager->errors.Add(WfErrors::AutoPropertyCannotBeNormalOutsideOfClass(node));
						}
						break;
					case WfFunctionKind::Static:
						manager->errors.Add(WfErrors::AutoPropertyCannotBeStatic(node));
						break;
					case WfFunctionKind::Override:
						if (!dynamic_cast<WfNewInterfaceExpression*>(surroundingLambda))
						{
							manager->errors.Add(WfErrors::OverrideShouldImplementInterfaceMethod(node));
						}
						break;
					default:;
					}

					if (classDecl)
					{
						switch (classDecl->kind)
						{
						case WfClassKind::Class:
							if (!node->expression)
							{
								manager->errors.Add(WfErrors::AutoPropertyShouldBeInitialized(node));
							}
							break;
						case WfClassKind::Interface:
							if (node->expression)
							{
								manager->errors.Add(WfErrors::AutoPropertyCannotBeInitializedInInterface(node, classDecl));
							}
							break;
						default:;
						}
					}
					else if (dynamic_cast<WfNewInterfaceExpression*>(surroundingLambda))
					{
						if (!node->expression)
						{
							manager->errors.Add(WfErrors::AutoPropertyShouldBeInitialized(node));
						}
					}
					else
					{
						manager->errors.Add(WfErrors::WrongDeclaration(node));
					}

					ValidateTypeStructure(manager, node->type);
					if (node->expression)
					{
						ValidateStructureContext context;
						ValidateExpressionStructure(manager, &context, node->expression);
					}
				}

				void Visit(WfCastResultInterfaceDeclaration* node)override
				{
				}

				void Visit(WfVirtualCseDeclaration* node)override
				{
					node->Accept(static_cast<WfVirtualCseDeclaration::IVisitor*>(this));
				}

				void Visit(WfStateMachineDeclaration* node)override
				{
					if (classDecl)
					{
						for (auto state : node->states)
						{
							ValidateStructureContext context;
							context.currentStateDeclaration = state.Obj();
							ValidateStatementStructure(manager, &context, state->statement);
						}
					}
					else
					{
						manager->errors.Add(WfErrors::WrongDeclaration(node));
					}
				}

				static void Execute(Ptr<WfDeclaration> declaration, WfLexicalScopeManager* manager, WfClassDeclaration* classDecl, WfExpression* surroundingLambda)
				{
					ValidateStructureDeclarationVisitor visitor(manager, classDecl, surroundingLambda);
					declaration->Accept(&visitor);
				}
			};

/***********************************************************************
ValidateStructure
***********************************************************************/

			void ValidateDeclarationStructure(WfLexicalScopeManager* manager, Ptr<WfDeclaration> declaration, WfClassDeclaration* classDecl, WfExpression* surroundingLambda)
			{
				ValidateStructureDeclarationVisitor::Execute(declaration, manager, classDecl, surroundingLambda);
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_VALIDATESTRUCTURE_EXPRESSION.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection::description;

/***********************************************************************
ValidateStructure(Expression)
***********************************************************************/

			class ValidateStructureExpressionVisitor
				: public Object
				, public WfExpression::IVisitor
				, public WfVirtualCseExpression::IVisitor
			{
			public:
				WfLexicalScopeManager*					manager;
				ValidateStructureContext*				context;
				Ptr<WfExpression>						result;

				ValidateStructureExpressionVisitor(WfLexicalScopeManager* _manager, ValidateStructureContext* _context)
					:manager(_manager)
					, context(_context)
				{
				}

				void Visit(WfThisExpression* node)override
				{
					if (context->currentBindExpression)
					{
						manager->errors.Add(WfErrors::WrongThisExpression(node));
					}
				}

				void Visit(WfTopQualifiedExpression* node)override
				{
				}

				void Visit(WfReferenceExpression* node)override
				{
				}

				void Visit(WfOrderedNameExpression* node)override
				{
				}

				void Visit(WfOrderedLambdaExpression* node)override
				{
					ValidateStructureContext context;
					ValidateExpressionStructure(manager, &context, node->body);
				}

				void Visit(WfMemberExpression* node)override
				{
					ValidateExpressionStructure(manager, context, node->parent);
				}

				void Visit(WfChildExpression* node)override
				{
					ValidateExpressionStructure(manager, context, node->parent);
				}

				void Visit(WfLiteralExpression* node)override
				{
				}

				void Visit(WfFloatingExpression* node)override
				{
				}

				void Visit(WfIntegerExpression* node)override
				{
				}

				void Visit(WfStringExpression* node)override
				{
				}

				void Visit(WfUnaryExpression* node)override
				{
					ValidateExpressionStructure(manager, context, node->operand);
				}

				void Visit(WfBinaryExpression* node)override
				{
					ValidateExpressionStructure(manager, context, node->first);
					ValidateExpressionStructure(manager, context, node->second);
				}

				void Visit(WfLetExpression* node)override
				{
					for (auto variable : node->variables)
					{
						ValidateExpressionStructure(manager, context, variable->value);
					}
					ValidateExpressionStructure(manager, context, node->expression);
				}

				void Visit(WfIfExpression* node)override
				{
					ValidateExpressionStructure(manager, context, node->condition);
					ValidateExpressionStructure(manager, context, node->trueBranch);
					ValidateExpressionStructure(manager, context, node->falseBranch);
				}

				void Visit(WfRangeExpression* node)override
				{
					ValidateExpressionStructure(manager, context, node->begin);
					ValidateExpressionStructure(manager, context, node->end);
				}

				void Visit(WfSetTestingExpression* node)override
				{
					ValidateExpressionStructure(manager, context, node->element);
					ValidateExpressionStructure(manager, context, node->collection);
				}

				void Visit(WfConstructorExpression* node)override
				{
					vint listElementCount = 0;
					vint mapElementCount = 0;
					for (auto argument : node->arguments)
					{
						ValidateExpressionStructure(manager, context, argument->key);
						if (argument->value)
						{
							ValidateExpressionStructure(manager, context, argument->value);
							mapElementCount++;
						}
						else
						{
							listElementCount++;
						}
					}

					if (listElementCount*mapElementCount != 0)
					{
						manager->errors.Add(WfErrors::ConstructorMixMapAndList(node));
					}
				}

				void Visit(WfInferExpression* node)override
				{
					ValidateTypeStructure(manager, node->type);
					ValidateExpressionStructure(manager, context, node->expression);
				}

				void Visit(WfTypeCastingExpression* node)override
				{
					ValidateTypeStructure(manager, node->type);
					ValidateExpressionStructure(manager, context, node->expression);
				}

				void Visit(WfTypeTestingExpression* node)override
				{
					if (node->type)
					{
						ValidateTypeStructure(manager, node->type);
					}
					ValidateExpressionStructure(manager, context, node->expression);
				}

				void Visit(WfTypeOfTypeExpression* node)override
				{
					ValidateTypeStructure(manager, node->type);
				}

				void Visit(WfTypeOfExpressionExpression* node)override
				{
					ValidateExpressionStructure(manager, context, node->expression);
				}

				void Visit(WfAttachEventExpression* node)override
				{
					if (context->currentBindExpression)
					{
						manager->errors.Add(WfErrors::AttachInBind(node));
					}
					ValidateExpressionStructure(manager, context, node->event);
					ValidateExpressionStructure(manager, context, node->function);
				}

				void Visit(WfDetachEventExpression* node)override
				{
					if (context->currentBindExpression)
					{
						manager->errors.Add(WfErrors::DetachInBind(node));
					}
					ValidateExpressionStructure(manager, context, node->event);
					ValidateExpressionStructure(manager, context, node->handler);
				}

				void Visit(WfObserveExpression* node)override
				{
					if (!context->currentBindExpression)
					{
						manager->errors.Add(WfErrors::ObserveNotInBind(node));
					}
					if (context->currentObserveExpression)
					{
						manager->errors.Add(WfErrors::ObserveInObserveEvent(node));
					}

					if (node->observeType == WfObserveType::SimpleObserve)
					{
						if (!node->expression.Cast<WfReferenceExpression>())
						{
							manager->errors.Add(WfErrors::WrongSimpleObserveExpression(node->expression.Obj()));
						}
						for (auto event : node->events)
						{
							if (!event.Cast<WfReferenceExpression>())
							{
								manager->errors.Add(WfErrors::WrongSimpleObserveEvent(event.Obj()));
							}
						}
					}
					else if (node->events.Count() == 0)
					{
						manager->errors.Add(WfErrors::EmptyObserveEvent(node));
					}

					ValidateExpressionStructure(manager, context, node->parent);
					ValidateExpressionStructure(manager, context, node->expression);
					context->currentObserveExpression = node;
					for (vint i = 0; i < node->events.Count(); i++)
					{
						ValidateExpressionStructure(manager, context, node->events[i]);
					}
					context->currentObserveExpression = 0;
				}

				void Visit(WfCallExpression* node)override
				{
					ValidateExpressionStructure(manager, context, node->function);
					for (vint i = 0; i < node->arguments.Count(); i++)
					{
						ValidateExpressionStructure(manager, context, node->arguments[i]);
					}
				}

				void Visit(WfFunctionExpression* node)override
				{
					ValidateDeclarationStructure(manager, node->function, nullptr, node);
				}

				void Visit(WfNewClassExpression* node)override
				{
					ValidateTypeStructure(manager, node->type);
					for (vint i = 0; i < node->arguments.Count(); i++)
					{
						ValidateExpressionStructure(manager, context, node->arguments[i]);
					}
				}

				void Visit(WfNewInterfaceExpression* node)override
				{
					ValidateTypeStructure(manager, node->type);
					WfDestructorDeclaration* dtor = nullptr;
					for (auto memberDecl : node->declarations)
					{
						ValidateDeclarationStructure(manager, memberDecl, nullptr, node);
						if (auto dtorDecl = memberDecl.Cast<WfDestructorDeclaration>())
						{
							if (!dtor)
							{
								dtor = dtorDecl.Obj();
							}
							else
							{
								manager->errors.Add(WfErrors::TooManyDestructor(dtorDecl.Obj(), node));
							}
						}
					}
				}

				void Visit(WfVirtualCfeExpression* node)override
				{
					if (node->expandedExpression)
					{
						ValidateExpressionStructure(manager, context, node->expandedExpression);
					}
				}

				void Visit(WfVirtualCseExpression* node)override
				{
					node->Accept((WfVirtualCseExpression::IVisitor*)this);
				}

				void Visit(WfBindExpression* node)override
				{
					if (context->currentBindExpression)
					{
						manager->errors.Add(WfErrors::BindInBind(node));
					}

					auto bind = context->currentBindExpression;
					context->currentBindExpression = node;
					ValidateExpressionStructure(manager, context, node->expression);
					context->currentBindExpression = bind;
				}

				void Visit(WfNewCoroutineExpression* node)override
				{
					ValidateStructureContext context;
					context.currentNewCoroutineExpression = node;
					ValidateStatementStructure(manager, &context, node->statement);
				}

				void Visit(WfMixinCastExpression* node)override
				{
					ValidateTypeStructure(manager, node->type);
					ValidateExpressionStructure(manager, context, node->expression);
				}

				void Visit(WfExpectedTypeCastExpression* node)override
				{
					ValidateExpressionStructure(manager, context, node->expression);
				}

				void Visit(WfCoOperatorExpression* node)override
				{
					if (!context->currentCoProviderStatement)
					{
						manager->errors.Add(WfErrors::WrongCoOperator(node));
					}
				}

				static void Execute(Ptr<WfExpression>& expression, WfLexicalScopeManager* manager, ValidateStructureContext* context)
				{
					ValidateStructureExpressionVisitor visitor(manager, context);
					expression->Accept(&visitor);
					if (visitor.result)
					{
						expression = visitor.result;
					}
				}
			};

/***********************************************************************
ValidateStructure
***********************************************************************/

			void ValidateExpressionStructure(WfLexicalScopeManager* manager, ValidateStructureContext* context, Ptr<WfExpression>& expression)
			{
				ValidateStructureExpressionVisitor::Execute(expression, manager, context);
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_VALIDATESTRUCTURE_STATEMENT.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection::description;

/***********************************************************************
ValidateStructure(Statement)
***********************************************************************/

			class ValidateStructureStatementVisitor
				: public Object
				, public WfStatement::IVisitor
				, public WfVirtualCseStatement::IVisitor
				, public WfCoroutineStatement::IVisitor
				, public WfStateMachineStatement::IVisitor
			{
			public:
				WfLexicalScopeManager*					manager;
				ValidateStructureContext*				context;
				Ptr<WfStatement>						result;

				ValidateStructureStatementVisitor(WfLexicalScopeManager* _manager, ValidateStructureContext* _context)
					:manager(_manager)
					, context(_context)
				{
				}

				void Visit(WfBreakStatement* node)override
				{
					if (!context->currentLoopStatement)
					{
						manager->errors.Add(WfErrors::BreakNotInLoop(node));
					}
				}

				void Visit(WfContinueStatement* node)override
				{
					if (!context->currentLoopStatement)
					{
						manager->errors.Add(WfErrors::ContinueNotInLoop(node));
					}
				}

				void Visit(WfReturnStatement* node)override
				{
					if (node->expression)
					{
						ValidateExpressionStructure(manager, context, node->expression);
					}
				}

				void Visit(WfDeleteStatement* node)override
				{
					ValidateExpressionStructure(manager, context, node->expression);
				}

				void Visit(WfRaiseExceptionStatement* node)override
				{
					if (node->expression)
					{
						ValidateExpressionStructure(manager, context, node->expression);
					}
					else if (!context->currentCatchStatement)
					{
						manager->errors.Add(WfErrors::RethrowNotInCatch(node));
					}
				}

				void Visit(WfIfStatement* node)override
				{
					if (node->type)
					{
						ValidateTypeStructure(manager, node->type);
					}
					ValidateExpressionStructure(manager, context, node->expression);
					ValidateStatementStructure(manager, context, node->trueBranch);
					if (node->falseBranch)
					{
						ValidateStatementStructure(manager, context, node->falseBranch);
					}
				}

				void Visit(WfWhileStatement* node)override
				{
					auto oldLoop = context->currentLoopStatement;
					context->currentLoopStatement = node;
					ValidateExpressionStructure(manager, context, node->condition);
					ValidateStatementStructure(manager, context, node->statement);
					context->currentLoopStatement = oldLoop;
				}

				void Visit(WfTryStatement* node)override
				{
					ValidateStatementStructure(manager, context, node->protectedStatement);
					if (node->catchStatement)
					{
						auto oldCatch = context->currentCatchStatement;
						context->currentCatchStatement = node->catchStatement.Obj();
						ValidateStatementStructure(manager, context, node->catchStatement);
						context->currentCatchStatement = oldCatch;
					}
					if (node->finallyStatement)
					{
						ValidateStatementStructure(manager, context, node->finallyStatement);
					}
					if (!node->catchStatement && !node->finallyStatement)
					{
						manager->errors.Add(WfErrors::TryMissCatchAndFinally(node));
					}
				}

				void Visit(WfBlockStatement* node)override
				{
					for (vint i = 0; i < node->statements.Count(); i++)
					{
						ValidateStatementStructure(manager, context, node->statements[i]);
					}
				}

				void Visit(WfGotoStatement* node)override
				{
				}

				void Visit(WfExpressionStatement* node)override
				{
					ValidateExpressionStructure(manager, context, node->expression);
				}

				void Visit(WfVariableStatement* node)override
				{
					ValidateDeclarationStructure(manager, node->variable);
				}

				void Visit(WfVirtualCseStatement* node)override
				{
					node->Accept((WfVirtualCseStatement::IVisitor*)this);
				}

				void Visit(WfSwitchStatement* node)override
				{
					ValidateExpressionStructure(manager, context, node->expression);
					for (auto switchCase : node->caseBranches)
					{
						ValidateExpressionStructure(manager, context, switchCase->expression);
						ValidateStatementStructure(manager, context, switchCase->statement);
					}
					if (node->defaultBranch)
					{
						ValidateStatementStructure(manager, context, node->defaultBranch);
					}
				}

				void Visit(WfForEachStatement* node)override
				{
					auto oldLoop = context->currentLoopStatement;
					context->currentLoopStatement = node;
					ValidateExpressionStructure(manager, context, node->collection);
					ValidateStatementStructure(manager, context, node->statement);
					context->currentLoopStatement = oldLoop;
				}

				void Visit(WfCoProviderStatement* node)override
				{
					auto oldProvider = context->currentCoProviderStatement;
					context->currentCoProviderStatement = node;
					ValidateStatementStructure(manager, context, node->statement);
					context->currentCoProviderStatement = oldProvider;
				}

				void Visit(WfCoroutineStatement* node)override
				{
					node->Accept((WfCoroutineStatement::IVisitor*)this);
				}

				void Visit(WfCoPauseStatement* node)override
				{
					if (!context->currentNewCoroutineExpression || context->currentCoPauseStatement)
					{
						manager->errors.Add(WfErrors::WrongCoPause(node));
					}
					if (node->statement)
					{
						auto oldCpPause = context->currentCoPauseStatement;
						context->currentCoPauseStatement = node;
						ValidateStatementStructure(manager, context, node->statement);
						context->currentCoPauseStatement = oldCpPause;
					}
				}

				void Visit(WfCoOperatorStatement* node)override
				{
					if (!context->currentCoProviderStatement)
					{
						manager->errors.Add(WfErrors::WrongCoOperator(node));
					}
				}

				void Visit(WfStateMachineStatement* node)override
				{
					node->Accept((WfStateMachineStatement::IVisitor*)this);
				}

				void Visit(WfStateSwitchStatement* node)override
				{
					if (!context->currentStateDeclaration)
					{
						manager->errors.Add(WfErrors::WrongStateSwitchStatement(node));
					}

					for (auto switchCase : node->caseBranches)
					{
						ValidateStatementStructure(manager, context, switchCase->statement);
					}
				}

				void Visit(WfStateInvokeStatement* node)override
				{
					if (!context->currentStateDeclaration)
					{
						manager->errors.Add(WfErrors::WrongStateInvokeStatement(node));
					}

					for (auto argument : node->arguments)
					{
						ValidateExpressionStructure(manager, context, argument);
					}
				}

				static void Execute(Ptr<WfStatement>& statement, WfLexicalScopeManager* manager, ValidateStructureContext* context)
				{
					ValidateStructureStatementVisitor visitor(manager, context);
					statement->Accept(&visitor);
					if (visitor.result)
					{
						statement = visitor.result;
					}
				}
			};

/***********************************************************************
ValidateStructure
***********************************************************************/

			void ValidateStatementStructure(WfLexicalScopeManager* manager, ValidateStructureContext* context, Ptr<WfStatement>& statement)
			{
				ValidateStructureStatementVisitor::Execute(statement, manager, context);
			}
		}
	}
}


/***********************************************************************
.\ANALYZER\WFANALYZER_VALIDATESTRUCTURE_TYPE.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace analyzer
		{
			using namespace collections;
			using namespace reflection::description;

/***********************************************************************
ValidateStructure(Type)
***********************************************************************/

			class ValidateReferenceTypeVisitor : public Object, public WfType::IVisitor
			{
			public:
				WfLexicalScopeManager*					manager;
				bool									result;

				ValidateReferenceTypeVisitor(WfLexicalScopeManager* _manager)
					:manager(_manager)
					, result(true)
				{
				}
				
				void Visit(WfPredefinedType* node)override
				{
				}

				void Visit(WfTopQualifiedType* node)override
				{
				}

				void Visit(WfReferenceType* node)override
				{
				}

				void Visit(WfRawPointerType* node)override
				{
					result = false;
				}

				void Visit(WfSharedPointerType* node)override
				{
					result = false;
				}

				void Visit(WfNullableType* node)override
				{
					result = false;
				}

				void Visit(WfEnumerableType* node)override
				{
					result = false;
				}

				void Visit(WfMapType* node)override
				{
					result = false;
				}

				void Visit(WfObservableListType* node)override
				{
					result = false;
				}

				void Visit(WfFunctionType* node)override
				{
					result = false;
				}

				void Visit(WfChildType* node)override
				{
					node->parent->Accept(this);
				}

				static bool Execute(Ptr<WfType> type, WfLexicalScopeManager* manager)
				{
					ValidateReferenceTypeVisitor visitor(manager);
					type->Accept(&visitor);
					return visitor.result;
				}
			};

			class ValidateStructureTypeVisitor : public Object, public WfType::IVisitor
			{
			public:
				WfLexicalScopeManager*					manager;
				ValidateTypeStragety					strategy;
				WfClassDeclaration*						classDecl;

				ValidateStructureTypeVisitor(WfLexicalScopeManager* _manager, ValidateTypeStragety _strategy, WfClassDeclaration* _classDecl)
					:manager(_manager)
					, strategy(_strategy)
					, classDecl(_classDecl)
				{
				}
				
				void Visit(WfPredefinedType* node)override
				{
					switch (node->name)
					{
					case WfPredefinedTypeName::Void:
						switch (strategy)
						{
						case ValidateTypeStragety::Value:
							manager->errors.Add(WfErrors::WrongVoidType(node));
							break;
						case ValidateTypeStragety::BaseType:
							manager->errors.Add(WfErrors::WrongBaseType(classDecl, node));
						default:;
						}
						break;
					case WfPredefinedTypeName::Interface:
						switch (strategy)
						{
						case ValidateTypeStragety::ReturnType:
						case ValidateTypeStragety::Value:
							manager->errors.Add(WfErrors::WrongInterfaceType(node));
							break;
						default:;
						}
					default:;
					}
				}

				void Visit(WfTopQualifiedType* node)override
				{
				}

				void Visit(WfReferenceType* node)override
				{
				}

				void Visit(WfRawPointerType* node)override
				{
					if (strategy == ValidateTypeStragety::BaseType)
					{
						manager->errors.Add(WfErrors::WrongBaseType(classDecl, node));
					}

					if (!ValidateReferenceTypeVisitor::Execute(node->element, manager))
					{
						manager->errors.Add(WfErrors::RawPointerToNonReferenceType(node));
					}
					else if (auto predefinedType = node->element.Cast<WfPredefinedType>())
					{
						if (predefinedType->name != WfPredefinedTypeName::Interface)
						{
							manager->errors.Add(WfErrors::RawPointerToNonReferenceType(node));
						}
					}
				}

				void Visit(WfSharedPointerType* node)override
				{
					if (strategy == ValidateTypeStragety::BaseType)
					{
						manager->errors.Add(WfErrors::WrongBaseType(classDecl, node));
					}

					if (!ValidateReferenceTypeVisitor::Execute(node->element, manager))
					{
						manager->errors.Add(WfErrors::SharedPointerToNonReferenceType(node));
					}
					else if (auto predefinedType = node->element.Cast<WfPredefinedType>())
					{
						if (predefinedType->name != WfPredefinedTypeName::Interface)
						{
							manager->errors.Add(WfErrors::SharedPointerToNonReferenceType(node));
						}
					}
				}

				void Visit(WfNullableType* node)override
				{
					if (strategy == ValidateTypeStragety::BaseType)
					{
						manager->errors.Add(WfErrors::WrongBaseType(classDecl, node));
					}

					if (!ValidateReferenceTypeVisitor::Execute(node->element, manager))
					{
						manager->errors.Add(WfErrors::NullableToNonReferenceType(node));
					}
					else if (auto predefinedType = node->element.Cast<WfPredefinedType>())
					{
						switch (predefinedType->name)
						{
						case WfPredefinedTypeName::Void:
						case WfPredefinedTypeName::Object:
						case WfPredefinedTypeName::Interface:
							manager->errors.Add(WfErrors::NullableToNonReferenceType(node));
							break;
						default:;
						}
					}
				}

				void Visit(WfEnumerableType* node)override
				{
					if (strategy == ValidateTypeStragety::BaseType)
					{
						manager->errors.Add(WfErrors::WrongBaseType(classDecl, node));
					}

					ValidateTypeStructure(manager, node->element);
				}

				void Visit(WfMapType* node)override
				{
					if (strategy == ValidateTypeStragety::BaseType)
					{
						manager->errors.Add(WfErrors::WrongBaseType(classDecl, node));
					}

					if (node->key)
					{
						ValidateTypeStructure(manager, node->key);
					}
					ValidateTypeStructure(manager, node->value);
				}

				void Visit(WfObservableListType* node)override
				{
					if (strategy == ValidateTypeStragety::BaseType)
					{
						manager->errors.Add(WfErrors::WrongBaseType(classDecl, node));
					}

					ValidateTypeStructure(manager, node->element);
				}

				void Visit(WfFunctionType* node)override
				{
					if (strategy == ValidateTypeStragety::BaseType)
					{
						manager->errors.Add(WfErrors::WrongBaseType(classDecl, node));
					}

					ValidateTypeStructure(manager, node->result, ValidateTypeStragety::ReturnType);
					for (auto argument : node->arguments)
					{
						ValidateTypeStructure(manager, argument);
					}
				}

				void Visit(WfChildType* node)override
				{
					if (!ValidateReferenceTypeVisitor::Execute(node->parent, manager))
					{
						manager->errors.Add(WfErrors::ChildOfNonReferenceType(node));
					}
				}

				static void Execute(Ptr<WfType> type, WfLexicalScopeManager* manager, ValidateTypeStragety strategy, WfClassDeclaration* classDecl)
				{
					ValidateStructureTypeVisitor visitor(manager, strategy, classDecl);
					type->Accept(&visitor);
				}
			};

/***********************************************************************
ValidateStructure
***********************************************************************/

			void ValidateTypeStructure(WfLexicalScopeManager* manager, Ptr<WfType> type, ValidateTypeStragety strategy, WfClassDeclaration* classDecl)
			{
				ValidateStructureTypeVisitor::Execute(type, manager, strategy, classDecl);
			}
		}
	}
}


/***********************************************************************
.\CPP\WFCPP.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace cppcodegen
		{
			using namespace collections;
			using namespace regex;
			using namespace reflection;
			using namespace reflection::description;
			using namespace stream;
			using namespace emitter;

/***********************************************************************
WfCppConfig
***********************************************************************/

			WfCppConfig::WfCppConfig(analyzer::WfLexicalScopeManager* _manager, const WString& _assemblyName, const WString& _assemblyNamespace)
				:manager(_manager)
				, regexSplitName(L"::")
				, regexSpecialName(L"/<(<category>/w+)(-(<category>/w+))*/>(<name>/w*)")
				, regexTemplate(L", /$Arguments|/$Arguments, |/$/l+")
				, specialName_category(regexSpecialName.CaptureNames().IndexOf(L"category"))
				, specialName_name(regexSpecialName.CaptureNames().IndexOf(L"name"))
				, assemblyName(_assemblyName)
				, assemblyNamespace(_assemblyNamespace)
			{
				attributeEvaluator = Ptr(new WfAttributeEvaluator(manager));
				Collect();
				for (vint i = 0; i < enumDecls.Count(); i++)
				{
					const auto& values = enumDecls.GetByIndex(i);
					SortDeclsByName(const_cast<List<Ptr<WfEnumDeclaration>>&>(values));
				}
				for (vint i = 0; i < structDecls.Count(); i++)
				{
					const auto& values = structDecls.GetByIndex(i);
					SortDeclsByName(const_cast<List<Ptr<WfStructDeclaration>>&>(values));
				}
				for (vint i = 0; i < classDecls.Count(); i++)
				{
					const auto& values = classDecls.GetByIndex(i);
					SortDeclsByName(const_cast<List<Ptr<WfClassDeclaration>>&>(values));
				}
				AssignClassDeclsToFiles();
			}

			WfCppConfig::~WfCppConfig()
			{
			}

			void WfCppConfig::WriteFunctionBody(stream::StreamWriter& writer, Ptr<WfExpression> expr, const WString& prefix, ITypeInfo* expectedType)
			{
				writer.WriteString(prefix);
				writer.WriteString(L"return ");
				GenerateExpression(this, writer, expr, expectedType);
				writer.WriteLine(L";");
			}

			void WfCppConfig::WriteFunctionBody(stream::StreamWriter& writer, Ptr<WfStatement> stat, const WString& prefix, ITypeInfo* expectedType)
			{
				GenerateStatement(this, Ptr(new FunctionRecord), writer, stat, prefix, WString::Unmanaged(L"\t"), expectedType);
			}

			WString WfCppConfig::CppNameToHeaderEnumStructName(const WString& fullName, const WString& type)
			{
				return L"__vwsn_" + type + L"s::" + ConvertFullName(fullName, L"_");
			}

			WString WfCppConfig::ConvertNameInternal(const WString& name, const WString& specialNameCategory, bool alwaysUseCategory)
			{
				if (name.Length() > 0 && name[0] == L'$')
				{
					return L"__vwsno_" + name.Sub(1, name.Length() - 1);
				}

				auto match = regexSpecialName.Match(name);
				if (match)
				{
					return specialNameCategory
						+ From(match->Groups()[specialName_category])
							.Select([](const RegexString& rs)
							{
								return rs.Value();
							})
							.Aggregate([](const WString& a, const WString& b)
							{
								return a + L"_" + b;
							})
						+ L"_" + match->Groups()[specialName_name][0].Value();
				}
				else if (alwaysUseCategory)
				{
					return specialNameCategory + name;
				}
				{
					return name;
				}
			}

			WString WfCppConfig::ConvertName(const WString& name)
			{
				return ConvertNameInternal(name, WString::Unmanaged(L"__vwsn_"), false);
			}

			WString WfCppConfig::ConvertName(const WString& name, const WString& specialNameCategory)
			{
				return ConvertNameInternal(name, specialNameCategory, true);
			}

			WString WfCppConfig::ConvertFullName(const WString& fullName, WString delimiter)
			{
				List<Ptr<RegexMatch>> matches;
				regexSplitName.Split(fullName, false, matches);
				return (fullName[0] == L':' ? delimiter : WString::Empty) + From(matches)
					.Select([this](Ptr<RegexMatch> match)
					{
						return ConvertName(match->Result().Value());
					})
					.Aggregate([&](const WString& a, const WString& b)
					{
						return a + delimiter + b;
					});
			}

			WString WfCppConfig::ConvertFunctionType(IMethodInfo* methodInfo, WString name)
			{
				WString type = ConvertType(methodInfo->GetReturn()) + name + L"(";
				vint count = methodInfo->GetParameterCount();
				for (vint i = 0; i < count; i++)
				{
					if (i > 0)
					{
						type += L", ";
					}
					type += ConvertArgumentType(methodInfo->GetParameter(i)->GetType());
				}
				type += L")";
				return type;
			}

			WString WfCppConfig::ConvertFunctionType(ITypeInfo* typeInfo)
			{
				if (typeInfo->GetDecorator() == ITypeInfo::SharedPtr)
				{
					return ConvertFunctionType(typeInfo->GetElementType());
				}
				CHECK_ERROR(typeInfo->GetDecorator() == ITypeInfo::Generic, L"WfCppConfig::ConvertFunctionType(ITypeInfo*)#Internal error: Wrong function type.");
				CHECK_ERROR(typeInfo->GetTypeDescriptor() == description::GetTypeDescriptor<IValueFunctionProxy>(), L"WfCppConfig::ConvertFunctionType(ITypeInfo*)#Internal error: Wrong function type.");

				WString type = ConvertType(typeInfo->GetGenericArgument(0)) + L"(";
				vint count = typeInfo->GetGenericArgumentCount();
				for (vint i = 1; i < count; i++)
				{
					if (i > 1) type += L", ";
					type += ConvertArgumentType(typeInfo->GetGenericArgument(i));
				}
				type += L")";
				return type;
			}

			bool WfCppConfig::IsSpecialGenericType(ITypeInfo* typeInfo)
			{
				switch (typeInfo->GetDecorator())
				{
				case ITypeInfo::SharedPtr:
					if (typeInfo->GetTypeDescriptor() == description::GetTypeDescriptor<IValueFunctionProxy>())
					{
						return true;
					}
					else if (typeInfo->GetTypeDescriptor() == description::GetTypeDescriptor<IValueEnumerable>())
					{
						return true;
					}
					else
					{
						return false;
					}
				default:
					return false;
				}
			}

			WString WfCppConfig::ConvertType(ITypeDescriptor* typeInfo, WString delimiter)
			{
				return ConvertFullName(CppGetFullName(typeInfo), delimiter);
			}

			WString WfCppConfig::ConvertType(ITypeInfo* typeInfo, bool useHeaderEnumStructName)
			{
				switch (typeInfo->GetDecorator())
				{
				case ITypeInfo::RawPtr:
					return ConvertType(typeInfo->GetElementType(), useHeaderEnumStructName) + L"*";
				case ITypeInfo::SharedPtr:
					if (typeInfo->GetElementType()->GetDecorator() == ITypeInfo::Generic)
					{
						if (typeInfo->GetTypeDescriptor() == description::GetTypeDescriptor<IValueFunctionProxy>())
						{
							return ConvertType(typeInfo->GetElementType(), useHeaderEnumStructName);
						}
						else if (typeInfo->GetTypeDescriptor() == description::GetTypeDescriptor<IValueEnumerable>())
						{
							return ConvertType(typeInfo->GetElementType(), useHeaderEnumStructName);
						}
					}
					return L"::vl::Ptr<" + ConvertType(typeInfo->GetElementType(), useHeaderEnumStructName) + L">";
				case ITypeInfo::Nullable:
					return L"::vl::Nullable<" + ConvertType(typeInfo->GetElementType(), useHeaderEnumStructName) + L">";
				case ITypeInfo::Generic:
					if (typeInfo->GetTypeDescriptor() == description::GetTypeDescriptor<IValueFunctionProxy>())
					{
						return L"::vl::Func<" + ConvertFunctionType(typeInfo) + L">";
					}
					else if(typeInfo->GetTypeDescriptor() == description::GetTypeDescriptor<IValueEnumerable>())
					{
						return L"::vl::collections::LazyList<" + ConvertType(typeInfo->GetGenericArgument(0), useHeaderEnumStructName) + L">";
					}
					else
					{
						return ConvertType(typeInfo->GetElementType(), useHeaderEnumStructName);
					}
				default:;
				}
				if (useHeaderEnumStructName)
				{
					switch (typeInfo->GetTypeDescriptor()->GetTypeDescriptorFlags())
					{
					case TypeDescriptorFlags::EnumType:
						if (tdDecls.Keys().Contains(typeInfo->GetTypeDescriptor()))
						{
							return L"::" + CppNameToHeaderEnumStructName(CppGetFullName(typeInfo->GetTypeDescriptor()), L"enum");
						}
						break;
					case TypeDescriptorFlags::Struct:
						if (tdDecls.Keys().Contains(typeInfo->GetTypeDescriptor()))
						{
							return L"::" + CppNameToHeaderEnumStructName(CppGetFullName(typeInfo->GetTypeDescriptor()), L"struct");
						}
						break;
					default:;
					}
					return ConvertType(typeInfo->GetTypeDescriptor());
				}
				else
				{
					return ConvertType(typeInfo->GetTypeDescriptor());
				}
			}

			WString WfCppConfig::ConvertArgumentType(ITypeInfo* typeInfo)
			{
				auto td = typeInfo->GetTypeDescriptor();
				bool constRef =
					td == description::GetTypeDescriptor<WString>() ||
					td == description::GetTypeDescriptor<Value>() ||
					(
						typeInfo->GetDecorator() == ITypeInfo::SharedPtr && typeInfo->GetElementType()->GetDecorator() == ITypeInfo::Generic &&
						(
							td == description::GetTypeDescriptor<IValueFunctionProxy>() ||
							td == description::GetTypeDescriptor<IValueEnumerable>()
							)
					);

				if (constRef)
				{
					return L"const " + ConvertType(typeInfo) + L"&";
				}
				else
				{
					return ConvertType(typeInfo);
				}
			}

			WString WfCppConfig::DefaultValue(ITypeInfo* typeInfo)
			{
				switch (typeInfo->GetDecorator())
				{
				case ITypeInfo::RawPtr:
					return L"nullptr";
				case ITypeInfo::SharedPtr:
					return L"";
				case ITypeInfo::Nullable:
					return L"";
				case ITypeInfo::Generic:
					return L"";
				default:;
				}
				auto td = typeInfo->GetTypeDescriptor();
				if ((td->GetTypeDescriptorFlags()&TypeDescriptorFlags::EnumType) != TypeDescriptorFlags::Undefined)
				{
					return L"static_cast<" + ConvertType(typeInfo) + L">(0)";
				}
				if (td == description::GetTypeDescriptor<vint8_t>()) return L"0";
				if (td == description::GetTypeDescriptor<vint16_t>()) return L"0";
				if (td == description::GetTypeDescriptor<vint32_t>()) return L"0";
				if (td == description::GetTypeDescriptor<vint64_t>()) return L"0";
				if (td == description::GetTypeDescriptor<vuint8_t>()) return L"0";
				if (td == description::GetTypeDescriptor<vuint16_t>()) return L"0";
				if (td == description::GetTypeDescriptor<vuint32_t>()) return L"0";
				if (td == description::GetTypeDescriptor<vuint64_t>()) return L"0";
				if (td == description::GetTypeDescriptor<bool>()) return L"false";
				if (td == description::GetTypeDescriptor<float>()) return L"0.0f";
				if (td == description::GetTypeDescriptor<double>()) return L"0.0";
				return L"";
			}

			bool WfCppConfig::IsClassHasUserImplMethods(Ptr<WfClassDeclaration> decl, bool searchInternalClasses)
			{
				List<Ptr<WfDeclaration>> unprocessed;
				CopyFrom(unprocessed, decl->declarations);

				for (vint i = 0; i < unprocessed.Count(); i++)
				{
					auto memberDecl = unprocessed[i];
					if (auto cfe = memberDecl.Cast<WfVirtualCfeDeclaration>())
					{
						CopyFrom(unprocessed, cfe->expandedDeclarations, true);
					}
					else if (auto cse = memberDecl.Cast<WfVirtualCseDeclaration>())
					{
						CopyFrom(unprocessed, cse->expandedDeclarations, true);
					}
					else if (auto classDecl = memberDecl.Cast<WfClassDeclaration>())
					{
						if (searchInternalClasses)
						{
							CopyFrom(unprocessed, classDecl->declarations, true);
						}
					}
					else if (attributeEvaluator->GetAttribute(memberDecl->attributes, L"cpp", L"UserImpl"))
					{
						return true;
					}
				}
				return false;
			}

			vint WfCppConfig::CountClassNamespace(Ptr<WfClassDeclaration> decl)
			{
				vint result = 0;
				auto scope = manager->nodeScopes[decl.Obj()].Obj();
				while (scope)
				{
					if (scope->ownerNode.Cast<WfNamespaceDeclaration>())
					{
						result++;
					}
					scope = scope->parentScope.Obj();
				}
				return result;
			}

			void WfCppConfig::GetClassNamespace(Ptr<WfClassDeclaration> decl, collections::List<WString>& nss)
			{
				auto td = manager->declarationTypes[decl.Obj()].Obj();
				auto name = ConvertType(td);
				vint count = CountClassNamespace(decl);

				List<Ptr<RegexMatch>> matches;
				regexSplitName.Split(name, false, matches);

				CopyFrom(
					nss,
					From(matches)
						.Take(count)
						.Select([this](Ptr<RegexMatch> match)
						{
							return ConvertName(match->Result().Value());
						})
					);
			}

			WString WfCppConfig::GetClassBaseName(Ptr<WfClassDeclaration> decl)
			{
				auto td = manager->declarationTypes[decl.Obj()].Obj();
				auto name = ConvertType(td);
				vint count = CountClassNamespace(decl);

				List<Ptr<RegexMatch>> matches;
				regexSplitName.Split(name, false, matches);

				return From(matches)
					.Skip(count)
					.Select([this](Ptr<RegexMatch> match)
					{
						return ConvertName(match->Result().Value());
					})
					.Aggregate([](const WString& a, const WString& b)
					{
						return a + L"::" + b;
					});
			}

			WString WfCppConfig::WriteNamespace(stream::StreamWriter& writer, collections::List<WString>& nss, collections::List<WString>& nss2)
			{
				vint commonPrefix = 0;
				for (vint i = 0; i < nss.Count() && i < nss2.Count(); i++)
				{
					if (nss[i] == nss2[i])
					{
						commonPrefix++;
					}
					else
					{
						break;
					}
				}

				while (nss.Count() > commonPrefix)
				{
					for (vint i = 1; i < nss.Count(); i++)
					{
						writer.WriteChar(L'\t');
					}
					writer.WriteLine(L"}");
					nss.RemoveAt(nss.Count() - 1);
				}

				WString prefix;
				for (vint i = 0; i < nss.Count(); i++)
				{
					prefix += WString::FromChar(L'\t');
				}

				for (vint i = commonPrefix; i < nss2.Count(); i++)
				{
					writer.WriteString(prefix);
					writer.WriteString(L"namespace ");
					writer.WriteLine(nss2[i]);

					writer.WriteString(prefix);
					writer.WriteLine(L"{");

					nss.Add(nss2[i]);
					prefix += WString::FromChar(L'\t');
				}

				return prefix;
			}

			WString WfCppConfig::WriteNamespace(stream::StreamWriter& writer, const WString& fullName, collections::List<WString>& nss, WString& name)
			{
				List<Ptr<RegexMatch>> matches;
				regexSplitName.Split(fullName, false, matches);

				List<WString> nss2;
				CopyFrom(
					nss2,
					From(matches)
						.Select([this](Ptr<RegexMatch> match)
						{
							return ConvertName(match->Result().Value());
						})
					);

				name = nss2[nss2.Count() - 1];
				nss2.RemoveAt(nss2.Count() - 1);
				return WriteNamespace(writer, nss, nss2);
			}

			void WfCppConfig::WriteNamespaceEnd(stream::StreamWriter& writer, collections::List<WString>& nss)
			{
				while (nss.Count() > 0)
				{
					for (vint i = 1; i < nss.Count(); i++)
					{
						writer.WriteChar(L'\t');
					}
					writer.WriteLine(L"}");
					nss.RemoveAt(0);
				}
			}
		}
	}
}


/***********************************************************************
.\CPP\WFCPP_ASSIGNCLASSDECLSTOFILES.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace cppcodegen
		{
			using namespace analyzer;
			using namespace collections;

#define ASSIGN_INDEX_KEY(INDEX_DECL, INDEX_KEY, STRING_KEY) \
			INDEX_DECL INDEX_KEY = globalDep.allTds.Keys().IndexOf(STRING_KEY); \
			CHECK_ERROR(INDEX_KEY != -1, L"WfCppConfig::AssignClassDeclsToFiles()#Internal error.") \

/***********************************************************************
WfCppConfig::GenerateGlobalDep
***********************************************************************/

			void WfCppConfig::ExpandClassDeclGroup(Ptr<WfClassDeclaration> parent, GlobalDep& globalDep)
			{
				vint index = classDecls.Keys().IndexOf(parent.Obj());
				if (index == -1) return;

				for (auto subDecl : classDecls.GetByIndex(index))
				{
					ExpandClassDeclGroup(subDecl, globalDep);
				}

				auto directChildren =
					From(classDecls.GetByIndex(index))
						.Select([&](Ptr<WfClassDeclaration> decl)
						{
							auto stringKey = manager->declarationTypes[decl.Obj()]->GetTypeName();
							ASSIGN_INDEX_KEY(auto, indexKey, stringKey);
							return indexKey;
						});

				auto indirectChildren =
					From(classDecls.GetByIndex(index))
						.Select([&](Ptr<WfClassDeclaration> subDecl)
						{
							auto stringKey = manager->declarationTypes[subDecl.Obj()]->GetTypeName();
							ASSIGN_INDEX_KEY(auto, indexKey, stringKey);
							return globalDep.expandedClassDecls.Keys().IndexOf(indexKey);
						})
						.Where([](vint index)
						{
							return index != -1;
						})
						.SelectMany([&](vint index)
						{
							return From(globalDep.expandedClassDecls.GetByIndex(index));
						});

				vint indexKey = -1;
				if (parent)
				{
					auto stringKey = manager->declarationTypes[parent.Obj()]->GetTypeName();
					ASSIGN_INDEX_KEY(, indexKey, stringKey);
				}
				for (auto subDecl : directChildren.Concat(indirectChildren))
				{
					globalDep.expandedClassDecls.Add(indexKey, subDecl);
				}
			}

			void WfCppConfig::GenerateClassDependencies(GlobalDep& globalDep)
			{
				for (auto [td, tdIndex] : indexed(globalDep.allTds.Values()))
				{
					vint count = td->GetBaseTypeDescriptorCount();
					for (vint i = 0; i < count; i++)
					{
						auto baseTd = td->GetBaseTypeDescriptor(i);
						vint baseTdIndex = globalDep.allTds.Keys().IndexOf(baseTd->GetTypeName());
						if (baseTdIndex != -1)
						{
							globalDep.dependencies.Add(tdIndex, baseTdIndex);
						}
					}
				}
			}

			void WfCppConfig::GenerateGlobalDep(GlobalDep& globalDep)
			{
				for (auto [td, index] : indexed(tdDecls.Keys()))
				{
					if (tdDecls.Values()[index].Cast<WfClassDeclaration>())
					{
						globalDep.allTds.Add(td->GetTypeName(), td);
					}
				}

				ExpandClassDeclGroup(nullptr, globalDep);
				GenerateClassDependencies(globalDep);
			}

/***********************************************************************
WfCppConfig::GenerateClassLevelDep
***********************************************************************/

			void WfCppConfig::CollectExpandedDepGroup(vint parentIndexKey, GlobalDep& globalDep, ClassLevelDep& classLevelDep)
			{
				const auto& items = globalDep.expandedClassDecls[parentIndexKey];
				for (auto subDecl : items)
				{
					vint index = globalDep.dependencies.Keys().IndexOf(subDecl);
					if (index != -1)
					{
						for (auto dep : globalDep.dependencies.GetByIndex(index))
						{
							if (items.Contains(dep))
							{
								classLevelDep.depGroup.Add(subDecl, dep);
							}
						}
					}
				}
			}

			void WfCppConfig::CollectExpandedSubClass(vint subDeclIndexKey, GlobalDep& globalDep, ClassLevelDep& classLevelDep)
			{
				classLevelDep.subClass.Add(subDeclIndexKey, subDeclIndexKey);

				vint index = globalDep.expandedClassDecls.Keys().IndexOf(subDeclIndexKey);
				if (index != -1)
				{
					for (auto expandDecl : globalDep.expandedClassDecls.GetByIndex(index))
					{
						classLevelDep.subClass.Add(expandDecl, subDeclIndexKey);
					}
				}
			}

			void WfCppConfig::GenerateClassLevelDep(Ptr<WfClassDeclaration> parent, GlobalDep& globalDep, ClassLevelDep& classLevelDep)
			{
				classLevelDep.parentClass = parent;
				if (parent)
				{
					auto parentStringKey = manager->declarationTypes[parent.Obj()]->GetTypeName();
					ASSIGN_INDEX_KEY(, classLevelDep.parentIndexKey, parentStringKey);
				}
				const auto& items = globalDep.expandedClassDecls[classLevelDep.parentIndexKey];

				// for any specified class (or top level if nullptr)
				// find all direct and indirect internal classes
				// copy their dependencies, and generate sub classes by grouping them using the second level of classes
				CollectExpandedDepGroup(classLevelDep.parentIndexKey, globalDep, classLevelDep);
				for (auto subDecl : classDecls.Get(parent.Obj()))
				{
					auto subDeclStringKey = manager->declarationTypes[subDecl.Obj()]->GetTypeName();
					ASSIGN_INDEX_KEY(auto, subDeclIndexKey, subDeclStringKey);
					CollectExpandedSubClass(subDeclIndexKey, globalDep, classLevelDep);
				}
			}

/***********************************************************************
WfCppConfig::Collect
***********************************************************************/

			void WfCppConfig::SortClassDecls(GlobalDep& globalDep)
			{
				// sort top level classes and all internal classes inside any classes
				for (vint i = classDecls.Count() - 1; i >= 0; i--)
				{
					// for any specified class (or top level if nullptr)
					// find all direct and indirect internal classes
					// copy their dependencies, and generate sub classes by grouping them using the second level of classes
					auto parent = classDecls.Keys()[i];
					ClassLevelDep classLevelDep;
					GenerateClassLevelDep(parent, globalDep, classLevelDep);

					// sort them
					PartialOrderingProcessor pop;
					const auto& items = globalDep.expandedClassDecls[classLevelDep.parentIndexKey];
					pop.InitWithSubClass(items, classLevelDep.depGroup, classLevelDep.subClass);
					pop.Sort();

					// using the partial ordering result to sort the corresponding value list in classDecls
					{
						auto& values = const_cast<List<Ptr<WfClassDeclaration>>&>(classDecls.GetByIndex(i));
						for (vint j = 0; j < pop.components.Count(); j++)
						{
							auto& component = pop.components[j];

							// check error
							if (component.nodeCount > 1)
							{
								List<ITypeDescriptor*> tds;
								for (vint k = 0; k < component.nodeCount; k++)
								{
									auto& node = pop.nodes[component.firstNode[k]];
									auto indexKey = classLevelDep.subClass[items[node.firstSubClassItem[0]]];
									tds.Add(globalDep.allTds.Values()[indexKey]);
								}

								SortLambda<ITypeDescriptor*>(&tds[0], tds.Count(), [](ITypeDescriptor* a, ITypeDescriptor* b)
								{
									return a->GetTypeName() <=> b->GetTypeName();
								});
								manager->errors.Add(WfErrors::CppUnableToDecideClassOrder(tdDecls[tds[0]].Cast<WfClassDeclaration>().Obj(), tds));
							}

							auto& node = pop.nodes[component.firstNode[0]];
							auto subDeclIndexKey = classLevelDep.subClass[items[node.firstSubClassItem[0]]];
							auto subDecl = tdDecls[globalDep.allTds.Values()[subDeclIndexKey]].Cast<WfClassDeclaration>();
							values[j] = subDecl;
						}
					}

					if (!parent && manager->errors.Count() == 0)
					{
						for (vint i = 0; i < classLevelDep.subClass.Count(); i++)
						{
							vint index = classLevelDep.subClass.Values()[i];
							if (!globalDep.topLevelClasses.Contains(index))
							{
								globalDep.topLevelClasses.Add(index);
							}
						}

						for (vint i = 0; i < pop.nodes.Count(); i++)
						{
							auto& keyNode = pop.nodes[i];
							vint keyIndex = classLevelDep.subClass[items[keyNode.firstSubClassItem[0]]];
							for (vint j = 0; j < keyNode.ins->Count(); j++)
							{
								auto& valueNode = pop.nodes[keyNode.ins->Get(j)];
								vint valueIndex = classLevelDep.subClass[items[valueNode.firstSubClassItem[0]]];
								if (!globalDep.topLevelClassDep.Contains(keyIndex, valueIndex))
								{
									globalDep.topLevelClassDep.Add(keyIndex, valueIndex);
								}
							}
						}
					}
				}
			}

			void WfCppConfig::GenerateFileClassMaps(GlobalDep& globalDep)
			{
				if (classDecls.Keys().Contains(nullptr))
				{
					PartialOrderingProcessor popSubClass;
					Array<vint> customFirstItems;		// popSubClass.nodes's index
					Array<vint> nonCustomFirstItems;	// popSubClass.nodes's index
					Array<bool> isCustomItems;			// popSubClass.nodes's index to boolean (true means custom item)
					Group<vint, vint> subClassDepGroup;	// popSubClass.nodes's index to index
					{
						// generate sub class using @cpp:File
						// globalDep.allTds.Keys()'s index to file name
						Dictionary<vint, WString> subClass;
						for (vint i = 0; i < customFilesClasses.Count(); i++)
						{
							WString key = customFilesClasses.Keys()[i];
							if (key != L"")
							{
								for (auto decl : customFilesClasses.GetByIndex(i))
								{
									auto stringKey = manager->declarationTypes[decl.Obj()]->GetTypeName();
									ASSIGN_INDEX_KEY(auto, indexKey, stringKey);
									subClass.Add(indexKey, key);
								}
							}
						}

						// check if all components contains either all classes of the same @cpp:File or a single non-@cpp:File class
						popSubClass.InitWithSubClass(globalDep.topLevelClasses, globalDep.topLevelClassDep, subClass);
						popSubClass.Sort();

						for (vint i = 0; i < popSubClass.components.Count(); i++)
						{
							auto& component = popSubClass.components[i];

							// check error
							if (component.nodeCount > 1)
							{
								List<ITypeDescriptor*> tds;
								for (vint j = 0; j < component.nodeCount; j++)
								{
									auto& node = popSubClass.nodes[component.firstNode[j]];
									for (vint k = 0; k < node.subClassItemCount; k++)
									{
										auto indexKey = globalDep.topLevelClasses[node.firstSubClassItem[k]];
										tds.Add(globalDep.allTds.Values()[indexKey]);
									}
								}

								SortLambda<ITypeDescriptor*>(&tds[0], tds.Count(), [](ITypeDescriptor* a, ITypeDescriptor* b)
								{
									return a->GetTypeName() <=> b->GetTypeName();
								});
								manager->errors.Add(WfErrors::CppUnableToSeparateCustomFile(tdDecls[tds[0]].Cast<WfClassDeclaration>().Obj(), tds));
							}
						}

						if (manager->errors.Count() != 0)
						{
							return;
						}

						// generate two item list, one have all @cpp:File classes put in front, one have all non-@cpp:File classes put in front
						// popSubClass.nodes's index
						{
							List<vint> customItems;
							List<vint> nonCustomItems;

							// categorize popSubClass.nodes's index to customItems and nonCustomItems
							for (vint i = 0; i < popSubClass.nodes.Count(); i++)
							{
								auto& node = popSubClass.nodes[i];
								if (subClass.Keys().Contains(globalDep.topLevelClasses[node.firstSubClassItem[0]]))
								{
									customItems.Add(i);
								}
								else
								{
									nonCustomItems.Add(i);
								}
							}

							// sort items using allTds.Keys()'s index
							auto SortNodes = [&](List<vint>& items)
							{
								if (items.Count() > 0)
								{
									Sort<vint>(&items[0], items.Count(), [&](vint a, vint b)
									{
										auto& nodeA = popSubClass.nodes[a];
										auto& nodeB = popSubClass.nodes[b];
										vint indexA = From(nodeA.firstSubClassItem, nodeA.firstSubClassItem + nodeA.subClassItemCount)
											.Select([&](vint index) {return globalDep.topLevelClasses[index]; })
											.Min();
										vint indexB = From(nodeB.firstSubClassItem, nodeB.firstSubClassItem + nodeB.subClassItemCount)
											.Select([&](vint index) {return globalDep.topLevelClasses[index]; })
											.Min();
										return indexA <=> indexB;
									});
								}
							};
							SortNodes(customItems);
							SortNodes(nonCustomItems);

							// prepare customFirstItems, nonCustomFirstItems and isCustomItems
							isCustomItems.Resize(customItems.Count() + nonCustomItems.Count());
							for (vint i = 0; i < customItems.Count(); i++)
							{
								isCustomItems[customItems[i]] = true;
							}
							for (vint i = 0; i < nonCustomItems.Count(); i++)
							{
								isCustomItems[nonCustomItems[i]] = false;
							}

							CopyFrom(customFirstItems, customItems);
							CopyFrom(nonCustomFirstItems, nonCustomItems);

							CopyFrom(nonCustomFirstItems, customItems, true);
							CopyFrom(customFirstItems, nonCustomItems, true);
						}
					}

					// copy popSubClass's sub class dependencies to subClassDepGroup
					for (vint i = 0; i < popSubClass.nodes.Count(); i++)
					{
						auto& node = popSubClass.nodes[i];
						for (vint j = 0; j < node.ins->Count(); j++)
						{
							subClassDepGroup.Add(i, node.ins->Get(j));
						}
					}

					// sort using inputs of two orders
					PartialOrderingProcessor popCustomFirst;
					popCustomFirst.InitWithGroup(customFirstItems, subClassDepGroup);
					popCustomFirst.Sort();

					PartialOrderingProcessor popNonCustomFirst;
					popNonCustomFirst.InitWithGroup(nonCustomFirstItems, subClassDepGroup);
					popNonCustomFirst.Sort();

					CHECK_ERROR(popCustomFirst.components.Count() == customFirstItems.Count(), L"WfCppConfig::AssignClassDeclsToFiles()#Internal error: Unexpected circle dependency found, this should have been caught by code above.");
					CHECK_ERROR(popNonCustomFirst.components.Count() == nonCustomFirstItems.Count(), L"WfCppConfig::AssignClassDeclsToFiles()#Future error: Unexpected circle dependency found, this should have been caught by code above.");
					CHECK_ERROR(popCustomFirst.components.Count() == popNonCustomFirst.components.Count(), L"WfCppConfig::AssignClassDeclsToFiles()#Future error: Unexpected circle dependency found, this should have been caught by code above.");

					// translate popCustomFirst's sorting result
					// popSubClass.nodes's index
					Array<vint> customFirstOrder(popCustomFirst.components.Count());
					for (vint i = 0; i < popCustomFirst.components.Count(); i++)
					{
						auto& component = popCustomFirst.components[i];
						customFirstOrder[i] = customFirstItems[component.firstNode[0]];
					}

					// translate popNonCustomFirst's sorting result
					// popSubClass.nodes's index
					Array<vint> nonCustomFirstOrder(popNonCustomFirst.components.Count());
					for (vint i = 0; i < popNonCustomFirst.components.Count(); i++)
					{
						auto& component = popNonCustomFirst.components[i];
						nonCustomFirstOrder[i] = nonCustomFirstItems[component.firstNode[0]];
					}

					// dispatch non-@cpp:File classes to non-@cpp:File headers
					vint currentHeaderIndex = 0;
					vint nonCustomFirstOrderPicked = 0;
					vint customFirstOrderPicked = 0;
					Array<bool> visited(customFirstOrder.Count());
					for (vint i = 0; i < visited.Count(); i++)
					{
						visited[i] = false;
					}

					auto pickItems = [&](Array<vint>& order, vint& picked, bool customItem)
					{
						while (picked < order.Count())
						{
							vint item = order[picked];
							if (visited[item])
							{
								picked++;
							}
							else if (isCustomItems[item] == customItem)
							{
								visited[item] = true;
								picked++;

								if(!customItem)
								{
									auto& node = popSubClass.nodes[item];
									for (vint i = 0; i < node.subClassItemCount; i++)
									{
										auto indexKey = globalDep.topLevelClasses[node.firstSubClassItem[i]];
										auto td = globalDep.allTds.Values()[indexKey];
										headerFilesClasses.Add(currentHeaderIndex, tdDecls[td].Cast<WfClassDeclaration>());
									}
								}
							}
							else
							{
								break;
							}
						}
					};

					while (nonCustomFirstOrderPicked < nonCustomFirstOrder.Count() || customFirstOrderPicked < customFirstOrder.Count())
					{
						pickItems(nonCustomFirstOrder, nonCustomFirstOrderPicked, false);
						pickItems(customFirstOrder, customFirstOrderPicked, false);

						pickItems(nonCustomFirstOrder, nonCustomFirstOrderPicked, true);
						pickItems(customFirstOrder, customFirstOrderPicked, true);

						currentHeaderIndex++;
					}

					// calculate header includes
					// globalDep.allTds.keys()'s index to header index
					Dictionary<vint, vint> headers;

					auto addToHeaders = [&](const List<Ptr<WfClassDeclaration>>& decls, vint headerIndex)
					{
						for (auto decl : decls)
						{
							auto stringKey = manager->declarationTypes[decl.Obj()]->GetTypeName();
							ASSIGN_INDEX_KEY(auto, indexKey, stringKey);
							headers.Add(indexKey, headerIndex);
						}
					};

					auto calculateIncludes = [&](const List<Ptr<WfClassDeclaration>>& decls, SortedList<vint>& includes)
					{
						for (auto decl : decls)
						{
							auto stringKey = manager->declarationTypes[decl.Obj()]->GetTypeName();
							ASSIGN_INDEX_KEY(auto, indexKey, stringKey);

							vint index = globalDep.topLevelClassDep.Keys().IndexOf(indexKey);
							if (index != -1)
							{
								const auto& values = globalDep.topLevelClassDep.GetByIndex(index);
								for (vint i = 0; i < values.Count(); i++)
								{
									vint header = headers[values[i]];
									if (header != 0 && !includes.Contains(header))
									{
										includes.Add(header);
									}
								}
							}
						}
					};

					for (vint i = 0; i < customFilesClasses.Count(); i++)
					{
						if (customFilesClasses.Keys()[i] != L"")
						{
							addToHeaders(customFilesClasses.GetByIndex(i), i);
						}
					}

					for (vint i = 0; i < headerFilesClasses.Count(); i++)
					{
						addToHeaders(headerFilesClasses.GetByIndex(i), -headerFilesClasses.Keys()[i]);
					}

					for (vint i = 0; i < customFilesClasses.Count(); i++)
					{
						if (customFilesClasses.Keys()[i] != L"")
						{
							SortedList<vint> includes;
							calculateIncludes(customFilesClasses.GetByIndex(i), includes);
							for (vint j = 0; j < includes.Count(); j++)
							{
								headerIncludes.Add(i, includes[j]);
							}
						}
					}

					for (vint i = 0; i < headerFilesClasses.Count(); i++)
					{
						if (headerFilesClasses.Keys()[i] != 0)
						{
							SortedList<vint> includes;
							calculateIncludes(headerFilesClasses.GetByIndex(i), includes);
							for (vint j = 0; j < includes.Count(); j++)
							{
								headerIncludes.Add(-headerFilesClasses.Keys()[i], includes[j]);
							}
						}
					}
				}
			}

			void WfCppConfig::SortFileClassMaps(GlobalDep& globalDep)
			{
				// sort customFilesClasses and headerFilesClasses according to classDecls[nullptr]
				if (classDecls.Keys().Contains(nullptr))
				{
					List<Ptr<WfClassDeclaration>> ordered;
					CopyFrom(ordered, classDecls[nullptr]);

					for (vint i = 0; i < customFilesClasses.Count(); i++)
					{
						auto& values = const_cast<List<Ptr<WfClassDeclaration>>&>(customFilesClasses.GetByIndex(i));
						Sort<Ptr<WfClassDeclaration>>(&values[0], values.Count(), [&](Ptr<WfClassDeclaration> a, Ptr<WfClassDeclaration> b)
						{
							vint aIndex = ordered.IndexOf(a.Obj());
							vint bIndex = ordered.IndexOf(b.Obj());
							return aIndex <=> bIndex;
						});
					}

					for (vint i = 0; i < headerFilesClasses.Count(); i++)
					{
						auto& values = const_cast<List<Ptr<WfClassDeclaration>>&>(headerFilesClasses.GetByIndex(i));
						Sort<Ptr<WfClassDeclaration>>(&values[0], values.Count(), [&](Ptr<WfClassDeclaration> a, Ptr<WfClassDeclaration> b)
						{
							vint aIndex = ordered.IndexOf(a.Obj());
							vint bIndex = ordered.IndexOf(b.Obj());
							return aIndex <=> bIndex;
						});
					}
				}
			}

			void WfCppConfig::AssignClassDeclsToFiles()
			{
				GlobalDep globalDep;
				GenerateGlobalDep(globalDep);

				if (manager->errors.Count() == 0) SortClassDecls(globalDep);
				if (manager->errors.Count() == 0) GenerateFileClassMaps(globalDep);
				if (manager->errors.Count() == 0) SortFileClassMaps(globalDep);
			}

#undef ASSIGN_INDEX_KEY
		}
	}
}

/***********************************************************************
.\CPP\WFCPP_CLASS.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace cppcodegen
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;
			using namespace analyzer;

			bool IsVirtual(WfCppConfig* config, WfFunctionDeclaration* node)
			{
				vint index = config->manager->declarationMemberInfos.Keys().IndexOf(node);
				if (index != -1)
				{
					auto methodInfo = dynamic_cast<IMethodInfo*>(config->manager->declarationMemberInfos.Values()[index].Obj());
					if (methodInfo->IsStatic())
					{
						return false;
					}
					auto td = methodInfo->GetOwnerTypeDescriptor();
					return td->GetTypeDescriptorFlags() == TypeDescriptorFlags::Interface;
				}
				return false;
			}

/***********************************************************************
WfGenerateClassMemberDeclVisitor
***********************************************************************/

			class WfGenerateClassMemberDeclVisitor : public Object, public WfDeclaration::IVisitor
			{
			public:
				WfCppConfig*				config;
				stream::StreamWriter&		writer;
				WString						className;
				WString						prefix;
				bool						forClassExpr;

				WfGenerateClassMemberDeclVisitor(WfCppConfig* _config, stream::StreamWriter& _writer, const WString& _className, const WString& _prefix, bool _forClassExpr)
					:config(_config)
					, writer(_writer)
					, className(_className)
					, prefix(_prefix)
					, forClassExpr(_forClassExpr)
				{
				}

				void Visit(WfNamespaceDeclaration* node)override
				{
				}

				void Visit(WfFunctionDeclaration* node)override
				{
					bool isVirtual = IsVirtual(config, node);

					writer.WriteString(prefix);
					if (isVirtual)
					{
						writer.WriteString(L"virtual ");
					}
					else if (node->functionKind == WfFunctionKind::Static)
					{
						writer.WriteString(L"static ");
					}
					config->WriteFunctionHeader(writer, Ptr(node), config->ConvertName(node->name.value), true);
					if (isVirtual)
					{
						writer.WriteString(L" = 0");
					}
					else if (node->functionKind == WfFunctionKind::Override)
					{
						writer.WriteString(L" override");
					}
					writer.WriteLine(L";");
				}

				void Visit(WfVariableDeclaration* node)override
				{
					auto scope = config->manager->nodeScopes[node].Obj();
					auto symbol = scope->symbols[node->name.value][0];
					auto typeInfo = symbol->typeInfo;
					writer.WriteString(prefix + config->ConvertType(typeInfo.Obj()) + L" " + config->ConvertName(node->name.value));
					if (forClassExpr)
					{
						auto defaultValue = config->DefaultValue(typeInfo.Obj());
						if (defaultValue != L"")
						{
							writer.WriteString(L" = ");
							writer.WriteString(defaultValue);
						}
					}
					writer.WriteLine(L";");
				}

				void Visit(WfEventDeclaration* node)override
				{
					auto eventInfo = dynamic_cast<IEventInfo*>(config->manager->declarationMemberInfos[node].Obj());
					auto typeInfo = eventInfo->GetHandlerType()->GetElementType();
					writer.WriteString(prefix);

					writer.WriteString(L"::vl::Event<void(");
					vint count = typeInfo->GetGenericArgumentCount();
					for (vint i = 1; i < count; i++)
					{
						if (i > 1) writer.WriteString(L", ");
						writer.WriteString(config->ConvertType(typeInfo->GetGenericArgument(i)));
					}
					writer.WriteLine(L")> " + config->ConvertName(node->name.value) + L";");
				}

				void Visit(WfPropertyDeclaration* node)override
				{
				}

				void Visit(WfStaticInitDeclaration* node)override
				{
				}

				void Visit(WfConstructorDeclaration* node)override
				{
					auto methodInfo = dynamic_cast<IMethodInfo*>(config->manager->declarationMemberInfos[node].Obj());
					writer.WriteString(prefix);
					config->WriteFunctionHeader(writer, methodInfo, className, false);
					writer.WriteLine(L";");
				}

				void Visit(WfDestructorDeclaration* node)override
				{
					writer.WriteLine(prefix + L"~" + className + L"();");
				}

				void Visit(WfClassDeclaration* node)override
				{
				}

				void Visit(WfEnumDeclaration* node)override
				{
				}

				void Visit(WfStructDeclaration* node)override
				{
				}

				void Visit(WfVirtualCfeDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Visit(WfVirtualCseDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}
			};

			class WfGenerateClassMemberInitVisitor : public empty_visitor::DeclarationVisitor
			{
			public:
				WfCppConfig * config;
				stream::StreamWriter&		writer;
				WString						prefix;
				vint&						callIndex;

				WfGenerateClassMemberInitVisitor(WfCppConfig* _config, stream::StreamWriter& _writer, const WString& _prefix, vint& _callIndex)
					:config(_config)
					, writer(_writer)
					, prefix(_prefix)
					, callIndex(_callIndex)
				{
				}

				void WriteVariableHeader(WfVariableDeclaration* node)
				{
					writer.WriteString(prefix);
					if (callIndex++ == 0)
					{
						writer.WriteString(L"\t: ");
					}
					else
					{
						writer.WriteString(L"\t, ");
					}
					writer.WriteString(config->ConvertName(node->name.value));
				}

				void Visit(WfVariableDeclaration* node)override
				{
					auto scope = config->manager->nodeScopes[node].Obj();
					auto symbol = scope->symbols[node->name.value][0];
					auto typeInfo = symbol->typeInfo;
					if (node->expression)
					{
						WriteVariableHeader(node);
						writer.WriteString(L"(");
						GenerateExpression(config, writer, node->expression, typeInfo.Obj());
						writer.WriteLine(L")");
					}
					else
					{
						auto defaultValue = config->DefaultValue(typeInfo.Obj());
						if (defaultValue != L"")
						{
							WriteVariableHeader(node);
							writer.WriteString(L"(");
							writer.WriteString(defaultValue);
							writer.WriteLine(L")");
						}
					}
				}

				void Dispatch(WfVirtualCfeDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Dispatch(WfVirtualCseDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}
			};

			void GenerateClassMemberDecl(WfCppConfig* config, stream::StreamWriter& writer, const WString& className, Ptr<WfDeclaration> memberDecl, const WString& prefix, bool forClassExpr)
			{
				WfGenerateClassMemberDeclVisitor visitor(config, writer, className, prefix, forClassExpr);
				memberDecl->Accept(&visitor);
			}

/***********************************************************************
WfGenerateClassMemberImplVisitor
***********************************************************************/

			class WfGenerateClassMemberImplVisitor : public Object, public WfDeclaration::IVisitor
			{
			public:
				WfCppConfig*				config;
				stream::StreamWriter&		writer;
				WfClassDeclaration*			classDef;
				WString						classBaseName;
				WString						className;
				WString						classFullName;
				WString						prefix;
				bool						printableMember = false;

				WfGenerateClassMemberImplVisitor(WfCppConfig* _config, stream::StreamWriter& _writer, WfClassDeclaration* _classDef, const WString& _classBaseName, const WString& _className, const WString& _classFullName, const WString& _prefix)
					:config(_config)
					, writer(_writer)
					, classDef(_classDef)
					, classBaseName(_classBaseName)
					, className(_className)
					, classFullName(_classFullName)
					, prefix(_prefix)
				{
				}

				void WriteNotImplemented(const WString& classFullName)
				{
					writer.WriteString(prefix);
					writer.WriteLine(L"{/* USER_CONTENT_BEGIN(" + classFullName + L") */");
					writer.WriteString(prefix);
					writer.WriteLine(L"\tthrow ::vl::Exception(L\"You should implement this function.\");");
					writer.WriteString(prefix);
					writer.WriteLine(L"}/* USER_CONTENT_END() */");
				}

				void Visit(WfNamespaceDeclaration* node)override
				{
				}

				void Visit(WfFunctionDeclaration* node)override
				{
					if (!IsVirtual(config, node))
					{
						printableMember = true;

						writer.WriteString(prefix);
						auto returnType = config->WriteFunctionHeader(writer, Ptr(node), classBaseName + L"::" + config->ConvertName(node->name.value), true);
						writer.WriteLine(L"");

						bool userImpl = config->attributeEvaluator->GetAttribute(node->attributes, L"cpp", L"UserImpl");
						if (userImpl)
						{
							WriteNotImplemented(classFullName);
						}
						else
						{
							config->WriteFunctionBody(writer, node->statement, prefix, returnType);
						}
					}
				}

				void Visit(WfVariableDeclaration* node)override
				{
				}

				void Visit(WfEventDeclaration* node)override
				{
				}

				void Visit(WfPropertyDeclaration* node)override
				{
				}

				void Visit(WfStaticInitDeclaration* node)override
				{
				}

				void Visit(WfConstructorDeclaration* node)override
				{
					auto scope = config->manager->nodeScopes[node].Obj();
					printableMember = true;
					auto methodInfo = dynamic_cast<IMethodInfo*>(config->manager->declarationMemberInfos[node].Obj());

					List<WString> arguments;
					for (auto argument : node->arguments)
					{
						arguments.Add(config->ConvertName(argument->name.value));
					}

					writer.WriteString(prefix);
					config->WriteFunctionHeader(writer, methodInfo, arguments, classBaseName + L"::" + className, false);
					writer.WriteLine(L"");

					vint callIndex = 0;
					for (auto call : node->baseConstructorCalls)
					{
						auto callType = CreateTypeInfoFromType(scope, call->type, false);
						auto callCtor = config->manager->baseConstructorCallResolvings[{node, callType->GetTypeDescriptor()}].value;

						writer.WriteString(prefix);
						if (callIndex++ == 0)
						{
							writer.WriteString(L"\t: ");
						}
						else
						{
							writer.WriteString(L"\t, ");
						}

						writer.WriteString(config->ConvertType(callType->GetTypeDescriptor()));
						writer.WriteString(L"(");
						for (auto [argument, argumentIndex] : indexed(call->arguments))
						{
							if (argumentIndex) writer.WriteString(L", ");
							GenerateExpression(config, writer, argument, callCtor->GetParameter(argumentIndex)->GetType());
						}
						writer.WriteLine(L")");
					}

					if (classDef)
					{
						WfGenerateClassMemberInitVisitor visitor(config, writer, prefix, callIndex);
						for (auto member : classDef->declarations)
						{
							member->Accept(&visitor);
						}
					}

					bool userImpl = config->attributeEvaluator->GetAttribute(node->attributes, L"cpp", L"UserImpl");
					if (userImpl)
					{
						WriteNotImplemented(classFullName);
					}
					else
					{
						config->WriteFunctionBody(writer, node->statement, prefix, nullptr);
					}
				}

				void Visit(WfDestructorDeclaration* node)override
				{
					printableMember = true;

					writer.WriteLine(prefix + classBaseName + L"::~" + className + L"()");

					bool userImpl = config->attributeEvaluator->GetAttribute(node->attributes, L"cpp", L"UserImpl");
					if (userImpl)
					{
						WriteNotImplemented(classFullName);
					}
					else
					{
						config->WriteFunctionBody(writer, node->statement, prefix, nullptr);
					}
				}

				void Visit(WfClassDeclaration* node)override
				{
				}

				void Visit(WfEnumDeclaration* node)override
				{
				}

				void Visit(WfStructDeclaration* node)override
				{
				}

				void Visit(WfVirtualCfeDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Visit(WfVirtualCseDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}
			};

			bool GenerateClassMemberImpl(WfCppConfig* config, stream::StreamWriter& writer, WfClassDeclaration* classDef, const WString& classBaseName, const WString& className, const WString& classFullName, Ptr<WfDeclaration> memberDecl, const WString& prefix)
			{
				WfGenerateClassMemberImplVisitor visitor(config, writer, classDef, classBaseName, className, classFullName, prefix);
				memberDecl->Accept(&visitor);
				return visitor.printableMember;
			}
		}
	}
}

/***********************************************************************
.\CPP\WFCPP_COLLECT.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace cppcodegen
		{
			using namespace collections;
			using namespace regex;
			using namespace reflection::description;
			using namespace analyzer;

/***********************************************************************
CollectModule
***********************************************************************/

			class WfCollectModuleVisitor : public traverse_visitor::AstVisitor
			{
			public:
				WfCppConfig*							config;
				Ptr<WfClassDeclaration>					surroundingClassDecl = nullptr;
				vint									skipCounter = 0;

				WfCollectModuleVisitor(WfCppConfig* _config)
					:config(_config)
				{
				}

				WString GetScopePostfix(WfLexicalScope* scope)
				{
					WString name;
					while (scope)
					{
						if (auto decl = scope->ownerNode.Cast<WfDeclaration>())
						{
							name = config->ConvertName(decl->name.value) + L"_" + name;
						}
						scope = scope->parentScope.Obj();
					}
					return name;
				}

				void Traverse(WfOrderedLambdaExpression* node)override
				{
					WString prefix = L"__vwsno" + itow(config->lambdaExprs.Count() + 1) + L"_" + config->assemblyName + L"_";
					WString postfix = GetScopePostfix(config->manager->nodeScopes[node].Obj());
					WString name = prefix + postfix;

					config->lambdaExprs.Add(Ptr(node), name);
					config->classClosures.Add(surroundingClassDecl, Ptr(node));
				}

				void Traverse(WfFunctionExpression* node)override
				{
					WString prefix = L"__vwsnf" + itow(config->lambdaExprs.Count() + 1) + L"_" + config->assemblyName + L"_";
					WString postfix = GetScopePostfix(config->manager->nodeScopes[node].Obj());
					WString name = prefix + postfix;

					config->lambdaExprs.Add(Ptr(node), name);
					config->classClosures.Add(surroundingClassDecl, Ptr(node));
				}

				void Traverse(WfNewInterfaceExpression* node)override
				{
					WString prefix = L"__vwsnc" + itow(config->classExprs.Count() + 1) + L"_" + config->assemblyName + L"_";
					WString postfix = GetScopePostfix(config->manager->nodeScopes[node].Obj());

					auto result = config->manager->expressionResolvings[node];
					auto td = result.constructorInfo->GetOwnerTypeDescriptor();
					WString name = prefix + postfix + config->ConvertType(td, L"_");

					config->classExprs.Add(Ptr(node), name);
					config->classClosures.Add(surroundingClassDecl, Ptr(node));
				}

				void Traverse(WfFunctionDeclaration* node)override
				{
					if (skipCounter == 1)
					{
						config->funcDecls.Add(Ptr(node));
					}
				}

				void Traverse(WfVariableDeclaration* node)override
				{
					if (skipCounter == 1)
					{
						config->varDecls.Add(Ptr(node));
					}
				}

				void Traverse(WfStaticInitDeclaration* node)override
				{
					config->staticInitDecls.Add(Ptr(node));
				}

				void Visit(WfClassDeclaration* node)override
				{
					config->classDecls.Add(surroundingClassDecl, Ptr(node));
					config->tdDecls.Add(config->manager->declarationTypes[node].Obj(), Ptr(node));

					if (!surroundingClassDecl)
					{
						WString file;
						if (auto att = config->attributeEvaluator->GetAttribute(node->attributes, L"cpp", L"File"))
						{
							auto attValue = config->attributeEvaluator->GetAttributeValue(att);
							CHECK_ERROR(attValue.type == runtime::WfInsType::String, L"Unexpected value in attribute: @cpp.File.");
							file = attValue.stringValue;
						}
						config->customFilesClasses.Add(file, Ptr(node));
					}

					auto oldSurroundingClassDecl = surroundingClassDecl;
					surroundingClassDecl = Ptr(node);
					skipCounter++;
					traverse_visitor::AstVisitor::Visit(node);
					skipCounter--;
					surroundingClassDecl = oldSurroundingClassDecl;
				}

				void Traverse(WfEnumDeclaration* node)override
				{
					config->enumDecls.Add(surroundingClassDecl, Ptr(node));
					config->tdDecls.Add(config->manager->declarationTypes[node].Obj(), Ptr(node));
				}

				void Traverse(WfStructDeclaration* node)override
				{
					config->structDecls.Add(surroundingClassDecl, Ptr(node));
					config->tdDecls.Add(config->manager->declarationTypes[node].Obj(), Ptr(node));
				}

				void Visit(WfFunctionDeclaration* node)override
				{
					skipCounter++;
					traverse_visitor::AstVisitor::Visit(node);
					skipCounter--;
				}

				void Visit(WfVariableDeclaration* node)override
				{
					skipCounter++;
					traverse_visitor::AstVisitor::Visit(node);
					skipCounter--;
				}
			};

			void CollectModule(WfCppConfig* config, Ptr<WfModule> module)
			{
				WfCollectModuleVisitor(config).InspectInto(module.Obj());
			}

/***********************************************************************
WfCppConfig::CollectClosureInfo
***********************************************************************/

			class WfCppCollectClassExprInfoVisitor : public empty_visitor::DeclarationVisitor
			{
			public:
				WfCppConfig*							config;
				vint									variableCount = 0;
				Ptr<analyzer::WfLexicalCapture>			capture;

				WfCppCollectClassExprInfoVisitor(WfCppConfig* _config)
					:config(_config)
				{
				}

				void Visit(WfVariableDeclaration* node)override
				{
					variableCount++;
				}

				void Dispatch(WfVirtualCfeDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Dispatch(WfVirtualCseDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Execute(WfNewInterfaceExpression* node)
				{
					capture = config->manager->lambdaCaptures[node];
					for (auto memberDecl : node->declarations)
					{
						memberDecl->Accept(this);
					}
				}
			};

			Ptr<WfCppConfig::ClosureInfo> WfCppConfig::CollectClosureInfo(Ptr<WfExpression> closure)
			{
				using SymbolPair = Pair<WString, Ptr<analyzer::WfLexicalSymbol>>;

				auto info = Ptr(new ClosureInfo);
				WfLexicalScope* scope = nullptr;

				if (auto ordered = closure.Cast<WfOrderedLambdaExpression>())
				{
					// stable symbol order by sorting them by name
					CopyFrom(
						info->symbols,
						From(manager->lambdaCaptures[ordered.Obj()]->symbols)
							.Select([](Ptr<WfLexicalSymbol> symbol)
							{
								return SymbolPair(symbol->name, symbol);
							})
						);
					scope = manager->nodeScopes[ordered.Obj()].Obj();
				}
				else if (auto funcExpr = closure.Cast<WfFunctionExpression>())
				{
					// stable symbol order by sorting them by name
					CopyFrom(
						info->symbols,
						From(manager->lambdaCaptures[funcExpr->function.Obj()]->symbols)
							.Select([](Ptr<WfLexicalSymbol> symbol)
							{
								return SymbolPair(symbol->name, symbol);
							})
						);
					scope = manager->nodeScopes[funcExpr->function.Obj()].Obj();
				}
				else if (auto classExpr = closure.Cast<WfNewInterfaceExpression>())
				{
					WfCppCollectClassExprInfoVisitor visitor(this);
					visitor.Execute(classExpr.Obj());

					if (visitor.capture)
					{
						// stable symbol order by sorting them by name
						CopyFrom(
							info->symbols,
							From(visitor.capture->symbols)
								.Skip(visitor.variableCount)
								.Select([](Ptr<WfLexicalSymbol> symbol)
								{
									return SymbolPair(symbol->name, symbol);
								})
							);

						CopyFrom(
							info->ctorArgumentSymbols,
							From(visitor.capture->ctorArgumentSymbols)
								.Select([](Ptr<WfLexicalSymbol> symbol)
								{
									return SymbolPair(symbol->name, symbol);
								})
							);
					}

					scope = manager->nodeScopes[classExpr.Obj()].Obj();
				}

				Ptr<WfLexicalFunctionConfig> methodConfig;
				while (scope)
				{
					if (scope->typeOfThisExpr)
					{
						if (methodConfig)
						{
							info->thisTypes.Add(scope->typeOfThisExpr);
							if (!methodConfig->parentThisAccessable)
							{
								break;
							}
							methodConfig = nullptr;
						}
					}

					if (scope->functionConfig)
					{
						if (scope->functionConfig->thisAccessable)
						{
							methodConfig = scope->functionConfig;
						}
					}
					scope = scope->parentScope.Obj();
				}

				return info;
			}

/***********************************************************************
WfCppConfig::Collect
***********************************************************************/

			void WfCppConfig::Collect()
			{
				for (auto module : manager->GetModules())
				{
					CollectModule(this, module);
				}

				for (auto lambda : lambdaExprs.Keys())
				{
					auto closureInfo = CollectClosureInfo(lambda);
					closureInfo->lambdaClassName = lambdaExprs[lambda.Obj()];
					closureInfos.Add(lambda, closureInfo);
				}

				for (auto classExpr : classExprs.Keys())
				{
					auto closureInfo = CollectClosureInfo(classExpr);
					closureInfo->lambdaClassName = classExprs[classExpr.Obj()];
					closureInfos.Add(classExpr, closureInfo);
				}
			}
		}
	}
}

/***********************************************************************
.\CPP\WFCPP_EXPRESSION.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace cppcodegen
		{
			using namespace collections;
			using namespace regex;
			using namespace stream;
			using namespace reflection;
			using namespace reflection::description;
			using namespace analyzer;

/***********************************************************************
Expression Helpers
***********************************************************************/

			void WriteWStringLiteralUnmanaged(stream::StreamWriter& writer, const WString& value)
			{
				writer.WriteString(L"::vl::WString::Unmanaged(L\"");
				for (vint i = 0; i < value.Length(); i++)
				{
					auto c = value[i];
					switch (c)
					{
					case L'\\': writer.WriteString(L"\\\\"); break;
					case L'\'': writer.WriteString(L"\\\'"); break;
					case L'\"': writer.WriteString(L"\\\""); break;
					case L'\r': writer.WriteString(L"\\r"); break;
					case L'\n': writer.WriteString(L"\\n"); break;
					case L'\t': writer.WriteString(L"\\t"); break;
					default: writer.WriteChar(c);
					}
				}
				writer.WriteString(L"\")");
			}

			template<typename T>
			void WriteBoxValue(WfCppConfig* config, stream::StreamWriter& writer, ITypeInfo* type, const T& writeExpression)
			{
				writer.WriteString(L"::vl::__vwsn::Box(");
				writeExpression();
				writer.WriteString(L")");
			}

			template<typename T>
			void WriteUnboxValue(WfCppConfig* config, stream::StreamWriter& writer, ITypeInfo* type, const T& writeExpression)
			{
				writer.WriteString(L"::vl::__vwsn::Unbox<");
				writer.WriteString(config->ConvertType(type));
				writer.WriteString(L">(");
				writeExpression();
				writer.WriteString(L")");
			}

			template<typename T>
			void WriteUnboxWeakValue(WfCppConfig* config, stream::StreamWriter& writer, ITypeInfo* type, const T& writeExpression)
			{
				writer.WriteString(L"::vl::__vwsn::UnboxWeak<");
				writer.WriteString(config->ConvertType(type));
				writer.WriteString(L">(");
				writeExpression();
				writer.WriteString(L")");
			}

			template<typename T>
			void ConvertValueType(WfCppConfig* config, stream::StreamWriter& writer, ITypeDescriptor* fromTd, ITypeDescriptor* toTd, const T& writeExpression)
			{
				if (fromTd == toTd)
				{
					writeExpression();
				}
				else if (fromTd == description::GetTypeDescriptor<WString>())
				{
					writer.WriteString(L"::vl::__vwsn::Parse<");
					writer.WriteString(config->ConvertType(toTd));
					writer.WriteString(L">(");
					writeExpression();
					writer.WriteString(L")");
				}
				else if (toTd == description::GetTypeDescriptor<WString>())
				{
					writer.WriteString(L"::vl::__vwsn::ToString(");
					writeExpression();
					writer.WriteString(L")");
				}
				else
				{
					writer.WriteString(L"static_cast<");
					writer.WriteString(config->ConvertType(toTd));
					writer.WriteString(L">(");
					writeExpression();
					writer.WriteString(L")");
				}
			}

			void ConvertType(WfCppConfig* config, stream::StreamWriter& writer, ITypeInfo* fromType, ITypeInfo* toType, const Func<void()>& writeExpression, bool strongCast)
			{
				if (fromType->GetTypeDescriptor()->GetTypeDescriptorFlags() == TypeDescriptorFlags::Object)
				{
					if (strongCast)
					{
						WriteUnboxValue(config, writer, toType, writeExpression);
					}
					else
					{
						WriteUnboxWeakValue(config, writer, toType, writeExpression);
					}
					return;
				}
				else if (toType->GetTypeDescriptor()->GetTypeDescriptorFlags() == TypeDescriptorFlags::Object)
				{
					WriteBoxValue(config, writer, fromType, writeExpression);
					return;
				}
				else
				{
					auto tdVe = description::GetTypeDescriptor<IValueEnumerable>();
					if (toType->GetTypeDescriptor() == tdVe)
					{
						if (toType->GetElementType()->GetDecorator() == ITypeInfo::Generic)
						{
							if ((fromType->GetTypeDescriptor() == tdVe && fromType->GetElementType()->GetDecorator() != ITypeInfo::Generic)
								|| fromType->GetTypeDescriptor()->CanConvertTo(description::GetTypeDescriptor<IValueReadonlyList>())
								|| fromType->GetTypeDescriptor()->CanConvertTo(description::GetTypeDescriptor<IValueReadonlyDictionary>())
								)
							{
								writer.WriteString(L"::vl::reflection::description::GetLazyList<");
								writer.WriteString(config->ConvertType(toType->GetElementType()->GetGenericArgument(0)));
								writer.WriteString(L">(");
								writeExpression();
								writer.WriteString(L")");
								return;
							}
						}
						else
						{
							if ((fromType->GetTypeDescriptor() == tdVe && fromType->GetElementType()->GetDecorator() == ITypeInfo::Generic)
								|| fromType->GetHint() == TypeInfoHint::NativeCollectionReference
								)
							{
								writer.WriteString(L"::vl::__vwsn::UnboxCollection<");
								writer.WriteString(config->ConvertType(tdVe));
								writer.WriteString(L">(");
								writeExpression();
								writer.WriteString(L")");
								return;
							}
						}
					}

					switch (fromType->GetDecorator())
					{
					case ITypeInfo::RawPtr:
						{
							switch (toType->GetDecorator())
							{
							case ITypeInfo::RawPtr:
								if (strongCast) writer.WriteString(L"::vl::__vwsn::Ensure(");
								if (fromType->GetTypeDescriptor()->CanConvertTo(toType->GetTypeDescriptor()))
								{
									writer.WriteString(L"static_cast<");
									writer.WriteString(config->ConvertType(toType->GetTypeDescriptor()));
									writer.WriteString(L"*>(");
									writeExpression();
									writer.WriteString(L")");
								}
								else
								{
									writer.WriteString(L"::vl::__vwsn::RawPtrCast<");
									writer.WriteString(config->ConvertType(toType->GetTypeDescriptor()));
									writer.WriteString(L">(");
									writeExpression();
									writer.WriteString(L")");
								}
								if (strongCast) writer.WriteString(L")");
								return;
							case ITypeInfo::SharedPtr:
								if (strongCast) writer.WriteString(L"::vl::__vwsn::Ensure(");
								if (fromType->GetTypeDescriptor()->CanConvertTo(toType->GetTypeDescriptor()))
								{
									writer.WriteString(L"::vl::Ptr<");
									writer.WriteString(config->ConvertType(toType->GetTypeDescriptor()));
									writer.WriteString(L">(");
									writeExpression();
									writer.WriteString(L")");
								}
								else
								{
									writer.WriteString(L"::vl::__vwsn::SharedPtrCast<");
									writer.WriteString(config->ConvertType(toType->GetTypeDescriptor()));
									writer.WriteString(L">(");
									writeExpression();
									writer.WriteString(L")");
								}
								if (strongCast) writer.WriteString(L")");
								return;
							default:;
							}
						}
						break;
					case ITypeInfo::SharedPtr:
						{
							switch (toType->GetDecorator())
							{
							case ITypeInfo::RawPtr:
								if (strongCast) writer.WriteString(L"::vl::__vwsn::Ensure(");
								if (fromType->GetTypeDescriptor()->CanConvertTo(toType->GetTypeDescriptor()))
								{
									writer.WriteString(L"static_cast<");
									writer.WriteString(config->ConvertType(toType->GetTypeDescriptor()));
									writer.WriteString(L"*>(");
									writeExpression();
									writer.WriteString(L".Obj())");
								}
								else
								{
									writer.WriteString(L"::vl::__vwsn::RawPtrCast<");
									writer.WriteString(config->ConvertType(toType->GetTypeDescriptor()));
									writer.WriteString(L">(");
									writeExpression();
									writer.WriteString(L".Obj())");
								}
								if (strongCast) writer.WriteString(L")");
								return;
							case ITypeInfo::SharedPtr:
								if (strongCast) writer.WriteString(L"::vl::__vwsn::Ensure(");
								if (fromType->GetTypeDescriptor()->CanConvertTo(toType->GetTypeDescriptor()))
								{
									writer.WriteString(L"::vl::Ptr<");
									writer.WriteString(config->ConvertType(toType->GetTypeDescriptor()));
									writer.WriteString(L">(");
									writeExpression();
									writer.WriteString(L")");
								}
								else
								{
									writer.WriteString(L"::vl::__vwsn::SharedPtrCast<");
									writer.WriteString(config->ConvertType(toType->GetTypeDescriptor()));
									writer.WriteString(L">(");
									writeExpression();
									writer.WriteString(L".Obj())");
								}
								if (strongCast) writer.WriteString(L")");
								return;
							default:;
							}
						}
						break;
					case ITypeInfo::Nullable:
						{
							switch (toType->GetDecorator())
							{
							case ITypeInfo::Nullable:
								if (strongCast) writer.WriteString(L"::vl::__vwsn::Ensure(");
								writer.WriteString(L"::vl::__vwsn::NullableCast<");
								writer.WriteString(config->ConvertType(toType->GetTypeDescriptor()));
								writer.WriteString(L">(");
								writeExpression();
								writer.WriteString(L")");
								if (strongCast) writer.WriteString(L")");
								return;
							case ITypeInfo::TypeDescriptor:
								ConvertValueType(config, writer, fromType->GetTypeDescriptor(), toType->GetTypeDescriptor(), [&]()
								{
									writeExpression();
									writer.WriteString(L".Value()");
								});
								return;
							default:;
							}
						}
						break;
					case ITypeInfo::TypeDescriptor:
						{
							switch (toType->GetDecorator())
							{
							case ITypeInfo::Nullable:
								writer.WriteString(config->ConvertType(toType));
								writer.WriteString(L"(");
								ConvertValueType(config, writer, fromType->GetTypeDescriptor(), toType->GetTypeDescriptor(), writeExpression);
								writer.WriteString(L")");
								return;
							case ITypeInfo::TypeDescriptor:
								ConvertValueType(config, writer, fromType->GetTypeDescriptor(), toType->GetTypeDescriptor(), writeExpression);
								return;
							default:;
							}
						}
						break;
					default:;
					}
				}
				writer.WriteString(L"/* NOT EXISTS: convert (");
				writer.WriteString(config->ConvertType(fromType));
				writer.WriteString(L") to (");
				writer.WriteString(config->ConvertType(toType));
				writer.WriteString(L") */ __vwsn_not_exists__(");
				writeExpression();
				writer.WriteString(L")");
			}

/***********************************************************************
WfGenerateExpressionVisitor
***********************************************************************/

			class WfGenerateExpressionVisitor
				: public Object
				, public WfExpression::IVisitor
			{
			public:
				WfCppConfig*				config;
				stream::StreamWriter&		writer;
				bool						useReturnValue;

				WfGenerateExpressionVisitor(WfCppConfig* _config, stream::StreamWriter& _writer, bool _useReturnValue)
					:config(_config)
					, writer(_writer)
					, useReturnValue(_useReturnValue)
				{
				}

				bool NeedConvertType(ITypeInfo* fromType, ITypeInfo*& toType)
				{
					if (toType == nullptr)
					{
						toType = fromType;
						return false;
					}
					if (IsSameType(fromType, toType))
					{
						return false;
					}
					else
					{
						return true;
					}
				}

				template<typename T>
				void WriteBoxValue(ITypeInfo* type, const T& writeExpression)
				{
					cppcodegen::WriteBoxValue(config, writer, type, writeExpression);
				}

				template<typename T>
				void WriteUnboxValue(ITypeInfo* type, const T& writeExpression)
				{
					cppcodegen::WriteUnboxValue(config, writer, type, writeExpression);
				}

				template<typename T>
				void WriteUnboxWeakValue(ITypeInfo* type, const T& writeExpression)
				{
					cppcodegen::WriteUnboxWeakValue(config, writer, type, writeExpression);
				}

				void ConvertMultipleTypes(ITypeInfo** types, vint typesLength, Func<void()> writeExpression)
				{
					if (typesLength == 1)
					{
						writeExpression();
					}
					else if (NeedConvertType(types[0], types[1]))
					{
						ConvertMultipleTypes(types + 1, typesLength - 1, [&]()
						{
							auto fromType = types[0];
							auto toType = types[1];
							ConvertType(config, writer, fromType, toType, writeExpression, false);
						});
					}
					else
					{
						return ConvertMultipleTypes(types + 1, typesLength - 1, writeExpression);
					}
				}

				void Call(Ptr<WfExpression> node, ITypeInfo* expectedType = nullptr, bool useReturnValue = true)
				{
					GenerateExpression(config, writer, node, expectedType, useReturnValue);
				}

				Ptr<WfCppConfig::ClosureInfo> GetClosureInfo(WfExpression* node, Ptr<WfLexicalSymbol> testCtorArgumentSymbol = nullptr)
				{
					Ptr<WfCppConfig::ClosureInfo> closureInfo;
					auto scope = config->manager->nodeScopes[node].Obj();

					if (dynamic_cast<WfOrderedLambdaExpression*>(node))
					{
						scope = scope->parentScope.Obj();
					}

					while (scope)
					{
						if (scope->functionConfig && scope->functionConfig->lambda)
						{
							auto source = scope->ownerNodeSource ? scope->ownerNodeSource : scope->ownerNode.Obj();
							if (auto ordered = dynamic_cast<WfOrderedLambdaExpression*>(source))
							{
								closureInfo = config->closureInfos[ordered];
								break;
							}
							else if (auto funcExpr = dynamic_cast<WfFunctionExpression*>(source))
							{
								closureInfo = config->closureInfos[funcExpr];
								break;
							}
							else if (auto classExpr = dynamic_cast<WfNewInterfaceExpression*>(source))
							{
								closureInfo = config->closureInfos[classExpr];
								break;
							}
						}
						else if (auto classExpr = scope->ownerNode.Cast<WfNewInterfaceExpression>())
						{
							auto info = config->closureInfos[classExpr.Obj()];
							if (info->ctorArgumentSymbols.Values().Contains(testCtorArgumentSymbol.Obj()))
							{
								closureInfo = info;
								break;
							}
						}
						scope = scope->parentScope.Obj();
					}

					return closureInfo;
				}

				void WriteNotExists(ITypeDescriptor* typeDescriptor)
				{
					writer.WriteString(L"/* NOT EXISTS: type(");
					writer.WriteString(typeDescriptor->GetTypeName());
					writer.WriteString(L") */ __vwsn_not_exists__");
				}

				void WriteNotExists(IMethodInfo* methodInfo)
				{
					writer.WriteString(L"/* NOT EXISTS: method(");
					writer.WriteString(methodInfo->GetName());
					writer.WriteString(L") of type (");
					writer.WriteString(methodInfo->GetOwnerTypeDescriptor()->GetTypeName());
					writer.WriteString(L") */ __vwsn_not_exists__");
				}

				void WriteNotExists(IPropertyInfo* propertyInfo)
				{
					writer.WriteString(L"/* NOT EXISTS: property(");
					writer.WriteString(propertyInfo->GetName());
					writer.WriteString(L") of type (");
					writer.WriteString(propertyInfo->GetOwnerTypeDescriptor()->GetTypeName());
					writer.WriteString(L") */ __vwsn_not_exists__");
				}

				void WriteNotExists(IEventInfo* eventInfo)
				{
					writer.WriteString(L"/* NOT EXISTS: event(");
					writer.WriteString(eventInfo->GetName());
					writer.WriteString(L") of type (");
					writer.WriteString(eventInfo->GetOwnerTypeDescriptor()->GetTypeName());
					writer.WriteString(L") */ __vwsn_not_exists__");
				}

				template<typename T>
				void WriteTemplate(const WString& templateValue, const T& callback)
				{
					List<Ptr<RegexMatch>> matches;
					config->regexTemplate.Cut(templateValue, false, matches);
					for (auto match : matches)
					{
						WString item = match->Result().Value();
						if (match->Success())
						{
							if (!callback(item))
							{
								writer.WriteString(L"/* NOT EXISTS: ");
								writer.WriteString(item);
								writer.WriteString(L" */ __vwsn_not_exists__");
							}
						}
						else
						{
							writer.WriteString(item);
						}
					}
				}

				void VisitThisExpression(WfExpression* node, ITypeDescriptor* td)
				{
					if (auto closureInfo = GetClosureInfo(node))
					{
						for (auto [thisType, index] : indexed(closureInfo->thisTypes))
						{
							if (thisType->CanConvertTo(td))
							{
								writer.WriteString(L"__vwsnthis_");
								writer.WriteString(itow(index));
								return;
							}
						}
					}
					writer.WriteString(L"this");
				}

				void VisitSymbol(WfExpression* node, Ptr<WfLexicalSymbol> symbol, bool forLambdaArgument)
				{
					if (auto varDecl = symbol->creatorNode.Cast<WfVariableDeclaration>())
					{
						auto ownerNode = symbol->ownerScope->ownerNode;
						if (ownerNode.Cast<WfNamespaceDeclaration>() || ownerNode.Cast<WfModule>())
						{
							writer.WriteString(L"GLOBAL_NAME ");
							writer.WriteString(config->ConvertName(symbol->name));
							return;
						}
						else if(auto closureInfo = GetClosureInfo(node, (forLambdaArgument ? nullptr : symbol)))
						{
							if (closureInfo->symbols.Values().Contains(symbol.Obj()))
							{
								writer.WriteString(L"this->");
								writer.WriteString(config->ConvertName(symbol->name));
								return;
							}
							else if (closureInfo->ctorArgumentSymbols.Values().Contains(symbol.Obj()))
							{
								writer.WriteString(L"__vwsnctor_");
								writer.WriteString(config->ConvertName(symbol->name));
								return;
							}
						}
						writer.WriteString(config->ConvertName(symbol->name));
						return;
					}
					else if (auto funcDecl = symbol->creatorNode.Cast<WfFunctionDeclaration>())
					{
						auto ownerNode = symbol->ownerScope->ownerNode;
						if (ownerNode.Cast<WfNamespaceDeclaration>() || ownerNode.Cast<WfModule>())
						{
							writer.WriteString(config->ConvertType(symbol->typeInfo.Obj()));
							writer.WriteString(L"(GLOBAL_OBJ, &GLOBAL_SYMBOL ");
							writer.WriteString(config->ConvertName(symbol->name));
							writer.WriteString(L")");
							return;
						}
						else if (auto classExpr = ownerNode.Cast<WfNewInterfaceExpression>())
						{
							writer.WriteString(config->ConvertType(symbol->typeInfo.Obj()));
							writer.WriteString(L"(this, &");
							writer.WriteString(config->classExprs[classExpr.Obj()]);
							writer.WriteString(L"::");
							writer.WriteString(config->ConvertName(symbol->name));
							writer.WriteString(L")");
							return;
						}
						else if (symbol->ownerScope->functionConfig && symbol->ownerScope->functionConfig->lambda && symbol->name == funcDecl->name.value)
						{
							auto scope = config->manager->nodeScopes[funcDecl.Obj()];
							auto closureInfo = config->closureInfos[dynamic_cast<WfFunctionExpression*>(scope->ownerNodeSource)];

							writer.WriteString(L"vl::Func(::");
							writer.WriteString(config->assemblyNamespace);
							writer.WriteString(L"::");
							writer.WriteString(closureInfo->lambdaClassName);
							writer.WriteString(L"(");

							for (auto [symbolName, index] : indexed(closureInfo->symbols.Keys()))
							{
								if (index > 0)
								{
									writer.WriteString(L", ");
								}
								writer.WriteString(config->ConvertName(symbol->name));
							}

							for (auto [thisType, index] : indexed(closureInfo->thisTypes))
							{
								if (index > 0 || closureInfo->symbols.Count() > 0)
								{
									writer.WriteString(L", ");
								}
								writer.WriteString(L" __vwsnctorthis_" + itow(index));
							}

							writer.WriteString(L"))");
							return;
						}
					}
					else if (symbol->creatorNode.Cast<WfFunctionArgument>())
					{
						if (auto closureInfo = GetClosureInfo(node, (forLambdaArgument ? nullptr : symbol)))
						{
							//if (closureInfo->symbols.Values().Contains(symbol.Obj()))
							//{
							//	writer.WriteString(L"this->");
							//	writer.WriteString(config->ConvertName(symbol->name));
							//	return;
							//}
							//else
							if (closureInfo->ctorArgumentSymbols.Values().Contains(symbol.Obj()))
							{
								writer.WriteString(L"__vwsnctor_");
								writer.WriteString(config->ConvertName(symbol->name));
								return;
							}
						}
						writer.WriteString(config->ConvertName(symbol->name));
						return;
					}
					writer.WriteString(config->ConvertName(symbol->name));
				}

				enum class CommaPosition
				{
					Left,
					Right,
					No,
				};

				bool IsCppRefGenericType(ITypeInfo* type)
				{
					switch (type->GetHint())
					{
					case TypeInfoHint::Array:
					case TypeInfoHint::List:
					case TypeInfoHint::SortedList:
					case TypeInfoHint::ObservableList:
					case TypeInfoHint::Dictionary:
						return true;
					default:
						return false;
					}
				}

				template<typename TReturnValue>
				void WriteReturnValue(ITypeInfo* type, const TReturnValue& returnValueCallback, bool castReturnValue)
				{
					if (castReturnValue)
					{
						if (IsCppRefGenericType(type) || type->GetHint() == TypeInfoHint::NativeCollectionReference)
						{
							writer.WriteString(L"::vl::__vwsn::UnboxCollection<");
							writer.WriteString(config->ConvertType(type->GetTypeDescriptor()));
							writer.WriteString(L">(");
							returnValueCallback();
							writer.WriteString(L")");
							return;
						}
					}
					returnValueCallback();
				}

				template<typename TType, typename TInvoke, typename TArgument, typename TInfo>
				void WriteInvokeTemplate(vint count, ITypeInfo* returnType, const TType& typeCallback, const TInvoke& invokeCallback, const TArgument& argumentCallback, TInfo* info, bool castReturnValue)
				{
					auto unboxedArgumentCallback = [&](vint index)
					{
						auto type = typeCallback(index);
						if (IsCppRefGenericType(type))
						{
							writer.WriteString(L"::vl::reflection::description::UnboxParameter<");
							{
								switch (type->GetHint())
								{
								case TypeInfoHint::Array:
									writer.WriteString(L"::vl::collections::Array<");
									break;
								case TypeInfoHint::List:
									writer.WriteString(L"::vl::collections::List<");
									break;
								case TypeInfoHint::SortedList:
									writer.WriteString(L"::vl::collections::SortedList<");
									break;
								case TypeInfoHint::ObservableList:
									writer.WriteString(L"::vl::collections::ObservableList<");
									break;
								case TypeInfoHint::Dictionary:
									writer.WriteString(L"::vl::collections::Dictionary<");
									break;
								default:;
								}

								vint count = type->GetElementType()->GetGenericArgumentCount();
								for (vint i = 0; i < count; i++)
								{
									if (i > 0) writer.WriteString(L", ");
									writer.WriteString(config->ConvertType(type->GetElementType()->GetGenericArgument(i)));
								}
							}
							writer.WriteString(L">>(::vl::__vwsn::Box(");
							argumentCallback(info, index);
							writer.WriteString(L")).Ref()");
						}
						else
						{
							argumentCallback(info, index);
						}
					};
					WriteReturnValue(returnType, [&]() { invokeCallback(unboxedArgumentCallback); }, castReturnValue);
				}

				template<typename TThis, typename TArgument>
				void WriteMethodTemplate(const WString& templateValue, IMethodInfo* methodInfo, const TThis& thisCallback, const TArgument& argumentCallback, bool castReturnValue)
				{
					WriteInvokeTemplate(methodInfo->GetParameterCount(), methodInfo->GetReturn(), [&](vint index) { return methodInfo->GetParameter(index)->GetType(); },
						[&](auto&& unboxedArgumentCallback)
						{
							WriteTemplate(templateValue, [&](const WString& item)
							{
								auto cp = CommaPosition::No;
								vint count = methodInfo->GetParameterCount();

								if (item == L"$Type")
								{
									writer.WriteString(config->ConvertType(methodInfo->GetOwnerTypeDescriptor()));
									return true;
								}
								else if (item == L"$Func")
								{
									writer.WriteString(config->ConvertFunctionType(methodInfo));
									return true;
								}
								else if (item == L"$Name")
								{
									writer.WriteString(config->ConvertName(methodInfo->GetName()));
									return true;
								}
								else if (item == L"$This")
								{
									if (!methodInfo->IsStatic())
									{
										return thisCallback(methodInfo);
									}
								}
								else if (item == L"$Arguments")
								{
									if (count == 0)
									{
										return true;
									}
								}
								else if (item == L", $Arguments")
								{
									if (count == 0)
									{
										return true;
									}
									cp = CommaPosition::Left;
								}
								else if (item == L"$Arguments, ")
								{
									if (count == 0)
									{
										return true;
									}
									cp = CommaPosition::Right;
								}
								else
								{
									return false;
								}

								if (count > 0)
								{
									if (cp == CommaPosition::Left) writer.WriteString(L", ");
									for (vint i = 0; i < count; i++)
									{
										if (i > 0) writer.WriteString(L", ");
										unboxedArgumentCallback(i);
									}
									if (cp == CommaPosition::Right) writer.WriteString(L", ");
								}
								return true;
							});
						}, argumentCallback, methodInfo, castReturnValue);
				}

				template<typename TThis>
				void WritePropertyTemplate(const WString& templateValue, IPropertyInfo* propertyInfo, const TThis& thisCallback, bool castReturnValue)
				{
					WriteReturnValue(propertyInfo->GetReturn(),
						[&]()
						{
							WriteTemplate(templateValue, [&](const WString& item)
							{
								if (item == L"$Type")
								{
									writer.WriteString(config->ConvertType(propertyInfo->GetOwnerTypeDescriptor()));
									return true;
								}
								else if (item == L"$Name")
								{
									writer.WriteString(config->ConvertName(propertyInfo->GetName()));
									return true;
								}
								else if (item == L"$This")
								{
									return thisCallback(propertyInfo);
								}
								return false;
							});
						}, castReturnValue);
				}

				template<typename TThis, typename THandler, typename TArgument>
				void WriteEventTemplate(const WString& templateValue, IEventInfo* eventInfo, const TThis& thisCallback, const THandler& handlerCallback, const TArgument& argumentCallback)
				{
					auto handlerType = eventInfo->GetHandlerType()->GetElementType();
					WriteInvokeTemplate(handlerType->GetGenericArgumentCount() - 1, handlerType->GetGenericArgument(0), [&](vint index) { return handlerType->GetGenericArgument(index + 1); },
						[&](auto&& unboxedArgumentCallback)
						{
							WriteTemplate(templateValue, [&](const WString& item)
							{
								auto cp = CommaPosition::No;
								vint count = eventInfo->GetHandlerType()->GetElementType()->GetGenericArgumentCount() - 1;

								if (item == L"$Name")
								{
									writer.WriteString(config->ConvertName(eventInfo->GetName()));
									return true;
								}
								else if (item == L"$This")
								{
									return thisCallback(eventInfo);
								}
								else if (item == L"$Handler")
								{
									return handlerCallback(eventInfo);
								}
								else if (item == L"$Arguments")
								{
									if (count == 0)
									{
										return true;
									}
								}
								else if (item == L", $Arguments")
								{
									if (count == 0)
									{
										return true;
									}
									cp = CommaPosition::Left;
								}
								else if (item == L"$Arguments, ")
								{
									if (count == 0)
									{
										return true;
									}
									cp = CommaPosition::Right;
								}
								else
								{
									return false;
								}

								if (count > 0)
								{
									if (cp == CommaPosition::Left) writer.WriteString(L", ");
									for (vint i = 0; i < count; i++)
									{
										if (i > 0) writer.WriteString(L", ");
										unboxedArgumentCallback(i);
									}
									if (cp == CommaPosition::Right) writer.WriteString(L", ");
								}
								return true;
							});
						}, argumentCallback, eventInfo, false);
				}

				template<typename TMethodThis, typename TPropertyThis>
				bool WriteReferenceTemplate(ResolveExpressionResult& result, const TMethodThis& methodThis, const TPropertyThis& propertyThis, bool castReturnValue)
				{
					if (result.methodInfo)
					{
						if (CppExists(result.methodInfo))
						{
							auto methodInfo = result.methodInfo;
							WriteMethodTemplate(CppGetClosureTemplate(methodInfo), methodInfo, methodThis, [&](IMethodInfo*, vint){}, castReturnValue);
						}
						else
						{
							WriteNotExists(result.methodInfo);
						}
						return true;
					}
					else if (result.propertyInfo)
					{
						if (CppExists(result.propertyInfo))
						{
							if (result.propertyInfo->GetCpp() == nullptr && result.propertyInfo->GetGetter() != nullptr)
							{
								auto methodInfo = result.propertyInfo->GetGetter();
								WriteMethodTemplate(CppGetInvokeTemplate(methodInfo), methodInfo, methodThis, [&](IMethodInfo*, vint){}, castReturnValue);
							}
							else
							{
								auto templateValue = CppGetReferenceTemplate(result.propertyInfo);
								auto propertyInfo = result.propertyInfo;
								WritePropertyTemplate(CppGetReferenceTemplate(propertyInfo), propertyInfo, propertyThis, castReturnValue);
							}
						}
						else
						{
							WriteNotExists(result.propertyInfo);
						}
						return true;
					}
					else
					{
						return false;
					}
				}

				void VisitReferenceExpression(WfExpression* node, const WString& name)
				{
					auto result = config->manager->expressionResolvings[node];
					bool success = WriteReferenceTemplate(result,
						[&](IMethodInfo* methodInfo)
						{
							VisitThisExpression(node, methodInfo->GetOwnerTypeDescriptor());
							return true;
						},
						[&](IPropertyInfo* propertyInfo)
						{
							auto isRef = (propertyInfo->GetOwnerTypeDescriptor()->GetTypeDescriptorFlags() & TypeDescriptorFlags::ReferenceType) != TypeDescriptorFlags::Undefined;
							VisitThisExpression(node, propertyInfo->GetOwnerTypeDescriptor());
							return true;
						}, useReturnValue);

					if (!success)
					{
						if (result.symbol)
						{
							VisitSymbol(node, result.symbol, false);
						}
						else
						{
							if ((result.type->GetTypeDescriptor()->GetTypeDescriptorFlags() & TypeDescriptorFlags::EnumType) != TypeDescriptorFlags::Undefined)
							{
								auto enumType = result.type->GetTypeDescriptor()->GetEnumType();
								Ptr<ITypeInfo> enumValueType;
								if (result.type->GetDecorator() == ITypeInfo::TypeDescriptor)
								{
									enumValueType = result.type;
								}
								else
								{
									enumValueType = Ptr(new TypeDescriptorTypeInfo(result.type->GetTypeDescriptor(), TypeInfoHint::Normal));
								}
								vint index = enumType->IndexOfItem(name);
								if (index != -1)
								{
									ITypeInfo* types[] = { enumValueType.Obj(),result.type.Obj() };
									ConvertMultipleTypes(types, (sizeof(types) / sizeof(*types)), [=, this]()
									{
										writer.WriteString(config->ConvertType(result.type->GetTypeDescriptor()));
										writer.WriteString(L"::");
										writer.WriteString(name);
									});
									return;
								}
							}
							CHECK_FAIL(L"WfGenerateExpressionVisitor::VisitReferenceExpression(WfExpression*, const WString&)#Internal error, cannot find any record of this expression.");
						}
					}
				}
				
				void WriteClosureArguments(Ptr<WfCppConfig::ClosureInfo> closureInfo, WfExpression* node)
				{
					vint index = 0;

					for (auto symbol : From(closureInfo->symbols.Values()).Union(closureInfo->ctorArgumentSymbols.Values()))
					{
						if (index++ > 0)
						{
							writer.WriteString(L", ");
						}
						VisitSymbol(node, symbol, true);
					}

					for (auto thisType : closureInfo->thisTypes)
					{
						if (index++ > 0)
						{
							writer.WriteString(L", ");
						}
						VisitThisExpression(node, thisType);
					}
				}

				void Visit(WfThisExpression* node)override
				{
					auto result = config->manager->expressionResolvings[node];
					VisitThisExpression(node, result.type->GetTypeDescriptor());
				}

				void Visit(WfTopQualifiedExpression* node)override
				{
					VisitReferenceExpression(node, node->name.value);
				}

				void Visit(WfReferenceExpression* node)override
				{
					VisitReferenceExpression(node, node->name.value);
				}

				void Visit(WfOrderedNameExpression* node)override
				{
					VisitReferenceExpression(node, node->name.value);
				}

				void Visit(WfOrderedLambdaExpression* node)override
				{
					writer.WriteString(L"vl::Func(::");
					writer.WriteString(config->assemblyNamespace);
					writer.WriteString(L"::");
					writer.WriteString(config->lambdaExprs[node]);
					writer.WriteString(L"(");

					auto closureInfo = config->closureInfos[node];
					WriteClosureArguments(closureInfo, node);

					writer.WriteString(L"))");
				}

				void Visit(WfMemberExpression* node)override
				{
					auto result = config->manager->expressionResolvings[node];
					auto parentResult = config->manager->expressionResolvings[node->parent.Obj()];
					WriteReferenceTemplate(result,
						[&](IMethodInfo* methodInfo)
						{
							writer.WriteString(L"::vl::__vwsn::This(");
							Call(node->parent);
							if (parentResult.type->GetDecorator() == ITypeInfo::SharedPtr)
							{
								writer.WriteString(L".Obj()");
							}
							writer.WriteString(L")");
							return true;
						},
						[&](IPropertyInfo* propertyInfo)
						{
							auto isRef = (propertyInfo->GetOwnerTypeDescriptor()->GetTypeDescriptorFlags() & TypeDescriptorFlags::ReferenceType) != TypeDescriptorFlags::Undefined;
							if (isRef) writer.WriteString(L"::vl::__vwsn::This(");
							Call(node->parent);
							if (parentResult.type->GetDecorator() == ITypeInfo::SharedPtr)
							{
								writer.WriteString(L".Obj()");
							}
							else if (parentResult.type->GetDecorator() == ITypeInfo::Nullable)
							{
								writer.WriteString(L".Value()");
							}
							if (isRef) writer.WriteString(L")");
							return true;
						}, useReturnValue);
				}

				void Visit(WfChildExpression* node)override
				{
					VisitReferenceExpression(node, node->name.value);
				}

				void Visit(WfLiteralExpression* node)override
				{
					switch (node->value)
					{
					case WfLiteralValue::Null:
						{
							auto result = config->manager->expressionResolvings[node];
							switch (result.type->GetDecorator())
							{
							case ITypeInfo::Nullable:
							case ITypeInfo::SharedPtr:
								writer.WriteString(config->ConvertType(result.type.Obj()));
								writer.WriteString(L"()");
								break;
							case ITypeInfo::TypeDescriptor:
								writer.WriteString(L"::vl::reflection::description::Value()");
								break;
							default:
								writer.WriteString(L"static_cast<");
								writer.WriteString(config->ConvertType(result.type.Obj()));
								writer.WriteString(L">(nullptr)");
							}
						}
						break;
					case WfLiteralValue::True:
						writer.WriteString(L"true");
						break;
					case WfLiteralValue::False:
						writer.WriteString(L"false");
						break;
					default:;
					}
				}

				void Visit(WfFloatingExpression* node)override
				{
					auto result = config->manager->expressionResolvings[node];
					auto td = result.type->GetTypeDescriptor();

					writer.WriteString(L"static_cast<");
					writer.WriteString(config->ConvertType(td));
					writer.WriteString(L">(");
					if (td == description::GetTypeDescriptor<float>())
					{
						writer.WriteString(node->value.value + L"f");
					}
					else
					{
						writer.WriteString(node->value.value);
					}
					writer.WriteString(L")");
				}

				void Visit(WfIntegerExpression* node)override
				{
					auto result = config->manager->expressionResolvings[node];
					auto td = result.type->GetTypeDescriptor();

					writer.WriteString(L"static_cast<");
					writer.WriteString(config->ConvertType(td));
					writer.WriteString(L">(");
					if (td == description::GetTypeDescriptor<vuint32_t>())
					{
						writer.WriteString(node->value.value + L"U");
					}
					else if (td == description::GetTypeDescriptor<vint64_t>())
					{
						writer.WriteString(node->value.value + L"L");
					}
					else if (td == description::GetTypeDescriptor<vuint64_t>())
					{
						writer.WriteString(node->value.value + L"UL");
					}
					else
					{
						writer.WriteString(node->value.value);
					}
					writer.WriteString(L")");
				}

				void Visit(WfStringExpression* node)override
				{
					WriteWStringLiteralUnmanaged(writer, node->value.value);
				}

				void Visit(WfUnaryExpression* node)override
				{
					auto result = config->manager->expressionResolvings[node];
					switch (node->op)
					{
					case WfUnaryOperator::Positive:
						writer.WriteString(L"(+ ");
						Call(node->operand, result.type.Obj());
						writer.WriteString(L")");
						break;
					case WfUnaryOperator::Negative:
						writer.WriteString(L"(- ");
						Call(node->operand, result.type.Obj());
						writer.WriteString(L")");
						break;
					case WfUnaryOperator::Not:
						{
							if (result.type->GetTypeDescriptor() == description::GetTypeDescriptor<bool>())
							{
								writer.WriteString(L"(! ");
							}
							else
							{
								if (BinaryNeedConvert(result.type->GetTypeDescriptor()))
								{
									writer.WriteString(L"static_cast<");
									writer.WriteString(config->ConvertType(result.type->GetTypeDescriptor()));
									writer.WriteString(L">");
								}
								writer.WriteString(L"(~ ");
							}
							Call(node->operand, result.type.Obj());
							writer.WriteString(L")");
						}
						break;
					default:;
					}
				}

				void VisitBinaryExpression(WfBinaryExpression* node, const wchar_t* op, ITypeDescriptor* resultType, ITypeInfo* operandType)
				{
					if (resultType)
					{
						writer.WriteString(L"static_cast<");
						writer.WriteString(config->ConvertType(resultType));
						writer.WriteString(L">");
					}
					writer.WriteString(L"(");
					Call(node->first, operandType);
					writer.WriteString(L" ");
					writer.WriteString(op);
					writer.WriteString(L" ");
					Call(node->second, operandType);
					writer.WriteString(L")");
				}

				bool BinaryNeedConvert(ITypeDescriptor* type)
				{
					return type == description::GetTypeDescriptor<vint8_t>()
						|| type == description::GetTypeDescriptor<vint16_t>()
						|| type == description::GetTypeDescriptor<vuint8_t>()
						|| type == description::GetTypeDescriptor<vuint16_t>()
						;
				}

				void Visit(WfBinaryExpression* node)override
				{
					if (node->op == WfBinaryOperator::Assign)
					{
						auto result = config->manager->expressionResolvings[node->first.Obj()];
						if (result.propertyInfo)
						{
							auto propInfo = result.propertyInfo;
							auto member = node->first.Cast<WfMemberExpression>();

							if (CppExists(propInfo))
							{
								if (propInfo->GetCpp() == nullptr && propInfo->GetSetter() != nullptr)
								{
									WriteMethodTemplate(CppGetInvokeTemplate(propInfo->GetSetter()), propInfo->GetSetter(),
										[&](IMethodInfo*)
										{
											if (member)
											{
												writer.WriteString(L"::vl::__vwsn::This(");
												Call(member->parent);
												auto parentResult = config->manager->expressionResolvings[member->parent.Obj()];
												if (parentResult.type->GetDecorator() == ITypeInfo::SharedPtr)
												{
													writer.WriteString(L".Obj()");
												}
												writer.WriteString(L")");
											}
											else
											{
												VisitThisExpression(node->first.Obj(), propInfo->GetOwnerTypeDescriptor());
											}
											return true;
										},
										[&](IMethodInfo*, vint index)
										{
											Call(node->second);
										}, useReturnValue);
								}
								else
								{
									writer.WriteString(L"(");
									WritePropertyTemplate(CppGetReferenceTemplate(propInfo), propInfo,
										[&](IPropertyInfo*)
										{
											if (member)
											{
												writer.WriteString(L"::vl::__vwsn::This(");
												Call(member->parent);
												auto parentResult = config->manager->expressionResolvings[member->parent.Obj()];
												if (parentResult.type->GetDecorator() == ITypeInfo::SharedPtr)
												{
													writer.WriteString(L".Obj()");
												}
												writer.WriteString(L")");
											}
											else
											{
												VisitThisExpression(node->first.Obj(), propInfo->GetOwnerTypeDescriptor());
											}
											return true;
										}, true);
									writer.WriteString(L" = ");
									Call(node->second, propInfo->GetReturn());
									writer.WriteString(L")");
								}
							}
							else
							{
								WriteNotExists(propInfo);
							}
						}
						else if (auto binary = node->first.Cast<WfBinaryExpression>())
						{
							auto containerType = config->manager->expressionResolvings[binary->first.Obj()].type.Obj();
							if (IsCppRefGenericType(containerType))
							{
								Call(binary->first, nullptr, false);
								writer.WriteString(L".Set(");
								Call(binary->second);
								writer.WriteString(L", ");
								Call(node->second);
								writer.WriteString(L")");
							}
							else
							{
								auto keyType = config->manager->expressionResolvings[binary->second.Obj()].type.Obj();
								auto valueType = config->manager->expressionResolvings[node->second.Obj()].type.Obj();
								writer.WriteString(L"::vl::__vwsn::This(");
								Call(binary->first);
								writer.WriteString(L".Obj())->Set(");
								if (containerType->GetTypeDescriptor() == description::GetTypeDescriptor<IValueDictionary>())
								{
									WriteBoxValue(keyType, [&]() {Call(binary->second); });
								}
								else
								{
									Call(binary->second);
								}
								writer.WriteString(L", ");
								WriteBoxValue(valueType, [&]() {Call(node->second); });
								writer.WriteString(L")");
							}
						}
						else
						{
							VisitBinaryExpression(node, L"=", nullptr, nullptr);
						}
					}
					else if (node->op == WfBinaryOperator::Index)
					{
						auto containerType = config->manager->expressionResolvings[node->first.Obj()].type.Obj();
						if (IsCppRefGenericType(containerType))
						{
							Call(node->first, nullptr, false);
							writer.WriteString(L"[");
							Call(node->second);
							writer.WriteString(L"]");
						}
						else
						{
							auto keyType = config->manager->expressionResolvings[node->second.Obj()].type.Obj();
							auto valueType = config->manager->expressionResolvings[node].type.Obj();
							WriteUnboxValue(valueType, [&]()
							{
								writer.WriteString(L"::vl::__vwsn::This(");
								Call(node->first);
								writer.WriteString(L".Obj())->Get(");
								if (containerType->GetTypeDescriptor()->CanConvertTo(description::GetTypeDescriptor<IValueReadonlyDictionary>()))
								{
									WriteBoxValue(keyType, [&]() {Call(node->second); });
								}
								else
								{
									Call(node->second);
								}
								writer.WriteString(L")");
							});
						}
					}
					else if (node->op == WfBinaryOperator::FlagAnd)
					{
						auto type = config->manager->expressionResolvings[node].type;
						if (type->GetTypeDescriptor() == description::GetTypeDescriptor<WString>())
						{
							VisitBinaryExpression(node, L"+", nullptr, type.Obj());
						}
						else
						{
							VisitBinaryExpression(node, L"&", nullptr, nullptr);
						}
					}
					else if (node->op == WfBinaryOperator::FlagOr)
					{
						VisitBinaryExpression(node, L"|", nullptr, nullptr);
					}
					else if (node->op == WfBinaryOperator::FailedThen)
					{
						auto firstResult = config->manager->expressionResolvings[node->first.Obj()];
						auto secondResult = config->manager->expressionResolvings[node->second.Obj()];
						auto mergedType = GetMergedType(firstResult.type, secondResult.type);

						writer.WriteString(L"[&](){ try{ return ");
						Call(node->first, mergedType.Obj());
						writer.WriteString(L"; } catch(...){ return ");
						Call(node->second, mergedType.Obj());
						writer.WriteString(L"; } }()");
					}
					else
					{
						auto result = config->manager->expressionResolvings[node];
						auto firstResult = config->manager->expressionResolvings[node->first.Obj()];
						auto secondResult = config->manager->expressionResolvings[node->second.Obj()];
						auto mergedType = GetMergedType(firstResult.type, secondResult.type);

						switch (node->op)
						{
						case WfBinaryOperator::Exp:
							writer.WriteString(L"static_cast<");
							writer.WriteString(config->ConvertType(result.type->GetTypeDescriptor()));
							writer.WriteString(L">(pow(static_cast<double>(");
							Call(node->first);
							writer.WriteString(L"), static_cast<double>(");
							Call(node->second);
							writer.WriteString(L")))");
							return;
						case WfBinaryOperator::Add:
						case WfBinaryOperator::Sub:
						case WfBinaryOperator::Mul:
						case WfBinaryOperator::Div:
						case WfBinaryOperator::Mod:
						case WfBinaryOperator::Shl:
						case WfBinaryOperator::Shr:
							{
								const wchar_t* op = nullptr;
								switch (node->op)
								{
								case WfBinaryOperator::Add: op = L"+"; break;
								case WfBinaryOperator::Sub: op = L"-"; break;
								case WfBinaryOperator::Mul: op = L"*"; break;
								case WfBinaryOperator::Div: op = L"/"; break;
								case WfBinaryOperator::Mod: op = L"%"; break;
								case WfBinaryOperator::Shl: op = L"<<"; break;
								case WfBinaryOperator::Shr: op = L">>"; break;
								default:;
								}
								VisitBinaryExpression(node, op, (BinaryNeedConvert(result.type->GetTypeDescriptor()) ? result.type->GetTypeDescriptor() : nullptr), result.type.Obj());
							}
							return;
						case WfBinaryOperator::EQ:
						case WfBinaryOperator::NE:
							{
								if (firstResult.type->GetDecorator() == ITypeInfo::RawPtr || firstResult.type->GetDecorator() == ITypeInfo::SharedPtr)
								{
									auto td = mergedType->GetTypeDescriptor();
									auto tdFirst = firstResult.type->GetTypeDescriptor();
									auto tdSecond = secondResult.type->GetTypeDescriptor();
									auto dFirst = firstResult.type->GetDecorator();
									auto dSecond = secondResult.type->GetDecorator();

									writer.WriteString(L"(");

									if (td != tdFirst)
									{
										writer.WriteString(L"static_cast<");
										writer.WriteString(config->ConvertType(tdFirst));
										writer.WriteString(L"*>(");
									}
									Call(node->first);
									if (dFirst == ITypeInfo::SharedPtr)
									{
										writer.WriteString(L".Obj()");
									}
									if (td != tdFirst)
									{
										writer.WriteString(L")");
									}

									if (node->op == WfBinaryOperator::EQ)
									{
										writer.WriteString(L" == ");
									}
									else
									{
										writer.WriteString(L" != ");
									}

									if (td != tdSecond)
									{
										writer.WriteString(L"static_cast<");
										writer.WriteString(config->ConvertType(tdSecond));
										writer.WriteString(L"*>(");
									}
									Call(node->second);
									if (dSecond == ITypeInfo::SharedPtr)
									{
										writer.WriteString(L".Obj()");
									}
									if (td != tdSecond)
									{
										writer.WriteString(L")");
									}

									writer.WriteString(L")");
									return;
								}
							}
						case WfBinaryOperator::LT:
						case WfBinaryOperator::GT:
						case WfBinaryOperator::LE:
						case WfBinaryOperator::GE:
							{
								const wchar_t* op = nullptr;
								switch (node->op)
								{
								case WfBinaryOperator::LT: op = L"<"; break;
								case WfBinaryOperator::GT: op = L">"; break;
								case WfBinaryOperator::LE: op = L"<="; break;
								case WfBinaryOperator::GE: op = L">="; break;
								case WfBinaryOperator::EQ: op = L"=="; break;
								case WfBinaryOperator::NE: op = L"!="; break;
								default:;
								}
								VisitBinaryExpression(node, op, nullptr, mergedType.Obj());
							}
							return;
						case WfBinaryOperator::Xor:
						case WfBinaryOperator::And:
						case WfBinaryOperator::Or:
							{
								auto td = result.type->GetTypeDescriptor();
								const wchar_t* op = nullptr;
								if (td == description::GetTypeDescriptor<bool>())
								{
									switch (node->op)
									{
									case WfBinaryOperator::Xor: op = L"^"; break;
									case WfBinaryOperator::And: op = L"&&"; break;
									case WfBinaryOperator::Or: op = L"||"; break;
									default:;
									}
									if (node->op != WfBinaryOperator::Xor)
									{
										td = nullptr;
									}
								}
								else
								{
									switch (node->op)
									{
									case WfBinaryOperator::Xor: op = L"^"; break;
									case WfBinaryOperator::And: op = L"&"; break;
									case WfBinaryOperator::Or: op = L"|"; break;
									default:;
									}
									if (!BinaryNeedConvert(td))
									{
										td = nullptr;
									}
								}
								VisitBinaryExpression(node, op, td, result.type.Obj());
							}
							return;
						default:;
						}
					}
				}

				void Visit(WfLetExpression* node)override
				{
					auto scope = config->manager->nodeScopes[node];
					writer.WriteString(L"[&](");
					for (auto [letVar, index] : indexed(node->variables))
					{
						if (index > 0)
						{
							writer.WriteString(L", ");
						}
						writer.WriteString(L"auto ");
						writer.WriteString(config->ConvertName(letVar->name.value));
					}
					writer.WriteString(L"){ return ");
					Call(node->expression);
					writer.WriteString(L"; }(");
					for (auto [letVar, index] : indexed(node->variables))
					{
						if (index > 0)
						{
							writer.WriteString(L", ");
						}
						auto symbol = scope->symbols[letVar->name.value][0];
						Call(letVar->value, symbol->typeInfo.Obj());
					}
					writer.WriteString(L")");
				}

				void Visit(WfIfExpression* node)override
				{
					auto firstResult = config->manager->expressionResolvings[node->trueBranch.Obj()];
					auto secondResult = config->manager->expressionResolvings[node->falseBranch.Obj()];
					auto mergedType = GetMergedType(firstResult.type, secondResult.type);

					writer.WriteString(L"(");
					Call(node->condition);
					writer.WriteString(L" ? ");
					Call(node->trueBranch, mergedType.Obj());
					writer.WriteString(L" : ");
					Call(node->falseBranch, mergedType.Obj());
					writer.WriteString(L")");
				}

				void Visit(WfRangeExpression* node)override
				{
					auto result = config->manager->expressionResolvings[node];
					auto elementType = result.type->GetElementType()->GetGenericArgument(0);

					writer.WriteString(L"::vl::__vwsn::Range(");
					Call(node->begin, elementType);
					if (node->beginBoundary == WfRangeBoundary::Exclusive)
					{
						writer.WriteString(L" + 1");
					}
					writer.WriteString(L", ");
					Call(node->end, elementType);
					if (node->endBoundary == WfRangeBoundary::Inclusive)
					{
						writer.WriteString(L" + 1");
					}
					writer.WriteString(L")");
				}

				void Visit(WfSetTestingExpression* node)override
				{
					if (auto range = node->collection.Cast<WfRangeExpression>())
					{
						auto resultElement = config->manager->expressionResolvings[node->element.Obj()];
						auto resultBegin = config->manager->expressionResolvings[range->begin.Obj()];
						auto resultEnd = config->manager->expressionResolvings[range->end.Obj()];

						writer.WriteString(L"[&](auto __vwsn_1){ return ");
						if (node->test == WfSetTesting::NotIn)
						{
							writer.WriteString(L"!");
						}
						writer.WriteString(L"(");

						Call(range->begin);
						writer.WriteString(range->beginBoundary == WfRangeBoundary::Inclusive ? L" <= " : L" < ");
						writer.WriteString(L" __vwsn_1 && __vwsn_1");
						writer.WriteString(range->endBoundary == WfRangeBoundary::Inclusive ? L" <= " : L" < ");
						Call(range->end);

						writer.WriteString(L"); }(");
						Call(node->element, resultElement.type.Obj());
						writer.WriteString(L")");
					}
					else
					{
						auto result = config->manager->expressionResolvings[node->collection.Obj()];
						auto elementType = result.type->GetElementType()->GetGenericArgument(0);

						if (node->test == WfSetTesting::NotIn)
						{
							writer.WriteString(L"(! ");
						}

						writer.WriteString(L"::vl::__vwsn::InSet(");
						Call(node->element, elementType);
						writer.WriteString(L", ");
						Call(node->collection);
						writer.WriteString(L")");

						if (node->test == WfSetTesting::NotIn)
						{
							writer.WriteString(L")");
						}
					}
				}

				void Visit(WfConstructorExpression* node)override
				{
					auto result = config->manager->expressionResolvings[node];
					auto td = result.type->GetTypeDescriptor();
					if (node->arguments.Count() == 0)
					{
						if ((td->GetTypeDescriptorFlags() & TypeDescriptorFlags::StructType) != TypeDescriptorFlags::Undefined)
						{
							writer.WriteString(config->ConvertType(result.type.Obj()) + L"{}");
						}
						else
						{
							writer.WriteString(config->ConvertType(td) + L"::Create()");
						}
					}
					else
					{
						if (result.type->GetTypeDescriptor() == description::GetTypeDescriptor<IValueArray>())
						{
							auto elementType = result.type->GetElementType()->GetGenericArgument(0);
							writer.WriteString(L"(::vl::__vwsn::CreateArray().Resize(");
							writer.WriteString(itow(node->arguments.Count()));
							writer.WriteString(L")");

							for (auto&& [argument, index] : indexed(node->arguments))
							{
								writer.WriteString(L".Set(");
								writer.WriteString(itow(index));
								writer.WriteString(L", ");
								Call(argument->key);
								writer.WriteString(L")");
							}

							writer.WriteString(L").list");
						}
						else if (result.type->GetTypeDescriptor() == description::GetTypeDescriptor<IValueList>())
						{
							auto elementType = result.type->GetElementType()->GetGenericArgument(0);
							writer.WriteString(L"(::vl::__vwsn::CreateList()");

							for (auto argument : node->arguments)
							{
								writer.WriteString(L".Add(");
								Call(argument->key);
								writer.WriteString(L")");
							}

							writer.WriteString(L").list");
						}
						else if (result.type->GetTypeDescriptor() == description::GetTypeDescriptor<IValueObservableList>())
						{
							auto elementType = result.type->GetElementType()->GetGenericArgument(0);
							writer.WriteString(L"(::vl::__vwsn::CreateObservableList()");

							for (auto argument : node->arguments)
							{
								writer.WriteString(L".Add(");
								Call(argument->key);
								writer.WriteString(L")");
							}

							writer.WriteString(L").list");
						}
						else if (result.type->GetTypeDescriptor() == description::GetTypeDescriptor<IValueDictionary>())
						{
							auto keyType = result.type->GetElementType()->GetGenericArgument(0);
							auto valueType = result.type->GetElementType()->GetGenericArgument(1);
							writer.WriteString(L"(::vl::__vwsn::CreateDictionary()");

							for (auto argument : node->arguments)
							{
								writer.WriteString(L".Add(");
								Call(argument->key);
								writer.WriteString(L", ");
								Call(argument->value);
								writer.WriteString(L")");
							}

							writer.WriteString(L").dictionary");
						}
						else
						{
							writer.WriteString(L"[&](){ ");
							writer.WriteString(config->ConvertType(td));
							writer.WriteString(L" __vwsn_temp__;");

							for (auto argument : node->arguments)
							{
								writer.WriteString(L" __vwsn_temp__.");
								writer.WriteString(argument->key.Cast<WfReferenceExpression>()->name.value);
								writer.WriteString(L" = ");
								Call(argument->value);
								writer.WriteString(L";");
							}

							writer.WriteString(L" return __vwsn_temp__; }()");
						}
					}
				}

				void Visit(WfInferExpression* node)override
				{
					Call(node->expression);
				}

				void Visit(WfTypeCastingExpression* node)override
				{
					auto scope = config->manager->nodeScopes[node].Obj();
					auto typeInfo = CreateTypeInfoFromType(scope, node->type);
					bool strongCast = node->strategy == WfTypeCastingStrategy::Strong;
					auto result = config->manager->expressionResolvings[node->expression.Obj()];
					ConvertType(config, writer, result.type.Obj(), typeInfo.Obj(), [&]() {Call(node->expression); }, strongCast);
				}

				void Visit(WfTypeTestingExpression* node)override
				{
					auto result = config->manager->expressionResolvings[node->expression.Obj()];
					Ptr<ITypeInfo> type;
					if (node->type)
					{
						auto scope = config->manager->nodeScopes[node].Obj();
						type = CreateTypeInfoFromType(scope, node->type);
					}

					switch (result.type->GetDecorator())
					{
					case ITypeInfo::RawPtr:
						{
							switch (node->test)
							{
							case WfTypeTesting::IsNull:
								writer.WriteString(L"(");
								Call(node->expression);
								writer.WriteString(L" == nullptr)");
								break;
							case WfTypeTesting::IsNotNull:
								writer.WriteString(L"(");
								Call(node->expression);
								writer.WriteString(L" != nullptr)");
								break;
							case WfTypeTesting::IsType:
							case WfTypeTesting::IsNotType:
								if (type->GetDecorator() != ITypeInfo::RawPtr)
								{
									writer.WriteString(node->test == WfTypeTesting::IsType ? L"false" : L"true");
								}
								else
								{
									writer.WriteString(L"(::vl::__vwsn::RawPtrCast<");
									writer.WriteString(config->ConvertType(type->GetTypeDescriptor()));
									writer.WriteString(L">(");
									Call(node->expression);
									writer.WriteString(L") ");
									writer.WriteString(node->test == WfTypeTesting::IsType ? L"!=" : L"==");
									writer.WriteString(L" nullptr)");
								}
								break;
							default:;
							}
						}
						break;
					case ITypeInfo::SharedPtr:
						{
							if (result.type->GetElementType()->GetDecorator() == ITypeInfo::Generic)
							{
								auto toCode = [&]()
								{
									return GenerateToStream([&](StreamWriter& writer)
									{
										WfPrint(Ptr(node), WString::Empty, writer);
									});
								};

								if (config->IsSpecialGenericType(result.type.Obj()))
								{
									writer.WriteString(L"/* NOT SUPPORTS: testing against non-reference generic type: ");
									writer.WriteString(toCode());
									writer.WriteString(L" */ __vwsn_not_exists__");
									return;
								}
							}
							switch (node->test)
							{
							case WfTypeTesting::IsNull:
								writer.WriteString(L"(! static_cast<bool>(");
								Call(node->expression);
								writer.WriteString(L"))");
								break;
							case WfTypeTesting::IsNotNull:
								writer.WriteString(L"static_cast<bool>(");
								Call(node->expression);
								writer.WriteString(L")");
								break;
							case WfTypeTesting::IsType:
							case WfTypeTesting::IsNotType:
								if (type->GetDecorator() != ITypeInfo::SharedPtr)
								{
									writer.WriteString(node->test == WfTypeTesting::IsType ? L"false" : L"true");
								}
								else
								{
									writer.WriteString(L"(::vl::__vwsn::RawPtrCast<");
									writer.WriteString(config->ConvertType(type->GetTypeDescriptor()));
									writer.WriteString(L">(");
									Call(node->expression);
									writer.WriteString(L".Obj()) ");
									writer.WriteString(node->test == WfTypeTesting::IsType ? L"!=" : L"==");
									writer.WriteString(L" nullptr)");
								}
								break;
							default:;
							}
						}
						break;
					case ITypeInfo::Nullable:
						{
							switch (node->test)
							{
							case WfTypeTesting::IsNull:
								writer.WriteString(L"(! static_cast<bool>(");
								Call(node->expression);
								writer.WriteString(L"))");
								break;
							case WfTypeTesting::IsNotNull:
								writer.WriteString(L"static_cast<bool>(");
								Call(node->expression);
								writer.WriteString(L")");
								break;
							case WfTypeTesting::IsType:
								if (type->GetTypeDescriptor() == result.type->GetTypeDescriptor())
								{
									writer.WriteString(L"static_cast<bool>(");
									Call(node->expression);
									writer.WriteString(L")");
								}
								else
								{
									writer.WriteString(L"false");
								}
								break;
							case WfTypeTesting::IsNotType:
								if (type->GetTypeDescriptor() == result.type->GetTypeDescriptor())
								{
									writer.WriteString(L"false");
								}
								else
								{
									writer.WriteString(L"true");
								}
								break;
							default:;
							}
						}
						break;
					case ITypeInfo::TypeDescriptor:
						{
							if (result.type->GetTypeDescriptor()->GetTypeDescriptorFlags() == TypeDescriptorFlags::Object)
							{
								switch (node->test)
								{
								case WfTypeTesting::IsNull:
									Call(node->expression);
									writer.WriteString(L".IsNull()");
									break;
								case WfTypeTesting::IsNotNull:
									writer.WriteString(L"(! ");
									Call(node->expression);
									writer.WriteString(L".IsNull())");
									break;
								case WfTypeTesting::IsType:
								case WfTypeTesting::IsNotType:
									if ((type->GetTypeDescriptor()->GetTypeDescriptorFlags() & TypeDescriptorFlags::ReferenceType) != TypeDescriptorFlags::Undefined)
									{
										writer.WriteString(L"[&](){ auto __vwsn_temp__ = ");
										Call(node->expression);
										writer.WriteString(L"; return ");
										if ((type->GetDecorator() == ITypeInfo::RawPtr) == (node->test == WfTypeTesting::IsType))
										{
											writer.WriteString(L"!");
										}
										writer.WriteString(L"__vwsn_temp__.GetSharedPtr() ");
										writer.WriteString(node->test == WfTypeTesting::IsType ? L"&&" : L"||");
										writer.WriteString(L" ::vl::__vwsn::RawPtrCast<");
										writer.WriteString(config->ConvertType(type->GetTypeDescriptor()));
										writer.WriteString(L">(__vwsn_temp__.GetRawPtr()) ");
										writer.WriteString(node->test == WfTypeTesting::IsType ? L"!=" : L"==");
										writer.WriteString(L" nullptr; }()");
									}
									else
									{
										writer.WriteString(L"(dynamic_cast<::vl::reflection::description::IValueType::TypedBox<");
										writer.WriteString(config->ConvertType(type->GetTypeDescriptor()));
										writer.WriteString(L">*>(");
										Call(node->expression);
										writer.WriteString(L".GetBoxedValue().Obj()) ");
										writer.WriteString(node->test == WfTypeTesting::IsType ? L"!=" : L"==");
										writer.WriteString(L" nullptr)");
									}
									break;
								default:;
								}
							}
							else if ((type->GetTypeDescriptor() == result.type->GetTypeDescriptor()) == (node->test == WfTypeTesting::IsType))
							{
								writer.WriteString(L"true");
							}
							else
							{
								writer.WriteString(L"false");
							}
						}
						break;
					default:;
					}
				}

				void Visit(WfTypeOfTypeExpression* node)override
				{
					writer.WriteString(L"/* NOT SUPPORTS: typeof() */ __vwsn_not_exists__");
				}

				void Visit(WfTypeOfExpressionExpression* node)override
				{
					writer.WriteString(L"/* NOT SUPPORTS: type() */ __vwsn_not_exists__");
				}

				void Visit(WfAttachEventExpression* node)override
				{
					auto result = config->manager->expressionResolvings[node->event.Obj()];
					if (CppExists(result.eventInfo))
					{
						WriteEventTemplate(CppGetAttachTemplate(result.eventInfo), result.eventInfo,
							[&](IEventInfo*)
							{
								writer.WriteString(L"::vl::__vwsn::This(");
								if (auto member = node->event.Cast<WfMemberExpression>())
								{
									Call(member->parent);
									auto parentResult = config->manager->expressionResolvings[member->parent.Obj()];
									if (parentResult.type->GetDecorator() == ITypeInfo::SharedPtr)
									{
										writer.WriteString(L".Obj()");
									}
								}
								else
								{
									VisitThisExpression(node, result.eventInfo->GetOwnerTypeDescriptor());
								}
								writer.WriteString(L")");
								return true;
							},
							[&](IEventInfo*)
							{
								Call(node->function);
								return true;
							},
							[&](IEventInfo*, vint) {});
					}
					else
					{
						WriteNotExists(result.eventInfo);
					}
				}

				void Visit(WfDetachEventExpression* node)override
				{
					auto result = config->manager->expressionResolvings[node->event.Obj()];
					if (CppExists(result.eventInfo))
					{
						WriteEventTemplate(CppGetDetachTemplate(result.eventInfo), result.eventInfo,
							[&](IEventInfo* eventInfo)
							{
								writer.WriteString(L"::vl::__vwsn::This(");
								if (auto member = node->event.Cast<WfMemberExpression>())
								{
									Call(member->parent);
									auto parentResult = config->manager->expressionResolvings[member->parent.Obj()];
									if (parentResult.type->GetDecorator() == ITypeInfo::SharedPtr)
									{
										writer.WriteString(L".Obj()");
									}
								}
								else
								{
									VisitThisExpression(node, eventInfo->GetOwnerTypeDescriptor());
								}
								writer.WriteString(L")");
								return true;
							},
							[&](IEventInfo*)
							{
								Call(node->handler);
								return true;
							},
							[&](IEventInfo*, vint) {});
					}
					else
					{
						WriteNotExists(result.eventInfo);
					}
				}

				void Visit(WfObserveExpression* node)override
				{
				}

				void Visit(WfCallExpression* node)override
				{
					auto thisCallback = [&](ITypeDescriptor* td)
					{
						if (auto member = node->function.Cast<WfMemberExpression>())
						{
							writer.WriteString(L"::vl::__vwsn::This(");
							Call(member->parent);
							auto parentResult = config->manager->expressionResolvings[member->parent.Obj()];
							if (parentResult.type->GetDecorator() == ITypeInfo::SharedPtr)
							{
								writer.WriteString(L".Obj()");
							}
							writer.WriteString(L")");
						}
						else
						{
							VisitThisExpression(node, td);
						}
						return true;
					};

					auto argumentCallback = [&](IMethodInfo* methodInfo, ITypeInfo* typeInfo, vint index)
					{
						auto type = methodInfo
							? methodInfo->GetParameter(index)->GetType()
							: typeInfo->GetElementType()->GetGenericArgument(index + 1)
							;
						Call(node->arguments[index], type);
					};

					auto result = config->manager->expressionResolvings[node->function.Obj()];
					if (result.methodInfo)
					{
						WriteMethodTemplate(CppGetInvokeTemplate(result.methodInfo), result.methodInfo,
							[&](IMethodInfo* methodInfo) { return thisCallback(methodInfo->GetOwnerTypeDescriptor()); },
							[&](IMethodInfo* methodInfo, vint index) { return argumentCallback(methodInfo, nullptr, index); },
							useReturnValue);
						return;
					}
					else if (result.eventInfo)
					{
						WriteEventTemplate(CppGetInvokeTemplate(result.eventInfo), result.eventInfo,
							[&](IEventInfo* eventInfo) { return thisCallback(eventInfo->GetOwnerTypeDescriptor()); },
							[&](IEventInfo*) { return false; },
							[&](IEventInfo* eventInfo, vint index) { return argumentCallback(nullptr, eventInfo->GetHandlerType(), index); }
							);
						return;
					}
					else if (result.symbol)
					{
						if (auto funcDecl = result.symbol->creatorNode.Cast<WfFunctionDeclaration>())
						{
							if (result.symbol->ownerScope->ownerNode.Cast<WfNewInterfaceExpression>())
							{
								writer.WriteString(L"this->");
								writer.WriteString(config->ConvertName(result.symbol->name));
							}
							else if (result.symbol->ownerScope->functionConfig && result.symbol->ownerScope->functionConfig->lambda && result.symbol->name == funcDecl->name.value)
							{
								writer.WriteString(L"(*this)");
							}
							else
							{
								writer.WriteString(L"GLOBAL_NAME ");
								writer.WriteString(config->ConvertName(result.symbol->name));
							}
							writer.WriteString(L"(");
							for (vint i = 0; i < node->arguments.Count(); i++)
							{
								if (i > 0) writer.WriteString(L", ");
								argumentCallback(nullptr, result.symbol->typeInfo.Obj(), i);
							}
							writer.WriteString(L")");
							return;
						}
					}
					Call(node->function);
					writer.WriteString(L"(");
					for (vint i = 0; i < node->arguments.Count(); i++)
					{
						if (i > 0) writer.WriteString(L", ");
						argumentCallback(nullptr, result.type.Obj(), i);
					}
					writer.WriteString(L")");
				}

				void Visit(WfFunctionExpression* node)override
				{
					writer.WriteString(L"vl::Func(::");
					writer.WriteString(config->assemblyNamespace);
					writer.WriteString(L"::");
					writer.WriteString(config->lambdaExprs[node]);
					writer.WriteString(L"(");

					auto closureInfo = config->closureInfos[node];
					WriteClosureArguments(closureInfo, node);

					writer.WriteString(L"))");
				}

				void Visit(WfNewClassExpression* node)override
				{
					auto result = config->manager->expressionResolvings[node];
					auto ctor = result.constructorInfo;

					if (ctor->GetReturn()->GetDecorator() == ITypeInfo::SharedPtr)
					{
						writer.WriteString(L"::vl::Ptr<");
						writer.WriteString(config->ConvertType(ctor->GetReturn()->GetTypeDescriptor()));
						writer.WriteString(L">(");
					}

					WriteMethodTemplate(CppGetInvokeTemplate(ctor), ctor, [&](IMethodInfo*) { return false; },
						[&](IMethodInfo*, vint index)
						{
							Call(node->arguments[index]);
						}, useReturnValue);

					if (ctor->GetReturn()->GetDecorator() == ITypeInfo::SharedPtr)
					{
						writer.WriteString(L")");
					}
				}

				void Visit(WfNewInterfaceExpression* node)override
				{
					auto result = config->manager->expressionResolvings[node];
					auto ctor = result.constructorInfo;

					if (ctor->GetReturn()->GetDecorator() == ITypeInfo::SharedPtr)
					{
						writer.WriteString(L"::vl::Ptr<");
						writer.WriteString(config->ConvertType(ctor->GetReturn()->GetTypeDescriptor()));
						writer.WriteString(L">(");
					}
					else
					{
						writer.WriteString(L"static_cast<");
						writer.WriteString(config->ConvertType(ctor->GetReturn()->GetTypeDescriptor()));
						writer.WriteString(L"*>(");
					}

					writer.WriteString(L"new ::");
					writer.WriteString(config->assemblyNamespace);
					writer.WriteString(L"::");
					writer.WriteString(config->classExprs[node]);
					writer.WriteString(L"(");

					auto closureInfo = config->closureInfos[node];
					WriteClosureArguments(closureInfo, node);

					writer.WriteString(L"))");
				}

				void Visit(WfVirtualCfeExpression* node)override
				{
					Call(node->expandedExpression);
				}

				void Visit(WfVirtualCseExpression* node)override
				{
					Call(node->expandedExpression);
				}
			};

			void GenerateExpression(WfCppConfig* config, stream::StreamWriter& writer, Ptr<WfExpression> node, reflection::description::ITypeInfo* expectedType, bool useReturnValue)
			{
				WfGenerateExpressionVisitor visitor(config, writer, useReturnValue);
				if (useReturnValue)
				{
					auto result = config->manager->expressionResolvings[node.Obj()];
					ITypeInfo* types[] = { result.type.Obj(), result.expectedType.Obj(), expectedType };
					visitor.ConvertMultipleTypes(types, sizeof(types) / sizeof(*types), [&]()
					{
						node->Accept(&visitor);
					});
				}
				else
				{
					node->Accept(&visitor);
				}
			}
		}
	}
}


/***********************************************************************
.\CPP\WFCPP_FILE.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace cppcodegen
		{
			using namespace collections;

			void WfCppConfig::WritePushCompileOptions(stream::StreamWriter& writer)
			{
				writer.WriteLine(L"#if defined( _MSC_VER)");
				writer.WriteLine(L"#pragma warning(push)");
				writer.WriteLine(L"#pragma warning(disable:4250)");
				writer.WriteLine(L"#elif defined(__clang__)");
				writer.WriteLine(L"#pragma clang diagnostic push");
				writer.WriteLine(L"#pragma clang diagnostic ignored \"-Wparentheses-equality\"");
				writer.WriteLine(L"#elif defined(__GNUC__)");
				writer.WriteLine(L"#pragma GCC diagnostic push");
				writer.WriteLine(L"#endif");
			}

			void WfCppConfig::WritePopCompileOptions(stream::StreamWriter& writer)
			{
				writer.WriteLine(L"#if defined( _MSC_VER)");
				writer.WriteLine(L"#pragma warning(pop)");
				writer.WriteLine(L"#elif defined(__clang__)");
				writer.WriteLine(L"#pragma clang diagnostic pop");
				writer.WriteLine(L"#elif defined(__GNUC__)");
				writer.WriteLine(L"#pragma GCC diagnostic pop");
				writer.WriteLine(L"#endif");
			}
			
			void WfCppConfig::WriteCpp_PushMacros(stream::StreamWriter& writer)
			{
				writer.WriteString(L"#define GLOBAL_SYMBOL ");
				writer.WriteString(L"::");
				writer.WriteString(assemblyNamespace);
				writer.WriteString(L"::");
				writer.WriteString(assemblyName);
				writer.WriteLine(L"::");

				writer.WriteString(L"#define GLOBAL_NAME ");
				writer.WriteString(L"::");
				writer.WriteString(assemblyNamespace);
				writer.WriteString(L"::");
				writer.WriteString(assemblyName);
				writer.WriteLine(L"::Instance().");

				writer.WriteString(L"#define GLOBAL_OBJ ");
				writer.WriteString(L"&::");
				writer.WriteString(assemblyNamespace);
				writer.WriteString(L"::");
				writer.WriteString(assemblyName);
				writer.WriteLine(L"::Instance()");
			}

			void WfCppConfig::WriteCpp_PopMacros(stream::StreamWriter& writer)
			{
				writer.WriteLine(L"#undef GLOBAL_SYMBOL");
				writer.WriteLine(L"#undef GLOBAL_NAME");
				writer.WriteLine(L"#undef GLOBAL_OBJ");
			}

			void WfCppConfig::WriteHeader(stream::StreamWriter& writer, bool multiFile)
			{
				WritePushCompileOptions(writer);
				writer.WriteLine(L"");

				{
					Dictionary<WString, Ptr<WfExpression>> reversedLambdaExprs;
					Dictionary<WString, Ptr<WfNewInterfaceExpression>> reversedClassExprs;
					SortClosure(reversedLambdaExprs, reversedClassExprs);
					
					if (reversedLambdaExprs.Count() + reversedClassExprs.Count() > 0)
					{
						writer.WriteString(L"namespace ");
						writer.WriteLine(assemblyNamespace);
						writer.WriteLine(L"{");

						for (auto expr : reversedLambdaExprs.Values())
						{
							WriteHeader_ClosurePreDecl(writer, expr);
						}

						for (auto expr : reversedClassExprs.Values())
						{
							WriteHeader_ClosurePreDecl(writer, expr);
						}

						writer.WriteLine(L"}");
						writer.WriteLine(L"");
					}
				}

				List<WString> nss;

				if (enumDecls.Count() > 0)
				{
					WriteHeader_MainHeaderEnums(writer, nss);
					if (enumDecls.Keys().Contains(nullptr))
					{
						for (auto decl : enumDecls[nullptr])
						{
							WriteHeader_Enum(writer, decl, nss, false);
						}
						writer.WriteLine(L"");
					}
				}

				if (structDecls.Count() > 0)
				{
					WriteHeader_MainHeaderStructs(writer, nss);
					if (structDecls.Keys().Contains(nullptr))
					{
						for (auto decl : structDecls[nullptr])
						{
							WriteHeader_Struct(writer, decl, nss, false);
						}
						writer.WriteLine(L"");
					}
				}

				if (classDecls.Keys().Contains(nullptr))
				{
					for (auto decl : classDecls[nullptr])
					{
						WriteHeader_ClassPreDecl(writer, decl, nss);
					}
					writer.WriteLine(L"");
					if (multiFile)
					{
						vint index = headerFilesClasses.Keys().IndexOf(0);
						if (index != -1)
						{
							for (auto decl : headerFilesClasses.GetByIndex(index))
							{
								WriteHeader_Class(writer, decl, nss);
								writer.WriteLine(L"");
							}
						}
					}
					else
					{
						for (auto decl : classDecls[nullptr])
						{
							WriteHeader_Class(writer, decl, nss);
							writer.WriteLine(L"");
						}
					}
				}
				WriteNamespaceEnd(writer, nss);

				WriteHeader_Global(writer);

				writer.WriteLine(L"");
				WritePopCompileOptions(writer);
			}

			void WfCppConfig::WriteNonCustomSubHeader(stream::StreamWriter& writer, vint fileIndex)
			{
				WritePushCompileOptions(writer);
				writer.WriteLine(L"");
				List<WString> nss;

				if (classDecls.Keys().Contains(nullptr))
				{
					vint index = headerFilesClasses.Keys().IndexOf(fileIndex);
					if (index != -1)
					{
						for (auto decl : headerFilesClasses.GetByIndex(index))
						{
							WriteHeader_Class(writer, decl, nss);
							writer.WriteLine(L"");
						}
					}
				}
				WriteNamespaceEnd(writer, nss);

				writer.WriteLine(L"");
				WritePopCompileOptions(writer);
			}

			void WfCppConfig::WriteCpp(stream::StreamWriter& writer, bool multiFile)
			{
				WritePushCompileOptions(writer);
				writer.WriteLine(L"");
				WriteCpp_PushMacros(writer);

				writer.WriteLine(L"");
				WriteCpp_Global(writer);
				writer.WriteLine(L"");

				if (classDecls.Keys().Contains(nullptr))
				{
					List<WString> nss;

					if (multiFile)
					{
						vint index = customFilesClasses.Keys().IndexOf(L"");
						if (index != -1)
						{
							for (auto decl : customFilesClasses.GetByIndex(index))
							{
								WriteCpp_Class(writer, decl, nss);
							}
						}
					}
					else
					{
						for (auto decl : classDecls[nullptr])
						{
							WriteCpp_Class(writer, decl, nss);
						}
					}

					WriteNamespaceEnd(writer, nss);
				}

				WriteCpp_PopMacros(writer);

				writer.WriteLine(L"");
				WritePopCompileOptions(writer);
			}

			void WfCppConfig::WriteSubHeader(stream::StreamWriter& writer, const WString& fileName)
			{
				WritePushCompileOptions(writer);
				writer.WriteLine(L"");
				List<WString> nss;

				for (auto decl : customFilesClasses.Get(fileName))
				{
					WriteHeader_Class(writer, decl, nss);
					writer.WriteLine(L"");
				}

				WriteNamespaceEnd(writer, nss);
				WritePopCompileOptions(writer);
			}

			void WfCppConfig::WriteSubCpp(stream::StreamWriter& writer, const WString& fileName)
			{
				WritePushCompileOptions(writer);
				writer.WriteLine(L"");
				WriteCpp_PushMacros(writer);
				writer.WriteLine(L"");

				if (From(customFilesClasses.Get(fileName))
					.Any([=, this](Ptr<WfClassDeclaration> decl)
					{
						return IsClassHasUserImplMethods(decl, true);
					}))
				{
					writer.WriteLine(L"/* USER_CONTENT_BEGIN(custom global declarations) */");
					writer.WriteLine(L"/* USER_CONTENT_END() */");
					writer.WriteLine(L"");
				}

				List<WString> nss;

				for (auto decl : customFilesClasses.Get(fileName))
				{
					WriteCpp_Class(writer, decl, nss);
				}

				WriteNamespaceEnd(writer, nss);
				WriteCpp_PopMacros(writer);
				writer.WriteLine(L"");
				WritePopCompileOptions(writer);
			}

			void WfCppConfig::WriteReflectionHeader(stream::StreamWriter& writer, bool multiFile)
			{
				WritePushCompileOptions(writer);
				if (manager->declarationTypes.Count() > 0)
				{
					writer.WriteLine(L"");
					WriteHeader_Reflection(writer);
					writer.WriteLine(L"");
				}
				WritePopCompileOptions(writer);
			}

			void WfCppConfig::WriteReflectionCpp(stream::StreamWriter& writer, bool multiFile)
			{
				WritePushCompileOptions(writer);
				if (manager->declarationTypes.Count() > 0)
				{
					writer.WriteLine(L"");
					WriteCpp_Reflection(writer);
					writer.WriteLine(L"");
				}
				WritePopCompileOptions(writer);
			}
		}
	}
}


/***********************************************************************
.\CPP\WFCPP_GENERATECPPFILES.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace cppcodegen
		{
			using namespace stream;

/***********************************************************************
WfCppInput
***********************************************************************/

			WfCppInput::WfCppInput(const WString& _assemblyName)
			{
				headerGuardPrefix = L"VCZH_WORKFLOW_COMPILER_GENERATED_";
				assemblyName = _assemblyName;
				assemblyNamespace = L"vl_workflow_global";
				includeFileName = _assemblyName + L"Includes";
				reflectionFileName = assemblyName + L"Reflection";
				defaultFileName = _assemblyName;
			}

/***********************************************************************
GenerateCppFiles
***********************************************************************/

			void GenerateCppComment(StreamWriter& writer, const WString& comment)
			{
				writer.WriteLine(L"/***********************************************************************");
				writer.WriteLine(L"!!!!!! DO NOT MODIFY !!!!!!");
				writer.WriteLine(L"");
				writer.WriteLine(comment);
				writer.WriteLine(L"");
				writer.WriteLine(L"This file is generated by Workflow compiler");
				writer.WriteLine(L"https://github.com/vczh-libraries");
				writer.WriteLine(L"***********************************************************************/");
			}

			void WriteReflectionInclude(bool reflection, Ptr<WfCppInput> input, stream::StreamWriter& writer)
			{
				if (reflection || input->reflectionIncludes.Count() > 0)
				{
					writer.WriteLine(L"/* CodePack:BeginIgnore() */");
					writer.WriteLine(L"#ifndef VCZH_DEBUG_NO_REFLECTION");
					if (reflection)
					{
						writer.WriteLine(L"/* CodePack:ConditionOff(VCZH_DEBUG_NO_REFLECTION, " + input->reflectionFileName + L".h) */");
						writer.WriteLine(L"#include \"" + input->reflectionFileName + L".h\"");
					}
					else
					{
						for (auto include : input->reflectionIncludes)
						{
							writer.WriteLine(L"/* CodePack:ConditionOff(VCZH_DEBUG_NO_REFLECTION, " + include + L") */");
							writer.WriteLine(L"#include \"" + include + L"\"");
						}
					}
					writer.WriteLine(L"#endif");
					writer.WriteLine(L"/* CodePack:EndIgnore() */");
				}
			}

			void WriteDependedInclude(Ptr<WfCppInput> input, WfCppConfig& config, vint headerIndex, stream::StreamWriter& writer)
			{
				vint index = config.headerIncludes.Keys().IndexOf(headerIndex);
				if (index != -1)
				{
					const auto& headers = config.headerIncludes.GetByIndex(index);
					for (auto header : headers)
					{
						if (header == 0)
						{
							writer.WriteLine(L"#include \"" + input->defaultFileName + L".h\"");
						}
						else if (header > 0)
						{
							writer.WriteLine(L"#include \"" + config.customFilesClasses.Keys()[header] + L".h\"");
						}
						else
						{
							writer.WriteLine(L"#include \"" + input->defaultFileName + itow(-header) + L".h\"");
						}
					}
				}
			}

			void WriteHeader(Ptr<WfCppInput> input, Ptr<WfCppOutput> output, WfCppConfig& config, bool multiFile, bool reflection, stream::StreamWriter& writer)
			{
				GenerateCppComment(writer, input->comment);
				writer.WriteLine(L"");
				writer.WriteLine(L"#ifndef " + input->headerGuardPrefix + wupper(input->defaultFileName));
				writer.WriteLine(L"#define " + input->headerGuardPrefix + wupper(input->defaultFileName));
				writer.WriteLine(L"");
				for (auto include : input->normalIncludes)
				{
					writer.WriteLine(L"#include \"" + include + L"\"");
				}
				writer.WriteLine(L"");
				config.WriteHeader(writer, multiFile);
				writer.WriteLine(L"");
				writer.WriteLine(L"#endif");
			}

			void WriteNonCustomSubHeader(Ptr<WfCppInput> input, Ptr<WfCppOutput> output, WfCppConfig& config, bool multiFile, bool reflection, vint fileIndex, stream::StreamWriter& writer)
			{
				GenerateCppComment(writer, input->comment);
				writer.WriteLine(L"");
				writer.WriteLine(L"#ifndef " + input->headerGuardPrefix + wupper(input->defaultFileName) + L"_DP" + itow(fileIndex));
				writer.WriteLine(L"#define " + input->headerGuardPrefix + wupper(input->defaultFileName) + L"_DP" + itow(fileIndex));
				writer.WriteLine(L"");
				writer.WriteLine(L"#include \"" + input->defaultFileName + L".h\"");
				WriteDependedInclude(input, config, -fileIndex, writer);
				writer.WriteLine(L"");
				config.WriteNonCustomSubHeader(writer, fileIndex);
				writer.WriteLine(L"");
				writer.WriteLine(L"#endif");
			}

			void WriteCpp(Ptr<WfCppInput> input, Ptr<WfCppOutput> output, WfCppConfig& config, bool multiFile, bool reflection, stream::StreamWriter& writer)
			{
				GenerateCppComment(writer, input->comment);
				writer.WriteLine(L"");
				writer.WriteLine(L"#include \"" + output->entryFileName + L".h\"");
				WriteReflectionInclude(reflection, input, writer);
				writer.WriteLine(L"");
				config.WriteCpp(writer, multiFile);
			}

			void WriteReflectionHeader(Ptr<WfCppInput> input, Ptr<WfCppOutput> output, WfCppConfig& config, bool multiFile, bool reflection, stream::StreamWriter& writer)
			{
				GenerateCppComment(writer, input->comment);
				writer.WriteLine(L"");
				writer.WriteLine(L"#ifndef " + input->headerGuardPrefix + wupper(input->reflectionFileName));
				writer.WriteLine(L"#define " + input->headerGuardPrefix + wupper(input->reflectionFileName));
				writer.WriteLine(L"");
				writer.WriteLine(L"#include \"" + output->entryFileName + L".h\"");
				if (input->reflectionIncludes.Count() > 0)
				{
					writer.WriteLine(L"#ifndef VCZH_DEBUG_NO_REFLECTION");
					for (auto include : input->reflectionIncludes)
					{
						writer.WriteLine(L"#include \"" + include + L"\"");
					}
					writer.WriteLine(L"#endif");
				}
				writer.WriteLine(L"");
				config.WriteReflectionHeader(writer, multiFile);
				writer.WriteLine(L"");
				writer.WriteLine(L"#endif");
			}

			void WriteReflectionCpp(Ptr<WfCppInput> input, Ptr<WfCppOutput> output, WfCppConfig& config, bool multiFile, bool reflection, stream::StreamWriter& writer)
			{
				GenerateCppComment(writer, input->comment);
				writer.WriteLine(L"");
				writer.WriteLine(L"#include \"" + input->reflectionFileName + L".h\"");
				writer.WriteLine(L"");
				config.WriteReflectionCpp(writer, multiFile);
			}

			void WriteIncludesHeader(Ptr<WfCppInput> input, Ptr<WfCppOutput> output, WfCppConfig& config, bool multiFile, bool reflection, stream::StreamWriter& writer)
			{
				GenerateCppComment(writer, input->comment);
				writer.WriteLine(L"");
				writer.WriteLine(L"#ifndef " + input->headerGuardPrefix + wupper(input->includeFileName));
				writer.WriteLine(L"#define " + input->headerGuardPrefix + wupper(input->includeFileName));
				writer.WriteLine(L"");

				writer.WriteLine(L"#include \"" + input->defaultFileName + L".h\"");
				for (auto fileName : config.customFilesClasses.Keys())
				{
					if (fileName != L"")
					{
						writer.WriteLine(L"#include \"" + fileName + L".h\"");
					}
				}
				for (auto fileIndex : config.headerFilesClasses.Keys())
				{
					if (fileIndex != 0)
					{
						writer.WriteLine(L"#include \"" + input->defaultFileName + itow(fileIndex) + L".h\"");
					}
				}

				writer.WriteLine(L"");
				writer.WriteLine(L"#endif");
			}

			void WriteSubHeader(Ptr<WfCppInput> input, Ptr<WfCppOutput> output, WfCppConfig& config, bool multiFile, bool reflection, const WString& fileName, stream::StreamWriter& writer)
			{
				GenerateCppComment(writer, input->comment);
				writer.WriteLine(L"");
				writer.WriteLine(L"#ifndef " + input->headerGuardPrefix + wupper(fileName));
				writer.WriteLine(L"#define " + input->headerGuardPrefix + wupper(fileName));
				writer.WriteLine(L"");
				writer.WriteLine(L"#include \"" + input->defaultFileName + L".h\"");
				WriteDependedInclude(input, config, config.customFilesClasses.Keys().IndexOf(fileName), writer);
				writer.WriteLine(L"");
				config.WriteSubHeader(writer, fileName);
				writer.WriteLine(L"");
				writer.WriteLine(L"#endif");
			}

			void WriteSubCpp(Ptr<WfCppInput> input, Ptr<WfCppOutput> output, WfCppConfig& config, bool multiFile, bool reflection, const WString& fileName, stream::StreamWriter& writer)
			{
				GenerateCppComment(writer, input->comment);
				writer.WriteLine(L"");
				writer.WriteLine(L"#include \"" + input->includeFileName + L".h\"");
				WriteReflectionInclude(reflection, input, writer);
				writer.WriteLine(L"");
				config.WriteSubCpp(writer, fileName);
			}

			Ptr<WfCppOutput> GenerateCppFiles(Ptr<WfCppInput> input, analyzer::WfLexicalScopeManager* manager)
			{
				WfCppConfig config(manager, input->assemblyName, input->assemblyNamespace);
				if (manager->errors.Count() > 0)
				{
					return nullptr;
				}

				auto output = Ptr(new WfCppOutput);
				if (config.manager->declarationTypes.Count() > 0)
				{
					output->containsReflectionInfo = true;
				}

				bool multiFile = false;
				switch (input->multiFile)
				{
				case WfCppFileSwitch::Enabled:
					multiFile = true;
					break;
				case WfCppFileSwitch::Disabled:
					multiFile = false;
					break;
				default:
					multiFile = config.customFilesClasses.Count() > 1;
				}

				bool reflection = false;
				switch (input->reflection)
				{
				case WfCppFileSwitch::Enabled:
					reflection = true;
					break;
				case WfCppFileSwitch::Disabled:
					reflection = false;
					break;
				default:
					reflection = config.manager->declarationTypes.Count() > 0;
				}

				output->multiFile = multiFile;
				output->reflection = reflection;

				if (multiFile)
				{
					output->entryFileName = input->includeFileName;
				}
				else
				{
					output->entryFileName = input->defaultFileName;
				}

				output->cppFiles.Add(input->defaultFileName + L".h", GenerateToStream([&](StreamWriter& writer)
				{
					WriteHeader(input, output, config, multiFile, reflection, writer);
				}));
				for (auto fileIndex : config.headerFilesClasses.Keys())
				{
					if (fileIndex != 0)
					{
						output->cppFiles.Add(input->defaultFileName + itow(fileIndex) + L".h", GenerateToStream([&](StreamWriter& writer)
						{
							WriteNonCustomSubHeader(input, output, config, multiFile, reflection, fileIndex, writer);
						}));
					}
				}

				output->cppFiles.Add(input->defaultFileName + L".cpp", GenerateToStream([&](StreamWriter& writer)
				{
					WriteCpp(input, output, config, multiFile, reflection, writer);
				}));

				if (reflection)
				{
					output->cppFiles.Add(input->reflectionFileName + L".h", GenerateToStream([&](StreamWriter& writer)
					{
						WriteReflectionHeader(input, output, config, multiFile, reflection, writer);
					}));

					output->cppFiles.Add(input->reflectionFileName + L".cpp", GenerateToStream([&](StreamWriter& writer)
					{
						WriteReflectionCpp(input, output, config, multiFile, reflection, writer);
					}));
				}

				if (multiFile)
				{
					output->cppFiles.Add(input->includeFileName + L".h", GenerateToStream([&](StreamWriter& writer)
					{
						WriteIncludesHeader(input, output, config, multiFile, reflection, writer);
					}));

					for (auto fileName : config.customFilesClasses.Keys())
					{
						if (fileName != L"")
						{
							output->cppFiles.Add(fileName + L".h", GenerateToStream([&](StreamWriter& writer)
							{
								WriteSubHeader(input, output, config, multiFile, reflection, fileName, writer);
							}));

							output->cppFiles.Add(fileName + L".cpp", GenerateToStream([&](StreamWriter& writer)
							{
								WriteSubCpp(input, output, config, multiFile, reflection, fileName, writer);
							}));
						}
					}
				}

				return output;
			}
		}
	}
}


/***********************************************************************
.\CPP\WFCPP_STATEMENT.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace cppcodegen
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;
			using namespace analyzer;

			class WfGenerateStatementVisitor : public Object, public WfStatement::IVisitor
			{
			public:
				WfCppConfig*				config;
				Ptr<FunctionRecord>			functionRecord;
				stream::StreamWriter&		writer;
				WString						prefixBlock;
				WString						prefix;
				ITypeInfo*					returnType;

				WfGenerateStatementVisitor(WfCppConfig* _config, Ptr<FunctionRecord> _functionRecord, stream::StreamWriter& _writer, const WString& _prefixBlock, const WString& _prefix, ITypeInfo* _returnType)
					:config(_config)
					, functionRecord(_functionRecord)
					, writer(_writer)
					, prefixBlock(_prefixBlock)
					, prefix(_prefix)
					, returnType(_returnType)
				{
				}

				void Call(Ptr<WfStatement> node, WString prefixDelta = WString::Unmanaged(L"\t"))
				{
					GenerateStatement(config, functionRecord, writer, node, prefix, prefixDelta, returnType);
				}

				void Visit(WfBreakStatement* node)override
				{
					writer.WriteString(prefix);
					writer.WriteLine(L"break;");
				}

				void Visit(WfContinueStatement* node)override
				{
					writer.WriteString(prefix);
					writer.WriteLine(L"continue;");
				}

				void Visit(WfReturnStatement* node)override
				{
					writer.WriteString(prefix);
					if (node->expression)
					{
						writer.WriteString(L"return ");
						GenerateExpression(config, writer, node->expression, returnType);
						writer.WriteLine(L";");
					}
					else
					{
						writer.WriteLine(L"return;");
					}
				}

				void Visit(WfDeleteStatement* node)override
				{
					writer.WriteString(prefix);
					writer.WriteString(L"::vl::__vwsn::This(");
					GenerateExpression(config, writer, node->expression, nullptr);
					writer.WriteLine(L")->Dispose(true);");
				}

				void Visit(WfRaiseExceptionStatement* node)override
				{
					if (node->expression)
					{
						writer.WriteString(prefix);
						writer.WriteString(L"throw ::vl::Exception(");

						auto result = config->manager->expressionResolvings[node->expression.Obj()];
						bool throwString = result.type->GetTypeDescriptor() == description::GetTypeDescriptor<WString>();
						if (!throwString)
						{
							writer.WriteString(L"::vl::__vwsn::This(");
						}
						GenerateExpression(config, writer, node->expression, result.type.Obj());
						if (!throwString)
						{
							writer.WriteString(L".Obj())->GetMessage()");
						}

						writer.WriteLine(L");");
					}
					else
					{
						writer.WriteString(prefix);
						writer.WriteLine(L"throw;");
					}
				}

				void Visit(WfIfStatement* node)override
				{
					writer.WriteString(prefix);
					while (node)
					{
						writer.WriteString(L"if (");
						if (node->type)
						{
							auto result = config->manager->expressionResolvings[node->expression.Obj()];
							auto scope = config->manager->nodeScopes[node].Obj();
							auto typeInfo = CreateTypeInfoFromType(scope, node->type);
							writer.WriteString(L"auto ");
							writer.WriteString(config->ConvertName(node->name.value));
							writer.WriteString(L" = ");
							ConvertType(config, writer, result.type.Obj(), typeInfo.Obj(), [&]() {GenerateExpression(config, writer, node->expression, nullptr); }, false);
						}
						else
						{
							GenerateExpression(config, writer, node->expression, TypeInfoRetriver<bool>::CreateTypeInfo().Obj());
						}
						writer.WriteLine(L")");
						Call(node->trueBranch);
						if (node->falseBranch)
						{
							writer.WriteString(prefix);
							if (auto ifStat = node->falseBranch.Cast<WfIfStatement>())
							{
								writer.WriteString(L"else ");
								node = ifStat.Obj();
								continue;
							}
							else
							{
								writer.WriteLine(L"else");
								Call(node->falseBranch);
							}
						}
						break;
					}
				}

				void Visit(WfWhileStatement* node)override
				{
					writer.WriteString(prefix);
					writer.WriteString(L"while (");
					GenerateExpression(config, writer, node->condition, TypeInfoRetriver<bool>::CreateTypeInfo().Obj());
					writer.WriteLine(L")");
					Call(node->statement);
				}

				void Visit(WfTryStatement* node)override
				{
					auto exName = L"__vwsne_" + itow(functionRecord->exprCounter++);

					WString tryPrefix = prefix;
					if (node->finallyStatement)
					{
						auto blockName = L"__vwsnb_" + itow(functionRecord->blockCounter++);
						tryPrefix += L"\t";

						writer.WriteString(prefix);
						writer.WriteLine(L"{");

						writer.WriteString(tryPrefix);
						writer.WriteString(L"auto ");
						writer.WriteString(blockName);
						writer.WriteLine(L" = [&]()");
						GenerateStatement(config, functionRecord, writer, node->finallyStatement, tryPrefix, WString::Unmanaged(L"\t"), returnType);
						writer.WriteString(tryPrefix);
						writer.WriteLine(L";");

						writer.WriteString(tryPrefix);
						writer.WriteString(L"::vl::__vwsn::RunOnExit<::std::remove_cvref_t<decltype(");
						writer.WriteString(blockName);
						writer.WriteString(L")>> ");
						writer.WriteString(blockName);
						writer.WriteString(L"_dtor(&");
						writer.WriteString(blockName);
						writer.WriteLine(L");");
					}
					WString bodyPrefix = tryPrefix + L"\t";

					writer.WriteString(tryPrefix);
					writer.WriteLine(L"try");
					writer.WriteString(tryPrefix);
					writer.WriteLine(L"{");
					GenerateStatement(config, functionRecord, writer, node->protectedStatement, bodyPrefix, WString::Unmanaged(L"\t"), returnType);
					writer.WriteString(tryPrefix);
					writer.WriteLine(L"}");

					writer.WriteString(tryPrefix);
					writer.WriteString(L"catch(const ::vl::Exception&");
					if (node->catchStatement)
					{
						writer.WriteString(L" ");
						writer.WriteString(exName);
					}
					writer.WriteLine(L")");
					writer.WriteString(tryPrefix);
					writer.WriteLine(L"{");
					if (node->catchStatement)
					{
						writer.WriteString(bodyPrefix);
						writer.WriteString(L"auto ");
						writer.WriteString(config->ConvertName(node->name.value));
						writer.WriteString(L" = ::vl::reflection::description::IValueException::Create(");
						writer.WriteString(exName);
						writer.WriteLine(L".Message());");
						GenerateStatement(config, functionRecord, writer, node->catchStatement, bodyPrefix, WString::Unmanaged(L"\t"), returnType);
					}
					writer.WriteString(tryPrefix);
					writer.WriteLine(L"}");

					if (node->finallyStatement)
					{
						writer.WriteString(prefix);
						writer.WriteLine(L"}");
					}
				}

				void Visit(WfBlockStatement* node)override
				{
					writer.WriteString(prefixBlock);
					writer.WriteLine(L"{");

					auto oldPrefix = prefix;
					if (node->endLabel.value != L"")
					{
						auto name = config->ConvertName(node->endLabel.value, L"__vwsnl_" + itow(functionRecord->labelCounter++) + L"_");
						functionRecord->labelNames.Add(node->endLabel.value, name);
						writer.WriteString(prefixBlock);
						writer.WriteLine(L"\t{");
						prefix += L"\t";
					}

					for (auto statement : node->statements)
					{
						statement = SearchUntilNonVirtualStatement(statement);

						if (statement.Cast<WfBlockStatement>())
						{
							Call(statement);
						}
						else
						{
							Call(statement, WString::Empty);
						}
					}

					if (node->endLabel.value != L"")
					{
						prefix = oldPrefix;
						writer.WriteString(prefixBlock);
						writer.WriteLine(L"\t}");
						writer.WriteString(prefixBlock);
						writer.WriteString(L"\t");
						writer.WriteString(functionRecord->labelNames[node->endLabel.value]);
						writer.WriteLine(L":;");
						functionRecord->labelNames.Remove(node->endLabel.value);
					}
					writer.WriteString(prefixBlock);
					writer.WriteLine(L"}");
				}

				void Visit(WfGotoStatement* node)override
				{
					writer.WriteString(prefix);
					writer.WriteString(L"goto ");
					writer.WriteString(functionRecord->labelNames[node->label.value]);
					writer.WriteLine(L";");
				}

				void Visit(WfExpressionStatement* node)override
				{
					writer.WriteString(prefix);
					GenerateExpression(config, writer, node->expression, nullptr, false);
					writer.WriteLine(L";");
				}

				void Visit(WfVariableStatement* node)override
				{
					auto scope = config->manager->nodeScopes[node->variable.Obj()];
					auto symbol = scope->symbols[node->variable->name.value][0].Obj();

					writer.WriteString(prefix);
					if (node->variable->expression)
					{
						writer.WriteString(L"auto");
					}
					else
					{
						writer.WriteString(config->ConvertType(symbol->typeInfo.Obj()));
					}
					writer.WriteString(L" ");
					writer.WriteString(config->ConvertName(node->variable->name.value));

					if (node->variable->expression)
					{
						writer.WriteString(L" = ");
						GenerateExpression(config, writer, node->variable->expression, symbol->typeInfo.Obj());
					}
					writer.WriteLine(L";");
				}

				void Visit(WfVirtualCseStatement* node)override
				{
					node->expandedStatement->Accept(this);
				}

				void Visit(WfCoroutineStatement* node)override
				{
					CHECK_FAIL(L"WfGenerateStatementVisitor::Visit(WfCoroutineStatement*)#Internal error, All coroutine statements do not generate C++ code.");
				}

				void Visit(WfStateMachineStatement* node)override
				{
					CHECK_FAIL(L"WfGenerateStatementVisitor::Visit(WfStateMachineStatement*)#Internal error, All state machine statements do not generate C++ code.");
				}
			};

			void GenerateStatement(WfCppConfig* config, Ptr<FunctionRecord> functionRecord, stream::StreamWriter& writer, Ptr<WfStatement> node, const WString& prefix, const WString& prefixDelta, reflection::description::ITypeInfo* returnType)
			{
				WfGenerateStatementVisitor visitor(config, functionRecord, writer, prefix, prefix + prefixDelta, returnType);
				node->Accept(&visitor);
			}
		}
	}
}

/***********************************************************************
.\CPP\WFCPP_WRITECLASS.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace cppcodegen
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;

			void WfCppConfig::WriteHeader_ClassPreDecl(stream::StreamWriter& writer, Ptr<WfClassDeclaration> decl, const WString& name, const WString& prefix)
			{
				writer.WriteLine(prefix + L"class " + name + L";");
			}

			void WfCppConfig::WriteHeader_ClassPreDecl(stream::StreamWriter& writer, Ptr<WfClassDeclaration> decl, collections::List<WString>& nss)
			{
				auto td = manager->declarationTypes[decl.Obj()].Obj();
				WString name;
				auto prefix = WriteNamespace(writer, CppGetFullName(td), nss, name);
				WriteHeader_ClassPreDecl(writer, decl, name, prefix);
			}

			class WriteHeader_Class_FindClassDeclVisitor
				: public empty_visitor::DeclarationVisitor
			{
			public:
				List<Ptr<WfClassDeclaration>>&		unprocessed;

				WriteHeader_Class_FindClassDeclVisitor(List<Ptr<WfClassDeclaration>>& _unprocessed)
					:unprocessed(_unprocessed)
				{
				}

				void Dispatch(WfVirtualCseDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Dispatch(WfVirtualCfeDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Visit(WfClassDeclaration* node)override
				{
					unprocessed.Add(Ptr(node));
				}
			};

			void WfCppConfig::WriteHeader_Class(stream::StreamWriter& writer, Ptr<WfClassDeclaration> decl, const WString& name, const WString& prefix)
			{
				auto td = manager->declarationTypes[decl.Obj()].Obj();

				writer.WriteString(prefix + L"class " + name + L" : ");
				switch (decl->kind)
				{
				case WfClassKind::Class:
					{
						vint count = td->GetBaseTypeDescriptorCount();
						bool hasClassBase = Range<vint>(0, count)
							.Any([=](vint index)
							{
								auto baseTd = td->GetBaseTypeDescriptor(index);
								return baseTd->GetTypeDescriptorFlags() == TypeDescriptorFlags::Class
									&& baseTd != description::GetTypeDescriptor<DescriptableObject>();
							});

						if (!hasClassBase)
						{
							writer.WriteString(L"public ::vl::Object, ");
						}
						for (vint i = 0; i < count; i++)
						{
							auto baseTd = td->GetBaseTypeDescriptor(i);
							switch (baseTd->GetTypeDescriptorFlags())
							{
							case TypeDescriptorFlags::Class:
								if (baseTd != description::GetTypeDescriptor<DescriptableObject>())
								{
									writer.WriteString(L"public " + ConvertType(baseTd) + L", ");
								}
								break;
							case TypeDescriptorFlags::Interface:
								writer.WriteString(L"public virtual " + ConvertType(baseTd) + L", ");
								break;
							default:;
							}
						}
					}
					break;
				case WfClassKind::Interface:
					{
						vint count = td->GetBaseTypeDescriptorCount();
						for (vint i = 0; i < count; i++)
						{
							writer.WriteString(L"public virtual " + ConvertType(td->GetBaseTypeDescriptor(i)) + L", ");
						}
					}
					break;
				default:;
				}
				writer.WriteLine(L"public ::vl::reflection::Description<" + name + L">");
				writer.WriteLine(prefix + L"{");

				{
					List<Ptr<WfClassDeclaration>> unprocessed;
					unprocessed.Add(decl);

					for (auto attribute : attributeEvaluator->GetAttributes(decl->attributes, L"cpp", L"Friend"))
					{
						auto attValue = attributeEvaluator->GetAttributeValue(attribute);
						CHECK_ERROR(attValue.type == runtime::WfInsType::Unknown && attValue.typeDescriptor != nullptr, L"Unexpected value in attribute: @cpp.Friend.");
						auto td = attValue.typeDescriptor;

						auto scopeName = manager->typeNames[td];
						if (scopeName->declarations.Count() == 0)
						{
							writer.WriteLine(prefix + L"\tfriend class " + ConvertType(td) + L";");
						}
						else
						{
							auto friendDecl = scopeName->declarations[0].Cast<WfClassDeclaration>();
							unprocessed.Add(friendDecl);
						}
					}

					auto declTypeName = ConvertType(manager->declarationTypes[decl.Obj()].Obj());
					for (vint i = 0; i < unprocessed.Count(); i++)
					{
						auto current = unprocessed[i];
						if (current != decl)
						{
							auto currentTypeName = ConvertType(manager->declarationTypes[current.Obj()].Obj());

							bool isInternalClass = false;
							if (currentTypeName.Length() > declTypeName.Length() + 2)
							{
								if (currentTypeName.Left(declTypeName.Length() + 2) == declTypeName + L"::")
								{
									isInternalClass = true;
								}
							}
							if (!isInternalClass)
							{
								writer.WriteLine(prefix + L"\tfriend class " + currentTypeName + L";");
							}
						}

						vint index = classClosures.Keys().IndexOf(current.Obj());
						if (index != -1)
						{
							SortedList<WString> closureNames;
							CopyFrom(
								closureNames,
								From(classClosures.GetByIndex(index))
								.Select([&](Ptr<WfExpression> closure)
								{
									return (closure.Cast<WfNewInterfaceExpression>() ? L"class ::" : L"struct ::") +
										assemblyNamespace +
										L"::" +
										closureInfos[closure.Obj()]->lambdaClassName;
								})
							);
							for (auto closureName : closureNames)
							{
								writer.WriteLine(prefix + L"\tfriend " + closureName + L";");
							}
						}

						WriteHeader_Class_FindClassDeclVisitor visitor(unprocessed);
						for (auto memberDecl : current->declarations)
						{
							memberDecl->Accept(&visitor);
						}
					}
				}
				writer.WriteLine(L"#ifdef VCZH_DESCRIPTABLEOBJECT_WITH_METADATA");
				writer.WriteLine(prefix + L"\tfriend struct ::vl::reflection::description::CustomTypeDescriptorSelector<" + name + L">;");
				writer.WriteLine(L"#endif");

				const vint PRIVATE = 0;
				const vint PROTECTED = 1;
				const vint PUBLIC = 2;
				vint accessor = -1;

				{
					vint index = enumDecls.Keys().IndexOf(decl.Obj());
					if (index != -1)
					{
						if (accessor != PUBLIC)
						{
							accessor = PUBLIC;
							writer.WriteLine(prefix + L"public:");
						}
						for (auto decl : enumDecls.GetByIndex(index))
						{
							WriteHeader_Enum(writer, decl, ConvertName(decl->name.value), prefix + L"\t", false);
							writer.WriteLine(L"");
						}
					}
				}

				{
					vint index = structDecls.Keys().IndexOf(decl.Obj());
					if (index != -1)
					{
						if (accessor != PUBLIC)
						{
							accessor = PUBLIC;
							writer.WriteLine(prefix + L"public:");
						}
						for (auto decl : structDecls.GetByIndex(index))
						{
							WriteHeader_Struct(writer, decl, ConvertName(decl->name.value), prefix + L"\t", false);
							writer.WriteLine(L"");
						}
					}
				}

				{
					vint index = classDecls.Keys().IndexOf(decl.Obj());
					if (index != -1)
					{
						if (accessor != PUBLIC)
						{
							accessor = PUBLIC;
							writer.WriteLine(prefix + L"public:");
						}
						for (auto decl : classDecls.GetByIndex(index))
						{
							WriteHeader_ClassPreDecl(writer, decl, ConvertName(decl->name.value), prefix + L"\t");
						}
						writer.WriteLine(L"");
						for (auto decl : classDecls.GetByIndex(index))
						{
							WriteHeader_Class(writer, decl, ConvertName(decl->name.value), prefix + L"\t");
						}
					}
				}

				for (auto memberDecl : decl->declarations)
				{
					vint memberAccessor = PUBLIC;
					if (attributeEvaluator->GetAttribute(memberDecl->attributes, L"cpp", L"Private"))
					{
						memberAccessor = PRIVATE;
					}
					else if (attributeEvaluator->GetAttribute(memberDecl->attributes, L"cpp", L"Protected"))
					{
						memberAccessor = PROTECTED;
					}

					if (accessor != memberAccessor)
					{
						accessor = memberAccessor;
						switch (accessor)
						{
						case PRIVATE:
							writer.WriteLine(prefix + L"private:");
							break;
						case PROTECTED:
							writer.WriteLine(prefix + L"protected:");
							break;
						case PUBLIC:
							writer.WriteLine(prefix + L"public:");
							break;
						}
					}
					GenerateClassMemberDecl(this, writer, ConvertName(decl->name.value), memberDecl, prefix + L"\t", false);
				}

				if (IsClassHasUserImplMethods(decl, false))
				{
					auto td = manager->declarationTypes[decl.Obj()].Obj();
					auto classFullName = CppGetFullName(td);
					writer.WriteLine(L"");
					writer.WriteLine(prefix + L"/* USER_CONTENT_BEGIN(custom members of " + classFullName + L") */");
					writer.WriteLine(prefix + L"/* USER_CONTENT_END() */");
				}

				writer.WriteLine(prefix + L"};");
			}

			WString WfCppConfig::WriteHeader_Class(stream::StreamWriter& writer, Ptr<WfClassDeclaration> decl, collections::List<WString>& nss)
			{
				auto td = manager->declarationTypes[decl.Obj()].Obj();
				WString name;
				auto prefix = WriteNamespace(writer, CppGetFullName(td), nss, name);
				WriteHeader_Class(writer, decl, name, prefix);
				return prefix;
			}

			bool WfCppConfig::WriteCpp_ClassMember(stream::StreamWriter& writer, Ptr<WfClassDeclaration> decl, Ptr<WfDeclaration> memberDecl, collections::List<WString>& nss)
			{
				List<WString> nss2;
				GetClassNamespace(decl, nss2);
				auto prefix = WriteNamespace(writer, nss, nss2);

				auto td = manager->declarationTypes[decl.Obj()].Obj();
				auto classFullName = CppGetFullName(td);
				return GenerateClassMemberImpl(this, writer, decl.Obj(), GetClassBaseName(decl), ConvertName(decl->name.value), classFullName, memberDecl, prefix);
			}

			void WfCppConfig::WriteCpp_Class(stream::StreamWriter& writer, Ptr<WfClassDeclaration> decl, collections::List<WString>& nss)
			{
				List<Ptr<WfClassDeclaration>> classes;
				classes.Add(decl);
				vint processed = 0;
				while (processed < classes.Count())
				{
					auto current = classes[processed++];

					writer.WriteLine(L"/***********************************************************************");
					writer.WriteLine(L"Class (" + CppGetFullName(manager->declarationTypes[current.Obj()].Obj()) + L")");
					writer.WriteLine(L"***********************************************************************/");
					writer.WriteLine(L"");

					for (auto memberDecl : current->declarations)
					{
						if (WriteCpp_ClassMember(writer, current, memberDecl, nss))
						{
							writer.WriteLine(L"");
						}
					}

					vint index = classDecls.Keys().IndexOf(current.Obj());
					if (index != -1)
					{
						CopyFrom(classes, classDecls.GetByIndex(index), true);
					}
				}
			}
		}
	}
}


/***********************************************************************
.\CPP\WFCPP_WRITEENUM.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace cppcodegen
		{
			using namespace collections;

			void WfCppConfig::WriteHeader_Enum(stream::StreamWriter& writer, Ptr<WfEnumDeclaration> decl, const WString& name, const WString& prefix, bool mainHeaderDefinition)
			{
				if (mainHeaderDefinition)
				{
					writer.WriteLine(prefix + L"enum class " + name + L" : vl::vuint64_t");
					writer.WriteLine(prefix + L"{");
					for (auto item : decl->items)
					{
						switch (item->kind)
						{
						case WfEnumItemKind::Constant:
							writer.WriteLine(prefix + L"\t" + ConvertName(item->name.value) + L" = " + item->number.value + L"UL,");
							break;
						case WfEnumItemKind::Intersection:
							writer.WriteString(prefix + L"\t" + ConvertName(item->name.value) + L" = ");
							for (auto [enumInt, index] : indexed(item->intersections))
							{
								if (index > 0)
								{
									writer.WriteString(L" | ");
								}
								writer.WriteString(ConvertName(enumInt->name.value));
							}
							writer.WriteLine(L",");
							break;
						default:;
						}
					}
					writer.WriteLine(prefix + L"};");
				}
				else
				{
					auto td = manager->declarationTypes[decl.Obj()].Obj();
					writer.WriteString(prefix);
					writer.WriteString(L"using ");
					writer.WriteString(name);
					writer.WriteString(L" = ::");
					writer.WriteString(CppNameToHeaderEnumStructName(CppGetFullName(td), L"enum"));
					writer.WriteLine(L";");
				}
			}

			void WfCppConfig::WriteHeader_EnumOp(stream::StreamWriter& writer, Ptr<WfEnumDeclaration> decl, const WString& name, const WString& prefix)
			{
				const wchar_t* ops[] = { L"&", L"|" };
				for (auto op : ops)
				{
					writer.WriteString(prefix);
					writer.WriteString(L"inline ");
					writer.WriteString(name);
					writer.WriteString(L" operator");
					writer.WriteString(op);
					writer.WriteString(L" (");
					writer.WriteString(name);
					writer.WriteString(L" a, ");
					writer.WriteString(name);
					writer.WriteString(L" b) { return static_cast<");
					writer.WriteString(name);
					writer.WriteString(L">(static_cast<::vl::vuint64_t>(a) ");
					writer.WriteString(op);
					writer.WriteLine(L" static_cast<::vl::vuint64_t>(b)); }");
				}
			}

			void WfCppConfig::WriteHeader_Enum(stream::StreamWriter& writer, Ptr<WfEnumDeclaration> decl, collections::List<WString>& nss, bool mainHeaderDefinition)
			{
				auto td = manager->declarationTypes[decl.Obj()].Obj();
				if (mainHeaderDefinition)
				{
					WString name;
					auto prefix = WriteNamespace(writer, CppNameToHeaderEnumStructName(CppGetFullName(td), L"enum"), nss, name);
					WriteHeader_Enum(writer, decl, name, prefix, true);
					WriteHeader_EnumOp(writer, decl, name, prefix);
				}
				else
				{
					WString name;
					auto prefix = WriteNamespace(writer, CppGetFullName(td), nss, name);
					writer.WriteString(prefix);
					writer.WriteString(L"using ");
					writer.WriteString(name);
					writer.WriteString(L" = ::");
					writer.WriteString(CppNameToHeaderEnumStructName(CppGetFullName(td), L"enum"));
					writer.WriteLine(L";");
				}
			}

			void WfCppConfig::WriteHeader_MainHeaderEnums(stream::StreamWriter& writer, collections::List<WString>& nss)
			{
				List<Ptr<WfEnumDeclaration>> allEnums;
				CopyFrom(allEnums, Range<vint>(0, enumDecls.Count()).SelectMany([&](vint index) {return From(enumDecls.GetByIndex(index)); }));
				SortDeclsByName(allEnums);

				for (auto decl : allEnums)
				{
					WriteHeader_Enum(writer, decl, nss, true);
					writer.WriteLine(L"");
				}
			}
		}
	}
}

/***********************************************************************
.\CPP\WFCPP_WRITEFUNCTIONHEADER.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace cppcodegen
		{
			using namespace collections;
			using namespace reflection::description;

			ITypeInfo* WfCppConfig::WriteFunctionHeader(stream::StreamWriter& writer, ITypeInfo* typeInfo, collections::List<WString>& arguments, const WString& name, bool writeReturnType)
			{
				ITypeInfo* returnType = nullptr;
				if (writeReturnType)
				{
					returnType = typeInfo->GetElementType()->GetGenericArgument(0);
					writer.WriteString(ConvertType(returnType));
					writer.WriteChar(L' ');
				}

				writer.WriteString(name);
				writer.WriteString(L"(");
				for (vint i = 0; i < arguments.Count(); i++)
				{
					if (i > 0)
					{
						writer.WriteString(L", ");
					}
					writer.WriteString(ConvertArgumentType(typeInfo->GetElementType()->GetGenericArgument(i + 1)));
					writer.WriteChar(L' ');
					writer.WriteString(ConvertName(arguments[i]));
				}
				writer.WriteString(L")");

				return returnType;
			}

			ITypeInfo* WfCppConfig::WriteFunctionHeader(stream::StreamWriter& writer, Ptr<WfOrderedLambdaExpression> ordered, const WString& name, bool writeReturnType)
			{
				auto result = manager->expressionResolvings[ordered.Obj()];
				auto typeInfo = result.type.Obj();

				auto scope = manager->nodeScopes[ordered.Obj()].Obj();
				List<WString> arguments;
				CopyFrom(
					arguments,
					Range<vint>(0, scope->symbols.Count())
						.Select([scope](vint index)
						{
							return scope->symbols.GetByIndex(index)[0]->name;
						})
						.OrderBySelf()
					);

				return WriteFunctionHeader(writer, typeInfo, arguments, name, writeReturnType);
			}

			ITypeInfo* WfCppConfig::WriteFunctionHeader(stream::StreamWriter& writer, Ptr<WfFunctionExpression> funcExpr, const WString& name, bool writeReturnType)
			{
				auto result = manager->expressionResolvings[funcExpr.Obj()];
				auto typeInfo = result.type.Obj();

				List<WString> arguments;
				CopyFrom(
					arguments,
					From(funcExpr->function->arguments)
						.Select([](Ptr<WfFunctionArgument> argument)
						{
							return argument->name.value;
						})
					);
				return WriteFunctionHeader(writer, typeInfo, arguments, name, writeReturnType);
			}

			ITypeInfo* WfCppConfig::WriteFunctionHeader(stream::StreamWriter& writer, Ptr<WfFunctionDeclaration> decl, const WString& name, bool writeReturnType)
			{
				vint index1 = manager->declarationMemberInfos.Keys().IndexOf(decl.Obj());
				vint index2 = manager->interfaceMethodImpls.Keys().IndexOf(decl.Obj());
				auto methodInfo =
					index1 != -1 ? dynamic_cast<IMethodInfo*>(manager->declarationMemberInfos.Values()[index1].Obj()) :
					index2 != -1 ? manager->interfaceMethodImpls.Values()[index2] :
					nullptr;

				List<WString> arguments;
				CopyFrom(
					arguments,
					From(decl->arguments)
						.Select([](Ptr<WfFunctionArgument> argument)
						{
							return argument->name.value;
						})
					);

				if (methodInfo)
				{
					return WriteFunctionHeader(writer, methodInfo, arguments, name, writeReturnType);
				}
				else
				{
					auto scope = manager->nodeScopes[decl.Obj()].Obj();
					auto symbol = manager->GetDeclarationSymbol(scope, decl.Obj());
					auto typeInfo = symbol->typeInfo.Obj();

					return WriteFunctionHeader(writer, typeInfo, arguments, name, writeReturnType);
				}
			}

			ITypeInfo* WfCppConfig::WriteFunctionHeader(stream::StreamWriter& writer, IMethodInfo* methodInfo, collections::List<WString>& arguments, const WString& name, bool writeReturnType)
			{
				ITypeInfo* returnType = nullptr;
				if (writeReturnType)
				{
					returnType = methodInfo->GetReturn();
					writer.WriteString(ConvertType(returnType));
					writer.WriteChar(L' ');
				}
				writer.WriteString(name);
				writer.WriteString(L"(");
				vint count = methodInfo->GetParameterCount();
				for (vint i = 0; i < count; i++)
				{
					if (i > 0)
					{
						writer.WriteString(L", ");
					}
					writer.WriteString(ConvertArgumentType(methodInfo->GetParameter(i)->GetType()));
					writer.WriteChar(L' ');
					if (arguments.Count() == 0)
					{
						writer.WriteString(ConvertName(methodInfo->GetParameter(i)->GetName()));
					}
					else
					{
						writer.WriteString(ConvertName(arguments[i]));
					}
				}
				writer.WriteString(L")");
				return returnType;
			}

			ITypeInfo* WfCppConfig::WriteFunctionHeader(stream::StreamWriter& writer, IMethodInfo* methodInfo, const WString& name, bool writeReturnType)
			{
				List<WString> arguments;
				return WriteFunctionHeader(writer, methodInfo, arguments, name, writeReturnType);
			}
		}
	}
}

/***********************************************************************
.\CPP\WFCPP_WRITEGLOBAL.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace cppcodegen
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;

			void WfCppConfig::SortClosure(Dictionary<WString, Ptr<WfExpression>>& reversedLambdaExprs, Dictionary<WString, Ptr<WfNewInterfaceExpression>>& reversedClassExprs)
			{
				CopyFrom(
					reversedLambdaExprs,
					From(lambdaExprs)
						.Select([](Pair<Ptr<WfExpression>, WString> pair)
						{
							return Pair<WString, Ptr<WfExpression>>(pair.value, pair.key);
						})
					);

				CopyFrom(
					reversedClassExprs,
					From(classExprs)
						.Select([](Pair<Ptr<WfNewInterfaceExpression>, WString> pair)
						{
							return Pair<WString, Ptr<WfNewInterfaceExpression>>(pair.value, pair.key);
						})
					);
			}

			void WfCppConfig::WriteHeader_Global(stream::StreamWriter& writer)
			{
				Dictionary<WString, Ptr<WfExpression>> reversedLambdaExprs;
				Dictionary<WString, Ptr<WfNewInterfaceExpression>> reversedClassExprs;
				SortClosure(reversedLambdaExprs, reversedClassExprs);

				writer.WriteLine(L"/***********************************************************************");
				writer.WriteLine(L"Global Variables and Functions");
				writer.WriteLine(L"***********************************************************************/");
				writer.WriteLine(L"");
				writer.WriteLine(L"namespace " + assemblyNamespace);
				writer.WriteLine(L"{");
				writer.WriteLine(L"\tclass " + assemblyName);
				writer.WriteLine(L"\t{");
				writer.WriteLine(L"\tpublic:");
				if (varDecls.Count() > 0)
				{
					writer.WriteLine(L"");
					for (auto decl : varDecls)
					{
						auto scope = manager->nodeScopes[decl.Obj()].Obj();
						auto symbol = scope->symbols[decl->name.value][0];
						auto typeInfo = symbol->typeInfo;
						writer.WriteString(L"\t\t" + ConvertType(typeInfo.Obj()) + L" " + ConvertName(decl->name.value));
						auto defaultValue = DefaultValue(typeInfo.Obj());
						if (defaultValue != L"")
						{
							writer.WriteString(L" = ");
							writer.WriteString(defaultValue);
						}
						writer.WriteLine(L";");
					}
				}
				if (funcDecls.Count() > 0)
				{
					writer.WriteLine(L"");
					for (auto decl : funcDecls)
					{
						writer.WriteString(L"\t\t");
						WriteFunctionHeader(writer, decl, ConvertName(decl->name.value), true);
						writer.WriteLine(L";");
					}
				}
				writer.WriteLine(L"");
				writer.WriteLine(L"\t\tstatic " + assemblyName + L"& Instance();");
				writer.WriteLine(L"\t};");

				if (reversedLambdaExprs.Count() + reversedClassExprs.Count() > 0)
				{
					writer.WriteLine(L"");
					writer.WriteLine(L"/***********************************************************************");
					writer.WriteLine(L"Closures");
					writer.WriteLine(L"***********************************************************************/");

					for (auto expr : reversedLambdaExprs.Values())
					{
						writer.WriteLine(L"");
						WriteHeader_LambdaExprDecl(writer, expr);
					}

					for (auto expr : reversedClassExprs.Values())
					{
						writer.WriteLine(L"");
						WriteHeader_ClassExprDecl(writer, expr);
					}
				}

				writer.WriteLine(L"}");
			}

			void WfCppConfig::WriteCpp_Global(stream::StreamWriter& writer)
			{
				Dictionary<WString, Ptr<WfExpression>> reversedLambdaExprs;
				Dictionary<WString, Ptr<WfNewInterfaceExpression>> reversedClassExprs;
				SortClosure(reversedLambdaExprs, reversedClassExprs);

				writer.WriteLine(L"/***********************************************************************");
				writer.WriteLine(L"Global Variables");
				writer.WriteLine(L"***********************************************************************/");
				writer.WriteLine(L"");

				WString storageName = assemblyNamespace + L"_" + assemblyName;
				writer.WriteLine(L"BEGIN_GLOBAL_STORAGE_CLASS(" + storageName + L")");
				writer.WriteLine(L"\t" + assemblyNamespace + L"::" + assemblyName + L" instance;");
				writer.WriteLine(L"\tINITIALIZE_GLOBAL_STORAGE_CLASS");
				if (varDecls.Count() > 0)
				{
					writer.WriteLine(L"");
					for (auto decl : varDecls)
					{
						auto scope = manager->nodeScopes[decl.Obj()].Obj();
						auto symbol = scope->symbols[decl->name.value][0];
						auto typeInfo = symbol->typeInfo;
						if (decl->expression)
						{
							writer.WriteString(L"\t\tinstance." + ConvertName(decl->name.value) + L" = ");
							GenerateExpression(this, writer, decl->expression, typeInfo.Obj());
							writer.WriteLine(L";");
						}
					}
				}
				if (staticInitDecls.Count() > 0)
				{
					auto voidType = description::TypeInfoRetriver<void>::CreateTypeInfo();
					for (auto staticInitDecl : staticInitDecls)
					{
						writer.WriteLine(L"");
						writer.WriteLine(L"\t\t([]()");
						GenerateStatement(this, Ptr(new FunctionRecord), writer, staticInitDecl->statement, L"\t\t", WString::Unmanaged(L"\t"), voidType.Obj());
						writer.WriteLine(L"\t\t)();");
					}
				}
				writer.WriteLine(L"\tFINALIZE_GLOBAL_STORAGE_CLASS");
				if (varDecls.Count() > 0)
				{
					writer.WriteLine(L"");
					for (auto decl : varDecls)
					{
						auto scope = manager->nodeScopes[decl.Obj()].Obj();
						auto symbol = scope->symbols[decl->name.value][0];
						auto typeInfo = symbol->typeInfo;
						switch (typeInfo->GetDecorator())
						{
						case ITypeInfo::RawPtr:
						case ITypeInfo::SharedPtr:
							writer.WriteLine(L"\t\tinstance." + ConvertName(decl->name.value) + L" = nullptr;");
							break;
						case ITypeInfo::Nullable:
							writer.WriteString(L"\t\tinstance." + ConvertName(decl->name.value) + L" = ");
							ConvertType(typeInfo.Obj());
							writer.WriteLine(L"();");
							break;
						default:
							if (typeInfo->GetTypeDescriptor() == description::GetTypeDescriptor<WString>())
							{
								writer.WriteLine(L"\t\tinstance." + ConvertName(decl->name.value) + L" = ::vl::WString::Empty;");
							}
							else if (typeInfo->GetTypeDescriptor() == description::GetTypeDescriptor<Value>())
							{
								writer.WriteLine(L"\t\tinstance." + ConvertName(decl->name.value) + L" = ::vl::reflection::description::Value();");
							}
						}
					}
				}
				writer.WriteLine(L"END_GLOBAL_STORAGE_CLASS(" + storageName + L")");
				writer.WriteLine(L"");

				writer.WriteString(L"namespace ");
				writer.WriteLine(assemblyNamespace);
				writer.WriteLine(L"{");

				writer.WriteLine(L"/***********************************************************************");
				writer.WriteLine(L"Global Functions");
				writer.WriteLine(L"***********************************************************************/");

				for (auto decl : funcDecls)
				{
					writer.WriteLine(L"");
					writer.WriteString(L"\t");
					auto returnType = WriteFunctionHeader(writer, decl, assemblyName + L"::" + ConvertName(decl->name.value), true);
					writer.WriteLine(L"");
					WriteFunctionBody(writer, decl->statement, L"\t", returnType);
				}

				writer.WriteLine(L"");
				writer.WriteLine(L"\t" + assemblyName + L"& " + assemblyName + L"::Instance()");
				writer.WriteLine(L"\t{");
				writer.WriteLine(L"\t\treturn Get" + storageName + L"().instance;");
				writer.WriteLine(L"\t}");

				if (reversedLambdaExprs.Count() + reversedClassExprs.Count() > 0)
				{
					writer.WriteLine(L"");
					writer.WriteLine(L"/***********************************************************************");
					writer.WriteLine(L"Closures");
					writer.WriteLine(L"***********************************************************************/");

					for (auto expr : reversedLambdaExprs.Values())
					{
						writer.WriteLine(L"");
						writer.WriteLine(L"\t//-------------------------------------------------------------------");
						writer.WriteLine(L"");
						WriteCpp_LambdaExprImpl(writer, expr);
					}

					if (reversedClassExprs.Count() > 0)
					{
						writer.WriteLine(L"");
						for (auto expr : reversedClassExprs.Values())
						{
							writer.WriteLine(L"\t//-------------------------------------------------------------------");
							writer.WriteLine(L"");
							WriteCpp_ClassExprImpl(writer, expr);
						}
					}
				}

				writer.WriteLine(L"}");
			}
		}
	}
}

/***********************************************************************
.\CPP\WFCPP_WRITELAMBDA.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace cppcodegen
		{
			using namespace collections;
			using namespace analyzer;
			using namespace reflection;
			using namespace reflection::description;

/***********************************************************************
WfCppConfig::WriteCpp
***********************************************************************/

			void WfCppConfig::WriteHeader_ClosurePreDecl(stream::StreamWriter& writer, Ptr<WfExpression> closure)
			{
				auto info = closureInfos[closure.Obj()];
				writer.WriteString(L"\t");
				if (closure.Cast<WfNewInterfaceExpression>())
				{
					writer.WriteString(L"class ");
				}
				else
				{
					writer.WriteString(L"struct ");
				}
				writer.WriteString(info->lambdaClassName);
				writer.WriteLine(L";");
			}

			void WfCppConfig::WriteHeader_LambdaExprDecl(stream::StreamWriter& writer, Ptr<WfExpression> lambda)
			{
				if (auto ordered = lambda.Cast<WfOrderedLambdaExpression>())
				{
					auto name = lambdaExprs[lambda.Obj()];
					writer.WriteLine(L"\tstruct " + name);
					writer.WriteLine(L"\t{");

					if (WriteCpp_ClosureMembers(writer, lambda))
					{
						writer.WriteLine(L"");
					}
					writer.WriteString(L"\t\t");
					WriteCpp_ClosureCtor(writer, lambda, name);
					writer.WriteLine(L";");
					writer.WriteLine(L"");

					writer.WriteString(L"\t\t");
					WriteFunctionHeader(writer, ordered, L"operator()", true);
					writer.WriteLine(L" const;");
					writer.WriteLine(L"\t};");
				}
				else if (auto funcExpr = lambda.Cast<WfFunctionExpression>())
				{
					auto name = lambdaExprs[lambda.Obj()];
					writer.WriteLine(L"\tstruct " + name);
					writer.WriteLine(L"\t{");

					if (WriteCpp_ClosureMembers(writer, lambda))
					{
						writer.WriteLine(L"");
					}
					writer.WriteString(L"\t\t");
					WriteCpp_ClosureCtor(writer, lambda, name);
					writer.WriteLine(L";");
					writer.WriteLine(L"");

					writer.WriteString(L"\t\t");
					WriteFunctionHeader(writer, funcExpr, L"operator()", true);
					writer.WriteLine(L" const;");
					writer.WriteLine(L"\t};");
				}
			}

			void WfCppConfig::WriteHeader_ClassExprDecl(stream::StreamWriter& writer, Ptr<WfNewInterfaceExpression> lambda)
			{
				auto result = manager->expressionResolvings[lambda.Obj()];
				auto td = result.constructorInfo->GetOwnerTypeDescriptor();
				auto name = classExprs[lambda.Obj()];
				writer.WriteLine(L"\tclass " + name + L" : public ::vl::Object, public virtual " + ConvertType(td));
				writer.WriteLine(L"\t{");
				writer.WriteLine(L"\tpublic:");

				if (WriteCpp_ClosureMembers(writer, lambda))
				{
					writer.WriteLine(L"");
				}
				writer.WriteString(L"\t\t");
				WriteCpp_ClosureCtor(writer, lambda, name);
				writer.WriteLine(L";");
				writer.WriteLine(L"");

				for (auto memberDecl : lambda->declarations)
				{
					GenerateClassMemberDecl(this, writer, name, memberDecl, L"\t\t", true);
				}
				writer.WriteLine(L"\t};");
			}

			bool WfCppConfig::WriteCpp_ClosureMembers(stream::StreamWriter& writer, Ptr<WfExpression> closure)
			{
				auto info = closureInfos[closure.Obj()];

				for (auto symbol : info->symbols.Values())
				{
					writer.WriteString(L"\t\t");
					writer.WriteString(ConvertType(symbol->typeInfo.Obj()));
					writer.WriteString(L" ");
					writer.WriteString(ConvertName(symbol->name));
					writer.WriteLine(L";");
				}

				for (auto [thisType, index] : indexed(info->thisTypes))
				{
					auto typeInfo = Ptr(new RawPtrTypeInfo(Ptr(new TypeDescriptorTypeInfo(thisType, TypeInfoHint::Normal))));

					writer.WriteString(L"\t\t");
					writer.WriteString(ConvertType(typeInfo.Obj()));
					writer.WriteString(L" ");
					writer.WriteString(L"__vwsnthis_" + itow(index));
					writer.WriteLine(L";");
				}

				return info->symbols.Count() + info->thisTypes.Count() > 0;
			}

			void WfCppConfig::WriteCpp_ClosureCtor(stream::StreamWriter& writer, Ptr<WfExpression> closure, const WString& name)
			{
				auto info = closureInfos[closure.Obj()];

				writer.WriteString(name);
				writer.WriteString(L"(");

				vint argumentIndex = 0;

				for (auto [symbol, index] : indexed(From(info->symbols.Values()).Concat(info->ctorArgumentSymbols.Values())))
				{
					if (argumentIndex++ > 0)
					{
						writer.WriteString(L", ");
					}
					writer.WriteString(ConvertType(symbol->typeInfo.Obj()));
					writer.WriteString(L" __vwsnctor_");
					writer.WriteString(ConvertName(symbol->name));
				}

				for (auto [thisType, index] : indexed(info->thisTypes))
				{
					auto typeInfo = Ptr(new RawPtrTypeInfo(Ptr(new TypeDescriptorTypeInfo(thisType, TypeInfoHint::Normal))));

					if (argumentIndex++ > 0)
					{
						writer.WriteString(L", ");
					}
					writer.WriteString(ConvertType(typeInfo.Obj()));
					writer.WriteString(L" __vwsnctorthis_" + itow(index));
				}

				writer.WriteString(L")");
			}

			void WfCppConfig::WriteCpp_ClosureCtorInitList(stream::StreamWriter& writer, Ptr<WfExpression> closure)
			{
				auto info = closureInfos[closure.Obj()];

				for (auto [symbol, index] : indexed(info->symbols.Values()))
				{
					if (index > 0)
					{
						writer.WriteString(L"\t\t, ");
					}
					else
					{
						writer.WriteString(L"\t\t:");
					}
					writer.WriteString(ConvertName(symbol->name));
					writer.WriteString(L"(__vwsnctor_");
					writer.WriteString(ConvertName(symbol->name));
					writer.WriteLine(L")");
				}

				for (auto [thisType, index] : indexed(info->thisTypes))
				{
					if (index > 0 || info->symbols.Count() > 0)
					{
						writer.WriteString(L"\t\t, ");
					}
					else
					{
						writer.WriteString(L"\t\t:");
					}
					writer.WriteString(L"__vwsnthis_" + itow(index));
					writer.WriteString(L"(::vl::__vwsn::This(__vwsnctorthis_" + itow(index));
					writer.WriteLine(L"))");
				}
			}

			void WfCppConfig::WriteCpp_LambdaExprImpl(stream::StreamWriter& writer, Ptr<WfExpression> lambda)
			{
				if (auto ordered = lambda.Cast<WfOrderedLambdaExpression>())
				{
					auto name = lambdaExprs[lambda.Obj()];

					writer.WriteString(L"\t");
					WriteCpp_ClosureCtor(writer, lambda, name + L"::" + name);
					writer.WriteLine(L"");
					WriteCpp_ClosureCtorInitList(writer, lambda);
					writer.WriteLine(L"\t{");
					writer.WriteLine(L"\t}");
					writer.WriteLine(L"");

					writer.WriteString(L"\t");
					auto returnType = WriteFunctionHeader(writer, ordered, name + L"::operator()", true);
					writer.WriteLine(L" const");
					writer.WriteLine(L"\t{");
					WriteFunctionBody(writer, ordered->body, L"\t\t", returnType);
					writer.WriteLine(L"\t}");
				}
				else if (auto funcExpr = lambda.Cast<WfFunctionExpression>())
				{
					auto name = lambdaExprs[lambda.Obj()];

					writer.WriteString(L"\t");
					WriteCpp_ClosureCtor(writer, lambda, name + L"::" + name);
					writer.WriteLine(L"");
					WriteCpp_ClosureCtorInitList(writer, lambda);
					writer.WriteLine(L"\t{");
					writer.WriteLine(L"\t}");
					writer.WriteLine(L"");

					writer.WriteString(L"\t");
					auto returnType = WriteFunctionHeader(writer, funcExpr, name + L"::operator()", true);
					writer.WriteLine(L" const");
					WriteFunctionBody(writer, funcExpr->function->statement, L"\t", returnType);
				}
			}

			class WriteCpp_ClassExprImpl_InitFieldVisitor
				: public empty_visitor::DeclarationVisitor
			{
			public:
				WfCppConfig*						config;
				stream::StreamWriter&				writer;

				WriteCpp_ClassExprImpl_InitFieldVisitor(WfCppConfig* _config, stream::StreamWriter& _writer)
					:config(_config)
					, writer(_writer)
				{
				}

				void Dispatch(WfVirtualCfeDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Dispatch(WfVirtualCseDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Visit(WfVariableDeclaration* node)override
				{
					if (node->expression)
					{
						auto scope = config->manager->nodeScopes[node].Obj();
						auto symbol = scope->symbols[node->name.value][0];
						auto typeInfo = symbol->typeInfo;
						writer.WriteString(L"\t\tthis->");
						writer.WriteString(config->ConvertName(node->name.value));
						writer.WriteString(L" = ");
						GenerateExpression(config, writer, node->expression, typeInfo.Obj());
						writer.WriteLine(L";");
					}
				}
			};

			void WfCppConfig::WriteCpp_ClassExprImpl(stream::StreamWriter& writer, Ptr<WfNewInterfaceExpression> lambda)
			{
				auto name = classExprs[lambda.Obj()];

				writer.WriteString(L"\t");
				WriteCpp_ClosureCtor(writer, lambda, name + L"::" + name);
				writer.WriteLine(L"");
				WriteCpp_ClosureCtorInitList(writer, lambda);
				writer.WriteLine(L"\t{");

				{
					WriteCpp_ClassExprImpl_InitFieldVisitor visitor(this, writer);
					for (auto memberDecl : lambda->declarations)
					{
						memberDecl->Accept(&visitor);
					}
				}

				writer.WriteLine(L"\t}");
				writer.WriteLine(L"");

				WString classFullName = L"::" + assemblyNamespace + L"::" + name;
				for (auto memberDecl : lambda->declarations)
				{
					if (GenerateClassMemberImpl(this, writer, nullptr, name, name, classFullName, memberDecl, L"\t"))
					{
						writer.WriteLine(L"");
					}
				}
			}
		}
	}
}

/***********************************************************************
.\CPP\WFCPP_WRITEREFLECTION.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace cppcodegen
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;

			void LoadTypes(WfCppConfig* config, List<ITypeDescriptor*>& tds)
			{
				CopyFrom(
					tds,
					From(config->manager->declarationTypes.Values())
						.OrderByKey([](auto&& a)
						{
							return a->GetTypeName();
						})
						.Select([](Ptr<ITypeDescriptor> td)
						{
							return td.Obj();
						})
					);
			}

			void WfCppConfig::WriteHeader_Reflection(stream::StreamWriter& writer)
			{
				writer.WriteLine(L"/***********************************************************************");
				writer.WriteLine(L"Reflection");
				writer.WriteLine(L"***********************************************************************/");
				writer.WriteLine(L"");
				List<ITypeDescriptor*> tds;
				LoadTypes(this, tds);

				writer.WriteLine(L"namespace vl");
				writer.WriteLine(L"{");
				writer.WriteLine(L"\tnamespace reflection");
				writer.WriteLine(L"\t{");
				writer.WriteLine(L"\t\tnamespace description");
				writer.WriteLine(L"\t\t{");
				writer.WriteLine(L"#ifndef VCZH_DEBUG_NO_REFLECTION");

				for (auto td : tds)
				{
					writer.WriteString(L"\t\t\tDECL_TYPE_INFO(");
					writer.WriteString(ConvertType(td));
					writer.WriteLine(L")");
				}

				List<ITypeDescriptor*> tdInterfaces;
				CopyFrom(
					tdInterfaces,
					From(tds)
						.Where([](ITypeDescriptor* td)
						{
							return td->GetTypeDescriptorFlags() == TypeDescriptorFlags::Interface;
						})
					);
				{
					vint processed = 0;
					while (processed < tdInterfaces.Count())
					{
						vint count = tdInterfaces.Count();
						for (vint i = processed; i < count; i++)
						{
							auto td = tdInterfaces[i];
							if (Range<vint>(0, td->GetBaseTypeDescriptorCount())
								.All([&](vint baseIndex)
								{
									return tdInterfaces.IndexOf(td->GetBaseTypeDescriptor(baseIndex)) < processed;
								}))
							{
								tdInterfaces.RemoveAt(i);
								tdInterfaces.Insert(processed++, td);
							}
						}
					}
				}

				if (tdInterfaces.Count() > 0)
				{
					writer.WriteLine(L"");
					writer.WriteLine(L"#ifdef VCZH_DESCRIPTABLEOBJECT_WITH_METADATA");
					for (auto td : tdInterfaces)
					{
						List<ITypeDescriptor*> baseTds;
						CopyFrom(
							baseTds,
							Range<vint>(0, td->GetBaseTypeDescriptorCount())
								.Select([&](vint index)
								{
									return td->GetBaseTypeDescriptor(index);
								})
								.Where([&](ITypeDescriptor* baseTd)
								{
									return baseTd->GetTypeDescriptorFlags() != TypeDescriptorFlags::IDescriptable;
								})
							);

						writer.WriteLine(L"");
						if (baseTds.Count() > 0)
						{
							writer.WriteString(L"\t\t\tBEGIN_INTERFACE_PROXY_SHAREDPTR(");
							writer.WriteString(ConvertType(td));
							for (auto baseTd : baseTds)
							{
								writer.WriteString(L", ");
								writer.WriteString(ConvertType(baseTd));
							}
							writer.WriteLine(L")");
						}
						else
						{
							writer.WriteString(L"\t\t\tBEGIN_INTERFACE_PROXY_NOPARENT_SHAREDPTR(");
							writer.WriteString(ConvertType(td));
							writer.WriteLine(L")");
						}

						auto WriteInterfaceProxyInvoke = [&](IMethodInfo* methodInfo, ITypeDescriptor* td, vint methodCount)
						{
							auto methodName = ConvertName(methodInfo->GetName());
							auto parameterCount = methodInfo->GetParameterCount();
							if (methodCount == 1)
							{
								if (methodInfo->GetReturn()->GetTypeDescriptor() == description::GetTypeDescriptor<void>())
								{
									writer.WriteString(L"\t\t\t\t\tINVOKE_INTERFACE_PROXY");
								}
								else
								{
									writer.WriteString(L"\t\t\t\t\tINVOKEGET_INTERFACE_PROXY");
								}

								if (parameterCount > 0)
								{
									writer.WriteString(L"(");
									writer.WriteString(methodName);
									for (vint k = 0; k < parameterCount; k++)
									{
										writer.WriteString(L", ");
										writer.WriteString(ConvertName(methodInfo->GetParameter(k)->GetName()));
									}
									writer.WriteLine(L");");
								}
								else
								{
									writer.WriteString(L"_NOPARAMS(");
									writer.WriteString(methodName);
									writer.WriteLine(L");");
								}
								return;
							}

							writer.WriteLine(L"\t\t\t\t\tstatic ITypeDescriptor* _interface_proxy_typeDescriptor = nullptr;");
							writer.WriteLine(L"\t\t\t\t\tstatic IMethodInfo* _interface_proxy_methodInfo = nullptr;");
							writer.WriteLine(L"\t\t\t\t\tif (_interface_proxy_typeDescriptor != static_cast<DescriptableObject*>(this)->GetTypeDescriptor())");
							writer.WriteLine(L"\t\t\t\t\t{");
							writer.WriteLine(L"\t\t\t\t\t\t_interface_proxy_typeDescriptor = static_cast<DescriptableObject*>(this)->GetTypeDescriptor();");
							writer.WriteLine(L"\t\t\t\t\t\tCHECK_ERROR(_interface_proxy_typeDescriptor != nullptr, L\"Internal error: The type of this interface has not been registered.\");");
							writer.WriteLine(L"\t\t\t\t\t\tauto impl = dynamic_cast<MethodPointerBinaryData::IIndexer*>(_interface_proxy_typeDescriptor);");
							writer.WriteLine(L"\t\t\t\t\t\tCHECK_ERROR(impl != nullptr, L\"Internal error: BEGIN_INTERFACE_PROXY is the only correct way to register an interface with a proxy.\");");
							writer.WriteString(L"\t\t\t\t\t\tauto _interface_proxy_method = (");
							writer.WriteString(ConvertFunctionType(methodInfo, L"(_interface_proxy_InterfaceType::*)"));
							writer.WriteString(L") &_interface_proxy_InterfaceType::");
							writer.WriteString(methodName);
							writer.WriteLine(L";");
							writer.WriteLine(L"\t\t\t\t\t\tMethodPointerBinaryDataRetriver<decltype(_interface_proxy_method)> binaryData(_interface_proxy_method);");
							writer.WriteLine(L"\t\t\t\t\t\t_interface_proxy_methodInfo = impl->GetIndexedMethodInfo(binaryData.GetBinaryData());");
							writer.WriteLine(L"\t\t\t\t\t}");

							if (methodInfo->GetReturn()->GetTypeDescriptor() == description::GetTypeDescriptor<void>())
							{
								writer.WriteString(L"\t\t\t\t\tproxy->Invoke(_interface_proxy_methodInfo, ");
							}
							else
							{
								writer.WriteString(L"\t\t\t\t\treturn UnboxParameter<");
								writer.WriteString(ConvertType(methodInfo->GetReturn()));
								writer.WriteString(L">(proxy->Invoke(_interface_proxy_methodInfo, ");
							}

							if (parameterCount > 0)
							{
								writer.WriteString(L"IValueList::Create(collections::From((collections::Array<Value>&)(Value_xs()");
								for (vint k = 0; k < parameterCount; k++)
								{
									writer.WriteString(L", ");
									writer.WriteString(ConvertName(methodInfo->GetParameter(k)->GetName()));
								}
								writer.WriteString(L")))");
							}
							else
							{
								writer.WriteString(L"IValueList::Create()");
							}

							if (methodInfo->GetReturn()->GetTypeDescriptor() == description::GetTypeDescriptor<void>())
							{
								writer.WriteLine(L");");
							}
							else
							{
								writer.WriteLine(L")).Ref();");
							}
						};

						vint methodGroupCount = td->GetMethodGroupCount();
						for (vint i = 0; i < methodGroupCount; i++)
						{
							auto methodGroup = td->GetMethodGroup(i);
							vint methodCount = methodGroup->GetMethodCount();
							for (vint j = 0; j < methodCount; j++)
							{
								auto methodInfo = methodGroup->GetMethod(j);
								if (!methodInfo->IsStatic())
								{
									writer.WriteString(L"\t\t\t\t");
									WriteFunctionHeader(writer, methodInfo, ConvertName(methodInfo->GetName()), true);
									writer.WriteLine(L" override");
									writer.WriteLine(L"\t\t\t\t{");
									WriteInterfaceProxyInvoke(methodInfo, td, methodCount);

									writer.WriteLine(L"\t\t\t\t}");
								}
							}
						}

						writer.WriteString(L"\t\t\tEND_INTERFACE_PROXY(");
						writer.WriteString(ConvertType(td));
						writer.WriteLine(L")");
					}
					writer.WriteLine(L"#endif");
				}

				writer.WriteLine(L"#endif");
				writer.WriteLine(L"");

				writer.WriteString(L"\t\t\textern bool Load");
				writer.WriteString(assemblyName);
				writer.WriteLine(L"Types();");
				writer.WriteLine(L"\t\t}");
				writer.WriteLine(L"\t}");
				writer.WriteLine(L"}");
			}

			void WfCppConfig::WriteCpp_Reflection(stream::StreamWriter& writer)
			{
				writer.WriteLine(L"/***********************************************************************");
				writer.WriteLine(L"Reflection");
				writer.WriteLine(L"***********************************************************************/");
				writer.WriteLine(L"");
				List<ITypeDescriptor*> tds;
				LoadTypes(this, tds);

				Dictionary<ITypeDescriptor*, Ptr<WfDeclaration>> typeDecls;
				for (auto [decl, index] : indexed(manager->declarationTypes.Keys()))
				{
					auto td = manager->declarationTypes.Values()[index].Obj();
					if (!typeDecls.Keys().Contains(td))
					{
						typeDecls.Add(td, decl);
					}
				}

				Dictionary<IMemberInfo*, Ptr<WfDeclaration>> memberDecls;
				for (auto [decl, index] : indexed(manager->declarationMemberInfos.Keys()))
				{
					auto memberInfo = manager->declarationMemberInfos.Values()[index].Obj();
					if (!memberDecls.Keys().Contains(memberInfo))
					{
						memberDecls.Add(memberInfo, decl);
					}
				}

				writer.WriteLine(L"namespace vl");
				writer.WriteLine(L"{");
				writer.WriteLine(L"\tnamespace reflection");
				writer.WriteLine(L"\t{");
				writer.WriteLine(L"\t\tnamespace description");
				writer.WriteLine(L"\t\t{");
				writer.WriteLine(L"#ifndef VCZH_DEBUG_NO_REFLECTION");

				for (auto td : tds)
				{
					writer.WriteString(L"\t\t\tIMPL_CPP_TYPE_INFO(");
					WString type = ConvertType(td);
					if (type.Length() > 2 && type.Sub(0, 2) == L"::")
					{
						type = type.Sub(2, type.Length() - 2);
					}
					writer.WriteString(type);
					writer.WriteLine(L")");
				}
				writer.WriteLine(L"");

				writer.WriteLine(L"#ifdef VCZH_DESCRIPTABLEOBJECT_WITH_METADATA");
				writer.WriteLine(L"#define _ ,");

				auto FindTypeDecl = [&](ITypeDescriptor* td) -> Ptr<WfDeclaration>
				{
					if (auto index = typeDecls.Keys().IndexOf(td); index != -1)
					{
						return typeDecls.Values()[index];
					}
					return nullptr;
				};

				auto FindMemberDecl = [&](IMemberInfo* memberInfo) -> Ptr<WfDeclaration>
				{
					if (auto index = memberDecls.Keys().IndexOf(memberInfo); index != -1)
					{
						return memberDecls.Values()[index];
					}
					return nullptr;
				};

				auto ResolveAttributeTd = [&](Ptr<WfAttribute> att)
				{
					return manager->ResolveWorkflowAttribute(att->category.value, att->name.value);
				};

				auto WriteAttributeMacro = [&](const wchar_t* indent, const wchar_t* macroName, Ptr<WfAttribute> att, const wchar_t* paramName)
				{
					auto info = ResolveAttributeTd(att);
					if (!info.exists || info.attributeType == nullptr) return;

					writer.WriteString(indent);
					writer.WriteString(macroName);
					writer.WriteString(L"(");

					if (paramName)
					{
						writer.WriteString(L"L\"");
						writer.WriteString(ConvertName(paramName));
						writer.WriteString(L"\", ");
					}

					writer.WriteString(ConvertType(info.attributeType));
					if (info.hasArgument)
					{
						auto value = attributeEvaluator->GetAttributeValue(att);
						writer.WriteString(L", ");
						if (value.type == runtime::WfInsType::String)
						{
							WriteWStringLiteralUnmanaged(writer, value.stringValue);
						}
						else if (value.type == runtime::WfInsType::Unknown && value.typeDescriptor != nullptr)
						{
							writer.WriteString(L"::vl::reflection::description::GetTypeDescriptor(::vl::WString::Unmanaged(L\"");
							writer.WriteString(value.typeDescriptor->GetTypeName());
							writer.WriteString(L"\"))");
						}
						else
						{
							CHECK_FAIL(L"Attribute argument must be a string or ITypeDescriptor*.");
						}
					}

					writer.WriteLine(L")");
				};

				auto WriteDeclarationAttributes = [&](const wchar_t* indent, const wchar_t* macroName, Ptr<WfDeclaration> decl)
				{
					if (!decl) return;
					for (auto att : decl->attributes)
					{
						WriteAttributeMacro(indent, macroName, att, nullptr);
					}
				};

				auto WriteArgumentAttributes = [&](const wchar_t* indent, Ptr<WfFunctionArgument> arg)
				{
					if (!arg) return;
					for (auto att : arg->attributes)
					{
						WriteAttributeMacro(indent, L"ATTRIBUTE_PARAMETER", att, arg->name.value.Buffer());
					}
				};

				auto FindFunctionArg = [&](WfFunctionDeclaration* functionDecl, const WString& name) -> Ptr<WfFunctionArgument>
				{
					return From(functionDecl->arguments)
						.Where([&](Ptr<WfFunctionArgument> arg)
						{
							return arg->name.value == name;
						})
						.First(Ptr<WfFunctionArgument>());
				};

				auto FindCtorArg = [&](WfConstructorDeclaration* ctorDecl, const WString& name) -> Ptr<WfFunctionArgument>
				{
					return From(ctorDecl->arguments)
						.Where([&](Ptr<WfFunctionArgument> arg)
						{
							return arg->name.value == name;
						})
						.First(Ptr<WfFunctionArgument>());
				};

				for (auto td : tds)
				{
					switch (td->GetTypeDescriptorFlags())
					{
					case TypeDescriptorFlags::NormalEnum:
					case TypeDescriptorFlags::FlagEnum:
						{
							writer.WriteString(L"\t\t\tBEGIN_ENUM_ITEM");
							if (td->GetTypeDescriptorFlags() == TypeDescriptorFlags::FlagEnum)
							{
								writer.WriteString(L"_MERGABLE");
							}
							writer.WriteString(L"(");
							writer.WriteString(ConvertType(td));
							writer.WriteLine(L")");

							auto enumType = td->GetEnumType();
							vint count = enumType->GetItemCount();
							for (vint i = 0; i < count; i++)
							{
								writer.WriteString(L"\t\t\t\tENUM_CLASS_ITEM(");
								writer.WriteString(ConvertName(enumType->GetItemName(i)));
								writer.WriteLine(L")");
							}

							writer.WriteString(L"\t\t\tEND_ENUM_ITEM(");
							writer.WriteString(ConvertType(td));
							writer.WriteLine(L")");
						}
						break;
					case TypeDescriptorFlags::Struct:
						{
							writer.WriteString(L"\t\t\tBEGIN_STRUCT_MEMBER(");
							writer.WriteString(ConvertType(td));
							writer.WriteLine(L")");
							WriteDeclarationAttributes(L"\t\t\t\t", L"ATTRIBUTE_TYPE", FindTypeDecl(td));

							vint count = td->GetPropertyCount();
							for (vint i = 0; i < count; i++)
							{
								auto propertyInfo = td->GetProperty(i);
								writer.WriteString(L"\t\t\t\tSTRUCT_MEMBER(");
								writer.WriteString(ConvertName(propertyInfo->GetName()));
								writer.WriteLine(L")");
								WriteDeclarationAttributes(L"\t\t\t\t", L"ATTRIBUTE_MEMBER", FindMemberDecl(propertyInfo));
							}

							writer.WriteString(L"\t\t\tEND_STRUCT_MEMBER(");
							writer.WriteString(ConvertType(td));
							writer.WriteLine(L")");
						}
						break;
					case TypeDescriptorFlags::Interface:
					case TypeDescriptorFlags::Class:
						{
							if (td->GetTypeDescriptorFlags() == TypeDescriptorFlags::Interface)
							{
								writer.WriteString(L"\t\t\tBEGIN_INTERFACE_MEMBER(");
							}
							else
							{
								writer.WriteString(L"\t\t\tBEGIN_CLASS_MEMBER(");
							}
							writer.WriteString(ConvertType(td));
							writer.WriteLine(L")");
							WriteDeclarationAttributes(L"\t\t\t\t", L"ATTRIBUTE_TYPE", FindTypeDecl(td));

							vint baseCount = td->GetBaseTypeDescriptorCount();
							for (vint i = 0; i < baseCount; i++)
							{
								writer.WriteString(L"\t\t\t\tCLASS_MEMBER_BASE(");
								writer.WriteString(ConvertType(td->GetBaseTypeDescriptor(i)));
								writer.WriteLine(L")");
							}

							if (td->GetTypeDescriptorFlags() == TypeDescriptorFlags::Class)
							{
								auto ctorGroup = td->GetConstructorGroup();
								vint methodCount = ctorGroup->GetMethodCount();
								for (vint j = 0; j < methodCount; j++)
								{
									auto methodInfo = ctorGroup->GetMethod(j);
									auto memberDecl = FindMemberDecl(methodInfo);
									vint parameterCount = methodInfo->GetParameterCount();

									writer.WriteString(L"\t\t\t\tCLASS_MEMBER_CONSTRUCTOR(");
									writer.WriteString(ConvertType(methodInfo->GetReturn()));
									writer.WriteString(L"(");
									for (vint k = 0; k < parameterCount; k++)
									{
										if (k > 0)
										{
											writer.WriteString(L", ");
										}
										writer.WriteString(ConvertArgumentType(methodInfo->GetParameter(k)->GetType()));
									}
									writer.WriteString(L")");

									if (parameterCount > 0)
									{
										writer.WriteString(L", {");
										for (vint k = 0; k < parameterCount; k++)
										{
											if (k > 0)
											{
												writer.WriteString(L" _");
											}
											writer.WriteString(L" L\"");
											writer.WriteString(ConvertName(methodInfo->GetParameter(k)->GetName()));
											writer.WriteString(L"\"");
										}
										writer.WriteLine(L" })");
									}
									else
									{
										writer.WriteLine(L", NO_PARAMETER)");
									}

									WriteDeclarationAttributes(L"\t\t\t\t", L"ATTRIBUTE_MEMBER", memberDecl);
									if (auto ctorDecl = memberDecl.Cast<WfConstructorDeclaration>())
									{
										for (vint k = 0; k < parameterCount; k++)
										{
											WriteArgumentAttributes(L"\t\t\t\t", FindCtorArg(ctorDecl.Obj(), methodInfo->GetParameter(k)->GetName()));
										}
									}
								}
							}

							vint methodGroupCount = td->GetMethodGroupCount();
							for (vint i = 0; i < methodGroupCount; i++)
							{
								auto methodGroup = td->GetMethodGroup(i);
								vint methodCount = methodGroup->GetMethodCount();
								for (vint j = 0; j < methodCount; j++)
								{
									auto methodInfo = methodGroup->GetMethod(j);
									auto memberDecl = FindMemberDecl(methodInfo);
									if (methodInfo->IsStatic())
									{
										writer.WriteString(L"\t\t\t\tCLASS_MEMBER_STATIC_METHOD");
									}
									else
									{
										writer.WriteString(L"\t\t\t\tCLASS_MEMBER_METHOD");
									}
									if (methodCount > 1)
									{
										writer.WriteString(L"_OVERLOAD");
									}
									writer.WriteString(L"(");
									writer.WriteString(ConvertName(methodInfo->GetName()));

									vint parameterCount = methodInfo->GetParameterCount();
									if (parameterCount > 0)
									{
										writer.WriteString(L", {");
										for (vint k = 0; k < parameterCount; k++)
										{
											if (k > 0)
											{
												writer.WriteString(L" _");
											}
											writer.WriteString(L" L\"");
											writer.WriteString(ConvertName(methodInfo->GetParameter(k)->GetName()));
											writer.WriteString(L"\"");
										}
										writer.WriteString(L" }");
									}
									else
									{
										writer.WriteString(L", NO_PARAMETER");
									}
									if (methodCount > 1)
									{
										writer.WriteString(L", ");
										auto typeDecorator = methodInfo->IsStatic() ? WString::Unmanaged(L"(*)") : L"(" + ConvertType(td) + L"::*)";
										writer.WriteString(ConvertFunctionType(methodInfo, typeDecorator));
									}
									writer.WriteLine(L")");

									WriteDeclarationAttributes(L"\t\t\t\t", L"ATTRIBUTE_MEMBER", memberDecl);
									if (auto functionDecl = memberDecl.Cast<WfFunctionDeclaration>())
									{
										for (vint k = 0; k < parameterCount; k++)
										{
											WriteArgumentAttributes(L"\t\t\t\t", FindFunctionArg(functionDecl.Obj(), methodInfo->GetParameter(k)->GetName()));
										}
									}
								}
							}

							vint eventCount = td->GetEventCount();
							for (vint i = 0; i < eventCount; i++)
							{
								auto eventInfo = td->GetEvent(i);
								writer.WriteString(L"\t\t\t\tCLASS_MEMBER_EVENT(");
								writer.WriteString(ConvertName(eventInfo->GetName()));
								writer.WriteLine(L")");
								WriteDeclarationAttributes(L"\t\t\t\t", L"ATTRIBUTE_MEMBER", FindMemberDecl(eventInfo));
							}

							vint propertyCount = td->GetPropertyCount();
							for (vint i = 0; i < propertyCount; i++)
							{
								auto propertyInfo = td->GetProperty(i);
								if (auto getter = propertyInfo->GetGetter())
								{
									if (auto eventInfo = propertyInfo->GetValueChangedEvent())
									{
										if (auto setter = propertyInfo->GetSetter())
										{
											writer.WriteString(L"\t\t\t\tCLASS_MEMBER_PROPERTY_EVENT(");
											writer.WriteString(ConvertName(propertyInfo->GetName()));
											writer.WriteString(L", ");
											writer.WriteString(ConvertName(getter->GetName()));
											writer.WriteString(L", ");
											writer.WriteString(ConvertName(setter->GetName()));
											writer.WriteString(L", ");
											writer.WriteString(ConvertName(eventInfo->GetName()));
											writer.WriteLine(L")");
										}
										else
										{
											writer.WriteString(L"\t\t\t\tCLASS_MEMBER_PROPERTY_EVENT_READONLY(");
											writer.WriteString(ConvertName(propertyInfo->GetName()));
											writer.WriteString(L", ");
											writer.WriteString(ConvertName(getter->GetName()));
											writer.WriteString(L", ");
											writer.WriteString(ConvertName(eventInfo->GetName()));
											writer.WriteLine(L")");
										}
									}
									else if (auto setter = propertyInfo->GetSetter())
									{
										writer.WriteString(L"\t\t\t\tCLASS_MEMBER_PROPERTY(");
										writer.WriteString(ConvertName(propertyInfo->GetName()));
										writer.WriteString(L", ");
										writer.WriteString(ConvertName(getter->GetName()));
										writer.WriteString(L", ");
										writer.WriteString(ConvertName(setter->GetName()));
										writer.WriteLine(L")");
									}
									else
									{
										writer.WriteString(L"\t\t\t\tCLASS_MEMBER_PROPERTY_READONLY(");
										writer.WriteString(ConvertName(propertyInfo->GetName()));
										writer.WriteString(L", ");
										writer.WriteString(ConvertName(getter->GetName()));
										writer.WriteLine(L")");
									}
								}
								else
								{
									writer.WriteString(L"\t\t\t\tCLASS_MEMBER_FIELD(");
									writer.WriteString(ConvertName(propertyInfo->GetName()));
									writer.WriteLine(L")");
								}

								WriteDeclarationAttributes(L"\t\t\t\t", L"ATTRIBUTE_MEMBER", FindMemberDecl(propertyInfo));
							}

							if (td->GetTypeDescriptorFlags() == TypeDescriptorFlags::Interface)
							{
								writer.WriteString(L"\t\t\tEND_INTERFACE_MEMBER(");
							}
							else
							{
								writer.WriteString(L"\t\t\tEND_CLASS_MEMBER(");
							}
							writer.WriteString(ConvertType(td));
							writer.WriteLine(L")");
						}
						break;
					default:;
					}
					writer.WriteLine(L"");
				}
				writer.WriteLine(L"#undef _");

				writer.WriteString(L"\t\t\tclass ");
				writer.WriteString(assemblyName);
				writer.WriteLine(L"TypeLoader : public Object, public ITypeLoader");
				writer.WriteLine(L"\t\t\t{");
				writer.WriteLine(L"\t\t\tpublic:");
				writer.WriteLine(L"\t\t\t\tvoid Load(ITypeManager* manager)");
				writer.WriteLine(L"\t\t\t\t{");

				for (auto td : tds)
				{
					writer.WriteString(L"\t\t\t\t\tADD_TYPE_INFO(");
					writer.WriteString(ConvertType(td));
					writer.WriteLine(L")");
				}
				writer.WriteLine(L"\t\t\t\t}");
				writer.WriteLine(L"");
				writer.WriteLine(L"\t\t\t\tvoid Unload(ITypeManager* manager)");
				writer.WriteLine(L"\t\t\t\t{");
				writer.WriteLine(L"\t\t\t\t}");
				writer.WriteLine(L"\t\t\t};");

				writer.WriteLine(L"#endif");
				writer.WriteLine(L"#endif");
				writer.WriteLine(L"");

				writer.WriteString(L"\t\t\tbool Load");
				writer.WriteString(assemblyName);
				writer.WriteLine(L"Types()");
				writer.WriteLine(L"\t\t\t{");
				writer.WriteLine(L"#ifdef VCZH_DESCRIPTABLEOBJECT_WITH_METADATA");
				writer.WriteLine(L"\t\t\t\tif (auto manager = GetGlobalTypeManager())");
				writer.WriteLine(L"\t\t\t\t{");
				writer.WriteString(L"\t\t\t\t\treturn manager->AddTypeLoader(Ptr(new ");
				writer.WriteString(assemblyName);
				writer.WriteLine(L"TypeLoader));");
				writer.WriteLine(L"\t\t\t\t}");
				writer.WriteLine(L"#endif");
				writer.WriteLine(L"\t\t\t\treturn false;");
				writer.WriteLine(L"\t\t\t}");

				writer.WriteLine(L"\t\t}");
				writer.WriteLine(L"\t}");
				writer.WriteLine(L"}");
			}
		}
	}
}


/***********************************************************************
.\CPP\WFCPP_WRITESTRUCT.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace cppcodegen
		{
			using namespace collections;

			void WfCppConfig::WriteHeader_Struct(stream::StreamWriter& writer, Ptr<WfStructDeclaration> decl, const WString& name, const WString& prefix, bool mainHeaderDefinition)
			{
				if (mainHeaderDefinition)
				{
					auto td = manager->declarationTypes[decl.Obj()].Obj();
					writer.WriteLine(prefix + L"struct " + name);
					writer.WriteLine(prefix + L"{");
					for (auto member : decl->members)
					{
						auto prop = td->GetPropertyByName(member->name.value, false);
						auto defaultValue = DefaultValue(prop->GetReturn());
						if (defaultValue != L"")
						{
							defaultValue = L" = " + defaultValue;
						}
						writer.WriteLine(prefix + L"\t" + ConvertType(prop->GetReturn(), true) + L" " + ConvertName(member->name.value) + defaultValue + L";");
					}

					if (decl->members.Count() > 0)
					{
						writer.WriteLine(L"");
					}
					writer.WriteLine(prefix + L"\tauto operator<=>(const " + name + L"&) const = default;");
					writer.WriteLine(prefix + L"};");
				}
				else
				{
					auto td = manager->declarationTypes[decl.Obj()].Obj();
					writer.WriteString(prefix);
					writer.WriteString(L"using ");
					writer.WriteString(name);
					writer.WriteString(L" = ::");
					writer.WriteString(CppNameToHeaderEnumStructName(CppGetFullName(td), L"struct"));
					writer.WriteLine(L";");
				}
			}

			void WfCppConfig::WriteHeader_Struct(stream::StreamWriter& writer, Ptr<WfStructDeclaration> decl, collections::List<WString>& nss, bool mainHeaderDefinition)
			{
				auto td = manager->declarationTypes[decl.Obj()].Obj();
				if (mainHeaderDefinition)
				{
					WString name;
					auto prefix = WriteNamespace(writer, CppNameToHeaderEnumStructName(CppGetFullName(td), L"struct"), nss, name);
					WriteHeader_Struct(writer, decl, name, prefix, true);
				}
				else
				{
					WString name;
					auto prefix = WriteNamespace(writer, CppGetFullName(td), nss, name);
					writer.WriteString(prefix);
					writer.WriteString(L"using ");
					writer.WriteString(name);
					writer.WriteString(L" = ::");
					writer.WriteString(CppNameToHeaderEnumStructName(CppGetFullName(td), L"struct"));
					writer.WriteLine(L";");
				}
			}

			void WfCppConfig::WriteHeader_MainHeaderStructs(stream::StreamWriter& writer, collections::List<WString>& nss)
			{
				List<Ptr<WfStructDeclaration>> allStructs;
				CopyFrom(allStructs, Range<vint>(0, structDecls.Count()).SelectMany([&](vint index) {return From(structDecls.GetByIndex(index)); }));
				SortDeclsByName(allStructs);

				Group<Ptr<WfStructDeclaration>, Ptr<WfStructDeclaration>> depGroup;
				for (auto decl : allStructs)
				{
					auto td = manager->declarationTypes[decl.Obj()].Obj();
					vint count = td->GetPropertyCount();
					for (vint i = 0; i < count; i++)
					{
						auto propType = td->GetProperty(i)->GetReturn();
						if (propType->GetDecorator() == ITypeInfo::TypeDescriptor)
						{
							auto propTd = propType->GetTypeDescriptor();
							vint index = tdDecls.Keys().IndexOf(propTd);
							if (index != -1)
							{
								depGroup.Add(decl, tdDecls.Values()[index].Cast<WfStructDeclaration>());
							}
						}
					}
				}

				PartialOrderingProcessor pop;
				pop.InitWithGroup(allStructs, depGroup);
				pop.Sort();

				for (vint i = 0; i < pop.components.Count(); i++)
				{
					auto& component = pop.components[i];
					CHECK_ERROR(component.nodeCount == 1, L"WfCppConfig::WriteHeader_MainHeaderStructs(StreamWriter&, List<WString>&)#Internal error: Unexpected circle dependency found, which should be cought by the Workflow semantic analyzer.");
					auto decl = allStructs[component.firstNode[0]];
					WriteHeader_Struct(writer, decl, nss, true);
					writer.WriteLine(L"");
				}
			}
		}
	}
}

/***********************************************************************
.\CPP\WFMERGECPP.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace cppcodegen
		{
			using namespace collections;
			using namespace stream;
			using namespace regex;

/***********************************************************************
MergeCpp
***********************************************************************/

			WString RemoveSpacePrefix(const WString& s)
			{
				for (vint i = 0; i < s.Length(); i++)
				{
					if (s[i] != L' '&&s[i] != L'\t')
					{
						return s.Sub(i, s.Length() - i);
					}
				}
				return WString::Empty;
			}

			const vint NORMAL = 0;
			const vint WAIT_HEADER = 1;
			const vint WAIT_OPEN = 2;
			const vint WAIT_CLOSE = 3;
			const vint USER_CONTENT = 4;
			const vint UNUSED_USER_CONTENT = 5;

			template<typename TCallback>
			void ProcessCppContent(const WString& code, const TCallback& callback)
			{
				Regex regexUserContentBegin(L"/.*?(?/{)?///* USER_CONTENT_BEGIN/((<name>[^)]*?)/) /*//");
				vint _name = regexUserContentBegin.CaptureNames().IndexOf(L"name");

				vint state = NORMAL;
				vint counter = 0;
				WString previousContent;

				StringReader reader(code);
				while (!reader.IsEnd())
				{
					auto line = reader.ReadLine();
					if (reader.IsEnd() && line == L"")
					{
						break;
					}

					if (line == L"// UNUSED_USER_CONTENT:")
					{
						state = UNUSED_USER_CONTENT;
					}

					if (state == UNUSED_USER_CONTENT)
					{
						callback(state, state, line, line);
					}
					else
					{
						auto content = RemoveSpacePrefix(line);
						auto previousState = state;
						switch (state)
						{
						case NORMAL:
							if (auto match = regexUserContentBegin.MatchHead(content))
							{
								content = L"USERIMPL(/* " + match->Groups()[_name][0].Value() + L" */)";
								if (match->Captures().Count() > 0)
								{
									content += previousContent;
								}
								state = USER_CONTENT;
							}
							else if (INVLOC.StartsWith(content, L"USERIMPL(",Locale::None))
							{
								state = WAIT_HEADER;
							}
							break;
						case WAIT_HEADER:
							state = WAIT_OPEN;
							break;
						case WAIT_OPEN:
							if (INVLOC.StartsWith(content, L"{", Locale::None))
							{
								state = WAIT_CLOSE;
							}
							break;
						case WAIT_CLOSE:
							if (INVLOC.StartsWith(content, L"{", Locale::None))
							{
								counter++;
							}
							else if (INVLOC.StartsWith(content, L"}", Locale::None))
							{
								if (counter == 0)
								{
									state = NORMAL;
								}
								else
								{
									counter--;
								}
							}
							break;
						case USER_CONTENT:
							if (INVLOC.EndsWith(content, L"/* USER_CONTENT_END() */", Locale::None))
							{
								state = NORMAL;
							}
							break;
						}
						callback(previousState, state, line, content);
					}
					previousContent = RemoveSpacePrefix(line);
				}
			}

			template<typename TCallback>
			void SplitCppContent(const WString& code, Dictionary<WString, WString>& userContents, Dictionary<WString, WString>& userContentsFull, const TCallback& callback)
			{
				WString name;
				WString userImpl;
				WString userImplFull;
				ProcessCppContent(code, [&](vint previousState, vint state, const WString& line, const WString& content)
				{
					if (state == UNUSED_USER_CONTENT)
					{
						callback(line);
					}
					else
					{
						switch (previousState)
						{
						case NORMAL:
							switch (state)
							{
							case WAIT_HEADER:
							case USER_CONTENT:
								name = content;
								userImpl = L"";
								userImplFull = L"";
								break;
							}
							break;
						case WAIT_HEADER:
							name += content;
							break;
						case WAIT_CLOSE:
						case USER_CONTENT:
							switch (state)
							{
							case WAIT_CLOSE:
							case USER_CONTENT:
								userImpl += line + L"\r\n";
								break;
							case NORMAL:
								userImplFull += L"//" + line + L"\r\n";
								userContents.Add(name, userImpl);
								userContentsFull.Add(name, userImplFull);
								name = L"";
								break;
							}
							break;
						}

						if (name != L"")
						{
							userImplFull += L"//" + line + L"\r\n";
						}
					}
				});
			}

			MergeCppMultiPlatformException::MergeCppMultiPlatformException(vint _row32, vint _column32, vint _row64, vint _column64)
				:Exception(L"The difference at "
					L"x86 file(row:" + itow(_row32 + 1) + L", column:" + itow(_column32 + 1) + L") and "
					L"x64 file(row:" + itow(_row64 + 1) + L", column:" + itow(_column64 + 1) + L") are not "
					L"\"vint32_t\" and \"vint64_t\", "
					L"\"vuint32_t\" and \"vuint64_t\", "
					L"\"<number>\" and \"<number>L\", "
					L"\"<number>\" and \"<number>UL\".")
				, row32(_row32)
				, column32(_column32)
				, row64(_row64)
				, column64(_column64)
			{
			}

			void CountRowAndColumn(const wchar_t* start, const wchar_t* reading, vint& row, vint& column)
			{
				row = 0;
				column = 0;
				while (start < reading)
				{
					if (*start++ == L'\n')
					{
						row++;
						column = 0;
					}
					else
					{
						column++;
					}
				}
			}


			WString MergeCppMultiPlatform(const WString& code32, const WString& code64)
			{
				static wchar_t stringCast32[] = L"static_cast<::vl::vint32_t>(";
				const vint lengthCast32 = sizeof(stringCast32) / sizeof(*stringCast32) - 1;

				static wchar_t stringCast64[] = L"static_cast<::vl::vint64_t>(";
				const vint lengthCast64 = sizeof(stringCast64) / sizeof(*stringCast64) - 1;

				return GenerateToStream([&](StreamWriter& writer)
				{
					const wchar_t* reading32 = code32.Buffer();
					const wchar_t* reading64 = code64.Buffer();
					const wchar_t* start32 = reading32;
					const wchar_t* start64 = reading64;
					while (true)
					{
						vint length = 0;
						while (reading32[length] && reading64[length])
						{
							if (reading32[length] == reading64[length])
							{
								length++;
							}
							else
							{
								break;
							}
						}

						writer.WriteString(reading32, length);
						reading32 += length;
						reading64 += length;

						if (*reading32 == 0 && *reading64 == 0)
						{
							break;
						}

#define IS_DIGIT(C) (L'0' <= C && C <= L'9')

						if (reading32[0] == L'3' && reading32[1] == L'2' && reading64[0] == L'6' && reading64[1] == L'4')
						{
							if (length >= 4)
							{
								if (wcsncmp(reading32 - 4, L"vint32_t", 8) == 0 && wcsncmp(reading64 - 4, L"vint64_t", 8) == 0)
								{
									reading32 += 4;
									reading64 += 4;
									goto NEXT_ROUND;
								}
							}
							if (length >= 5)
							{
								if (wcsncmp(reading32 - 5, L"vuint32_t", 9) == 0 && wcsncmp(reading64 - 5, L"vuint64_t", 9) == 0)
								{
									reading32 += 4;
									reading64 += 4;
									goto NEXT_ROUND;
								}
							}
						}
						else if (reading64[0] == L'L')
						{
							if (reading32[0] == reading64[1] && length >= 1)
							{
								if (IS_DIGIT(reading32[-1]) && !IS_DIGIT(reading32[0]))
								{
									if (IS_DIGIT(reading64[-1]) && !IS_DIGIT(reading64[1]))
									{
										reading64 += 1;
										goto NEXT_ROUND;
									}
								}
							}
						}
						else if (reading64[0] == L'U' && reading64[1] == L'L')
						{
							if (reading32[0] == reading64[2] && length >= 1)
							{
								if (IS_DIGIT(reading32[-1]) && !IS_DIGIT(reading32[0]))
								{
									if (IS_DIGIT(reading64[-1]) && !IS_DIGIT(reading64[2]))
									{
										reading64 += 2;
										goto NEXT_ROUND;
									}
								}
							}
						}
						else if (wcsncmp(reading32, stringCast32, lengthCast32) == 0 && IS_DIGIT(reading32[lengthCast32]) && IS_DIGIT(reading64[0]))
						{
							reading32 += lengthCast32;
							vint digitCount = 0;
							while (IS_DIGIT(reading32[digitCount])) digitCount++;
							if (wcsncmp(reading32, reading64, digitCount) == 0 && reading64[digitCount] == L'L' && reading32[digitCount] == L')')
							{
								writer.WriteString(L"static_cast<::vl::vint>(");
								writer.WriteString(WString::CopyFrom(reading32, digitCount));
								writer.WriteChar(L')');
								reading64 += digitCount + 1;
								reading32 += digitCount + 1;
								goto NEXT_ROUND;
							}
						}
						else if (wcsncmp(reading64, stringCast64, lengthCast64) == 0 && IS_DIGIT(reading64[lengthCast64]) && IS_DIGIT(reading32[0]))
						{
							reading64 += lengthCast64;
							vint digitCount = 0;
							while (IS_DIGIT(reading64[digitCount])) digitCount++;
							if (wcsncmp(reading64, reading32, digitCount) == 0 && reading64[digitCount] == L'L' && reading64[digitCount + 1] == L')')
							{
								writer.WriteString(L"static_cast<::vl::vint>(");
								writer.WriteString(WString::CopyFrom(reading64, digitCount));
								writer.WriteChar(L')');
								reading64 += digitCount + 2;
								reading32 += digitCount;
								goto NEXT_ROUND;
							}
						}

						{
							vint row32 = 0;
							vint column32 = 0;
							vint row64 = 0;
							vint column64 = 0;
							CountRowAndColumn(start32, reading32, row32, column32);
							CountRowAndColumn(start64, reading64, row64, column64);
							throw MergeCppMultiPlatformException(row32, column32, row64, column64);
						}
					NEXT_ROUND:;
#undef IS_DIGIT
					}
				});
			}

			WString MergeCppFileContent(const WString& dst, const WString& src)
			{
				Dictionary<WString, WString> userContents, userContentsFull;
				WString unusedUserContent = GenerateToStream([&](StreamWriter& writer)
				{
					SplitCppContent(dst, userContents, userContentsFull, [&](const WString& line)
					{
						writer.WriteLine(line);
					});
				});

				WString processedUnusedUserContent = GenerateToStream([&](StreamWriter& writer)
				{
					StringReader reader(unusedUserContent);
					while (!reader.IsEnd())
					{
						auto line = reader.ReadLine();
						if (line != L"// UNUSED_USER_CONTENT:")
						{
							if (INVLOC.StartsWith(line, L"//", Locale::None))
							{
								line = line.Right(line.Length() - 2);
							}
							writer.WriteLine(line);
						}
					}
				});

				SplitCppContent(processedUnusedUserContent, userContents, userContentsFull, [&](const WString& line) {});
				
				return GenerateToStream([&](StreamWriter& writer)
				{
					WString name;
					WString userImpl;
					ProcessCppContent(src, [&](vint previousState, vint state, const WString& line, const WString& content)
					{
						switch (previousState)
						{
						case NORMAL:
							switch (state)
							{
							case WAIT_HEADER:
							case USER_CONTENT:
								name = content;
								userImpl = L"";
								break;
							}
							break;
						case WAIT_HEADER:
							name += content;
							break;
						case WAIT_CLOSE:
						case USER_CONTENT:
							switch (state)
							{
							case WAIT_CLOSE:
							case USER_CONTENT:
								userImpl += line + L"\r\n";
								return;
							case NORMAL:
								{
									vint index = userContents.Keys().IndexOf(name);
									if (index == -1)
									{
										writer.WriteString(userImpl);
									}
									else
									{
										writer.WriteString(userContents.Values()[index]);
										userContentsFull.Remove(name);
									}
								}
								break;
							}
							break;
						}
						writer.WriteLine(line);
					});

					if (userContentsFull.Count() > 0)
					{
						writer.WriteLine(L"// UNUSED_USER_CONTENT:");
						for (auto content : userContentsFull.Values())
						{
							writer.WriteString(content);
						}
					}
				});
			}
		}
	}
}


/***********************************************************************
.\EMITTER\WFEMITTER.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace emitter
		{
			using namespace reflection::description;
			using namespace analyzer;
			using namespace runtime;

/***********************************************************************
WfAttributeEvaluator
***********************************************************************/

			WfAttributeEvaluator::WfAttributeEvaluator(analyzer::WfLexicalScopeManager* _manager)
				:manager(_manager)
			{
			}

			Ptr<WfAttribute> WfAttributeEvaluator::GetAttribute(collections::List<Ptr<WfAttribute>>& atts, const WString& category, const WString& name)
			{
				return From(GetAttributes(atts, category, name)).First(nullptr);
			}

			collections::LazyList<Ptr<WfAttribute>> WfAttributeEvaluator::GetAttributes(collections::List<Ptr<WfAttribute>>& atts, const WString& category, const WString& name)
			{
				return From(atts)
					.Where([=](Ptr<WfAttribute> att)
					{
						return att->category.value == category && att->name.value == name;
					});
			}

			runtime::WfRuntimeValue WfAttributeEvaluator::GetAttributeValue(Ptr<WfAttribute> att)
			{
				if (!att->value)
				{
					return {};
				}

				{
					vint index = attributeValues.Keys().IndexOf(att.Obj());
					if (index != -1)
					{
						return attributeValues.Values()[index];
					}
				}

				auto attributeAssembly = Ptr(new WfAssembly);
				WfCodegenContext context(attributeAssembly, manager);
				auto info = manager->ResolveWorkflowAttribute(att->category.value, att->name.value);
				CHECK_ERROR(info.exists, L"WfAttributeEvaluator::GetAttributeValue(...)#Attribute not resolved.");

				GenerateExpressionInstructions(context, att->value, info.argumentType);

				CHECK_ERROR(attributeAssembly->instructions.Count() == 1, L"WfAttributeEvaluator::GetAttributeValue(Ptr<WfAttribute>)#Internal error, attribute argument generates unexpected instructions.");
				auto& ins = attributeAssembly->instructions[0];
				CHECK_ERROR(ins.code == WfInsCode::LoadValue, L"WfAttributeEvaluator::GetAttributeValue(Ptr<WfAttribute>)#Internal error, attribute argument generates unexpected instructions.");
				auto value = ins.valueParameter;
				attributeValues.Add(att, value);
				return value;
			}

/***********************************************************************
WfCodegenFunctionContext
***********************************************************************/

			WfCodegenFunctionContext::WfCodegenFunctionContext()
			{
				scopeContextStack.Add(Ptr(new WfCodegenScopeContext));
			}

			Ptr<WfCodegenScopeContext> WfCodegenFunctionContext::GetCurrentScopeContext()
			{
				return scopeContextStack[scopeContextStack.Count() - 1];
			}

			Ptr<WfCodegenScopeContext> WfCodegenFunctionContext::GetCurrentScopeContext(WfCodegenScopeType type, const WString& name)
			{
				for (vint i = scopeContextStack.Count() - 1; i >= 0; i--)
				{
					auto context = scopeContextStack[i];
					if (context->type == type)
					{
						if (name == L"" || context->name == name)
						{
							return context;
						}
					}
				}
				return 0;
			}

			Ptr<WfCodegenScopeContext> WfCodegenFunctionContext::PushScopeContext(WfCodegenScopeType type, const WString& name)
			{
				auto context = Ptr(new WfCodegenScopeContext);
				context->type = type;
				context->name = name;
				scopeContextStack.Add(context);
				return context;
			}

			void WfCodegenFunctionContext::PopScopeContext()
			{
				scopeContextStack.RemoveAt(scopeContextStack.Count() - 1);
			}

/***********************************************************************
WfCodegenContext
***********************************************************************/

			WfCodegenContext::WfCodegenContext(Ptr<runtime::WfAssembly> _assembly, analyzer::WfLexicalScopeManager* _manager)
				:assembly(_assembly)
				, manager(_manager)
			{
			}

			vint WfCodegenContext::AddInstruction(glr::ParsingAstBase* node, const runtime::WfInstruction& ins)
			{
				auto index = assembly->instructions.Add(ins);
				if (assembly->insBeforeCodegen && assembly->insAfterCodegen)
				{
					if (node)
					{
						assembly->insBeforeCodegen->instructionCodeMapping.Add(nodePositionsBeforeCodegen[node]);
						assembly->insAfterCodegen->instructionCodeMapping.Add(nodePositionsAfterCodegen[node]);
					}
					else
					{
						glr::ParsingTextRange range;
						assembly->insBeforeCodegen->instructionCodeMapping.Add(range);
						assembly->insAfterCodegen->instructionCodeMapping.Add(range);
					}
				}
				return index;
			}

			void WfCodegenContext::AddExitInstruction(glr::ParsingAstBase* node, const runtime::WfInstruction& ins)
			{
				auto context = functionContext->GetCurrentScopeContext();
				context->exitInstructions.Add(ins);
				context->instructionCodeMappingBeforeCodegen.Add(nodePositionsBeforeCodegen[node]);
				context->instructionCodeMappingAfterCodegen.Add(nodePositionsAfterCodegen[node]);
			}

			void WfCodegenContext::ApplyExitInstructions(Ptr<WfCodegenScopeContext> scopeContext)
			{
				if (scopeContext->exitInstructions.Count() > 0)
				{
					CopyFrom(assembly->instructions, scopeContext->exitInstructions, true);
					CopyFrom(assembly->insBeforeCodegen->instructionCodeMapping, scopeContext->instructionCodeMappingBeforeCodegen, true);
					CopyFrom(assembly->insAfterCodegen->instructionCodeMapping, scopeContext->instructionCodeMappingAfterCodegen, true);
				}
			}

			vint WfCodegenContext::GetThisStackCount(analyzer::WfLexicalScope* scope)
			{
				vint count = 0;
				Ptr<WfLexicalFunctionConfig> firstConfig, methodConfig;
				while (scope)
				{
					if (scope->typeOfThisExpr)
					{
						if (methodConfig)
						{
							count++;
							if (!methodConfig->parentThisAccessable)
							{
								break;
							}
							methodConfig = nullptr;
						}
					}

					if (scope->functionConfig)
					{
						if (!firstConfig)
						{
							vint index = thisStackCounts.Keys().IndexOf(scope->functionConfig.Obj());
							if (index == -1)
							{
								firstConfig = scope->functionConfig;
							}
							else
							{
								return thisStackCounts.Values()[index];
							}
						}
						if (scope->functionConfig->thisAccessable)
						{
							methodConfig = scope->functionConfig;
						}
					}
					scope = scope->parentScope.Obj();
				}

				if (firstConfig)
				{
					thisStackCounts.Add(firstConfig, count);
				}
				return count;
			}
		}
	}
}


/***********************************************************************
.\EMITTER\WFEMITTER_ASSEMBLY.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace emitter
		{
			using namespace glr;
			using namespace reflection::description;
			using namespace analyzer;
			using namespace runtime;
			using namespace typeimpl;

			typedef WfInstruction Ins;

#define INSTRUCTION(X) context.AddInstruction(node, X)
#define FILL_LABEL_TO_INS(LABEL, INS) context.assembly->instructions[LABEL].indexParameter = INS
#define FILL_LABEL_TO_CURRENT(LABEL) FILL_LABEL_TO_INS(LABEL, context.assembly->instructions.Count())

/***********************************************************************
GenerateTypeCastInstructions
***********************************************************************/

			void GenerateTypeCastInstructions(WfCodegenContext& context, Ptr<reflection::description::ITypeInfo> expectedType, bool strongCast, WfExpression* node)
			{
				if (expectedType->GetTypeDescriptor() != GetTypeDescriptor<Value>())
				{
					vint fillElseIndex = -1;
					vint fillEndIndex = -1;

					if (expectedType->GetDecorator() == ITypeInfo::Nullable)
					{
						INSTRUCTION(Ins::Duplicate(0));
						INSTRUCTION(Ins::LoadValue({}));
						INSTRUCTION(Ins::CompareReference());
						fillElseIndex = INSTRUCTION(Ins::JumpIf(-1));
					}

					if (strongCast)
					{
						switch (expectedType->GetDecorator())
						{
						case ITypeInfo::RawPtr:
							INSTRUCTION(Ins::ConvertToType(Value::RawPtr, expectedType->GetTypeDescriptor()));
							break;
						case ITypeInfo::SharedPtr:
							INSTRUCTION(Ins::ConvertToType(Value::SharedPtr, expectedType->GetTypeDescriptor()));
							break;
						case ITypeInfo::Nullable:
						case ITypeInfo::TypeDescriptor:
						case ITypeInfo::Generic:
							INSTRUCTION(Ins::ConvertToType(Value::BoxedValue, expectedType->GetTypeDescriptor()));
							break;
						}
					}
					else
					{
						switch (expectedType->GetDecorator())
						{
						case ITypeInfo::RawPtr:
							INSTRUCTION(Ins::TryConvertToType(Value::RawPtr, expectedType->GetTypeDescriptor()));
							break;
						case ITypeInfo::SharedPtr:
							INSTRUCTION(Ins::TryConvertToType(Value::SharedPtr, expectedType->GetTypeDescriptor()));
							break;
						case ITypeInfo::Nullable:
						case ITypeInfo::TypeDescriptor:
						case ITypeInfo::Generic:
							INSTRUCTION(Ins::TryConvertToType(Value::BoxedValue, expectedType->GetTypeDescriptor()));
							break;
						}
					}

					if (fillElseIndex != -1)
					{
						fillEndIndex = INSTRUCTION(Ins::Jump(-1));
						FILL_LABEL_TO_CURRENT(fillElseIndex);
						INSTRUCTION(Ins::LoadValue({}));
						FILL_LABEL_TO_CURRENT(fillEndIndex);
					}
				}
			}

/***********************************************************************
GetInstructionTypeArgument
***********************************************************************/

			void GenerateTypeTestingInstructions(WfCodegenContext& context, Ptr<reflection::description::ITypeInfo> expectedType, WfExpression* node)
			{
				if (expectedType->GetTypeDescriptor() != GetTypeDescriptor<Value>())
				{
					switch (expectedType->GetDecorator())
					{
					case ITypeInfo::RawPtr:
						INSTRUCTION(Ins::TestType(Value::RawPtr, expectedType->GetTypeDescriptor()));
						break;
					case ITypeInfo::SharedPtr:
						INSTRUCTION(Ins::TestType(Value::SharedPtr, expectedType->GetTypeDescriptor()));
						break;
					case ITypeInfo::Nullable:
					case ITypeInfo::TypeDescriptor:
					case ITypeInfo::Generic:
						INSTRUCTION(Ins::TestType(Value::BoxedValue, expectedType->GetTypeDescriptor()));
						break;
					}
				}
				else
				{
					INSTRUCTION(Ins::Pop());
					INSTRUCTION(Ins::LoadValue({ true }));
				}
			}

/***********************************************************************
GetInstructionTypeArgument
***********************************************************************/

			runtime::WfInsType GetInstructionTypeArgument(Ptr<reflection::description::ITypeInfo> expectedType)
			{
				auto td = expectedType->GetTypeDescriptor();
				if (td == GetTypeDescriptor<bool>()) return WfInsType::Bool;
				if (td == GetTypeDescriptor<vint8_t>()) return WfInsType::I1;
				if (td == GetTypeDescriptor<vint16_t>()) return WfInsType::I2;
				if (td == GetTypeDescriptor<vint32_t>()) return WfInsType::I4;
				if (td == GetTypeDescriptor<vint64_t>()) return WfInsType::I8;
				if (td == GetTypeDescriptor<vuint8_t>()) return WfInsType::U1;
				if (td == GetTypeDescriptor<vuint16_t>()) return WfInsType::U2;
				if (td == GetTypeDescriptor<vuint32_t>()) return WfInsType::U4;
				if (td == GetTypeDescriptor<vuint64_t>()) return WfInsType::U8;
				if (td == GetTypeDescriptor<float>()) return WfInsType::F4;
				if (td == GetTypeDescriptor<double>()) return WfInsType::F8;
				if (td == GetTypeDescriptor<WString>()) return WfInsType::String;
				return WfInsType::Unknown;
			}

/***********************************************************************
GenerateAssembly
***********************************************************************/

#define EXECUTE_CALLBACK(EXPR) if (callback) callback->EXPR

			Ptr<runtime::WfAssembly> GenerateAssembly(analyzer::WfLexicalScopeManager* manager, IWfCompilerCallback* callback)
			{
				EXECUTE_CALLBACK(OnGenerateMetadata());
				auto assembly = Ptr(new WfAssembly);
				assembly->insBeforeCodegen = Ptr(new WfInstructionDebugInfo);
				assembly->insAfterCodegen = Ptr(new WfInstructionDebugInfo);
				
				WfCodegenContext context(assembly, manager);
				for (auto [module, index] : indexed(manager->GetModules()))
				{
					auto codeBeforeCodegen = manager->GetModuleCodes()[index];

					auto recorderBefore = Ptr(new ParsingGeneratedLocationRecorder(context.nodePositionsBeforeCodegen));
					auto recorderAfter = Ptr(new ParsingGeneratedLocationRecorder(context.nodePositionsAfterCodegen));
					auto recorderOriginal = Ptr(new ParsingOriginalLocationRecorder(recorderBefore));
					auto recorderMultiple = Ptr(new ParsingMultiplePrintNodeRecorder);
					recorderMultiple->AddRecorder(recorderOriginal);
					recorderMultiple->AddRecorder(recorderAfter);

					stream::MemoryStream memoryStream;
					{
						stream::StreamWriter streamWriter(memoryStream);
						ParsingWriter parsingWriter(streamWriter, recorderMultiple, index);
						WfPrint(module, L"", parsingWriter);
					}

					memoryStream.SeekFromBegin(0);
					auto codeAfterCodegen = stream::StreamReader(memoryStream).ReadToEnd();

					assembly->insBeforeCodegen->moduleCodes.Add(codeBeforeCodegen);
					assembly->insAfterCodegen->moduleCodes.Add(codeAfterCodegen);
				}

				if (manager->declarationTypes.Count() > 0)
				{
					assembly->typeImpl = Ptr(new WfTypeImpl);
					for (auto td : manager->declarationTypes.Values())
					{
						if (auto tdClass = td.Cast<WfClass>())
						{
							assembly->typeImpl->classes.Add(tdClass);
						}
						else if (auto tdInterface = td.Cast<WfInterface>())
						{
							assembly->typeImpl->interfaces.Add(tdInterface);
						}
						else if (auto tdStruct = td.Cast<WfStruct>())
						{
							assembly->typeImpl->structs.Add(tdStruct);
						}
						else if (auto tdEnum = td.Cast<WfEnum>())
						{
							assembly->typeImpl->enums.Add(tdEnum);
						}
					}

					// Sort custom types by type name for deterministic serialization order
					auto sortByTypeName = [](auto& list)
					{
						if (list.Count() > 1)
						{
							collections::Sort(&list[0], list.Count(), [](const auto& a, const auto& b)
							{
								return a->GetTypeName() <=> b->GetTypeName();
							});
						}
					};
					sortByTypeName(assembly->typeImpl->classes);
					sortByTypeName(assembly->typeImpl->interfaces);
					sortByTypeName(assembly->typeImpl->structs);
					sortByTypeName(assembly->typeImpl->enums);
				}

				for (auto module : manager->GetModules())
				{
					for (auto decl : module->declarations)
					{
						GenerateGlobalDeclarationMetadata(context, decl.Obj());
					}
				}

				{
					auto meta = Ptr(new WfAssemblyFunction);
					meta->name = L"<initialize>";
					vint functionIndex = assembly->functions.Add(meta);
					assembly->functionByName.Add(meta->name, functionIndex);

					auto functionContext = Ptr(new WfCodegenFunctionContext);
					functionContext->function = meta;
					context.functionContext = functionContext;
					
					meta->firstInstruction = assembly->instructions.Count();
					for (auto module : manager->GetModules())
					{
						for (auto decl : module->declarations)
						{
							GenerateInitializeInstructions(context, decl);
						}
					}

					// define node for INSTRUCTION
					glr::ParsingAstBase* node = nullptr;
					INSTRUCTION(Ins::LoadValue({}));
					INSTRUCTION(Ins::Return());

					meta->lastInstruction = assembly->instructions.Count() - 1;

					context.functionContext = 0;
					GenerateClosureInstructions(context, functionContext);
				}

				for (auto module : manager->GetModules())
				{
					EXECUTE_CALLBACK(OnGenerateCode(module));
					for (auto decl : module->declarations)
					{
						GenerateDeclarationInstructions(context, decl.Obj());
					}
				}

				EXECUTE_CALLBACK(OnGenerateDebugInfo());
				assembly->Initialize();
				return assembly;
			}

#undef EXECUTE_CALLBACK
#undef FILL_LABEL_TO_CURRENT
#undef FILL_LABEL_TO_INS
#undef INSTRUCTION

/***********************************************************************
Compile
***********************************************************************/

			Ptr<runtime::WfAssembly> Compile(analyzer::WfLexicalScopeManager* manager, collections::List<WString>& moduleCodes, collections::List<glr::ParsingError>& errors)
			{
				manager->Clear(true, true);
				for (auto code : moduleCodes)
				{
					manager->AddModule(code);
				}

				if (manager->errors.Count() > 0)
				{
					CopyFrom(errors, manager->errors);
					return 0;
				}

				manager->Rebuild(true);
				if (manager->errors.Count() > 0)
				{
					CopyFrom(errors, manager->errors);
					return 0;
				}

				return GenerateAssembly(manager);
			}

			Ptr<runtime::WfAssembly> Compile(workflow::Parser& workflowParser, analyzer::WfCpuArchitecture cpuArchitecture, collections::List<WString>& moduleCodes, collections::List<glr::ParsingError>& errors)
			{
				WfLexicalScopeManager manager(workflowParser, cpuArchitecture);
				return Compile(&manager, moduleCodes, errors);
			}
		}
	}
}

/***********************************************************************
.\EMITTER\WFEMITTER_DECLARATION.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace emitter
		{
			using namespace collections;
			using namespace reflection::description;
			using namespace analyzer;
			using namespace runtime;
			using namespace typeimpl;

			typedef WfInstruction Ins;

#define INSTRUCTION(X) context.AddInstruction(node, X)

/***********************************************************************
GenerateInstructions(Initialize)
***********************************************************************/

			class GenerateInitializeInstructionsVisitor : public Object, public WfDeclaration::IVisitor
			{
			public:
				WfCodegenContext&						context;

				GenerateInitializeInstructionsVisitor(WfCodegenContext& _context)
					:context(_context)
				{
				}

				void Visit(WfNamespaceDeclaration* node)override
				{
					for (auto decl : node->declarations)
					{
						GenerateInitializeInstructions(context, decl);
					}
				}

				void Visit(WfFunctionDeclaration* node)override
				{
				}

				void Visit(WfVariableDeclaration* node)override
				{
					auto scope = context.manager->nodeScopes[node].Obj();
					auto symbol = scope->symbols[node->name.value][0];
					vint variableIndex = context.globalVariables[symbol.Obj()];
					GenerateExpressionInstructions(context, node->expression);
					INSTRUCTION(Ins::StoreGlobalVar(variableIndex));
				}

				void Visit(WfEventDeclaration* node)override
				{
				}

				void Visit(WfPropertyDeclaration* node)override
				{
				}

				void Visit(WfStaticInitDeclaration* node)override
				{
					GenerateStatementInstructions(context, node->statement);
				}

				void Visit(WfConstructorDeclaration* node)override
				{
				}

				void Visit(WfDestructorDeclaration* node)override
				{
				}

				void Visit(WfClassDeclaration* node)override
				{
				}

				void Visit(WfEnumDeclaration* node)override
				{
				}

				void Visit(WfStructDeclaration* node)override
				{
				}

				void Visit(WfVirtualCfeDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Visit(WfVirtualCseDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}
			};

			void GenerateInitializeInstructions(WfCodegenContext& context, Ptr<WfDeclaration> declaration)
			{
				GenerateInitializeInstructionsVisitor visitor(context);
				declaration->Accept(&visitor);
			}

/***********************************************************************
GenerateInstructions(Declaration)
***********************************************************************/

			Ptr<WfCodegenFunctionContext> GenerateFunctionInstructions_Prolog(WfCodegenContext& context, WfLexicalScope* scope, Ptr<WfAssemblyFunction> meta, Ptr<ITypeInfo> returnType, Ptr<WfLexicalSymbol> recursiveLambdaSymbol, const List<Ptr<WfLexicalSymbol>>& argumentSymbols, const List<Ptr<WfLexicalSymbol>>& capturedSymbols, glr::ParsingAstBase* node)
			{
				auto functionContext = Ptr(new WfCodegenFunctionContext);
				functionContext->function = meta;
				context.functionContext = functionContext;
				{
					for (auto [argumentSymbol, index] : indexed(argumentSymbols))
					{
						functionContext->arguments.Add(argumentSymbol.Obj(), index);
					}
					for (auto [capturedSymbol, index] : indexed(capturedSymbols))
					{
						functionContext->capturedVariables.Add(capturedSymbol.Obj(), index);
					}
				}
				if (recursiveLambdaSymbol)
				{
					vint variableIndex = meta->argumentNames.Count() + meta->localVariableNames.Add(L"<recursive-lambda>" + recursiveLambdaSymbol->name);
					functionContext->localVariables.Add(recursiveLambdaSymbol.Obj(), variableIndex);
				}
					
				meta->firstInstruction = context.assembly->instructions.Count();
				if (recursiveLambdaSymbol)
				{
					INSTRUCTION(Ins::LoadClosureContext());
					INSTRUCTION(Ins::LoadFunction(context.assembly->functions.IndexOf(meta.Obj())));
					INSTRUCTION(Ins::CreateClosure());
					INSTRUCTION(Ins::StoreLocalVar(functionContext->localVariables[recursiveLambdaSymbol.Obj()]));
				}
				return functionContext;
			}

			void GenerateFunctionInstructions_Epilog(WfCodegenContext& context, WfLexicalScope* scope, Ptr<WfAssemblyFunction> meta, Ptr<ITypeInfo> returnType, Ptr<WfLexicalSymbol> recursiveLambdaSymbol, const List<Ptr<WfLexicalSymbol>>& argumentSymbols, const List<Ptr<WfLexicalSymbol>>& capturedSymbols, Ptr<WfCodegenFunctionContext> functionContext, glr::ParsingAstBase* node)
			{
				INSTRUCTION(Ins::LoadValue({}));
				INSTRUCTION(Ins::Return());
				meta->lastInstruction = context.assembly->instructions.Count() - 1;
				context.functionContext = 0;

				GenerateClosureInstructions(context, functionContext);
			}

			void GenerateFunctionInstructions(WfCodegenContext& context, WfLexicalScope* scope, Ptr<WfAssemblyFunction> meta, Ptr<ITypeInfo> returnType, Ptr<WfLexicalSymbol> recursiveLambdaSymbol, const List<Ptr<WfLexicalSymbol>>& argumentSymbols, const List<Ptr<WfLexicalSymbol>>& capturedSymbols, Ptr<WfStatement> statementBody, glr::ParsingAstBase* node)
			{
				auto functionContext = GenerateFunctionInstructions_Prolog(context, scope, meta, returnType, recursiveLambdaSymbol, argumentSymbols, capturedSymbols, node);
				GenerateStatementInstructions(context, statementBody);
				GenerateFunctionInstructions_Epilog(context, scope, meta, returnType, recursiveLambdaSymbol, argumentSymbols, capturedSymbols, functionContext, node);
			}

			void GenerateFunctionInstructions(WfCodegenContext& context, WfLexicalScope* scope, Ptr<WfAssemblyFunction> meta, Ptr<ITypeInfo> returnType, Ptr<WfLexicalSymbol> recursiveLambdaSymbol, const List<Ptr<WfLexicalSymbol>>& argumentSymbols, const List<Ptr<WfLexicalSymbol>>& capturedSymbols, Ptr<WfExpression> expressionBody, glr::ParsingAstBase* node)
			{
				auto functionContext = GenerateFunctionInstructions_Prolog(context, scope, meta, returnType, recursiveLambdaSymbol, argumentSymbols, capturedSymbols, node);
				GenerateExpressionInstructions(context, expressionBody);
				INSTRUCTION(Ins::Return());
				GenerateFunctionInstructions_Epilog(context, scope, meta, returnType, recursiveLambdaSymbol, argumentSymbols, capturedSymbols, functionContext, node);
			}

			void GenerateFunctionDeclarationInstructions(WfCodegenContext& context, WfFunctionDeclaration* node, WfLexicalScope* scope, Ptr<WfAssemblyFunction> meta, Ptr<WfLexicalSymbol> recursiveLambdaSymbol)
			{
				List<Ptr<WfLexicalSymbol>> argumentSymbols, capturedSymbols;
				{
					for (auto argument : node->arguments)
					{
						auto symbol = scope->symbols[argument->name.value][0];
						argumentSymbols.Add(symbol);
					}

					vint index = context.manager->lambdaCaptures.Keys().IndexOf(node);
					if (index != -1)
					{
						auto capture = context.manager->lambdaCaptures.Values()[index];
						for (auto symbol : capture->symbols)
						{
							capturedSymbols.Add(symbol);
						}
					}
				}

				auto returnType = CreateTypeInfoFromType(scope, node->returnType);
				GenerateFunctionInstructions(context, scope, meta, returnType, recursiveLambdaSymbol, argumentSymbols, capturedSymbols, node->statement, node);
			}

			class GenerateClassMemberInstructionsVisitor : public Object, public WfDeclaration::IVisitor
			{
			public:
				WfCodegenContext&						context;
				WfClassDeclaration*						classDecl;

				GenerateClassMemberInstructionsVisitor(WfCodegenContext& _context, WfClassDeclaration* _classDecl)
					:context(_context)
					, classDecl(_classDecl)
				{
				}

				void Visit(WfNamespaceDeclaration* node)override
				{
				}

				void Visit(WfFunctionDeclaration* node)override
				{
					if (node->functionKind == WfFunctionKind::Static)
					{
						GenerateDeclarationInstructions(context, node);
					}
					else if (classDecl->kind == WfClassKind::Class)
					{
						GenerateDeclarationInstructions(context, node);
					}
				}

				void Visit(WfVariableDeclaration* node)override
				{
				}

				void Visit(WfEventDeclaration* node)override
				{
				}

				void Visit(WfPropertyDeclaration* node)override
				{
				}

				void Visit(WfStaticInitDeclaration* node)override
				{
				}

				class InitializeFieldVisitor
					: public empty_visitor::DeclarationVisitor
				{
				public:
					WfCodegenContext&					context;

					InitializeFieldVisitor(WfCodegenContext& _context)
						:context(_context)
					{
					}

					void Dispatch(WfVirtualCfeDeclaration* node)override
					{
						for (auto decl : node->expandedDeclarations)
						{
							decl->Accept(this);
						}
					}

					void Dispatch(WfVirtualCseDeclaration* node)override
					{
						for (auto decl : node->expandedDeclarations)
						{
							decl->Accept(this);
						}
					}

					void Visit(WfVariableDeclaration* node)override
					{
						auto info = context.manager->declarationMemberInfos[node].Cast<WfField>().Obj();
						GenerateExpressionInstructions(context, node->expression);
						INSTRUCTION(Ins::LoadCapturedVar(0));
						INSTRUCTION(Ins::SetProperty(info));
					}
				};

				void Visit(WfConstructorDeclaration* node)override
				{
					auto meta = context.assembly->functions[context.constructors[node]];
					auto functionContext = Ptr(new WfCodegenFunctionContext);
					functionContext->function = meta;
					context.functionContext = functionContext;
					meta->firstInstruction = context.assembly->instructions.Count();
					
					auto scope = context.manager->nodeScopes[node].Obj();
					{
						for (auto [argument, index] : indexed(node->arguments))
						{
							auto symbol = scope->symbols[argument->name.value][0];
							functionContext->arguments.Add(symbol.Obj(), index);
						}
					}

					if (classDecl->baseTypes.Count() > 0)
					{
						auto td = scope->parentScope->typeOfThisExpr;
						vint count = td->GetBaseTypeDescriptorCount();
						for (vint i = 0; i < count; i++)
						{
							auto baseTd = td->GetBaseTypeDescriptor(i);
							auto ctor = context.manager->baseConstructorCallResolvings[{node, baseTd}];
							if (ctor.key)
							{
								for (auto argument : ctor.key->arguments)
								{
									GenerateExpressionInstructions(context, argument);
								}
								INSTRUCTION(Ins::LoadCapturedVar(0));
								INSTRUCTION(Ins::InvokeBaseCtor(ctor.value, ctor.key->arguments.Count()));
							}
							else
							{
								INSTRUCTION(Ins::LoadCapturedVar(0));
								INSTRUCTION(Ins::InvokeBaseCtor(ctor.value, 0));
							}
							INSTRUCTION(Ins::Pop());
						}
					}

					{
						InitializeFieldVisitor visitor(context);
						for (auto memberDecl : classDecl->declarations)
						{
							memberDecl->Accept(&visitor);
						}
					}
					GenerateStatementInstructions(context, node->statement);

					INSTRUCTION(Ins::LoadValue({}));
					INSTRUCTION(Ins::Return());
					meta->lastInstruction = context.assembly->instructions.Count() - 1;
					context.functionContext = 0;
					GenerateClosureInstructions(context, functionContext);
				}
				
				void Visit(WfDestructorDeclaration* node)override
				{
					auto meta = context.assembly->functions[context.destructors[node]];
					auto functionContext = Ptr(new WfCodegenFunctionContext);
					functionContext->function = meta;
					context.functionContext = functionContext;
					meta->firstInstruction = context.assembly->instructions.Count();
					
					auto scope = context.manager->nodeScopes[node].Obj();
					GenerateStatementInstructions(context, node->statement);

					INSTRUCTION(Ins::LoadValue({}));
					INSTRUCTION(Ins::Return());
					meta->lastInstruction = context.assembly->instructions.Count() - 1;
					context.functionContext = 0;
					GenerateClosureInstructions(context, functionContext);
				}

				void Visit(WfClassDeclaration* node)override
				{
					GenerateDeclarationInstructions(context, node);
				}

				void Visit(WfEnumDeclaration* node)override
				{
				}

				void Visit(WfStructDeclaration* node)override
				{
				}

				void Visit(WfVirtualCfeDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Visit(WfVirtualCseDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}
			};

			class GenerateDeclarationInstructionsVisitor : public Object, public WfDeclaration::IVisitor
			{
			public:
				WfCodegenContext&						context;

				GenerateDeclarationInstructionsVisitor(WfCodegenContext& _context)
					:context(_context)
				{
				}

				void Visit(WfNamespaceDeclaration* node)override
				{
					for (auto decl : node->declarations)
					{
						GenerateDeclarationInstructions(context, decl.Obj());
					}
				}

				void Visit(WfFunctionDeclaration* node)override
				{
					auto scope = context.manager->nodeScopes[node].Obj();
					auto symbol = context.manager->GetDeclarationSymbol(scope, node);
					auto meta = context.assembly->functions[context.globalFunctions[symbol.Obj()]];
					GenerateFunctionDeclarationInstructions(context, node, scope, meta, 0);
				}

				void Visit(WfVariableDeclaration* node)override
				{
				}

				void Visit(WfEventDeclaration* node)override
				{
				}

				void Visit(WfPropertyDeclaration* node)override
				{
				}

				void Visit(WfStaticInitDeclaration* node)override
				{
				}

				void Visit(WfConstructorDeclaration* node)override
				{
				}

				void Visit(WfDestructorDeclaration* node)override
				{
				}

				void Visit(WfClassDeclaration* node)override
				{
					for (auto memberDecl : node->declarations)
					{
						GenerateClassMemberInstructionsVisitor visitor(context, node);
						memberDecl->Accept(&visitor);
					}
				}

				void Visit(WfEnumDeclaration* node)override
				{
				}

				void Visit(WfStructDeclaration* node)override
				{
				}

				void Visit(WfVirtualCfeDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Visit(WfVirtualCseDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}
			};

			void GenerateDeclarationInstructions(WfCodegenContext& context, WfDeclaration* declaration)
			{
				GenerateDeclarationInstructionsVisitor visitor(context);
				declaration->Accept(&visitor);
			}

/***********************************************************************
GenerateInstructions(Closure)
***********************************************************************/

			void GenerateClosureInstructions_Function(WfCodegenContext& context, vint functionIndex, WfFunctionDeclaration* node, bool createInterface)
			{
				auto scope = context.manager->nodeScopes[node].Obj();
				auto meta = context.assembly->functions[functionIndex];
				GenerateFunctionDeclarationMetadata(context, node, meta);
				Ptr<WfLexicalSymbol> recursiveLambdaSymbol;
				if (!createInterface && node->name.value != L"")
				{
					recursiveLambdaSymbol = scope->symbols[node->name.value][0];
				}
				GenerateFunctionDeclarationInstructions(context, node, scope, meta, recursiveLambdaSymbol);
			}

			void GenerateClosureInstructions_Ordered(WfCodegenContext& context, vint functionIndex, WfOrderedLambdaExpression* node)
			{
				auto scope = context.manager->nodeScopes[node].Obj();
				List<Ptr<WfLexicalSymbol>> argumentSymbols, capturedSymbols;
				CopyFrom(
					argumentSymbols,
					Range<vint>(0, scope->symbols.Count())
						.Select([scope](vint index)->Ptr<WfLexicalSymbol>{return scope->symbols.GetByIndex(index)[0];})
						.OrderBy([](Ptr<WfLexicalSymbol> a, Ptr<WfLexicalSymbol> b)
						{
							vint aId = wtoi(a->name.Sub(1, a->name.Length() - 1));
							vint bId = wtoi(b->name.Sub(1, a->name.Length() - 1));
							return aId <=> bId;
						})
					);

				auto meta = context.assembly->functions[functionIndex];
				for (auto symbol : argumentSymbols)
				{
					meta->argumentNames.Add(symbol->name);
				}
				{
					auto capture = context.manager->lambdaCaptures.Get(node);
					for (auto symbol : capture->symbols)
					{
						meta->capturedVariableNames.Add(L"<captured>" + symbol->name);
						capturedSymbols.Add(symbol);
					}

					vint count = context.GetThisStackCount(scope);
					for (vint i = 0; i < count; i++)
					{
						meta->capturedVariableNames.Add(L"<captured-this>" + itow(i));
					}
				}

				auto result = context.manager->expressionResolvings[node];
				auto returnType = CopyTypeInfo(result.type->GetElementType()->GetGenericArgument(0));
				GenerateFunctionInstructions(context, scope, meta, returnType, 0, argumentSymbols, capturedSymbols, node->body, node);
			}

			void GenerateClosureInstructions_Destructor(WfCodegenContext& context, vint functionIndex, WfDestructorDeclaration* node)
			{
				auto scope = context.manager->nodeScopes[node].Obj();
				auto meta = context.assembly->functions[functionIndex];

				List<Ptr<WfLexicalSymbol>> argumentSymbols, capturedSymbols;
				{
					vint index = context.manager->lambdaCaptures.Keys().IndexOf(node);
					if (index != -1)
					{
						auto capture = context.manager->lambdaCaptures.Values()[index];
						for (auto symbol : capture->symbols)
						{
							meta->capturedVariableNames.Add(L"<captured>" + symbol->name);
							capturedSymbols.Add(symbol);
						}
					}

					vint count = context.GetThisStackCount(scope);
					for (vint i = 0; i < count; i++)
					{
						meta->capturedVariableNames.Add(L"<captured-this>" + itow(i));
					}
				}
				GenerateFunctionInstructions(context, scope, meta, nullptr, nullptr, argumentSymbols, capturedSymbols, node->statement, node);
			}

			void GenerateClosureInstructions(WfCodegenContext& context, Ptr<WfCodegenFunctionContext> functionContext)
			{
				for (vint i = 0; i < functionContext->closuresToCodegen.Count(); i++)
				{
					vint functionIndex = functionContext->closuresToCodegen.Keys()[i];
					auto closure = functionContext->closuresToCodegen.Values()[i];
					
					if (closure.functionExpression)
					{
						GenerateClosureInstructions_Function(context, functionIndex, closure.functionExpression->function.Obj(), false);
					}
					else if (closure.orderedLambdaExpression)
					{
						GenerateClosureInstructions_Ordered(context, functionIndex, closure.orderedLambdaExpression);
					}
					else if (closure.functionDeclaration)
					{
						GenerateClosureInstructions_Function(context, functionIndex, closure.functionDeclaration, true);
					}
					else if (closure.destructorDeclaration)
					{
						GenerateClosureInstructions_Destructor(context, functionIndex, closure.destructorDeclaration);
					}
				}
			}

#undef INSTRUCTION
		}
	}
}

/***********************************************************************
.\EMITTER\WFEMITTER_EXPRESSION.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace emitter
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;
			using namespace analyzer;
			using namespace runtime;

			typedef WfInstruction Ins;

#define INSTRUCTION(X) context.AddInstruction(node, X)
#define FILL_LABEL_TO_INS(LABEL, INS) context.assembly->instructions[LABEL].indexParameter = INS
#define FILL_LABEL_TO_CURRENT(LABEL) FILL_LABEL_TO_INS(LABEL, context.assembly->instructions.Count())

/***********************************************************************
GenerateInstructions(Expression)
***********************************************************************/

			class GenerateExpressionInstructionsVisitor
				: public Object
				, public WfExpression::IVisitor
			{
			public:
				WfCodegenContext&						context;

				GenerateExpressionInstructionsVisitor(WfCodegenContext& _context)
					:context(_context)
				{
				}

				static void GenerateLoadSymbolInstructions(WfCodegenContext& context, WfLexicalSymbol* symbol, glr::ParsingAstBase* node)
				{
					vint index = -1;
					if ((index = context.globalFunctions.Keys().IndexOf(symbol)) != -1)
					{
						vint functionIndex = context.globalFunctions.Values()[index];
						INSTRUCTION(Ins::CreateClosureContext(0));
						INSTRUCTION(Ins::LoadFunction(functionIndex));
						INSTRUCTION(Ins::CreateClosure());
					}
					else if ((index = context.globalVariables.Keys().IndexOf(symbol)) != -1)
					{
						vint variableIndex = context.globalVariables.Values()[index];
						INSTRUCTION(Ins::LoadGlobalVar(variableIndex));
					}
					else if ((index = context.functionContext->capturedVariables.Keys().IndexOf(symbol)) != -1)
					{
						vint variableIndex = context.functionContext->capturedVariables.Values()[index];
						INSTRUCTION(Ins::LoadCapturedVar(variableIndex));
					}
					else if ((index = context.functionContext->localVariables.Keys().IndexOf(symbol)) != -1)
					{
						vint variableIndex = context.functionContext->localVariables.Values()[index];
						INSTRUCTION(Ins::LoadLocalVar(variableIndex));
					}
					else if ((index = context.functionContext->arguments.Keys().IndexOf(symbol)) != -1)
					{
						vint variableIndex = context.functionContext->arguments.Values()[index];
						INSTRUCTION(Ins::LoadLocalVar(variableIndex));
					}
					else if ((index = context.closureFunctions.Keys().IndexOf(symbol)) != -1)
					{
						vint functionIndex = context.closureFunctions.Values()[index];
						INSTRUCTION(Ins::LoadClosureContext());
						INSTRUCTION(Ins::LoadFunction(functionIndex));
						INSTRUCTION(Ins::CreateClosure());
					}
					else
					{
						CHECK_FAIL(L"GenerateExpressionInstructionsVisitor::GenerateLoadSymbolInstructions(WfCodegenContext&, WfLexicalSymbol*, ParsingTreeCustomBase*)#Internal error, cannot find any record of this symbol.");
					}
				}

				static vint PushCapturedThisValues(WfCodegenContext& context, WfLexicalScope* lambdaScopeParent, glr::ParsingAstBase* node)
				{
					auto scope = lambdaScopeParent;
					while (scope)
					{
						if (scope->functionConfig)
						{
							vint parentThisCount = context.GetThisStackCount(scope);
							if (scope->functionConfig->lambda)
							{
								auto capture = context.manager->lambdaCaptures[scope->ownerNode.Obj()];
								vint captureCount = capture->symbols.Count();
								for (vint i = 0; i < parentThisCount; i++)
								{
									INSTRUCTION(Ins::LoadCapturedVar(captureCount + i));
								}
							}
							else if (parentThisCount > 0)
							{
								CHECK_ERROR(parentThisCount == 1, L"GenerateExpressionInstructionsVisitor::PushCapturedThisValues(WfCodegenContext&, WfLexicalScope*, ParsingTreeCustomBase*)#Internal error, wrong parentThisCount value.");
								INSTRUCTION(Ins::LoadCapturedVar(0));
							}
							return parentThisCount;
						}
						scope = scope->parentScope.Obj();
					}
					return 0;
				}

				static vint AddClosure(WfCodegenContext& context, WfCodegenLambdaContext lc, const Func<WString(vint)>& getName)
				{
					auto meta = Ptr(new WfAssemblyFunction);
					vint functionIndex = context.assembly->functions.Add(meta);
					meta->name = getName(functionIndex);
					context.assembly->functionByName.Add(meta->name, functionIndex);
					context.functionContext->closuresToCodegen.Add(functionIndex, lc);
					return functionIndex;
				}

				void VisitReferenceExpression(WfExpression* node, const WString& name)
				{
					auto result = context.manager->expressionResolvings[node];
					if (result.symbol)
					{
						GenerateLoadSymbolInstructions(context, result.symbol.Obj(), node);
					}
					else if (result.methodInfo)
					{
						if (result.methodInfo->IsStatic())
						{
							INSTRUCTION(Ins::LoadValue({}));
						}
						else
						{
							VisitThisExpression(node, result.methodInfo->GetOwnerTypeDescriptor());
						}
						INSTRUCTION(Ins::LoadMethodClosure(result.methodInfo));
					}
					else if (result.propertyInfo)
					{
						if (auto getter = result.propertyInfo->GetGetter())
						{
							VisitThisExpression(node, getter->GetOwnerTypeDescriptor());
							INSTRUCTION(Ins::InvokeMethod(getter, 0));
						}
						else
						{
							VisitThisExpression(node, result.propertyInfo->GetOwnerTypeDescriptor());
							INSTRUCTION(Ins::GetProperty(result.propertyInfo));
						}
					}
					else
					{
						if ((result.type->GetTypeDescriptor()->GetTypeDescriptorFlags() & TypeDescriptorFlags::EnumType) != TypeDescriptorFlags::Undefined)
						{
							auto td = result.type->GetTypeDescriptor();
							auto enumType = td->GetEnumType();
							vint index = enumType->IndexOfItem(name);
							if (index != -1)
							{
								auto intValue = enumType->GetItemValue(index);
								INSTRUCTION(Ins::LoadValue({ intValue, td }));
								return;
							}
						}
						CHECK_FAIL(L"GenerateExpressionInstructionsVisitor::VisitReferenceExpression(WfExpression*, const WString&)#Internal error, cannot find any record of this expression.");
					}
				}

				void VisitThisExpression(WfExpression* node, ITypeDescriptor* td)
				{
					auto scope = context.manager->nodeScopes[node].Obj();
					vint count = context.GetThisStackCount(scope);
					vint offset = 0;

					Ptr<WfLexicalCapture> capture;
					Ptr<WfLexicalFunctionConfig> lastConfig;
					while (scope)
					{
						if (scope->typeOfThisExpr)
						{
							if (scope->typeOfThisExpr->CanConvertTo(td))
							{
								if (capture)
								{
									INSTRUCTION(Ins::LoadCapturedVar(capture->symbols.Count() + count - offset - 1));
								}
								else
								{
									INSTRUCTION(Ins::LoadCapturedVar(0));
								}
								return;
							}
							else
							{
								offset++;
							}

							if (lastConfig)
							{
								if (!lastConfig->parentThisAccessable)
								{
									break;
								}
							}
						}

						if (scope->functionConfig)
						{
							lastConfig = scope->functionConfig;
							if (!capture)
							{
								vint index = context.manager->lambdaCaptures.Keys().IndexOf(scope->ownerNode.Obj());
								if (index != -1)
								{
									capture = context.manager->lambdaCaptures.Values()[index];
								}
							}
						}

						scope = scope->parentScope.Obj();
					}
					CHECK_FAIL(L"GenerateExpressionInstructionsVisitor::VisitThisExpression(WfExpression*, ITypeDescriptor*)#Internal error, cannot find any record of the this value.");
				}

				void Visit(WfThisExpression* node)override
				{
					auto scope = context.manager->nodeScopes[node].Obj();
					while (scope)
					{
						if (scope->functionConfig)
						{
							if (scope->functionConfig->thisAccessable)
							{
								if (scope->functionConfig->lambda)
								{
									auto capture = context.manager->lambdaCaptures[scope->ownerNode.Obj()];
									auto count = context.GetThisStackCount(scope);
									INSTRUCTION(Ins::LoadCapturedVar(capture->symbols.Count() + count - 1));
								}
								else
								{
									INSTRUCTION(Ins::LoadCapturedVar(0));
								}
								return;
							}
							CHECK_FAIL(L"GenerateExpressionInstructionsVisitor::Visit(WfThisExpression*)#Internal error, this expression is illegal here.");
						}
						scope = scope->parentScope.Obj();
					}
					CHECK_FAIL(L"GenerateExpressionInstructionsVisitor::Visit(WfThisExpression*)#Internal error, this expression is illegal here.");
				}

				void Visit(WfTopQualifiedExpression* node)override
				{
					VisitReferenceExpression(node, node->name.value);
				}

				void Visit(WfReferenceExpression* node)override
				{
					VisitReferenceExpression(node, node->name.value);
				}

				void Visit(WfOrderedNameExpression* node)override
				{
					VisitReferenceExpression(node, node->name.value);
				}

				void Visit(WfOrderedLambdaExpression* node)override
				{
					auto scope = context.manager->nodeScopes[node].Obj();

					WfCodegenLambdaContext lc;
					lc.orderedLambdaExpression = node;
					auto functionIndex = AddClosure(context, lc, [=, this](vint index)
					{
						return L"<lambda:(" + itow(index) + L")> in " + context.functionContext->function->name;
					});

					auto capture = context.manager->lambdaCaptures.Get(node);
					for (auto symbol : capture->symbols)
					{
						GenerateLoadSymbolInstructions(context, symbol.Obj(), node);
					}
					vint thisCount = PushCapturedThisValues(context, scope->parentScope.Obj(), node);
					INSTRUCTION(Ins::CreateClosureContext(capture->symbols.Count() + thisCount));
					INSTRUCTION(Ins::LoadFunction(functionIndex));
					INSTRUCTION(Ins::CreateClosure());
				}

				void Visit(WfMemberExpression* node)override
				{
					auto result = context.manager->expressionResolvings[node];
					if (result.propertyInfo)
					{
						GenerateExpressionInstructions(context, node->parent);
						if (result.propertyInfo->GetGetter())
						{
							INSTRUCTION(Ins::InvokeMethod(result.propertyInfo->GetGetter(), 0));
						}
						else
						{
							INSTRUCTION(Ins::GetProperty(result.propertyInfo));
						}
					}
					else
					{
						GenerateExpressionInstructions(context, node->parent);
						INSTRUCTION(Ins::LoadMethodClosure(result.methodInfo));
					}
				}

				void Visit(WfChildExpression* node)override
				{
					VisitReferenceExpression(node, node->name.value);
				}

				void Visit(WfLiteralExpression* node)override
				{
					switch (node->value)
					{
					case WfLiteralValue::Null:
						INSTRUCTION(Ins::LoadValue({}));
						break;
					case WfLiteralValue::True:
						INSTRUCTION(Ins::LoadValue({ true }));
						break;
					case WfLiteralValue::False:
						INSTRUCTION(Ins::LoadValue({ false }));
						break;
					default:;
					}
				}

#define INSTRUCTION_LOAD_VALUE(TYPE) if (td == description::GetTypeDescriptor<TYPE>()) { INSTRUCTION(Ins::LoadValue({ UnboxValue<TYPE>(output) })); return; }

				void Visit(WfFloatingExpression* node)override
				{
					auto result = context.manager->expressionResolvings[node];
					auto td = result.type->GetTypeDescriptor();
					Value output;
					td->GetSerializableType()->Deserialize(node->value.value, output);
					INSTRUCTION_LOAD_VALUE(float);
					INSTRUCTION_LOAD_VALUE(double);
					CHECK_FAIL(L"Unrecognized value in WfFloatingExpression!");
				}

				void Visit(WfIntegerExpression* node)override
				{
					auto result = context.manager->expressionResolvings[node];
					auto td = result.type->GetTypeDescriptor();
					Value output;
					td->GetSerializableType()->Deserialize(node->value.value, output);
					INSTRUCTION_LOAD_VALUE(vint8_t);
					INSTRUCTION_LOAD_VALUE(vint16_t);
					INSTRUCTION_LOAD_VALUE(vint32_t);
					INSTRUCTION_LOAD_VALUE(vint64_t);
					INSTRUCTION_LOAD_VALUE(vuint8_t);
					INSTRUCTION_LOAD_VALUE(vuint16_t);
					INSTRUCTION_LOAD_VALUE(vuint32_t);
					INSTRUCTION_LOAD_VALUE(vuint64_t);
					INSTRUCTION_LOAD_VALUE(float);
					INSTRUCTION_LOAD_VALUE(double);
					CHECK_FAIL(L"Unrecognized value in WfIntegerExpression!");
				}

#undef INSTRUCTION_LOAD_VALUE

				void Visit(WfStringExpression* node)override
				{
					INSTRUCTION(Ins::LoadValue({ node->value.value }));
				}

				void Visit(WfUnaryExpression* node)override
				{
					auto type = GenerateExpressionInstructions(context, node->operand);
					switch (node->op)
					{
					case WfUnaryOperator::Not:
						INSTRUCTION(Ins::OpNot(GetInstructionTypeArgument(type)));
						break;
					case WfUnaryOperator::Positive:
						INSTRUCTION(Ins::OpPositive(GetInstructionTypeArgument(type)));
						break;
					case WfUnaryOperator::Negative:
						INSTRUCTION(Ins::OpNegative(GetInstructionTypeArgument(type)));
						break;
					default:;
					}
				}

				void Visit(WfBinaryExpression* node)override
				{
					if (node->op == WfBinaryOperator::Assign)
					{
						if (auto binary = node->first.Cast<WfBinaryExpression>())
						{
							auto result = context.manager->expressionResolvings[binary->first.Obj()];
							auto containerType = result.expectedType ? result.expectedType : result.type;
							auto methodInfo = containerType->GetTypeDescriptor()->GetMethodGroupByName(L"Set", true)->GetMethod(0);
							GenerateExpressionInstructions(context, binary->second);
							INSTRUCTION(Ins::Duplicate(0));
							GenerateExpressionInstructions(context, node->second);
							GenerateExpressionInstructions(context, binary->first);
							INSTRUCTION(Ins::InvokeMethod(methodInfo, 2));
							INSTRUCTION(Ins::Pop());
						}
						else if (auto member = node->first.Cast<WfMemberExpression>())
						{
							auto result = context.manager->expressionResolvings[member.Obj()];
							if (auto methodInfo = result.propertyInfo->GetSetter())
							{
								GenerateExpressionInstructions(context, node->second);
								INSTRUCTION(Ins::Duplicate(0));
								GenerateExpressionInstructions(context, member->parent);
								INSTRUCTION(Ins::InvokeMethod(methodInfo, 1));
								INSTRUCTION(Ins::Pop());
							}
							else
							{
								GenerateExpressionInstructions(context, node->second);
								INSTRUCTION(Ins::Duplicate(0));
								GenerateExpressionInstructions(context, member->parent);
								INSTRUCTION(Ins::SetProperty(result.propertyInfo));
							}
						}
						else
						{
							GenerateExpressionInstructions(context, node->second);
							INSTRUCTION(Ins::Duplicate(0));
							auto result = context.manager->expressionResolvings[node->first.Obj()];
							vint index = -1;
							if ((index = context.globalVariables.Keys().IndexOf(result.symbol.Obj())) != -1)
							{
								vint variableIndex = context.globalVariables.Values()[index];
								INSTRUCTION(Ins::StoreGlobalVar(variableIndex));
							}
							else if ((index = context.functionContext->localVariables.Keys().IndexOf(result.symbol.Obj())) != -1)
							{
								vint variableIndex = context.functionContext->localVariables.Values()[index];
								INSTRUCTION(Ins::StoreLocalVar(variableIndex));
							}
							else if ((index = context.functionContext->capturedVariables.Keys().IndexOf(result.symbol.Obj())) != -1)
							{
								vint variableIndex = context.functionContext->capturedVariables.Values()[index];
								INSTRUCTION(Ins::StoreCapturedVar(variableIndex));
							}
							else if (result.propertyInfo)
							{
								if (auto setter = result.propertyInfo->GetSetter())
								{
									VisitThisExpression(node, setter->GetOwnerTypeDescriptor());
									INSTRUCTION(Ins::InvokeMethod(setter, 1));
									INSTRUCTION(Ins::Pop());
								}
								else
								{
									VisitThisExpression(node, result.propertyInfo->GetOwnerTypeDescriptor());
									INSTRUCTION(Ins::SetProperty(result.propertyInfo));
								}
							}
							else
							{
								CHECK_FAIL(L"GenerateExpressionInstructionsVisitor::Visit(WfBinaryExpression*)#Internal error, cannot find any record of this assignable symbol.");
							}
						}
					}
					else if (node->op == WfBinaryOperator::Index)
					{
						auto result = context.manager->expressionResolvings[node->first.Obj()];
						auto containerType = result.expectedType ? result.expectedType : result.type;
						auto methodInfo = containerType->GetTypeDescriptor()->GetMethodGroupByName(L"Get", true)->GetMethod(0);
						GenerateExpressionInstructions(context, node->second);
						GenerateExpressionInstructions(context, node->first);
						INSTRUCTION(Ins::InvokeMethod(methodInfo, 1));
					}
					else if (node->op == WfBinaryOperator::FlagAnd)
					{
						auto type = context.manager->expressionResolvings[node].type;
						if (type->GetTypeDescriptor() == description::GetTypeDescriptor<WString>())
						{
							GenerateExpressionInstructions(context, node->first, type);
							GenerateExpressionInstructions(context, node->second, type);
							INSTRUCTION(Ins::OpConcat());
						}
						else
						{
							GenerateExpressionInstructions(context, node->first, type);
							INSTRUCTION(Ins::ConvertToType(Value::BoxedValue, description::GetTypeDescriptor<vuint64_t>()));
							GenerateExpressionInstructions(context, node->second, type);
							INSTRUCTION(Ins::ConvertToType(Value::BoxedValue, description::GetTypeDescriptor<vuint64_t>()));
							INSTRUCTION(Ins::OpAnd(WfInsType::U8));
							INSTRUCTION(Ins::ConvertToType(Value::BoxedValue, type->GetTypeDescriptor()));
						}
					}
					else if (node->op == WfBinaryOperator::FlagOr)
					{
						auto type = context.manager->expressionResolvings[node].type;
						GenerateExpressionInstructions(context, node->first, type);
						INSTRUCTION(Ins::ConvertToType(Value::BoxedValue, description::GetTypeDescriptor<vuint64_t>()));
						GenerateExpressionInstructions(context, node->second, type);
						INSTRUCTION(Ins::ConvertToType(Value::BoxedValue, description::GetTypeDescriptor<vuint64_t>()));
						INSTRUCTION(Ins::OpOr(WfInsType::U8));
						INSTRUCTION(Ins::ConvertToType(Value::BoxedValue, type->GetTypeDescriptor()));
					}
					else if (node->op == WfBinaryOperator::FailedThen)
					{
						auto result = context.manager->expressionResolvings[node];
						vint trapInstruction = INSTRUCTION(Ins::InstallTry(-1));
						GenerateExpressionInstructions(context, node->first, result.type);
						INSTRUCTION(Ins::UninstallTry(1));
						vint finishInstruction = INSTRUCTION(Ins::Jump(-1));

						FILL_LABEL_TO_CURRENT(trapInstruction);
						GenerateExpressionInstructions(context, node->second, result.type);

						FILL_LABEL_TO_CURRENT(finishInstruction);
					}
					else
					{
						Ptr<ITypeInfo> mergedType;
						switch (node->op)
						{
						case WfBinaryOperator::Exp:
						case WfBinaryOperator::Add:
						case WfBinaryOperator::Sub:
						case WfBinaryOperator::Mul:
						case WfBinaryOperator::Div:
						case WfBinaryOperator::Mod:
						case WfBinaryOperator::Shl:
						case WfBinaryOperator::Shr:
							{
								auto result = context.manager->expressionResolvings[node];
								mergedType = result.type;
							}
							break;
						default:
							{
								auto firstResult = context.manager->expressionResolvings[node->first.Obj()];
								auto secondResult = context.manager->expressionResolvings[node->second.Obj()];
								auto firstType = firstResult.expectedType ? firstResult.expectedType : firstResult.type;
								auto secondType = secondResult.expectedType ? secondResult.expectedType : secondResult.type;
								mergedType = GetMergedType(firstType, secondType);

								if (node->op == WfBinaryOperator::EQ || node->op == WfBinaryOperator::NE)
								{
									if (mergedType->GetDecorator() == ITypeInfo::RawPtr || mergedType->GetDecorator() == ITypeInfo::SharedPtr)
									{
										GenerateExpressionInstructions(context, node->first);
										GenerateExpressionInstructions(context, node->second);
										INSTRUCTION(Ins::CompareReference());
										if (node->op == WfBinaryOperator::NE)
										{
											INSTRUCTION(Ins::OpNot(WfInsType::Bool));
										}
									}
									else
									{
										Ptr<ITypeInfo> mergedToStringType;
										if (mergedType->GetDecorator() == ITypeInfo::TypeDescriptor && mergedType->GetTypeDescriptor() == description::GetTypeDescriptor<WString>())
										{
											mergedToStringType = mergedType;
										}

										GenerateExpressionInstructions(context, node->first, mergedToStringType);
										GenerateExpressionInstructions(context, node->second, mergedToStringType);
										INSTRUCTION(Ins::CompareValue());
										if (node->op == WfBinaryOperator::NE)
										{
											INSTRUCTION(Ins::OpNot(WfInsType::Bool));
										}
									}
									return;
								}
							}
						}

						GenerateExpressionInstructions(context, node->first, mergedType);
						GenerateExpressionInstructions(context, node->second, mergedType);

						switch (node->op)
						{
						case WfBinaryOperator::Exp:
							INSTRUCTION(Ins::OpExp(GetInstructionTypeArgument(mergedType)));
							break;
						case WfBinaryOperator::Add:
							INSTRUCTION(Ins::OpAdd(GetInstructionTypeArgument(mergedType)));
							break;
						case WfBinaryOperator::Sub:
							INSTRUCTION(Ins::OpSub(GetInstructionTypeArgument(mergedType)));
							break;
						case WfBinaryOperator::Mul:
							INSTRUCTION(Ins::OpMul(GetInstructionTypeArgument(mergedType)));
							break;
						case WfBinaryOperator::Div:
							INSTRUCTION(Ins::OpDiv(GetInstructionTypeArgument(mergedType)));
							break;
						case WfBinaryOperator::Mod:
							INSTRUCTION(Ins::OpMod(GetInstructionTypeArgument(mergedType)));
							break;
						case WfBinaryOperator::Shl:
							INSTRUCTION(Ins::OpShl(GetInstructionTypeArgument(mergedType)));
							break;
						case WfBinaryOperator::Shr:
							INSTRUCTION(Ins::OpShr(GetInstructionTypeArgument(mergedType)));
							break;
						case WfBinaryOperator::LT:
							INSTRUCTION(Ins::CompareLiteral(GetInstructionTypeArgument(mergedType)));
							INSTRUCTION(Ins::OpLT());
							break;
						case WfBinaryOperator::GT:
							INSTRUCTION(Ins::CompareLiteral(GetInstructionTypeArgument(mergedType)));
							INSTRUCTION(Ins::OpGT());
							break;
						case WfBinaryOperator::LE:
							INSTRUCTION(Ins::CompareLiteral(GetInstructionTypeArgument(mergedType)));
							INSTRUCTION(Ins::OpLE());
							break;
						case WfBinaryOperator::GE:
							INSTRUCTION(Ins::CompareLiteral(GetInstructionTypeArgument(mergedType)));
							INSTRUCTION(Ins::OpGE());
							break;
						case WfBinaryOperator::EQ:
							INSTRUCTION(Ins::CompareLiteral(GetInstructionTypeArgument(mergedType)));
							INSTRUCTION(Ins::OpEQ());
							break;
						case WfBinaryOperator::NE:
							INSTRUCTION(Ins::CompareLiteral(GetInstructionTypeArgument(mergedType)));
							INSTRUCTION(Ins::OpNE());
							break;
						case WfBinaryOperator::Xor:
							INSTRUCTION(Ins::OpXor(GetInstructionTypeArgument(mergedType)));
							break;
						case WfBinaryOperator::And:
							INSTRUCTION(Ins::OpAnd(GetInstructionTypeArgument(mergedType)));
							break;
						case WfBinaryOperator::Or:
							INSTRUCTION(Ins::OpOr(GetInstructionTypeArgument(mergedType)));
							break;
						default:;
						}
					}
				}

				void Visit(WfLetExpression* node)override
				{
					auto scope = context.manager->nodeScopes[node].Obj();
					Array<vint> variableIndices(node->variables.Count());
					auto function = context.functionContext->function;
					for (auto [var, index] : indexed(node->variables))
					{
						auto symbol = scope->symbols[var->name.value][0];
						vint variableIndex = function->argumentNames.Count() + function->localVariableNames.Add(L"<let>" + var->name.value);
						context.functionContext->localVariables.Add(symbol.Obj(), variableIndex);
						variableIndices[index] = variableIndex;

						GenerateExpressionInstructions(context, var->value);
						INSTRUCTION(Ins::StoreLocalVar(variableIndex));
					}
					GenerateExpressionInstructions(context, node->expression);
					for (auto [var, index] : indexed(node->variables))
					{
						INSTRUCTION(Ins::LoadValue({}));
						INSTRUCTION(Ins::StoreLocalVar(variableIndices[index]));
					}
				}

				void Visit(WfIfExpression* node)override
				{
					auto result = context.manager->expressionResolvings[node];
					GenerateExpressionInstructions(context, node->condition);
					vint fillTrueIndex = INSTRUCTION(Ins::JumpIf(-1));
					GenerateExpressionInstructions(context, node->falseBranch, result.type);
					vint fillEndIndex = INSTRUCTION(Ins::Jump(-1));
					FILL_LABEL_TO_CURRENT(fillTrueIndex);
					GenerateExpressionInstructions(context, node->trueBranch, result.type);
					FILL_LABEL_TO_CURRENT(fillEndIndex);
				}

				void Visit(WfRangeExpression* node)override
				{
					auto result = context.manager->expressionResolvings[node];
					auto elementType = Ptr(result.type->GetElementType()->GetGenericArgument(0));
					auto type = GetInstructionTypeArgument(elementType);

					WfRuntimeValue one;
					switch (context.manager->cpuArchitecture)
					{
					case WfCpuArchitecture::x86:
						one = {(vint32_t)1};
						break;
					case WfCpuArchitecture::x64:
						one = { (vint64_t)1 };
						break;
					default:
						one = { (vint)1 };
						break;
					}
					
					GenerateExpressionInstructions(context, node->begin, elementType);
					if (node->beginBoundary == WfRangeBoundary::Exclusive)
					{
						INSTRUCTION(Ins::LoadValue(one));
						INSTRUCTION(Ins::OpAdd(type));
					}
					
					GenerateExpressionInstructions(context, node->end, elementType);
					if (node->endBoundary == WfRangeBoundary::Exclusive)
					{
						INSTRUCTION(Ins::LoadValue(one));
						INSTRUCTION(Ins::OpSub(type));
					}

					INSTRUCTION(Ins::CreateRange(type));
				}

				void Visit(WfSetTestingExpression* node)override
				{
					if (auto range = node->collection.Cast<WfRangeExpression>())
					{
						auto resultElement = context.manager->expressionResolvings[node->element.Obj()];
						auto resultBegin = context.manager->expressionResolvings[range->begin.Obj()];
						auto resultEnd = context.manager->expressionResolvings[range->end.Obj()];
						auto typeElement = resultElement.expectedType ? resultElement.expectedType : resultElement.type;
						auto typeBegin = resultBegin.expectedType ? resultBegin.expectedType : resultBegin.type;
						auto typeEnd = resultEnd.expectedType ? resultEnd.expectedType : resultEnd.type;
						auto typeLeft = GetMergedType(typeElement, typeBegin);
						auto typeRight = GetMergedType(typeElement, typeEnd);

						auto function = context.functionContext->function;
						vint index = function->argumentNames.Count() + function->localVariableNames.Add(L"<anonymous-range-test>");
						GenerateExpressionInstructions(context, node->element);
						INSTRUCTION(Ins::StoreLocalVar(index));
						
						INSTRUCTION(Ins::LoadLocalVar(index));
						if (!IsSameType(typeElement.Obj(), typeLeft.Obj()))
						{
							GenerateTypeCastInstructions(context, typeLeft, true, node);
						}
						GenerateExpressionInstructions(context, range->begin, typeLeft);
						INSTRUCTION(Ins::CompareLiteral(GetInstructionTypeArgument(typeLeft)));
						if (range->beginBoundary == WfRangeBoundary::Exclusive)
						{
							INSTRUCTION(Ins::OpGT());
						}
						else
						{
							INSTRUCTION(Ins::OpGE());
						}

						INSTRUCTION(Ins::LoadLocalVar(index));
						if (!IsSameType(typeElement.Obj(), typeRight.Obj()))
						{
							GenerateTypeCastInstructions(context, typeRight, true, node);
						}
						GenerateExpressionInstructions(context, range->end, typeRight);
						INSTRUCTION(Ins::CompareLiteral(GetInstructionTypeArgument(typeRight)));
						if (range->endBoundary == WfRangeBoundary::Exclusive)
						{
							INSTRUCTION(Ins::OpLT());
						}
						else
						{
							INSTRUCTION(Ins::OpLE());
						}

						INSTRUCTION(Ins::OpAnd(WfInsType::Bool));
						if (node->test == WfSetTesting::NotIn)
						{
							INSTRUCTION(Ins::OpNot(WfInsType::Bool));
						}
						INSTRUCTION(Ins::LoadValue({}));
						INSTRUCTION(Ins::StoreLocalVar(index));
					}
					else
					{
						auto result = context.manager->expressionResolvings[node->collection.Obj()];
						auto type = result.expectedType ? result.expectedType : result.type;

						GenerateExpressionInstructions(context, node->element);
						GenerateExpressionInstructions(context, node->collection);

						auto tdList = description::GetTypeDescriptor<IValueReadonlyList>();
						if (result.type->GetTypeDescriptor()->CanConvertTo(tdList))
						{
							auto method = tdList->GetMethodGroupByName(L"Contains", true)->GetMethod(0);
							INSTRUCTION(Ins::InvokeMethod(method, 1));
						}
						else
						{
							INSTRUCTION(Ins::TestElementInSet());
						}

						if (node->test == WfSetTesting::NotIn)
						{
							INSTRUCTION(Ins::OpNot(WfInsType::Bool));
						}
					}
				}

				void Visit(WfConstructorExpression* node)override
				{
					auto result = context.manager->expressionResolvings[node];

					if (result.type->GetTypeDescriptor()->GetTypeDescriptorFlags() == TypeDescriptorFlags::Struct)
					{
						auto td = result.type->GetTypeDescriptor();
						INSTRUCTION(Ins::CreateStruct(Value::BoxedValue, td));

						for (auto argument : node->arguments)
						{
							auto prop = td->GetPropertyByName(argument->key.Cast<WfReferenceExpression>()->name.value, true);
							GenerateExpressionInstructions(context, argument->value, CopyTypeInfo(prop->GetReturn()));
							INSTRUCTION(Ins::UpdateProperty(prop));
						}
					}
					else if (result.type->GetTypeDescriptor() == description::GetTypeDescriptor<IValueEnumerable>()
						|| result.type->GetTypeDescriptor() == description::GetTypeDescriptor<IValueReadonlyList>()
						|| result.type->GetTypeDescriptor() == description::GetTypeDescriptor<IValueArray>())
					{
						Ptr<ITypeInfo> keyType = CopyTypeInfo(result.type->GetElementType()->GetGenericArgument(0));
						for (auto argument : From(node->arguments).Reverse())
						{
							GenerateExpressionInstructions(context, argument->key, keyType);
						}
						INSTRUCTION(Ins::NewArray(node->arguments.Count()));
					}
					else if (result.type->GetTypeDescriptor() == description::GetTypeDescriptor<IValueList>())
					{
						Ptr<ITypeInfo> keyType = CopyTypeInfo(result.type->GetElementType()->GetGenericArgument(0));
						for (auto argument : From(node->arguments).Reverse())
						{
							GenerateExpressionInstructions(context, argument->key, keyType);
						}
						INSTRUCTION(Ins::NewList(node->arguments.Count()));
					}
					else if (result.type->GetTypeDescriptor() == description::GetTypeDescriptor<IValueObservableList>())
					{
						Ptr<ITypeInfo> keyType = CopyTypeInfo(result.type->GetElementType()->GetGenericArgument(0));
						for (auto argument : From(node->arguments).Reverse())
						{
							GenerateExpressionInstructions(context, argument->key, keyType);
						}
						INSTRUCTION(Ins::NewObservableList(node->arguments.Count()));
					}
					else
					{
						Ptr<ITypeInfo> keyType = CopyTypeInfo(result.type->GetElementType()->GetGenericArgument(0));
						Ptr<ITypeInfo> valueType = CopyTypeInfo(result.type->GetElementType()->GetGenericArgument(1));
						for (auto argument : From(node->arguments).Reverse())
						{
							GenerateExpressionInstructions(context, argument->key, keyType);
							GenerateExpressionInstructions(context, argument->value, valueType);
						}
						INSTRUCTION(Ins::NewDictionary(node->arguments.Count() * 2));
					}
				}

				void Visit(WfInferExpression* node)override
				{
					GenerateExpressionInstructions(context, node->expression);
				}

				void Visit(WfTypeCastingExpression* node)override
				{
					if (node->strategy == WfTypeCastingStrategy::Strong)
					{
						auto result = context.manager->expressionResolvings[node];
						GenerateExpressionInstructions(context, node->expression, result.type);
					}
					else
					{
						auto scope = context.manager->nodeScopes[node].Obj();
						auto type = CreateTypeInfoFromType(scope, node->type);
						GenerateExpressionInstructions(context, node->expression);
						GenerateTypeCastInstructions(context, type, false, node);
					}
				}

				void Visit(WfTypeTestingExpression* node)override
				{
					switch (node->test)
					{
					case WfTypeTesting::IsNull:
						GenerateExpressionInstructions(context, node->expression);
						INSTRUCTION(Ins::LoadValue({}));
						INSTRUCTION(Ins::CompareReference());
						break;
					case WfTypeTesting::IsNotNull:
						GenerateExpressionInstructions(context, node->expression);
						INSTRUCTION(Ins::LoadValue({}));
						INSTRUCTION(Ins::CompareReference());
						INSTRUCTION(Ins::OpNot(WfInsType::Bool));
						break;
					case WfTypeTesting::IsType:
						{
							auto scope = context.manager->nodeScopes[node].Obj();
							auto type = CreateTypeInfoFromType(scope, node->type);
							GenerateExpressionInstructions(context, node->expression);
							GenerateTypeTestingInstructions(context, type, node);
						}
						break;
					case WfTypeTesting::IsNotType:
						{
							auto scope = context.manager->nodeScopes[node].Obj();
							auto type = CreateTypeInfoFromType(scope, node->type);
							GenerateExpressionInstructions(context, node->expression);
							GenerateTypeTestingInstructions(context, type, node);
							INSTRUCTION(Ins::OpNot(WfInsType::Bool));
						}
						break;
					default:;
					}
				}

				void Visit(WfTypeOfTypeExpression* node)override
				{
					auto scope = context.manager->nodeScopes[node].Obj();
					auto type = CreateTypeInfoFromType(scope, node->type, false);
					INSTRUCTION(Ins::LoadValue({ type->GetTypeDescriptor() }));
				}

				void Visit(WfTypeOfExpressionExpression* node)override
				{
					GenerateExpressionInstructions(context, node->expression);
					INSTRUCTION(Ins::GetType());
				}

				void Visit(WfAttachEventExpression* node)override
				{
					auto result = context.manager->expressionResolvings[node->event.Obj()];
					if (auto member = node->event.Cast<WfMemberExpression>())
					{
						GenerateExpressionInstructions(context, member->parent);
					}
					else
					{
						VisitThisExpression(node, result.eventInfo->GetOwnerTypeDescriptor());
					}
					GenerateExpressionInstructions(context, node->function);
					INSTRUCTION(Ins::AttachEvent(result.eventInfo));
				}

				void Visit(WfDetachEventExpression* node)override
				{
					auto result = context.manager->expressionResolvings[node->event.Obj()];
					if (auto member = node->event.Cast<WfMemberExpression>())
					{
						GenerateExpressionInstructions(context, member->parent);
					}
					else
					{
						VisitThisExpression(node, result.eventInfo->GetOwnerTypeDescriptor());
					}
					GenerateExpressionInstructions(context, node->handler);
					INSTRUCTION(Ins::DetachEvent(result.eventInfo));
				}

				void Visit(WfObserveExpression* node)override
				{
				}

				void Visit(WfCallExpression* node)override
				{
					for (auto argument : node->arguments)
					{
						GenerateExpressionInstructions(context, argument);
					}

					auto result = context.manager->expressionResolvings[node->function.Obj()];
					if (result.methodInfo)
					{
						if (result.methodInfo->IsStatic())
						{
							INSTRUCTION(Ins::LoadValue({}));
						}
						else if (auto member = node->function.Cast<WfMemberExpression>())
						{
							GenerateExpressionInstructions(context, member->parent);
						}
						else
						{
							VisitThisExpression(node, result.methodInfo->GetOwnerTypeDescriptor());
						}

						INSTRUCTION(Ins::InvokeMethod(result.methodInfo, node->arguments.Count()));
						return;
					}
					else if (result.eventInfo)
					{
						if(auto member = node->function.Cast<WfMemberExpression>())
						{
							GenerateExpressionInstructions(context, member->parent);
						}
						else
						{
							VisitThisExpression(node, result.eventInfo->GetOwnerTypeDescriptor());
						}
						INSTRUCTION(Ins::InvokeEvent(result.eventInfo, node->arguments.Count()));
						return;
					}
					else if (result.symbol)
					{
						if (result.symbol->creatorNode.Cast<WfFunctionDeclaration>())
						{
							if (result.symbol->ownerScope->ownerNode.Cast<WfNewInterfaceExpression>())
							{
								vint functionIndex = context.closureFunctions[result.symbol.Obj()];
								INSTRUCTION(Ins::InvokeWithContext(functionIndex, node->arguments.Count()));
								return;
							}
							else
							{
								vint index = context.globalFunctions.Keys().IndexOf(result.symbol.Obj());
								if (index != -1)
								{
									vint functionIndex = context.globalFunctions.Values()[index];
									INSTRUCTION(Ins::Invoke(functionIndex, node->arguments.Count()));
									return;
								}
							}
						}
					}

					GenerateExpressionInstructions(context, node->function);
					INSTRUCTION(Ins::InvokeProxy(node->arguments.Count()));
				}

				static void VisitFunction(WfCodegenContext& context, WfFunctionDeclaration* node, WfCodegenLambdaContext lc, const Func<WString(vint)>& getName)
				{
					auto scope = context.manager->nodeScopes[node].Obj();
					bool inNewInterfaceExpr = scope->parentScope && scope->parentScope->ownerNode.Cast<WfNewInterfaceExpression>();
					auto functionIndex = AddClosure(context, lc, getName);

					if (inNewInterfaceExpr)
					{
						INSTRUCTION(Ins::LoadFunction(functionIndex));
					}
					else
					{
						auto capture = context.manager->lambdaCaptures.Get(node);
						for (auto symbol : capture->symbols)
						{
							GenerateLoadSymbolInstructions(context, symbol.Obj(), node);
						}
						vint thisCount = PushCapturedThisValues(context, scope->parentScope.Obj(), node);
						INSTRUCTION(Ins::CreateClosureContext(capture->symbols.Count() + thisCount));
						INSTRUCTION(Ins::LoadFunction(functionIndex));
						INSTRUCTION(Ins::CreateClosure());
					}
				}

				void Visit(WfFunctionExpression* node)override
				{
					WfCodegenLambdaContext lc;
					lc.functionExpression = node;
					VisitFunction(context, node->function.Obj(), lc, [=, this](vint index)
					{
						return L"<lambda:" + node->function->name.value + L"(" + itow(index) + L")> in " + context.functionContext->function->name;
					});
				}

				class NewInterfaceExpressionVisitor : public empty_visitor::DeclarationVisitor
				{
				public:
					WfCodegenContext&						context;
					vint									variableCount = 0;
					List<Ptr<WfLexicalSymbol>>				variableSymbols;
					List<Ptr<WfFunctionDeclaration>>		closureFunctions;
					List<Ptr<WfFunctionDeclaration>>		overrideFunctions;
					WfDeclaration*							firstDecl = nullptr;
					WfDestructorDeclaration*				destructorDecl = nullptr;

					NewInterfaceExpressionVisitor(WfCodegenContext& _context)
						:context(_context)
					{
					}

					void Dispatch(WfVirtualCfeDeclaration* node)override
					{
						for (auto decl : node->expandedDeclarations)
						{
							decl->Accept(this);
						}
					}

					void Dispatch(WfVirtualCseDeclaration* node)override
					{
						CHECK_FAIL(L"NewInterfaceExpressionVisitor::Visit(WfVirtualCseDeclaration*)#Internal error, Temporary not supported.");
					}

					void Visit(WfFunctionDeclaration* node)override
					{
						if (!firstDecl)
						{
							firstDecl = node;
						}

						if (node->functionKind == WfFunctionKind::Normal)
						{
							closureFunctions.Add(Ptr(node));
						}
						else
						{
							overrideFunctions.Add(Ptr(node));
						}
					}

					void Visit(WfVariableDeclaration* node)override
					{
						variableCount++;
					}

					void Visit(WfDestructorDeclaration* node)override
					{
						if (!firstDecl)
						{
							firstDecl = node;
						}
						destructorDecl = node;
					}

					void Execute(WfNewInterfaceExpression* node)
					{
						for (auto memberDecl : node->declarations)
						{
							memberDecl->Accept(this);
						}

						if (firstDecl != nullptr && variableCount > 0)
						{
							auto capture = context.manager->lambdaCaptures.Get(firstDecl);
							CopyFrom(variableSymbols, From(capture->symbols).Take(variableCount));
						}
					}
				};

				void Visit(WfNewClassExpression* node)override
				{
					auto result = context.manager->expressionResolvings[node];
					for (auto argument : node->arguments)
					{
						GenerateExpressionInstructions(context, argument);
					}
					INSTRUCTION(Ins::LoadValue({}));
					INSTRUCTION(Ins::InvokeMethod(result.constructorInfo, node->arguments.Count()));
				}

				void Visit(WfNewInterfaceExpression* node)override
				{
					auto result = context.manager->expressionResolvings[node];
					NewInterfaceExpressionVisitor declVisitor(context);
					declVisitor.Execute(node);

					auto firstCaptureNode = declVisitor.firstDecl;
					if (firstCaptureNode != nullptr)
					{
						for (vint i = 0; i < declVisitor.variableCount; i++)
						{
							auto var = declVisitor.variableSymbols[i]->creatorNode.Cast<WfVariableDeclaration>();
							GenerateExpressionInstructions(context, var->expression);
						}

						auto capture = context.manager->lambdaCaptures.Get(firstCaptureNode);
						for (vint i = declVisitor.variableCount; i < capture->symbols.Count(); i++)
						{
							GenerateLoadSymbolInstructions(context, capture->symbols[i].Obj(), node);
						}
						auto scope = context.manager->nodeScopes[node].Obj();
						vint thisCount = PushCapturedThisValues(context, scope, node);
						INSTRUCTION(Ins::LoadValue({}));
						INSTRUCTION(Ins::CreateClosureContext(capture->symbols.Count() + thisCount + 1));

						for (auto func : declVisitor.closureFunctions)
						{
							WfCodegenLambdaContext lc;
							lc.functionDeclaration = func.Obj();
							auto functionIndex = AddClosure(context, lc, [=, this](vint index)
							{
								return L"<method:" + func->name.value + L"<" + result.type->GetTypeDescriptor()->GetTypeName() + L">(" + itow(index) + L")> in " + context.functionContext->function->name;
							});

							auto scope = context.manager->nodeScopes[func.Obj()].Obj();
							auto symbol = context.manager->GetDeclarationSymbol(scope, func.Obj());
							context.closureFunctions.Add(symbol.Obj(), functionIndex);
						}

						for (auto func : declVisitor.overrideFunctions)
						{
							auto methodInfo = context.manager->interfaceMethodImpls[func.Obj()];
							INSTRUCTION(Ins::LoadMethodInfo(methodInfo));
							WfCodegenLambdaContext lc;
							lc.functionDeclaration = func.Obj();
							VisitFunction(context, func.Obj(), lc, [=, this, &declVisitor](vint index)
							{
								return L"<method:" + func->name.value + L"<" + result.type->GetTypeDescriptor()->GetTypeName() + L">(" + itow(index + declVisitor.closureFunctions.Count()) + L")> in " + context.functionContext->function->name;
							});
						}

						if (declVisitor.destructorDecl)
						{
							INSTRUCTION(Ins::LoadValue({}));
							WfCodegenLambdaContext lc;
							lc.destructorDeclaration = declVisitor.destructorDecl;
							auto functionIndex = AddClosure(context, lc, [=, this, &declVisitor](vint index)
							{
								return L"<dtor:<" + result.type->GetTypeDescriptor()->GetTypeName() + L">(" + itow(index) + L")> in " + context.functionContext->function->name;
							});
							INSTRUCTION(Ins::LoadFunction(functionIndex));
						}
					}
					else
					{
						INSTRUCTION(Ins::LoadValue({}));
						INSTRUCTION(Ins::CreateClosureContext(1));
					}
					vint methodCount = declVisitor.overrideFunctions.Count() * 2;
					if (declVisitor.destructorDecl)
					{
						methodCount += 2;
					}
					INSTRUCTION(Ins::CreateInterface(result.constructorInfo, methodCount));
				}

				void Visit(WfVirtualCfeExpression* node)override
				{
					GenerateExpressionInstructions(context, node->expandedExpression);
				}

				void Visit(WfVirtualCseExpression* node)override
				{
					GenerateExpressionInstructions(context, node->expandedExpression);
				}
			};

#undef FILL_LABEL_TO_CURRENT
#undef FILL_LABEL_TO_INS
#undef INSTRUCTION

			Ptr<reflection::description::ITypeInfo> GenerateExpressionInstructions(WfCodegenContext& context, Ptr<WfExpression> expression, Ptr<reflection::description::ITypeInfo> expectedType)
			{
				GenerateExpressionInstructionsVisitor visitor(context);
				expression->Accept(&visitor);

				auto result = context.manager->expressionResolvings[expression.Obj()];
				auto type = result.type;

				if (result.expectedType && !IsSameType(type.Obj(), result.expectedType.Obj()))
				{
					type = result.expectedType;
					GenerateTypeCastInstructions(context, type, true, expression.Obj());
				}

				if (expectedType && !IsSameType(type.Obj(), expectedType.Obj()))
				{
					type = expectedType;
					GenerateTypeCastInstructions(context, type, true, expression.Obj());
				}

				return type;
			}
		}
	}
}


/***********************************************************************
.\EMITTER\WFEMITTER_METADATA.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace emitter
		{
			using namespace collections;
			using namespace reflection::description;
			using namespace analyzer;
			using namespace runtime;
			using namespace typeimpl;

/***********************************************************************
GenerateGlobalDeclarationMetadata
***********************************************************************/

			void GenerateFunctionDeclarationMetadata(WfCodegenContext& context, WfFunctionDeclaration* node, Ptr<WfAssemblyFunction> meta)
			{
				for (auto argument : node->arguments)
				{
					meta->argumentNames.Add(argument->name.value);
				}
				{
					vint index = context.manager->lambdaCaptures.Keys().IndexOf(node);
					if (index != -1)
					{
						auto capture = context.manager->lambdaCaptures.Values()[index];
						for (auto symbol : capture->symbols)
						{
							meta->capturedVariableNames.Add(L"<captured>" + symbol->name);
						}
					}

					auto scope = context.manager->nodeScopes[node];
					vint count = context.GetThisStackCount(scope.Obj());
					for (vint i = 0; i < count; i++)
					{
						meta->capturedVariableNames.Add(L"<captured-this>" + itow(i));
					}
				}
			}

			class GenerateGlobalClassMemberMetadataVisitor : public Object, public WfDeclaration::IVisitor
			{
			public:
				WfCodegenContext&						context;
				WString									namePrefix;
				WfClassDeclaration*						classDecl;

				GenerateGlobalClassMemberMetadataVisitor(WfCodegenContext& _context, const WString& _namePrefix, WfClassDeclaration* _classDecl)
					:context(_context)
					, namePrefix(_namePrefix)
					, classDecl(_classDecl)
				{
				}

				void Visit(WfNamespaceDeclaration* node)override
				{
				}

				void Visit(WfFunctionDeclaration* node)override
				{
					if (node->functionKind == WfFunctionKind::Static)
					{
						GenerateGlobalDeclarationMetadata(context, node, namePrefix);
						auto scope = context.manager->nodeScopes[node].Obj();
						auto symbol = context.manager->GetDeclarationSymbol(scope, node);
						auto index = context.globalFunctions[symbol.Obj()];
						auto info = context.manager->declarationMemberInfos[node].Cast<WfStaticMethod>();
						info->functionIndex = index;
					}
					else if (classDecl->kind == WfClassKind::Class)
					{
						GenerateGlobalDeclarationMetadata(context, node, namePrefix);
						auto scope = context.manager->nodeScopes[node].Obj();
						auto symbol = context.manager->GetDeclarationSymbol(scope, node);
						auto index = context.globalFunctions[symbol.Obj()];
						auto info = context.manager->declarationMemberInfos[node].Cast<WfClassMethod>();
						info->functionIndex = index;
					}
				}

				void Visit(WfVariableDeclaration* node)override
				{
				}

				void Visit(WfEventDeclaration* node)override
				{
				}

				void Visit(WfPropertyDeclaration* node)override
				{
				}

				void Visit(WfStaticInitDeclaration* node)override
				{
				}

				void Visit(WfConstructorDeclaration* node)override
				{
					auto meta = Ptr(new WfAssemblyFunction);
					meta->name = namePrefix + L"#ctor";
					for (auto argument : node->arguments)
					{
						meta->argumentNames.Add(argument->name.value);
					}
					meta->capturedVariableNames.Add(L"<captured-this>0");

					vint index = context.assembly->functions.Add(meta);
					context.assembly->functionByName.Add(meta->name, index);
					context.constructors.Add(node, index);

					auto info = context.manager->declarationMemberInfos[node].Cast<WfClassConstructor>();
					info->functionIndex = index;
				}

				void Visit(WfDestructorDeclaration* node)override
				{
					auto meta = Ptr(new WfAssemblyFunction);
					meta->name = namePrefix + L"#dtor";
					meta->capturedVariableNames.Add(L"<captured-this>0");

					vint index = context.assembly->functions.Add(meta);
					context.assembly->functionByName.Add(meta->name, index);
					context.destructors.Add(node, index);

					auto info = context.manager->declarationTypes[classDecl].Cast<WfClass>();
					info->destructorFunctionIndex = index;
				}

				void Visit(WfClassDeclaration* node)override
				{
					GenerateGlobalDeclarationMetadata(context, node, namePrefix);
				}

				void Visit(WfEnumDeclaration* node)override
				{
				}

				void Visit(WfStructDeclaration* node)override
				{
				}

				void Visit(WfVirtualCfeDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Visit(WfVirtualCseDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}
			};

			class GenerateGlobalDeclarationMetadataVisitor : public Object, public WfDeclaration::IVisitor
			{
			public:
				WfCodegenContext&						context;
				WString									namePrefix;

				GenerateGlobalDeclarationMetadataVisitor(WfCodegenContext& _context, const WString& _namePrefix)
					:context(_context)
					, namePrefix(_namePrefix)
				{
				}

				void Visit(WfNamespaceDeclaration* node)override
				{
					for (auto decl : node->declarations)
					{
						GenerateGlobalDeclarationMetadata(context, decl.Obj(), namePrefix + node->name.value + L"::");
					}
				}

				void Visit(WfFunctionDeclaration* node)override
				{
					auto meta = Ptr(new WfAssemblyFunction);
					meta->name = namePrefix + node->name.value;
					GenerateFunctionDeclarationMetadata(context, node, meta);

					vint index = context.assembly->functions.Add(meta);
					context.assembly->functionByName.Add(meta->name, index);

					auto scope = context.manager->nodeScopes[node].Obj();
					auto symbol = context.manager->GetDeclarationSymbol(scope, node);
					context.globalFunctions.Add(symbol.Obj(), index);
				}

				void Visit(WfVariableDeclaration* node)override
				{
					vint index = context.assembly->variableNames.Add(namePrefix + node->name.value);

					auto scope = context.manager->nodeScopes[node].Obj();
					auto symbol = scope->symbols[node->name.value][0];
					context.globalVariables.Add(symbol.Obj(), index);
				}

				void Visit(WfEventDeclaration* node)override
				{
				}

				void Visit(WfPropertyDeclaration* node)override
				{
				}

				void Visit(WfStaticInitDeclaration* node)override
				{
				}

				void Visit(WfConstructorDeclaration* node)override
				{
				}

				void Visit(WfDestructorDeclaration* node)override
				{
				}

				void Visit(WfClassDeclaration* node)override
				{
					for (auto memberDecl : node->declarations)
					{
						GenerateGlobalClassMemberMetadataVisitor visitor(context, namePrefix + node->name.value + L"::", node);
						memberDecl->Accept(&visitor);
					}
				}

				void Visit(WfEnumDeclaration* node)override
				{
				}

				void Visit(WfStructDeclaration* node)override
				{
				}

				void Visit(WfVirtualCfeDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}

				void Visit(WfVirtualCseDeclaration* node)override
				{
					for (auto decl : node->expandedDeclarations)
					{
						decl->Accept(this);
					}
				}
			};

			void GenerateGlobalDeclarationMetadata(WfCodegenContext& context, WfDeclaration* declaration, const WString& namePrefix)
			{
				GenerateGlobalDeclarationMetadataVisitor visitor(context, namePrefix);
				declaration->Accept(&visitor);
			}
		}
	}
}

/***********************************************************************
.\EMITTER\WFEMITTER_STATEMENT.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		namespace emitter
		{
			using namespace collections;
			using namespace reflection;
			using namespace reflection::description;
			using namespace analyzer;
			using namespace runtime;

			typedef WfInstruction Ins;

#define INSTRUCTION(X) context.AddInstruction(node, X)
#define FILL_LABEL_TO_INS(LABEL, INS) context.assembly->instructions[LABEL].indexParameter = INS
#define FILL_LABEL_TO_CURRENT(LABEL) FILL_LABEL_TO_INS(LABEL, context.assembly->instructions.Count())
#define EXIT_CODE(X) context.AddExitInstruction(node, X)

/***********************************************************************
GenerateInstructions(Statement)
***********************************************************************/

			class GenerateStatementInstructionsVisitor : public Object, public WfStatement::IVisitor
			{
			public:
				WfCodegenContext&						context;

				GenerateStatementInstructionsVisitor(WfCodegenContext& _context)
					:context(_context)
				{
				}

				void ApplyExitCode(Ptr<WfCodegenScopeContext> scopeContext)
				{
					context.ApplyExitInstructions(scopeContext);
					if (scopeContext->exitStatement)
					{
						GenerateStatementInstructions(context, scopeContext->exitStatement);
					}
				}

				void ApplyCurrentScopeExitCode()
				{
					auto scopeContext = context.functionContext->GetCurrentScopeContext();
					ApplyExitCode(scopeContext);
				}

				void InlineScopeExitCode(WfCodegenScopeType untilScopeType, bool exclusive, const WString& name = WString::Empty)
				{
					vint index = context.functionContext->scopeContextStack.Count() - 1;
					while (index >= 0)
					{
						auto scopeContext = context.functionContext->scopeContextStack[index];
						bool found = false;
						if (scopeContext->type == untilScopeType)
						{
							if (name == L"" || scopeContext->name == name)
							{
								found = true;
							}
						}

						if (exclusive && found) break;
						ApplyExitCode(scopeContext);
						if (!exclusive && found) break;
						index--;
					}
				}

				void Visit(WfBreakStatement* node)override
				{
					InlineScopeExitCode(WfCodegenScopeType::Loop, false);
					context.functionContext->GetCurrentScopeContext(WfCodegenScopeType::Loop)->breakInstructions.Add(INSTRUCTION(Ins::Jump(-1)));
				}

				void Visit(WfContinueStatement* node)override
				{
					InlineScopeExitCode(WfCodegenScopeType::Loop, true);
					context.functionContext->GetCurrentScopeContext(WfCodegenScopeType::Loop)->continueInstructions.Add(INSTRUCTION(Ins::Jump(-1)));
				}

				void Visit(WfReturnStatement* node)override
				{
					InlineScopeExitCode(WfCodegenScopeType::Function, false);
					if (node->expression)
					{
						GenerateExpressionInstructions(context, node->expression);
					}
					else
					{
						INSTRUCTION(Ins::LoadValue({}));
					}
					INSTRUCTION(Ins::Return());
				}

				void Visit(WfDeleteStatement* node)override
				{
					GenerateExpressionInstructions(context, node->expression);
					INSTRUCTION(Ins::DeleteRawPtr());
				}

				void Visit(WfRaiseExceptionStatement* node)override
				{
					if (node->expression)
					{
						GenerateExpressionInstructions(context, node->expression);
					}
					else
					{
						auto scope = context.manager->nodeScopes[node];
						while (scope)
						{
							if (auto tryCatch = scope->ownerNode.Cast<WfTryStatement>())
							{
								if (tryCatch->name.value != L"")
								{
									auto symbol = scope->symbols[tryCatch->name.value][0].Obj();
									vint index = context.functionContext->localVariables[symbol];
									INSTRUCTION(Ins::LoadLocalVar(index));
									break;
								}
							}
							scope = scope->parentScope;
						}
					}
					INSTRUCTION(Ins::RaiseException());
				}

				void Visit(WfIfStatement* node)override
				{
					vint variableIndex = -1;

					GenerateExpressionInstructions(context, node->expression);
					if (node->name.value != L"")
					{
						auto scope = context.manager->nodeScopes[node];
						auto symbol = scope->symbols[node->name.value][0];
						auto function = context.functionContext->function;
						variableIndex = function->argumentNames.Count() + function->localVariableNames.Add(L"<if>" + node->name.value);
						context.functionContext->localVariables.Add(symbol.Obj(), variableIndex);

						GenerateTypeCastInstructions(context, symbol->typeInfo, false, node->expression.Obj());
						INSTRUCTION(Ins::StoreLocalVar(variableIndex));
						INSTRUCTION(Ins::LoadLocalVar(variableIndex));
						INSTRUCTION(Ins::LoadValue({}));
						INSTRUCTION(Ins::CompareReference());
					}
					else
					{
						INSTRUCTION(Ins::OpNot(WfInsType::Bool));
					}
					vint fillElseIndex = INSTRUCTION(Ins::JumpIf(-1));

					GenerateStatementInstructions(context, node->trueBranch);
					if (variableIndex != -1)
					{
						INSTRUCTION(Ins::LoadValue({}));
						INSTRUCTION(Ins::StoreLocalVar(variableIndex));
					}
					vint fillEndIndex = INSTRUCTION(Ins::Jump(-1));
					FILL_LABEL_TO_CURRENT(fillElseIndex);

					if (node->falseBranch)
					{
						GenerateStatementInstructions(context, node->falseBranch);
					}
					FILL_LABEL_TO_CURRENT(fillEndIndex);
				}

				void Visit(WfWhileStatement* node)override
				{
					vint continueLabelIndex = -1;
					vint breakLabelIndex = -1;
					vint loopLabelIndex = -1;
					auto loopContext = context.functionContext->PushScopeContext(WfCodegenScopeType::Loop);

					loopLabelIndex = context.assembly->instructions.Count();
					continueLabelIndex = context.assembly->instructions.Count();
					GenerateExpressionInstructions(context, node->condition);
					INSTRUCTION(Ins::OpNot(WfInsType::Bool));
					loopContext->breakInstructions.Add(INSTRUCTION(Ins::JumpIf(-1)));
					GenerateStatementInstructions(context, node->statement);
					INSTRUCTION(Ins::Jump(loopLabelIndex));
					breakLabelIndex = context.assembly->instructions.Count();

					for (auto index : loopContext->continueInstructions)
					{
						FILL_LABEL_TO_INS(index, continueLabelIndex);
					}
					for (auto index : loopContext->breakInstructions)
					{
						FILL_LABEL_TO_INS(index, breakLabelIndex);
					}
					context.functionContext->PopScopeContext();
				}

				Pair<vint, vint> GenerateTryProtected(WfStatement* node, Ptr<WfStatement> protectedStatement, Ptr<WfStatement> finallyStatement)
				{
					auto catchContext = context.functionContext->PushScopeContext(WfCodegenScopeType::TryCatch);
					EXIT_CODE(Ins::UninstallTry(0));
					catchContext->exitStatement = finallyStatement;

					vint trap = INSTRUCTION(Ins::InstallTry(-1));
					GenerateStatementInstructions(context, protectedStatement);
					context.functionContext->PopScopeContext();
					INSTRUCTION(Ins::UninstallTry(0));
					vint finish = INSTRUCTION(Ins::Jump(-1));

					return{ trap,finish };
				}

				vint GenerateExceptionVariable(WfTryStatement* node)
				{
					WfLexicalSymbol* exceptionSymbol = nullptr;
					WString exceptionName;
					if (node->catchStatement)
					{
						auto scope = context.manager->nodeScopes[node].Obj();
						exceptionSymbol = scope->symbols[node->name.value][0].Obj();
						exceptionName = L"<catch>" + node->name.value;
					}
					else
					{
						exceptionName = L"<try-finally-exception>";
					}

					auto function = context.functionContext->function;
					vint variableIndex = function->argumentNames.Count() + function->localVariableNames.Add(L"<catch>" + node->name.value);
					if (exceptionSymbol)
					{
						context.functionContext->localVariables.Add(exceptionSymbol, variableIndex);
					}

					return variableIndex;
				}

				void GenerateTrap(WfTryStatement* node, vint variableIndex, Pair<vint, vint> trap)
				{
					FILL_LABEL_TO_CURRENT(trap.key);
					INSTRUCTION(Ins::LoadException());
					INSTRUCTION(Ins::StoreLocalVar(variableIndex));
				}

				void GenerateFinallyAndRaise(WfTryStatement* node, vint variableIndex)
				{
					GenerateStatementInstructions(context, node->finallyStatement);
					INSTRUCTION(Ins::LoadLocalVar(variableIndex));
					INSTRUCTION(Ins::RaiseException());
				}

				void Visit(WfTryStatement* node)override
				{
					// try
					auto trap1 = GenerateTryProtected(node, node->protectedStatement, node->finallyStatement);
					Pair<vint, vint> trap2 = { -1,-1 };
					auto variableIndex = GenerateExceptionVariable(node);

					// catch
					{
						GenerateTrap(node, variableIndex, trap1);
						if (node->catchStatement)
						{
							if (node->finallyStatement)
							{
								trap2 = GenerateTryProtected(node, node->catchStatement, node->finallyStatement);
								GenerateTrap(node, variableIndex, trap2);
								GenerateFinallyAndRaise(node, variableIndex);
							}
							else
							{
								GenerateStatementInstructions(context, node->catchStatement);
							}
						}
						else
						{
							GenerateFinallyAndRaise(node, variableIndex);
						}
					}

					// finally
					FILL_LABEL_TO_CURRENT(trap1.value);
					if (trap2.value != -1)
					{
						FILL_LABEL_TO_CURRENT(trap2.value);
					}
					if (node->finallyStatement)
					{
						GenerateStatementInstructions(context, node->finallyStatement);
					}
				}

				void Visit(WfBlockStatement* node)override
				{
					Ptr<WfCodegenScopeContext> blockContext;
					if (node->endLabel.value != L"")
					{
						blockContext = context.functionContext->PushScopeContext(WfCodegenScopeType::Block, node->endLabel.value);
					}

					for (auto statement : node->statements)
					{
						GenerateStatementInstructions(context, statement);
					}

					if (blockContext)
					{
						vint breakLabelIndex = context.assembly->instructions.Count();
						for (auto index : blockContext->breakInstructions)
						{
							FILL_LABEL_TO_INS(index, breakLabelIndex);
						}
						context.functionContext->PopScopeContext();
					}
				}

				void Visit(WfGotoStatement* node)override
				{
					InlineScopeExitCode(WfCodegenScopeType::Block, false, node->label.value);
					context.functionContext->GetCurrentScopeContext(WfCodegenScopeType::Block, node->label.value)->breakInstructions.Add(INSTRUCTION(Ins::Jump(-1)));
				}

				void Visit(WfExpressionStatement* node)override
				{
					GenerateExpressionInstructions(context, node->expression);
					INSTRUCTION(Ins::Pop());
				}

				void Visit(WfVariableStatement* node)override
				{
					auto manager = context.manager;
					auto scope = manager->nodeScopes[node->variable.Obj()];
					auto symbol = scope->symbols[node->variable->name.value][0].Obj();
					auto function = context.functionContext->function;
					vint index = function->argumentNames.Count() + function->localVariableNames.Add(node->variable->name.value);
					context.functionContext->localVariables.Add(symbol, index);

					GenerateExpressionInstructions(context, node->variable->expression);
					INSTRUCTION(Ins::StoreLocalVar(index));
				}

				void Visit(WfVirtualCseStatement* node)override
				{
					GenerateStatementInstructions(context, node->expandedStatement);
				}

				void Visit(WfCoroutineStatement* node)override
				{
					CHECK_FAIL(L"GenerateStatementInstructionsVisitor::Visit(WfCoroutineStatement*)#Internal error, All coroutine statements do not emit instructions.");
				}

				void Visit(WfStateMachineStatement* node)override
				{
					CHECK_FAIL(L"GenerateStatementInstructionsVisitor::Visit(WfStateMachineStatement*)#Internal error, All state machine statements do not emit instructions.");
				}
			};

#undef EXIT_CODE
#undef FILL_LABEL_TO_CURRENT
#undef FILL_LABEL_TO_INS
#undef INSTRUCTION

			void GenerateStatementInstructions(WfCodegenContext& context, Ptr<WfStatement> statement)
			{
				GenerateStatementInstructionsVisitor visitor(context);
				statement->Accept(&visitor);
			}
		}
	}
}

/***********************************************************************
.\PARSER\WFEXPRESSION.CPP
***********************************************************************/

namespace vl
{
	namespace workflow
	{
		using namespace stream;
		using namespace collections;
		using namespace glr;

/***********************************************************************
Unescaping Functions
***********************************************************************/

		void UnescapeStringInternal(glr::ParsingToken& value, bool formatString)
		{
			value.value = GenerateToStream([&](StreamWriter& writer)
			{
				WString input = formatString ? value.value.Sub(2, value.value.Length() - 3) : value.value.Sub(1, value.value.Length() - 2);
				const wchar_t* reading = input.Buffer();

				while (wchar_t c = *reading++)
				{
					if (c == L'\\')
					{
						switch (wchar_t e = *reading++)
						{
						case L'r':
							writer.WriteChar('\r');
							break;
						case L'n':
							writer.WriteChar('\n');
							break;
						case L't':
							writer.WriteChar('\t');
							break;
						default:
							writer.WriteChar(e);
						}
					}
					else
					{
						writer.WriteChar(c);
					}
				}
			});
		}

		void UnescapeFormatString(glr::ParsingToken& value, const vl::collections::List<vl::regex::RegexToken>& tokens)
		{
			UnescapeStringInternal(value, true);
		}

		void UnescapeString(glr::ParsingToken& value, const vl::collections::List<vl::regex::RegexToken>& tokens)
		{
			UnescapeStringInternal(value, false);
		}

		void EscapeString(const WString& text, ParsingWriter& writer)
		{
			writer.WriteChar(L'\"');
			const wchar_t* reading = text.Buffer();
			while (wchar_t c = *reading++)
			{
				switch (c)
				{
				case '\r':
					writer.WriteString(L"\\r");
					break;
				case '\n':
					writer.WriteString(L"\\n");
					break;
				case '\t':
					writer.WriteString(L"\\t");
					break;
				case '\"':
					writer.WriteString(L"\\\"");
					break;
				case '\\':
					writer.WriteString(L"\\\\");
					break;
				default:
					writer.WriteChar(c);
				}
			}
			writer.WriteChar(L'\"');
		}

/***********************************************************************
WorkflowUnescapeVisitor
***********************************************************************/

		class WorkflowUnescapeVisitor : public traverse_visitor::AstVisitor
		{
		protected:
			List<regex::RegexToken>&			tokens;

			void Traverse(WfStringExpression* node) override
			{
				UnescapeString(node->value, tokens);
			}

			void Traverse(WfFormatExpression* node) override
			{
				UnescapeFormatString(node->value, tokens);
			}
		public:
			WorkflowUnescapeVisitor(List<regex::RegexToken>& _tokens)
				:tokens(_tokens)
			{
			}
		};

/***********************************************************************
Parsing
***********************************************************************/

		Ptr<WfType> ParseType(const WString& input, const Parser& parser, vint codeIndex)
		{
			List<regex::RegexToken> tokens;
			parser.Tokenize(input, tokens, codeIndex);
			auto ast = parser.Parse_Type(tokens, codeIndex);
			WorkflowUnescapeVisitor(tokens).InspectInto(ast.Obj());
			return ast;
		}

		Ptr<WfExpression> ParseExpression(const WString& input, const Parser& parser, vint codeIndex)
		{
			List<regex::RegexToken> tokens;
			parser.Tokenize(input, tokens, codeIndex);
			auto ast = parser.Parse_Expression(tokens, codeIndex);
			WorkflowUnescapeVisitor(tokens).InspectInto(ast.Obj());
			return ast;
		}

		Ptr<WfStatement> ParseStatement(const WString& input, const Parser& parser, vint codeIndex)
		{
			List<regex::RegexToken> tokens;
			parser.Tokenize(input, tokens, codeIndex);
			auto ast = parser.Parse_Statement(tokens, codeIndex);
			WorkflowUnescapeVisitor(tokens).InspectInto(ast.Obj());
			return ast;
		}

		Ptr<WfCoProviderStatement> ParseCoProviderStatement(const WString& input, const Parser& parser, vint codeIndex)
		{
			List<regex::RegexToken> tokens;
			parser.Tokenize(input, tokens, codeIndex);
			auto ast = parser.Parse_CoProvider(tokens, codeIndex);
			WorkflowUnescapeVisitor(tokens).InspectInto(ast.Obj());
			return ast;
		}

		Ptr<WfDeclaration> ParseDeclaration(const WString& input, const Parser& parser, vint codeIndex)
		{
			List<regex::RegexToken> tokens;
			parser.Tokenize(input, tokens, codeIndex);
			auto ast = parser.Parse_Declaration(tokens, codeIndex);
			WorkflowUnescapeVisitor(tokens).InspectInto(ast.Obj());
			return ast;
		}

		Ptr<WfModule> ParseModule(const WString& input, const Parser& parser, vint codeIndex)
		{
			List<regex::RegexToken> tokens;
			parser.Tokenize(input, tokens, codeIndex);
			auto ast = parser.Parse_Module(tokens, codeIndex);
			WorkflowUnescapeVisitor(tokens).InspectInto(ast.Obj());
			return ast;
		}

/***********************************************************************
Print (Type)
***********************************************************************/

		class PrintTypeVisitor : public Object, public WfType::IVisitor
		{
		public:
			WString								indent;
			ParsingWriter&						writer;

			PrintTypeVisitor(const WString& _indent, ParsingWriter& _writer)
				:indent(_indent), writer(_writer)
			{
			}

			void Visit(WfPredefinedType* node)override
			{
				writer.BeforePrint(node);
				switch (node->name)
				{
				case WfPredefinedTypeName::Void:
					writer.WriteString(L"void");
					break;
				case WfPredefinedTypeName::Object:
					writer.WriteString(L"object");
					break;
				case WfPredefinedTypeName::Interface:
					writer.WriteString(L"interface");
					break;
				case WfPredefinedTypeName::Int:
					writer.WriteString(L"int");
					break;
				case WfPredefinedTypeName::UInt:
					writer.WriteString(L"uint");
					break;
				case WfPredefinedTypeName::Float:
					writer.WriteString(L"float");
					break;
				case WfPredefinedTypeName::Double:
					writer.WriteString(L"double");
					break;
				case WfPredefinedTypeName::String:
					writer.WriteString(L"string");
					break;
				case WfPredefinedTypeName::Char:
					writer.WriteString(L"char");
					break;
				case WfPredefinedTypeName::Bool:
					writer.WriteString(L"bool");
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}
				writer.AfterPrint(node);
			}

			void Visit(WfTopQualifiedType* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"::" + node->name.value);
				writer.AfterPrint(node);
			}

			void Visit(WfReferenceType* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(node->name.value);
				writer.AfterPrint(node);
			}

			void Visit(WfRawPointerType* node)override
			{
				writer.BeforePrint(node);
				WfPrint(node->element, indent, writer);
				writer.WriteString(L"*");
				writer.AfterPrint(node);
			}

			void Visit(WfSharedPointerType* node)override
			{
				writer.BeforePrint(node);
				WfPrint(node->element, indent, writer);
				writer.WriteString(L"^");
				writer.AfterPrint(node);
			}

			void Visit(WfNullableType* node)override
			{
				writer.BeforePrint(node);
				WfPrint(node->element, indent, writer);
				writer.WriteString(L"?");
				writer.AfterPrint(node);
			}

			void Visit(WfEnumerableType* node)override
			{
				writer.BeforePrint(node);
				WfPrint(node->element, indent, writer);
				writer.WriteString(L"{}");
				writer.AfterPrint(node);
			}

			void Visit(WfMapType* node)override
			{
				writer.BeforePrint(node);
				switch (node->writability)
				{
				case WfMapWritability::Readonly:
					writer.WriteString(L"const ");
					break;
				case WfMapWritability::Writable:
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}
				WfPrint(node->value, indent, writer);
				writer.WriteString(L"[");
				if (node->key)
				{
					WfPrint(node->key, indent, writer);
				}
				writer.WriteString(L"]");
				writer.AfterPrint(node);
			}

			void Visit(WfObservableListType* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"observe ");
				WfPrint(node->element, indent, writer);
				writer.WriteString(L"[]");
				writer.AfterPrint(node);
			}

			void Visit(WfFunctionType* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"(func ");
				writer.WriteString(L"(");
				for (auto [type, index] : indexed(node->arguments))
				{
					if (index > 0)
					{
						writer.WriteString(L", ");
					}
					WfPrint(type, indent, writer);
				}
				writer.WriteString(L")");

				writer.WriteString(L" : (");
				WfPrint(node->result, indent, writer);
				writer.WriteString(L"))");
				writer.AfterPrint(node);
			}

			void Visit(WfChildType* node)override
			{
				writer.BeforePrint(node);
				WfPrint(node->parent, indent, writer);
				writer.WriteString(L"::");
				writer.WriteString(node->name.value);
				writer.AfterPrint(node);
			}
		};

/***********************************************************************
Print (Expression)
***********************************************************************/

		class PrintExpressionVisitor
			: public Object
			, public WfExpression::IVisitor
			, public WfVirtualCfeExpression::IVisitor
			, public WfVirtualCseExpression::IVisitor
		{
		public:
			WString								indent;
			ParsingWriter&						writer;

			PrintExpressionVisitor(const WString& _indent, ParsingWriter& _writer)
				:indent(_indent), writer(_writer)
			{
			}

			void Visit(WfThisExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"this");
				writer.AfterPrint(node);
			}

			void Visit(WfTopQualifiedExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"::");
				writer.WriteString(node->name.value);
				writer.AfterPrint(node);
			}

			void Visit(WfReferenceExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(node->name.value);
				writer.AfterPrint(node);
			}

			void Visit(WfOrderedNameExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(node->name.value);
				writer.AfterPrint(node);
			}

			void Visit(WfOrderedLambdaExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"[");
				WfPrint(node->body, indent, writer);
				writer.WriteString(L"]");
				writer.AfterPrint(node);
			}

			void Visit(WfMemberExpression* node)override
			{
				writer.BeforePrint(node);
				WfPrint(node->parent, indent, writer);
				writer.WriteString(L".");
				writer.WriteString(node->name.value);
				writer.AfterPrint(node);
			}

			void Visit(WfChildExpression* node)override
			{
				writer.BeforePrint(node);
				WfPrint(node->parent, indent, writer);
				writer.WriteString(L"::");
				writer.WriteString(node->name.value);
				writer.AfterPrint(node);
			}

			void Visit(WfLiteralExpression* node)override
			{
				writer.BeforePrint(node);
				switch (node->value)
				{
				case WfLiteralValue::Null:
					writer.WriteString(L"null");
					break;
				case WfLiteralValue::True:
					writer.WriteString(L"true");
					break;
				case WfLiteralValue::False:
					writer.WriteString(L"false");
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}
				writer.AfterPrint(node);
			}

			void Visit(WfFloatingExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(node->value.value);
				writer.AfterPrint(node);
			}

			void Visit(WfIntegerExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(node->value.value);
				writer.AfterPrint(node);
			}

			void Visit(WfStringExpression* node)override
			{
				writer.BeforePrint(node);
				EscapeString(node->value.value, writer);
				writer.AfterPrint(node);
			}

			void Visit(WfUnaryExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"(");
				switch (node->op)
				{
				case WfUnaryOperator::Positive:
					writer.WriteString(L"+");
					break;
				case WfUnaryOperator::Negative:
					writer.WriteString(L"-");
					break;
				case WfUnaryOperator::Not:
					writer.WriteString(L"!");
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}
				WfPrint(node->operand, indent, writer);
				writer.WriteString(L")");
				writer.AfterPrint(node);
			}

			void Visit(WfBinaryExpression* node)override
			{
				writer.BeforePrint(node);
				if (node->op == WfBinaryOperator::Index)
				{
					WfPrint(node->first, indent, writer);
					writer.WriteString(L"[");
					WfPrint(node->second, indent, writer);
					writer.WriteString(L"]");
				}
				else
				{
					writer.WriteString(L"(");
					WfPrint(node->first, indent, writer);
					switch (node->op)
					{
					case WfBinaryOperator::Assign:
						writer.WriteString(L" = ");
						break;
					case WfBinaryOperator::FlagAnd:
						writer.WriteString(L" & ");
						break;
					case WfBinaryOperator::FlagOr:
						writer.WriteString(L" | ");
						break;
					case WfBinaryOperator::FailedThen:
						writer.WriteString(L" ?? ");
						break;
					case WfBinaryOperator::Exp:
						writer.WriteString(L" ^ ");
						break;
					case WfBinaryOperator::Add:
						writer.WriteString(L" + ");
						break;
					case WfBinaryOperator::Sub:
						writer.WriteString(L" - ");
						break;
					case WfBinaryOperator::Mul:
						writer.WriteString(L" * ");
						break;
					case WfBinaryOperator::Div:
						writer.WriteString(L" / ");
						break;
					case WfBinaryOperator::Mod:
						writer.WriteString(L" % ");
						break;
					case WfBinaryOperator::Shl:
						writer.WriteString(L" shl ");
						break;
					case WfBinaryOperator::Shr:
						writer.WriteString(L" shr ");
						break;
					case WfBinaryOperator::LT:
						writer.WriteString(L" < ");
						break;
					case WfBinaryOperator::GT:
						writer.WriteString(L" > ");
						break;
					case WfBinaryOperator::LE:
						writer.WriteString(L" <= ");
						break;
					case WfBinaryOperator::GE:
						writer.WriteString(L" >= ");
						break;
					case WfBinaryOperator::EQ:
						writer.WriteString(L" == ");
						break;
					case WfBinaryOperator::NE:
						writer.WriteString(L" != ");
						break;
					case WfBinaryOperator::Xor:
						writer.WriteString(L" xor ");
						break;
					case WfBinaryOperator::And:
						writer.WriteString(L" and ");
						break;
					case WfBinaryOperator::Or:
						writer.WriteString(L" or ");
						break;
					default:
						CHECK_FAIL(L"Internal error: Unknown value.");
					}
					WfPrint(node->second, indent, writer);
					writer.WriteString(L")");
				}
				writer.AfterPrint(node);
			}

			void Visit(WfLetExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"let ");
				for (auto [var, index] : indexed(node->variables))
				{
					if (index > 0)
					{
						writer.WriteString(L", ");
					}
					writer.BeforePrint(var.Obj());
					writer.WriteString(var->name.value);
					writer.WriteString(L" = ");
					WfPrint(var->value, indent, writer);
					writer.AfterPrint(var.Obj());
				}
				writer.WriteString(L" in (");
				WfPrint(node->expression, indent, writer);
				writer.WriteString(L")");
				writer.AfterPrint(node);
			}

			void Visit(WfIfExpression* node)override
			{
				writer.BeforePrint(node);
				WfPrint(node->condition, indent, writer);
				writer.WriteString(L" ? ");
				WfPrint(node->trueBranch, indent, writer);
				writer.WriteString(L" : ");
				WfPrint(node->falseBranch, indent, writer);
				writer.AfterPrint(node);
			}

			void Visit(WfRangeExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"range ");
				switch (node->beginBoundary)
				{
				case WfRangeBoundary::Exclusive:
					writer.WriteString(L"(");
					break;
				case WfRangeBoundary::Inclusive:
					writer.WriteString(L"[");
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}
				WfPrint(node->begin, indent, writer);
				writer.WriteString(L", ");
				WfPrint(node->end, indent, writer);
				switch (node->beginBoundary)
				{
				case WfRangeBoundary::Exclusive:
					writer.WriteString(L")");
					break;
				case WfRangeBoundary::Inclusive:
					writer.WriteString(L"]");
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}
				writer.AfterPrint(node);
			}

			void Visit(WfSetTestingExpression* node)override
			{
				writer.BeforePrint(node);
				WfPrint(node->element, indent, writer);
				switch (node->test)
				{
				case WfSetTesting::In:
					writer.WriteString(L" in ");
					break;
				case WfSetTesting::NotIn:
					writer.WriteString(L" not in ");
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}
				WfPrint(node->collection, indent, writer);
				writer.AfterPrint(node);
			}

			void Visit(WfConstructorExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"{");
				for (auto [argument, index] : indexed(node->arguments))
				{
					if (index > 0)
					{
						writer.WriteString(L" ");
					}
					WfPrint(argument->key, indent, writer);
					if (argument->value)
					{
						writer.WriteString(L" : ");
						WfPrint(argument->value, indent, writer);
					}
					writer.WriteString(L";");
				}
				writer.WriteString(L"}");
				writer.AfterPrint(node);
			}

			void Visit(WfInferExpression* node)override
			{
				writer.BeforePrint(node);
				WfPrint(node->expression, indent, writer);
				writer.WriteString(L" of (");
				WfPrint(node->type, indent, writer);
				writer.WriteString(L")");
				writer.AfterPrint(node);
			}

			void Visit(WfTypeCastingExpression* node)override
			{
				writer.BeforePrint(node);
				switch (node->strategy)
				{
				case WfTypeCastingStrategy::Strong:
					writer.WriteString(L"(cast (");
					WfPrint(node->type, indent, writer);
					writer.WriteString(L") ");
					WfPrint(node->expression, indent, writer);
					writer.WriteString(L")");
					break;
				case WfTypeCastingStrategy::Weak:
					writer.WriteString(L"(");
					WfPrint(node->expression, indent, writer);
					writer.WriteString(L" as (");
					WfPrint(node->type, indent, writer);
					writer.WriteString(L"))");
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}
				writer.AfterPrint(node);
			}

			void Visit(WfTypeTestingExpression* node)override
			{
				writer.BeforePrint(node);
				WfPrint(node->expression, indent, writer);
				switch (node->test)
				{
				case WfTypeTesting::IsType:
					writer.WriteString(L" is (");
					WfPrint(node->type, indent, writer);
					writer.WriteString(L")");
					break;
				case WfTypeTesting::IsNotType:
					writer.WriteString(L" is not (");
					WfPrint(node->type, indent, writer);
					writer.WriteString(L")");
					break;
				case WfTypeTesting::IsNull:
					writer.WriteString(L" is null");
					break;
				case WfTypeTesting::IsNotNull:
					writer.WriteString(L" is not null");
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}
				writer.AfterPrint(node);
			}

			void Visit(WfTypeOfTypeExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"typeof(");
				WfPrint(node->type, indent, writer);
				writer.WriteString(L")");
				writer.AfterPrint(node);
			}

			void Visit(WfTypeOfExpressionExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"type(");
				WfPrint(node->expression, indent, writer);
				writer.WriteString(L")");
				writer.AfterPrint(node);
			}

			void Visit(WfAttachEventExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"attach(");
				WfPrint(node->event, indent, writer);
				writer.WriteString(L", ");
				WfPrint(node->function, indent, writer);
				writer.WriteString(L")");
				writer.AfterPrint(node);
			}

			void Visit(WfDetachEventExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"detach(");
				WfPrint(node->event, indent, writer);
				writer.WriteString(L", ");
				WfPrint(node->handler, indent, writer);
				writer.WriteString(L")");
				writer.AfterPrint(node);
			}

			void Visit(WfObserveExpression* node)override
			{
				writer.BeforePrint(node);
				WfPrint(node->parent, indent, writer);
				writer.WriteString(L".observe");
				switch (node->observeType)
				{
				case WfObserveType::ExtendedObserve:
					writer.WriteString(L" as ");
					writer.WriteString(node->name.value);
					break;
				case WfObserveType::SimpleObserve:
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}
				writer.WriteString(L"(");
				WfPrint(node->expression, indent, writer);
				if (node->events.Count() > 0)
				{
					writer.WriteString(L" on ");
					for (auto [argument, index] : indexed(node->events))
					{
						if (index > 0)
						{
							writer.WriteString(L", ");
						}
						WfPrint(argument, indent, writer);
					}
				}
				writer.WriteString(L")");
				writer.AfterPrint(node);
			}

			void Visit(WfCallExpression* node)override
			{
				writer.BeforePrint(node);
				WfPrint(node->function, indent, writer);
				writer.WriteString(L"(");
				for (auto [argument, index] : indexed(node->arguments))
				{
					if (index > 0)
					{
						writer.WriteString(L", ");
					}
					WfPrint(argument, indent, writer);
				}
				writer.WriteString(L")");
				writer.AfterPrint(node);
			}

			void Visit(WfFunctionExpression* node)override
			{
				writer.BeforePrint(node);
				WfPrint(Ptr<WfDeclaration>(node->function), indent, writer);
				writer.AfterPrint(node);
			}

			void Visit(WfNewClassExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"new (");
				WfPrint(node->type, indent, writer);
				writer.WriteString(L")");

				writer.WriteString(L"(");
				for (auto [argument, index] : indexed(node->arguments))
				{
					if (index > 0)
					{
						writer.WriteString(L", ");
					}
					WfPrint(argument, indent, writer);
				}
				writer.WriteString(L")");

				writer.AfterPrint(node);
			}

			void Visit(WfNewInterfaceExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"new (");
				WfPrint(node->type, indent, writer);
				writer.WriteString(L")");

				writer.WriteLine(L"");
				writer.WriteString(indent);
				writer.WriteLine(L"{");
				for (auto [decl, index] : indexed(node->declarations))
				{
					if (index > 0)
					{
						writer.WriteLine(L"");
					}

					writer.WriteString(indent + L"    ");
					WfPrint(decl, indent + L"    ", writer);
					writer.WriteLine(L"");
				}
				writer.WriteString(indent);
				writer.WriteString(L"}");

				writer.AfterPrint(node);
			}

			void Visit(WfVirtualCfeExpression* node)override
			{
				if (node->expandedExpression)
				{
					writer.BeforePrint(node);
					WfPrint(node->expandedExpression, indent, writer);
					writer.AfterPrint(node);
				}
				else
				{
					node->Accept((WfVirtualCfeExpression::IVisitor*)this);
				}
			}

			void Visit(WfFormatExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"$");
				EscapeString(node->value.value, writer);
				writer.AfterPrint(node);
			}

			void Visit(WfVirtualCseExpression* node)override
			{
				if (node->expandedExpression)
				{
					writer.BeforePrint(node);
					WfPrint(node->expandedExpression, indent, writer);
					writer.AfterPrint(node);
				}
				else
				{
					node->Accept((WfVirtualCseExpression::IVisitor*)this);
				}
			}

			void Visit(WfBindExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"bind(");
				WfPrint(node->expression, indent, writer);
				writer.WriteString(L")");
				writer.AfterPrint(node);
			}

			void Visit(WfNewCoroutineExpression* node)override
			{
				writer.BeforePrint(node);
				if (node->name.value == L"")
				{
					writer.WriteLine(L"$coroutine");
				}
				else
				{
					writer.WriteString(L"$coroutine(");
					writer.WriteString(node->name.value);
					writer.WriteLine(L")");
				}
				writer.WriteString(indent);
				WfPrint(node->statement, indent, writer);
				writer.AfterPrint(node);
			}

			void Visit(WfMixinCastExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"new (");
				WfPrint(node->type, indent, writer);
				writer.WriteString(L")");

				writer.WriteString(L"(using ");
				WfPrint(node->expression, indent, writer);
				writer.WriteString(L")");
				writer.AfterPrint(node);
			}

			void Visit(WfExpectedTypeCastExpression* node)override
			{
				writer.BeforePrint(node);
				switch (node->strategy)
				{
				case WfTypeCastingStrategy::Strong:
					writer.WriteString(L"(cast * ");
					WfPrint(node->expression, indent, writer);
					writer.WriteString(L")");
					break;
				case WfTypeCastingStrategy::Weak:
					writer.WriteString(L"(");
					WfPrint(node->expression, indent, writer);
					writer.WriteString(L" as *)");
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}
				writer.AfterPrint(node);
			}

			void Visit(WfCoOperatorExpression* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"$.");
				writer.WriteString(node->name.value);
				writer.AfterPrint(node);
			}
		};

/***********************************************************************
Print (Statement)
***********************************************************************/

		class PrintStatementVisitor
			: public Object
			, public WfStatement::IVisitor
			, public WfVirtualCseStatement::IVisitor
			, public WfCoroutineStatement::IVisitor
			, public WfStateMachineStatement::IVisitor
		{
		public:
			WString								indent;
			ParsingWriter&						writer;

			PrintStatementVisitor(const WString& _indent, ParsingWriter& _writer)
				:indent(_indent), writer(_writer)
			{
			}

			void Visit(WfBreakStatement* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"break;");
				writer.AfterPrint(node);
			}

			void Visit(WfContinueStatement* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"continue;");
				writer.AfterPrint(node);
			}

			void Visit(WfReturnStatement* node)override
			{
				writer.BeforePrint(node);
				if (node->expression)
				{
					writer.WriteString(L"return ");
					WfPrint(node->expression, indent, writer);
					writer.WriteString(L";");
				}
				else
				{
					writer.WriteString(L"return;");
				}
				writer.AfterPrint(node);
			}

			void Visit(WfDeleteStatement* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"delete ");
				WfPrint(node->expression, indent, writer);
				writer.WriteString(L";");
				writer.AfterPrint(node);
			}

			void Visit(WfRaiseExceptionStatement* node)override
			{
				writer.BeforePrint(node);
				if (node->expression)
				{
					writer.WriteString(L"raise ");
					WfPrint(node->expression, indent, writer);
					writer.WriteString(L";");
				}
				else
				{
					writer.WriteString(L"raise;");
				}
				writer.AfterPrint(node);
			}

			void Visit(WfIfStatement* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"if (");
				if (node->type)
				{
					writer.WriteString(L"var ");
					writer.WriteString(node->name.value);
					writer.WriteString(L" : ");
					WfPrint(node->type, indent, writer);
					writer.WriteString(L" = ");
				}
				WfPrint(node->expression, indent, writer);
				writer.WriteLine(L")");

				writer.WriteString(indent);
				WfPrint(node->trueBranch, indent, writer);
				if (node->falseBranch)
				{
					writer.WriteLine(L"");
					writer.WriteString(indent);
					if (node->falseBranch.Cast<WfIfStatement>())
					{
						writer.WriteString(L"else ");
						WfPrint(node->falseBranch, indent, writer);
					}
					else
					{
						writer.WriteLine(L"else");
						writer.WriteString(indent);
						WfPrint(node->falseBranch, indent, writer);
					}
				}
				writer.AfterPrint(node);
			}

			void Visit(WfWhileStatement* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"while (");
				WfPrint(node->condition, indent, writer);
				writer.WriteLine(L")");
				writer.WriteString(indent);
				WfPrint(node->statement, indent, writer);
				writer.AfterPrint(node);
			}

			void Visit(WfTryStatement* node)override
			{
				writer.BeforePrint(node);
				writer.WriteLine(L"try");
				writer.WriteString(indent);
				WfPrint(node->protectedStatement, indent, writer);

				if (node->catchStatement)
				{
					writer.WriteLine(L"");
					writer.WriteString(indent);
					writer.WriteString(L"catch (");
					writer.WriteString(node->name.value);
					writer.WriteLine(L")");
					writer.WriteString(indent);
					WfPrint(node->catchStatement, indent, writer);
				}

				if (node->finallyStatement)
				{
					writer.WriteLine(L"");
					writer.WriteString(indent);
					writer.WriteLine(L"finally");
					writer.WriteString(indent);
					WfPrint(node->finallyStatement, indent, writer);
				}
				writer.AfterPrint(node);
			}

			void Visit(WfBlockStatement* node)override
			{
				writer.BeforePrint(node);
				writer.WriteLine(L"{");
				for (auto statement : node->statements)
				{
					writer.WriteString(indent + L"    ");
					WfPrint(statement, indent + L"    ", writer);
					writer.WriteLine(L"");
				}

				if (node->endLabel.value != L"")
				{
					writer.WriteString(indent + L"    ");
					writer.WriteString(node->endLabel.value);
					writer.WriteLine(L":;");
				}
				writer.WriteString(indent);
				writer.WriteString(L"}");
				writer.AfterPrint(node);
			}

			void Visit(WfGotoStatement* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"goto ");
				writer.WriteString(node->label.value);
				writer.WriteString(L";");
				writer.AfterPrint(node);
			}

			void Visit(WfExpressionStatement* node)override
			{
				writer.BeforePrint(node);
				WfPrint(node->expression, indent, writer);
				writer.WriteString(L";");
				writer.AfterPrint(node);
			}

			void Visit(WfVariableStatement* node)override
			{
				writer.BeforePrint(node);
				WfPrint(Ptr<WfDeclaration>(node->variable), indent, writer);
				writer.AfterPrint(node);
			}

			void Visit(WfVirtualCseStatement* node)override
			{
				if (node->expandedStatement)
				{
					writer.BeforePrint(node);
					WfPrint(node->expandedStatement, indent, writer);
					writer.AfterPrint(node);
				}
				else
				{
					node->Accept((WfVirtualCseStatement::IVisitor*)this);
				}
			}

			void Visit(WfSwitchStatement* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"switch (");
				WfPrint(node->expression, indent, writer);
				writer.WriteLine(L")");

				writer.WriteString(indent);
				writer.WriteLine(L"{");

				for (auto switchCase : node->caseBranches)
				{
					writer.BeforePrint(switchCase.Obj());
					writer.WriteString(indent);
					writer.WriteString(L"    case ");
					WfPrint(switchCase->expression, indent, writer);
					writer.WriteLine(L":");
					writer.WriteString(indent + L"    ");
					WfPrint(switchCase->statement, indent + L"    ", writer);
					writer.AfterPrint(switchCase.Obj());
					writer.WriteLine(L"");
				}
				if (node->defaultBranch)
				{
					writer.WriteString(indent);
					writer.WriteLine(L"    default:");
					writer.WriteString(indent + L"    ");
					WfPrint(node->defaultBranch, indent + L"    ", writer);
					writer.WriteLine(L"");
				}

				writer.WriteString(indent);
				writer.WriteString(L"}");
				writer.AfterPrint(node);
			}

			void Visit(WfForEachStatement* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"for (");
				writer.WriteString(node->name.value);
				writer.WriteString(L" in ");
				switch (node->direction)
				{
				case WfForEachDirection::Reversed:
					writer.WriteString(L"reversed ");
					break;
				case WfForEachDirection::Normal:
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}
				WfPrint(node->collection, indent, writer);
				writer.WriteLine(L")");
				writer.WriteString(indent);
				WfPrint(node->statement, indent, writer);
				writer.AfterPrint(node);
			}

			void Visit(WfCoProviderStatement* node)override
			{
				writer.BeforePrint(node);
				if (node->name.value == L"")
				{
					writer.WriteString(L"$");
				}
				else
				{
					writer.WriteString(node->name.value);
					writer.WriteString(L" ");
				}
				WfPrint(node->statement, indent, writer);
				writer.AfterPrint(node);
			}

			void Visit(WfCoroutineStatement* node)override
			{
				node->Accept((WfCoroutineStatement::IVisitor*)this);
			}

			void Visit(WfCoPauseStatement* node)override
			{
				writer.BeforePrint(node);
				if (node->statement)
				{
					writer.WriteLine(L"$pause");
					writer.WriteString(indent);
					WfPrint(node->statement, indent, writer);
				}
				else
				{
					writer.WriteString(L"$pause;");
				}
				writer.AfterPrint(node);
			}

			void Visit(WfCoOperatorStatement* node)override
			{
				if (node->varName.value != L"")
				{
					writer.WriteString(L"var ");
					writer.WriteString(node->varName.value);
					writer.WriteString(L" = ");
				}
				writer.WriteString(node->opName.value);

				for (auto [argument, index] : indexed(node->arguments))
				{
					writer.WriteString(index == 0 ? L" " : L", ");
					WfPrint(argument, indent, writer);
				}
				writer.WriteString(L";");
			}

			void Visit(WfStateMachineStatement* node)override
			{
				node->Accept((WfStateMachineStatement::IVisitor*)this);
			}

			void Visit(WfStateSwitchStatement* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"switch (");
				switch (node->type)
				{
				case WfStateSwitchType::Default:
					writer.WriteLine(L"raise)");
					break;
				case WfStateSwitchType::Pass:
					writer.WriteLine(L"continue)");
					break;
				case WfStateSwitchType::PassAndReturn:
					writer.WriteLine(L"continue, return)");
					break;
				case WfStateSwitchType::Ignore:
					writer.WriteLine(L")");
					break;
				case WfStateSwitchType::IgnoreAndReturn:
					writer.WriteLine(L"return)");
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}

				writer.WriteString(indent);
				writer.WriteLine(L"{");

				for (auto switchCase : node->caseBranches)
				{
					writer.BeforePrint(switchCase.Obj());
					writer.WriteString(indent);
					writer.WriteString(L"    case ");
					writer.WriteString(switchCase->name.value);
					writer.WriteString(L"(");
					for (auto [argument, index] : indexed(switchCase->arguments))
					{
						if (index != 0) writer.WriteString(L", ");
						writer.BeforePrint(argument.Obj());
						writer.WriteString(argument->name.value);
						writer.AfterPrint(argument.Obj());
					}
					writer.WriteLine(L"):");
					writer.WriteString(indent + L"    ");
					WfPrint(switchCase->statement, indent + L"    ", writer);
					writer.AfterPrint(switchCase.Obj());
					writer.WriteLine(L"");
				}

				writer.WriteString(indent);
				writer.WriteString(L"}");
				writer.AfterPrint(node);
			}

			void Visit(WfStateInvokeStatement* node)override
			{
				writer.BeforePrint(node);
				switch (node->type)
				{
				case WfStateInvokeType::Goto:
					writer.WriteString(L"$goto_state ");
					break;
				case WfStateInvokeType::Push:
					writer.WriteString(L"push_state ");
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}

				writer.WriteString(node->name.value);
				writer.WriteString(L"(");
				for (auto [argument, index] : indexed(node->arguments))
				{
					if (index != 0) writer.WriteString(L", ");
					WfPrint(argument, indent, writer);
				}
				writer.WriteString(L");");
				writer.AfterPrint(node);
			}
		};

/***********************************************************************
Print (Declaration)
***********************************************************************/

		class PrintDeclarationVisitor
			: public Object
			, public WfDeclaration::IVisitor
			, public WfVirtualCfeDeclaration::IVisitor
			, public WfVirtualCseDeclaration::IVisitor
		{
		public:
			WString								indent;
			ParsingWriter&						writer;

			PrintDeclarationVisitor(const WString& _indent, ParsingWriter& _writer)
				:indent(_indent), writer(_writer)
			{
			}

			void Visit(WfNamespaceDeclaration* node)override
			{
				writer.BeforePrint(node);
				writer.WriteLine(L"namespace " + node->name.value);
				writer.WriteString(indent);
				writer.WriteLine(L"{");
				for (auto [decl, index] : indexed(node->declarations))
				{
					if (index != 0)
					{
						writer.WriteLine(L"");
					}
					writer.WriteString(indent + L"    ");
					WfPrint(decl, indent + L"    ", writer);
					writer.WriteLine(L"");
				}
				writer.WriteString(indent);
				writer.WriteString(L"}");
				writer.AfterPrint(node);
			}

			void Visit(WfFunctionDeclaration* node)override
			{
				switch (node->functionKind)
				{
				case WfFunctionKind::Normal:
					break;
				case WfFunctionKind::Static:
					writer.WriteString(L"static ");
					break;
				case WfFunctionKind::Override:
					writer.WriteString(L"override ");
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}

				writer.BeforePrint(node);
				writer.WriteString(L"func ");
				switch (node->anonymity)
				{
				case WfFunctionAnonymity::Named:
					writer.WriteString(node->name.value);
					break;
				case WfFunctionAnonymity::Anonymous:
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}

				writer.WriteString(L"(");
				for (auto [argument, index] : indexed(node->arguments))
				{
					if (index > 0)
					{
						writer.WriteString(L", ");
					}
					writer.BeforePrint(argument.Obj());
					for (auto attribute : argument->attributes)
					{
						WfPrint(attribute, indent, writer);
						writer.WriteString(L" ");
					}
					writer.WriteString(argument->name.value);
					writer.WriteString(L" : ");
					WfPrint(argument->type, indent, writer);
					writer.AfterPrint(argument.Obj());
				}
				writer.WriteString(L")");

				writer.WriteString(L" : (");
				WfPrint(node->returnType, indent, writer);
				writer.WriteString(L")");
				if (node->statement)
				{
					writer.WriteLine(L"");

					writer.WriteString(indent);
					WfPrint(node->statement, indent, writer);
				}
				else
				{
					writer.WriteString(L";");
				}
				writer.AfterPrint(node);
			}

			void Visit(WfVariableDeclaration* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"var ");
				writer.WriteString(node->name.value);
				if (node->type)
				{
					writer.WriteString(L" : ");
					WfPrint(node->type, indent, writer);
				}
				writer.WriteString(L" = ");
				WfPrint(node->expression, indent, writer);
				writer.WriteString(L";");
				writer.AfterPrint(node);
			}

			void Visit(WfEventDeclaration* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"event ");
				writer.WriteString(node->name.value);
				writer.WriteString(L"(");
				for (auto [type, index] : indexed(node->arguments))
				{
					if (index != 0)
					{
						writer.WriteString(L", ");
					}
					WfPrint(type, indent, writer);
				}
				writer.WriteString(L");");
				writer.AfterPrint(node);
			}

			void Visit(WfPropertyDeclaration* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"prop ");
				writer.WriteString(node->name.value);
				writer.WriteString(L" : ");
				WfPrint(node->type, indent, writer);
				writer.WriteString(L"{");
				writer.WriteString(node->getter.value);
				if (node->setter.value != L"")
				{
					writer.WriteString(L", ");
					writer.WriteString(node->setter.value);
				}
				if (node->valueChangedEvent.value != L"")
				{
					writer.WriteString(L" : ");
					writer.WriteString(node->valueChangedEvent.value);
				}
				writer.WriteString(L"}");
				writer.AfterPrint(node);
			}

			void Visit(WfStaticInitDeclaration* node)override
			{
				writer.BeforePrint(node);
				writer.WriteLine(L"static");
				writer.WriteString(indent);
				WfPrint(node->statement, indent, writer);
				writer.AfterPrint(node);
			}

			void Visit(WfConstructorDeclaration* node)override
			{
				writer.BeforePrint(node);
				switch (node->constructorType)
				{
				case WfConstructorType::RawPtr:
					writer.WriteString(L"new* ");
					break;
				case WfConstructorType::SharedPtr:
					writer.WriteString(L"new ");
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}
				
				writer.WriteString(L"(");
				for (auto [argument, index] : indexed(node->arguments))
				{
					if (index > 0)
					{
						writer.WriteString(L", ");
					}
					writer.BeforePrint(argument.Obj());
					writer.WriteString(argument->name.value);
					writer.WriteString(L" : ");
					WfPrint(argument->type, indent, writer);
					writer.AfterPrint(argument.Obj());
				}
				writer.WriteString(L")");
				for (auto [call, callIndex] : indexed(node->baseConstructorCalls))
				{
					writer.WriteLine(L"");
					writer.WriteString(indent + L"    ");
					if (callIndex == 0)
					{
						writer.WriteString(L":");
					}
					else
					{
						writer.WriteString(L",");
					}
					writer.BeforePrint(call.Obj());
					WfPrint(call->type, indent + L"    ", writer);
					writer.WriteString(L"(");
					for (auto [argument, argumentIndex] : indexed(call->arguments))
					{
						if (argumentIndex != 0)
						{
							writer.WriteString(L", ");
						}
						WfPrint(argument, indent + L"    ", writer);
					}
					writer.WriteString(L")");
					writer.AfterPrint(call.Obj());
				}

				writer.WriteLine(L"");
				writer.WriteString(indent);
				WfPrint(node->statement, indent, writer);
				writer.AfterPrint(node);
			}

			void Visit(WfDestructorDeclaration* node)override
			{
				writer.BeforePrint(node);
				writer.WriteLine(L"delete");
				writer.WriteString(indent);
				WfPrint(node->statement, indent, writer);
				writer.AfterPrint(node);
			}

			void Visit(WfClassDeclaration* node)override
			{
				writer.BeforePrint(node);
				switch (node->kind)
				{
				case WfClassKind::Class:
					writer.WriteString(L"class ");
					break;
				case WfClassKind::Interface:
					writer.WriteString(L"interface ");
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}
				writer.WriteString(node->name.value);
				switch (node->kind)
				{
				case WfClassKind::Class:
					switch (node->constructorType)
					{
					case WfConstructorType::Undefined:
						break;
					default:
						CHECK_FAIL(L"Internal error: Unknown value.");
					}
					break;
				case WfClassKind::Interface:
					switch (node->constructorType)
					{
					case WfConstructorType::RawPtr:
						writer.WriteString(L"*");
					case WfConstructorType::SharedPtr:
						break;
					default:
						CHECK_FAIL(L"Internal error: Unknown value.");
					}
					break;
				default:;
				}

				for (auto [type, index] : indexed(node->baseTypes))
				{
					if (index == 0)
					{
						writer.WriteString(L" : ");
					}
					else
					{
						writer.WriteString(L", ");
					}
					WfPrint(type, indent, writer);
				}

				writer.WriteLine(L"");
				writer.WriteLine(indent + L"{");

				for (auto [decl, index] : indexed(node->declarations))
				{
					if (index > 0)
					{
						writer.WriteLine(L"");
					}

					writer.WriteString(indent + L"    ");
					WfPrint(decl, indent + L"    ", writer);
					writer.WriteLine(L"");
				}

				writer.WriteString(indent + L"}");
				writer.AfterPrint(node);
			}

			void Visit(WfEnumDeclaration* node)override
			{
				writer.BeforePrint(node);
				switch (node->kind)
				{
				case WfEnumKind::Normal:
					writer.WriteString(L"enum ");
					break;
				case WfEnumKind::Flag:
					writer.WriteString(L"flagenum ");
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}
				writer.WriteLine(node->name.value);
				writer.WriteLine(indent + L"{");

				auto newIndent = indent + L"    ";
				for (auto item : node->items)
				{
					writer.BeforePrint(item.Obj());
					for (auto attribute : item->attributes)
					{
						writer.WriteString(newIndent);
						WfPrint(attribute, newIndent, writer);
						writer.WriteLine(L"");
					}
					writer.WriteString(newIndent);
					writer.WriteString(item->name.value);
					writer.WriteString(L" = ");
					switch (item->kind)
					{
					case WfEnumItemKind::Constant:
						writer.WriteString(item->number.value);
						break;
					case WfEnumItemKind::Intersection:
						for (auto [itemInt, index] : indexed(item->intersections))
						{
							if (index != 0)writer.WriteString(L" | ");
							writer.WriteString(itemInt->name.value);
						}
						break;
					default:
						CHECK_FAIL(L"Internal error: Unknown value.");
					}
					writer.AfterPrint(item.Obj());
					writer.WriteLine(L",");
				}

				writer.WriteString(indent + L"}");
				writer.AfterPrint(node);
			}

			void Visit(WfStructDeclaration* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"struct ");
				writer.WriteLine(node->name.value);
				writer.WriteLine(indent + L"{");

				auto newIndent = indent + L"    ";
				for (auto member : node->members)
				{
					writer.BeforePrint(member.Obj());
					for (auto attribute : member->attributes)
					{
						writer.WriteString(newIndent);
						WfPrint(attribute, newIndent, writer);
						writer.WriteLine(L"");
					}
					writer.WriteString(newIndent);
					writer.WriteString(member->name.value);
					writer.WriteString(L" : ");
					WfPrint(member->type, newIndent, writer);
					writer.WriteLine(L";");
					writer.AfterPrint(member.Obj());
				}

				writer.WriteString(indent + L"}");
				writer.AfterPrint(node);
			}

			void PrintExpandedDeclarations(List<Ptr<WfDeclaration>>& decls)
			{
				for (auto [decl, index] : indexed(decls))
				{
					if (index > 0)
					{
						writer.WriteLine(L"");
						writer.WriteString(indent);
					}
					WfPrint(decl, indent, writer);
					if (index < decls.Count() - 1)
					{
						writer.WriteLine(L"");
					}
				}
			}

			void Visit(WfVirtualCfeDeclaration* node)override
			{
				if (node->expandedDeclarations.Count() > 0)
				{
					writer.BeforePrint(node);
					PrintExpandedDeclarations(node->expandedDeclarations);
					writer.AfterPrint(node);
				}
				else
				{
					node->Accept(static_cast<WfVirtualCfeDeclaration::IVisitor*>(this));
				}
			}

			void Visit(WfAutoPropertyDeclaration* node)override
			{
				switch (node->functionKind)
				{
				case WfFunctionKind::Normal:
					break;
				case WfFunctionKind::Static:
					writer.WriteString(L"static ");
					break;
				case WfFunctionKind::Override:
					writer.WriteString(L"override ");
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}

				writer.BeforePrint(node);
				writer.WriteString(L"prop ");
				writer.WriteString(node->name.value);
				writer.WriteString(L" : ");
				WfPrint(node->type, indent, writer);
				if (node->expression)
				{
					writer.WriteString(L" = ");
					WfPrint(node->expression, indent, writer);
				}
				writer.WriteString(L" {");
				switch (node->configConst)
				{
				case WfAPConst::Readonly:
					switch (node->configObserve)
					{
					case WfAPObserve::NotObservable:
						writer.WriteString(L"const, not observe");
						break;
					case WfAPObserve::Observable:
						writer.WriteString(L"const");
						break;
					default:
						CHECK_FAIL(L"Internal error: Unknown value.");
					}
					break;
				case WfAPConst::Writable:
					switch (node->configObserve)
					{
					case WfAPObserve::NotObservable:
						writer.WriteString(L"not observe");
						break;
					case WfAPObserve::Observable:
						break;
					default:
						CHECK_FAIL(L"Internal error: Unknown value.");
					}
					break;
				default:
					CHECK_FAIL(L"Internal error: Unknown value.");
				}
				writer.WriteString(L"}");
				writer.AfterPrint(node);
			}

			void Visit(WfCastResultInterfaceDeclaration* node)override
			{
				writer.BeforePrint(node);
				writer.WriteString(L"$interface ");
				writer.WriteString(node->name.value);
				writer.WriteString(L" : ");
				WfPrint(node->baseType, indent, writer);
				writer.WriteString(L"<");
				WfPrint(node->elementType, indent, writer);
				writer.WriteString(L">;");
				writer.AfterPrint(node);
			}

			void Visit(WfVirtualCseDeclaration* node)override
			{
				if (node->expandedDeclarations.Count() > 0)
				{
					writer.BeforePrint(node);
					PrintExpandedDeclarations(node->expandedDeclarations);
					writer.AfterPrint(node);
				}
				else
				{
					node->Accept(static_cast<WfVirtualCseDeclaration::IVisitor*>(this));
				}
			}

			void Visit(WfStateMachineDeclaration* node)override
			{
				writer.BeforePrint(node);
				writer.WriteLine(L"$state_machine");
				writer.WriteLine(indent + L"{");

				for (auto [input, index] : indexed(node->inputs))
				{
					if (index != 0) writer.WriteLine(L"");

					writer.BeforePrint(input.Obj());
					writer.WriteString(indent + L"    $state_input ");
					writer.WriteString(input->name.value);
					writer.WriteString(L"(");
					for (auto [argument, index] : indexed(input->arguments))
					{
						if (index > 0)
						{
							writer.WriteString(L", ");
						}
						writer.BeforePrint(argument.Obj());
						writer.WriteString(argument->name.value);
						writer.WriteString(L" : ");
						WfPrint(argument->type, indent, writer);
						writer.AfterPrint(argument.Obj());
					}
					writer.WriteLine(L");");
					writer.AfterPrint(input.Obj());
				}

				for (auto [state, index] : indexed(node->states))
				{
					if (index != 0 || node->inputs.Count() > 0) writer.WriteLine(L"");

					writer.BeforePrint(state.Obj());
					writer.WriteString(indent + L"    $state ");
					if (state->name.value == L"")
					{
						writer.WriteString(L"default");
					}
					else
					{
						writer.WriteString(state->name.value);
					}
					writer.WriteString(L"(");
					for (auto [argument, index] : indexed(state->arguments))
					{
						if (index > 0)
						{
							writer.WriteString(L", ");
						}
						writer.BeforePrint(argument.Obj());
						writer.WriteString(argument->name.value);
						writer.WriteString(L" : ");
						WfPrint(argument->type, indent, writer);
						writer.AfterPrint(argument.Obj());
					}
					writer.WriteLine(L")");
					writer.WriteString(indent + L"    ");
					WfPrint(state->statement, indent + L"    ", writer);
					writer.AfterPrint(state.Obj());
					writer.WriteLine(L"");
				}

				writer.WriteString(indent + L"}");
				writer.AfterPrint(node);
			}
		};

/***********************************************************************
Print (Module)
***********************************************************************/

		void WfPrint(Ptr<WfAttribute> node, const WString& indent, glr::ParsingWriter& writer)
		{
			writer.BeforePrint(node.Obj());
			writer.WriteString(L"@");
			writer.WriteString(node->category.value);
			writer.WriteString(L":");
			writer.WriteString(node->name.value);
			if (node->value)
			{
				writer.WriteString(L"(");
				WfPrint(node->value, indent, writer);
				writer.WriteString(L")");
			}
			writer.AfterPrint(node.Obj());
		}

		void WfPrint(Ptr<WfType> node, const WString& indent, glr::ParsingWriter& writer)
		{
			PrintTypeVisitor visitor(indent, writer);
			node->Accept(&visitor);
		}

		void WfPrint(Ptr<WfExpression> node, const WString& indent, glr::ParsingWriter& writer)
		{
			PrintExpressionVisitor visitor(indent, writer);
			node->Accept(&visitor);
		}

		void WfPrint(Ptr<WfStatement> node, const WString& indent, glr::ParsingWriter& writer)
		{
			PrintStatementVisitor visitor(indent, writer);
			node->Accept(&visitor);
		}

		void WfPrint(Ptr<WfDeclaration> node, const WString& indent, glr::ParsingWriter& writer)
		{
			for (auto attribute : node->attributes)
			{
				WfPrint(attribute, indent, writer);
				writer.WriteLine(L"");
				writer.WriteString(indent);
			}

			PrintDeclarationVisitor visitor(indent, writer);
			node->Accept(&visitor);
		}

		void WfPrint(Ptr<WfModule> node, const WString& indent, glr::ParsingWriter& writer)
		{
			writer.WriteString(indent);
			switch (node->moduleType)
			{
			case WfModuleType::Module:
				writer.WriteLine(L"module " + node->name.value + L";");
				break;
			case WfModuleType::Unit:
				writer.WriteLine(L"unit " + node->name.value + L";");
				break;
			default:
				CHECK_FAIL(L"Internal error: Unknown value.");
			}

			for (auto path : node->paths)
			{
				writer.WriteString(indent);
				writer.WriteString(L"using ");
				for (auto [item, index] : indexed(path->items))
				{
					if (index > 0)
					{
						writer.WriteString(L"::");
					}
					for (auto fragment : item->fragments)
					{
						if (auto name = fragment.Cast<WfModuleUsingNameFragment>())
						{
							writer.WriteString(name->name.value);
						}
						else
						{
							writer.WriteString(L"*");
						}
					}
				}
				writer.WriteLine(L";");
			}

			for (auto decl : node->declarations)
			{
				writer.WriteLine(L"");
				writer.WriteString(indent);
				WfPrint(decl, indent, writer);
				writer.WriteLine(L"");
			}
		}

/***********************************************************************
Print (Module)
***********************************************************************/

		void WfPrint(Ptr<WfAttribute> node, const WString& indent, stream::TextWriter& writer)
		{
			ParsingWriter parsingWriter(writer);
			WfPrint(node, indent, parsingWriter);
		}

		void WfPrint(Ptr<WfType> node, const WString& indent, stream::TextWriter& writer)
		{
			ParsingWriter parsingWriter(writer);
			WfPrint(node, indent, parsingWriter);
		}

		void WfPrint(Ptr<WfExpression> node, const WString& indent, stream::TextWriter& writer)
		{
			ParsingWriter parsingWriter(writer);
			WfPrint(node, indent, parsingWriter);
		}

		void WfPrint(Ptr<WfStatement> node, const WString& indent, stream::TextWriter& writer)
		{
			ParsingWriter parsingWriter(writer);
			WfPrint(node, indent, parsingWriter);
		}

		void WfPrint(Ptr<WfDeclaration> node, const WString& indent, stream::TextWriter& writer)
		{
			ParsingWriter parsingWriter(writer);
			WfPrint(node, indent, parsingWriter);
		}

		void WfPrint(Ptr<WfModule> node, const WString& indent, stream::TextWriter& writer)
		{
			ParsingWriter parsingWriter(writer);
			WfPrint(node, indent, parsingWriter);
		}
	}
}


/***********************************************************************
.\PARSER\GENERATED\WORKFLOWAST.CPP
***********************************************************************/
/***********************************************************************
This file is generated by: Vczh Parser Generator
From parser definition:Ast
Licensed under https://github.com/vczh-libraries/License
***********************************************************************/


namespace vl::workflow
{
/***********************************************************************
Visitor Pattern Implementation
***********************************************************************/

	void WfPredefinedType::Accept(WfType::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfTopQualifiedType::Accept(WfType::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfReferenceType::Accept(WfType::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfRawPointerType::Accept(WfType::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfSharedPointerType::Accept(WfType::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfNullableType::Accept(WfType::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfEnumerableType::Accept(WfType::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfMapType::Accept(WfType::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfObservableListType::Accept(WfType::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfFunctionType::Accept(WfType::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfChildType::Accept(WfType::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfNamespaceDeclaration::Accept(WfDeclaration::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfFunctionDeclaration::Accept(WfDeclaration::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfVariableDeclaration::Accept(WfDeclaration::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfEventDeclaration::Accept(WfDeclaration::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfPropertyDeclaration::Accept(WfDeclaration::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfStaticInitDeclaration::Accept(WfDeclaration::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfConstructorDeclaration::Accept(WfDeclaration::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfDestructorDeclaration::Accept(WfDeclaration::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfClassDeclaration::Accept(WfDeclaration::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfEnumDeclaration::Accept(WfDeclaration::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfStructDeclaration::Accept(WfDeclaration::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfVirtualCfeDeclaration::Accept(WfDeclaration::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfAutoPropertyDeclaration::Accept(WfVirtualCfeDeclaration::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfCastResultInterfaceDeclaration::Accept(WfVirtualCfeDeclaration::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfVirtualCseDeclaration::Accept(WfDeclaration::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfStateMachineDeclaration::Accept(WfVirtualCseDeclaration::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfBreakStatement::Accept(WfStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfContinueStatement::Accept(WfStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfReturnStatement::Accept(WfStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfDeleteStatement::Accept(WfStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfRaiseExceptionStatement::Accept(WfStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfIfStatement::Accept(WfStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfWhileStatement::Accept(WfStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfTryStatement::Accept(WfStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfBlockStatement::Accept(WfStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfGotoStatement::Accept(WfStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfVariableStatement::Accept(WfStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfExpressionStatement::Accept(WfStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfVirtualCseStatement::Accept(WfStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfForEachStatement::Accept(WfVirtualCseStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfSwitchStatement::Accept(WfVirtualCseStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfCoProviderStatement::Accept(WfVirtualCseStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfCoroutineStatement::Accept(WfStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfCoPauseStatement::Accept(WfCoroutineStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfCoOperatorStatement::Accept(WfCoroutineStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfStateMachineStatement::Accept(WfStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfStateSwitchStatement::Accept(WfStateMachineStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfStateInvokeStatement::Accept(WfStateMachineStatement::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfThisExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfTopQualifiedExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfReferenceExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfOrderedNameExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfOrderedLambdaExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfMemberExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfChildExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfLiteralExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfFloatingExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfIntegerExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfStringExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfUnaryExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfBinaryExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfLetExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfIfExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfRangeExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfSetTestingExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfConstructorExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfInferExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfTypeCastingExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfTypeTestingExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfTypeOfTypeExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfTypeOfExpressionExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfAttachEventExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfDetachEventExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfObserveExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfCallExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfFunctionExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfNewClassExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfNewInterfaceExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfVirtualCfeExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfFormatExpression::Accept(WfVirtualCfeExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfVirtualCseExpression::Accept(WfExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfBindExpression::Accept(WfVirtualCseExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfNewCoroutineExpression::Accept(WfVirtualCseExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfMixinCastExpression::Accept(WfVirtualCseExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfExpectedTypeCastExpression::Accept(WfVirtualCseExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfCoOperatorExpression::Accept(WfVirtualCseExpression::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfModuleUsingNameFragment::Accept(WfModuleUsingFragment::IVisitor* visitor)
	{
		visitor->Visit(this);
	}

	void WfModuleUsingWildCardFragment::Accept(WfModuleUsingFragment::IVisitor* visitor)
	{
		visitor->Visit(this);
	}
}
namespace vl::reflection::description
{
#ifndef VCZH_DEBUG_NO_REFLECTION

	IMPL_TYPE_INFO_RENAME(vl::workflow::WfType, system::workflow::WfType)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfType::IVisitor, system::workflow::WfType::IVisitor)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfExpression, system::workflow::WfExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfExpression::IVisitor, system::workflow::WfExpression::IVisitor)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfStatement, system::workflow::WfStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfStatement::IVisitor, system::workflow::WfStatement::IVisitor)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfAttribute, system::workflow::WfAttribute)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfDeclaration, system::workflow::WfDeclaration)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfDeclaration::IVisitor, system::workflow::WfDeclaration::IVisitor)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfFunctionKind, system::workflow::WfFunctionKind)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfPredefinedTypeName, system::workflow::WfPredefinedTypeName)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfPredefinedType, system::workflow::WfPredefinedType)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfTopQualifiedType, system::workflow::WfTopQualifiedType)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfReferenceType, system::workflow::WfReferenceType)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfRawPointerType, system::workflow::WfRawPointerType)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfSharedPointerType, system::workflow::WfSharedPointerType)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfNullableType, system::workflow::WfNullableType)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfEnumerableType, system::workflow::WfEnumerableType)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfMapWritability, system::workflow::WfMapWritability)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfMapType, system::workflow::WfMapType)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfObservableListType, system::workflow::WfObservableListType)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfFunctionType, system::workflow::WfFunctionType)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfChildType, system::workflow::WfChildType)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfNamespaceDeclaration, system::workflow::WfNamespaceDeclaration)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfFunctionArgument, system::workflow::WfFunctionArgument)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfFunctionAnonymity, system::workflow::WfFunctionAnonymity)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfFunctionDeclaration, system::workflow::WfFunctionDeclaration)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfVariableDeclaration, system::workflow::WfVariableDeclaration)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfEventDeclaration, system::workflow::WfEventDeclaration)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfPropertyDeclaration, system::workflow::WfPropertyDeclaration)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfStaticInitDeclaration, system::workflow::WfStaticInitDeclaration)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfClassKind, system::workflow::WfClassKind)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfConstructorType, system::workflow::WfConstructorType)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfBaseConstructorCall, system::workflow::WfBaseConstructorCall)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfConstructorDeclaration, system::workflow::WfConstructorDeclaration)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfDestructorDeclaration, system::workflow::WfDestructorDeclaration)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfClassDeclaration, system::workflow::WfClassDeclaration)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfEnumKind, system::workflow::WfEnumKind)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfEnumItemKind, system::workflow::WfEnumItemKind)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfEnumItemIntersection, system::workflow::WfEnumItemIntersection)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfEnumItem, system::workflow::WfEnumItem)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfEnumDeclaration, system::workflow::WfEnumDeclaration)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfStructMember, system::workflow::WfStructMember)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfStructDeclaration, system::workflow::WfStructDeclaration)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfVirtualCfeDeclaration, system::workflow::WfVirtualCfeDeclaration)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfVirtualCfeDeclaration::IVisitor, system::workflow::WfVirtualCfeDeclaration::IVisitor)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfAPConst, system::workflow::WfAPConst)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfAPObserve, system::workflow::WfAPObserve)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfAutoPropertyDeclaration, system::workflow::WfAutoPropertyDeclaration)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfCastResultInterfaceDeclaration, system::workflow::WfCastResultInterfaceDeclaration)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfVirtualCseDeclaration, system::workflow::WfVirtualCseDeclaration)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfVirtualCseDeclaration::IVisitor, system::workflow::WfVirtualCseDeclaration::IVisitor)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfStateInput, system::workflow::WfStateInput)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfStateDeclaration, system::workflow::WfStateDeclaration)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfStateMachineDeclaration, system::workflow::WfStateMachineDeclaration)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfBreakStatement, system::workflow::WfBreakStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfContinueStatement, system::workflow::WfContinueStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfReturnStatement, system::workflow::WfReturnStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfDeleteStatement, system::workflow::WfDeleteStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfRaiseExceptionStatement, system::workflow::WfRaiseExceptionStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfIfStatement, system::workflow::WfIfStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfWhileStatement, system::workflow::WfWhileStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfTryStatement, system::workflow::WfTryStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfBlockStatement, system::workflow::WfBlockStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfGotoStatement, system::workflow::WfGotoStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfVariableStatement, system::workflow::WfVariableStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfExpressionStatement, system::workflow::WfExpressionStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfVirtualCseStatement, system::workflow::WfVirtualCseStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfVirtualCseStatement::IVisitor, system::workflow::WfVirtualCseStatement::IVisitor)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfForEachDirection, system::workflow::WfForEachDirection)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfForEachStatement, system::workflow::WfForEachStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfSwitchCase, system::workflow::WfSwitchCase)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfSwitchStatement, system::workflow::WfSwitchStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfCoProviderStatement, system::workflow::WfCoProviderStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfCoroutineStatement, system::workflow::WfCoroutineStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfCoroutineStatement::IVisitor, system::workflow::WfCoroutineStatement::IVisitor)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfCoPauseStatement, system::workflow::WfCoPauseStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfCoOperatorStatement, system::workflow::WfCoOperatorStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfStateSwitchType, system::workflow::WfStateSwitchType)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfStateInvokeType, system::workflow::WfStateInvokeType)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfStateMachineStatement, system::workflow::WfStateMachineStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfStateMachineStatement::IVisitor, system::workflow::WfStateMachineStatement::IVisitor)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfStateSwitchArgument, system::workflow::WfStateSwitchArgument)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfStateSwitchCase, system::workflow::WfStateSwitchCase)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfStateSwitchStatement, system::workflow::WfStateSwitchStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfStateInvokeStatement, system::workflow::WfStateInvokeStatement)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfThisExpression, system::workflow::WfThisExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfTopQualifiedExpression, system::workflow::WfTopQualifiedExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfReferenceExpression, system::workflow::WfReferenceExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfOrderedNameExpression, system::workflow::WfOrderedNameExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfOrderedLambdaExpression, system::workflow::WfOrderedLambdaExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfMemberExpression, system::workflow::WfMemberExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfChildExpression, system::workflow::WfChildExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfLiteralValue, system::workflow::WfLiteralValue)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfLiteralExpression, system::workflow::WfLiteralExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfFloatingExpression, system::workflow::WfFloatingExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfIntegerExpression, system::workflow::WfIntegerExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfStringExpression, system::workflow::WfStringExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfUnaryOperator, system::workflow::WfUnaryOperator)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfUnaryExpression, system::workflow::WfUnaryExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfBinaryOperator, system::workflow::WfBinaryOperator)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfBinaryExpression, system::workflow::WfBinaryExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfLetVariable, system::workflow::WfLetVariable)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfLetExpression, system::workflow::WfLetExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfIfExpression, system::workflow::WfIfExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfRangeBoundary, system::workflow::WfRangeBoundary)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfRangeExpression, system::workflow::WfRangeExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfSetTesting, system::workflow::WfSetTesting)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfSetTestingExpression, system::workflow::WfSetTestingExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfConstructorArgument, system::workflow::WfConstructorArgument)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfConstructorExpression, system::workflow::WfConstructorExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfInferExpression, system::workflow::WfInferExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfTypeCastingStrategy, system::workflow::WfTypeCastingStrategy)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfTypeCastingExpression, system::workflow::WfTypeCastingExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfTypeTesting, system::workflow::WfTypeTesting)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfTypeTestingExpression, system::workflow::WfTypeTestingExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfTypeOfTypeExpression, system::workflow::WfTypeOfTypeExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfTypeOfExpressionExpression, system::workflow::WfTypeOfExpressionExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfAttachEventExpression, system::workflow::WfAttachEventExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfDetachEventExpression, system::workflow::WfDetachEventExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfObserveType, system::workflow::WfObserveType)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfObserveExpression, system::workflow::WfObserveExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfCallExpression, system::workflow::WfCallExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfFunctionExpression, system::workflow::WfFunctionExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfNewClassExpression, system::workflow::WfNewClassExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfNewInterfaceExpression, system::workflow::WfNewInterfaceExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfVirtualCfeExpression, system::workflow::WfVirtualCfeExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfVirtualCfeExpression::IVisitor, system::workflow::WfVirtualCfeExpression::IVisitor)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfFormatExpression, system::workflow::WfFormatExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfVirtualCseExpression, system::workflow::WfVirtualCseExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfVirtualCseExpression::IVisitor, system::workflow::WfVirtualCseExpression::IVisitor)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfBindExpression, system::workflow::WfBindExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfNewCoroutineExpression, system::workflow::WfNewCoroutineExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfMixinCastExpression, system::workflow::WfMixinCastExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfExpectedTypeCastExpression, system::workflow::WfExpectedTypeCastExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfCoOperatorExpression, system::workflow::WfCoOperatorExpression)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfModuleUsingFragment, system::workflow::WfModuleUsingFragment)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfModuleUsingFragment::IVisitor, system::workflow::WfModuleUsingFragment::IVisitor)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfModuleUsingNameFragment, system::workflow::WfModuleUsingNameFragment)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfModuleUsingWildCardFragment, system::workflow::WfModuleUsingWildCardFragment)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfModuleUsingItem, system::workflow::WfModuleUsingItem)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfModuleUsingPath, system::workflow::WfModuleUsingPath)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfModuleType, system::workflow::WfModuleType)
	IMPL_TYPE_INFO_RENAME(vl::workflow::WfModule, system::workflow::WfModule)

#ifdef VCZH_DESCRIPTABLEOBJECT_WITH_METADATA

	BEGIN_CLASS_MEMBER(vl::workflow::WfType)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

	END_CLASS_MEMBER(vl::workflow::WfType)

	BEGIN_CLASS_MEMBER(vl::workflow::WfExpression)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

	END_CLASS_MEMBER(vl::workflow::WfExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfStatement)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

	END_CLASS_MEMBER(vl::workflow::WfStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfAttribute)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfAttribute>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(category)
		CLASS_MEMBER_FIELD(name)
		CLASS_MEMBER_FIELD(value)
	END_CLASS_MEMBER(vl::workflow::WfAttribute)

	BEGIN_CLASS_MEMBER(vl::workflow::WfDeclaration)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

		CLASS_MEMBER_FIELD(attributes)
		CLASS_MEMBER_FIELD(name)
	END_CLASS_MEMBER(vl::workflow::WfDeclaration)

	BEGIN_ENUM_ITEM(vl::workflow::WfFunctionKind)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfFunctionKind)
		ENUM_NAMESPACE_ITEM(Static)
		ENUM_NAMESPACE_ITEM(Override)
		ENUM_NAMESPACE_ITEM(Normal)
	END_ENUM_ITEM(vl::workflow::WfFunctionKind)

	BEGIN_ENUM_ITEM(vl::workflow::WfPredefinedTypeName)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfPredefinedTypeName)
		ENUM_NAMESPACE_ITEM(Void)
		ENUM_NAMESPACE_ITEM(Object)
		ENUM_NAMESPACE_ITEM(Interface)
		ENUM_NAMESPACE_ITEM(Int)
		ENUM_NAMESPACE_ITEM(UInt)
		ENUM_NAMESPACE_ITEM(Float)
		ENUM_NAMESPACE_ITEM(Double)
		ENUM_NAMESPACE_ITEM(String)
		ENUM_NAMESPACE_ITEM(Char)
		ENUM_NAMESPACE_ITEM(Bool)
	END_ENUM_ITEM(vl::workflow::WfPredefinedTypeName)

	BEGIN_CLASS_MEMBER(vl::workflow::WfPredefinedType)
		CLASS_MEMBER_BASE(vl::workflow::WfType)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfPredefinedType>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(name)
	END_CLASS_MEMBER(vl::workflow::WfPredefinedType)

	BEGIN_CLASS_MEMBER(vl::workflow::WfTopQualifiedType)
		CLASS_MEMBER_BASE(vl::workflow::WfType)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfTopQualifiedType>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(name)
	END_CLASS_MEMBER(vl::workflow::WfTopQualifiedType)

	BEGIN_CLASS_MEMBER(vl::workflow::WfReferenceType)
		CLASS_MEMBER_BASE(vl::workflow::WfType)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfReferenceType>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(name)
	END_CLASS_MEMBER(vl::workflow::WfReferenceType)

	BEGIN_CLASS_MEMBER(vl::workflow::WfRawPointerType)
		CLASS_MEMBER_BASE(vl::workflow::WfType)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfRawPointerType>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(element)
	END_CLASS_MEMBER(vl::workflow::WfRawPointerType)

	BEGIN_CLASS_MEMBER(vl::workflow::WfSharedPointerType)
		CLASS_MEMBER_BASE(vl::workflow::WfType)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfSharedPointerType>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(element)
	END_CLASS_MEMBER(vl::workflow::WfSharedPointerType)

	BEGIN_CLASS_MEMBER(vl::workflow::WfNullableType)
		CLASS_MEMBER_BASE(vl::workflow::WfType)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfNullableType>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(element)
	END_CLASS_MEMBER(vl::workflow::WfNullableType)

	BEGIN_CLASS_MEMBER(vl::workflow::WfEnumerableType)
		CLASS_MEMBER_BASE(vl::workflow::WfType)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfEnumerableType>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(element)
	END_CLASS_MEMBER(vl::workflow::WfEnumerableType)

	BEGIN_ENUM_ITEM(vl::workflow::WfMapWritability)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfMapWritability)
		ENUM_NAMESPACE_ITEM(Readonly)
		ENUM_NAMESPACE_ITEM(Writable)
	END_ENUM_ITEM(vl::workflow::WfMapWritability)

	BEGIN_CLASS_MEMBER(vl::workflow::WfMapType)
		CLASS_MEMBER_BASE(vl::workflow::WfType)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfMapType>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(writability)
		CLASS_MEMBER_FIELD(key)
		CLASS_MEMBER_FIELD(value)
	END_CLASS_MEMBER(vl::workflow::WfMapType)

	BEGIN_CLASS_MEMBER(vl::workflow::WfObservableListType)
		CLASS_MEMBER_BASE(vl::workflow::WfType)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfObservableListType>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(element)
	END_CLASS_MEMBER(vl::workflow::WfObservableListType)

	BEGIN_CLASS_MEMBER(vl::workflow::WfFunctionType)
		CLASS_MEMBER_BASE(vl::workflow::WfType)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfFunctionType>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(result)
		CLASS_MEMBER_FIELD(arguments)
	END_CLASS_MEMBER(vl::workflow::WfFunctionType)

	BEGIN_CLASS_MEMBER(vl::workflow::WfChildType)
		CLASS_MEMBER_BASE(vl::workflow::WfType)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfChildType>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(parent)
		CLASS_MEMBER_FIELD(name)
	END_CLASS_MEMBER(vl::workflow::WfChildType)

	BEGIN_CLASS_MEMBER(vl::workflow::WfNamespaceDeclaration)
		CLASS_MEMBER_BASE(vl::workflow::WfDeclaration)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfNamespaceDeclaration>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(declarations)
	END_CLASS_MEMBER(vl::workflow::WfNamespaceDeclaration)

	BEGIN_CLASS_MEMBER(vl::workflow::WfFunctionArgument)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfFunctionArgument>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(attributes)
		CLASS_MEMBER_FIELD(name)
		CLASS_MEMBER_FIELD(type)
	END_CLASS_MEMBER(vl::workflow::WfFunctionArgument)

	BEGIN_ENUM_ITEM(vl::workflow::WfFunctionAnonymity)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfFunctionAnonymity)
		ENUM_NAMESPACE_ITEM(Named)
		ENUM_NAMESPACE_ITEM(Anonymous)
	END_ENUM_ITEM(vl::workflow::WfFunctionAnonymity)

	BEGIN_CLASS_MEMBER(vl::workflow::WfFunctionDeclaration)
		CLASS_MEMBER_BASE(vl::workflow::WfDeclaration)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfFunctionDeclaration>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(functionKind)
		CLASS_MEMBER_FIELD(anonymity)
		CLASS_MEMBER_FIELD(arguments)
		CLASS_MEMBER_FIELD(returnType)
		CLASS_MEMBER_FIELD(statement)
	END_CLASS_MEMBER(vl::workflow::WfFunctionDeclaration)

	BEGIN_CLASS_MEMBER(vl::workflow::WfVariableDeclaration)
		CLASS_MEMBER_BASE(vl::workflow::WfDeclaration)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfVariableDeclaration>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(type)
		CLASS_MEMBER_FIELD(expression)
	END_CLASS_MEMBER(vl::workflow::WfVariableDeclaration)

	BEGIN_CLASS_MEMBER(vl::workflow::WfEventDeclaration)
		CLASS_MEMBER_BASE(vl::workflow::WfDeclaration)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfEventDeclaration>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(arguments)
	END_CLASS_MEMBER(vl::workflow::WfEventDeclaration)

	BEGIN_CLASS_MEMBER(vl::workflow::WfPropertyDeclaration)
		CLASS_MEMBER_BASE(vl::workflow::WfDeclaration)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfPropertyDeclaration>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(type)
		CLASS_MEMBER_FIELD(getter)
		CLASS_MEMBER_FIELD(setter)
		CLASS_MEMBER_FIELD(valueChangedEvent)
	END_CLASS_MEMBER(vl::workflow::WfPropertyDeclaration)

	BEGIN_CLASS_MEMBER(vl::workflow::WfStaticInitDeclaration)
		CLASS_MEMBER_BASE(vl::workflow::WfDeclaration)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfStaticInitDeclaration>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(statement)
	END_CLASS_MEMBER(vl::workflow::WfStaticInitDeclaration)

	BEGIN_ENUM_ITEM(vl::workflow::WfClassKind)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfClassKind)
		ENUM_NAMESPACE_ITEM(Class)
		ENUM_NAMESPACE_ITEM(Interface)
	END_ENUM_ITEM(vl::workflow::WfClassKind)

	BEGIN_ENUM_ITEM(vl::workflow::WfConstructorType)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfConstructorType)
		ENUM_NAMESPACE_ITEM(Undefined)
		ENUM_NAMESPACE_ITEM(SharedPtr)
		ENUM_NAMESPACE_ITEM(RawPtr)
	END_ENUM_ITEM(vl::workflow::WfConstructorType)

	BEGIN_CLASS_MEMBER(vl::workflow::WfBaseConstructorCall)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfBaseConstructorCall>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(type)
		CLASS_MEMBER_FIELD(arguments)
	END_CLASS_MEMBER(vl::workflow::WfBaseConstructorCall)

	BEGIN_CLASS_MEMBER(vl::workflow::WfConstructorDeclaration)
		CLASS_MEMBER_BASE(vl::workflow::WfDeclaration)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfConstructorDeclaration>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(constructorType)
		CLASS_MEMBER_FIELD(baseConstructorCalls)
		CLASS_MEMBER_FIELD(arguments)
		CLASS_MEMBER_FIELD(statement)
	END_CLASS_MEMBER(vl::workflow::WfConstructorDeclaration)

	BEGIN_CLASS_MEMBER(vl::workflow::WfDestructorDeclaration)
		CLASS_MEMBER_BASE(vl::workflow::WfDeclaration)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfDestructorDeclaration>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(statement)
	END_CLASS_MEMBER(vl::workflow::WfDestructorDeclaration)

	BEGIN_CLASS_MEMBER(vl::workflow::WfClassDeclaration)
		CLASS_MEMBER_BASE(vl::workflow::WfDeclaration)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfClassDeclaration>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(kind)
		CLASS_MEMBER_FIELD(constructorType)
		CLASS_MEMBER_FIELD(baseTypes)
		CLASS_MEMBER_FIELD(declarations)
	END_CLASS_MEMBER(vl::workflow::WfClassDeclaration)

	BEGIN_ENUM_ITEM(vl::workflow::WfEnumKind)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfEnumKind)
		ENUM_NAMESPACE_ITEM(Normal)
		ENUM_NAMESPACE_ITEM(Flag)
	END_ENUM_ITEM(vl::workflow::WfEnumKind)

	BEGIN_ENUM_ITEM(vl::workflow::WfEnumItemKind)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfEnumItemKind)
		ENUM_NAMESPACE_ITEM(Constant)
		ENUM_NAMESPACE_ITEM(Intersection)
	END_ENUM_ITEM(vl::workflow::WfEnumItemKind)

	BEGIN_CLASS_MEMBER(vl::workflow::WfEnumItemIntersection)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfEnumItemIntersection>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(name)
	END_CLASS_MEMBER(vl::workflow::WfEnumItemIntersection)

	BEGIN_CLASS_MEMBER(vl::workflow::WfEnumItem)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfEnumItem>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(attributes)
		CLASS_MEMBER_FIELD(name)
		CLASS_MEMBER_FIELD(kind)
		CLASS_MEMBER_FIELD(number)
		CLASS_MEMBER_FIELD(intersections)
	END_CLASS_MEMBER(vl::workflow::WfEnumItem)

	BEGIN_CLASS_MEMBER(vl::workflow::WfEnumDeclaration)
		CLASS_MEMBER_BASE(vl::workflow::WfDeclaration)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfEnumDeclaration>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(kind)
		CLASS_MEMBER_FIELD(items)
	END_CLASS_MEMBER(vl::workflow::WfEnumDeclaration)

	BEGIN_CLASS_MEMBER(vl::workflow::WfStructMember)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfStructMember>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(attributes)
		CLASS_MEMBER_FIELD(name)
		CLASS_MEMBER_FIELD(type)
	END_CLASS_MEMBER(vl::workflow::WfStructMember)

	BEGIN_CLASS_MEMBER(vl::workflow::WfStructDeclaration)
		CLASS_MEMBER_BASE(vl::workflow::WfDeclaration)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfStructDeclaration>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(members)
	END_CLASS_MEMBER(vl::workflow::WfStructDeclaration)

	BEGIN_CLASS_MEMBER(vl::workflow::WfVirtualCfeDeclaration)
		CLASS_MEMBER_BASE(vl::workflow::WfDeclaration)

		CLASS_MEMBER_FIELD(expandedDeclarations)
	END_CLASS_MEMBER(vl::workflow::WfVirtualCfeDeclaration)

	BEGIN_ENUM_ITEM(vl::workflow::WfAPConst)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfAPConst)
		ENUM_NAMESPACE_ITEM(Readonly)
		ENUM_NAMESPACE_ITEM(Writable)
	END_ENUM_ITEM(vl::workflow::WfAPConst)

	BEGIN_ENUM_ITEM(vl::workflow::WfAPObserve)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfAPObserve)
		ENUM_NAMESPACE_ITEM(Observable)
		ENUM_NAMESPACE_ITEM(NotObservable)
	END_ENUM_ITEM(vl::workflow::WfAPObserve)

	BEGIN_CLASS_MEMBER(vl::workflow::WfAutoPropertyDeclaration)
		CLASS_MEMBER_BASE(vl::workflow::WfVirtualCfeDeclaration)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfAutoPropertyDeclaration>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(functionKind)
		CLASS_MEMBER_FIELD(type)
		CLASS_MEMBER_FIELD(configConst)
		CLASS_MEMBER_FIELD(configObserve)
		CLASS_MEMBER_FIELD(expression)
	END_CLASS_MEMBER(vl::workflow::WfAutoPropertyDeclaration)

	BEGIN_CLASS_MEMBER(vl::workflow::WfCastResultInterfaceDeclaration)
		CLASS_MEMBER_BASE(vl::workflow::WfVirtualCfeDeclaration)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfCastResultInterfaceDeclaration>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(baseType)
		CLASS_MEMBER_FIELD(elementType)
	END_CLASS_MEMBER(vl::workflow::WfCastResultInterfaceDeclaration)

	BEGIN_CLASS_MEMBER(vl::workflow::WfVirtualCseDeclaration)
		CLASS_MEMBER_BASE(vl::workflow::WfDeclaration)

		CLASS_MEMBER_FIELD(expandedDeclarations)
	END_CLASS_MEMBER(vl::workflow::WfVirtualCseDeclaration)

	BEGIN_CLASS_MEMBER(vl::workflow::WfStateInput)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfStateInput>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(name)
		CLASS_MEMBER_FIELD(arguments)
	END_CLASS_MEMBER(vl::workflow::WfStateInput)

	BEGIN_CLASS_MEMBER(vl::workflow::WfStateDeclaration)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfStateDeclaration>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(name)
		CLASS_MEMBER_FIELD(arguments)
		CLASS_MEMBER_FIELD(statement)
	END_CLASS_MEMBER(vl::workflow::WfStateDeclaration)

	BEGIN_CLASS_MEMBER(vl::workflow::WfStateMachineDeclaration)
		CLASS_MEMBER_BASE(vl::workflow::WfVirtualCseDeclaration)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfStateMachineDeclaration>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(inputs)
		CLASS_MEMBER_FIELD(states)
	END_CLASS_MEMBER(vl::workflow::WfStateMachineDeclaration)

	BEGIN_CLASS_MEMBER(vl::workflow::WfBreakStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfStatement)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfBreakStatement>(), NO_PARAMETER)

	END_CLASS_MEMBER(vl::workflow::WfBreakStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfContinueStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfStatement)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfContinueStatement>(), NO_PARAMETER)

	END_CLASS_MEMBER(vl::workflow::WfContinueStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfReturnStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfStatement)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfReturnStatement>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(expression)
	END_CLASS_MEMBER(vl::workflow::WfReturnStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfDeleteStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfStatement)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfDeleteStatement>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(expression)
	END_CLASS_MEMBER(vl::workflow::WfDeleteStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfRaiseExceptionStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfStatement)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfRaiseExceptionStatement>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(expression)
	END_CLASS_MEMBER(vl::workflow::WfRaiseExceptionStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfIfStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfStatement)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfIfStatement>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(type)
		CLASS_MEMBER_FIELD(name)
		CLASS_MEMBER_FIELD(expression)
		CLASS_MEMBER_FIELD(trueBranch)
		CLASS_MEMBER_FIELD(falseBranch)
	END_CLASS_MEMBER(vl::workflow::WfIfStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfWhileStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfStatement)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfWhileStatement>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(condition)
		CLASS_MEMBER_FIELD(statement)
	END_CLASS_MEMBER(vl::workflow::WfWhileStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfTryStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfStatement)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfTryStatement>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(protectedStatement)
		CLASS_MEMBER_FIELD(name)
		CLASS_MEMBER_FIELD(catchStatement)
		CLASS_MEMBER_FIELD(finallyStatement)
	END_CLASS_MEMBER(vl::workflow::WfTryStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfBlockStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfStatement)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfBlockStatement>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(statements)
		CLASS_MEMBER_FIELD(endLabel)
	END_CLASS_MEMBER(vl::workflow::WfBlockStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfGotoStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfStatement)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfGotoStatement>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(label)
	END_CLASS_MEMBER(vl::workflow::WfGotoStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfVariableStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfStatement)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfVariableStatement>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(variable)
	END_CLASS_MEMBER(vl::workflow::WfVariableStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfExpressionStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfStatement)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfExpressionStatement>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(expression)
	END_CLASS_MEMBER(vl::workflow::WfExpressionStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfVirtualCseStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfStatement)

		CLASS_MEMBER_FIELD(expandedStatement)
	END_CLASS_MEMBER(vl::workflow::WfVirtualCseStatement)

	BEGIN_ENUM_ITEM(vl::workflow::WfForEachDirection)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfForEachDirection)
		ENUM_NAMESPACE_ITEM(Normal)
		ENUM_NAMESPACE_ITEM(Reversed)
	END_ENUM_ITEM(vl::workflow::WfForEachDirection)

	BEGIN_CLASS_MEMBER(vl::workflow::WfForEachStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfVirtualCseStatement)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfForEachStatement>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(name)
		CLASS_MEMBER_FIELD(direction)
		CLASS_MEMBER_FIELD(collection)
		CLASS_MEMBER_FIELD(statement)
	END_CLASS_MEMBER(vl::workflow::WfForEachStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfSwitchCase)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfSwitchCase>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(expression)
		CLASS_MEMBER_FIELD(statement)
	END_CLASS_MEMBER(vl::workflow::WfSwitchCase)

	BEGIN_CLASS_MEMBER(vl::workflow::WfSwitchStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfVirtualCseStatement)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfSwitchStatement>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(expression)
		CLASS_MEMBER_FIELD(caseBranches)
		CLASS_MEMBER_FIELD(defaultBranch)
	END_CLASS_MEMBER(vl::workflow::WfSwitchStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfCoProviderStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfVirtualCseStatement)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfCoProviderStatement>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(name)
		CLASS_MEMBER_FIELD(statement)
	END_CLASS_MEMBER(vl::workflow::WfCoProviderStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfCoroutineStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfStatement)

	END_CLASS_MEMBER(vl::workflow::WfCoroutineStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfCoPauseStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfCoroutineStatement)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfCoPauseStatement>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(statement)
	END_CLASS_MEMBER(vl::workflow::WfCoPauseStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfCoOperatorStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfCoroutineStatement)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfCoOperatorStatement>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(varName)
		CLASS_MEMBER_FIELD(opName)
		CLASS_MEMBER_FIELD(arguments)
	END_CLASS_MEMBER(vl::workflow::WfCoOperatorStatement)

	BEGIN_ENUM_ITEM(vl::workflow::WfStateSwitchType)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfStateSwitchType)
		ENUM_NAMESPACE_ITEM(Default)
		ENUM_NAMESPACE_ITEM(Pass)
		ENUM_NAMESPACE_ITEM(PassAndReturn)
		ENUM_NAMESPACE_ITEM(Ignore)
		ENUM_NAMESPACE_ITEM(IgnoreAndReturn)
	END_ENUM_ITEM(vl::workflow::WfStateSwitchType)

	BEGIN_ENUM_ITEM(vl::workflow::WfStateInvokeType)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfStateInvokeType)
		ENUM_NAMESPACE_ITEM(Goto)
		ENUM_NAMESPACE_ITEM(Push)
	END_ENUM_ITEM(vl::workflow::WfStateInvokeType)

	BEGIN_CLASS_MEMBER(vl::workflow::WfStateMachineStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfStatement)

	END_CLASS_MEMBER(vl::workflow::WfStateMachineStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfStateSwitchArgument)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfStateSwitchArgument>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(name)
	END_CLASS_MEMBER(vl::workflow::WfStateSwitchArgument)

	BEGIN_CLASS_MEMBER(vl::workflow::WfStateSwitchCase)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfStateSwitchCase>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(name)
		CLASS_MEMBER_FIELD(arguments)
		CLASS_MEMBER_FIELD(statement)
	END_CLASS_MEMBER(vl::workflow::WfStateSwitchCase)

	BEGIN_CLASS_MEMBER(vl::workflow::WfStateSwitchStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfStateMachineStatement)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfStateSwitchStatement>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(type)
		CLASS_MEMBER_FIELD(caseBranches)
	END_CLASS_MEMBER(vl::workflow::WfStateSwitchStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfStateInvokeStatement)
		CLASS_MEMBER_BASE(vl::workflow::WfStateMachineStatement)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfStateInvokeStatement>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(type)
		CLASS_MEMBER_FIELD(name)
		CLASS_MEMBER_FIELD(arguments)
	END_CLASS_MEMBER(vl::workflow::WfStateInvokeStatement)

	BEGIN_CLASS_MEMBER(vl::workflow::WfThisExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfThisExpression>(), NO_PARAMETER)

	END_CLASS_MEMBER(vl::workflow::WfThisExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfTopQualifiedExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfTopQualifiedExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(name)
	END_CLASS_MEMBER(vl::workflow::WfTopQualifiedExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfReferenceExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfReferenceExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(name)
	END_CLASS_MEMBER(vl::workflow::WfReferenceExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfOrderedNameExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfOrderedNameExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(name)
	END_CLASS_MEMBER(vl::workflow::WfOrderedNameExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfOrderedLambdaExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfOrderedLambdaExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(body)
	END_CLASS_MEMBER(vl::workflow::WfOrderedLambdaExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfMemberExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfMemberExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(parent)
		CLASS_MEMBER_FIELD(name)
	END_CLASS_MEMBER(vl::workflow::WfMemberExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfChildExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfChildExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(parent)
		CLASS_MEMBER_FIELD(name)
	END_CLASS_MEMBER(vl::workflow::WfChildExpression)

	BEGIN_ENUM_ITEM(vl::workflow::WfLiteralValue)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfLiteralValue)
		ENUM_NAMESPACE_ITEM(Null)
		ENUM_NAMESPACE_ITEM(True)
		ENUM_NAMESPACE_ITEM(False)
	END_ENUM_ITEM(vl::workflow::WfLiteralValue)

	BEGIN_CLASS_MEMBER(vl::workflow::WfLiteralExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfLiteralExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(value)
	END_CLASS_MEMBER(vl::workflow::WfLiteralExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfFloatingExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfFloatingExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(value)
	END_CLASS_MEMBER(vl::workflow::WfFloatingExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfIntegerExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfIntegerExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(value)
	END_CLASS_MEMBER(vl::workflow::WfIntegerExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfStringExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfStringExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(value)
	END_CLASS_MEMBER(vl::workflow::WfStringExpression)

	BEGIN_ENUM_ITEM(vl::workflow::WfUnaryOperator)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfUnaryOperator)
		ENUM_NAMESPACE_ITEM(Positive)
		ENUM_NAMESPACE_ITEM(Negative)
		ENUM_NAMESPACE_ITEM(Not)
	END_ENUM_ITEM(vl::workflow::WfUnaryOperator)

	BEGIN_CLASS_MEMBER(vl::workflow::WfUnaryExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfUnaryExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(op)
		CLASS_MEMBER_FIELD(operand)
	END_CLASS_MEMBER(vl::workflow::WfUnaryExpression)

	BEGIN_ENUM_ITEM(vl::workflow::WfBinaryOperator)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfBinaryOperator)
		ENUM_NAMESPACE_ITEM(Assign)
		ENUM_NAMESPACE_ITEM(Index)
		ENUM_NAMESPACE_ITEM(FlagAnd)
		ENUM_NAMESPACE_ITEM(FlagOr)
		ENUM_NAMESPACE_ITEM(FailedThen)
		ENUM_NAMESPACE_ITEM(Exp)
		ENUM_NAMESPACE_ITEM(Add)
		ENUM_NAMESPACE_ITEM(Sub)
		ENUM_NAMESPACE_ITEM(Mul)
		ENUM_NAMESPACE_ITEM(Div)
		ENUM_NAMESPACE_ITEM(Mod)
		ENUM_NAMESPACE_ITEM(Shl)
		ENUM_NAMESPACE_ITEM(Shr)
		ENUM_NAMESPACE_ITEM(LT)
		ENUM_NAMESPACE_ITEM(GT)
		ENUM_NAMESPACE_ITEM(LE)
		ENUM_NAMESPACE_ITEM(GE)
		ENUM_NAMESPACE_ITEM(EQ)
		ENUM_NAMESPACE_ITEM(NE)
		ENUM_NAMESPACE_ITEM(Xor)
		ENUM_NAMESPACE_ITEM(And)
		ENUM_NAMESPACE_ITEM(Or)
	END_ENUM_ITEM(vl::workflow::WfBinaryOperator)

	BEGIN_CLASS_MEMBER(vl::workflow::WfBinaryExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfBinaryExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(op)
		CLASS_MEMBER_FIELD(first)
		CLASS_MEMBER_FIELD(second)
	END_CLASS_MEMBER(vl::workflow::WfBinaryExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfLetVariable)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfLetVariable>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(name)
		CLASS_MEMBER_FIELD(value)
	END_CLASS_MEMBER(vl::workflow::WfLetVariable)

	BEGIN_CLASS_MEMBER(vl::workflow::WfLetExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfLetExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(variables)
		CLASS_MEMBER_FIELD(expression)
	END_CLASS_MEMBER(vl::workflow::WfLetExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfIfExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfIfExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(condition)
		CLASS_MEMBER_FIELD(trueBranch)
		CLASS_MEMBER_FIELD(falseBranch)
	END_CLASS_MEMBER(vl::workflow::WfIfExpression)

	BEGIN_ENUM_ITEM(vl::workflow::WfRangeBoundary)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfRangeBoundary)
		ENUM_NAMESPACE_ITEM(Inclusive)
		ENUM_NAMESPACE_ITEM(Exclusive)
	END_ENUM_ITEM(vl::workflow::WfRangeBoundary)

	BEGIN_CLASS_MEMBER(vl::workflow::WfRangeExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfRangeExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(begin)
		CLASS_MEMBER_FIELD(beginBoundary)
		CLASS_MEMBER_FIELD(end)
		CLASS_MEMBER_FIELD(endBoundary)
	END_CLASS_MEMBER(vl::workflow::WfRangeExpression)

	BEGIN_ENUM_ITEM(vl::workflow::WfSetTesting)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfSetTesting)
		ENUM_NAMESPACE_ITEM(In)
		ENUM_NAMESPACE_ITEM(NotIn)
	END_ENUM_ITEM(vl::workflow::WfSetTesting)

	BEGIN_CLASS_MEMBER(vl::workflow::WfSetTestingExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfSetTestingExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(test)
		CLASS_MEMBER_FIELD(element)
		CLASS_MEMBER_FIELD(collection)
	END_CLASS_MEMBER(vl::workflow::WfSetTestingExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfConstructorArgument)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfConstructorArgument>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(key)
		CLASS_MEMBER_FIELD(value)
	END_CLASS_MEMBER(vl::workflow::WfConstructorArgument)

	BEGIN_CLASS_MEMBER(vl::workflow::WfConstructorExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfConstructorExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(arguments)
	END_CLASS_MEMBER(vl::workflow::WfConstructorExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfInferExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfInferExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(expression)
		CLASS_MEMBER_FIELD(type)
	END_CLASS_MEMBER(vl::workflow::WfInferExpression)

	BEGIN_ENUM_ITEM(vl::workflow::WfTypeCastingStrategy)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfTypeCastingStrategy)
		ENUM_NAMESPACE_ITEM(Strong)
		ENUM_NAMESPACE_ITEM(Weak)
	END_ENUM_ITEM(vl::workflow::WfTypeCastingStrategy)

	BEGIN_CLASS_MEMBER(vl::workflow::WfTypeCastingExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfTypeCastingExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(strategy)
		CLASS_MEMBER_FIELD(expression)
		CLASS_MEMBER_FIELD(type)
	END_CLASS_MEMBER(vl::workflow::WfTypeCastingExpression)

	BEGIN_ENUM_ITEM(vl::workflow::WfTypeTesting)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfTypeTesting)
		ENUM_NAMESPACE_ITEM(IsType)
		ENUM_NAMESPACE_ITEM(IsNotType)
		ENUM_NAMESPACE_ITEM(IsNull)
		ENUM_NAMESPACE_ITEM(IsNotNull)
	END_ENUM_ITEM(vl::workflow::WfTypeTesting)

	BEGIN_CLASS_MEMBER(vl::workflow::WfTypeTestingExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfTypeTestingExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(test)
		CLASS_MEMBER_FIELD(expression)
		CLASS_MEMBER_FIELD(type)
	END_CLASS_MEMBER(vl::workflow::WfTypeTestingExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfTypeOfTypeExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfTypeOfTypeExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(type)
	END_CLASS_MEMBER(vl::workflow::WfTypeOfTypeExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfTypeOfExpressionExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfTypeOfExpressionExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(expression)
	END_CLASS_MEMBER(vl::workflow::WfTypeOfExpressionExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfAttachEventExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfAttachEventExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(event)
		CLASS_MEMBER_FIELD(function)
	END_CLASS_MEMBER(vl::workflow::WfAttachEventExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfDetachEventExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfDetachEventExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(event)
		CLASS_MEMBER_FIELD(handler)
	END_CLASS_MEMBER(vl::workflow::WfDetachEventExpression)

	BEGIN_ENUM_ITEM(vl::workflow::WfObserveType)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfObserveType)
		ENUM_NAMESPACE_ITEM(SimpleObserve)
		ENUM_NAMESPACE_ITEM(ExtendedObserve)
	END_ENUM_ITEM(vl::workflow::WfObserveType)

	BEGIN_CLASS_MEMBER(vl::workflow::WfObserveExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfObserveExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(parent)
		CLASS_MEMBER_FIELD(observeType)
		CLASS_MEMBER_FIELD(name)
		CLASS_MEMBER_FIELD(expression)
		CLASS_MEMBER_FIELD(events)
	END_CLASS_MEMBER(vl::workflow::WfObserveExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfCallExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfCallExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(function)
		CLASS_MEMBER_FIELD(arguments)
	END_CLASS_MEMBER(vl::workflow::WfCallExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfFunctionExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfFunctionExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(function)
	END_CLASS_MEMBER(vl::workflow::WfFunctionExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfNewClassExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfNewClassExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(type)
		CLASS_MEMBER_FIELD(arguments)
	END_CLASS_MEMBER(vl::workflow::WfNewClassExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfNewInterfaceExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfNewInterfaceExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(type)
		CLASS_MEMBER_FIELD(declarations)
	END_CLASS_MEMBER(vl::workflow::WfNewInterfaceExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfVirtualCfeExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_FIELD(expandedExpression)
	END_CLASS_MEMBER(vl::workflow::WfVirtualCfeExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfFormatExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfVirtualCfeExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfFormatExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(value)
	END_CLASS_MEMBER(vl::workflow::WfFormatExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfVirtualCseExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfExpression)

		CLASS_MEMBER_FIELD(expandedExpression)
	END_CLASS_MEMBER(vl::workflow::WfVirtualCseExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfBindExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfVirtualCseExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfBindExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(expression)
	END_CLASS_MEMBER(vl::workflow::WfBindExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfNewCoroutineExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfVirtualCseExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfNewCoroutineExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(name)
		CLASS_MEMBER_FIELD(statement)
	END_CLASS_MEMBER(vl::workflow::WfNewCoroutineExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfMixinCastExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfVirtualCseExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfMixinCastExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(type)
		CLASS_MEMBER_FIELD(expression)
	END_CLASS_MEMBER(vl::workflow::WfMixinCastExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfExpectedTypeCastExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfVirtualCseExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfExpectedTypeCastExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(strategy)
		CLASS_MEMBER_FIELD(expression)
	END_CLASS_MEMBER(vl::workflow::WfExpectedTypeCastExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfCoOperatorExpression)
		CLASS_MEMBER_BASE(vl::workflow::WfVirtualCseExpression)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfCoOperatorExpression>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(name)
	END_CLASS_MEMBER(vl::workflow::WfCoOperatorExpression)

	BEGIN_CLASS_MEMBER(vl::workflow::WfModuleUsingFragment)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

	END_CLASS_MEMBER(vl::workflow::WfModuleUsingFragment)

	BEGIN_CLASS_MEMBER(vl::workflow::WfModuleUsingNameFragment)
		CLASS_MEMBER_BASE(vl::workflow::WfModuleUsingFragment)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfModuleUsingNameFragment>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(name)
	END_CLASS_MEMBER(vl::workflow::WfModuleUsingNameFragment)

	BEGIN_CLASS_MEMBER(vl::workflow::WfModuleUsingWildCardFragment)
		CLASS_MEMBER_BASE(vl::workflow::WfModuleUsingFragment)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfModuleUsingWildCardFragment>(), NO_PARAMETER)

	END_CLASS_MEMBER(vl::workflow::WfModuleUsingWildCardFragment)

	BEGIN_CLASS_MEMBER(vl::workflow::WfModuleUsingItem)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfModuleUsingItem>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(fragments)
	END_CLASS_MEMBER(vl::workflow::WfModuleUsingItem)

	BEGIN_CLASS_MEMBER(vl::workflow::WfModuleUsingPath)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfModuleUsingPath>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(items)
	END_CLASS_MEMBER(vl::workflow::WfModuleUsingPath)

	BEGIN_ENUM_ITEM(vl::workflow::WfModuleType)
		ENUM_ITEM_NAMESPACE(vl::workflow::WfModuleType)
		ENUM_NAMESPACE_ITEM(Module)
		ENUM_NAMESPACE_ITEM(Unit)
	END_ENUM_ITEM(vl::workflow::WfModuleType)

	BEGIN_CLASS_MEMBER(vl::workflow::WfModule)
		CLASS_MEMBER_BASE(vl::glr::ParsingAstBase)

		CLASS_MEMBER_CONSTRUCTOR(vl::Ptr<vl::workflow::WfModule>(), NO_PARAMETER)

		CLASS_MEMBER_FIELD(moduleType)
		CLASS_MEMBER_FIELD(name)
		CLASS_MEMBER_FIELD(paths)
		CLASS_MEMBER_FIELD(declarations)
	END_CLASS_MEMBER(vl::workflow::WfModule)

	BEGIN_INTERFACE_MEMBER(vl::workflow::WfType::IVisitor)
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfType::IVisitor::*)(vl::workflow::WfPredefinedType* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfType::IVisitor::*)(vl::workflow::WfTopQualifiedType* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfType::IVisitor::*)(vl::workflow::WfReferenceType* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfType::IVisitor::*)(vl::workflow::WfRawPointerType* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfType::IVisitor::*)(vl::workflow::WfSharedPointerType* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfType::IVisitor::*)(vl::workflow::WfNullableType* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfType::IVisitor::*)(vl::workflow::WfEnumerableType* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfType::IVisitor::*)(vl::workflow::WfMapType* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfType::IVisitor::*)(vl::workflow::WfObservableListType* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfType::IVisitor::*)(vl::workflow::WfFunctionType* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfType::IVisitor::*)(vl::workflow::WfChildType* node))
	END_INTERFACE_MEMBER(vl::workflow::WfType)

	BEGIN_INTERFACE_MEMBER(vl::workflow::WfExpression::IVisitor)
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfThisExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfTopQualifiedExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfReferenceExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfOrderedNameExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfOrderedLambdaExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfMemberExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfChildExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfLiteralExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfFloatingExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfIntegerExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfStringExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfUnaryExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfBinaryExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfLetExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfIfExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfRangeExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfSetTestingExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfConstructorExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfInferExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfTypeCastingExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfTypeTestingExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfTypeOfTypeExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfTypeOfExpressionExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfAttachEventExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfDetachEventExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfObserveExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfCallExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfFunctionExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfNewClassExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfNewInterfaceExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfVirtualCfeExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfExpression::IVisitor::*)(vl::workflow::WfVirtualCseExpression* node))
	END_INTERFACE_MEMBER(vl::workflow::WfExpression)

	BEGIN_INTERFACE_MEMBER(vl::workflow::WfStatement::IVisitor)
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfStatement::IVisitor::*)(vl::workflow::WfBreakStatement* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfStatement::IVisitor::*)(vl::workflow::WfContinueStatement* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfStatement::IVisitor::*)(vl::workflow::WfReturnStatement* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfStatement::IVisitor::*)(vl::workflow::WfDeleteStatement* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfStatement::IVisitor::*)(vl::workflow::WfRaiseExceptionStatement* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfStatement::IVisitor::*)(vl::workflow::WfIfStatement* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfStatement::IVisitor::*)(vl::workflow::WfWhileStatement* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfStatement::IVisitor::*)(vl::workflow::WfTryStatement* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfStatement::IVisitor::*)(vl::workflow::WfBlockStatement* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfStatement::IVisitor::*)(vl::workflow::WfGotoStatement* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfStatement::IVisitor::*)(vl::workflow::WfVariableStatement* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfStatement::IVisitor::*)(vl::workflow::WfExpressionStatement* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfStatement::IVisitor::*)(vl::workflow::WfVirtualCseStatement* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfStatement::IVisitor::*)(vl::workflow::WfCoroutineStatement* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfStatement::IVisitor::*)(vl::workflow::WfStateMachineStatement* node))
	END_INTERFACE_MEMBER(vl::workflow::WfStatement)

	BEGIN_INTERFACE_MEMBER(vl::workflow::WfDeclaration::IVisitor)
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfDeclaration::IVisitor::*)(vl::workflow::WfNamespaceDeclaration* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfDeclaration::IVisitor::*)(vl::workflow::WfFunctionDeclaration* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfDeclaration::IVisitor::*)(vl::workflow::WfVariableDeclaration* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfDeclaration::IVisitor::*)(vl::workflow::WfEventDeclaration* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfDeclaration::IVisitor::*)(vl::workflow::WfPropertyDeclaration* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfDeclaration::IVisitor::*)(vl::workflow::WfStaticInitDeclaration* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfDeclaration::IVisitor::*)(vl::workflow::WfConstructorDeclaration* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfDeclaration::IVisitor::*)(vl::workflow::WfDestructorDeclaration* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfDeclaration::IVisitor::*)(vl::workflow::WfClassDeclaration* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfDeclaration::IVisitor::*)(vl::workflow::WfEnumDeclaration* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfDeclaration::IVisitor::*)(vl::workflow::WfStructDeclaration* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfDeclaration::IVisitor::*)(vl::workflow::WfVirtualCfeDeclaration* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfDeclaration::IVisitor::*)(vl::workflow::WfVirtualCseDeclaration* node))
	END_INTERFACE_MEMBER(vl::workflow::WfDeclaration)

	BEGIN_INTERFACE_MEMBER(vl::workflow::WfVirtualCfeDeclaration::IVisitor)
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfVirtualCfeDeclaration::IVisitor::*)(vl::workflow::WfAutoPropertyDeclaration* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfVirtualCfeDeclaration::IVisitor::*)(vl::workflow::WfCastResultInterfaceDeclaration* node))
	END_INTERFACE_MEMBER(vl::workflow::WfVirtualCfeDeclaration)

	BEGIN_INTERFACE_MEMBER(vl::workflow::WfVirtualCseDeclaration::IVisitor)
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfVirtualCseDeclaration::IVisitor::*)(vl::workflow::WfStateMachineDeclaration* node))
	END_INTERFACE_MEMBER(vl::workflow::WfVirtualCseDeclaration)

	BEGIN_INTERFACE_MEMBER(vl::workflow::WfVirtualCseStatement::IVisitor)
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfVirtualCseStatement::IVisitor::*)(vl::workflow::WfForEachStatement* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfVirtualCseStatement::IVisitor::*)(vl::workflow::WfSwitchStatement* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfVirtualCseStatement::IVisitor::*)(vl::workflow::WfCoProviderStatement* node))
	END_INTERFACE_MEMBER(vl::workflow::WfVirtualCseStatement)

	BEGIN_INTERFACE_MEMBER(vl::workflow::WfCoroutineStatement::IVisitor)
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfCoroutineStatement::IVisitor::*)(vl::workflow::WfCoPauseStatement* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfCoroutineStatement::IVisitor::*)(vl::workflow::WfCoOperatorStatement* node))
	END_INTERFACE_MEMBER(vl::workflow::WfCoroutineStatement)

	BEGIN_INTERFACE_MEMBER(vl::workflow::WfStateMachineStatement::IVisitor)
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfStateMachineStatement::IVisitor::*)(vl::workflow::WfStateSwitchStatement* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfStateMachineStatement::IVisitor::*)(vl::workflow::WfStateInvokeStatement* node))
	END_INTERFACE_MEMBER(vl::workflow::WfStateMachineStatement)

	BEGIN_INTERFACE_MEMBER(vl::workflow::WfVirtualCfeExpression::IVisitor)
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfVirtualCfeExpression::IVisitor::*)(vl::workflow::WfFormatExpression* node))
	END_INTERFACE_MEMBER(vl::workflow::WfVirtualCfeExpression)

	BEGIN_INTERFACE_MEMBER(vl::workflow::WfVirtualCseExpression::IVisitor)
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfVirtualCseExpression::IVisitor::*)(vl::workflow::WfBindExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfVirtualCseExpression::IVisitor::*)(vl::workflow::WfNewCoroutineExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfVirtualCseExpression::IVisitor::*)(vl::workflow::WfMixinCastExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfVirtualCseExpression::IVisitor::*)(vl::workflow::WfExpectedTypeCastExpression* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfVirtualCseExpression::IVisitor::*)(vl::workflow::WfCoOperatorExpression* node))
	END_INTERFACE_MEMBER(vl::workflow::WfVirtualCseExpression)

	BEGIN_INTERFACE_MEMBER(vl::workflow::WfModuleUsingFragment::IVisitor)
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfModuleUsingFragment::IVisitor::*)(vl::workflow::WfModuleUsingNameFragment* node))
		CLASS_MEMBER_METHOD_OVERLOAD(Visit, {L"node"}, void(vl::workflow::WfModuleUsingFragment::IVisitor::*)(vl::workflow::WfModuleUsingWildCardFragment* node))
	END_INTERFACE_MEMBER(vl::workflow::WfModuleUsingFragment)

#endif

#ifdef VCZH_DESCRIPTABLEOBJECT_WITH_METADATA
	class WorkflowAstTypeLoader : public vl::Object, public ITypeLoader
	{
	public:
		void Load(ITypeManager* manager)
		{
			ADD_TYPE_INFO(vl::workflow::WfType)
			ADD_TYPE_INFO(vl::workflow::WfType::IVisitor)
			ADD_TYPE_INFO(vl::workflow::WfExpression)
			ADD_TYPE_INFO(vl::workflow::WfExpression::IVisitor)
			ADD_TYPE_INFO(vl::workflow::WfStatement)
			ADD_TYPE_INFO(vl::workflow::WfStatement::IVisitor)
			ADD_TYPE_INFO(vl::workflow::WfAttribute)
			ADD_TYPE_INFO(vl::workflow::WfDeclaration)
			ADD_TYPE_INFO(vl::workflow::WfDeclaration::IVisitor)
			ADD_TYPE_INFO(vl::workflow::WfFunctionKind)
			ADD_TYPE_INFO(vl::workflow::WfPredefinedTypeName)
			ADD_TYPE_INFO(vl::workflow::WfPredefinedType)
			ADD_TYPE_INFO(vl::workflow::WfTopQualifiedType)
			ADD_TYPE_INFO(vl::workflow::WfReferenceType)
			ADD_TYPE_INFO(vl::workflow::WfRawPointerType)
			ADD_TYPE_INFO(vl::workflow::WfSharedPointerType)
			ADD_TYPE_INFO(vl::workflow::WfNullableType)
			ADD_TYPE_INFO(vl::workflow::WfEnumerableType)
			ADD_TYPE_INFO(vl::workflow::WfMapWritability)
			ADD_TYPE_INFO(vl::workflow::WfMapType)
			ADD_TYPE_INFO(vl::workflow::WfObservableListType)
			ADD_TYPE_INFO(vl::workflow::WfFunctionType)
			ADD_TYPE_INFO(vl::workflow::WfChildType)
			ADD_TYPE_INFO(vl::workflow::WfNamespaceDeclaration)
			ADD_TYPE_INFO(vl::workflow::WfFunctionArgument)
			ADD_TYPE_INFO(vl::workflow::WfFunctionAnonymity)
			ADD_TYPE_INFO(vl::workflow::WfFunctionDeclaration)
			ADD_TYPE_INFO(vl::workflow::WfVariableDeclaration)
			ADD_TYPE_INFO(vl::workflow::WfEventDeclaration)
			ADD_TYPE_INFO(vl::workflow::WfPropertyDeclaration)
			ADD_TYPE_INFO(vl::workflow::WfStaticInitDeclaration)
			ADD_TYPE_INFO(vl::workflow::WfClassKind)
			ADD_TYPE_INFO(vl::workflow::WfConstructorType)
			ADD_TYPE_INFO(vl::workflow::WfBaseConstructorCall)
			ADD_TYPE_INFO(vl::workflow::WfConstructorDeclaration)
			ADD_TYPE_INFO(vl::workflow::WfDestructorDeclaration)
			ADD_TYPE_INFO(vl::workflow::WfClassDeclaration)
			ADD_TYPE_INFO(vl::workflow::WfEnumKind)
			ADD_TYPE_INFO(vl::workflow::WfEnumItemKind)
			ADD_TYPE_INFO(vl::workflow::WfEnumItemIntersection)
			ADD_TYPE_INFO(vl::workflow::WfEnumItem)
			ADD_TYPE_INFO(vl::workflow::WfEnumDeclaration)
			ADD_TYPE_INFO(vl::workflow::WfStructMember)
			ADD_TYPE_INFO(vl::workflow::WfStructDeclaration)
			ADD_TYPE_INFO(vl::workflow::WfVirtualCfeDeclaration)
			ADD_TYPE_INFO(vl::workflow::WfVirtualCfeDeclaration::IVisitor)
			ADD_TYPE_INFO(vl::workflow::WfAPConst)
			ADD_TYPE_INFO(vl::workflow::WfAPObserve)
			ADD_TYPE_INFO(vl::workflow::WfAutoPropertyDeclaration)
			ADD_TYPE_INFO(vl::workflow::WfCastResultInterfaceDeclaration)
			ADD_TYPE_INFO(vl::workflow::WfVirtualCseDeclaration)
			ADD_TYPE_INFO(vl::workflow::WfVirtualCseDeclaration::IVisitor)
			ADD_TYPE_INFO(vl::workflow::WfStateInput)
			ADD_TYPE_INFO(vl::workflow::WfStateDeclaration)
			ADD_TYPE_INFO(vl::workflow::WfStateMachineDeclaration)
			ADD_TYPE_INFO(vl::workflow::WfBreakStatement)
			ADD_TYPE_INFO(vl::workflow::WfContinueStatement)
			ADD_TYPE_INFO(vl::workflow::WfReturnStatement)
			ADD_TYPE_INFO(vl::workflow::WfDeleteStatement)
			ADD_TYPE_INFO(vl::workflow::WfRaiseExceptionStatement)
			ADD_TYPE_INFO(vl::workflow::WfIfStatement)
			ADD_TYPE_INFO(vl::workflow::WfWhileStatement)
			ADD_TYPE_INFO(vl::workflow::WfTryStatement)
			ADD_TYPE_INFO(vl::workflow::WfBlockStatement)
			ADD_TYPE_INFO(vl::workflow::WfGotoStatement)
			ADD_TYPE_INFO(vl::workflow::WfVariableStatement)
			ADD_TYPE_INFO(vl::workflow::WfExpressionStatement)
			ADD_TYPE_INFO(vl::workflow::WfVirtualCseStatement)
			ADD_TYPE_INFO(vl::workflow::WfVirtualCseStatement::IVisitor)
			ADD_TYPE_INFO(vl::workflow::WfForEachDirection)
			ADD_TYPE_INFO(vl::workflow::WfForEachStatement)
			ADD_TYPE_INFO(vl::workflow::WfSwitchCase)
			ADD_TYPE_INFO(vl::workflow::WfSwitchStatement)
			ADD_TYPE_INFO(vl::workflow::WfCoProviderStatement)
			ADD_TYPE_INFO(vl::workflow::WfCoroutineStatement)
			ADD_TYPE_INFO(vl::workflow::WfCoroutineStatement::IVisitor)
			ADD_TYPE_INFO(vl::workflow::WfCoPauseStatement)
			ADD_TYPE_INFO(vl::workflow::WfCoOperatorStatement)
			ADD_TYPE_INFO(vl::workflow::WfStateSwitchType)
			ADD_TYPE_INFO(vl::workflow::WfStateInvokeType)
			ADD_TYPE_INFO(vl::workflow::WfStateMachineStatement)
			ADD_TYPE_INFO(vl::workflow::WfStateMachineStatement::IVisitor)
			ADD_TYPE_INFO(vl::workflow::WfStateSwitchArgument)
			ADD_TYPE_INFO(vl::workflow::WfStateSwitchCase)
			ADD_TYPE_INFO(vl::workflow::WfStateSwitchStatement)
			ADD_TYPE_INFO(vl::workflow::WfStateInvokeStatement)
			ADD_TYPE_INFO(vl::workflow::WfThisExpression)
			ADD_TYPE_INFO(vl::workflow::WfTopQualifiedExpression)
			ADD_TYPE_INFO(vl::workflow::WfReferenceExpression)
			ADD_TYPE_INFO(vl::workflow::WfOrderedNameExpression)
			ADD_TYPE_INFO(vl::workflow::WfOrderedLambdaExpression)
			ADD_TYPE_INFO(vl::workflow::WfMemberExpression)
			ADD_TYPE_INFO(vl::workflow::WfChildExpression)
			ADD_TYPE_INFO(vl::workflow::WfLiteralValue)
			ADD_TYPE_INFO(vl::workflow::WfLiteralExpression)
			ADD_TYPE_INFO(vl::workflow::WfFloatingExpression)
			ADD_TYPE_INFO(vl::workflow::WfIntegerExpression)
			ADD_TYPE_INFO(vl::workflow::WfStringExpression)
			ADD_TYPE_INFO(vl::workflow::WfUnaryOperator)
			ADD_TYPE_INFO(vl::workflow::WfUnaryExpression)
			ADD_TYPE_INFO(vl::workflow::WfBinaryOperator)
			ADD_TYPE_INFO(vl::workflow::WfBinaryExpression)
			ADD_TYPE_INFO(vl::workflow::WfLetVariable)
			ADD_TYPE_INFO(vl::workflow::WfLetExpression)
			ADD_TYPE_INFO(vl::workflow::WfIfExpression)
			ADD_TYPE_INFO(vl::workflow::WfRangeBoundary)
			ADD_TYPE_INFO(vl::workflow::WfRangeExpression)
			ADD_TYPE_INFO(vl::workflow::WfSetTesting)
			ADD_TYPE_INFO(vl::workflow::WfSetTestingExpression)
			ADD_TYPE_INFO(vl::workflow::WfConstructorArgument)
			ADD_TYPE_INFO(vl::workflow::WfConstructorExpression)
			ADD_TYPE_INFO(vl::workflow::WfInferExpression)
			ADD_TYPE_INFO(vl::workflow::WfTypeCastingStrategy)
			ADD_TYPE_INFO(vl::workflow::WfTypeCastingExpression)
			ADD_TYPE_INFO(vl::workflow::WfTypeTesting)
			ADD_TYPE_INFO(vl::workflow::WfTypeTestingExpression)
			ADD_TYPE_INFO(vl::workflow::WfTypeOfTypeExpression)
			ADD_TYPE_INFO(vl::workflow::WfTypeOfExpressionExpression)
			ADD_TYPE_INFO(vl::workflow::WfAttachEventExpression)
			ADD_TYPE_INFO(vl::workflow::WfDetachEventExpression)
			ADD_TYPE_INFO(vl::workflow::WfObserveType)
			ADD_TYPE_INFO(vl::workflow::WfObserveExpression)
			ADD_TYPE_INFO(vl::workflow::WfCallExpression)
			ADD_TYPE_INFO(vl::workflow::WfFunctionExpression)
			ADD_TYPE_INFO(vl::workflow::WfNewClassExpression)
			ADD_TYPE_INFO(vl::workflow::WfNewInterfaceExpression)
			ADD_TYPE_INFO(vl::workflow::WfVirtualCfeExpression)
			ADD_TYPE_INFO(vl::workflow::WfVirtualCfeExpression::IVisitor)
			ADD_TYPE_INFO(vl::workflow::WfFormatExpression)
			ADD_TYPE_INFO(vl::workflow::WfVirtualCseExpression)
			ADD_TYPE_INFO(vl::workflow::WfVirtualCseExpression::IVisitor)
			ADD_TYPE_INFO(vl::workflow::WfBindExpression)
			ADD_TYPE_INFO(vl::workflow::WfNewCoroutineExpression)
			ADD_TYPE_INFO(vl::workflow::WfMixinCastExpression)
			ADD_TYPE_INFO(vl::workflow::WfExpectedTypeCastExpression)
			ADD_TYPE_INFO(vl::workflow::WfCoOperatorExpression)
			ADD_TYPE_INFO(vl::workflow::WfModuleUsingFragment)
			ADD_TYPE_INFO(vl::workflow::WfModuleUsingFragment::IVisitor)
			ADD_TYPE_INFO(vl::workflow::WfModuleUsingNameFragment)
			ADD_TYPE_INFO(vl::workflow::WfModuleUsingWildCardFragment)
			ADD_TYPE_INFO(vl::workflow::WfModuleUsingItem)
			ADD_TYPE_INFO(vl::workflow::WfModuleUsingPath)
			ADD_TYPE_INFO(vl::workflow::WfModuleType)
			ADD_TYPE_INFO(vl::workflow::WfModule)
		}

		void Unload(ITypeManager* manager)
		{
		}
	};
#endif
#endif

	bool WorkflowAstLoadTypes()
	{
#ifdef VCZH_DESCRIPTABLEOBJECT_WITH_METADATA
		if (auto manager = GetGlobalTypeManager())
		{
			auto loader = Ptr(new WorkflowAstTypeLoader);
			return manager->AddTypeLoader(loader);
		}
#endif
		return false;
	}
}


/***********************************************************************
.\PARSER\GENERATED\WORKFLOWAST_BUILDER.CPP
***********************************************************************/
/***********************************************************************
This file is generated by: Vczh Parser Generator
From parser definition:Ast
Licensed under https://github.com/vczh-libraries/License
***********************************************************************/


namespace vl::workflow::builder
{

/***********************************************************************
MakeAttachEventExpression
***********************************************************************/

	MakeAttachEventExpression& MakeAttachEventExpression::event(const vl::Ptr<WfExpression>& value)
	{
		node->event = value;
		return *this;
	}

	MakeAttachEventExpression& MakeAttachEventExpression::function(const vl::Ptr<WfExpression>& value)
	{
		node->function = value;
		return *this;
	}

/***********************************************************************
MakeAttribute
***********************************************************************/

	MakeAttribute& MakeAttribute::category(const vl::WString& value)
	{
		node->category.value = value;
		return *this;
	}

	MakeAttribute& MakeAttribute::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

	MakeAttribute& MakeAttribute::value(const vl::Ptr<WfExpression>& value)
	{
		node->value = value;
		return *this;
	}

/***********************************************************************
MakeAutoPropertyDeclaration
***********************************************************************/

	MakeAutoPropertyDeclaration& MakeAutoPropertyDeclaration::configConst(WfAPConst value)
	{
		node->configConst = value;
		return *this;
	}

	MakeAutoPropertyDeclaration& MakeAutoPropertyDeclaration::configObserve(WfAPObserve value)
	{
		node->configObserve = value;
		return *this;
	}

	MakeAutoPropertyDeclaration& MakeAutoPropertyDeclaration::expression(const vl::Ptr<WfExpression>& value)
	{
		node->expression = value;
		return *this;
	}

	MakeAutoPropertyDeclaration& MakeAutoPropertyDeclaration::functionKind(WfFunctionKind value)
	{
		node->functionKind = value;
		return *this;
	}

	MakeAutoPropertyDeclaration& MakeAutoPropertyDeclaration::type(const vl::Ptr<WfType>& value)
	{
		node->type = value;
		return *this;
	}

	MakeAutoPropertyDeclaration& MakeAutoPropertyDeclaration::expandedDeclarations(const vl::Ptr<WfDeclaration>& value)
	{
		node->expandedDeclarations.Add(value);
		return *this;
	}

	MakeAutoPropertyDeclaration& MakeAutoPropertyDeclaration::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakeAutoPropertyDeclaration& MakeAutoPropertyDeclaration::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeBaseConstructorCall
***********************************************************************/

	MakeBaseConstructorCall& MakeBaseConstructorCall::arguments(const vl::Ptr<WfExpression>& value)
	{
		node->arguments.Add(value);
		return *this;
	}

	MakeBaseConstructorCall& MakeBaseConstructorCall::type(const vl::Ptr<WfType>& value)
	{
		node->type = value;
		return *this;
	}

/***********************************************************************
MakeBinaryExpression
***********************************************************************/

	MakeBinaryExpression& MakeBinaryExpression::first(const vl::Ptr<WfExpression>& value)
	{
		node->first = value;
		return *this;
	}

	MakeBinaryExpression& MakeBinaryExpression::op(WfBinaryOperator value)
	{
		node->op = value;
		return *this;
	}

	MakeBinaryExpression& MakeBinaryExpression::second(const vl::Ptr<WfExpression>& value)
	{
		node->second = value;
		return *this;
	}

/***********************************************************************
MakeBindExpression
***********************************************************************/

	MakeBindExpression& MakeBindExpression::expression(const vl::Ptr<WfExpression>& value)
	{
		node->expression = value;
		return *this;
	}

	MakeBindExpression& MakeBindExpression::expandedExpression(const vl::Ptr<WfExpression>& value)
	{
		node->expandedExpression = value;
		return *this;
	}

/***********************************************************************
MakeBlockStatement
***********************************************************************/

	MakeBlockStatement& MakeBlockStatement::endLabel(const vl::WString& value)
	{
		node->endLabel.value = value;
		return *this;
	}

	MakeBlockStatement& MakeBlockStatement::statements(const vl::Ptr<WfStatement>& value)
	{
		node->statements.Add(value);
		return *this;
	}

/***********************************************************************
MakeCallExpression
***********************************************************************/

	MakeCallExpression& MakeCallExpression::arguments(const vl::Ptr<WfExpression>& value)
	{
		node->arguments.Add(value);
		return *this;
	}

	MakeCallExpression& MakeCallExpression::function(const vl::Ptr<WfExpression>& value)
	{
		node->function = value;
		return *this;
	}

/***********************************************************************
MakeCastResultInterfaceDeclaration
***********************************************************************/

	MakeCastResultInterfaceDeclaration& MakeCastResultInterfaceDeclaration::baseType(const vl::Ptr<WfType>& value)
	{
		node->baseType = value;
		return *this;
	}

	MakeCastResultInterfaceDeclaration& MakeCastResultInterfaceDeclaration::elementType(const vl::Ptr<WfType>& value)
	{
		node->elementType = value;
		return *this;
	}

	MakeCastResultInterfaceDeclaration& MakeCastResultInterfaceDeclaration::expandedDeclarations(const vl::Ptr<WfDeclaration>& value)
	{
		node->expandedDeclarations.Add(value);
		return *this;
	}

	MakeCastResultInterfaceDeclaration& MakeCastResultInterfaceDeclaration::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakeCastResultInterfaceDeclaration& MakeCastResultInterfaceDeclaration::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeChildExpression
***********************************************************************/

	MakeChildExpression& MakeChildExpression::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

	MakeChildExpression& MakeChildExpression::parent(const vl::Ptr<WfExpression>& value)
	{
		node->parent = value;
		return *this;
	}

/***********************************************************************
MakeChildType
***********************************************************************/

	MakeChildType& MakeChildType::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

	MakeChildType& MakeChildType::parent(const vl::Ptr<WfType>& value)
	{
		node->parent = value;
		return *this;
	}

/***********************************************************************
MakeClassDeclaration
***********************************************************************/

	MakeClassDeclaration& MakeClassDeclaration::baseTypes(const vl::Ptr<WfType>& value)
	{
		node->baseTypes.Add(value);
		return *this;
	}

	MakeClassDeclaration& MakeClassDeclaration::constructorType(WfConstructorType value)
	{
		node->constructorType = value;
		return *this;
	}

	MakeClassDeclaration& MakeClassDeclaration::declarations(const vl::Ptr<WfDeclaration>& value)
	{
		node->declarations.Add(value);
		return *this;
	}

	MakeClassDeclaration& MakeClassDeclaration::kind(WfClassKind value)
	{
		node->kind = value;
		return *this;
	}

	MakeClassDeclaration& MakeClassDeclaration::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakeClassDeclaration& MakeClassDeclaration::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeCoOperatorExpression
***********************************************************************/

	MakeCoOperatorExpression& MakeCoOperatorExpression::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

	MakeCoOperatorExpression& MakeCoOperatorExpression::expandedExpression(const vl::Ptr<WfExpression>& value)
	{
		node->expandedExpression = value;
		return *this;
	}

/***********************************************************************
MakeCoOperatorStatement
***********************************************************************/

	MakeCoOperatorStatement& MakeCoOperatorStatement::arguments(const vl::Ptr<WfExpression>& value)
	{
		node->arguments.Add(value);
		return *this;
	}

	MakeCoOperatorStatement& MakeCoOperatorStatement::opName(const vl::WString& value)
	{
		node->opName.value = value;
		return *this;
	}

	MakeCoOperatorStatement& MakeCoOperatorStatement::varName(const vl::WString& value)
	{
		node->varName.value = value;
		return *this;
	}

/***********************************************************************
MakeCoPauseStatement
***********************************************************************/

	MakeCoPauseStatement& MakeCoPauseStatement::statement(const vl::Ptr<WfStatement>& value)
	{
		node->statement = value;
		return *this;
	}

/***********************************************************************
MakeCoProviderStatement
***********************************************************************/

	MakeCoProviderStatement& MakeCoProviderStatement::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

	MakeCoProviderStatement& MakeCoProviderStatement::statement(const vl::Ptr<WfStatement>& value)
	{
		node->statement = value;
		return *this;
	}

	MakeCoProviderStatement& MakeCoProviderStatement::expandedStatement(const vl::Ptr<WfStatement>& value)
	{
		node->expandedStatement = value;
		return *this;
	}

/***********************************************************************
MakeConstructorArgument
***********************************************************************/

	MakeConstructorArgument& MakeConstructorArgument::key(const vl::Ptr<WfExpression>& value)
	{
		node->key = value;
		return *this;
	}

	MakeConstructorArgument& MakeConstructorArgument::value(const vl::Ptr<WfExpression>& value)
	{
		node->value = value;
		return *this;
	}

/***********************************************************************
MakeConstructorDeclaration
***********************************************************************/

	MakeConstructorDeclaration& MakeConstructorDeclaration::arguments(const vl::Ptr<WfFunctionArgument>& value)
	{
		node->arguments.Add(value);
		return *this;
	}

	MakeConstructorDeclaration& MakeConstructorDeclaration::baseConstructorCalls(const vl::Ptr<WfBaseConstructorCall>& value)
	{
		node->baseConstructorCalls.Add(value);
		return *this;
	}

	MakeConstructorDeclaration& MakeConstructorDeclaration::constructorType(WfConstructorType value)
	{
		node->constructorType = value;
		return *this;
	}

	MakeConstructorDeclaration& MakeConstructorDeclaration::statement(const vl::Ptr<WfStatement>& value)
	{
		node->statement = value;
		return *this;
	}

	MakeConstructorDeclaration& MakeConstructorDeclaration::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakeConstructorDeclaration& MakeConstructorDeclaration::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeConstructorExpression
***********************************************************************/

	MakeConstructorExpression& MakeConstructorExpression::arguments(const vl::Ptr<WfConstructorArgument>& value)
	{
		node->arguments.Add(value);
		return *this;
	}

/***********************************************************************
MakeDeclaration
***********************************************************************/

	MakeDeclaration& MakeDeclaration::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakeDeclaration& MakeDeclaration::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeDeleteStatement
***********************************************************************/

	MakeDeleteStatement& MakeDeleteStatement::expression(const vl::Ptr<WfExpression>& value)
	{
		node->expression = value;
		return *this;
	}

/***********************************************************************
MakeDestructorDeclaration
***********************************************************************/

	MakeDestructorDeclaration& MakeDestructorDeclaration::statement(const vl::Ptr<WfStatement>& value)
	{
		node->statement = value;
		return *this;
	}

	MakeDestructorDeclaration& MakeDestructorDeclaration::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakeDestructorDeclaration& MakeDestructorDeclaration::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeDetachEventExpression
***********************************************************************/

	MakeDetachEventExpression& MakeDetachEventExpression::event(const vl::Ptr<WfExpression>& value)
	{
		node->event = value;
		return *this;
	}

	MakeDetachEventExpression& MakeDetachEventExpression::handler(const vl::Ptr<WfExpression>& value)
	{
		node->handler = value;
		return *this;
	}

/***********************************************************************
MakeEnumDeclaration
***********************************************************************/

	MakeEnumDeclaration& MakeEnumDeclaration::items(const vl::Ptr<WfEnumItem>& value)
	{
		node->items.Add(value);
		return *this;
	}

	MakeEnumDeclaration& MakeEnumDeclaration::kind(WfEnumKind value)
	{
		node->kind = value;
		return *this;
	}

	MakeEnumDeclaration& MakeEnumDeclaration::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakeEnumDeclaration& MakeEnumDeclaration::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeEnumItem
***********************************************************************/

	MakeEnumItem& MakeEnumItem::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakeEnumItem& MakeEnumItem::intersections(const vl::Ptr<WfEnumItemIntersection>& value)
	{
		node->intersections.Add(value);
		return *this;
	}

	MakeEnumItem& MakeEnumItem::kind(WfEnumItemKind value)
	{
		node->kind = value;
		return *this;
	}

	MakeEnumItem& MakeEnumItem::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

	MakeEnumItem& MakeEnumItem::number(const vl::WString& value)
	{
		node->number.value = value;
		return *this;
	}

/***********************************************************************
MakeEnumItemIntersection
***********************************************************************/

	MakeEnumItemIntersection& MakeEnumItemIntersection::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeEnumerableType
***********************************************************************/

	MakeEnumerableType& MakeEnumerableType::element(const vl::Ptr<WfType>& value)
	{
		node->element = value;
		return *this;
	}

/***********************************************************************
MakeEventDeclaration
***********************************************************************/

	MakeEventDeclaration& MakeEventDeclaration::arguments(const vl::Ptr<WfType>& value)
	{
		node->arguments.Add(value);
		return *this;
	}

	MakeEventDeclaration& MakeEventDeclaration::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakeEventDeclaration& MakeEventDeclaration::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeExpectedTypeCastExpression
***********************************************************************/

	MakeExpectedTypeCastExpression& MakeExpectedTypeCastExpression::expression(const vl::Ptr<WfExpression>& value)
	{
		node->expression = value;
		return *this;
	}

	MakeExpectedTypeCastExpression& MakeExpectedTypeCastExpression::strategy(WfTypeCastingStrategy value)
	{
		node->strategy = value;
		return *this;
	}

	MakeExpectedTypeCastExpression& MakeExpectedTypeCastExpression::expandedExpression(const vl::Ptr<WfExpression>& value)
	{
		node->expandedExpression = value;
		return *this;
	}

/***********************************************************************
MakeExpressionStatement
***********************************************************************/

	MakeExpressionStatement& MakeExpressionStatement::expression(const vl::Ptr<WfExpression>& value)
	{
		node->expression = value;
		return *this;
	}

/***********************************************************************
MakeFloatingExpression
***********************************************************************/

	MakeFloatingExpression& MakeFloatingExpression::value(const vl::WString& value)
	{
		node->value.value = value;
		return *this;
	}

/***********************************************************************
MakeForEachStatement
***********************************************************************/

	MakeForEachStatement& MakeForEachStatement::collection(const vl::Ptr<WfExpression>& value)
	{
		node->collection = value;
		return *this;
	}

	MakeForEachStatement& MakeForEachStatement::direction(WfForEachDirection value)
	{
		node->direction = value;
		return *this;
	}

	MakeForEachStatement& MakeForEachStatement::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

	MakeForEachStatement& MakeForEachStatement::statement(const vl::Ptr<WfStatement>& value)
	{
		node->statement = value;
		return *this;
	}

	MakeForEachStatement& MakeForEachStatement::expandedStatement(const vl::Ptr<WfStatement>& value)
	{
		node->expandedStatement = value;
		return *this;
	}

/***********************************************************************
MakeFormatExpression
***********************************************************************/

	MakeFormatExpression& MakeFormatExpression::value(const vl::WString& value)
	{
		node->value.value = value;
		return *this;
	}

	MakeFormatExpression& MakeFormatExpression::expandedExpression(const vl::Ptr<WfExpression>& value)
	{
		node->expandedExpression = value;
		return *this;
	}

/***********************************************************************
MakeFunctionArgument
***********************************************************************/

	MakeFunctionArgument& MakeFunctionArgument::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakeFunctionArgument& MakeFunctionArgument::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

	MakeFunctionArgument& MakeFunctionArgument::type(const vl::Ptr<WfType>& value)
	{
		node->type = value;
		return *this;
	}

/***********************************************************************
MakeFunctionDeclaration
***********************************************************************/

	MakeFunctionDeclaration& MakeFunctionDeclaration::anonymity(WfFunctionAnonymity value)
	{
		node->anonymity = value;
		return *this;
	}

	MakeFunctionDeclaration& MakeFunctionDeclaration::arguments(const vl::Ptr<WfFunctionArgument>& value)
	{
		node->arguments.Add(value);
		return *this;
	}

	MakeFunctionDeclaration& MakeFunctionDeclaration::functionKind(WfFunctionKind value)
	{
		node->functionKind = value;
		return *this;
	}

	MakeFunctionDeclaration& MakeFunctionDeclaration::returnType(const vl::Ptr<WfType>& value)
	{
		node->returnType = value;
		return *this;
	}

	MakeFunctionDeclaration& MakeFunctionDeclaration::statement(const vl::Ptr<WfStatement>& value)
	{
		node->statement = value;
		return *this;
	}

	MakeFunctionDeclaration& MakeFunctionDeclaration::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakeFunctionDeclaration& MakeFunctionDeclaration::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeFunctionExpression
***********************************************************************/

	MakeFunctionExpression& MakeFunctionExpression::function(const vl::Ptr<WfFunctionDeclaration>& value)
	{
		node->function = value;
		return *this;
	}

/***********************************************************************
MakeFunctionType
***********************************************************************/

	MakeFunctionType& MakeFunctionType::arguments(const vl::Ptr<WfType>& value)
	{
		node->arguments.Add(value);
		return *this;
	}

	MakeFunctionType& MakeFunctionType::result(const vl::Ptr<WfType>& value)
	{
		node->result = value;
		return *this;
	}

/***********************************************************************
MakeGotoStatement
***********************************************************************/

	MakeGotoStatement& MakeGotoStatement::label(const vl::WString& value)
	{
		node->label.value = value;
		return *this;
	}

/***********************************************************************
MakeIfExpression
***********************************************************************/

	MakeIfExpression& MakeIfExpression::condition(const vl::Ptr<WfExpression>& value)
	{
		node->condition = value;
		return *this;
	}

	MakeIfExpression& MakeIfExpression::falseBranch(const vl::Ptr<WfExpression>& value)
	{
		node->falseBranch = value;
		return *this;
	}

	MakeIfExpression& MakeIfExpression::trueBranch(const vl::Ptr<WfExpression>& value)
	{
		node->trueBranch = value;
		return *this;
	}

/***********************************************************************
MakeIfStatement
***********************************************************************/

	MakeIfStatement& MakeIfStatement::expression(const vl::Ptr<WfExpression>& value)
	{
		node->expression = value;
		return *this;
	}

	MakeIfStatement& MakeIfStatement::falseBranch(const vl::Ptr<WfStatement>& value)
	{
		node->falseBranch = value;
		return *this;
	}

	MakeIfStatement& MakeIfStatement::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

	MakeIfStatement& MakeIfStatement::trueBranch(const vl::Ptr<WfStatement>& value)
	{
		node->trueBranch = value;
		return *this;
	}

	MakeIfStatement& MakeIfStatement::type(const vl::Ptr<WfType>& value)
	{
		node->type = value;
		return *this;
	}

/***********************************************************************
MakeInferExpression
***********************************************************************/

	MakeInferExpression& MakeInferExpression::expression(const vl::Ptr<WfExpression>& value)
	{
		node->expression = value;
		return *this;
	}

	MakeInferExpression& MakeInferExpression::type(const vl::Ptr<WfType>& value)
	{
		node->type = value;
		return *this;
	}

/***********************************************************************
MakeIntegerExpression
***********************************************************************/

	MakeIntegerExpression& MakeIntegerExpression::value(const vl::WString& value)
	{
		node->value.value = value;
		return *this;
	}

/***********************************************************************
MakeLetExpression
***********************************************************************/

	MakeLetExpression& MakeLetExpression::expression(const vl::Ptr<WfExpression>& value)
	{
		node->expression = value;
		return *this;
	}

	MakeLetExpression& MakeLetExpression::variables(const vl::Ptr<WfLetVariable>& value)
	{
		node->variables.Add(value);
		return *this;
	}

/***********************************************************************
MakeLetVariable
***********************************************************************/

	MakeLetVariable& MakeLetVariable::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

	MakeLetVariable& MakeLetVariable::value(const vl::Ptr<WfExpression>& value)
	{
		node->value = value;
		return *this;
	}

/***********************************************************************
MakeLiteralExpression
***********************************************************************/

	MakeLiteralExpression& MakeLiteralExpression::value(WfLiteralValue value)
	{
		node->value = value;
		return *this;
	}

/***********************************************************************
MakeMapType
***********************************************************************/

	MakeMapType& MakeMapType::key(const vl::Ptr<WfType>& value)
	{
		node->key = value;
		return *this;
	}

	MakeMapType& MakeMapType::value(const vl::Ptr<WfType>& value)
	{
		node->value = value;
		return *this;
	}

	MakeMapType& MakeMapType::writability(WfMapWritability value)
	{
		node->writability = value;
		return *this;
	}

/***********************************************************************
MakeMemberExpression
***********************************************************************/

	MakeMemberExpression& MakeMemberExpression::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

	MakeMemberExpression& MakeMemberExpression::parent(const vl::Ptr<WfExpression>& value)
	{
		node->parent = value;
		return *this;
	}

/***********************************************************************
MakeMixinCastExpression
***********************************************************************/

	MakeMixinCastExpression& MakeMixinCastExpression::expression(const vl::Ptr<WfExpression>& value)
	{
		node->expression = value;
		return *this;
	}

	MakeMixinCastExpression& MakeMixinCastExpression::type(const vl::Ptr<WfType>& value)
	{
		node->type = value;
		return *this;
	}

	MakeMixinCastExpression& MakeMixinCastExpression::expandedExpression(const vl::Ptr<WfExpression>& value)
	{
		node->expandedExpression = value;
		return *this;
	}

/***********************************************************************
MakeModule
***********************************************************************/

	MakeModule& MakeModule::declarations(const vl::Ptr<WfDeclaration>& value)
	{
		node->declarations.Add(value);
		return *this;
	}

	MakeModule& MakeModule::moduleType(WfModuleType value)
	{
		node->moduleType = value;
		return *this;
	}

	MakeModule& MakeModule::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

	MakeModule& MakeModule::paths(const vl::Ptr<WfModuleUsingPath>& value)
	{
		node->paths.Add(value);
		return *this;
	}

/***********************************************************************
MakeModuleUsingItem
***********************************************************************/

	MakeModuleUsingItem& MakeModuleUsingItem::fragments(const vl::Ptr<WfModuleUsingFragment>& value)
	{
		node->fragments.Add(value);
		return *this;
	}

/***********************************************************************
MakeModuleUsingNameFragment
***********************************************************************/

	MakeModuleUsingNameFragment& MakeModuleUsingNameFragment::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeModuleUsingPath
***********************************************************************/

	MakeModuleUsingPath& MakeModuleUsingPath::items(const vl::Ptr<WfModuleUsingItem>& value)
	{
		node->items.Add(value);
		return *this;
	}

/***********************************************************************
MakeNamespaceDeclaration
***********************************************************************/

	MakeNamespaceDeclaration& MakeNamespaceDeclaration::declarations(const vl::Ptr<WfDeclaration>& value)
	{
		node->declarations.Add(value);
		return *this;
	}

	MakeNamespaceDeclaration& MakeNamespaceDeclaration::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakeNamespaceDeclaration& MakeNamespaceDeclaration::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeNewClassExpression
***********************************************************************/

	MakeNewClassExpression& MakeNewClassExpression::arguments(const vl::Ptr<WfExpression>& value)
	{
		node->arguments.Add(value);
		return *this;
	}

	MakeNewClassExpression& MakeNewClassExpression::type(const vl::Ptr<WfType>& value)
	{
		node->type = value;
		return *this;
	}

/***********************************************************************
MakeNewCoroutineExpression
***********************************************************************/

	MakeNewCoroutineExpression& MakeNewCoroutineExpression::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

	MakeNewCoroutineExpression& MakeNewCoroutineExpression::statement(const vl::Ptr<WfStatement>& value)
	{
		node->statement = value;
		return *this;
	}

	MakeNewCoroutineExpression& MakeNewCoroutineExpression::expandedExpression(const vl::Ptr<WfExpression>& value)
	{
		node->expandedExpression = value;
		return *this;
	}

/***********************************************************************
MakeNewInterfaceExpression
***********************************************************************/

	MakeNewInterfaceExpression& MakeNewInterfaceExpression::declarations(const vl::Ptr<WfDeclaration>& value)
	{
		node->declarations.Add(value);
		return *this;
	}

	MakeNewInterfaceExpression& MakeNewInterfaceExpression::type(const vl::Ptr<WfType>& value)
	{
		node->type = value;
		return *this;
	}

/***********************************************************************
MakeNullableType
***********************************************************************/

	MakeNullableType& MakeNullableType::element(const vl::Ptr<WfType>& value)
	{
		node->element = value;
		return *this;
	}

/***********************************************************************
MakeObservableListType
***********************************************************************/

	MakeObservableListType& MakeObservableListType::element(const vl::Ptr<WfType>& value)
	{
		node->element = value;
		return *this;
	}

/***********************************************************************
MakeObserveExpression
***********************************************************************/

	MakeObserveExpression& MakeObserveExpression::events(const vl::Ptr<WfExpression>& value)
	{
		node->events.Add(value);
		return *this;
	}

	MakeObserveExpression& MakeObserveExpression::expression(const vl::Ptr<WfExpression>& value)
	{
		node->expression = value;
		return *this;
	}

	MakeObserveExpression& MakeObserveExpression::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

	MakeObserveExpression& MakeObserveExpression::observeType(WfObserveType value)
	{
		node->observeType = value;
		return *this;
	}

	MakeObserveExpression& MakeObserveExpression::parent(const vl::Ptr<WfExpression>& value)
	{
		node->parent = value;
		return *this;
	}

/***********************************************************************
MakeOrderedLambdaExpression
***********************************************************************/

	MakeOrderedLambdaExpression& MakeOrderedLambdaExpression::body(const vl::Ptr<WfExpression>& value)
	{
		node->body = value;
		return *this;
	}

/***********************************************************************
MakeOrderedNameExpression
***********************************************************************/

	MakeOrderedNameExpression& MakeOrderedNameExpression::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakePredefinedType
***********************************************************************/

	MakePredefinedType& MakePredefinedType::name(WfPredefinedTypeName value)
	{
		node->name = value;
		return *this;
	}

/***********************************************************************
MakePropertyDeclaration
***********************************************************************/

	MakePropertyDeclaration& MakePropertyDeclaration::getter(const vl::WString& value)
	{
		node->getter.value = value;
		return *this;
	}

	MakePropertyDeclaration& MakePropertyDeclaration::setter(const vl::WString& value)
	{
		node->setter.value = value;
		return *this;
	}

	MakePropertyDeclaration& MakePropertyDeclaration::type(const vl::Ptr<WfType>& value)
	{
		node->type = value;
		return *this;
	}

	MakePropertyDeclaration& MakePropertyDeclaration::valueChangedEvent(const vl::WString& value)
	{
		node->valueChangedEvent.value = value;
		return *this;
	}

	MakePropertyDeclaration& MakePropertyDeclaration::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakePropertyDeclaration& MakePropertyDeclaration::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeRaiseExceptionStatement
***********************************************************************/

	MakeRaiseExceptionStatement& MakeRaiseExceptionStatement::expression(const vl::Ptr<WfExpression>& value)
	{
		node->expression = value;
		return *this;
	}

/***********************************************************************
MakeRangeExpression
***********************************************************************/

	MakeRangeExpression& MakeRangeExpression::begin(const vl::Ptr<WfExpression>& value)
	{
		node->begin = value;
		return *this;
	}

	MakeRangeExpression& MakeRangeExpression::beginBoundary(WfRangeBoundary value)
	{
		node->beginBoundary = value;
		return *this;
	}

	MakeRangeExpression& MakeRangeExpression::end(const vl::Ptr<WfExpression>& value)
	{
		node->end = value;
		return *this;
	}

	MakeRangeExpression& MakeRangeExpression::endBoundary(WfRangeBoundary value)
	{
		node->endBoundary = value;
		return *this;
	}

/***********************************************************************
MakeRawPointerType
***********************************************************************/

	MakeRawPointerType& MakeRawPointerType::element(const vl::Ptr<WfType>& value)
	{
		node->element = value;
		return *this;
	}

/***********************************************************************
MakeReferenceExpression
***********************************************************************/

	MakeReferenceExpression& MakeReferenceExpression::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeReferenceType
***********************************************************************/

	MakeReferenceType& MakeReferenceType::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeReturnStatement
***********************************************************************/

	MakeReturnStatement& MakeReturnStatement::expression(const vl::Ptr<WfExpression>& value)
	{
		node->expression = value;
		return *this;
	}

/***********************************************************************
MakeSetTestingExpression
***********************************************************************/

	MakeSetTestingExpression& MakeSetTestingExpression::collection(const vl::Ptr<WfExpression>& value)
	{
		node->collection = value;
		return *this;
	}

	MakeSetTestingExpression& MakeSetTestingExpression::element(const vl::Ptr<WfExpression>& value)
	{
		node->element = value;
		return *this;
	}

	MakeSetTestingExpression& MakeSetTestingExpression::test(WfSetTesting value)
	{
		node->test = value;
		return *this;
	}

/***********************************************************************
MakeSharedPointerType
***********************************************************************/

	MakeSharedPointerType& MakeSharedPointerType::element(const vl::Ptr<WfType>& value)
	{
		node->element = value;
		return *this;
	}

/***********************************************************************
MakeStateDeclaration
***********************************************************************/

	MakeStateDeclaration& MakeStateDeclaration::arguments(const vl::Ptr<WfFunctionArgument>& value)
	{
		node->arguments.Add(value);
		return *this;
	}

	MakeStateDeclaration& MakeStateDeclaration::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

	MakeStateDeclaration& MakeStateDeclaration::statement(const vl::Ptr<WfStatement>& value)
	{
		node->statement = value;
		return *this;
	}

/***********************************************************************
MakeStateInput
***********************************************************************/

	MakeStateInput& MakeStateInput::arguments(const vl::Ptr<WfFunctionArgument>& value)
	{
		node->arguments.Add(value);
		return *this;
	}

	MakeStateInput& MakeStateInput::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeStateInvokeStatement
***********************************************************************/

	MakeStateInvokeStatement& MakeStateInvokeStatement::arguments(const vl::Ptr<WfExpression>& value)
	{
		node->arguments.Add(value);
		return *this;
	}

	MakeStateInvokeStatement& MakeStateInvokeStatement::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

	MakeStateInvokeStatement& MakeStateInvokeStatement::type(WfStateInvokeType value)
	{
		node->type = value;
		return *this;
	}

/***********************************************************************
MakeStateMachineDeclaration
***********************************************************************/

	MakeStateMachineDeclaration& MakeStateMachineDeclaration::inputs(const vl::Ptr<WfStateInput>& value)
	{
		node->inputs.Add(value);
		return *this;
	}

	MakeStateMachineDeclaration& MakeStateMachineDeclaration::states(const vl::Ptr<WfStateDeclaration>& value)
	{
		node->states.Add(value);
		return *this;
	}

	MakeStateMachineDeclaration& MakeStateMachineDeclaration::expandedDeclarations(const vl::Ptr<WfDeclaration>& value)
	{
		node->expandedDeclarations.Add(value);
		return *this;
	}

	MakeStateMachineDeclaration& MakeStateMachineDeclaration::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakeStateMachineDeclaration& MakeStateMachineDeclaration::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeStateSwitchArgument
***********************************************************************/

	MakeStateSwitchArgument& MakeStateSwitchArgument::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeStateSwitchCase
***********************************************************************/

	MakeStateSwitchCase& MakeStateSwitchCase::arguments(const vl::Ptr<WfStateSwitchArgument>& value)
	{
		node->arguments.Add(value);
		return *this;
	}

	MakeStateSwitchCase& MakeStateSwitchCase::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

	MakeStateSwitchCase& MakeStateSwitchCase::statement(const vl::Ptr<WfStatement>& value)
	{
		node->statement = value;
		return *this;
	}

/***********************************************************************
MakeStateSwitchStatement
***********************************************************************/

	MakeStateSwitchStatement& MakeStateSwitchStatement::caseBranches(const vl::Ptr<WfStateSwitchCase>& value)
	{
		node->caseBranches.Add(value);
		return *this;
	}

	MakeStateSwitchStatement& MakeStateSwitchStatement::type(WfStateSwitchType value)
	{
		node->type = value;
		return *this;
	}

/***********************************************************************
MakeStaticInitDeclaration
***********************************************************************/

	MakeStaticInitDeclaration& MakeStaticInitDeclaration::statement(const vl::Ptr<WfStatement>& value)
	{
		node->statement = value;
		return *this;
	}

	MakeStaticInitDeclaration& MakeStaticInitDeclaration::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakeStaticInitDeclaration& MakeStaticInitDeclaration::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeStringExpression
***********************************************************************/

	MakeStringExpression& MakeStringExpression::value(const vl::WString& value)
	{
		node->value.value = value;
		return *this;
	}

/***********************************************************************
MakeStructDeclaration
***********************************************************************/

	MakeStructDeclaration& MakeStructDeclaration::members(const vl::Ptr<WfStructMember>& value)
	{
		node->members.Add(value);
		return *this;
	}

	MakeStructDeclaration& MakeStructDeclaration::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakeStructDeclaration& MakeStructDeclaration::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeStructMember
***********************************************************************/

	MakeStructMember& MakeStructMember::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakeStructMember& MakeStructMember::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

	MakeStructMember& MakeStructMember::type(const vl::Ptr<WfType>& value)
	{
		node->type = value;
		return *this;
	}

/***********************************************************************
MakeSwitchCase
***********************************************************************/

	MakeSwitchCase& MakeSwitchCase::expression(const vl::Ptr<WfExpression>& value)
	{
		node->expression = value;
		return *this;
	}

	MakeSwitchCase& MakeSwitchCase::statement(const vl::Ptr<WfStatement>& value)
	{
		node->statement = value;
		return *this;
	}

/***********************************************************************
MakeSwitchStatement
***********************************************************************/

	MakeSwitchStatement& MakeSwitchStatement::caseBranches(const vl::Ptr<WfSwitchCase>& value)
	{
		node->caseBranches.Add(value);
		return *this;
	}

	MakeSwitchStatement& MakeSwitchStatement::defaultBranch(const vl::Ptr<WfStatement>& value)
	{
		node->defaultBranch = value;
		return *this;
	}

	MakeSwitchStatement& MakeSwitchStatement::expression(const vl::Ptr<WfExpression>& value)
	{
		node->expression = value;
		return *this;
	}

	MakeSwitchStatement& MakeSwitchStatement::expandedStatement(const vl::Ptr<WfStatement>& value)
	{
		node->expandedStatement = value;
		return *this;
	}

/***********************************************************************
MakeTopQualifiedExpression
***********************************************************************/

	MakeTopQualifiedExpression& MakeTopQualifiedExpression::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeTopQualifiedType
***********************************************************************/

	MakeTopQualifiedType& MakeTopQualifiedType::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeTryStatement
***********************************************************************/

	MakeTryStatement& MakeTryStatement::catchStatement(const vl::Ptr<WfStatement>& value)
	{
		node->catchStatement = value;
		return *this;
	}

	MakeTryStatement& MakeTryStatement::finallyStatement(const vl::Ptr<WfStatement>& value)
	{
		node->finallyStatement = value;
		return *this;
	}

	MakeTryStatement& MakeTryStatement::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

	MakeTryStatement& MakeTryStatement::protectedStatement(const vl::Ptr<WfStatement>& value)
	{
		node->protectedStatement = value;
		return *this;
	}

/***********************************************************************
MakeTypeCastingExpression
***********************************************************************/

	MakeTypeCastingExpression& MakeTypeCastingExpression::expression(const vl::Ptr<WfExpression>& value)
	{
		node->expression = value;
		return *this;
	}

	MakeTypeCastingExpression& MakeTypeCastingExpression::strategy(WfTypeCastingStrategy value)
	{
		node->strategy = value;
		return *this;
	}

	MakeTypeCastingExpression& MakeTypeCastingExpression::type(const vl::Ptr<WfType>& value)
	{
		node->type = value;
		return *this;
	}

/***********************************************************************
MakeTypeOfExpressionExpression
***********************************************************************/

	MakeTypeOfExpressionExpression& MakeTypeOfExpressionExpression::expression(const vl::Ptr<WfExpression>& value)
	{
		node->expression = value;
		return *this;
	}

/***********************************************************************
MakeTypeOfTypeExpression
***********************************************************************/

	MakeTypeOfTypeExpression& MakeTypeOfTypeExpression::type(const vl::Ptr<WfType>& value)
	{
		node->type = value;
		return *this;
	}

/***********************************************************************
MakeTypeTestingExpression
***********************************************************************/

	MakeTypeTestingExpression& MakeTypeTestingExpression::expression(const vl::Ptr<WfExpression>& value)
	{
		node->expression = value;
		return *this;
	}

	MakeTypeTestingExpression& MakeTypeTestingExpression::test(WfTypeTesting value)
	{
		node->test = value;
		return *this;
	}

	MakeTypeTestingExpression& MakeTypeTestingExpression::type(const vl::Ptr<WfType>& value)
	{
		node->type = value;
		return *this;
	}

/***********************************************************************
MakeUnaryExpression
***********************************************************************/

	MakeUnaryExpression& MakeUnaryExpression::op(WfUnaryOperator value)
	{
		node->op = value;
		return *this;
	}

	MakeUnaryExpression& MakeUnaryExpression::operand(const vl::Ptr<WfExpression>& value)
	{
		node->operand = value;
		return *this;
	}

/***********************************************************************
MakeVariableDeclaration
***********************************************************************/

	MakeVariableDeclaration& MakeVariableDeclaration::expression(const vl::Ptr<WfExpression>& value)
	{
		node->expression = value;
		return *this;
	}

	MakeVariableDeclaration& MakeVariableDeclaration::type(const vl::Ptr<WfType>& value)
	{
		node->type = value;
		return *this;
	}

	MakeVariableDeclaration& MakeVariableDeclaration::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakeVariableDeclaration& MakeVariableDeclaration::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeVariableStatement
***********************************************************************/

	MakeVariableStatement& MakeVariableStatement::variable(const vl::Ptr<WfVariableDeclaration>& value)
	{
		node->variable = value;
		return *this;
	}

/***********************************************************************
MakeVirtualCfeDeclaration
***********************************************************************/

	MakeVirtualCfeDeclaration& MakeVirtualCfeDeclaration::expandedDeclarations(const vl::Ptr<WfDeclaration>& value)
	{
		node->expandedDeclarations.Add(value);
		return *this;
	}

	MakeVirtualCfeDeclaration& MakeVirtualCfeDeclaration::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakeVirtualCfeDeclaration& MakeVirtualCfeDeclaration::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeVirtualCfeExpression
***********************************************************************/

	MakeVirtualCfeExpression& MakeVirtualCfeExpression::expandedExpression(const vl::Ptr<WfExpression>& value)
	{
		node->expandedExpression = value;
		return *this;
	}

/***********************************************************************
MakeVirtualCseDeclaration
***********************************************************************/

	MakeVirtualCseDeclaration& MakeVirtualCseDeclaration::expandedDeclarations(const vl::Ptr<WfDeclaration>& value)
	{
		node->expandedDeclarations.Add(value);
		return *this;
	}

	MakeVirtualCseDeclaration& MakeVirtualCseDeclaration::attributes(const vl::Ptr<WfAttribute>& value)
	{
		node->attributes.Add(value);
		return *this;
	}

	MakeVirtualCseDeclaration& MakeVirtualCseDeclaration::name(const vl::WString& value)
	{
		node->name.value = value;
		return *this;
	}

/***********************************************************************
MakeVirtualCseExpression
***********************************************************************/

	MakeVirtualCseExpression& MakeVirtualCseExpression::expandedExpression(const vl::Ptr<WfExpression>& value)
	{
		node->expandedExpression = value;
		return *this;
	}

/***********************************************************************
MakeVirtualCseStatement
***********************************************************************/

	MakeVirtualCseStatement& MakeVirtualCseStatement::expandedStatement(const vl::Ptr<WfStatement>& value)
	{
		node->expandedStatement = value;
		return *this;
	}

/***********************************************************************
MakeWhileStatement
***********************************************************************/

	MakeWhileStatement& MakeWhileStatement::condition(const vl::Ptr<WfExpression>& value)
	{
		node->condition = value;
		return *this;
	}

	MakeWhileStatement& MakeWhileStatement::statement(const vl::Ptr<WfStatement>& value)
	{
		node->statement = value;
		return *this;
	}
}


/***********************************************************************
.\PARSER\GENERATED\WORKFLOWAST_COPY.CPP
***********************************************************************/
/***********************************************************************
This file is generated by: Vczh Parser Generator
From parser definition:Ast
Licensed under https://github.com/vczh-libraries/License
***********************************************************************/


namespace vl::workflow::copy_visitor
{
	void AstVisitor::CopyFields(WfAttachEventExpression* from, WfAttachEventExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->event = CopyNode(from->event.Obj());
		to->function = CopyNode(from->function.Obj());
	}

	void AstVisitor::CopyFields(WfAttribute* from, WfAttribute* to)
	{
		to->category = from->category;
		to->name = from->name;
		to->value = CopyNode(from->value.Obj());
	}

	void AstVisitor::CopyFields(WfAutoPropertyDeclaration* from, WfAutoPropertyDeclaration* to)
	{
		CopyFields(static_cast<WfVirtualCfeDeclaration*>(from), static_cast<WfVirtualCfeDeclaration*>(to));
		to->configConst = from->configConst;
		to->configObserve = from->configObserve;
		to->expression = CopyNode(from->expression.Obj());
		to->functionKind = from->functionKind;
		to->type = CopyNode(from->type.Obj());
	}

	void AstVisitor::CopyFields(WfBaseConstructorCall* from, WfBaseConstructorCall* to)
	{
		for (auto&& listItem : from->arguments)
		{
			to->arguments.Add(CopyNode(listItem.Obj()));
		}
		to->type = CopyNode(from->type.Obj());
	}

	void AstVisitor::CopyFields(WfBinaryExpression* from, WfBinaryExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->first = CopyNode(from->first.Obj());
		to->op = from->op;
		to->second = CopyNode(from->second.Obj());
	}

	void AstVisitor::CopyFields(WfBindExpression* from, WfBindExpression* to)
	{
		CopyFields(static_cast<WfVirtualCseExpression*>(from), static_cast<WfVirtualCseExpression*>(to));
		to->expression = CopyNode(from->expression.Obj());
	}

	void AstVisitor::CopyFields(WfBlockStatement* from, WfBlockStatement* to)
	{
		CopyFields(static_cast<WfStatement*>(from), static_cast<WfStatement*>(to));
		to->endLabel = from->endLabel;
		for (auto&& listItem : from->statements)
		{
			to->statements.Add(CopyNode(listItem.Obj()));
		}
	}

	void AstVisitor::CopyFields(WfBreakStatement* from, WfBreakStatement* to)
	{
		CopyFields(static_cast<WfStatement*>(from), static_cast<WfStatement*>(to));
	}

	void AstVisitor::CopyFields(WfCallExpression* from, WfCallExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		for (auto&& listItem : from->arguments)
		{
			to->arguments.Add(CopyNode(listItem.Obj()));
		}
		to->function = CopyNode(from->function.Obj());
	}

	void AstVisitor::CopyFields(WfCastResultInterfaceDeclaration* from, WfCastResultInterfaceDeclaration* to)
	{
		CopyFields(static_cast<WfVirtualCfeDeclaration*>(from), static_cast<WfVirtualCfeDeclaration*>(to));
		to->baseType = CopyNode(from->baseType.Obj());
		to->elementType = CopyNode(from->elementType.Obj());
	}

	void AstVisitor::CopyFields(WfChildExpression* from, WfChildExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->name = from->name;
		to->parent = CopyNode(from->parent.Obj());
	}

	void AstVisitor::CopyFields(WfChildType* from, WfChildType* to)
	{
		CopyFields(static_cast<WfType*>(from), static_cast<WfType*>(to));
		to->name = from->name;
		to->parent = CopyNode(from->parent.Obj());
	}

	void AstVisitor::CopyFields(WfClassDeclaration* from, WfClassDeclaration* to)
	{
		CopyFields(static_cast<WfDeclaration*>(from), static_cast<WfDeclaration*>(to));
		for (auto&& listItem : from->baseTypes)
		{
			to->baseTypes.Add(CopyNode(listItem.Obj()));
		}
		to->constructorType = from->constructorType;
		for (auto&& listItem : from->declarations)
		{
			to->declarations.Add(CopyNode(listItem.Obj()));
		}
		to->kind = from->kind;
	}

	void AstVisitor::CopyFields(WfCoOperatorExpression* from, WfCoOperatorExpression* to)
	{
		CopyFields(static_cast<WfVirtualCseExpression*>(from), static_cast<WfVirtualCseExpression*>(to));
		to->name = from->name;
	}

	void AstVisitor::CopyFields(WfCoOperatorStatement* from, WfCoOperatorStatement* to)
	{
		CopyFields(static_cast<WfCoroutineStatement*>(from), static_cast<WfCoroutineStatement*>(to));
		for (auto&& listItem : from->arguments)
		{
			to->arguments.Add(CopyNode(listItem.Obj()));
		}
		to->opName = from->opName;
		to->varName = from->varName;
	}

	void AstVisitor::CopyFields(WfCoPauseStatement* from, WfCoPauseStatement* to)
	{
		CopyFields(static_cast<WfCoroutineStatement*>(from), static_cast<WfCoroutineStatement*>(to));
		to->statement = CopyNode(from->statement.Obj());
	}

	void AstVisitor::CopyFields(WfCoProviderStatement* from, WfCoProviderStatement* to)
	{
		CopyFields(static_cast<WfVirtualCseStatement*>(from), static_cast<WfVirtualCseStatement*>(to));
		to->name = from->name;
		to->statement = CopyNode(from->statement.Obj());
	}

	void AstVisitor::CopyFields(WfConstructorArgument* from, WfConstructorArgument* to)
	{
		to->key = CopyNode(from->key.Obj());
		to->value = CopyNode(from->value.Obj());
	}

	void AstVisitor::CopyFields(WfConstructorDeclaration* from, WfConstructorDeclaration* to)
	{
		CopyFields(static_cast<WfDeclaration*>(from), static_cast<WfDeclaration*>(to));
		for (auto&& listItem : from->arguments)
		{
			to->arguments.Add(CopyNode(listItem.Obj()));
		}
		for (auto&& listItem : from->baseConstructorCalls)
		{
			to->baseConstructorCalls.Add(CopyNode(listItem.Obj()));
		}
		to->constructorType = from->constructorType;
		to->statement = CopyNode(from->statement.Obj());
	}

	void AstVisitor::CopyFields(WfConstructorExpression* from, WfConstructorExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		for (auto&& listItem : from->arguments)
		{
			to->arguments.Add(CopyNode(listItem.Obj()));
		}
	}

	void AstVisitor::CopyFields(WfContinueStatement* from, WfContinueStatement* to)
	{
		CopyFields(static_cast<WfStatement*>(from), static_cast<WfStatement*>(to));
	}

	void AstVisitor::CopyFields(WfCoroutineStatement* from, WfCoroutineStatement* to)
	{
		CopyFields(static_cast<WfStatement*>(from), static_cast<WfStatement*>(to));
	}

	void AstVisitor::CopyFields(WfDeclaration* from, WfDeclaration* to)
	{
		for (auto&& listItem : from->attributes)
		{
			to->attributes.Add(CopyNode(listItem.Obj()));
		}
		to->name = from->name;
	}

	void AstVisitor::CopyFields(WfDeleteStatement* from, WfDeleteStatement* to)
	{
		CopyFields(static_cast<WfStatement*>(from), static_cast<WfStatement*>(to));
		to->expression = CopyNode(from->expression.Obj());
	}

	void AstVisitor::CopyFields(WfDestructorDeclaration* from, WfDestructorDeclaration* to)
	{
		CopyFields(static_cast<WfDeclaration*>(from), static_cast<WfDeclaration*>(to));
		to->statement = CopyNode(from->statement.Obj());
	}

	void AstVisitor::CopyFields(WfDetachEventExpression* from, WfDetachEventExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->event = CopyNode(from->event.Obj());
		to->handler = CopyNode(from->handler.Obj());
	}

	void AstVisitor::CopyFields(WfEnumDeclaration* from, WfEnumDeclaration* to)
	{
		CopyFields(static_cast<WfDeclaration*>(from), static_cast<WfDeclaration*>(to));
		for (auto&& listItem : from->items)
		{
			to->items.Add(CopyNode(listItem.Obj()));
		}
		to->kind = from->kind;
	}

	void AstVisitor::CopyFields(WfEnumItem* from, WfEnumItem* to)
	{
		for (auto&& listItem : from->attributes)
		{
			to->attributes.Add(CopyNode(listItem.Obj()));
		}
		for (auto&& listItem : from->intersections)
		{
			to->intersections.Add(CopyNode(listItem.Obj()));
		}
		to->kind = from->kind;
		to->name = from->name;
		to->number = from->number;
	}

	void AstVisitor::CopyFields(WfEnumItemIntersection* from, WfEnumItemIntersection* to)
	{
		to->name = from->name;
	}

	void AstVisitor::CopyFields(WfEnumerableType* from, WfEnumerableType* to)
	{
		CopyFields(static_cast<WfType*>(from), static_cast<WfType*>(to));
		to->element = CopyNode(from->element.Obj());
	}

	void AstVisitor::CopyFields(WfEventDeclaration* from, WfEventDeclaration* to)
	{
		CopyFields(static_cast<WfDeclaration*>(from), static_cast<WfDeclaration*>(to));
		for (auto&& listItem : from->arguments)
		{
			to->arguments.Add(CopyNode(listItem.Obj()));
		}
	}

	void AstVisitor::CopyFields(WfExpectedTypeCastExpression* from, WfExpectedTypeCastExpression* to)
	{
		CopyFields(static_cast<WfVirtualCseExpression*>(from), static_cast<WfVirtualCseExpression*>(to));
		to->expression = CopyNode(from->expression.Obj());
		to->strategy = from->strategy;
	}

	void AstVisitor::CopyFields(WfExpression* from, WfExpression* to)
	{
	}

	void AstVisitor::CopyFields(WfExpressionStatement* from, WfExpressionStatement* to)
	{
		CopyFields(static_cast<WfStatement*>(from), static_cast<WfStatement*>(to));
		to->expression = CopyNode(from->expression.Obj());
	}

	void AstVisitor::CopyFields(WfFloatingExpression* from, WfFloatingExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->value = from->value;
	}

	void AstVisitor::CopyFields(WfForEachStatement* from, WfForEachStatement* to)
	{
		CopyFields(static_cast<WfVirtualCseStatement*>(from), static_cast<WfVirtualCseStatement*>(to));
		to->collection = CopyNode(from->collection.Obj());
		to->direction = from->direction;
		to->name = from->name;
		to->statement = CopyNode(from->statement.Obj());
	}

	void AstVisitor::CopyFields(WfFormatExpression* from, WfFormatExpression* to)
	{
		CopyFields(static_cast<WfVirtualCfeExpression*>(from), static_cast<WfVirtualCfeExpression*>(to));
		to->value = from->value;
	}

	void AstVisitor::CopyFields(WfFunctionArgument* from, WfFunctionArgument* to)
	{
		for (auto&& listItem : from->attributes)
		{
			to->attributes.Add(CopyNode(listItem.Obj()));
		}
		to->name = from->name;
		to->type = CopyNode(from->type.Obj());
	}

	void AstVisitor::CopyFields(WfFunctionDeclaration* from, WfFunctionDeclaration* to)
	{
		CopyFields(static_cast<WfDeclaration*>(from), static_cast<WfDeclaration*>(to));
		to->anonymity = from->anonymity;
		for (auto&& listItem : from->arguments)
		{
			to->arguments.Add(CopyNode(listItem.Obj()));
		}
		to->functionKind = from->functionKind;
		to->returnType = CopyNode(from->returnType.Obj());
		to->statement = CopyNode(from->statement.Obj());
	}

	void AstVisitor::CopyFields(WfFunctionExpression* from, WfFunctionExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->function = CopyNode(from->function.Obj());
	}

	void AstVisitor::CopyFields(WfFunctionType* from, WfFunctionType* to)
	{
		CopyFields(static_cast<WfType*>(from), static_cast<WfType*>(to));
		for (auto&& listItem : from->arguments)
		{
			to->arguments.Add(CopyNode(listItem.Obj()));
		}
		to->result = CopyNode(from->result.Obj());
	}

	void AstVisitor::CopyFields(WfGotoStatement* from, WfGotoStatement* to)
	{
		CopyFields(static_cast<WfStatement*>(from), static_cast<WfStatement*>(to));
		to->label = from->label;
	}

	void AstVisitor::CopyFields(WfIfExpression* from, WfIfExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->condition = CopyNode(from->condition.Obj());
		to->falseBranch = CopyNode(from->falseBranch.Obj());
		to->trueBranch = CopyNode(from->trueBranch.Obj());
	}

	void AstVisitor::CopyFields(WfIfStatement* from, WfIfStatement* to)
	{
		CopyFields(static_cast<WfStatement*>(from), static_cast<WfStatement*>(to));
		to->expression = CopyNode(from->expression.Obj());
		to->falseBranch = CopyNode(from->falseBranch.Obj());
		to->name = from->name;
		to->trueBranch = CopyNode(from->trueBranch.Obj());
		to->type = CopyNode(from->type.Obj());
	}

	void AstVisitor::CopyFields(WfInferExpression* from, WfInferExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->expression = CopyNode(from->expression.Obj());
		to->type = CopyNode(from->type.Obj());
	}

	void AstVisitor::CopyFields(WfIntegerExpression* from, WfIntegerExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->value = from->value;
	}

	void AstVisitor::CopyFields(WfLetExpression* from, WfLetExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->expression = CopyNode(from->expression.Obj());
		for (auto&& listItem : from->variables)
		{
			to->variables.Add(CopyNode(listItem.Obj()));
		}
	}

	void AstVisitor::CopyFields(WfLetVariable* from, WfLetVariable* to)
	{
		to->name = from->name;
		to->value = CopyNode(from->value.Obj());
	}

	void AstVisitor::CopyFields(WfLiteralExpression* from, WfLiteralExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->value = from->value;
	}

	void AstVisitor::CopyFields(WfMapType* from, WfMapType* to)
	{
		CopyFields(static_cast<WfType*>(from), static_cast<WfType*>(to));
		to->key = CopyNode(from->key.Obj());
		to->value = CopyNode(from->value.Obj());
		to->writability = from->writability;
	}

	void AstVisitor::CopyFields(WfMemberExpression* from, WfMemberExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->name = from->name;
		to->parent = CopyNode(from->parent.Obj());
	}

	void AstVisitor::CopyFields(WfMixinCastExpression* from, WfMixinCastExpression* to)
	{
		CopyFields(static_cast<WfVirtualCseExpression*>(from), static_cast<WfVirtualCseExpression*>(to));
		to->expression = CopyNode(from->expression.Obj());
		to->type = CopyNode(from->type.Obj());
	}

	void AstVisitor::CopyFields(WfModule* from, WfModule* to)
	{
		for (auto&& listItem : from->declarations)
		{
			to->declarations.Add(CopyNode(listItem.Obj()));
		}
		to->moduleType = from->moduleType;
		to->name = from->name;
		for (auto&& listItem : from->paths)
		{
			to->paths.Add(CopyNode(listItem.Obj()));
		}
	}

	void AstVisitor::CopyFields(WfModuleUsingFragment* from, WfModuleUsingFragment* to)
	{
	}

	void AstVisitor::CopyFields(WfModuleUsingItem* from, WfModuleUsingItem* to)
	{
		for (auto&& listItem : from->fragments)
		{
			to->fragments.Add(CopyNode(listItem.Obj()));
		}
	}

	void AstVisitor::CopyFields(WfModuleUsingNameFragment* from, WfModuleUsingNameFragment* to)
	{
		CopyFields(static_cast<WfModuleUsingFragment*>(from), static_cast<WfModuleUsingFragment*>(to));
		to->name = from->name;
	}

	void AstVisitor::CopyFields(WfModuleUsingPath* from, WfModuleUsingPath* to)
	{
		for (auto&& listItem : from->items)
		{
			to->items.Add(CopyNode(listItem.Obj()));
		}
	}

	void AstVisitor::CopyFields(WfModuleUsingWildCardFragment* from, WfModuleUsingWildCardFragment* to)
	{
		CopyFields(static_cast<WfModuleUsingFragment*>(from), static_cast<WfModuleUsingFragment*>(to));
	}

	void AstVisitor::CopyFields(WfNamespaceDeclaration* from, WfNamespaceDeclaration* to)
	{
		CopyFields(static_cast<WfDeclaration*>(from), static_cast<WfDeclaration*>(to));
		for (auto&& listItem : from->declarations)
		{
			to->declarations.Add(CopyNode(listItem.Obj()));
		}
	}

	void AstVisitor::CopyFields(WfNewClassExpression* from, WfNewClassExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		for (auto&& listItem : from->arguments)
		{
			to->arguments.Add(CopyNode(listItem.Obj()));
		}
		to->type = CopyNode(from->type.Obj());
	}

	void AstVisitor::CopyFields(WfNewCoroutineExpression* from, WfNewCoroutineExpression* to)
	{
		CopyFields(static_cast<WfVirtualCseExpression*>(from), static_cast<WfVirtualCseExpression*>(to));
		to->name = from->name;
		to->statement = CopyNode(from->statement.Obj());
	}

	void AstVisitor::CopyFields(WfNewInterfaceExpression* from, WfNewInterfaceExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		for (auto&& listItem : from->declarations)
		{
			to->declarations.Add(CopyNode(listItem.Obj()));
		}
		to->type = CopyNode(from->type.Obj());
	}

	void AstVisitor::CopyFields(WfNullableType* from, WfNullableType* to)
	{
		CopyFields(static_cast<WfType*>(from), static_cast<WfType*>(to));
		to->element = CopyNode(from->element.Obj());
	}

	void AstVisitor::CopyFields(WfObservableListType* from, WfObservableListType* to)
	{
		CopyFields(static_cast<WfType*>(from), static_cast<WfType*>(to));
		to->element = CopyNode(from->element.Obj());
	}

	void AstVisitor::CopyFields(WfObserveExpression* from, WfObserveExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		for (auto&& listItem : from->events)
		{
			to->events.Add(CopyNode(listItem.Obj()));
		}
		to->expression = CopyNode(from->expression.Obj());
		to->name = from->name;
		to->observeType = from->observeType;
		to->parent = CopyNode(from->parent.Obj());
	}

	void AstVisitor::CopyFields(WfOrderedLambdaExpression* from, WfOrderedLambdaExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->body = CopyNode(from->body.Obj());
	}

	void AstVisitor::CopyFields(WfOrderedNameExpression* from, WfOrderedNameExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->name = from->name;
	}

	void AstVisitor::CopyFields(WfPredefinedType* from, WfPredefinedType* to)
	{
		CopyFields(static_cast<WfType*>(from), static_cast<WfType*>(to));
		to->name = from->name;
	}

	void AstVisitor::CopyFields(WfPropertyDeclaration* from, WfPropertyDeclaration* to)
	{
		CopyFields(static_cast<WfDeclaration*>(from), static_cast<WfDeclaration*>(to));
		to->getter = from->getter;
		to->setter = from->setter;
		to->type = CopyNode(from->type.Obj());
		to->valueChangedEvent = from->valueChangedEvent;
	}

	void AstVisitor::CopyFields(WfRaiseExceptionStatement* from, WfRaiseExceptionStatement* to)
	{
		CopyFields(static_cast<WfStatement*>(from), static_cast<WfStatement*>(to));
		to->expression = CopyNode(from->expression.Obj());
	}

	void AstVisitor::CopyFields(WfRangeExpression* from, WfRangeExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->begin = CopyNode(from->begin.Obj());
		to->beginBoundary = from->beginBoundary;
		to->end = CopyNode(from->end.Obj());
		to->endBoundary = from->endBoundary;
	}

	void AstVisitor::CopyFields(WfRawPointerType* from, WfRawPointerType* to)
	{
		CopyFields(static_cast<WfType*>(from), static_cast<WfType*>(to));
		to->element = CopyNode(from->element.Obj());
	}

	void AstVisitor::CopyFields(WfReferenceExpression* from, WfReferenceExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->name = from->name;
	}

	void AstVisitor::CopyFields(WfReferenceType* from, WfReferenceType* to)
	{
		CopyFields(static_cast<WfType*>(from), static_cast<WfType*>(to));
		to->name = from->name;
	}

	void AstVisitor::CopyFields(WfReturnStatement* from, WfReturnStatement* to)
	{
		CopyFields(static_cast<WfStatement*>(from), static_cast<WfStatement*>(to));
		to->expression = CopyNode(from->expression.Obj());
	}

	void AstVisitor::CopyFields(WfSetTestingExpression* from, WfSetTestingExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->collection = CopyNode(from->collection.Obj());
		to->element = CopyNode(from->element.Obj());
		to->test = from->test;
	}

	void AstVisitor::CopyFields(WfSharedPointerType* from, WfSharedPointerType* to)
	{
		CopyFields(static_cast<WfType*>(from), static_cast<WfType*>(to));
		to->element = CopyNode(from->element.Obj());
	}

	void AstVisitor::CopyFields(WfStateDeclaration* from, WfStateDeclaration* to)
	{
		for (auto&& listItem : from->arguments)
		{
			to->arguments.Add(CopyNode(listItem.Obj()));
		}
		to->name = from->name;
		to->statement = CopyNode(from->statement.Obj());
	}

	void AstVisitor::CopyFields(WfStateInput* from, WfStateInput* to)
	{
		for (auto&& listItem : from->arguments)
		{
			to->arguments.Add(CopyNode(listItem.Obj()));
		}
		to->name = from->name;
	}

	void AstVisitor::CopyFields(WfStateInvokeStatement* from, WfStateInvokeStatement* to)
	{
		CopyFields(static_cast<WfStateMachineStatement*>(from), static_cast<WfStateMachineStatement*>(to));
		for (auto&& listItem : from->arguments)
		{
			to->arguments.Add(CopyNode(listItem.Obj()));
		}
		to->name = from->name;
		to->type = from->type;
	}

	void AstVisitor::CopyFields(WfStateMachineDeclaration* from, WfStateMachineDeclaration* to)
	{
		CopyFields(static_cast<WfVirtualCseDeclaration*>(from), static_cast<WfVirtualCseDeclaration*>(to));
		for (auto&& listItem : from->inputs)
		{
			to->inputs.Add(CopyNode(listItem.Obj()));
		}
		for (auto&& listItem : from->states)
		{
			to->states.Add(CopyNode(listItem.Obj()));
		}
	}

	void AstVisitor::CopyFields(WfStateMachineStatement* from, WfStateMachineStatement* to)
	{
		CopyFields(static_cast<WfStatement*>(from), static_cast<WfStatement*>(to));
	}

	void AstVisitor::CopyFields(WfStateSwitchArgument* from, WfStateSwitchArgument* to)
	{
		to->name = from->name;
	}

	void AstVisitor::CopyFields(WfStateSwitchCase* from, WfStateSwitchCase* to)
	{
		for (auto&& listItem : from->arguments)
		{
			to->arguments.Add(CopyNode(listItem.Obj()));
		}
		to->name = from->name;
		to->statement = CopyNode(from->statement.Obj());
	}

	void AstVisitor::CopyFields(WfStateSwitchStatement* from, WfStateSwitchStatement* to)
	{
		CopyFields(static_cast<WfStateMachineStatement*>(from), static_cast<WfStateMachineStatement*>(to));
		for (auto&& listItem : from->caseBranches)
		{
			to->caseBranches.Add(CopyNode(listItem.Obj()));
		}
		to->type = from->type;
	}

	void AstVisitor::CopyFields(WfStatement* from, WfStatement* to)
	{
	}

	void AstVisitor::CopyFields(WfStaticInitDeclaration* from, WfStaticInitDeclaration* to)
	{
		CopyFields(static_cast<WfDeclaration*>(from), static_cast<WfDeclaration*>(to));
		to->statement = CopyNode(from->statement.Obj());
	}

	void AstVisitor::CopyFields(WfStringExpression* from, WfStringExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->value = from->value;
	}

	void AstVisitor::CopyFields(WfStructDeclaration* from, WfStructDeclaration* to)
	{
		CopyFields(static_cast<WfDeclaration*>(from), static_cast<WfDeclaration*>(to));
		for (auto&& listItem : from->members)
		{
			to->members.Add(CopyNode(listItem.Obj()));
		}
	}

	void AstVisitor::CopyFields(WfStructMember* from, WfStructMember* to)
	{
		for (auto&& listItem : from->attributes)
		{
			to->attributes.Add(CopyNode(listItem.Obj()));
		}
		to->name = from->name;
		to->type = CopyNode(from->type.Obj());
	}

	void AstVisitor::CopyFields(WfSwitchCase* from, WfSwitchCase* to)
	{
		to->expression = CopyNode(from->expression.Obj());
		to->statement = CopyNode(from->statement.Obj());
	}

	void AstVisitor::CopyFields(WfSwitchStatement* from, WfSwitchStatement* to)
	{
		CopyFields(static_cast<WfVirtualCseStatement*>(from), static_cast<WfVirtualCseStatement*>(to));
		for (auto&& listItem : from->caseBranches)
		{
			to->caseBranches.Add(CopyNode(listItem.Obj()));
		}
		to->defaultBranch = CopyNode(from->defaultBranch.Obj());
		to->expression = CopyNode(from->expression.Obj());
	}

	void AstVisitor::CopyFields(WfThisExpression* from, WfThisExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
	}

	void AstVisitor::CopyFields(WfTopQualifiedExpression* from, WfTopQualifiedExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->name = from->name;
	}

	void AstVisitor::CopyFields(WfTopQualifiedType* from, WfTopQualifiedType* to)
	{
		CopyFields(static_cast<WfType*>(from), static_cast<WfType*>(to));
		to->name = from->name;
	}

	void AstVisitor::CopyFields(WfTryStatement* from, WfTryStatement* to)
	{
		CopyFields(static_cast<WfStatement*>(from), static_cast<WfStatement*>(to));
		to->catchStatement = CopyNode(from->catchStatement.Obj());
		to->finallyStatement = CopyNode(from->finallyStatement.Obj());
		to->name = from->name;
		to->protectedStatement = CopyNode(from->protectedStatement.Obj());
	}

	void AstVisitor::CopyFields(WfType* from, WfType* to)
	{
	}

	void AstVisitor::CopyFields(WfTypeCastingExpression* from, WfTypeCastingExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->expression = CopyNode(from->expression.Obj());
		to->strategy = from->strategy;
		to->type = CopyNode(from->type.Obj());
	}

	void AstVisitor::CopyFields(WfTypeOfExpressionExpression* from, WfTypeOfExpressionExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->expression = CopyNode(from->expression.Obj());
	}

	void AstVisitor::CopyFields(WfTypeOfTypeExpression* from, WfTypeOfTypeExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->type = CopyNode(from->type.Obj());
	}

	void AstVisitor::CopyFields(WfTypeTestingExpression* from, WfTypeTestingExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->expression = CopyNode(from->expression.Obj());
		to->test = from->test;
		to->type = CopyNode(from->type.Obj());
	}

	void AstVisitor::CopyFields(WfUnaryExpression* from, WfUnaryExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->op = from->op;
		to->operand = CopyNode(from->operand.Obj());
	}

	void AstVisitor::CopyFields(WfVariableDeclaration* from, WfVariableDeclaration* to)
	{
		CopyFields(static_cast<WfDeclaration*>(from), static_cast<WfDeclaration*>(to));
		to->expression = CopyNode(from->expression.Obj());
		to->type = CopyNode(from->type.Obj());
	}

	void AstVisitor::CopyFields(WfVariableStatement* from, WfVariableStatement* to)
	{
		CopyFields(static_cast<WfStatement*>(from), static_cast<WfStatement*>(to));
		to->variable = CopyNode(from->variable.Obj());
	}

	void AstVisitor::CopyFields(WfVirtualCfeDeclaration* from, WfVirtualCfeDeclaration* to)
	{
		CopyFields(static_cast<WfDeclaration*>(from), static_cast<WfDeclaration*>(to));
		for (auto&& listItem : from->expandedDeclarations)
		{
			to->expandedDeclarations.Add(CopyNode(listItem.Obj()));
		}
	}

	void AstVisitor::CopyFields(WfVirtualCfeExpression* from, WfVirtualCfeExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->expandedExpression = CopyNode(from->expandedExpression.Obj());
	}

	void AstVisitor::CopyFields(WfVirtualCseDeclaration* from, WfVirtualCseDeclaration* to)
	{
		CopyFields(static_cast<WfDeclaration*>(from), static_cast<WfDeclaration*>(to));
		for (auto&& listItem : from->expandedDeclarations)
		{
			to->expandedDeclarations.Add(CopyNode(listItem.Obj()));
		}
	}

	void AstVisitor::CopyFields(WfVirtualCseExpression* from, WfVirtualCseExpression* to)
	{
		CopyFields(static_cast<WfExpression*>(from), static_cast<WfExpression*>(to));
		to->expandedExpression = CopyNode(from->expandedExpression.Obj());
	}

	void AstVisitor::CopyFields(WfVirtualCseStatement* from, WfVirtualCseStatement* to)
	{
		CopyFields(static_cast<WfStatement*>(from), static_cast<WfStatement*>(to));
		to->expandedStatement = CopyNode(from->expandedStatement.Obj());
	}

	void AstVisitor::CopyFields(WfWhileStatement* from, WfWhileStatement* to)
	{
		CopyFields(static_cast<WfStatement*>(from), static_cast<WfStatement*>(to));
		to->condition = CopyNode(from->condition.Obj());
		to->statement = CopyNode(from->statement.Obj());
	}

	void AstVisitor::Visit(WfAttribute* node)
	{
		auto newNode = vl::Ptr(new WfAttribute);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfFunctionArgument* node)
	{
		auto newNode = vl::Ptr(new WfFunctionArgument);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfBaseConstructorCall* node)
	{
		auto newNode = vl::Ptr(new WfBaseConstructorCall);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfEnumItemIntersection* node)
	{
		auto newNode = vl::Ptr(new WfEnumItemIntersection);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfEnumItem* node)
	{
		auto newNode = vl::Ptr(new WfEnumItem);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfStructMember* node)
	{
		auto newNode = vl::Ptr(new WfStructMember);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfStateInput* node)
	{
		auto newNode = vl::Ptr(new WfStateInput);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfStateDeclaration* node)
	{
		auto newNode = vl::Ptr(new WfStateDeclaration);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfSwitchCase* node)
	{
		auto newNode = vl::Ptr(new WfSwitchCase);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfStateSwitchArgument* node)
	{
		auto newNode = vl::Ptr(new WfStateSwitchArgument);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfStateSwitchCase* node)
	{
		auto newNode = vl::Ptr(new WfStateSwitchCase);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfLetVariable* node)
	{
		auto newNode = vl::Ptr(new WfLetVariable);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfConstructorArgument* node)
	{
		auto newNode = vl::Ptr(new WfConstructorArgument);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfModuleUsingItem* node)
	{
		auto newNode = vl::Ptr(new WfModuleUsingItem);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfModuleUsingPath* node)
	{
		auto newNode = vl::Ptr(new WfModuleUsingPath);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfModule* node)
	{
		auto newNode = vl::Ptr(new WfModule);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfPredefinedType* node)
	{
		auto newNode = vl::Ptr(new WfPredefinedType);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfTopQualifiedType* node)
	{
		auto newNode = vl::Ptr(new WfTopQualifiedType);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfReferenceType* node)
	{
		auto newNode = vl::Ptr(new WfReferenceType);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfRawPointerType* node)
	{
		auto newNode = vl::Ptr(new WfRawPointerType);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfSharedPointerType* node)
	{
		auto newNode = vl::Ptr(new WfSharedPointerType);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfNullableType* node)
	{
		auto newNode = vl::Ptr(new WfNullableType);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfEnumerableType* node)
	{
		auto newNode = vl::Ptr(new WfEnumerableType);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfMapType* node)
	{
		auto newNode = vl::Ptr(new WfMapType);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfObservableListType* node)
	{
		auto newNode = vl::Ptr(new WfObservableListType);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfFunctionType* node)
	{
		auto newNode = vl::Ptr(new WfFunctionType);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfChildType* node)
	{
		auto newNode = vl::Ptr(new WfChildType);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfThisExpression* node)
	{
		auto newNode = vl::Ptr(new WfThisExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfTopQualifiedExpression* node)
	{
		auto newNode = vl::Ptr(new WfTopQualifiedExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfReferenceExpression* node)
	{
		auto newNode = vl::Ptr(new WfReferenceExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfOrderedNameExpression* node)
	{
		auto newNode = vl::Ptr(new WfOrderedNameExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfOrderedLambdaExpression* node)
	{
		auto newNode = vl::Ptr(new WfOrderedLambdaExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfMemberExpression* node)
	{
		auto newNode = vl::Ptr(new WfMemberExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfChildExpression* node)
	{
		auto newNode = vl::Ptr(new WfChildExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfLiteralExpression* node)
	{
		auto newNode = vl::Ptr(new WfLiteralExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfFloatingExpression* node)
	{
		auto newNode = vl::Ptr(new WfFloatingExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfIntegerExpression* node)
	{
		auto newNode = vl::Ptr(new WfIntegerExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfStringExpression* node)
	{
		auto newNode = vl::Ptr(new WfStringExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfUnaryExpression* node)
	{
		auto newNode = vl::Ptr(new WfUnaryExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfBinaryExpression* node)
	{
		auto newNode = vl::Ptr(new WfBinaryExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfLetExpression* node)
	{
		auto newNode = vl::Ptr(new WfLetExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfIfExpression* node)
	{
		auto newNode = vl::Ptr(new WfIfExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfRangeExpression* node)
	{
		auto newNode = vl::Ptr(new WfRangeExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfSetTestingExpression* node)
	{
		auto newNode = vl::Ptr(new WfSetTestingExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfConstructorExpression* node)
	{
		auto newNode = vl::Ptr(new WfConstructorExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfInferExpression* node)
	{
		auto newNode = vl::Ptr(new WfInferExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfTypeCastingExpression* node)
	{
		auto newNode = vl::Ptr(new WfTypeCastingExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfTypeTestingExpression* node)
	{
		auto newNode = vl::Ptr(new WfTypeTestingExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfTypeOfTypeExpression* node)
	{
		auto newNode = vl::Ptr(new WfTypeOfTypeExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfTypeOfExpressionExpression* node)
	{
		auto newNode = vl::Ptr(new WfTypeOfExpressionExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfAttachEventExpression* node)
	{
		auto newNode = vl::Ptr(new WfAttachEventExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfDetachEventExpression* node)
	{
		auto newNode = vl::Ptr(new WfDetachEventExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfObserveExpression* node)
	{
		auto newNode = vl::Ptr(new WfObserveExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfCallExpression* node)
	{
		auto newNode = vl::Ptr(new WfCallExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfFunctionExpression* node)
	{
		auto newNode = vl::Ptr(new WfFunctionExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfNewClassExpression* node)
	{
		auto newNode = vl::Ptr(new WfNewClassExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfNewInterfaceExpression* node)
	{
		auto newNode = vl::Ptr(new WfNewInterfaceExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfVirtualCfeExpression* node)
	{
		node->Accept(static_cast<WfVirtualCfeExpression::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfVirtualCseExpression* node)
	{
		node->Accept(static_cast<WfVirtualCseExpression::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfBreakStatement* node)
	{
		auto newNode = vl::Ptr(new WfBreakStatement);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfContinueStatement* node)
	{
		auto newNode = vl::Ptr(new WfContinueStatement);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfReturnStatement* node)
	{
		auto newNode = vl::Ptr(new WfReturnStatement);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfDeleteStatement* node)
	{
		auto newNode = vl::Ptr(new WfDeleteStatement);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfRaiseExceptionStatement* node)
	{
		auto newNode = vl::Ptr(new WfRaiseExceptionStatement);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfIfStatement* node)
	{
		auto newNode = vl::Ptr(new WfIfStatement);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfWhileStatement* node)
	{
		auto newNode = vl::Ptr(new WfWhileStatement);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfTryStatement* node)
	{
		auto newNode = vl::Ptr(new WfTryStatement);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfBlockStatement* node)
	{
		auto newNode = vl::Ptr(new WfBlockStatement);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfGotoStatement* node)
	{
		auto newNode = vl::Ptr(new WfGotoStatement);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfVariableStatement* node)
	{
		auto newNode = vl::Ptr(new WfVariableStatement);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfExpressionStatement* node)
	{
		auto newNode = vl::Ptr(new WfExpressionStatement);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfVirtualCseStatement* node)
	{
		node->Accept(static_cast<WfVirtualCseStatement::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfCoroutineStatement* node)
	{
		node->Accept(static_cast<WfCoroutineStatement::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfStateMachineStatement* node)
	{
		node->Accept(static_cast<WfStateMachineStatement::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfNamespaceDeclaration* node)
	{
		auto newNode = vl::Ptr(new WfNamespaceDeclaration);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfFunctionDeclaration* node)
	{
		auto newNode = vl::Ptr(new WfFunctionDeclaration);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfVariableDeclaration* node)
	{
		auto newNode = vl::Ptr(new WfVariableDeclaration);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfEventDeclaration* node)
	{
		auto newNode = vl::Ptr(new WfEventDeclaration);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfPropertyDeclaration* node)
	{
		auto newNode = vl::Ptr(new WfPropertyDeclaration);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfStaticInitDeclaration* node)
	{
		auto newNode = vl::Ptr(new WfStaticInitDeclaration);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfConstructorDeclaration* node)
	{
		auto newNode = vl::Ptr(new WfConstructorDeclaration);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfDestructorDeclaration* node)
	{
		auto newNode = vl::Ptr(new WfDestructorDeclaration);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfClassDeclaration* node)
	{
		auto newNode = vl::Ptr(new WfClassDeclaration);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfEnumDeclaration* node)
	{
		auto newNode = vl::Ptr(new WfEnumDeclaration);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfStructDeclaration* node)
	{
		auto newNode = vl::Ptr(new WfStructDeclaration);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfVirtualCfeDeclaration* node)
	{
		node->Accept(static_cast<WfVirtualCfeDeclaration::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfVirtualCseDeclaration* node)
	{
		node->Accept(static_cast<WfVirtualCseDeclaration::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfAutoPropertyDeclaration* node)
	{
		auto newNode = vl::Ptr(new WfAutoPropertyDeclaration);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfCastResultInterfaceDeclaration* node)
	{
		auto newNode = vl::Ptr(new WfCastResultInterfaceDeclaration);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfStateMachineDeclaration* node)
	{
		auto newNode = vl::Ptr(new WfStateMachineDeclaration);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfForEachStatement* node)
	{
		auto newNode = vl::Ptr(new WfForEachStatement);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfSwitchStatement* node)
	{
		auto newNode = vl::Ptr(new WfSwitchStatement);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfCoProviderStatement* node)
	{
		auto newNode = vl::Ptr(new WfCoProviderStatement);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfCoPauseStatement* node)
	{
		auto newNode = vl::Ptr(new WfCoPauseStatement);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfCoOperatorStatement* node)
	{
		auto newNode = vl::Ptr(new WfCoOperatorStatement);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfStateSwitchStatement* node)
	{
		auto newNode = vl::Ptr(new WfStateSwitchStatement);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfStateInvokeStatement* node)
	{
		auto newNode = vl::Ptr(new WfStateInvokeStatement);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfFormatExpression* node)
	{
		auto newNode = vl::Ptr(new WfFormatExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfBindExpression* node)
	{
		auto newNode = vl::Ptr(new WfBindExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfNewCoroutineExpression* node)
	{
		auto newNode = vl::Ptr(new WfNewCoroutineExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfMixinCastExpression* node)
	{
		auto newNode = vl::Ptr(new WfMixinCastExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfExpectedTypeCastExpression* node)
	{
		auto newNode = vl::Ptr(new WfExpectedTypeCastExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfCoOperatorExpression* node)
	{
		auto newNode = vl::Ptr(new WfCoOperatorExpression);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfModuleUsingNameFragment* node)
	{
		auto newNode = vl::Ptr(new WfModuleUsingNameFragment);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	void AstVisitor::Visit(WfModuleUsingWildCardFragment* node)
	{
		auto newNode = vl::Ptr(new WfModuleUsingWildCardFragment);
		CopyFields(node, newNode.Obj());
		this->result = newNode;
	}

	vl::Ptr<WfType> AstVisitor::CopyNode(WfType* node)
	{
		if (!node) return nullptr;
		node->Accept(static_cast<WfType::IVisitor*>(this));
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfType>();
	}

	vl::Ptr<WfExpression> AstVisitor::CopyNode(WfExpression* node)
	{
		if (!node) return nullptr;
		node->Accept(static_cast<WfExpression::IVisitor*>(this));
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfExpression>();
	}

	vl::Ptr<WfStatement> AstVisitor::CopyNode(WfStatement* node)
	{
		if (!node) return nullptr;
		node->Accept(static_cast<WfStatement::IVisitor*>(this));
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfStatement>();
	}

	vl::Ptr<WfDeclaration> AstVisitor::CopyNode(WfDeclaration* node)
	{
		if (!node) return nullptr;
		node->Accept(static_cast<WfDeclaration::IVisitor*>(this));
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfDeclaration>();
	}

	vl::Ptr<WfModuleUsingFragment> AstVisitor::CopyNode(WfModuleUsingFragment* node)
	{
		if (!node) return nullptr;
		node->Accept(static_cast<WfModuleUsingFragment::IVisitor*>(this));
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfModuleUsingFragment>();
	}

	vl::Ptr<WfAttribute> AstVisitor::CopyNode(WfAttribute* node)
	{
		if (!node) return nullptr;
		Visit(node);
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfAttribute>();
	}

	vl::Ptr<WfFunctionArgument> AstVisitor::CopyNode(WfFunctionArgument* node)
	{
		if (!node) return nullptr;
		Visit(node);
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfFunctionArgument>();
	}

	vl::Ptr<WfBaseConstructorCall> AstVisitor::CopyNode(WfBaseConstructorCall* node)
	{
		if (!node) return nullptr;
		Visit(node);
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfBaseConstructorCall>();
	}

	vl::Ptr<WfEnumItemIntersection> AstVisitor::CopyNode(WfEnumItemIntersection* node)
	{
		if (!node) return nullptr;
		Visit(node);
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfEnumItemIntersection>();
	}

	vl::Ptr<WfEnumItem> AstVisitor::CopyNode(WfEnumItem* node)
	{
		if (!node) return nullptr;
		Visit(node);
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfEnumItem>();
	}

	vl::Ptr<WfStructMember> AstVisitor::CopyNode(WfStructMember* node)
	{
		if (!node) return nullptr;
		Visit(node);
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfStructMember>();
	}

	vl::Ptr<WfStateInput> AstVisitor::CopyNode(WfStateInput* node)
	{
		if (!node) return nullptr;
		Visit(node);
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfStateInput>();
	}

	vl::Ptr<WfStateDeclaration> AstVisitor::CopyNode(WfStateDeclaration* node)
	{
		if (!node) return nullptr;
		Visit(node);
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfStateDeclaration>();
	}

	vl::Ptr<WfSwitchCase> AstVisitor::CopyNode(WfSwitchCase* node)
	{
		if (!node) return nullptr;
		Visit(node);
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfSwitchCase>();
	}

	vl::Ptr<WfStateSwitchArgument> AstVisitor::CopyNode(WfStateSwitchArgument* node)
	{
		if (!node) return nullptr;
		Visit(node);
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfStateSwitchArgument>();
	}

	vl::Ptr<WfStateSwitchCase> AstVisitor::CopyNode(WfStateSwitchCase* node)
	{
		if (!node) return nullptr;
		Visit(node);
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfStateSwitchCase>();
	}

	vl::Ptr<WfLetVariable> AstVisitor::CopyNode(WfLetVariable* node)
	{
		if (!node) return nullptr;
		Visit(node);
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfLetVariable>();
	}

	vl::Ptr<WfConstructorArgument> AstVisitor::CopyNode(WfConstructorArgument* node)
	{
		if (!node) return nullptr;
		Visit(node);
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfConstructorArgument>();
	}

	vl::Ptr<WfModuleUsingItem> AstVisitor::CopyNode(WfModuleUsingItem* node)
	{
		if (!node) return nullptr;
		Visit(node);
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfModuleUsingItem>();
	}

	vl::Ptr<WfModuleUsingPath> AstVisitor::CopyNode(WfModuleUsingPath* node)
	{
		if (!node) return nullptr;
		Visit(node);
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfModuleUsingPath>();
	}

	vl::Ptr<WfModule> AstVisitor::CopyNode(WfModule* node)
	{
		if (!node) return nullptr;
		Visit(node);
		this->result->codeRange = node->codeRange;
		return this->result.Cast<WfModule>();
	}

	vl::Ptr<WfAttachEventExpression> AstVisitor::CopyNode(WfAttachEventExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfAttachEventExpression>();
	}

	vl::Ptr<WfAutoPropertyDeclaration> AstVisitor::CopyNode(WfAutoPropertyDeclaration* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfDeclaration*>(node)).Cast<WfAutoPropertyDeclaration>();
	}

	vl::Ptr<WfBinaryExpression> AstVisitor::CopyNode(WfBinaryExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfBinaryExpression>();
	}

	vl::Ptr<WfBindExpression> AstVisitor::CopyNode(WfBindExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfBindExpression>();
	}

	vl::Ptr<WfBlockStatement> AstVisitor::CopyNode(WfBlockStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfBlockStatement>();
	}

	vl::Ptr<WfBreakStatement> AstVisitor::CopyNode(WfBreakStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfBreakStatement>();
	}

	vl::Ptr<WfCallExpression> AstVisitor::CopyNode(WfCallExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfCallExpression>();
	}

	vl::Ptr<WfCastResultInterfaceDeclaration> AstVisitor::CopyNode(WfCastResultInterfaceDeclaration* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfDeclaration*>(node)).Cast<WfCastResultInterfaceDeclaration>();
	}

	vl::Ptr<WfChildExpression> AstVisitor::CopyNode(WfChildExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfChildExpression>();
	}

	vl::Ptr<WfChildType> AstVisitor::CopyNode(WfChildType* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfType*>(node)).Cast<WfChildType>();
	}

	vl::Ptr<WfClassDeclaration> AstVisitor::CopyNode(WfClassDeclaration* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfDeclaration*>(node)).Cast<WfClassDeclaration>();
	}

	vl::Ptr<WfCoOperatorExpression> AstVisitor::CopyNode(WfCoOperatorExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfCoOperatorExpression>();
	}

	vl::Ptr<WfCoOperatorStatement> AstVisitor::CopyNode(WfCoOperatorStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfCoOperatorStatement>();
	}

	vl::Ptr<WfCoPauseStatement> AstVisitor::CopyNode(WfCoPauseStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfCoPauseStatement>();
	}

	vl::Ptr<WfCoProviderStatement> AstVisitor::CopyNode(WfCoProviderStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfCoProviderStatement>();
	}

	vl::Ptr<WfConstructorDeclaration> AstVisitor::CopyNode(WfConstructorDeclaration* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfDeclaration*>(node)).Cast<WfConstructorDeclaration>();
	}

	vl::Ptr<WfConstructorExpression> AstVisitor::CopyNode(WfConstructorExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfConstructorExpression>();
	}

	vl::Ptr<WfContinueStatement> AstVisitor::CopyNode(WfContinueStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfContinueStatement>();
	}

	vl::Ptr<WfCoroutineStatement> AstVisitor::CopyNode(WfCoroutineStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfCoroutineStatement>();
	}

	vl::Ptr<WfDeleteStatement> AstVisitor::CopyNode(WfDeleteStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfDeleteStatement>();
	}

	vl::Ptr<WfDestructorDeclaration> AstVisitor::CopyNode(WfDestructorDeclaration* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfDeclaration*>(node)).Cast<WfDestructorDeclaration>();
	}

	vl::Ptr<WfDetachEventExpression> AstVisitor::CopyNode(WfDetachEventExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfDetachEventExpression>();
	}

	vl::Ptr<WfEnumDeclaration> AstVisitor::CopyNode(WfEnumDeclaration* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfDeclaration*>(node)).Cast<WfEnumDeclaration>();
	}

	vl::Ptr<WfEnumerableType> AstVisitor::CopyNode(WfEnumerableType* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfType*>(node)).Cast<WfEnumerableType>();
	}

	vl::Ptr<WfEventDeclaration> AstVisitor::CopyNode(WfEventDeclaration* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfDeclaration*>(node)).Cast<WfEventDeclaration>();
	}

	vl::Ptr<WfExpectedTypeCastExpression> AstVisitor::CopyNode(WfExpectedTypeCastExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfExpectedTypeCastExpression>();
	}

	vl::Ptr<WfExpressionStatement> AstVisitor::CopyNode(WfExpressionStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfExpressionStatement>();
	}

	vl::Ptr<WfFloatingExpression> AstVisitor::CopyNode(WfFloatingExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfFloatingExpression>();
	}

	vl::Ptr<WfForEachStatement> AstVisitor::CopyNode(WfForEachStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfForEachStatement>();
	}

	vl::Ptr<WfFormatExpression> AstVisitor::CopyNode(WfFormatExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfFormatExpression>();
	}

	vl::Ptr<WfFunctionDeclaration> AstVisitor::CopyNode(WfFunctionDeclaration* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfDeclaration*>(node)).Cast<WfFunctionDeclaration>();
	}

	vl::Ptr<WfFunctionExpression> AstVisitor::CopyNode(WfFunctionExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfFunctionExpression>();
	}

	vl::Ptr<WfFunctionType> AstVisitor::CopyNode(WfFunctionType* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfType*>(node)).Cast<WfFunctionType>();
	}

	vl::Ptr<WfGotoStatement> AstVisitor::CopyNode(WfGotoStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfGotoStatement>();
	}

	vl::Ptr<WfIfExpression> AstVisitor::CopyNode(WfIfExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfIfExpression>();
	}

	vl::Ptr<WfIfStatement> AstVisitor::CopyNode(WfIfStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfIfStatement>();
	}

	vl::Ptr<WfInferExpression> AstVisitor::CopyNode(WfInferExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfInferExpression>();
	}

	vl::Ptr<WfIntegerExpression> AstVisitor::CopyNode(WfIntegerExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfIntegerExpression>();
	}

	vl::Ptr<WfLetExpression> AstVisitor::CopyNode(WfLetExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfLetExpression>();
	}

	vl::Ptr<WfLiteralExpression> AstVisitor::CopyNode(WfLiteralExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfLiteralExpression>();
	}

	vl::Ptr<WfMapType> AstVisitor::CopyNode(WfMapType* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfType*>(node)).Cast<WfMapType>();
	}

	vl::Ptr<WfMemberExpression> AstVisitor::CopyNode(WfMemberExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfMemberExpression>();
	}

	vl::Ptr<WfMixinCastExpression> AstVisitor::CopyNode(WfMixinCastExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfMixinCastExpression>();
	}

	vl::Ptr<WfModuleUsingNameFragment> AstVisitor::CopyNode(WfModuleUsingNameFragment* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfModuleUsingFragment*>(node)).Cast<WfModuleUsingNameFragment>();
	}

	vl::Ptr<WfModuleUsingWildCardFragment> AstVisitor::CopyNode(WfModuleUsingWildCardFragment* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfModuleUsingFragment*>(node)).Cast<WfModuleUsingWildCardFragment>();
	}

	vl::Ptr<WfNamespaceDeclaration> AstVisitor::CopyNode(WfNamespaceDeclaration* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfDeclaration*>(node)).Cast<WfNamespaceDeclaration>();
	}

	vl::Ptr<WfNewClassExpression> AstVisitor::CopyNode(WfNewClassExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfNewClassExpression>();
	}

	vl::Ptr<WfNewCoroutineExpression> AstVisitor::CopyNode(WfNewCoroutineExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfNewCoroutineExpression>();
	}

	vl::Ptr<WfNewInterfaceExpression> AstVisitor::CopyNode(WfNewInterfaceExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfNewInterfaceExpression>();
	}

	vl::Ptr<WfNullableType> AstVisitor::CopyNode(WfNullableType* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfType*>(node)).Cast<WfNullableType>();
	}

	vl::Ptr<WfObservableListType> AstVisitor::CopyNode(WfObservableListType* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfType*>(node)).Cast<WfObservableListType>();
	}

	vl::Ptr<WfObserveExpression> AstVisitor::CopyNode(WfObserveExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfObserveExpression>();
	}

	vl::Ptr<WfOrderedLambdaExpression> AstVisitor::CopyNode(WfOrderedLambdaExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfOrderedLambdaExpression>();
	}

	vl::Ptr<WfOrderedNameExpression> AstVisitor::CopyNode(WfOrderedNameExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfOrderedNameExpression>();
	}

	vl::Ptr<WfPredefinedType> AstVisitor::CopyNode(WfPredefinedType* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfType*>(node)).Cast<WfPredefinedType>();
	}

	vl::Ptr<WfPropertyDeclaration> AstVisitor::CopyNode(WfPropertyDeclaration* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfDeclaration*>(node)).Cast<WfPropertyDeclaration>();
	}

	vl::Ptr<WfRaiseExceptionStatement> AstVisitor::CopyNode(WfRaiseExceptionStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfRaiseExceptionStatement>();
	}

	vl::Ptr<WfRangeExpression> AstVisitor::CopyNode(WfRangeExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfRangeExpression>();
	}

	vl::Ptr<WfRawPointerType> AstVisitor::CopyNode(WfRawPointerType* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfType*>(node)).Cast<WfRawPointerType>();
	}

	vl::Ptr<WfReferenceExpression> AstVisitor::CopyNode(WfReferenceExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfReferenceExpression>();
	}

	vl::Ptr<WfReferenceType> AstVisitor::CopyNode(WfReferenceType* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfType*>(node)).Cast<WfReferenceType>();
	}

	vl::Ptr<WfReturnStatement> AstVisitor::CopyNode(WfReturnStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfReturnStatement>();
	}

	vl::Ptr<WfSetTestingExpression> AstVisitor::CopyNode(WfSetTestingExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfSetTestingExpression>();
	}

	vl::Ptr<WfSharedPointerType> AstVisitor::CopyNode(WfSharedPointerType* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfType*>(node)).Cast<WfSharedPointerType>();
	}

	vl::Ptr<WfStateInvokeStatement> AstVisitor::CopyNode(WfStateInvokeStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfStateInvokeStatement>();
	}

	vl::Ptr<WfStateMachineDeclaration> AstVisitor::CopyNode(WfStateMachineDeclaration* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfDeclaration*>(node)).Cast<WfStateMachineDeclaration>();
	}

	vl::Ptr<WfStateMachineStatement> AstVisitor::CopyNode(WfStateMachineStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfStateMachineStatement>();
	}

	vl::Ptr<WfStateSwitchStatement> AstVisitor::CopyNode(WfStateSwitchStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfStateSwitchStatement>();
	}

	vl::Ptr<WfStaticInitDeclaration> AstVisitor::CopyNode(WfStaticInitDeclaration* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfDeclaration*>(node)).Cast<WfStaticInitDeclaration>();
	}

	vl::Ptr<WfStringExpression> AstVisitor::CopyNode(WfStringExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfStringExpression>();
	}

	vl::Ptr<WfStructDeclaration> AstVisitor::CopyNode(WfStructDeclaration* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfDeclaration*>(node)).Cast<WfStructDeclaration>();
	}

	vl::Ptr<WfSwitchStatement> AstVisitor::CopyNode(WfSwitchStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfSwitchStatement>();
	}

	vl::Ptr<WfThisExpression> AstVisitor::CopyNode(WfThisExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfThisExpression>();
	}

	vl::Ptr<WfTopQualifiedExpression> AstVisitor::CopyNode(WfTopQualifiedExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfTopQualifiedExpression>();
	}

	vl::Ptr<WfTopQualifiedType> AstVisitor::CopyNode(WfTopQualifiedType* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfType*>(node)).Cast<WfTopQualifiedType>();
	}

	vl::Ptr<WfTryStatement> AstVisitor::CopyNode(WfTryStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfTryStatement>();
	}

	vl::Ptr<WfTypeCastingExpression> AstVisitor::CopyNode(WfTypeCastingExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfTypeCastingExpression>();
	}

	vl::Ptr<WfTypeOfExpressionExpression> AstVisitor::CopyNode(WfTypeOfExpressionExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfTypeOfExpressionExpression>();
	}

	vl::Ptr<WfTypeOfTypeExpression> AstVisitor::CopyNode(WfTypeOfTypeExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfTypeOfTypeExpression>();
	}

	vl::Ptr<WfTypeTestingExpression> AstVisitor::CopyNode(WfTypeTestingExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfTypeTestingExpression>();
	}

	vl::Ptr<WfUnaryExpression> AstVisitor::CopyNode(WfUnaryExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfUnaryExpression>();
	}

	vl::Ptr<WfVariableDeclaration> AstVisitor::CopyNode(WfVariableDeclaration* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfDeclaration*>(node)).Cast<WfVariableDeclaration>();
	}

	vl::Ptr<WfVariableStatement> AstVisitor::CopyNode(WfVariableStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfVariableStatement>();
	}

	vl::Ptr<WfVirtualCfeDeclaration> AstVisitor::CopyNode(WfVirtualCfeDeclaration* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfDeclaration*>(node)).Cast<WfVirtualCfeDeclaration>();
	}

	vl::Ptr<WfVirtualCfeExpression> AstVisitor::CopyNode(WfVirtualCfeExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfVirtualCfeExpression>();
	}

	vl::Ptr<WfVirtualCseDeclaration> AstVisitor::CopyNode(WfVirtualCseDeclaration* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfDeclaration*>(node)).Cast<WfVirtualCseDeclaration>();
	}

	vl::Ptr<WfVirtualCseExpression> AstVisitor::CopyNode(WfVirtualCseExpression* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfExpression*>(node)).Cast<WfVirtualCseExpression>();
	}

	vl::Ptr<WfVirtualCseStatement> AstVisitor::CopyNode(WfVirtualCseStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfVirtualCseStatement>();
	}

	vl::Ptr<WfWhileStatement> AstVisitor::CopyNode(WfWhileStatement* node)
	{
		if (!node) return nullptr;
		return CopyNode(static_cast<WfStatement*>(node)).Cast<WfWhileStatement>();
	}

}


/***********************************************************************
.\PARSER\GENERATED\WORKFLOWAST_EMPTY.CPP
***********************************************************************/
/***********************************************************************
This file is generated by: Vczh Parser Generator
From parser definition:Ast
Licensed under https://github.com/vczh-libraries/License
***********************************************************************/


namespace vl::workflow::empty_visitor
{

/***********************************************************************
TypeVisitor
***********************************************************************/

	// Visitor Members -----------------------------------

	void TypeVisitor::Visit(WfPredefinedType* node)
	{
	}

	void TypeVisitor::Visit(WfTopQualifiedType* node)
	{
	}

	void TypeVisitor::Visit(WfReferenceType* node)
	{
	}

	void TypeVisitor::Visit(WfRawPointerType* node)
	{
	}

	void TypeVisitor::Visit(WfSharedPointerType* node)
	{
	}

	void TypeVisitor::Visit(WfNullableType* node)
	{
	}

	void TypeVisitor::Visit(WfEnumerableType* node)
	{
	}

	void TypeVisitor::Visit(WfMapType* node)
	{
	}

	void TypeVisitor::Visit(WfObservableListType* node)
	{
	}

	void TypeVisitor::Visit(WfFunctionType* node)
	{
	}

	void TypeVisitor::Visit(WfChildType* node)
	{
	}

/***********************************************************************
ExpressionVisitor
***********************************************************************/

	// Visitor Members -----------------------------------

	void ExpressionVisitor::Visit(WfThisExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfTopQualifiedExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfReferenceExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfOrderedNameExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfOrderedLambdaExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfMemberExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfChildExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfLiteralExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfFloatingExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfIntegerExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfStringExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfUnaryExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfBinaryExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfLetExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfIfExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfRangeExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfSetTestingExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfConstructorExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfInferExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfTypeCastingExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfTypeTestingExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfTypeOfTypeExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfTypeOfExpressionExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfAttachEventExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfDetachEventExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfObserveExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfCallExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfFunctionExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfNewClassExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfNewInterfaceExpression* node)
	{
	}

	void ExpressionVisitor::Visit(WfVirtualCfeExpression* node)
	{
		Dispatch(node);
	}

	void ExpressionVisitor::Visit(WfVirtualCseExpression* node)
	{
		Dispatch(node);
	}

/***********************************************************************
StatementVisitor
***********************************************************************/

	// Visitor Members -----------------------------------

	void StatementVisitor::Visit(WfBreakStatement* node)
	{
	}

	void StatementVisitor::Visit(WfContinueStatement* node)
	{
	}

	void StatementVisitor::Visit(WfReturnStatement* node)
	{
	}

	void StatementVisitor::Visit(WfDeleteStatement* node)
	{
	}

	void StatementVisitor::Visit(WfRaiseExceptionStatement* node)
	{
	}

	void StatementVisitor::Visit(WfIfStatement* node)
	{
	}

	void StatementVisitor::Visit(WfWhileStatement* node)
	{
	}

	void StatementVisitor::Visit(WfTryStatement* node)
	{
	}

	void StatementVisitor::Visit(WfBlockStatement* node)
	{
	}

	void StatementVisitor::Visit(WfGotoStatement* node)
	{
	}

	void StatementVisitor::Visit(WfVariableStatement* node)
	{
	}

	void StatementVisitor::Visit(WfExpressionStatement* node)
	{
	}

	void StatementVisitor::Visit(WfVirtualCseStatement* node)
	{
		Dispatch(node);
	}

	void StatementVisitor::Visit(WfCoroutineStatement* node)
	{
		Dispatch(node);
	}

	void StatementVisitor::Visit(WfStateMachineStatement* node)
	{
		Dispatch(node);
	}

/***********************************************************************
DeclarationVisitor
***********************************************************************/

	// Visitor Members -----------------------------------

	void DeclarationVisitor::Visit(WfNamespaceDeclaration* node)
	{
	}

	void DeclarationVisitor::Visit(WfFunctionDeclaration* node)
	{
	}

	void DeclarationVisitor::Visit(WfVariableDeclaration* node)
	{
	}

	void DeclarationVisitor::Visit(WfEventDeclaration* node)
	{
	}

	void DeclarationVisitor::Visit(WfPropertyDeclaration* node)
	{
	}

	void DeclarationVisitor::Visit(WfStaticInitDeclaration* node)
	{
	}

	void DeclarationVisitor::Visit(WfConstructorDeclaration* node)
	{
	}

	void DeclarationVisitor::Visit(WfDestructorDeclaration* node)
	{
	}

	void DeclarationVisitor::Visit(WfClassDeclaration* node)
	{
	}

	void DeclarationVisitor::Visit(WfEnumDeclaration* node)
	{
	}

	void DeclarationVisitor::Visit(WfStructDeclaration* node)
	{
	}

	void DeclarationVisitor::Visit(WfVirtualCfeDeclaration* node)
	{
		Dispatch(node);
	}

	void DeclarationVisitor::Visit(WfVirtualCseDeclaration* node)
	{
		Dispatch(node);
	}

/***********************************************************************
VirtualCfeDeclarationVisitor
***********************************************************************/

	// Visitor Members -----------------------------------

	void VirtualCfeDeclarationVisitor::Visit(WfAutoPropertyDeclaration* node)
	{
	}

	void VirtualCfeDeclarationVisitor::Visit(WfCastResultInterfaceDeclaration* node)
	{
	}

/***********************************************************************
VirtualCseDeclarationVisitor
***********************************************************************/

	// Visitor Members -----------------------------------

	void VirtualCseDeclarationVisitor::Visit(WfStateMachineDeclaration* node)
	{
	}

/***********************************************************************
VirtualCseStatementVisitor
***********************************************************************/

	// Visitor Members -----------------------------------

	void VirtualCseStatementVisitor::Visit(WfForEachStatement* node)
	{
	}

	void VirtualCseStatementVisitor::Visit(WfSwitchStatement* node)
	{
	}

	void VirtualCseStatementVisitor::Visit(WfCoProviderStatement* node)
	{
	}

/***********************************************************************
CoroutineStatementVisitor
***********************************************************************/

	// Visitor Members -----------------------------------

	void CoroutineStatementVisitor::Visit(WfCoPauseStatement* node)
	{
	}

	void CoroutineStatementVisitor::Visit(WfCoOperatorStatement* node)
	{
	}

/***********************************************************************
StateMachineStatementVisitor
***********************************************************************/

	// Visitor Members -----------------------------------

	void StateMachineStatementVisitor::Visit(WfStateSwitchStatement* node)
	{
	}

	void StateMachineStatementVisitor::Visit(WfStateInvokeStatement* node)
	{
	}

/***********************************************************************
VirtualCfeExpressionVisitor
***********************************************************************/

	// Visitor Members -----------------------------------

	void VirtualCfeExpressionVisitor::Visit(WfFormatExpression* node)
	{
	}

/***********************************************************************
VirtualCseExpressionVisitor
***********************************************************************/

	// Visitor Members -----------------------------------

	void VirtualCseExpressionVisitor::Visit(WfBindExpression* node)
	{
	}

	void VirtualCseExpressionVisitor::Visit(WfNewCoroutineExpression* node)
	{
	}

	void VirtualCseExpressionVisitor::Visit(WfMixinCastExpression* node)
	{
	}

	void VirtualCseExpressionVisitor::Visit(WfExpectedTypeCastExpression* node)
	{
	}

	void VirtualCseExpressionVisitor::Visit(WfCoOperatorExpression* node)
	{
	}

/***********************************************************************
ModuleUsingFragmentVisitor
***********************************************************************/

	// Visitor Members -----------------------------------

	void ModuleUsingFragmentVisitor::Visit(WfModuleUsingNameFragment* node)
	{
	}

	void ModuleUsingFragmentVisitor::Visit(WfModuleUsingWildCardFragment* node)
	{
	}
}


/***********************************************************************
.\PARSER\GENERATED\WORKFLOWAST_JSON.CPP
***********************************************************************/
/***********************************************************************
This file is generated by: Vczh Parser Generator
From parser definition:Ast
Licensed under https://github.com/vczh-libraries/License
***********************************************************************/


namespace vl::workflow::json_visitor
{
	void AstVisitor::PrintFields(WfAttachEventExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"event"));
		Print(node->event.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"function"));
		Print(node->function.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfAttribute* node)
	{
		BeginField(vl::WString::Unmanaged(L"category"));
		WriteToken(node->category);
		EndField();
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
		BeginField(vl::WString::Unmanaged(L"value"));
		Print(node->value.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfAutoPropertyDeclaration* node)
	{
		BeginField(vl::WString::Unmanaged(L"configConst"));
		switch (node->configConst)
		{
		case vl::workflow::WfAPConst::Readonly:
			WriteString(vl::WString::Unmanaged(L"Readonly"));
			break;
		case vl::workflow::WfAPConst::Writable:
			WriteString(vl::WString::Unmanaged(L"Writable"));
			break;
		default:
			WriteNull();
		}
		EndField();
		BeginField(vl::WString::Unmanaged(L"configObserve"));
		switch (node->configObserve)
		{
		case vl::workflow::WfAPObserve::NotObservable:
			WriteString(vl::WString::Unmanaged(L"NotObservable"));
			break;
		case vl::workflow::WfAPObserve::Observable:
			WriteString(vl::WString::Unmanaged(L"Observable"));
			break;
		default:
			WriteNull();
		}
		EndField();
		BeginField(vl::WString::Unmanaged(L"expression"));
		Print(node->expression.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"functionKind"));
		switch (node->functionKind)
		{
		case vl::workflow::WfFunctionKind::Normal:
			WriteString(vl::WString::Unmanaged(L"Normal"));
			break;
		case vl::workflow::WfFunctionKind::Override:
			WriteString(vl::WString::Unmanaged(L"Override"));
			break;
		case vl::workflow::WfFunctionKind::Static:
			WriteString(vl::WString::Unmanaged(L"Static"));
			break;
		default:
			WriteNull();
		}
		EndField();
		BeginField(vl::WString::Unmanaged(L"type"));
		Print(node->type.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfBaseConstructorCall* node)
	{
		BeginField(vl::WString::Unmanaged(L"arguments"));
		BeginArray();
		for (auto&& listItem : node->arguments)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"type"));
		Print(node->type.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfBinaryExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"first"));
		Print(node->first.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"op"));
		switch (node->op)
		{
		case vl::workflow::WfBinaryOperator::Add:
			WriteString(vl::WString::Unmanaged(L"Add"));
			break;
		case vl::workflow::WfBinaryOperator::And:
			WriteString(vl::WString::Unmanaged(L"And"));
			break;
		case vl::workflow::WfBinaryOperator::Assign:
			WriteString(vl::WString::Unmanaged(L"Assign"));
			break;
		case vl::workflow::WfBinaryOperator::Div:
			WriteString(vl::WString::Unmanaged(L"Div"));
			break;
		case vl::workflow::WfBinaryOperator::EQ:
			WriteString(vl::WString::Unmanaged(L"EQ"));
			break;
		case vl::workflow::WfBinaryOperator::Exp:
			WriteString(vl::WString::Unmanaged(L"Exp"));
			break;
		case vl::workflow::WfBinaryOperator::FailedThen:
			WriteString(vl::WString::Unmanaged(L"FailedThen"));
			break;
		case vl::workflow::WfBinaryOperator::FlagAnd:
			WriteString(vl::WString::Unmanaged(L"FlagAnd"));
			break;
		case vl::workflow::WfBinaryOperator::FlagOr:
			WriteString(vl::WString::Unmanaged(L"FlagOr"));
			break;
		case vl::workflow::WfBinaryOperator::GE:
			WriteString(vl::WString::Unmanaged(L"GE"));
			break;
		case vl::workflow::WfBinaryOperator::GT:
			WriteString(vl::WString::Unmanaged(L"GT"));
			break;
		case vl::workflow::WfBinaryOperator::Index:
			WriteString(vl::WString::Unmanaged(L"Index"));
			break;
		case vl::workflow::WfBinaryOperator::LE:
			WriteString(vl::WString::Unmanaged(L"LE"));
			break;
		case vl::workflow::WfBinaryOperator::LT:
			WriteString(vl::WString::Unmanaged(L"LT"));
			break;
		case vl::workflow::WfBinaryOperator::Mod:
			WriteString(vl::WString::Unmanaged(L"Mod"));
			break;
		case vl::workflow::WfBinaryOperator::Mul:
			WriteString(vl::WString::Unmanaged(L"Mul"));
			break;
		case vl::workflow::WfBinaryOperator::NE:
			WriteString(vl::WString::Unmanaged(L"NE"));
			break;
		case vl::workflow::WfBinaryOperator::Or:
			WriteString(vl::WString::Unmanaged(L"Or"));
			break;
		case vl::workflow::WfBinaryOperator::Shl:
			WriteString(vl::WString::Unmanaged(L"Shl"));
			break;
		case vl::workflow::WfBinaryOperator::Shr:
			WriteString(vl::WString::Unmanaged(L"Shr"));
			break;
		case vl::workflow::WfBinaryOperator::Sub:
			WriteString(vl::WString::Unmanaged(L"Sub"));
			break;
		case vl::workflow::WfBinaryOperator::Xor:
			WriteString(vl::WString::Unmanaged(L"Xor"));
			break;
		default:
			WriteNull();
		}
		EndField();
		BeginField(vl::WString::Unmanaged(L"second"));
		Print(node->second.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfBindExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"expression"));
		Print(node->expression.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfBlockStatement* node)
	{
		BeginField(vl::WString::Unmanaged(L"endLabel"));
		WriteToken(node->endLabel);
		EndField();
		BeginField(vl::WString::Unmanaged(L"statements"));
		BeginArray();
		for (auto&& listItem : node->statements)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
	}
	void AstVisitor::PrintFields(WfBreakStatement* node)
	{
	}
	void AstVisitor::PrintFields(WfCallExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"arguments"));
		BeginArray();
		for (auto&& listItem : node->arguments)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"function"));
		Print(node->function.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfCastResultInterfaceDeclaration* node)
	{
		BeginField(vl::WString::Unmanaged(L"baseType"));
		Print(node->baseType.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"elementType"));
		Print(node->elementType.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfChildExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
		BeginField(vl::WString::Unmanaged(L"parent"));
		Print(node->parent.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfChildType* node)
	{
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
		BeginField(vl::WString::Unmanaged(L"parent"));
		Print(node->parent.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfClassDeclaration* node)
	{
		BeginField(vl::WString::Unmanaged(L"baseTypes"));
		BeginArray();
		for (auto&& listItem : node->baseTypes)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"constructorType"));
		switch (node->constructorType)
		{
		case vl::workflow::WfConstructorType::RawPtr:
			WriteString(vl::WString::Unmanaged(L"RawPtr"));
			break;
		case vl::workflow::WfConstructorType::SharedPtr:
			WriteString(vl::WString::Unmanaged(L"SharedPtr"));
			break;
		case vl::workflow::WfConstructorType::Undefined:
			WriteString(vl::WString::Unmanaged(L"Undefined"));
			break;
		default:
			WriteNull();
		}
		EndField();
		BeginField(vl::WString::Unmanaged(L"declarations"));
		BeginArray();
		for (auto&& listItem : node->declarations)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"kind"));
		switch (node->kind)
		{
		case vl::workflow::WfClassKind::Class:
			WriteString(vl::WString::Unmanaged(L"Class"));
			break;
		case vl::workflow::WfClassKind::Interface:
			WriteString(vl::WString::Unmanaged(L"Interface"));
			break;
		default:
			WriteNull();
		}
		EndField();
	}
	void AstVisitor::PrintFields(WfCoOperatorExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
	}
	void AstVisitor::PrintFields(WfCoOperatorStatement* node)
	{
		BeginField(vl::WString::Unmanaged(L"arguments"));
		BeginArray();
		for (auto&& listItem : node->arguments)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"opName"));
		WriteToken(node->opName);
		EndField();
		BeginField(vl::WString::Unmanaged(L"varName"));
		WriteToken(node->varName);
		EndField();
	}
	void AstVisitor::PrintFields(WfCoPauseStatement* node)
	{
		BeginField(vl::WString::Unmanaged(L"statement"));
		Print(node->statement.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfCoProviderStatement* node)
	{
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
		BeginField(vl::WString::Unmanaged(L"statement"));
		Print(node->statement.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfConstructorArgument* node)
	{
		BeginField(vl::WString::Unmanaged(L"key"));
		Print(node->key.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"value"));
		Print(node->value.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfConstructorDeclaration* node)
	{
		BeginField(vl::WString::Unmanaged(L"arguments"));
		BeginArray();
		for (auto&& listItem : node->arguments)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"baseConstructorCalls"));
		BeginArray();
		for (auto&& listItem : node->baseConstructorCalls)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"constructorType"));
		switch (node->constructorType)
		{
		case vl::workflow::WfConstructorType::RawPtr:
			WriteString(vl::WString::Unmanaged(L"RawPtr"));
			break;
		case vl::workflow::WfConstructorType::SharedPtr:
			WriteString(vl::WString::Unmanaged(L"SharedPtr"));
			break;
		case vl::workflow::WfConstructorType::Undefined:
			WriteString(vl::WString::Unmanaged(L"Undefined"));
			break;
		default:
			WriteNull();
		}
		EndField();
		BeginField(vl::WString::Unmanaged(L"statement"));
		Print(node->statement.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfConstructorExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"arguments"));
		BeginArray();
		for (auto&& listItem : node->arguments)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
	}
	void AstVisitor::PrintFields(WfContinueStatement* node)
	{
	}
	void AstVisitor::PrintFields(WfCoroutineStatement* node)
	{
	}
	void AstVisitor::PrintFields(WfDeclaration* node)
	{
		BeginField(vl::WString::Unmanaged(L"attributes"));
		BeginArray();
		for (auto&& listItem : node->attributes)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
	}
	void AstVisitor::PrintFields(WfDeleteStatement* node)
	{
		BeginField(vl::WString::Unmanaged(L"expression"));
		Print(node->expression.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfDestructorDeclaration* node)
	{
		BeginField(vl::WString::Unmanaged(L"statement"));
		Print(node->statement.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfDetachEventExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"event"));
		Print(node->event.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"handler"));
		Print(node->handler.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfEnumDeclaration* node)
	{
		BeginField(vl::WString::Unmanaged(L"items"));
		BeginArray();
		for (auto&& listItem : node->items)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"kind"));
		switch (node->kind)
		{
		case vl::workflow::WfEnumKind::Flag:
			WriteString(vl::WString::Unmanaged(L"Flag"));
			break;
		case vl::workflow::WfEnumKind::Normal:
			WriteString(vl::WString::Unmanaged(L"Normal"));
			break;
		default:
			WriteNull();
		}
		EndField();
	}
	void AstVisitor::PrintFields(WfEnumItem* node)
	{
		BeginField(vl::WString::Unmanaged(L"attributes"));
		BeginArray();
		for (auto&& listItem : node->attributes)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"intersections"));
		BeginArray();
		for (auto&& listItem : node->intersections)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"kind"));
		switch (node->kind)
		{
		case vl::workflow::WfEnumItemKind::Constant:
			WriteString(vl::WString::Unmanaged(L"Constant"));
			break;
		case vl::workflow::WfEnumItemKind::Intersection:
			WriteString(vl::WString::Unmanaged(L"Intersection"));
			break;
		default:
			WriteNull();
		}
		EndField();
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
		BeginField(vl::WString::Unmanaged(L"number"));
		WriteToken(node->number);
		EndField();
	}
	void AstVisitor::PrintFields(WfEnumItemIntersection* node)
	{
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
	}
	void AstVisitor::PrintFields(WfEnumerableType* node)
	{
		BeginField(vl::WString::Unmanaged(L"element"));
		Print(node->element.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfEventDeclaration* node)
	{
		BeginField(vl::WString::Unmanaged(L"arguments"));
		BeginArray();
		for (auto&& listItem : node->arguments)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
	}
	void AstVisitor::PrintFields(WfExpectedTypeCastExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"expression"));
		Print(node->expression.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"strategy"));
		switch (node->strategy)
		{
		case vl::workflow::WfTypeCastingStrategy::Strong:
			WriteString(vl::WString::Unmanaged(L"Strong"));
			break;
		case vl::workflow::WfTypeCastingStrategy::Weak:
			WriteString(vl::WString::Unmanaged(L"Weak"));
			break;
		default:
			WriteNull();
		}
		EndField();
	}
	void AstVisitor::PrintFields(WfExpression* node)
	{
	}
	void AstVisitor::PrintFields(WfExpressionStatement* node)
	{
		BeginField(vl::WString::Unmanaged(L"expression"));
		Print(node->expression.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfFloatingExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"value"));
		WriteToken(node->value);
		EndField();
	}
	void AstVisitor::PrintFields(WfForEachStatement* node)
	{
		BeginField(vl::WString::Unmanaged(L"collection"));
		Print(node->collection.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"direction"));
		switch (node->direction)
		{
		case vl::workflow::WfForEachDirection::Normal:
			WriteString(vl::WString::Unmanaged(L"Normal"));
			break;
		case vl::workflow::WfForEachDirection::Reversed:
			WriteString(vl::WString::Unmanaged(L"Reversed"));
			break;
		default:
			WriteNull();
		}
		EndField();
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
		BeginField(vl::WString::Unmanaged(L"statement"));
		Print(node->statement.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfFormatExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"value"));
		WriteToken(node->value);
		EndField();
	}
	void AstVisitor::PrintFields(WfFunctionArgument* node)
	{
		BeginField(vl::WString::Unmanaged(L"attributes"));
		BeginArray();
		for (auto&& listItem : node->attributes)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
		BeginField(vl::WString::Unmanaged(L"type"));
		Print(node->type.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfFunctionDeclaration* node)
	{
		BeginField(vl::WString::Unmanaged(L"anonymity"));
		switch (node->anonymity)
		{
		case vl::workflow::WfFunctionAnonymity::Anonymous:
			WriteString(vl::WString::Unmanaged(L"Anonymous"));
			break;
		case vl::workflow::WfFunctionAnonymity::Named:
			WriteString(vl::WString::Unmanaged(L"Named"));
			break;
		default:
			WriteNull();
		}
		EndField();
		BeginField(vl::WString::Unmanaged(L"arguments"));
		BeginArray();
		for (auto&& listItem : node->arguments)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"functionKind"));
		switch (node->functionKind)
		{
		case vl::workflow::WfFunctionKind::Normal:
			WriteString(vl::WString::Unmanaged(L"Normal"));
			break;
		case vl::workflow::WfFunctionKind::Override:
			WriteString(vl::WString::Unmanaged(L"Override"));
			break;
		case vl::workflow::WfFunctionKind::Static:
			WriteString(vl::WString::Unmanaged(L"Static"));
			break;
		default:
			WriteNull();
		}
		EndField();
		BeginField(vl::WString::Unmanaged(L"returnType"));
		Print(node->returnType.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"statement"));
		Print(node->statement.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfFunctionExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"function"));
		Print(node->function.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfFunctionType* node)
	{
		BeginField(vl::WString::Unmanaged(L"arguments"));
		BeginArray();
		for (auto&& listItem : node->arguments)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"result"));
		Print(node->result.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfGotoStatement* node)
	{
		BeginField(vl::WString::Unmanaged(L"label"));
		WriteToken(node->label);
		EndField();
	}
	void AstVisitor::PrintFields(WfIfExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"condition"));
		Print(node->condition.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"falseBranch"));
		Print(node->falseBranch.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"trueBranch"));
		Print(node->trueBranch.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfIfStatement* node)
	{
		BeginField(vl::WString::Unmanaged(L"expression"));
		Print(node->expression.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"falseBranch"));
		Print(node->falseBranch.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
		BeginField(vl::WString::Unmanaged(L"trueBranch"));
		Print(node->trueBranch.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"type"));
		Print(node->type.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfInferExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"expression"));
		Print(node->expression.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"type"));
		Print(node->type.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfIntegerExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"value"));
		WriteToken(node->value);
		EndField();
	}
	void AstVisitor::PrintFields(WfLetExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"expression"));
		Print(node->expression.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"variables"));
		BeginArray();
		for (auto&& listItem : node->variables)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
	}
	void AstVisitor::PrintFields(WfLetVariable* node)
	{
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
		BeginField(vl::WString::Unmanaged(L"value"));
		Print(node->value.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfLiteralExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"value"));
		switch (node->value)
		{
		case vl::workflow::WfLiteralValue::False:
			WriteString(vl::WString::Unmanaged(L"False"));
			break;
		case vl::workflow::WfLiteralValue::Null:
			WriteString(vl::WString::Unmanaged(L"Null"));
			break;
		case vl::workflow::WfLiteralValue::True:
			WriteString(vl::WString::Unmanaged(L"True"));
			break;
		default:
			WriteNull();
		}
		EndField();
	}
	void AstVisitor::PrintFields(WfMapType* node)
	{
		BeginField(vl::WString::Unmanaged(L"key"));
		Print(node->key.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"value"));
		Print(node->value.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"writability"));
		switch (node->writability)
		{
		case vl::workflow::WfMapWritability::Readonly:
			WriteString(vl::WString::Unmanaged(L"Readonly"));
			break;
		case vl::workflow::WfMapWritability::Writable:
			WriteString(vl::WString::Unmanaged(L"Writable"));
			break;
		default:
			WriteNull();
		}
		EndField();
	}
	void AstVisitor::PrintFields(WfMemberExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
		BeginField(vl::WString::Unmanaged(L"parent"));
		Print(node->parent.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfMixinCastExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"expression"));
		Print(node->expression.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"type"));
		Print(node->type.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfModule* node)
	{
		BeginField(vl::WString::Unmanaged(L"declarations"));
		BeginArray();
		for (auto&& listItem : node->declarations)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"moduleType"));
		switch (node->moduleType)
		{
		case vl::workflow::WfModuleType::Module:
			WriteString(vl::WString::Unmanaged(L"Module"));
			break;
		case vl::workflow::WfModuleType::Unit:
			WriteString(vl::WString::Unmanaged(L"Unit"));
			break;
		default:
			WriteNull();
		}
		EndField();
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
		BeginField(vl::WString::Unmanaged(L"paths"));
		BeginArray();
		for (auto&& listItem : node->paths)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
	}
	void AstVisitor::PrintFields(WfModuleUsingFragment* node)
	{
	}
	void AstVisitor::PrintFields(WfModuleUsingItem* node)
	{
		BeginField(vl::WString::Unmanaged(L"fragments"));
		BeginArray();
		for (auto&& listItem : node->fragments)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
	}
	void AstVisitor::PrintFields(WfModuleUsingNameFragment* node)
	{
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
	}
	void AstVisitor::PrintFields(WfModuleUsingPath* node)
	{
		BeginField(vl::WString::Unmanaged(L"items"));
		BeginArray();
		for (auto&& listItem : node->items)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
	}
	void AstVisitor::PrintFields(WfModuleUsingWildCardFragment* node)
	{
	}
	void AstVisitor::PrintFields(WfNamespaceDeclaration* node)
	{
		BeginField(vl::WString::Unmanaged(L"declarations"));
		BeginArray();
		for (auto&& listItem : node->declarations)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
	}
	void AstVisitor::PrintFields(WfNewClassExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"arguments"));
		BeginArray();
		for (auto&& listItem : node->arguments)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"type"));
		Print(node->type.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfNewCoroutineExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
		BeginField(vl::WString::Unmanaged(L"statement"));
		Print(node->statement.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfNewInterfaceExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"declarations"));
		BeginArray();
		for (auto&& listItem : node->declarations)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"type"));
		Print(node->type.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfNullableType* node)
	{
		BeginField(vl::WString::Unmanaged(L"element"));
		Print(node->element.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfObservableListType* node)
	{
		BeginField(vl::WString::Unmanaged(L"element"));
		Print(node->element.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfObserveExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"events"));
		BeginArray();
		for (auto&& listItem : node->events)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"expression"));
		Print(node->expression.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
		BeginField(vl::WString::Unmanaged(L"observeType"));
		switch (node->observeType)
		{
		case vl::workflow::WfObserveType::ExtendedObserve:
			WriteString(vl::WString::Unmanaged(L"ExtendedObserve"));
			break;
		case vl::workflow::WfObserveType::SimpleObserve:
			WriteString(vl::WString::Unmanaged(L"SimpleObserve"));
			break;
		default:
			WriteNull();
		}
		EndField();
		BeginField(vl::WString::Unmanaged(L"parent"));
		Print(node->parent.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfOrderedLambdaExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"body"));
		Print(node->body.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfOrderedNameExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
	}
	void AstVisitor::PrintFields(WfPredefinedType* node)
	{
		BeginField(vl::WString::Unmanaged(L"name"));
		switch (node->name)
		{
		case vl::workflow::WfPredefinedTypeName::Bool:
			WriteString(vl::WString::Unmanaged(L"Bool"));
			break;
		case vl::workflow::WfPredefinedTypeName::Char:
			WriteString(vl::WString::Unmanaged(L"Char"));
			break;
		case vl::workflow::WfPredefinedTypeName::Double:
			WriteString(vl::WString::Unmanaged(L"Double"));
			break;
		case vl::workflow::WfPredefinedTypeName::Float:
			WriteString(vl::WString::Unmanaged(L"Float"));
			break;
		case vl::workflow::WfPredefinedTypeName::Int:
			WriteString(vl::WString::Unmanaged(L"Int"));
			break;
		case vl::workflow::WfPredefinedTypeName::Interface:
			WriteString(vl::WString::Unmanaged(L"Interface"));
			break;
		case vl::workflow::WfPredefinedTypeName::Object:
			WriteString(vl::WString::Unmanaged(L"Object"));
			break;
		case vl::workflow::WfPredefinedTypeName::String:
			WriteString(vl::WString::Unmanaged(L"String"));
			break;
		case vl::workflow::WfPredefinedTypeName::UInt:
			WriteString(vl::WString::Unmanaged(L"UInt"));
			break;
		case vl::workflow::WfPredefinedTypeName::Void:
			WriteString(vl::WString::Unmanaged(L"Void"));
			break;
		default:
			WriteNull();
		}
		EndField();
	}
	void AstVisitor::PrintFields(WfPropertyDeclaration* node)
	{
		BeginField(vl::WString::Unmanaged(L"getter"));
		WriteToken(node->getter);
		EndField();
		BeginField(vl::WString::Unmanaged(L"setter"));
		WriteToken(node->setter);
		EndField();
		BeginField(vl::WString::Unmanaged(L"type"));
		Print(node->type.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"valueChangedEvent"));
		WriteToken(node->valueChangedEvent);
		EndField();
	}
	void AstVisitor::PrintFields(WfRaiseExceptionStatement* node)
	{
		BeginField(vl::WString::Unmanaged(L"expression"));
		Print(node->expression.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfRangeExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"begin"));
		Print(node->begin.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"beginBoundary"));
		switch (node->beginBoundary)
		{
		case vl::workflow::WfRangeBoundary::Exclusive:
			WriteString(vl::WString::Unmanaged(L"Exclusive"));
			break;
		case vl::workflow::WfRangeBoundary::Inclusive:
			WriteString(vl::WString::Unmanaged(L"Inclusive"));
			break;
		default:
			WriteNull();
		}
		EndField();
		BeginField(vl::WString::Unmanaged(L"end"));
		Print(node->end.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"endBoundary"));
		switch (node->endBoundary)
		{
		case vl::workflow::WfRangeBoundary::Exclusive:
			WriteString(vl::WString::Unmanaged(L"Exclusive"));
			break;
		case vl::workflow::WfRangeBoundary::Inclusive:
			WriteString(vl::WString::Unmanaged(L"Inclusive"));
			break;
		default:
			WriteNull();
		}
		EndField();
	}
	void AstVisitor::PrintFields(WfRawPointerType* node)
	{
		BeginField(vl::WString::Unmanaged(L"element"));
		Print(node->element.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfReferenceExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
	}
	void AstVisitor::PrintFields(WfReferenceType* node)
	{
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
	}
	void AstVisitor::PrintFields(WfReturnStatement* node)
	{
		BeginField(vl::WString::Unmanaged(L"expression"));
		Print(node->expression.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfSetTestingExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"collection"));
		Print(node->collection.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"element"));
		Print(node->element.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"test"));
		switch (node->test)
		{
		case vl::workflow::WfSetTesting::In:
			WriteString(vl::WString::Unmanaged(L"In"));
			break;
		case vl::workflow::WfSetTesting::NotIn:
			WriteString(vl::WString::Unmanaged(L"NotIn"));
			break;
		default:
			WriteNull();
		}
		EndField();
	}
	void AstVisitor::PrintFields(WfSharedPointerType* node)
	{
		BeginField(vl::WString::Unmanaged(L"element"));
		Print(node->element.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfStateDeclaration* node)
	{
		BeginField(vl::WString::Unmanaged(L"arguments"));
		BeginArray();
		for (auto&& listItem : node->arguments)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
		BeginField(vl::WString::Unmanaged(L"statement"));
		Print(node->statement.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfStateInput* node)
	{
		BeginField(vl::WString::Unmanaged(L"arguments"));
		BeginArray();
		for (auto&& listItem : node->arguments)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
	}
	void AstVisitor::PrintFields(WfStateInvokeStatement* node)
	{
		BeginField(vl::WString::Unmanaged(L"arguments"));
		BeginArray();
		for (auto&& listItem : node->arguments)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
		BeginField(vl::WString::Unmanaged(L"type"));
		switch (node->type)
		{
		case vl::workflow::WfStateInvokeType::Goto:
			WriteString(vl::WString::Unmanaged(L"Goto"));
			break;
		case vl::workflow::WfStateInvokeType::Push:
			WriteString(vl::WString::Unmanaged(L"Push"));
			break;
		default:
			WriteNull();
		}
		EndField();
	}
	void AstVisitor::PrintFields(WfStateMachineDeclaration* node)
	{
		BeginField(vl::WString::Unmanaged(L"inputs"));
		BeginArray();
		for (auto&& listItem : node->inputs)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"states"));
		BeginArray();
		for (auto&& listItem : node->states)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
	}
	void AstVisitor::PrintFields(WfStateMachineStatement* node)
	{
	}
	void AstVisitor::PrintFields(WfStateSwitchArgument* node)
	{
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
	}
	void AstVisitor::PrintFields(WfStateSwitchCase* node)
	{
		BeginField(vl::WString::Unmanaged(L"arguments"));
		BeginArray();
		for (auto&& listItem : node->arguments)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
		BeginField(vl::WString::Unmanaged(L"statement"));
		Print(node->statement.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfStateSwitchStatement* node)
	{
		BeginField(vl::WString::Unmanaged(L"caseBranches"));
		BeginArray();
		for (auto&& listItem : node->caseBranches)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"type"));
		switch (node->type)
		{
		case vl::workflow::WfStateSwitchType::Default:
			WriteString(vl::WString::Unmanaged(L"Default"));
			break;
		case vl::workflow::WfStateSwitchType::Ignore:
			WriteString(vl::WString::Unmanaged(L"Ignore"));
			break;
		case vl::workflow::WfStateSwitchType::IgnoreAndReturn:
			WriteString(vl::WString::Unmanaged(L"IgnoreAndReturn"));
			break;
		case vl::workflow::WfStateSwitchType::Pass:
			WriteString(vl::WString::Unmanaged(L"Pass"));
			break;
		case vl::workflow::WfStateSwitchType::PassAndReturn:
			WriteString(vl::WString::Unmanaged(L"PassAndReturn"));
			break;
		default:
			WriteNull();
		}
		EndField();
	}
	void AstVisitor::PrintFields(WfStatement* node)
	{
	}
	void AstVisitor::PrintFields(WfStaticInitDeclaration* node)
	{
		BeginField(vl::WString::Unmanaged(L"statement"));
		Print(node->statement.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfStringExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"value"));
		WriteToken(node->value);
		EndField();
	}
	void AstVisitor::PrintFields(WfStructDeclaration* node)
	{
		BeginField(vl::WString::Unmanaged(L"members"));
		BeginArray();
		for (auto&& listItem : node->members)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
	}
	void AstVisitor::PrintFields(WfStructMember* node)
	{
		BeginField(vl::WString::Unmanaged(L"attributes"));
		BeginArray();
		for (auto&& listItem : node->attributes)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
		BeginField(vl::WString::Unmanaged(L"type"));
		Print(node->type.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfSwitchCase* node)
	{
		BeginField(vl::WString::Unmanaged(L"expression"));
		Print(node->expression.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"statement"));
		Print(node->statement.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfSwitchStatement* node)
	{
		BeginField(vl::WString::Unmanaged(L"caseBranches"));
		BeginArray();
		for (auto&& listItem : node->caseBranches)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
		BeginField(vl::WString::Unmanaged(L"defaultBranch"));
		Print(node->defaultBranch.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"expression"));
		Print(node->expression.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfThisExpression* node)
	{
	}
	void AstVisitor::PrintFields(WfTopQualifiedExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
	}
	void AstVisitor::PrintFields(WfTopQualifiedType* node)
	{
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
	}
	void AstVisitor::PrintFields(WfTryStatement* node)
	{
		BeginField(vl::WString::Unmanaged(L"catchStatement"));
		Print(node->catchStatement.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"finallyStatement"));
		Print(node->finallyStatement.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"name"));
		WriteToken(node->name);
		EndField();
		BeginField(vl::WString::Unmanaged(L"protectedStatement"));
		Print(node->protectedStatement.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfType* node)
	{
	}
	void AstVisitor::PrintFields(WfTypeCastingExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"expression"));
		Print(node->expression.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"strategy"));
		switch (node->strategy)
		{
		case vl::workflow::WfTypeCastingStrategy::Strong:
			WriteString(vl::WString::Unmanaged(L"Strong"));
			break;
		case vl::workflow::WfTypeCastingStrategy::Weak:
			WriteString(vl::WString::Unmanaged(L"Weak"));
			break;
		default:
			WriteNull();
		}
		EndField();
		BeginField(vl::WString::Unmanaged(L"type"));
		Print(node->type.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfTypeOfExpressionExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"expression"));
		Print(node->expression.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfTypeOfTypeExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"type"));
		Print(node->type.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfTypeTestingExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"expression"));
		Print(node->expression.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"test"));
		switch (node->test)
		{
		case vl::workflow::WfTypeTesting::IsNotNull:
			WriteString(vl::WString::Unmanaged(L"IsNotNull"));
			break;
		case vl::workflow::WfTypeTesting::IsNotType:
			WriteString(vl::WString::Unmanaged(L"IsNotType"));
			break;
		case vl::workflow::WfTypeTesting::IsNull:
			WriteString(vl::WString::Unmanaged(L"IsNull"));
			break;
		case vl::workflow::WfTypeTesting::IsType:
			WriteString(vl::WString::Unmanaged(L"IsType"));
			break;
		default:
			WriteNull();
		}
		EndField();
		BeginField(vl::WString::Unmanaged(L"type"));
		Print(node->type.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfUnaryExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"op"));
		switch (node->op)
		{
		case vl::workflow::WfUnaryOperator::Negative:
			WriteString(vl::WString::Unmanaged(L"Negative"));
			break;
		case vl::workflow::WfUnaryOperator::Not:
			WriteString(vl::WString::Unmanaged(L"Not"));
			break;
		case vl::workflow::WfUnaryOperator::Positive:
			WriteString(vl::WString::Unmanaged(L"Positive"));
			break;
		default:
			WriteNull();
		}
		EndField();
		BeginField(vl::WString::Unmanaged(L"operand"));
		Print(node->operand.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfVariableDeclaration* node)
	{
		BeginField(vl::WString::Unmanaged(L"expression"));
		Print(node->expression.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"type"));
		Print(node->type.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfVariableStatement* node)
	{
		BeginField(vl::WString::Unmanaged(L"variable"));
		Print(node->variable.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfVirtualCfeDeclaration* node)
	{
		BeginField(vl::WString::Unmanaged(L"expandedDeclarations"));
		BeginArray();
		for (auto&& listItem : node->expandedDeclarations)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
	}
	void AstVisitor::PrintFields(WfVirtualCfeExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"expandedExpression"));
		Print(node->expandedExpression.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfVirtualCseDeclaration* node)
	{
		BeginField(vl::WString::Unmanaged(L"expandedDeclarations"));
		BeginArray();
		for (auto&& listItem : node->expandedDeclarations)
		{
			BeginArrayItem();
			Print(listItem.Obj());
			EndArrayItem();
		}
		EndArray();
		EndField();
	}
	void AstVisitor::PrintFields(WfVirtualCseExpression* node)
	{
		BeginField(vl::WString::Unmanaged(L"expandedExpression"));
		Print(node->expandedExpression.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfVirtualCseStatement* node)
	{
		BeginField(vl::WString::Unmanaged(L"expandedStatement"));
		Print(node->expandedStatement.Obj());
		EndField();
	}
	void AstVisitor::PrintFields(WfWhileStatement* node)
	{
		BeginField(vl::WString::Unmanaged(L"condition"));
		Print(node->condition.Obj());
		EndField();
		BeginField(vl::WString::Unmanaged(L"statement"));
		Print(node->statement.Obj());
		EndField();
	}

	void AstVisitor::Visit(WfPredefinedType* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"PredefinedType"), node);
		PrintFields(static_cast<WfType*>(node));
		PrintFields(static_cast<WfPredefinedType*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfTopQualifiedType* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"TopQualifiedType"), node);
		PrintFields(static_cast<WfType*>(node));
		PrintFields(static_cast<WfTopQualifiedType*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfReferenceType* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ReferenceType"), node);
		PrintFields(static_cast<WfType*>(node));
		PrintFields(static_cast<WfReferenceType*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfRawPointerType* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"RawPointerType"), node);
		PrintFields(static_cast<WfType*>(node));
		PrintFields(static_cast<WfRawPointerType*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfSharedPointerType* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"SharedPointerType"), node);
		PrintFields(static_cast<WfType*>(node));
		PrintFields(static_cast<WfSharedPointerType*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfNullableType* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"NullableType"), node);
		PrintFields(static_cast<WfType*>(node));
		PrintFields(static_cast<WfNullableType*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfEnumerableType* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"EnumerableType"), node);
		PrintFields(static_cast<WfType*>(node));
		PrintFields(static_cast<WfEnumerableType*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfMapType* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"MapType"), node);
		PrintFields(static_cast<WfType*>(node));
		PrintFields(static_cast<WfMapType*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfObservableListType* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ObservableListType"), node);
		PrintFields(static_cast<WfType*>(node));
		PrintFields(static_cast<WfObservableListType*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfFunctionType* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"FunctionType"), node);
		PrintFields(static_cast<WfType*>(node));
		PrintFields(static_cast<WfFunctionType*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfChildType* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ChildType"), node);
		PrintFields(static_cast<WfType*>(node));
		PrintFields(static_cast<WfChildType*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfThisExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ThisExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfThisExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfTopQualifiedExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"TopQualifiedExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfTopQualifiedExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfReferenceExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ReferenceExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfReferenceExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfOrderedNameExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"OrderedNameExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfOrderedNameExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfOrderedLambdaExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"OrderedLambdaExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfOrderedLambdaExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfMemberExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"MemberExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfMemberExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfChildExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ChildExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfChildExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfLiteralExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"LiteralExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfLiteralExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfFloatingExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"FloatingExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfFloatingExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfIntegerExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"IntegerExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfIntegerExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfStringExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"StringExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfStringExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfUnaryExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"UnaryExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfUnaryExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfBinaryExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"BinaryExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfBinaryExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfLetExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"LetExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfLetExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfIfExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"IfExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfIfExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfRangeExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"RangeExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfRangeExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfSetTestingExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"SetTestingExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfSetTestingExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfConstructorExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ConstructorExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfConstructorExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfInferExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"InferExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfInferExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfTypeCastingExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"TypeCastingExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfTypeCastingExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfTypeTestingExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"TypeTestingExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfTypeTestingExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfTypeOfTypeExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"TypeOfTypeExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfTypeOfTypeExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfTypeOfExpressionExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"TypeOfExpressionExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfTypeOfExpressionExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfAttachEventExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"AttachEventExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfAttachEventExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfDetachEventExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"DetachEventExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfDetachEventExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfObserveExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ObserveExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfObserveExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfCallExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"CallExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfCallExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfFunctionExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"FunctionExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfFunctionExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfNewClassExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"NewClassExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfNewClassExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfNewInterfaceExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"NewInterfaceExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfNewInterfaceExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfVirtualCfeExpression* node)
	{
		node->Accept(static_cast<WfVirtualCfeExpression::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfVirtualCseExpression* node)
	{
		node->Accept(static_cast<WfVirtualCseExpression::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfBreakStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"BreakStatement"), node);
		PrintFields(static_cast<WfStatement*>(node));
		PrintFields(static_cast<WfBreakStatement*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfContinueStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ContinueStatement"), node);
		PrintFields(static_cast<WfStatement*>(node));
		PrintFields(static_cast<WfContinueStatement*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfReturnStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ReturnStatement"), node);
		PrintFields(static_cast<WfStatement*>(node));
		PrintFields(static_cast<WfReturnStatement*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfDeleteStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"DeleteStatement"), node);
		PrintFields(static_cast<WfStatement*>(node));
		PrintFields(static_cast<WfDeleteStatement*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfRaiseExceptionStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"RaiseExceptionStatement"), node);
		PrintFields(static_cast<WfStatement*>(node));
		PrintFields(static_cast<WfRaiseExceptionStatement*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfIfStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"IfStatement"), node);
		PrintFields(static_cast<WfStatement*>(node));
		PrintFields(static_cast<WfIfStatement*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfWhileStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"WhileStatement"), node);
		PrintFields(static_cast<WfStatement*>(node));
		PrintFields(static_cast<WfWhileStatement*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfTryStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"TryStatement"), node);
		PrintFields(static_cast<WfStatement*>(node));
		PrintFields(static_cast<WfTryStatement*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfBlockStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"BlockStatement"), node);
		PrintFields(static_cast<WfStatement*>(node));
		PrintFields(static_cast<WfBlockStatement*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfGotoStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"GotoStatement"), node);
		PrintFields(static_cast<WfStatement*>(node));
		PrintFields(static_cast<WfGotoStatement*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfVariableStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"VariableStatement"), node);
		PrintFields(static_cast<WfStatement*>(node));
		PrintFields(static_cast<WfVariableStatement*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfExpressionStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ExpressionStatement"), node);
		PrintFields(static_cast<WfStatement*>(node));
		PrintFields(static_cast<WfExpressionStatement*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfVirtualCseStatement* node)
	{
		node->Accept(static_cast<WfVirtualCseStatement::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfCoroutineStatement* node)
	{
		node->Accept(static_cast<WfCoroutineStatement::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfStateMachineStatement* node)
	{
		node->Accept(static_cast<WfStateMachineStatement::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfNamespaceDeclaration* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"NamespaceDeclaration"), node);
		PrintFields(static_cast<WfDeclaration*>(node));
		PrintFields(static_cast<WfNamespaceDeclaration*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfFunctionDeclaration* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"FunctionDeclaration"), node);
		PrintFields(static_cast<WfDeclaration*>(node));
		PrintFields(static_cast<WfFunctionDeclaration*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfVariableDeclaration* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"VariableDeclaration"), node);
		PrintFields(static_cast<WfDeclaration*>(node));
		PrintFields(static_cast<WfVariableDeclaration*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfEventDeclaration* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"EventDeclaration"), node);
		PrintFields(static_cast<WfDeclaration*>(node));
		PrintFields(static_cast<WfEventDeclaration*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfPropertyDeclaration* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"PropertyDeclaration"), node);
		PrintFields(static_cast<WfDeclaration*>(node));
		PrintFields(static_cast<WfPropertyDeclaration*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfStaticInitDeclaration* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"StaticInitDeclaration"), node);
		PrintFields(static_cast<WfDeclaration*>(node));
		PrintFields(static_cast<WfStaticInitDeclaration*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfConstructorDeclaration* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ConstructorDeclaration"), node);
		PrintFields(static_cast<WfDeclaration*>(node));
		PrintFields(static_cast<WfConstructorDeclaration*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfDestructorDeclaration* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"DestructorDeclaration"), node);
		PrintFields(static_cast<WfDeclaration*>(node));
		PrintFields(static_cast<WfDestructorDeclaration*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfClassDeclaration* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ClassDeclaration"), node);
		PrintFields(static_cast<WfDeclaration*>(node));
		PrintFields(static_cast<WfClassDeclaration*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfEnumDeclaration* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"EnumDeclaration"), node);
		PrintFields(static_cast<WfDeclaration*>(node));
		PrintFields(static_cast<WfEnumDeclaration*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfStructDeclaration* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"StructDeclaration"), node);
		PrintFields(static_cast<WfDeclaration*>(node));
		PrintFields(static_cast<WfStructDeclaration*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfVirtualCfeDeclaration* node)
	{
		node->Accept(static_cast<WfVirtualCfeDeclaration::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfVirtualCseDeclaration* node)
	{
		node->Accept(static_cast<WfVirtualCseDeclaration::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfAutoPropertyDeclaration* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"AutoPropertyDeclaration"), node);
		PrintFields(static_cast<WfDeclaration*>(node));
		PrintFields(static_cast<WfVirtualCfeDeclaration*>(node));
		PrintFields(static_cast<WfAutoPropertyDeclaration*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfCastResultInterfaceDeclaration* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"CastResultInterfaceDeclaration"), node);
		PrintFields(static_cast<WfDeclaration*>(node));
		PrintFields(static_cast<WfVirtualCfeDeclaration*>(node));
		PrintFields(static_cast<WfCastResultInterfaceDeclaration*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfStateMachineDeclaration* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"StateMachineDeclaration"), node);
		PrintFields(static_cast<WfDeclaration*>(node));
		PrintFields(static_cast<WfVirtualCseDeclaration*>(node));
		PrintFields(static_cast<WfStateMachineDeclaration*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfForEachStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ForEachStatement"), node);
		PrintFields(static_cast<WfStatement*>(node));
		PrintFields(static_cast<WfVirtualCseStatement*>(node));
		PrintFields(static_cast<WfForEachStatement*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfSwitchStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"SwitchStatement"), node);
		PrintFields(static_cast<WfStatement*>(node));
		PrintFields(static_cast<WfVirtualCseStatement*>(node));
		PrintFields(static_cast<WfSwitchStatement*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfCoProviderStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"CoProviderStatement"), node);
		PrintFields(static_cast<WfStatement*>(node));
		PrintFields(static_cast<WfVirtualCseStatement*>(node));
		PrintFields(static_cast<WfCoProviderStatement*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfCoPauseStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"CoPauseStatement"), node);
		PrintFields(static_cast<WfStatement*>(node));
		PrintFields(static_cast<WfCoroutineStatement*>(node));
		PrintFields(static_cast<WfCoPauseStatement*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfCoOperatorStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"CoOperatorStatement"), node);
		PrintFields(static_cast<WfStatement*>(node));
		PrintFields(static_cast<WfCoroutineStatement*>(node));
		PrintFields(static_cast<WfCoOperatorStatement*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfStateSwitchStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"StateSwitchStatement"), node);
		PrintFields(static_cast<WfStatement*>(node));
		PrintFields(static_cast<WfStateMachineStatement*>(node));
		PrintFields(static_cast<WfStateSwitchStatement*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfStateInvokeStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"StateInvokeStatement"), node);
		PrintFields(static_cast<WfStatement*>(node));
		PrintFields(static_cast<WfStateMachineStatement*>(node));
		PrintFields(static_cast<WfStateInvokeStatement*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfFormatExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"FormatExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfVirtualCfeExpression*>(node));
		PrintFields(static_cast<WfFormatExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfBindExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"BindExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfVirtualCseExpression*>(node));
		PrintFields(static_cast<WfBindExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfNewCoroutineExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"NewCoroutineExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfVirtualCseExpression*>(node));
		PrintFields(static_cast<WfNewCoroutineExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfMixinCastExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"MixinCastExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfVirtualCseExpression*>(node));
		PrintFields(static_cast<WfMixinCastExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfExpectedTypeCastExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ExpectedTypeCastExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfVirtualCseExpression*>(node));
		PrintFields(static_cast<WfExpectedTypeCastExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfCoOperatorExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"CoOperatorExpression"), node);
		PrintFields(static_cast<WfExpression*>(node));
		PrintFields(static_cast<WfVirtualCseExpression*>(node));
		PrintFields(static_cast<WfCoOperatorExpression*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfModuleUsingNameFragment* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ModuleUsingNameFragment"), node);
		PrintFields(static_cast<WfModuleUsingFragment*>(node));
		PrintFields(static_cast<WfModuleUsingNameFragment*>(node));
		EndObject();
	}

	void AstVisitor::Visit(WfModuleUsingWildCardFragment* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ModuleUsingWildCardFragment"), node);
		PrintFields(static_cast<WfModuleUsingFragment*>(node));
		PrintFields(static_cast<WfModuleUsingWildCardFragment*>(node));
		EndObject();
	}

	AstVisitor::AstVisitor(vl::stream::StreamWriter& _writer)
		: vl::glr::JsonVisitorBase(_writer)
	{
	}

	void AstVisitor::Print(WfType* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		node->Accept(static_cast<WfType::IVisitor*>(this));
	}

	void AstVisitor::Print(WfExpression* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		node->Accept(static_cast<WfExpression::IVisitor*>(this));
	}

	void AstVisitor::Print(WfStatement* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		node->Accept(static_cast<WfStatement::IVisitor*>(this));
	}

	void AstVisitor::Print(WfDeclaration* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		node->Accept(static_cast<WfDeclaration::IVisitor*>(this));
	}

	void AstVisitor::Print(WfModuleUsingFragment* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		node->Accept(static_cast<WfModuleUsingFragment::IVisitor*>(this));
	}

	void AstVisitor::Print(WfAttribute* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"Attribute"), node);
		PrintFields(static_cast<WfAttribute*>(node));
		EndObject();
	}

	void AstVisitor::Print(WfFunctionArgument* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"FunctionArgument"), node);
		PrintFields(static_cast<WfFunctionArgument*>(node));
		EndObject();
	}

	void AstVisitor::Print(WfBaseConstructorCall* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"BaseConstructorCall"), node);
		PrintFields(static_cast<WfBaseConstructorCall*>(node));
		EndObject();
	}

	void AstVisitor::Print(WfEnumItemIntersection* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"EnumItemIntersection"), node);
		PrintFields(static_cast<WfEnumItemIntersection*>(node));
		EndObject();
	}

	void AstVisitor::Print(WfEnumItem* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"EnumItem"), node);
		PrintFields(static_cast<WfEnumItem*>(node));
		EndObject();
	}

	void AstVisitor::Print(WfStructMember* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"StructMember"), node);
		PrintFields(static_cast<WfStructMember*>(node));
		EndObject();
	}

	void AstVisitor::Print(WfStateInput* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"StateInput"), node);
		PrintFields(static_cast<WfStateInput*>(node));
		EndObject();
	}

	void AstVisitor::Print(WfStateDeclaration* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"StateDeclaration"), node);
		PrintFields(static_cast<WfStateDeclaration*>(node));
		EndObject();
	}

	void AstVisitor::Print(WfSwitchCase* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"SwitchCase"), node);
		PrintFields(static_cast<WfSwitchCase*>(node));
		EndObject();
	}

	void AstVisitor::Print(WfStateSwitchArgument* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"StateSwitchArgument"), node);
		PrintFields(static_cast<WfStateSwitchArgument*>(node));
		EndObject();
	}

	void AstVisitor::Print(WfStateSwitchCase* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"StateSwitchCase"), node);
		PrintFields(static_cast<WfStateSwitchCase*>(node));
		EndObject();
	}

	void AstVisitor::Print(WfLetVariable* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"LetVariable"), node);
		PrintFields(static_cast<WfLetVariable*>(node));
		EndObject();
	}

	void AstVisitor::Print(WfConstructorArgument* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ConstructorArgument"), node);
		PrintFields(static_cast<WfConstructorArgument*>(node));
		EndObject();
	}

	void AstVisitor::Print(WfModuleUsingItem* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ModuleUsingItem"), node);
		PrintFields(static_cast<WfModuleUsingItem*>(node));
		EndObject();
	}

	void AstVisitor::Print(WfModuleUsingPath* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"ModuleUsingPath"), node);
		PrintFields(static_cast<WfModuleUsingPath*>(node));
		EndObject();
	}

	void AstVisitor::Print(WfModule* node)
	{
		if (!node)
		{
			WriteNull();
			return;
		}
		BeginObject();
		WriteType(vl::WString::Unmanaged(L"Module"), node);
		PrintFields(static_cast<WfModule*>(node));
		EndObject();
	}

}


/***********************************************************************
.\PARSER\GENERATED\WORKFLOWAST_TRAVERSE.CPP
***********************************************************************/
/***********************************************************************
This file is generated by: Vczh Parser Generator
From parser definition:Ast
Licensed under https://github.com/vczh-libraries/License
***********************************************************************/


namespace vl::workflow::traverse_visitor
{
	void AstVisitor::Traverse(vl::glr::ParsingToken& token) {}
	void AstVisitor::Traverse(vl::glr::ParsingAstBase* node) {}
	void AstVisitor::Traverse(WfAttachEventExpression* node) {}
	void AstVisitor::Traverse(WfAttribute* node) {}
	void AstVisitor::Traverse(WfAutoPropertyDeclaration* node) {}
	void AstVisitor::Traverse(WfBaseConstructorCall* node) {}
	void AstVisitor::Traverse(WfBinaryExpression* node) {}
	void AstVisitor::Traverse(WfBindExpression* node) {}
	void AstVisitor::Traverse(WfBlockStatement* node) {}
	void AstVisitor::Traverse(WfBreakStatement* node) {}
	void AstVisitor::Traverse(WfCallExpression* node) {}
	void AstVisitor::Traverse(WfCastResultInterfaceDeclaration* node) {}
	void AstVisitor::Traverse(WfChildExpression* node) {}
	void AstVisitor::Traverse(WfChildType* node) {}
	void AstVisitor::Traverse(WfClassDeclaration* node) {}
	void AstVisitor::Traverse(WfCoOperatorExpression* node) {}
	void AstVisitor::Traverse(WfCoOperatorStatement* node) {}
	void AstVisitor::Traverse(WfCoPauseStatement* node) {}
	void AstVisitor::Traverse(WfCoProviderStatement* node) {}
	void AstVisitor::Traverse(WfConstructorArgument* node) {}
	void AstVisitor::Traverse(WfConstructorDeclaration* node) {}
	void AstVisitor::Traverse(WfConstructorExpression* node) {}
	void AstVisitor::Traverse(WfContinueStatement* node) {}
	void AstVisitor::Traverse(WfCoroutineStatement* node) {}
	void AstVisitor::Traverse(WfDeclaration* node) {}
	void AstVisitor::Traverse(WfDeleteStatement* node) {}
	void AstVisitor::Traverse(WfDestructorDeclaration* node) {}
	void AstVisitor::Traverse(WfDetachEventExpression* node) {}
	void AstVisitor::Traverse(WfEnumDeclaration* node) {}
	void AstVisitor::Traverse(WfEnumItem* node) {}
	void AstVisitor::Traverse(WfEnumItemIntersection* node) {}
	void AstVisitor::Traverse(WfEnumerableType* node) {}
	void AstVisitor::Traverse(WfEventDeclaration* node) {}
	void AstVisitor::Traverse(WfExpectedTypeCastExpression* node) {}
	void AstVisitor::Traverse(WfExpression* node) {}
	void AstVisitor::Traverse(WfExpressionStatement* node) {}
	void AstVisitor::Traverse(WfFloatingExpression* node) {}
	void AstVisitor::Traverse(WfForEachStatement* node) {}
	void AstVisitor::Traverse(WfFormatExpression* node) {}
	void AstVisitor::Traverse(WfFunctionArgument* node) {}
	void AstVisitor::Traverse(WfFunctionDeclaration* node) {}
	void AstVisitor::Traverse(WfFunctionExpression* node) {}
	void AstVisitor::Traverse(WfFunctionType* node) {}
	void AstVisitor::Traverse(WfGotoStatement* node) {}
	void AstVisitor::Traverse(WfIfExpression* node) {}
	void AstVisitor::Traverse(WfIfStatement* node) {}
	void AstVisitor::Traverse(WfInferExpression* node) {}
	void AstVisitor::Traverse(WfIntegerExpression* node) {}
	void AstVisitor::Traverse(WfLetExpression* node) {}
	void AstVisitor::Traverse(WfLetVariable* node) {}
	void AstVisitor::Traverse(WfLiteralExpression* node) {}
	void AstVisitor::Traverse(WfMapType* node) {}
	void AstVisitor::Traverse(WfMemberExpression* node) {}
	void AstVisitor::Traverse(WfMixinCastExpression* node) {}
	void AstVisitor::Traverse(WfModule* node) {}
	void AstVisitor::Traverse(WfModuleUsingFragment* node) {}
	void AstVisitor::Traverse(WfModuleUsingItem* node) {}
	void AstVisitor::Traverse(WfModuleUsingNameFragment* node) {}
	void AstVisitor::Traverse(WfModuleUsingPath* node) {}
	void AstVisitor::Traverse(WfModuleUsingWildCardFragment* node) {}
	void AstVisitor::Traverse(WfNamespaceDeclaration* node) {}
	void AstVisitor::Traverse(WfNewClassExpression* node) {}
	void AstVisitor::Traverse(WfNewCoroutineExpression* node) {}
	void AstVisitor::Traverse(WfNewInterfaceExpression* node) {}
	void AstVisitor::Traverse(WfNullableType* node) {}
	void AstVisitor::Traverse(WfObservableListType* node) {}
	void AstVisitor::Traverse(WfObserveExpression* node) {}
	void AstVisitor::Traverse(WfOrderedLambdaExpression* node) {}
	void AstVisitor::Traverse(WfOrderedNameExpression* node) {}
	void AstVisitor::Traverse(WfPredefinedType* node) {}
	void AstVisitor::Traverse(WfPropertyDeclaration* node) {}
	void AstVisitor::Traverse(WfRaiseExceptionStatement* node) {}
	void AstVisitor::Traverse(WfRangeExpression* node) {}
	void AstVisitor::Traverse(WfRawPointerType* node) {}
	void AstVisitor::Traverse(WfReferenceExpression* node) {}
	void AstVisitor::Traverse(WfReferenceType* node) {}
	void AstVisitor::Traverse(WfReturnStatement* node) {}
	void AstVisitor::Traverse(WfSetTestingExpression* node) {}
	void AstVisitor::Traverse(WfSharedPointerType* node) {}
	void AstVisitor::Traverse(WfStateDeclaration* node) {}
	void AstVisitor::Traverse(WfStateInput* node) {}
	void AstVisitor::Traverse(WfStateInvokeStatement* node) {}
	void AstVisitor::Traverse(WfStateMachineDeclaration* node) {}
	void AstVisitor::Traverse(WfStateMachineStatement* node) {}
	void AstVisitor::Traverse(WfStateSwitchArgument* node) {}
	void AstVisitor::Traverse(WfStateSwitchCase* node) {}
	void AstVisitor::Traverse(WfStateSwitchStatement* node) {}
	void AstVisitor::Traverse(WfStatement* node) {}
	void AstVisitor::Traverse(WfStaticInitDeclaration* node) {}
	void AstVisitor::Traverse(WfStringExpression* node) {}
	void AstVisitor::Traverse(WfStructDeclaration* node) {}
	void AstVisitor::Traverse(WfStructMember* node) {}
	void AstVisitor::Traverse(WfSwitchCase* node) {}
	void AstVisitor::Traverse(WfSwitchStatement* node) {}
	void AstVisitor::Traverse(WfThisExpression* node) {}
	void AstVisitor::Traverse(WfTopQualifiedExpression* node) {}
	void AstVisitor::Traverse(WfTopQualifiedType* node) {}
	void AstVisitor::Traverse(WfTryStatement* node) {}
	void AstVisitor::Traverse(WfType* node) {}
	void AstVisitor::Traverse(WfTypeCastingExpression* node) {}
	void AstVisitor::Traverse(WfTypeOfExpressionExpression* node) {}
	void AstVisitor::Traverse(WfTypeOfTypeExpression* node) {}
	void AstVisitor::Traverse(WfTypeTestingExpression* node) {}
	void AstVisitor::Traverse(WfUnaryExpression* node) {}
	void AstVisitor::Traverse(WfVariableDeclaration* node) {}
	void AstVisitor::Traverse(WfVariableStatement* node) {}
	void AstVisitor::Traverse(WfVirtualCfeDeclaration* node) {}
	void AstVisitor::Traverse(WfVirtualCfeExpression* node) {}
	void AstVisitor::Traverse(WfVirtualCseDeclaration* node) {}
	void AstVisitor::Traverse(WfVirtualCseExpression* node) {}
	void AstVisitor::Traverse(WfVirtualCseStatement* node) {}
	void AstVisitor::Traverse(WfWhileStatement* node) {}

	void AstVisitor::Finishing(vl::glr::ParsingAstBase* node) {}
	void AstVisitor::Finishing(WfAttachEventExpression* node) {}
	void AstVisitor::Finishing(WfAttribute* node) {}
	void AstVisitor::Finishing(WfAutoPropertyDeclaration* node) {}
	void AstVisitor::Finishing(WfBaseConstructorCall* node) {}
	void AstVisitor::Finishing(WfBinaryExpression* node) {}
	void AstVisitor::Finishing(WfBindExpression* node) {}
	void AstVisitor::Finishing(WfBlockStatement* node) {}
	void AstVisitor::Finishing(WfBreakStatement* node) {}
	void AstVisitor::Finishing(WfCallExpression* node) {}
	void AstVisitor::Finishing(WfCastResultInterfaceDeclaration* node) {}
	void AstVisitor::Finishing(WfChildExpression* node) {}
	void AstVisitor::Finishing(WfChildType* node) {}
	void AstVisitor::Finishing(WfClassDeclaration* node) {}
	void AstVisitor::Finishing(WfCoOperatorExpression* node) {}
	void AstVisitor::Finishing(WfCoOperatorStatement* node) {}
	void AstVisitor::Finishing(WfCoPauseStatement* node) {}
	void AstVisitor::Finishing(WfCoProviderStatement* node) {}
	void AstVisitor::Finishing(WfConstructorArgument* node) {}
	void AstVisitor::Finishing(WfConstructorDeclaration* node) {}
	void AstVisitor::Finishing(WfConstructorExpression* node) {}
	void AstVisitor::Finishing(WfContinueStatement* node) {}
	void AstVisitor::Finishing(WfCoroutineStatement* node) {}
	void AstVisitor::Finishing(WfDeclaration* node) {}
	void AstVisitor::Finishing(WfDeleteStatement* node) {}
	void AstVisitor::Finishing(WfDestructorDeclaration* node) {}
	void AstVisitor::Finishing(WfDetachEventExpression* node) {}
	void AstVisitor::Finishing(WfEnumDeclaration* node) {}
	void AstVisitor::Finishing(WfEnumItem* node) {}
	void AstVisitor::Finishing(WfEnumItemIntersection* node) {}
	void AstVisitor::Finishing(WfEnumerableType* node) {}
	void AstVisitor::Finishing(WfEventDeclaration* node) {}
	void AstVisitor::Finishing(WfExpectedTypeCastExpression* node) {}
	void AstVisitor::Finishing(WfExpression* node) {}
	void AstVisitor::Finishing(WfExpressionStatement* node) {}
	void AstVisitor::Finishing(WfFloatingExpression* node) {}
	void AstVisitor::Finishing(WfForEachStatement* node) {}
	void AstVisitor::Finishing(WfFormatExpression* node) {}
	void AstVisitor::Finishing(WfFunctionArgument* node) {}
	void AstVisitor::Finishing(WfFunctionDeclaration* node) {}
	void AstVisitor::Finishing(WfFunctionExpression* node) {}
	void AstVisitor::Finishing(WfFunctionType* node) {}
	void AstVisitor::Finishing(WfGotoStatement* node) {}
	void AstVisitor::Finishing(WfIfExpression* node) {}
	void AstVisitor::Finishing(WfIfStatement* node) {}
	void AstVisitor::Finishing(WfInferExpression* node) {}
	void AstVisitor::Finishing(WfIntegerExpression* node) {}
	void AstVisitor::Finishing(WfLetExpression* node) {}
	void AstVisitor::Finishing(WfLetVariable* node) {}
	void AstVisitor::Finishing(WfLiteralExpression* node) {}
	void AstVisitor::Finishing(WfMapType* node) {}
	void AstVisitor::Finishing(WfMemberExpression* node) {}
	void AstVisitor::Finishing(WfMixinCastExpression* node) {}
	void AstVisitor::Finishing(WfModule* node) {}
	void AstVisitor::Finishing(WfModuleUsingFragment* node) {}
	void AstVisitor::Finishing(WfModuleUsingItem* node) {}
	void AstVisitor::Finishing(WfModuleUsingNameFragment* node) {}
	void AstVisitor::Finishing(WfModuleUsingPath* node) {}
	void AstVisitor::Finishing(WfModuleUsingWildCardFragment* node) {}
	void AstVisitor::Finishing(WfNamespaceDeclaration* node) {}
	void AstVisitor::Finishing(WfNewClassExpression* node) {}
	void AstVisitor::Finishing(WfNewCoroutineExpression* node) {}
	void AstVisitor::Finishing(WfNewInterfaceExpression* node) {}
	void AstVisitor::Finishing(WfNullableType* node) {}
	void AstVisitor::Finishing(WfObservableListType* node) {}
	void AstVisitor::Finishing(WfObserveExpression* node) {}
	void AstVisitor::Finishing(WfOrderedLambdaExpression* node) {}
	void AstVisitor::Finishing(WfOrderedNameExpression* node) {}
	void AstVisitor::Finishing(WfPredefinedType* node) {}
	void AstVisitor::Finishing(WfPropertyDeclaration* node) {}
	void AstVisitor::Finishing(WfRaiseExceptionStatement* node) {}
	void AstVisitor::Finishing(WfRangeExpression* node) {}
	void AstVisitor::Finishing(WfRawPointerType* node) {}
	void AstVisitor::Finishing(WfReferenceExpression* node) {}
	void AstVisitor::Finishing(WfReferenceType* node) {}
	void AstVisitor::Finishing(WfReturnStatement* node) {}
	void AstVisitor::Finishing(WfSetTestingExpression* node) {}
	void AstVisitor::Finishing(WfSharedPointerType* node) {}
	void AstVisitor::Finishing(WfStateDeclaration* node) {}
	void AstVisitor::Finishing(WfStateInput* node) {}
	void AstVisitor::Finishing(WfStateInvokeStatement* node) {}
	void AstVisitor::Finishing(WfStateMachineDeclaration* node) {}
	void AstVisitor::Finishing(WfStateMachineStatement* node) {}
	void AstVisitor::Finishing(WfStateSwitchArgument* node) {}
	void AstVisitor::Finishing(WfStateSwitchCase* node) {}
	void AstVisitor::Finishing(WfStateSwitchStatement* node) {}
	void AstVisitor::Finishing(WfStatement* node) {}
	void AstVisitor::Finishing(WfStaticInitDeclaration* node) {}
	void AstVisitor::Finishing(WfStringExpression* node) {}
	void AstVisitor::Finishing(WfStructDeclaration* node) {}
	void AstVisitor::Finishing(WfStructMember* node) {}
	void AstVisitor::Finishing(WfSwitchCase* node) {}
	void AstVisitor::Finishing(WfSwitchStatement* node) {}
	void AstVisitor::Finishing(WfThisExpression* node) {}
	void AstVisitor::Finishing(WfTopQualifiedExpression* node) {}
	void AstVisitor::Finishing(WfTopQualifiedType* node) {}
	void AstVisitor::Finishing(WfTryStatement* node) {}
	void AstVisitor::Finishing(WfType* node) {}
	void AstVisitor::Finishing(WfTypeCastingExpression* node) {}
	void AstVisitor::Finishing(WfTypeOfExpressionExpression* node) {}
	void AstVisitor::Finishing(WfTypeOfTypeExpression* node) {}
	void AstVisitor::Finishing(WfTypeTestingExpression* node) {}
	void AstVisitor::Finishing(WfUnaryExpression* node) {}
	void AstVisitor::Finishing(WfVariableDeclaration* node) {}
	void AstVisitor::Finishing(WfVariableStatement* node) {}
	void AstVisitor::Finishing(WfVirtualCfeDeclaration* node) {}
	void AstVisitor::Finishing(WfVirtualCfeExpression* node) {}
	void AstVisitor::Finishing(WfVirtualCseDeclaration* node) {}
	void AstVisitor::Finishing(WfVirtualCseExpression* node) {}
	void AstVisitor::Finishing(WfVirtualCseStatement* node) {}
	void AstVisitor::Finishing(WfWhileStatement* node) {}

	void AstVisitor::Visit(WfPredefinedType* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfType*>(node));
		Traverse(static_cast<WfPredefinedType*>(node));
		Finishing(static_cast<WfPredefinedType*>(node));
		Finishing(static_cast<WfType*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfTopQualifiedType* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfType*>(node));
		Traverse(static_cast<WfTopQualifiedType*>(node));
		Traverse(node->name);
		Finishing(static_cast<WfTopQualifiedType*>(node));
		Finishing(static_cast<WfType*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfReferenceType* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfType*>(node));
		Traverse(static_cast<WfReferenceType*>(node));
		Traverse(node->name);
		Finishing(static_cast<WfReferenceType*>(node));
		Finishing(static_cast<WfType*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfRawPointerType* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfType*>(node));
		Traverse(static_cast<WfRawPointerType*>(node));
		InspectInto(node->element.Obj());
		Finishing(static_cast<WfRawPointerType*>(node));
		Finishing(static_cast<WfType*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfSharedPointerType* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfType*>(node));
		Traverse(static_cast<WfSharedPointerType*>(node));
		InspectInto(node->element.Obj());
		Finishing(static_cast<WfSharedPointerType*>(node));
		Finishing(static_cast<WfType*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfNullableType* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfType*>(node));
		Traverse(static_cast<WfNullableType*>(node));
		InspectInto(node->element.Obj());
		Finishing(static_cast<WfNullableType*>(node));
		Finishing(static_cast<WfType*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfEnumerableType* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfType*>(node));
		Traverse(static_cast<WfEnumerableType*>(node));
		InspectInto(node->element.Obj());
		Finishing(static_cast<WfEnumerableType*>(node));
		Finishing(static_cast<WfType*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfMapType* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfType*>(node));
		Traverse(static_cast<WfMapType*>(node));
		InspectInto(node->key.Obj());
		InspectInto(node->value.Obj());
		Finishing(static_cast<WfMapType*>(node));
		Finishing(static_cast<WfType*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfObservableListType* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfType*>(node));
		Traverse(static_cast<WfObservableListType*>(node));
		InspectInto(node->element.Obj());
		Finishing(static_cast<WfObservableListType*>(node));
		Finishing(static_cast<WfType*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfFunctionType* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfType*>(node));
		Traverse(static_cast<WfFunctionType*>(node));
		for (auto&& listItem : node->arguments)
		{
			InspectInto(listItem.Obj());
		}
		InspectInto(node->result.Obj());
		Finishing(static_cast<WfFunctionType*>(node));
		Finishing(static_cast<WfType*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfChildType* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfType*>(node));
		Traverse(static_cast<WfChildType*>(node));
		Traverse(node->name);
		InspectInto(node->parent.Obj());
		Finishing(static_cast<WfChildType*>(node));
		Finishing(static_cast<WfType*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfThisExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfThisExpression*>(node));
		Finishing(static_cast<WfThisExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfTopQualifiedExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfTopQualifiedExpression*>(node));
		Traverse(node->name);
		Finishing(static_cast<WfTopQualifiedExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfReferenceExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfReferenceExpression*>(node));
		Traverse(node->name);
		Finishing(static_cast<WfReferenceExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfOrderedNameExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfOrderedNameExpression*>(node));
		Traverse(node->name);
		Finishing(static_cast<WfOrderedNameExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfOrderedLambdaExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfOrderedLambdaExpression*>(node));
		InspectInto(node->body.Obj());
		Finishing(static_cast<WfOrderedLambdaExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfMemberExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfMemberExpression*>(node));
		Traverse(node->name);
		InspectInto(node->parent.Obj());
		Finishing(static_cast<WfMemberExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfChildExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfChildExpression*>(node));
		Traverse(node->name);
		InspectInto(node->parent.Obj());
		Finishing(static_cast<WfChildExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfLiteralExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfLiteralExpression*>(node));
		Finishing(static_cast<WfLiteralExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfFloatingExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfFloatingExpression*>(node));
		Traverse(node->value);
		Finishing(static_cast<WfFloatingExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfIntegerExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfIntegerExpression*>(node));
		Traverse(node->value);
		Finishing(static_cast<WfIntegerExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfStringExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfStringExpression*>(node));
		Traverse(node->value);
		Finishing(static_cast<WfStringExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfUnaryExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfUnaryExpression*>(node));
		InspectInto(node->operand.Obj());
		Finishing(static_cast<WfUnaryExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfBinaryExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfBinaryExpression*>(node));
		InspectInto(node->first.Obj());
		InspectInto(node->second.Obj());
		Finishing(static_cast<WfBinaryExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfLetExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfLetExpression*>(node));
		InspectInto(node->expression.Obj());
		for (auto&& listItem : node->variables)
		{
			InspectInto(listItem.Obj());
		}
		Finishing(static_cast<WfLetExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfIfExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfIfExpression*>(node));
		InspectInto(node->condition.Obj());
		InspectInto(node->falseBranch.Obj());
		InspectInto(node->trueBranch.Obj());
		Finishing(static_cast<WfIfExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfRangeExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfRangeExpression*>(node));
		InspectInto(node->begin.Obj());
		InspectInto(node->end.Obj());
		Finishing(static_cast<WfRangeExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfSetTestingExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfSetTestingExpression*>(node));
		InspectInto(node->collection.Obj());
		InspectInto(node->element.Obj());
		Finishing(static_cast<WfSetTestingExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfConstructorExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfConstructorExpression*>(node));
		for (auto&& listItem : node->arguments)
		{
			InspectInto(listItem.Obj());
		}
		Finishing(static_cast<WfConstructorExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfInferExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfInferExpression*>(node));
		InspectInto(node->expression.Obj());
		InspectInto(node->type.Obj());
		Finishing(static_cast<WfInferExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfTypeCastingExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfTypeCastingExpression*>(node));
		InspectInto(node->expression.Obj());
		InspectInto(node->type.Obj());
		Finishing(static_cast<WfTypeCastingExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfTypeTestingExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfTypeTestingExpression*>(node));
		InspectInto(node->expression.Obj());
		InspectInto(node->type.Obj());
		Finishing(static_cast<WfTypeTestingExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfTypeOfTypeExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfTypeOfTypeExpression*>(node));
		InspectInto(node->type.Obj());
		Finishing(static_cast<WfTypeOfTypeExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfTypeOfExpressionExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfTypeOfExpressionExpression*>(node));
		InspectInto(node->expression.Obj());
		Finishing(static_cast<WfTypeOfExpressionExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfAttachEventExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfAttachEventExpression*>(node));
		InspectInto(node->event.Obj());
		InspectInto(node->function.Obj());
		Finishing(static_cast<WfAttachEventExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfDetachEventExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfDetachEventExpression*>(node));
		InspectInto(node->event.Obj());
		InspectInto(node->handler.Obj());
		Finishing(static_cast<WfDetachEventExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfObserveExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfObserveExpression*>(node));
		for (auto&& listItem : node->events)
		{
			InspectInto(listItem.Obj());
		}
		InspectInto(node->expression.Obj());
		Traverse(node->name);
		InspectInto(node->parent.Obj());
		Finishing(static_cast<WfObserveExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfCallExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfCallExpression*>(node));
		for (auto&& listItem : node->arguments)
		{
			InspectInto(listItem.Obj());
		}
		InspectInto(node->function.Obj());
		Finishing(static_cast<WfCallExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfFunctionExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfFunctionExpression*>(node));
		InspectInto(node->function.Obj());
		Finishing(static_cast<WfFunctionExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfNewClassExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfNewClassExpression*>(node));
		for (auto&& listItem : node->arguments)
		{
			InspectInto(listItem.Obj());
		}
		InspectInto(node->type.Obj());
		Finishing(static_cast<WfNewClassExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfNewInterfaceExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfNewInterfaceExpression*>(node));
		for (auto&& listItem : node->declarations)
		{
			InspectInto(listItem.Obj());
		}
		InspectInto(node->type.Obj());
		Finishing(static_cast<WfNewInterfaceExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfVirtualCfeExpression* node)
	{
		node->Accept(static_cast<WfVirtualCfeExpression::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfVirtualCseExpression* node)
	{
		node->Accept(static_cast<WfVirtualCseExpression::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfBreakStatement* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStatement*>(node));
		Traverse(static_cast<WfBreakStatement*>(node));
		Finishing(static_cast<WfBreakStatement*>(node));
		Finishing(static_cast<WfStatement*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfContinueStatement* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStatement*>(node));
		Traverse(static_cast<WfContinueStatement*>(node));
		Finishing(static_cast<WfContinueStatement*>(node));
		Finishing(static_cast<WfStatement*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfReturnStatement* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStatement*>(node));
		Traverse(static_cast<WfReturnStatement*>(node));
		InspectInto(node->expression.Obj());
		Finishing(static_cast<WfReturnStatement*>(node));
		Finishing(static_cast<WfStatement*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfDeleteStatement* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStatement*>(node));
		Traverse(static_cast<WfDeleteStatement*>(node));
		InspectInto(node->expression.Obj());
		Finishing(static_cast<WfDeleteStatement*>(node));
		Finishing(static_cast<WfStatement*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfRaiseExceptionStatement* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStatement*>(node));
		Traverse(static_cast<WfRaiseExceptionStatement*>(node));
		InspectInto(node->expression.Obj());
		Finishing(static_cast<WfRaiseExceptionStatement*>(node));
		Finishing(static_cast<WfStatement*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfIfStatement* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStatement*>(node));
		Traverse(static_cast<WfIfStatement*>(node));
		InspectInto(node->expression.Obj());
		InspectInto(node->falseBranch.Obj());
		Traverse(node->name);
		InspectInto(node->trueBranch.Obj());
		InspectInto(node->type.Obj());
		Finishing(static_cast<WfIfStatement*>(node));
		Finishing(static_cast<WfStatement*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfWhileStatement* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStatement*>(node));
		Traverse(static_cast<WfWhileStatement*>(node));
		InspectInto(node->condition.Obj());
		InspectInto(node->statement.Obj());
		Finishing(static_cast<WfWhileStatement*>(node));
		Finishing(static_cast<WfStatement*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfTryStatement* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStatement*>(node));
		Traverse(static_cast<WfTryStatement*>(node));
		InspectInto(node->catchStatement.Obj());
		InspectInto(node->finallyStatement.Obj());
		Traverse(node->name);
		InspectInto(node->protectedStatement.Obj());
		Finishing(static_cast<WfTryStatement*>(node));
		Finishing(static_cast<WfStatement*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfBlockStatement* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStatement*>(node));
		Traverse(static_cast<WfBlockStatement*>(node));
		Traverse(node->endLabel);
		for (auto&& listItem : node->statements)
		{
			InspectInto(listItem.Obj());
		}
		Finishing(static_cast<WfBlockStatement*>(node));
		Finishing(static_cast<WfStatement*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfGotoStatement* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStatement*>(node));
		Traverse(static_cast<WfGotoStatement*>(node));
		Traverse(node->label);
		Finishing(static_cast<WfGotoStatement*>(node));
		Finishing(static_cast<WfStatement*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfVariableStatement* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStatement*>(node));
		Traverse(static_cast<WfVariableStatement*>(node));
		InspectInto(node->variable.Obj());
		Finishing(static_cast<WfVariableStatement*>(node));
		Finishing(static_cast<WfStatement*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfExpressionStatement* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStatement*>(node));
		Traverse(static_cast<WfExpressionStatement*>(node));
		InspectInto(node->expression.Obj());
		Finishing(static_cast<WfExpressionStatement*>(node));
		Finishing(static_cast<WfStatement*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfVirtualCseStatement* node)
	{
		node->Accept(static_cast<WfVirtualCseStatement::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfCoroutineStatement* node)
	{
		node->Accept(static_cast<WfCoroutineStatement::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfStateMachineStatement* node)
	{
		node->Accept(static_cast<WfStateMachineStatement::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfNamespaceDeclaration* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfDeclaration*>(node));
		Traverse(static_cast<WfNamespaceDeclaration*>(node));
		for (auto&& listItem : node->declarations)
		{
			InspectInto(listItem.Obj());
		}
		for (auto&& listItem : node->attributes)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		Finishing(static_cast<WfNamespaceDeclaration*>(node));
		Finishing(static_cast<WfDeclaration*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfFunctionDeclaration* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfDeclaration*>(node));
		Traverse(static_cast<WfFunctionDeclaration*>(node));
		for (auto&& listItem : node->arguments)
		{
			InspectInto(listItem.Obj());
		}
		InspectInto(node->returnType.Obj());
		InspectInto(node->statement.Obj());
		for (auto&& listItem : node->attributes)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		Finishing(static_cast<WfFunctionDeclaration*>(node));
		Finishing(static_cast<WfDeclaration*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfVariableDeclaration* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfDeclaration*>(node));
		Traverse(static_cast<WfVariableDeclaration*>(node));
		InspectInto(node->expression.Obj());
		InspectInto(node->type.Obj());
		for (auto&& listItem : node->attributes)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		Finishing(static_cast<WfVariableDeclaration*>(node));
		Finishing(static_cast<WfDeclaration*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfEventDeclaration* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfDeclaration*>(node));
		Traverse(static_cast<WfEventDeclaration*>(node));
		for (auto&& listItem : node->arguments)
		{
			InspectInto(listItem.Obj());
		}
		for (auto&& listItem : node->attributes)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		Finishing(static_cast<WfEventDeclaration*>(node));
		Finishing(static_cast<WfDeclaration*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfPropertyDeclaration* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfDeclaration*>(node));
		Traverse(static_cast<WfPropertyDeclaration*>(node));
		Traverse(node->getter);
		Traverse(node->setter);
		InspectInto(node->type.Obj());
		Traverse(node->valueChangedEvent);
		for (auto&& listItem : node->attributes)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		Finishing(static_cast<WfPropertyDeclaration*>(node));
		Finishing(static_cast<WfDeclaration*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfStaticInitDeclaration* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfDeclaration*>(node));
		Traverse(static_cast<WfStaticInitDeclaration*>(node));
		InspectInto(node->statement.Obj());
		for (auto&& listItem : node->attributes)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		Finishing(static_cast<WfStaticInitDeclaration*>(node));
		Finishing(static_cast<WfDeclaration*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfConstructorDeclaration* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfDeclaration*>(node));
		Traverse(static_cast<WfConstructorDeclaration*>(node));
		for (auto&& listItem : node->arguments)
		{
			InspectInto(listItem.Obj());
		}
		for (auto&& listItem : node->baseConstructorCalls)
		{
			InspectInto(listItem.Obj());
		}
		InspectInto(node->statement.Obj());
		for (auto&& listItem : node->attributes)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		Finishing(static_cast<WfConstructorDeclaration*>(node));
		Finishing(static_cast<WfDeclaration*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfDestructorDeclaration* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfDeclaration*>(node));
		Traverse(static_cast<WfDestructorDeclaration*>(node));
		InspectInto(node->statement.Obj());
		for (auto&& listItem : node->attributes)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		Finishing(static_cast<WfDestructorDeclaration*>(node));
		Finishing(static_cast<WfDeclaration*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfClassDeclaration* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfDeclaration*>(node));
		Traverse(static_cast<WfClassDeclaration*>(node));
		for (auto&& listItem : node->baseTypes)
		{
			InspectInto(listItem.Obj());
		}
		for (auto&& listItem : node->declarations)
		{
			InspectInto(listItem.Obj());
		}
		for (auto&& listItem : node->attributes)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		Finishing(static_cast<WfClassDeclaration*>(node));
		Finishing(static_cast<WfDeclaration*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfEnumDeclaration* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfDeclaration*>(node));
		Traverse(static_cast<WfEnumDeclaration*>(node));
		for (auto&& listItem : node->items)
		{
			InspectInto(listItem.Obj());
		}
		for (auto&& listItem : node->attributes)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		Finishing(static_cast<WfEnumDeclaration*>(node));
		Finishing(static_cast<WfDeclaration*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfStructDeclaration* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfDeclaration*>(node));
		Traverse(static_cast<WfStructDeclaration*>(node));
		for (auto&& listItem : node->members)
		{
			InspectInto(listItem.Obj());
		}
		for (auto&& listItem : node->attributes)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		Finishing(static_cast<WfStructDeclaration*>(node));
		Finishing(static_cast<WfDeclaration*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfVirtualCfeDeclaration* node)
	{
		node->Accept(static_cast<WfVirtualCfeDeclaration::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfVirtualCseDeclaration* node)
	{
		node->Accept(static_cast<WfVirtualCseDeclaration::IVisitor*>(this));
	}

	void AstVisitor::Visit(WfAutoPropertyDeclaration* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfDeclaration*>(node));
		Traverse(static_cast<WfVirtualCfeDeclaration*>(node));
		Traverse(static_cast<WfAutoPropertyDeclaration*>(node));
		InspectInto(node->expression.Obj());
		InspectInto(node->type.Obj());
		for (auto&& listItem : node->expandedDeclarations)
		{
			InspectInto(listItem.Obj());
		}
		for (auto&& listItem : node->attributes)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		Finishing(static_cast<WfAutoPropertyDeclaration*>(node));
		Finishing(static_cast<WfVirtualCfeDeclaration*>(node));
		Finishing(static_cast<WfDeclaration*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfCastResultInterfaceDeclaration* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfDeclaration*>(node));
		Traverse(static_cast<WfVirtualCfeDeclaration*>(node));
		Traverse(static_cast<WfCastResultInterfaceDeclaration*>(node));
		InspectInto(node->baseType.Obj());
		InspectInto(node->elementType.Obj());
		for (auto&& listItem : node->expandedDeclarations)
		{
			InspectInto(listItem.Obj());
		}
		for (auto&& listItem : node->attributes)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		Finishing(static_cast<WfCastResultInterfaceDeclaration*>(node));
		Finishing(static_cast<WfVirtualCfeDeclaration*>(node));
		Finishing(static_cast<WfDeclaration*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfStateMachineDeclaration* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfDeclaration*>(node));
		Traverse(static_cast<WfVirtualCseDeclaration*>(node));
		Traverse(static_cast<WfStateMachineDeclaration*>(node));
		for (auto&& listItem : node->inputs)
		{
			InspectInto(listItem.Obj());
		}
		for (auto&& listItem : node->states)
		{
			InspectInto(listItem.Obj());
		}
		for (auto&& listItem : node->expandedDeclarations)
		{
			InspectInto(listItem.Obj());
		}
		for (auto&& listItem : node->attributes)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		Finishing(static_cast<WfStateMachineDeclaration*>(node));
		Finishing(static_cast<WfVirtualCseDeclaration*>(node));
		Finishing(static_cast<WfDeclaration*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfForEachStatement* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStatement*>(node));
		Traverse(static_cast<WfVirtualCseStatement*>(node));
		Traverse(static_cast<WfForEachStatement*>(node));
		InspectInto(node->collection.Obj());
		Traverse(node->name);
		InspectInto(node->statement.Obj());
		InspectInto(node->expandedStatement.Obj());
		Finishing(static_cast<WfForEachStatement*>(node));
		Finishing(static_cast<WfVirtualCseStatement*>(node));
		Finishing(static_cast<WfStatement*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfSwitchStatement* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStatement*>(node));
		Traverse(static_cast<WfVirtualCseStatement*>(node));
		Traverse(static_cast<WfSwitchStatement*>(node));
		for (auto&& listItem : node->caseBranches)
		{
			InspectInto(listItem.Obj());
		}
		InspectInto(node->defaultBranch.Obj());
		InspectInto(node->expression.Obj());
		InspectInto(node->expandedStatement.Obj());
		Finishing(static_cast<WfSwitchStatement*>(node));
		Finishing(static_cast<WfVirtualCseStatement*>(node));
		Finishing(static_cast<WfStatement*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfCoProviderStatement* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStatement*>(node));
		Traverse(static_cast<WfVirtualCseStatement*>(node));
		Traverse(static_cast<WfCoProviderStatement*>(node));
		Traverse(node->name);
		InspectInto(node->statement.Obj());
		InspectInto(node->expandedStatement.Obj());
		Finishing(static_cast<WfCoProviderStatement*>(node));
		Finishing(static_cast<WfVirtualCseStatement*>(node));
		Finishing(static_cast<WfStatement*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfCoPauseStatement* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStatement*>(node));
		Traverse(static_cast<WfCoroutineStatement*>(node));
		Traverse(static_cast<WfCoPauseStatement*>(node));
		InspectInto(node->statement.Obj());
		Finishing(static_cast<WfCoPauseStatement*>(node));
		Finishing(static_cast<WfCoroutineStatement*>(node));
		Finishing(static_cast<WfStatement*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfCoOperatorStatement* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStatement*>(node));
		Traverse(static_cast<WfCoroutineStatement*>(node));
		Traverse(static_cast<WfCoOperatorStatement*>(node));
		for (auto&& listItem : node->arguments)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->opName);
		Traverse(node->varName);
		Finishing(static_cast<WfCoOperatorStatement*>(node));
		Finishing(static_cast<WfCoroutineStatement*>(node));
		Finishing(static_cast<WfStatement*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfStateSwitchStatement* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStatement*>(node));
		Traverse(static_cast<WfStateMachineStatement*>(node));
		Traverse(static_cast<WfStateSwitchStatement*>(node));
		for (auto&& listItem : node->caseBranches)
		{
			InspectInto(listItem.Obj());
		}
		Finishing(static_cast<WfStateSwitchStatement*>(node));
		Finishing(static_cast<WfStateMachineStatement*>(node));
		Finishing(static_cast<WfStatement*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfStateInvokeStatement* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStatement*>(node));
		Traverse(static_cast<WfStateMachineStatement*>(node));
		Traverse(static_cast<WfStateInvokeStatement*>(node));
		for (auto&& listItem : node->arguments)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		Finishing(static_cast<WfStateInvokeStatement*>(node));
		Finishing(static_cast<WfStateMachineStatement*>(node));
		Finishing(static_cast<WfStatement*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfFormatExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfVirtualCfeExpression*>(node));
		Traverse(static_cast<WfFormatExpression*>(node));
		Traverse(node->value);
		InspectInto(node->expandedExpression.Obj());
		Finishing(static_cast<WfFormatExpression*>(node));
		Finishing(static_cast<WfVirtualCfeExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfBindExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfVirtualCseExpression*>(node));
		Traverse(static_cast<WfBindExpression*>(node));
		InspectInto(node->expression.Obj());
		InspectInto(node->expandedExpression.Obj());
		Finishing(static_cast<WfBindExpression*>(node));
		Finishing(static_cast<WfVirtualCseExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfNewCoroutineExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfVirtualCseExpression*>(node));
		Traverse(static_cast<WfNewCoroutineExpression*>(node));
		Traverse(node->name);
		InspectInto(node->statement.Obj());
		InspectInto(node->expandedExpression.Obj());
		Finishing(static_cast<WfNewCoroutineExpression*>(node));
		Finishing(static_cast<WfVirtualCseExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfMixinCastExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfVirtualCseExpression*>(node));
		Traverse(static_cast<WfMixinCastExpression*>(node));
		InspectInto(node->expression.Obj());
		InspectInto(node->type.Obj());
		InspectInto(node->expandedExpression.Obj());
		Finishing(static_cast<WfMixinCastExpression*>(node));
		Finishing(static_cast<WfVirtualCseExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfExpectedTypeCastExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfVirtualCseExpression*>(node));
		Traverse(static_cast<WfExpectedTypeCastExpression*>(node));
		InspectInto(node->expression.Obj());
		InspectInto(node->expandedExpression.Obj());
		Finishing(static_cast<WfExpectedTypeCastExpression*>(node));
		Finishing(static_cast<WfVirtualCseExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfCoOperatorExpression* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfExpression*>(node));
		Traverse(static_cast<WfVirtualCseExpression*>(node));
		Traverse(static_cast<WfCoOperatorExpression*>(node));
		Traverse(node->name);
		InspectInto(node->expandedExpression.Obj());
		Finishing(static_cast<WfCoOperatorExpression*>(node));
		Finishing(static_cast<WfVirtualCseExpression*>(node));
		Finishing(static_cast<WfExpression*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfModuleUsingNameFragment* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfModuleUsingFragment*>(node));
		Traverse(static_cast<WfModuleUsingNameFragment*>(node));
		Traverse(node->name);
		Finishing(static_cast<WfModuleUsingNameFragment*>(node));
		Finishing(static_cast<WfModuleUsingFragment*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::Visit(WfModuleUsingWildCardFragment* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfModuleUsingFragment*>(node));
		Traverse(static_cast<WfModuleUsingWildCardFragment*>(node));
		Finishing(static_cast<WfModuleUsingWildCardFragment*>(node));
		Finishing(static_cast<WfModuleUsingFragment*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::InspectInto(WfType* node)
	{
		if (!node) return;
		node->Accept(static_cast<WfType::IVisitor*>(this));
	}

	void AstVisitor::InspectInto(WfExpression* node)
	{
		if (!node) return;
		node->Accept(static_cast<WfExpression::IVisitor*>(this));
	}

	void AstVisitor::InspectInto(WfStatement* node)
	{
		if (!node) return;
		node->Accept(static_cast<WfStatement::IVisitor*>(this));
	}

	void AstVisitor::InspectInto(WfDeclaration* node)
	{
		if (!node) return;
		node->Accept(static_cast<WfDeclaration::IVisitor*>(this));
	}

	void AstVisitor::InspectInto(WfModuleUsingFragment* node)
	{
		if (!node) return;
		node->Accept(static_cast<WfModuleUsingFragment::IVisitor*>(this));
	}

	void AstVisitor::InspectInto(WfAttribute* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfAttribute*>(node));
		Traverse(node->category);
		Traverse(node->name);
		InspectInto(node->value.Obj());
		Finishing(static_cast<WfAttribute*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::InspectInto(WfFunctionArgument* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfFunctionArgument*>(node));
		for (auto&& listItem : node->attributes)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		InspectInto(node->type.Obj());
		Finishing(static_cast<WfFunctionArgument*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::InspectInto(WfBaseConstructorCall* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfBaseConstructorCall*>(node));
		for (auto&& listItem : node->arguments)
		{
			InspectInto(listItem.Obj());
		}
		InspectInto(node->type.Obj());
		Finishing(static_cast<WfBaseConstructorCall*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::InspectInto(WfEnumItemIntersection* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfEnumItemIntersection*>(node));
		Traverse(node->name);
		Finishing(static_cast<WfEnumItemIntersection*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::InspectInto(WfEnumItem* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfEnumItem*>(node));
		for (auto&& listItem : node->attributes)
		{
			InspectInto(listItem.Obj());
		}
		for (auto&& listItem : node->intersections)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		Traverse(node->number);
		Finishing(static_cast<WfEnumItem*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::InspectInto(WfStructMember* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStructMember*>(node));
		for (auto&& listItem : node->attributes)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		InspectInto(node->type.Obj());
		Finishing(static_cast<WfStructMember*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::InspectInto(WfStateInput* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStateInput*>(node));
		for (auto&& listItem : node->arguments)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		Finishing(static_cast<WfStateInput*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::InspectInto(WfStateDeclaration* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStateDeclaration*>(node));
		for (auto&& listItem : node->arguments)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		InspectInto(node->statement.Obj());
		Finishing(static_cast<WfStateDeclaration*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::InspectInto(WfSwitchCase* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfSwitchCase*>(node));
		InspectInto(node->expression.Obj());
		InspectInto(node->statement.Obj());
		Finishing(static_cast<WfSwitchCase*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::InspectInto(WfStateSwitchArgument* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStateSwitchArgument*>(node));
		Traverse(node->name);
		Finishing(static_cast<WfStateSwitchArgument*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::InspectInto(WfStateSwitchCase* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfStateSwitchCase*>(node));
		for (auto&& listItem : node->arguments)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		InspectInto(node->statement.Obj());
		Finishing(static_cast<WfStateSwitchCase*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::InspectInto(WfLetVariable* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfLetVariable*>(node));
		Traverse(node->name);
		InspectInto(node->value.Obj());
		Finishing(static_cast<WfLetVariable*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::InspectInto(WfConstructorArgument* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfConstructorArgument*>(node));
		InspectInto(node->key.Obj());
		InspectInto(node->value.Obj());
		Finishing(static_cast<WfConstructorArgument*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::InspectInto(WfModuleUsingItem* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfModuleUsingItem*>(node));
		for (auto&& listItem : node->fragments)
		{
			InspectInto(listItem.Obj());
		}
		Finishing(static_cast<WfModuleUsingItem*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::InspectInto(WfModuleUsingPath* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfModuleUsingPath*>(node));
		for (auto&& listItem : node->items)
		{
			InspectInto(listItem.Obj());
		}
		Finishing(static_cast<WfModuleUsingPath*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

	void AstVisitor::InspectInto(WfModule* node)
	{
		if (!node) return;
		Traverse(static_cast<vl::glr::ParsingAstBase*>(node));
		Traverse(static_cast<WfModule*>(node));
		for (auto&& listItem : node->declarations)
		{
			InspectInto(listItem.Obj());
		}
		Traverse(node->name);
		for (auto&& listItem : node->paths)
		{
			InspectInto(listItem.Obj());
		}
		Finishing(static_cast<WfModule*>(node));
		Finishing(static_cast<vl::glr::ParsingAstBase*>(node));
	}

}


/***********************************************************************
.\PARSER\GENERATED\WORKFLOWPARSER.CPP
***********************************************************************/
/***********************************************************************
This file is generated by: Vczh Parser Generator
From parser definition:Workflow
Licensed under https://github.com/vczh-libraries/License
***********************************************************************/


namespace vl::workflow
{
	void WorkflowParserData(vl::stream::IStream& outputStream)
	{
		static const vl::vint dataLength = 151080; // 2617385 bytes before compressing
		static const vl::vint dataBlock = 256;
		static const vl::vint dataRemain = 40;
		static const vl::vint dataSolidRows = 590;
		static const vl::vint dataRows = 591;
		static const char* compressed[] = {
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			"\xBA\x64\xF3\x17\x74\xA5\xD1\x0E\x27\x1D\x89\x13\x75\xA5\x3A\x1D\x03\x0F\xD3\x17\x61\x1B\xC8\x0E\x7C\xA5\x7C\xA5\x10\x0B\x28\x1D\xE0\x0E\x81\xA5\x84\xA5\x03\x0F\x85\xA5\x3E\x1A\x82\xA5\x3B\x16\x88\xA5\x87\xA5\x46\x1B\x8D\xA5\x06\x01\x8C\xA5\x8F\xA5\x86\xA5\x92\xA5\x8B\xA5\x93\xA5\x8E\xA5\x88\x06\x03\x0F\x79\x16\x5D\x0C\xA9\x7B\x98\xA5\x9C\xA5\x03\x1D\x97\xA5\x9E\xA5\xA6\x0B\x03\x0F\xF3\x0E\xFE\x0A\x09\x1D\x80\x1B\xD0\x0A\xA2\xA5\xA8\xA5\xA6\xA5\xAE\x32\x03\x0F\x91\x1D\xDE\x0D\xAB\xA5\x5A\x69\xAC\xA5\xB1\xA5\xB0\xA5\xB3\xA5\x63\x69\xB2\xA5\xB5\xA5\xB4\xA5\x20\x0E\xEE\x0F\xC8\x0E\xA2\x0E\xDF\x0D\xAF\x18\x2E\x49\xD8\x0E\x15\x0F\xC1\xA5\x03\x0F\xC2\xA5\xBE\xA5\x02\x0E\x33\x8D\xC8\x0E\xC6\xA5\xC9\xA5\x03\x0F\xCA\xA5\xB0\x0E\xCD\xA5\xDD\x1F\xCE\xA5\x56\x0F\xD0\xA5\x59\x0F\x69\x0F\xD1\x0E\x45\x0B\x9F\x91\x9B\x0F\x03\x0F\xEE\x0E\x34\x0E\x86\x97\x7D\x0C\xDD\xA5\xD8\xA5\xDE\xA5\xB9\x0E\xD9\xA5\xE2\xA5\xE0\xA5\x03\x01\xDB\xA5\xE6\xA5\xE3\xA5\xDF\xA5\xE9\xA5\xE1\xA5\xE4\xA5\xDC\x1F\xEA\xA5\xE5\xA5\xE8\xA5\xEB\xA5\xEE\xA5",
			"\xED\xA5\xF1\xA5\xB0\x5D\x8D\x4B\xC8\x0E\xFB\x0E\x78\x10\x75\xA2\xD1\x0E\xF9\xA5\xFC\xA5\xD5\x62\xFE\xA5\x93\x1F\x03\x0F\xE4\x1F\xE1\x14\x19\x13\x01\xA6\x05\xA6\x00\xA6\x07\xA6\x63\x23\x06\xA6\xF4\x20\xA0\x47\xC8\x0E\x12\x21\x54\x14\x0C\xA6\x0C\x01\x0E\xA6\x12\xA6\x10\xA6\x0B\xA6\x11\xA6\x14\xA6\x06\x01\x13\xA6\x3C\x6D\x18\x16\xC8\x0E\xC7\x23\x4F\x21\x1B\xA6\x1A\xA6\x20\xA6\xFB\x6D\x03\x0F\xF0\x54\x6C\x10\x24\xA6\xC2\x2E\x23\xA6\x28\xA6\x0C\x01\x26\xA6\x74\x23\x43\x6E\xC8\x0E\x2C\xA6\x2F\xA6\x03\x0F\x30\xA6\x63\x4C\x2D\xA6\x33\xA6\x32\xA6\x23\x42\x34\xA6\x37\xA6\x36\xA6\xD6\x52\x38\xA6\x3B\xA6\x3A\xA6\x76\x56\x3C\xA6\x3F\xA6\x3E\xA6\x35\x8E\x33\x1A\xC8\x0E\x03\x5D\xDD\x6E\x44\xA6\x05\x8E\x48\xA6\x39\x21\x4A\xA6\xF6\x8D\x03\x0F\xAD\x5E\xD9\x20\xC8\x0E\x4F\xA6\xC1\x28\x4E\xA6\x54\xA6\x56\x21\x55\xA6\xE5\x10\x57\xA6\xDF\x6E\x59\xA6\x03\x01\x52\xA6\x5D\xA6\x03\x0F\x4E\x21\x4D\x21\xC8\x0E\x60\xA6\xFD\x6E\x03\x0F\x4D\x61\xE2\x6F\xC8\x0E\x66\xA6\xE2\x20\x03\x0F\x7D\x21\xC2\x21\xD1\x0E\x6C\xA6\x6C\xA6\xBC\x63\xA3\x9A",
			"\xC8\x0E\x71\xA6\xAC\x63\x03\x0F\x74\xA6\x77\xA6\x03\x0F\x02\x29\x9C\x84\xE9\x10\x7A\xA6\x7D\xA6\x79\xA6\x7F\xA6\xAA\x3D\x7B\xA6\x38\x5F\x80\xA6\x02\x42\xB3\x0F",
		};
		vl::glr::DecompressSerializedData(compressed, true, dataSolidRows, dataRows, dataBlock, dataRemain, outputStream);
	}

	const wchar_t* ParserRuleName(vl::vint index)
	{
		static const wchar_t* results[] = {
			L"_Type",
			L"_CtorFragment",
			L"_LetVariable",
			L"_VirtualExpression",
			L"_BeginBoundary",
			L"_EndBoundary",
			L"_SetTestingOperator",
			L"_ExpPrimitive",
			L"_Exp0",
			L"_Exp1",
			L"_Exp2",
			L"_Exp3",
			L"_Exp4",
			L"_Exp5",
			L"_Exp6",
			L"_Exp7",
			L"_Exp8",
			L"_Exp9",
			L"_Exp10",
			L"_Exp11",
			L"_Expression",
			L"_SwitchCase",
			L"_Block",
			L"_ElseStat",
			L"_If",
			L"_ForOperator",
			L"_VirtualStatement",
			L"_CoStatement",
			L"_CoProvider",
			L"_StateSwitchHead",
			L"_StateSwitchArgument",
			L"_StateSwitchCase",
			L"_StateStatement",
			L"_Statement",
			L"_StateInput",
			L"_StateDecl",
			L"_StateMachine",
			L"_Attribute",
			L"_Namespace",
			L"_FunctionArgument",
			L"_FunctionArgumentList",
			L"_FunctionStat",
			L"_FunctionBody",
			L"_FunctionKind",
			L"_Function",
			L"_Variable",
			L"_Event",
			L"_Property",
			L"_StaticInit",
			L"_BaseConstructorCall",
			L"_ConstructorType",
			L"_Constructor",
			L"_Destructor",
			L"_ClassBody",
			L"_Class",
			L"_EnumItemNumber",
			L"_EnumItemInt",
			L"_EnumItemFlags",
			L"_EnumItem",
			L"_EnumItemWithFlags",
			L"_Enum",
			L"_StructMember",
			L"_Struct",
			L"_APConfig",
			L"_AutoPropertyKind",
			L"_AutoProperty",
			L"_CastResultInterface",
			L"_DeclarationCandidates",
			L"_Declaration",
			L"_UsingFragment",
			L"_UsingItem",
			L"_UsingPath",
			L"_ModuleBody",
			L"_Module",
		};
		return results[index];
	}

	const wchar_t* ParserStateLabel(vl::vint index)
	{
		static const wchar_t* results[] = {
			L"[0][_Type] BEGIN ",
			L"[1][_Type] END [ENDING]",
			L"[2][_Type]< \"::\" @ NAME >",
			L"[3][_Type]< \"::\" NAME @ >",
			L"[4][_Type]< \"bool\" @ >",
			L"[5][_Type]< \"char\" @ >",
			L"[6][_Type]< \"const\" @ _Type \"[\" [ _Type ] \"]\" >",
			L"[7][_Type]< \"const\" _Type \"[\" @ [ _Type ] \"]\" >",
			L"[8][_Type]< \"const\" _Type \"[\" [ _Type @ ] \"]\" >",
			L"[9][_Type]< \"const\" _Type \"[\" [ _Type ] \"]\" @ >",
			L"[10][_Type]< \"const\" _Type @ \"[\" [ _Type ] \"]\" >",
			L"[11][_Type]< \"double\" @ >",
			L"[12][_Type]< \"float\" @ >",
			L"[13][_Type]< \"func\" \"(\" @ { _Type ; \",\" } \")\" \":\" _Type >",
			L"[14][_Type]< \"func\" \"(\" { _Type ; \",\" @ } \")\" \":\" _Type >",
			L"[15][_Type]< \"func\" \"(\" { _Type ; \",\" } \")\" \":\" @ _Type >",
			L"[16][_Type]< \"func\" \"(\" { _Type ; \",\" } \")\" \":\" _Type @ >",
			L"[17][_Type]< \"func\" \"(\" { _Type ; \",\" } \")\" @ \":\" _Type >",
			L"[18][_Type]< \"func\" \"(\" { _Type @ ; \",\" } \")\" \":\" _Type >",
			L"[19][_Type]< \"func\" @ \"(\" { _Type ; \",\" } \")\" \":\" _Type >",
			L"[20][_Type]< \"int\" @ >",
			L"[21][_Type]< \"interface\" @ >",
			L"[22][_Type]< \"object\" @ >",
			L"[23][_Type]< \"observe\" @ _Type \"[\" \"]\" >",
			L"[24][_Type]< \"observe\" _Type \"[\" \"]\" @ >",
			L"[25][_Type]< \"observe\" _Type \"[\" @ \"]\" >",
			L"[26][_Type]< \"observe\" _Type @ \"[\" \"]\" >",
			L"[27][_Type]< \"string\" @ >",
			L"[28][_Type]< \"uint\" @ >",
			L"[29][_Type]< \"void\" @ >",
			L"[30][_Type]< NAME @ >",
			L"[31][_Type]< _Type \"*\" @ >",
			L"[32][_Type]< _Type \"::\" @ NAME >",
			L"[33][_Type]< _Type \"::\" NAME @ >",
			L"[34][_Type]< _Type \"?\" @ >",
			L"[35][_Type]< _Type \"[\" @ [ _Type ] \"]\" >",
			L"[36][_Type]< _Type \"[\" [ _Type @ ] \"]\" >",
			L"[37][_Type]< _Type \"[\" [ _Type ] \"]\" @ >",
			L"[38][_Type]< _Type \"^\" @ >",
			L"[39][_Type]< _Type \"{\" \"}\" @ >",
			L"[40][_Type]< _Type \"{\" @ \"}\" >",
			L"[41][_Type]< _Type @ \"*\" >",
			L"[42][_Type]< _Type @ \"::\" NAME >",
			L"[43][_Type]< _Type @ \"?\" >",
			L"[44][_Type]< _Type @ \"[\" [ _Type ] \"]\" >",
			L"[45][_Type]< _Type @ \"^\" >",
			L"[46][_Type]< _Type @ \"{\" \"}\" >",
			L"[47][_Type]<! \"(\" !_Type \")\" @ !>",
			L"[48][_Type]<! \"(\" !_Type @ \")\" !>",
			L"[49][_Type]<! \"(\" @ !_Type \")\" !>",
			L"[50][_CtorFragment] BEGIN ",
			L"[51][_CtorFragment] END [ENDING]",
			L"[52][_CtorFragment]< _Expression @ [ \":\" _Expression ] >",
			L"[53][_CtorFragment]< _Expression [ \":\" @ _Expression ] >",
			L"[54][_CtorFragment]< _Expression [ \":\" _Expression @ ] >",
			L"[55][_LetVariable] BEGIN ",
			L"[56][_LetVariable] END [ENDING]",
			L"[57][_LetVariable]< NAME \"=\" @ _Expression >",
			L"[58][_LetVariable]< NAME \"=\" _Expression @ >",
			L"[59][_LetVariable]< NAME @ \"=\" _Expression >",
			L"[60][_VirtualExpression] BEGIN ",
			L"[61][_VirtualExpression] END [ENDING]",
			L"[62][_VirtualExpression]< \"$\" \".\" @ NAME >",
			L"[63][_VirtualExpression]< \"$\" \".\" NAME @ >",
			L"[64][_VirtualExpression]< \"$\" @ \".\" NAME >",
			L"[65][_VirtualExpression]< \"$coroutine\" @ [ \"(\" NAME \")\" ] _Block >",
			L"[66][_VirtualExpression]< \"$coroutine\" [ \"(\" @ NAME \")\" ] _Block >",
			L"[67][_VirtualExpression]< \"$coroutine\" [ \"(\" NAME \")\" @ ] _Block >",
			L"[68][_VirtualExpression]< \"$coroutine\" [ \"(\" NAME \")\" ] _Block @ >",
			L"[69][_VirtualExpression]< \"$coroutine\" [ \"(\" NAME @ \")\" ] _Block >",
			L"[70][_VirtualExpression]< \"bind\" \"(\" @ _Expression \")\" >",
			L"[71][_VirtualExpression]< \"bind\" \"(\" _Expression \")\" @ >",
			L"[72][_VirtualExpression]< \"bind\" \"(\" _Expression @ \")\" >",
			L"[73][_VirtualExpression]< \"bind\" @ \"(\" _Expression \")\" >",
			L"[74][_VirtualExpression]< \"new\" @ _Type \"(\" \"using\" _Expression \")\" >",
			L"[75][_VirtualExpression]< \"new\" _Type \"(\" \"using\" @ _Expression \")\" >",
			L"[76][_VirtualExpression]< \"new\" _Type \"(\" \"using\" _Expression \")\" @ >",
			L"[77][_VirtualExpression]< \"new\" _Type \"(\" \"using\" _Expression @ \")\" >",
			L"[78][_VirtualExpression]< \"new\" _Type \"(\" @ \"using\" _Expression \")\" >",
			L"[79][_VirtualExpression]< \"new\" _Type @ \"(\" \"using\" _Expression \")\" >",
			L"[80][_VirtualExpression]< FORMATSTRING @ >",
			L"[81][_ExpPrimitive] BEGIN ",
			L"[82][_ExpPrimitive] END [ENDING]",
			L"[83][_ExpPrimitive]< \"::\" @ NAME >",
			L"[84][_ExpPrimitive]< \"::\" NAME @ >",
			L"[85][_ExpPrimitive]< \"[\" @ _Expression \"]\" >",
			L"[86][_ExpPrimitive]< \"[\" _Expression \"]\" @ >",
			L"[87][_ExpPrimitive]< \"[\" _Expression @ \"]\" >",
			L"[88][_ExpPrimitive]< \"attach\" \"(\" @ _Expression \",\" _Expression \")\" >",
			L"[89][_ExpPrimitive]< \"attach\" \"(\" _Expression \",\" @ _Expression \")\" >",
			L"[90][_ExpPrimitive]< \"attach\" \"(\" _Expression \",\" _Expression \")\" @ >",
			L"[91][_ExpPrimitive]< \"attach\" \"(\" _Expression \",\" _Expression @ \")\" >",
			L"[92][_ExpPrimitive]< \"attach\" \"(\" _Expression @ \",\" _Expression \")\" >",
			L"[93][_ExpPrimitive]< \"attach\" @ \"(\" _Expression \",\" _Expression \")\" >",
			L"[94][_ExpPrimitive]< \"detach\" \"(\" @ _Expression \",\" _Expression \")\" >",
			L"[95][_ExpPrimitive]< \"detach\" \"(\" _Expression \",\" @ _Expression \")\" >",
			L"[96][_ExpPrimitive]< \"detach\" \"(\" _Expression \",\" _Expression \")\" @ >",
			L"[97][_ExpPrimitive]< \"detach\" \"(\" _Expression \",\" _Expression @ \")\" >",
			L"[98][_ExpPrimitive]< \"detach\" \"(\" _Expression @ \",\" _Expression \")\" >",
			L"[99][_ExpPrimitive]< \"detach\" @ \"(\" _Expression \",\" _Expression \")\" >",
			L"[100][_ExpPrimitive]< \"false\" @ >",
			L"[101][_ExpPrimitive]< \"let\" @ _LetVariable { \",\" _LetVariable } \"in\" \"(\" _Expression \")\" >",
			L"[102][_ExpPrimitive]< \"let\" _LetVariable @ { \",\" _LetVariable } \"in\" \"(\" _Expression \")\" >",
			L"[103][_ExpPrimitive]< \"let\" _LetVariable { \",\" @ _LetVariable } \"in\" \"(\" _Expression \")\" >",
			L"[104][_ExpPrimitive]< \"let\" _LetVariable { \",\" _LetVariable @ } \"in\" \"(\" _Expression \")\" >",
			L"[105][_ExpPrimitive]< \"let\" _LetVariable { \",\" _LetVariable } \"in\" \"(\" @ _Expression \")\" >",
			L"[106][_ExpPrimitive]< \"let\" _LetVariable { \",\" _LetVariable } \"in\" \"(\" _Expression \")\" @ >",
			L"[107][_ExpPrimitive]< \"let\" _LetVariable { \",\" _LetVariable } \"in\" \"(\" _Expression @ \")\" >",
			L"[108][_ExpPrimitive]< \"let\" _LetVariable { \",\" _LetVariable } \"in\" @ \"(\" _Expression \")\" >",
			L"[109][_ExpPrimitive]< \"new\" _Type \"(\" @ { _Expression ; \",\" } \")\" >",
			L"[110][_ExpPrimitive]< \"new\" _Type \"(\" { _Expression ; \",\" @ } \")\" >",
			L"[111][_ExpPrimitive]< \"new\" _Type \"(\" { _Expression ; \",\" } \")\" @ >",
			L"[112][_ExpPrimitive]< \"new\" _Type \"(\" { _Expression @ ; \",\" } \")\" >",
			L"[113][_ExpPrimitive]< \"new\" _Type \"{\" @ { _Declaration } \"}\" >",
			L"[114][_ExpPrimitive]< \"new\" _Type \"{\" { _Declaration @ } \"}\" >",
			L"[115][_ExpPrimitive]< \"new\" _Type \"{\" { _Declaration } \"}\" @ >",
			L"[116][_ExpPrimitive]< \"null\" @ >",
			L"[117][_ExpPrimitive]< \"range\" ( \"(\" @ | \"[\" ) _Expression \",\" _Expression ( \")\" | \"]\" ) >",
			L"[118][_ExpPrimitive]< \"range\" ( \"(\" | \"[\" ) _Expression \",\" @ _Expression ( \")\" | \"]\" ) >",
			L"[119][_ExpPrimitive]< \"range\" ( \"(\" | \"[\" ) _Expression \",\" _Expression ( \")\" @ | \"]\" ) >",
			L"[120][_ExpPrimitive]< \"range\" ( \"(\" | \"[\" ) _Expression \",\" _Expression ( \")\" | \"]\" @ ) >",
			L"[121][_ExpPrimitive]< \"range\" ( \"(\" | \"[\" ) _Expression \",\" _Expression @ ( \")\" | \"]\" ) >",
			L"[122][_ExpPrimitive]< \"range\" ( \"(\" | \"[\" ) _Expression @ \",\" _Expression ( \")\" | \"]\" ) >",
			L"[123][_ExpPrimitive]< \"range\" ( \"(\" | \"[\" @ ) _Expression \",\" _Expression ( \")\" | \"]\" ) >",
			L"[124][_ExpPrimitive]< \"range\" @ ( \"(\" | \"[\" ) _Expression \",\" _Expression ( \")\" | \"]\" ) >",
			L"[125][_ExpPrimitive]< \"this\" @ >",
			L"[126][_ExpPrimitive]< \"true\" @ >",
			L"[127][_ExpPrimitive]< \"type\" \"(\" @ _Expression \")\" >",
			L"[128][_ExpPrimitive]< \"type\" \"(\" _Expression \")\" @ >",
			L"[129][_ExpPrimitive]< \"type\" \"(\" _Expression @ \")\" >",
			L"[130][_ExpPrimitive]< \"type\" @ \"(\" _Expression \")\" >",
			L"[131][_ExpPrimitive]< \"typeof\" \"(\" @ _Type \")\" >",
			L"[132][_ExpPrimitive]< \"typeof\" \"(\" _Type \")\" @ >",
			L"[133][_ExpPrimitive]< \"typeof\" \"(\" _Type @ \")\" >",
			L"[134][_ExpPrimitive]< \"typeof\" @ \"(\" _Type \")\" >",
			L"[135][_ExpPrimitive]< \"{\" @ [ _CtorFragment ( { _CtorFragment } | { \";\" _CtorFragment } \";\" ) ] \"}\" >",
			L"[136][_ExpPrimitive]< \"{\" [ _CtorFragment ( { _CtorFragment @ } | { \";\" _CtorFragment } \";\" ) ] \"}\" >",
			L"[137][_ExpPrimitive]< \"{\" [ _CtorFragment ( { _CtorFragment } | { \";\" @ _CtorFragment } \";\" ) ] \"}\" >",
			L"[138][_ExpPrimitive]< \"{\" [ _CtorFragment ( { _CtorFragment } | { \";\" _CtorFragment @ } \";\" ) ] \"}\" >",
			L"[139][_ExpPrimitive]< \"{\" [ _CtorFragment ( { _CtorFragment } | { \";\" _CtorFragment } \";\" ) ] \"}\" @ >",
			L"[140][_ExpPrimitive]< \"{\" [ _CtorFragment ( { _CtorFragment } | { \";\" _CtorFragment } \";\" @ ) ] \"}\" >",
			L"[141][_ExpPrimitive]< \"{\" [ _CtorFragment @ ( { _CtorFragment } | { \";\" _CtorFragment } \";\" ) ] \"}\" >",
			L"[142][_ExpPrimitive]< FLOAT @ >",
			L"[143][_ExpPrimitive]< INTEGER @ >",
			L"[144][_ExpPrimitive]< NAME @ >",
			L"[145][_ExpPrimitive]< ORDERED_NAME @ >",
			L"[146][_ExpPrimitive]< STRING @ >",
			L"[147][_ExpPrimitive]< _ExpPrimitive \"(\" @ [ _Expression { \",\" _Expression } ] \")\" >",
			L"[148][_ExpPrimitive]< _ExpPrimitive \"(\" [ _Expression @ { \",\" _Expression } ] \")\" >",
			L"[149][_ExpPrimitive]< _ExpPrimitive \"(\" [ _Expression { \",\" @ _Expression } ] \")\" >",
			L"[150][_ExpPrimitive]< _ExpPrimitive \"(\" [ _Expression { \",\" _Expression @ } ] \")\" >",
			L"[151][_ExpPrimitive]< _ExpPrimitive \"(\" [ _Expression { \",\" _Expression } ] \")\" @ >",
			L"[152][_ExpPrimitive]< _ExpPrimitive \".\" \"observe\" \"(\" @ _Expression [ \"on\" _Expression { \",\" _Expression } ] \")\" >",
			L"[153][_ExpPrimitive]< _ExpPrimitive \".\" \"observe\" \"(\" _Expression @ [ \"on\" _Expression { \",\" _Expression } ] \")\" >",
			L"[154][_ExpPrimitive]< _ExpPrimitive \".\" \"observe\" \"(\" _Expression [ \"on\" @ _Expression { \",\" _Expression } ] \")\" >",
			L"[155][_ExpPrimitive]< _ExpPrimitive \".\" \"observe\" \"(\" _Expression [ \"on\" _Expression @ { \",\" _Expression } ] \")\" >",
			L"[156][_ExpPrimitive]< _ExpPrimitive \".\" \"observe\" \"(\" _Expression [ \"on\" _Expression { \",\" @ _Expression } ] \")\" >",
			L"[157][_ExpPrimitive]< _ExpPrimitive \".\" \"observe\" \"(\" _Expression [ \"on\" _Expression { \",\" _Expression @ } ] \")\" >",
			L"[158][_ExpPrimitive]< _ExpPrimitive \".\" \"observe\" \"(\" _Expression [ \"on\" _Expression { \",\" _Expression } ] \")\" @ >",
			L"[159][_ExpPrimitive]< _ExpPrimitive \".\" \"observe\" \"as\" @ NAME \"(\" _Expression [ \"on\" _Expression { \",\" _Expression } ] \")\" >",
			L"[160][_ExpPrimitive]< _ExpPrimitive \".\" \"observe\" \"as\" NAME \"(\" @ _Expression [ \"on\" _Expression { \",\" _Expression } ] \")\" >",
			L"[161][_ExpPrimitive]< _ExpPrimitive \".\" \"observe\" \"as\" NAME \"(\" _Expression @ [ \"on\" _Expression { \",\" _Expression } ] \")\" >",
			L"[162][_ExpPrimitive]< _ExpPrimitive \".\" \"observe\" \"as\" NAME \"(\" _Expression [ \"on\" @ _Expression { \",\" _Expression } ] \")\" >",
			L"[163][_ExpPrimitive]< _ExpPrimitive \".\" \"observe\" \"as\" NAME \"(\" _Expression [ \"on\" _Expression @ { \",\" _Expression } ] \")\" >",
			L"[164][_ExpPrimitive]< _ExpPrimitive \".\" \"observe\" \"as\" NAME \"(\" _Expression [ \"on\" _Expression { \",\" @ _Expression } ] \")\" >",
			L"[165][_ExpPrimitive]< _ExpPrimitive \".\" \"observe\" \"as\" NAME \"(\" _Expression [ \"on\" _Expression { \",\" _Expression @ } ] \")\" >",
			L"[166][_ExpPrimitive]< _ExpPrimitive \".\" \"observe\" \"as\" NAME \"(\" _Expression [ \"on\" _Expression { \",\" _Expression } ] \")\" @ >",
			L"[167][_ExpPrimitive]< _ExpPrimitive \".\" \"observe\" \"as\" NAME @ \"(\" _Expression [ \"on\" _Expression { \",\" _Expression } ] \")\" >",
			L"[168][_ExpPrimitive]< _ExpPrimitive \".\" \"observe\" @ \"(\" _Expression [ \"on\" _Expression { \",\" _Expression } ] \")\" >",
			L"[169][_ExpPrimitive]< _ExpPrimitive \".\" \"observe\" @ \"as\" NAME \"(\" _Expression [ \"on\" _Expression { \",\" _Expression } ] \")\" >",
			L"[170][_ExpPrimitive]< _ExpPrimitive \".\" @ \"observe\" \"(\" _Expression [ \"on\" _Expression { \",\" _Expression } ] \")\" >",
			L"[171][_ExpPrimitive]< _ExpPrimitive \".\" @ \"observe\" \"as\" NAME \"(\" _Expression [ \"on\" _Expression { \",\" _Expression } ] \")\" >",
			L"[172][_ExpPrimitive]< _ExpPrimitive \".\" @ NAME >",
			L"[173][_ExpPrimitive]< _ExpPrimitive \".\" NAME @ >",
			L"[174][_ExpPrimitive]< _ExpPrimitive \"::\" @ NAME >",
			L"[175][_ExpPrimitive]< _ExpPrimitive \"::\" NAME @ >",
			L"[176][_ExpPrimitive]< _ExpPrimitive \"[\" @ _Expression \"]\" >",
			L"[177][_ExpPrimitive]< _ExpPrimitive \"[\" _Expression \"]\" @ >",
			L"[178][_ExpPrimitive]< _ExpPrimitive \"[\" _Expression @ \"]\" >",
			L"[179][_ExpPrimitive]< _ExpPrimitive \"as\" \"*\" @ >",
			L"[180][_ExpPrimitive]< _ExpPrimitive \"as\" @ \"*\" >",
			L"[181][_ExpPrimitive]< _ExpPrimitive \"as\" @ _Type >",
			L"[182][_ExpPrimitive]< _ExpPrimitive \"as\" _Type @ >",
			L"[183][_ExpPrimitive]< _ExpPrimitive \"is\" \"not\" \"null\" @ >",
			L"[184][_ExpPrimitive]< _ExpPrimitive \"is\" \"not\" @ \"null\" >",
			L"[185][_ExpPrimitive]< _ExpPrimitive \"is\" \"not\" @ _Type >",
			L"[186][_ExpPrimitive]< _ExpPrimitive \"is\" \"not\" _Type @ >",
			L"[187][_ExpPrimitive]< _ExpPrimitive \"is\" \"null\" @ >",
			L"[188][_ExpPrimitive]< _ExpPrimitive \"is\" @ \"not\" \"null\" >",
			L"[189][_ExpPrimitive]< _ExpPrimitive \"is\" @ \"not\" _Type >",
			L"[190][_ExpPrimitive]< _ExpPrimitive \"is\" @ \"null\" >",
			L"[191][_ExpPrimitive]< _ExpPrimitive \"is\" @ _Type >",
			L"[192][_ExpPrimitive]< _ExpPrimitive \"is\" _Type @ >",
			L"[193][_ExpPrimitive]< _ExpPrimitive \"of\" @ _Type >",
			L"[194][_ExpPrimitive]< _ExpPrimitive \"of\" _Type @ >",
			L"[195][_ExpPrimitive]< _ExpPrimitive ( \"in\" @ | \"not\" \"in\" ) _Expression >",
			L"[196][_ExpPrimitive]< _ExpPrimitive ( \"in\" | \"not\" \"in\" ) _Expression @ >",
			L"[197][_ExpPrimitive]< _ExpPrimitive ( \"in\" | \"not\" \"in\" @ ) _Expression >",
			L"[198][_ExpPrimitive]< _ExpPrimitive ( \"in\" | \"not\" @ \"in\" ) _Expression >",
			L"[199][_ExpPrimitive]< _ExpPrimitive @ \"(\" [ _Expression { \",\" _Expression } ] \")\" >",
			L"[200][_ExpPrimitive]< _ExpPrimitive @ \".\" \"observe\" \"(\" _Expression [ \"on\" _Expression { \",\" _Expression } ] \")\" >",
			L"[201][_ExpPrimitive]< _ExpPrimitive @ \".\" \"observe\" \"as\" NAME \"(\" _Expression [ \"on\" _Expression { \",\" _Expression } ] \")\" >",
			L"[202][_ExpPrimitive]< _ExpPrimitive @ \".\" NAME >",
			L"[203][_ExpPrimitive]< _ExpPrimitive @ \"::\" NAME >",
			L"[204][_ExpPrimitive]< _ExpPrimitive @ \"[\" _Expression \"]\" >",
			L"[205][_ExpPrimitive]< _ExpPrimitive @ \"as\" \"*\" >",
			L"[206][_ExpPrimitive]< _ExpPrimitive @ \"as\" _Type >",
			L"[207][_ExpPrimitive]< _ExpPrimitive @ \"is\" \"not\" \"null\" >",
			L"[208][_ExpPrimitive]< _ExpPrimitive @ \"is\" \"not\" _Type >",
			L"[209][_ExpPrimitive]< _ExpPrimitive @ \"is\" \"null\" >",
			L"[210][_ExpPrimitive]< _ExpPrimitive @ \"is\" _Type >",
			L"[211][_ExpPrimitive]< _ExpPrimitive @ \"of\" _Type >",
			L"[212][_ExpPrimitive]< _ExpPrimitive @ ( \"in\" | \"not\" \"in\" ) _Expression >",
			L"[213][_ExpPrimitive]< _Function @ >",
			L"[214][_ExpPrimitive]<! !_VirtualExpression @ !>",
			L"[215][_ExpPrimitive]<! \"(\" !_Expression \")\" @ !>",
			L"[216][_ExpPrimitive]<! \"(\" !_Expression @ \")\" !>",
			L"[217][_ExpPrimitive]<! \"(\" @ !_Expression \")\" !>",
			L"[218][_ExpPrimitive]{{< \"new\" @ _Type \"(\" { _Expression ; \",\" } \")\" > ; < \"new\" @ _Type \"{\" { _Declaration } \"}\" >}}",
			L"[219][_ExpPrimitive]{{< \"new\" _Type @ \"(\" { _Expression ; \",\" } \")\" > ; < \"new\" _Type @ \"{\" { _Declaration } \"}\" >}}",
			L"[220][_Exp0] BEGIN ",
			L"[221][_Exp0] END [ENDING]",
			L"[222][_Exp0]< \"+\" @ _Exp0 >",
			L"[223][_Exp0]< \"+\" _Exp0 @ >",
			L"[224][_Exp0]< \"-\" @ _Exp0 >",
			L"[225][_Exp0]< \"-\" _Exp0 @ >",
			L"[226][_Exp0]< \"cast\" \"*\" @ _Exp0 >",
			L"[227][_Exp0]< \"cast\" \"*\" _Exp0 @ >",
			L"[228][_Exp0]< \"cast\" _Type @ _Exp0 >",
			L"[229][_Exp0]< \"cast\" _Type _Exp0 @ >",
			L"[230][_Exp0]< \"not\" @ _Exp0 >",
			L"[231][_Exp0]< \"not\" _Exp0 @ >",
			L"[232][_Exp0]<! !_ExpPrimitive @ !>",
			L"[233][_Exp0]{{< \"cast\" @ \"*\" _Exp0 > ; < \"cast\" @ _Type _Exp0 >}}",
			L"[234][_Exp1] BEGIN ",
			L"[235][_Exp1] END [ENDING]",
			L"[236][_Exp1]< _Exp1 \"^\" @ _Exp0 >",
			L"[237][_Exp1]< _Exp1 \"^\" _Exp0 @ >",
			L"[238][_Exp1]< _Exp1 @ \"^\" _Exp0 >",
			L"[239][_Exp1]<! !_Exp0 @ !>",
			L"[240][_Exp2] BEGIN ",
			L"[241][_Exp2] END [ENDING]",
			L"[242][_Exp2]< _Exp2 \"%\" @ _Exp1 >",
			L"[243][_Exp2]< _Exp2 \"%\" _Exp1 @ >",
			L"[244][_Exp2]< _Exp2 \"*\" @ _Exp1 >",
			L"[245][_Exp2]< _Exp2 \"*\" _Exp1 @ >",
			L"[246][_Exp2]< _Exp2 \"/\" @ _Exp1 >",
			L"[247][_Exp2]< _Exp2 \"/\" _Exp1 @ >",
			L"[248][_Exp2]< _Exp2 @ \"%\" _Exp1 >",
			L"[249][_Exp2]< _Exp2 @ \"*\" _Exp1 >",
			L"[250][_Exp2]< _Exp2 @ \"/\" _Exp1 >",
			L"[251][_Exp2]<! !_Exp1 @ !>",
			L"[252][_Exp3] BEGIN ",
			L"[253][_Exp3] END [ENDING]",
			L"[254][_Exp3]< _Exp3 \"&\" @ _Exp2 >",
			L"[255][_Exp3]< _Exp3 \"&\" _Exp2 @ >",
			L"[256][_Exp3]< _Exp3 \"+\" @ _Exp2 >",
			L"[257][_Exp3]< _Exp3 \"+\" _Exp2 @ >",
			L"[258][_Exp3]< _Exp3 \"-\" @ _Exp2 >",
			L"[259][_Exp3]< _Exp3 \"-\" _Exp2 @ >",
			L"[260][_Exp3]< _Exp3 \"|\" @ _Exp2 >",
			L"[261][_Exp3]< _Exp3 \"|\" _Exp2 @ >",
			L"[262][_Exp3]< _Exp3 @ \"&\" _Exp2 >",
			L"[263][_Exp3]< _Exp3 @ \"+\" _Exp2 >",
			L"[264][_Exp3]< _Exp3 @ \"-\" _Exp2 >",
			L"[265][_Exp3]< _Exp3 @ \"|\" _Exp2 >",
			L"[266][_Exp3]<! !_Exp2 @ !>",
			L"[267][_Exp4] BEGIN ",
			L"[268][_Exp4] END [ENDING]",
			L"[269][_Exp4]< _Exp4 \"shl\" @ _Exp3 >",
			L"[270][_Exp4]< _Exp4 \"shl\" _Exp3 @ >",
			L"[271][_Exp4]< _Exp4 \"shr\" @ _Exp3 >",
			L"[272][_Exp4]< _Exp4 \"shr\" _Exp3 @ >",
			L"[273][_Exp4]< _Exp4 @ \"shl\" _Exp3 >",
			L"[274][_Exp4]< _Exp4 @ \"shr\" _Exp3 >",
			L"[275][_Exp4]<! !_Exp3 @ !>",
			L"[276][_Exp5] BEGIN ",
			L"[277][_Exp5] END [ENDING]",
			L"[278][_Exp5]< _Exp5 \"!=\" @ _Exp4 >",
			L"[279][_Exp5]< _Exp5 \"!=\" _Exp4 @ >",
			L"[280][_Exp5]< _Exp5 \"<\" @ _Exp4 >",
			L"[281][_Exp5]< _Exp5 \"<\" _Exp4 @ >",
			L"[282][_Exp5]< _Exp5 \"<=\" @ _Exp4 >",
			L"[283][_Exp5]< _Exp5 \"<=\" _Exp4 @ >",
			L"[284][_Exp5]< _Exp5 \"==\" @ _Exp4 >",
			L"[285][_Exp5]< _Exp5 \"==\" _Exp4 @ >",
			L"[286][_Exp5]< _Exp5 \">\" @ _Exp4 >",
			L"[287][_Exp5]< _Exp5 \">\" _Exp4 @ >",
			L"[288][_Exp5]< _Exp5 \">=\" @ _Exp4 >",
			L"[289][_Exp5]< _Exp5 \">=\" _Exp4 @ >",
			L"[290][_Exp5]< _Exp5 @ \"!=\" _Exp4 >",
			L"[291][_Exp5]< _Exp5 @ \"<\" _Exp4 >",
			L"[292][_Exp5]< _Exp5 @ \"<=\" _Exp4 >",
			L"[293][_Exp5]< _Exp5 @ \"==\" _Exp4 >",
			L"[294][_Exp5]< _Exp5 @ \">\" _Exp4 >",
			L"[295][_Exp5]< _Exp5 @ \">=\" _Exp4 >",
			L"[296][_Exp5]<! !_Exp4 @ !>",
			L"[297][_Exp6] BEGIN ",
			L"[298][_Exp6] END [ENDING]",
			L"[299][_Exp6]< _Exp6 \"xor\" @ _Exp5 >",
			L"[300][_Exp6]< _Exp6 \"xor\" _Exp5 @ >",
			L"[301][_Exp6]< _Exp6 @ \"xor\" _Exp5 >",
			L"[302][_Exp6]<! !_Exp5 @ !>",
			L"[303][_Exp7] BEGIN ",
			L"[304][_Exp7] END [ENDING]",
			L"[305][_Exp7]< _Exp7 \"and\" @ _Exp6 >",
			L"[306][_Exp7]< _Exp7 \"and\" _Exp6 @ >",
			L"[307][_Exp7]< _Exp7 @ \"and\" _Exp6 >",
			L"[308][_Exp7]<! !_Exp6 @ !>",
			L"[309][_Exp8] BEGIN ",
			L"[310][_Exp8] END [ENDING]",
			L"[311][_Exp8]< _Exp8 \"or\" @ _Exp7 >",
			L"[312][_Exp8]< _Exp8 \"or\" _Exp7 @ >",
			L"[313][_Exp8]< _Exp8 @ \"or\" _Exp7 >",
			L"[314][_Exp8]<! !_Exp7 @ !>",
			L"[315][_Exp9] BEGIN ",
			L"[316][_Exp9] END [ENDING]",
			L"[317][_Exp9]< _Exp9 \"??\" @ _Exp8 >",
			L"[318][_Exp9]< _Exp9 \"??\" _Exp8 @ >",
			L"[319][_Exp9]< _Exp9 @ \"??\" _Exp8 >",
			L"[320][_Exp9]<! !_Exp8 @ !>",
			L"[321][_Exp10] BEGIN ",
			L"[322][_Exp10] BEGIN [pm-lr]",
			L"[323][_Exp10] END [ENDING]",
			L"[324][_Exp10]< _Exp9 \"?\" @ _Exp10 \":\" _Exp10 >",
			L"[325][_Exp10]< _Exp9 \"?\" _Exp10 \":\" @ _Exp10 >",
			L"[326][_Exp10]< _Exp9 \"?\" _Exp10 \":\" _Exp10 @ >",
			L"[327][_Exp10]< _Exp9 \"?\" _Exp10 @ \":\" _Exp10 >",
			L"[328][_Exp10]< _Exp9 @ \"?\" _Exp10 \":\" _Exp10 >",
			L"[329][_Exp11] BEGIN ",
			L"[330][_Exp11] BEGIN [pm-lr]",
			L"[331][_Exp11] END [ENDING]",
			L"[332][_Exp11]< _Exp10 \"=\" @ _Exp11 >",
			L"[333][_Exp11]< _Exp10 \"=\" _Exp11 @ >",
			L"[334][_Exp11]< _Exp10 @ \"=\" _Exp11 >",
			L"[335][_Expression] BEGIN ",
			L"[336][_Expression] END [ENDING]",
			L"[337][_Expression]<! !_Exp11 @ !>",
			L"[338][_SwitchCase] BEGIN ",
			L"[339][_SwitchCase] END [ENDING]",
			L"[340][_SwitchCase]< \"case\" @ _Expression \":\" _Block >",
			L"[341][_SwitchCase]< \"case\" _Expression \":\" @ _Block >",
			L"[342][_SwitchCase]< \"case\" _Expression \":\" _Block @ >",
			L"[343][_SwitchCase]< \"case\" _Expression @ \":\" _Block >",
			L"[344][_Block] BEGIN ",
			L"[345][_Block] END [ENDING]",
			L"[346][_Block]< \"{\" @ { _Statement } [ NAME \":\" \";\" ] \"}\" >",
			L"[347][_Block]< \"{\" { _Statement @ } [ NAME \":\" \";\" ] \"}\" >",
			L"[348][_Block]< \"{\" { _Statement } [ NAME \":\" \";\" @ ] \"}\" >",
			L"[349][_Block]< \"{\" { _Statement } [ NAME \":\" \";\" ] \"}\" @ >",
			L"[350][_Block]< \"{\" { _Statement } [ NAME \":\" @ \";\" ] \"}\" >",
			L"[351][_Block]< \"{\" { _Statement } [ NAME @ \":\" \";\" ] \"}\" >",
			L"[352][_ElseStat] BEGIN ",
			L"[353][_ElseStat] END [ENDING]",
			L"[354][_ElseStat]<! !_Block @ !>",
			L"[355][_ElseStat]<! !_If @ !>",
			L"[356][_If] BEGIN ",
			L"[357][_If] END [ENDING]",
			L"[358][_If]< \"if\" \"(\" @ [ \"var\" NAME \":\" _Type \"=\" ] _Expression \")\" _Block +[ \"else\" _ElseStat ] >",
			L"[359][_If]< \"if\" \"(\" [ \"var\" @ NAME \":\" _Type \"=\" ] _Expression \")\" _Block +[ \"else\" _ElseStat ] >",
			L"[360][_If]< \"if\" \"(\" [ \"var\" NAME \":\" @ _Type \"=\" ] _Expression \")\" _Block +[ \"else\" _ElseStat ] >",
			L"[361][_If]< \"if\" \"(\" [ \"var\" NAME \":\" _Type \"=\" @ ] _Expression \")\" _Block +[ \"else\" _ElseStat ] >",
			L"[362][_If]< \"if\" \"(\" [ \"var\" NAME \":\" _Type \"=\" ] _Expression \")\" @ _Block +[ \"else\" _ElseStat ] >",
			L"[363][_If]< \"if\" \"(\" [ \"var\" NAME \":\" _Type \"=\" ] _Expression \")\" _Block +[ \"else\" @ _ElseStat ] >",
			L"[364][_If]< \"if\" \"(\" [ \"var\" NAME \":\" _Type \"=\" ] _Expression \")\" _Block +[ \"else\" _ElseStat @ ] >",
			L"[365][_If]< \"if\" \"(\" [ \"var\" NAME \":\" _Type \"=\" ] _Expression \")\" _Block @ +[ \"else\" _ElseStat ] >",
			L"[366][_If]< \"if\" \"(\" [ \"var\" NAME \":\" _Type \"=\" ] _Expression @ \")\" _Block +[ \"else\" _ElseStat ] >",
			L"[367][_If]< \"if\" \"(\" [ \"var\" NAME \":\" _Type @ \"=\" ] _Expression \")\" _Block +[ \"else\" _ElseStat ] >",
			L"[368][_If]< \"if\" \"(\" [ \"var\" NAME @ \":\" _Type \"=\" ] _Expression \")\" _Block +[ \"else\" _ElseStat ] >",
			L"[369][_If]< \"if\" @ \"(\" [ \"var\" NAME \":\" _Type \"=\" ] _Expression \")\" _Block +[ \"else\" _ElseStat ] >",
			L"[370][_VirtualStatement] BEGIN ",
			L"[371][_VirtualStatement] END [ENDING]",
			L"[372][_VirtualStatement]< \"for\" \"(\" @ NAME ( \"in\" | \"in\" \"reversed\" ) _Expression \")\" _Block >",
			L"[373][_VirtualStatement]< \"for\" \"(\" NAME ( \"in\" @ | \"in\" \"reversed\" ) _Expression \")\" _Block >",
			L"[374][_VirtualStatement]< \"for\" \"(\" NAME ( \"in\" | \"in\" \"reversed\" ) _Expression \")\" @ _Block >",
			L"[375][_VirtualStatement]< \"for\" \"(\" NAME ( \"in\" | \"in\" \"reversed\" ) _Expression \")\" _Block @ >",
			L"[376][_VirtualStatement]< \"for\" \"(\" NAME ( \"in\" | \"in\" \"reversed\" ) _Expression @ \")\" _Block >",
			L"[377][_VirtualStatement]< \"for\" \"(\" NAME ( \"in\" | \"in\" \"reversed\" @ ) _Expression \")\" _Block >",
			L"[378][_VirtualStatement]< \"for\" \"(\" NAME ( \"in\" | \"in\" @ \"reversed\" ) _Expression \")\" _Block >",
			L"[379][_VirtualStatement]< \"for\" \"(\" NAME @ ( \"in\" | \"in\" \"reversed\" ) _Expression \")\" _Block >",
			L"[380][_VirtualStatement]< \"for\" @ \"(\" NAME ( \"in\" | \"in\" \"reversed\" ) _Expression \")\" _Block >",
			L"[381][_VirtualStatement]< \"switch\" \"(\" @ _Expression \")\" \"{\" { _SwitchCase } [ \"default\" \":\" _Block ] \"}\" >",
			L"[382][_VirtualStatement]< \"switch\" \"(\" _Expression \")\" \"{\" @ { _SwitchCase } [ \"default\" \":\" _Block ] \"}\" >",
			L"[383][_VirtualStatement]< \"switch\" \"(\" _Expression \")\" \"{\" { _SwitchCase @ } [ \"default\" \":\" _Block ] \"}\" >",
			L"[384][_VirtualStatement]< \"switch\" \"(\" _Expression \")\" \"{\" { _SwitchCase } [ \"default\" \":\" @ _Block ] \"}\" >",
			L"[385][_VirtualStatement]< \"switch\" \"(\" _Expression \")\" \"{\" { _SwitchCase } [ \"default\" \":\" _Block @ ] \"}\" >",
			L"[386][_VirtualStatement]< \"switch\" \"(\" _Expression \")\" \"{\" { _SwitchCase } [ \"default\" \":\" _Block ] \"}\" @ >",
			L"[387][_VirtualStatement]< \"switch\" \"(\" _Expression \")\" \"{\" { _SwitchCase } [ \"default\" @ \":\" _Block ] \"}\" >",
			L"[388][_VirtualStatement]< \"switch\" \"(\" _Expression \")\" @ \"{\" { _SwitchCase } [ \"default\" \":\" _Block ] \"}\" >",
			L"[389][_VirtualStatement]< \"switch\" \"(\" _Expression @ \")\" \"{\" { _SwitchCase } [ \"default\" \":\" _Block ] \"}\" >",
			L"[390][_VirtualStatement]< \"switch\" @ \"(\" _Expression \")\" \"{\" { _SwitchCase } [ \"default\" \":\" _Block ] \"}\" >",
			L"[391][_CoStatement] BEGIN ",
			L"[392][_CoStatement] END [ENDING]",
			L"[393][_CoStatement]< \"$pause\" ( \";\" @ | _Block ) >",
			L"[394][_CoStatement]< \"$pause\" ( \";\" | _Block @ ) >",
			L"[395][_CoStatement]< \"$pause\" @ ( \";\" | _Block ) >",
			L"[396][_CoStatement]< [ \"var\" @ NAME \"=\" ] COROUTINE_OPERATOR { _Expression ; \",\" } \";\" >",
			L"[397][_CoStatement]< [ \"var\" NAME \"=\" @ ] COROUTINE_OPERATOR { _Expression ; \",\" } \";\" >",
			L"[398][_CoStatement]< [ \"var\" NAME \"=\" ] COROUTINE_OPERATOR @ { _Expression ; \",\" } \";\" >",
			L"[399][_CoStatement]< [ \"var\" NAME \"=\" ] COROUTINE_OPERATOR { _Expression ; \",\" @ } \";\" >",
			L"[400][_CoStatement]< [ \"var\" NAME \"=\" ] COROUTINE_OPERATOR { _Expression ; \",\" } \";\" @ >",
			L"[401][_CoStatement]< [ \"var\" NAME \"=\" ] COROUTINE_OPERATOR { _Expression @ ; \",\" } \";\" >",
			L"[402][_CoStatement]< [ \"var\" NAME @ \"=\" ] COROUTINE_OPERATOR { _Expression ; \",\" } \";\" >",
			L"[403][_CoProvider] BEGIN ",
			L"[404][_CoProvider] END [ENDING]",
			L"[405][_CoProvider]< ( \"$\" @ | COROUTINE_OPERATOR ) _Block >",
			L"[406][_CoProvider]< ( \"$\" | COROUTINE_OPERATOR ) _Block @ >",
			L"[407][_CoProvider]< ( \"$\" | COROUTINE_OPERATOR @ ) _Block >",
			L"[408][_StateSwitchHead] BEGIN ",
			L"[409][_StateSwitchHead] END [ENDING]",
			L"[410][_StateSwitchHead]< \"$switch\" \"(\" \")\" @ >",
			L"[411][_StateSwitchHead]< \"$switch\" \"(\" \"continue\" \")\" @ >",
			L"[412][_StateSwitchHead]< \"$switch\" \"(\" \"continue\" \",\" \"return\" \")\" @ >",
			L"[413][_StateSwitchHead]< \"$switch\" \"(\" \"continue\" \",\" \"return\" @ \")\" >",
			L"[414][_StateSwitchHead]< \"$switch\" \"(\" \"continue\" \",\" @ \"return\" \")\" >",
			L"[415][_StateSwitchHead]< \"$switch\" \"(\" \"raise\" \")\" @ >",
			L"[416][_StateSwitchHead]< \"$switch\" \"(\" \"raise\" @ \")\" >",
			L"[417][_StateSwitchHead]< \"$switch\" \"(\" \"return\" \")\" @ >",
			L"[418][_StateSwitchHead]< \"$switch\" \"(\" \"return\" @ \")\" >",
			L"[419][_StateSwitchHead]{{< \"$switch\" \"(\" \"continue\" @ \")\" > ; < \"$switch\" \"(\" \"continue\" @ \",\" \"return\" \")\" >}}",
			L"[420][_StateSwitchHead]{{< \"$switch\" \"(\" @ \")\" > ; < \"$switch\" \"(\" @ \"continue\" \")\" > ; < \"$switch\" \"(\" @ \"continue\" \",\" \"return\" \")\" > ; < \"$switch\" \"(\" @ \"raise\" \")\" > ; < \"$switch\" \"(\" @ \"return\" \")\" >}}",
			L"[421][_StateSwitchHead]{{< \"$switch\" @ \"(\" \")\" > ; < \"$switch\" @ \"(\" \"continue\" \")\" > ; < \"$switch\" @ \"(\" \"continue\" \",\" \"return\" \")\" > ; < \"$switch\" @ \"(\" \"raise\" \")\" > ; < \"$switch\" @ \"(\" \"return\" \")\" >}}",
			L"[422][_StateSwitchArgument] BEGIN ",
			L"[423][_StateSwitchArgument] END [ENDING]",
			L"[424][_StateSwitchArgument]< NAME @ >",
			L"[425][_StateSwitchCase] BEGIN ",
			L"[426][_StateSwitchCase] END [ENDING]",
			L"[427][_StateSwitchCase]< \"case\" @ NAME \"(\" [ _StateSwitchArgument { \",\" _StateSwitchArgument } ] \")\" \":\" _Block >",
			L"[428][_StateSwitchCase]< \"case\" NAME \"(\" @ [ _StateSwitchArgument { \",\" _StateSwitchArgument } ] \")\" \":\" _Block >",
			L"[429][_StateSwitchCase]< \"case\" NAME \"(\" [ _StateSwitchArgument @ { \",\" _StateSwitchArgument } ] \")\" \":\" _Block >",
			L"[430][_StateSwitchCase]< \"case\" NAME \"(\" [ _StateSwitchArgument { \",\" @ _StateSwitchArgument } ] \")\" \":\" _Block >",
			L"[431][_StateSwitchCase]< \"case\" NAME \"(\" [ _StateSwitchArgument { \",\" _StateSwitchArgument @ } ] \")\" \":\" _Block >",
			L"[432][_StateSwitchCase]< \"case\" NAME \"(\" [ _StateSwitchArgument { \",\" _StateSwitchArgument } ] \")\" \":\" @ _Block >",
			L"[433][_StateSwitchCase]< \"case\" NAME \"(\" [ _StateSwitchArgument { \",\" _StateSwitchArgument } ] \")\" \":\" _Block @ >",
			L"[434][_StateSwitchCase]< \"case\" NAME \"(\" [ _StateSwitchArgument { \",\" _StateSwitchArgument } ] \")\" @ \":\" _Block >",
			L"[435][_StateSwitchCase]< \"case\" NAME @ \"(\" [ _StateSwitchArgument { \",\" _StateSwitchArgument } ] \")\" \":\" _Block >",
			L"[436][_StateStatement] BEGIN ",
			L"[437][_StateStatement] END [ENDING]",
			L"[438][_StateStatement]< \"$goto_state\" @ NAME \"(\" { _Expression ; \",\" } \")\" \";\" >",
			L"[439][_StateStatement]< \"$goto_state\" NAME \"(\" @ { _Expression ; \",\" } \")\" \";\" >",
			L"[440][_StateStatement]< \"$goto_state\" NAME \"(\" { _Expression ; \",\" @ } \")\" \";\" >",
			L"[441][_StateStatement]< \"$goto_state\" NAME \"(\" { _Expression ; \",\" } \")\" \";\" @ >",
			L"[442][_StateStatement]< \"$goto_state\" NAME \"(\" { _Expression ; \",\" } \")\" @ \";\" >",
			L"[443][_StateStatement]< \"$goto_state\" NAME \"(\" { _Expression @ ; \",\" } \")\" \";\" >",
			L"[444][_StateStatement]< \"$goto_state\" NAME @ \"(\" { _Expression ; \",\" } \")\" \";\" >",
			L"[445][_StateStatement]< \"$push_state\" @ NAME \"(\" { _Expression ; \",\" } \")\" \";\" >",
			L"[446][_StateStatement]< \"$push_state\" NAME \"(\" @ { _Expression ; \",\" } \")\" \";\" >",
			L"[447][_StateStatement]< \"$push_state\" NAME \"(\" { _Expression ; \",\" @ } \")\" \";\" >",
			L"[448][_StateStatement]< \"$push_state\" NAME \"(\" { _Expression ; \",\" } \")\" \";\" @ >",
			L"[449][_StateStatement]< \"$push_state\" NAME \"(\" { _Expression ; \",\" } \")\" @ \";\" >",
			L"[450][_StateStatement]< \"$push_state\" NAME \"(\" { _Expression @ ; \",\" } \")\" \";\" >",
			L"[451][_StateStatement]< \"$push_state\" NAME @ \"(\" { _Expression ; \",\" } \")\" \";\" >",
			L"[452][_StateStatement]<! !_StateSwitchHead \"{\" @ { _StateSwitchCase } \"}\" !>",
			L"[453][_StateStatement]<! !_StateSwitchHead \"{\" { _StateSwitchCase @ } \"}\" !>",
			L"[454][_StateStatement]<! !_StateSwitchHead \"{\" { _StateSwitchCase } \"}\" @ !>",
			L"[455][_StateStatement]<! !_StateSwitchHead @ \"{\" { _StateSwitchCase } \"}\" !>",
			L"[456][_Statement] BEGIN ",
			L"[457][_Statement] END [ENDING]",
			L"[458][_Statement]< \"break\" \";\" @ >",
			L"[459][_Statement]< \"break\" @ \";\" >",
			L"[460][_Statement]< \"continue\" \";\" @ >",
			L"[461][_Statement]< \"continue\" @ \";\" >",
			L"[462][_Statement]< \"delete\" @ _Expression \";\" >",
			L"[463][_Statement]< \"delete\" _Expression \";\" @ >",
			L"[464][_Statement]< \"delete\" _Expression @ \";\" >",
			L"[465][_Statement]< \"goto\" @ NAME \";\" >",
			L"[466][_Statement]< \"goto\" NAME \";\" @ >",
			L"[467][_Statement]< \"goto\" NAME @ \";\" >",
			L"[468][_Statement]< \"raise\" @ [ _Expression ] \";\" >",
			L"[469][_Statement]< \"raise\" [ _Expression @ ] \";\" >",
			L"[470][_Statement]< \"raise\" [ _Expression ] \";\" @ >",
			L"[471][_Statement]< \"return\" @ [ _Expression ] \";\" >",
			L"[472][_Statement]< \"return\" [ _Expression @ ] \";\" >",
			L"[473][_Statement]< \"return\" [ _Expression ] \";\" @ >",
			L"[474][_Statement]< \"try\" @ _Block [ \"catch\" \"(\" NAME \")\" _Block ] [ \"finally\" _Block ] >",
			L"[475][_Statement]< \"try\" _Block @ [ \"catch\" \"(\" NAME \")\" _Block ] [ \"finally\" _Block ] >",
			L"[476][_Statement]< \"try\" _Block [ \"catch\" \"(\" @ NAME \")\" _Block ] [ \"finally\" _Block ] >",
			L"[477][_Statement]< \"try\" _Block [ \"catch\" \"(\" NAME \")\" @ _Block ] [ \"finally\" _Block ] >",
			L"[478][_Statement]< \"try\" _Block [ \"catch\" \"(\" NAME \")\" _Block @ ] [ \"finally\" _Block ] >",
			L"[479][_Statement]< \"try\" _Block [ \"catch\" \"(\" NAME \")\" _Block ] [ \"finally\" @ _Block ] >",
			L"[480][_Statement]< \"try\" _Block [ \"catch\" \"(\" NAME \")\" _Block ] [ \"finally\" _Block @ ] >",
			L"[481][_Statement]< \"try\" _Block [ \"catch\" \"(\" NAME @ \")\" _Block ] [ \"finally\" _Block ] >",
			L"[482][_Statement]< \"try\" _Block [ \"catch\" @ \"(\" NAME \")\" _Block ] [ \"finally\" _Block ] >",
			L"[483][_Statement]< \"while\" \"(\" @ _Expression \")\" _Block >",
			L"[484][_Statement]< \"while\" \"(\" _Expression \")\" @ _Block >",
			L"[485][_Statement]< \"while\" \"(\" _Expression \")\" _Block @ >",
			L"[486][_Statement]< \"while\" \"(\" _Expression @ \")\" _Block >",
			L"[487][_Statement]< \"while\" @ \"(\" _Expression \")\" _Block >",
			L"[488][_Statement]< _Expression \";\" @ >",
			L"[489][_Statement]< _Expression @ \";\" >",
			L"[490][_Statement]< _Variable @ >",
			L"[491][_Statement]<! !_Block @ !>",
			L"[492][_Statement]<! !_CoStatement @ !>",
			L"[493][_Statement]<! !_If @ !>",
			L"[494][_Statement]<! !_StateStatement @ !>",
			L"[495][_Statement]<! !_VirtualStatement @ !>",
			L"[496][_StateInput] BEGIN ",
			L"[497][_StateInput] END [ENDING]",
			L"[498][_StateInput]< \"$state_input\" @ NAME \"(\" { _FunctionArgument ; \",\" } \")\" \";\" >",
			L"[499][_StateInput]< \"$state_input\" NAME \"(\" @ { _FunctionArgument ; \",\" } \")\" \";\" >",
			L"[500][_StateInput]< \"$state_input\" NAME \"(\" { _FunctionArgument ; \",\" @ } \")\" \";\" >",
			L"[501][_StateInput]< \"$state_input\" NAME \"(\" { _FunctionArgument ; \",\" } \")\" \";\" @ >",
			L"[502][_StateInput]< \"$state_input\" NAME \"(\" { _FunctionArgument ; \",\" } \")\" @ \";\" >",
			L"[503][_StateInput]< \"$state_input\" NAME \"(\" { _FunctionArgument @ ; \",\" } \")\" \";\" >",
			L"[504][_StateInput]< \"$state_input\" NAME @ \"(\" { _FunctionArgument ; \",\" } \")\" \";\" >",
			L"[505][_StateDecl] BEGIN ",
			L"[506][_StateDecl] END [ENDING]",
			L"[507][_StateDecl]< \"$state\" ( \"default\" @ | NAME ) \"(\" { _FunctionArgument ; \",\" } \")\" _Block >",
			L"[508][_StateDecl]< \"$state\" ( \"default\" | NAME ) \"(\" @ { _FunctionArgument ; \",\" } \")\" _Block >",
			L"[509][_StateDecl]< \"$state\" ( \"default\" | NAME ) \"(\" { _FunctionArgument ; \",\" @ } \")\" _Block >",
			L"[510][_StateDecl]< \"$state\" ( \"default\" | NAME ) \"(\" { _FunctionArgument ; \",\" } \")\" @ _Block >",
			L"[511][_StateDecl]< \"$state\" ( \"default\" | NAME ) \"(\" { _FunctionArgument ; \",\" } \")\" _Block @ >",
			L"[512][_StateDecl]< \"$state\" ( \"default\" | NAME ) \"(\" { _FunctionArgument @ ; \",\" } \")\" _Block >",
			L"[513][_StateDecl]< \"$state\" ( \"default\" | NAME @ ) \"(\" { _FunctionArgument ; \",\" } \")\" _Block >",
			L"[514][_StateDecl]< \"$state\" @ ( \"default\" | NAME ) \"(\" { _FunctionArgument ; \",\" } \")\" _Block >",
			L"[515][_StateMachine] BEGIN ",
			L"[516][_StateMachine] END [ENDING]",
			L"[517][_StateMachine]< \"$state_machine\" \"{\" @ { ( _StateInput | _StateDecl ) } \"}\" >",
			L"[518][_StateMachine]< \"$state_machine\" \"{\" { ( _StateInput @ | _StateDecl ) } \"}\" >",
			L"[519][_StateMachine]< \"$state_machine\" \"{\" { ( _StateInput | _StateDecl ) } \"}\" @ >",
			L"[520][_StateMachine]< \"$state_machine\" \"{\" { ( _StateInput | _StateDecl @ ) } \"}\" >",
			L"[521][_StateMachine]< \"$state_machine\" @ \"{\" { ( _StateInput | _StateDecl ) } \"}\" >",
			L"[522][_Attribute] BEGIN ",
			L"[523][_Attribute] END [ENDING]",
			L"[524][_Attribute]< \"@\" @ NAME \":\" NAME [ \"(\" _Expression \")\" ] >",
			L"[525][_Attribute]< \"@\" NAME \":\" @ NAME [ \"(\" _Expression \")\" ] >",
			L"[526][_Attribute]< \"@\" NAME \":\" NAME @ [ \"(\" _Expression \")\" ] >",
			L"[527][_Attribute]< \"@\" NAME \":\" NAME [ \"(\" @ _Expression \")\" ] >",
			L"[528][_Attribute]< \"@\" NAME \":\" NAME [ \"(\" _Expression \")\" @ ] >",
			L"[529][_Attribute]< \"@\" NAME \":\" NAME [ \"(\" _Expression @ \")\" ] >",
			L"[530][_Attribute]< \"@\" NAME @ \":\" NAME [ \"(\" _Expression \")\" ] >",
			L"[531][_Namespace] BEGIN ",
			L"[532][_Namespace] END [ENDING]",
			L"[533][_Namespace]< \"namespace\" @ NAME \"{\" { _Declaration } \"}\" >",
			L"[534][_Namespace]< \"namespace\" NAME \"{\" @ { _Declaration } \"}\" >",
			L"[535][_Namespace]< \"namespace\" NAME \"{\" { _Declaration @ } \"}\" >",
			L"[536][_Namespace]< \"namespace\" NAME \"{\" { _Declaration } \"}\" @ >",
			L"[537][_Namespace]< \"namespace\" NAME @ \"{\" { _Declaration } \"}\" >",
			L"[538][_FunctionArgument] BEGIN ",
			L"[539][_FunctionArgument] END [ENDING]",
			L"[540][_FunctionArgument]< { _Attribute @ } NAME \":\" _Type >",
			L"[541][_FunctionArgument]< { _Attribute } NAME \":\" @ _Type >",
			L"[542][_FunctionArgument]< { _Attribute } NAME \":\" _Type @ >",
			L"[543][_FunctionArgument]< { _Attribute } NAME @ \":\" _Type >",
			L"[544][_FunctionStat] BEGIN ",
			L"[545][_FunctionStat] END [ENDING]",
			L"[546][_FunctionStat]<! !_Block @ !>",
			L"[547][_FunctionStat]<! !_CoProvider @ !>",
			L"[548][_Function] BEGIN ",
			L"[549][_Function] END [ENDING]",
			L"[550][_Function]< ( \"static\" \"func\" | \"override\" \"func\" | \"func\" ) ( \"(\" @ { _FunctionArgument ; \",\" } \")\" \":\" _Type ( _FunctionStat | \";\" ) ) >",
			L"[551][_Function]< ( \"static\" \"func\" | \"override\" \"func\" | \"func\" ) ( \"(\" { _FunctionArgument ; \",\" @ } \")\" \":\" _Type ( _FunctionStat | \";\" ) ) >",
			L"[552][_Function]< ( \"static\" \"func\" | \"override\" \"func\" | \"func\" ) ( \"(\" { _FunctionArgument ; \",\" } \")\" \":\" @ _Type ( _FunctionStat | \";\" ) ) >",
			L"[553][_Function]< ( \"static\" \"func\" | \"override\" \"func\" | \"func\" ) ( \"(\" { _FunctionArgument ; \",\" } \")\" \":\" _Type ( _FunctionStat @ | \";\" ) ) >",
			L"[554][_Function]< ( \"static\" \"func\" | \"override\" \"func\" | \"func\" ) ( \"(\" { _FunctionArgument ; \",\" } \")\" \":\" _Type ( _FunctionStat | \";\" @ ) ) >",
			L"[555][_Function]< ( \"static\" \"func\" | \"override\" \"func\" | \"func\" ) ( \"(\" { _FunctionArgument ; \",\" } \")\" \":\" _Type @ ( _FunctionStat | \";\" ) ) >",
			L"[556][_Function]< ( \"static\" \"func\" | \"override\" \"func\" | \"func\" ) ( \"(\" { _FunctionArgument ; \",\" } \")\" @ \":\" _Type ( _FunctionStat | \";\" ) ) >",
			L"[557][_Function]< ( \"static\" \"func\" | \"override\" \"func\" | \"func\" ) ( \"(\" { _FunctionArgument @ ; \",\" } \")\" \":\" _Type ( _FunctionStat | \";\" ) ) >",
			L"[558][_Function]< ( \"static\" \"func\" | \"override\" \"func\" | \"func\" ) NAME ( \"(\" @ { _FunctionArgument ; \",\" } \")\" \":\" _Type ( _FunctionStat | \";\" ) ) >",
			L"[559][_Function]< ( \"static\" \"func\" | \"override\" \"func\" | \"func\" ) NAME ( \"(\" { _FunctionArgument ; \",\" @ } \")\" \":\" _Type ( _FunctionStat | \";\" ) ) >",
			L"[560][_Function]< ( \"static\" \"func\" | \"override\" \"func\" | \"func\" ) NAME ( \"(\" { _FunctionArgument ; \",\" } \")\" \":\" @ _Type ( _FunctionStat | \";\" ) ) >",
			L"[561][_Function]< ( \"static\" \"func\" | \"override\" \"func\" | \"func\" ) NAME ( \"(\" { _FunctionArgument ; \",\" } \")\" \":\" _Type ( _FunctionStat @ | \";\" ) ) >",
			L"[562][_Function]< ( \"static\" \"func\" | \"override\" \"func\" | \"func\" ) NAME ( \"(\" { _FunctionArgument ; \",\" } \")\" \":\" _Type ( _FunctionStat | \";\" @ ) ) >",
			L"[563][_Function]< ( \"static\" \"func\" | \"override\" \"func\" | \"func\" ) NAME ( \"(\" { _FunctionArgument ; \",\" } \")\" \":\" _Type @ ( _FunctionStat | \";\" ) ) >",
			L"[564][_Function]< ( \"static\" \"func\" | \"override\" \"func\" | \"func\" ) NAME ( \"(\" { _FunctionArgument ; \",\" } \")\" @ \":\" _Type ( _FunctionStat | \";\" ) ) >",
			L"[565][_Function]< ( \"static\" \"func\" | \"override\" \"func\" | \"func\" ) NAME ( \"(\" { _FunctionArgument @ ; \",\" } \")\" \":\" _Type ( _FunctionStat | \";\" ) ) >",
			L"[566][_Function]< ( \"static\" \"func\" | \"override\" \"func\" | \"func\" ) NAME @ ( \"(\" { _FunctionArgument ; \",\" } \")\" \":\" _Type ( _FunctionStat | \";\" ) ) >",
			L"[567][_Function]{{< ( \"static\" \"func\" @ | \"override\" \"func\" | \"func\" ) ( \"(\" { _FunctionArgument ; \",\" } \")\" \":\" _Type ( _FunctionStat | \";\" ) ) > ; < ( \"static\" \"func\" @ | \"override\" \"func\" | \"func\" ) NAME ( \"(\" { _FunctionArgument ; \",\" } \")\" \":\" _Type ( _FunctionStat | \";\" ) ) >}}",
			L"[568][_Function]{{< ( \"static\" \"func\" | \"override\" \"func\" @ | \"func\" ) ( \"(\" { _FunctionArgument ; \",\" } \")\" \":\" _Type ( _FunctionStat | \";\" ) ) > ; < ( \"static\" \"func\" | \"override\" \"func\" @ | \"func\" ) NAME ( \"(\" { _FunctionArgument ; \",\" } \")\" \":\" _Type ( _FunctionStat | \";\" ) ) >}}",
			L"[569][_Function]{{< ( \"static\" \"func\" | \"override\" \"func\" | \"func\" @ ) ( \"(\" { _FunctionArgument ; \",\" } \")\" \":\" _Type ( _FunctionStat | \";\" ) ) > ; < ( \"static\" \"func\" | \"override\" \"func\" | \"func\" @ ) NAME ( \"(\" { _FunctionArgument ; \",\" } \")\" \":\" _Type ( _FunctionStat | \";\" ) ) >}}",
			L"[570][_Function]{{< ( \"static\" \"func\" | \"override\" @ \"func\" | \"func\" ) ( \"(\" { _FunctionArgument ; \",\" } \")\" \":\" _Type ( _FunctionStat | \";\" ) ) > ; < ( \"static\" \"func\" | \"override\" @ \"func\" | \"func\" ) NAME ( \"(\" { _FunctionArgument ; \",\" } \")\" \":\" _Type ( _FunctionStat | \";\" ) ) >}}",
			L"[571][_Function]{{< ( \"static\" @ \"func\" | \"override\" \"func\" | \"func\" ) ( \"(\" { _FunctionArgument ; \",\" } \")\" \":\" _Type ( _FunctionStat | \";\" ) ) > ; < ( \"static\" @ \"func\" | \"override\" \"func\" | \"func\" ) NAME ( \"(\" { _FunctionArgument ; \",\" } \")\" \":\" _Type ( _FunctionStat | \";\" ) ) >}}",
			L"[572][_Variable] BEGIN ",
			L"[573][_Variable] END [ENDING]",
			L"[574][_Variable]< \"var\" @ NAME [ \":\" _Type ] \"=\" _Expression \";\" >",
			L"[575][_Variable]< \"var\" NAME @ [ \":\" _Type ] \"=\" _Expression \";\" >",
			L"[576][_Variable]< \"var\" NAME [ \":\" @ _Type ] \"=\" _Expression \";\" >",
			L"[577][_Variable]< \"var\" NAME [ \":\" _Type @ ] \"=\" _Expression \";\" >",
			L"[578][_Variable]< \"var\" NAME [ \":\" _Type ] \"=\" @ _Expression \";\" >",
			L"[579][_Variable]< \"var\" NAME [ \":\" _Type ] \"=\" _Expression \";\" @ >",
			L"[580][_Variable]< \"var\" NAME [ \":\" _Type ] \"=\" _Expression @ \";\" >",
			L"[581][_Event] BEGIN ",
			L"[582][_Event] END [ENDING]",
			L"[583][_Event]< \"event\" @ NAME \"(\" { _Type ; \",\" } \")\" \";\" >",
			L"[584][_Event]< \"event\" NAME \"(\" @ { _Type ; \",\" } \")\" \";\" >",
			L"[585][_Event]< \"event\" NAME \"(\" { _Type ; \",\" @ } \")\" \";\" >",
			L"[586][_Event]< \"event\" NAME \"(\" { _Type ; \",\" } \")\" \";\" @ >",
			L"[587][_Event]< \"event\" NAME \"(\" { _Type ; \",\" } \")\" @ \";\" >",
			L"[588][_Event]< \"event\" NAME \"(\" { _Type @ ; \",\" } \")\" \";\" >",
			L"[589][_Event]< \"event\" NAME @ \"(\" { _Type ; \",\" } \")\" \";\" >",
			L"[590][_Property] BEGIN ",
			L"[591][_Property] END [ENDING]",
			L"[592][_Property]< \"prop\" @ NAME \":\" _Type \"{\" NAME [ \",\" NAME ] [ \":\" NAME ] \"}\" >",
			L"[593][_Property]< \"prop\" NAME \":\" @ _Type \"{\" NAME [ \",\" NAME ] [ \":\" NAME ] \"}\" >",
			L"[594][_Property]< \"prop\" NAME \":\" _Type \"{\" @ NAME [ \",\" NAME ] [ \":\" NAME ] \"}\" >",
			L"[595][_Property]< \"prop\" NAME \":\" _Type \"{\" NAME @ [ \",\" NAME ] [ \":\" NAME ] \"}\" >",
			L"[596][_Property]< \"prop\" NAME \":\" _Type \"{\" NAME [ \",\" @ NAME ] [ \":\" NAME ] \"}\" >",
			L"[597][_Property]< \"prop\" NAME \":\" _Type \"{\" NAME [ \",\" NAME @ ] [ \":\" NAME ] \"}\" >",
			L"[598][_Property]< \"prop\" NAME \":\" _Type \"{\" NAME [ \",\" NAME ] [ \":\" @ NAME ] \"}\" >",
			L"[599][_Property]< \"prop\" NAME \":\" _Type \"{\" NAME [ \",\" NAME ] [ \":\" NAME @ ] \"}\" >",
			L"[600][_Property]< \"prop\" NAME \":\" _Type \"{\" NAME [ \",\" NAME ] [ \":\" NAME ] \"}\" @ >",
			L"[601][_Property]< \"prop\" NAME \":\" _Type @ \"{\" NAME [ \",\" NAME ] [ \":\" NAME ] \"}\" >",
			L"[602][_Property]< \"prop\" NAME @ \":\" _Type \"{\" NAME [ \",\" NAME ] [ \":\" NAME ] \"}\" >",
			L"[603][_StaticInit] BEGIN ",
			L"[604][_StaticInit] END [ENDING]",
			L"[605][_StaticInit]< \"static\" @ _Block >",
			L"[606][_StaticInit]< \"static\" _Block @ >",
			L"[607][_BaseConstructorCall] BEGIN ",
			L"[608][_BaseConstructorCall] END [ENDING]",
			L"[609][_BaseConstructorCall]< _Type \"(\" @ [ _Expression { \",\" _Expression } ] \")\" >",
			L"[610][_BaseConstructorCall]< _Type \"(\" [ _Expression @ { \",\" _Expression } ] \")\" >",
			L"[611][_BaseConstructorCall]< _Type \"(\" [ _Expression { \",\" @ _Expression } ] \")\" >",
			L"[612][_BaseConstructorCall]< _Type \"(\" [ _Expression { \",\" _Expression @ } ] \")\" >",
			L"[613][_BaseConstructorCall]< _Type \"(\" [ _Expression { \",\" _Expression } ] \")\" @ >",
			L"[614][_BaseConstructorCall]< _Type @ \"(\" [ _Expression { \",\" _Expression } ] \")\" >",
			L"[615][_Constructor] BEGIN ",
			L"[616][_Constructor] END [ENDING]",
			L"[617][_Constructor]< ( \"new\" @ | \"new\" \"*\" ) \"(\" { _FunctionArgument ; \",\" } \")\" [ \":\" { _BaseConstructorCall ; \",\" } ] _Block >",
			L"[618][_Constructor]< ( \"new\" | \"new\" \"*\" ) \"(\" @ { _FunctionArgument ; \",\" } \")\" [ \":\" { _BaseConstructorCall ; \",\" } ] _Block >",
			L"[619][_Constructor]< ( \"new\" | \"new\" \"*\" ) \"(\" { _FunctionArgument ; \",\" @ } \")\" [ \":\" { _BaseConstructorCall ; \",\" } ] _Block >",
			L"[620][_Constructor]< ( \"new\" | \"new\" \"*\" ) \"(\" { _FunctionArgument ; \",\" } \")\" @ [ \":\" { _BaseConstructorCall ; \",\" } ] _Block >",
			L"[621][_Constructor]< ( \"new\" | \"new\" \"*\" ) \"(\" { _FunctionArgument ; \",\" } \")\" [ \":\" @ { _BaseConstructorCall ; \",\" } ] _Block >",
			L"[622][_Constructor]< ( \"new\" | \"new\" \"*\" ) \"(\" { _FunctionArgument ; \",\" } \")\" [ \":\" { _BaseConstructorCall ; \",\" @ } ] _Block >",
			L"[623][_Constructor]< ( \"new\" | \"new\" \"*\" ) \"(\" { _FunctionArgument ; \",\" } \")\" [ \":\" { _BaseConstructorCall ; \",\" } ] _Block @ >",
			L"[624][_Constructor]< ( \"new\" | \"new\" \"*\" ) \"(\" { _FunctionArgument ; \",\" } \")\" [ \":\" { _BaseConstructorCall @ ; \",\" } ] _Block >",
			L"[625][_Constructor]< ( \"new\" | \"new\" \"*\" ) \"(\" { _FunctionArgument @ ; \",\" } \")\" [ \":\" { _BaseConstructorCall ; \",\" } ] _Block >",
			L"[626][_Constructor]< ( \"new\" | \"new\" \"*\" @ ) \"(\" { _FunctionArgument ; \",\" } \")\" [ \":\" { _BaseConstructorCall ; \",\" } ] _Block >",
			L"[627][_Constructor]< ( \"new\" | \"new\" @ \"*\" ) \"(\" { _FunctionArgument ; \",\" } \")\" [ \":\" { _BaseConstructorCall ; \",\" } ] _Block >",
			L"[628][_Destructor] BEGIN ",
			L"[629][_Destructor] END [ENDING]",
			L"[630][_Destructor]< \"delete\" @ _Block >",
			L"[631][_Destructor]< \"delete\" _Block @ >",
			L"[632][_Class] BEGIN ",
			L"[633][_Class] END [ENDING]",
			L"[634][_Class]< \"class\" @ NAME ( [ \":\" { _Type ; \",\" } ] \"{\" { _Declaration } [ _StateMachine ] \"}\" ) >",
			L"[635][_Class]< \"class\" NAME ( [ \":\" @ { _Type ; \",\" } ] \"{\" { _Declaration } [ _StateMachine ] \"}\" ) >",
			L"[636][_Class]< \"class\" NAME ( [ \":\" { _Type ; \",\" @ } ] \"{\" { _Declaration } [ _StateMachine ] \"}\" ) >",
			L"[637][_Class]< \"class\" NAME ( [ \":\" { _Type ; \",\" } ] \"{\" @ { _Declaration } [ _StateMachine ] \"}\" ) >",
			L"[638][_Class]< \"class\" NAME ( [ \":\" { _Type ; \",\" } ] \"{\" { _Declaration @ } [ _StateMachine ] \"}\" ) >",
			L"[639][_Class]< \"class\" NAME ( [ \":\" { _Type ; \",\" } ] \"{\" { _Declaration } [ _StateMachine @ ] \"}\" ) >",
			L"[640][_Class]< \"class\" NAME ( [ \":\" { _Type ; \",\" } ] \"{\" { _Declaration } [ _StateMachine ] \"}\" @ ) >",
			L"[641][_Class]< \"class\" NAME ( [ \":\" { _Type @ ; \",\" } ] \"{\" { _Declaration } [ _StateMachine ] \"}\" ) >",
			L"[642][_Class]< \"class\" NAME @ ( [ \":\" { _Type ; \",\" } ] \"{\" { _Declaration } [ _StateMachine ] \"}\" ) >",
			L"[643][_Class]< \"interface\" NAME \"*\" ( [ \":\" @ { _Type ; \",\" } ] \"{\" { _Declaration } [ _StateMachine ] \"}\" ) >",
			L"[644][_Class]< \"interface\" NAME \"*\" ( [ \":\" { _Type ; \",\" @ } ] \"{\" { _Declaration } [ _StateMachine ] \"}\" ) >",
			L"[645][_Class]< \"interface\" NAME \"*\" ( [ \":\" { _Type ; \",\" } ] \"{\" @ { _Declaration } [ _StateMachine ] \"}\" ) >",
			L"[646][_Class]< \"interface\" NAME \"*\" ( [ \":\" { _Type ; \",\" } ] \"{\" { _Declaration @ } [ _StateMachine ] \"}\" ) >",
			L"[647][_Class]< \"interface\" NAME \"*\" ( [ \":\" { _Type ; \",\" } ] \"{\" { _Declaration } [ _StateMachine @ ] \"}\" ) >",
			L"[648][_Class]< \"interface\" NAME \"*\" ( [ \":\" { _Type ; \",\" } ] \"{\" { _Declaration } [ _StateMachine ] \"}\" @ ) >",
			L"[649][_Class]< \"interface\" NAME \"*\" ( [ \":\" { _Type @ ; \",\" } ] \"{\" { _Declaration } [ _StateMachine ] \"}\" ) >",
			L"[650][_Class]< \"interface\" NAME \"*\" @ ( [ \":\" { _Type ; \",\" } ] \"{\" { _Declaration } [ _StateMachine ] \"}\" ) >",
			L"[651][_Class]< \"interface\" NAME ( [ \":\" @ { _Type ; \",\" } ] \"{\" { _Declaration } [ _StateMachine ] \"}\" ) >",
			L"[652][_Class]< \"interface\" NAME ( [ \":\" { _Type ; \",\" @ } ] \"{\" { _Declaration } [ _StateMachine ] \"}\" ) >",
			L"[653][_Class]< \"interface\" NAME ( [ \":\" { _Type ; \",\" } ] \"{\" @ { _Declaration } [ _StateMachine ] \"}\" ) >",
			L"[654][_Class]< \"interface\" NAME ( [ \":\" { _Type ; \",\" } ] \"{\" { _Declaration @ } [ _StateMachine ] \"}\" ) >",
			L"[655][_Class]< \"interface\" NAME ( [ \":\" { _Type ; \",\" } ] \"{\" { _Declaration } [ _StateMachine @ ] \"}\" ) >",
			L"[656][_Class]< \"interface\" NAME ( [ \":\" { _Type ; \",\" } ] \"{\" { _Declaration } [ _StateMachine ] \"}\" @ ) >",
			L"[657][_Class]< \"interface\" NAME ( [ \":\" { _Type @ ; \",\" } ] \"{\" { _Declaration } [ _StateMachine ] \"}\" ) >",
			L"[658][_Class]{{< \"interface\" @ NAME \"*\" ( [ \":\" { _Type ; \",\" } ] \"{\" { _Declaration } [ _StateMachine ] \"}\" ) > ; < \"interface\" @ NAME ( [ \":\" { _Type ; \",\" } ] \"{\" { _Declaration } [ _StateMachine ] \"}\" ) >}}",
			L"[659][_Class]{{< \"interface\" NAME @ \"*\" ( [ \":\" { _Type ; \",\" } ] \"{\" { _Declaration } [ _StateMachine ] \"}\" ) > ; < \"interface\" NAME @ ( [ \":\" { _Type ; \",\" } ] \"{\" { _Declaration } [ _StateMachine ] \"}\" ) >}}",
			L"[660][_EnumItemInt] BEGIN ",
			L"[661][_EnumItemInt] END [ENDING]",
			L"[662][_EnumItemInt]< NAME @ >",
			L"[663][_EnumItem] BEGIN ",
			L"[664][_EnumItem] END [ENDING]",
			L"[665][_EnumItem]< { _Attribute @ } NAME \"=\" ( INTEGER ) \",\" >",
			L"[666][_EnumItem]< { _Attribute } NAME \"=\" ( INTEGER ) \",\" @ >",
			L"[667][_EnumItem]< { _Attribute } NAME \"=\" ( INTEGER @ ) \",\" >",
			L"[668][_EnumItem]< { _Attribute } NAME \"=\" @ ( INTEGER ) \",\" >",
			L"[669][_EnumItem]< { _Attribute } NAME @ \"=\" ( INTEGER ) \",\" >",
			L"[670][_EnumItemWithFlags] BEGIN ",
			L"[671][_EnumItemWithFlags] END [ENDING]",
			L"[672][_EnumItemWithFlags]< { _Attribute @ } NAME \"=\" ( ( INTEGER ) | ( _EnumItemInt { \"|\" _EnumItemInt } ) ) \",\" >",
			L"[673][_EnumItemWithFlags]< { _Attribute } NAME \"=\" ( ( INTEGER ) | ( _EnumItemInt @ { \"|\" _EnumItemInt } ) ) \",\" >",
			L"[674][_EnumItemWithFlags]< { _Attribute } NAME \"=\" ( ( INTEGER ) | ( _EnumItemInt { \"|\" @ _EnumItemInt } ) ) \",\" >",
			L"[675][_EnumItemWithFlags]< { _Attribute } NAME \"=\" ( ( INTEGER ) | ( _EnumItemInt { \"|\" _EnumItemInt @ } ) ) \",\" >",
			L"[676][_EnumItemWithFlags]< { _Attribute } NAME \"=\" ( ( INTEGER ) | ( _EnumItemInt { \"|\" _EnumItemInt } ) ) \",\" @ >",
			L"[677][_EnumItemWithFlags]< { _Attribute } NAME \"=\" ( ( INTEGER @ ) | ( _EnumItemInt { \"|\" _EnumItemInt } ) ) \",\" >",
			L"[678][_EnumItemWithFlags]< { _Attribute } NAME \"=\" @ ( ( INTEGER ) | ( _EnumItemInt { \"|\" _EnumItemInt } ) ) \",\" >",
			L"[679][_EnumItemWithFlags]< { _Attribute } NAME @ \"=\" ( ( INTEGER ) | ( _EnumItemInt { \"|\" _EnumItemInt } ) ) \",\" >",
			L"[680][_Enum] BEGIN ",
			L"[681][_Enum] END [ENDING]",
			L"[682][_Enum]< \"enum\" @ NAME \"{\" _EnumItem { _EnumItem } \"}\" >",
			L"[683][_Enum]< \"enum\" NAME \"{\" @ _EnumItem { _EnumItem } \"}\" >",
			L"[684][_Enum]< \"enum\" NAME \"{\" _EnumItem @ { _EnumItem } \"}\" >",
			L"[685][_Enum]< \"enum\" NAME \"{\" _EnumItem { _EnumItem @ } \"}\" >",
			L"[686][_Enum]< \"enum\" NAME \"{\" _EnumItem { _EnumItem } \"}\" @ >",
			L"[687][_Enum]< \"enum\" NAME @ \"{\" _EnumItem { _EnumItem } \"}\" >",
			L"[688][_Enum]< \"flagenum\" @ NAME \"{\" _EnumItemWithFlags { _EnumItemWithFlags } \"}\" >",
			L"[689][_Enum]< \"flagenum\" NAME \"{\" @ _EnumItemWithFlags { _EnumItemWithFlags } \"}\" >",
			L"[690][_Enum]< \"flagenum\" NAME \"{\" _EnumItemWithFlags @ { _EnumItemWithFlags } \"}\" >",
			L"[691][_Enum]< \"flagenum\" NAME \"{\" _EnumItemWithFlags { _EnumItemWithFlags @ } \"}\" >",
			L"[692][_Enum]< \"flagenum\" NAME \"{\" _EnumItemWithFlags { _EnumItemWithFlags } \"}\" @ >",
			L"[693][_Enum]< \"flagenum\" NAME @ \"{\" _EnumItemWithFlags { _EnumItemWithFlags } \"}\" >",
			L"[694][_StructMember] BEGIN ",
			L"[695][_StructMember] END [ENDING]",
			L"[696][_StructMember]< { _Attribute @ } NAME \":\" _Type \";\" >",
			L"[697][_StructMember]< { _Attribute } NAME \":\" @ _Type \";\" >",
			L"[698][_StructMember]< { _Attribute } NAME \":\" _Type \";\" @ >",
			L"[699][_StructMember]< { _Attribute } NAME \":\" _Type @ \";\" >",
			L"[700][_StructMember]< { _Attribute } NAME @ \":\" _Type \";\" >",
			L"[701][_Struct] BEGIN ",
			L"[702][_Struct] END [ENDING]",
			L"[703][_Struct]< \"struct\" @ NAME \"{\" { _StructMember } \"}\" >",
			L"[704][_Struct]< \"struct\" NAME \"{\" @ { _StructMember } \"}\" >",
			L"[705][_Struct]< \"struct\" NAME \"{\" { _StructMember @ } \"}\" >",
			L"[706][_Struct]< \"struct\" NAME \"{\" { _StructMember } \"}\" @ >",
			L"[707][_Struct]< \"struct\" NAME @ \"{\" { _StructMember } \"}\" >",
			L"[708][_AutoProperty] BEGIN ",
			L"[709][_AutoProperty] END [ENDING]",
			L"[710][_AutoProperty]< ( \"static\" \"prop\" @ | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[711][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" @ | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[712][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" @ _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[713][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type @ [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[714][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" @ _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[715][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression @ ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[716][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" @ | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[717][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" @ | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[718][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" @ | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[719][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" @ ) >",
			L"[720][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" @ \"}\" ) >",
			L"[721][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" @ \"observe\" \"}\" ) >",
			L"[722][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" @ \"not\" \"observe\" \"}\" ) >",
			L"[723][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" @ \",\" \"not\" \"observe\" \"}\" ) >",
			L"[724][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" @ \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[725][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" @ \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[726][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" @ \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[727][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" @ \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[728][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" @ \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[729][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" @ \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[730][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" @ \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[731][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME @ \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[732][_AutoProperty]< ( \"static\" \"prop\" | \"override\" \"prop\" | \"prop\" @ ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[733][_AutoProperty]< ( \"static\" \"prop\" | \"override\" @ \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[734][_AutoProperty]< ( \"static\" @ \"prop\" | \"override\" \"prop\" | \"prop\" ) NAME \":\" _Type [ \"=\" _Expression ] ( \"{\" \"}\" | \"{\" \"const\" \"}\" | \"{\" \"not\" \"observe\" \"}\" | \"{\" \"const\" \",\" \"not\" \"observe\" \"}\" ) >",
			L"[735][_CastResultInterface] BEGIN ",
			L"[736][_CastResultInterface] END [ENDING]",
			L"[737][_CastResultInterface]< \"$interface\" @ NAME \":\" _Type \"<\" _Type \">\" \";\" >",
			L"[738][_CastResultInterface]< \"$interface\" NAME \":\" @ _Type \"<\" _Type \">\" \";\" >",
			L"[739][_CastResultInterface]< \"$interface\" NAME \":\" _Type \"<\" @ _Type \">\" \";\" >",
			L"[740][_CastResultInterface]< \"$interface\" NAME \":\" _Type \"<\" _Type \">\" \";\" @ >",
			L"[741][_CastResultInterface]< \"$interface\" NAME \":\" _Type \"<\" _Type \">\" @ \";\" >",
			L"[742][_CastResultInterface]< \"$interface\" NAME \":\" _Type \"<\" _Type @ \">\" \";\" >",
			L"[743][_CastResultInterface]< \"$interface\" NAME \":\" _Type @ \"<\" _Type \">\" \";\" >",
			L"[744][_CastResultInterface]< \"$interface\" NAME @ \":\" _Type \"<\" _Type \">\" \";\" >",
			L"[745][_DeclarationCandidates] BEGIN ",
			L"[746][_DeclarationCandidates] END [ENDING]",
			L"[747][_DeclarationCandidates]<! !_AutoProperty @ !>",
			L"[748][_DeclarationCandidates]<! !_CastResultInterface @ !>",
			L"[749][_DeclarationCandidates]<! !_Class @ !>",
			L"[750][_DeclarationCandidates]<! !_Constructor @ !>",
			L"[751][_DeclarationCandidates]<! !_Destructor @ !>",
			L"[752][_DeclarationCandidates]<! !_Enum @ !>",
			L"[753][_DeclarationCandidates]<! !_Event @ !>",
			L"[754][_DeclarationCandidates]<! !_Function @ !>",
			L"[755][_DeclarationCandidates]<! !_Namespace @ !>",
			L"[756][_DeclarationCandidates]<! !_Property @ !>",
			L"[757][_DeclarationCandidates]<! !_StaticInit @ !>",
			L"[758][_DeclarationCandidates]<! !_Struct @ !>",
			L"[759][_DeclarationCandidates]<! !_Variable @ !>",
			L"[760][_Declaration] BEGIN ",
			L"[761][_Declaration] END [ENDING]",
			L"[762][_Declaration]<! { _Attribute @ } !_DeclarationCandidates !>",
			L"[763][_Declaration]<! { _Attribute } !_DeclarationCandidates @ !>",
			L"[764][_UsingFragment] BEGIN ",
			L"[765][_UsingFragment] END [ENDING]",
			L"[766][_UsingFragment]< \"*\" @ >",
			L"[767][_UsingFragment]< NAME @ >",
			L"[768][_UsingItem] BEGIN ",
			L"[769][_UsingItem] END [ENDING]",
			L"[770][_UsingItem]< _UsingFragment @ { _UsingFragment } >",
			L"[771][_UsingItem]< _UsingFragment { _UsingFragment @ } >",
			L"[772][_UsingPath] BEGIN ",
			L"[773][_UsingPath] END [ENDING]",
			L"[774][_UsingPath]< \"using\" @ _UsingItem { \"::\" _UsingItem } \";\" >",
			L"[775][_UsingPath]< \"using\" _UsingItem @ { \"::\" _UsingItem } \";\" >",
			L"[776][_UsingPath]< \"using\" _UsingItem { \"::\" @ _UsingItem } \";\" >",
			L"[777][_UsingPath]< \"using\" _UsingItem { \"::\" _UsingItem @ } \";\" >",
			L"[778][_UsingPath]< \"using\" _UsingItem { \"::\" _UsingItem } \";\" @ >",
			L"[779][_Module] BEGIN ",
			L"[780][_Module] END [ENDING]",
			L"[781][_Module]< \"module\" ( NAME \";\" @ { _UsingPath } { _Declaration } ) >",
			L"[782][_Module]< \"module\" ( NAME \";\" { _UsingPath @ } { _Declaration } ) >",
			L"[783][_Module]< \"module\" ( NAME \";\" { _UsingPath } { _Declaration @ } ) >",
			L"[784][_Module]< \"module\" ( NAME @ \";\" { _UsingPath } { _Declaration } ) >",
			L"[785][_Module]< \"module\" @ ( NAME \";\" { _UsingPath } { _Declaration } ) >",
			L"[786][_Module]< \"unit\" ( NAME \";\" @ { _UsingPath } { _Declaration } ) >",
			L"[787][_Module]< \"unit\" ( NAME \";\" { _UsingPath @ } { _Declaration } ) >",
			L"[788][_Module]< \"unit\" ( NAME \";\" { _UsingPath } { _Declaration @ } ) >",
			L"[789][_Module]< \"unit\" ( NAME @ \";\" { _UsingPath } { _Declaration } ) >",
			L"[790][_Module]< \"unit\" @ ( NAME \";\" { _UsingPath } { _Declaration } ) >",
		};
		return results[index];
	}

	Parser::Parser()
		: vl::glr::ParserBase<WorkflowTokens, ParserStates, WorkflowAstInsReceiver>(&WorkflowTokenDeleter, &WorkflowLexerData, &WorkflowParserData)
	{
	}

	vl::WString Parser::GetClassName(vl::vint32_t classIndex) const
	{
		return vl::WString::Unmanaged(WorkflowTypeName((WorkflowClasses)classIndex));
	}

	vl::vint32_t Parser::FindCommonBaseClass(vl::vint32_t class1, vl::vint32_t class2) const
	{
		return -1;
	}

	vl::Ptr<vl::workflow::WfType> Parser::Parse_Type(const vl::WString& input, vl::vint codeIndex) const
	{
		 return ParseWithString<vl::workflow::WfType, ParserStates::_Type>(input, this, codeIndex);
	}

	vl::Ptr<vl::workflow::WfType> Parser::Parse_Type(vl::collections::List<vl::regex::RegexToken>& tokens, vl::vint codeIndex) const
	{
		 return ParseWithTokens<vl::workflow::WfType, ParserStates::_Type>(tokens, this, codeIndex);
	}

	vl::Ptr<vl::workflow::WfExpression> Parser::Parse_Expression(const vl::WString& input, vl::vint codeIndex) const
	{
		 return ParseWithString<vl::workflow::WfExpression, ParserStates::_Expression>(input, this, codeIndex);
	}

	vl::Ptr<vl::workflow::WfExpression> Parser::Parse_Expression(vl::collections::List<vl::regex::RegexToken>& tokens, vl::vint codeIndex) const
	{
		 return ParseWithTokens<vl::workflow::WfExpression, ParserStates::_Expression>(tokens, this, codeIndex);
	}

	vl::Ptr<vl::workflow::WfCoProviderStatement> Parser::Parse_CoProvider(const vl::WString& input, vl::vint codeIndex) const
	{
		 return ParseWithString<vl::workflow::WfCoProviderStatement, ParserStates::_CoProvider>(input, this, codeIndex);
	}

	vl::Ptr<vl::workflow::WfCoProviderStatement> Parser::Parse_CoProvider(vl::collections::List<vl::regex::RegexToken>& tokens, vl::vint codeIndex) const
	{
		 return ParseWithTokens<vl::workflow::WfCoProviderStatement, ParserStates::_CoProvider>(tokens, this, codeIndex);
	}

	vl::Ptr<vl::workflow::WfStatement> Parser::Parse_Statement(const vl::WString& input, vl::vint codeIndex) const
	{
		 return ParseWithString<vl::workflow::WfStatement, ParserStates::_Statement>(input, this, codeIndex);
	}

	vl::Ptr<vl::workflow::WfStatement> Parser::Parse_Statement(vl::collections::List<vl::regex::RegexToken>& tokens, vl::vint codeIndex) const
	{
		 return ParseWithTokens<vl::workflow::WfStatement, ParserStates::_Statement>(tokens, this, codeIndex);
	}

	vl::Ptr<vl::workflow::WfDeclaration> Parser::Parse_Declaration(const vl::WString& input, vl::vint codeIndex) const
	{
		 return ParseWithString<vl::workflow::WfDeclaration, ParserStates::_Declaration>(input, this, codeIndex);
	}

	vl::Ptr<vl::workflow::WfDeclaration> Parser::Parse_Declaration(vl::collections::List<vl::regex::RegexToken>& tokens, vl::vint codeIndex) const
	{
		 return ParseWithTokens<vl::workflow::WfDeclaration, ParserStates::_Declaration>(tokens, this, codeIndex);
	}

	vl::Ptr<vl::workflow::WfModule> Parser::Parse_Module(const vl::WString& input, vl::vint codeIndex) const
	{
		 return ParseWithString<vl::workflow::WfModule, ParserStates::_Module>(input, this, codeIndex);
	}

	vl::Ptr<vl::workflow::WfModule> Parser::Parse_Module(vl::collections::List<vl::regex::RegexToken>& tokens, vl::vint codeIndex) const
	{
		 return ParseWithTokens<vl::workflow::WfModule, ParserStates::_Module>(tokens, this, codeIndex);
	}
}


/***********************************************************************
.\PARSER\GENERATED\WORKFLOW_ASSEMBLER.CPP
***********************************************************************/
/***********************************************************************
This file is generated by: Vczh Parser Generator
From parser definition:Workflow
Licensed under https://github.com/vczh-libraries/License
***********************************************************************/


namespace vl::workflow
{

/***********************************************************************
WorkflowAstInsReceiver : public vl::glr::AstInsReceiverBase
***********************************************************************/

	vl::Ptr<vl::glr::ParsingAstBase> WorkflowAstInsReceiver::CreateAstNode(vl::vint32_t type)
	{
		auto cppTypeName = WorkflowCppTypeName((WorkflowClasses)type);
		switch((WorkflowClasses)type)
		{
		case WorkflowClasses::AttachEventExpression:
			return vl::Ptr(new vl::workflow::WfAttachEventExpression);
		case WorkflowClasses::Attribute:
			return vl::Ptr(new vl::workflow::WfAttribute);
		case WorkflowClasses::AutoPropertyDeclaration:
			return vl::Ptr(new vl::workflow::WfAutoPropertyDeclaration);
		case WorkflowClasses::BaseConstructorCall:
			return vl::Ptr(new vl::workflow::WfBaseConstructorCall);
		case WorkflowClasses::BinaryExpression:
			return vl::Ptr(new vl::workflow::WfBinaryExpression);
		case WorkflowClasses::BindExpression:
			return vl::Ptr(new vl::workflow::WfBindExpression);
		case WorkflowClasses::BlockStatement:
			return vl::Ptr(new vl::workflow::WfBlockStatement);
		case WorkflowClasses::BreakStatement:
			return vl::Ptr(new vl::workflow::WfBreakStatement);
		case WorkflowClasses::CallExpression:
			return vl::Ptr(new vl::workflow::WfCallExpression);
		case WorkflowClasses::CastResultInterfaceDeclaration:
			return vl::Ptr(new vl::workflow::WfCastResultInterfaceDeclaration);
		case WorkflowClasses::ChildExpression:
			return vl::Ptr(new vl::workflow::WfChildExpression);
		case WorkflowClasses::ChildType:
			return vl::Ptr(new vl::workflow::WfChildType);
		case WorkflowClasses::ClassDeclaration:
			return vl::Ptr(new vl::workflow::WfClassDeclaration);
		case WorkflowClasses::CoOperatorExpression:
			return vl::Ptr(new vl::workflow::WfCoOperatorExpression);
		case WorkflowClasses::CoOperatorStatement:
			return vl::Ptr(new vl::workflow::WfCoOperatorStatement);
		case WorkflowClasses::CoPauseStatement:
			return vl::Ptr(new vl::workflow::WfCoPauseStatement);
		case WorkflowClasses::CoProviderStatement:
			return vl::Ptr(new vl::workflow::WfCoProviderStatement);
		case WorkflowClasses::ConstructorArgument:
			return vl::Ptr(new vl::workflow::WfConstructorArgument);
		case WorkflowClasses::ConstructorDeclaration:
			return vl::Ptr(new vl::workflow::WfConstructorDeclaration);
		case WorkflowClasses::ConstructorExpression:
			return vl::Ptr(new vl::workflow::WfConstructorExpression);
		case WorkflowClasses::ContinueStatement:
			return vl::Ptr(new vl::workflow::WfContinueStatement);
		case WorkflowClasses::DeleteStatement:
			return vl::Ptr(new vl::workflow::WfDeleteStatement);
		case WorkflowClasses::DestructorDeclaration:
			return vl::Ptr(new vl::workflow::WfDestructorDeclaration);
		case WorkflowClasses::DetachEventExpression:
			return vl::Ptr(new vl::workflow::WfDetachEventExpression);
		case WorkflowClasses::EnumDeclaration:
			return vl::Ptr(new vl::workflow::WfEnumDeclaration);
		case WorkflowClasses::EnumItem:
			return vl::Ptr(new vl::workflow::WfEnumItem);
		case WorkflowClasses::EnumItemIntersection:
			return vl::Ptr(new vl::workflow::WfEnumItemIntersection);
		case WorkflowClasses::EnumerableType:
			return vl::Ptr(new vl::workflow::WfEnumerableType);
		case WorkflowClasses::EventDeclaration:
			return vl::Ptr(new vl::workflow::WfEventDeclaration);
		case WorkflowClasses::ExpectedTypeCastExpression:
			return vl::Ptr(new vl::workflow::WfExpectedTypeCastExpression);
		case WorkflowClasses::ExpressionStatement:
			return vl::Ptr(new vl::workflow::WfExpressionStatement);
		case WorkflowClasses::FloatingExpression:
			return vl::Ptr(new vl::workflow::WfFloatingExpression);
		case WorkflowClasses::ForEachStatement:
			return vl::Ptr(new vl::workflow::WfForEachStatement);
		case WorkflowClasses::FormatExpression:
			return vl::Ptr(new vl::workflow::WfFormatExpression);
		case WorkflowClasses::FunctionArgument:
			return vl::Ptr(new vl::workflow::WfFunctionArgument);
		case WorkflowClasses::FunctionDeclaration:
			return vl::Ptr(new vl::workflow::WfFunctionDeclaration);
		case WorkflowClasses::FunctionExpression:
			return vl::Ptr(new vl::workflow::WfFunctionExpression);
		case WorkflowClasses::FunctionType:
			return vl::Ptr(new vl::workflow::WfFunctionType);
		case WorkflowClasses::GotoStatement:
			return vl::Ptr(new vl::workflow::WfGotoStatement);
		case WorkflowClasses::IfExpression:
			return vl::Ptr(new vl::workflow::WfIfExpression);
		case WorkflowClasses::IfStatement:
			return vl::Ptr(new vl::workflow::WfIfStatement);
		case WorkflowClasses::InferExpression:
			return vl::Ptr(new vl::workflow::WfInferExpression);
		case WorkflowClasses::IntegerExpression:
			return vl::Ptr(new vl::workflow::WfIntegerExpression);
		case WorkflowClasses::LetExpression:
			return vl::Ptr(new vl::workflow::WfLetExpression);
		case WorkflowClasses::LetVariable:
			return vl::Ptr(new vl::workflow::WfLetVariable);
		case WorkflowClasses::LiteralExpression:
			return vl::Ptr(new vl::workflow::WfLiteralExpression);
		case WorkflowClasses::MapType:
			return vl::Ptr(new vl::workflow::WfMapType);
		case WorkflowClasses::MemberExpression:
			return vl::Ptr(new vl::workflow::WfMemberExpression);
		case WorkflowClasses::MixinCastExpression:
			return vl::Ptr(new vl::workflow::WfMixinCastExpression);
		case WorkflowClasses::Module:
			return vl::Ptr(new vl::workflow::WfModule);
		case WorkflowClasses::ModuleUsingItem:
			return vl::Ptr(new vl::workflow::WfModuleUsingItem);
		case WorkflowClasses::ModuleUsingNameFragment:
			return vl::Ptr(new vl::workflow::WfModuleUsingNameFragment);
		case WorkflowClasses::ModuleUsingPath:
			return vl::Ptr(new vl::workflow::WfModuleUsingPath);
		case WorkflowClasses::ModuleUsingWildCardFragment:
			return vl::Ptr(new vl::workflow::WfModuleUsingWildCardFragment);
		case WorkflowClasses::NamespaceDeclaration:
			return vl::Ptr(new vl::workflow::WfNamespaceDeclaration);
		case WorkflowClasses::NewClassExpression:
			return vl::Ptr(new vl::workflow::WfNewClassExpression);
		case WorkflowClasses::NewCoroutineExpression:
			return vl::Ptr(new vl::workflow::WfNewCoroutineExpression);
		case WorkflowClasses::NewInterfaceExpression:
			return vl::Ptr(new vl::workflow::WfNewInterfaceExpression);
		case WorkflowClasses::NullableType:
			return vl::Ptr(new vl::workflow::WfNullableType);
		case WorkflowClasses::ObservableListType:
			return vl::Ptr(new vl::workflow::WfObservableListType);
		case WorkflowClasses::ObserveExpression:
			return vl::Ptr(new vl::workflow::WfObserveExpression);
		case WorkflowClasses::OrderedLambdaExpression:
			return vl::Ptr(new vl::workflow::WfOrderedLambdaExpression);
		case WorkflowClasses::OrderedNameExpression:
			return vl::Ptr(new vl::workflow::WfOrderedNameExpression);
		case WorkflowClasses::PredefinedType:
			return vl::Ptr(new vl::workflow::WfPredefinedType);
		case WorkflowClasses::PropertyDeclaration:
			return vl::Ptr(new vl::workflow::WfPropertyDeclaration);
		case WorkflowClasses::RaiseExceptionStatement:
			return vl::Ptr(new vl::workflow::WfRaiseExceptionStatement);
		case WorkflowClasses::RangeExpression:
			return vl::Ptr(new vl::workflow::WfRangeExpression);
		case WorkflowClasses::RawPointerType:
			return vl::Ptr(new vl::workflow::WfRawPointerType);
		case WorkflowClasses::ReferenceExpression:
			return vl::Ptr(new vl::workflow::WfReferenceExpression);
		case WorkflowClasses::ReferenceType:
			return vl::Ptr(new vl::workflow::WfReferenceType);
		case WorkflowClasses::ReturnStatement:
			return vl::Ptr(new vl::workflow::WfReturnStatement);
		case WorkflowClasses::SetTestingExpression:
			return vl::Ptr(new vl::workflow::WfSetTestingExpression);
		case WorkflowClasses::SharedPointerType:
			return vl::Ptr(new vl::workflow::WfSharedPointerType);
		case WorkflowClasses::StateDeclaration:
			return vl::Ptr(new vl::workflow::WfStateDeclaration);
		case WorkflowClasses::StateInput:
			return vl::Ptr(new vl::workflow::WfStateInput);
		case WorkflowClasses::StateInvokeStatement:
			return vl::Ptr(new vl::workflow::WfStateInvokeStatement);
		case WorkflowClasses::StateMachineDeclaration:
			return vl::Ptr(new vl::workflow::WfStateMachineDeclaration);
		case WorkflowClasses::StateSwitchArgument:
			return vl::Ptr(new vl::workflow::WfStateSwitchArgument);
		case WorkflowClasses::StateSwitchCase:
			return vl::Ptr(new vl::workflow::WfStateSwitchCase);
		case WorkflowClasses::StateSwitchStatement:
			return vl::Ptr(new vl::workflow::WfStateSwitchStatement);
		case WorkflowClasses::StaticInitDeclaration:
			return vl::Ptr(new vl::workflow::WfStaticInitDeclaration);
		case WorkflowClasses::StringExpression:
			return vl::Ptr(new vl::workflow::WfStringExpression);
		case WorkflowClasses::StructDeclaration:
			return vl::Ptr(new vl::workflow::WfStructDeclaration);
		case WorkflowClasses::StructMember:
			return vl::Ptr(new vl::workflow::WfStructMember);
		case WorkflowClasses::SwitchCase:
			return vl::Ptr(new vl::workflow::WfSwitchCase);
		case WorkflowClasses::SwitchStatement:
			return vl::Ptr(new vl::workflow::WfSwitchStatement);
		case WorkflowClasses::ThisExpression:
			return vl::Ptr(new vl::workflow::WfThisExpression);
		case WorkflowClasses::TopQualifiedExpression:
			return vl::Ptr(new vl::workflow::WfTopQualifiedExpression);
		case WorkflowClasses::TopQualifiedType:
			return vl::Ptr(new vl::workflow::WfTopQualifiedType);
		case WorkflowClasses::TryStatement:
			return vl::Ptr(new vl::workflow::WfTryStatement);
		case WorkflowClasses::TypeCastingExpression:
			return vl::Ptr(new vl::workflow::WfTypeCastingExpression);
		case WorkflowClasses::TypeOfExpressionExpression:
			return vl::Ptr(new vl::workflow::WfTypeOfExpressionExpression);
		case WorkflowClasses::TypeOfTypeExpression:
			return vl::Ptr(new vl::workflow::WfTypeOfTypeExpression);
		case WorkflowClasses::TypeTestingExpression:
			return vl::Ptr(new vl::workflow::WfTypeTestingExpression);
		case WorkflowClasses::UnaryExpression:
			return vl::Ptr(new vl::workflow::WfUnaryExpression);
		case WorkflowClasses::VariableDeclaration:
			return vl::Ptr(new vl::workflow::WfVariableDeclaration);
		case WorkflowClasses::VariableStatement:
			return vl::Ptr(new vl::workflow::WfVariableStatement);
		case WorkflowClasses::WhileStatement:
			return vl::Ptr(new vl::workflow::WfWhileStatement);
		default:
			return vl::glr::AssemblyThrowCannotCreateAbstractType(type, cppTypeName);
		}
	}

	void WorkflowAstInsReceiver::SetField(vl::glr::ParsingAstBase* object, vl::vint32_t field, vl::Ptr<vl::glr::ParsingAstBase> value)
	{
		auto cppFieldName = WorkflowCppFieldName((WorkflowFields)field);
		switch((WorkflowFields)field)
		{
		case WorkflowFields::AttachEventExpression_event:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfAttachEventExpression::event, object, field, value, cppFieldName);
		case WorkflowFields::AttachEventExpression_function:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfAttachEventExpression::function, object, field, value, cppFieldName);
		case WorkflowFields::Attribute_value:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfAttribute::value, object, field, value, cppFieldName);
		case WorkflowFields::AutoPropertyDeclaration_expression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfAutoPropertyDeclaration::expression, object, field, value, cppFieldName);
		case WorkflowFields::AutoPropertyDeclaration_type:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfAutoPropertyDeclaration::type, object, field, value, cppFieldName);
		case WorkflowFields::BaseConstructorCall_arguments:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfBaseConstructorCall::arguments, object, field, value, cppFieldName);
		case WorkflowFields::BaseConstructorCall_type:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfBaseConstructorCall::type, object, field, value, cppFieldName);
		case WorkflowFields::BinaryExpression_first:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfBinaryExpression::first, object, field, value, cppFieldName);
		case WorkflowFields::BinaryExpression_second:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfBinaryExpression::second, object, field, value, cppFieldName);
		case WorkflowFields::BindExpression_expression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfBindExpression::expression, object, field, value, cppFieldName);
		case WorkflowFields::BlockStatement_statements:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfBlockStatement::statements, object, field, value, cppFieldName);
		case WorkflowFields::CallExpression_arguments:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfCallExpression::arguments, object, field, value, cppFieldName);
		case WorkflowFields::CallExpression_function:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfCallExpression::function, object, field, value, cppFieldName);
		case WorkflowFields::CastResultInterfaceDeclaration_baseType:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfCastResultInterfaceDeclaration::baseType, object, field, value, cppFieldName);
		case WorkflowFields::CastResultInterfaceDeclaration_elementType:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfCastResultInterfaceDeclaration::elementType, object, field, value, cppFieldName);
		case WorkflowFields::ChildExpression_parent:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfChildExpression::parent, object, field, value, cppFieldName);
		case WorkflowFields::ChildType_parent:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfChildType::parent, object, field, value, cppFieldName);
		case WorkflowFields::ClassDeclaration_baseTypes:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfClassDeclaration::baseTypes, object, field, value, cppFieldName);
		case WorkflowFields::ClassDeclaration_declarations:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfClassDeclaration::declarations, object, field, value, cppFieldName);
		case WorkflowFields::CoOperatorStatement_arguments:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfCoOperatorStatement::arguments, object, field, value, cppFieldName);
		case WorkflowFields::CoPauseStatement_statement:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfCoPauseStatement::statement, object, field, value, cppFieldName);
		case WorkflowFields::CoProviderStatement_statement:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfCoProviderStatement::statement, object, field, value, cppFieldName);
		case WorkflowFields::ConstructorArgument_key:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfConstructorArgument::key, object, field, value, cppFieldName);
		case WorkflowFields::ConstructorArgument_value:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfConstructorArgument::value, object, field, value, cppFieldName);
		case WorkflowFields::ConstructorDeclaration_arguments:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfConstructorDeclaration::arguments, object, field, value, cppFieldName);
		case WorkflowFields::ConstructorDeclaration_baseConstructorCalls:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfConstructorDeclaration::baseConstructorCalls, object, field, value, cppFieldName);
		case WorkflowFields::ConstructorDeclaration_statement:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfConstructorDeclaration::statement, object, field, value, cppFieldName);
		case WorkflowFields::ConstructorExpression_arguments:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfConstructorExpression::arguments, object, field, value, cppFieldName);
		case WorkflowFields::Declaration_attributes:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfDeclaration::attributes, object, field, value, cppFieldName);
		case WorkflowFields::DeleteStatement_expression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfDeleteStatement::expression, object, field, value, cppFieldName);
		case WorkflowFields::DestructorDeclaration_statement:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfDestructorDeclaration::statement, object, field, value, cppFieldName);
		case WorkflowFields::DetachEventExpression_event:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfDetachEventExpression::event, object, field, value, cppFieldName);
		case WorkflowFields::DetachEventExpression_handler:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfDetachEventExpression::handler, object, field, value, cppFieldName);
		case WorkflowFields::EnumDeclaration_items:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfEnumDeclaration::items, object, field, value, cppFieldName);
		case WorkflowFields::EnumItem_attributes:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfEnumItem::attributes, object, field, value, cppFieldName);
		case WorkflowFields::EnumItem_intersections:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfEnumItem::intersections, object, field, value, cppFieldName);
		case WorkflowFields::EnumerableType_element:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfEnumerableType::element, object, field, value, cppFieldName);
		case WorkflowFields::EventDeclaration_arguments:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfEventDeclaration::arguments, object, field, value, cppFieldName);
		case WorkflowFields::ExpectedTypeCastExpression_expression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfExpectedTypeCastExpression::expression, object, field, value, cppFieldName);
		case WorkflowFields::ExpressionStatement_expression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfExpressionStatement::expression, object, field, value, cppFieldName);
		case WorkflowFields::ForEachStatement_collection:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfForEachStatement::collection, object, field, value, cppFieldName);
		case WorkflowFields::ForEachStatement_statement:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfForEachStatement::statement, object, field, value, cppFieldName);
		case WorkflowFields::FunctionArgument_attributes:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfFunctionArgument::attributes, object, field, value, cppFieldName);
		case WorkflowFields::FunctionArgument_type:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfFunctionArgument::type, object, field, value, cppFieldName);
		case WorkflowFields::FunctionDeclaration_arguments:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfFunctionDeclaration::arguments, object, field, value, cppFieldName);
		case WorkflowFields::FunctionDeclaration_returnType:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfFunctionDeclaration::returnType, object, field, value, cppFieldName);
		case WorkflowFields::FunctionDeclaration_statement:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfFunctionDeclaration::statement, object, field, value, cppFieldName);
		case WorkflowFields::FunctionExpression_function:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfFunctionExpression::function, object, field, value, cppFieldName);
		case WorkflowFields::FunctionType_arguments:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfFunctionType::arguments, object, field, value, cppFieldName);
		case WorkflowFields::FunctionType_result:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfFunctionType::result, object, field, value, cppFieldName);
		case WorkflowFields::IfExpression_condition:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfIfExpression::condition, object, field, value, cppFieldName);
		case WorkflowFields::IfExpression_falseBranch:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfIfExpression::falseBranch, object, field, value, cppFieldName);
		case WorkflowFields::IfExpression_trueBranch:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfIfExpression::trueBranch, object, field, value, cppFieldName);
		case WorkflowFields::IfStatement_expression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfIfStatement::expression, object, field, value, cppFieldName);
		case WorkflowFields::IfStatement_falseBranch:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfIfStatement::falseBranch, object, field, value, cppFieldName);
		case WorkflowFields::IfStatement_trueBranch:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfIfStatement::trueBranch, object, field, value, cppFieldName);
		case WorkflowFields::IfStatement_type:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfIfStatement::type, object, field, value, cppFieldName);
		case WorkflowFields::InferExpression_expression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfInferExpression::expression, object, field, value, cppFieldName);
		case WorkflowFields::InferExpression_type:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfInferExpression::type, object, field, value, cppFieldName);
		case WorkflowFields::LetExpression_expression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfLetExpression::expression, object, field, value, cppFieldName);
		case WorkflowFields::LetExpression_variables:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfLetExpression::variables, object, field, value, cppFieldName);
		case WorkflowFields::LetVariable_value:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfLetVariable::value, object, field, value, cppFieldName);
		case WorkflowFields::MapType_key:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfMapType::key, object, field, value, cppFieldName);
		case WorkflowFields::MapType_value:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfMapType::value, object, field, value, cppFieldName);
		case WorkflowFields::MemberExpression_parent:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfMemberExpression::parent, object, field, value, cppFieldName);
		case WorkflowFields::MixinCastExpression_expression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfMixinCastExpression::expression, object, field, value, cppFieldName);
		case WorkflowFields::MixinCastExpression_type:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfMixinCastExpression::type, object, field, value, cppFieldName);
		case WorkflowFields::Module_declarations:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfModule::declarations, object, field, value, cppFieldName);
		case WorkflowFields::Module_paths:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfModule::paths, object, field, value, cppFieldName);
		case WorkflowFields::ModuleUsingItem_fragments:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfModuleUsingItem::fragments, object, field, value, cppFieldName);
		case WorkflowFields::ModuleUsingPath_items:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfModuleUsingPath::items, object, field, value, cppFieldName);
		case WorkflowFields::NamespaceDeclaration_declarations:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfNamespaceDeclaration::declarations, object, field, value, cppFieldName);
		case WorkflowFields::NewClassExpression_arguments:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfNewClassExpression::arguments, object, field, value, cppFieldName);
		case WorkflowFields::NewClassExpression_type:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfNewClassExpression::type, object, field, value, cppFieldName);
		case WorkflowFields::NewCoroutineExpression_statement:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfNewCoroutineExpression::statement, object, field, value, cppFieldName);
		case WorkflowFields::NewInterfaceExpression_declarations:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfNewInterfaceExpression::declarations, object, field, value, cppFieldName);
		case WorkflowFields::NewInterfaceExpression_type:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfNewInterfaceExpression::type, object, field, value, cppFieldName);
		case WorkflowFields::NullableType_element:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfNullableType::element, object, field, value, cppFieldName);
		case WorkflowFields::ObservableListType_element:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfObservableListType::element, object, field, value, cppFieldName);
		case WorkflowFields::ObserveExpression_events:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfObserveExpression::events, object, field, value, cppFieldName);
		case WorkflowFields::ObserveExpression_expression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfObserveExpression::expression, object, field, value, cppFieldName);
		case WorkflowFields::ObserveExpression_parent:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfObserveExpression::parent, object, field, value, cppFieldName);
		case WorkflowFields::OrderedLambdaExpression_body:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfOrderedLambdaExpression::body, object, field, value, cppFieldName);
		case WorkflowFields::PropertyDeclaration_type:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfPropertyDeclaration::type, object, field, value, cppFieldName);
		case WorkflowFields::RaiseExceptionStatement_expression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfRaiseExceptionStatement::expression, object, field, value, cppFieldName);
		case WorkflowFields::RangeExpression_begin:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfRangeExpression::begin, object, field, value, cppFieldName);
		case WorkflowFields::RangeExpression_end:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfRangeExpression::end, object, field, value, cppFieldName);
		case WorkflowFields::RawPointerType_element:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfRawPointerType::element, object, field, value, cppFieldName);
		case WorkflowFields::ReturnStatement_expression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfReturnStatement::expression, object, field, value, cppFieldName);
		case WorkflowFields::SetTestingExpression_collection:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfSetTestingExpression::collection, object, field, value, cppFieldName);
		case WorkflowFields::SetTestingExpression_element:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfSetTestingExpression::element, object, field, value, cppFieldName);
		case WorkflowFields::SharedPointerType_element:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfSharedPointerType::element, object, field, value, cppFieldName);
		case WorkflowFields::StateDeclaration_arguments:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfStateDeclaration::arguments, object, field, value, cppFieldName);
		case WorkflowFields::StateDeclaration_statement:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfStateDeclaration::statement, object, field, value, cppFieldName);
		case WorkflowFields::StateInput_arguments:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfStateInput::arguments, object, field, value, cppFieldName);
		case WorkflowFields::StateInvokeStatement_arguments:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfStateInvokeStatement::arguments, object, field, value, cppFieldName);
		case WorkflowFields::StateMachineDeclaration_inputs:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfStateMachineDeclaration::inputs, object, field, value, cppFieldName);
		case WorkflowFields::StateMachineDeclaration_states:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfStateMachineDeclaration::states, object, field, value, cppFieldName);
		case WorkflowFields::StateSwitchCase_arguments:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfStateSwitchCase::arguments, object, field, value, cppFieldName);
		case WorkflowFields::StateSwitchCase_statement:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfStateSwitchCase::statement, object, field, value, cppFieldName);
		case WorkflowFields::StateSwitchStatement_caseBranches:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfStateSwitchStatement::caseBranches, object, field, value, cppFieldName);
		case WorkflowFields::StaticInitDeclaration_statement:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfStaticInitDeclaration::statement, object, field, value, cppFieldName);
		case WorkflowFields::StructDeclaration_members:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfStructDeclaration::members, object, field, value, cppFieldName);
		case WorkflowFields::StructMember_attributes:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfStructMember::attributes, object, field, value, cppFieldName);
		case WorkflowFields::StructMember_type:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfStructMember::type, object, field, value, cppFieldName);
		case WorkflowFields::SwitchCase_expression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfSwitchCase::expression, object, field, value, cppFieldName);
		case WorkflowFields::SwitchCase_statement:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfSwitchCase::statement, object, field, value, cppFieldName);
		case WorkflowFields::SwitchStatement_caseBranches:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfSwitchStatement::caseBranches, object, field, value, cppFieldName);
		case WorkflowFields::SwitchStatement_defaultBranch:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfSwitchStatement::defaultBranch, object, field, value, cppFieldName);
		case WorkflowFields::SwitchStatement_expression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfSwitchStatement::expression, object, field, value, cppFieldName);
		case WorkflowFields::TryStatement_catchStatement:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfTryStatement::catchStatement, object, field, value, cppFieldName);
		case WorkflowFields::TryStatement_finallyStatement:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfTryStatement::finallyStatement, object, field, value, cppFieldName);
		case WorkflowFields::TryStatement_protectedStatement:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfTryStatement::protectedStatement, object, field, value, cppFieldName);
		case WorkflowFields::TypeCastingExpression_expression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfTypeCastingExpression::expression, object, field, value, cppFieldName);
		case WorkflowFields::TypeCastingExpression_type:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfTypeCastingExpression::type, object, field, value, cppFieldName);
		case WorkflowFields::TypeOfExpressionExpression_expression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfTypeOfExpressionExpression::expression, object, field, value, cppFieldName);
		case WorkflowFields::TypeOfTypeExpression_type:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfTypeOfTypeExpression::type, object, field, value, cppFieldName);
		case WorkflowFields::TypeTestingExpression_expression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfTypeTestingExpression::expression, object, field, value, cppFieldName);
		case WorkflowFields::TypeTestingExpression_type:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfTypeTestingExpression::type, object, field, value, cppFieldName);
		case WorkflowFields::UnaryExpression_operand:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfUnaryExpression::operand, object, field, value, cppFieldName);
		case WorkflowFields::VariableDeclaration_expression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfVariableDeclaration::expression, object, field, value, cppFieldName);
		case WorkflowFields::VariableDeclaration_type:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfVariableDeclaration::type, object, field, value, cppFieldName);
		case WorkflowFields::VariableStatement_variable:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfVariableStatement::variable, object, field, value, cppFieldName);
		case WorkflowFields::VirtualCfeDeclaration_expandedDeclarations:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfVirtualCfeDeclaration::expandedDeclarations, object, field, value, cppFieldName);
		case WorkflowFields::VirtualCfeExpression_expandedExpression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfVirtualCfeExpression::expandedExpression, object, field, value, cppFieldName);
		case WorkflowFields::VirtualCseDeclaration_expandedDeclarations:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfVirtualCseDeclaration::expandedDeclarations, object, field, value, cppFieldName);
		case WorkflowFields::VirtualCseExpression_expandedExpression:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfVirtualCseExpression::expandedExpression, object, field, value, cppFieldName);
		case WorkflowFields::VirtualCseStatement_expandedStatement:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfVirtualCseStatement::expandedStatement, object, field, value, cppFieldName);
		case WorkflowFields::WhileStatement_condition:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfWhileStatement::condition, object, field, value, cppFieldName);
		case WorkflowFields::WhileStatement_statement:
			return vl::glr::AssemblerSetObjectField(&vl::workflow::WfWhileStatement::statement, object, field, value, cppFieldName);
		default:
			return vl::glr::AssemblyThrowFieldNotObject(field, cppFieldName);
		}
	}

	void WorkflowAstInsReceiver::SetField(vl::glr::ParsingAstBase* object, vl::vint32_t field, const vl::regex::RegexToken& token, vl::vint32_t tokenIndex)
	{
		auto cppFieldName = WorkflowCppFieldName((WorkflowFields)field);
		switch((WorkflowFields)field)
		{
		case WorkflowFields::Attribute_category:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfAttribute::category, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::Attribute_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfAttribute::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::BlockStatement_endLabel:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfBlockStatement::endLabel, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::ChildExpression_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfChildExpression::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::ChildType_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfChildType::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::CoOperatorExpression_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfCoOperatorExpression::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::CoOperatorStatement_opName:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfCoOperatorStatement::opName, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::CoOperatorStatement_varName:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfCoOperatorStatement::varName, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::CoProviderStatement_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfCoProviderStatement::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::Declaration_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfDeclaration::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::EnumItem_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfEnumItem::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::EnumItem_number:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfEnumItem::number, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::EnumItemIntersection_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfEnumItemIntersection::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::FloatingExpression_value:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfFloatingExpression::value, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::ForEachStatement_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfForEachStatement::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::FormatExpression_value:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfFormatExpression::value, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::FunctionArgument_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfFunctionArgument::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::GotoStatement_label:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfGotoStatement::label, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::IfStatement_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfIfStatement::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::IntegerExpression_value:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfIntegerExpression::value, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::LetVariable_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfLetVariable::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::MemberExpression_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfMemberExpression::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::Module_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfModule::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::ModuleUsingNameFragment_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfModuleUsingNameFragment::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::NewCoroutineExpression_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfNewCoroutineExpression::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::ObserveExpression_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfObserveExpression::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::OrderedNameExpression_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfOrderedNameExpression::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::PropertyDeclaration_getter:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfPropertyDeclaration::getter, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::PropertyDeclaration_setter:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfPropertyDeclaration::setter, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::PropertyDeclaration_valueChangedEvent:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfPropertyDeclaration::valueChangedEvent, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::ReferenceExpression_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfReferenceExpression::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::ReferenceType_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfReferenceType::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::StateDeclaration_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfStateDeclaration::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::StateInput_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfStateInput::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::StateInvokeStatement_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfStateInvokeStatement::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::StateSwitchArgument_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfStateSwitchArgument::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::StateSwitchCase_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfStateSwitchCase::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::StringExpression_value:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfStringExpression::value, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::StructMember_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfStructMember::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::TopQualifiedExpression_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfTopQualifiedExpression::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::TopQualifiedType_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfTopQualifiedType::name, object, field, token, tokenIndex, cppFieldName);
		case WorkflowFields::TryStatement_name:
			return vl::glr::AssemblerSetTokenField(&vl::workflow::WfTryStatement::name, object, field, token, tokenIndex, cppFieldName);
		default:
			return vl::glr::AssemblyThrowFieldNotToken(field, cppFieldName);
		}
	}

	void WorkflowAstInsReceiver::SetField(vl::glr::ParsingAstBase* object, vl::vint32_t field, vl::vint32_t enumItem, bool weakAssignment)
	{
		auto cppFieldName = WorkflowCppFieldName((WorkflowFields)field);
		switch((WorkflowFields)field)
		{
		case WorkflowFields::AutoPropertyDeclaration_configConst:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfAutoPropertyDeclaration::configConst, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::AutoPropertyDeclaration_configObserve:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfAutoPropertyDeclaration::configObserve, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::AutoPropertyDeclaration_functionKind:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfAutoPropertyDeclaration::functionKind, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::BinaryExpression_op:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfBinaryExpression::op, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::ClassDeclaration_constructorType:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfClassDeclaration::constructorType, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::ClassDeclaration_kind:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfClassDeclaration::kind, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::ConstructorDeclaration_constructorType:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfConstructorDeclaration::constructorType, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::EnumDeclaration_kind:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfEnumDeclaration::kind, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::EnumItem_kind:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfEnumItem::kind, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::ExpectedTypeCastExpression_strategy:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfExpectedTypeCastExpression::strategy, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::ForEachStatement_direction:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfForEachStatement::direction, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::FunctionDeclaration_anonymity:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfFunctionDeclaration::anonymity, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::FunctionDeclaration_functionKind:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfFunctionDeclaration::functionKind, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::LiteralExpression_value:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfLiteralExpression::value, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::MapType_writability:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfMapType::writability, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::Module_moduleType:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfModule::moduleType, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::ObserveExpression_observeType:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfObserveExpression::observeType, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::PredefinedType_name:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfPredefinedType::name, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::RangeExpression_beginBoundary:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfRangeExpression::beginBoundary, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::RangeExpression_endBoundary:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfRangeExpression::endBoundary, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::SetTestingExpression_test:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfSetTestingExpression::test, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::StateInvokeStatement_type:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfStateInvokeStatement::type, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::StateSwitchStatement_type:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfStateSwitchStatement::type, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::TypeCastingExpression_strategy:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfTypeCastingExpression::strategy, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::TypeTestingExpression_test:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfTypeTestingExpression::test, object, field, enumItem, weakAssignment, cppFieldName);
		case WorkflowFields::UnaryExpression_op:
			return vl::glr::AssemblerSetEnumField(&vl::workflow::WfUnaryExpression::op, object, field, enumItem, weakAssignment, cppFieldName);
		default:
			return vl::glr::AssemblyThrowFieldNotEnum(field, cppFieldName);
		}
	}

	const wchar_t* WorkflowTypeName(WorkflowClasses type)
	{
		const wchar_t* results[] = {
			L"AttachEventExpression",
			L"Attribute",
			L"AutoPropertyDeclaration",
			L"BaseConstructorCall",
			L"BinaryExpression",
			L"BindExpression",
			L"BlockStatement",
			L"BreakStatement",
			L"CallExpression",
			L"CastResultInterfaceDeclaration",
			L"ChildExpression",
			L"ChildType",
			L"ClassDeclaration",
			L"CoOperatorExpression",
			L"CoOperatorStatement",
			L"CoPauseStatement",
			L"CoProviderStatement",
			L"ConstructorArgument",
			L"ConstructorDeclaration",
			L"ConstructorExpression",
			L"ContinueStatement",
			L"CoroutineStatement",
			L"Declaration",
			L"DeleteStatement",
			L"DestructorDeclaration",
			L"DetachEventExpression",
			L"EnumDeclaration",
			L"EnumItem",
			L"EnumItemIntersection",
			L"EnumerableType",
			L"EventDeclaration",
			L"ExpectedTypeCastExpression",
			L"Expression",
			L"ExpressionStatement",
			L"FloatingExpression",
			L"ForEachStatement",
			L"FormatExpression",
			L"FunctionArgument",
			L"FunctionDeclaration",
			L"FunctionExpression",
			L"FunctionType",
			L"GotoStatement",
			L"IfExpression",
			L"IfStatement",
			L"InferExpression",
			L"IntegerExpression",
			L"LetExpression",
			L"LetVariable",
			L"LiteralExpression",
			L"MapType",
			L"MemberExpression",
			L"MixinCastExpression",
			L"Module",
			L"ModuleUsingFragment",
			L"ModuleUsingItem",
			L"ModuleUsingNameFragment",
			L"ModuleUsingPath",
			L"ModuleUsingWildCardFragment",
			L"NamespaceDeclaration",
			L"NewClassExpression",
			L"NewCoroutineExpression",
			L"NewInterfaceExpression",
			L"NullableType",
			L"ObservableListType",
			L"ObserveExpression",
			L"OrderedLambdaExpression",
			L"OrderedNameExpression",
			L"PredefinedType",
			L"PropertyDeclaration",
			L"RaiseExceptionStatement",
			L"RangeExpression",
			L"RawPointerType",
			L"ReferenceExpression",
			L"ReferenceType",
			L"ReturnStatement",
			L"SetTestingExpression",
			L"SharedPointerType",
			L"StateDeclaration",
			L"StateInput",
			L"StateInvokeStatement",
			L"StateMachineDeclaration",
			L"StateMachineStatement",
			L"StateSwitchArgument",
			L"StateSwitchCase",
			L"StateSwitchStatement",
			L"Statement",
			L"StaticInitDeclaration",
			L"StringExpression",
			L"StructDeclaration",
			L"StructMember",
			L"SwitchCase",
			L"SwitchStatement",
			L"ThisExpression",
			L"TopQualifiedExpression",
			L"TopQualifiedType",
			L"TryStatement",
			L"Type",
			L"TypeCastingExpression",
			L"TypeOfExpressionExpression",
			L"TypeOfTypeExpression",
			L"TypeTestingExpression",
			L"UnaryExpression",
			L"VariableDeclaration",
			L"VariableStatement",
			L"VirtualCfeDeclaration",
			L"VirtualCfeExpression",
			L"VirtualCseDeclaration",
			L"VirtualCseExpression",
			L"VirtualCseStatement",
			L"WhileStatement",
		};
		vl::vint index = (vl::vint)type;
		return 0 <= index && index < 110 ? results[index] : nullptr;
	}

	const wchar_t* WorkflowCppTypeName(WorkflowClasses type)
	{
		const wchar_t* results[] = {
			L"vl::workflow::WfAttachEventExpression",
			L"vl::workflow::WfAttribute",
			L"vl::workflow::WfAutoPropertyDeclaration",
			L"vl::workflow::WfBaseConstructorCall",
			L"vl::workflow::WfBinaryExpression",
			L"vl::workflow::WfBindExpression",
			L"vl::workflow::WfBlockStatement",
			L"vl::workflow::WfBreakStatement",
			L"vl::workflow::WfCallExpression",
			L"vl::workflow::WfCastResultInterfaceDeclaration",
			L"vl::workflow::WfChildExpression",
			L"vl::workflow::WfChildType",
			L"vl::workflow::WfClassDeclaration",
			L"vl::workflow::WfCoOperatorExpression",
			L"vl::workflow::WfCoOperatorStatement",
			L"vl::workflow::WfCoPauseStatement",
			L"vl::workflow::WfCoProviderStatement",
			L"vl::workflow::WfConstructorArgument",
			L"vl::workflow::WfConstructorDeclaration",
			L"vl::workflow::WfConstructorExpression",
			L"vl::workflow::WfContinueStatement",
			L"vl::workflow::WfCoroutineStatement",
			L"vl::workflow::WfDeclaration",
			L"vl::workflow::WfDeleteStatement",
			L"vl::workflow::WfDestructorDeclaration",
			L"vl::workflow::WfDetachEventExpression",
			L"vl::workflow::WfEnumDeclaration",
			L"vl::workflow::WfEnumItem",
			L"vl::workflow::WfEnumItemIntersection",
			L"vl::workflow::WfEnumerableType",
			L"vl::workflow::WfEventDeclaration",
			L"vl::workflow::WfExpectedTypeCastExpression",
			L"vl::workflow::WfExpression",
			L"vl::workflow::WfExpressionStatement",
			L"vl::workflow::WfFloatingExpression",
			L"vl::workflow::WfForEachStatement",
			L"vl::workflow::WfFormatExpression",
			L"vl::workflow::WfFunctionArgument",
			L"vl::workflow::WfFunctionDeclaration",
			L"vl::workflow::WfFunctionExpression",
			L"vl::workflow::WfFunctionType",
			L"vl::workflow::WfGotoStatement",
			L"vl::workflow::WfIfExpression",
			L"vl::workflow::WfIfStatement",
			L"vl::workflow::WfInferExpression",
			L"vl::workflow::WfIntegerExpression",
			L"vl::workflow::WfLetExpression",
			L"vl::workflow::WfLetVariable",
			L"vl::workflow::WfLiteralExpression",
			L"vl::workflow::WfMapType",
			L"vl::workflow::WfMemberExpression",
			L"vl::workflow::WfMixinCastExpression",
			L"vl::workflow::WfModule",
			L"vl::workflow::WfModuleUsingFragment",
			L"vl::workflow::WfModuleUsingItem",
			L"vl::workflow::WfModuleUsingNameFragment",
			L"vl::workflow::WfModuleUsingPath",
			L"vl::workflow::WfModuleUsingWildCardFragment",
			L"vl::workflow::WfNamespaceDeclaration",
			L"vl::workflow::WfNewClassExpression",
			L"vl::workflow::WfNewCoroutineExpression",
			L"vl::workflow::WfNewInterfaceExpression",
			L"vl::workflow::WfNullableType",
			L"vl::workflow::WfObservableListType",
			L"vl::workflow::WfObserveExpression",
			L"vl::workflow::WfOrderedLambdaExpression",
			L"vl::workflow::WfOrderedNameExpression",
			L"vl::workflow::WfPredefinedType",
			L"vl::workflow::WfPropertyDeclaration",
			L"vl::workflow::WfRaiseExceptionStatement",
			L"vl::workflow::WfRangeExpression",
			L"vl::workflow::WfRawPointerType",
			L"vl::workflow::WfReferenceExpression",
			L"vl::workflow::WfReferenceType",
			L"vl::workflow::WfReturnStatement",
			L"vl::workflow::WfSetTestingExpression",
			L"vl::workflow::WfSharedPointerType",
			L"vl::workflow::WfStateDeclaration",
			L"vl::workflow::WfStateInput",
			L"vl::workflow::WfStateInvokeStatement",
			L"vl::workflow::WfStateMachineDeclaration",
			L"vl::workflow::WfStateMachineStatement",
			L"vl::workflow::WfStateSwitchArgument",
			L"vl::workflow::WfStateSwitchCase",
			L"vl::workflow::WfStateSwitchStatement",
			L"vl::workflow::WfStatement",
			L"vl::workflow::WfStaticInitDeclaration",
			L"vl::workflow::WfStringExpression",
			L"vl::workflow::WfStructDeclaration",
			L"vl::workflow::WfStructMember",
			L"vl::workflow::WfSwitchCase",
			L"vl::workflow::WfSwitchStatement",
			L"vl::workflow::WfThisExpression",
			L"vl::workflow::WfTopQualifiedExpression",
			L"vl::workflow::WfTopQualifiedType",
			L"vl::workflow::WfTryStatement",
			L"vl::workflow::WfType",
			L"vl::workflow::WfTypeCastingExpression",
			L"vl::workflow::WfTypeOfExpressionExpression",
			L"vl::workflow::WfTypeOfTypeExpression",
			L"vl::workflow::WfTypeTestingExpression",
			L"vl::workflow::WfUnaryExpression",
			L"vl::workflow::WfVariableDeclaration",
			L"vl::workflow::WfVariableStatement",
			L"vl::workflow::WfVirtualCfeDeclaration",
			L"vl::workflow::WfVirtualCfeExpression",
			L"vl::workflow::WfVirtualCseDeclaration",
			L"vl::workflow::WfVirtualCseExpression",
			L"vl::workflow::WfVirtualCseStatement",
			L"vl::workflow::WfWhileStatement",
		};
		vl::vint index = (vl::vint)type;
		return 0 <= index && index < 110 ? results[index] : nullptr;
	}

	const wchar_t* WorkflowFieldName(WorkflowFields field)
	{
		const wchar_t* results[] = {
			L"AttachEventExpression::event",
			L"AttachEventExpression::function",
			L"Attribute::category",
			L"Attribute::name",
			L"Attribute::value",
			L"AutoPropertyDeclaration::configConst",
			L"AutoPropertyDeclaration::configObserve",
			L"AutoPropertyDeclaration::expression",
			L"AutoPropertyDeclaration::functionKind",
			L"AutoPropertyDeclaration::type",
			L"BaseConstructorCall::arguments",
			L"BaseConstructorCall::type",
			L"BinaryExpression::first",
			L"BinaryExpression::op",
			L"BinaryExpression::second",
			L"BindExpression::expression",
			L"BlockStatement::endLabel",
			L"BlockStatement::statements",
			L"CallExpression::arguments",
			L"CallExpression::function",
			L"CastResultInterfaceDeclaration::baseType",
			L"CastResultInterfaceDeclaration::elementType",
			L"ChildExpression::name",
			L"ChildExpression::parent",
			L"ChildType::name",
			L"ChildType::parent",
			L"ClassDeclaration::baseTypes",
			L"ClassDeclaration::constructorType",
			L"ClassDeclaration::declarations",
			L"ClassDeclaration::kind",
			L"CoOperatorExpression::name",
			L"CoOperatorStatement::arguments",
			L"CoOperatorStatement::opName",
			L"CoOperatorStatement::varName",
			L"CoPauseStatement::statement",
			L"CoProviderStatement::name",
			L"CoProviderStatement::statement",
			L"ConstructorArgument::key",
			L"ConstructorArgument::value",
			L"ConstructorDeclaration::arguments",
			L"ConstructorDeclaration::baseConstructorCalls",
			L"ConstructorDeclaration::constructorType",
			L"ConstructorDeclaration::statement",
			L"ConstructorExpression::arguments",
			L"Declaration::attributes",
			L"Declaration::name",
			L"DeleteStatement::expression",
			L"DestructorDeclaration::statement",
			L"DetachEventExpression::event",
			L"DetachEventExpression::handler",
			L"EnumDeclaration::items",
			L"EnumDeclaration::kind",
			L"EnumItem::attributes",
			L"EnumItem::intersections",
			L"EnumItem::kind",
			L"EnumItem::name",
			L"EnumItem::number",
			L"EnumItemIntersection::name",
			L"EnumerableType::element",
			L"EventDeclaration::arguments",
			L"ExpectedTypeCastExpression::expression",
			L"ExpectedTypeCastExpression::strategy",
			L"ExpressionStatement::expression",
			L"FloatingExpression::value",
			L"ForEachStatement::collection",
			L"ForEachStatement::direction",
			L"ForEachStatement::name",
			L"ForEachStatement::statement",
			L"FormatExpression::value",
			L"FunctionArgument::attributes",
			L"FunctionArgument::name",
			L"FunctionArgument::type",
			L"FunctionDeclaration::anonymity",
			L"FunctionDeclaration::arguments",
			L"FunctionDeclaration::functionKind",
			L"FunctionDeclaration::returnType",
			L"FunctionDeclaration::statement",
			L"FunctionExpression::function",
			L"FunctionType::arguments",
			L"FunctionType::result",
			L"GotoStatement::label",
			L"IfExpression::condition",
			L"IfExpression::falseBranch",
			L"IfExpression::trueBranch",
			L"IfStatement::expression",
			L"IfStatement::falseBranch",
			L"IfStatement::name",
			L"IfStatement::trueBranch",
			L"IfStatement::type",
			L"InferExpression::expression",
			L"InferExpression::type",
			L"IntegerExpression::value",
			L"LetExpression::expression",
			L"LetExpression::variables",
			L"LetVariable::name",
			L"LetVariable::value",
			L"LiteralExpression::value",
			L"MapType::key",
			L"MapType::value",
			L"MapType::writability",
			L"MemberExpression::name",
			L"MemberExpression::parent",
			L"MixinCastExpression::expression",
			L"MixinCastExpression::type",
			L"Module::declarations",
			L"Module::moduleType",
			L"Module::name",
			L"Module::paths",
			L"ModuleUsingItem::fragments",
			L"ModuleUsingNameFragment::name",
			L"ModuleUsingPath::items",
			L"NamespaceDeclaration::declarations",
			L"NewClassExpression::arguments",
			L"NewClassExpression::type",
			L"NewCoroutineExpression::name",
			L"NewCoroutineExpression::statement",
			L"NewInterfaceExpression::declarations",
			L"NewInterfaceExpression::type",
			L"NullableType::element",
			L"ObservableListType::element",
			L"ObserveExpression::events",
			L"ObserveExpression::expression",
			L"ObserveExpression::name",
			L"ObserveExpression::observeType",
			L"ObserveExpression::parent",
			L"OrderedLambdaExpression::body",
			L"OrderedNameExpression::name",
			L"PredefinedType::name",
			L"PropertyDeclaration::getter",
			L"PropertyDeclaration::setter",
			L"PropertyDeclaration::type",
			L"PropertyDeclaration::valueChangedEvent",
			L"RaiseExceptionStatement::expression",
			L"RangeExpression::begin",
			L"RangeExpression::beginBoundary",
			L"RangeExpression::end",
			L"RangeExpression::endBoundary",
			L"RawPointerType::element",
			L"ReferenceExpression::name",
			L"ReferenceType::name",
			L"ReturnStatement::expression",
			L"SetTestingExpression::collection",
			L"SetTestingExpression::element",
			L"SetTestingExpression::test",
			L"SharedPointerType::element",
			L"StateDeclaration::arguments",
			L"StateDeclaration::name",
			L"StateDeclaration::statement",
			L"StateInput::arguments",
			L"StateInput::name",
			L"StateInvokeStatement::arguments",
			L"StateInvokeStatement::name",
			L"StateInvokeStatement::type",
			L"StateMachineDeclaration::inputs",
			L"StateMachineDeclaration::states",
			L"StateSwitchArgument::name",
			L"StateSwitchCase::arguments",
			L"StateSwitchCase::name",
			L"StateSwitchCase::statement",
			L"StateSwitchStatement::caseBranches",
			L"StateSwitchStatement::type",
			L"StaticInitDeclaration::statement",
			L"StringExpression::value",
			L"StructDeclaration::members",
			L"StructMember::attributes",
			L"StructMember::name",
			L"StructMember::type",
			L"SwitchCase::expression",
			L"SwitchCase::statement",
			L"SwitchStatement::caseBranches",
			L"SwitchStatement::defaultBranch",
			L"SwitchStatement::expression",
			L"TopQualifiedExpression::name",
			L"TopQualifiedType::name",
			L"TryStatement::catchStatement",
			L"TryStatement::finallyStatement",
			L"TryStatement::name",
			L"TryStatement::protectedStatement",
			L"TypeCastingExpression::expression",
			L"TypeCastingExpression::strategy",
			L"TypeCastingExpression::type",
			L"TypeOfExpressionExpression::expression",
			L"TypeOfTypeExpression::type",
			L"TypeTestingExpression::expression",
			L"TypeTestingExpression::test",
			L"TypeTestingExpression::type",
			L"UnaryExpression::op",
			L"UnaryExpression::operand",
			L"VariableDeclaration::expression",
			L"VariableDeclaration::type",
			L"VariableStatement::variable",
			L"VirtualCfeDeclaration::expandedDeclarations",
			L"VirtualCfeExpression::expandedExpression",
			L"VirtualCseDeclaration::expandedDeclarations",
			L"VirtualCseExpression::expandedExpression",
			L"VirtualCseStatement::expandedStatement",
			L"WhileStatement::condition",
			L"WhileStatement::statement",
		};
		vl::vint index = (vl::vint)field;
		return 0 <= index && index < 198 ? results[index] : nullptr;
	}

	const wchar_t* WorkflowCppFieldName(WorkflowFields field)
	{
		const wchar_t* results[] = {
			L"vl::workflow::WfAttachEventExpression::event",
			L"vl::workflow::WfAttachEventExpression::function",
			L"vl::workflow::WfAttribute::category",
			L"vl::workflow::WfAttribute::name",
			L"vl::workflow::WfAttribute::value",
			L"vl::workflow::WfAutoPropertyDeclaration::configConst",
			L"vl::workflow::WfAutoPropertyDeclaration::configObserve",
			L"vl::workflow::WfAutoPropertyDeclaration::expression",
			L"vl::workflow::WfAutoPropertyDeclaration::functionKind",
			L"vl::workflow::WfAutoPropertyDeclaration::type",
			L"vl::workflow::WfBaseConstructorCall::arguments",
			L"vl::workflow::WfBaseConstructorCall::type",
			L"vl::workflow::WfBinaryExpression::first",
			L"vl::workflow::WfBinaryExpression::op",
			L"vl::workflow::WfBinaryExpression::second",
			L"vl::workflow::WfBindExpression::expression",
			L"vl::workflow::WfBlockStatement::endLabel",
			L"vl::workflow::WfBlockStatement::statements",
			L"vl::workflow::WfCallExpression::arguments",
			L"vl::workflow::WfCallExpression::function",
			L"vl::workflow::WfCastResultInterfaceDeclaration::baseType",
			L"vl::workflow::WfCastResultInterfaceDeclaration::elementType",
			L"vl::workflow::WfChildExpression::name",
			L"vl::workflow::WfChildExpression::parent",
			L"vl::workflow::WfChildType::name",
			L"vl::workflow::WfChildType::parent",
			L"vl::workflow::WfClassDeclaration::baseTypes",
			L"vl::workflow::WfClassDeclaration::constructorType",
			L"vl::workflow::WfClassDeclaration::declarations",
			L"vl::workflow::WfClassDeclaration::kind",
			L"vl::workflow::WfCoOperatorExpression::name",
			L"vl::workflow::WfCoOperatorStatement::arguments",
			L"vl::workflow::WfCoOperatorStatement::opName",
			L"vl::workflow::WfCoOperatorStatement::varName",
			L"vl::workflow::WfCoPauseStatement::statement",
			L"vl::workflow::WfCoProviderStatement::name",
			L"vl::workflow::WfCoProviderStatement::statement",
			L"vl::workflow::WfConstructorArgument::key",
			L"vl::workflow::WfConstructorArgument::value",
			L"vl::workflow::WfConstructorDeclaration::arguments",
			L"vl::workflow::WfConstructorDeclaration::baseConstructorCalls",
			L"vl::workflow::WfConstructorDeclaration::constructorType",
			L"vl::workflow::WfConstructorDeclaration::statement",
			L"vl::workflow::WfConstructorExpression::arguments",
			L"vl::workflow::WfDeclaration::attributes",
			L"vl::workflow::WfDeclaration::name",
			L"vl::workflow::WfDeleteStatement::expression",
			L"vl::workflow::WfDestructorDeclaration::statement",
			L"vl::workflow::WfDetachEventExpression::event",
			L"vl::workflow::WfDetachEventExpression::handler",
			L"vl::workflow::WfEnumDeclaration::items",
			L"vl::workflow::WfEnumDeclaration::kind",
			L"vl::workflow::WfEnumItem::attributes",
			L"vl::workflow::WfEnumItem::intersections",
			L"vl::workflow::WfEnumItem::kind",
			L"vl::workflow::WfEnumItem::name",
			L"vl::workflow::WfEnumItem::number",
			L"vl::workflow::WfEnumItemIntersection::name",
			L"vl::workflow::WfEnumerableType::element",
			L"vl::workflow::WfEventDeclaration::arguments",
			L"vl::workflow::WfExpectedTypeCastExpression::expression",
			L"vl::workflow::WfExpectedTypeCastExpression::strategy",
			L"vl::workflow::WfExpressionStatement::expression",
			L"vl::workflow::WfFloatingExpression::value",
			L"vl::workflow::WfForEachStatement::collection",
			L"vl::workflow::WfForEachStatement::direction",
			L"vl::workflow::WfForEachStatement::name",
			L"vl::workflow::WfForEachStatement::statement",
			L"vl::workflow::WfFormatExpression::value",
			L"vl::workflow::WfFunctionArgument::attributes",
			L"vl::workflow::WfFunctionArgument::name",
			L"vl::workflow::WfFunctionArgument::type",
			L"vl::workflow::WfFunctionDeclaration::anonymity",
			L"vl::workflow::WfFunctionDeclaration::arguments",
			L"vl::workflow::WfFunctionDeclaration::functionKind",
			L"vl::workflow::WfFunctionDeclaration::returnType",
			L"vl::workflow::WfFunctionDeclaration::statement",
			L"vl::workflow::WfFunctionExpression::function",
			L"vl::workflow::WfFunctionType::arguments",
			L"vl::workflow::WfFunctionType::result",
			L"vl::workflow::WfGotoStatement::label",
			L"vl::workflow::WfIfExpression::condition",
			L"vl::workflow::WfIfExpression::falseBranch",
			L"vl::workflow::WfIfExpression::trueBranch",
			L"vl::workflow::WfIfStatement::expression",
			L"vl::workflow::WfIfStatement::falseBranch",
			L"vl::workflow::WfIfStatement::name",
			L"vl::workflow::WfIfStatement::trueBranch",
			L"vl::workflow::WfIfStatement::type",
			L"vl::workflow::WfInferExpression::expression",
			L"vl::workflow::WfInferExpression::type",
			L"vl::workflow::WfIntegerExpression::value",
			L"vl::workflow::WfLetExpression::expression",
			L"vl::workflow::WfLetExpression::variables",
			L"vl::workflow::WfLetVariable::name",
			L"vl::workflow::WfLetVariable::value",
			L"vl::workflow::WfLiteralExpression::value",
			L"vl::workflow::WfMapType::key",
			L"vl::workflow::WfMapType::value",
			L"vl::workflow::WfMapType::writability",
			L"vl::workflow::WfMemberExpression::name",
			L"vl::workflow::WfMemberExpression::parent",
			L"vl::workflow::WfMixinCastExpression::expression",
			L"vl::workflow::WfMixinCastExpression::type",
			L"vl::workflow::WfModule::declarations",
			L"vl::workflow::WfModule::moduleType",
			L"vl::workflow::WfModule::name",
			L"vl::workflow::WfModule::paths",
			L"vl::workflow::WfModuleUsingItem::fragments",
			L"vl::workflow::WfModuleUsingNameFragment::name",
			L"vl::workflow::WfModuleUsingPath::items",
			L"vl::workflow::WfNamespaceDeclaration::declarations",
			L"vl::workflow::WfNewClassExpression::arguments",
			L"vl::workflow::WfNewClassExpression::type",
			L"vl::workflow::WfNewCoroutineExpression::name",
			L"vl::workflow::WfNewCoroutineExpression::statement",
			L"vl::workflow::WfNewInterfaceExpression::declarations",
			L"vl::workflow::WfNewInterfaceExpression::type",
			L"vl::workflow::WfNullableType::element",
			L"vl::workflow::WfObservableListType::element",
			L"vl::workflow::WfObserveExpression::events",
			L"vl::workflow::WfObserveExpression::expression",
			L"vl::workflow::WfObserveExpression::name",
			L"vl::workflow::WfObserveExpression::observeType",
			L"vl::workflow::WfObserveExpression::parent",
			L"vl::workflow::WfOrderedLambdaExpression::body",
			L"vl::workflow::WfOrderedNameExpression::name",
			L"vl::workflow::WfPredefinedType::name",
			L"vl::workflow::WfPropertyDeclaration::getter",
			L"vl::workflow::WfPropertyDeclaration::setter",
			L"vl::workflow::WfPropertyDeclaration::type",
			L"vl::workflow::WfPropertyDeclaration::valueChangedEvent",
			L"vl::workflow::WfRaiseExceptionStatement::expression",
			L"vl::workflow::WfRangeExpression::begin",
			L"vl::workflow::WfRangeExpression::beginBoundary",
			L"vl::workflow::WfRangeExpression::end",
			L"vl::workflow::WfRangeExpression::endBoundary",
			L"vl::workflow::WfRawPointerType::element",
			L"vl::workflow::WfReferenceExpression::name",
			L"vl::workflow::WfReferenceType::name",
			L"vl::workflow::WfReturnStatement::expression",
			L"vl::workflow::WfSetTestingExpression::collection",
			L"vl::workflow::WfSetTestingExpression::element",
			L"vl::workflow::WfSetTestingExpression::test",
			L"vl::workflow::WfSharedPointerType::element",
			L"vl::workflow::WfStateDeclaration::arguments",
			L"vl::workflow::WfStateDeclaration::name",
			L"vl::workflow::WfStateDeclaration::statement",
			L"vl::workflow::WfStateInput::arguments",
			L"vl::workflow::WfStateInput::name",
			L"vl::workflow::WfStateInvokeStatement::arguments",
			L"vl::workflow::WfStateInvokeStatement::name",
			L"vl::workflow::WfStateInvokeStatement::type",
			L"vl::workflow::WfStateMachineDeclaration::inputs",
			L"vl::workflow::WfStateMachineDeclaration::states",
			L"vl::workflow::WfStateSwitchArgument::name",
			L"vl::workflow::WfStateSwitchCase::arguments",
			L"vl::workflow::WfStateSwitchCase::name",
			L"vl::workflow::WfStateSwitchCase::statement",
			L"vl::workflow::WfStateSwitchStatement::caseBranches",
			L"vl::workflow::WfStateSwitchStatement::type",
			L"vl::workflow::WfStaticInitDeclaration::statement",
			L"vl::workflow::WfStringExpression::value",
			L"vl::workflow::WfStructDeclaration::members",
			L"vl::workflow::WfStructMember::attributes",
			L"vl::workflow::WfStructMember::name",
			L"vl::workflow::WfStructMember::type",
			L"vl::workflow::WfSwitchCase::expression",
			L"vl::workflow::WfSwitchCase::statement",
			L"vl::workflow::WfSwitchStatement::caseBranches",
			L"vl::workflow::WfSwitchStatement::defaultBranch",
			L"vl::workflow::WfSwitchStatement::expression",
			L"vl::workflow::WfTopQualifiedExpression::name",
			L"vl::workflow::WfTopQualifiedType::name",
			L"vl::workflow::WfTryStatement::catchStatement",
			L"vl::workflow::WfTryStatement::finallyStatement",
			L"vl::workflow::WfTryStatement::name",
			L"vl::workflow::WfTryStatement::protectedStatement",
			L"vl::workflow::WfTypeCastingExpression::expression",
			L"vl::workflow::WfTypeCastingExpression::strategy",
			L"vl::workflow::WfTypeCastingExpression::type",
			L"vl::workflow::WfTypeOfExpressionExpression::expression",
			L"vl::workflow::WfTypeOfTypeExpression::type",
			L"vl::workflow::WfTypeTestingExpression::expression",
			L"vl::workflow::WfTypeTestingExpression::test",
			L"vl::workflow::WfTypeTestingExpression::type",
			L"vl::workflow::WfUnaryExpression::op",
			L"vl::workflow::WfUnaryExpression::operand",
			L"vl::workflow::WfVariableDeclaration::expression",
			L"vl::workflow::WfVariableDeclaration::type",
			L"vl::workflow::WfVariableStatement::variable",
			L"vl::workflow::WfVirtualCfeDeclaration::expandedDeclarations",
			L"vl::workflow::WfVirtualCfeExpression::expandedExpression",
			L"vl::workflow::WfVirtualCseDeclaration::expandedDeclarations",
			L"vl::workflow::WfVirtualCseExpression::expandedExpression",
			L"vl::workflow::WfVirtualCseStatement::expandedStatement",
			L"vl::workflow::WfWhileStatement::condition",
			L"vl::workflow::WfWhileStatement::statement",
		};
		vl::vint index = (vl::vint)field;
		return 0 <= index && index < 198 ? results[index] : nullptr;
	}

	vl::Ptr<vl::glr::ParsingAstBase> WorkflowAstInsReceiver::ResolveAmbiguity(vl::vint32_t type, vl::collections::Array<vl::Ptr<vl::glr::ParsingAstBase>>& candidates)
	{
		auto cppTypeName = WorkflowCppTypeName((WorkflowClasses)type);
		return vl::glr::AssemblyThrowTypeNotAllowAmbiguity(type, cppTypeName);
	}
}


/***********************************************************************
.\PARSER\GENERATED\WORKFLOW_LEXER.CPP
***********************************************************************/
/***********************************************************************
This file is generated by: Vczh Parser Generator
From parser definition:Workflow
Licensed under https://github.com/vczh-libraries/License
***********************************************************************/


namespace vl::workflow
{
	bool WorkflowTokenDeleter(vl::vint token)
	{
		switch((WorkflowTokens)token)
		{
		case WorkflowTokens::COMMENT:
		case WorkflowTokens::SPACE:
			return true;
		default:
			return false;
		}
	}

	const wchar_t* WorkflowTokenId(WorkflowTokens token)
	{
		static const wchar_t* results[] = {
			L"EXP",
			L"ADD",
			L"SUB",
			L"MUL",
			L"DIV",
			L"MOD",
			L"JOIN",
			L"INTERSECTION",
			L"LE",
			L"GE",
			L"LT",
			L"GT",
			L"EQ",
			L"NE",
			L"ASSIGN",
			L"FAILED_THEN",
			L"QUESTION_MARK",
			L"SCOPE_DELIMITER",
			L"COLON",
			L"SEMICOLON",
			L"COMMA",
			L"DOT",
			L"OPEN_ARRAY",
			L"CLOSE_ARRAY",
			L"OPEN_BRACE",
			L"CLOSE_BRACE",
			L"OPEN_BRACKET",
			L"CLOSE_BRACKET",
			L"AT",
			L"TYPE_VOID",
			L"TYPE_OBJECT",
			L"TYPE_INTERFACE",
			L"TYPE_INT",
			L"TYPE_UINT",
			L"TYPE_FLOAT",
			L"TYPE_DOUBLE",
			L"TYPE_STRING",
			L"TYPE_CHAR",
			L"TYPE_BOOL",
			L"KEYWORD_CONST",
			L"KEYWORD_SHL",
			L"KEYWORD_SHR",
			L"KEYWORD_XOR",
			L"KEYWORD_AND",
			L"KEYWORD_OR",
			L"KEYWORD_NOT",
			L"KEYWORD_NULL",
			L"KEYWORD_THIS",
			L"KEYWORD_TRUE",
			L"KEYWORD_FALSE",
			L"KEYWORD_LET",
			L"KEYWORD_IN",
			L"KEYWORD_RANGE",
			L"KEYWORD_NEW",
			L"KEYWORD_OF",
			L"KEYWORD_AS",
			L"KEYWORD_IS",
			L"KEYWORD_CAST",
			L"KEYWORD_FUNC",
			L"KEYWORD_TYPEOF",
			L"KEYWORD_TYPE",
			L"KEYWORD_BIND",
			L"KEYWORD_OBSERVE",
			L"KEYWORD_ON",
			L"KEYWORD_ATTACH",
			L"KEYWORD_DETACH",
			L"KEYWORD_GOTO",
			L"KEYWORD_VAR",
			L"KEYWORD_BREAK",
			L"KEYWORD_CONTINUE",
			L"KEYWORD_RETURN",
			L"KEYWORD_DELETE",
			L"KEYWORD_RAISE",
			L"KEYWORD_IF",
			L"KEYWORD_ELSE",
			L"KEYWORD_SWITCH",
			L"KEYWORD_CASE",
			L"KEYWORD_DEFAULT",
			L"KEYWORD_WHILE",
			L"KEYWORD_FOR",
			L"KEYWORD_REVERSED",
			L"KEYWORD_TRY",
			L"KEYWORD_CATCH",
			L"KEYWORD_FINALLY",
			L"KEYWORD_CLASS",
			L"KEYWORD_ENUM",
			L"KEYWORD_FLAGENUM",
			L"KEYWORD_STRUCT",
			L"KEYWORD_PROP",
			L"KEYWORD_EVENT",
			L"KEYWORD_STATIC",
			L"KEYWORD_OVERRIDE",
			L"KEYWORD_USING",
			L"KEYWORD_NAMESPACE",
			L"KEYWORD_MODULE",
			L"KEYWORD_UNIT",
			L"STATE_MACHINE",
			L"STATE_INPUT",
			L"STATE_SWITCH",
			L"STATE_GOTO",
			L"STATE_PUSH",
			L"STATE_DECL",
			L"COROUTINE_COROUTINE",
			L"COROUTINE_PAUSE",
			L"COROUTINE_INTERFACE",
			L"COROUTINE_OPERATOR",
			L"COROUTINE_SIGN",
			L"NAME",
			L"ORDERED_NAME",
			L"FLOAT",
			L"INTEGER",
			L"STRING",
			L"FORMATSTRING",
			L"SPACE",
			L"COMMENT",
		};
		vl::vint index = (vl::vint)token;
		return 0 <= index && index < WorkflowTokenCount ? results[index] : nullptr;
	}

	const wchar_t* WorkflowTokenDisplayText(WorkflowTokens token)
	{
		static const wchar_t* results[] = {
			L"^",
			L"+",
			L"-",
			L"*",
			L"/",
			L"%",
			L"&",
			L"|",
			L"<=",
			L">=",
			L"<",
			L">",
			L"==",
			L"!=",
			L"=",
			L"??",
			L"?",
			L"::",
			L":",
			L";",
			L",",
			L".",
			L"[",
			L"]",
			L"{",
			L"}",
			L"(",
			L")",
			L"@",
			L"void",
			L"object",
			L"interface",
			L"int",
			L"uint",
			L"float",
			L"double",
			L"string",
			L"char",
			L"bool",
			L"const",
			L"shl",
			L"shr",
			L"xor",
			L"and",
			L"or",
			L"not",
			L"null",
			L"this",
			L"true",
			L"false",
			L"let",
			L"in",
			L"range",
			L"new",
			L"of",
			L"as",
			L"is",
			L"cast",
			L"func",
			L"typeof",
			L"type",
			L"bind",
			L"observe",
			L"on",
			L"attach",
			L"detach",
			L"goto",
			L"var",
			L"break",
			L"continue",
			L"return",
			L"delete",
			L"raise",
			L"if",
			L"else",
			L"switch",
			L"case",
			L"default",
			L"while",
			L"for",
			L"reversed",
			L"try",
			L"catch",
			L"finally",
			L"class",
			L"enum",
			L"flagenum",
			L"struct",
			L"prop",
			L"event",
			L"static",
			L"override",
			L"using",
			L"namespace",
			L"module",
			L"unit",
			L"$state_machine",
			L"$state_input",
			L"$switch",
			L"$goto_state",
			L"$push_state",
			L"$state",
			L"$coroutine",
			L"$pause",
			L"$interface",
			nullptr,
			L"$",
			nullptr,
			nullptr,
			nullptr,
			nullptr,
			nullptr,
			nullptr,
			nullptr,
			nullptr,
		};
		vl::vint index = (vl::vint)token;
		return 0 <= index && index < WorkflowTokenCount ? results[index] : nullptr;
	}

	const wchar_t* WorkflowTokenRegex(WorkflowTokens token)
	{
		static const wchar_t* results[] = {
			L"/^",
			L"/+",
			L"-",
			L"/*",
			L"//",
			L"%",
			L"&",
			L"/|",
			L"/</=",
			L"/>/=",
			L"/<",
			L"/>",
			L"/=/=",
			L"/!/=",
			L"/=",
			L"/?/?",
			L"/?",
			L"::",
			L":",
			L";",
			L",",
			L".",
			L"/[",
			L"/]",
			L"/{",
			L"/}",
			L"/(",
			L"/)",
			L"@",
			L"void",
			L"object",
			L"interface",
			L"int",
			L"uint",
			L"float",
			L"double",
			L"string",
			L"char",
			L"bool",
			L"const",
			L"shl",
			L"shr",
			L"xor",
			L"and",
			L"or",
			L"not",
			L"null",
			L"this",
			L"true",
			L"false",
			L"let",
			L"in",
			L"range",
			L"new",
			L"of",
			L"as",
			L"is",
			L"cast",
			L"func",
			L"typeof",
			L"type",
			L"bind",
			L"observe",
			L"on",
			L"attach",
			L"detach",
			L"goto",
			L"var",
			L"break",
			L"continue",
			L"return",
			L"delete",
			L"raise",
			L"if",
			L"else",
			L"switch",
			L"case",
			L"default",
			L"while",
			L"for",
			L"reversed",
			L"try",
			L"catch",
			L"finally",
			L"class",
			L"enum",
			L"flagenum",
			L"struct",
			L"prop",
			L"event",
			L"static",
			L"override",
			L"using",
			L"namespace",
			L"module",
			L"unit",
			L"/$state_machine",
			L"/$state_input",
			L"/$switch",
			L"/$goto_state",
			L"/$push_state",
			L"/$state",
			L"/$coroutine",
			L"/$pause",
			L"/$interface",
			L"/$[A-Z]/w*",
			L"/$",
			L"[a-zA-Z_]/w*",
			L"/$[0-9]*",
			L"/d+./d+",
			L"/d+",
			L"\'([^\'\\\\]|\\\\\\.)*\'|\"([^\"\\\\]|\\\\\\.)*\"",
			L"/$(\'([^\'\\\\]|\\\\\\.)*\'|\"([^\"\\\\]|\\\\\\.)*\")",
			L"/s+",
			L"///*([^*]|/*+[^//])*/*+//",
		};
		vl::vint index = (vl::vint)token;
		return 0 <= index && index < WorkflowTokenCount ? results[index] : nullptr;
	}

	void WorkflowLexerData(vl::stream::IStream& outputStream)
	{
		static const vl::vint dataLength = 5338; // 106036 bytes before compressing
		static const vl::vint dataBlock = 256;
		static const vl::vint dataRemain = 218;
		static const vl::vint dataSolidRows = 20;
		static const vl::vint dataRows = 21;
		static const char* compressed[] = {
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			"\xDF\x24\x64\x02\xDE\xE5\xD5\x28\x65\x08\xDE\xE9\xD4\x25\x66\x0C\xDE\xED\xDE\x25\x67\x00\xDF\xE3\xDD\xDA\xFB\xCF\xDA\x5A\xBA\xDC\x8D\xCC\xDC\x72\x38\x06\xDB\xDE\xCC\xFF\x78\xD8\x7E\xDA\xD8\x85\xDB\xD6\xC0\xC9\xB2\x6E\xD8\xDC\xE7\xC3\xD7\x61\xC1\x32\x69\x0F\xDF\x06\xEA\xD3\xC1\xCF\xDB\xC2\xA0\xD2\x6A\x04\xDF\xF1\xD4\x2C\x6B\x08\xE1\x19\xEC\x06\x1C\xE9\xE1\x7B\x2D\x06\x1F\xE0\xE2\xBF\x2E\x06\x23\xE4\xE2\xDB\x1F\x06\x27\xEC\xD0\xF6\xDF\xCF\xF8\xD9\xCC\xD7\xD4\xCE\xBB\xCA\xE0\x92\xDE\xD9\x70\x0B\xE2\x28\xEA\x2B\x71\x08\xE3\x39\xE2\x28\x72\x0C\xE3\x3D\xED\x26\x73\x00\xE4\x1C\xD4\x07\x44\xE1\xE4\x6A\x25\x07\x47\xE8\xE4\x74\x26\x07\x4B\xEC\xE4\xAF\x27\x07\x4F\xE2\xBE\x78\x03\xE5\x50\xE3\x26\x79\x06\xE5\x57\xEB\xE5\x5C\xED\xE5\xDB\x1A\x07\x5A\xEE\xE5\x8B\x2B\x07\x61\xE2\xE6\x66\xE7\xE6\x7B\x9C\x07\x65\xE8\xE6\x6C\xEB\x27\x7D\x0B\xE6\x6D\xE0\x98\xEF\x01\x1E\xF4\x0B\x24\x3F\x08\x09\xC8\x0C\x0F\x4B\x21\x00\xC9\x00\x0F\x4A\x2F\x01\x40\x0E\x0F\xDB\x13\x00\x82\xEF\x07\xE4\x0F\x0B\xF0\x03\x00\x03\x00\x03\x2B\x00\x10\x06\x1F",
			"\xE8\x88\x98\x1F\x05\x1D\x1F\xC4\x90\x20\x05\x1E\x1E\x02\x10\x1F\x0A\x23\x11\x1A\x15\x1B\x02\x1B\x1F\x00\x02\x21\x02\x15\x21\x02\x14\x24\x47\x22\x1F\xF4\x15\x10\x0F\x22\x10\x3D\x21\x23\x05\x18\x22\x3A\x2D\x19\x02\x1C\x3E\x00\x04\xEB\xB6\xE2\xEB\xB5\xE8\xEB\xB7\xE3\xEB\xBA\xED\xEB\xBC\xEF\xEB\xB9\xE0\xEC\xB4\xE3\x3E\xC1\xE0\x00\x1D\x40\x00\x10\x48\xEC\xAF\x12\x10\xC9\xE6\x24\x00\x0E\x10\x02\x17\x1E\x00\x0D\x20\x00\x06\x20\x02\x1F\x1F\xC2\xEE\xEB\x00\x0E\x22\x00\x09\x29\x02\x15\x2F\xC5\xE7\x27\x02\x15\x2A\x02\x1F\x32\xD9\xE7\xEE\xC5\xEB\xEB\xE9\xEA\xED\xEA\xED\xEE\xEC\xEF\xEE\x02\x1F\x29\xE8\xEE\xEE\xF3\xE0\xEF\xEB\xE5\xEF\xE8\xE9\xEC\xFA\xEE\xE9\xCA\xE2\x10\xE1\x30\x00\xF9\x3D\xEF\x02\xF7\xEC\xFB\xEC\xEC\xA9\x16\xF0\x08\xF0\x00\x16\x40\x00\x13\x42\xF0\xC9\xE4\xEB\x13\x37\xEF\xC5\xEE\x21\x12\xF4\xEF\x12\xF8\x35\xF8\xE5\xF1\xB8\xE7\x13\x02\x1A\x13\x19\xF6\xF1\x16\xFD\x13\x02\x10\x14\xC0\xEC\x1E\xC5\xE3\x29\x19\xFA\x35\xC0\xE3\x1E\x20\xF6\xEF\x2D\xF9\xF0\x05\xFE\xF0\xFC\xE9\xEC\xFF\xE1\xF3\x1B\x42\xF3\x02\x17\xF3",
			"\x03\x48\xF3\x3C\xF8\x41\x00\x03\x22\x1F\xF3\x12\xC0\xE0\x3A\x1A\xF2\x10\xE2\x25\xF4\x48\xF6\xF1\x39\x22\xF1\xAA\x20\x00\x32\x38\xEE\x2C\x20\x00\xF2\x22\xF1\x2A\x24\xEB\x4C\x12\x10\x4F\x1E\x2D\x2F\xF0\x00\x10\x32\x10\x39\x32\x10\x67\x38\xEE\x79\x30\xEC\x31\xF5\xF6\x33\xF7\xF6\x02\x1B\xF3\x31\xFE\xF3\x5B\xF6\x39\x00\x00\x24\xC5\xE9\x1E\x41\xF3\xF7\xC5\xE4\x13\xC0\xE5\x36\x02\x12\x36\x02\x1C\x30\x48\xFD\x28\x02\x14\x33\xE8\xE5\x38\x02\x13\x34\x64\xF8\xF6\x3C\xF1\xF3\x20\x24\xF7\xB4\xEA\x21\x00\x08\x16\x02\x13\x32\xC0\xE0\x23\x00\x05\x37\x02\x11\x39\x00\x06\x33\xC0\xEB\x2F\xC5\xE4\x2D\x00\x06\x32\xC0\xE6\x3A\x00\x06\x3C\x87\xF1\x19\x30\xF0\x16\x19\xF9\x36\x02\x16\x34\x19\xF9\xEC\xB3\x33\xFA\x09\xF4\x39\xC5\xE7\x37\x02\x10\x32\xC0\xE3\x35\xA5\xF7\xFB\x3C\xF7\x23\x00\x03\x3A\xAE\xFD\xFB\x66\xF9\xF0\xC8\x3E\x3D\x86\xF4\x18\x02\x1D\x3B\x02\xFF\x3A\x02\xFE\x39\x00\x00",
		};
		vl::glr::DecompressSerializedData(compressed, true, dataSolidRows, dataRows, dataBlock, dataRemain, outputStream);
	}
}