root/trunk/compiler/cppAst/ast/CompleteAstTraversalVisitor.cpp
| 7 | krennw | /**
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*
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* OOAS Compiler - C++ AST
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*
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* Copyright 2015, AIT Austrian Institute of Technology.
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* All rights reserved.
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*
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* SEE THE "LICENSE" FILE FOR THE TERMS UNDER WHICH THIS FILE IS PROVIDED.
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*
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* If you modify the file please update the list of contributors below to in-
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* clude your name. Please also stick to the coding convention of using TABs
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* to do the basic (block-level) indentation and spaces for anything after
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* that. (Enable the display of special chars and it should be pretty obvious
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* what this means.) Also, remove all trailing whitespace.
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*
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* Contributors:
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* Willibald Krenn (AIT)
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* Stephan Zimmerer (AIT)
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* Christoph Czurda (AIT)
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*
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*/
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| 2 | krennw | ||
/*
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* CompleteAstTraversalVisitor.cpp
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*
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* Created on: Dec 28, 2013
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* Author: willibald
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*/
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#include "CompleteAstTraversalVisitor.hpp"
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#include <ast/identifiers/EnumIdentifier.hpp>
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#include <ast/identifiers/AttributeIdentifier.hpp>
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#include <ast/identifiers/ExpressionVariableIdentifier.hpp>
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#include <ast/identifiers/MethodIdentifier.hpp>
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#include <ast/identifiers/ConstantIdentifier.hpp>
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#include <ast/identifiers/NamedActionIdentifier.hpp>
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#include <ast/identifiers/MainModule.hpp>
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#include <ast/identifiers/IdentifierBlock.hpp>
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#include <ast/statements/NondetBlock.hpp>
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#include <ast/statements/PrioBlock.hpp>
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#include <ast/statements/SeqBlock.hpp>
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#include <ast/statements/Assignment.hpp>
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#include <ast/statements/GuardedCommand.hpp>
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#include <ast/statements/Call.hpp>
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#include <ast/expressions/IdentifierExpression.hpp>
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#include <ast/expressions/TypeExpression.hpp>
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#include <ast/expressions/ListConstructor.hpp>
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#include <ast/expressions/SetConstructor.hpp>
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#include <ast/expressions/TupleConstructor.hpp>
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#include <ast/expressions/AccessExpression.hpp>
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#include <ast/expressions/BinaryOperator.hpp>
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#include <ast/expressions/TernaryOperator.hpp>
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#include <ast/expressions/TupleMapAccessExpression.hpp>
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#include <ast/expressions/CallExpression.hpp>
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#include <ast/expressions/ForallQuantifier.hpp>
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#include <ast/expressions/ExistsQuantifier.hpp>
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#include <ast/expressions/UnaryOperator.hpp>
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#include <ast/types/EnumType.hpp>
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#include <ast/types/ListType.hpp>
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#include <ast/types/TupleType.hpp>
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#include <ast/types/FunctionType.hpp>
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#include <ast/types/ActionSystemType.hpp>
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#include <ast/expressions/ObjectConstructor.hpp>
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namespace Ast {
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CompleteAstTraversalVisitor::CompleteAstTraversalVisitor(CallContext* context, bool duplicateVisit):
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m_visited(),
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m_context(context),
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m_DuplicateVisit(duplicateVisit)
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{}
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CompleteAstTraversalVisitor::~CompleteAstTraversalVisitor()
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{}
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void CompleteAstTraversalVisitor::visitSub(AstElement* subElement, AstElement* parent) {
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if (subElement == nullptr)
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return;
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if (m_visited.count(subElement) > 0)
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return;
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if (!m_DuplicateVisit)
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m_visited[subElement] = true;
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visitAstElement(subElement, parent);
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}
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void CompleteAstTraversalVisitor::visitAstElement(AstElement* element, AstElement* parent){
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switch (element->nodeType()) {
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case AstNodeTypeEnum::type:
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visitType(static_cast<Type*>(element), parent);
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break;
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case AstNodeTypeEnum::identifier:
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visitIdentifier((Identifier*)element, parent);
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break;
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case AstNodeTypeEnum::expression:
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visitExpression((Expression*)element, parent);
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break;
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case AstNodeTypeEnum::statement:
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visitStatement((Statement*)element, parent);
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break;
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default:
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m_context->logError("Internal error. Unknown AST type.");
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abort();
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}
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}
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void CompleteAstTraversalVisitor::visitType(Type* element, AstElement* ) {
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element->accept(*this); // could be replaced by direct switch here..
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}
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void CompleteAstTraversalVisitor::visitIdentifier(Identifier* element, AstElement* ) {
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element->accept(*this); // could be replaced by direct switch here..
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}
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void CompleteAstTraversalVisitor::visitExpression(Expression* element, AstElement* ) {
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element->accept(*this); // could be replaced by direct switch here..
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}
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void CompleteAstTraversalVisitor::visitStatement(Statement* element, AstElement* ) {
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element->accept(*this); // could be replaced by direct switch here..
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}
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void CompleteAstTraversalVisitor::visit(TypeIdentifier* typeIdentifier) {
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visitSub(typeIdentifier->type(), typeIdentifier);
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};
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void CompleteAstTraversalVisitor::visit(EnumIdentifier* enumIdentifier) {
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visitSub(enumIdentifier->type(), enumIdentifier);
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};
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//void CompleteAstTraversalVisitor::visit(ValuedEnumIdentifier* enumIdentifier) {};
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void CompleteAstTraversalVisitor::visit(AttributeIdentifier* attributeIdentifier) {
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visitSub(attributeIdentifier->type(), attributeIdentifier);
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visitSub(attributeIdentifier->initializer(), attributeIdentifier);
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};
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void CompleteAstTraversalVisitor::visit(LocalVariableIdentifier* localVariableIdentifier) {
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visitSub(localVariableIdentifier->type(), localVariableIdentifier);
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};
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void CompleteAstTraversalVisitor::visit(ParameterIdentifier* parameterIdentifier) {
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visitSub(parameterIdentifier->type(), parameterIdentifier);
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};
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void CompleteAstTraversalVisitor::visit(ExpressionVariableIdentifier* expressionVariableIdentifier) {
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visitSub(expressionVariableIdentifier->type(), expressionVariableIdentifier);
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};
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void CompleteAstTraversalVisitor::visit(MethodIdentifier* methodIdentifier) {
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visitSub(methodIdentifier->type(), methodIdentifier);
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for (auto& sym: *(methodIdentifier->symbolTable()))
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visitSub(sym.second, methodIdentifier);
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for (auto& par: methodIdentifier->parameter())
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visitSub(par, methodIdentifier);
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visitSub(methodIdentifier->body(), methodIdentifier);
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};
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void CompleteAstTraversalVisitor::visit(NamedActionIdentifier* namedActionIdentifier) {
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visitSub(namedActionIdentifier->type(), namedActionIdentifier);
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for (auto& sym : *namedActionIdentifier->symbolTable())
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visitSub(sym.second, namedActionIdentifier);
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for (auto& par: namedActionIdentifier->parameter())
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visitSub(par, namedActionIdentifier);
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visitSub(namedActionIdentifier->body(), namedActionIdentifier);
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};
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void CompleteAstTraversalVisitor::visit(Module* module) {
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for (auto& sym: *module->symbolTable())
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visitSub(sym.second, module);
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};
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void CompleteAstTraversalVisitor::visit(ConstantIdentifier* constantIdentifier) {
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visitSub(constantIdentifier->type(), constantIdentifier);
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visitSub(constantIdentifier->value(), constantIdentifier);
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};
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void CompleteAstTraversalVisitor::visit(UnspecIdentifierBlock* unspecIdentifierList) {
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for (auto& id: unspecIdentifierList->identifiers())
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visitSub(id, unspecIdentifierList);
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};
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void CompleteAstTraversalVisitor::visit(SeqIdentifierBlock* seqIdentifierList) {
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for (auto& id: seqIdentifierList->identifiers())
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visitSub(id, seqIdentifierList);
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};
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void CompleteAstTraversalVisitor::visit(NondetIdentifierBlock* nondetIdentifierList) {
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for (auto& id: nondetIdentifierList->identifiers())
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visitSub(id, nondetIdentifierList);
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};
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void CompleteAstTraversalVisitor::visit(PrioIdentifierBlock* prioIdentifierList) {
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for (auto& id: prioIdentifierList->identifiers())
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visitSub(id, prioIdentifierList);
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};
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void CompleteAstTraversalVisitor::visit(MainModule* mainModule) {
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for (auto& sym: *mainModule->symbolTable())
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visitSub(sym.second, mainModule);
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visitSub(mainModule->systemDescription(), mainModule);
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};
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void CompleteAstTraversalVisitor::visit(IntType* ) {};
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void CompleteAstTraversalVisitor::visit(BoolType* ) {};
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void CompleteAstTraversalVisitor::visit(EnumType* enumType) {
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for (auto& sym: enumType->listOfEnumSymbols())
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visitSub(sym, enumType);
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};
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void CompleteAstTraversalVisitor::visit(ListType* listType) {
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visitSub(listType->innerType(), listType);
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};
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void CompleteAstTraversalVisitor::visit(TupleType* tupleType) {
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for (auto& t: tupleType->innerTypes())
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visitSub(t, tupleType);
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};
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void CompleteAstTraversalVisitor::visit(NullType* ) {};
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void CompleteAstTraversalVisitor::visit(FunctionType* functionType) {
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for (auto& a: functionType->parameter())
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visitSub(a, functionType);
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visitSub(functionType->returnType(), functionType);
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};
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void CompleteAstTraversalVisitor::visit(ActionSystemType* actionSystemType) {
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for (auto& s: *actionSystemType->symbols())
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visitSub(s.second, actionSystemType);
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visitSub(actionSystemType->doodBlock(), actionSystemType);
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};
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void CompleteAstTraversalVisitor::visit(GuardedCommand* guardedCommand) {
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visitSub(guardedCommand->guard(), guardedCommand);
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visitSub(guardedCommand->body(), guardedCommand);
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};
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void CompleteAstTraversalVisitor::visit(Call* call) {
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visitSub(call->callExpression(), call);
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};
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void CompleteAstTraversalVisitor::visit(Assignment* assignment) {
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for (auto& vexp: assignment->places())
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visitSub(vexp, assignment);
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for (auto& expr: assignment->values())
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visitSub(expr, assignment);
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visitSub(assignment->nondetExpression(), assignment);
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};
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void CompleteAstTraversalVisitor::visit(SeqBlock* seqBlock) {
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for (auto& id: *seqBlock->symbols())
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visitSub(id.second, seqBlock);
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if (seqBlock->filter() != nullptr)
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visitSub(seqBlock->filter(), seqBlock);
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for (auto& stmnt: seqBlock->statements())
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visitSub(stmnt, seqBlock);
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};
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void CompleteAstTraversalVisitor::visit(NondetBlock* nondetBlock) {
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for (auto& id: *nondetBlock->symbols())
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visitSub(id.second, nondetBlock);
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for (auto& stmnt: nondetBlock->statements())
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visitSub(stmnt, nondetBlock);
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};
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void CompleteAstTraversalVisitor::visit(PrioBlock* prioBlock) {
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for (auto& id: *prioBlock->symbols())
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visitSub(id.second, prioBlock);
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for (auto& stmnt: prioBlock->statements())
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visitSub(stmnt, prioBlock);
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};
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void CompleteAstTraversalVisitor::visit(Skip* ) {};
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void CompleteAstTraversalVisitor::visit(Break* ) {};
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void CompleteAstTraversalVisitor::visit(Abort* ) {};
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void CompleteAstTraversalVisitor::visit(TernaryOperator* ternaryOperator) {
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visitSub(ternaryOperator->left(), ternaryOperator);
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visitSub(ternaryOperator->mid(), ternaryOperator);
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visitSub(ternaryOperator->right(), ternaryOperator);
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};
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void CompleteAstTraversalVisitor::visit(BinaryOperator* binaryOperator) {
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visitSub(binaryOperator->left(), binaryOperator);
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visitSub(binaryOperator->right(), binaryOperator);
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};
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void CompleteAstTraversalVisitor::visit(UnaryOperator* unaryOperator) {
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visitSub(unaryOperator->child(), unaryOperator);
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if (unaryOperator->kind() == ExpressionKind::Cast)
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visitSub(unaryOperator->type(), unaryOperator);
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};
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void CompleteAstTraversalVisitor::visit(ExistsQuantifier* quantifier) {
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for (auto& lvar: *quantifier->symbols())
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visitSub(lvar.second, quantifier);
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visitSub(quantifier->child(), quantifier);
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};
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void CompleteAstTraversalVisitor::visit(ForallQuantifier* quantifier) {
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for (auto& lvar: *quantifier->symbols())
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visitSub(lvar.second, quantifier);
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visitSub(quantifier->child(), quantifier);
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};
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void CompleteAstTraversalVisitor::visit(ListConstructor* listConstructor) {
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for (auto& lvar: *listConstructor->comprehensionVariables())
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visitSub(lvar.second, listConstructor);
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for (auto& elems: listConstructor->elements())
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visitSub(elems, listConstructor);
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visitSub(listConstructor->comprehension(), listConstructor);
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};
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void CompleteAstTraversalVisitor::visit(SetConstructor* setConstructor) {
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for (auto& svar: *setConstructor->comprehensionVariables())
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visitSub(svar.second, setConstructor);
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for (auto& elems: setConstructor->items())
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visitSub(elems, setConstructor);
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visitSub(setConstructor->comprehension(), setConstructor);
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};
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void CompleteAstTraversalVisitor::visit(TupleConstructor* tupleConstructor) {
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for (auto& elem: tupleConstructor->values())
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visitSub(elem, tupleConstructor);
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};
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void CompleteAstTraversalVisitor::visit(ObjectConstructor* objectConstructor) {
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visitSub(objectConstructor->type(), objectConstructor);
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};
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void CompleteAstTraversalVisitor::visit(BoolValueExpression* ) {};
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void CompleteAstTraversalVisitor::visit(IntValueExpression* ) {};
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void CompleteAstTraversalVisitor::visit(RefValueExpression* ) {};
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void CompleteAstTraversalVisitor::visit(IdentifierExpression* identifierExpression) {
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visitSub(identifierExpression->type(), identifierExpression);
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visitSub(identifierExpression->identifier(), identifierExpression);
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};
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void CompleteAstTraversalVisitor::visit(TypeExpression* typeExpression) {
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visitSub(typeExpression->type(), typeExpression);
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};
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void CompleteAstTraversalVisitor::visit(TupleMapAccessExpression* tupleMapAccessExpression) {
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visitSub(tupleMapAccessExpression->argument(), tupleMapAccessExpression);
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visitSub(tupleMapAccessExpression->child(), tupleMapAccessExpression);
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};
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void CompleteAstTraversalVisitor::visit(CallExpression* callExpression) {
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for (auto& arg: callExpression->arguments())
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visitSub(arg, callExpression);
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visitSub(callExpression->child(), callExpression);
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};
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void CompleteAstTraversalVisitor::visit(AccessExpression* accessExpression) {
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visitSub(accessExpression->left(), accessExpression);
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visitSub(accessExpression->right(), accessExpression);
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};
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void CompleteAstTraversalVisitor::visit(PointerType* ) {
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}
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} /* namespace Ast */
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