LanguageFrontend

The translation context, which contains all necessary managers used in this frontend parsing process. Note, that different contexts could passed to frontends, e.g., in parallel parsing to supply different managers to different frontends.

The language this frontend works for.

Creates a new Block in the Fluent Node DSL and sets it to the FunctionDeclaration.body of the nearest enclosing FunctionDeclaration. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new Block in the Fluent Node DSL and sets it to the FunctionDeclaration.body of the nearest enclosing FunctionDeclaration. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new BreakStatement in the Fluent Node DSL and adds it to the nearest enclosing Holder, but only if it is an StatementHolder.

This function returns a TranslationResult, but rather than parsing source code, the function init is used to build nodes in the Node Fluent DSL.

Creates a new CallExpression (or MemberCallExpression) in the Fluent Node DSL with the given name and adds it to the nearest enclosing Holder. Depending on whether it is a StatementHolder it is added to the list of StatementHolder.statements or in case of an ArgumentHolder, the function ArgumentHolder.addArgument is invoked.

Creates a new CaseStatement in the Fluent Node DSL and adds it to the nearest enclosing Holder, but only if it is an StatementHolder.

Returns the raw code of the ast node, generic for java or c++ ast nodes.

Configures the IfStatement.condition in the Fluent Node DSL of the nearest enclosing IfStatement. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new ConstructExpression in the Fluent Node DSL for the translation record/type with the given name and adds it to the nearest enclosing Holder. Depending on whether it is a StatementHolder it is added to the list of StatementHolder.statements or in case of an ArgumentHolder, the function ArgumentHolder.addArgument is invoked. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new ConstructorDeclaration in the Fluent Node DSL for the enclosing RecordDeclaration. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new ContinueStatement in the Fluent Node DSL and adds it to the nearest enclosing StatementHolder.

Creates a new DeclarationStatement in the Fluent Node DSL and adds it to the StatementHolder.statements of the nearest enclosing StatementHolder. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new DeclarationStatement in the Fluent Node DSL. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new DefaultStatement in the Fluent Node DSL and adds it to the nearest enclosing StatementHolder.

Configures the DoStatement.condition in the Fluent Node DSL of the nearest enclosing DoStatement. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new DoStatement in the Fluent Node DSL and adds it to the StatementHolder.statements of the nearest enclosing StatementHolder. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new IfStatement in the Fluent Node DSL and sets it to the IfStatement.elseStatement of the nearest enclosing IfStatement. This simulates an else-if scenario. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new Block in the Fluent Node DSL and sets it to the IfStatement.elseStatement of the nearest enclosing IfStatement. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new FieldDeclaration in the Fluent Node DSL with the given name and optional type. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new ForEachStatement in the Fluent Node DSL and adds it to the StatementHolder.statements of the nearest enclosing StatementHolder. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new ForStatement in the Fluent Node DSL and adds it to the StatementHolder.statements of the nearest enclosing StatementHolder. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Returns a new Name based on the localName and the current namespace as parent.

Creates a new FunctionDeclaration in the Fluent Node DSL with the given name and optional returnType. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new IfStatement in the Fluent Node DSL and adds it to the StatementHolder.statements of the nearest enclosing StatementHolder. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new InitializerListExpression in the Fluent Node DSL and invokes ArgumentHolder.addArgument of the nearest enclosing Holder, but only if it is an ArgumentHolder.

Creates a new IncludeDeclaration and adds it to the surrounding TranslationUnitDeclaration.

Configures the ForStatement.initializerStatement in the Fluent Node DSL of the nearest enclosing ForStatement. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Checks, whether the given Type is a primitive in the language specified in the LanguageProvider.

Configures the ForEachStatement.iterable in the Fluent Node DSL of the nearest enclosing ForEachStatement. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new LabelStatement in the Fluent Node DSL and adds it to the nearest enclosing StatementHolder.

Creates a new Literal in the Fluent Node DSL and invokes ArgumentHolder.addArgument of the nearest enclosing Holder, but only if it is an ArgumentHolder.

Returns the Region of the code with line and column, index starting at 1, generic for java or c++ ast nodes.

Creates a new Block in the Fluent Node DSL and sets it to the LoopStatement.statement of the nearest enclosing LoopStatement. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new Block in the Fluent Node DSL and sets it to the LoopStatement.elseStatement of the nearest enclosing LoopStatement. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new MemberExpression in the Fluent Node DSL and invokes ArgumentHolder.addArgument of the nearest enclosing Holder, but only if it is an ArgumentHolder. If the name doesn't already contain a fqn, we add an implicit "this" as base.

Creates a new CallExpression (or MemberCallExpression) in the Fluent Node DSL with the given localName and adds it to the nearest enclosing Holder. Depending on whether it is a StatementHolder it is added to the list of StatementHolder.statements or in case of an ArgumentHolder, the function ArgumentHolder.addArgument is invoked.

Creates a new MethodDeclaration in the Fluent Node DSL with the given name and optional returnType. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new NamespaceDeclaration in the Fluent Node DSL with the given name. The declaration will be set to the ScopeManager.globalScope. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new Annotation. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new AnnotationMember. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new AssertStatement. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new AssignExpression. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new BinaryOperator or a ShortCircuitOperator if the language implements HasShortCircuitOperators and if the operatorCode is contained in HasShortCircuitOperators.operatorCodes. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new Block. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new BreakStatement. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new CallExpression. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new CaseStatement. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new CastExpression. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new CatchClause. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new ConditionalExpression. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new ConstructExpression. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new ConstructorDeclaration. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new ContinueStatement. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new DeclarationStatement. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new DefaultStatement. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new DeleteExpression. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new DistinctLanguageBlock. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new DoStatement. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new EmptyStatement. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new EnumConstantDeclaration. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new EnumDeclaration. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new ExpressionList. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new FieldDeclaration. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new ForEachStatement. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new ForStatement. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new FunctionDeclaration. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new FunctionTemplateDeclaration. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new GotoStatement. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new IfStatement. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new ImportDeclaration. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new IncludeDeclaration. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new InitializerListExpression. This is the top-most Node that a LanguageFrontend or Handler should create. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new KeyValueExpression. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new LabelStatement. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new LambdaExpression. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new Literal. This is the top-most Node that a LanguageFrontend or Handler should create. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new LookupScopeStatement. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new MemberCallExpression. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new MemberExpression. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new MethodDeclaration. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Generates a Name object from the given name. If localNameOnly is set, only the localName is used, otherwise the namespace is added to generate a fqn if the name is not a fqn anyway.

Creates a new NamespaceDeclaration. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new NewArrayExpression. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new NewExpression. This is the top-most Node that a LanguageFrontend or Handler should create. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new MemberCallExpression. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new OperatorDeclaration. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new ParameterDeclaration. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new ProblemDeclaration. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new ProblemExpression. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new RangeExpression. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new RecordDeclaration. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new RecordTemplateDeclaration. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new Reference. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new ReturnStatement. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new SubscriptExpression. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new SwitchStatement. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new SynchronizedStatement. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new ThrowExpression. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new TranslationUnitDeclaration. This is the top-most Node that a LanguageFrontend or Handler should create. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new TryStatement. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new TupleDeclaration. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new TypedefDeclaration. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new TypeExpression. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new TypeIdExpression. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new TypeParameterDeclaration. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new UnaryOperator. This is the top-most Node that a LanguageFrontend or Handler should create. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new VariableDeclaration. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

Creates a new WhileStatement. The MetadataProvider receiver will be used to fill different meta-data using Node.applyMetadata. Calling this extension function outside of Kotlin requires an appropriate MetadataProvider, such as a LanguageFrontend as an additional prepended argument.

This function returns an ObjectType with the given name. If a respective Type does not yet exist (in the current scope), it will be created. In order to avoid unnecessary allocation of simple types, we do a pre-check within this function, whether a built-in type exist with the particular name.

Creates a new ParameterDeclaration in the Fluent Node DSL and adds it to the FunctionDeclaration.parameters of the nearest enclosing FunctionDeclaration. The init block can be used to create further sub-nodes as well as configuring the created node itself.

A small utility extension function that uses the language information in a LanguageProvider (such as a Node, a Language, a LanguageFrontend or a Handler) to parse a fully qualified name.

This function constructs a new primitive Type. Primitive or built-in types are defined in Language.builtInTypes. This function will look up the type by its name, if it fails to find an appropriate build-in type, a TranslationException is thrown. Therefore, this function should primarily be called by language frontends if they are sure that this type is a built-in type, e.g., when constructing literals. It can be useful, if frontends want to check, whether all literal types are correctly registered as built-in types.

Creates a new ProblemDeclaration in the Fluent Node DSL and adds it to the DeclarationStatement.declarations of the nearest enclosing DeclarationStatement. The init block can be used to create further sub-nodes as well as configuring the created node itself.

This function should be called by anything that implements this processed listener to indicate that a new Node has been processed from the raw node in from.

Creates a new RecordDeclaration in the Fluent Node DSL with the given name. The declaration will be set to the ScopeManager.currentRecord. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new Reference in the Fluent Node DSL and invokes ArgumentHolder.addArgument of the nearest enclosing Holder, but only if it is an ArgumentHolder.

Registers a new listener (biConsumer), that gets called if the raw node specified in from gets processed.

Creates a new ReturnStatement in the Fluent Node DSL and adds it to the StatementHolder.statements of the nearest enclosing StatementHolder. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new Block in the Fluent Node DSL and sets it to the SwitchStatement.statement of the nearest enclosing SwitchStatement. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new SwitchStatement in the Fluent Node DSL and adds it to the StatementHolder.statements of the nearest enclosing StatementHolder. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new Type with the given name in the Fluent Node DSL.

Creates a new Block in the Fluent Node DSL and sets it to the IfStatement.thenStatement of the nearest enclosing IfStatement. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new TranslationUnitDeclaration in the Fluent Node DSL with the given name. The declaration will be set to the ScopeManager.globalScope. The init block can be used to create further sub-nodes as well as configuring the created node itself.

This function serves as an entry-point to type parsing in the language frontend. It needs to return a Type object based on the ast type object used by the language frontend, e.g., the parser.

Creates a new UnknownType and sets the appropriate language, if this MetadataProvider includes a LanguageProvider.

Configures the ForEachStatement.variable in the Fluent Node DSL of the nearest enclosing ForEachStatement. The init block can be used to create further sub-nodes as well as configuring the created node itself.

Creates a new VariableDeclaration in the Fluent Node DSL and adds it to the DeclarationStatement.declarations of the nearest enclosing DeclarationStatement. The init block can be used to create further sub-nodes as well as configuring the created node itself.