Package io.github.douira.glsl_transformer.ast.print

Class ASTPrinter

java.lang.Object

io.github.douira.glsl_transformer.ast.traversal.ASTBaseVisitor<R>

io.github.douira.glsl_transformer.ast.traversal.ASTWalker<R>

io.github.douira.glsl_transformer.ast.traversal.ASTListenerVisitor<Void>

io.github.douira.glsl_transformer.ast.print.ASTPrinterBase

io.github.douira.glsl_transformer.ast.print.ASTPrinter

All Implemented Interfaces:

ASTListener, ASTVisitor<Void>, ContextTracker, GeneralASTListener, GeneralASTVisitor<Void>

Direct Known Subclasses:

SimpleASTPrinter

public abstract class ASTPrinter
extends ASTPrinterBase

The AST printer emits tokens to convert an AST node into a string with the help of a few other utility classes. Information encoded about the string content and printed structure of each node is encoded in this printer.

Field Summary

Fields inherited from class io.github.douira.glsl_transformer.ast.traversal.ASTWalker

listener

Fields inherited from class io.github.douira.glsl_transformer.ast.traversal.ASTBaseVisitor

context

Constructor Summary

Constructors

Constructor	Description
ASTPrinter()

Method Summary

Modifier and Type	Method	Description
void	enterBitwiseNotExpression(BitwiseNotExpression node)
void	enterBooleanNotExpression(BooleanNotExpression node)
void	enterCaseLabelStatement(CaseLabelStatement node)
void	enterCompoundStatement(CompoundStatement node)	ANTLR grammar rule: compoundStatement: LBRACE statement* RBRACE;
void	enterDecrementPrefixExpression(DecrementPrefixExpression node)
void	enterGroupingExpression(GroupingExpression node)
void	enterIdentityExpression(IdentityExpression node)
void	enterIncrementPrefixExpression(IncrementPrefixExpression node)
void	enterNegationExpression(NegationExpression node)
void	exitCaseLabelStatement(CaseLabelStatement node)
void	exitCompoundStatement(CompoundStatement node)
void	exitDecrementPostfixExpression(DecrementPostfixExpression node)
void	exitExpressionStatement(ExpressionStatement node)
void	exitFunctionDeclaration(FunctionDeclaration node)	ANTLR grammar rule: declaration: functionPrototype SEMICOLON # functionDeclaration | fullySpecifiedType ( declarationMembers += declarationMember ( COMMA declarationMembers += declarationMember )* )? SEMICOLON # typeAndInitDeclaration | PRECISION precisionQualifier typeSpecifier SEMICOLON # precisionDeclaration | typeQualifier blockName = IDENTIFIER structBody ( variableName = IDENTIFIER arraySpecifier? )? SEMICOLON # interfaceBlockDeclaration | typeQualifier ( variableNames += IDENTIFIER (COMMA variableNames += IDENTIFIER)* )? SEMICOLON # variableDeclaration;
void	exitGroupingExpression(GroupingExpression node)
void	exitIncrementPostfixExpression(IncrementPostfixExpression node)
void	exitLayoutDefaults(LayoutDefaults node)
void	exitLengthAccessExpression(LengthAccessExpression node)
void	exitTranslationUnit(TranslationUnit node)
void	exitTypeSpecifier(TypeSpecifier node)
Void	visitAdditionAssignmentExpression(AdditionAssignmentExpression node)
Void	visitAdditionExpression(AdditionExpression node)
Void	visitArrayAccessExpression(ArrayAccessExpression node)
Void	visitArraySpecifier(ArraySpecifier node)
Void	visitAssignmentExpression(AssignmentExpression node)
Void	visitBitwiseAndAssignmentExpression(BitwiseAndAssignmentExpression node)
Void	visitBitwiseAndExpression(BitwiseAndExpression node)
Void	visitBitwiseOrAssignmentExpression(BitwiseOrAssignmentExpression node)
Void	visitBitwiseOrExpression(BitwiseOrExpression node)
Void	visitBitwiseXorAssignmentExpression(BitwiseXorAssignmentExpression node)
Void	visitBitwiseXorExpression(BitwiseXorExpression node)
Void	visitBooleanAndExpression(BooleanAndExpression node)
Void	visitBooleanOrExpression(BooleanOrExpression node)
Void	visitBooleanXorExpression(BooleanXorExpression node)
Void	visitBreakStatement(BreakStatement node)
Void	visitBuiltinFixedTypeSpecifier(BuiltinFixedTypeSpecifier node)
Void	visitBuiltinNumericTypeSpecifier(BuiltinNumericTypeSpecifier node)
Void	visitCaseStatement(CaseStatement node)
Void	visitConditionExpression(ConditionExpression node)
Void	visitContinueStatement(ContinueStatement node)
Void	visitDeclarationMember(DeclarationMember node)
Void	visitDefaultStatement(DefaultStatement node)
Void	visitDemoteStatement(DemoteStatement node)
Void	visitDiscardStatement(DiscardStatement node)
Void	visitDivisionAssignmentExpression(DivisionAssignmentExpression node)
Void	visitDivisionExpression(DivisionExpression node)
Void	visitDoWhileLoopStatement(DoWhileLoopStatement node)	ANTLR grammar rule: doWhileStatement: attribute? DO loopBody = statement WHILE LPAREN condition = expression RPAREN SEMICOLON;
Void	visitEmptyDeclaration(EmptyDeclaration node)
Void	visitEmptyStatement(EmptyStatement node)
Void	visitEqualityExpression(EqualityExpression node)
Void	visitExtensionStatement(ExtensionStatement node)
Void	visitForLoopStatement(ForLoopStatement node)	ANTLR grammar rule: * iterationCondition: expression | fullySpecifiedType IDENTIFIER ASSIGN_OP initializer; forStatement: attribute? FOR LPAREN ( emptyStatement | expressionStatement | declarationStatement ) condition = iterationCondition? SEMICOLON incrementer = expression? RPAREN loopBody = statement;
Void	visitFullySpecifiedType(FullySpecifiedType node)
Void	visitFunctionCallExpression(FunctionCallExpression node)
Void	visitFunctionDefinition(FunctionDefinition node)
Void	visitFunctionParameter(FunctionParameter node)
Void	visitFunctionPrototype(FunctionPrototype node)
Void	visitGreaterThanEqualExpression(GreaterThanEqualExpression node)
Void	visitGreaterThanExpression(GreaterThanExpression node)
Void	visitIdentifier(Identifier node)
Void	visitInequalityExpression(InequalityExpression node)
Void	visitInterfaceBlockDeclaration(InterfaceBlockDeclaration node)
Void	visitInterpolationQualifier(InterpolationQualifier node)
Void	visitInvariantQualifier(InvariantQualifier node)
Void	visitIterationConditionInitializer(IterationConditionInitializer node)
Void	visitLayoutQualifier(LayoutQualifier node)
Void	visitLeftShiftAssignmentExpression(LeftShiftAssignmentExpression node)
Void	visitLeftShiftExpression(LeftShiftExpression node)
Void	visitLessThanEqualExpression(LessThanEqualExpression node)
Void	visitLessThanExpression(LessThanExpression node)
Void	visitLiteralExpression(LiteralExpression node)
Void	visitMemberAccessExpression(MemberAccessExpression node)
Void	visitModuloAssignmentExpression(ModuloAssignmentExpression node)
Void	visitModuloExpression(ModuloExpression node)
Void	visitMultiplicationAssignmentExpression(MultiplicationAssignmentExpression node)
Void	visitMultiplicationExpression(MultiplicationExpression node)
Void	visitNamedLayoutQualifierPart(NamedLayoutQualifierPart node)
Void	visitNestedInitializer(NestedInitializer node)
Void	visitPragmaStatement(PragmaStatement node)
Void	visitPreciseQualifier(PreciseQualifier node)
Void	visitPrecisionDeclaration(PrecisionDeclaration node)
Void	visitPrecisionQualifier(PrecisionQualifier node)
Void	visitReturnStatement(ReturnStatement node)
Void	visitRightShiftAssignmentExpression(RightShiftAssignmentExpression node)
Void	visitRightShiftExpression(RightShiftExpression node)
Void	visitSelectionStatement(SelectionStatement node)	ANTLR grammar rule: selectionStatement: attribute? IF LPAREN condition = expression RPAREN ifTrue = statement ( ELSE ifFalse = statement )?;
Void	visitSequenceExpression(SequenceExpression node)
Void	visitSharedLayoutQualifierPart(SharedLayoutQualifierPart node)
Void	visitStorageQualifier(StorageQualifier node)
Void	visitStructBody(StructBody node)
Void	visitStructDeclarator(StructDeclarator node)
Void	visitStructMember(StructMember node)
Void	visitStructSpecifier(StructSpecifier node)
Void	visitSubtractionAssignmentExpression(SubtractionAssignmentExpression node)
Void	visitSubtractionExpression(SubtractionExpression node)
Void	visitSwitchStatement(SwitchStatement node)	ANTLR grammar rule: switchStatement: attribute? SWITCH LPAREN condition = expression RPAREN compoundStatement;
Void	visitTypeAndInitDeclaration(TypeAndInitDeclaration node)
Void	visitTypeQualifier(TypeQualifier node)
Void	visitVariableDeclaration(VariableDeclaration node)
Void	visitVersionStatement(VersionStatement node)
Void	visitWhileLoopStatement(WhileLoopStatement node)	ANTLR grammar rules: whileStatement: attribute? WHILE LPAREN condition = iterationCondition RPAREN loopBody = statement;

Methods inherited from class io.github.douira.glsl_transformer.ast.print.ASTPrinterBase

appendToken, compactCommonNewline, compactCommonNewline, defaultResult, emitBreakableSpace, emitCommonNewline, emitExactNewline, emitExactSpace, emitExactWhitespace, emitExtendableSpace, emitLiteral, emitLiteral, emitLiterals, emitLiterals, emitStatementEnd, emitToken, emitTokens, emitType, emitType, emitType, emitType, emitWhitespace, enterContext, finalizePrinting, generateString, getCurrentNode, indent, initialResult, printAST, printAST, printCompact, printIndented, printSimple, replaceToken, setCurrentNode, superNodeTypeResult, unindent, visit, visitCommaSpaced, visitSafe, visitWithSeparator

Methods inherited from class io.github.douira.glsl_transformer.ast.traversal.ASTListenerVisitor

walkAndListen

Methods inherited from class io.github.douira.glsl_transformer.ast.traversal.ASTWalker

enterNode, exitNode, walk

Methods inherited from class io.github.douira.glsl_transformer.ast.traversal.ASTBaseVisitor

aggregateResult, setContext, startVisit, visitRaw

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Methods inherited from interface io.github.douira.glsl_transformer.ast.traversal.ASTListener

enterAdditionAssignmentExpression, enterAdditionExpression, enterArrayAccessExpression, enterArraySpecifier, enterAssignmentExpression, enterBinaryExpression, enterBitwiseAndAssignmentExpression, enterBitwiseAndExpression, enterBitwiseOrAssignmentExpression, enterBitwiseOrExpression, enterBitwiseXorAssignmentExpression, enterBitwiseXorExpression, enterBooleanAndExpression, enterBooleanOrExpression, enterBooleanXorExpression, enterCaseStatement, enterConditionExpression, enterDeclaration, enterDeclarationExternalDeclaration, enterDeclarationMember, enterDeclarationStatement, enterDecrementPostfixExpression, enterDivisionAssignmentExpression, enterDivisionExpression, enterDoWhileLoopStatement, enterEqualityExpression, enterExpression, enterExpressionInitializer, enterExpressionStatement, enterExternalDeclaration, enterForLoopStatement, enterFullySpecifiedType, enterFunctionCallExpression, enterFunctionDeclaration, enterFunctionDefinition, enterFunctionParameter, enterFunctionPrototype, enterGreaterThanEqualExpression, enterGreaterThanExpression, enterIncrementPostfixExpression, enterInequalityExpression, enterInitializer, enterInterfaceBlockDeclaration, enterIterationConditionInitializer, enterLayoutDefaults, enterLayoutQualifier, enterLayoutQualifierPart, enterLeftShiftAssignmentExpression, enterLeftShiftExpression, enterLengthAccessExpression, enterLessThanEqualExpression, enterLessThanExpression, enterLiteralExpression, enterLoopStatement, enterManyExpression, enterManyStatement, enterMemberAccessExpression, enterModuloAssignmentExpression, enterModuloExpression, enterMultiplicationAssignmentExpression, enterMultiplicationExpression, enterNamedLayoutQualifierPart, enterNestedInitializer, enterPrecisionDeclaration, enterReferenceExpression, enterRightShiftAssignmentExpression, enterRightShiftExpression, enterSelectionStatement, enterSemiTerminalStatement, enterSequenceExpression, enterStatement, enterStorageQualifier, enterStructBody, enterStructDeclarator, enterStructMember, enterStructSpecifier, enterSubtractionAssignmentExpression, enterSubtractionExpression, enterSwitchStatement, enterTernaryExpression, enterTranslationUnit, enterTypeAndInitDeclaration, enterTypeQualifier, enterTypeQualifierPart, enterTypeReference, enterTypeSpecifier, enterUnaryExpression, enterVariableDeclaration, enterWhileLoopStatement, exitAdditionAssignmentExpression, exitAdditionExpression, exitArrayAccessExpression, exitArraySpecifier, exitAssignmentExpression, exitBinaryExpression, exitBitwiseAndAssignmentExpression, exitBitwiseAndExpression, exitBitwiseNotExpression, exitBitwiseOrAssignmentExpression, exitBitwiseOrExpression, exitBitwiseXorAssignmentExpression, exitBitwiseXorExpression, exitBooleanAndExpression, exitBooleanNotExpression, exitBooleanOrExpression, exitBooleanXorExpression, exitCaseStatement, exitConditionExpression, exitDeclaration, exitDeclarationExternalDeclaration, exitDeclarationMember, exitDeclarationStatement, exitDecrementPrefixExpression, exitDivisionAssignmentExpression, exitDivisionExpression, exitDoWhileLoopStatement, exitEqualityExpression, exitExpression, exitExpressionInitializer, exitExternalDeclaration, exitForLoopStatement, exitFullySpecifiedType, exitFunctionCallExpression, exitFunctionDefinition, exitFunctionParameter, exitFunctionPrototype, exitGreaterThanEqualExpression, exitGreaterThanExpression, exitIdentityExpression, exitIncrementPrefixExpression, exitInequalityExpression, exitInitializer, exitInterfaceBlockDeclaration, exitIterationConditionInitializer, exitLayoutQualifier, exitLayoutQualifierPart, exitLeftShiftAssignmentExpression, exitLeftShiftExpression, exitLessThanEqualExpression, exitLessThanExpression, exitLiteralExpression, exitLoopStatement, exitManyExpression, exitManyStatement, exitMemberAccessExpression, exitModuloAssignmentExpression, exitModuloExpression, exitMultiplicationAssignmentExpression, exitMultiplicationExpression, exitNamedLayoutQualifierPart, exitNegationExpression, exitNestedInitializer, exitPrecisionDeclaration, exitReferenceExpression, exitRightShiftAssignmentExpression, exitRightShiftExpression, exitSelectionStatement, exitSemiTerminalStatement, exitSequenceExpression, exitStatement, exitStorageQualifier, exitStructBody, exitStructDeclarator, exitStructMember, exitStructSpecifier, exitSubtractionAssignmentExpression, exitSubtractionExpression, exitSwitchStatement, exitTernaryExpression, exitTypeAndInitDeclaration, exitTypeQualifier, exitTypeQualifierPart, exitTypeReference, exitUnaryExpression, exitVariableDeclaration, exitWhileLoopStatement

Methods inherited from interface io.github.douira.glsl_transformer.ast.traversal.ASTVisitor

visitBinaryExpression, visitBitwiseNotExpression, visitBooleanNotExpression, visitCaseLabelStatement, visitCompoundStatement, visitDeclaration, visitDeclarationExternalDeclaration, visitDeclarationStatement, visitDecrementPostfixExpression, visitDecrementPrefixExpression, visitExpression, visitExpressionInitializer, visitExpressionStatement, visitExternalDeclaration, visitFunctionDeclaration, visitGroupingExpression, visitIdentityExpression, visitIncrementPostfixExpression, visitIncrementPrefixExpression, visitInitializer, visitLayoutDefaults, visitLayoutQualifierPart, visitLengthAccessExpression, visitLoopStatement, visitManyExpression, visitManyStatement, visitNegationExpression, visitReferenceExpression, visitSemiTerminalStatement, visitStatement, visitTerminalExpression, visitTerminalStatement, visitTernaryExpression, visitTranslationUnit, visitTypeQualifierPart, visitTypeReference, visitTypeSpecifier, visitUnaryExpression

Methods inherited from interface io.github.douira.glsl_transformer.ast.traversal.GeneralASTListener

afterEnterEveryNode, beforeExitEveryNode, enterEveryNode, exitEveryNode

Methods inherited from interface io.github.douira.glsl_transformer.ast.traversal.GeneralASTVisitor

aggregateResult, visit, visitChildren, visitChildren, visitChildren, visitChildren, visitSafe, visitThreeChildren, visitTwoChildren

Constructor Details

ASTPrinter

public ASTPrinter()

Method Details

exitTranslationUnit

public void exitTranslationUnit(TranslationUnit node)

visitVersionStatement

public Void visitVersionStatement(VersionStatement node)

visitFunctionDefinition

public Void visitFunctionDefinition(FunctionDefinition node)

visitEmptyDeclaration

public Void visitEmptyDeclaration(EmptyDeclaration node)

visitPragmaStatement

public Void visitPragmaStatement(PragmaStatement node)

visitExtensionStatement

public Void visitExtensionStatement(ExtensionStatement node)

exitLayoutDefaults

public void exitLayoutDefaults(LayoutDefaults node)

enterBitwiseNotExpression

public void enterBitwiseNotExpression(BitwiseNotExpression node)

enterBooleanNotExpression

public void enterBooleanNotExpression(BooleanNotExpression node)

enterDecrementPrefixExpression

public void enterDecrementPrefixExpression(DecrementPrefixExpression node)

enterGroupingExpression

public void enterGroupingExpression(GroupingExpression node)

exitGroupingExpression

public void exitGroupingExpression(GroupingExpression node)

enterIncrementPrefixExpression

public void enterIncrementPrefixExpression(IncrementPrefixExpression node)

enterNegationExpression

public void enterNegationExpression(NegationExpression node)

enterIdentityExpression

public void enterIdentityExpression(IdentityExpression node)

exitDecrementPostfixExpression

public void exitDecrementPostfixExpression(DecrementPostfixExpression node)

exitIncrementPostfixExpression

public void exitIncrementPostfixExpression(IncrementPostfixExpression node)

visitFunctionCallExpression

public Void visitFunctionCallExpression(FunctionCallExpression node)

visitMemberAccessExpression

public Void visitMemberAccessExpression(MemberAccessExpression node)

exitLengthAccessExpression

public void exitLengthAccessExpression(LengthAccessExpression node)

visitConditionExpression

public Void visitConditionExpression(ConditionExpression node)

visitSequenceExpression

public Void visitSequenceExpression(SequenceExpression node)

visitLiteralExpression

public Void visitLiteralExpression(LiteralExpression node)

visitArrayAccessExpression

public Void visitArrayAccessExpression(ArrayAccessExpression node)

visitMultiplicationExpression

public Void visitMultiplicationExpression(MultiplicationExpression node)

visitDivisionExpression

public Void visitDivisionExpression(DivisionExpression node)

visitModuloExpression

public Void visitModuloExpression(ModuloExpression node)

visitAdditionExpression

public Void visitAdditionExpression(AdditionExpression node)

visitSubtractionExpression

public Void visitSubtractionExpression(SubtractionExpression node)

visitLeftShiftExpression

public Void visitLeftShiftExpression(LeftShiftExpression node)

visitRightShiftExpression

public Void visitRightShiftExpression(RightShiftExpression node)

visitLessThanExpression

public Void visitLessThanExpression(LessThanExpression node)

visitGreaterThanExpression

public Void visitGreaterThanExpression(GreaterThanExpression node)

visitLessThanEqualExpression

public Void visitLessThanEqualExpression(LessThanEqualExpression node)

visitGreaterThanEqualExpression

public Void visitGreaterThanEqualExpression(GreaterThanEqualExpression node)

visitEqualityExpression

public Void visitEqualityExpression(EqualityExpression node)

visitInequalityExpression

public Void visitInequalityExpression(InequalityExpression node)

visitBitwiseAndExpression

public Void visitBitwiseAndExpression(BitwiseAndExpression node)

visitBitwiseXorExpression

public Void visitBitwiseXorExpression(BitwiseXorExpression node)

visitBitwiseOrExpression

public Void visitBitwiseOrExpression(BitwiseOrExpression node)

visitBooleanAndExpression

public Void visitBooleanAndExpression(BooleanAndExpression node)

visitBooleanXorExpression

public Void visitBooleanXorExpression(BooleanXorExpression node)

visitBooleanOrExpression

public Void visitBooleanOrExpression(BooleanOrExpression node)

visitAssignmentExpression

public Void visitAssignmentExpression(AssignmentExpression node)

visitMultiplicationAssignmentExpression

public Void visitMultiplicationAssignmentExpression(MultiplicationAssignmentExpression node)

visitDivisionAssignmentExpression

public Void visitDivisionAssignmentExpression(DivisionAssignmentExpression node)

visitModuloAssignmentExpression

public Void visitModuloAssignmentExpression(ModuloAssignmentExpression node)

visitAdditionAssignmentExpression

public Void visitAdditionAssignmentExpression(AdditionAssignmentExpression node)

visitSubtractionAssignmentExpression

public Void visitSubtractionAssignmentExpression(SubtractionAssignmentExpression node)

visitLeftShiftAssignmentExpression

public Void visitLeftShiftAssignmentExpression(LeftShiftAssignmentExpression node)

visitRightShiftAssignmentExpression

public Void visitRightShiftAssignmentExpression(RightShiftAssignmentExpression node)

visitBitwiseAndAssignmentExpression

public Void visitBitwiseAndAssignmentExpression(BitwiseAndAssignmentExpression node)

visitBitwiseXorAssignmentExpression

public Void visitBitwiseXorAssignmentExpression(BitwiseXorAssignmentExpression node)

visitBitwiseOrAssignmentExpression

public Void visitBitwiseOrAssignmentExpression(BitwiseOrAssignmentExpression node)

visitEmptyStatement

public Void visitEmptyStatement(EmptyStatement node)

enterCompoundStatement

public void enterCompoundStatement(CompoundStatement node)

ANTLR grammar rule: compoundStatement: LBRACE statement* RBRACE;

exitCompoundStatement

public void exitCompoundStatement(CompoundStatement node)

exitExpressionStatement

public void exitExpressionStatement(ExpressionStatement node)

visitSelectionStatement

public Void visitSelectionStatement(SelectionStatement node)

ANTLR grammar rule: selectionStatement: attribute? IF LPAREN condition = expression RPAREN ifTrue = statement ( ELSE ifFalse = statement )?;

visitSwitchStatement

public Void visitSwitchStatement(SwitchStatement node)

ANTLR grammar rule: switchStatement: attribute? SWITCH LPAREN condition = expression RPAREN compoundStatement;

enterCaseLabelStatement

public void enterCaseLabelStatement(CaseLabelStatement node)

exitCaseLabelStatement

public void exitCaseLabelStatement(CaseLabelStatement node)

visitCaseStatement

public Void visitCaseStatement(CaseStatement node)

visitDefaultStatement

public Void visitDefaultStatement(DefaultStatement node)

visitForLoopStatement

public Void visitForLoopStatement(ForLoopStatement node)

ANTLR grammar rule: * iterationCondition: expression | fullySpecifiedType IDENTIFIER ASSIGN_OP initializer; forStatement: attribute? FOR LPAREN ( emptyStatement | expressionStatement | declarationStatement ) condition = iterationCondition? SEMICOLON incrementer = expression? RPAREN loopBody = statement;

visitWhileLoopStatement

public Void visitWhileLoopStatement(WhileLoopStatement node)

ANTLR grammar rules: whileStatement: attribute? WHILE LPAREN condition = iterationCondition RPAREN loopBody = statement;

visitDoWhileLoopStatement

public Void visitDoWhileLoopStatement(DoWhileLoopStatement node)

ANTLR grammar rule: doWhileStatement: attribute? DO loopBody = statement WHILE LPAREN condition = expression RPAREN SEMICOLON;

visitContinueStatement

public Void visitContinueStatement(ContinueStatement node)

visitBreakStatement

public Void visitBreakStatement(BreakStatement node)

visitReturnStatement

public Void visitReturnStatement(ReturnStatement node)

visitDiscardStatement

public Void visitDiscardStatement(DiscardStatement node)

visitDemoteStatement

public Void visitDemoteStatement(DemoteStatement node)

visitDeclarationMember

public Void visitDeclarationMember(DeclarationMember node)

visitFunctionPrototype

public Void visitFunctionPrototype(FunctionPrototype node)

visitFunctionParameter

public Void visitFunctionParameter(FunctionParameter node)

exitFunctionDeclaration

public void exitFunctionDeclaration(FunctionDeclaration node)

ANTLR grammar rule: declaration: functionPrototype SEMICOLON # functionDeclaration | fullySpecifiedType ( declarationMembers += declarationMember ( COMMA declarationMembers += declarationMember )* )? SEMICOLON # typeAndInitDeclaration | PRECISION precisionQualifier typeSpecifier SEMICOLON # precisionDeclaration | typeQualifier blockName = IDENTIFIER structBody ( variableName = IDENTIFIER arraySpecifier? )? SEMICOLON # interfaceBlockDeclaration | typeQualifier ( variableNames += IDENTIFIER (COMMA variableNames += IDENTIFIER)* )? SEMICOLON # variableDeclaration;

visitInterfaceBlockDeclaration

public Void visitInterfaceBlockDeclaration(InterfaceBlockDeclaration node)

visitPrecisionDeclaration

public Void visitPrecisionDeclaration(PrecisionDeclaration node)

visitTypeAndInitDeclaration

public Void visitTypeAndInitDeclaration(TypeAndInitDeclaration node)

visitVariableDeclaration

public Void visitVariableDeclaration(VariableDeclaration node)

visitNestedInitializer

public Void visitNestedInitializer(NestedInitializer node)

visitInterpolationQualifier

public Void visitInterpolationQualifier(InterpolationQualifier node)

visitInvariantQualifier

public Void visitInvariantQualifier(InvariantQualifier node)

visitLayoutQualifier

public Void visitLayoutQualifier(LayoutQualifier node)

visitNamedLayoutQualifierPart

public Void visitNamedLayoutQualifierPart(NamedLayoutQualifierPart node)

visitSharedLayoutQualifierPart

public Void visitSharedLayoutQualifierPart(SharedLayoutQualifierPart node)

visitPreciseQualifier

public Void visitPreciseQualifier(PreciseQualifier node)

visitPrecisionQualifier

public Void visitPrecisionQualifier(PrecisionQualifier node)

visitStorageQualifier

public Void visitStorageQualifier(StorageQualifier node)

visitTypeQualifier

public Void visitTypeQualifier(TypeQualifier node)

visitArraySpecifier

public Void visitArraySpecifier(ArraySpecifier node)

exitTypeSpecifier

public void exitTypeSpecifier(TypeSpecifier node)

visitBuiltinFixedTypeSpecifier

public Void visitBuiltinFixedTypeSpecifier(BuiltinFixedTypeSpecifier node)

visitBuiltinNumericTypeSpecifier

public Void visitBuiltinNumericTypeSpecifier(BuiltinNumericTypeSpecifier node)

visitStructBody

public Void visitStructBody(StructBody node)

visitStructDeclarator

public Void visitStructDeclarator(StructDeclarator node)

visitStructMember

public Void visitStructMember(StructMember node)

visitStructSpecifier

public Void visitStructSpecifier(StructSpecifier node)

visitFullySpecifiedType

public Void visitFullySpecifiedType(FullySpecifiedType node)

visitIterationConditionInitializer

public Void visitIterationConditionInitializer(IterationConditionInitializer node)

visitIdentifier

public Void visitIdentifier(Identifier node)