Package io.trino.grammar.type

Class TypeCalculationBaseListener

java.lang.Object

io.trino.grammar.type.TypeCalculationBaseListener

All Implemented Interfaces:

TypeCalculationListener, org.antlr.v4.runtime.tree.ParseTreeListener

public class TypeCalculationBaseListener
extends Object
implements TypeCalculationListener

This class provides an empty implementation of TypeCalculationListener, which can be extended to create a listener which only needs to handle a subset of the available methods.

Constructor Summary

Constructors

Constructor	Description
TypeCalculationBaseListener()

Method Summary

Modifier and Type	Method	Description
void	enterArithmeticBinary(TypeCalculationParser.ArithmeticBinaryContext ctx)	Enter a parse tree produced by the arithmeticBinary labeled alternative in TypeCalculationParser.expression().
void	enterArithmeticUnary(TypeCalculationParser.ArithmeticUnaryContext ctx)	Enter a parse tree produced by the arithmeticUnary labeled alternative in TypeCalculationParser.expression().
void	enterBinaryFunction(TypeCalculationParser.BinaryFunctionContext ctx)	Enter a parse tree produced by the binaryFunction labeled alternative in TypeCalculationParser.expression().
void	enterBinaryFunctionName(TypeCalculationParser.BinaryFunctionNameContext ctx)	Enter a parse tree produced by TypeCalculationParser.binaryFunctionName().
void	enterEveryRule(org.antlr.v4.runtime.ParserRuleContext ctx)
void	enterIdentifier(TypeCalculationParser.IdentifierContext ctx)	Enter a parse tree produced by the identifier labeled alternative in TypeCalculationParser.expression().
void	enterNullLiteral(TypeCalculationParser.NullLiteralContext ctx)	Enter a parse tree produced by the nullLiteral labeled alternative in TypeCalculationParser.expression().
void	enterNumericLiteral(TypeCalculationParser.NumericLiteralContext ctx)	Enter a parse tree produced by the numericLiteral labeled alternative in TypeCalculationParser.expression().
void	enterParenthesizedExpression(TypeCalculationParser.ParenthesizedExpressionContext ctx)	Enter a parse tree produced by the parenthesizedExpression labeled alternative in TypeCalculationParser.expression().
void	enterTypeCalculation(TypeCalculationParser.TypeCalculationContext ctx)	Enter a parse tree produced by TypeCalculationParser.typeCalculation().
void	exitArithmeticBinary(TypeCalculationParser.ArithmeticBinaryContext ctx)	Exit a parse tree produced by the arithmeticBinary labeled alternative in TypeCalculationParser.expression().
void	exitArithmeticUnary(TypeCalculationParser.ArithmeticUnaryContext ctx)	Exit a parse tree produced by the arithmeticUnary labeled alternative in TypeCalculationParser.expression().
void	exitBinaryFunction(TypeCalculationParser.BinaryFunctionContext ctx)	Exit a parse tree produced by the binaryFunction labeled alternative in TypeCalculationParser.expression().
void	exitBinaryFunctionName(TypeCalculationParser.BinaryFunctionNameContext ctx)	Exit a parse tree produced by TypeCalculationParser.binaryFunctionName().
void	exitEveryRule(org.antlr.v4.runtime.ParserRuleContext ctx)
void	exitIdentifier(TypeCalculationParser.IdentifierContext ctx)	Exit a parse tree produced by the identifier labeled alternative in TypeCalculationParser.expression().
void	exitNullLiteral(TypeCalculationParser.NullLiteralContext ctx)	Exit a parse tree produced by the nullLiteral labeled alternative in TypeCalculationParser.expression().
void	exitNumericLiteral(TypeCalculationParser.NumericLiteralContext ctx)	Exit a parse tree produced by the numericLiteral labeled alternative in TypeCalculationParser.expression().
void	exitParenthesizedExpression(TypeCalculationParser.ParenthesizedExpressionContext ctx)	Exit a parse tree produced by the parenthesizedExpression labeled alternative in TypeCalculationParser.expression().
void	exitTypeCalculation(TypeCalculationParser.TypeCalculationContext ctx)	Exit a parse tree produced by TypeCalculationParser.typeCalculation().
void	visitErrorNode(org.antlr.v4.runtime.tree.ErrorNode node)
void	visitTerminal(org.antlr.v4.runtime.tree.TerminalNode node)

Methods inherited from class java.lang.Object

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

Constructor Details

TypeCalculationBaseListener

public TypeCalculationBaseListener()

Method Details

enterTypeCalculation

public void enterTypeCalculation(TypeCalculationParser.TypeCalculationContext ctx)

Enter a parse tree produced by TypeCalculationParser.typeCalculation().

The default implementation does nothing.

Specified by:

enterTypeCalculation in interface TypeCalculationListener

Parameters:

ctx - the parse tree

exitTypeCalculation

public void exitTypeCalculation(TypeCalculationParser.TypeCalculationContext ctx)

Exit a parse tree produced by TypeCalculationParser.typeCalculation().

The default implementation does nothing.

Specified by:

exitTypeCalculation in interface TypeCalculationListener

Parameters:

ctx - the parse tree

enterBinaryFunction

public void enterBinaryFunction(TypeCalculationParser.BinaryFunctionContext ctx)

Enter a parse tree produced by the binaryFunction labeled alternative in TypeCalculationParser.expression().

The default implementation does nothing.

Specified by:

enterBinaryFunction in interface TypeCalculationListener

Parameters:

ctx - the parse tree

exitBinaryFunction

public void exitBinaryFunction(TypeCalculationParser.BinaryFunctionContext ctx)

Exit a parse tree produced by the binaryFunction labeled alternative in TypeCalculationParser.expression().

The default implementation does nothing.

Specified by:

exitBinaryFunction in interface TypeCalculationListener

Parameters:

ctx - the parse tree

enterIdentifier

public void enterIdentifier(TypeCalculationParser.IdentifierContext ctx)

Enter a parse tree produced by the identifier labeled alternative in TypeCalculationParser.expression().

The default implementation does nothing.

Specified by:

enterIdentifier in interface TypeCalculationListener

Parameters:

ctx - the parse tree

exitIdentifier

public void exitIdentifier(TypeCalculationParser.IdentifierContext ctx)

Exit a parse tree produced by the identifier labeled alternative in TypeCalculationParser.expression().

The default implementation does nothing.

Specified by:

exitIdentifier in interface TypeCalculationListener

Parameters:

ctx - the parse tree

enterNullLiteral

public void enterNullLiteral(TypeCalculationParser.NullLiteralContext ctx)

Enter a parse tree produced by the nullLiteral labeled alternative in TypeCalculationParser.expression().

The default implementation does nothing.

Specified by:

enterNullLiteral in interface TypeCalculationListener

Parameters:

ctx - the parse tree

exitNullLiteral

public void exitNullLiteral(TypeCalculationParser.NullLiteralContext ctx)

Exit a parse tree produced by the nullLiteral labeled alternative in TypeCalculationParser.expression().

The default implementation does nothing.

Specified by:

exitNullLiteral in interface TypeCalculationListener

Parameters:

ctx - the parse tree

enterParenthesizedExpression

public void enterParenthesizedExpression(TypeCalculationParser.ParenthesizedExpressionContext ctx)

Enter a parse tree produced by the parenthesizedExpression labeled alternative in TypeCalculationParser.expression().

The default implementation does nothing.

Specified by:

enterParenthesizedExpression in interface TypeCalculationListener

Parameters:

ctx - the parse tree

exitParenthesizedExpression

public void exitParenthesizedExpression(TypeCalculationParser.ParenthesizedExpressionContext ctx)

Exit a parse tree produced by the parenthesizedExpression labeled alternative in TypeCalculationParser.expression().

The default implementation does nothing.

Specified by:

exitParenthesizedExpression in interface TypeCalculationListener

Parameters:

ctx - the parse tree

enterArithmeticBinary

public void enterArithmeticBinary(TypeCalculationParser.ArithmeticBinaryContext ctx)

Enter a parse tree produced by the arithmeticBinary labeled alternative in TypeCalculationParser.expression().

The default implementation does nothing.

Specified by:

enterArithmeticBinary in interface TypeCalculationListener

Parameters:

ctx - the parse tree

exitArithmeticBinary

public void exitArithmeticBinary(TypeCalculationParser.ArithmeticBinaryContext ctx)

Exit a parse tree produced by the arithmeticBinary labeled alternative in TypeCalculationParser.expression().

The default implementation does nothing.

Specified by:

exitArithmeticBinary in interface TypeCalculationListener

Parameters:

ctx - the parse tree

enterNumericLiteral

public void enterNumericLiteral(TypeCalculationParser.NumericLiteralContext ctx)

Enter a parse tree produced by the numericLiteral labeled alternative in TypeCalculationParser.expression().

The default implementation does nothing.

Specified by:

enterNumericLiteral in interface TypeCalculationListener

Parameters:

ctx - the parse tree

exitNumericLiteral

public void exitNumericLiteral(TypeCalculationParser.NumericLiteralContext ctx)

Exit a parse tree produced by the numericLiteral labeled alternative in TypeCalculationParser.expression().

The default implementation does nothing.

Specified by:

exitNumericLiteral in interface TypeCalculationListener

Parameters:

ctx - the parse tree

enterArithmeticUnary

public void enterArithmeticUnary(TypeCalculationParser.ArithmeticUnaryContext ctx)

Enter a parse tree produced by the arithmeticUnary labeled alternative in TypeCalculationParser.expression().

The default implementation does nothing.

Specified by:

enterArithmeticUnary in interface TypeCalculationListener

Parameters:

ctx - the parse tree

exitArithmeticUnary

public void exitArithmeticUnary(TypeCalculationParser.ArithmeticUnaryContext ctx)

Exit a parse tree produced by the arithmeticUnary labeled alternative in TypeCalculationParser.expression().

The default implementation does nothing.

Specified by:

exitArithmeticUnary in interface TypeCalculationListener

Parameters:

ctx - the parse tree

enterBinaryFunctionName

public void enterBinaryFunctionName(TypeCalculationParser.BinaryFunctionNameContext ctx)

Enter a parse tree produced by TypeCalculationParser.binaryFunctionName().

The default implementation does nothing.

Specified by:

enterBinaryFunctionName in interface TypeCalculationListener

Parameters:

ctx - the parse tree

exitBinaryFunctionName

public void exitBinaryFunctionName(TypeCalculationParser.BinaryFunctionNameContext ctx)

Exit a parse tree produced by TypeCalculationParser.binaryFunctionName().

The default implementation does nothing.

Specified by:

exitBinaryFunctionName in interface TypeCalculationListener

Parameters:

ctx - the parse tree

enterEveryRule

public void enterEveryRule(org.antlr.v4.runtime.ParserRuleContext ctx)

The default implementation does nothing.

Specified by:

enterEveryRule in interface org.antlr.v4.runtime.tree.ParseTreeListener

exitEveryRule

public void exitEveryRule(org.antlr.v4.runtime.ParserRuleContext ctx)

The default implementation does nothing.

Specified by:

exitEveryRule in interface org.antlr.v4.runtime.tree.ParseTreeListener

visitTerminal

public void visitTerminal(org.antlr.v4.runtime.tree.TerminalNode node)

The default implementation does nothing.

Specified by:

visitTerminal in interface org.antlr.v4.runtime.tree.ParseTreeListener

visitErrorNode

public void visitErrorNode(org.antlr.v4.runtime.tree.ErrorNode node)

The default implementation does nothing.

Specified by:

visitErrorNode in interface org.antlr.v4.runtime.tree.ParseTreeListener