Interface GJVoidVisitor<A>

All Known Implementing Classes:
GJVoidDepthFirst
public interface GJVoidVisitor<A>
All GJ void visitors must implement this interface.

  • Method Summary

    Modifier and Type
    Method
    Description
    void
    visit(AdditiveExpression n, A argu)
    multiplicativeExpression -> MultiplicativeExpression() nodeListOptional -> ( ( "+" | "-" ) MultiplicativeExpression() )*
    void
    visit(ArgumentList n, A argu)
    expression -> Expression() nodeListOptional -> ( "," Expression() )*
    void
    visit(Arguments n, A argu)
    nodeToken -> "(" nodeOptional -> [ ArgumentList() ] nodeToken1 -> ")"
    void
    visit(BooleanLiteral n, A argu)
    nodeChoice -> "true" | "false"
    void
    visit(ConditionalAndExpression n, A argu)
    equalityExpression -> EqualityExpression() nodeListOptional -> ( "invalid input: '&'invalid input: '&'" EqualityExpression() )*
    void
    visit(EqualityExpression n, A argu)
    relationalExpression -> RelationalExpression() nodeListOptional -> ( ( "==" | "!
    void
    visit(Expression n, A argu)
    conditionalAndExpression -> ConditionalAndExpression() nodeListOptional -> ( "||" ConditionalAndExpression() )*
    void
    visit(FunctionCall n, A argu)
    nodeToken -> <IDENTIFIER> arguments -> Arguments()
    void
    visit(Literal n, A argu)
    nodeChoice -> <INTEGER_LITERAL> | <FLOATING_POINT_LITERAL> | <CHARACTER_LITERAL> | <STRING_LITERAL> | BooleanLiteral() | NullLiteral()
    void
    visit(MultiplicativeExpression n, A argu)
    unaryExpression -> UnaryExpression() nodeListOptional -> ( ( "*" | "/" | "%" ) UnaryExpression() )*
    void
    visit(Name n, A argu)
    nodeToken -> <IDENTIFIER> nodeListOptional -> ( "."
    void
    visit(NodeListOptional n, A argu)
     
    void
    visit(NodeList n, A argu)
     
    void
    visit(NodeOptional n, A argu)
     
    void
    visit(NodeSequence n, A argu)
     
    void
    visit(NodeToken n, A argu)
     
    void
    visit(NullLiteral n, A argu)
    nodeToken -> "null"
    void
    visit(PrimaryExpression n, A argu)
    nodeChoice -> FunctionCall() | Name() | Literal() | "(" Expression() ")"
    void
    visit(RelationalExpression n, A argu)
    additiveExpression -> AdditiveExpression() nodeListOptional -> ( ( "<" | ">" | "<=" | ">=" ) AdditiveExpression() )*
    void
    visit(TopLevelExpression n, A argu)
    expression -> Expression() nodeToken -> <EOF>
    void
    visit(UnaryExpression n, A argu)
    nodeChoice -> ( "~" | "!"

  • Method Details

    • visit

      void visit(NodeList n, A argu)

    • visit

      void visit(NodeListOptional n, A argu)

    • visit

      void visit(NodeOptional n, A argu)

    • visit

      void visit(NodeSequence n, A argu)

    • visit

      void visit(NodeToken n, A argu)

    • visit

      void visit(TopLevelExpression n, A argu)
      expression -> Expression()
nodeToken -> <EOF>

    • visit

      void visit(Expression n, A argu)
      conditionalAndExpression -> ConditionalAndExpression()
nodeListOptional -> ( "||" ConditionalAndExpression() )*

    • visit

      void visit(ConditionalAndExpression n, A argu)
      equalityExpression -> EqualityExpression()
nodeListOptional -> ( "invalid input: '&'invalid input: '&'" EqualityExpression() )*

    • visit

      void visit(EqualityExpression n, A argu)
      relationalExpression -> RelationalExpression()
nodeListOptional -> ( ( "==" | "!=" ) RelationalExpression() )*

    • visit

      void visit(RelationalExpression n, A argu)
      additiveExpression -> AdditiveExpression()
nodeListOptional -> ( ( "<" | ">" | "<=" | ">=" ) AdditiveExpression() )*

    • visit

      void visit(AdditiveExpression n, A argu)
      multiplicativeExpression -> MultiplicativeExpression()
nodeListOptional -> ( ( "+" | "-" ) MultiplicativeExpression() )*

    • visit

      void visit(MultiplicativeExpression n, A argu)
      unaryExpression -> UnaryExpression()
nodeListOptional -> ( ( "*" | "/" | "%" ) UnaryExpression() )*

    • visit

      void visit(UnaryExpression n, A argu)
      nodeChoice -> ( "~" | "!" | "-" ) UnaryExpression()
      | PrimaryExpression()

    • visit

      void visit(PrimaryExpression n, A argu)
      nodeChoice -> FunctionCall()
      | Name()
      | Literal()
      | "(" Expression() ")"

    • visit

      void visit(Name n, A argu)
      nodeToken -> <IDENTIFIER>
nodeListOptional -> ( "." <IDENTIFIER> )*

    • visit

      void visit(FunctionCall n, A argu)
      nodeToken -> <IDENTIFIER>
arguments -> Arguments()

    • visit

      void visit(Arguments n, A argu)
      nodeToken -> "("
nodeOptional -> [ ArgumentList() ]
nodeToken1 -> ")"

    • visit

      void visit(ArgumentList n, A argu)
      expression -> Expression()
nodeListOptional -> ( "," Expression() )*

    • visit

      void visit(Literal n, A argu)
      nodeChoice -> <INTEGER_LITERAL>
      | <FLOATING_POINT_LITERAL>
      | <CHARACTER_LITERAL>
      | <STRING_LITERAL>
      | BooleanLiteral()
      | NullLiteral()

    • visit

      void visit(BooleanLiteral n, A argu)
      nodeChoice -> "true"
      | "false"

    • visit

      void visit(NullLiteral n, A argu)
      nodeToken -> "null"