Uses of Class
edu.jmu.decaf.Token

Uses of Token in edu.jmu.decaf

Methods in edu.jmu.decaf that return Token

Modifier and Type	Method and Description
Token	DecafLexer.nextToken(StringBuffer text) Extract a token from the given buffer.

Methods in edu.jmu.decaf that return types with arguments of type Token

Modifier and Type	Method and Description
Queue<Token>	DecafLexer.lex(BufferedReader input, String filename) Perform lexical analysis, converting Decaf source code into a stream of Token objects.
Queue<Token>	MyDecafLexer.lex(BufferedReader input, String filename) Perform lexical analysis, converting Decaf source code into a stream of Token objects.
Queue<Token>	DecafLexer.lex(File file) Perform lexical analysis, converting Decaf source code into a stream of Token objects.
Queue<Token>	DecafLexer.lex(InputStream input) Perform lexical analysis, converting Decaf source code into a stream of Token objects.
Queue<Token>	DecafLexer.lex(String text) Perform lexical analysis, converting Decaf source code into a stream of Token objects.

Method parameters in edu.jmu.decaf with type arguments of type Token

Modifier and Type	Method and Description
void	DecafParser.consumeNextToken(Queue<Token> tokens) Discard the next token.
SourceInfo	DecafParser.getCurrentSourceInfo(Queue<Token> tokens) Retrieve the source info associated with the token at the head of the queue.
boolean	DecafParser.isNextToken(Queue<Token> tokens, Token.Type type) Returns true if and only if the head of the queue is a token of the expected type.
boolean	MyDecafParser.isNextTokenBinOp(Queue<Token> tokens, int level)
boolean	DecafParser.isNextTokenKeyword(Queue<Token> tokens, String keyword) Returns true if and only if the head of the queue is a keyword token with the expected text.
boolean	DecafParser.isNextTokenSymbol(Queue<Token> tokens, String symbol) Returns true if and only if the head of the queue is a symbol token with the expected text.
void	DecafParser.matchKeyword(Queue<Token> tokens, String keyword) Match and discard the given keyword from the head of the token queue.
void	DecafParser.matchSymbol(Queue<Token> tokens, String symbol) Match and discard the given symbol from the head of the token queue.
ASTProgram	MyDecafParser.parse(Queue<Token> tokens) Top-level parsing routine.
ASTProgram	DecafParser.parse(Queue<Token> tokens) Perform syntax analysis, converting a stream of Token objects into an ASTProgram.
ASTExpression	MyDecafParser.parseBaseExpr(Queue<Token> tokens)
ASTBinaryExpr.BinOp	MyDecafParser.parseBinaryOperator(Queue<Token> tokens)
ASTExpression	MyDecafParser.parseBinExpr(Queue<Token> tokens, int level)
ASTBlock	MyDecafParser.parseBlock(Queue<Token> tokens)
ASTExpression	MyDecafParser.parseExpression(Queue<Token> tokens)
ASTFunction	MyDecafParser.parseFunction(Queue<Token> tokens)
String	MyDecafParser.parseID(Queue<Token> tokens)
int	MyDecafParser.parseInt(Queue<Token> tokens)
ASTLiteral	MyDecafParser.parseLiteral(Queue<Token> tokens)
ASTExpression	MyDecafParser.parseNegExpr(Queue<Token> tokens)
ASTExpression	MyDecafParser.parseNotExpr(Queue<Token> tokens)
ASTFunction.Parameter	MyDecafParser.parseParameter(Queue<Token> tokens)
ASTProgram	MyDecafParser.parseProgram(Queue<Token> tokens) LL(1) parsing routine for the Program non-terminal.
ASTStatement	MyDecafParser.parseStatement(Queue<Token> tokens)
ASTNode.DataType	MyDecafParser.parseType(Queue<Token> tokens)
ASTUnaryExpr.UnaryOp	MyDecafParser.parseUnaryOperator(Queue<Token> tokens)
ASTVariable	MyDecafParser.parseVariable(Queue<Token> tokens)