Lexer (fantomas)

Lexer Module

Namespace: Fantomas.FCS
Assembly: Fantomas.FCS.dll

Functions and values

Function or value	Description
`comment cargs skip lexbuf` Full Usage: `comment cargs skip lexbuf` Parameters: cargs : `BlockCommentArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	Rule comment cargs : `BlockCommentArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`endline cont args skip lexbuf` Full Usage: `endline cont args skip lexbuf` Parameters: cont : `LexerEndlineContinuation` args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	Rule endline cont : `LexerEndlineContinuation` args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`extendedInterpolatedString sargs skip lexbuf` Full Usage: `extendedInterpolatedString sargs skip lexbuf` Parameters: sargs : `LexerStringArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	Rule extendedInterpolatedString sargs : `LexerStringArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`ifdefSkip n m args skip lexbuf` Full Usage: `ifdefSkip n m args skip lexbuf` Parameters: n : `int` m : `range` args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	Rule ifdefSkip n : `int` m : `range` args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`mlOnly m args skip lexbuf` Full Usage: `mlOnly m args skip lexbuf` Parameters: m : `range` args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	Rule mlOnly m : `range` args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`singleLineComment cargs skip lexbuf` Full Usage: `singleLineComment cargs skip lexbuf` Parameters: cargs : `SingleLineCommentArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	Rule singleLineComment cargs : `SingleLineCommentArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`singleQuoteString sargs skip lexbuf` Full Usage: `singleQuoteString sargs skip lexbuf` Parameters: sargs : `LexerStringArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	Rule singleQuoteString sargs : `LexerStringArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`stringInComment n m args skip lexbuf` Full Usage: `stringInComment n m args skip lexbuf` Parameters: n : `int` m : `range` args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	Rule stringInComment n : `int` m : `range` args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`token args skip lexbuf` Full Usage: `token args skip lexbuf` Parameters: args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	Rule token args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`tripleQuoteString sargs skip lexbuf` Full Usage: `tripleQuoteString sargs skip lexbuf` Parameters: sargs : `LexerStringArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	Rule tripleQuoteString sargs : `LexerStringArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`tripleQuoteStringInComment n m args skip lexbuf` Full Usage: `tripleQuoteStringInComment n m args skip lexbuf` Parameters: n : `int` m : `range` args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	Rule tripleQuoteStringInComment n : `int` m : `range` args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`verbatimString sargs skip lexbuf` Full Usage: `verbatimString sargs skip lexbuf` Parameters: sargs : `LexerStringArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	Rule verbatimString sargs : `LexerStringArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`verbatimStringInComment n m args skip lexbuf` Full Usage: `verbatimStringInComment n m args skip lexbuf` Parameters: n : `int` m : `range` args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	Rule verbatimStringInComment n : `int` m : `range` args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`