Lexer (fantomas)

Lexer Module

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

Nested modules

Modules	Description
Ranges

Functions and values

Function or value	Description
`_fslex_dummy ()` Full Usage: `_fslex_dummy ()` Parameters: () : `unit` Returns: `'a`	() : `unit` Returns: `'a`
`_fslex_tables` Full Usage: `_fslex_tables` Returns: `UnicodeTables`	Returns: `UnicodeTables`
`actions` Full Usage: `actions` Returns: `uint16[]`	Returns: `uint16[]`
`checkExprGreaterColonOp lexbuf` Full Usage: `checkExprGreaterColonOp lexbuf` Parameters: lexbuf : `Lexbuf`	lexbuf : `Lexbuf`
`checkExprOp lexbuf` Full Usage: `checkExprOp lexbuf` Parameters: lexbuf : `Lexbuf`	lexbuf : `Lexbuf`
`comment (arg1, arg2, arg3) skip lexbuf` Full Usage: `comment (arg1, arg2, arg3) skip lexbuf` Parameters: arg0 : `int` arg1 : `range` arg2 : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	arg0 : `int` arg1 : `range` arg2 : `LexArgs` 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`	cont : `LexerEndlineContinuation` args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`evalFloat args lexbuf` Full Usage: `evalFloat args lexbuf` Parameters: args : `LexArgs` lexbuf : `Lexbuf` Returns: `float32`	args : `LexArgs` lexbuf : `Lexbuf` Returns: `float32`
`evalIfDefExpression startPos reportLibraryOnlyFeatures langVersion strictIndentation args lookup lexed` Full Usage: `evalIfDefExpression startPos reportLibraryOnlyFeatures langVersion strictIndentation args lookup lexed` Parameters: startPos : `Position` reportLibraryOnlyFeatures : `bool` langVersion : `LanguageVersion` strictIndentation : `bool option` args : `LexArgs` lookup : `string -> bool` lexed : `string` Returns: `bool * LexerIfdefExpression`	startPos : `Position` reportLibraryOnlyFeatures : `bool` langVersion : `LanguageVersion` strictIndentation : `bool option` args : `LexArgs` lookup : `string -> bool` lexed : `string` Returns: `bool * LexerIfdefExpression`
`extendedInterpolatedString (arg1, arg2, arg3, arg4, arg5) skip lexbuf` Full Usage: `extendedInterpolatedString (arg1, arg2, arg3, arg4, arg5) skip lexbuf` Parameters: arg0 : `ByteBuffer` arg1 : `LexerStringFinisher` arg2 : `range` arg3 : `LexerStringKind` arg4 : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	arg0 : `ByteBuffer` arg1 : `LexerStringFinisher` arg2 : `range` arg3 : `LexerStringKind` arg4 : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`fail args lexbuf (arg3, arg4) dflt` Full Usage: `fail args lexbuf (arg3, arg4) dflt` Parameters: args : `LexArgs` lexbuf : `Lexbuf` arg2 : `int` arg3 : `string` dflt : `'a` Returns: `'a`	Throw a lexing error with a message args : `LexArgs` lexbuf : `Lexbuf` arg2 : `int` arg3 : `string` dflt : `'a` Returns: `'a`
`get0OXB s p l` Full Usage: `get0OXB s p l` Parameters: s : `string` p : `byref<int>` l : `int` Returns: `char`	s : `string` p : `byref<int>` l : `int` Returns: `char`
`getSign32 s p l` Full Usage: `getSign32 s p l` Parameters: s : `string` p : `byref<int>` l : `int` Returns: `int`	s : `string` p : `byref<int>` l : `int` Returns: `int`
`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`	n : `int` m : `range` args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`is0OXB s p l` Full Usage: `is0OXB s p l` Parameters: s : `string` p : `int` l : `int` Returns: `bool`	s : `string` p : `int` l : `int` Returns: `bool`
`isOXB c` Full Usage: `isOXB c` Parameters: c : `char` Returns: `bool`	c : `char` Returns: `bool`
`lexeme lexbuf` Full Usage: `lexeme lexbuf` Parameters: lexbuf : `Lexbuf` Returns: `string`	Get string from lexbuf lexbuf : `Lexbuf` Returns: `string`
`lexemeTrimBoth lexbuf n m` Full Usage: `lexemeTrimBoth lexbuf n m` Parameters: lexbuf : `Lexbuf` n : `int` m : `int` Returns: `string`	Trim n chars from both sides of lexbuf, return string lexbuf : `Lexbuf` n : `int` m : `int` Returns: `string`
`lexemeTrimLeft lexbuf n` Full Usage: `lexemeTrimLeft lexbuf n` Parameters: lexbuf : `Lexbuf` n : `int` Returns: `string`	Trim n chars from the left of lexbuf, return string lexbuf : `Lexbuf` n : `int` Returns: `string`
`lexemeTrimRight lexbuf n` Full Usage: `lexemeTrimRight lexbuf n` Parameters: lexbuf : `Lexbuf` n : `int` Returns: `string`	Trim n chars from the right of lexbuf, return string lexbuf : `Lexbuf` n : `int` Returns: `string`
`lexemeTrimRightToInt32 args lexbuf n` Full Usage: `lexemeTrimRightToInt32 args lexbuf n` Parameters: args : `LexArgs` lexbuf : `Lexbuf` n : `int` Returns: `int`	args : `LexArgs` lexbuf : `Lexbuf` n : `int` Returns: `int`
`mlOnly m args skip lexbuf` Full Usage: `mlOnly m args skip lexbuf` Parameters: m : `range` args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	m : `range` args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`parseBinaryUInt64 s` Full Usage: `parseBinaryUInt64 s` Parameters: s : `string` Returns: `uint64`	s : `string` Returns: `uint64`
`parseInt32 s` Full Usage: `parseInt32 s` Parameters: s : `string` Returns: `int`	s : `string` Returns: `int`
`parseOctalUInt64 s` Full Usage: `parseOctalUInt64 s` Parameters: s : `string` Returns: `uint64`	s : `string` Returns: `uint64`
`removeUnderscores s` Full Usage: `removeUnderscores s` Parameters: s : `string` Returns: `string`	s : `string` Returns: `string`
`shouldStartFile args lexbuf m (arg4, arg5) tok` Full Usage: `shouldStartFile args lexbuf m (arg4, arg5) tok` Parameters: args : `LexArgs` lexbuf : `Lexbuf` m : `range` arg3 : `int` arg4 : `string` tok : `'a` Returns: `'a`	args : `LexArgs` lexbuf : `Lexbuf` m : `range` arg3 : `int` arg4 : `string` tok : `'a` Returns: `'a`
`shouldStartLine args lexbuf m (arg4, arg5) tok` Full Usage: `shouldStartLine args lexbuf m (arg4, arg5) tok` Parameters: args : `LexArgs` lexbuf : `Lexbuf` m : `range` arg3 : `int` arg4 : `string` tok : `'a` Returns: `'a`	args : `LexArgs` lexbuf : `Lexbuf` m : `range` arg3 : `int` arg4 : `string` tok : `'a` Returns: `'a`
`singleLineComment (arg1, arg2, arg3, arg4, arg5) skip lexbuf` Full Usage: `singleLineComment (arg1, arg2, arg3, arg4, arg5) skip lexbuf` Parameters: arg0 : `(range * StringBuilder) option` arg1 : `int` arg2 : `range` arg3 : `range` arg4 : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	arg0 : `(range * StringBuilder) option` arg1 : `int` arg2 : `range` arg3 : `range` arg4 : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`singleQuoteString (arg1, arg2, arg3, arg4, arg5) skip lexbuf` Full Usage: `singleQuoteString (arg1, arg2, arg3, arg4, arg5) skip lexbuf` Parameters: arg0 : `ByteBuffer` arg1 : `LexerStringFinisher` arg2 : `range` arg3 : `LexerStringKind` arg4 : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	arg0 : `ByteBuffer` arg1 : `LexerStringFinisher` arg2 : `range` arg3 : `LexerStringKind` arg4 : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`startString args lexbuf` Full Usage: `startString args lexbuf` Parameters: args : `LexArgs` lexbuf : `Lexbuf` Returns: `ByteBuffer * LexerStringFinisher * range`	args : `LexArgs` lexbuf : `Lexbuf` Returns: `ByteBuffer * LexerStringFinisher * range`
`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`	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`	args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`trans` Full Usage: `trans` Returns: `uint16[] array`	Returns: `uint16[] array`
`tripleQuoteString (arg1, arg2, arg3, arg4, arg5) skip lexbuf` Full Usage: `tripleQuoteString (arg1, arg2, arg3, arg4, arg5) skip lexbuf` Parameters: arg0 : `ByteBuffer` arg1 : `LexerStringFinisher` arg2 : `range` arg3 : `LexerStringKind` arg4 : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	arg0 : `ByteBuffer` arg1 : `LexerStringFinisher` arg2 : `range` arg3 : `LexerStringKind` arg4 : `LexArgs` 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`	n : `int` m : `range` args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`
`tryAppendXmlDoc buff s` Full Usage: `tryAppendXmlDoc buff s` Parameters: buff : `(range * StringBuilder) option` s : `string`	buff : `(range * StringBuilder) option` s : `string`
`trySaveXmlDoc lexbuf buff` Full Usage: `trySaveXmlDoc lexbuf buff` Parameters: lexbuf : `LexBuffer<char>` buff : `(range * StringBuilder) option`	lexbuf : `LexBuffer<char>` buff : `(range * StringBuilder) option`
`unexpectedChar lexbuf` Full Usage: `unexpectedChar lexbuf` Parameters: lexbuf : `Lexbuf` Returns: `token`	lexbuf : `Lexbuf` Returns: `token`
`verbatimString (arg1, arg2, arg3, arg4, arg5) skip lexbuf` Full Usage: `verbatimString (arg1, arg2, arg3, arg4, arg5) skip lexbuf` Parameters: arg0 : `ByteBuffer` arg1 : `LexerStringFinisher` arg2 : `range` arg3 : `LexerStringKind` arg4 : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`	arg0 : `ByteBuffer` arg1 : `LexerStringFinisher` arg2 : `range` arg3 : `LexerStringKind` arg4 : `LexArgs` 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`	n : `int` m : `range` args : `LexArgs` skip : `bool` lexbuf : `LexBuffer<char>` Returns: `token`