Lex initiates the lexer against a byte array .

LexAssert assumes 'ASSERT' has already been matched .

LexAssertMessage parses an (optional) assertion error message .

LexAssignmentValue delegates to other rValue lexers .

LexCmdConfigOpt matches: name [ ! | ? | ?= VALUE ] .

LexCmdConfigOptTail matches: [-l] [--long] [<label>] ["desc"] .

LexCmdConfigShell lexes a doc block SHELL line .

LexCmdConfigUsage lexes a doc block USAGE line .

LexCmdScriptAfterLBrace finishes a script after the trailing LBrace.

LexCmdScriptMaybeLBrace lexes a script with an optional leading LBrace.

LexCmdScriptMaybeRBrace tries to match an RBrace .

LexCmdShellName lexes a command's shell .

LexDocBlockAttr lexes a doc block attribute line .

LexDocBlockDesc lexes a single dock block description line.

LexDocBlockNQString lexes a doc block comment line .

LexDQString lexes a Double-Quoted String .

LexExpectCommandName matches a dash-id or throws an error .

LexExpectNewline matches whitespace + newline or throws an error.

LexExport lexes a global OR doc block EXPORT line .

LexIgnoreNewline matches + ignores whitespace + newline .

LexMain is the primary lexer entry point .

LexMaybeBangOrQMark eats current whitespace, then emits either TokenBang, TokenMark, or TokenUnknownRune .

LexMaybeNewline eats current whitespace, then emits either TokenNewline or TokenNotNewline .

LexSQString lexes a Single-Quoted String No escapable sequences in SQuotes, not even '\'' .

LexSubCmd matches: [ '$' '(' [::print::] ')' ] .

LexVarRef matches: [ '$' '{' [A-Za-z0-9_.]* '}' ] .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

'!'.

' ]'.

'[ '.

':'.

','.

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

' ]]'.

'[[ '.

'$'.

We define our lexer tokens starting from the pre-defined START token .

' ))'.

'(( '.

We define our lexer tokens starting from the pre-defined START token .

'"'.

We define our lexer tokens starting from the pre-defined START token .

'=' | ':='.

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

'{'.

'['.

'('.

We define our lexer tokens starting from the pre-defined START token .

Meta token.

' )'.

'( '.

'?'.

?=.

'}'.

']'.

')'.

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

"'".

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

We define our lexer tokens starting from the pre-defined START token .

LexContext allows us to track additional states of the lexer .

LexFn is a lexer fun that takes a context .