Uses of Class
org.stekikun.dolmen.codegen.DolmenInternal

Packages that use DolmenInternal

Package	Description
org.stekikun.dolmen.codegen

Uses of DolmenInternal in org.stekikun.dolmen.codegen

Fields in org.stekikun.dolmen.codegen with annotations of type DolmenInternal

Modifier and Type	Field and Description
protected LexBuffer.Position	BaseParser._jl_lastTokenEnd The end position of the last token that was consumed by the parser, or the start-of-input position if no token was consumed yet
protected LexBuffer.Position	BaseParser._jl_lastTokenStart The start position of the last token that was consumed by the parser, or the start-of-input position if no token was consumed yet
protected LexBuffer	BaseParser._jl_lexbuf The underlying lexing buffer
protected Token	BaseParser._jl_nextToken The last token read and not yet consumed, or null if the next token must be fetched from BaseParser._jl_tokens
protected int	LexBuffer.absPos Absolute position of the start of the buffer
protected int	LexBuffer.curPos Current buffer input position
protected int[]	LexBuffer.memory Memory cells
protected int	LexBuffer.startPos Buffer input position of the token start

Methods in org.stekikun.dolmen.codegen with annotations of type DolmenInternal

Modifier and Type	Method and Description
protected Token	BaseParser.eat() Consumes the next token and returns it
protected void	LexBuffer.endToken() Ends the matching of the current token
protected void	BaseParser.WithPositions.enter(int ruleSize) Enters a new rule of the grammar, with room for the locations of ruleSize production items (i.e. terminals or non-terminals)
protected char	LexBuffer.getNextChar()
protected String	LexBuffer.getSubLexeme(int start, int end)
protected char	LexBuffer.getSubLexemeChar(int pos)
protected Optional<String>	LexBuffer.getSubLexemeOpt(int start, int end)
protected Optional<Character>	LexBuffer.getSubLexemeOptChar(int pos)
protected void	BaseParser.WithPositions.leave(@Nullable String name) Reduces the current top-level rule, which means that the the stack's current top-level element is popped from the stack and its overall range is appended to the stack's new top-level element.
protected void	LexBuffer.mark(int action) Marks the current position as the last terminal state encountered
protected Token	BaseParser.peek()
protected void	BaseParser.WithPositions.rewind() Rewinds the current rule at the top of the location stack, meaning that the positions will be overwritten as new tokens are shifted.
protected int	LexBuffer.rewind() Resets the current position to the last terminal state encountered
protected void	BaseParser.WithPositions.shift(@Nullable String name) Shifts the last consumed token, which means its position will be registered on the location stack's current top-level element.
protected void	LexBuffer.startToken() Starts the matching of a new token