Uses of Class
xtc.parser.Sequence

Packages that use Sequence

Package	Description
xtc.parser

Uses of Sequence in xtc.parser

Fields in xtc.parser declared as Sequence

Modifier and Type	Field and Description
protected Sequence	Annotator.Rewriter.alternative The current top-level alternative.
protected Sequence	TreeTyper.sequence The current sequence.

Fields in xtc.parser with type parameters of type Sequence

Modifier and Type	Field and Description
java.util.List<Sequence>	OrderedChoice.alternatives The ordered list of sequences.
protected java.util.List<Sequence>	Annotator.Rewriter.replacements The list of replacement sequences.
protected java.util.List<Sequence>	Annotator.sequences The elements as a list of sequences.

Methods in xtc.parser that return Sequence

Modifier and Type	Method and Description
Sequence	Sequence.add(Element e) Add the specified element to this sequence.
Sequence	Sequence.addAll(java.util.List<Element> l) Add all elements in the specified list to this sequence.
Sequence	Sequence.clear() Remove all elements from this sequence.
static Sequence	Sequence.ensure(Element e) Ensure that the specified element is a sequence.
Sequence	Analyzer.normalizePrefix(Sequence s1, Sequence s2) Normalize the specified sequences for joining with other sequences during prefix folding.
Sequence	Analyzer.normalizeTerminals(Sequence s) Normalize the specified sequence for joining with other elements during terminal optimization.
protected Sequence	Transformer.Lifter.process(Element e, boolean bound) Process the specified repeated, optional, or predicated element.
Sequence	Sequence.subSequence(int start) Create a new subsequence from the specified start index.
Sequence	Sequence.subSequence(int start, int end) Create a new subsequence for the specified indices.
Sequence	Copier.visit(Sequence s) Copy the specified sequence.

Methods in xtc.parser with parameters of type Sequence

Modifier and Type	Method and Description
protected NonTerminal	ChoiceExpander.candidate(Sequence alternative, boolean top) Determine whether the specified alternative is a candidate for replacement.
static java.util.List<Binding>	Properties.getFormatting(Sequence s) Get the value of the formatting property.
boolean	Analyzer.hasTerminalPrefix(Sequence s) Determine whether the specified sequence starts with terminals that can be optimized.
boolean	Analyzer.haveCommonPrefix(Sequence s1, Sequence s2) Determine whether the specified sequences start with prefixes that can be folded.
static boolean	DirectLeftRecurser.isBase(Sequence s, FullProduction p) Determine whether the specified sequence represents a base case for a direct left-recursion.
static boolean	DirectLeftRecurser.isRecursive(Sequence s, FullProduction p) Determine whether the specified sequence is directly left-recursive.
Element	Analyzer.joinPrefixes(Sequence source, Element target) Join the specified sequence with the specified element.
Element	Analyzer.joinTerminals(Sequence source, Element target) Join the specified sequence with the specified element.
Sequence	Analyzer.normalizePrefix(Sequence s1, Sequence s2) Normalize the specified sequences for joining with other sequences during prefix folding.
Sequence	Analyzer.normalizeTerminals(Sequence s) Normalize the specified sequence for joining with other elements during terminal optimization.
protected void	Transformer.Desugarer.process(Sequence s, NonTerminal nt) Process the specified sequence.
Element	TerminalOptimizer.visit(Sequence s) Visit the specified sequence.
void	MetaDataSetter.visit(Sequence s) Analyze the specified sequence.
Element	Generifier.visit(Sequence s) Visit the specified sequence.
void	Annotator.visit(Sequence s) Visit the specified sequence.
void	Annotator.Detector.visit(Sequence s) Visit the specified sequence.
void	Annotator.Rewriter.visit(Sequence s) Visit the specified sequence.
void	TextTester.visit(Sequence s) Visit the specified sequence.
void	ValueChecker.visit(Sequence s) Visit the specified sequence.
java.lang.Boolean	EquivalenceTester.visit(Sequence s1) Visit the specified sequence.
void	Tokenizer.Tester.visit(Sequence s) Visit the specified sequence.
Element	GrammarVisitor.visit(Sequence s) Visit the specified sequence.
void	TreeExtractor.visit(Sequence s) Visit the specified sequence.
void	Transformer.Deducer.visit(Sequence s) Visit the specified sequence.
void	Transformer.Typer.visit(Sequence s) Visit the specified sequence.
Element	ElementVoider.visit(Sequence s) Visit the specified sequence.
Sequence	Copier.visit(Sequence s) Copy the specified sequence.
void	ListMaker.visit(Sequence s) Visit the specified sequence.
void	Resolver.visit(Sequence s) Analyze the specified sequence.
Element	Simplifier.visit(Sequence s) Visit the specified sequence.
Element	ChoiceExpander.visit(Sequence s) Visit the specified sequence.
void	PrettyPrinter.visit(Sequence s) Print the specified sequence.
Element	DirectLeftRecurser.visit(Sequence s) Visit the specified sequence.
void	ReachabilityChecker.visit(Sequence s) Visit the specified sequence.
java.lang.Integer	CostEstimator.visit(Sequence s) Visit the specified sequence.
void	VariantSorter.visit(Sequence s) Visit the specified sequence.
void	VariantSorter.Registrar.visit(Sequence s) Visit the specified sequence.
void	VariantSorter.Typer.visit(Sequence s) Visit the specified sequence.
void	TreeTyper.visit(Sequence s) Visit the specified sequence.
void	LeftRecurser.visit(Sequence s) Visit the specified sequence.

Method parameters in xtc.parser with type arguments of type Sequence

Modifier and Type	Method and Description
protected void	PrettyPrinter.print(java.util.List<Sequence> alternatives, java.lang.String mark) Print the specified alternatives.

Constructor parameters in xtc.parser with type arguments of type Sequence

Constructor and Description
OrderedChoice(java.util.List<Sequence> alternatives) Create a new ordered choice.