Uses of Class
jjparse.Parsing.Parser

Packages that use Parsing.Parser

Package	Description
jjparse

Uses of Parsing.Parser in jjparse

Fields in jjparse declared as Parsing.Parser

Modifier and Type	Field	Description
final Parsing<Character>.Parser<Integer>	StringParsing.digit	A Parsing.Parser which parses a single digit (0 - 9).
final Parsing<Character>.Parser<Float>	StringParsing.float32	A Parsing.Parser which parses a 32-bit IEEE 754 floating point number.
final Parsing<Character>.Parser<Double>	StringParsing.float64	A Parsing.Parser which parses a 64-bit IEEE 754 floating point number.
final Parsing<Character>.Parser<String>	StringParsing.identifier	A Parsing.Parser which parses the traditional C identifier.
final Parsing<Character>.Parser<Integer>	StringParsing.int32	A Parsing.Parser which parses a signed 32-bit integer.
final Parsing<Character>.Parser<Long>	StringParsing.int64	A Parsing.Parser which parses a signed 64-bit integer.
final Parsing<Character>.Parser<BigInteger>	StringParsing.integer	A Parsing.Parser which parses a signed integer.
final Parsing<Character>.Parser<Character>	StringParsing.lowercase	A Parsing.Parser which parses a Latin lowercase letter (a - z).
final Parsing<Character>.Parser<Integer>	StringParsing.number	A Parsing.Parser which parses an unsigned 32-bit integer.
final Parsing<Character>.Parser<Character>	StringParsing.uppercase	A Parsing.Parser which parses a Latin uppercase letter (A - Z).

Methods in jjparse that return Parsing.Parser

Modifier and Type	Method	Description
final <T> Parsing<I>.Parser<T>	Parsing.abort(String message)	Constructs a Parsing.Parser that always fails with an Parsing.Abort.
final <U> Parsing<I>.Parser<Product<T,U>>	Parsing.Parser.and(Parsing<I>.Parser<U> right)	Concatenates this and the provided Parsing.Parser and returns a Product of the corresponding values on Parsing.Success.
final <U> Parsing<I>.Parser<T>	Parsing.Parser.andl(Parsing<I>.Parser<U> right)	Concatenates this and the provided Parsing.Parser but returns only the value parsed by this Parsing.Parser.
final <U> Parsing<I>.Parser<U>	Parsing.Parser.andr(Parsing<I>.Parser<U> right)	Concatenates this and the provided Parsing.Parser but returns only the value parsed by the provided one.
final Parsing<I>.Parser<T>	Parsing.Parser.between(Parsing<I>.Parser<?> left, Parsing<I>.Parser<?> right)	Creates a Parsing.Parser which parses this Parsing.Parser in between the two provided Parsing.Parsers, only returning the value of this Parsing.Parser.
final Parsing<I>.Parser<T>	Parsing.Parser.chainl(Parsing<I>.Parser<BiFunction<T,T,T>> separator, T otherwise)	Just like separate(jjparse.Parsing.Parser<?>), this method separates this Parsing.Parser using the separator Parsing.Parser.
final Parsing<I>.Parser<T>	Parsing.Parser.chainl1(Parsing<I>.Parser<BiFunction<T,T,T>> separator)	Just like separate1(jjparse.Parsing.Parser<?>), this method separates this Parsing.Parser using the separator Parsing.Parser.
final Parsing<I>.Parser<T>	Parsing.Parser.chainr(Parsing<I>.Parser<BiFunction<T,T,T>> separator, T otherwise)	Just like separate(jjparse.Parsing.Parser<?>), this method separates this Parsing.Parser using the separator Parsing.Parser.
final Parsing<I>.Parser<T>	Parsing.Parser.chainr1(Parsing<I>.Parser<BiFunction<T,T,T>> separator)	Just like separate1(jjparse.Parsing.Parser<?>), this method separates this Parsing.Parser using the separator Parsing.Parser.
Parsing<Character>.Parser<Character>	StringParsing.character(char character)	Creates a primitive Parsing.Parser that attempts to parse the provided Character.
final <T> Parsing<I>.Parser<T>	Parsing.choice(Parsing<I>.Parser<? extends T>... parsers)	Constructs a Parsing.Parser that attempts to parse the provided Parsing.Parsers in the order they are given until one of them succeeds or aborts.
final Parsing<I>.Parser<T>	Parsing.Parser.commit()	Creates a Parsing.Parser which behaves like this Parsing.Parser except that the created Parsing.Parser aborts with an Parsing.Abort when this Parsing.Parser fails with an Parsing.Error.
final <T> Parsing<I>.Parser<T>	Parsing.error(String message)	Constructs a Parsing.Parser that always fails with an Parsing.Error.
final <U> Parsing<I>.Parser<U>	Parsing.Parser.flatMap(Function<T,Parsing<I>.Parser<U>> function)	Maps this Parsing.Parser by applying the provided Function to the Parsing.Results it produces.
final <T> Parsing<I>.Parser<T>	Parsing.lazy(Supplier<Parsing<I>.Parser<? extends T>> supplier)	Constructs a new Parsing.Parser which is initialized lazy.
final <T> Parsing<I>.Parser<T>	Parsing.lift(Function<? super Input<I>,? extends Parsing<I>.Result<T>> function)	Lifts the provided Function into a Parsing.Parser.
Parsing<Character>.Parser<String>	StringParsing.literal(String literal)	Creates a primitive Parsing.Parser that attempts to parse the provided String literal.
final Parsing<I>.Parser<T>	Parsing.Parser.log(String name)	Creates a Parsing.Parser which prints additional debug output to the standard output stream.
final <U> Parsing<I>.Parser<U>	Parsing.Parser.map(Function<T,U> function)	Maps this Parsing.Parser by applying the provided Function to the Parsing.Results it produces.
final Parsing<I>.Parser<Void>	Parsing.Parser.not()	Creates a Parsing.Parser which attempts to not parse this Parsing.Parser.
final Parsing<I>.Parser<Optional<T>>	Parsing.Parser.optional()	Creates a Parsing.Parser which attempts to parse this Parsing.Parser and only fails if this Parsing.Parser aborts with an Parsing.Abort.
final Parsing<I>.Parser<T>	Parsing.Parser.or(Parsing<I>.Parser<? extends T> parser)	Creates a Parsing.Parser which first attempts to parse this Parsing.Parser and, if this Parsing.Parser fails with an Parsing.Error, attempts to parse the exact same Input with the provided Parsing.Parser.
final <T> Parsing<I>.Parser<T>	Parsing.position(Parsing<I>.Parser<Function<Input<I>.Position,T>> parser)	Constructs a new Parsing.Parser that behaves just like the given one, applying the current Input.Position to the Function returned by the provided Parsing.Parser.
Parsing<Character>.Parser<String>	StringParsing.regex(String pattern)	Creates a primitive Parsing.Parser that attempts to match the provided regular expression (which must be a valid Pattern).
final Parsing<I>.Parser<List<T>>	Parsing.Parser.repeat()	Creates a Parsing.Parser which applies this Parsing.Parser arbitrarily many, including zero, times.
final Parsing<I>.Parser<List<T>>	Parsing.Parser.repeat1()	Creates a Parsing.Parser which applies this Parsing.Parser arbitrarily many times but at least one time.
final Parsing<I>.Parser<List<T>>	Parsing.Parser.separate(Parsing<I>.Parser<?> separator)	Creates a Parsing.Parser which parses this Parsing.Parser (possibly zero times) interleaved with the provided separator Parsing.Parser, only returning the values returned by this Parsing.Parser.
final Parsing<I>.Parser<List<T>>	Parsing.Parser.separate1(Parsing<I>.Parser<?> separator)	Creates a Parsing.Parser which parses this Parsing.Parser (at least one time) interleaved with the provided separator Parsing.Parser, only returning the values returned by this Parsing.Parser.
final <T> Parsing<I>.Parser<List<T>>	Parsing.sequence(Parsing<I>.Parser<? extends T>... parsers)	Constructs a new Parsing.Parser that applies the provided Parsing.Parsers in sequence.
final <T> Parsing<I>.Parser<T>	Parsing.success(Supplier<? extends T> supplier)	Constructs a Parsing.Parser that always succeeds with a Parsing.Success.

Methods in jjparse with parameters of type Parsing.Parser

Modifier and Type	Method	Description
final <U> Parsing<I>.Parser<Product<T,U>>	Parsing.Parser.and(Parsing<I>.Parser<U> right)	Concatenates this and the provided Parsing.Parser and returns a Product of the corresponding values on Parsing.Success.
final <U> Parsing<I>.Parser<T>	Parsing.Parser.andl(Parsing<I>.Parser<U> right)	Concatenates this and the provided Parsing.Parser but returns only the value parsed by this Parsing.Parser.
final <U> Parsing<I>.Parser<U>	Parsing.Parser.andr(Parsing<I>.Parser<U> right)	Concatenates this and the provided Parsing.Parser but returns only the value parsed by the provided one.
final Parsing<I>.Parser<T>	Parsing.Parser.between(Parsing<I>.Parser<?> left, Parsing<I>.Parser<?> right)	Creates a Parsing.Parser which parses this Parsing.Parser in between the two provided Parsing.Parsers, only returning the value of this Parsing.Parser.
final Parsing<I>.Parser<T>	Parsing.Parser.chainl(Parsing<I>.Parser<BiFunction<T,T,T>> separator, T otherwise)	Just like separate(jjparse.Parsing.Parser<?>), this method separates this Parsing.Parser using the separator Parsing.Parser.
final Parsing<I>.Parser<T>	Parsing.Parser.chainl1(Parsing<I>.Parser<BiFunction<T,T,T>> separator)	Just like separate1(jjparse.Parsing.Parser<?>), this method separates this Parsing.Parser using the separator Parsing.Parser.
final Parsing<I>.Parser<T>	Parsing.Parser.chainr(Parsing<I>.Parser<BiFunction<T,T,T>> separator, T otherwise)	Just like separate(jjparse.Parsing.Parser<?>), this method separates this Parsing.Parser using the separator Parsing.Parser.
final Parsing<I>.Parser<T>	Parsing.Parser.chainr1(Parsing<I>.Parser<BiFunction<T,T,T>> separator)	Just like separate1(jjparse.Parsing.Parser<?>), this method separates this Parsing.Parser using the separator Parsing.Parser.
final <T> Parsing<I>.Parser<T>	Parsing.choice(Parsing<I>.Parser<? extends T>... parsers)	Constructs a Parsing.Parser that attempts to parse the provided Parsing.Parsers in the order they are given until one of them succeeds or aborts.
final Parsing<I>.Parser<T>	Parsing.Parser.or(Parsing<I>.Parser<? extends T> parser)	Creates a Parsing.Parser which first attempts to parse this Parsing.Parser and, if this Parsing.Parser fails with an Parsing.Error, attempts to parse the exact same Input with the provided Parsing.Parser.
final <T> Parsing<I>.Result<T>	Parsing.parse(Parsing<I>.Parser<? extends T> parser, Input<? extends I> input)	Attempts to parse the whole Input with the provided Parsing.Parser.
final <T> Parsing<I>.Parser<T>	Parsing.position(Parsing<I>.Parser<Function<Input<I>.Position,T>> parser)	Constructs a new Parsing.Parser that behaves just like the given one, applying the current Input.Position to the Function returned by the provided Parsing.Parser.
final Parsing<I>.Parser<List<T>>	Parsing.Parser.separate(Parsing<I>.Parser<?> separator)	Creates a Parsing.Parser which parses this Parsing.Parser (possibly zero times) interleaved with the provided separator Parsing.Parser, only returning the values returned by this Parsing.Parser.
final Parsing<I>.Parser<List<T>>	Parsing.Parser.separate1(Parsing<I>.Parser<?> separator)	Creates a Parsing.Parser which parses this Parsing.Parser (at least one time) interleaved with the provided separator Parsing.Parser, only returning the values returned by this Parsing.Parser.
final <T> Parsing<I>.Parser<List<T>>	Parsing.sequence(Parsing<I>.Parser<? extends T>... parsers)	Constructs a new Parsing.Parser that applies the provided Parsing.Parsers in sequence.
final <T> void	Parsing.setSkipParser(Parsing<I>.Parser<? extends T> parser)	Sets the Parsing.Parser that is used for skipping Input before another Parsing.Parser is applied.

Method parameters in jjparse with type arguments of type Parsing.Parser

Modifier and Type	Method	Description
final <U> Parsing<I>.Parser<U>	Parsing.Parser.flatMap(Function<T,Parsing<I>.Parser<U>> function)	Maps this Parsing.Parser by applying the provided Function to the Parsing.Results it produces.
final <T> Parsing<I>.Parser<T>	Parsing.lazy(Supplier<Parsing<I>.Parser<? extends T>> supplier)	Constructs a new Parsing.Parser which is initialized lazy.