Uses of Class
eu.bandm.tools.ramus.runtime2.Parser

Packages that use Parser

Package	Description
eu.bandm.tools.ramus.runtime2

Uses of Parser in eu.bandm.tools.ramus.runtime2

Methods in eu.bandm.tools.ramus.runtime2 that return Parser

Modifier and Type	Method and Description
Parser<D,T>	Parser.andThen(Parser<D,T> other) Follows the behavior of this parser sequentially with another.
Parser<D,T>	Parser.andThenCombining(Parser<D,T> other, Action.BiContinuation<Data,Data,Data,SimpleMessage<D>,State> combiner) Follows the behavior of this parser sequentially with another, combining the result values.
Parser<D,T>	Parser.assigning(Object key) Adds the assignment of the result value to a semantic variable to the behavior of this parser.
static <D,T> Parser<D,T>	Parser.choice(Parser<D,T>... alts) Alternates the behavior of several parsers in nondeterministic choice.
Parser<D,T>	Parser.collecting() Adds the collecting of the result value in a sequence to the behavior of this parser.
Parser<D,T>	Parser.compile()
static <D,T> Parser<D,T>	Parser.constant(Data value) Returns a parser that succeeds and sets the result to the given value, consuming no tokens.
Parser<D,T>	Parser.diagnose(Function<? super Parser.Input<D,T>,? extends SimpleMessage<D>>... msgs)
Parser<D,T>	Parser.diagnose(SimpleMessage<D>... msgs) Add diagnostic messages to the behavior of this parser.
static <D,T> Parser<D,T>	Parser.endInterval() Returns a parser that sets the result value to the token location before the current input state.
static <D,T> Parser<D,T>	Parser.fail() Returns a parser that fails immediately.
static <D,T> Parser<D,T>	Parser.fix(UnaryOperator<Parser<D,T>> loop) Computes the fixpoint of a recursive parser definition.
Parser<D,T>	AbstractExpression.getSyntax()
Parser<D,T>	Parser.guard(Predicate<State> condition, Function<State,List<SimpleMessage<D>>> error)
static <D,T> Parser<D,T>	Parser.id() Returns a parser that succeeds with no effect, consuming no tokens.
static <D,T> Parser<D,T>	Parser.ifThenElse(Predicate<Parser.Token<D,T>> condition, Parser<D,T> thenBranch, Parser<D,T> elseBranch) Alternates the behavior of two parsers in deterministic choice, depending on the next input token.
Parser<D,T>	Parser.ignoringResult() Removes the setting of the result value from the semantic effect of this parser.
static <D,T> Parser<D,T>	Parser.lookbehind(Predicate<Parser.Token<D,T>> match)
static <D,T> Parser<D,T>	Parser.lookbehind(Set<T> types)
static <D,T> Parser<D,T>	Parser.lookbehind(T... types)
static <D,T> Parser<D,T>	Parser.lookup(Map<T,Parser<D,T>> alts) Alternates the behavior of several parsers in deterministic choice, depending on the next input token.
static <D,T> Parser<D,T>	Parser.lookup(Map<T,Parser<D,T>> alts, Parser<D,T> otherwise) Alternates the behavior of several parsers in deterministic choice, depending on the next input token.
Parser<D,T>	Parser.map(Function<Data,Data> transform) Adds a final transformation of the result value to the behavior of this parser.
Parser<D,T>	Parser.negate() Returns a parser that succeeds if this parser fails, and vice versa.
Parser<D,T>	Parser.optional(Parser.Pragma... pragmas) Returns a parser that behaves like this parser, or alternatively does nothing.
Parser<D,T>	Parser.optionalTagged(Parser.Pragma... pragmas) Returns a parser that behaves like this parser, or alternatively does nothing, setting a corresponding result value.
Parser<D,T>	Parser.optionalTagged(Parser<D,T> defaultBranch, Parser.Pragma... pragmas)
Parser<D,T>	Parser.orElse(Parser<D,T> other) Alternates the behavior of this parser with another in nondeterministic choice.
default <T> Parser<D,T>	Reducer.Constructor6.parse(AbstractExpression<D,T,? extends A1> arg1, AbstractExpression<D,T,? extends A2> arg2, AbstractExpression<D,T,? extends A3> arg3, AbstractExpression<D,T,? extends A4> arg4, AbstractExpression<D,T,? extends A5> arg5, AbstractExpression<D,T,? extends A6> arg6)
default <T> Parser<D,T>	Reducer.Constructor7.parse(AbstractExpression<D,T,? extends A1> arg1, AbstractExpression<D,T,? extends A2> arg2, AbstractExpression<D,T,? extends A3> arg3, AbstractExpression<D,T,? extends A4> arg4, AbstractExpression<D,T,? extends A5> arg5, AbstractExpression<D,T,? extends A6> arg6, AbstractExpression<D,T,? extends A7> arg7)
default <T> Parser<D,T>	Reducer.Constructor1.parse(Fragment<D,T,? extends A1> arg1)
default <T> Parser<D,T>	Reducer.Constructor2.parse(Fragment<D,T,? extends A1> arg1, Fragment<D,T,? extends A2> arg2)
default <T> Parser<D,T>	Reducer.Constructor3.parse(Fragment<D,T,? extends A1> arg1, Fragment<D,T,? extends A2> arg2, Fragment<D,T,? extends A3> arg3)
default <T> Parser<D,T>	Reducer.Constructor4.parse(Fragment<D,T,? extends A1> arg1, Fragment<D,T,? extends A2> arg2, Fragment<D,T,? extends A3> arg3, Fragment<D,T,? extends A4> arg4)
default <T> Parser<D,T>	Reducer.Constructor5.parse(Fragment<D,T,? extends A1> arg1, Fragment<D,T,? extends A2> arg2, Fragment<D,T,? extends A3> arg3, Fragment<D,T,? extends A4> arg4, Fragment<D,T,? extends A5> arg5)
Parser<D,T>	Parser.plus(Parser.Pragma... pragmas) Returns a parser that behaves as the sequential iteration of this parser, one or more times.
Parser<D,T>	Parser.plusSequence(Parser.Pragma... pragmas) Returns a parser that behaves as the sequential iteration of this parser, one or more times, and collects the result values in a sequence.
Parser<D,T>	Parser.plusSequence(Parser<D,T> separator, Parser.Pragma... pragmas) Returns a parser that behaves as the sequential iteration of this parser, one or more times, interspersed with a separator parser, and collects the result values in a sequence.
Parser<D,T>	Parser.postprocess(Action.Continuation<State,State,SimpleMessage<D>,State> cont) Appends an ad-hoc continuation to the semantic effect of this parser.
Parser<D,T>	Parser.postprocess(Action.Continuation<State,State,SimpleMessage<D>,State> cont, int complexity) Appends an ad-hoc continuation to the semantic effect of this parser.
Parser<D,T>	Parser.postprocess(Update<SimpleMessage<D>> effect) Appends to the semantic effect of this parser.
static <D,T> Parser<D,T>	Parser.sequence(Parser<D,T>... elems) Combines the behavior of several parsers sequentially.
Parser<D,T>	Parser.star(Parser.Pragma... pragmas) Returns a parser that behaves as the sequential iteration of this parser, zero or more times.
Parser<D,T>	Parser.starSequence(Parser.Pragma... pragmas) Returns a parser that behaves as the sequential iteration of this parser, zero or more times, and collects the result values in a sequence.
Parser<D,T>	Parser.starSequence(Parser<D,T> separator, Parser.Pragma... pragmas) Returns a parser that behaves as the sequential iteration of this parser, zero or more times, interspersed with a separator parser, and collects the result values in a sequence.
static <D,T> Parser<D,T>	Parser.startCollection() Returns a parser that succeeds and sets the result to the empty sequence, consuming no tokens.
static <D,T> Parser<D,T>	Parser.startInterval() Returns a parser that sets the result value to the token location at the current input state.
static <D,T> Parser<D,T>	Parser.succeed(Function<? super Parser.Input<D,T>,? extends Update<SimpleMessage<D>>> effect) Returns a parser that succeeds with the given state-dependent effect, consuming no tokens.
static <D,T> Parser<D,T>	Parser.succeed(Update<SimpleMessage<D>> effect) Returns a parser that succeeds with the given effect, consuming no tokens.
static <D,T> Parser<D,T>	Parser.terminal(Predicate<Parser.Token<D,T>> match) Returns a parser that consumes a single token matching a given predicate.
static <D,T> Parser<D,T>	Parser.terminal(Predicate<Parser.Token<D,T>> match, Optional<Set<T>> firstSet, @Opt String description) Returns a parser that consumes a single token matching a given predicate.
static <D,T> Parser<D,T>	Parser.terminal(T type) Returns a parser that consumes a single token of a given type.
static <D,T> Parser<D,T>	Parser.terminal(T type, Predicate<? super String> text) Returns a parser that consumes a single token of a given type and text.
static <D,T> Parser<D,T>	Parser.TRACE(String msg)
Parser<D,T>	Parser.withScope(Fragment... fragments) Wraps the behavior of this parser in a local scope for a set of semantic variables bound by grammar fragments.
Parser<D,T>	Parser.withScope(Map<Object,? extends Data> initializers) Wraps the behavior of this parser in a local scope for a set of semantic variables.
Parser<D,T>	Parser.withScope(Object key, Data initializer) Wraps the behavior of this parser in a local scope for a semantic variable.

Methods in eu.bandm.tools.ramus.runtime2 with parameters of type Parser

Modifier and Type	Method and Description
Parser<D,T>	Parser.andThen(Parser<D,T> other) Follows the behavior of this parser sequentially with another.
Parser<D,T>	Parser.andThenCombining(Parser<D,T> other, Action.BiContinuation<Data,Data,Data,SimpleMessage<D>,State> combiner) Follows the behavior of this parser sequentially with another, combining the result values.
Expression<D,T,A>	Expression.append(Parser<D,T> suffix)
static <D,T> Parser<D,T>	Parser.choice(Parser<D,T>... alts) Alternates the behavior of several parsers in nondeterministic choice.
protected <D,T> void	ParserCompilationContext.compile(Parser<D,T> parser)
static <D,T,A> Expression<D,T,A>	Expression.constant(Parser<D,T> syntax, A value)
static <D,T> Expression<D,T,Content<D,T>>	Expression.content(Parser<D,T> syntax)
static <D,T> Parser<D,T>	Parser.ifThenElse(Predicate<Parser.Token<D,T>> condition, Parser<D,T> thenBranch, Parser<D,T> elseBranch) Alternates the behavior of two parsers in deterministic choice, depending on the next input token.
static <D,T> Parser<D,T>	Parser.ifThenElse(Predicate<Parser.Token<D,T>> condition, Parser<D,T> thenBranch, Parser<D,T> elseBranch) Alternates the behavior of two parsers in deterministic choice, depending on the next input token.
static <D,T> Parser<D,T>	Parser.lookup(Map<T,Parser<D,T>> alts, Parser<D,T> otherwise) Alternates the behavior of several parsers in deterministic choice, depending on the next input token.
Parser<D,T>	Parser.optionalTagged(Parser<D,T> defaultBranch, Parser.Pragma... pragmas)
Parser<D,T>	Parser.orElse(Parser<D,T> other) Alternates the behavior of this parser with another in nondeterministic choice.
Expression<D,T,List<A>>	Expression.plus(Parser<D,T> sep, Parser.Pragma... pragmas)
Parser<D,T>	Parser.plusSequence(Parser<D,T> separator, Parser.Pragma... pragmas) Returns a parser that behaves as the sequential iteration of this parser, one or more times, interspersed with a separator parser, and collects the result values in a sequence.
Expression<D,T,A>	Expression.prepend(Parser<D,T> prefix)
static <D,T> Parser<D,T>	Parser.sequence(Parser<D,T>... elems) Combines the behavior of several parsers sequentially.
Expression<D,T,List<A>>	Expression.star(Parser<D,T> sep, Parser.Pragma... pragmas)
Parser<D,T>	Parser.starSequence(Parser<D,T> separator, Parser.Pragma... pragmas) Returns a parser that behaves as the sequential iteration of this parser, zero or more times, interspersed with a separator parser, and collects the result values in a sequence.
static <D,T> Expression<D,T,Void>	Expression.unit(Parser<D,T> syntax)
Expression<D,T,A>	Expression.wrap(Parser<D,T> prefix, Parser<D,T> suffix)
Expression<D,T,A>	Expression.wrap(Parser<D,T> prefix, Parser<D,T> suffix)

Method parameters in eu.bandm.tools.ramus.runtime2 with type arguments of type Parser

Modifier and Type	Method and Description
static <D,T> Parser<D,T>	Parser.fix(UnaryOperator<Parser<D,T>> loop) Computes the fixpoint of a recursive parser definition.
static <D,T> Parser<D,T>	Parser.lookup(Map<T,Parser<D,T>> alts) Alternates the behavior of several parsers in deterministic choice, depending on the next input token.
static <D,T> Parser<D,T>	Parser.lookup(Map<T,Parser<D,T>> alts, Parser<D,T> otherwise) Alternates the behavior of several parsers in deterministic choice, depending on the next input token.
Expression<D,T,A>	Expression.mapSyntax(Function<? super Parser<D,T>,? extends Parser<D,T>> fun)
Expression<D,T,A>	Expression.mapSyntax(Function<? super Parser<D,T>,? extends Parser<D,T>> fun)

Constructors in eu.bandm.tools.ramus.runtime2 with parameters of type Parser

Constructor and Description
AbstractExpression(Parser<D,T> syntax, Data.View<A> semantics, State.Projection projection)
Expression(Parser<D,T> syntax, Data.View<A> semantics)
Fragment(Object key, Data initialValue, Parser<D,T> syntax, Data.View<A> semantics)
Fragment(Object key, Parser<D,T> syntax, Data.View<A> semantics)