Uses of Class
enumj.PipeEnumerator

Uses of PipeEnumerator in enumj

Methods in enumj that return PipeEnumerator

Modifier and Type	Method and Description
static <T> PipeEnumerator<T>	PipeEnumerator.of(Iterator<T> source) Creates a PipeEnumerator based on the given source Iterator.
protected PipeEnumerator<E>	PipeEnumerator.pushFrontFilterProcessor(Predicate<?> filter) Prepends the given filter to the existing pipeline by aggregating it with the first filters, if possible.
protected <X> PipeEnumerator<E>	PipeEnumerator.pushFrontMapProcessor(Function<? super X,?> mapper) Prepends the given mapper to the existing pipeline by aggregating it with the first mappers, if possible.
protected <X> PipeEnumerator<E>	PipeEnumerator.pushFrontProcessor(AbstractPipeMultiProcessor<? super X,?> processor) Adds the given processor to the front of the multi-pipeline.
protected <X> PipeEnumerator<E>	PipeEnumerator.pushFrontProcessor(AbstractPipeProcessor<? super X,?> processor) Adds the given processor to the front of the pipeline.
PipeEnumerator<E>	PipeEnumerator.reversedConcat(Iterator<?> elements) Prepends the given elements at the front of sources.
PipeEnumerator<E>	PipeEnumerator.reversedFilter(Predicate<?> predicate) Adds a filter processor at the front of the pipeline.
PipeEnumerator<E>	PipeEnumerator.reversedFlatMap(Function<?,? extends Iterator<?>> mapper) Adds a flat-map processor at the front of pipeline.
<X> PipeEnumerator<E>	PipeEnumerator.reversedMap(Function<? super X,?> mapper) Adds a map processor at the front of pipeline.
PipeEnumerator<E>	PipeEnumerator.reversedSkipWhile(Predicate<?> predicate) Adds a skip-while processor at the front of pipeline.
PipeEnumerator<E>	PipeEnumerator.reversedTakeWhile(Predicate<?> predicate) Adds a take-while processor at the front of pipeline.
PipeEnumerator<E>	PipeEnumerator.reversedZipAll(Iterator<?> first, List<Iterator<?>> rest) Adds a zip-all processor at the front of pipeline.
PipeEnumerator<E>	PipeEnumerator.setSource(Iterator<?> elements) Sets the source of enumeration.