Index (com.github.mariusfilip 1.0.0)

A B C D E F G H I L M N O P R S T U W Z

A

AbstractEnumerable<E> - Class in enumj: Abstract implementation of the Enumerable interface.
AbstractEnumerable() - Constructor for class enumj.AbstractEnumerable: Constructs a new AbstractEnumerable instance.
AbstractEnumerator<E> - Class in enumj: Abstract implementation of the Enumerator interface.
AbstractEnumerator() - Constructor for class enumj.AbstractEnumerator: Constructs a new AbstractEnumerator instance.
AbstractPipeMultiProcessor<T,R> - Class in enumj: Pipe processor that may produce multiple output elements for an input element.
AbstractPipeMultiProcessor(boolean, boolean) - Constructor for class enumj.AbstractPipeMultiProcessor: Constructs a new AbstractPipeMultiProcessor instance.
AbstractPipeProcessor<T,R> - Class in enumj: Pipe processor that receives an element, processes it and returns an output.
AbstractPipeProcessor(boolean, boolean) - Constructor for class enumj.AbstractPipeProcessor: Constructs a new instance of AbstractPipeProcessor.
allMatch(Predicate<? super E>) - Method in interface enumj.Enumerator: Returns whether all the elements of the current enumerator match the provided predicate.
anyMatch(Predicate<? super E>) - Method in interface enumj.Enumerator: Returns whether any elements of the current enumerator match the provided predicate.
append(E...) - Method in interface enumj.Enumerable: Appends the given elements to the end of the current Enumerable.
append(E...) - Method in interface enumj.Enumerator: Appends the provided elements to the end of the current enumerator.
apply(Enumerator<T>) - Method in class enumj.PipeOperator
ArrayEnumerator<E> - Class in enumj: Enumerator implementation for arrays.
ArrayEnumerator(E[]) - Constructor for class enumj.ArrayEnumerator: Constructs an ArrayEnumerator that enumerates over the given array.
as(Class<T>) - Method in interface enumj.Enumerable: Converts the current enumerable to another type.
as(Class<T>) - Method in interface enumj.Enumerator: Casts the current enumerator to an enumerator of a different parameter type.
asEnumerable() - Method in interface enumj.Enumerator: Returns a OnceEnumerable instance enumerating over the current enumerator.
asEnumeration() - Method in interface enumj.Enumerable: Returns an Enumeration enumerating the elements of the current Enumerable.
asEnumeration() - Method in interface enumj.Enumerator: Returns an Enumeration enumerating over the current enumerator.
asFiltered(Class<T>) - Method in interface enumj.Enumerable: Converts and filters the current enumerable to another type.
asFiltered(Class<T>) - Method in interface enumj.Enumerator: Casts the current enumerator to a different parameter type and filters the enumerated elements based on that type.
asOptional() - Method in interface enumj.Enumerator: Returns an infinite enumerator of non-empty Optional instances containing the current elements as long as they last or empty Optional instances if the current enumerator has no more elements.
asShareable() - Method in interface enumj.Enumerator: Returns a ShareableEnumerator sharing the elements of the current enumerator.
asShareable() - Method in class enumj.ShareableEnumerator
asSpliterator() - Method in interface enumj.Enumerable: Returns a Spliterator iterating the elements of the current Enumerable.
asSpliterator() - Method in interface enumj.Enumerator: Returns a sequential Spliterator iterating over the current enumerator.
asStream() - Method in interface enumj.Enumerable: Returns a Stream streaming the elements of the current Enumerable.
asStream() - Method in interface enumj.Enumerator: Returns a sequential Stream streaming over the current enumerator.
asSupplier() - Method in interface enumj.Enumerator: Returns a Supplier supplying the elements of the current enumerator.
asTolerant(Consumer<? super Exception>) - Method in interface enumj.Enumerable: Returns a tolerant Enumerable with 0 retries enumerating over the elements of the current Enumerable.
asTolerant(Consumer<? super Exception>, int) - Method in interface enumj.Enumerable: Returns a tolerant Enumerable enumerating over the elements of the current Enumerable.
asTolerant(Consumer<? super Exception>) - Method in interface enumj.Enumerator: Returns a fault-tolerant enumerator with no retries.
asTolerant(Consumer<? super Exception>, int) - Method in interface enumj.Enumerator: Returns a fault-tolerant enumerator with retries.

B

bind(Iterable<? extends E>) - Method in class enumj.LateBindingEnumerable: Binds the current LateBindingEnumerable to the given source.
bind(Iterator<? extends E>) - Method in class enumj.LateBindingEnumerator: Binds the current LateBindingEnumerator to the given source.
binding() - Method in class enumj.LateBindingEnumerable: Gets the bound Iterable source, if any.
binding() - Method in class enumj.LateBindingEnumerator: Gets the bound Iterable source, if any.

C

cached() - Method in interface enumj.Enumerable: Returns a CachedEnumerable that caches the enumerated elements.
cached(long, Consumer<CachedEnumerable<E>>) - Method in interface enumj.Enumerable: Returns a CachedEnumerable that caches the enumerated elements up to a given limit.
CachedElementWrapper<E> - Class in enumj: Wrapper of cached enumerated elements.
CachedElementWrapper(E, Supplier<Nullable<E>>, long, long, Runnable) - Constructor for class enumj.CachedElementWrapper: Constructs a CachedElementWrapper instance that wraps the given element while allowing the generation of the next element up to the given limit.
CachedEnumerable<E> - Class in enumj: Enumerable that caches the elements being enumerated.
CachedEnumerable(Enumerable<E>) - Constructor for class enumj.CachedEnumerable: Constructs a CachedEnumerable instance that caches the elements of the given source Enumerable.
CachedEnumerable(Enumerable<E>, long, Consumer<CachedEnumerable<E>>) - Constructor for class enumj.CachedEnumerable: Constructs a CachedEnumerable instance that caches the elements of the given source Enumerable up to the given limit.
CachedEnumerableState<E> - Class in enumj: Atomic composite state of CachedEnumerable.
CachedEnumerableState(Enumerable<E>, CachedEnumerable<E>, long, Consumer<CachedEnumerable<E>>) - Constructor for class enumj.CachedEnumerableState: Constructs a CachedEnumerableState containing the given source, cache size and callback.
cachedSource - Variable in class enumj.CachedEnumerableState: CachedEnumerable caching the instances of source.
CacheEnumerator<E> - Class in enumj: Enumerator over cached enumerated elements.
CacheEnumerator(Optional<CachedElementWrapper<E>>) - Constructor for class enumj.CacheEnumerator: Constructs a CacheEnumerator encapsulating an optional CachedElementWrapper.
callback - Variable in class enumj.CachedEnumerableState: Method to call when the cache limit is reached.
Checks - Class in enumj: Utility class containing check methods.
Checks() - Constructor for class enumj.Checks
ChoiceEnumerable<E> - Class in enumj: Enumerable that chooses among the elements of the given Iterator instances.
ChoiceEnumerable(Supplier<IntSupplier>, Supplier<IntUnaryOperator>, Iterable<E>, Iterable<? extends E>, List<Iterable<E>>) - Constructor for class enumj.ChoiceEnumerable: Constructs a ChoiceEnumerable instance.
ChoiceEnumerator<E> - Class in enumj: Enumerator implementation that enumerates by choosing among the elements of given source Iterator instances.
ChoiceEnumerator(IntSupplier, IntUnaryOperator, Iterator<E>, Iterator<E>, List<Iterator<E>>) - Constructor for class enumj.ChoiceEnumerator: Constructs a ChoiceEnumerator instance.
choiceOf(Supplier<IntSupplier>, Iterable<E>, Iterable<? extends E>, Iterable<? extends E>...) - Static method in interface enumj.Enumerable: Returns an Enumerable that chooses its elements from other Iterable instances.
choiceOf(Supplier<IntSupplier>, Supplier<IntUnaryOperator>, Iterable<E>, Iterable<? extends E>, Iterable<? extends E>...) - Static method in interface enumj.Enumerable: Returns an Enumerable that chooses its elements from other Iterable instances.
choiceOf(IntSupplier, Iterator<E>, Iterator<? extends E>, Iterator<? extends E>...) - Static method in interface enumj.Enumerator: Returns an enumerator that chooses elements from the provided iterators.
choiceOf(IntSupplier, IntUnaryOperator, Iterator<E>, Iterator<? extends E>, Iterator<? extends E>...) - Static method in interface enumj.Enumerator: Returns an enumerator that chooses elements from the provided iterators.
cleanup() - Method in class enumj.AbstractEnumerator: Cleans up the internals of the current enumerator when enumeration ends.
cleanup() - Method in class enumj.ArrayEnumerator
cleanup() - Method in class enumj.CacheEnumerator
cleanup() - Method in class enumj.ChoiceEnumerator
cleanup() - Method in class enumj.EnumerationEnumerator
cleanup() - Method in class enumj.IteratorEnumerator
cleanup() - Method in class enumj.LateBindingEnumerator
cleanup() - Method in class enumj.LazyEnumerator
cleanup() - Method in class enumj.PipeEnumerator
cleanup() - Method in class enumj.ShareableEnumerator
cleanup() - Method in class enumj.SharingEnumerator
cleanup() - Method in class enumj.SuppliedEnumerator
cleanup() - Method in class enumj.TolerantEnumerator
clear() - Method in class enumj.Nullable: Clear the value contained by this Nullable.
clear() - Method in class enumj.Out: Empties the output parameter.
clearOutputValue() - Method in class enumj.AbstractPipeProcessor: Clears the processed result after being returned by AbstractPipeProcessor.retrieveOutputValue().
clearOutputValue() - Method in class enumj.FilterPipeProcessor
clearOutputValue() - Method in class enumj.FlatMapPipeProcessor
clearOutputValue() - Method in class enumj.LimitPipeProcessor
clearOutputValue() - Method in class enumj.MapPipeProcessor
clearOutputValue() - Method in class enumj.SkipPipeProcessor
clearOutputValue() - Method in class enumj.SkipWhilePipeProcessor
clearOutputValue() - Method in class enumj.WhilePipeProcessor
clearOutputValue() - Method in class enumj.ZipPipeProcessor
clearSource() - Method in class enumj.EnumeratorEnumerable: Clears the internal source.
collect(Collector<? super E, A, R>) - Method in interface enumj.Enumerator: Collects the elements of the current enumerator according to the provided Collector.
concat(Iterable<? extends E>) - Method in interface enumj.Enumerable: Concatenates the given Iterable to the current Enumerable.
concat(Iterator<? extends E>) - Method in interface enumj.Enumerator: Concatenates the current enumerator with the provided Iterator.
concat(Iterable<? extends E>) - Method in interface enumj.Enumerator: Concatenates the current enumerator with the provided Iterable.
concat(Enumeration<? extends E>) - Method in interface enumj.Enumerator: Concatenates the current enumerator with the provided Enumeration.
concat(Stream<? extends E>) - Method in interface enumj.Enumerator: Concatenates the current enumerator with the provided sequential Stream.
concat(Spliterator<? extends E>) - Method in interface enumj.Enumerator: Concatenates the current enumerator with the provided sequential Spliterator.
concat(Supplier<Optional<E>>) - Method in interface enumj.Enumerator: Concatenates the current enumerator with the sequence formed of the elements supplied by the provided Supplier.
concat(Enumerable<E>, Iterable<? extends E>) - Static method in class enumj.PipeEnumerable: Concatenates the given elements to the given enumerable.
concat(Iterator<? extends E>) - Method in class enumj.PipeEnumerator
concatOn(E...) - Method in interface enumj.Enumerable: Concatenates the given elements to the current Enumerable.
concatOn(E...) - Method in interface enumj.Enumerator: Concatenates the current enumerator with the sequence formed of the provided elements
contains(E) - Method in interface enumj.Enumerator: Returns whether the current enumerator has an element equalling the provided value.
count() - Method in interface enumj.Enumerator: Returns the number of elements in the current enumerator.

D

dequeueProcessor() - Method in class enumj.PipeEnumerator: Removes the element in front of pipeline and returns the new head of pipeline.
dequeueSourceProcessors(PipeSource) - Method in class enumj.PipeEnumerator: Removes the processors of the given PipeSource from the pipeline.
dequeueSourcesUpToProcessor(AbstractPipeProcessor) - Method in class enumj.PipeEnumerator: Removes the front elements of PipeEnumerator.sources until the given AbstractPipeProcessor becomes first in pipeline.
dequeueSourceWithProcessors() - Method in class enumj.PipeEnumerator: Removes the first source in sources.
disable() - Method in class enumj.CachedEnumerable: Disables caching and returns the disabled state.
disable() - Method in class enumj.CachedEnumerableState: Gets a new CachedEnumerableState instance identical to the current one with the exception of having caching disabled.
distinct() - Method in interface enumj.Enumerable: Returns an Enumerable enumerating over the distinct elements of the current Enumerable.
distinct() - Method in interface enumj.Enumerator: Returns an enumerator containing the elements of the current enumerator in the same order by without duplicates.
distinct(Enumerable<E>) - Static method in class enumj.PipeEnumerable: Returns an Enumerable that has the same elements as the given enumerable but with duplicates removed.
distinct(Enumerator<E>, boolean) - Static method in class enumj.Reversible: Applies a Enumerator.distinct() operation upon source, in reverse if necessary.

E

elementAt(long) - Method in interface enumj.Enumerator: Returns the element at the provided index within the sequence of enumerated elements.
elementsEqual(Iterable<T>) - Method in interface enumj.Enumerable: Checks whether the current Enumerable matches element-wise the given Iterable.
elementsEqual(Iterator<T>) - Method in interface enumj.Enumerator: Returns whether the current enumerator and the provided iterator have equal elements and in the same order.
empty() - Static method in interface enumj.Enumerable: Returns an Enumerable with no elements.
empty() - Static method in interface enumj.Enumerator: Returns en enumerator with no elements.
empty() - Static method in class enumj.Nullable: Returns an empty Nullable instance.
empty() - Static method in class enumj.Out: Creates a new, empty output parameter.
enable() - Method in class enumj.CachedEnumerable: Enables caching and returns the enabled state.
enable() - Method in class enumj.CachedEnumerableState: Gets a new CachedEnumerableState instance identical to the current one with the exception of having caching enabled.
enqueueFilter(Predicate<R>) - Method in class enumj.AbstractPipeProcessor: Returns true and aggregates the given predicate to the end of existing predicates, otherwise it returns false.
enqueueFilter(Predicate<E>) - Method in class enumj.FilterPipeProcessor
enqueueFilterProcessor(Predicate<? super E>) - Method in class enumj.PipeEnumerator: Enqueues the given filter by aggregating it with the last predicates, if possible.
enqueueMap(Function<R, U>) - Method in class enumj.AbstractPipeProcessor: Returns true and aggregates the given mapper to the end of existing mappers, otherwise it returns false.
enqueueMap(Function<Out, R>) - Method in class enumj.MapPipeProcessor
enqueueMapProcessor(Function<? super E, ? extends X>) - Method in class enumj.PipeEnumerator: Enqueues the given mapper by aggregating it with the last mappers, if possible.
enqueueProcessor(AbstractPipeProcessor<? super E, ? extends X>) - Method in class enumj.PipeEnumerator: Adds the given processor to the back of the pipeline.
enqueueProcessor(AbstractPipeMultiProcessor<? super E, ? extends X>) - Method in class enumj.PipeEnumerator: Adds the given processor to the back of the multi-pipeline.
ensureLessThan(long, long, String) - Static method in class enumj.Checks: Checks whether something is less than a limit.
ensureNonEnumerating(Enumerator<?>) - Static method in class enumj.Checks: Checks that an enumerator is not enumerating.
ensureNonEnumerating(Enumerable<?>) - Static method in class enumj.Checks: Checks that an enumerable is not enumerating.
ensureNonNegative(long, String) - Static method in class enumj.Checks: Checks whether something is not negative.
ensureNotNull(T, String) - Static method in class enumj.Checks: Checks whether something is not null.
Enumerable<E> - Interface in enumj: Iterable with high composability that returns an Enumerator instance for its Iterator.
EnumerableEnumeration<E> - Class in enumj: Enumeration encapsulating an Iterator.
EnumerableEnumeration(Iterator<E>) - Constructor for class enumj.EnumerableEnumeration: Constructs a new EnumerableEnumeration instance.
enumerating() - Method in class enumj.AbstractEnumerable
enumerating() - Method in class enumj.AbstractEnumerator
enumerating() - Method in interface enumj.Enumerable: Returns whether enumerator() has been called at least once.
enumerating() - Method in interface enumj.Enumerator: Returns whether the enumerator has started enumerating.
enumerating() - Method in class enumj.IntRangeEnumerator
enumerating() - Method in class enumj.LongRangeEnumerator
EnumerationEnumerator<E> - Class in enumj: Enumerator encapsulating an Enumeration.
EnumerationEnumerator(Enumeration<E>) - Constructor for class enumj.EnumerationEnumerator: Constructs an EnumerationEnumerator instance.
enumerator() - Method in class enumj.AbstractEnumerable
enumerator() - Method in class enumj.CachedEnumerableState: Gets an Enumerator instance that enumerates over the cached elements if caching is enabled or over the source Enumerable if caching is disabled.
enumerator() - Method in interface enumj.Enumerable: Returns a new Enumerator instance that enumerates over the current Enumerable.
Enumerator<E> - Interface in enumj: Iterator with high composability.
EnumeratorEnumerable<E> - Class in enumj: Enumerable that encapsulates an enumerator.
EnumeratorEnumerable(Iterator<E>) - Constructor for class enumj.EnumeratorEnumerable: Creates a EnumeratorEnumerable instance.
enumj - package enumj: Package for highly composable iterators.
equals(Object) - Method in class enumj.Nullable
equals(Object) - Method in class enumj.Out

F

filter(Predicate<? super E>) - Method in interface enumj.Enumerable: Returns an Enumerable enumerating over the current elements satisfying the given Predicate.
filter(Predicate<? super E>) - Method in interface enumj.Enumerator: Returns an enumerator consisting of the elements of the current enumerator that match the provided predicate.
filter(Predicate<? super T>) - Method in class enumj.Nullable: If a value is present and it matches the given predicate, return a Nullable containing the value, otherwise return an empty Nullable.
filter(Enumerable<E>, Predicate<? super E>) - Static method in class enumj.PipeEnumerable: Returns an Enumerable that has the elements of the given enumerable that pass the given predicate.
filter(Predicate<? super E>) - Method in class enumj.PipeEnumerator
FilterPipeProcessor<E> - Class in enumj: Pipe processor that knows how to filter elements in the pipeline.
FilterPipeProcessor(Predicate<E>) - Constructor for class enumj.FilterPipeProcessor: Constructs a FilterPipeProcessor instance.
first() - Method in interface enumj.Enumerator: Returns the first element of the current enumerator, if any.
flatMap(Function<? super E, ? extends Iterable<? extends R>>) - Method in interface enumj.Enumerable: Returns an Enumerable enumerating over the iterables produced by applying the given mapper over the elements of the current Enumerable.
flatMap(Function<? super E, ? extends Iterator<? extends R>>) - Method in interface enumj.Enumerator: Returns an enumerator consisting of the results of replacing each enumerated element with the content of a mapped enumerator obtained by applying the provided mapper on each enumerated element.
flatMap(Function<? super T, Nullable<U>>) - Method in class enumj.Nullable: If a value is present, apply the Nullable-bearing function to it, return that result, otherwise return an empty Nullable.
flatMap(Enumerable<E>, Function<? super E, ? extends Iterable<? extends R>>) - Static method in class enumj.PipeEnumerable: Returns an Enumerable that replaces the elements of the given enumerable with the elements of the Iterable obtained by applying the given mapper on the each element.
flatMap(Function<? super E, ? extends Iterator<? extends R>>) - Method in class enumj.PipeEnumerator
FlatMapPipeProcessor<In,Out> - Class in enumj: Pipe processor that flattens sub-iterators generated by mapping enumerated elements.
FlatMapPipeProcessor(Function<In, Iterator<Out>>) - Constructor for class enumj.FlatMapPipeProcessor: Constructs a FlatMapPipeProcessor instances.
forEach(Consumer<? super E>) - Method in interface enumj.Enumerator: Performs an action on each enumerated element.

G

get() - Method in class enumj.Lazy
get() - Method in class enumj.Nullable: If a value is present in this Nullable, returns the value, otherwise throws NoSuchElementException.
get() - Method in class enumj.Out: Gets the value of the output parameter.
getElement() - Method in class enumj.CachedElementWrapper: Gets the wrapped element.
getFirstProcessor() - Method in class enumj.PipeSource: Gets the first AbstractPipeProcessor instance that processes the elements of this PipeSource.
getNext() - Method in class enumj.AbstractPipeProcessor: Returns the value of AbstractPipeProcessor.next.
getNextWrapper() - Method in class enumj.CachedElementWrapper: Gets the wrapper of the next element in the cached list, if any.
getOutputValue() - Method in class enumj.AbstractPipeProcessor: Gets the processed result produced by AbstractPipeProcessor.processInputValue(T) and clears the internal storage of it.
getSource() - Method in class enumj.AbstractPipeProcessor: Gets the value of AbstractPipeProcessor.source.
getSource() - Method in class enumj.EnumeratorEnumerable: Gets the the internal source.

H

hashCode() - Method in class enumj.Nullable
hashCode() - Method in class enumj.Out
hasMoreElements() - Method in class enumj.EnumerableEnumeration
hasNext() - Method in class enumj.AbstractEnumerator
hasNext() - Method in class enumj.IntRangeEnumerator
hasNext() - Method in class enumj.LongRangeEnumerator
hasNextNeedsValue - Variable in class enumj.AbstractPipeProcessor: Represents whether the processor needs an input value to participate to the outcome of PipeEnumerator.hasNext().
hasOutputValue() - Method in class enumj.AbstractPipeProcessor: Gets whether processing was successful and the processor has a value to yield.
hasOutputValue() - Method in class enumj.FilterPipeProcessor
hasOutputValue() - Method in class enumj.FlatMapPipeProcessor
hasOutputValue() - Method in class enumj.LimitPipeProcessor
hasOutputValue() - Method in class enumj.MapPipeProcessor
hasOutputValue() - Method in class enumj.SkipPipeProcessor
hasOutputValue() - Method in class enumj.SkipWhilePipeProcessor
hasOutputValue() - Method in class enumj.WhilePipeProcessor
hasOutputValue() - Method in class enumj.ZipPipeProcessor
hasValue() - Method in class enumj.Out: Gets whether an output parameter has been set.

I

ifPresent(Consumer<? super T>) - Method in class enumj.Nullable: Return true if a value is present, otherwise false.
ILLEGAL_ENUMERATOR_STATE - Static variable in class enumj.Messages: State of enumerator is invalid.
ILLEGAL_MULTIPLE_ENUMERATIONS - Static variable in class enumj.Messages: Multiple enumerations have been attempted.
initialize() - Method in class enumj.Lazy
internalEnumerator() - Method in class enumj.AbstractEnumerable: Yields a new Enumerator for the current Enumerable.
internalEnumerator() - Method in class enumj.CachedEnumerable
internalEnumerator() - Method in class enumj.ChoiceEnumerable
internalEnumerator() - Method in class enumj.EnumeratorEnumerable
internalEnumerator() - Method in class enumj.IterableEnumerable
internalEnumerator() - Method in class enumj.LateBindingEnumerable
internalEnumerator() - Method in class enumj.LazyEnumerable
internalEnumerator() - Method in class enumj.OnceEnumerable
internalEnumerator() - Method in class enumj.PipeEnumerable
internalEnumerator() - Method in class enumj.SuppliedEnumerable
internalHasNext() - Method in class enumj.AbstractEnumerator: Returns whether the enumerator has more elements.
internalHasNext() - Method in class enumj.ArrayEnumerator
internalHasNext() - Method in class enumj.CacheEnumerator
internalHasNext() - Method in class enumj.ChoiceEnumerator
internalHasNext() - Method in class enumj.EnumerationEnumerator
internalHasNext() - Method in class enumj.IteratorEnumerator
internalHasNext() - Method in class enumj.LateBindingEnumerator
internalHasNext() - Method in class enumj.LazyEnumerator
internalHasNext() - Method in class enumj.PipeEnumerator
internalHasNext() - Method in class enumj.ShareableEnumerator
internalHasNext() - Method in class enumj.SharingEnumerator
internalHasNext() - Method in class enumj.SuppliedEnumerator
internalHasNext() - Method in class enumj.TolerantEnumerator
internalNext() - Method in class enumj.AbstractEnumerator: Returns the next enumerated element.
internalNext() - Method in class enumj.ArrayEnumerator
internalNext() - Method in class enumj.CacheEnumerator
internalNext() - Method in class enumj.ChoiceEnumerator
internalNext() - Method in class enumj.EnumerationEnumerator
internalNext() - Method in class enumj.IteratorEnumerator
internalNext() - Method in class enumj.LateBindingEnumerator
internalNext() - Method in class enumj.LazyEnumerator
internalNext() - Method in class enumj.PipeEnumerator
internalNext() - Method in class enumj.ShareableEnumerator
internalNext() - Method in class enumj.SharingEnumerator
internalNext() - Method in class enumj.SuppliedEnumerator
internalNext() - Method in class enumj.TolerantEnumerator
internalOnceOnly() - Method in class enumj.AbstractEnumerable: Gets whether the current instance may yield a Enumerator only once.
internalOnceOnly() - Method in class enumj.CachedEnumerable
internalOnceOnly() - Method in class enumj.ChoiceEnumerable
internalOnceOnly() - Method in class enumj.EnumeratorEnumerable
internalOnceOnly() - Method in class enumj.IterableEnumerable
internalOnceOnly() - Method in class enumj.LateBindingEnumerable
internalOnceOnly() - Method in class enumj.LazyEnumerable
internalOnceOnly() - Method in class enumj.OnceEnumerable
internalOnceOnly() - Method in class enumj.PipeEnumerable
internalOnceOnly() - Method in class enumj.SuppliedEnumerable
IntRangeEnumerator - Class in enumj: Enumerator and PrimitiveIterator.OfInt enumerating over a range of integers.
IntRangeEnumerator(int, int, boolean) - Constructor for class enumj.IntRangeEnumerator: Constructs an IntRangeEnumerator instance.
isDisabled() - Method in class enumj.CachedEnumerableState: Gets whether the caching is disabled.
isInactive() - Method in class enumj.AbstractPipeProcessor: Gets whether the processor does not process any more and the pipeline up to it should be discarded.
isInactive() - Method in class enumj.FilterPipeProcessor
isInactive() - Method in class enumj.FlatMapPipeProcessor
isInactive() - Method in class enumj.LimitPipeProcessor
isInactive() - Method in class enumj.MapPipeProcessor
isInactive() - Method in class enumj.SkipPipeProcessor
isInactive() - Method in class enumj.SkipWhilePipeProcessor
isInactive() - Method in class enumj.WhilePipeProcessor
isInactive() - Method in class enumj.ZipPipeProcessor
isInitialized() - Method in class enumj.Lazy: Gets whether this lazy instance has been initialised.
isPresent() - Method in class enumj.Nullable: Return true if there is a value present, otherwise false.
IterableEnumerable<E> - Class in enumj: Enumerable encapsulating an Iterable.
iterate(E, UnaryOperator<E>) - Static method in interface enumj.Enumerable: Returns an Enumerable enumerating over the elements generated by repeatedly applying the given unary operator on the given seed.
iterate(E, UnaryOperator<E>) - Static method in interface enumj.Enumerator: Returns an infinite enumerator obtained by applying repeatedly the provided unary operator.
iterator() - Method in interface enumj.Enumerable: Returns a new Iterator instance that can traverse the current Enumerable.
IteratorEnumerator<E> - Class in enumj: Enumerator encapsulating an Iterator.
IteratorEnumerator(Iterator<E>) - Constructor for class enumj.IteratorEnumerator: Creates an IteratorEnumerator instance.

L

last() - Method in interface enumj.Enumerator: Returns the last element of the current enumerator, if any.
LateBindingEnumerable<E> - Class in enumj: Enumerable whose source of elements can be defined after construction.
LateBindingEnumerable() - Constructor for class enumj.LateBindingEnumerable
LateBindingEnumerator<E> - Class in enumj: Enumerator whose source of elements can be defined after construction.
LateBindingEnumerator() - Constructor for class enumj.LateBindingEnumerator
Lazy<T> - Class in enumj: LazyInitializer that gets a Supplier to initialise with.
Lazy(Supplier<T>) - Constructor for class enumj.Lazy: Constructs a Lazy instance.
LazyEnumerable<E> - Class in enumj: Enumerable that retrieves its source of elements lazily.
LazyEnumerator<E> - Class in enumj: Enumerator that retrieves its source of elements lazily.
LazyException - Exception in enumj: RuntimeException for the use of Lazy instances.
LazyException() - Constructor for exception enumj.LazyException: Creates an empty LazyException instance.
LazyException(String) - Constructor for exception enumj.LazyException: Creates a LazyException instance with message.
LazyException(String, Throwable) - Constructor for exception enumj.LazyException: Creates a LazyException instance with message and cause.
limit - Variable in class enumj.CachedEnumerableState: Maximum size of the cache.
limit(long) - Method in interface enumj.Enumerable: Returns an Enumerable enumerating over the current elements up to the given limit.
limit(long) - Method in interface enumj.Enumerator: Returns the current enumerator truncated to the given size.
limit(Enumerable<E>, long) - Static method in class enumj.PipeEnumerable: Returns an Enumerable that limits the elements of the given enumerable to the given limit.
limit(long) - Method in class enumj.PipeEnumerator
LimitPipeProcessor<E> - Class in enumj: Pipe processor that stops enumeration once a limit is reached.
LimitPipeProcessor(long) - Constructor for class enumj.LimitPipeProcessor: Constructs a LimitPipeProcessor instance.
limitWhile(Predicate<? super E>) - Method in interface enumj.Enumerable: Returns an Enumerable enumerating over the current elements while the given predicate holds true.
limitWhile(Predicate<? super E>) - Method in interface enumj.Enumerator: Returns an enumerator enumerating over the elements of the current enumerator while stopping at the first element that does not match the provided predicate.
limitWhile(Enumerable<E>, Predicate<? super E>) - Static method in class enumj.PipeEnumerable: Returns an Enumerable that limits the elements of the given enumerable while the given predicate holds true when applied on the elements of the given enumerable.
LongRangeEnumerator - Class in enumj: Enumerator and PrimitiveIterator.OfLong enumerating over a range of long integers.
LongRangeEnumerator(long, long, boolean) - Constructor for class enumj.LongRangeEnumerator: Constructs an LongRangeEnumerator instance.

M

map(Function<? super E, ? extends R>) - Method in interface enumj.Enumerable: Returns an Enumerable enumerating over the current elements mapped by the given mapper.
map(BiFunction<? super E, ? super Long, ? extends R>) - Method in interface enumj.Enumerable: Returns an Enumerable enumerating over the current indexed elements mapped by the given mapper.
map(Function<? super E, ? extends R>) - Method in interface enumj.Enumerator: Returns an enumerator consisting of the results of applying the given function on the enumerated elements.
map(BiFunction<? super E, ? super Long, ? extends R>) - Method in interface enumj.Enumerator: Returns an enumerator consisting of the results of applying the provided function on the enumerated elements.
map(Function<? super T, ? extends U>) - Method in class enumj.Nullable: If a value is present, apply the provided mapping function to it and return a Nullable describing the result.
map(Enumerable<E>, Function<? super E, ? extends R>) - Static method in class enumj.PipeEnumerable: Returns an Enumerable that maps the elements of the given enumerable to the values mapped by mapper applied on each element and its index.
map(Enumerable<E>, BiFunction<? super E, ? super Long, ? extends R>) - Static method in class enumj.PipeEnumerable: Returns an Enumerable that maps the elements of the given enumerable to the values mapped by mapper applied on each element and its index.
map(Function<? super E, ? extends X>) - Method in class enumj.PipeEnumerator
map(Enumerator<E>, BiFunction<? super E, ? super Long, ? extends R>, boolean) - Static method in class enumj.Reversible: Applies a Enumerator.map(BiFunction) operation upon source, in reverse if necessary.
MapPipeProcessor<In,Out> - Class in enumj: Pipe processor that transforms inputs elements by mapping them to output elements.
MapPipeProcessor(Function<In, Out>) - Constructor for class enumj.MapPipeProcessor: Constructs a MapPipeProcessor instance.
max(Comparator<? super E>) - Method in interface enumj.Enumerator: Returns the maximum of the enumerated elements according to the provided comparator.
Messages - Class in enumj: Utility class containing error messages.
Messages() - Constructor for class enumj.Messages
min(Comparator<? super E>) - Method in interface enumj.Enumerator: Returns the minimum of the enumerated elements according to the provided comparator.
multiPipelineAddFirst(AbstractPipeMultiProcessor<? super X, ?>) - Method in class enumj.PipeEnumerator: Adds the given processor to the beginning of multiPipeline.
multiPipelineAddLast(AbstractPipeMultiProcessor<? super E, ? extends X>) - Method in class enumj.PipeEnumerator: Adds the given processor to the end of multiPipeLine.

N

needsValue() - Method in class enumj.AbstractPipeMultiProcessor: Gets whether the processor needs a fresh input value to produce output values.
needsValue() - Method in class enumj.FlatMapPipeProcessor
NEGATIVE_ENUMERATOR_EXPECTED_COUNT - Static variable in class enumj.Messages: Expected enumerator count is negative.
NEGATIVE_ENUMERATOR_INDEX - Static variable in class enumj.Messages: Index of enumerator is negative.
NEGATIVE_ENUMERATOR_SIZE - Static variable in class enumj.Messages: Size of enumerator is negative.
NEGATIVE_RETRIES - Static variable in class enumj.Messages: Negative number of error recovery retries.
next() - Method in class enumj.AbstractEnumerator
next() - Method in class enumj.IntRangeEnumerator
next() - Method in class enumj.LongRangeEnumerator
nextElement() - Method in class enumj.EnumerableEnumeration
nextInt() - Method in class enumj.IntRangeEnumerator
nextLong() - Method in class enumj.LongRangeEnumerator
nextOnSameSourceOnNoValue - Variable in class enumj.AbstractPipeProcessor: Represents whether the pipeline should proceed to the next element of the same source when hasOutputValue() returns false.
NO_SINGLE_ENUMERATOR_ELEMENT - Static variable in class enumj.Messages: Enumerator should have exactly one element.
noAction - Static variable in class enumj.CachedEnumerable
noneMatch(Predicate<? super E>) - Method in interface enumj.Enumerator: Returns whether no enumerated element matches the provided predicate.
NULL_ENUMERATOR_ACCUMULATOR - Static variable in class enumj.Messages: Function accumulating enumerator elements is null.
NULL_ENUMERATOR_CLASS - Static variable in class enumj.Messages: Class casting enumerator elements is null.
NULL_ENUMERATOR_COMPARATOR - Static variable in class enumj.Messages: Function comparing enumerator elements is null.
NULL_ENUMERATOR_CONSUMER - Static variable in class enumj.Messages: Procedure processing enumerator elements is null.
NULL_ENUMERATOR_GENERATOR - Static variable in class enumj.Messages: The function generating enumerator elements is null.
NULL_ENUMERATOR_HANDLER - Static variable in class enumj.Messages: Procedure handling enumeration errors is null.
NULL_ENUMERATOR_MAPPER - Static variable in class enumj.Messages: Function mapping enumerated elements is null.
NULL_ENUMERATOR_PREDICATE - Static variable in class enumj.Messages: Predicate that works upon the enumerator is null.
NULL_ENUMERATOR_SOURCE - Static variable in class enumj.Messages: Enumerator source is null.
NULL_ITERATOR - Static variable in class enumj.Messages: Iterator is null.
NULL_PIPE_PROCESSOR_OPERATOR - Static variable in class enumj.Messages: Processor operator is null.
Nullable<T> - Class in enumj: Container object which may or may not contain a value.

O

of(Iterable<E>) - Static method in interface enumj.Enumerable: Returns an Enumerable enumerating over the given Iterable source.
of(Iterator<E>) - Static method in interface enumj.Enumerable: Returns an OnceEnumerable enumerating over the given Iterator source.
of(Enumeration<E>) - Static method in interface enumj.Enumerable: Returns an OnceEnumerable enumerating over the given Enumeration.
of(Stream<E>) - Static method in interface enumj.Enumerable: Returns an OnceEnumerable enumerating over the given Stream.
of(Spliterator<E>) - Static method in interface enumj.Enumerable: Returns an OnceEnumerable enumerating over the given Spliterator.
of(Supplier<Optional<E>>) - Static method in interface enumj.Enumerable: Returns an OnceEnumerable enumerating over a sequence of elements supplied lazily.
of(E[]) - Static method in interface enumj.Enumerator: Returns an enumerator iterating over the given array.
of(Iterator<E>) - Static method in interface enumj.Enumerator: Returns an enumerator enumerating over an existing Iterator.
of(Iterable<E>) - Static method in interface enumj.Enumerator: Returns an enumerator enumerating over the elements of an existing Iterable.
of(Enumeration<E>) - Static method in interface enumj.Enumerator: Returns an enumerator enumerating over the elements of an existing Enumeration.
of(Stream<E>) - Static method in interface enumj.Enumerator: Returns an enumerator enumerating over the elements of an existing Stream.
of(Spliterator<E>) - Static method in interface enumj.Enumerator: Returns an enumerator enumerating over the elements of an existing Spliterator.
of(Supplier<Optional<E>>) - Static method in interface enumj.Enumerator: Returns an enumerator enumerating over the elements supplied by an existing Supplier.
of(Iterable<E>) - Static method in class enumj.IterableEnumerable: Constructs an Enumerable from an Iterable.
of(Iterator<T>) - Static method in class enumj.IteratorEnumerator: Constructs an Enumerator from an Iterator.
of(Supplier<? extends Iterable<E>>) - Static method in class enumj.LazyEnumerable: Creates a LazyEnumerable instance that uses source to get its source of elements.
of(Supplier<? extends Iterator<E>>) - Static method in class enumj.LazyEnumerator: Creates a LazyEnumerator instance that uses source to get its source of elements.
of(T) - Static method in class enumj.Nullable: Returns a Nullable with the specified value.
of(Optional<T>) - Static method in class enumj.Nullable: Returns a Nullable with the value of the specified Optional if any or an empty Nullable otherwise.
of(Iterable<? extends T>, Function<Enumerator<E>, Enumerator<T>>, Supplier<Boolean>) - Static method in class enumj.PipeEnumerable: Creates a PipeEnumerable instance with the given source, operator and once only flag.
of(Iterator<T>) - Static method in class enumj.PipeEnumerator: Creates a PipeEnumerator based on the given source Iterator.
of(Iterator<T>) - Static method in class enumj.PipeSource: Creates a new instance of PipeSource with the given source.
ofLateBinding(Class<E>) - Static method in interface enumj.Enumerable: Returns a LateBindingEnumerable of elements of the given type.
ofLateBinding(Class<E>) - Static method in interface enumj.Enumerator: Returns an enumerator that supports late-binding.
ofLazyEnumeration(Supplier<? extends Enumeration<E>>) - Static method in interface enumj.Enumerable: Returns an OnceEnumerable enumerating over an Enumeration supplied lazily.
ofLazyEnumeration(Supplier<? extends Enumeration<E>>) - Static method in interface enumj.Enumerator: Returns an enumerator enumerating over an Enumeration supplied lazily.
ofLazyIterable(Supplier<? extends Iterable<E>>) - Static method in interface enumj.Enumerable: Returns an Enumerable enumerating over an Iterable supplied lazily.
ofLazyIterable(Supplier<? extends Iterable<E>>) - Static method in interface enumj.Enumerator: Returns an enumerator enumerating over an Iterable supplied lazily.
ofLazyIterator(Supplier<? extends Iterator<E>>) - Static method in interface enumj.Enumerable: Returns an OnceEnumerable enumerating over an Iterator supplied lazily.
ofLazyIterator(Supplier<? extends Iterator<E>>) - Static method in interface enumj.Enumerator: Returns an enumerator enumerating over an Iterator supplied lazily.
ofLazySpliterator(Supplier<? extends Spliterator<E>>) - Static method in interface enumj.Enumerable: Returns an OnceEnumerable enumerating over a Spliterator supplied lazily.
ofLazySpliterator(Supplier<? extends Spliterator<E>>) - Static method in interface enumj.Enumerator: Returns an enumerator enumerating over a Spliterator supplied lazily.
ofLazyStream(Supplier<? extends Stream<E>>) - Static method in interface enumj.Enumerable: Returns an OnceEnumerable enumerating over a Stream supplied lazily.
ofLazyStream(Supplier<? extends Stream<E>>) - Static method in interface enumj.Enumerator: Returns an enumerator enumerating over a Stream supplied lazily.
on(E...) - Static method in interface enumj.Enumerable: Returns an Enumerable enumerating over the given elements.
on(E...) - Static method in interface enumj.Enumerator: Returns an enumerator returning the given elements.
OnceEnumerable<E> - Class in enumj: EnumeratorEnumerable that yields one enumerator only.
OnceEnumerable(Iterator<E>) - Constructor for class enumj.OnceEnumerable: Creates an OnceEnumerable instance.
onceOnly() - Method in class enumj.AbstractEnumerable
onceOnly() - Method in class enumj.CachedEnumerableState: Gets whether the source Enumerable is a once only enumerator.
onceOnly() - Method in interface enumj.Enumerable: Returns whether the enumerable may generate only one iterator or not.
onceOnly(Iterable<?>) - Static method in interface enumj.Enumerable: Returns whether the given iterable may generated only one iterator or not.
onceOnly - Variable in class enumj.PipeOperator: Lazy value indicating whether the operator can be applied only once or not.
orElse(T) - Method in class enumj.Nullable: Return the value if present, otherwise return other.
orElseGet(Supplier<? extends T>) - Method in class enumj.Nullable: Return the value if present, otherwise invoke other and return the result of that invocation.
orElseThrow(Supplier<? extends X>) - Method in class enumj.Nullable: Return the contained value, if present, otherwise throw an exception to be created by the provided supplier.
Out<T> - Class in enumj: Encapsulates output method parameters.

P

peek(Consumer<? super E>) - Method in interface enumj.Enumerable: Returns an Enumerable enumerating the current elements while feeding them to the given Consumer.
peek(Consumer<? super E>) - Method in interface enumj.Enumerator: Returns an enumerator with the same enumerated elements as the current stream, additionally performing the provided action on each enumerated element.
peek(Enumerable<E>, Consumer<? super E>) - Static method in class enumj.PipeEnumerable: Returns an Enumerable that peeks the elements of the given enumerable, applies the given action on each of them and then returns the elements unchanged.
peek(Enumerator<E>, Consumer<? super E>, boolean) - Static method in class enumj.Reversible: Applies a Enumerator.peek(Consumer) operation upon source, in reverse if necessary.
PipeEnumerable<T,E> - Class in enumj: Enumerable that support high compositionality.
PipeEnumerable(Iterable<T>, Function<Enumerator<E>, Enumerator<T>>, Supplier<Boolean>) - Constructor for class enumj.PipeEnumerable: Constructs a PipeEnumerable using a regular Iterable as a link.
PipeEnumerable(PipeEnumerable<?, T>, Function<Enumerator<E>, Enumerator<T>>, Supplier<Boolean>) - Constructor for class enumj.PipeEnumerable: Constructs a PipeEnumerable using a Enumerable as a link.
PipeEnumerator<E> - Class in enumj: Implementation of highly composable enumerators.
PipeEnumerator(Enumerator<E>) - Constructor for class enumj.PipeEnumerator: Creates a new PipeEnumerator instance based on the given source Enumerator.
PipeEnumerator() - Constructor for class enumj.PipeEnumerator: Creates a new PipeEnumerator instance with an empty internal pipeline.
PipeOperator<T,E> - Class in enumj: Function that a PipeEnumerable applies in order to constructs its Enumerator instances.
PipeOperator(Function<Enumerator<T>, Enumerator<E>>, Supplier<Boolean>) - Constructor for class enumj.PipeOperator: Creates a PipeOperator instance with the given operator and onceOnly flag.
PipeSource<E> - Class in enumj: IteratorEnumerator that acts as a source of enumerated elements for AbstractPipeProcessor instances within PipeEnumerator.pipeline.
PipeSource(Iterator<E>) - Constructor for class enumj.PipeSource: Constructs a new PipeSource instances based on the given source.
prepend(Iterable<? extends E>) - Method in interface enumj.Enumerable: Prepends the current Enumerable by the given Iterable.
prepend(Iterator<? extends E>) - Method in interface enumj.Enumerator: Prepends the current enumerator with the provided Iterator.
prepend(Iterable<? extends E>) - Method in interface enumj.Enumerator: Prepends the current enumerator with the provided Iterable.
prepend(Enumeration<? extends E>) - Method in interface enumj.Enumerator: Prepends the current enumerator with the provided Enumeration.
prepend(Stream<? extends E>) - Method in interface enumj.Enumerator: Prepends the current enumerator with the provided sequential Stream.
prepend(Spliterator<? extends E>) - Method in interface enumj.Enumerator: Prepends the current enumerator with the provided sequential Spliterator.
prepend(Supplier<Optional<E>>) - Method in interface enumj.Enumerator: Prepends the current enumerator with the sequence formed of the elements supplied by the provided Supplier.
prepend(Iterator<? extends E>) - Method in class enumj.PipeEnumerator
prependOn(E...) - Method in interface enumj.Enumerable: Prepends the current Enumerable by the given elements.
prependOn(E...) - Method in interface enumj.Enumerator: Prepends the current enumerator with the sequence formed of the provided elements.
processInputValue(T) - Method in class enumj.AbstractPipeProcessor: Processes an input value in order to return a result, if any.
processInputValue(E) - Method in class enumj.FilterPipeProcessor
processInputValue(In) - Method in class enumj.FlatMapPipeProcessor
processInputValue(E) - Method in class enumj.LimitPipeProcessor
processInputValue(In) - Method in class enumj.MapPipeProcessor
processInputValue(E) - Method in class enumj.SkipPipeProcessor
processInputValue(E) - Method in class enumj.SkipWhilePipeProcessor
processInputValue(E) - Method in class enumj.WhilePipeProcessor
processInputValue(Optional<E>) - Method in class enumj.ZipPipeProcessor
pushFrontFilter(Predicate<R>) - Method in class enumj.AbstractPipeProcessor: Returns true and aggregates the given predicate to the top of the existing predicates, otherwise it returns false.
pushFrontFilter(Predicate<E>) - Method in class enumj.FilterPipeProcessor
pushFrontFilterProcessor(Predicate<?>) - Method in class enumj.PipeEnumerator: Prepends the given filter to the existing pipeline by aggregating it with the first filters, if possible.
pushFrontMap(Function<R, U>) - Method in class enumj.AbstractPipeProcessor: Returns true and aggregates the given mapper to the top of the existing mappers, otherwise it returns false.
pushFrontMap(Function<Out, R>) - Method in class enumj.MapPipeProcessor
pushFrontMapProcessor(Function<? super X, ?>) - Method in class enumj.PipeEnumerator: Prepends the given mapper to the existing pipeline by aggregating it with the first mappers, if possible.
pushFrontProcessor(AbstractPipeProcessor<? super X, ?>) - Method in class enumj.PipeEnumerator: Adds the given processor to the front of the pipeline.
pushFrontProcessor(AbstractPipeMultiProcessor<? super X, ?>) - Method in class enumj.PipeEnumerator: Adds the given processor to the front of the multi-pipeline.

R

range(E, E, UnaryOperator<E>, Comparator<? super E>) - Static method in interface enumj.Enumerable: Returns an Enumerable enumerating over a range of elements.
range(E, E, UnaryOperator<E>, Comparator<? super E>) - Static method in interface enumj.Enumerator: Returns an enumerator enumerating over an ordered sequence between a start and an exclusive end.
rangeClosed(E, E, UnaryOperator<E>, Comparator<? super E>) - Static method in interface enumj.Enumerable: Returns an Enumerable enumerating over a range of elements.
rangeClosed(E, E, UnaryOperator<E>, Comparator<? super E>) - Static method in interface enumj.Enumerator: Returns an enumerator enumerating over an ordered sequence between a start and an inclusive end.
rangeInt(int, int) - Static method in interface enumj.Enumerable: Returns an Enumerable enumerating over a range of integers.
rangeInt(int, int) - Static method in interface enumj.Enumerator: Returns an enumerator enumerating over an integral range, upper limit excluded.
rangeIntClosed(int, int) - Static method in interface enumj.Enumerable: Returns an Enumerable enumerating over a range of integers.
rangeIntClosed(int, int) - Static method in interface enumj.Enumerator: Returns an enumerator enumerating over an integral range, upper limit included.
rangeLong(long, long) - Static method in interface enumj.Enumerable: Returns an Enumerable enumerating over a range of long integers.
rangeLong(long, long) - Static method in interface enumj.Enumerator: Returns an enumerator enumerating over an long integral range, upper limit excluded.
rangeLongClosed(long, long) - Static method in interface enumj.Enumerable: Returns an Enumerable enumerating over a range of long integers.
rangeLongClosed(long, long) - Static method in interface enumj.Enumerator: Returns an enumerator enumerating over an long integral range, upper limit included.
reduce(BinaryOperator<E>) - Method in interface enumj.Enumerator: Performs a reduction on enumerated elements using an associative accumulation function and returns the reduced value, if any.
reduce(E, BinaryOperator<E>) - Method in interface enumj.Enumerator: Performs a reduction on enumerated elements using an identity element and an associative accumulation function and returns the reduced value.
repeat(E, long) - Static method in interface enumj.Enumerable: Returns an Enumerable repeating the given element the given number of time.
repeat(E, long) - Static method in interface enumj.Enumerator: Returns an enumerator that enumerates the same element the given number of times.
repeatAll(int) - Method in interface enumj.Enumerable: Returns an Enumerable repeating all the current elements the given number of times.
repeatAll(Supplier<Iterator<E>>, long) - Static method in interface enumj.Enumerator: Returns an enumerator that enumerates over the iterator supplied lazily the given number of times.
repeatAll(int) - Method in interface enumj.Enumerator: Returns an enumerator that keeps enumerating over the current sequence, a given number of times.
repeatEach(long) - Method in interface enumj.Enumerable: Returns an Enumerable repeating each current element the given number of times.
repeatEach(int) - Method in interface enumj.Enumerator: Enumerates over the elements of the current enumerator the given number of times.
reset() - Method in class enumj.CachedEnumerable: Resets the cache and returns the new state of the current CachedEnumerable.
reset() - Method in class enumj.CachedEnumerableState: Gets a new CachedEnumerableState instance identical to the current one with the exception that it is reset.
resize(long) - Method in class enumj.CachedEnumerable: Resizes the cache to a larger limit.
resize(long) - Method in class enumj.CachedEnumerableState: Gets a new CachedEnumerableState instance identical to the current one with the exception of a greater limit.
retrieveOutputValue() - Method in class enumj.AbstractPipeProcessor: Retrieves the processed result produced by AbstractPipeProcessor.processInputValue(Object).
retrieveOutputValue() - Method in class enumj.FilterPipeProcessor
retrieveOutputValue() - Method in class enumj.FlatMapPipeProcessor
retrieveOutputValue() - Method in class enumj.LimitPipeProcessor
retrieveOutputValue() - Method in class enumj.MapPipeProcessor
retrieveOutputValue() - Method in class enumj.SkipPipeProcessor
retrieveOutputValue() - Method in class enumj.SkipWhilePipeProcessor
retrieveOutputValue() - Method in class enumj.WhilePipeProcessor
retrieveOutputValue() - Method in class enumj.ZipPipeProcessor
reverse() - Method in interface enumj.Enumerable: Returns an Enumerable enumerating over the current elements in reversed order.
reverse() - Method in interface enumj.Enumerator: Returns an enumerator that reverses the order of the enumerated elements.
reversedConcat(Iterator<?>) - Method in class enumj.PipeEnumerator: Prepends the given elements at the front of sources.
reversedFilter(Predicate<?>) - Method in class enumj.PipeEnumerator: Adds a filter processor at the front of the pipeline.
reversedFlatMap(Function<?, ? extends Iterator<?>>) - Method in class enumj.PipeEnumerator: Adds a flat-map processor at the front of pipeline.
reversedLimit(long) - Method in class enumj.PipeEnumerator: Adds a limit processor at the front of pipeline.
reversedMap(Function<? super X, ?>) - Method in class enumj.PipeEnumerator: Adds a map processor at the front of pipeline.
reversedSkip(long) - Method in class enumj.PipeEnumerator: Adds a skip processor at the front of pipeline.
reversedSkipWhile(Predicate<?>) - Method in class enumj.PipeEnumerator: Adds a skip-while processor at the front of pipeline.
reversedTakeWhile(Predicate<?>) - Method in class enumj.PipeEnumerator: Adds a take-while processor at the front of pipeline.
reversedZipAll(Iterator<?>, List<Iterator<?>>) - Method in class enumj.PipeEnumerator: Adds a zip-all processor at the front of pipeline.
Reversible - Class in enumj: Utility class containing methods for Enumerable.
Reversible() - Constructor for class enumj.Reversible

S

safePipelineAddFirst(AbstractPipeProcessor<? super X, ?>) - Method in class enumj.PipeEnumerator: Adds the given processor at the front of pipeline.
safePipelineAddLast(AbstractPipeProcessor<? super E, ? extends X>) - Method in class enumj.PipeEnumerator: Adds the given processor to the end of pipeline.
set(T) - Method in class enumj.Nullable: Set a value to this Nullable.
set(T) - Method in class enumj.Out: Sets the value of the output parameter.
setFirstProcessorIfNone(AbstractPipeProcessor<?, ?>) - Method in class enumj.PipeSource: Sets firstProcessor to the given AbstractPipeProcessor if there is none.
setNext(AbstractPipeProcessor<? extends R, ?>) - Method in class enumj.AbstractPipeProcessor: Sets the value of AbstractPipeProcessor.next.
setSource(PipeSource) - Method in class enumj.AbstractPipeProcessor: Sets the value of AbstractPipeProcessor.source.
setSource(Iterator<?>) - Method in class enumj.PipeEnumerator: Sets the source of enumeration.
share() - Method in class enumj.ShareableEnumerator: Creates an Enumerator instance that will share the elements of the current enumerator.
share(int) - Method in class enumj.ShareableEnumerator: Creates an array of Enumerator instances that will share the elements of the current enumerator.
ShareableEnumerator<E> - Class in enumj: Enumerator with support for element sharing.
ShareableEnumerator(Iterator<E>) - Constructor for class enumj.ShareableEnumerator: Creates a ShareableEnumerator instance that will share the elements of the given source.
SharingEnumerator<E> - Class in enumj: Enumerator sharing the elements of a common ShareableEnumerator.
SharingEnumerator(ShareableEnumerator<E>, Enumerator<E>) - Constructor for class enumj.SharingEnumerator: Creates a SharingEnumerator instance that shares the elements of sharedSource via cachedSource.
single() - Method in interface enumj.Enumerator: Returns the one and only element of the current enumerator.
skip(long) - Method in interface enumj.Enumerable: Returns an Enumerable that skips the given number of current elements.
skip(long) - Method in interface enumj.Enumerator: Returns the current enumerator with the given number of front elements dropped.
skip(Enumerable<E>, long) - Static method in class enumj.PipeEnumerable: Returns an Enumerable that skips n times over the elements of the given enumerable.
skip(long) - Method in class enumj.PipeEnumerator
SkipPipeProcessor<E> - Class in enumj: Pipe processor that skips over a number of elements.
SkipPipeProcessor(long) - Constructor for class enumj.SkipPipeProcessor: Constructs a SkipPipeProcessor that skips over n elements.
skipWhile(Predicate<? super E>) - Method in interface enumj.Enumerable: Returns an Enumerable that skips while the given condition holds true.
skipWhile(Predicate<? super E>) - Method in interface enumj.Enumerator: Returns the current enumerator with front elements dropped as long as they match a given predicate.
skipWhile(Enumerable<E>, Predicate<? super E>) - Static method in class enumj.PipeEnumerable: Returns an Enumerable that skips the elements of the given enumerable while the given predicate holds true.
skipWhile(Predicate<? super E>) - Method in class enumj.PipeEnumerator
SkipWhilePipeProcessor<E> - Class in enumj: Pipe processor that skips over enumerated elements as long as a condition holds true.
SkipWhilePipeProcessor(Predicate<E>) - Constructor for class enumj.SkipWhilePipeProcessor: Constructs a SkipWhilePipeProcessor that skips enumerated elements as long as the given filter holds true.
sorted() - Method in interface enumj.Enumerable: Returns an Enumerable enumerating over the current elements in sorted order.
sorted(Comparator<? super E>) - Method in interface enumj.Enumerable: Returns an Enumerable enumerating over the current elements in sorted order according to the given comparator.
sorted() - Method in interface enumj.Enumerator: Returns an enumerator the sorts the enumerated elements.
sorted(Comparator<? super E>) - Method in interface enumj.Enumerator: Returns an enumerator that sorts the current elements according to the given comparator.
source - Variable in class enumj.CachedEnumerableState: Enumerable instance providing the elements to cache.
startSharedEnumeration() - Method in class enumj.ShareableEnumerator: Marks the shared enumeration state consisting in the enumerators sharing this shareable enumerator starting their own enumeration.
state() - Method in class enumj.CachedEnumerable: Gets a CachedEnumerableState instance representing the state of the current CachedEnumerable.
straightHasNext() - Method in class enumj.PipeEnumerator: Gets whether there are elements in one of the sources.
SuppliedEnumerable<E> - Class in enumj: Enumerable that returns enumerators yielded by a Supplier.
SuppliedEnumerable(Supplier<Enumerator<E>>) - Constructor for class enumj.SuppliedEnumerable: Constructs a SuppliedEnumerable instance.
SuppliedEnumerator<E> - Class in enumj: Enumerator over optional elements given by a Supplier.
SuppliedEnumerator(Supplier<Optional<E>>) - Constructor for class enumj.SuppliedEnumerator: Creates a SuppliedEnumerator that enumerated over the optional elements supplied by source.

T

take(long) - Method in interface enumj.Enumerable: Returns an Enumerable enumerating over the current elements up to the given limit.
take(long) - Method in interface enumj.Enumerator: Returns the current enumerator truncated to the given size.
takeWhile(Predicate<? super E>) - Method in interface enumj.Enumerable: Returns an Enumerable enumerating over the current elements while the given predicate holds true.
takeWhile(Predicate<? super E>) - Method in interface enumj.Enumerator: Returns an enumerator enumerating over the elements of the current enumerator while stopping at the first element that does not match the provided predicate.
takeWhile(Enumerable<E>, Predicate<? super E>) - Static method in class enumj.PipeEnumerable: Returns an Enumerable that limits the elements of the given enumerable while the given predicate holds true when applied on the elements of the given enumerable.
takeWhile(Predicate<? super E>) - Method in class enumj.PipeEnumerator
toArray(Class<E>) - Method in interface enumj.Enumerator: Collects the current enumerator into an array of elements of given class.
TolerantEnumerator<E> - Class in enumj: Enumerator that continues enumeration even in presence of errors by passing them to an error handler.
TolerantEnumerator(Enumerator<E>, Consumer<? super Exception>, int) - Constructor for class enumj.TolerantEnumerator: Creates a TolerantEnumerator that enumerates over the given source and handles errors by calling the given error handler a given number of times.
toList() - Method in interface enumj.Enumerator: Collects the current enumerator into a list of elements.
toMap(Function<? super E, K>, Function<? super E, V>) - Method in interface enumj.Enumerator: Collects the current enumerator into a Map according to a key mapping function and a value mapping function.
toSet() - Method in interface enumj.Enumerator: Collects the current enumerator into a set.
toString() - Method in class enumj.Nullable
toString() - Method in class enumj.Out
tryGetNext() - Method in class enumj.PipeEnumerator: Tries to get the next value.
tryPipelineIn(Out<Object>, Out<AbstractPipeProcessor>) - Method in class enumj.PipeEnumerator: Tries to obtain obtain an input value for the pipeline.
tryPipelineOut(Object, AbstractPipeProcessor, Out<Boolean>) - Method in class enumj.PipeEnumerator: Tries to process the given in value through the pipeline and produce an output in value.

U

union(Iterable<E>) - Method in interface enumj.Enumerable: Returns an Enumerable enumerating over the current elements and over the given Iterable while avoiding duplicates.
union(Iterator<? extends E>) - Method in interface enumj.Enumerator: Returns an enumerator enumerating over the current enumerator and the provided enumerator, all duplicates removed.
union(Iterable<? extends E>) - Method in interface enumj.Enumerator: Returns an enumerator enumerating over the current enumerator and the provided Iterable, all duplicates removed.
union(Enumeration<? extends E>) - Method in interface enumj.Enumerator: Returns an enumerator enumerating over the current enumerator and the provided Enumeration, all duplicates removed.
union(Stream<? extends E>) - Method in interface enumj.Enumerator: Returns an enumerator enumerating over the current enumerator and the provided Stream, all duplicates removed.
union(Spliterator<? extends E>) - Method in interface enumj.Enumerator: Returns an enumerator enumerating over the current enumerator and the provided Spliterator, all duplicates removed.
union(Supplier<Optional<E>>) - Method in interface enumj.Enumerator: Returns an enumerator enumerating over the current enumerator and the elements supplied by the provided Supplier, all duplicates removed.
unionOn(E...) - Method in interface enumj.Enumerable: Returns an Enumerable enumerating over the current elements and over the given elements while avoiding duplicates.
unionOn(E...) - Method in interface enumj.Enumerator: Returns an enumerator enumerating over the current enumerator and the given elements, all duplicates removed.

W

WhilePipeProcessor<E> - Class in enumj: Pipe processor that lets enumeration through as long as a predicate holds true.
WhilePipeProcessor(Predicate<E>) - Constructor for class enumj.WhilePipeProcessor: Creates a WhilePipeProcessor that enumerates elements while filter holds true.

Z

zipAll(Iterable<? extends E>, Iterable<? extends E>...) - Method in interface enumj.Enumerable: Returns an Enumerable consisting of an array of Optional objects containing elements from the current enumerator and the given Iterable instances, while any has elements.
zipAll(Iterator<? extends E>, Iterator<? extends E>...) - Method in interface enumj.Enumerator: Returns an enumerator consisting of an array of Optional objects containing elements from the current enumerator and the given Iterator instances, while any has elements.
zipAll(Enumerable<E>, Iterable<? extends E>, Iterable<? extends E>...) - Static method in class enumj.PipeEnumerable: Returns an Enumerable that zips the elements of the given enumerable with the elements of the first Iterable and the elements of the rest of the given Iterable instances.
zipAll(Iterator<? extends E>, Iterator<? extends E>...) - Method in class enumj.PipeEnumerator
zipAll(Iterator<E>, List<Iterator<E>>) - Method in class enumj.PipeEnumerator: Zips the elements of the first Iterator with the elements of the rest of iterators.
zipAny(Iterable<T>) - Method in interface enumj.Enumerable: Returns an Enumerable consisting of pairs of elements from the current enumerator and the given Iterable, while any of them has elements.
zipAny(Iterator<T>) - Method in interface enumj.Enumerator: Returns an enumerator consisting of pairs of elements from the current enumerator and the given Iterator, while any of them has elements.
zipBoth(Enumerable<T>) - Method in interface enumj.Enumerable: Returns an Enumerable consisting of pairs of elements from the current enumerator and the given Iterable, while both have elements.
zipBoth(Iterator<T>) - Method in interface enumj.Enumerator: Returns an enumerator consisting of pairs of elements from the current enumerator and the given Iterator, while both have elements.
zipLeft(Iterable<T>) - Method in interface enumj.Enumerable: Returns an Enumerable consisting of pairs of elements from the current enumerator and the given Iterable, while the current enumerator has elements.
zipLeft(Iterator<T>) - Method in interface enumj.Enumerator: Returns an enumerator consisting of pairs of elements from the current enumerator and the given Iterator, while the current enumerator has elements.
ZipPipeProcessor<E> - Class in enumj: Pipe processor that zips enumerated values together.
ZipPipeProcessor(Iterator<E>, List<Iterator<E>>) - Constructor for class enumj.ZipPipeProcessor: Constructs a ZipPipeProcessor that zips together the processed element with elements from other Iterator instances.
zipRight(Iterable<T>) - Method in interface enumj.Enumerable: Returns an Enumerable consisting of pairs of elements from the current enumerator and the given Iterable, while the provided iterator has elements.
zipRight(Iterator<T>) - Method in interface enumj.Enumerator: Returns an enumerator consisting of pairs of elements from the current enumerator and the given Iterator, while the provided iterator has elements.

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