Uses of Interface
enumj.Enumerable

Uses of Enumerable in enumj

Classes in enumj that implement Enumerable

Modifier and Type	Class and Description
(package private) class	AbstractEnumerable<E> Abstract implementation of the Enumerable interface.
class	CachedEnumerable<E> Enumerable that caches the elements being enumerated.
(package private) class	ChoiceEnumerable<E> Enumerable that chooses among the elements of the given Iterator instances.
(package private) class	EnumeratorEnumerable<E> Enumerable that encapsulates an enumerator.
(package private) class	IterableEnumerable<E> Enumerable encapsulating an Iterable.
class	LateBindingEnumerable<E> Enumerable whose source of elements can be defined after construction.
(package private) class	LazyEnumerable<E> Enumerable that retrieves its source of elements lazily.
class	OnceEnumerable<E> EnumeratorEnumerable that yields one enumerator only.
(package private) class	PipeEnumerable<T,E> Enumerable that support high compositionality.
(package private) class	SuppliedEnumerable<E> Enumerable that returns enumerators yielded by a Supplier.

Fields in enumj declared as Enumerable

Modifier and Type	Field and Description
Enumerable<E>	CachedEnumerableState.source Enumerable instance providing the elements to cache.

Methods in enumj that return Enumerable

Modifier and Type	Method and Description
default Enumerable<E>	Enumerable.append(E... elements) Appends the given elements to the end of the current Enumerable.
default <T> Enumerable<T>	Enumerable.as(Class<T> clazz) Converts the current enumerable to another type.
default <T> Enumerable<T>	Enumerable.asFiltered(Class<T> clazz) Converts and filters the current enumerable to another type.
default Enumerable<E>	Enumerable.asTolerant(Consumer<? super Exception> handler) Returns a tolerant Enumerable with 0 retries enumerating over the elements of the current Enumerable.
default Enumerable<E>	Enumerable.asTolerant(Consumer<? super Exception> handler, int retries) Returns a tolerant Enumerable enumerating over the elements of the current Enumerable.
static <E> Enumerable<E>	Enumerable.choiceOf(Supplier<IntSupplier> indexSupplier, Iterable<E> first, Iterable<? extends E> second, Iterable<? extends E>... rest) Returns an Enumerable that chooses its elements from other Iterable instances.
static <E> Enumerable<E>	Enumerable.choiceOf(Supplier<IntSupplier> indexSupplier, Supplier<IntUnaryOperator> altIndexSupplier, Iterable<E> first, Iterable<? extends E> second, Iterable<? extends E>... rest) Returns an Enumerable that chooses its elements from other Iterable instances.
static <E> Enumerable<E>	PipeEnumerable.concat(Enumerable<E> enumerable, Iterable<? extends E> elements) Concatenates the given elements to the given enumerable.
default Enumerable<E>	Enumerable.concat(Iterable<? extends E> elements) Concatenates the given Iterable to the current Enumerable.
default Enumerable<E>	Enumerable.concatOn(E... elements) Concatenates the given elements to the current Enumerable.
default Enumerable<E>	Enumerable.distinct() Returns an Enumerable enumerating over the distinct elements of the current Enumerable.
static <E> Enumerable<E>	PipeEnumerable.distinct(Enumerable<E> enumerable) Returns an Enumerable that has the same elements as the given enumerable but with duplicates removed.
static <E> Enumerable<E>	Enumerable.empty() Returns an Enumerable with no elements.
static <E> Enumerable<E>	PipeEnumerable.filter(Enumerable<E> enumerable, Predicate<? super E> predicate) Returns an Enumerable that has the elements of the given enumerable that pass the given predicate.
default Enumerable<E>	Enumerable.filter(Predicate<? super E> predicate) Returns an Enumerable enumerating over the current elements satisfying the given Predicate.
static <E,R> Enumerable<R>	PipeEnumerable.flatMap(Enumerable<E> enumerable, Function<? super E,? extends Iterable<? extends R>> mapper) 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.
default <R> Enumerable<R>	Enumerable.flatMap(Function<? super E,? extends Iterable<? extends R>> mapper) Returns an Enumerable enumerating over the iterables produced by applying the given mapper over the elements of the current Enumerable.
static <E> Enumerable<E>	Enumerable.iterate(E seed, UnaryOperator<E> f) Returns an Enumerable enumerating over the elements generated by repeatedly applying the given unary operator on the given seed.
static <E> Enumerable<E>	PipeEnumerable.limit(Enumerable<E> enumerable, long maxSize) Returns an Enumerable that limits the elements of the given enumerable to the given limit.
default Enumerable<E>	Enumerable.limit(long maxSize) Returns an Enumerable enumerating over the current elements up to the given limit.
static <E> Enumerable<E>	PipeEnumerable.limitWhile(Enumerable<E> enumerable, Predicate<? super E> predicate) 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.
default Enumerable<E>	Enumerable.limitWhile(Predicate<? super E> predicate) Returns an Enumerable enumerating over the current elements while the given predicate holds true.
default <R> Enumerable<R>	Enumerable.map(BiFunction<? super E,? super Long,? extends R> mapper) Returns an Enumerable enumerating over the current indexed elements mapped by the given mapper.
static <E,R> Enumerable<R>	PipeEnumerable.map(Enumerable<E> enumerable, BiFunction<? super E,? super Long,? extends R> mapper) Returns an Enumerable that maps the elements of the given enumerable to the values mapped by mapper applied on each element and its index.
static <E,R> Enumerable<R>	PipeEnumerable.map(Enumerable<E> enumerable, Function<? super E,? extends R> mapper) Returns an Enumerable that maps the elements of the given enumerable to the values mapped by mapper applied on each element and its index.
default <R> Enumerable<R>	Enumerable.map(Function<? super E,? extends R> mapper) Returns an Enumerable enumerating over the current elements mapped by the given mapper.
static <E> Enumerable<E>	IterableEnumerable.of(Iterable<E> source) Constructs an Enumerable from an Iterable.
static <E> Enumerable<E>	Enumerable.of(Iterable<E> source) Returns an Enumerable enumerating over the given Iterable source.
static <E> Enumerable<E>	Enumerable.ofLazyIterable(Supplier<? extends Iterable<E>> source) Returns an Enumerable enumerating over an Iterable supplied lazily.
static <E> Enumerable<E>	Enumerable.on(E... elements) Returns an Enumerable enumerating over the given elements.
default Enumerable<E>	Enumerable.peek(Consumer<? super E> action) Returns an Enumerable enumerating the current elements while feeding them to the given Consumer.
static <E> Enumerable<E>	PipeEnumerable.peek(Enumerable<E> enumerable, Consumer<? super E> action) 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.
default Enumerable<E>	Enumerable.prepend(Iterable<? extends E> elements) Prepends the current Enumerable by the given Iterable.
default Enumerable<E>	Enumerable.prependOn(E... elements) Prepends the current Enumerable by the given elements.
static <E> Enumerable<E>	Enumerable.range(E startInclusive, E endExclusive, UnaryOperator<E> succ, Comparator<? super E> cmp) Returns an Enumerable enumerating over a range of elements.
static <E> Enumerable<E>	Enumerable.rangeClosed(E startInclusive, E endInclusive, UnaryOperator<E> succ, Comparator<? super E> cmp) Returns an Enumerable enumerating over a range of elements.
static Enumerable<Integer>	Enumerable.rangeInt(int startInclusive, int endExclusive) Returns an Enumerable enumerating over a range of integers.
static Enumerable<Integer>	Enumerable.rangeIntClosed(int startInclusive, int endInclusive) Returns an Enumerable enumerating over a range of integers.
static Enumerable<Long>	Enumerable.rangeLong(long startInclusive, long endExclusive) Returns an Enumerable enumerating over a range of long integers.
static Enumerable<Long>	Enumerable.rangeLongClosed(long startInclusive, long endInclusive) Returns an Enumerable enumerating over a range of long integers.
static <E> Enumerable<E>	Enumerable.repeat(E element, long count) Returns an Enumerable repeating the given element the given number of time.
default Enumerable<E>	Enumerable.repeatAll(int count) Returns an Enumerable repeating all the current elements the given number of times.
default Enumerable<E>	Enumerable.repeatEach(long count) Returns an Enumerable repeating each current element the given number of times.
default Enumerable<E>	Enumerable.reverse() Returns an Enumerable enumerating over the current elements in reversed order.
static <E> Enumerable<E>	PipeEnumerable.skip(Enumerable<E> enumerable, long n) Returns an Enumerable that skips n times over the elements of the given enumerable.
default Enumerable<E>	Enumerable.skip(long n) Returns an Enumerable that skips the given number of current elements.
static <E> Enumerable<E>	PipeEnumerable.skipWhile(Enumerable<E> enumerable, Predicate<? super E> predicate) Returns an Enumerable that skips the elements of the given enumerable while the given predicate holds true.
default Enumerable<E>	Enumerable.skipWhile(Predicate<? super E> predicate) Returns an Enumerable that skips while the given condition holds true.
default Enumerable<E>	Enumerable.sorted() Returns an Enumerable enumerating over the current elements in sorted order.
default Enumerable<E>	Enumerable.sorted(Comparator<? super E> comparator) Returns an Enumerable enumerating over the current elements in sorted order according to the given comparator.
default Enumerable<E>	Enumerable.take(long n) Returns an Enumerable enumerating over the current elements up to the given limit.
static <E> Enumerable<E>	PipeEnumerable.takeWhile(Enumerable<E> enumerable, Predicate<? super E> predicate) 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.
default Enumerable<E>	Enumerable.takeWhile(Predicate<? super E> predicate) Returns an Enumerable enumerating over the current elements while the given predicate holds true.
default Enumerable<E>	Enumerable.union(Iterable<E> others) Returns an Enumerable enumerating over the current elements and over the given Iterable while avoiding duplicates.
default Enumerable<E>	Enumerable.unionOn(E... others) Returns an Enumerable enumerating over the current elements and over the given elements while avoiding duplicates.
static <E> Enumerable<Optional<E>[]>	PipeEnumerable.zipAll(Enumerable<E> enumerable, Iterable<? extends E> first, Iterable<? extends E>... rest) 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.
default Enumerable<Optional<E>[]>	Enumerable.zipAll(Iterable<? extends E> first, Iterable<? extends E>... rest) 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.
default <T> Enumerable<Pair<Optional<E>,Optional<T>>>	Enumerable.zipAny(Iterable<T> elements) Returns an Enumerable consisting of pairs of elements from the current enumerator and the given Iterable, while any of them has elements.
default <T> Enumerable<Pair<E,T>>	Enumerable.zipBoth(Enumerable<T> elements) Returns an Enumerable consisting of pairs of elements from the current enumerator and the given Iterable, while both have elements.
default <T> Enumerable<Pair<E,Optional<T>>>	Enumerable.zipLeft(Iterable<T> elements) Returns an Enumerable consisting of pairs of elements from the current enumerator and the given Iterable, while the current enumerator has elements.
default <T> Enumerable<Pair<Optional<E>,T>>	Enumerable.zipRight(Iterable<T> elements) Returns an Enumerable consisting of pairs of elements from the current enumerator and the given Iterable, while the provided iterator has elements.

Methods in enumj with parameters of type Enumerable

Modifier and Type	Method and Description
static <E> Enumerable<E>	PipeEnumerable.concat(Enumerable<E> enumerable, Iterable<? extends E> elements) Concatenates the given elements to the given enumerable.
static <E> Enumerable<E>	PipeEnumerable.distinct(Enumerable<E> enumerable) Returns an Enumerable that has the same elements as the given enumerable but with duplicates removed.
static void	Checks.ensureNonEnumerating(Enumerable<?> enumerable) Checks that an enumerable is not enumerating.
static <E> Enumerable<E>	PipeEnumerable.filter(Enumerable<E> enumerable, Predicate<? super E> predicate) Returns an Enumerable that has the elements of the given enumerable that pass the given predicate.
static <E,R> Enumerable<R>	PipeEnumerable.flatMap(Enumerable<E> enumerable, Function<? super E,? extends Iterable<? extends R>> mapper) 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.
static <E> Enumerable<E>	PipeEnumerable.limit(Enumerable<E> enumerable, long maxSize) Returns an Enumerable that limits the elements of the given enumerable to the given limit.
static <E> Enumerable<E>	PipeEnumerable.limitWhile(Enumerable<E> enumerable, Predicate<? super E> predicate) 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.
static <E,R> Enumerable<R>	PipeEnumerable.map(Enumerable<E> enumerable, BiFunction<? super E,? super Long,? extends R> mapper) Returns an Enumerable that maps the elements of the given enumerable to the values mapped by mapper applied on each element and its index.
static <E,R> Enumerable<R>	PipeEnumerable.map(Enumerable<E> enumerable, Function<? super E,? extends R> mapper) Returns an Enumerable that maps the elements of the given enumerable to the values mapped by mapper applied on each element and its index.
static <E> Enumerable<E>	PipeEnumerable.peek(Enumerable<E> enumerable, Consumer<? super E> action) 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.
static <E> Enumerable<E>	PipeEnumerable.skip(Enumerable<E> enumerable, long n) Returns an Enumerable that skips n times over the elements of the given enumerable.
static <E> Enumerable<E>	PipeEnumerable.skipWhile(Enumerable<E> enumerable, Predicate<? super E> predicate) Returns an Enumerable that skips the elements of the given enumerable while the given predicate holds true.
static <E> Enumerable<E>	PipeEnumerable.takeWhile(Enumerable<E> enumerable, Predicate<? super E> predicate) 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.
static <E> Enumerable<Optional<E>[]>	PipeEnumerable.zipAll(Enumerable<E> enumerable, Iterable<? extends E> first, Iterable<? extends E>... rest) 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.
default <T> Enumerable<Pair<E,T>>	Enumerable.zipBoth(Enumerable<T> elements) Returns an Enumerable consisting of pairs of elements from the current enumerator and the given Iterable, while both have elements.

Constructors in enumj with parameters of type Enumerable

Constructor and Description
CachedEnumerable(Enumerable<E> source) Constructs a CachedEnumerable instance that caches the elements of the given source Enumerable.
CachedEnumerable(Enumerable<E> source, long limit, Consumer<CachedEnumerable<E>> onLimitCallback) Constructs a CachedEnumerable instance that caches the elements of the given source Enumerable up to the given limit.
CachedEnumerableState(Enumerable<E> source, CachedEnumerable<E> cachedSource, long limit, Consumer<CachedEnumerable<E>> callback) Constructs a CachedEnumerableState containing the given source, cache size and callback.