Uses of Class fj.data.Seq

Packages that use Seq
Package Description

fj
Types that set the premise for the existence of Functional Java.

fj.data
Common algebraic data types.

fj.data.hamt

Packages that use Seq
Package	Description
fj	Types that set the premise for the existence of Functional Java.
fj.data	Common algebraic data types.
fj.data.hamt

Uses of Seq in fj

Methods in fj that return types with arguments of type Seq
Modifier and Type	Method	Description
`static <A> Equal<Seq<A>>`	Equal.`seqEqual(Equal<A> e)`
`static <A> Hash<Seq<A>>`	Hash.`seqHash(Hash<A> h)`
`static <A> Ord<Seq<A>>`	Ord.`seqOrd(Ord<A> ord)`	Return a seq ord using the given value ord.
`static <A> Show<Seq<A>>`	Show.`seqShow(Show<A> sa)`

Uses of Seq in fj.data

Fields in fj.data declared as Seq
Modifier and Type	Field	Description
`private static Seq<java.lang.Object>`	Seq.`EMPTY`

Methods in fj.data that return Seq
Modifier and Type	Method	Description
`Seq<A>`	Seq.`append(Seq<A> as)`	Appends the given sequence to this sequence.
`static <A> Seq<A>`	Seq.`arraySeq(A... as)`	Constructs a sequence from the array.
`<B> Seq<B>`	Seq.`bind(F<A,Seq<B>> f)`	Bind the given function across this seq.
`Seq<A>`	Seq.`cons(A a)`	Inserts the given element at the front of this sequence.
`Seq<A>`	Seq.`delete(int i)`	Delete the element at the given index.
`Seq<A>`	Seq.`drop(int n)`	Drops the given number of elements from the head of this sequence if they are available.
`static <A> Seq<A>`	Seq.`empty()`	The empty sequence.
`Seq<A>`	Seq.`filter(F<A,java.lang.Boolean> f)`
`static <A> Seq<A>`	Seq.`fromJavaList(java.util.List<A> list)`	Constructs a sequence from the given list.
`Seq<A>`	Seq.`init()`	The sequence without the last element.
`Seq<A>`	Seq.`insert(int index, A a)`	Inserts the element at the given index.
`static <A> Seq<A>`	Seq.`iterableSeq(java.lang.Iterable<A> i)`	Constructs a sequence from the iterable.
`static <A> Seq<A>`	Seq.`iteratorSeq(java.util.Iterator<A> i)`	Constructs a sequence from the iterator.
`static <A> Seq<A>`	Seq.`listSeq(List<A> list)`	Constructs a sequence from the given list.
`<B> Seq<B>`	Seq.`map(F<A,B> f)`
`static <A> Seq<A>`	Seq.`seq(A... as)`	Constructs a sequence from the given elements.
`static <B> Seq<List<B>>`	List.`sequenceSeq(List<Seq<B>> list)`	Sequence the given list and collect the output as a seq.
`static <B> Seq<Option<B>>`	Option.`sequenceSeq(Option<Seq<B>> option)`	Sequence the given option and collect the output as a seq.
`static <B> Seq<Seq<B>>`	Seq.`sequenceSeq(Seq<Seq<B>> seq)`	Sequence the given seq and collect the output as a seq.
`static <B> Seq<Stream<B>>`	Stream.`sequenceSeq(Stream<Seq<B>> stream)`	Sequence the given stream and collect the output as a seq.
`static <E,C> Seq<Validation<E,C>>`	Validation.`sequenceSeq(Validation<E,Seq<C>> validation)`	Sequence the given validation and collect the output as a seq.
`static <A> Seq<A>`	Seq.`single(A a)`	A singleton sequence.
`Seq<A>`	Seq.`snoc(A a)`	Inserts the given element at the end of this sequence.
`Seq<A>`	Seq.`tail()`	The sequence without the first element.
`Seq<A>`	Seq.`take(int n)`	Takes the given number of elements from the head of this sequence if they are available.
`<B> Seq<List<B>>`	List.`traverseSeq(F<A,Seq<B>> f)`	Traverse this list with the given function and collect the output as a seq.
`<B> Seq<Option<B>>`	Option.`traverseSeq(F<A,Seq<B>> f)`	Traverse this option with the given function and collect the output a seq.
`<B> Seq<Seq<B>>`	Seq.`traverseSeq(F<A,Seq<B>> f)`	Traverse this seq with the given function and collect the output as a seq.
`<B> Seq<Stream<B>>`	Stream.`traverseSeq(F<A,Seq<B>> f)`	Traverse this stream with the given function and collect the output as a seq.
`<C> Seq<Validation<E,C>>`	Validation.`traverseSeq(F<T,Seq<C>> f)`	Traverse this validation with the given function and collect the output as a seq.
`Seq<A>`	Seq.`update(int i, A a)`	Replace the element at the given index with the supplied value.

Methods in fj.data that return types with arguments of type Seq
Modifier and Type	Method	Description
`static <L,B> Either<L,Seq<B>>`	Seq.`sequenceEither(Seq<Either<L,B>> seq)`	Sequence the given seq and collect the output on the right side of an either.
`static <R,B> Either<Seq<B>,R>`	Seq.`sequenceEitherLeft(Seq<Either<B,R>> seq)`	Sequence the given seq and collect the output on the left side of an either.
`static <L,B> Either<L,Seq<B>>`	Seq.`sequenceEitherRight(Seq<Either<L,B>> seq)`	Sequence the given seq and collect the output on the right side of an either.
`static <C,B> F<C,Seq<B>>`	Seq.`sequenceF(Seq<F<C,B>> seq)`	Sequence the given seq and collect the output as a function.
`static <B> IO<Seq<B>>`	Seq.`sequenceIO(Seq<IO<B>> seq)`	Sequence the given seq and collect the output as an IO.
`static <B> List<Seq<B>>`	Seq.`sequenceList(Seq<List<B>> seq)`	Sequence the given seq and collect the output as a list.
`static <B> Option<Seq<B>>`	Seq.`sequenceOption(Seq<Option<B>> seq)`	Sequence the given seq and collect the output as an seq.
`static <B> P1<Seq<B>>`	Seq.`sequenceP1(Seq<P1<B>> seq)`	Sequence the given seq and collect the output as a P1.
`static <B> Seq<Seq<B>>`	Seq.`sequenceSeq(Seq<Seq<B>> seq)`	Sequence the given seq and collect the output as a seq.
`static <B> Set<Seq<B>>`	Seq.`sequenceSet(Ord<B> ord, Seq<Set<B>> seq)`	Sequence the given seq and collect the output as a set; use the given ord to order the set.
`static <B> Stream<Seq<B>>`	Seq.`sequenceStream(Seq<Stream<B>> seq)`	Sequence the given seq and collect the output as a stream.
`static <B> Trampoline<Seq<B>>`	Seq.`sequenceTrampoline(Seq<Trampoline<B>> seq)`	Sequence the given seq and collect the output as a trampoline.
`static <E,B> Validation<E,Seq<B>>`	Seq.`sequenceValidation(Seq<Validation<E,B>> seq)`	Sequence the given seq and collect the output as a validation.
`static <E,B> Validation<E,Seq<B>>`	Seq.`sequenceValidation(Semigroup<E> semigroup, Seq<Validation<E,B>> seq)`	Sequence the given seq and collect the output as a validation; use the given semigroup to reduce the errors.
`P2<Seq<A>,Seq<A>>`	Seq.`split(int i)`	Splits this sequence into a pair of sequences at the given position.
`P2<Seq<A>,Seq<A>>`	Seq.`split(int i)`	Splits this sequence into a pair of sequences at the given position.
`<B,L> Either<L,Seq<B>>`	Seq.`traverseEither(F<A,Either<L,B>> f)`	Traverse this seq with the given function and collect the output on the right side of an either.
`<R,B> Either<Seq<B>,R>`	Seq.`traverseEitherLeft(F<A,Either<B,R>> f)`	Traverse this seq with the given function and collect the output on the left side of an either.
`<L,B> Either<L,Seq<B>>`	Seq.`traverseEitherRight(F<A,Either<L,B>> f)`	Traverse this seq with the given function and collect the output on the right side of an either.
`<C,B> F<C,Seq<B>>`	Seq.`traverseF(F<A,F<C,B>> f)`	Traverse this seq with the given function and collect the output as a function.
`<B> IO<Seq<B>>`	Seq.`traverseIO(F<A,IO<B>> f)`	Traverse this seq with the given function and collect the output as an IO.
`<B> List<Seq<B>>`	Seq.`traverseList(F<A,List<B>> f)`	Traverse this seq with the given function and collect the output as a list.
`<B> Option<Seq<B>>`	Seq.`traverseOption(F<A,Option<B>> f)`	Traverses through the Seq with the given function
`<B> P1<Seq<B>>`	Seq.`traverseP1(F<A,P1<B>> f)`	Traverse this seq with the given function and collect the output as a p1.
`<B> Seq<Seq<B>>`	Seq.`traverseSeq(F<A,Seq<B>> f)`	Traverse this seq with the given function and collect the output as a seq.
`<B> Set<Seq<B>>`	Seq.`traverseSet(Ord<B> ord, F<A,Set<B>> f)`	Traverse this seq with the given function and collect the output as a set; use the given ord to order the set.
`<B> Stream<Seq<B>>`	Seq.`traverseStream(F<A,Stream<B>> f)`	Traverse this seq with the given function and collect the output as a stream.
`<B> Trampoline<Seq<B>>`	Seq.`traverseTrampoline(F<A,Trampoline<B>> f)`	Traverse this seq with the given function and collect the output as a trampoline.
`<E,B> Validation<E,Seq<B>>`	Seq.`traverseValidation(F<A,Validation<E,B>> f)`	Traverse this seq with the given function and collect the output as a validation.
`<E,B> Validation<E,Seq<B>>`	Seq.`traverseValidation(Semigroup<E> semigroup, F<A,Validation<E,B>> f)`	Traverse this seq with the given function and collect the output as a validation; use the given semigroup to reduce the errors.

Methods in fj.data with parameters of type Seq
Modifier and Type	Method	Description
`Seq<A>`	Seq.`append(Seq<A> as)`	Appends the given sequence to this sequence.
`static <L,B> Either<L,Seq<B>>`	Seq.`sequenceEither(Seq<Either<L,B>> seq)`	Sequence the given seq and collect the output on the right side of an either.
`static <R,B> Either<Seq<B>,R>`	Seq.`sequenceEitherLeft(Seq<Either<B,R>> seq)`	Sequence the given seq and collect the output on the left side of an either.
`static <L,B> Either<L,Seq<B>>`	Seq.`sequenceEitherRight(Seq<Either<L,B>> seq)`	Sequence the given seq and collect the output on the right side of an either.
`static <C,B> F<C,Seq<B>>`	Seq.`sequenceF(Seq<F<C,B>> seq)`	Sequence the given seq and collect the output as a function.
`static <B> IO<Seq<B>>`	Seq.`sequenceIO(Seq<IO<B>> seq)`	Sequence the given seq and collect the output as an IO.
`static <B> List<Seq<B>>`	Seq.`sequenceList(Seq<List<B>> seq)`	Sequence the given seq and collect the output as a list.
`static <B> Option<Seq<B>>`	Seq.`sequenceOption(Seq<Option<B>> seq)`	Sequence the given seq and collect the output as an seq.
`static <B> P1<Seq<B>>`	Seq.`sequenceP1(Seq<P1<B>> seq)`	Sequence the given seq and collect the output as a P1.
`static <B> Seq<Seq<B>>`	Seq.`sequenceSeq(Seq<Seq<B>> seq)`	Sequence the given seq and collect the output as a seq.
`static <B> Set<Seq<B>>`	Seq.`sequenceSet(Ord<B> ord, Seq<Set<B>> seq)`	Sequence the given seq and collect the output as a set; use the given ord to order the set.
`static <B> Stream<Seq<B>>`	Seq.`sequenceStream(Seq<Stream<B>> seq)`	Sequence the given seq and collect the output as a stream.
`static <B> Trampoline<Seq<B>>`	Seq.`sequenceTrampoline(Seq<Trampoline<B>> seq)`	Sequence the given seq and collect the output as a trampoline.
`static <E,B> Validation<E,Seq<B>>`	Seq.`sequenceValidation(Seq<Validation<E,B>> seq)`	Sequence the given seq and collect the output as a validation.
`static <E,B> Validation<E,Seq<B>>`	Seq.`sequenceValidation(Semigroup<E> semigroup, Seq<Validation<E,B>> seq)`	Sequence the given seq and collect the output as a validation; use the given semigroup to reduce the errors.

Method parameters in fj.data with type arguments of type Seq
Modifier and Type	Method	Description
`<B> Seq<B>`	Seq.`bind(F<A,Seq<B>> f)`	Bind the given function across this seq.
`static <B> Seq<List<B>>`	List.`sequenceSeq(List<Seq<B>> list)`	Sequence the given list and collect the output as a seq.
`static <B> Seq<Option<B>>`	Option.`sequenceSeq(Option<Seq<B>> option)`	Sequence the given option and collect the output as a seq.
`static <B> Seq<Seq<B>>`	Seq.`sequenceSeq(Seq<Seq<B>> seq)`	Sequence the given seq and collect the output as a seq.
`static <B> Seq<Stream<B>>`	Stream.`sequenceSeq(Stream<Seq<B>> stream)`	Sequence the given stream and collect the output as a seq.
`static <E,C> Seq<Validation<E,C>>`	Validation.`sequenceSeq(Validation<E,Seq<C>> validation)`	Sequence the given validation and collect the output as a seq.
`<B> Seq<List<B>>`	List.`traverseSeq(F<A,Seq<B>> f)`	Traverse this list with the given function and collect the output as a seq.
`<B> Seq<Option<B>>`	Option.`traverseSeq(F<A,Seq<B>> f)`	Traverse this option with the given function and collect the output a seq.
`<B> Seq<Seq<B>>`	Seq.`traverseSeq(F<A,Seq<B>> f)`	Traverse this seq with the given function and collect the output as a seq.
`<B> Seq<Stream<B>>`	Stream.`traverseSeq(F<A,Seq<B>> f)`	Traverse this stream with the given function and collect the output as a seq.
`<C> Seq<Validation<E,C>>`	Validation.`traverseSeq(F<T,Seq<C>> f)`	Traverse this validation with the given function and collect the output as a seq.

Uses of Seq in fj.data.hamt

Fields in fj.data.hamt declared as Seq
Modifier and Type	Field	Description
`private Seq<Node<K,V>>`	HashArrayMappedTrie.`seq`

Methods in fj.data.hamt that return Seq
Modifier and Type	Method	Description
`Seq<Node<K,V>>`	HashArrayMappedTrie.`getSeq()`

Methods in fj.data.hamt with parameters of type Seq
Modifier and Type	Method	Description
`private static <K,V> HashArrayMappedTrie<K,V>`	HashArrayMappedTrie.`hamt(BitSet bs, Seq<Node<K,V>> s, Equal<K> e, Hash<K> h)`	Static constructor for a HAMT instance.

Constructors in fj.data.hamt with parameters of type Seq
Constructor	Description
`HashArrayMappedTrie(BitSet bs, Seq<Node<K,V>> s, Equal<K> e, Hash<K> h)`	Creates an empty trie for the bitset, sequence of nodes, equal and hash.

Uses of Classfj.data.Seq

Uses of Seq in fj

Uses of Seq in fj.data

Uses of Seq in fj.data.hamt

Uses of Class
fj.data.Seq