Uses of Interface
com.github.tonivade.purefun.typeclasses.Nested

Packages that use Nested

Package	Description
com.github.tonivade.purefun.typeclasses

Uses of Nested in com.github.tonivade.purefun.typeclasses

Methods in com.github.tonivade.purefun.typeclasses that return types with arguments of type Nested

Modifier and Type	Method	Description
default <T, R> Kind<Nested<F,G>,R>	ComposedApplicative.ap(Kind<Nested<F,G>,? extends T> value, Kind<Nested<F,G>,? extends Function1<? super T,? extends R>> apply)
default <T> Kind<Nested<F,G>,T>	ComposedSemigroupK.combineK(Kind<Nested<F,G>,? extends T> t1, Kind<Nested<F,G>,? extends T> t2)
static <F extends Kind<F, ?>, G extends Kind<G, ?>> Alternative<Nested<F,G>>	Alternative.compose(Alternative<F> f, Alternative<G> g)
static <F extends Kind<F, ?>, G extends Kind<G, ?>> Applicative<Nested<F,G>>	Applicative.compose(Applicative<F> f, Applicative<G> g)
static <F extends Kind<F, ?>, G extends Kind<G, ?>> Contravariant<Nested<F,G>>	Contravariant.compose(Contravariant<F> f, Functor<G> g)
static <F extends Kind<F, ?>, G extends Kind<G, ?>> Contravariant<Nested<F,G>>	Contravariant.compose(Functor<F> f, Contravariant<G> g)
static <F extends Kind<F, ?>, G extends Kind<G, ?>> Foldable<Nested<F,G>>	Foldable.compose(Foldable<F> f, Foldable<G> g)
static <F extends Kind<F, ?>, G extends Kind<G, ?>> Functor<Nested<F,G>>	Functor.compose(Contravariant<F> f, Contravariant<G> g)
static <F extends Kind<F, ?>, G extends Kind<G, ?>> Functor<Nested<F,G>>	Functor.compose(Functor<F> f, Functor<G> g)
static <F extends Kind<F, ?>, G extends Kind<G, ?>> Invariant<Nested<F,G>>	Invariant.compose(Invariant<F> f, Contravariant<G> g)
static <F extends Kind<F, ?>, G extends Kind<G, ?>> Invariant<Nested<F,G>>	Invariant.compose(Invariant<F> f, Functor<G> g)
static <F extends Kind<F, ?>, G extends Kind<G, ?>> Invariant<Nested<F,G>>	Invariant.compose(Invariant<F> f, Invariant<G> g)
static <F extends Kind<F, ?>, G extends Kind<G, ?>> Traverse<Nested<F,G>>	Traverse.compose(Traverse<F> f, Traverse<G> g)
default <A, B> Kind<Nested<F,G>,B>	ComposedContravariantCovariant.contramap(Kind<Nested<F,G>,? extends A> value, Function1<? super B,? extends A> map)
default <A, B> Kind<Nested<F,G>,B>	ComposedCovariantContravariant.contramap(Kind<Nested<F,G>,? extends A> value, Function1<? super B,? extends A> map)
default <A, B> Kind<Nested<F,G>,B>	ComposedInvariant.imap(Kind<Nested<F,G>,? extends A> value, Function1<? super A,? extends B> map, Function1<? super B,? extends A> comap)
default <A, B> Kind<Nested<F,G>,B>	ComposedInvariantContravariant.imap(Kind<Nested<F,G>,? extends A> value, Function1<? super A,? extends B> map, Function1<? super B,? extends A> comap)
default <A, B> Kind<Nested<F,G>,B>	ComposedInvariantCovariant.imap(Kind<Nested<F,G>,? extends A> value, Function1<? super A,? extends B> map, Function1<? super B,? extends A> comap)
default <A, B> Kind<Nested<F,G>,B>	ComposedContravariant.map(Kind<Nested<F,G>,? extends A> value, Function1<? super A,? extends B> map)
default <T, R> Kind<Nested<F,G>,R>	ComposedFunctor.map(Kind<Nested<F,G>,? extends T> value, Function1<? super T,? extends R> map)
static <F extends Kind<F, ?>, G extends Kind<G, ?>, A> Kind<Nested<F,G>,A>	Nested.nest(Kind<F,? extends Kind<G,? extends A>> unnested)
default <T> Kind<Nested<F,G>,T>	ComposedApplicative.pure(T value)
default <H extends Kind<H, ?>, T, R> Kind<H,Kind<Nested<F,G>,R>>	ComposedTraverse.traverse(Applicative<H> applicative, Kind<Nested<F,G>,T> value, Function1<? super T,? extends Kind<H,? extends R>> mapper)
default <T> Kind<Nested<F,G>,T>	ComposedMonoidK.zero()

Method parameters in com.github.tonivade.purefun.typeclasses with type arguments of type Nested

Modifier and Type	Method	Description
default <T, R> Kind<Nested<F,G>,R>	ComposedApplicative.ap(Kind<Nested<F,G>,? extends T> value, Kind<Nested<F,G>,? extends Function1<? super T,? extends R>> apply)
default <T> Kind<Nested<F,G>,T>	ComposedSemigroupK.combineK(Kind<Nested<F,G>,? extends T> t1, Kind<Nested<F,G>,? extends T> t2)
default <A, B> Kind<Nested<F,G>,B>	ComposedContravariantCovariant.contramap(Kind<Nested<F,G>,? extends A> value, Function1<? super B,? extends A> map)
default <A, B> Kind<Nested<F,G>,B>	ComposedCovariantContravariant.contramap(Kind<Nested<F,G>,? extends A> value, Function1<? super B,? extends A> map)
default <A, B> B	ComposedFoldable.foldLeft(Kind<Nested<F,G>,? extends A> value, B initial, Function2<? super B,? super A,? extends B> mapper)
default <A, B> Eval<B>	ComposedFoldable.foldRight(Kind<Nested<F,G>,? extends A> value, Eval<? extends B> initial, Function2<? super A,? super Eval<? extends B>,? extends Eval<? extends B>> mapper)
default <A, B> Kind<Nested<F,G>,B>	ComposedInvariant.imap(Kind<Nested<F,G>,? extends A> value, Function1<? super A,? extends B> map, Function1<? super B,? extends A> comap)
default <A, B> Kind<Nested<F,G>,B>	ComposedInvariantContravariant.imap(Kind<Nested<F,G>,? extends A> value, Function1<? super A,? extends B> map, Function1<? super B,? extends A> comap)
default <A, B> Kind<Nested<F,G>,B>	ComposedInvariantCovariant.imap(Kind<Nested<F,G>,? extends A> value, Function1<? super A,? extends B> map, Function1<? super B,? extends A> comap)
default <A, B> Kind<Nested<F,G>,B>	ComposedContravariant.map(Kind<Nested<F,G>,? extends A> value, Function1<? super A,? extends B> map)
default <T, R> Kind<Nested<F,G>,R>	ComposedFunctor.map(Kind<Nested<F,G>,? extends T> value, Function1<? super T,? extends R> map)
default <H extends Kind<H, ?>, T, R> Kind<H,Kind<Nested<F,G>,R>>	ComposedTraverse.traverse(Applicative<H> applicative, Kind<Nested<F,G>,T> value, Function1<? super T,? extends Kind<H,? extends R>> mapper)
static <F extends Kind<F, ?>, G extends Kind<G, ?>, A> Kind<F,Kind<G,A>>	Nested.unnest(Kind<Nested<F,G>,? extends A> nested)