Apply
Model
Utilities
Model
Apply
Signature
export interface Apply<F> extends Functor<F> {
readonly ap: <A, B>(fab: HKT<F, (a: A) => B>, fa: HKT<F, A>) => HKT<F, B>
}
Details
- Added in 0.1.0
License
- MIT – Copyright (c) 2017-present Giulio Canti
Apply1
Signature
export interface Apply1<F extends URIS> extends Functor1<F> {
readonly ap: <A, B>(fab: Kind<F, (a: A) => B>, fa: Kind<F, A>) => Kind<F, B>
}
Details
- Added in 0.1.0
License
- MIT – Copyright (c) 2017-present Giulio Canti
Apply2
Signature
export interface Apply2<F extends URIS2> extends Functor2<F> {
readonly ap: <E, A, B>(fab: Kind2<F, E, (a: A) => B>, fa: Kind2<F, E, A>) => Kind2<F, E, B>
}
Details
- Added in 0.1.0
License
- MIT – Copyright (c) 2017-present Giulio Canti
Apply2C
Signature
export interface Apply2C<F extends URIS2, E> extends Functor2C<F, E> {
readonly ap: <A, B>(fab: Kind2<F, E, (a: A) => B>, fa: Kind2<F, E, A>) => Kind2<F, E, B>
}
Details
- Added in 0.1.0
License
- MIT – Copyright (c) 2017-present Giulio Canti
Apply3
Signature
export interface Apply3<F extends URIS3> extends Functor3<F> {
readonly ap: <R, E, A, B>(fab: Kind3<F, R, E, (a: A) => B>, fa: Kind3<F, R, E, A>) => Kind3<F, R, E, B>
}
Details
- Added in 0.1.0
License
- MIT – Copyright (c) 2017-present Giulio Canti
Apply3C
Signature
export interface Apply3C<F extends URIS3, E> extends Functor3C<F, E> {
readonly ap: <R, A, B>(fab: Kind3<F, R, E, (a: A) => B>, fa: Kind3<F, R, E, A>) => Kind3<F, R, E, B>
}
Details
- Added in 0.1.0
License
- MIT – Copyright (c) 2017-present Giulio Canti
Apply4
Signature
export interface Apply4<F extends URIS4> extends Functor4<F> {
readonly ap: <S, R, E, A, B>(fab: Kind4<F, S, R, E, (a: A) => B>, fa: Kind4<F, S, R, E, A>) => Kind4<F, S, R, E, B>
}
Details
- Added in 0.1.0
License
- MIT – Copyright (c) 2017-present Giulio Canti
Utilities
ap
ap composition.
Signature
export declare function ap<F extends URIS4, G extends URIS4>(
F: Apply4<F>,
G: Apply4<G>,
): <FS, FR, FE, GS, GR, GE, A>(
fa: Kind4<F, FS, FR, FE, Kind4<G, GS, GR, GE, A>>,
) => <B>(fab: Kind4<F, FS, FR, FE, Kind4<G, GS, GR, GE, (a: A) => B>>) => Kind4<F, FS, FR, FE, Kind4<G, GS, GR, GE, B>>
export declare function ap<F extends URIS3, FE, G extends URIS2>(
F: Apply3C<F, FE>,
G: Apply2<G>,
): <R, GE, A>(
fa: Kind3<F, R, FE, Kind2<G, GE, A>>,
) => <B>(fab: Kind3<F, R, FE, Kind2<G, GE, (a: A) => B>>) => Kind3<F, R, FE, Kind2<G, GE, B>>
export declare function ap<F extends URIS3, FE, G extends URIS2, GE>(
F: Apply3C<F, FE>,
G: Apply2C<G, GE>,
): <R, A>(
fa: Kind3<F, R, FE, Kind2<G, GE, A>>,
) => <B>(fab: Kind3<F, R, FE, Kind2<G, GE, (a: A) => B>>) => Kind3<F, R, FE, Kind2<G, GE, B>>
export declare function ap<F extends URIS3, E, G extends URIS>(
F: Apply3C<F, E>,
G: Apply1<G>,
): <R, A>(
fa: Kind3<F, R, E, Kind<G, A>>,
) => <B>(fab: Kind3<F, R, E, Kind<G, (a: A) => B>>) => Kind3<F, R, E, Kind<G, B>>
export declare function ap<F extends URIS3, G extends URIS4>(
F: Apply3<F>,
G: Apply4<G>,
): <FR, FE, S, GR, GE, A>(
fa: Kind3<F, FR, FE, Kind4<G, S, GR, GE, A>>,
) => <B>(fab: Kind3<F, FR, FE, Kind4<G, S, GR, GE, (a: A) => B>>) => Kind3<F, FR, FE, Kind4<G, S, GR, GE, B>>
export declare function ap<F extends URIS3, G extends URIS3>(
F: Apply3<F>,
G: Apply3<G>,
): <FR, FE, GR, GE, A>(
fa: Kind3<F, FR, FE, Kind3<G, GR, GE, A>>,
) => <B>(fab: Kind3<F, FR, FE, Kind3<G, GR, GE, (a: A) => B>>) => Kind3<F, FR, FE, Kind3<G, GR, GE, B>>
export declare function ap<F extends URIS3, G extends URIS3, GE>(
F: Apply3<F>,
G: Apply3C<G, GE>,
): <FR, FE, GR, A>(
fa: Kind3<F, FR, FE, Kind3<G, GR, GE, A>>,
) => <B>(fab: Kind3<F, FR, FE, Kind3<G, GR, GE, (a: A) => B>>) => Kind3<F, FR, FE, Kind3<G, GR, GE, B>>
export declare function ap<F extends URIS3, G extends URIS2>(
F: Apply3<F>,
G: Apply2<G>,
): <R, FE, GE, A>(
fa: Kind3<F, R, FE, Kind2<G, GE, A>>,
) => <B>(fab: Kind3<F, R, FE, Kind2<G, GE, (a: A) => B>>) => Kind3<F, R, FE, Kind2<G, GE, B>>
export declare function ap<F extends URIS3, G extends URIS2, GE>(
F: Apply3<F>,
G: Apply2C<G, GE>,
): <R, FE, A>(
fa: Kind3<F, R, FE, Kind2<G, GE, A>>,
) => <B>(fab: Kind3<F, R, FE, Kind2<G, GE, (a: A) => B>>) => Kind3<F, R, FE, Kind2<G, GE, B>>
export declare function ap<F extends URIS3, G extends URIS>(
F: Apply3<F>,
G: Apply1<G>,
): <R, E, A>(
fa: Kind3<F, R, E, Kind<G, A>>,
) => <B>(fab: Kind3<F, R, E, Kind<G, (a: A) => B>>) => Kind3<F, R, E, Kind<G, B>>
export declare function ap<F extends URIS2, FE, G extends URIS4>(
F: Apply2C<F, FE>,
G: Apply4<G>,
): <S, R, GE, A>(
fa: Kind2<F, FE, Kind4<G, S, R, GE, A>>,
) => <B>(fab: Kind2<F, FE, Kind4<G, S, R, GE, (a: A) => B>>) => Kind2<F, FE, Kind4<G, S, R, GE, B>>
export declare function ap<F extends URIS4, G extends URIS3>(
F: Apply4<F>,
G: Apply3<G>,
): <S, FR, FE, GR, GE, A>(
fa: Kind4<F, S, FR, FE, Kind3<G, GR, GE, A>>,
) => <B>(fab: Kind4<F, S, FR, FE, Kind3<G, GR, GE, (a: A) => B>>) => Kind4<F, S, FR, FE, Kind3<G, GR, GE, B>>
export declare function ap<F extends URIS2, FE, G extends URIS3>(
F: Apply2C<F, FE>,
G: Apply3<G>,
): <R, GE, A>(
fa: Kind2<F, FE, Kind3<G, R, GE, A>>,
) => <B>(fab: Kind2<F, FE, Kind3<G, R, GE, (a: A) => B>>) => Kind2<F, FE, Kind3<G, R, GE, B>>
export declare function ap<F extends URIS2, FE, G extends URIS3, GE>(
F: Apply2C<F, FE>,
G: Apply3C<G, GE>,
): <R, A>(
fa: Kind2<F, FE, Kind3<G, R, GE, A>>,
) => <B>(fab: Kind2<F, FE, Kind3<G, R, GE, (a: A) => B>>) => Kind2<F, FE, Kind3<G, R, GE, B>>
export declare function ap<F extends URIS2, FE, G extends URIS2>(
F: Apply2C<F, FE>,
G: Apply2<G>,
): <GE, A>(
fa: Kind2<F, FE, Kind2<G, GE, A>>,
) => <B>(fab: Kind2<F, FE, Kind2<G, GE, (a: A) => B>>) => Kind2<F, FE, Kind2<G, GE, B>>
export declare function ap<F extends URIS2, FE, G extends URIS2, GE>(
F: Apply2C<F, FE>,
G: Apply2C<G, GE>,
): <A>(
fa: Kind2<F, FE, Kind2<G, GE, A>>,
) => <B>(fab: Kind2<F, FE, Kind2<G, GE, (a: A) => B>>) => Kind2<F, FE, Kind2<G, GE, B>>
export declare function ap<F extends URIS2, E, G extends URIS>(
F: Apply2C<F, E>,
G: Apply1<G>,
): <A>(fa: Kind2<F, E, Kind<G, A>>) => <B>(fab: Kind2<F, E, Kind<G, (a: A) => B>>) => Kind2<F, E, Kind<G, B>>
export declare function ap<F extends URIS2, G extends URIS4>(
F: Apply2<F>,
G: Apply4<G>,
): <FE, S, R, GE, A>(
fa: Kind2<F, FE, Kind4<G, S, R, GE, A>>,
) => <B>(fab: Kind2<F, FE, Kind4<G, S, R, GE, (a: A) => B>>) => Kind2<F, FE, Kind4<G, S, R, GE, B>>
export declare function ap<F extends URIS2, G extends URIS3>(
F: Apply2<F>,
G: Apply3<G>,
): <FE, R, GE, A>(
fa: Kind2<F, FE, Kind3<G, R, GE, A>>,
) => <B>(fab: Kind2<F, FE, Kind3<G, R, GE, (a: A) => B>>) => Kind2<F, FE, Kind3<G, R, GE, B>>
export declare function ap<F extends URIS2, G extends URIS3, GE>(
F: Apply2<F>,
G: Apply3C<G, GE>,
): <FE, R, A>(
fa: Kind2<F, FE, Kind3<G, R, GE, A>>,
) => <B>(fab: Kind2<F, FE, Kind3<G, R, GE, (a: A) => B>>) => Kind2<F, FE, Kind3<G, R, GE, B>>
export declare function ap<F extends URIS2, G extends URIS2>(
F: Apply2<F>,
G: Apply2<G>,
): <FE, GE, A>(
fa: Kind2<F, FE, Kind2<G, GE, A>>,
) => <B>(fab: Kind2<F, FE, Kind2<G, GE, (a: A) => B>>) => Kind2<F, FE, Kind2<G, GE, B>>
export declare function ap<F extends URIS2, G extends URIS2, GE>(
F: Apply2<F>,
G: Apply2C<G, GE>,
): <FE, A>(
fa: Kind2<F, FE, Kind2<G, GE, A>>,
) => <B>(fab: Kind2<F, FE, Kind2<G, GE, (a: A) => B>>) => Kind2<F, FE, Kind2<G, GE, B>>
export declare function ap<F extends URIS4, G extends URIS3, GE>(
F: Apply4<F>,
G: Apply3C<G, GE>,
): <S, FR, FE, GR, A>(
fa: Kind4<F, S, FR, FE, Kind3<G, GR, GE, A>>,
) => <B>(fab: Kind4<F, S, FR, FE, Kind3<G, GR, GE, (a: A) => B>>) => Kind4<F, S, FR, FE, Kind3<G, GR, GE, B>>
export declare function ap<F extends URIS2, G extends URIS>(
F: Apply2<F>,
G: Apply1<G>,
): <E, A>(fa: Kind2<F, E, Kind<G, A>>) => <B>(fab: Kind2<F, E, Kind<G, (a: A) => B>>) => Kind2<F, E, Kind<G, B>>
export declare function ap<F extends URIS, G extends URIS4>(
F: Apply1<F>,
G: Apply4<G>,
): <S, R, E, A>(
fa: Kind<F, Kind4<G, S, R, E, A>>,
) => <B>(fab: Kind<F, Kind4<G, S, R, E, (a: A) => B>>) => Kind<F, Kind4<G, S, R, E, B>>
export declare function ap<F extends URIS, G extends URIS3>(
F: Apply1<F>,
G: Apply3<G>,
): <R, E, A>(
fa: Kind<F, Kind3<G, R, E, A>>,
) => <B>(fab: Kind<F, Kind3<G, R, E, (a: A) => B>>) => Kind<F, Kind3<G, R, E, B>>
export declare function ap<F extends URIS, G extends URIS3, E>(
F: Apply1<F>,
G: Apply3C<G, E>,
): <R, A>(
fa: Kind<F, Kind3<G, R, E, A>>,
) => <B>(fab: Kind<F, Kind3<G, R, E, (a: A) => B>>) => Kind<F, Kind3<G, R, E, B>>
export declare function ap<F extends URIS, G extends URIS2>(
F: Apply1<F>,
G: Apply2<G>,
): <E, A>(fa: Kind<F, Kind2<G, E, A>>) => <B>(fab: Kind<F, Kind2<G, E, (a: A) => B>>) => Kind<F, Kind2<G, E, B>>
export declare function ap<F extends URIS, G extends URIS2, E>(
F: Apply1<F>,
G: Apply2C<G, E>,
): <A>(fa: Kind<F, Kind2<G, E, A>>) => <B>(fab: Kind<F, Kind2<G, E, (a: A) => B>>) => Kind<F, Kind2<G, E, B>>
export declare function ap<F extends URIS, G extends URIS>(
F: Apply1<F>,
G: Apply1<G>,
): <A>(fa: Kind<F, Kind<G, A>>) => <B>(fab: Kind<F, Kind<G, (a: A) => B>>) => Kind<F, Kind<G, B>>
export declare function ap<F, G extends URIS4>(
F: Apply<F>,
G: Apply4<G>,
): <S, R, E, A>(
fa: HKT<F, Kind4<G, S, R, E, A>>,
) => <B>(fab: HKT<F, Kind4<G, S, R, E, (a: A) => B>>) => HKT<F, Kind4<G, S, R, E, B>>
export declare function ap<F, G extends URIS3>(
F: Apply<F>,
G: Apply3<G>,
): <R, E, A>(
fa: HKT<F, Kind3<G, R, E, A>>,
) => <B>(fab: HKT<F, Kind3<G, R, E, (a: A) => B>>) => HKT<F, Kind3<G, R, E, B>>
export declare function ap<F, G extends URIS3, E>(
F: Apply<F>,
G: Apply3C<G, E>,
): <R, A>(fa: HKT<F, Kind3<G, R, E, A>>) => <B>(fab: HKT<F, Kind3<G, R, E, (a: A) => B>>) => HKT<F, Kind3<G, R, E, B>>
export declare function ap<F extends URIS4, G extends URIS2>(
F: Apply4<F>,
G: Apply2<G>,
): <S, R, FE, GE, A>(
fa: Kind4<F, S, R, FE, Kind2<G, GE, A>>,
) => <B>(fab: Kind4<F, S, R, FE, Kind2<G, GE, (a: A) => B>>) => Kind4<F, S, R, FE, Kind2<G, GE, B>>
export declare function ap<F, G extends URIS2>(
F: Apply<F>,
G: Apply2<G>,
): <E, A>(fa: HKT<F, Kind2<G, E, A>>) => <B>(fab: HKT<F, Kind2<G, E, (a: A) => B>>) => HKT<F, Kind2<G, E, B>>
export declare function ap<F, G extends URIS2, E>(
F: Apply<F>,
G: Apply2C<G, E>,
): <A>(fa: HKT<F, Kind2<G, E, A>>) => <B>(fab: HKT<F, Kind2<G, E, (a: A) => B>>) => HKT<F, Kind2<G, E, B>>
export declare function ap<F, G extends URIS>(
F: Apply<F>,
G: Apply1<G>,
): <A>(fa: HKT<F, Kind<G, A>>) => <B>(fab: HKT<F, Kind<G, (a: A) => B>>) => HKT<F, Kind<G, B>>
export declare function ap<F, G>(
F: Apply<F>,
G: Apply<G>,
): <A>(fa: HKT<F, HKT<G, A>>) => <B>(fab: HKT<F, HKT<G, (a: A) => B>>) => HKT<F, HKT<G, B>>
export declare function ap<F extends URIS4, G extends URIS2, GE>(
F: Apply4<F>,
G: Apply2C<G, GE>,
): <S, R, FE, A>(
fa: Kind4<F, S, R, FE, Kind2<G, GE, A>>,
) => <B>(fab: Kind4<F, S, R, FE, Kind2<G, GE, (a: A) => B>>) => Kind4<F, S, R, FE, Kind2<G, GE, B>>
export declare function ap<F extends URIS4, G extends URIS>(
F: Apply4<F>,
G: Apply1<G>,
): <S, R, E, A>(
fa: Kind4<F, S, R, E, Kind<G, A>>,
) => <B>(fab: Kind4<F, S, R, E, Kind<G, (a: A) => B>>) => Kind4<F, S, R, E, Kind<G, B>>
export declare function ap<F extends URIS3, FE, G extends URIS4>(
F: Apply3C<F, FE>,
G: Apply4<G>,
): <FR, S, GR, GE, A>(
fa: Kind3<F, FR, FE, Kind4<G, S, GR, GE, A>>,
) => <B>(fab: Kind3<F, FR, FE, Kind4<G, S, GR, GE, (a: A) => B>>) => Kind3<F, FR, FE, Kind4<G, S, GR, GE, B>>
export declare function ap<F extends URIS3, FE, G extends URIS3>(
F: Apply3C<F, FE>,
G: Apply3<G>,
): <FR, GR, GE, A>(
fa: Kind3<F, FR, FE, Kind3<G, GR, GE, A>>,
) => <B>(fab: Kind3<F, FR, FE, Kind3<G, GR, GE, (a: A) => B>>) => Kind3<F, FR, FE, Kind3<G, GR, GE, B>>
export declare function ap<F extends URIS3, FE, G extends URIS3, GE>(
F: Apply3C<F, FE>,
G: Apply3C<G, GE>,
): <FR, GR, A>(
fa: Kind3<F, FR, FE, Kind3<G, GR, GE, A>>,
) => <B>(fab: Kind3<F, FR, FE, Kind3<G, GR, GE, (a: A) => B>>) => Kind3<F, FR, FE, Kind3<G, GR, GE, B>>
Details
- Added in 0.1.0
License
- MIT – Copyright (c) 2017-present Giulio Canti
apFirst
Signature
export declare function apFirst<F extends URIS4>(
A: Apply4<F>,
): <S, R, E, B>(second: Kind4<F, S, R, E, B>) => <A>(first: Kind4<F, S, R, E, A>) => Kind4<F, S, R, E, A>
export declare function apFirst<F extends URIS3>(
A: Apply3<F>,
): <R, E, B>(second: Kind3<F, R, E, B>) => <A>(first: Kind3<F, R, E, A>) => Kind3<F, R, E, A>
export declare function apFirst<F extends URIS3, E>(
A: Apply3C<F, E>,
): <R, B>(second: Kind3<F, R, E, B>) => <A>(first: Kind3<F, R, E, A>) => Kind3<F, R, E, A>
export declare function apFirst<F extends URIS2>(
A: Apply2<F>,
): <E, B>(second: Kind2<F, E, B>) => <A>(first: Kind2<F, E, A>) => Kind2<F, E, A>
export declare function apFirst<F extends URIS2, E>(
A: Apply2C<F, E>,
): <B>(second: Kind2<F, E, B>) => <A>(first: Kind2<F, E, A>) => Kind2<F, E, A>
export declare function apFirst<F extends URIS>(
A: Apply1<F>,
): <B>(second: Kind<F, B>) => <A>(first: Kind<F, A>) => Kind<F, A>
export declare function apFirst<F>(A: Apply<F>): <B>(second: HKT<F, B>) => <A>(first: HKT<F, A>) => HKT<F, A>
Details
- Added in 0.1.0
License
- MIT – Copyright (c) 2017-present Giulio Canti
apS
Signature
export declare function apS<F extends URIS4>(
F: Apply4<F>,
): <N extends string, A, S, R, E, B>(
name: Exclude<N, keyof A>,
fb: Kind4<F, S, R, E, B>,
) => (fa: Kind4<F, S, R, E, A>) => Kind4<
F,
S,
R,
E,
{
readonly [K in keyof A | N]: K extends keyof A ? A[K] : B
}
>
export declare function apS<F extends URIS3>(
F: Apply3<F>,
): <N extends string, A, R, E, B>(
name: Exclude<N, keyof A>,
fb: Kind3<F, R, E, B>,
) => (fa: Kind3<F, R, E, A>) => Kind3<
F,
R,
E,
{
readonly [K in keyof A | N]: K extends keyof A ? A[K] : B
}
>
export declare function apS<F extends URIS3, E>(
F: Apply3C<F, E>,
): <N extends string, A, R, B>(
name: Exclude<N, keyof A>,
fb: Kind3<F, R, E, B>,
) => (fa: Kind3<F, R, E, A>) => Kind3<
F,
R,
E,
{
readonly [K in keyof A | N]: K extends keyof A ? A[K] : B
}
>
export declare function apS<F extends URIS2>(
F: Apply2<F>,
): <N extends string, A, E, B>(
name: Exclude<N, keyof A>,
fb: Kind2<F, E, B>,
) => (fa: Kind2<F, E, A>) => Kind2<
F,
E,
{
readonly [K in keyof A | N]: K extends keyof A ? A[K] : B
}
>
export declare function apS<F extends URIS2, E>(
F: Apply2C<F, E>,
): <N extends string, A, B>(
name: Exclude<N, keyof A>,
fb: Kind2<F, E, B>,
) => (fa: Kind2<F, E, A>) => Kind2<
F,
E,
{
readonly [K in keyof A | N]: K extends keyof A ? A[K] : B
}
>
export declare function apS<F extends URIS>(
F: Apply1<F>,
): <N extends string, A, B>(
name: Exclude<N, keyof A>,
fb: Kind<F, B>,
) => (fa: Kind<F, A>) => Kind<
F,
{
readonly [K in keyof A | N]: K extends keyof A ? A[K] : B
}
>
export declare function apS<F>(F: Apply<F>): <N extends string, A, B>(
name: Exclude<N, keyof A>,
fb: HKT<F, B>,
) => (fa: HKT<F, A>) => HKT<
F,
{
readonly [K in keyof A | N]: K extends keyof A ? A[K] : B
}
>
Details
- Added in 0.1.0
License
- MIT – Copyright (c) 2017-present Giulio Canti
apSecond
Signature
export declare function apSecond<F extends URIS4>(
A: Apply4<F>,
): <S, R, E, B>(second: Kind4<F, S, R, E, B>) => <A>(first: Kind4<F, S, R, E, A>) => Kind4<F, S, R, E, B>
export declare function apSecond<F extends URIS3>(
A: Apply3<F>,
): <R, E, B>(second: Kind3<F, R, E, B>) => <A>(first: Kind3<F, R, E, A>) => Kind3<F, R, E, B>
export declare function apSecond<F extends URIS3, E>(
A: Apply3C<F, E>,
): <R, B>(second: Kind3<F, R, E, B>) => <A>(first: Kind3<F, R, E, A>) => Kind3<F, R, E, B>
export declare function apSecond<F extends URIS2>(
A: Apply2<F>,
): <E, B>(second: Kind2<F, E, B>) => <A>(first: Kind2<F, E, A>) => Kind2<F, E, B>
export declare function apSecond<F extends URIS2, E>(
A: Apply2C<F, E>,
): <B>(second: Kind2<F, E, B>) => <A>(first: Kind2<F, E, A>) => Kind2<F, E, B>
export declare function apSecond<F extends URIS>(
A: Apply1<F>,
): <B>(second: Kind<F, B>) => <A>(first: Kind<F, A>) => Kind<F, B>
export declare function apSecond<F>(A: Apply<F>): <B>(second: HKT<F, B>) => <A>(first: HKT<F, A>) => HKT<F, B>
Details
- Added in 0.1.0
License
- MIT – Copyright (c) 2017-present Giulio Canti
getApplySemigroup
Lift a semigroup into 'F', the inner values are concatenated using the provided Semigroup.
Signature
export declare function getApplySemigroup<F extends URIS4>(
F: Apply4<F>,
): <A, S, R, E>(S: Semigroup<A>) => Semigroup<Kind4<F, S, R, E, A>>
export declare function getApplySemigroup<F extends URIS3>(
F: Apply3<F>,
): <A, R, E>(S: Semigroup<A>) => Semigroup<Kind3<F, R, E, A>>
export declare function getApplySemigroup<F extends URIS3, E>(
F: Apply3C<F, E>,
): <A, R>(S: Semigroup<A>) => Semigroup<Kind3<F, R, E, A>>
export declare function getApplySemigroup<F extends URIS2>(
F: Apply2<F>,
): <A, E>(S: Semigroup<A>) => Semigroup<Kind2<F, E, A>>
export declare function getApplySemigroup<F extends URIS2, E>(
F: Apply2C<F, E>,
): <A>(S: Semigroup<A>) => Semigroup<Kind2<F, E, A>>
export declare function getApplySemigroup<F extends URIS>(F: Apply1<F>): <A>(S: Semigroup<A>) => Semigroup<Kind<F, A>>
export declare function getApplySemigroup<F>(F: Apply<F>): <A>(S: Semigroup<A>) => Semigroup<HKT<F, A>>
Details
- Added in 0.1.0
License
- MIT – Copyright (c) 2017-present Giulio Canti
sequenceS
Like Apply.sequenceT but works with structs instead of tuples.
Signature
export declare function sequenceS<F extends URIS4>(
F: Apply4<F>,
): <S, R, E, NER extends Record<string, Kind4<F, S, R, E, any>>>(
r: EnforceNonEmptyRecord<NER> & Record<string, Kind4<F, S, R, E, any>>,
) => Kind4<
F,
S,
R,
E,
{
[K in keyof NER]: [NER[K]] extends [Kind4<F, any, any, any, infer A>] ? A : never
}
>
export declare function sequenceS<F extends URIS3>(
F: Apply3<F>,
): <R, E, NER extends Record<string, Kind3<F, R, E, any>>>(
r: EnforceNonEmptyRecord<NER> & Record<string, Kind3<F, R, E, any>>,
) => Kind3<
F,
R,
E,
{
[K in keyof NER]: [NER[K]] extends [Kind3<F, any, any, infer A>] ? A : never
}
>
export declare function sequenceS<F extends URIS3, E>(
F: Apply3C<F, E>,
): <R, NER extends Record<string, Kind3<F, R, E, any>>>(
r: EnforceNonEmptyRecord<NER> & Record<string, Kind3<F, R, E, any>>,
) => Kind3<
F,
R,
E,
{
[K in keyof NER]: [NER[K]] extends [Kind3<F, any, any, infer A>] ? A : never
}
>
export declare function sequenceS<F extends URIS2>(
F: Apply2<F>,
): <E, NER extends Record<string, Kind2<F, E, any>>>(
r: EnforceNonEmptyRecord<NER> & Record<string, Kind2<F, E, any>>,
) => Kind2<
F,
E,
{
[K in keyof NER]: [NER[K]] extends [Kind2<F, any, infer A>] ? A : never
}
>
export declare function sequenceS<F extends URIS2, E>(
F: Apply2C<F, E>,
): <NER extends Record<string, Kind2<F, E, any>>>(
r: EnforceNonEmptyRecord<NER>,
) => Kind2<
F,
E,
{
[K in keyof NER]: [NER[K]] extends [Kind2<F, any, infer A>] ? A : never
}
>
export declare function sequenceS<F extends URIS>(
F: Apply1<F>,
): <NER extends Record<string, Kind<F, any>>>(
r: EnforceNonEmptyRecord<NER>,
) => Kind<
F,
{
[K in keyof NER]: [NER[K]] extends [Kind<F, infer A>] ? A : never
}
>
export declare function sequenceS<F>(F: Apply<F>): <NER extends Record<string, HKT<F, any>>>(
r: EnforceNonEmptyRecord<NER>,
) => HKT<
F,
{
[K in keyof NER]: [NER[K]] extends [HKT<F, infer A>] ? A : never
}
>
Details
- Added in 0.1.0
Example
import * as E from '@fp-tx/core/Either'
import { sequenceS } from '@fp-tx/core/Apply'
const ado = sequenceS(E.Apply)
assert.deepStrictEqual(
ado({
a: E.right(1),
b: E.right(true),
}),
E.right({ a: 1, b: true }),
)
assert.deepStrictEqual(
ado({
a: E.right(1),
b: E.left('error'),
}),
E.left('error'),
)
License
- MIT – Copyright (c) 2017-present Giulio Canti
sequenceT
Tuple sequencing, i.e., take a tuple of monadic actions and does them from left-to-right, returning the resulting tuple.
Signature
export declare function sequenceT<F extends URIS4>(
F: Apply4<F>,
): <S, R, E, T extends Array<Kind4<F, S, R, E, any>>>(
...t: T & {
readonly 0: Kind4<F, S, R, E, any>
}
) => Kind4<
F,
S,
R,
E,
{
[K in keyof T]: [T[K]] extends [Kind4<F, S, R, E, infer A>] ? A : never
}
>
export declare function sequenceT<F extends URIS3>(
F: Apply3<F>,
): <R, E, T extends Array<Kind3<F, R, E, any>>>(
...t: T & {
readonly 0: Kind3<F, R, E, any>
}
) => Kind3<
F,
R,
E,
{
[K in keyof T]: [T[K]] extends [Kind3<F, R, E, infer A>] ? A : never
}
>
export declare function sequenceT<F extends URIS3, E>(
F: Apply3C<F, E>,
): <R, T extends Array<Kind3<F, R, E, any>>>(
...t: T & {
readonly 0: Kind3<F, R, E, any>
}
) => Kind3<
F,
R,
E,
{
[K in keyof T]: [T[K]] extends [Kind3<F, R, E, infer A>] ? A : never
}
>
export declare function sequenceT<F extends URIS2>(
F: Apply2<F>,
): <E, T extends Array<Kind2<F, E, any>>>(
...t: T & {
readonly 0: Kind2<F, E, any>
}
) => Kind2<
F,
E,
{
[K in keyof T]: [T[K]] extends [Kind2<F, E, infer A>] ? A : never
}
>
export declare function sequenceT<F extends URIS2, E>(
F: Apply2C<F, E>,
): <T extends Array<Kind2<F, E, any>>>(
...t: T & {
readonly 0: Kind2<F, E, any>
}
) => Kind2<
F,
E,
{
[K in keyof T]: [T[K]] extends [Kind2<F, E, infer A>] ? A : never
}
>
export declare function sequenceT<F extends URIS>(
F: Apply1<F>,
): <T extends Array<Kind<F, any>>>(
...t: T & {
readonly 0: Kind<F, any>
}
) => Kind<
F,
{
[K in keyof T]: [T[K]] extends [Kind<F, infer A>] ? A : never
}
>
export declare function sequenceT<F>(F: Apply<F>): <T extends Array<HKT<F, any>>>(
...t: T & {
readonly 0: HKT<F, any>
}
) => HKT<
F,
{
[K in keyof T]: [T[K]] extends [HKT<F, infer A>] ? A : never
}
>
Details
- Added in 0.1.0
Example
import { sequenceT } from '@fp-tx/core/Apply'
import * as O from '@fp-tx/core/Option'
const sequenceTOption = sequenceT(O.Apply)
assert.deepStrictEqual(sequenceTOption(O.some(1)), O.some([1]))
assert.deepStrictEqual(sequenceTOption(O.some(1), O.some('2')), O.some([1, '2']))
assert.deepStrictEqual(sequenceTOption(O.some(1), O.some('2'), O.none), O.none)
License
- MIT – Copyright (c) 2017-present Giulio Canti