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generated.kinds.polyFunctions.scala Maven / Gradle / Ivy
/*
* Copyright 2021-2024 Disney Streaming
*
* Licensed under the Tomorrow Open Source Technology License, Version 1.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* https://disneystreaming.github.io/TOST-1.0.txt
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
/////// THIS FILE WAS GENERATED AT BUILD TIME, AND CHECKED-IN FOR DISCOVERABILITY ///////
package smithy4s
package kinds
import smithy4s.Transformation
trait PolyFunction[F[_], G[_]]{ self =>
def apply[A0](fa: F[A0]): G[A0]
final def andThen[H[_]](other: PolyFunction[G, H]): PolyFunction[F, H] = new PolyFunction[F, H]{
def apply[A0](fa: F[A0]): H[A0] = other(self(fa))
}
final def compose[H[_]](other: PolyFunction[H, F]): PolyFunction[H, G] = new PolyFunction[H, G]{
def apply[A0](ha: H[A0]): G[A0] = self(other(ha))
}
final def narrow[F0[a0] <: F[a0]]: PolyFunction[F0, G] = this.asInstanceOf[PolyFunction[F0, G]]
final def widen[G0[a0] >: G[a0]]: PolyFunction[F, G0] = this.asInstanceOf[PolyFunction[F, G0]]
}
object PolyFunction{
type From[F[_]] = {
type Algebra[G[_]] = PolyFunction[F, G]
}
def identity[F[_]]: PolyFunction[F, F] = new PolyFunction[F, F]{
def apply[A0](input: F[A0]): F[A0] = input
}
implicit def polyfunction_transformation[Alg[_[_]]: FunctorK, F[_], G[_]]: Transformation[PolyFunction[F, G], Alg[F], Alg[G]] =
new Transformation[PolyFunction[F, G], Alg[F], Alg[G]]{
def apply(func: PolyFunction[F, G], algF: Alg[F]): Alg[G] = FunctorK[Alg].mapK(algF, func)
}
}
trait PolyFunction2[F[_, _], G[_, _]]{ self =>
def apply[A0, A1](fa: F[A0, A1]): G[A0, A1]
final def andThen[H[_, _]](other: PolyFunction2[G, H]): PolyFunction2[F, H] = new PolyFunction2[F, H]{
def apply[A0, A1](fa: F[A0, A1]): H[A0, A1] = other(self(fa))
}
final def compose[H[_, _]](other: PolyFunction2[H, F]): PolyFunction2[H, G] = new PolyFunction2[H, G]{
def apply[A0, A1](ha: H[A0, A1]): G[A0, A1] = self(other(ha))
}
final def narrow[F0[a0, a1] <: F[a0, a1]]: PolyFunction2[F0, G] = this.asInstanceOf[PolyFunction2[F0, G]]
final def widen[G0[a0, a1] >: G[a0, a1]]: PolyFunction2[F, G0] = this.asInstanceOf[PolyFunction2[F, G0]]
}
object PolyFunction2{
type From[F[_, _]] = {
type Algebra[G[_, _]] = PolyFunction2[F, G]
}
def identity[F[_, _]]: PolyFunction2[F, F] = new PolyFunction2[F, F]{
def apply[A0, A1](input: F[A0, A1]): F[A0, A1] = input
}
implicit def polyfunction2_transformation[Alg[_[_, _]]: FunctorK2, F[_, _], G[_, _]]: Transformation[PolyFunction2[F, G], Alg[F], Alg[G]] =
new Transformation[PolyFunction2[F, G], Alg[F], Alg[G]]{
def apply(func: PolyFunction2[F, G], algF: Alg[F]): Alg[G] = FunctorK2[Alg].mapK2(algF, func)
}
}
trait PolyFunction5[F[_, _, _, _, _], G[_, _, _, _, _]]{ self =>
def apply[A0, A1, A2, A3, A4](fa: F[A0, A1, A2, A3, A4]): G[A0, A1, A2, A3, A4]
final def andThen[H[_, _, _, _, _]](other: PolyFunction5[G, H]): PolyFunction5[F, H] = new PolyFunction5[F, H]{
def apply[A0, A1, A2, A3, A4](fa: F[A0, A1, A2, A3, A4]): H[A0, A1, A2, A3, A4] = other(self(fa))
}
final def compose[H[_, _, _, _, _]](other: PolyFunction5[H, F]): PolyFunction5[H, G] = new PolyFunction5[H, G]{
def apply[A0, A1, A2, A3, A4](ha: H[A0, A1, A2, A3, A4]): G[A0, A1, A2, A3, A4] = self(other(ha))
}
final def narrow[F0[a0, a1, a2, a3, a4] <: F[a0, a1, a2, a3, a4]]: PolyFunction5[F0, G] = this.asInstanceOf[PolyFunction5[F0, G]]
final def widen[G0[a0, a1, a2, a3, a4] >: G[a0, a1, a2, a3, a4]]: PolyFunction5[F, G0] = this.asInstanceOf[PolyFunction5[F, G0]]
}
object PolyFunction5{
type From[F[_, _, _, _, _]] = {
type Algebra[G[_, _, _, _, _]] = PolyFunction5[F, G]
}
def identity[F[_, _, _, _, _]]: PolyFunction5[F, F] = new PolyFunction5[F, F]{
def apply[A0, A1, A2, A3, A4](input: F[A0, A1, A2, A3, A4]): F[A0, A1, A2, A3, A4] = input
}
implicit def polyfunction5_transformation[Alg[_[_, _, _, _, _]]: FunctorK5, F[_, _, _, _, _], G[_, _, _, _, _]]: Transformation[PolyFunction5[F, G], Alg[F], Alg[G]] =
new Transformation[PolyFunction5[F, G], Alg[F], Alg[G]]{
def apply(func: PolyFunction5[F, G], algF: Alg[F]): Alg[G] = FunctorK5[Alg].mapK5(algF, func)
}
}
