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tamda

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Practical functional programming library for TypeScript

github.com/rabelloo/tamda

rabelloo/tamda

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import { Unary } from './operators'; /** * Object with an already supplied value that will be used to * immediately execute `compose` or `pipe` when called. */ export interface WithValue<A> { compose<B>(operator: Unary<A, B>): B; compose<B, C>(op1: Unary<A, B>, op2: Unary<B, C>): C; compose<B, C, D>(op1: Unary<A, B>, op2: Unary<B, C>, op3: Unary<C, D>): D; compose<B, C, D, E>(op1: Unary<A, B>, op2: Unary<B, C>, op3: Unary<C, D>, op4: Unary<D, E>): E; compose<B, C, D, E, F>(op1: Unary<A, B>, op2: Unary<B, C>, op3: Unary<C, D>, op4: Unary<D, E>, op5: Unary<E, F>): F; compose<B, C, D, E, F, G>(op1: Unary<A, B>, op2: Unary<B, C>, op3: Unary<C, D>, op4: Unary<D, E>, op5: Unary<E, F>, op6: Unary<F, G>): G; compose<B, C, D, E, F, G, H>(op1: Unary<A, B>, op2: Unary<B, C>, op3: Unary<C, D>, op4: Unary<D, E>, op5: Unary<E, F>, op6: Unary<F, G>, op7: Unary<G, H>): H; compose<B, C, D, E, F, G, H, I>(op1: Unary<A, B>, op2: Unary<B, C>, op3: Unary<C, D>, op4: Unary<D, E>, op5: Unary<E, F>, op6: Unary<F, G>, op7: Unary<G, H>, op8: Unary<H, I>): I; compose<B, C, D, E, F, G, H, I, J>(op1: Unary<A, B>, op2: Unary<B, C>, op3: Unary<C, D>, op4: Unary<D, E>, op5: Unary<E, F>, op6: Unary<F, G>, op7: Unary<G, H>, op8: Unary<H, I>, op9: Unary<I, J>): J; compose<B, C, D, E, F, G, H, I, J, K>(op1: Unary<A, B>, op2: Unary<B, C>, op3: Unary<C, D>, op4: Unary<D, E>, op5: Unary<E, F>, op6: Unary<F, G>, op7: Unary<G, H>, op8: Unary<H, I>, op9: Unary<I, J>, op10: Unary<J, K>): K; /** * Composes a series of `Unary` operations into a single function. * * Performs right-to-left function composition. * * Opposite function composition direction of `pipe`. */ compose(...operators: Unary<any, any>[]): any; pipe<B>(operator: Unary<A, B>): B; pipe<B, C>(op1: Unary<A, B>, op2: Unary<B, C>): C; pipe<B, C, D>(op1: Unary<A, B>, op2: Unary<B, C>, op3: Unary<C, D>): D; pipe<B, C, D, E>(op1: Unary<A, B>, op2: Unary<B, C>, op3: Unary<C, D>, op4: Unary<D, E>): E; pipe<B, C, D, E, F>(op1: Unary<A, B>, op2: Unary<B, C>, op3: Unary<C, D>, op4: Unary<D, E>, op5: Unary<E, F>): F; pipe<B, C, D, E, F, G>(op1: Unary<A, B>, op2: Unary<B, C>, op3: Unary<C, D>, op4: Unary<D, E>, op5: Unary<E, F>, op6: Unary<F, G>): G; pipe<B, C, D, E, F, G, H>(op1: Unary<A, B>, op2: Unary<B, C>, op3: Unary<C, D>, op4: Unary<D, E>, op5: Unary<E, F>, op6: Unary<F, G>, op7: Unary<G, H>): H; pipe<B, C, D, E, F, G, H, I>(op1: Unary<A, B>, op2: Unary<B, C>, op3: Unary<C, D>, op4: Unary<D, E>, op5: Unary<E, F>, op6: Unary<F, G>, op7: Unary<G, H>, op8: Unary<H, I>): I; pipe<B, C, D, E, F, G, H, I, J>(op1: Unary<A, B>, op2: Unary<B, C>, op3: Unary<C, D>, op4: Unary<D, E>, op5: Unary<E, F>, op6: Unary<F, G>, op7: Unary<G, H>, op8: Unary<H, I>, op9: Unary<I, J>): J; pipe<B, C, D, E, F, G, H, I, J, K>(op1: Unary<A, B>, op2: Unary<B, C>, op3: Unary<C, D>, op4: Unary<D, E>, op5: Unary<E, F>, op6: Unary<F, G>, op7: Unary<G, H>, op8: Unary<H, I>, op9: Unary<I, J>, op10: Unary<J, K>): K; /** * Composes a series of `Unary` operations into a single function. * * Performs left-to-right function composition. * * Opposite function composition direction of `compose`. * * In some libraries this function is named `sequence`. */ pipe(...operators: Unary<any, any>[]): any; }