import * as Result from './iterator-result';
export declare const Iter: {
    Result: typeof Result;
    toArray: <A>(iter: Iterator<A, any, undefined>) => A[];
    filter: <A_1>(f: (a: A_1) => boolean) => (it: Iterator<A_1, any, undefined>) => Iterator<A_1, any, undefined>;
    collect: <A_2, B>(f: (a: A_2) => import("../..").Option<B>) => (it: Iterator<A_2, any, undefined>) => Iterator<B, any, undefined>;
    collectWhile: <A_3, B_1>(f: (a: A_3) => import("../..").Option<B_1>) => (it: Iterator<A_3, any, undefined>) => Iterator<B_1, any, undefined>;
    map: <A_4, B_2>(f: (a: A_4) => B_2) => (it: Iterator<A_4, any, undefined>) => Iterator<B_2, any, undefined>;
    flatMap: <A_5, B_3>(f: (a: A_5) => Iterator<B_3, any, undefined>) => (it: Iterator<A_5, any, undefined>) => Iterator<B_3, any, undefined>;
    fold: <A_6, B_4>(z: B_4, f: (b: B_4, a: A_6) => B_4) => (it: Iterator<A_6, any, undefined>) => B_4;
    scan: <A_7, B_5>(z: B_5, f: (b: B_5, a: A_7) => B_5) => (it: Iterator<A_7, any, undefined>) => Iterator<B_5, any, undefined>;
    concat: <AA>(rhs: Iterator<AA, any, undefined>) => <A_8 extends AA>(lhs: Iterator<A_8, any, undefined>) => Iterator<AA, any, undefined>;
    zipWithIndex: <A_9>(it: Iterator<A_9, any, undefined>) => Iterator<[A_9, number], any, undefined>;
    elem_: <A_10>(it: Iterator<A_10, any, undefined>, idx: number) => A_10 | undefined;
    all_: <A_11>(it: Iterator<A_11, any, undefined>, p: (a: A_11) => boolean) => boolean;
    any_: <A_12>(it: Iterator<A_12, any, undefined>, p: (a: A_12) => boolean) => boolean;
    count_: <A_13>(it: Iterator<A_13, any, undefined>, p: (a: A_13) => boolean) => number;
    take_: <A_14>(it: Iterator<A_14, any, undefined>, n: number) => Iterator<A_14, any, undefined>;
    drop_: <A_15>(it: Iterator<A_15, any, undefined>, n: number) => Iterator<A_15, any, undefined>;
    filter_: <A_16>(it: Iterator<A_16, any, undefined>, f: (a: A_16) => boolean) => Iterator<A_16, any, undefined>;
    collect_: <A_17, B_6>(it: Iterator<A_17, any, undefined>, f: (a: A_17) => import("../..").Option<B_6>) => Iterator<B_6, any, undefined>;
    collectWhile_: <A_18, B_7>(it: Iterator<A_18, any, undefined>, f: (a: A_18) => import("../..").Option<B_7>) => Iterator<B_7, any, undefined>;
    map_: <A_19, B_8>(it: Iterator<A_19, any, undefined>, f: (a: A_19) => B_8) => Iterator<B_8, any, undefined>;
    flatMap_: <A_20, B_9>(source: Iterator<A_20, any, undefined>, f: (a: A_20) => Iterator<B_9, any, undefined>) => Iterator<B_9, any, undefined>;
    foldLeft_: <A_21, B_10>(it: Iterator<A_21, any, undefined>, z: B_10, f: (b: B_10, a: A_21) => B_10) => B_10;
    foldRight_: <A_22, B_11>(it: Iterator<A_22, any, undefined>, ez: import("@fp4ts/core").Eval<B_11>, f: (a: A_22, eb: import("@fp4ts/core").Eval<B_11>) => import("@fp4ts/core").Eval<B_11>) => import("@fp4ts/core").Eval<B_11>;
    foldMap_: <A_23, M>(M: import("@fp4ts/cats-kernel").Monoid<M>, it: Iterator<A_23, any, undefined>, f: (a: A_23) => M) => M;
    foldMapLeft_: <A_24, M_1>(M: import("@fp4ts/cats-kernel").Monoid<M_1>, it: Iterator<A_24, any, undefined>, f: (a: A_24) => M_1) => M_1;
    forEach_: <A_25>(it: Iterator<A_25, any, undefined>, f: (a: A_25) => void) => void;
    scan_: <A_26, B_12>(it: Iterator<A_26, any, undefined>, z: B_12, f: (b: B_12, a: A_26) => B_12) => Iterator<B_12, any, undefined>;
    concat_: <A_27>(lhs: Iterator<A_27, any, undefined>, rhs: Iterator<A_27, any, undefined>) => Iterator<A_27, any, undefined>;
    zip_: <A_28, B_13>(lhs: Iterator<A_28, any, undefined>, rhs: Iterator<B_13, any, undefined>) => Iterator<[A_28, B_13], any, undefined>;
    zipWith_: <A_29, B_14>(lhs: Iterator<A_29, any, undefined>, rhs: Iterator<B_14, any, undefined>) => <C>(f: (a: A_29, b: B_14) => C) => Iterator<C, any, undefined>;
    zipAll_: <A_30, B_15>(lhs: Iterator<A_30, any, undefined>, rhs: Iterator<B_15, any, undefined>, defaultL: () => A_30, defaultR: () => B_15) => Iterator<[A_30, B_15], any, undefined>;
    zipAllWith_: <A_31, B_16>(lhs: Iterator<A_31, any, undefined>, rhs: Iterator<B_16, any, undefined>, defaultL: () => A_31, defaultR: () => B_16) => <C_1>(f: (a: A_31, b: B_16) => C_1) => Iterator<C_1, any, undefined>;
    distinctBy_: <A_32, B_17>(it: Iterator<A_32, any, undefined>, f: (a: A_32) => B_17) => Iterator<A_32, any, undefined>;
    distinctByOrd_: <A_33, B_18>(it: Iterator<A_33, any, undefined>, f: (a: A_33) => B_18, O: import("@fp4ts/cats-kernel").Ord<B_18>) => Iterator<A_33, any, undefined>;
    singleton: <A_34>(x: A_34) => Iterator<A_34, any, undefined>;
    pure: <A_35>(x: A_35) => Iterator<A_35, any, undefined>;
    empty: Iterator<never, any, undefined>;
    of: <A_36>(...xs: A_36[]) => Iterator<A_36, any, undefined>;
    lift: <A_37>(next: () => IteratorResult<A_37, any>) => Iterator<A_37, any, undefined>;
    range: (from: number, to?: number) => Iterator<number, any, undefined>;
    unfoldRight: <A_38, B_19>(z: B_19, f: (b: B_19) => import("../..").Option<[A_38, B_19]>) => Iterator<A_38, any, undefined>;
    fromArray: <A_39>(xs: A_39[]) => Iterator<A_39, any, undefined>;
    fromArrayReversed: <A_40>(xs: A_40[]) => Iterator<A_40, any, undefined>;
};
//# sourceMappingURL=index.d.ts.map