import { Expectations } from './expectations';
import type { AssertedType, AssertionFunction, InferMatcher, InferToEqual } from './expectations';
import type { Matcher } from './matchers';
import type { Constructor } from './types';
/**
 * Extension to {@link Expectations} adding support for {@link Promise}s.
 *
 * These expectations are _separate_ from the main {@link Expectations}, as we
 * can't use them in {@link AssertionFunction}s, without ending up with
 * _unhandled rejections_ in the Node.js process.
 */
export declare class AsyncExpectations<T = unknown> extends Expectations<T> {
    /**
     * Create an {@link AsyncExpectations} instance associated with the specified
     * value and error remarks.
     */
    constructor(value: T, remarks: string | undefined);
    /**
     * Expects the value to be a _rejected_ {@link PromiseLike}.
     *
     * Negation: {@link Expectations.toBeResolved `toBeResolved(...)`}
     */
    toBeRejected(): Promise<Expectations<PromiseLike<Awaited<T>>>>;
    /**
     * Expects the value to be a _rejected_ {@link PromiseLike}, and further
     * validates the rejection with a {@link Matcher}.
     *
     * Negation: {@link Expectations.toBeResolved `toBeResolved(...)`}
     */
    toBeRejected(matcher: Matcher): Promise<Expectations<PromiseLike<Awaited<T>>>>;
    /**
     * Expects the value to be a _rejected_ {@link PromiseLike}, and further
     * asserts the rejection reason with an {@link AssertionFunction}.
     *
     * Negation: {@link Expectations.toBeResolved `toBeResolved(...)`}
     */
    toBeRejected(assertion: AssertionFunction): Promise<Expectations<PromiseLike<Awaited<T>>>>;
    /**
     * Expects the value to be a {@link PromiseLike} _rejected_ with an
     * {@link Error} {@link Expectations.toStrictlyEqual _strictly equal_}
     * to the one specified.
     *
     * Negation: {@link Expectations.toBeResolved `toBeResolved(...)`}
     */
    toBeRejectedWith(expected: Error): Promise<Expectations<PromiseLike<Awaited<T>>>>;
    /**
     * Expect the value to be a _rejected_ {@link PromiseLike}, and further
     * asserts the rejection reason to be an {@link Error}.
     *
     * If specified, the {@link Error}'s own message will be further expected to
     * either match the specified {@link RegExp}, or equal to the specified
     * `string`.
     *
     * Negation: {@link Expectations.toBeResolved `toBeResolved(...)`}
     */
    toBeRejectedWithError(message?: string | RegExp, substring?: boolean): Promise<Expectations<PromiseLike<Awaited<T>>>>;
    /**
     * Expect the value to be a _rejected_ {@link PromiseLike}, and further
     * asserts the rejection reason to be an instance of the specifed
     * {@link Error} {@link Constructor}.
     *
     * If specified, the {@link Error}'s own message will be further expected to
     * either match the specified {@link RegExp}, or equal to the specified
     * `string`.
     *
     * Negation: {@link Expectations.toBeResolved `toBeResolved(...)`}
     */
    toBeRejectedWithError(constructor: Constructor<Error>, message?: string | RegExp, substring?: boolean): Promise<Expectations<PromiseLike<Awaited<T>>>>;
    /**
     * Expects the value to be a _resolved_ {@link PromiseLike}.
     *
     * Negation: {@link Expectations.toBeRejected `toBeRejected(...)`}
     */
    toBeResolved(): Promise<Expectations<PromiseLike<Awaited<T>>>>;
    /**
     * Expects the value to be a _resolved_ {@link PromiseLike}, and further
     * validates the resolved result with a {@link Matcher}.
     *
     * Negation: {@link Expectations.toBeRejected `toBeRejected(...)`}
     */
    toBeResolved<Match extends Matcher>(matcher: Match): Promise<Expectations<PromiseLike<InferMatcher<unknown, Match>>>>;
    /**
     * Expects the value to be a _resolved_ {@link PromiseLike}, and further
     * asserts the resolved result with an {@link AssertionFunction}.
     *
     * Negation: {@link Expectations.toBeRejected `toBeRejected(...)`}
     */
    toBeResolved<Assert extends AssertionFunction<Awaited<T>>>(assertion: Assert): Promise<Expectations<PromiseLike<AssertedType<Awaited<T>, Assert>>>>;
    /**
     * Expects the value to be a {@link PromiseLike} _resolved_ with a value
     * {@link Expectations.toEqual _deeply equal_} to the one specified.
     *
     * Negation: {@link Expectations.toBeRejected `toBeRejected(...)`}
     */
    toBeResolvedWith<Type>(expected: Type): Promise<Expectations<PromiseLike<InferToEqual<Type>>>>;
}