import { Expectations } from './expectations';
import type { AssertedType, AssertionFunction, ExpectationsParent, InferMatcher, InferToEqual } from './expectations';
import type { Constructor, TypeMappings, TypeName } from './types';
type PositiveMatcherFunction = (expectations: Expectations) => Expectations;
export declare class Matcher<T = unknown> {
    private readonly _matchers;
    readonly not: NegativeMatchers<T>;
    constructor();
    expect(value: unknown, parent?: ExpectationsParent): T;
    private _push;
    /**
     * Expects the value to be of the specified _extended_ {@link TypeName type}.
     *
     * Negation: {@link NegativeExpectations.toBeA `not.toBeA(...)`}
     */
    toBeA<Name extends TypeName>(type: Name): Matcher<TypeMappings[Name]>;
    /**
      * Expects the value to be of the specified _extended_ {@link TypeName type},
      * and further validates it with a {@link Matcher}.
      *
      * Negation: {@link NegativeExpectations.toBeA `not.toBeA(...)`}
      */
    toBeA<Name extends TypeName, Mapped extends TypeMappings[Name], Match extends Matcher>(type: Name, matcher: Match): Matcher<InferMatcher<Mapped, Match>>;
    /**
      * Expects the value to be of the specified _extended_ {@link TypeName type},
      * and further asserts it with an {@link AssertionFunction}.
      *
      * Negation: {@link NegativeExpectations.toBeA `not.toBeA(...)`}
      */
    toBeA<Name extends TypeName, Mapped extends TypeMappings[Name], Assert extends AssertionFunction<Mapped>>(type: Name, assertion: Assert): Matcher<AssertedType<Mapped, Assert>>;
    /**
     * Expects the value to be a `Date`, a `string` parseable into a `Date`, or a
     * `number` indicating the milliseconds from the epoch, _strictly after_
     * the specified date.
     *
     * Negation: {@link Matcher.toBeBeforeOrEqual `toBeBeforeOrEqual(...)`}
     */
    toBeAfter(value: Date | number | string, deltaMs?: number): Matcher<T>;
    /**
     * Expects the value to be a `Date`, a `string` parseable into a `Date`, or a
     * `number` indicating the milliseconds from the epoch, _after or equal_
     * the specified date.
     *
     * Negation: {@link Matcher.toBeBefore `toBeBefore(...)`}
     */
    toBeAfterOrEqual(value: Date | number | string, deltaMs?: number): Matcher<T>;
    /**
     * Expects the value to be a `Date`, a `string` parseable into a `Date`, or a
     * `number` indicating the milliseconds from the epoch, _strictly before_
     * the specified date.
     *
     * Negation: {@link Matcher.toBeAfterOrEqual `toBeAfterOrEqual(...)`}
     */
    toBeBefore(value: Date | number | string, deltaMs?: number): Matcher<T>;
    /**
     * Expects the value to be a `Date`, a `string` parseable into a `Date`, or a
     * `number` indicating the milliseconds from the epoch, _before or equal_
     * the specified date.
     *
     * Negation: {@link Matcher.toBeAfter `toBeAfter(...)`}
     */
    toBeBeforeOrEqual(value: Date | number | string, deltaMs?: number): Matcher<T>;
    /**
     * Expects the value to be a `number` within a given +/- _delta_ range of the
     * specified expected value.
     *
     * Negation: {@link NegativeMatchers.toBeCloseTo `not.toBeCloseTo(...)`}
     */
    toBeCloseTo(value: number, delta: number): Matcher<number>;
    /**
     * Expects the value to be a `bigint` within a given +/- _delta_ range of the
     * specified expected value.
     *
     * Negation: {@link NegativeMatchers.toBeCloseTo `not.toBeCloseTo(...)`}
     */
    toBeCloseTo(value: bigint, delta: bigint): Matcher<bigint>;
    /**
     * Expects the value to be neither `null` nor `undefined`.
     *
     * Negation: {@link NegativeMatchers.toBeDefined `not.toBeDefined()`}
     */
    toBeDefined(): Matcher<T>;
    /**
     * Expect the value to be an instance of {@link Error}.
     *
     * If specified, the {@link Error}'s own message will be further expected to
     * either match the specified {@link RegExp}, or equal the specified `string`.
     */
    toBeError(message?: string | RegExp): Matcher<Error>;
    /**
     * Expect the value to be an instance of {@link Error} and further asserts
     * it 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 the specified `string`.
     */
    toBeError<Class extends Constructor<Error>>(constructor: Class, message?: string | RegExp): Matcher<InstanceType<Class>>;
    /** Expects the value strictly equal to `false`. */
    toBeFalse(): Matcher<false>;
    /**
     * Expects the value to be _falsy_ (zero, empty string, `false`, ...).
     *
     * Negation: {@link Matcher.toBeTruthy `toBeTruthy()`}
     */
    toBeFalsy(): Matcher<T>;
    /**
     * Expects the value to be a `number` greater than the specified* expected
     * value.
     *
     * Negation: {@link Matcher.toBeLessThanOrEqual `toBeLessThanOrEqual(...)`}
     */
    toBeGreaterThan(value: number): Matcher<number>;
    /**
     * Expects the value to be a `bigint` greater than the specified expected
     * value.
     *
     * Negation: {@link Matcher.toBeLessThanOrEqual `toBeLessThanOrEqual(...)`}
     */
    toBeGreaterThan(value: bigint): Matcher<bigint>;
    /**
     * Expects the value to be a `number` greater than or equal to the specified
     * expected value.
     *
     * Negation: {@link Matcher.toBeLessThan `toBeLessThan(...)`}
     */
    toBeGreaterThanOrEqual(value: number): Matcher<number>;
    /**
     * Expects the value to be a `bigint` greater than or equal to the specified
     * expected value.
     *
     * Negation: {@link Matcher.toBeLessThan `toBeLessThan(...)`}
     */
    toBeGreaterThanOrEqual(value: bigint): Matcher<bigint>;
    /**
     * Expects the value to be an instance of the specified {@link Constructor}.
     *
     * Negation: {@link NegativeMatchers.toBeInstanceOf `not.toInstanceOf(...)`}
     */
    toBeInstanceOf<Class extends Constructor>(constructor: Class): Matcher<InstanceType<Class>>;
    /**
     * Expects the value to be an instance of the specified {@link Constructor},
     * and further validates it with a {@link Matcher}.
     *
     * Negation: {@link NegativeMatchers.toBeInstanceOf `not.toInstanceOf(...)`}
     */
    toBeInstanceOf<Class extends Constructor, Match extends Matcher>(constructor: Class, matcher: Match): Matcher<InferMatcher<InstanceType<Class>, Match>>;
    /**
     * Expects the value to be an instance of the specified {@link Constructor},
     * and further asserts it with an {@link AssertionFunction}.
     *
     * Negation: {@link NegativeMatchers.toBeInstanceOf `not.toInstanceOf(...)`}
     */
    toBeInstanceOf<Class extends Constructor, Assert extends AssertionFunction<InstanceType<Class>>>(constructor: Class, assertion: Assert): Matcher<AssertedType<InstanceType<Class>, Assert>>;
    /**
     * Expects the value to be a `number` less than the specified expected value.
     *
     * Negation: {@link Matcher.toBeGreaterThanOrEqual `toBeGreaterThanOrEqual(...)`}
     */
    toBeLessThan(value: number): Matcher<number>;
    /**
     * Expects the value to be a `bigint` less than the specified expected value.
     *
     * Negation: {@link Matcher.toBeGreaterThanOrEqual `toBeGreaterThanOrEqual(...)`}
     */
    toBeLessThan(value: bigint): Matcher<bigint>;
    /**
     * Expects the value to be a `number` less than or equal to* the specified
     * expected value.
     *
     * Negation: {@link Matcher.toBeGreaterThan `toBeGreaterThan(...)`}
     */
    toBeLessThanOrEqual(value: number): Matcher<number>;
    /**
     * Expects the value to be a `bigint` less than or equal to the specified
     * expected value.
     *
     * Negation: {@link Matcher.toBeGreaterThan `toBeGreaterThan(...)`}
     */
    toBeLessThanOrEqual(value: bigint): Matcher<bigint>;
    /**
     * Expects the value to be `NaN`.
     *
     * Negation: {@link NegativeMatchers.toBeNaN `not.toBeNaN()`}
     */
    toBeNaN(): Matcher<number>;
    /** Expects the value to strictly equal `null`. */
    toBeNull(): Matcher<null>;
    /** Expects the value to strictly equal `true`. */
    toBeTrue(): Matcher<true>;
    /**
     * Expects the value to be _falsy_ (non-zero, non-empty string, ...).
     *
     * Negation: {@link Matcher.toBeFalsy `toBeFalsy()`}
     */
    toBeTruthy(): Matcher<T>;
    /** Expects the value to strictly equal `undefined`. */
    toBeUndefined(): Matcher<undefined>;
    /**
     * Expects the value to be a `number` within the specified range where the
     * minimum and maximum values are inclusive.
     *
     * Negation: {@link NegativeMatchers.toBeWithinRange `not.toBeWithinRange(...)`}
     */
    toBeWithinRange(min: number, max: number): Matcher<number>;
    /**
     * Expects the value to be a `bigint` within the specified range where the
     * minimum and maximum values are inclusive.
     *
     * Negation: {@link NegativeMatchers.toBeWithinRange `not.toBeWithinRange(...)`}
     */
    toBeWithinRange(min: bigint, max: bigint): Matcher<bigint>;
    /**
     * Expects the value to be _deep equal to_ the specified expected one.
     *
     * Negation: {@link NegativeMatchers.toEqual `not.toEqual(...)`}
     */
    toEqual<Type>(expected: Type): Matcher<InferToEqual<Type>>;
    /**
     * Expects the value to have a `number` _property_ `length` with the specified
     * expected value.
     *
     * Negation: {@link NegativeMatchers.toHaveLength `not.toHaveLength(...)`}
     */
    toHaveLength(length: number): Matcher<T & {
        length: number;
    }>;
    /**
     * Expects the value to have the specified _property_.
     *
     * Negation: {@link NegativeExpectations.toHaveProperty `not.toHaveProperty(...)`}
     */
    toHaveProperty<Prop extends string | number | symbol>(property: Prop): Matcher<T & {
        [keyt in Prop]: unknown;
    }>;
    /**
     * Expects the value to have the specified _property_ and validates its value
     * with a {@link Matcher}.
     *
     * Negation: {@link NegativeExpectations.toHaveProperty `not.toHaveProperty(...)`}
     */
    toHaveProperty<Prop extends string | number | symbol, Match extends Matcher>(property: Prop, matcher: Match): Matcher<T & {
        [keyt in Prop]: InferMatcher<unknown, Match>;
    }>;
    /**
     * Expects the value to have the specified _property_ and further asserts
     * its value with an {@link AssertionFunction}.
     *
     * Negation: {@link NegativeMatchers.toHaveProperty `not.toHaveProperty(...)`}
     */
    toHaveProperty<Prop extends string | number | symbol, Assert extends AssertionFunction>(property: Prop, assertion: Assert): Matcher<T & {
        [keyt in Prop]: AssertedType<unknown, Assert>;
    }>;
    /**
     * Expects the value to have a `number` _property_ `size` with the specified
     * expected value.
     *
     * Negation: {@link NegativeMatchers.toHaveSize `not.toHaveSize(...)`}
     */
    toHaveSize(size: number): Matcher<T & {
        size: number;
    }>;
    /**
     * Expect the value to include _all_ properties from the specified _object_.
     *
     * If the object being expected is a {@link Map}, the properties specified
     * here will be treated as _mappings_ for said {@link Map}.
     *
     * Negation: {@link NegativeMatchers.toInclude `not.toInclude(...)`}
     */
    toInclude<P extends Record<string, any>>(properties: P): Matcher<T>;
    /**
     * Expect the value to include _all_ mappings from the specified {@link Map}.
     *
     * Negation: {@link NegativeMatchers.toInclude `not.toInclude(...)`}
     */
    toInclude(mappings: Map<any, any>): Matcher<T>;
    /**
     * Expect the value to be an {@link Iterable} object includind _all_ values
     * from the specified {@link Set}, in any order.
     *
     * Negation: {@link NegativeMatchers.toInclude `not.toInclude(...)`}
     */
    toInclude(entries: Set<any>): Matcher<T>;
    /**
     * Expect the value to be an {@link Iterable} object includind _all_ values
     * from the specified _array_, in any order.
     *
     * Negation: {@link NegativeMatchers.toInclude `not.toInclude(...)`}
     */
    toInclude(values: any[]): Matcher<T>;
    /**
     * Expects the value to be a `string` _matching_ the specified sub-`string`
     * or {@link RegExp}.
     *
     * Negation: {@link NegativeMatchers.toMatch `not.toMatch(...)`}
     */
    toMatch<Match extends string | RegExp>(matcher: Match): Matcher<string>;
    /**
     * Expect the value to be an {@link Iterable} object includind _all_ values
     * (and only those values) from the specified _array_, in any order.
     */
    toMatchContents(contents: any[]): Matcher<T>;
    /**
     * Expect the value to be an {@link Iterable} object includind _all_ values
     * (and only those values) from the specified {@link Set}, in any order.
     */
    toMatchContents(contents: Set<any>): Matcher<T>;
    /**
     * Expects the value to be _strictly equal to_ the specified expected one.
     *
     * Negation: {@link NegativeMatchers.toStrictlyEqual `not.toStrictlyEqual(...)`}
     */
    toStrictlyEqual<Type>(expected: Type): Matcher<Type>;
}
export declare class NegativeMatchers<T = unknown> {
    private readonly _instance;
    private readonly _matchers;
    constructor(_instance: Matcher<T>, _matchers: PositiveMatcherFunction[]);
    private _push;
    /**
     * Expects the value _**NOT**_ to be of the specified _extended_
     * {@link TypeName type}.
     *
     * Negates: {@link Matcher.toBeA `toBeA(...)`}
     */
    toBeA(type: TypeName): Matcher<T>;
    /**
     * Expects the value to be a `number` _**OUTSIDE**_ of the given +/- _delta_
     * range of the specified expected value.
     *
     * Negates: {@link Matcher.toBeCloseTo `toBeCloseTo(...)`}
     */
    toBeCloseTo(value: number, delta: number): Matcher<number>;
    /**
     * Expects the value to be a `bigint` _**OUTSIDE**_ of the given +/- _delta_
     * range of the specified expected value.
     *
     * Negates: {@link Matcher.toBeCloseTo `toBeCloseTo(...)`}
     */
    toBeCloseTo(value: bigint, delta: bigint): Matcher<bigint>;
    /**
     * Expects the value to be either `null` or `undefined`.
     *
     * Negates: {@link Matcher.toBeDefined `toBeDefined()`}
     */
    toBeDefined(): Matcher<null | undefined>;
    /**
     * Expects the value _**NOT**_ to be an instance of the specified
     * {@link Constructor}.
     *
     * Negates: {@link Matcher.toBeInstanceOf `toBeInstanceOf(...)`}
     */
    toBeInstanceOf(constructor: Constructor): Matcher<T>;
    /**
     * Expects the value _**NOT**_ to be `NaN`.
     *
     * Negates: {@link Matcher.toBeNaN `toBeNaN()`}
     */
    toBeNaN(): Matcher<number>;
    /**
     * Expects the value to be a `number` _**OUTSIDE**_ of the specified range
     * where minimum and maximum values are inclusive.
     *
     * Negates: {@link Matcher.toBeWithinRange `toBeWithinRange(...)`}
     */
    toBeWithinRange(min: number, max: number): Matcher<number>;
    /**
     * Expects the value to be a `bigint` _**OUTSIDE**_ of the specified range
     * where minimum and maximum values are inclusive.
     *
     * Negates: {@link Matcher.toBeWithinRange `toBeWithinRange(...)`}
     */
    toBeWithinRange(min: bigint, max: bigint): Matcher<bigint>;
    /**
     * Expects the value _**NOT**_ to be _deep equal to_ the specified expected
     * one.
     *
     * Negates: {@link Matcher.toEqual `toEqual(...)`}
     */
    toEqual(expected: any): Matcher<T>;
    /**
     * Expects the value to have a `number` _property_ `length` _different_ from
     * the specified expected value.
     *
     * Negates: {@link Matcher.toHaveLength `toHaveLength(...)`}
     */
    toHaveLength(length: number): Matcher<T & {
        length: number;
    }>;
    /**
     * Expects the value _**NOT**_ to have the specified _property_.
     *
     * Negates: {@link Matcher.toHaveProperty `toHaveProperty(...)`}
     */
    toHaveProperty(property: string | number | symbol): Matcher<T>;
    /**
     * Expects the value to have a `number` _property_ `size` _different_ from
     * the specified expected value.
     *
     * Negates: {@link Matcher.toHaveSize `toHaveSize(...)`}
     */
    toHaveSize(size: number): Matcher<T & {
        size: number;
    }>;
    /**
     * Expect the value to include _none_ of the properties from the specified
     * _object_.
     *
     * If the object being expected is a {@link Map}, the properties specified
     * here will be treated as _mappings_ for said {@link Map}.
     *
     * Negates: {@link Matcher.toInclude `toInclude(...)`}
     */
    toInclude<P extends Record<string, any>>(properties: P): Matcher<T>;
    /**
     * Expect the value to include _none_ of the mappings from the specified
     * {@link Map}.
     *
     * Negates: {@link Matcher.toInclude `toInclude(...)`}
     */
    toInclude(mappings: Map<any, any>): Matcher<T>;
    /**
     * Expect the value to be an {@link Iterable} object includind _none_ of the
     * values from the specified {@link Set}.
     *
     * Negates: {@link Matcher.toInclude `toInclude(...)`}
     */
    toInclude(entries: Set<any>): Matcher<T>;
    /**
     * Expect the value to be an {@link Iterable} object includind _none_ of the
     * values from the specified _array_.
     *
     * Negates: {@link Matcher.toInclude `toInclude(...)`}
     */
    toInclude(values: any[]): Matcher<T>;
    /**
     * Expects the value to be a `string` _**NOT MATCHING**_ the specified
     * sub-`string` or {@link RegExp}.
     *
     * Negates: {@link Matcher.toMatch `toMatch(...)`}
     */
    toMatch(matcher: string | RegExp): Matcher<string>;
    /**
     * Expects the value _**NOT**_ to be _strictly equal to_ the specified
     * expected one.
     *
     * Negates: {@link Matcher.toStrictlyEqual `toStrictlyEqual(...)`}
     */
    toStrictlyEqual(expected: any): Matcher<T>;
}
export {};