import * as ReactDOMClient from 'react-dom/client';
import { RenderOptions, RenderHookOptions } from '@testing-library/react/pure.js';
import { queries, Queries, prettyFormat, BoundFunction as BoundFunction$1, Screen } from '@testing-library/dom';
import React$1 from 'react';

declare const assertableSymbol: unique symbol;
/**
 * A function or object that can be used in assertions, like e.g.
 ```ts
 expect(assertable).toRerender()
 expect(assertable).not.toRerender()
 expect(assertable).toRenderExactlyTimes(3)
 ```
 */
type Assertable = {
    [assertableSymbol]: RenderStream<any, any>;
};

type OriginalQueries = typeof queries;
type SyncQueries = {
    [K in keyof OriginalQueries as K extends `${'find'}${string}` ? never : K]: OriginalQueries[K];
};
declare const syncQueries: SyncQueries;
type BoundFunction<T> = T extends (container: HTMLElement, ...args: infer P) => infer R ? (...args: P) => R : never;
type BoundSyncFunctions<Q> = Q extends typeof syncQueries ? {
    getByLabelText<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.GetByText<T>>>): ReturnType<queries.GetByText<T>>;
    getAllByLabelText<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.AllByText<T>>>): ReturnType<queries.AllByText<T>>;
    queryByLabelText<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.QueryByText<T>>>): ReturnType<queries.QueryByText<T>>;
    queryAllByLabelText<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.AllByText<T>>>): ReturnType<queries.AllByText<T>>;
    getByPlaceholderText<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.GetByBoundAttribute<T>>>): ReturnType<queries.GetByBoundAttribute<T>>;
    getAllByPlaceholderText<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.AllByBoundAttribute<T>>>): ReturnType<queries.AllByBoundAttribute<T>>;
    queryByPlaceholderText<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.QueryByBoundAttribute<T>>>): ReturnType<queries.QueryByBoundAttribute<T>>;
    queryAllByPlaceholderText<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.AllByBoundAttribute<T>>>): ReturnType<queries.AllByBoundAttribute<T>>;
    getByText<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.GetByText<T>>>): ReturnType<queries.GetByText<T>>;
    getAllByText<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.AllByText<T>>>): ReturnType<queries.AllByText<T>>;
    queryByText<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.QueryByText<T>>>): ReturnType<queries.QueryByText<T>>;
    queryAllByText<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.AllByText<T>>>): ReturnType<queries.AllByText<T>>;
    getByAltText<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.GetByBoundAttribute<T>>>): ReturnType<queries.GetByBoundAttribute<T>>;
    getAllByAltText<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.AllByBoundAttribute<T>>>): ReturnType<queries.AllByBoundAttribute<T>>;
    queryByAltText<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.QueryByBoundAttribute<T>>>): ReturnType<queries.QueryByBoundAttribute<T>>;
    queryAllByAltText<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.AllByBoundAttribute<T>>>): ReturnType<queries.AllByBoundAttribute<T>>;
    getByTitle<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.GetByBoundAttribute<T>>>): ReturnType<queries.GetByBoundAttribute<T>>;
    getAllByTitle<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.AllByBoundAttribute<T>>>): ReturnType<queries.AllByBoundAttribute<T>>;
    queryByTitle<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.QueryByBoundAttribute<T>>>): ReturnType<queries.QueryByBoundAttribute<T>>;
    queryAllByTitle<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.AllByBoundAttribute<T>>>): ReturnType<queries.AllByBoundAttribute<T>>;
    getByDisplayValue<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.GetByBoundAttribute<T>>>): ReturnType<queries.GetByBoundAttribute<T>>;
    getAllByDisplayValue<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.AllByBoundAttribute<T>>>): ReturnType<queries.AllByBoundAttribute<T>>;
    queryByDisplayValue<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.QueryByBoundAttribute<T>>>): ReturnType<queries.QueryByBoundAttribute<T>>;
    queryAllByDisplayValue<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.AllByBoundAttribute<T>>>): ReturnType<queries.AllByBoundAttribute<T>>;
    getByRole<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.GetByRole<T>>>): ReturnType<queries.GetByRole<T>>;
    getAllByRole<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.AllByRole<T>>>): ReturnType<queries.AllByRole<T>>;
    queryByRole<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.QueryByRole<T>>>): ReturnType<queries.QueryByRole<T>>;
    queryAllByRole<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.AllByRole<T>>>): ReturnType<queries.AllByRole<T>>;
    getByTestId<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.GetByBoundAttribute<T>>>): ReturnType<queries.GetByBoundAttribute<T>>;
    getAllByTestId<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.AllByBoundAttribute<T>>>): ReturnType<queries.AllByBoundAttribute<T>>;
    queryByTestId<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.QueryByBoundAttribute<T>>>): ReturnType<queries.QueryByBoundAttribute<T>>;
    queryAllByTestId<T extends HTMLElement = HTMLElement>(...args: Parameters<BoundFunction<queries.AllByBoundAttribute<T>>>): ReturnType<queries.AllByBoundAttribute<T>>;
} & {
    [P in keyof Q]: BoundFunction<Q[P]>;
} : {
    [P in keyof Q]: BoundFunction<Q[P]>;
};

type AsyncRenderResult<Q extends Queries = SyncQueries, Container extends ReactDOMClient.Container = HTMLElement, BaseElement extends ReactDOMClient.Container = Container> = {
    container: Container;
    baseElement: BaseElement;
    debug: (baseElement?: ReactDOMClient.Container | Array<ReactDOMClient.Container> | undefined, maxLength?: number | undefined, options?: prettyFormat.OptionsReceived | undefined) => void;
    rerender: (rerenderUi: React$1.ReactNode) => Promise<void>;
    unmount: () => void;
    asFragment: () => DocumentFragment;
} & {
    [P in keyof Q]: BoundFunction$1<Q[P]>;
};
type RenderWithoutActAsync = {
    <Q extends Queries = SyncQueries, Container extends ReactDOMClient.Container = HTMLElement, BaseElement extends ReactDOMClient.Container = Container>(this: any, ui: React$1.ReactNode, options: Pick<RenderOptions<Q, Container, BaseElement>, 'container' | 'baseElement' | 'queries' | 'wrapper'>): Promise<AsyncRenderResult<Q, Container, BaseElement>>;
    (this: any, ui: React$1.ReactNode, options?: Pick<RenderOptions, 'container' | 'baseElement' | 'wrapper'> | undefined): Promise<AsyncRenderResult<SyncQueries, ReactDOMClient.Container, ReactDOMClient.Container>>;
};
declare function cleanup(): void;

interface BaseRender {
    id: string;
    phase: 'mount' | 'update' | 'nested-update';
    actualDuration: number;
    baseDuration: number;
    startTime: number;
    commitTime: number;
    /**
     * The number of renders that have happened so far (including this render).
     */
    count: number;
}
type SyncScreen<Q extends Queries = SyncQueries> = BoundSyncFunctions<Q> & Pick<Screen, 'debug' | 'logTestingPlaygroundURL'>;
interface Render<Snapshot, Q extends Queries = SyncQueries> extends BaseRender {
    /**
     * The snapshot, as returned by the `takeSnapshot` option of `createRenderStream`.
     */
    snapshot: Snapshot;
    /**
     * A DOM snapshot of the rendered component, if the `snapshotDOM`
     * option of `createRenderStream` was enabled.
     */
    readonly domSnapshot: HTMLElement;
    /**
     * Returns a callback to receive a `screen` instance that is scoped to the
     * DOM snapshot of this `Render` instance.
     * Note: this is used as a callback to prevent linter errors.
     * @example
     * ```diff
     * const { withinDOM } = RenderedComponent.takeRender();
     * -expect(screen.getByText("foo")).toBeInTheDocument();
     * +expect(withinDOM().getByText("foo")).toBeInTheDocument();
     * ```
     */
    withinDOM: () => SyncScreen<Q>;
    renderedComponents: Array<string | React.ComponentType>;
}

type ValidSnapshot = void | (object & {
    call?: never;
});
interface NextRenderOptions {
    timeout?: number;
}
interface ReplaceSnapshot<Snapshot> {
    (newSnapshot: Snapshot): void;
    (updateSnapshot: (lastSnapshot: Readonly<Snapshot>) => Snapshot): void;
}
interface MergeSnapshot<Snapshot> {
    (partialSnapshot: Partial<Snapshot>): void;
    (updatePartialSnapshot: (lastSnapshot: Readonly<Snapshot>) => Partial<Snapshot>): void;
}
interface RenderStream<Snapshot extends ValidSnapshot, Q extends Queries = SyncQueries> {
    mergeSnapshot: MergeSnapshot<Snapshot>;
    replaceSnapshot: ReplaceSnapshot<Snapshot>;
    /**
     * An array of all renders that have happened so far.
     * Errors thrown during component render will be captured here, too.
     */
    renders: Array<Render<Snapshot, Q> | {
        phase: 'snapshotError';
        count: number;
        error: unknown;
    }>;
    /**
     * Peeks the next render from the current iterator position, without advancing the iterator.
     * If no render has happened yet, it will wait for the next render to happen.
     * @throws {WaitForRenderTimeoutError} if no render happens within the timeout
     */
    peekRender: (options?: NextRenderOptions) => Promise<Render<Snapshot, Q>>;
    /**
     * Iterates to the next render and returns it.
     * If no render has happened yet, it will wait for the next render to happen.
     * @throws {WaitForRenderTimeoutError} if no render happens within the timeout
     */
    takeRender: Assertable & ((options?: NextRenderOptions) => Promise<Render<Snapshot, Q>>);
    /**
     * Returns the total number of renders.
     */
    totalRenderCount: () => number;
    /**
     * Returns the current render.
     * @throws {Error} if no render has happened yet
     */
    getCurrentRender: () => Render<Snapshot, Q>;
    /**
     * Waits for the next render to happen.
     * Does not advance the render iterator.
     */
    waitForNextRender: (options?: NextRenderOptions) => Promise<Render<Snapshot, Q>>;
}
interface RenderStreamWithRenderFn<Snapshot extends ValidSnapshot, Q extends Queries = SyncQueries> extends RenderStream<Snapshot, Q> {
    render: RenderWithoutActAsync;
}
type RenderStreamOptions<Snapshot extends ValidSnapshot, Q extends Queries = SyncQueries> = {
    onRender?: (info: BaseRender & {
        snapshot: Snapshot;
        replaceSnapshot: ReplaceSnapshot<Snapshot>;
        mergeSnapshot: MergeSnapshot<Snapshot>;
    }) => void;
    snapshotDOM?: boolean;
    initialSnapshot?: Snapshot;
    /**
     * This will skip renders during which no renders tracked by
     * `useTrackRenders` occured.
     */
    skipNonTrackingRenders?: boolean;
    queries?: Q;
};
declare class WaitForRenderTimeoutError extends Error {
    constructor();
}
declare function createRenderStream<Snapshot extends ValidSnapshot = void, Q extends Queries = SyncQueries>({ onRender, snapshotDOM, initialSnapshot, skipNonTrackingRenders, queries, }?: RenderStreamOptions<Snapshot, Q>): RenderStreamWithRenderFn<Snapshot, Q>;

declare function useTrackRenders({ name }?: {
    name?: string;
}): void;

interface SnapshotStream<Snapshot, Props> extends Assertable {
    /**
     * An array of all renders that have happened so far.
     * Errors thrown during component render will be captured here, too.
     */
    renders: Array<Render<{
        value: Snapshot;
    }, never> | {
        phase: 'snapshotError';
        count: number;
        error: unknown;
    }>;
    /**
     * Peeks the next render from the current iterator position, without advancing the iterator.
     * If no render has happened yet, it will wait for the next render to happen.
     * @throws {WaitForRenderTimeoutError} if no render happens within the timeout
     */
    peekSnapshot(options?: NextRenderOptions): Promise<Snapshot>;
    /**
     * Iterates to the next render and returns it.
     * If no render has happened yet, it will wait for the next render to happen.
     * @throws {WaitForRenderTimeoutError} if no render happens within the timeout
     */
    takeSnapshot: Assertable & ((options?: NextRenderOptions) => Promise<Snapshot>);
    /**
     * Returns the total number of renders.
     */
    totalSnapshotCount(): number;
    /**
     * Returns the current render.
     * @throws {Error} if no render has happened yet
     */
    getCurrentSnapshot(): Snapshot;
    /**
     * Waits for the next render to happen.
     * Does not advance the render iterator.
     */
    waitForNextSnapshot(options?: NextRenderOptions): Promise<Snapshot>;
    rerender: (rerenderCallbackProps: VoidOptionalArg<Props>) => Promise<void>;
    unmount: () => void;
}
/**
 * if `Arg` can be `undefined`, replace it with `void` to make type represent an optional argument in a function argument position
 */
type VoidOptionalArg<Arg> = Arg extends any ? undefined extends Arg ? void : Arg : Arg;
declare function renderHookToSnapshotStream<ReturnValue, Props = void>(renderCallback: (props: Props) => ReturnValue, { initialProps, ...renderOptions }?: RenderHookOptions<Props>): Promise<SnapshotStream<ReturnValue, Props>>;

interface DisableActEnvironmentOptions {
    /**
     * If `true`, all modifications of values set by `disableActEnvironment`
     * will be prevented until `cleanup` is called.
     *
     * @default true
     */
    preventModification?: boolean;
    /**
     * If `true`, will change the configuration of the testing library to
     * prevent auto-wrapping e.g. `userEvent` calls in `act`.
     *
     * @default true
     */
    adjustTestingLibConfig?: boolean;
}
/**
 * Helper to temporarily disable a React 18+ act environment.
 *
 * By default, this also adjusts the configuration of @testing-library/dom
 * to prevent auto-wrapping of user events in `act`, as well as preventing
 * all modifications of values set by this method until `cleanup` is called
 * or the returned `Disposable` is disposed of.
 *
 * Both of these behaviors can be disabled with the option, of the defaults
 * can be changed for all calls to this method by modifying
 * `disableActEnvironment.defaultOptions`.
 *
 * This returns a disposable and can be used in combination with `using` to
 * automatically restore the state from before this method call after your test.
 *
 * @example
 * ```ts
 * test("my test", () => {
 *   using _disabledAct = disableActEnvironment();
 *
 *   // your test code here
 *
 *   // as soon as this scope is left, the environment will be cleaned up
 * })
 * ```
 *
 * If you can not use the explicit resouce management keyword `using`,
 * you can also manually call `cleanup`:
 *
 * @example
 * ```ts
 * test("my test", () => {
 *   const { cleanup } = disableActEnvironment();
 *
 *   try {
 *     // your test code here
 *   } finally {
 *     cleanup();
 *   }
 * })
 * ```
 *
 * For more context on what `act` is and why you shouldn't use it in renderStream tests,
 * https://github.com/reactwg/react-18/discussions/102 is probably the best resource we have.
 */
declare function disableActEnvironment({ preventModification, adjustTestingLibConfig, }?: DisableActEnvironmentOptions): {
    cleanup: () => void;
} & Disposable;
declare namespace disableActEnvironment {
    var defaultOptions: Required<DisableActEnvironmentOptions>;
}

export { type Assertable, type RenderWithoutActAsync as AsyncRenderFn, type DisableActEnvironmentOptions, type NextRenderOptions, type Render, type RenderStream, type RenderStreamOptions, type RenderStreamWithRenderFn, type SnapshotStream, type SyncScreen, WaitForRenderTimeoutError, cleanup, createRenderStream, disableActEnvironment, renderHookToSnapshotStream, useTrackRenders };