@storybook/core/dist/preview-api/index.d.ts

Storybook framework-agnostic API

import { Channel } from '@storybook/core/channels';
import * as _storybook_core_types from '@storybook/core/types';
import { ProjectAnnotations, Renderer, Args, StoryContext, StoryId, DecoratorApplicator, Addon_StoryWrapper, PreparedStory, Globals, GlobalTypes, StoryName, ComponentTitle, StoryIndex, IndexEntry, Path, LegacyStoryAnnotationsOrFn, NormalizedComponentAnnotations, NormalizedStoryAnnotations, ModuleExports, CSFFile, NormalizedProjectAnnotations, ModuleExport, PreparedMeta, StepRunner, NamedOrDefaultProjectAnnotations, ComponentAnnotations, ComposedStoryFn, Store_CSFExports, ComposeStoryFn, ModuleImportFn, Parameters, StoryContextForEnhancers, StoryIndexV3, BoundStory, StrictArgTypes, ArgTypesEnhancer, LegacyStoryFn, DecoratorFunction, PartialStoryFn, StoryContextUpdate, NormalizedStoriesSpecifier, Addon_StorySortParameterV7, DocsContextProps, ResolvedModuleExportType, ResolvedModuleExportFromType, StoryRenderOptions, RenderContextCallbacks, RenderToCanvas, ViewMode } from '@storybook/core/types';
import { CleanupCallback, Canvas } from '@storybook/core/csf';
import { RequestData, ArgTypesRequestPayload } from '@storybook/core/core-events';

declare class AddonStore {
    constructor();
    private channel;
    private promise;
    private resolve;
    getChannel: () => Channel;
    ready: () => Promise<Channel>;
    hasChannel: () => boolean;
    setChannel: (channel: Channel) => void;
}
declare const addons: AddonStore;

declare function definePreview(config: ProjectAnnotations<Renderer>): ProjectAnnotations<Renderer>;

interface Hook {
    name: string;
    memoizedState?: any;
    deps?: any[] | undefined;
}
interface Effect {
    create: () => (() => void) | void;
    destroy?: (() => void) | void;
}
type AbstractFunction = (...args: any[]) => any;
declare class HooksContext<TRenderer extends Renderer, TArgs extends Args = Args> {
    hookListsMap: WeakMap<AbstractFunction, Hook[]>;
    mountedDecorators: Set<AbstractFunction>;
    prevMountedDecorators: Set<AbstractFunction>;
    currentHooks: Hook[];
    nextHookIndex: number;
    currentPhase: 'MOUNT' | 'UPDATE' | 'NONE';
    currentEffects: Effect[];
    prevEffects: Effect[];
    currentDecoratorName: string | null;
    hasUpdates: boolean;
    currentContext: StoryContext<TRenderer, TArgs> | null;
    renderListener: (storyId: StoryId) => void;
    constructor();
    init(): void;
    clean(): void;
    getNextHook(): Hook;
    triggerEffects(): void;
    addRenderListeners(): void;
    removeRenderListeners(): void;
}
declare const applyHooks: <TRenderer extends Renderer>(applyDecorators: DecoratorApplicator<TRenderer>) => DecoratorApplicator<TRenderer>;
/**
 * Returns a memoized value.
 *
 * @example
 *
 * ```ts
 * const memoizedValue = useMemo(() => {
 *   return doExpensiveCalculation(a, b);
 * }, [a, b]);
 * ```
 *
 * @template T The type of the memoized value.
 * @param {() => T} nextCreate A function that returns the memoized value.
 * @param {any[]} [deps] An optional array of dependencies. If any of the dependencies change, the
 *   memoized value will be recomputed.
 * @returns {T} The memoized value.
 */
declare function useMemo<T>(nextCreate: () => T, deps?: any[]): T;
/**
 * Returns a memoized callback.
 *
 * @example
 *
 * ```ts
 * const memoizedCallback = useCallback(() => {
 *   doSomething(a, b);
 * }, [a, b]);
 * ```
 *
 * @template T The type of the callback function.
 * @param {T} callback The callback function to memoize.
 * @param {any[]} [deps] An optional array of dependencies. If any of the dependencies change, the
 *   memoized callback will be recomputed.
 * @returns {T} The memoized callback.
 */
declare function useCallback<T>(callback: T, deps?: any[]): T;
/**
 * Returns a mutable ref object.
 *
 * @example
 *
 * ```ts
 * const ref = useRef(0);
 * ref.current = 1;
 * ```
 *
 * @template T The type of the ref object.
 * @param {T} initialValue The initial value of the ref object.
 * @returns {{ current: T }} The mutable ref object.
 */
declare function useRef<T>(initialValue: T): {
    current: T;
};
/**
 * Returns a stateful value and a function to update it.
 *
 * @example
 *
 * ```ts
 * const [count, setCount] = useState(0);
 * setCount(count + 1);
 * ```
 *
 * @template S The type of the state.
 * @param {(() => S) | S} initialState The initial state value or a function that returns the
 *   initial state value.
 * @returns {[S, (update: ((prevState: S) => S) | S) => void]} An array containing the current state
 *   value and a function to update it.
 */
declare function useState<S>(initialState: (() => S) | S): [S, (update: ((prevState: S) => S) | S) => void];
/**
 * Given a file name, creates an object with utilities to manage a log file. It creates a temporary
 * log file which you can manage with the returned functions. You can then decide whether to move
 * the log file to the users project, or remove it.
 *
 * @example
 *
 * ```tsx
 *   const initialState = { count: 0 };
 *
 *   function reducer(state, action) {
 *     switch (action.type) {
 *       case 'increment':
 *         return { count: state.count + 1 };
 *       case 'decrement':
 *         return { count: state.count - 1 };
 *       default:
 *         throw new Error();
 *       }
 *     }
 *   }
 *   function Counter() {
 *     const [state, dispatch] = useReducer(reducer, initialState);
 *     return (
 *       <>
 *         Count: {state.count}
 *           <button onClick={() => dispatch({ type: 'increment' })}>+</button>
 *           <button onClick={() => dispatch({ type: 'decrement' })}>-</button>
 *       </>
 *     );
 *   }
 * ```
 */
declare function useReducer<S, A>(reducer: (state: S, action: A) => S, initialState: S): [S, (action: A) => void];
declare function useReducer<S, I, A>(reducer: (state: S, action: A) => S, initialArg: I, init: (initialArg: I) => S): [S, (action: A) => void];
/**
 * Triggers a side effect, see https://reactjs.org/docs/hooks-reference.html#usestate Effects are
 * triggered synchronously after rendering the story
 *
 * @example
 *
 * ```ts
 * useEffect(() => {
 *   // Do something after rendering the story
 *   return () => {
 *     // Do something when the component unmounts or the effect is re-run
 *   };
 * }, [dependency1, dependency2]);
 * ```
 *
 * @param {() => (() => void) | void} create A function that creates the effect. It should return a
 *   cleanup function, or nothing.
 * @param {any[]} [deps] An optional array of dependencies. If any of the dependencies change, the
 *   effect will be re-run.
 * @returns {void}
 */
declare function useEffect(create: () => (() => void) | void, deps?: any[]): void;
interface Listener$1 {
    (...args: any[]): void;
}
interface EventMap {
    [eventId: string]: Listener$1;
}
/**
 * Subscribes to events emitted by the Storybook channel and returns a function to emit events.
 *
 * @example
 *
 * ```ts
 * // Subscribe to an event and emit it
 * const emit = useChannel({ 'my-event': (arg1, arg2) => console.log(arg1, arg2) });
 * emit('my-event', 'Hello', 'world!');
 * ```
 *
 * @param {EventMap} eventMap A map of event listeners to subscribe to.
 * @param {any[]} [deps=[]] An optional array of dependencies. If any of the dependencies change,
 *   the event listeners will be re-subscribed. Default is `[]`
 * @returns {(...args: any[]) => void} A function to emit events to the Storybook channel.
 */
declare function useChannel(eventMap: EventMap, deps?: any[]): (eventName: string, ...args: any) => void;
/**
 * Returns the current story context, including the story's ID, parameters, and other metadata.
 *
 * @example
 *
 * ```ts
 * const { id, parameters } = useStoryContext();
 * console.log(`Current story ID: ${id}`);
 * console.log(`Current story parameters: ${JSON.stringify(parameters)}`);
 * ```
 *
 * @template TRenderer The type of the story's renderer.
 * @template TArgs The type of the story's args.
 * @returns {StoryContext<TRenderer>} The current story context.
 */
declare function useStoryContext<TRenderer extends Renderer, TArgs extends Args = Args>(): StoryContext<TRenderer>;
/**
 * Returns the value of a specific parameter for the current story, or a default value if the
 * parameter is not set.
 *
 * @example
 *
 * ```ts
 * // Retrieve the value of a parameter named "myParam"
 * const myParamValue = useParameter<string>('myParam', 'default value');
 * console.log(`The value of myParam is: ${myParamValue}`);
 * ```
 *
 * @template S The type of the parameter value.
 * @param {string} parameterKey The key of the parameter to retrieve.
 * @param {S} [defaultValue] An optional default value to return if the parameter is not set.
 * @returns {S | undefined} The value of the parameter, or the default value if the parameter is not
 *   set.
 */
declare function useParameter<S>(parameterKey: string, defaultValue?: S): S | undefined;
/**
 * Returns the current args for the story, and functions to update and reset them.
 *
 * @example
 *
 * ```ts
 * const [args, updateArgs, resetArgs] = useArgs<{ name: string; age: number }>();
 * console.log(`Current args: ${JSON.stringify(args)}`);
 * updateArgs({ name: 'John' });
 * resetArgs(['name']);
 * ```
 *
 * @template TArgs The type of the story's args.
 * @returns {[TArgs, (newArgs: Partial<TArgs>) => void, (argNames?: (keyof TArgs)[]) => void]} An
 *   array containing the current args, a function to update them, and a function to reset them.
 */
declare function useArgs<TArgs extends Args = Args>(): [
    TArgs,
    (newArgs: Partial<TArgs>) => void,
    (argNames?: (keyof TArgs)[]) => void
];
/**
 * Returns the current global args for the story, and a function to update them.
 *
 * @example
 *
 * ```ts
 * const [globals, updateGlobals] = useGlobals();
 * console.log(`Current globals: ${JSON.stringify(globals)}`);
 * updateGlobals({ theme: 'dark' });
 * ```
 *
 * @returns {[Args, (newGlobals: Args) => void]} An array containing the current global args, and a
 *   function to update them.
 */
declare function useGlobals(): [Args, (newGlobals: Args) => void];

type MakeDecoratorResult = (...args: any) => any;
interface MakeDecoratorOptions {
    name: string;
    parameterName: string;
    skipIfNoParametersOrOptions?: boolean;
    wrapper: Addon_StoryWrapper;
}
/**
 * Creates a Storybook decorator function that can be used to wrap stories with additional
 * functionality.
 *
 * @example
 *
 * ```jsx
 * const myDecorator = makeDecorator({
 *   name: 'My Decorator',
 *   parameterName: 'myDecorator',
 *   wrapper: (storyFn, context, { options }) => {
 *     const { myOption } = options;
 *     <div style={{ backgroundColor: myOption }}>{storyFn()}</div>;
 *   },
 * });
 *
 * export const decorators = [myDecorator];
 * ```
 *
 * @param {MakeDecoratorOptions} options - The options for the decorator.
 * @param {string} options.name - The name of the decorator.
 * @param {string} options.parameterName - The name of the parameter that will be used to pass
 *   options to the decorator.
 * @param {Addon_StoryWrapper} options.wrapper - The function that will be used to wrap the story.
 * @param {boolean} [options.skipIfNoParametersOrOptions=false] - Whether to skip the decorator if
 *   no options or parameters are provided. Default is `false`
 * @returns {MakeDecoratorResult} A function that can be used as a Storybook decorator.
 */
declare const makeDecorator: ({ name, parameterName, wrapper, skipIfNoParametersOrOptions, }: MakeDecoratorOptions) => MakeDecoratorResult;

declare function mockChannel(): Channel;

type EnvironmentType = (typeof UniversalStore.Environment)[keyof typeof UniversalStore.Environment];
type StatusType = (typeof UniversalStore.Status)[keyof typeof UniversalStore.Status];
type StateUpdater<TState> = (prevState: TState) => TState;
type Actor = {
    id: string;
    type: (typeof UniversalStore.ActorType)[keyof typeof UniversalStore.ActorType];
    environment: EnvironmentType;
};
type EventInfo = {
    actor: Actor;
    forwardingActor?: Actor;
};
type Listener<TEvent> = (event: TEvent, eventInfo: EventInfo) => void;
type BaseEvent = {
    type: string;
    payload?: any;
};
interface SetStateEvent<TState> extends BaseEvent {
    type: typeof UniversalStore.InternalEventType.SET_STATE;
    payload: {
        state: TState;
        previousState: TState;
    };
}
interface ExistingStateRequestEvent extends BaseEvent {
    type: typeof UniversalStore.InternalEventType.EXISTING_STATE_REQUEST;
    payload: never;
}
interface ExistingStateResponseEvent<TState> extends BaseEvent {
    type: typeof UniversalStore.InternalEventType.EXISTING_STATE_RESPONSE;
    payload: TState;
}
interface LeaderCreatedEvent extends BaseEvent {
    type: typeof UniversalStore.InternalEventType.LEADER_CREATED;
    payload: never;
}
interface FollowerCreatedEvent extends BaseEvent {
    type: typeof UniversalStore.InternalEventType.FOLLOWER_CREATED;
    payload: never;
}
type InternalEvent<TState> = SetStateEvent<TState> | ExistingStateRequestEvent | ExistingStateResponseEvent<TState> | FollowerCreatedEvent | LeaderCreatedEvent;
type Event<TState, TEvent extends BaseEvent> = TEvent | InternalEvent<TState>;
type ChannelLike = Pick<Channel, 'on' | 'off' | 'emit'>;
type StoreOptions<TState> = {
    id: string;
    leader?: boolean;
    initialState?: TState;
    debug?: boolean;
};
type EnvironmentOverrides = {
    channel: ChannelLike;
    environment: EnvironmentType;
};

/**
 * A universal store implementation that synchronizes state across different environments using a
 * channel-based communication.
 *
 * The store follows a leader-follower pattern where:
 *
 * - Leader: The main store instance that owns and manages the state
 * - Follower: Store instances that mirror the leader's state
 *
 * Features:
 *
 * - State synchronization across environments
 * - Event-based communication
 * - Type-safe state and custom events
 * - Subscription system for state changes and custom events
 *
 * @remarks
 * - The store must be created using the static `create()` method, not the constructor
 * - Follower stores will automatically sync with their leader's state. If they have initial state, it
 *   will be replaced immediately when it has synced with the leader.
 *
 * @example
 *
 * ```typescript
 * interface MyState {
 *   count: number;
 * }
 * interface MyCustomEvent {
 *   type: 'INCREMENT';
 *   payload: number;
 * }
 *
 * // Create a leader store
 * const leaderStore = UniversalStore.create<MyState, MyCustomEvent>({
 *   id: 'my-store',
 *   leader: true,
 *   initialState: { count: 0 },
 * });
 *
 * // Create a follower store
 * const followerStore = UniversalStore.create<MyState, MyCustomEvent>({
 *   id: 'my-store',
 *   leader: false,
 * });
 * ```
 *
 * @template State - The type of state managed by the store
 * @template CustomEvent - Custom events that can be sent through the store. Must have a `type`
 *   string and optional `payload`
 * @throws {Error} If constructed directly instead of using `create()`
 * @throws {Error} If created without setting a channel first
 * @throws {Error} If a follower is created with initial state
 * @throws {Error} If a follower cannot find its leader within 1 second
 */
declare class UniversalStore<State, CustomEvent extends {
    type: string;
    payload?: any;
} = {
    type: string;
    payload?: any;
}> {
    /**
     * Defines the possible actor types in the store system
     *
     * @readonly
     */
    static readonly ActorType: {
        readonly LEADER: "LEADER";
        readonly FOLLOWER: "FOLLOWER";
    };
    /**
     * Defines the possible environments the store can run in
     *
     * @readonly
     */
    static readonly Environment: {
        readonly SERVER: "SERVER";
        readonly MANAGER: "MANAGER";
        readonly PREVIEW: "PREVIEW";
        readonly UNKNOWN: "UNKNOWN";
        readonly MOCK: "MOCK";
    };
    /**
     * Internal event types used for store synchronization
     *
     * @readonly
     */
    static readonly InternalEventType: {
        readonly EXISTING_STATE_REQUEST: "__EXISTING_STATE_REQUEST";
        readonly EXISTING_STATE_RESPONSE: "__EXISTING_STATE_RESPONSE";
        readonly SET_STATE: "__SET_STATE";
        readonly LEADER_CREATED: "__LEADER_CREATED";
        readonly FOLLOWER_CREATED: "__FOLLOWER_CREATED";
    };
    static readonly Status: {
        readonly UNPREPARED: "UNPREPARED";
        readonly SYNCING: "SYNCING";
        readonly READY: "READY";
        readonly ERROR: "ERROR";
    };
    protected static isInternalConstructing: boolean;
    /**
     * The preparation construct is used to keep track of all store's preparation state the promise is
     * resolved when the store is prepared with the static __prepare() method which will also change
     * the state from PENDING to RESOLVED
     */
    private static preparation;
    private static setupPreparationPromise;
    /** Enable debug logs for this store */
    debugging: boolean;
    /** The actor object representing the store instance with a unique ID and a type */
    get actor(): Actor;
    /**
     * The current state of the store, that signals both if the store is prepared by Storybook and
     * also - in the case of a follower - if the state has been synced with the leader's state.
     */
    get status(): StatusType;
    /**
     * A promise that resolves when the store is fully ready. A leader will be ready when the store
     * has been prepared by Storybook, which is almost instantly.
     *
     * A follower will be ready when the state has been synced with the leader's state, within a few
     * hundred milliseconds.
     */
    untilReady(): Promise<[{
        channel: ChannelLike;
        environment: EnvironmentType;
    }, void | undefined]>;
    /**
     * The syncing construct is used to keep track of if the instance's state has been synced with the
     * other instances. A leader will immediately have the promise resolved. A follower will initially
     * be in a PENDING state, and resolve the the leader has sent the existing state, or reject if no
     * leader has responded before the timeout.
     */
    private syncing?;
    private channelEventName;
    private state;
    private channel?;
    private environment?;
    private listeners;
    private id;
    private actorId;
    private actorType;
    protected constructor(options: StoreOptions<State>, environmentOverrides?: EnvironmentOverrides);
    /** Creates a new instance of UniversalStore */
    static create<State = any, CustomEvent extends {
        type: string;
        payload?: any;
    } = {
        type: string;
        payload?: any;
    }>(options: StoreOptions<State>): UniversalStore<State, CustomEvent>;
    /** Gets the current state */
    getState: () => State;
    /**
     * Updates the store's state
     *
     * Either a new state or a state updater function can be passed to the method.
     */
    setState(updater: State | StateUpdater<State>): void;
    /**
     * Subscribes to store events
     *
     * @returns A function to unsubscribe
     */
    subscribe: {
        (listener: Listener<Event<State, CustomEvent>>): () => void;
        <EventType extends Event<State, CustomEvent>['type']>(eventType: EventType, listener: Listener<Extract<Event<State, CustomEvent>, {
            type: EventType;
        }>>): () => void;
    };
    /**
     * Subscribes to state changes
     *
     * @returns Unsubscribe function
     */
    onStateChange(listener: (state: State, previousState: State, eventInfo: EventInfo) => void): () => void;
    /** Sends a custom event to the other stores */
    send: (event: CustomEvent) => void;
    private emitToChannel;
    private prepareThis;
    private emitToListeners;
    private handleChannelEvents;
    private debug;
}

/**
 * A hook to use a UniversalStore in a rendered preview. This hook will react to changes in the
 * store state and re-render when the store changes.
 *
 * @param universalStore The UniversalStore instance to use.
 * @param selector An optional selector function to select a subset of the store state.
 * @remark This hook is intended for use in the preview. For use in the manager UI, import from
 * `storybook/internal/manager-api` instead.
 */
declare const useUniversalStore: {
    <TUniversalStore extends UniversalStore<TState, any>, TState = TUniversalStore extends UniversalStore<infer S, any> ? S : never>(universalStore: TUniversalStore): [TState, TUniversalStore['setState']];
    <TUniversalStore extends UniversalStore<any, any>, TSelectedState, TState = TUniversalStore extends UniversalStore<infer S, any> ? S : never>(universalStore: TUniversalStore, selector: (state: TState) => TSelectedState): [TSelectedState, TUniversalStore['setState']];
};

/**
 * A mock universal store that can be used when testing code that relies on a universal store. It
 * functions exactly like a normal universal store, with a few exceptions:
 *
 * - It is fully isolated, meaning that it doesn't interact with any channel, and it is always a
 *   leader.
 *
 * If the second testUtils argument is provided, all the public methods are spied on, so they can be
 * asserted.
 *
 * When a mock store is re-used across tests (eg. in stories), you manually need to reset the state
 * after each test.
 *
 * @example
 *
 * ```ts
 * import * as testUtils from '@storybook/test'; // in stories
 * import { vi as testUtils } from 'vitest'; // ... or in Vitest tests
 *
 * const initialState = { ... };
 * const store = new MockUniversalStore({ initialState }, testUtils);
 *
 * export default {
 *   title: 'My story',
 *   beforeEach: () => {
 *     return () => {
 *       store.setState(initialState);
 *     };
 *   }
 * }
 * ```
 */
declare class MockUniversalStore<State, CustomEvent extends {
    type: string;
    payload?: any;
} = {
    type: string;
    payload?: any;
}> extends UniversalStore<State, CustomEvent> {
    private testUtils;
    constructor(options: StoreOptions<State>, testUtils?: any);
    /** Create a mock universal store. This is just an alias for the constructor */
    static create<State = any, CustomEvent extends {
        type: string;
        payload?: any;
    } = {
        type: string;
        payload?: any;
    }>(options: StoreOptions<State>, testUtils?: any): MockUniversalStore<State, CustomEvent>;
    unsubscribeAll(): void;
}

declare class ArgsStore {
    initialArgsByStoryId: Record<StoryId, Args>;
    argsByStoryId: Record<StoryId, Args>;
    get(storyId: StoryId): Args;
    setInitial(story: PreparedStory<any>): void;
    updateFromDelta(story: PreparedStory<any>, delta: Args): void;
    updateFromPersisted(story: PreparedStory<any>, persisted: Args): void;
    update(storyId: StoryId, argsUpdate: Partial<Args>): void;
}

declare class GlobalsStore {
    allowedGlobalNames: Set<string>;
    initialGlobals: Globals;
    globals: Globals;
    constructor({ globals, globalTypes, }: {
        globals?: Globals;
        globalTypes?: GlobalTypes;
    });
    set({ globals, globalTypes }: {
        globals?: Globals;
        globalTypes?: GlobalTypes;
    }): void;
    filterAllowedGlobals(globals: Globals): Globals;
    updateFromPersisted(persisted: Globals): void;
    get(): Globals;
    update(newGlobals: Globals): void;
}

type StorySpecifier = StoryId | {
    name: StoryName;
    title: ComponentTitle;
} | '*';
declare class StoryIndexStore {
    entries: StoryIndex['entries'];
    constructor({ entries }?: StoryIndex);
    entryFromSpecifier(specifier: StorySpecifier): IndexEntry | undefined;
    storyIdToEntry(storyId: StoryId): IndexEntry;
    importPathToEntry(importPath: Path): IndexEntry;
}

declare function normalizeStory<TRenderer extends Renderer>(key: StoryId, storyAnnotations: LegacyStoryAnnotationsOrFn<TRenderer>, meta: NormalizedComponentAnnotations<TRenderer>): NormalizedStoryAnnotations<TRenderer>;

declare function processCSFFile<TRenderer extends Renderer>(moduleExports: ModuleExports, importPath: Path, title: ComponentTitle): CSFFile<TRenderer>;

declare function prepareStory<TRenderer extends Renderer>(storyAnnotations: NormalizedStoryAnnotations<TRenderer>, componentAnnotations: NormalizedComponentAnnotations<TRenderer>, projectAnnotations: NormalizedProjectAnnotations<TRenderer>): PreparedStory<TRenderer>;
declare function prepareMeta<TRenderer extends Renderer>(componentAnnotations: NormalizedComponentAnnotations<TRenderer>, projectAnnotations: NormalizedProjectAnnotations<TRenderer>, moduleExport: ModuleExport): PreparedMeta<TRenderer>;

declare function normalizeProjectAnnotations<TRenderer extends Renderer>({ argTypes, globalTypes, argTypesEnhancers, decorators, loaders, beforeEach, experimental_afterEach, globals, initialGlobals, ...annotations }: ProjectAnnotations<TRenderer>): NormalizedProjectAnnotations<TRenderer>;

declare function composeConfigs<TRenderer extends Renderer>(moduleExportList: ModuleExports[]): NormalizedProjectAnnotations<TRenderer>;

/**
 * Compose step runners to create a single step runner that applies each step runner in order.
 *
 * A step runner is a function that takes a defined step:
 *
 * @example
 *
 * ```ts
 * step('label', () => {});
 * ```
 *
 * ...and runs it. The prototypical example is from `@storybook/addon-interactions` where the step
 * runner will decorate all instrumented code inside the step with information about the label.
 *
 * In theory it is possible to have more than one addon that wants to run steps; they can be
 * composed together in a similar fashion to decorators. In some ways step runners are like
 * decorators except it is not intended that they change the context or the play function.
 *
 * The basic implementation of a step runner is `async (label, play, context) => play(context)` --
 * in fact this is what `composeStepRunners([])` will do.
 *
 * @param stepRunners An array of StepRunner
 * @returns A StepRunner that is the composition of the arguments
 */
declare function composeStepRunners<TRenderer extends Renderer>(stepRunners: StepRunner<TRenderer>[]): StepRunner<TRenderer>;

declare global {
    var globalProjectAnnotations: NormalizedProjectAnnotations<any>;
    var defaultProjectAnnotations: ProjectAnnotations<any>;
}
declare function setDefaultProjectAnnotations<TRenderer extends Renderer = Renderer>(_defaultProjectAnnotations: ProjectAnnotations<TRenderer>): void;
declare function setProjectAnnotations<TRenderer extends Renderer = Renderer>(projectAnnotations: NamedOrDefaultProjectAnnotations<TRenderer> | NamedOrDefaultProjectAnnotations<TRenderer>[]): NormalizedProjectAnnotations<TRenderer>;
declare function composeStory<TRenderer extends Renderer = Renderer, TArgs extends Args = Args>(storyAnnotations: LegacyStoryAnnotationsOrFn<TRenderer>, componentAnnotations: ComponentAnnotations<TRenderer, TArgs>, projectAnnotations?: ProjectAnnotations<TRenderer>, defaultConfig?: ProjectAnnotations<TRenderer>, exportsName?: string): ComposedStoryFn<TRenderer, Partial<TArgs>>;
declare function composeStories<TModule extends Store_CSFExports>(storiesImport: TModule, globalConfig: ProjectAnnotations<Renderer>, composeStoryFn?: ComposeStoryFn): {};
type WrappedStoryRef = {
    __pw_type: 'jsx' | 'importRef';
};
type UnwrappedJSXStoryRef = {
    __pw_type: 'jsx';
    type: UnwrappedImportStoryRef;
};
type UnwrappedImportStoryRef = ComposedStoryFn;
declare global {
    function __pwUnwrapObject(storyRef: WrappedStoryRef): Promise<UnwrappedJSXStoryRef | UnwrappedImportStoryRef>;
}
declare function createPlaywrightTest<TFixture extends {
    extend: any;
}>(baseTest: TFixture): TFixture;

declare function getCsfFactoryAnnotations<TRenderer extends Renderer = Renderer, TArgs extends Args = Args>(story: LegacyStoryAnnotationsOrFn<TRenderer>, meta?: ComponentAnnotations<TRenderer, TArgs>, projectAnnotations?: ProjectAnnotations<TRenderer>): {
    story: _storybook_core_types.StoryAnnotations<Renderer, Args>;
    meta: ComponentAnnotations<Renderer, Args>;
    preview: _storybook_core_types.NormalizedProjectAnnotations<Renderer>;
} | {
    story: LegacyStoryAnnotationsOrFn<TRenderer>;
    meta: ComponentAnnotations<TRenderer, TArgs> | undefined;
    preview: ProjectAnnotations<TRenderer> | undefined;
};

interface Report<T = unknown> {
    type: string;
    version?: number;
    result: T;
    status: 'failed' | 'passed' | 'warning';
}
declare class ReporterAPI {
    reports: Report[];
    addReport(report: Report): Promise<void>;
}

declare class StoryStore<TRenderer extends Renderer> {
    importFn: ModuleImportFn;
    storyIndex: StoryIndexStore;
    projectAnnotations: NormalizedProjectAnnotations<TRenderer>;
    userGlobals: GlobalsStore;
    args: ArgsStore;
    hooks: Record<StoryId, HooksContext<TRenderer>>;
    cleanupCallbacks: Record<StoryId, CleanupCallback[] | undefined>;
    cachedCSFFiles?: Record<Path, CSFFile<TRenderer>>;
    processCSFFileWithCache: typeof processCSFFile;
    prepareMetaWithCache: typeof prepareMeta;
    prepareStoryWithCache: typeof prepareStory;
    constructor(storyIndex: StoryIndex, importFn: ModuleImportFn, projectAnnotations: ProjectAnnotations<TRenderer>);
    setProjectAnnotations(projectAnnotations: ProjectAnnotations<TRenderer>): void;
    onStoriesChanged({ importFn, storyIndex, }: {
        importFn?: ModuleImportFn;
        storyIndex?: StoryIndex;
    }): Promise<void>;
    storyIdToEntry(storyId: StoryId): Promise<IndexEntry>;
    loadCSFFileByStoryId(storyId: StoryId): Promise<CSFFile<TRenderer>>;
    loadAllCSFFiles(): Promise<StoryStore<TRenderer>['cachedCSFFiles']>;
    cacheAllCSFFiles(): Promise<void>;
    preparedMetaFromCSFFile({ csfFile }: {
        csfFile: CSFFile<TRenderer>;
    }): PreparedMeta<TRenderer>;
    loadStory({ storyId }: {
        storyId: StoryId;
    }): Promise<PreparedStory<TRenderer>>;
    storyFromCSFFile({ storyId, csfFile, }: {
        storyId: StoryId;
        csfFile: CSFFile<TRenderer>;
    }): PreparedStory<TRenderer>;
    componentStoriesFromCSFFile({ csfFile, }: {
        csfFile: CSFFile<TRenderer>;
    }): PreparedStory<TRenderer>[];
    loadEntry(id: StoryId): Promise<{
        entryExports: ModuleExports;
        csfFiles: CSFFile<TRenderer>[];
    }>;
    getStoryContext(story: PreparedStory<TRenderer>, { forceInitialArgs }?: {
        forceInitialArgs?: boolean | undefined;
    }): {
        args: _storybook_core_types.Args;
        initialGlobals: _storybook_core_types.Globals;
        globalTypes: (_storybook_core_types.GlobalTypes & _storybook_core_types.StrictGlobalTypes) | undefined;
        userGlobals: _storybook_core_types.Globals;
        reporting: ReporterAPI;
        globals: {
            [x: string]: any;
        };
        hooks: unknown;
        component?: (TRenderer & {
            T: any;
        })["component"] | undefined;
        subcomponents?: Record<string, (TRenderer & {
            T: any;
        })["component"]> | undefined;
        parameters: Parameters;
        initialArgs: _storybook_core_types.Args;
        argTypes: _storybook_core_types.StrictArgTypes<_storybook_core_types.Args>;
        componentId: _storybook_core_types.ComponentId;
        title: ComponentTitle;
        kind: ComponentTitle;
        id: StoryId;
        name: _storybook_core_types.StoryName;
        story: _storybook_core_types.StoryName;
        tags: _storybook_core_types.Tag[];
        moduleExport: _storybook_core_types.ModuleExport;
        originalStoryFn: _storybook_core_types.StoryFn<TRenderer>;
        undecoratedStoryFn: _storybook_core_types.LegacyStoryFn<TRenderer>;
        unboundStoryFn: _storybook_core_types.LegacyStoryFn<TRenderer>;
        applyLoaders: (context: StoryContext<TRenderer, _storybook_core_types.Args>) => Promise<Record<string, any>>;
        applyBeforeEach: (context: StoryContext<TRenderer, _storybook_core_types.Args>) => Promise<CleanupCallback[]>;
        applyAfterEach: (context: StoryContext<TRenderer, _storybook_core_types.Args>) => Promise<void>;
        playFunction?: ((context: StoryContext<TRenderer, _storybook_core_types.Args>) => Promise<void> | void) | undefined;
        runStep: _storybook_core_types.StepRunner<TRenderer>;
        mount: (context: StoryContext<TRenderer, _storybook_core_types.Args>) => () => Promise<Canvas>;
        testingLibraryRender?: (...args: never[]) => unknown;
        renderToCanvas?: _storybook_core_types.RenderToCanvas<TRenderer> | undefined;
        usesMount: boolean;
        storyGlobals: _storybook_core_types.Globals;
    } & Pick<_storybook_core_types.StoryContextForLoaders<Renderer, _storybook_core_types.Args>, "allArgs" | "argsByTarget" | "unmappedArgs">;
    addCleanupCallbacks(story: PreparedStory<TRenderer>, callbacks: CleanupCallback[]): void;
    cleanupStory(story: PreparedStory<TRenderer>): Promise<void>;
    extract(options?: {
        includeDocsOnly?: boolean;
    }): Record<StoryId, StoryContextForEnhancers<TRenderer>>;
    getSetStoriesPayload(): {
        v: number;
        globals: _storybook_core_types.Globals;
        globalParameters: {};
        kindParameters: Parameters;
        stories: Record<string, StoryContextForEnhancers<TRenderer, _storybook_core_types.Args>>;
    };
    getStoriesJsonData: () => StoryIndexV3;
    raw(): BoundStory<TRenderer>[];
    fromId(storyId: StoryId): BoundStory<TRenderer> | null;
}

/**
 * Safely combine parameters recursively. Only copy objects when needed. Algorithm = always
 * overwrite the existing value UNLESS both values are plain objects. In this case flag the key as
 * "special" and handle it with a heuristic.
 */
declare const combineParameters: (...parameterSets: (Parameters | undefined)[]) => Parameters;

type PropDescriptor = string[] | RegExp;
declare const filterArgTypes: (argTypes: StrictArgTypes, include?: PropDescriptor, exclude?: PropDescriptor) => Partial<StrictArgTypes<_storybook_core_types.Args>>;

declare const inferControls: ArgTypesEnhancer<Renderer>;

declare function decorateStory<TRenderer extends Renderer>(storyFn: LegacyStoryFn<TRenderer>, decorator: DecoratorFunction<TRenderer>, bindWithContext: (storyFn: LegacyStoryFn<TRenderer>) => PartialStoryFn<TRenderer>): LegacyStoryFn<TRenderer>;
/**
 * Currently StoryContextUpdates are allowed to have any key in the type. However, you cannot
 * overwrite any of the build-it "static" keys.
 *
 * @param inputContextUpdate StoryContextUpdate
 * @returns StoryContextUpdate
 */
declare function sanitizeStoryContextUpdate({ componentId, title, kind, id, name, story, parameters, initialArgs, argTypes, ...update }?: StoryContextUpdate): StoryContextUpdate;
declare function defaultDecorateStory<TRenderer extends Renderer>(storyFn: LegacyStoryFn<TRenderer>, decorators: DecoratorFunction<TRenderer>[]): LegacyStoryFn<TRenderer>;

declare const combineArgs: (value: any, update: any) => Args;

declare const userOrAutoTitleFromSpecifier: (fileName: string | number, entry: NormalizedStoriesSpecifier, userTitle?: string) => string | undefined;
declare const userOrAutoTitle: (fileName: string, storiesEntries: NormalizedStoriesSpecifier[], userTitle?: string) => string | undefined;

declare const sortStoriesV7: (stories: IndexEntry[], storySortParameter: Addon_StorySortParameterV7, fileNameOrder: Path[]) => IndexEntry[];

declare class DocsContext<TRenderer extends Renderer> implements DocsContextProps<TRenderer> {
    channel: Channel;
    protected store: StoryStore<TRenderer>;
    renderStoryToElement: DocsContextProps<TRenderer>['renderStoryToElement'];
    private componentStoriesValue;
    private storyIdToCSFFile;
    private exportToStory;
    private exportsToCSFFile;
    private nameToStoryId;
    private attachedCSFFiles;
    private primaryStory?;
    constructor(channel: Channel, store: StoryStore<TRenderer>, renderStoryToElement: DocsContextProps<TRenderer>['renderStoryToElement'], 
    /** The CSF files known (via the index) to be refererenced by this docs file */
    csfFiles: CSFFile<TRenderer>[]);
    referenceCSFFile(csfFile: CSFFile<TRenderer>): void;
    attachCSFFile(csfFile: CSFFile<TRenderer>): void;
    referenceMeta(metaExports: ModuleExports, attach: boolean): void;
    get projectAnnotations(): _storybook_core_types.NormalizedProjectAnnotations<TRenderer>;
    private resolveAttachedModuleExportType;
    private resolveModuleExport;
    resolveOf<TType extends ResolvedModuleExportType>(moduleExportOrType: ModuleExport | TType, validTypes?: TType[]): ResolvedModuleExportFromType<TType, TRenderer>;
    storyIdByName: (storyName: StoryName) => string;
    componentStories: () => PreparedStory<TRenderer>[];
    componentStoriesFromCSFFile: (csfFile: CSFFile<TRenderer>) => PreparedStory<TRenderer>[];
    storyById: (storyId?: StoryId) => PreparedStory<TRenderer>;
    getStoryContext: (story: PreparedStory<TRenderer>) => {
        loaded: {};
        viewMode: string;
        args: _storybook_core_types.Args;
        initialGlobals: _storybook_core_types.Globals;
        globalTypes: (_storybook_core_types.GlobalTypes & _storybook_core_types.StrictGlobalTypes) | undefined;
        userGlobals: _storybook_core_types.Globals;
        reporting: ReporterAPI;
        globals: {
            [x: string]: any;
        };
        hooks: unknown;
        component?: (TRenderer & {
            T: any;
        })["component"] | undefined;
        subcomponents?: Record<string, (TRenderer & {
            T: any;
        })["component"]> | undefined;
        parameters: _storybook_core_types.Parameters;
        initialArgs: _storybook_core_types.Args;
        argTypes: _storybook_core_types.StrictArgTypes<_storybook_core_types.Args>;
        componentId: _storybook_core_types.ComponentId;
        title: _storybook_core_types.ComponentTitle;
        kind: _storybook_core_types.ComponentTitle;
        id: StoryId;
        name: StoryName;
        story: StoryName;
        tags: _storybook_core_types.Tag[];
        moduleExport: ModuleExport;
        originalStoryFn: _storybook_core_types.StoryFn<TRenderer>;
        undecoratedStoryFn: _storybook_core_types.LegacyStoryFn<TRenderer>;
        unboundStoryFn: _storybook_core_types.LegacyStoryFn<TRenderer>;
        applyLoaders: (context: _storybook_core_types.StoryContext<TRenderer, _storybook_core_types.Args>) => Promise<Record<string, any>>;
        applyBeforeEach: (context: _storybook_core_types.StoryContext<TRenderer, _storybook_core_types.Args>) => Promise<_storybook_core_types.CleanupCallback[]>;
        applyAfterEach: (context: _storybook_core_types.StoryContext<TRenderer, _storybook_core_types.Args>) => Promise<void>;
        playFunction?: ((context: _storybook_core_types.StoryContext<TRenderer, _storybook_core_types.Args>) => Promise<void> | void) | undefined;
        runStep: _storybook_core_types.StepRunner<TRenderer>;
        mount: (context: _storybook_core_types.StoryContext<TRenderer, _storybook_core_types.Args>) => () => Promise<_storybook_core_types.Canvas>;
        testingLibraryRender?: (...args: never[]) => unknown;
        renderToCanvas?: _storybook_core_types.RenderToCanvas<TRenderer> | undefined;
        usesMount: boolean;
        storyGlobals: _storybook_core_types.Globals;
        allArgs: any;
        argsByTarget: any;
        unmappedArgs: any;
    };
    loadStory: (id: StoryId) => Promise<PreparedStory<TRenderer>>;
}

type RenderType = 'story' | 'docs';
/**
 * A "Render" represents the rendering of a single entry to a single location
 *
 * The implementations of render are used for two key purposes:
 *
 * - Tracking the state of the rendering as it moves between preparing, rendering and tearing down.
 * - Tracking what is rendered to know if a change requires re-rendering or teardown + recreation.
 */
interface Render<TRenderer extends Renderer> {
    type: RenderType;
    id: StoryId;
    isPreparing: () => boolean;
    isEqual: (other: Render<TRenderer>) => boolean;
    disableKeyListeners: boolean;
    teardown?: (options: {
        viewModeChanged: boolean;
    }) => Promise<void>;
    torndown: boolean;
    renderToElement: (canvasElement: TRenderer['canvasElement'], renderStoryToElement?: any, options?: StoryRenderOptions) => Promise<void>;
}

/**
 * A CsfDocsRender is a render of a docs entry that is rendered based on a CSF file.
 *
 * The expectation is the primary CSF file which is the `importPath` for the entry will define a
 * story which may contain the actual rendered JSX code for the template in the `docs.page`
 * parameter.
 *
 * Use cases:
 *
 * - Autodocs, where there is no story, and we fall back to the globally defined template.
 */
declare class CsfDocsRender<TRenderer extends Renderer> implements Render<TRenderer> {
    protected channel: Channel;
    protected store: StoryStore<TRenderer>;
    entry: IndexEntry;
    private callbacks;
    readonly type: RenderType;
    readonly subtype = "csf";
    readonly id: StoryId;
    story?: PreparedStory<TRenderer>;
    rerender?: () => Promise<void>;
    teardownRender?: (options: {
        viewModeChanged?: boolean;
    }) => Promise<void>;
    torndown: boolean;
    readonly disableKeyListeners = false;
    preparing: boolean;
    csfFiles?: CSFFile<TRenderer>[];
    constructor(channel: Channel, store: StoryStore<TRenderer>, entry: IndexEntry, callbacks: RenderContextCallbacks<TRenderer>);
    isPreparing(): boolean;
    prepare(): Promise<void>;
    isEqual(other: Render<TRenderer>): boolean;
    docsContext(renderStoryToElement: DocsContextProps<TRenderer>['renderStoryToElement']): DocsContext<TRenderer>;
    renderToElement(canvasElement: TRenderer['canvasElement'], renderStoryToElement: DocsContextProps<TRenderer>['renderStoryToElement']): Promise<void>;
    teardown({ viewModeChanged }?: {
        viewModeChanged?: boolean;
    }): Promise<void>;
}

/**
 * A MdxDocsRender is a render of a docs entry that comes from a true MDX file, that is a `.mdx`
 * file that doesn't get compiled to a CSF file.
 *
 * A MDX render can reference (import) zero or more CSF files that contain stories.
 *
 * Use cases:
 *
 * - *.mdx file that may or may not reference a specific CSF file with `<Meta of={} />`
 */
declare class MdxDocsRender<TRenderer extends Renderer> implements Render<TRenderer> {
    protected channel: Channel;
    protected store: StoryStore<TRenderer>;
    entry: IndexEntry;
    private callbacks;
    readonly type: RenderType;
    readonly subtype = "mdx";
    readonly id: StoryId;
    private exports?;
    rerender?: () => Promise<void>;
    teardownRender?: (options: {
        viewModeChanged?: boolean;
    }) => Promise<void>;
    torndown: boolean;
    readonly disableKeyListeners = false;
    preparing: boolean;
    csfFiles?: CSFFile<TRenderer>[];
    constructor(channel: Channel, store: StoryStore<TRenderer>, entry: IndexEntry, callbacks: RenderContextCallbacks<TRenderer>);
    isPreparing(): boolean;
    prepare(): Promise<void>;
    isEqual(other: Render<TRenderer>): boolean;
    docsContext(renderStoryToElement: DocsContextProps<TRenderer>['renderStoryToElement']): DocsContext<TRenderer>;
    renderToElement(canvasElement: TRenderer['canvasElement'], renderStoryToElement: DocsContextProps<TRenderer>['renderStoryToElement']): Promise<void>;
    teardown({ viewModeChanged }?: {
        viewModeChanged?: boolean;
    }): Promise<void>;
}

type RenderPhase = 'preparing' | 'loading' | 'beforeEach' | 'rendering' | 'playing' | 'played' | 'afterEach' | 'completed' | 'finished' | 'aborted' | 'errored';
declare class StoryRender<TRenderer extends Renderer> implements Render<TRenderer> {
    channel: Channel;
    store: StoryStore<TRenderer>;
    private renderToScreen;
    private callbacks;
    id: StoryId;
    viewMode: StoryContext<TRenderer>['viewMode'];
    renderOptions: StoryRenderOptions;
    type: RenderType;
    story?: PreparedStory<TRenderer>;
    phase?: RenderPhase;
    private abortController?;
    private canvasElement?;
    private notYetRendered;
    private rerenderEnqueued;
    disableKeyListeners: boolean;
    private teardownRender;
    torndown: boolean;
    constructor(channel: Channel, store: StoryStore<TRenderer>, renderToScreen: RenderToCanvas<TRenderer>, callbacks: RenderContextCallbacks<TRenderer> & {
        showStoryDuringRender?: () => void;
    }, id: StoryId, viewMode: StoryContext<TRenderer>['viewMode'], renderOptions?: StoryRenderOptions, story?: PreparedStory<TRenderer>);
    private runPhase;
    private checkIfAborted;
    prepare(): Promise<void>;
    isEqual(other: Render<TRenderer>): boolean;
    isPreparing(): boolean;
    isPending(): boolean;
    renderToElement(canvasElement: TRenderer['canvasElement']): Promise<void>;
    private storyContext;
    render({ initial, forceRemount, }?: {
        initial?: boolean;
        forceRemount?: boolean;
    }): Promise<void>;
    /**
     * Rerender the story. If the story is currently pending (loading/rendering), the rerender will be
     * enqueued, and will be executed after the current render is completed. Rerendering while playing
     * will not be enqueued, and will be executed immediately, to support rendering args changes while
     * playing.
     */
    rerender(): Promise<void>;
    remount(): Promise<void>;
    cancelRender(): void;
    teardown(): Promise<void>;
}

type MaybePromise<T> = Promise<T> | T;
declare class Preview<TRenderer extends Renderer> {
    importFn: ModuleImportFn;
    getProjectAnnotations: () => MaybePromise<ProjectAnnotations<TRenderer>>;
    protected channel: Channel;
    /** @deprecated Will be removed in 8.0, please use channel instead */
    serverChannel?: Channel;
    protected storyStoreValue?: StoryStore<TRenderer>;
    renderToCanvas?: RenderToCanvas<TRenderer>;
    storyRenders: StoryRender<TRenderer>[];
    previewEntryError?: Error;
    private projectAnnotationsBeforeInitialization?;
    private beforeAllCleanup?;
    protected storeInitializationPromise: Promise<void>;
    protected resolveStoreInitializationPromise: () => void;
    protected rejectStoreInitializationPromise: (err: Error) => void;
    constructor(importFn: ModuleImportFn, getProjectAnnotations: () => MaybePromise<ProjectAnnotations<TRenderer>>, channel?: Channel, shouldInitialize?: boolean);
    get storyStore(): StoryStore<TRenderer>;
    protected initialize(): Promise<void>;
    ready(): Promise<void>;
    setupListeners(): void;
    getProjectAnnotationsOrRenderError(): Promise<ProjectAnnotations<TRenderer>>;
    initializeWithProjectAnnotations(projectAnnotations: ProjectAnnotations<TRenderer>): Promise<void>;
    runBeforeAllHook(projectAnnotations: ProjectAnnotations<TRenderer>): Promise<void>;
    getStoryIndexFromServer(): Promise<StoryIndex>;
    protected initializeWithStoryIndex(storyIndex: StoryIndex): void;
    setInitialGlobals(): Promise<void>;
    emitGlobals(): void;
    onGetProjectAnnotationsChanged({ getProjectAnnotations, }: {
        getProjectAnnotations: () => MaybePromise<ProjectAnnotations<TRenderer>>;
    }): Promise<void>;
    onStoryIndexChanged(): Promise<void>;
    onStoriesChanged({ importFn, storyIndex, }: {
        importFn?: ModuleImportFn;
        storyIndex?: StoryIndex;
    }): Promise<void>;
    onUpdateGlobals({ globals: updatedGlobals, currentStory, }: {
        globals: Globals;
        currentStory?: PreparedStory<TRenderer>;
    }): Promise<void>;
    onUpdateArgs({ storyId, updatedArgs }: {
        storyId: StoryId;
        updatedArgs: Args;
    }): Promise<void>;
    onRequestArgTypesInfo({ id, payload }: RequestData<ArgTypesRequestPayload>): Promise<void>;
    onResetArgs({ storyId, argNames }: {
        storyId: string;
        argNames?: string[];
    }): Promise<void>;
    onForceReRender(): Promise<void>;
    onForceRemount({ storyId }: {
        storyId: StoryId;
    }): Promise<void>;
    renderStoryToElement(story: PreparedStory<TRenderer>, element: TRenderer['canvasElement'], callbacks: RenderContextCallbacks<TRenderer>, options: StoryRenderOptions): () => Promise<void>;
    teardownRender(render: StoryRender<TRenderer> | CsfDocsRender<TRenderer> | MdxDocsRender<TRenderer>, { viewModeChanged }?: {
        viewModeChanged?: boolean;
    }): Promise<void>;
    loadStory({ storyId }: {
        storyId: StoryId;
    }): Promise<PreparedStory<TRenderer>>;
    getStoryContext(story: PreparedStory<TRenderer>, { forceInitialArgs }?: {
        forceInitialArgs?: boolean | undefined;
    }): {
        args: Args;
        initialGlobals: Globals;
        globalTypes: (_storybook_core_types.GlobalTypes & _storybook_core_types.StrictGlobalTypes) | undefined;
        userGlobals: Globals;
        reporting: ReporterAPI;
        globals: {
            [x: string]: any;
        };
        hooks: unknown;
        component?: (TRenderer & {
            T: any;
        })["component"] | undefined;
        subcomponents?: Record<string, (TRenderer & {
            T: any;
        })["component"]> | undefined;
        parameters: _storybook_core_types.Parameters;
        initialArgs: Args;
        argTypes: _storybook_core_types.StrictArgTypes<Args>;
        componentId: _storybook_core_types.ComponentId;
        title: _storybook_core_types.ComponentTitle;
        kind: _storybook_core_types.ComponentTitle;
        id: StoryId;
        name: _storybook_core_types.StoryName;
        story: _storybook_core_types.StoryName;
        tags: _storybook_core_types.Tag[];
        moduleExport: _storybook_core_types.ModuleExport;
        originalStoryFn: _storybook_core_types.StoryFn<TRenderer>;
        undecoratedStoryFn: _storybook_core_types.LegacyStoryFn<TRenderer>;
        unboundStoryFn: _storybook_core_types.LegacyStoryFn<TRenderer>;
        applyLoaders: (context: _storybook_core_types.StoryContext<TRenderer, Args>) => Promise<Record<string, any>>;
        applyBeforeEach: (context: _storybook_core_types.StoryContext<TRenderer, Args>) => Promise<CleanupCallback[]>;
        applyAfterEach: (context: _storybook_core_types.StoryContext<TRenderer, Args>) => Promise<void>;
        playFunction?: ((co