/**
 * Note: this file should import all other files for type discovery and declaration merging
 */
import type {
  ActionCreatorWithPayload,
  Middleware,
  Reducer,
  ThunkAction,
  ThunkDispatch,
  UnknownAction,
} from '@reduxjs/toolkit'
import { enablePatches } from 'immer'
import type { Api, Module } from '../apiTypes'
import type { BaseQueryFn } from '../baseQueryTypes'
import type { InternalSerializeQueryArgs } from '../defaultSerializeQueryArgs'
import type {
  AssertTagTypes,
  EndpointDefinitions,
  InfiniteQueryDefinition,
  MutationDefinition,
  QueryArgFrom,
  QueryArgFromAnyQuery,
  QueryDefinition,
  TagDescription,
} from '../endpointDefinitions'
import {
  isInfiniteQueryDefinition,
  isMutationDefinition,
  isQueryDefinition,
} from '../endpointDefinitions'
import { assertCast, safeAssign } from '../tsHelpers'
import type {
  CombinedState,
  MutationKeys,
  QueryKeys,
  RootState,
} from './apiState'
import type {
  BuildInitiateApiEndpointMutation,
  BuildInitiateApiEndpointQuery,
  MutationActionCreatorResult,
  QueryActionCreatorResult,
  InfiniteQueryActionCreatorResult,
  BuildInitiateApiEndpointInfiniteQuery,
} from './buildInitiate'
import { buildInitiate } from './buildInitiate'
import type {
  ReferenceCacheCollection,
  ReferenceCacheLifecycle,
  ReferenceQueryLifecycle,
} from './buildMiddleware'
import { buildMiddleware } from './buildMiddleware'
import type {
  BuildSelectorsApiEndpointInfiniteQuery,
  BuildSelectorsApiEndpointMutation,
  BuildSelectorsApiEndpointQuery,
} from './buildSelectors'
import { buildSelectors } from './buildSelectors'
import type { SliceActions, UpsertEntries } from './buildSlice'
import { buildSlice } from './buildSlice'
import type {
  AllQueryKeys,
  BuildThunksApiEndpointInfiniteQuery,
  BuildThunksApiEndpointMutation,
  BuildThunksApiEndpointQuery,
  PatchQueryDataThunk,
  QueryArgFromAnyQueryDefinition,
  UpdateQueryDataThunk,
  UpsertQueryDataThunk,
} from './buildThunks'
import { buildThunks } from './buildThunks'
import { createSelector as _createSelector } from './rtkImports'
import { onFocus, onFocusLost, onOffline, onOnline } from './setupListeners'
import type { InternalMiddlewareState } from './buildMiddleware/types'

/**
 * `ifOlderThan` - (default: `false` | `number`) - _number is value in seconds_
 * - If specified, it will only run the query if the difference between `new Date()` and the last `fulfilledTimeStamp` is greater than the given value
 *
 * @overloadSummary
 * `force`
 * - If `force: true`, it will ignore the `ifOlderThan` value if it is set and the query will be run even if it exists in the cache.
 */
export type PrefetchOptions =
  | {
      ifOlderThan?: false | number
    }
  | { force?: boolean }

export const coreModuleName = /* @__PURE__ */ Symbol()
export type CoreModule =
  | typeof coreModuleName
  | ReferenceCacheLifecycle
  | ReferenceQueryLifecycle
  | ReferenceCacheCollection

export type ThunkWithReturnValue<T> = ThunkAction<T, any, any, UnknownAction>

export interface ApiModules<
  // eslint-disable-next-line @typescript-eslint/no-unused-vars
  BaseQuery extends BaseQueryFn,
  Definitions extends EndpointDefinitions,
  ReducerPath extends string,
  TagTypes extends string,
> {
  [coreModuleName]: {
    /**
     * This api's reducer should be mounted at `store[api.reducerPath]`.
     *
     * @example
     * ```ts
     * configureStore({
     *   reducer: {
     *     [api.reducerPath]: api.reducer,
     *   },
     *   middleware: (getDefaultMiddleware) => getDefaultMiddleware().concat(api.middleware),
     * })
     * ```
     */
    reducerPath: ReducerPath
    /**
     * Internal actions not part of the public API. Note: These are subject to change at any given time.
     */
    internalActions: InternalActions
    /**
     *  A standard redux reducer that enables core functionality. Make sure it's included in your store.
     *
     * @example
     * ```ts
     * configureStore({
     *   reducer: {
     *     [api.reducerPath]: api.reducer,
     *   },
     *   middleware: (getDefaultMiddleware) => getDefaultMiddleware().concat(api.middleware),
     * })
     * ```
     */
    reducer: Reducer<
      CombinedState<Definitions, TagTypes, ReducerPath>,
      UnknownAction
    >
    /**
     * This is a standard redux middleware and is responsible for things like polling, garbage collection and a handful of other things. Make sure it's included in your store.
     *
     * @example
     * ```ts
     * configureStore({
     *   reducer: {
     *     [api.reducerPath]: api.reducer,
     *   },
     *   middleware: (getDefaultMiddleware) => getDefaultMiddleware().concat(api.middleware),
     * })
     * ```
     */
    middleware: Middleware<
      {},
      RootState<Definitions, string, ReducerPath>,
      ThunkDispatch<any, any, UnknownAction>
    >
    /**
     * A collection of utility thunks for various situations.
     */
    util: {
      /**
       * A thunk that (if dispatched) will return a specific running query, identified
       * by `endpointName` and `arg`.
       * If that query is not running, dispatching the thunk will result in `undefined`.
       *
       * Can be used to await a specific query triggered in any way,
       * including via hook calls or manually dispatching `initiate` actions.
       *
       * See https://redux-toolkit.js.org/rtk-query/usage/server-side-rendering for details.
       */
      getRunningQueryThunk<EndpointName extends AllQueryKeys<Definitions>>(
        endpointName: EndpointName,
        arg: QueryArgFromAnyQueryDefinition<Definitions, EndpointName>,
      ): ThunkWithReturnValue<
        | QueryActionCreatorResult<
            Definitions[EndpointName] & { type: 'query' }
          >
        | InfiniteQueryActionCreatorResult<
            Definitions[EndpointName] & { type: 'infinitequery' }
          >
        | undefined
      >

      /**
       * A thunk that (if dispatched) will return a specific running mutation, identified
       * by `endpointName` and `fixedCacheKey` or `requestId`.
       * If that mutation is not running, dispatching the thunk will result in `undefined`.
       *
       * Can be used to await a specific mutation triggered in any way,
       * including via hook trigger functions or manually dispatching `initiate` actions.
       *
       * See https://redux-toolkit.js.org/rtk-query/usage/server-side-rendering for details.
       */
      getRunningMutationThunk<EndpointName extends MutationKeys<Definitions>>(
        endpointName: EndpointName,
        fixedCacheKeyOrRequestId: string,
      ): ThunkWithReturnValue<
        | MutationActionCreatorResult<
            Definitions[EndpointName] & { type: 'mutation' }
          >
        | undefined
      >

      /**
       * A thunk that (if dispatched) will return all running queries.
       *
       * Useful for SSR scenarios to await all running queries triggered in any way,
       * including via hook calls or manually dispatching `initiate` actions.
       *
       * See https://redux-toolkit.js.org/rtk-query/usage/server-side-rendering for details.
       */
      getRunningQueriesThunk(): ThunkWithReturnValue<
        Array<
          QueryActionCreatorResult<any> | InfiniteQueryActionCreatorResult<any>
        >
      >

      /**
       * A thunk that (if dispatched) will return all running mutations.
       *
       * Useful for SSR scenarios to await all running mutations triggered in any way,
       * including via hook calls or manually dispatching `initiate` actions.
       *
       * See https://redux-toolkit.js.org/rtk-query/usage/server-side-rendering for details.
       */
      getRunningMutationsThunk(): ThunkWithReturnValue<
        Array<MutationActionCreatorResult<any>>
      >

      /**
       * A Redux thunk that can be used to manually trigger pre-fetching of data.
       *
       * The thunk accepts three arguments: the name of the endpoint we are updating (such as `'getPost'`), the appropriate query arg values to construct the desired cache key, and a set of options used to determine if the data actually should be re-fetched based on cache staleness.
       *
       * React Hooks users will most likely never need to use this directly, as the `usePrefetch` hook will dispatch this thunk internally as needed when you call the prefetching function supplied by the hook.
       *
       * @example
       *
       * ```ts no-transpile
       * dispatch(api.util.prefetch('getPosts', undefined, { force: true }))
       * ```
       */
      prefetch<EndpointName extends QueryKeys<Definitions>>(
        endpointName: EndpointName,
        arg: QueryArgFrom<Definitions[EndpointName]>,
        options: PrefetchOptions,
      ): ThunkAction<void, any, any, UnknownAction>
      /**
       * A Redux thunk action creator that, when dispatched, creates and applies a set of JSON diff/patch objects to the current state. This immediately updates the Redux state with those changes.
       *
       * The thunk action creator accepts three arguments: the name of the endpoint we are updating (such as `'getPost'`), the appropriate query arg values to construct the desired cache key, and an `updateRecipe` callback function. The callback receives an Immer-wrapped `draft` of the current state, and may modify the draft to match the expected results after the mutation completes successfully.
       *
       * The thunk executes _synchronously_, and returns an object containing `{patches: Patch[], inversePatches: Patch[], undo: () => void}`. The `patches` and `inversePatches` are generated using Immer's [`produceWithPatches` method](https://immerjs.github.io/immer/patches).
       *
       * This is typically used as the first step in implementing optimistic updates. The generated `inversePatches` can be used to revert the updates by calling `dispatch(patchQueryData(endpointName, arg, inversePatches))`. Alternatively, the `undo` method can be called directly to achieve the same effect.
       *
       * Note that the first two arguments (`endpointName` and `arg`) are used to determine which existing cache entry to update. If no existing cache entry is found, the `updateRecipe` callback will not run.
       *
       * @example
       *
       * ```ts
       * const patchCollection = dispatch(
       *   api.util.updateQueryData('getPosts', undefined, (draftPosts) => {
       *     draftPosts.push({ id: 1, name: 'Teddy' })
       *   })
       * )
       * ```
       */
      updateQueryData: UpdateQueryDataThunk<
        Definitions,
        RootState<Definitions, string, ReducerPath>
      >

      /**
       * A Redux thunk action creator that, when dispatched, acts as an artificial API request to upsert a value into the cache.
       *
       * The thunk action creator accepts three arguments: the name of the endpoint we are updating (such as `'getPost'`), the appropriate query arg values to construct the desired cache key, and the data to upsert.
       *
       * If no cache entry for that cache key exists, a cache entry will be created and the data added. If a cache entry already exists, this will _overwrite_ the existing cache entry data.
       *
       * The thunk executes _asynchronously_, and returns a promise that resolves when the store has been updated.
       *
       * If dispatched while an actual request is in progress, both the upsert and request will be handled as soon as they resolve, resulting in a "last result wins" update behavior.
       *
       * @example
       *
       * ```ts
       * await dispatch(
       *   api.util.upsertQueryData('getPost', {id: 1}, {id: 1, text: "Hello!"})
       * )
       * ```
       */
      upsertQueryData: UpsertQueryDataThunk<
        Definitions,
        RootState<Definitions, string, ReducerPath>
      >
      /**
       * A Redux thunk that applies a JSON diff/patch array to the cached data for a given query result. This immediately updates the Redux state with those changes.
       *
       * The thunk accepts three arguments: the name of the endpoint we are updating (such as `'getPost'`), the appropriate query arg values to construct the desired cache key, and a JSON diff/patch array as produced by Immer's `produceWithPatches`.
       *
       * This is typically used as the second step in implementing optimistic updates. If a request fails, the optimistically-applied changes can be reverted by dispatching `patchQueryData` with the `inversePatches` that were generated by `updateQueryData` earlier.
       *
       * In cases where it is desired to simply revert the previous changes, it may be preferable to call the `undo` method returned from dispatching `updateQueryData` instead.
       *
       * @example
       * ```ts
       * const patchCollection = dispatch(
       *   api.util.updateQueryData('getPosts', undefined, (draftPosts) => {
       *     draftPosts.push({ id: 1, name: 'Teddy' })
       *   })
       * )
       *
       * // later
       * dispatch(
       *   api.util.patchQueryData('getPosts', undefined, patchCollection.inversePatches)
       * )
       *
       * // or
       * patchCollection.undo()
       * ```
       */
      patchQueryData: PatchQueryDataThunk<
        Definitions,
        RootState<Definitions, string, ReducerPath>
      >

      /**
       * A Redux action creator that can be dispatched to manually reset the api state completely. This will immediately remove all existing cache entries, and all queries will be considered 'uninitialized'.
       *
       * @example
       *
       * ```ts
       * dispatch(api.util.resetApiState())
       * ```
       */
      resetApiState: SliceActions['resetApiState']

      upsertQueryEntries: UpsertEntries<Definitions>

      /**
       * A Redux action creator that can be used to manually invalidate cache tags for [automated re-fetching](../../usage/automated-refetching.mdx).
       *
       * The action creator accepts one argument: the cache tags to be invalidated. It returns an action with those tags as a payload, and the corresponding `invalidateTags` action type for the api.
       *
       * Dispatching the result of this action creator will [invalidate](../../usage/automated-refetching.mdx#invalidating-cache-data) the given tags, causing queries to automatically re-fetch if they are subscribed to cache data that [provides](../../usage/automated-refetching.mdx#providing-cache-data) the corresponding tags.
       *
       * The array of tags provided to the action creator should be in one of the following formats, where `TagType` is equal to a string provided to the [`tagTypes`](../createApi.mdx#tagtypes) property of the api:
       *
       * - `[TagType]`
       * - `[{ type: TagType }]`
       * - `[{ type: TagType, id: number | string }]`
       *
       * @example
       *
       * ```ts
       * dispatch(api.util.invalidateTags(['Post']))
       * dispatch(api.util.invalidateTags([{ type: 'Post', id: 1 }]))
       * dispatch(
       *   api.util.invalidateTags([
       *     { type: 'Post', id: 1 },
       *     { type: 'Post', id: 'LIST' },
       *   ])
       * )
       * ```
       */
      invalidateTags: ActionCreatorWithPayload<
        Array<TagDescription<TagTypes> | null | undefined>,
        string
      >

      /**
       * A function to select all `{ endpointName, originalArgs, queryCacheKey }` combinations that would be invalidated by a specific set of tags.
       *
       * Can be used for mutations that want to do optimistic updates instead of invalidating a set of tags, but don't know exactly what they need to update.
       */
      selectInvalidatedBy: (
        state: RootState<Definitions, string, ReducerPath>,
        tags: ReadonlyArray<TagDescription<TagTypes> | null | undefined>,
      ) => Array<{
        endpointName: string
        originalArgs: any
        queryCacheKey: string
      }>

      /**
       * A function to select all arguments currently cached for a given endpoint.
       *
       * Can be used for mutations that want to do optimistic updates instead of invalidating a set of tags, but don't know exactly what they need to update.
       */
      selectCachedArgsForQuery: <QueryName extends AllQueryKeys<Definitions>>(
        state: RootState<Definitions, string, ReducerPath>,
        queryName: QueryName,
      ) => Array<QueryArgFromAnyQuery<Definitions[QueryName]>>
    }
    /**
     * Endpoints based on the input endpoints provided to `createApi`, containing `select` and `action matchers`.
     */
    endpoints: {
      [K in keyof Definitions]: Definitions[K] extends QueryDefinition<
        any,
        any,
        any,
        any,
        any
      >
        ? ApiEndpointQuery<Definitions[K], Definitions>
        : Definitions[K] extends MutationDefinition<any, any, any, any, any>
          ? ApiEndpointMutation<Definitions[K], Definitions>
          : Definitions[K] extends InfiniteQueryDefinition<
                any,
                any,
                any,
                any,
                any
              >
            ? ApiEndpointInfiniteQuery<Definitions[K], Definitions>
            : never
    }
  }
}

export interface ApiEndpointQuery<
  // eslint-disable-next-line @typescript-eslint/no-unused-vars
  Definition extends QueryDefinition<any, any, any, any, any>,
  // eslint-disable-next-line @typescript-eslint/no-unused-vars
  Definitions extends EndpointDefinitions,
> extends BuildThunksApiEndpointQuery<Definition>,
    BuildInitiateApiEndpointQuery<Definition>,
    BuildSelectorsApiEndpointQuery<Definition, Definitions> {
  name: string
  /**
   * All of these are `undefined` at runtime, purely to be used in TypeScript declarations!
   */
  Types: NonNullable<Definition['Types']>
}

export interface ApiEndpointInfiniteQuery<
  // eslint-disable-next-line @typescript-eslint/no-unused-vars
  Definition extends InfiniteQueryDefinition<any, any, any, any, any>,
  // eslint-disable-next-line @typescript-eslint/no-unused-vars
  Definitions extends EndpointDefinitions,
> extends BuildThunksApiEndpointInfiniteQuery<Definition>,
    BuildInitiateApiEndpointInfiniteQuery<Definition>,
    BuildSelectorsApiEndpointInfiniteQuery<Definition, Definitions> {
  name: string
  /**
   * All of these are `undefined` at runtime, purely to be used in TypeScript declarations!
   */
  Types: NonNullable<Definition['Types']>
}

// eslint-disable-next-line @typescript-eslint/no-unused-vars
export interface ApiEndpointMutation<
  // eslint-disable-next-line @typescript-eslint/no-unused-vars
  Definition extends MutationDefinition<any, any, any, any, any>,
  // eslint-disable-next-line @typescript-eslint/no-unused-vars
  Definitions extends EndpointDefinitions,
> extends BuildThunksApiEndpointMutation<Definition>,
    BuildInitiateApiEndpointMutation<Definition>,
    BuildSelectorsApiEndpointMutation<Definition, Definitions> {
  name: string
  /**
   * All of these are `undefined` at runtime, purely to be used in TypeScript declarations!
   */
  Types: NonNullable<Definition['Types']>
}

export type ListenerActions = {
  /**
   * Will cause the RTK Query middleware to trigger any refetchOnReconnect-related behavior
   * @link https://redux-toolkit.js.org/rtk-query/api/setupListeners
   */
  onOnline: typeof onOnline
  onOffline: typeof onOffline
  /**
   * Will cause the RTK Query middleware to trigger any refetchOnFocus-related behavior
   * @link https://redux-toolkit.js.org/rtk-query/api/setupListeners
   */
  onFocus: typeof onFocus
  onFocusLost: typeof onFocusLost
}

export type InternalActions = SliceActions & ListenerActions

export interface CoreModuleOptions {
  /**
   * A selector creator (usually from `reselect`, or matching the same signature)
   */
  createSelector?: typeof _createSelector
}

/**
 * Creates a module containing the basic redux logic for use with `buildCreateApi`.
 *
 * @example
 * ```ts
 * const createBaseApi = buildCreateApi(coreModule());
 * ```
 */
export const coreModule = ({
  createSelector = _createSelector,
}: CoreModuleOptions = {}): Module<CoreModule> => ({
  name: coreModuleName,
  init(
    api,
    {
      baseQuery,
      tagTypes,
      reducerPath,
      serializeQueryArgs,
      keepUnusedDataFor,
      refetchOnMountOrArgChange,
      refetchOnFocus,
      refetchOnReconnect,
      invalidationBehavior,
      onSchemaFailure,
      catchSchemaFailure,
      skipSchemaValidation,
    },
    context,
  ) {
    enablePatches()

    assertCast<InternalSerializeQueryArgs>(serializeQueryArgs)

    const assertTagType: AssertTagTypes = (tag) => {
      if (
        typeof process !== 'undefined' &&
        process.env.NODE_ENV === 'development'
      ) {
        if (!tagTypes.includes(tag.type as any)) {
          console.error(
            `Tag type '${tag.type}' was used, but not specified in \`tagTypes\`!`,
          )
        }
      }
      return tag
    }

    Object.assign(api, {
      reducerPath,
      endpoints: {},
      internalActions: {
        onOnline,
        onOffline,
        onFocus,
        onFocusLost,
      },
      util: {},
    })

    const selectors = buildSelectors({
      serializeQueryArgs: serializeQueryArgs as any,
      reducerPath,
      createSelector,
    })

    const {
      selectInvalidatedBy,
      selectCachedArgsForQuery,
      buildQuerySelector,
      buildInfiniteQuerySelector,
      buildMutationSelector,
    } = selectors

    safeAssign(api.util, { selectInvalidatedBy, selectCachedArgsForQuery })

    const {
      queryThunk,
      infiniteQueryThunk,
      mutationThunk,
      patchQueryData,
      updateQueryData,
      upsertQueryData,
      prefetch,
      buildMatchThunkActions,
    } = buildThunks({
      baseQuery,
      reducerPath,
      context,
      api,
      serializeQueryArgs,
      assertTagType,
      selectors,
      onSchemaFailure,
      catchSchemaFailure,
      skipSchemaValidation,
    })

    const { reducer, actions: sliceActions } = buildSlice({
      context,
      queryThunk,
      infiniteQueryThunk,
      mutationThunk,
      serializeQueryArgs,
      reducerPath,
      assertTagType,
      config: {
        refetchOnFocus,
        refetchOnReconnect,
        refetchOnMountOrArgChange,
        keepUnusedDataFor,
        reducerPath,
        invalidationBehavior,
      },
    })

    safeAssign(api.util, {
      patchQueryData,
      updateQueryData,
      upsertQueryData,
      prefetch,
      resetApiState: sliceActions.resetApiState,
      upsertQueryEntries: sliceActions.cacheEntriesUpserted as any,
    })
    safeAssign(api.internalActions, sliceActions)

    const internalState: InternalMiddlewareState = {
      currentSubscriptions: new Map(),
      currentPolls: new Map(),
      runningQueries: new Map(),
      runningMutations: new Map(),
    }

    const {
      buildInitiateQuery,
      buildInitiateInfiniteQuery,
      buildInitiateMutation,
      getRunningMutationThunk,
      getRunningMutationsThunk,
      getRunningQueriesThunk,
      getRunningQueryThunk,
    } = buildInitiate({
      queryThunk,
      mutationThunk,
      infiniteQueryThunk,
      api,
      serializeQueryArgs: serializeQueryArgs as any,
      context,
      internalState,
    })

    safeAssign(api.util, {
      getRunningMutationThunk,
      getRunningMutationsThunk,
      getRunningQueryThunk,
      getRunningQueriesThunk,
    })

    const { middleware, actions: middlewareActions } = buildMiddleware({
      reducerPath,
      context,
      queryThunk,
      mutationThunk,
      infiniteQueryThunk,
      api,
      assertTagType,
      selectors,
      getRunningQueryThunk,
      internalState,
    })
    safeAssign(api.util, middlewareActions)

    safeAssign(api, { reducer: reducer as any, middleware })

    return {
      name: coreModuleName,
      injectEndpoint(endpointName, definition) {
        const anyApi = api as any as Api<
          any,
          Record<string, any>,
          string,
          string,
          CoreModule
        >
        const endpoint = (anyApi.endpoints[endpointName] ??= {} as any)

        if (isQueryDefinition(definition)) {
          safeAssign(
            endpoint,
            {
              name: endpointName,
              select: buildQuerySelector(endpointName, definition),
              initiate: buildInitiateQuery(endpointName, definition),
            },
            buildMatchThunkActions(queryThunk, endpointName),
          )
        }
        if (isMutationDefinition(definition)) {
          safeAssign(
            endpoint,
            {
              name: endpointName,
              select: buildMutationSelector(),
              initiate: buildInitiateMutation(endpointName),
            },
            buildMatchThunkActions(mutationThunk, endpointName),
          )
        }
        if (isInfiniteQueryDefinition(definition)) {
          safeAssign(
            endpoint,
            {
              name: endpointName,
              select: buildInfiniteQuerySelector(endpointName, definition),
              initiate: buildInitiateInfiniteQuery(endpointName, definition),
            },
            buildMatchThunkActions(queryThunk, endpointName),
          )
        }
      },
    }
  },
})
