@apollo/client/__cjs/cache/inmemory/inMemoryCache.cjs.map

A fully-featured caching GraphQL client.

{"version":3,"file":"inMemoryCache.cjs","sources":["../../../../src/cache/inmemory/inMemoryCache.ts"],"sourcesContent":["import { equal } from \"@wry/equality\";\nimport type {\n  DocumentNode,\n  FragmentDefinitionNode,\n  InlineFragmentNode,\n} from \"graphql\";\nimport type { OptimisticWrapperFunction } from \"optimism\";\nimport { wrap } from \"optimism\";\n\nimport type { OperationVariables, TypedDocumentNode } from \"@apollo/client\";\nimport type {\n  DeepPartial,\n  Reference,\n  StoreObject,\n} from \"@apollo/client/utilities\";\nimport {\n  addTypenameToDocument,\n  cacheSizes,\n  canonicalStringify,\n  DocumentTransform,\n  isReference,\n  print,\n} from \"@apollo/client/utilities\";\nimport { __DEV__ } from \"@apollo/client/utilities/environment\";\nimport type {\n  handleIncrementalSymbol,\n  IsLooselyEqual,\n  NoInfer,\n} from \"@apollo/client/utilities/internal\";\nimport {\n  getInMemoryCacheMemoryInternals,\n  getOperationDefinition,\n  getUnwrappedType,\n  isPlainObject,\n} from \"@apollo/client/utilities/internal\";\nimport { invariant } from \"@apollo/client/utilities/invariant\";\n\nimport { defaultCacheSizes } from \"../../utilities/caching/sizes.js\";\nimport { ApolloCache } from \"../core/cache.js\";\nimport type { Scalar } from \"../core/Scalar.js\";\nimport type { Cache } from \"../core/types/Cache.js\";\n\nimport { EntityStore, supportsResultCaching } from \"./entityStore.js\";\nimport { hasOwn, normalizeConfig } from \"./helpers.js\";\nimport { Policies } from \"./policies.js\";\nimport { forgetCache, makeVar, recallCache } from \"./reactiveVars.js\";\nimport { StoreReader } from \"./readFromStore.js\";\nimport type {\n  DiffIncrementalInfo,\n  InMemoryCacheConfig,\n  KnownScalars,\n  NormalizedCacheObject,\n} from \"./types.js\";\nimport { StoreWriter } from \"./writeToStore.js\";\n\ntype BroadcastOptions = Pick<\n  Cache.BatchOptions<InMemoryCache>,\n  \"optimistic\" | \"onWatchUpdated\"\n>;\n\nexport declare namespace InMemoryCache {\n  export type ScalarsOption = {\n    [ScalarName in keyof KnownScalars as IsLooselyEqual<\n      KnownScalars[ScalarName][\"serialized\"],\n      KnownScalars[ScalarName][\"parsed\"]\n    > extends true ?\n      ScalarName\n    : never]?: KnownScalars[ScalarName] extends (\n      { serialized: infer TSerialized; parsed: infer TParsed }\n    ) ?\n      Scalar<TSerialized, TParsed>\n    : never;\n  } & {\n    [ScalarName in keyof KnownScalars as IsLooselyEqual<\n      KnownScalars[ScalarName][\"serialized\"],\n      KnownScalars[ScalarName][\"parsed\"]\n    > extends true ?\n      never\n    : ScalarName]: KnownScalars[ScalarName] extends (\n      { serialized: infer TSerialized; parsed: infer TParsed }\n    ) ?\n      Scalar<TSerialized, TParsed>\n    : never;\n  } & (ApolloCache.Scalars extends (\n      Record<string, { serialized: infer TSerialized; parsed: infer TParsed }>\n    ) ?\n      Record<string, Scalar<TSerialized, TParsed>>\n    : {});\n}\n\nexport class InMemoryCache extends ApolloCache {\n  private data!: EntityStore;\n  private optimisticData!: EntityStore;\n\n  protected config: InMemoryCacheConfig;\n  private watches = new Set<Cache.WatchOptions<any, any>>();\n\n  private storeReader!: StoreReader;\n  private storeWriter!: StoreWriter;\n  private addTypenameTransform = new DocumentTransform(addTypenameToDocument);\n\n  private maybeBroadcastWatch!: OptimisticWrapperFunction<\n    [Cache.WatchOptions<any, any>, BroadcastOptions?],\n    any,\n    [Cache.WatchOptions<any, any>]\n  >;\n\n  // Override the default value, since InMemoryCache result objects are frozen\n  // in development and expected to remain logically immutable in production.\n  public readonly assumeImmutableResults = true;\n\n  // Dynamically imported code can augment existing typePolicies or\n  // possibleTypes by calling cache.policies.addTypePolicies or\n  // cache.policies.addPossibletypes.\n  public readonly policies: Policies;\n\n  public readonly makeVar = makeVar;\n\n  constructor(\n    ...args: {} extends InMemoryCache.ScalarsOption ?\n      [config?: InMemoryCacheConfig]\n    : [config: InMemoryCacheConfig]\n  ) {\n    super();\n    this.config = normalizeConfig(args[0] ?? {});\n\n    this.policies = new Policies({\n      cache: this,\n      dataIdFromObject: this.config.dataIdFromObject,\n      possibleTypes: this.config.possibleTypes,\n      typePolicies: this.config.typePolicies,\n    });\n\n    this.init();\n  }\n\n  private init() {\n    // Passing { resultCaching: false } in the InMemoryCache constructor options\n    // will completely disable dependency tracking, which will improve memory\n    // usage but worsen the performance of repeated reads.\n    const rootStore = (this.data = new EntityStore.Root({\n      policies: this.policies,\n      resultCaching: this.config.resultCaching,\n    }));\n\n    // When no optimistic writes are currently active, cache.optimisticData ===\n    // cache.data, so there are no additional layers on top of the actual data.\n    // When an optimistic update happens, this.optimisticData will become a\n    // linked list of EntityStore Layer objects that terminates with the\n    // original this.data cache object.\n    this.optimisticData = rootStore.stump;\n\n    this.resetResultCache();\n  }\n\n  private resetResultCache() {\n    const { fragments } = this.config;\n\n    this.addTypenameTransform.resetCache();\n    fragments?.resetCaches();\n\n    // The StoreWriter is mostly stateless and so doesn't really need to be\n    // reset, but it does need to have its writer.storeReader reference updated,\n    // so it's simpler to update this.storeWriter as well.\n    this.storeWriter = new StoreWriter(\n      this,\n      (this.storeReader = new StoreReader({ cache: this, fragments })),\n      fragments\n    );\n\n    this.maybeBroadcastWatch = wrap(\n      (c: Cache.WatchOptions, options?: BroadcastOptions) => {\n        return this.broadcastWatch(c, options);\n      },\n      {\n        max:\n          cacheSizes[\"inMemoryCache.maybeBroadcastWatch\"] ||\n          defaultCacheSizes[\"inMemoryCache.maybeBroadcastWatch\"],\n        makeCacheKey: (c: Cache.WatchOptions) => {\n          // Return a cache key (thus enabling result caching) only if we're\n          // currently using a data store that can track cache dependencies.\n          const store = c.optimistic ? this.optimisticData : this.data;\n          if (supportsResultCaching(store)) {\n            const { optimistic, id, variables } = c;\n            return store.makeCacheKey(\n              c.query,\n              // Different watches can have the same query, optimistic\n              // status, rootId, and variables, but if their callbacks are\n              // different, the (identical) result needs to be delivered to\n              // each distinct callback. The easiest way to achieve that\n              // separation is to include c.callback in the cache key for\n              // maybeBroadcastWatch calls. See issue #5733.\n              c.callback,\n              canonicalStringify({ optimistic, id, variables })\n            );\n          }\n        },\n      }\n    );\n\n    // Since we have thrown away all the cached functions that depend on the\n    // CacheGroup dependencies maintained by EntityStore, we should also reset\n    // all CacheGroup dependency information.\n    new Set([this.data.group, this.optimisticData.group]).forEach((group) =>\n      group.resetCaching()\n    );\n  }\n\n  public getScalar<TKey extends keyof ApolloCache.Scalars>(\n    key: TKey\n  ): ApolloCache.GetScalarType<TKey> extends (\n    Scalar<infer TSerialized, infer TParsed>\n  ) ?\n    IsLooselyEqual<TSerialized, TParsed> extends true ?\n      // We don't require scalars where the serialized/parsed types are equal, so we\n      // can't guarantee we will get a value\n      ApolloCache.GetScalarType<TKey> | undefined\n    : ApolloCache.GetScalarType<TKey>\n  : never {\n    return this.config.scalars?.[key as string] as any;\n  }\n\n  /**\n   * {@inheritDoc @apollo/client/cache!ApolloCache#serializeVariables:member(1)}\n   */\n  public serializeVariables<\n    TVariables extends OperationVariables = OperationVariables,\n  >(\n    document: DocumentNode | TypedDocumentNode<any, TVariables>,\n    variables: NoInfer<TVariables>\n  ): TVariables;\n\n  /**\n   * {@inheritDoc @apollo/client/cache!ApolloCache#serializeVariables:member(1)}\n   */\n  public serializeVariables<\n    TVariables extends OperationVariables = OperationVariables,\n  >(\n    document: DocumentNode | TypedDocumentNode<any, TVariables>,\n    variables: NoInfer<TVariables> | undefined\n  ): TVariables | undefined;\n\n  public serializeVariables<\n    TVariables extends OperationVariables = OperationVariables,\n  >(\n    document: DocumentNode | TypedDocumentNode<any, TVariables>,\n    variables: NoInfer<TVariables> | undefined\n  ): TVariables | undefined {\n    if (\n      !variables ||\n      Object.keys(variables).length === 0 ||\n      (!this.config.scalars && !this.config.inputObjects)\n    ) {\n      return variables;\n    }\n\n    const variableTypes = getOperationDefinition(\n      document\n    )?.variableDefinitions?.reduce<Record<string, string>>((memo, node) => {\n      memo[node.variable.name.value] = getUnwrappedType(node.type);\n\n      return memo;\n    }, {});\n\n    if (!variableTypes || Object.keys(variableTypes).length === 0) {\n      return variables;\n    }\n\n    return this.serializeVariablesValue(variables, variableTypes) as TVariables;\n  }\n\n  private serializeVariablesValue(\n    value: unknown,\n    variableTypes: Record<string, string>,\n    scalar?: Scalar<any, any>\n  ): unknown {\n    if (Array.isArray(value)) {\n      return this.serializeInputArray(value, variableTypes, scalar);\n    }\n\n    if (scalar && value != null) {\n      return scalar.coerceToSerialized(value);\n    }\n\n    if (isPlainObject(value)) {\n      return this.serializeInputObject(value, variableTypes);\n    }\n\n    return value;\n  }\n\n  private serializeInputArray(\n    value: unknown[],\n    variableTypes: Record<string, string>,\n    scalar?: Scalar<any, any>\n  ) {\n    let changed = false;\n\n    const newValue = value.map((item) => {\n      const newItem = this.serializeVariablesValue(item, variableTypes, scalar);\n      changed ||= newItem !== item;\n\n      return newItem;\n    });\n\n    return changed ? newValue : value;\n  }\n\n  private serializeInputObject(\n    value: Record<string, unknown>,\n    variableTypes: Record<string, string>\n  ) {\n    let changed = false;\n\n    const entries = Object.entries(value).map(([name, value]) => {\n      const type = variableTypes[name];\n\n      if (!type) {\n        return [name, value];\n      }\n\n      const inputObject = this.config.inputObjects?.[type];\n\n      if (inputObject) {\n        const newValue = this.serializeVariablesValue(\n          value,\n          inputObject.fields\n        );\n        changed ||= newValue !== value;\n\n        return [name, newValue];\n      }\n\n      const scalar = this.getScalar(type);\n\n      if (scalar) {\n        const newValue = this.serializeVariablesValue(\n          value,\n          variableTypes,\n          scalar\n        );\n        changed ||= newValue !== value;\n\n        return [name, newValue];\n      }\n\n      return [name, value];\n    });\n\n    return changed ? Object.fromEntries(entries) : value;\n  }\n\n  public restore(data: NormalizedCacheObject): this {\n    this.init();\n    // Since calling this.init() discards/replaces the entire StoreReader, along\n    // with the result caches it maintains, this.data.replace(data) won't have\n    // to bother deleting the old data.\n    if (data) this.data.replace(data);\n    return this;\n  }\n\n  public extract(optimistic: boolean = false): NormalizedCacheObject {\n    return (optimistic ? this.optimisticData : this.data).extract();\n  }\n\n  public read<TData = unknown>(\n    options: Cache.ReadOptions<TData, OperationVariables> & {\n      returnPartialData: true;\n    }\n  ): TData | DeepPartial<TData> | null;\n\n  public read<TData = unknown>(\n    options: Cache.ReadOptions<TData, OperationVariables>\n  ): TData | null;\n\n  public read<TData = unknown>(\n    options: Cache.ReadOptions<TData, OperationVariables>\n  ): TData | DeepPartial<TData> | null {\n    const {\n      query,\n      variables,\n      // Since read returns data or null, without any additional metadata\n      // about whether/where there might have been missing fields, the\n      // default behavior cannot be returnPartialData = true (like it is\n      // for the diff method), since defaulting to true would violate the\n      // integrity of the T in the return type. However, partial data may\n      // be useful in some cases, so returnPartialData:true may be\n      // specified explicitly.\n      returnPartialData = false,\n    } = options;\n\n    return this.storeReader.diffQueryAgainstStore<TData>({\n      ...options,\n      variables: this.serializeVariables(query, variables),\n      store: options.optimistic ? this.optimisticData : this.data,\n      config: this.config,\n      returnPartialData,\n    }).result;\n  }\n\n  public write<\n    TData = unknown,\n    TVariables extends OperationVariables = OperationVariables,\n  >(options: Cache.WriteOptions<TData, TVariables>): Reference | undefined {\n    const { query, variables } = options;\n\n    try {\n      ++this.txCount;\n      return this.storeWriter.writeToStore(this.data, {\n        ...options,\n        variables: this.serializeVariables(query, variables),\n      });\n    } finally {\n      if (!--this.txCount && options.broadcast !== false) {\n        this.broadcastWatches();\n      }\n    }\n  }\n\n  public modify<Entity extends Record<string, any> = Record<string, any>>(\n    options: Cache.ModifyOptions<Entity>\n  ): boolean {\n    if (hasOwn.call(options, \"id\") && !options.id) {\n      // To my knowledge, TypeScript does not currently provide a way to\n      // enforce that an optional property?:type must *not* be undefined\n      // when present. That ability would be useful here, because we want\n      // options.id to default to ROOT_QUERY only when no options.id was\n      // provided. If the caller attempts to pass options.id with a\n      // falsy/undefined value (perhaps because cache.identify failed), we\n      // should not assume the goal was to modify the ROOT_QUERY object.\n      // We could throw, but it seems natural to return false to indicate\n      // that nothing was modified.\n      return false;\n    }\n    const store =\n      (\n        options.optimistic // Defaults to false.\n      ) ?\n        this.optimisticData\n      : this.data;\n    try {\n      ++this.txCount;\n      return store.modify(options.id || \"ROOT_QUERY\", options.fields, false);\n    } finally {\n      if (!--this.txCount && options.broadcast !== false) {\n        this.broadcastWatches();\n      }\n    }\n  }\n\n  public diff<\n    TData = unknown,\n    TVariables extends OperationVariables = OperationVariables,\n  >(\n    query: Cache.DiffOptions<TData, TVariables> & {\n      [handleIncrementalSymbol]: DiffIncrementalInfo | undefined;\n    }\n  ): Cache.InternalDiffResultWithDataState<TData>;\n\n  public diff<\n    TData = unknown,\n    TVariables extends OperationVariables = OperationVariables,\n  >(query: Cache.DiffOptions<TData, TVariables>): Cache.DiffResult<TData>;\n\n  public diff<\n    TData = unknown,\n    TVariables extends OperationVariables = OperationVariables,\n  >(options: Cache.DiffOptions<TData, TVariables>): Cache.DiffResult<TData> {\n    const { variables } = options;\n\n    return this.storeReader.diffQueryAgainstStore({\n      ...options,\n      variables: this.serializeVariables(options.query, variables),\n      store: options.optimistic ? this.optimisticData : this.data,\n      rootId: options.id || \"ROOT_QUERY\",\n      config: this.config,\n    });\n  }\n\n  public watch<\n    TData = unknown,\n    TVariables extends OperationVariables = OperationVariables,\n  >(watch: Cache.WatchOptions<TData, TVariables>): () => void {\n    if (!this.watches.size) {\n      // In case we previously called forgetCache(this) because\n      // this.watches became empty (see below), reattach this cache to any\n      // reactive variables on which it previously depended. It might seem\n      // paradoxical that we're able to recall something we supposedly\n      // forgot, but the point of calling forgetCache(this) is to silence\n      // useless broadcasts while this.watches is empty, and to allow the\n      // cache to be garbage collected. If, however, we manage to call\n      // recallCache(this) here, this cache object must not have been\n      // garbage collected yet, and should resume receiving updates from\n      // reactive variables, now that it has a watcher to notify.\n      recallCache(this);\n    }\n    this.watches.add(watch);\n    if (watch.immediate) {\n      this.maybeBroadcastWatch(watch);\n    }\n    return () => {\n      // Once we remove the last watch from this.watches, cache.broadcastWatches\n      // no longer does anything, so we preemptively tell the reactive variable\n      // system to exclude this cache from future broadcasts.\n      if (this.watches.delete(watch) && !this.watches.size) {\n        forgetCache(this);\n      }\n      // Remove this watch from the LRU cache managed by the\n      // maybeBroadcastWatch OptimisticWrapperFunction, to prevent memory\n      // leaks involving the closure of watch.callback.\n      this.maybeBroadcastWatch.forget(watch);\n    };\n  }\n\n  public gc(options?: {\n    // If true, also free non-essential result cache memory by bulk-releasing\n    // this.{store{Reader,Writer},maybeBroadcastWatch}. Defaults to false.\n    resetResultCache?: boolean;\n  }) {\n    canonicalStringify.reset();\n    print.reset();\n    const ids = this.optimisticData.gc();\n    if (options && !this.txCount && options.resetResultCache) {\n      this.resetResultCache();\n    }\n    return ids;\n  }\n\n  // Call this method to ensure the given root ID remains in the cache after\n  // garbage collection, along with its transitive child entities. Note that\n  // the cache automatically retains all directly written entities. By default,\n  // the retainment persists after optimistic updates are removed. Pass true\n  // for the optimistic argument if you would prefer for the retainment to be\n  // discarded when the top-most optimistic layer is removed. Returns the\n  // resulting (non-negative) retainment count.\n  public retain(rootId: string, optimistic?: boolean): number {\n    return (optimistic ? this.optimisticData : this.data).retain(rootId);\n  }\n\n  // Call this method to undo the effect of the retain method, above. Once the\n  // retainment count falls to zero, the given ID will no longer be preserved\n  // during garbage collection, though it may still be preserved by other safe\n  // entities that refer to it. Returns the resulting (non-negative) retainment\n  // count, in case that's useful.\n  public release(rootId: string, optimistic?: boolean): number {\n    return (optimistic ? this.optimisticData : this.data).release(rootId);\n  }\n\n  // Returns the canonical ID for a given StoreObject, obeying typePolicies\n  // and keyFields (and dataIdFromObject, if you still use that). At minimum,\n  // the object must contain a __typename and any primary key fields required\n  // to identify entities of that type. If you pass a query result object, be\n  // sure that none of the primary key fields have been renamed by aliasing.\n  // If you pass a Reference object, its __ref ID string will be returned.\n  public identify(object: StoreObject | Reference): string | undefined {\n    if (isReference(object)) return object.__ref;\n    try {\n      return this.policies.identify(object)[0];\n    } catch (e) {\n      invariant.warn(e);\n    }\n  }\n\n  public evict(options: Cache.EvictOptions): boolean {\n    if (!options.id) {\n      if (hasOwn.call(options, \"id\")) {\n        // See comment in modify method about why we return false when\n        // options.id exists but is falsy/undefined.\n        return false;\n      }\n      options = { ...options, id: \"ROOT_QUERY\" };\n    }\n    try {\n      // It's unlikely that the eviction will end up invoking any other\n      // cache update operations while it's running, but {in,de}crementing\n      // this.txCount still seems like a good idea, for uniformity with\n      // the other update methods.\n      ++this.txCount;\n      // Pass this.data as a limit on the depth of the eviction, so evictions\n      // during optimistic updates (when this.data is temporarily set equal to\n      // this.optimisticData) do not escape their optimistic Layer.\n      return this.optimisticData.evict(options, this.data);\n    } finally {\n      if (!--this.txCount && options.broadcast !== false) {\n        this.broadcastWatches();\n      }\n    }\n  }\n\n  public reset(options?: Cache.ResetOptions): Promise<void> {\n    this.init();\n\n    canonicalStringify.reset();\n\n    if (options && options.discardWatches) {\n      // Similar to what happens in the unsubscribe function returned by\n      // cache.watch, applied to all current watches.\n      this.watches.forEach((watch) => this.maybeBroadcastWatch.forget(watch));\n      this.watches.clear();\n      forgetCache(this);\n    } else {\n      // Calling this.init() above unblocks all maybeBroadcastWatch caching, so\n      // this.broadcastWatches() triggers a broadcast to every current watcher\n      // (letting them know their data is now missing). This default behavior is\n      // convenient because it means the watches do not have to be manually\n      // reestablished after resetting the cache. To prevent this broadcast and\n      // cancel all watches, pass true for options.discardWatches.\n      this.broadcastWatches();\n    }\n\n    return Promise.resolve();\n  }\n\n  public removeOptimistic(idToRemove: string) {\n    const newOptimisticData = this.optimisticData.removeLayer(idToRemove);\n    if (newOptimisticData !== this.optimisticData) {\n      this.optimisticData = newOptimisticData;\n      this.broadcastWatches();\n    }\n  }\n\n  private txCount = 0;\n\n  /**\n   * {@inheritDoc @apollo/client/cache!ApolloCache#batch:member(1)}\n   */\n  public batch<TUpdateResult>(\n    options: Cache.BatchOptions<InMemoryCache, TUpdateResult>\n  ): TUpdateResult {\n    const {\n      update,\n      optimistic = true,\n      removeOptimistic,\n      onWatchUpdated,\n    } = options;\n\n    let updateResult: TUpdateResult;\n    const perform = (layer?: EntityStore): TUpdateResult => {\n      const { data, optimisticData } = this;\n      ++this.txCount;\n      if (layer) {\n        this.data = this.optimisticData = layer;\n      }\n      try {\n        return (updateResult = update(this));\n      } finally {\n        --this.txCount;\n        this.data = data;\n        this.optimisticData = optimisticData;\n      }\n    };\n\n    const alreadyDirty = new Set<Cache.WatchOptions>();\n\n    if (onWatchUpdated && !this.txCount) {\n      // If an options.onWatchUpdated callback is provided, we want to call it\n      // with only the Cache.WatchOptions objects affected by options.update,\n      // but there might be dirty watchers already waiting to be broadcast that\n      // have nothing to do with the update. To prevent including those watchers\n      // in the post-update broadcast, we perform this initial broadcast to\n      // collect the dirty watchers, so we can re-dirty them later, after the\n      // post-update broadcast, allowing them to receive their pending\n      // broadcasts the next time broadcastWatches is called, just as they would\n      // if we never called cache.batch.\n      this.broadcastWatches({\n        ...options,\n        onWatchUpdated(watch) {\n          alreadyDirty.add(watch);\n          return false;\n        },\n      });\n    }\n\n    if (typeof optimistic === \"string\") {\n      // Note that there can be multiple layers with the same optimistic ID.\n      // When removeOptimistic(id) is called for that id, all matching layers\n      // will be removed, and the remaining layers will be reapplied.\n      this.optimisticData = this.optimisticData.addLayer(optimistic, perform);\n    } else if (optimistic === false) {\n      // Ensure both this.data and this.optimisticData refer to the root\n      // (non-optimistic) layer of the cache during the update. Note that\n      // this.data could be a Layer if we are currently executing an optimistic\n      // update function, but otherwise will always be an EntityStore.Root\n      // instance.\n      perform(this.data);\n    } else {\n      // Otherwise, leave this.data and this.optimisticData unchanged and run\n      // the update with broadcast batching.\n      perform();\n    }\n\n    if (typeof removeOptimistic === \"string\") {\n      this.optimisticData = this.optimisticData.removeLayer(removeOptimistic);\n    }\n\n    // Note: if this.txCount > 0, then alreadyDirty.size === 0, so this code\n    // takes the else branch and calls this.broadcastWatches(options), which\n    // does nothing when this.txCount > 0.\n    if (onWatchUpdated && alreadyDirty.size) {\n      this.broadcastWatches({\n        ...options,\n        onWatchUpdated(watch, diff) {\n          const result = onWatchUpdated.call(this, watch, diff);\n          if (result !== false) {\n            // Since onWatchUpdated did not return false, this diff is\n            // about to be broadcast to watch.callback, so we don't need\n            // to re-dirty it with the other alreadyDirty watches below.\n            alreadyDirty.delete(watch);\n          }\n          return result;\n        },\n      });\n      // Silently re-dirty any watches that were already dirty before the update\n      // was performed, and were not broadcast just now.\n      if (alreadyDirty.size) {\n        alreadyDirty.forEach((watch) => this.maybeBroadcastWatch.dirty(watch));\n      }\n    } else {\n      // If alreadyDirty is empty or we don't have an onWatchUpdated\n      // function, we don't need to go to the trouble of wrapping\n      // options.onWatchUpdated.\n      this.broadcastWatches(options);\n    }\n\n    return updateResult!;\n  }\n\n  public performTransaction(\n    update: (cache: InMemoryCache) => any,\n    optimisticId?: string | null\n  ) {\n    return this.batch({\n      update,\n      optimistic: optimisticId || optimisticId !== null,\n    });\n  }\n\n  public transformDocument(document: DocumentNode): DocumentNode {\n    return this.addTypenameTransform.transformDocument(\n      this.addFragmentsToDocument(document)\n    );\n  }\n\n  public fragmentMatches(\n    fragment: InlineFragmentNode | FragmentDefinitionNode,\n    typename: string\n  ): boolean {\n    return this.policies.fragmentMatches(fragment, typename);\n  }\n\n  public lookupFragment(fragmentName: string): FragmentDefinitionNode | null {\n    return this.config.fragments?.lookup(fragmentName) || null;\n  }\n\n  public resolvesClientField(typename: string, fieldName: string): boolean {\n    return !!this.policies.getReadFunction(typename, fieldName);\n  }\n\n  protected broadcastWatches(options?: BroadcastOptions) {\n    if (!this.txCount) {\n      const prevOnAfter = this.onAfterBroadcast;\n      const callbacks = new Set<() => void>();\n      this.onAfterBroadcast = (cb: () => void) => {\n        callbacks.add(cb);\n      };\n      try {\n        this.watches.forEach((c) => this.maybeBroadcastWatch(c, options));\n        callbacks.forEach((cb) => cb());\n      } finally {\n        this.onAfterBroadcast = prevOnAfter;\n      }\n    }\n  }\n\n  private addFragmentsToDocument(document: DocumentNode) {\n    const { fragments } = this.config;\n    return fragments ? fragments.transform(document) : document;\n  }\n\n  // This method is wrapped by maybeBroadcastWatch, which is called by\n  // broadcastWatches, so that we compute and broadcast results only when\n  // the data that would be broadcast might have changed. It would be\n  // simpler to check for changes after recomputing a result but before\n  // broadcasting it, but this wrapping approach allows us to skip both\n  // the recomputation and the broadcast, in most cases.\n  private broadcastWatch(c: Cache.WatchOptions, options?: BroadcastOptions) {\n    const { lastDiff } = c;\n\n    // Both WatchOptions and DiffOptions extend ReadOptions, and DiffOptions\n    // currently requires no additional properties, so we can use c (a\n    // WatchOptions object) as DiffOptions, without having to allocate a new\n    // object, and without having to enumerate the relevant properties (query,\n    // variables, etc.) explicitly. There will be some additional properties\n    // (lastDiff, callback, etc.), but cache.diff ignores them.\n    const diff = this.diff<any>(c);\n\n    if (options) {\n      if (c.optimistic && typeof options.optimistic === \"string\") {\n        diff.fromOptimisticTransaction = true;\n      }\n\n      if (\n        options.onWatchUpdated &&\n        options.onWatchUpdated.call(this, c, diff, lastDiff) === false\n      ) {\n        // Returning false from the onWatchUpdated callback will prevent\n        // calling c.callback(diff) for this watcher.\n        return;\n      }\n    }\n\n    if (!lastDiff || !equal(lastDiff.result, diff.result)) {\n      c.callback((c.lastDiff = diff), lastDiff);\n    }\n  }\n\n  /**\n   * @experimental\n   * @internal\n   * This is not a stable API - it is used in development builds to expose\n   * information to the DevTools.\n   * Use at your own risk!\n   */\n  public declare getMemoryInternals?: typeof getInMemoryCacheMemoryInternals;\n}\n\nif 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