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{ invariant, InvariantError } from '../../utilities/globals';\nimport { equal } from '@wry/equality';\nimport { Trie } from '@wry/trie';\nimport {\n SelectionSetNode,\n FieldNode,\n Kind,\n} from 'graphql';\n\nimport {\n FragmentMap,\n FragmentMapFunction,\n getFragmentFromSelection,\n getDefaultValues,\n getOperationDefinition,\n getTypenameFromResult,\n makeReference,\n isField,\n resultKeyNameFromField,\n StoreValue,\n StoreObject,\n Reference,\n isReference,\n shouldInclude,\n cloneDeep,\n addTypenameToDocument,\n isNonEmptyArray,\n argumentsObjectFromField,\n} from '../../utilities';\n\nimport { NormalizedCache, ReadMergeModifyContext, MergeTree, InMemoryCacheConfig } from './types';\nimport { isArray, makeProcessedFieldsMerger, fieldNameFromStoreName, storeValueIsStoreObject, extractFragmentContext } from './helpers';\nimport { StoreReader } from './readFromStore';\nimport { InMemoryCache } from './inMemoryCache';\nimport { EntityStore } from './entityStore';\nimport { Cache } from '../../core';\nimport { canonicalStringify } from './object-canon';\nimport { normalizeReadFieldOptions } from './policies';\nimport { ReadFieldFunction } from '../core/types/common';\n\nexport interface WriteContext extends ReadMergeModifyContext {\n readonly written: {\n [dataId: string]: SelectionSetNode[];\n };\n readonly fragmentMap: FragmentMap;\n lookupFragment: FragmentMapFunction;\n // General-purpose deep-merge function for use during writes.\n merge<T>(existing: T, incoming: T): T;\n // If true, merge functions will be called with undefined existing data.\n overwrite: boolean;\n incomingById: Map<string, {\n storeObject: StoreObject;\n mergeTree?: MergeTree;\n fieldNodeSet: Set<FieldNode>;\n }>;\n // Directive metadata for @client and @defer. We could use a bitfield for this\n // information to save some space, and use that bitfield number as the keys in\n // the context.flavors Map.\n clientOnly: boolean;\n deferred: boolean;\n flavors: Map<string, FlavorableWriteContext>;\n};\n\ntype FlavorableWriteContext = Pick<\n WriteContext,\n | \"clientOnly\"\n | \"deferred\"\n | \"flavors\"\n>;\n\n// Since there are only four possible combinations of context.clientOnly and\n// context.deferred values, we should need at most four \"flavors\" of any given\n// WriteContext. To avoid creating multiple copies of the same context, we cache\n// the contexts in the context.flavors Map (shared by all flavors) according to\n// their clientOnly and deferred values (always in that order).\nfunction getContextFlavor<TContext extends FlavorableWriteContext>(\n context: TContext,\n clientOnly: TContext[\"clientOnly\"],\n deferred: TContext[\"deferred\"],\n): TContext {\n const key = `${clientOnly}${deferred}`;\n let flavored = context.flavors.get(key);\n if (!flavored) {\n context.flavors.set(key, flavored = (\n context.clientOnly === clientOnly &&\n context.deferred === deferred\n ) ? context : {\n ...context,\n clientOnly,\n deferred,\n });\n }\n return flavored as TContext;\n}\n\ninterface ProcessSelectionSetOptions {\n dataId?: string,\n result: Record<string, any>;\n selectionSet: SelectionSetNode;\n context: WriteContext;\n mergeTree: MergeTree;\n}\n\nexport class StoreWriter {\n constructor(\n public readonly cache: InMemoryCache,\n private reader?: StoreReader,\n private fragments?: InMemoryCacheConfig[\"fragments\"],\n ) {}\n\n public writeToStore(store: NormalizedCache, {\n query,\n result,\n dataId,\n variables,\n overwrite,\n }: Cache.WriteOptions): Reference | undefined {\n const operationDefinition = getOperationDefinition(query)!;\n const merger = makeProcessedFieldsMerger();\n\n variables = {\n ...getDefaultValues(operationDefinition),\n ...variables!,\n };\n\n const context: WriteContext = {\n store,\n written: Object.create(null),\n merge<T>(existing: T, incoming: T) {\n return merger.merge(existing, incoming) as T;\n },\n variables,\n varString: canonicalStringify(variables),\n ...extractFragmentContext(query, this.fragments),\n overwrite: !!overwrite,\n incomingById: new Map,\n clientOnly: false,\n deferred: false,\n flavors: new Map,\n };\n\n const ref = this.processSelectionSet({\n result: result || Object.create(null),\n dataId,\n selectionSet: operationDefinition.selectionSet,\n mergeTree: { map: new Map },\n context,\n });\n\n if (!isReference(ref)) {\n throw new InvariantError(`Could not identify object ${JSON.stringify(result)}`);\n }\n\n // So far, the store has not been modified, so now it's time to process\n // context.incomingById and merge those incoming fields into context.store.\n context.incomingById.forEach(({ storeObject, mergeTree, fieldNodeSet }, dataId) => {\n const entityRef = makeReference(dataId);\n\n if (mergeTree && mergeTree.map.size) {\n const applied = this.applyMerges(mergeTree, entityRef, storeObject, context);\n if (isReference(applied)) {\n // Assume References returned by applyMerges have already been merged\n // into the store. See makeMergeObjectsFunction in policies.ts for an\n // example of how this can happen.\n return;\n }\n // Otherwise, applyMerges returned a StoreObject, whose fields we should\n // merge into the store (see store.merge statement below).\n storeObject = applied;\n }\n\n if (__DEV__ && !context.overwrite) {\n const fieldsWithSelectionSets: Record<string, true> = Object.create(null);\n fieldNodeSet.forEach(field => {\n if (field.selectionSet) {\n fieldsWithSelectionSets[field.name.value] = true;\n }\n });\n\n const hasSelectionSet = (storeFieldName: string) =>\n fieldsWithSelectionSets[\n fieldNameFromStoreName(storeFieldName)\n ] === true;\n\n const hasMergeFunction = (storeFieldName: string) => {\n const childTree = mergeTree && mergeTree.map.get(storeFieldName);\n return Boolean(childTree && childTree.info && childTree.info.merge);\n };\n\n Object.keys(storeObject).forEach(storeFieldName => {\n // If a merge function was defined for this field, trust that it\n // did the right thing about (not) clobbering data. If the field\n // has no selection set, it's a scalar field, so it doesn't need\n // a merge function (even if it's an object, like JSON data).\n if (hasSelectionSet(storeFieldName) &&\n !hasMergeFunction(storeFieldName)) {\n warnAboutDataLoss(\n entityRef,\n storeObject,\n storeFieldName,\n context.store,\n );\n }\n });\n }\n\n store.merge(dataId, storeObject);\n });\n\n // Any IDs written explicitly to the cache will be retained as\n // reachable root IDs for garbage collection purposes. Although this\n // logic includes root IDs like ROOT_QUERY and ROOT_MUTATION, their\n // retainment counts are effectively ignored because cache.gc() always\n // includes them in its root ID set.\n store.retain(ref.__ref);\n\n return ref;\n }\n\n private processSelectionSet({\n dataId,\n result,\n selectionSet,\n context,\n // This object allows processSelectionSet to report useful information\n // to its callers without explicitly returning that information.\n mergeTree,\n }: ProcessSelectionSetOptions): StoreObject | Reference {\n const { policies } = this.cache;\n\n // This variable will be repeatedly updated using context.merge to\n // accumulate all fields that need to be written into the store.\n let incoming: StoreObject = Object.create(null);\n\n // If typename was not passed in, infer it. Note that typename is\n // always passed in for tricky-to-infer cases such as \"Query\" for\n // ROOT_QUERY.\n const typename: string | undefined =\n (dataId && policies.rootTypenamesById[dataId]) ||\n getTypenameFromResult(result, selectionSet, context.fragmentMap) ||\n (dataId && context.store.get(dataId, \"__typename\") as string);\n\n if (\"string\" === typeof typename) {\n incoming.__typename = typename;\n }\n\n // This readField function will be passed as context.readField in the\n // KeyFieldsContext object created within policies.identify (called below).\n // In addition to reading from the existing context.store (thanks to the\n // policies.readField(options, context) line at the very bottom), this\n // version of readField can read from Reference objects that are currently\n // pending in context.incomingById, which is important whenever keyFields\n // need to be extracted from a child object that processSelectionSet has\n // turned into a Reference.\n const readField: ReadFieldFunction = function (this: void) {\n const options = normalizeReadFieldOptions(\n arguments,\n incoming,\n context.variables,\n );\n\n if (isReference(options.from)) {\n const info = context.incomingById.get(options.from.__ref);\n if (info) {\n const result = policies.readField({\n ...options,\n from: info.storeObject\n }, context);\n\n if (result !== void 0) {\n return result;\n }\n }\n }\n\n return policies.readField(options, context);\n };\n\n const fieldNodeSet = new Set<FieldNode>();\n\n this.flattenFields(\n selectionSet,\n result,\n // This WriteContext will be the default context value for fields returned\n // by the flattenFields method, but some fields may be assigned a modified\n // context, depending on the presence of @client and other directives.\n context,\n typename,\n ).forEach((context, field) => {\n const resultFieldKey = resultKeyNameFromField(field);\n const value = result[resultFieldKey];\n\n fieldNodeSet.add(field);\n\n if (value !== void 0) {\n const storeFieldName = policies.getStoreFieldName({\n typename,\n fieldName: field.name.value,\n field,\n variables: context.variables,\n });\n\n const childTree = getChildMergeTree(mergeTree, storeFieldName);\n\n let incomingValue = this.processFieldValue(\n value,\n field,\n // Reset context.clientOnly and context.deferred to their default\n // values before processing nested selection sets.\n field.selectionSet\n ? getContextFlavor(context, false, false)\n : context,\n childTree,\n );\n\n // To determine if this field holds a child object with a merge function\n // defined in its type policy (see PR #7070), we need to figure out the\n // child object's __typename.\n let childTypename: string | undefined;\n\n // The field's value can be an object that has a __typename only if the\n // field has a selection set. Otherwise incomingValue is scalar.\n if (field.selectionSet &&\n (isReference(incomingValue) ||\n storeValueIsStoreObject(incomingValue))) {\n childTypename = readField<string>(\"__typename\", incomingValue);\n }\n\n const merge = policies.getMergeFunction(\n typename,\n field.name.value,\n childTypename,\n );\n\n if (merge) {\n childTree.info = {\n // TODO Check compatibility against any existing childTree.field?\n field,\n typename,\n merge,\n };\n } else {\n maybeRecycleChildMergeTree(mergeTree, storeFieldName);\n }\n\n incoming = context.merge(incoming, {\n [storeFieldName]: incomingValue,\n });\n\n } else if (\n __DEV__ &&\n !context.clientOnly &&\n !context.deferred &&\n !addTypenameToDocument.added(field) &&\n // If the field has a read function, it may be a synthetic field or\n // provide a default value, so its absence from the written data should\n // not be cause for alarm.\n !policies.getReadFunction(typename, field.name.value)\n ) {\n invariant.error(`Missing field '${\n resultKeyNameFromField(field)\n }' while writing result ${\n JSON.stringify(result, null, 2)\n }`.substring(0, 1000));\n }\n });\n\n // Identify the result object, even if dataId was already provided,\n // since we always need keyObject below.\n try {\n const [id, keyObject] = policies.identify(result, {\n typename,\n selectionSet,\n fragmentMap: context.fragmentMap,\n storeObject: incoming,\n readField,\n });\n\n // If dataId was not provided, fall back to the id just generated by\n // policies.identify.\n dataId = dataId || id;\n\n // Write any key fields that were used during identification, even if\n // they were not mentioned in the original query.\n if (keyObject) {\n // TODO Reverse the order of the arguments?\n incoming = context.merge(incoming, keyObject);\n }\n } catch (e) {\n // If dataId was provided, tolerate failure of policies.identify.\n if (!dataId) throw e;\n }\n\n if (\"string\" === typeof dataId) {\n const dataRef = makeReference(dataId);\n\n // Avoid processing the same entity object using the same selection\n // set more than once. We use an array instead of a Set since most\n // entity IDs will be written using only one selection set, so the\n // size of this array is likely to be very small, meaning indexOf is\n // likely to be faster than Set.prototype.has.\n const sets = context.written[dataId] || (context.written[dataId] = []);\n if (sets.indexOf(selectionSet) >= 0) return dataRef;\n sets.push(selectionSet);\n\n // If we're about to write a result object into the store, but we\n // happen to know that the exact same (===) result object would be\n // returned if we were to reread the result with the same inputs,\n // then we can skip the rest of the processSelectionSet work for\n // this object, and immediately return a Reference to it.\n if (this.reader && this.reader.isFresh(\n result,\n dataRef,\n selectionSet,\n context,\n )) {\n return dataRef;\n }\n\n const previous = context.incomingById.get(dataId);\n if (previous) {\n previous.storeObject = context.merge(previous.storeObject, incoming);\n previous.mergeTree = mergeMergeTrees(previous.mergeTree, mergeTree);\n fieldNodeSet.forEach(field => previous.fieldNodeSet.add(field));\n } else {\n context.incomingById.set(dataId, {\n storeObject: incoming,\n // Save a reference to mergeTree only if it is not empty, because\n // empty MergeTrees may be recycled by maybeRecycleChildMergeTree and\n // reused for entirely different parts of the result tree.\n mergeTree: mergeTreeIsEmpty(mergeTree) ? void 0 : mergeTree,\n fieldNodeSet,\n });\n }\n\n return dataRef;\n }\n\n return incoming;\n }\n\n private processFieldValue(\n value: any,\n field: FieldNode,\n context: WriteContext,\n mergeTree: MergeTree,\n ): StoreValue {\n if (!field.selectionSet || value === null) {\n // In development, we need to clone scalar values so that they can be\n // safely frozen with maybeDeepFreeze in readFromStore.ts. In production,\n // it's cheaper to store the scalar values directly in the cache.\n return __DEV__ ? cloneDeep(value) : value;\n }\n\n if (isArray(value)) {\n return value.map((item, i) => {\n const value = this.processFieldValue(\n item, field, context, getChildMergeTree(mergeTree, i));\n maybeRecycleChildMergeTree(mergeTree, i);\n return value;\n });\n }\n\n return this.processSelectionSet({\n result: value,\n selectionSet: field.selectionSet,\n context,\n mergeTree,\n });\n }\n\n // Implements https://spec.graphql.org/draft/#sec-Field-Collection, but with\n // some additions for tracking @client and @defer directives.\n private flattenFields<TContext extends Pick<\n WriteContext,\n | \"clientOnly\"\n | \"deferred\"\n | \"flavors\"\n | \"fragmentMap\"\n | \"lookupFragment\"\n | \"variables\"\n >>(\n selectionSet: SelectionSetNode,\n result: Record<string, any>,\n context: TContext,\n typename = getTypenameFromResult(result, selectionSet, context.fragmentMap),\n ): Map<FieldNode, TContext> {\n const fieldMap = new Map<FieldNode, TContext>();\n const { policies } = this.cache;\n\n const limitingTrie = new Trie<{\n // Tracks whether (selectionSet, clientOnly, deferred) has been flattened\n // before. The GraphQL specification only uses the fragment name for\n // skipping previously visited fragments, but the top-level fragment\n // selection set corresponds 1:1 with the fagment name (and is slightly\n // easier too work with), and we need to consider clientOnly and deferred\n // values as well, potentially revisiting selection sets that were\n // previously visited with different inherited configurations of those\n // directives.\n visited?: boolean;\n }>(false); // No need for WeakMap, since limitingTrie does not escape.\n\n (function flatten(\n this: void,\n selectionSet: SelectionSetNode,\n inheritedContext: TContext,\n ) {\n const visitedNode = limitingTrie.lookup(\n selectionSet,\n // Because we take inheritedClientOnly and inheritedDeferred into\n // consideration here (in addition to selectionSet), it's possible for\n // the same selection set to be flattened more than once, if it appears\n // in the query with different @client and/or @directive configurations.\n inheritedContext.clientOnly,\n inheritedContext.deferred,\n );\n if (visitedNode.visited) return;\n visitedNode.visited = true;\n\n selectionSet.selections.forEach(selection => {\n if (!shouldInclude(selection, context.variables)) return;\n\n let { clientOnly, deferred } = inheritedContext;\n if (\n // Since the presence of @client or @defer on this field can only\n // cause clientOnly or deferred to become true, we can skip the\n // forEach loop if both clientOnly and deferred are already true.\n !(clientOnly && deferred) &&\n isNonEmptyArray(selection.directives)\n ) {\n selection.directives.forEach(dir => {\n const name = dir.name.value;\n if (name === \"client\") clientOnly = true;\n if (name === \"defer\") {\n const args = argumentsObjectFromField(dir, context.variables);\n // The @defer directive takes an optional args.if boolean\n // argument, similar to @include(if: boolean). Note that\n // @defer(if: false) does not make context.deferred false, but\n // instead behaves as if there was no @defer directive.\n if (!args || (args as { if?: boolean }).if !== false) {\n deferred = true;\n }\n // TODO In the future, we may want to record args.label using\n // context.deferred, if a label is specified.\n }\n });\n }\n\n if (isField(selection)) {\n const existing = fieldMap.get(selection);\n if (existing) {\n // If this field has been visited along another recursive path\n // before, the final context should have clientOnly or deferred set\n // to true only if *all* paths have the directive (hence the &&).\n clientOnly = clientOnly && existing.clientOnly;\n deferred = deferred && existing.deferred;\n }\n\n fieldMap.set(\n selection,\n getContextFlavor(context, clientOnly, deferred),\n );\n\n } else {\n const fragment = getFragmentFromSelection(\n selection,\n context.lookupFragment,\n );\n\n if (!fragment && selection.kind === Kind.FRAGMENT_SPREAD) {\n throw new InvariantError(`No fragment named ${selection.name.value}`);\n }\n\n if (fragment &&\n policies.fragmentMatches(\n fragment, typename, result, context.variables)) {\n\n flatten(\n fragment.selectionSet,\n getContextFlavor(context, clientOnly, deferred),\n );\n }\n }\n });\n })(selectionSet, context);\n\n return fieldMap;\n }\n\n private applyMerges<T extends StoreValue>(\n mergeTree: MergeTree,\n existing: StoreValue,\n incoming: T,\n context: WriteContext,\n getStorageArgs?: Parameters<EntityStore[\"getStorage\"]>,\n ): T | Reference {\n if (mergeTree.map.size && !isReference(incoming)) {\n const e: StoreObject | Reference | undefined = (\n // Items in the same position in different arrays are not\n // necessarily related to each other, so when incoming is an array\n // we process its elements as if there was no existing data.\n !isArray(incoming) &&\n // Likewise, existing must be either a Reference or a StoreObject\n // in order for its fields to be safe to merge with the fields of\n // the incoming object.\n (isReference(existing) || storeValueIsStoreObject(existing))\n ) ? existing : void 0;\n\n // This narrowing is implied by mergeTree.map.size > 0 and\n // !isReference(incoming), though TypeScript understandably cannot\n // hope to infer this type.\n const i = incoming as StoreObject | StoreValue[];\n\n // The options.storage objects provided to read and merge functions\n // are derived from the identity of the parent object plus a\n // sequence of storeFieldName strings/numbers identifying the nested\n // field name path of each field value to be merged.\n if (e && !getStorageArgs) {\n getStorageArgs = [isReference(e) ? e.__ref : e];\n }\n\n // It's possible that applying merge functions to this subtree will\n // not change the incoming data, so this variable tracks the fields\n // that did change, so we can create a new incoming object when (and\n // only when) at least one incoming field has changed. We use a Map\n // to preserve the type of numeric keys.\n let changedFields: Map<string | number, StoreValue> | undefined;\n\n const getValue = (\n from: typeof e | typeof i,\n name: string | number,\n ): StoreValue => {\n return isArray(from)\n ? (typeof name === \"number\" ? from[name] : void 0)\n : context.store.getFieldValue(from, String(name))\n };\n\n mergeTree.map.forEach((childTree, storeFieldName) => {\n const eVal = getValue(e, storeFieldName);\n const iVal = getValue(i, storeFieldName);\n // If we have no incoming data, leave any existing data untouched.\n if (void 0 === iVal) return;\n if (getStorageArgs) {\n getStorageArgs.push(storeFieldName);\n }\n const aVal = this.applyMerges(\n childTree,\n eVal,\n iVal,\n context,\n getStorageArgs,\n );\n if (aVal !== iVal) {\n changedFields = changedFields || new Map;\n changedFields.set(storeFieldName, aVal);\n }\n if (getStorageArgs) {\n invariant(getStorageArgs.pop() === storeFieldName);\n }\n });\n\n if (changedFields) {\n // Shallow clone i so we can add changed fields to it.\n incoming = (isArray(i) ? i.slice(0) : { ...i }) as T;\n changedFields.forEach((value, name) => {\n (incoming as any)[name] = value;\n });\n }\n }\n\n if (mergeTree.info) {\n return this.cache.policies.runMergeFunction(\n existing,\n incoming,\n mergeTree.info,\n context,\n getStorageArgs && context.store.getStorage(...getStorageArgs),\n );\n }\n\n return incoming;\n }\n}\n\nconst emptyMergeTreePool: MergeTree[] = [];\n\nfunction getChildMergeTree(\n { map }: MergeTree,\n name: string | number,\n): MergeTree {\n if (!map.has(name)) {\n map.set(name, emptyMergeTreePool.pop() || { map: new Map });\n }\n return map.get(name)!;\n}\n\nfunction mergeMergeTrees(\n left: MergeTree | undefined,\n right: MergeTree | undefined,\n): MergeTree {\n if (left === right || !right || mergeTreeIsEmpty(right)) return left!;\n if (!left || mergeTreeIsEmpty(left)) return right;\n\n const info = left.info && right.info ? {\n ...left.info,\n ...right.info,\n } : left.info || right.info;\n\n const needToMergeMaps = left.map.size && right.map.size;\n const map = needToMergeMaps ? new Map :\n left.map.size ? left.map : right.map;\n\n const merged = { info, map };\n\n if (needToMergeMaps) {\n const remainingRightKeys = new Set(right.map.keys());\n\n left.map.forEach((leftTree, key) => {\n merged.map.set(\n key,\n mergeMergeTrees(leftTree, right.map.get(key)),\n );\n remainingRightKeys.delete(key);\n });\n\n remainingRightKeys.forEach(key => {\n merged.map.set(\n key,\n mergeMergeTrees(\n right.map.get(key),\n left.map.get(key),\n ),\n );\n });\n }\n\n return merged;\n}\n\nfunction mergeTreeIsEmpty(tree: MergeTree | undefined): boolean {\n return !tree || !(tree.info || tree.map.size);\n}\n\nfunction maybeRecycleChildMergeTree(\n { map }: MergeTree,\n name: string | number,\n) {\n const childTree = map.get(name);\n if (childTree && mergeTreeIsEmpty(childTree)) {\n emptyMergeTreePool.push(childTree);\n map.delete(name);\n }\n}\n\nconst warnings = new Set<string>();\n\n// Note that this function is unused in production, and thus should be\n// pruned by any well-configured minifier.\nfunction warnAboutDataLoss(\n existingRef: Reference,\n incomingObj: StoreObject,\n storeFieldName: string,\n store: NormalizedCache,\n) {\n const getChild = (objOrRef: StoreObject | Reference): StoreObject | false => {\n const child = store.getFieldValue<StoreObject>(objOrRef, storeFieldName);\n return typeof child === \"object\" && child;\n };\n\n const existing = getChild(existingRef);\n if (!existing) return;\n\n const incoming = getChild(incomingObj);\n if (!incoming) return;\n\n // It's always safe to replace a reference, since it refers to data\n // safely stored elsewhere.\n if (isReference(existing)) return;\n\n // If the values are structurally equivalent, we do not need to worry\n // about incoming replacing existing.\n if (equal(existing, incoming)) return;\n\n // If we're replacing every key of the existing object, then the\n // existing data would be overwritten even if the objects were\n // normalized, so warning would not be helpful here.\n if (Object.keys(existing).every(\n key => store.getFieldValue(incoming, key) !== void 0)) {\n return;\n }\n\n const parentType =\n store.getFieldValue<string>(existingRef, \"__typename\") ||\n store.getFieldValue<string>(incomingObj, \"__typename\");\n const fieldName = fieldNameFromStoreName(storeFieldName);\n const typeDotName = `${parentType}.${fieldName}`;\n // Avoid warning more than once for the same type and field name.\n if (warnings.has(typeDotName)) return;\n warnings.add(typeDotName);\n\n const childTypenames: string[] = [];\n // Arrays do not have __typename fields, and always need a custom merge\n // function, even if their elements are normalized entities.\n if (!isArray(existing) &&\n !isArray(incoming)) {\n [existing, incoming].forEach(child => {\n const typename = store.getFieldValue(child, \"__typename\");\n if (typeof typename === \"string\" &&\n !childTypenames.includes(typename)) {\n childTypenames.push(typename);\n }\n });\n }\n\n invariant.warn(\n`Cache data may be lost when replacing the ${fieldName} field of a ${parentType} object.\n\nTo address this problem (which is not a bug in Apollo Client), ${\n childTypenames.length\n ? \"either ensure all objects of type \" +\n childTypenames.join(\" and \") + \" have an ID or a custom merge function, or \"\n : \"\"\n}define a custom merge function for the ${\n typeDotName\n} field, so InMemoryCache can safely merge these objects:\n\n existing: ${JSON.stringify(existing).slice(0, 1000)}\n incoming: ${JSON.stringify(incoming).slice(0, 1000)}\n\nFor more information about these options, please refer to the documentation:\n\n * Ensuring entity objects have IDs: https://go.apollo.dev/c/generating-unique-identifiers\n * Defining custom merge functions: https://go.apollo.dev/c/merging-non-normalized-objects\n`);\n}\n"]} |