feat: Add filter and sort for userTags (GSoC) #2635
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Actionable comments posted: 38
🧹 Outside diff range and nitpick comments (42)
src/utilities/graphQLConnection/getUserTagGraphQLConnectionSort.ts (3)
4-6: Fix typo in JSDoc comment.There's a typo in the JSDoc comment where it ends with ".a".
- *This is typescript type of the object returned from `getGraphQLConnectionSort` function.a + *This is typescript type of the object returned from `getGraphQLConnectionSort` function.
15-17: Enhance function documentation.The current documentation doesn't explain the purpose, parameters, or return value. Consider adding a more comprehensive JSDoc comment.
/** - * This function is used to get an object containing sorting logic. + * Determines the MongoDB sort direction for UserTag queries based on the requested sort order and traversal direction. + * @param {Object} params - The parameters object + * @param {GraphQLConnectionTraversalDirection} params.direction - The direction of traversal (FORWARD/BACKWARD) + * @param {string} params.sortById - The requested sort order (ASCENDING/DESCENDING) + * @returns {GraphQLConnectionSort} MongoDB sort configuration object */
7-13: Update type documentation to reference correct function name.The JSDoc comment for
GraphQLConnectionSortreferencesgetGraphQLConnectionSortbut the actual function is namedgetUserTagGraphQLConnectionSort./** - *This is typescript type of the object returned from `getGraphQLConnectionSort` function. + *This is typescript type of the object returned from `getUserTagGraphQLConnectionSort` function. */src/utilities/userTagsPaginationUtils/parseUserTagWhere.ts (1)
7-9: Enhance function documentation.Consider adding more comprehensive JSDoc documentation that includes:
- @param description for the
whereparameter- @returns description of the return value structure
- @example showing typical usage
-/* - * function to parse the args.where for UserTag queries - */ +/** + * Parses the where clause for UserTag queries, validating and transforming the name filter. + * + * @param where - The input filter criteria for UserTags. Can contain name.starts_with for filtering tags by name prefix. + * @returns A result object containing either the parsed where clause or validation errors. + * + * @example + * const result = parseUserTagWhere({ name: { starts_with: "admin" } }); + * if (result.isSuccessful) { + * // Use result.parsedWhere.nameStartsWith + * } + */src/utilities/userTagsPaginationUtils/parseUserTagSortedBy.ts (2)
10-13: Enhance function documentation with JSDoc.The current documentation comment could be more descriptive and follow JSDoc conventions.
Consider expanding the documentation:
-/* - * function to parse the args.sortedBy for UserTag queries - */ +/** + * Parses the sortedBy argument for UserTag queries and validates the sorting order. + * @param sortedBy - The sorting input containing the desired order for UserTag records + * @returns A result object indicating success/failure and the parsed sorting parameters + */
29-34: Improve error message and path accuracy.The error message and path could be more specific and accurate.
Consider these improvements:
if (sortedBy.id !== "DESCENDING" && sortedBy.id !== "ASCENDING") { errors.push({ message: - "Invalid sortedById provided. It must be a of type SortedByOrder.", - path: ["sortedById"], + 'Invalid sort order provided. Value must be either "ASCENDING" or "DESCENDING".', + path: ["sortedBy", "id"], });src/utilities/graphQLConnection/getUserTagGraphQLConnectionFilter.ts (1)
31-72: Consider adding performance optimization for large datasets.The current implementation might benefit from additional MongoDB index hints and limit clauses for better performance with large datasets.
Consider:
- Adding an index on
{ name: 1, _id: 1 }to support the filtering and sorting operations efficiently.- Documenting the required indexes in the function's JSDoc.
tests/resolvers/UserTag/ancestorTags.spec.ts (1)
1-14: Consider updating the helper function name.The helper function
createTwoLevelTagsWithOrgis used in a three-level tag hierarchy test. This might be confusing for future maintainers.Consider either:
- Renaming it to
createTagHierarchyWithOrg, or- Moving the third level creation into the helper function and renaming it to
createThreeLevelTagsWithOrgsrc/resolvers/UserTag/ancestorTags.ts (1)
8-17: Enhance error documentation.The JSDoc is well-written but could be improved by documenting potential error cases:
- What happens if the tag is not found?
- Are there any database errors that could occur?
Add @throws documentation:
* @param parent - The parent object representing the user tag. It contains information about the tag, including its ID and parentTagId. * @returns A promise that resolves to the ordered array of ancestor tag documents found in the database. + * @throws {Error} When database operations failsrc/models/TagUser.ts (2)
Line range hint
38-42: Fix incorrect Mongoose schema option 'defaultValue'.The
tagColorfield usesdefaultValuewhich is not a valid Mongoose schema option. It should bedefaultinstead.Apply this fix:
tagColor: { type: String, required: false, - defaultValue: "#000000", + default: "#000000", },
Line range hint
44-45: Consider optimizing indexes for organization-scoped queries.The current unique index on
{userId, tagId}might need to be updated to includeorganizationIdfor:
- Better query performance when filtering by organization
- Ensuring tag uniqueness within organization context
Consider updating the index to:
- tagUserSchema.index({ userId: 1, tagId: 1 }, { unique: true }); + tagUserSchema.index({ organizationId: 1, userId: 1, tagId: 1 }, { unique: true });src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts (1)
8-10: Enhance type documentation.The current documentation is too generic. Consider adding more details about the purpose, usage, and structure of the filter object.
/** - * This is typescript type of the object returned from function `getGraphQLConnectionFilter`. + * Represents the filter structure for MongoDB queries in GraphQL connections. + * Used for filtering user tag members based on ID comparisons and name patterns. + * @property _id - MongoDB ObjectId comparison for cursor-based pagination + * @property firstName - Case-insensitive regex pattern for first name filtering + * @property lastName - Case-insensitive regex pattern for last name filtering */src/utilities/userTagsPaginationUtils/parseUserTagMemberWhere.ts (1)
7-9: Enhance function documentation.Consider adding more detailed JSDoc documentation that includes:
-/* - * function to parse the args.where for UserTag member assignment queries - */ +/** + * Parses and validates the where input for UserTag member assignment queries + * @param where - The input containing firstName and/or lastName filters + * @returns ParseGraphQLConnectionWhereResult containing the parsed filters or validation errors + * @example + * const result = parseUserTagMemberWhere({ + * firstName: { starts_with: "John" }, + * lastName: { starts_with: "Doe" } + * }); + */locales/en.json (1)
38-38: Consider improving the skip parameter error message.The current message could be more specific about the parameter's purpose and valid values. Consider revising it to be more user-friendly and explicit.
- "parameter.missing": "Missing Skip parameter. Set it to either 0 or some other value not found", + "parameter.missing": "Invalid pagination: The 'skip' parameter must be a non-negative number",src/models/OrganizationTagUser.ts (1)
48-56: LGTM! Consider enhancing the comment for clarity.The unique compound index correctly enforces name uniqueness for root-level tags within an organization. The partial filter expression is properly implemented.
Consider making the comment more descriptive:
-// Define partial indexes to enforce the unique constraints -// two tags at the same level can't have the same name +// Define partial indexes to enforce unique constraints: +// 1. Root-level tags (parentTagId: null) must have unique names within an organizationtests/helpers/tags.ts (2)
113-113: Consider adding a comment about guaranteed non-null valueWhile accessing
organizationIddirectly fromnewTagis correct (as it's guaranteed to exist), consider adding a brief comment explaining why optional chaining isn't needed here, unlike the previous cases.+ // newTag is guaranteed to exist as it's created directly above organizationId: newTag.organizationId,
Line range hint
1-116: Consider adding test helpers for filtering and sortingSince the PR adds filtering and sorting capabilities for userTags, consider adding helper functions to create test data specifically for testing these features (e.g., creating tags with specific patterns for filtering tests, or creating tags with known sort orders).
Would you like me to provide examples of such helper functions?
tests/utilities/userTagsPagniationUtils.spec.ts (1)
9-35: Consider adding more test cases for comprehensive coverage.While the current tests cover basic validation scenarios, consider adding tests for:
- Valid non-empty string input
- Edge cases (very long strings, special characters)
- Case sensitivity handling
- Actual filtering logic verification
This would ensure the parsing function works correctly across all scenarios.
Would you like me to help generate these additional test cases?
tests/resolvers/User/tagsAssignedWith.spec.ts (3)
24-36: Consider adding error handling for database operations.While the setup is well-structured, consider adding try-catch blocks around database operations to handle potential connection failures gracefully.
beforeAll(async () => { + try { MONGOOSE_INSTANCE = await connect(); [testUser, testOrganization, [testTag]] = await createTagsAndAssignToUser(); + } catch (error) { + console.error('Failed to setup test environment:', error); + throw error; + } }); afterAll(async () => { + try { await disconnect(MONGOOSE_INSTANCE); + } catch (error) { + console.error('Failed to cleanup test environment:', error); + throw error; + } });
38-93: Add more test cases for comprehensive coverage.While the basic functionality is tested, consider adding test cases for:
- Different sorting options (e.g., by name, date)
- Various filtering scenarios
- Edge cases (empty results, maximum limit)
- Pagination with different page sizes
- Cursor-based navigation (next/previous page)
This aligns with the PR objective of adding filtering and sorting capabilities.
Would you like me to help generate these additional test cases?
95-128: Add edge cases for cursor parsing.Consider adding test cases for:
describe("parseCursor function edge cases", () => { it.each([ { desc: "empty string", value: "" }, { desc: "null", value: null }, { desc: "malformed ObjectId", value: "invalid-id" }, { desc: "undefined", value: undefined } ])("handles $desc cursor value", async ({ value }) => { const result = await parseCursor({ cursorName: "after", cursorPath: ["after"], cursorValue: value, userId: testUser?._id.toString() as string, }); expect(result.isSuccessful).toEqual(false); }); });src/resolvers/UserTag/childTags.ts (1)
33-34: Update JSDoc to reflect new utility function names.The JSDoc references outdated function names:
getGraphQLConnectionFiltergetGraphQLConnectionSortThese should be updated to match the new utility functions being used:
getUserTagGraphQLConnectionFiltergetUserTagGraphQLConnectionSortsrc/resolvers/Mutation/assignToUserTags.ts (1)
Line range hint
89-103: Consider optimizing ancestor tag resolution.The current implementation uses sequential queries to resolve ancestor tags, which could be inefficient for deep tag hierarchies. Consider implementing a batch retrieval approach.
Here's a suggested optimization:
async function getAncestorTags(tags: InterfaceOrganizationTagUser[]): Promise<Set<string>> { const allTagsToAssign = new Set<string>(); const tagsToProcess = [...tags]; while (tagsToProcess.length > 0) { // Add current tags to the set tagsToProcess.forEach(tag => allTagsToAssign.add(tag._id.toString())); // Collect parent IDs for next batch const parentIds = tagsToProcess .filter(tag => tag.parentTagId) .map(tag => tag.parentTagId); // Clear current batch tagsToProcess.length = 0; // Fetch next batch if there are parent tags if (parentIds.length > 0) { const parentTags = await OrganizationTagUser.find({ _id: { $in: parentIds } }).lean(); tagsToProcess.push(...parentTags); } } return allTagsToAssign; }tests/resolvers/Organization/userTags.spec.ts (2)
130-130: Use regex literal for better readability.Replace the RegExp constructor with a regex literal for better readability and static analysis.
- name: new RegExp("^test", "i"), + name: /^test/i,🧰 Tools
🪛 Biome
[error] 130-130: Use a regular expression literal instead of the RegExp constructor.
Regular expression literals avoid some escaping required in a string literal, and are easier to analyze statically.
Safe fix: Use a literal notation instead.(lint/complexity/useRegexLiterals)
116-159: Consider adding more test cases for comprehensive coverage.While the current test validates basic filtering and sorting functionality, consider adding tests for:
- Empty result sets when no tags match the filter
- Case sensitivity validation in name filtering
- Different sorting orders (DESCENDING)
Would you like me to help generate these additional test cases?
🧰 Tools
🪛 Biome
[error] 130-130: Use a regular expression literal instead of the RegExp constructor.
Regular expression literals avoid some escaping required in a string literal, and are easier to analyze statically.
Safe fix: Use a literal notation instead.(lint/complexity/useRegexLiterals)
src/resolvers/Mutation/assignUserTag.ts (1)
174-180: LGTM! Consider adding TypeScript types for better maintainability.The addition of
organizationIdto the tag-user association is well-implemented and maintains proper data relationships. The use of$setOnInsertwith upsert ensures atomic operations.Consider adding a type definition for the bulkWrite operation structure:
interface TagUserBulkWriteOperation { updateOne: { filter: { userId: Types.ObjectId; tagId: Types.ObjectId; }; update: { $setOnInsert: { userId: Types.ObjectId; tagId: Types.ObjectId; organizationId: Types.ObjectId; }; }; upsert: boolean; setDefaultsOnInsert: boolean; }; }tests/resolvers/UserTag/usersAssignedTo.spec.ts (2)
33-49: Consider adding error handling in the test setup.While the setup is comprehensive, consider adding error checks for critical operations:
beforeAll(async () => { MONGOOSE_INSTANCE = await connect(); [testUser, testOrganization, [testTag]] = await createTagsAndAssignToUser(); + if (!testUser || !testOrganization || !testTag) { + throw new Error('Failed to create test data'); + } randomUser = await createTestUser(); + if (!randomUser) { + throw new Error('Failed to create random user'); + } await User.updateOne( { _id: randomUser?._id, }, { joinedOrganizations: testOrganization?._id, }, ); await TagUser.create({ tagId: testTag?._id, userId: randomUser?._id, organizationId: testTag?.organizationId, }); });
126-170: Enhance pagination test coverage.While the current test verifies basic pagination functionality, consider adding test cases for:
- Different sorting directions (DESCENDING)
- Edge cases (empty results, invalid sorting parameters)
- Multiple pagination iterations
Would you like me to help generate these additional test cases?
src/resolvers/Mutation/addPeopleToUserTag.ts (1)
190-196: LGTM! Consider adding error handling for the bulkWrite operation.The addition of
organizationIdto the$setOnInsertoperation is a good change that maintains data consistency and enables efficient filtering of tags by organization. This aligns well with the PR objectives for enhanced filtering capabilities.Consider wrapping the bulkWrite operation in a try-catch block to handle potential database errors gracefully:
if (tagUserDocs.length > 0) { - await TagUser.bulkWrite(tagUserDocs); + try { + await TagUser.bulkWrite(tagUserDocs); + } catch (error) { + throw new errors.DatabaseError( + requestContext.translate("mutations.tagUser.bulkWriteError"), + "TAG_USER_BULK_WRITE_ERROR" + ); + } }tests/resolvers/Mutation/removeUserTag.spec.ts (1)
52-62: LGTM! Consider enhancing test data validation.The addition of
organizationIdfields to tag assignments is correct and aligns with the PR objectives. The implementation properly maintains organization context for user tags.Consider adding an assertion at the beginning of the test suite to verify that the test data is properly set up:
expect(rootTag?.organizationId).toBeDefined(); expect(childTag1?.organizationId).toBeDefined(); expect(childTag2?.organizationId).toBeDefined();tests/utilities/graphqlConnection.spec.ts (1)
636-716: Consider adding edge cases to getUserTagGraphQLConnectionFilter tests.While the current test cases cover the basic scenarios for sorting orders and directions, consider adding tests for:
- Empty nameStartsWith parameter
- Special characters in nameStartsWith
- Case sensitivity validation for the regex pattern
Example test case:
it('handles special characters in nameStartsWith parameter', async () => { expect( getUserTagGraphQLConnectionFilter({ cursor: 'cursor', direction: 'FORWARD', sortById: 'ASCENDING', nameStartsWith: 'user.name$' }) ).toEqual({ _id: { $gt: 'cursor' }, name: { $regex: /^user\.name\$/i } }); });src/resolvers/User/tagsAssignedWith.ts (2)
46-51: Reevaluate the use of/* c8 ignore */comments.The
/* c8 ignore start */and/* c8 ignore stop */comments are excluding theparseCursorfunction from code coverage analysis. Unless there is a specific reason to ignore this block (e.g., it's not testable), consider removing these comments to ensure full test coverage and maintain code quality.
147-147: Improve the clarity of the error message.The error message
Argument ${cursorName} is an invalid cursor.could be more user-friendly. Consider rephrasing it to provide clearer feedback to the client.Apply this diff to update the error message:
errors.push({ - message: `Argument ${cursorName} is an invalid cursor.`, + message: `The provided cursor "${cursorName}" is invalid or does not exist.`, path: cursorPath, });src/resolvers/Organization/userTags.ts (1)
81-83: SimplifytotalCountFilterCreationConsider simplifying the creation of
totalCountFilterby using object destructuring to exclude_iddirectly, which can enhance readability.Apply this diff:
- const totalCountFilter = Object.fromEntries( - Object.entries(objectListFilter).filter(([key]) => key !== "_id"), - ); + const { _id, ...totalCountFilter } = objectListFilter;src/resolvers/UserTag/usersToAssignTo.ts (1)
49-49: Avoid variable shadowing withparseCursorUsing
parseCursorboth as a property name and a function call within the same scope may cause confusion or unintended recursion. To enhance clarity, consider renaming the property or the function.Apply this diff to rename the property:
parseCursor: /* c8 ignore start */ (args) => - parseCursor({ + parseCursorFunction({ ...args, }),Ensure you update the corresponding function reference:
-import { parseCursor } from './path/to/parseCursor'; +import { parseCursor as parseCursorFunction } from './path/to/parseCursor';src/resolvers/UserTag/usersAssignedTo.ts (3)
44-45: Combine Parsing of 'where' and 'sortedBy' Arguments for EfficiencyThe parsing of
args.whereandargs.sortedByis done in separate functions (parseUserTagMemberWhereandparseUserTagSortedBy). If these functions have overlapping logic or shared dependencies, consider combining them into a single parsing function to reduce redundancy and improve efficiency.
Line range hint
173-202: Validate Cursor Parsing LogicIn the
parseCursorfunction:
- Ensure that the
findOnequery correctly identifies theTagUserdocument corresponding to the provided cursor andtagId.- Confirm that error messages are informative and help in debugging invalid cursors.
Consider enhancing error messages:
if (!tagUser) { errors.push({ - message: `Argument ${cursorName} is an invalid cursor.`, + message: `Invalid cursor "${cursorValue}" provided for argument "${cursorName}". No matching TagUser found with tagId "${tagId}".`, path: cursorPath, }); }
Line range hint
44-202: Adhere to DRY Principle by Abstracting Repeated CodeThere's a noticeable repetition in the aggregation pipelines for fetching
objectListandtotalCount. Consider abstracting common parts into reusable functions to adhere to the DRY (Don't Repeat Yourself) principle.Create a function to generate the aggregation pipeline:
function buildAggregationPipeline(tagId, tagUserFilter, commonPipeline, sort, limit) { return [ { $match: { ...tagUserFilter, tagId: new Types.ObjectId(tagId), }, }, ...commonPipeline, { $sort: sort, }, { $limit: limit, }, { $addFields: { userId: "$user" }, }, { $project: { user: 0, }, }, ]; }Then use it in your aggregations:
const objectListPipeline = buildAggregationPipeline( parent._id, tagUserFilter, commonPipeline, sort, parsedArgs.limit, ); const totalCountPipeline = [ { $match: { tagId: new Types.ObjectId(parent._id), }, }, ...commonPipeline, { $count: "totalCount", }, ];schema.graphql (4)
1224-1224: Consider adding descriptions to new parameters inuserTagsfieldThe
sortedByandwhereparameters in theuserTagsfield lack descriptions. Adding documentation will improve clarity for API consumers.
1913-1915: Specify nullability forancestorTagsfieldCurrently,
ancestorTagsis defined as[UserTag], which allows for a nullable list and nullable elements. For better schema clarity, consider specifying the nullability explicitly. For example:- ancestorTags: [UserTag] + ancestorTags: [UserTag!]!This change ensures that
ancestorTagsis a non-nullable list of non-nullableUserTagelements.
1920-1920: Add descriptions to thechildTagsfield and its parametersIncluding documentation for the
childTagsfield and its parameters (after,before,first,last,sortedBy,where) will enhance understandability for API consumers.
1941-1942: Add documentation forusersToAssignTofieldProviding descriptions for the
usersToAssignTofield and its parameters will help developers understand its purpose and usage within the schema.
📜 Review details
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Review profile: CHILL
📒 Files selected for processing (48)
locales/en.json(1 hunks)locales/fr.json(1 hunks)locales/hi.json(1 hunks)locales/sp.json(1 hunks)locales/zh.json(1 hunks)schema.graphql(4 hunks)src/constants.ts(1 hunks)src/models/OrganizationTagUser.ts(1 hunks)src/models/TagUser.ts(1 hunks)src/resolvers/Mutation/addPeopleToUserTag.ts(1 hunks)src/resolvers/Mutation/assignToUserTags.ts(1 hunks)src/resolvers/Mutation/assignUserTag.ts(1 hunks)src/resolvers/Organization/userTags.ts(4 hunks)src/resolvers/Query/getUserTagAncestors.ts(0 hunks)src/resolvers/Query/index.ts(0 hunks)src/resolvers/User/index.ts(1 hunks)src/resolvers/User/tagsAssignedWith.ts(1 hunks)src/resolvers/UserTag/ancestorTags.ts(1 hunks)src/resolvers/UserTag/childTags.ts(5 hunks)src/resolvers/UserTag/index.ts(1 hunks)src/resolvers/UserTag/usersAssignedTo.ts(3 hunks)src/resolvers/UserTag/usersToAssignTo.ts(4 hunks)src/typeDefs/inputs.ts(2 hunks)src/typeDefs/queries.ts(0 hunks)src/typeDefs/types.ts(5 hunks)src/types/generatedGraphQLTypes.ts(9 hunks)src/utilities/graphQLConnection/getUserTagGraphQLConnectionFilter.ts(1 hunks)src/utilities/graphQLConnection/getUserTagGraphQLConnectionSort.ts(1 hunks)src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts(1 hunks)src/utilities/graphQLConnection/index.ts(1 hunks)src/utilities/userTagsPaginationUtils/index.ts(1 hunks)src/utilities/userTagsPaginationUtils/parseUserTagMemberWhere.ts(1 hunks)src/utilities/userTagsPaginationUtils/parseUserTagSortedBy.ts(1 hunks)src/utilities/userTagsPaginationUtils/parseUserTagWhere.ts(1 hunks)tests/helpers/tags.ts(3 hunks)tests/resolvers/Mutation/assignToUserTags.spec.ts(2 hunks)tests/resolvers/Mutation/removeFromUserTags.spec.ts(2 hunks)tests/resolvers/Mutation/removeUserTag.spec.ts(1 hunks)tests/resolvers/Mutation/unassignUserTag.spec.ts(2 hunks)tests/resolvers/Organization/userTags.spec.ts(3 hunks)tests/resolvers/Query/getUserTag.spec.ts(2 hunks)tests/resolvers/Query/getUserTagAncestors.spec.ts(0 hunks)tests/resolvers/User/tagsAssignedWith.spec.ts(1 hunks)tests/resolvers/UserTag/ancestorTags.spec.ts(1 hunks)tests/resolvers/UserTag/usersAssignedTo.spec.ts(3 hunks)tests/resolvers/UserTag/usersToAssignTo.spec.ts(0 hunks)tests/utilities/graphqlConnection.spec.ts(2 hunks)tests/utilities/userTagsPagniationUtils.spec.ts(1 hunks)
💤 Files with no reviewable changes (5)
- src/resolvers/Query/getUserTagAncestors.ts
- src/resolvers/Query/index.ts
- src/typeDefs/queries.ts
- tests/resolvers/Query/getUserTagAncestors.spec.ts
- tests/resolvers/UserTag/usersToAssignTo.spec.ts
✅ Files skipped from review due to trivial changes (2)
- src/constants.ts
- src/utilities/userTagsPaginationUtils/index.ts
🧰 Additional context used
📓 Learnings (5)
src/resolvers/UserTag/usersAssignedTo.ts (1)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2612
File: src/resolvers/UserTag/usersToAssignTo.ts:195-219
Timestamp: 2024-10-25T14:22:22.100Z
Learning: In the `getGraphQLConnectionFilter` function in `src/resolvers/UserTag/usersToAssignTo.ts`, the cursor value will always be a valid ObjectId, so adding extra validation for the cursor string format is not required.
tests/resolvers/Mutation/assignToUserTags.spec.ts (2)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2460
File: tests/resolvers/Mutation/assignUserTag.spec.ts:35-44
Timestamp: 2024-08-15T13:37:37.956Z
Learning: The variable `testSubTag1` is used in the `assignUserTag` test suite to verify that ancestor tags are correctly assigned.
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2460
File: tests/resolvers/Mutation/assignUserTag.spec.ts:35-44
Timestamp: 2024-10-08T16:13:41.996Z
Learning: The variable `testSubTag1` is used in the `assignUserTag` test suite to verify that ancestor tags are correctly assigned.
tests/resolvers/Mutation/removeUserTag.spec.ts (2)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2460
File: tests/resolvers/Mutation/assignUserTag.spec.ts:35-44
Timestamp: 2024-08-15T13:37:37.956Z
Learning: The variable `testSubTag1` is used in the `assignUserTag` test suite to verify that ancestor tags are correctly assigned.
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2460
File: tests/resolvers/Mutation/assignUserTag.spec.ts:35-44
Timestamp: 2024-10-08T16:13:41.996Z
Learning: The variable `testSubTag1` is used in the `assignUserTag` test suite to verify that ancestor tags are correctly assigned.
tests/resolvers/Mutation/unassignUserTag.spec.ts (4)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2460
File: tests/resolvers/Mutation/unassignUserTag.spec.ts:32-37
Timestamp: 2024-10-08T16:13:41.996Z
Learning: The variable `testSubTag1` is used in the `unassignUserTag` tests to verify the unassignment of child tags.
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2460
File: tests/resolvers/Mutation/unassignUserTag.spec.ts:32-37
Timestamp: 2024-08-15T13:37:28.099Z
Learning: The variable `testSubTag1` is used in the `unassignUserTag` tests to verify the unassignment of child tags.
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2460
File: tests/resolvers/Mutation/assignUserTag.spec.ts:35-44
Timestamp: 2024-08-15T13:37:37.956Z
Learning: The variable `testSubTag1` is used in the `assignUserTag` test suite to verify that ancestor tags are correctly assigned.
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2460
File: tests/resolvers/Mutation/assignUserTag.spec.ts:35-44
Timestamp: 2024-10-08T16:13:41.996Z
Learning: The variable `testSubTag1` is used in the `assignUserTag` test suite to verify that ancestor tags are correctly assigned.
tests/resolvers/UserTag/ancestorTags.spec.ts (2)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2460
File: tests/resolvers/Mutation/assignUserTag.spec.ts:35-44
Timestamp: 2024-08-15T13:37:37.956Z
Learning: The variable `testSubTag1` is used in the `assignUserTag` test suite to verify that ancestor tags are correctly assigned.
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2460
File: tests/resolvers/Mutation/assignUserTag.spec.ts:35-44
Timestamp: 2024-10-08T16:13:41.996Z
Learning: The variable `testSubTag1` is used in the `assignUserTag` test suite to verify that ancestor tags are correctly assigned.
🪛 Biome
tests/resolvers/Organization/userTags.spec.ts
[error] 130-130: Use a regular expression literal instead of the RegExp constructor.
Regular expression literals avoid some escaping required in a string literal, and are easier to analyze statically.
Safe fix: Use a literal notation instead.
(lint/complexity/useRegexLiterals)
🔇 Additional comments (70)
src/resolvers/User/index.ts (1)
2-6: LGTM! Clean integration of the new resolver.
The changes follow the established resolver pattern by:
- Importing the resolver from a dedicated file
- Adding it to the
UserResolversimplementation while preserving existing functionality
This modular approach maintains good separation of concerns and aligns well with the PR objective of adding filtering and sorting capabilities for userTags.
src/resolvers/UserTag/index.ts (1)
5-5: LGTM! Clean integration of the ancestorTags resolver.
The addition follows the established patterns and maintains consistency with the existing codebase.
Let's verify the implementation and schema alignment:
Also applies to: 13-13
✅ Verification successful
Implementation and schema are properly aligned
The ancestorTags resolver is well-implemented with:
- Correct schema definition:
ancestorTags: [UserTag]field in the UserTag type - Matching implementation in
src/resolvers/UserTag/ancestorTags.tswith proper:- Type safety through UserTagResolvers type
- Documentation and error handling
- Recursive parent tag traversal logic
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Verify ancestorTags implementation exists and schema defines the field
echo "Checking for ancestorTags implementation..."
fd ancestorTags.ts --type f
echo -e "\nVerifying schema definition..."
rg "type\s+UserTag\s*{[^}]*ancestorTags" --type graphql
Length of output: 435
Script:
#!/bin/bash
# Let's verify the schema definition with a simpler pattern
echo "Checking schema definition for ancestorTags..."
rg "ancestorTags" --type graphql -A 2
# Let's also check the implementation
echo -e "\nChecking ancestorTags implementation..."
cat src/resolvers/UserTag/ancestorTags.ts
Length of output: 1897
Script:
#!/bin/bash
# Let's check for schema files with different extensions
echo "Looking for GraphQL schema files..."
fd "\.(graphql|gql|schema\.ts)$" --type f
# Once we find them, let's check their content
echo -e "\nChecking schema content in schema.ts files..."
rg "type\s+UserTag" -A 10 --type typescript
Length of output: 327
Script:
#!/bin/bash
# Let's check the schema.graphql file content
echo "Checking schema.graphql content..."
cat schema.graphql | grep -A 10 "type UserTag"
Length of output: 738
src/utilities/graphQLConnection/getUserTagGraphQLConnectionSort.ts (1)
1-45: Implementation aligns well with PR objectives.
The sorting utility provides a robust foundation for the userTag query enhancements. The implementation is type-safe and handles all sorting scenarios correctly.
src/utilities/userTagsPaginationUtils/parseUserTagWhere.ts (2)
11-13: LGTM!
The type definition is clear, well-structured, and follows TypeScript naming conventions.
1-1: Verify GraphQL schema compatibility.
Let's verify that the UserTagWhereInput type in the schema matches the structure expected by this utility.
✅ Verification successful
Let me gather more information about how this type is being used in the utility.
Let me check the complete implementation of parseUserTagWhere to understand how it handles the input type.
GraphQL schema compatibility verified
The UserTagWhereInput type in the schema perfectly matches the structure used in the utility:
- Schema defines
UserTagWhereInputwith a requirednamefield of typeUserTagNameWhereInput UserTagNameWhereInputhas a requiredstarts_withstring field- The utility correctly handles this structure by accessing
where.name.starts_withand validating it's a string
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify the UserTagWhereInput type definition in the schema
# Test: Search for UserTagWhereInput type definition
rg -A 5 "input\s+UserTagWhereInput\s*\{"
Length of output: 530
Script:
#!/bin/bash
# Search for the usage of UserTagWhereInput in parseUserTagWhere.ts
rg -A 10 "parseUserTagWhere" src/utilities/userTagsPaginationUtils/parseUserTagWhere.ts
# Also check the UserTagNameWhereInput usage since it's a nested type
ast-grep --pattern 'interface UserTagNameWhereInput {
$$$
}'
Length of output: 464
Script:
#!/bin/bash
# Get the complete implementation of parseUserTagWhere
cat src/utilities/userTagsPaginationUtils/parseUserTagWhere.ts
# Also check for any related test files
fd parseUserTagWhere.*test
Length of output: 1164
src/utilities/userTagsPaginationUtils/parseUserTagSortedBy.ts (1)
18-49: Implementation is robust and type-safe.
The function correctly implements the sorting functionality for userTags with proper type safety, null handling, and error reporting. It aligns well with the PR objectives for adding sorting capabilities to userTag queries.
locales/zh.json (2)
37-37: LGTM! Consistent formatting maintained.
The existing translation entry maintains proper formatting and clear messaging.
38-38: LGTM! Well-structured translation addition.
The new translation for tag validation is accurate and aligns with the PR's objective of enhancing userTag functionality.
src/utilities/graphQLConnection/getUserTagGraphQLConnectionFilter.ts (1)
31-72:
Add input validation for cursor and nameStartsWith.
The function should validate its inputs to ensure:
- The cursor, when provided, is a valid MongoDB ObjectId
- The nameStartsWith parameter is not empty or contains only whitespace
Consider adding validation like this:
export function getUserTagGraphQLConnectionFilter({
cursor,
direction,
sortById,
nameStartsWith,
}: ParseSortedByResult &
ParseUserTagWhereResult & {
cursor: string | null;
direction: GraphQLConnectionTraversalDirection;
}): GraphQLConnectionFilter {
+ // Validate cursor format when provided
+ if (cursor !== null && !/^[0-9a-fA-F]{24}$/.test(cursor)) {
+ throw new Error('Invalid cursor format');
+ }
+
+ // Validate nameStartsWith
+ if (!nameStartsWith?.trim()) {
+ throw new Error('nameStartsWith cannot be empty');
+ }
const filter = {} as GraphQLConnectionFilter;
// ... rest of the function⛔ Skipped due to learnings
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2612
File: src/resolvers/UserTag/usersToAssignTo.ts:195-219
Timestamp: 2024-10-25T14:22:22.100Z
Learning: In the `getGraphQLConnectionFilter` function in `src/resolvers/UserTag/usersToAssignTo.ts`, the cursor value will always be a valid ObjectId, so adding extra validation for the cursor string format is not required.
tests/resolvers/UserTag/ancestorTags.spec.ts (1)
15-20: LGTM!
The test variables are well-typed and clearly named, making the test setup easy to understand.
src/resolvers/UserTag/ancestorTags.ts (2)
1-6: Consider standardizing the type naming convention.
The InterfaceOrganizationTagUser type uses a non-standard "Interface" prefix. Consider aligning with TypeScript conventions by using either:
- Plain type name:
OrganizationTagUser - "Type" suffix:
OrganizationTagUserType
Also, verify that there are no circular dependencies between the models and resolvers.
#!/bin/bash
# Check for potential circular dependencies
rg -l "import.*from.*models" src/resolvers/ | xargs rg "import.*from.*resolvers"18-44: 🛠️ Refactor suggestion
Add error handling and prevent infinite loops.
The implementation has several potential issues:
- No error handling for database operations
- Possible infinite loop if tags form a circular reference
- Sequential queries could be slow for deep hierarchies
Consider implementing these improvements:
export const ancestorTags: UserTagResolvers["ancestorTags"] = async (
parent,
) => {
const ancestorTags: InterfaceOrganizationTagUser[] = [];
+ const visitedIds = new Set<string>();
let currentParentId = parent.parentTagId;
while (currentParentId) {
+ if (visitedIds.has(currentParentId)) {
+ throw new Error('Circular reference detected in tag hierarchy');
+ }
+ visitedIds.add(currentParentId);
+
+ try {
const tag = await OrganizationTagUser.findById(currentParentId).lean();
+ } catch (error) {
+ throw new Error(`Failed to fetch ancestor tag: ${error.message}`);
+ }
if (!tag) break;Consider optimizing performance by fetching all potential ancestor tags in a single query:
export const ancestorTags: UserTagResolvers["ancestorTags"] = async (
parent,
) => {
try {
// Fetch all tags in one query
const allTags = await OrganizationTagUser.find({
_id: { $ne: parent._id }
}).lean();
// Build hierarchy map
const tagMap = new Map(allTags.map(tag => [tag._id.toString(), tag]));
const ancestorTags: InterfaceOrganizationTagUser[] = [];
let currentParentId = parent.parentTagId;
const visitedIds = new Set<string>();
while (currentParentId) {
if (visitedIds.has(currentParentId)) {
throw new Error('Circular reference detected in tag hierarchy');
}
visitedIds.add(currentParentId);
const tag = tagMap.get(currentParentId);
if (!tag) break;
ancestorTags.push(tag);
currentParentId = tag.parentTagId;
}
ancestorTags.reverse();
return ancestorTags;
} catch (error) {
throw new Error(`Failed to fetch ancestor tags: ${error.message}`);
}
};Let's verify the potential for circular references in the existing data:
tests/resolvers/Query/getUserTag.spec.ts (3)
25-25: LGTM! Consistent rename of the test suite.
The describe block name accurately reflects the resolver being tested.
52-54: LGTM! Consistent variable naming.
The variable rename from getUserTagAncestorsPayload to getUserTagPayload maintains consistency with the resolver name.
Line range hint 1-54: Verify test coverage for new filtering and sorting capabilities.
The test file only covers basic CRUD operations but lacks tests for the new filtering and sorting features mentioned in the PR objectives. Please ensure test coverage for:
- Filtering functionality
- Sorting functionality
- Error cases for invalid filter/sort parameters
Let's verify if there are any other test files covering these features:
Would you like me to help generate test cases for these scenarios?
src/models/TagUser.ts (1)
33-37: LGTM! Verify existing data migration plan.
The addition of the required organizationId field follows Mongoose best practices and properly establishes the relationship with organizations.
Let's verify if there's any existing TagUser data that needs migration:
✅ Verification successful
Let me search for any TagUser creation without organizationId to ensure all creation paths include it.
Based on the comprehensive analysis of the codebase, I can now generate the final response:
No migration needed - organizationId is properly handled everywhere
The organizationId field is consistently used across all TagUser operations:
- All TagUser.create() calls include organizationId derived from the tag
- All mutations (assign/unassign/remove) handle organizationId properly
- Test fixtures demonstrate correct organizationId usage
- No legacy code paths found that omit the field
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check for existing TagUser documents that might need migration
ast-grep --pattern 'TagUser.create({
$$$
})'
Length of output: 5656
Script:
#!/bin/bash
# Search for TagUser mutations in resolvers
rg "TagUser" src/resolvers -A 5 -B 5
# Search for any TagUser creation or update operations
ast-grep --pattern 'TagUser.$_(
$$$
)'
Length of output: 88346
src/utilities/graphQLConnection/index.ts (1)
53-55: LGTM! New exports follow existing patterns.
The additions align well with the PR objectives for adding filtering and sorting capabilities to userTags, and they maintain consistency with the existing codebase structure.
Let's verify the existence of these newly exported files:
✅ Verification successful
All exported files exist and follow the correct naming pattern
The verification confirms that all three files referenced in the exports exist in the correct directory:
getUserTagGraphQLConnectionFilter.tsgetUserTagGraphQLConnectionSort.tsgetUserTagMemberGraphQLConnectionFilter.ts
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify that the new export files exist in the same directory
# Test: Check if the new files exist
fd --type f "getUserTag.*\.ts$" "src/utilities/graphQLConnection"
Length of output: 276
src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts (2)
38-48:
Add input validation for function parameters.
The function should validate its input parameters to ensure they meet the expected format and constraints.
Consider adding parameter validation:
export function getUserTagMemberGraphQLConnectionFilter({
cursor,
direction,
sortById,
firstNameStartsWith,
lastNameStartsWith,
}: ParseSortedByResult &
ParseUserTagMemberWhereResult & {
cursor: string | null;
direction: GraphQLConnectionTraversalDirection;
}): GraphQLConnectionFilter {
+ if (cursor !== null && !Types.ObjectId.isValid(cursor)) {
+ throw new Error("Invalid cursor format");
+ }
+ if (firstNameStartsWith === "") {
+ throw new Error("firstNameStartsWith cannot be empty");
+ }
+ if (lastNameStartsWith === "") {
+ throw new Error("lastNameStartsWith cannot be empty");
+ }⛔ Skipped due to learnings
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2612
File: src/resolvers/UserTag/usersToAssignTo.ts:195-219
Timestamp: 2024-10-25T14:22:22.100Z
Learning: In the `getGraphQLConnectionFilter` function in `src/resolvers/UserTag/usersToAssignTo.ts`, the cursor value will always be a valid ObjectId, so adding extra validation for the cursor string format is not required.
1-83: Verify the integration with GraphQL resolvers.
The filter implementation looks solid, but we should verify its integration with the GraphQL resolvers to ensure proper usage.
✅ Verification successful
Let me check the actual implementation in those resolver files to verify the integration.
Let me check the error handling implementation in these resolvers since the previous error handling check didn't show the complete picture.
Let me fix the regex and try again to check the error handling.
Let me try a different approach to check the resolver implementations.
Integration with GraphQL resolvers is properly implemented and secure
The filter function is correctly integrated in both resolvers with proper:
- Error handling through GraphQLError and validation checks
- Cursor parsing with error handling
- Secure MongoDB aggregation pipelines
- Proper type safety with TypeScript
- Consistent filter application across both resolvers
- Input validation and sanitization
- Proper handling of pagination, sorting, and filtering parameters
The implementation follows best practices and includes comprehensive error handling, making it production-ready.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check the usage of getUserTagMemberGraphQLConnectionFilter in resolvers
# Test: Search for imports and usage of the filter function
echo "Checking filter function usage in resolvers..."
rg -l "getUserTagMemberGraphQLConnectionFilter" src/resolvers/
# Test: Verify error handling in resolvers
echo "Checking error handling..."
ast-grep --pattern 'try { $$$getUserTagMemberGraphQLConnectionFilter$$$ } catch'
Length of output: 393
Script:
#!/bin/bash
# Check the implementation details in the resolver files
echo "=== Content of usersToAssignTo.ts ==="
rg -A 10 "getUserTagMemberGraphQLConnectionFilter" src/resolvers/UserTag/usersToAssignTo.ts
echo -e "\n=== Content of usersAssignedTo.ts ==="
rg -A 10 "getUserTagMemberGraphQLConnectionFilter" src/resolvers/UserTag/usersAssignedTo.ts
Length of output: 2308
Script:
#!/bin/bash
# Check for try-catch blocks in the resolver files
echo "=== Error handling in usersToAssignTo.ts ==="
rg -B 5 -A 15 "try\s*{" src/resolvers/UserTag/usersToAssignTo.ts
echo -e "\n=== Error handling in usersAssignedTo.ts ==="
rg -B 5 -A 15 "try\s*{" src/resolvers/UserTag/usersAssignedTo.ts
Length of output: 493
Script:
#!/bin/bash
# Check for try-catch blocks in the resolver files with fixed regex
echo "=== Error handling in usersToAssignTo.ts ==="
rg -B 5 -A 15 "try {" src/resolvers/UserTag/usersToAssignTo.ts
echo -e "\n=== Error handling in usersAssignedTo.ts ==="
rg -B 5 -A 15 "try {" src/resolvers/UserTag/usersAssignedTo.ts
Length of output: 481
Script:
#!/bin/bash
# Get the full content of both resolver files
echo "=== Content of usersToAssignTo.ts ==="
cat src/resolvers/UserTag/usersToAssignTo.ts
echo -e "\n=== Content of usersAssignedTo.ts ==="
cat src/resolvers/UserTag/usersAssignedTo.ts
Length of output: 14495
locales/hi.json (2)
38-38: LGTM! Formatting change maintains consistency.
The formatting adjustment for the "parameter.missing" message maintains the established structure while preserving the correct Hindi translation.
39-39: LGTM! Well-structured localization entry for tag validation.
The new "tag.alreadyExists" entry is properly translated to Hindi and follows the established naming convention for validation messages. This addition appropriately supports the new tag filtering and sorting functionality.
src/utilities/userTagsPaginationUtils/parseUserTagMemberWhere.ts (1)
21-29: Verify default behavior for null/undefined input.
The function returns empty strings for both firstName and lastName filters when the input is null/undefined. Please confirm if this default behavior aligns with the business requirements, as it effectively matches all users.
✅ Verification successful
The previous regex had syntax issues. Let's try with simpler patterns to find similar where clause handling in utilities.
Based on the search results, I can see that there are two similar parsing functions in the codebase:
parseUserTagWhereinsrc/utilities/userTagsPaginationUtils/parseUserTagWhere.tswhich returns empty string fornameStartsWithwhen where is null/undefinedparseUserTagMemberWhereinsrc/utilities/userTagsPaginationUtils/parseUserTagMemberWhere.ts(the function under review) which returns empty strings for bothfirstNameStartsWithandlastNameStartsWithwhen where is null/undefined
Let me check if there are any tests or additional context about the business requirements.
Let me check the usage of this function in the resolvers to understand the business context better.
Let me check the GraphQL schema to understand the type definitions and any documentation about these fields.
Based on the evidence gathered, I can now provide a final response:
Default behavior for null/undefined input is correct and consistent.
The empty string defaults for firstNameStartsWith and lastNameStartsWith when where is null/undefined are appropriate because:
- The GraphQL schema shows these are optional inputs (
InputMaybe) inUserTagUsersAssignedToWhereInput - The function is used in two resolvers:
usersAssignedToandusersToAssignTo, which are pagination-based connection resolvers - Empty string defaults effectively match all users when no filter is provided, which is the expected behavior for unfiltered pagination
- This pattern is consistent with the similar
parseUserTagWherefunction which also returns empty string defaults for optional filters
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check if this default behavior is consistent across similar filters
rg -A 5 "!.*where.*{" src/utilities/
Length of output: 124
Script:
#!/bin/bash
# Search for similar filter/where clause handling patterns
rg -A 5 "if \(!where\)" src/utilities/
# Also search for similar patterns with undefined check
rg -A 5 "if \(!where || where === undefined\)" src/utilities/
# Look for other similar parsing functions
fd parseWhere src/utilities/
Length of output: 280270
Script:
#!/bin/bash
# Look for test files related to these parsing functions
fd -e test.ts parseUserTagWhere src/tests/
fd -e test.ts parseUserTagMemberWhere src/tests/
# Also search for any comments or documentation about the behavior
rg -B 2 -A 2 "parseUserTagMemberWhere" src/
Length of output: 2588
Script:
#!/bin/bash
# Check the resolver implementations where this function is used
rg -A 10 "parseUserTagMemberWhere\(args\.where\)" src/resolvers/
# Also look for any test files in the correct location
fd -e test.ts parseUserTagMemberWhere tests/
Length of output: 1750
Script:
#!/bin/bash
# Look for GraphQL schema definitions related to UserTag and where inputs
rg -B 5 -A 5 "UserTagUsersAssignedToWhereInput" src/
# Also check for any documentation in the resolver files
rg -B 5 "usersToAssignTo|usersAssignedTo" src/resolvers/UserTag/
Length of output: 11001
locales/en.json (1)
39-39: LGTM! Verify translations across all language files.
The new message for duplicate tag detection is clear and consistent with the file's style.
Let's verify the translation consistency across all locale files:
✅ Verification successful
All locale files have the translation for tag.alreadyExists key
The verification shows that the translation is present across all language files (Hindi, Chinese, Spanish, English, and French) with appropriate translations maintaining the same semantic meaning of duplicate tag detection at the same level.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if the new tag.alreadyExists key exists in all locale files
# and ensure consistent formatting
# Test: Check for the key in all locale files
echo "Checking tag.alreadyExists in all locale files:"
fd -e json . locales/ --exec jq -r '.["tag.alreadyExists"] // "MISSING"'
Length of output: 398
locales/fr.json (2)
37-37: LGTM: Formatting adjustment maintains consistency.
The formatting change for the "parameter.missing" entry maintains the existing message while ensuring consistent JSON structure.
38-38: Verify translation consistency across locale files.
The new "tag.alreadyExists" entry follows the established pattern and appears grammatically correct in French.
Let's verify the consistency of this new entry across all locale files:
✅ Verification successful
Translation consistency verified across all locale files
The "tag.alreadyExists" entry is present and properly translated in all locale files (en, fr, hi, sp, zh). Each translation maintains consistent meaning while being culturally appropriate for its target language:
- English: "A tag with the same name already exists at this level"
- French: "Un tag avec le même nom existe déjà à ce niveau"
- Hindi: "इस स्तर पर समान नाम वाला टैग पहले से मौजूद है"
- Spanish: "Ya existe una etiqueta con el mismo nombre en este nivel"
- Chinese: "此级别已存在相同名称的标签"
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify that the new tag.alreadyExists entry exists in all locale files
# and follows a consistent structure.
# Test: Check for tag.alreadyExists in all locale files
echo "Checking tag.alreadyExists entries in all locale files:"
for locale in locales/*.json; do
echo "=== $locale ==="
jq '.["tag.alreadyExists"]' "$locale"
done
Length of output: 1019
locales/sp.json (2)
37-37: Verify if the "parameter.missing" message is still needed.
This message appears to be about a missing skip parameter, which seems unrelated to the tag filtering and sorting functionality being implemented. Let's verify if this message is still in use.
#!/bin/bash
# Search for usage of the parameter.missing message key across the codebase
rg -l "parameter\.missing" --type ts --type js38-38: LGTM! Verify the tag existence validation implementation.
The Spanish translation for the tag existence validation message is appropriate and aligns with the PR objectives. Let's verify its implementation in the resolver code.
✅ Verification successful
Let me gather more information to verify the tag existence validation.
Tag existence validation is properly implemented
The codebase shows comprehensive validation for duplicate tags:
- The error message
tag.alreadyExistsis defined insrc/constants.ts - Validation is implemented in multiple resolvers:
createUserTag.tschecks for duplicate tags under the same parentupdateUserTag.tsverifies no other tag exists with the same name at the same level- Both use
OrganizationTagUser.exists()for validation
The Spanish translation aligns with the actual implementation and validation logic.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Search for usage of the tag.alreadyExists message key in resolvers
ast-grep --pattern 'throw new Error($MSG)' | rg "tag\.alreadyExists"
# Also check for any validation logic related to duplicate tags
ast-grep --pattern 'const $VAR = await $_.$METHOD({ name: $_ })'
Length of output: 413
Script:
#!/bin/bash
# Search for tag-related validation logic and error messages
rg -A 5 "tag.*exists" --type ts
# Look for tag creation/update mutations
ast-grep --pattern 'async $FUNC(_, { $_ }: { $_ }, ctx: Context) {
$$$
}'
# Search for Tag model validations
rg -A 10 "class Tag" --type ts
Length of output: 17585
src/models/OrganizationTagUser.ts (1)
58-63: LGTM! Add documentation and verify existing data.
The unique compound index correctly enforces name uniqueness for child tags within their parent's scope. This complements the root-level index to create a complete hierarchical uniqueness constraint.
Add a comment explaining this index:
+// 2. Child tags (parentTagId not null) must have unique names within their parent tagLet's verify there are no existing duplicate tags that might violate these constraints:
tests/helpers/tags.ts (2)
82-82: LGTM: Proper organization context maintained
The addition of organizationId ensures proper organization context is maintained when creating tag-user associations in tests, which aligns with the PR's objectives.
97-97: Verify null case handling
While the optional chaining is correct, we should verify the behavior when testTag is null. Consider adding a test case to verify proper error handling in this scenario.
tests/utilities/userTagsPagniationUtils.spec.ts (3)
1-8: LGTM! Clean and well-organized imports.
The imports are properly structured with clear separation between testing utilities, business logic, and types.
37-91: LGTM! Comprehensive test coverage for member filtering.
The test suite is well-structured with thorough coverage of:
- Input validation
- Edge cases
- Various field combinations
- Success and failure scenarios
93-115: Improve sort order test coverage and type safety.
A few suggestions to enhance the test suite:
- Replace type casting with actual invalid values:
- id: "" as unknown as SortedByOrder,
+ id: "INVALID_ORDER",-
Add test cases for:
- DESCENDING order
- Other sortable fields if available
- Multiple field sorting if supported
-
Consider using a type-safe approach for testing invalid scenarios by creating a separate test input type.
Let's check if there are other sortable fields we should test:
tests/resolvers/User/tagsAssignedWith.spec.ts (2)
1-23: LGTM! Well-organized imports and type declarations.
The imports are properly structured with clear separation between external dependencies, internal utilities, and type declarations.
1-128: Verify alignment with filtering and sorting requirements.
While the test file provides a good foundation, it doesn't fully validate all the filtering and sorting capabilities mentioned in the PR objectives (issue #2630). Consider adding a comprehensive test suite that validates:
- All supported filter combinations
- All sorting options
- Integration with the talawa-admin requirements (referenced in ADMIN: Tag screens filter and sort (GSoC) talawa-admin#2395)
✅ Verification successful
Test coverage is appropriate for the implemented functionality
The test file correctly validates the core functionality of the tagsAssignedWith resolver:
- The resolver implementation shows proper filtering (by organizationId) and sorting (via
getCommonGraphQLConnectionSort) - Tests verify both successful and error cases for cursor-based pagination
- Tests validate the connection object structure including edges, nodes, and pageInfo
- The test coverage aligns with the schema definition which shows the resolver supports filtering, sorting, and pagination through standard connection arguments
No additional test cases are needed as the current tests sufficiently cover the implemented functionality.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Search for filter/sort related tests across the codebase
echo "Searching for existing filter/sort test coverage..."
rg -l "sort|filter" "tests/" --type ts
# Look for GraphQL schema definitions related to filtering/sorting
echo -e "\nChecking GraphQL schema for filter/sort definitions..."
rg "input.*Filter|input.*Sort|enum.*Sort" --type graphql
Length of output: 1521
Script:
#!/bin/bash
# Let's check the actual test file and related files for filtering/sorting implementation
echo "Checking the resolver implementation..."
rg -A 10 "tagsAssignedWith" src/resolvers/User/ --type ts
echo -e "\nChecking schema definitions..."
fd "schema.graphql|.gql" --type f --exec cat {}
echo -e "\nChecking for filter/sort related types..."
fd "types?.ts" --type f --exec rg -l "Filter|Sort" {}
Length of output: 47099
Script:
#!/bin/bash
# Let's check the actual implementation of tagsAssignedWith and related types
echo "Checking tagsAssignedWith resolver implementation..."
cat src/resolvers/User/tagsAssignedWith.ts
echo -e "\nChecking related GraphQL types..."
rg "type.*UserTagsConnection|input.*UserTagWhereInput|input.*UserTagSortedByInput" --type ts -A 5
Length of output: 9237
src/resolvers/UserTag/childTags.ts (3)
5-7: LGTM: Good separation of concerns in utility functions.
The migration from generic GraphQL utilities to tag-specific ones (getUserTagGraphQLConnectionFilter, getUserTagGraphQLConnectionSort) along with dedicated parsing utilities improves code organization and maintainability.
Also applies to: 16-19
44-52: LGTM: Well-structured implementation of filtering and sorting.
The changes effectively implement the new filtering and sorting capabilities while maintaining proper error handling and type safety. The separation of pagination-specific filters (_id) from total count queries is a good practice.
Also applies to: 72-88, 92-92, 100-102
Line range hint 126-159: Verify cursor parsing compatibility with new filters.
The cursor parsing implementation looks solid, but let's verify its compatibility with the new filtering and sorting mechanisms.
✅ Verification successful
Let me gather more information about the cursor implementation and tests.
Let me check one more aspect about the sorting implementation to ensure complete compatibility.
Based on the gathered information, I can now provide a final response about the cursor parsing compatibility.
Cursor parsing implementation is compatible with filtering and sorting
The cursor parsing implementation is well-integrated with the current filtering and sorting mechanisms because:
- The cursor validation correctly checks against the database using
parentTagId - The cursor is properly used alongside sorting in the query pipeline
- Test coverage exists for cursor validation scenarios
- The implementation is consistent with other resolvers using similar cursor parsing patterns
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check for any potential cursor-related edge cases in tests
# Test 1: Look for cursor-related test cases
echo "Searching for cursor-related test cases..."
rg -l "cursor" --glob "tests/**/*userTag*.spec.ts"
# Test 2: Check if there are any other resolvers using similar cursor parsing
echo "Checking for similar cursor parsing patterns..."
ast-grep --pattern 'parseCursor = async ({ cursorValue, cursorName, cursorPath'
Length of output: 378
Script:
#!/bin/bash
# Check the cursor-related test cases content
echo "Examining cursor-related test content..."
rg "cursor" -B 2 -A 2 tests/resolvers/Organization/userTags.spec.ts
# Check for cursor usage in related resolvers
echo "Checking cursor usage in resolvers..."
rg "parseCursor" -B 2 -A 2 src/resolvers/
# Look for sorting implementation
echo "Checking sorting implementation..."
rg "sort" -B 2 -A 2 src/resolvers/UserTag/
Length of output: 20218
Script:
#!/bin/bash
# Check the sorting implementation details
echo "Checking sorting utility functions..."
rg "getUserTagGraphQLConnectionSort" -B 2 -A 5 src/
# Check for sorting types and interfaces
echo "Checking sorting types..."
rg "SortById" -B 2 -A 2 src/
Length of output: 4890
src/resolvers/Mutation/assignToUserTags.ts (1)
156-162: Well-implemented upsert operation with proper organization context.
The use of $setOnInsert is a good choice here as it:
- Ensures organization context is preserved
- Prevents overwriting existing data on subsequent updates
- Maintains data consistency in concurrent scenarios
Let's verify the consistency of organizationId usage across the codebase:
✅ Verification successful
Let me gather more information to verify the consistency of organizationId usage, particularly focusing on the model definition and related operations.
Let me check the model definition and other tag assignment operations more specifically to verify the organizationId handling.
The use of organizationId in $setOnInsert is correct and consistent with the model schema
The verification confirms that:
- The TagUser model schema properly defines organizationId as a required field with reference to Organization
- The implementation in assignToUserTags.ts correctly propagates the organizationId from the parent tag
- The $setOnInsert usage ensures data consistency by preventing overwrites during upserts
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify organizationId usage in tag-related operations
# Expected: Consistent usage of organizationId in TagUser operations
# Check TagUser model schema
echo "Checking TagUser schema for organizationId field:"
rg -A 5 "organizationId.*TagUser"
# Check other tag assignment operations
echo "Checking other tag assignment operations:"
ast-grep --pattern 'TagUser.$(create|update|bulkWrite)({
$$$
organizationId: $$$
$$$
})'
Length of output: 1057
Script:
#!/bin/bash
# Check TagUser model definition
echo "Checking TagUser model definition:"
rg -A 10 "const TagUser.*Schema"
# Check all files containing TagUser operations
echo "Checking files with TagUser operations:"
rg -l "TagUser\."
# Check specific bulkWrite operations on TagUser
echo "Checking bulkWrite operations:"
rg -A 5 "TagUser\.bulkWrite"
Length of output: 3084
Script:
#!/bin/bash
# Check model definition
echo "Checking model definition for TagUser:"
fd -e ts TagUser.ts -x cat {}
# Check organizationId handling in other mutation resolvers
echo "Checking organizationId in tag assignment mutations:"
rg -A 10 "organizationId.*TagUser" src/resolvers/Mutation/
# Check createUserTag implementation
echo "Checking createUserTag implementation:"
cat src/resolvers/Mutation/createUserTag.ts
Length of output: 10906
tests/resolvers/Organization/userTags.spec.ts (1)
15-25: LGTM: Well-structured imports and variable declarations.
The new imports and test variables are clearly named and properly typed, following the established patterns in the codebase.
src/resolvers/Mutation/assignUserTag.ts (1)
174-180: Verify the impact on userTag queries.
Since this change adds organizationId to support filtering and sorting capabilities, let's verify that the GraphQL queries are properly utilizing this field.
✅ Verification successful
Based on the extensive search results, I can now provide a definitive response about the impact of adding organizationId to the userTag queries.
The organizationId field is properly utilized across userTag queries and mutations
The codebase shows comprehensive integration of organizationId:
- In schema: The field is properly defined in GraphQL types and used in connection/filtering capabilities
- In models: Both
TagUserandOrganizationTagUsermodels include organizationId field with proper references - In queries/mutations:
assignUserTaguses organizationId for tag assignmentusersAssignedTofilters by organizationIdtagsAssignedWithincludes organizationId in queries- All tag management operations (create, update, remove) handle organizationId appropriately
The addition of organizationId provides proper organization-level scoping for tag operations while maintaining data consistency through referential integrity.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify that GraphQL queries are utilizing the organizationId field
# Test 1: Check if there are corresponding GraphQL query definitions that use organizationId
echo "Checking GraphQL query definitions..."
rg -t graphql "organizationId.*TagUser"
# Test 2: Check if there are corresponding resolvers that handle organizationId filtering
echo "Checking resolver implementations..."
rg "organizationId.*TagUser.*find|find.*TagUser.*organizationId"
Length of output: 308
Script:
#!/bin/bash
# Let's try a different approach to verify the GraphQL schema and resolvers
# Check for GraphQL type definitions and queries related to TagUser
echo "Checking GraphQL schema definitions..."
fd -e graphql . -x cat {}
# Check for resolver implementations related to TagUser
echo -e "\nChecking resolver implementations..."
rg "TagUser" -A 5 -B 5
# Check specifically for find operations in resolvers
echo -e "\nChecking find operations..."
ast-grep --pattern 'find($$$)'
Length of output: 236379
tests/resolvers/UserTag/usersAssignedTo.spec.ts (1)
Line range hint 10-29: LGTM: Clean type imports and variable declarations.
The new imports and variable declarations are well-structured and properly typed, supporting the enhanced testing scope with organization context.
tests/resolvers/Mutation/removeUserTag.spec.ts (1)
Line range hint 1-249: Excellent test coverage!
The test suite provides comprehensive coverage of both error scenarios and successful operations. It effectively validates:
- Error handling for missing users, tags, and profiles
- Authorization checks
- Cascading deletions of parent and child tags
- Organization context maintenance
tests/resolvers/Mutation/assignToUserTags.spec.ts (2)
168-174: LGTM! Good addition of organization context.
The addition of organizationId to TagUser creation ensures proper organization context is maintained during tag assignments, which is crucial for the new filtering and sorting capabilities.
239-245: LGTM! Comprehensive test coverage for hierarchical tags.
The addition of organizationId here properly maintains organization context even for hierarchical tag assignments. The test case effectively verifies both direct tag assignments and ancestor tag assignments, which is crucial for the tag management system.
Let's verify the test coverage for hierarchical tag assignments:
✅ Verification successful
Verified: organizationId is consistently handled across tag-related tests
The review comment's approval is correct. The verification shows that:
- All TagUser.create calls across test files consistently include organizationId
- The organizationId is properly derived from the respective tag's organizationId in all cases
- Both direct and hierarchical tag assignments maintain proper organization context
- The test coverage for ancestor tags and organization context is comprehensive
The implementation in the reviewed file aligns with the established patterns across the test suite.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check test coverage for hierarchical tag assignments
# Look for other test files that might need similar organizationId additions
# Test: Search for TagUser.create calls that might need organizationId
rg -l "TagUser.create" "tests/"
# Test: Search for tests involving ancestor tags
rg -l "ancestor.*tag" "tests/"
Length of output: 475
Script:
#!/bin/bash
# Let's check the TagUser.create calls in other test files to verify organizationId usage
# Check TagUser.create implementations in other test files
rg "TagUser\.create\(" -A 5 "tests/resolvers/UserTag/usersAssignedTo.spec.ts" "tests/resolvers/UserTag/ancestorTags.spec.ts" "tests/resolvers/Mutation/removeFromUserTags.spec.ts" "tests/resolvers/Mutation/unassignUserTag.spec.ts"
# Also check ancestor tag related tests to ensure consistent organizationId handling
rg "ancestor.*tag.*TagUser" -A 5 "tests/resolvers/Mutation/addPeopleToUserTag.spec.ts" "tests/resolvers/Mutation/assignUserTag.spec.ts"
Length of output: 4742
tests/resolvers/Mutation/unassignUserTag.spec.ts (2)
231-231: LGTM: Proper organization context added to tag assignment
The addition of organizationId ensures proper organization context is maintained during tag assignment testing.
270-276: LGTM: Proper organization context maintained for parent and child tags
The addition of organizationId for both parent and child tags ensures proper organization context is maintained during hierarchical tag testing. The test correctly verifies that unassigning a parent tag also removes child tags.
Let's verify the organization context is consistently maintained across the codebase:
✅ Verification successful
Based on the verification results, I can now provide the final response:
✅ Organization context is properly maintained in TagUser model and usage
The verification confirms:
- The TagUser schema properly defines
organizationIdas a required field with reference to Organization model - All test cases consistently include
organizationIdwhen creating TagUser records - The hierarchical tag relationship (parent/child) correctly maintains organization context
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify TagUser model usage includes organizationId
# Test: Search for TagUser.create calls to ensure organizationId is included
# Check TagUser.create calls
echo "Checking TagUser.create usage:"
rg "TagUser\.create" -A 5
# Check TagUser model definition
echo -e "\nChecking TagUser model schema:"
rg "new Schema\({" -A 10 "src/models/TagUser.ts"
Length of output: 9753
Script:
#!/bin/bash
# Let's try a different approach to check the TagUser model schema and usage
# Check TagUser model definition with a simpler pattern
echo "Checking TagUser model schema:"
rg "TagUser.*Schema" -A 10 "src/models/TagUser.ts"
# Check all files that mention TagUser to understand the model structure
echo -e "\nChecking files containing TagUser references:"
rg "TagUser" --type ts -l
# Check for organizationId in TagUser model
echo -e "\nChecking organizationId in TagUser model:"
rg "organizationId.*Schema" "src/models/TagUser.ts"
Length of output: 2242
Script:
#!/bin/bash
# Let's check the actual schema definition in TagUser model
echo "Checking TagUser schema definition:"
rg "const.*tagUserSchema" -A 15 "src/models/TagUser.ts"
# Let's also check the interface definition
echo -e "\nChecking TagUser interface:"
rg "interface.*TagUser" -A 10 "src/models/TagUser.ts"
# Check actual usage of organizationId in mutations
echo -e "\nChecking organizationId usage in mutations:"
rg "organizationId.*TagUser" -B 2 -A 2 "src/resolvers/Mutation/"
Length of output: 1237
tests/resolvers/Mutation/removeFromUserTags.spec.ts (2)
171-171: LGTM: Proper organization context maintained
The addition of organizationId to TagUser.create calls ensures proper organization context is maintained during tag assignments in the test setup.
Also applies to: 176-176
281-281: LGTM: Organization context properly maintained in hierarchical tag tests
The addition of organizationId to TagUser.create calls maintains proper organization context in hierarchical tag relationship tests. The test comprehensively validates both the assignment and cascading removal of parent/child tags.
Also applies to: 286-286
src/typeDefs/types.ts (3)
426-427: LGTM: Well-structured filtering and sorting parameters
The addition of where and sortedBy parameters to the userTags connection follows GraphQL best practices for implementing filtering and sorting capabilities.
680-681: LGTM: Consistent filtering implementation
The addition of filtering and sorting to the childTags connection maintains consistency with the filtering pattern established in the Organization type.
692-693: Verify the missing sortedBy parameter in usersToAssignTo
While usersAssignedTo has both where and sortedBy parameters, usersToAssignTo only has the where parameter. Please verify if this is intentional or if sorting capability should also be added to maintain consistency.
Also applies to: 705-705
✅ Verification successful
Let me try a different approach to gather more context about the schema definitions and sorting patterns.
Based on the gathered evidence, I can now provide a final response:
The missing sortedBy parameter in usersToAssignTo is intentional
The difference in sorting capabilities between usersAssignedTo and usersToAssignTo appears to be a deliberate design choice:
usersAssignedTorepresents an existing relationship where sorting is useful for managing assigned usersusersToAssignTois a discovery/selection interface for potential assignments where sorting might not be as critical
The implementation in the resolvers and type definitions consistently reflects this design pattern, with UserTagUsersAssignedToSortedByInput specifically created for the usersAssignedTo connection.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if sorting is implemented in the resolver despite missing in schema
# and verify if other similar connection fields consistently implement sorting
# Check resolver implementation
echo "Checking resolver implementation..."
rg -l "usersToAssignTo.*sortBy" --type ts
# Check other connection fields for sorting implementation pattern
echo "Checking sorting pattern in other connection fields..."
ast-grep --pattern 'Connection {
$$$
sortedBy: $_Input
$$$
}'
Length of output: 313
Script:
#!/bin/bash
# Check the complete type definitions around usersToAssignTo and usersAssignedTo
echo "Checking type definitions for both connection types..."
rg -B 5 -A 5 "usersToAssignTo|usersAssignedTo" --type ts
# Look for any sorting-related input types
echo "Checking for sorting input types..."
rg "SortedBy.*Input" --type ts
# Check if there are other similar connection pairs to understand the pattern
echo "Checking for other connection pairs..."
ast-grep --pattern 'type $_ {
$$$
usersToAssignTo: $_
usersAssignedTo: $_
$$$
}'
Length of output: 19589
tests/utilities/graphqlConnection.spec.ts (4)
12-14: LGTM! New imports are properly organized.
The new utility functions are correctly imported alongside existing ones.
718-814: Test coverage for getUserTagMemberGraphQLConnectionFilter is comprehensive.
The tests thoroughly cover:
- Both sorting orders (ASCENDING/DESCENDING)
- Both directions (FORWARD/BACKWARD)
- Proper ObjectId handling
- First and last name filtering
816-860: LGTM! getUserTagGraphQLConnectionSort tests are well-structured.
The tests effectively cover all combinations of:
- Sort orders (ASCENDING/DESCENDING)
- Directions (FORWARD/BACKWARD)
- Expected sort values (-1/1)
636-860: Excellent test organization and consistency.
The new test suites follow the established patterns in the codebase:
- Clear describe blocks with detailed test names
- Consistent test structure across all suites
- Good use of TypeScript's type system
- Proper error handling validation
src/types/generatedGraphQLTypes.ts (3)
2950-2952: Well-structured filtering and sorting input types!
The new input types provide a comprehensive and type-safe way to filter and sort user tags and their associated users. The structure follows GraphQL best practices with clear, focused types for each specific use case.
Also applies to: 3052-3075
2998-2999: Good addition of tag hierarchy traversal!
The ancestorTags field is a well-designed addition that enables traversing up the tag hierarchy. The nullable array type is appropriate since not all tags will have ancestors.
1979-1980: Clean integration of filtering and sorting parameters!
The addition of sortedBy and where parameters to the Organization's userTags field provides a flexible way to filter and sort tags while maintaining type safety. Making them optional is the right choice for backward compatibility.
src/resolvers/Organization/userTags.ts (8)
5-7: Approved: Importing Specialized GraphQL Utilities for User Tags
The updated import statements correctly include getUserTagGraphQLConnectionFilter, getUserTagGraphQLConnectionSort, and parseGraphQLConnectionArgumentsWithSortedByAndWhere, which are necessary for the enhanced filtering and sorting functionalities.
16-19: Approved: Importing User Tag Parsing Utilities
The import of parseUserTagSortedBy and parseUserTagWhere from userTagsPaginationUtils is appropriate and aligns with the need to parse where and sortedBy arguments for user tags.
44-45: Approved: Parsing where and sortedBy Arguments
Using parseUserTagWhere and parseUserTagSortedBy for processing the where and sortedBy arguments enhances the flexibility and robustness of the resolver.
72-76: Approved: Constructing Object List Filter with User Tag Specific Functions
The use of getUserTagGraphQLConnectionFilter with the parsed arguments ensures that user tags are filtered correctly based on the provided cursor, direction, sort, and filter criteria.
85-87: Approved: Applying User Tag Specific Sorting in Query
Using getUserTagGraphQLConnectionSort with the parsed arguments ensures that the user tags are sorted as intended.
90-95: Approved: Conditional Parent Tag ID Filtering
The logic for parentTagIdFilter correctly adjusts the query to include either all root tags or subtags based on the presence of a search input.
98-99: Approved: Applying Filters in Database Query
Including objectListFilter and parentTagIdFilter in the find query ensures that the user tags are retrieved according to the specified filtering criteria.
107-108: Approved: Counting Documents with Correct Filters
Using totalCountFilter and parentTagIdFilter in the count query accurately reflects the total number of user tags matching the filters.
src/resolvers/UserTag/usersAssignedTo.ts (3)
Line range hint 158-162: Ensure Correct Types in transformToDefaultGraphQLConnection
Verify that the types provided to transformToDefaultGraphQLConnection match the expected types, especially ParsedCursor, InterfaceTagUser, and InterfaceUser.
Check that ParsedCursor is correctly defined and used throughout the resolver.
146-156:
Improve Total Count Calculation
The total count aggregation currently counts all documents matching the tagId. If filters are applied to the User collection, the total count should reflect the number of documents after all filters are applied.
Consider modifying the total count aggregation to include the commonPipeline filters:
TagUser.aggregate([
{
$match: {
tagId: new Types.ObjectId(parent._id),
},
},
...commonPipeline,
{
$count: "totalCount",
},
]);Likely invalid or redundant comment.
72-77: Validate the Separation of TagUser and User Filters
The separation of _id filters for TagUser and other filters for User seems appropriate. However, verify that the filters applied to user fields are correctly formulated and do not inadvertently filter out desired results.
You can run the following script to validate the filters applied:
✅ Verification successful
Based on the gathered information, I can now provide a final response:
Filter Implementation is Correctly Separated and Applied
The implementation correctly separates and applies the filters:
- The
_idfilter is extracted and applied to the TagUser model for pagination - The firstName/lastName filters are applied to the User model
- Test cases verify the correct behavior with multiple users and pagination scenarios
The separation is properly implemented in the code:
const { _id: tagUserIdFilter, ...userFilter } = objectListFilter;
const tagUserFilter = tagUserIdFilter ? { _id: tagUserIdFilter } : {};🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify that the user filters are correctly applied in the aggregation pipeline.
# Test: Aggregate TagUser documents and inspect the match stages.
# Expected: The user filters should only apply to user fields.
mongo your_database --eval '
db.tagusers.aggregate([
/* Match TagUser documents */
{ $match: { tagId: ObjectId("'"${parent._id}"'") } },
/* Lookup users */
{
$lookup: {
from: "users",
localField: "userId",
foreignField: "_id",
as: "user"
}
},
/* Unwind users */
{ $unwind: "$user" },
/* Apply user filters */
{ $match: /* Your userMatchFilter conditions */ },
/* Inspect the output */
{ $project: { tagUserId: "$_id", userId: "$user._id" } }
]).pretty();
'
Length of output: 79
Script:
#!/bin/bash
# Let's analyze the filter implementation and its usage
rg -A 10 "getUserTagMemberGraphQLConnectionFilter" --type ts
Length of output: 9453
Script:
#!/bin/bash
# Check the implementation of the filter function
ast-grep --pattern 'function getUserTagMemberGraphQLConnectionFilter($_) {
$$$
}'
Length of output: 85
Script:
#!/bin/bash
# Look for the aggregation pipeline implementation
rg -A 20 "\$lookup.*users" --type ts
Length of output: 37
Script:
#!/bin/bash
# Check for any related test files
fd "usersAssignedTo\.(test|spec)\.(ts|js)$"
Length of output: 93
Script:
#!/bin/bash
# Let's check the test file for insights into the filter implementation
cat tests/resolvers/UserTag/usersAssignedTo.spec.ts
Length of output: 5587
Script:
#!/bin/bash
# Let's check the actual implementation of the filter function
cat src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts
Length of output: 1889
Script:
#!/bin/bash
# Let's see how the filters are used in the resolver
rg -B 10 -A 20 "objectListFilter = getUserTagMemberGraphQLConnectionFilter" src/resolvers/UserTag/usersAssignedTo.ts
Length of output: 1246
src/utilities/graphQLConnection/getUserTagGraphQLConnectionSort.ts
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src/utilities/graphQLConnection/getUserTagGraphQLConnectionFilter.ts
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Codecov ReportAttention: Patch coverage is
Additional details and impacted files@@ Coverage Diff @@
## develop #2635 +/- ##
===========================================
+ Coverage 98.44% 98.54% +0.10%
===========================================
Files 342 349 +7
Lines 16734 17087 +353
Branches 2408 2457 +49
===========================================
+ Hits 16473 16838 +365
+ Misses 258 244 -14
- Partials 3 5 +2 ☔ View full report in Codecov by Sentry. |
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Actionable comments posted: 3
🧹 Outside diff range and nitpick comments (6)
src/utilities/graphQLConnection/getUserTagGraphQLConnectionSort.ts (1)
15-17: Enhance function documentation.The current documentation has a typo and could be more descriptive.
/** - * This function is used to get an object containing sorting logic.a + * This function determines the MongoDB sort order for userTag queries based on the + * provided sort direction and traversal direction. + * @param {Object} params - The sort parameters + * @param {GraphQLConnectionTraversalDirection} params.direction - The traversal direction + * @param {string} params.sortById - The sort order ("ASCENDING" or "DESCENDING") + * @returns {UserTagGraphQLConnectionSort} The MongoDB sort specification */src/utilities/graphQLConnection/getUserTagGraphQLConnectionFilter.ts (1)
7-26: LGTM! Well-structured filter type definition.The union type correctly models the two possible filter shapes for ascending and descending pagination. However, to optimize query performance when filtering by name and _id:
Consider adding the following compound indexes to your MongoDB schema:
// In your UserTag model schema { name: 1, _id: 1, }, { name: -1, _id: -1, }tests/resolvers/UserTag/ancestorTags.spec.ts (1)
18-28: Remove unnecessary optional chaining.Since
createTwoLevelTagsWithOrg()should guarantee the existence of these values, the optional chaining is unnecessary.testSubTagLevel2 = await OrganizationTagUser.create({ name: "testSubTagLevel2", - parentTagId: testSubTagLevel1?._id, - organizationId: testOrganization?._id, + parentTagId: testSubTagLevel1._id, + organizationId: testOrganization._id, });src/utilities/userTagsPaginationUtils/parseUserTagMemberWhere.ts (1)
15-20: Enhance function documentation.Consider expanding the JSDoc comment to include:
- Description of the input parameter
- Return value description
- Example usage
/** - * function to parse the args.where for UserTag member assignment queries + * Parses the where input for UserTag member assignment queries. + * + * @param where - The input filters for firstName and/or lastName + * @returns A result object containing either the parsed where clause or validation errors + * + * @example + * const result = parseUserTagMemberWhere({ + * firstName: { starts_with: "John" }, + * lastName: { starts_with: "Doe" } + * }); */src/resolvers/User/tagsAssignedWith.ts (2)
20-38: Fix incorrect @see reference in JSDoc.The @see reference to "UserTagResolvers" should be "UserResolvers" to match the actual type being used.
- * @see UserTagResolvers - The type definition for the resolvers of the User fields. + * @see UserResolvers - The type definition for the resolvers of the User fields.
46-51: Remove code coverage ignore comments and add tests.The
parseCursorcallback is marked with coverage ignore comments. Consider adding tests to cover this code path instead of ignoring it.- parseCursor: /* c8 ignore start */ (args) => + parseCursor: (args) => parseCursor({ ...args, userId: parent._id, - }), - /* c8 ignore stop */ + }),
📜 Review details
Configuration used: .coderabbit.yaml
Review profile: CHILL
📒 Files selected for processing (10)
src/resolvers/User/tagsAssignedWith.ts(1 hunks)src/resolvers/UserTag/ancestorTags.ts(1 hunks)src/resolvers/UserTag/usersToAssignTo.ts(4 hunks)src/utilities/graphQLConnection/getUserTagGraphQLConnectionFilter.ts(1 hunks)src/utilities/graphQLConnection/getUserTagGraphQLConnectionSort.ts(1 hunks)src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts(1 hunks)src/utilities/userTagsPaginationUtils/parseUserTagMemberWhere.ts(1 hunks)src/utilities/userTagsPaginationUtils/parseUserTagSortedBy.ts(1 hunks)src/utilities/userTagsPaginationUtils/parseUserTagWhere.ts(1 hunks)tests/resolvers/UserTag/ancestorTags.spec.ts(1 hunks)
🚧 Files skipped from review as they are similar to previous changes (3)
- src/resolvers/UserTag/ancestorTags.ts
- src/utilities/userTagsPaginationUtils/parseUserTagSortedBy.ts
- src/utilities/userTagsPaginationUtils/parseUserTagWhere.ts
🧰 Additional context used
📓 Learnings (7)
src/resolvers/User/tagsAssignedWith.ts (2)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/resolvers/User/tagsAssignedWith.ts:140-143
Timestamp: 2024-11-02T05:05:20.410Z
Learning: In the `parseCursor` function in `src/resolvers/User/tagsAssignedWith.ts`, including `organizationId` in the cursor validation query isn't necessary because the `_id` (cursorValue) is unique across organizations.
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/resolvers/User/tagsAssignedWith.ts:87-93
Timestamp: 2024-11-02T05:01:39.724Z
Learning: In the `tagsAssignedWith` resolver in `src/resolvers/User/tagsAssignedWith.ts`, when different filters are applied to the main query and the total count query, it's appropriate to keep them as separate queries rather than combining them into a single aggregation pipeline.
src/resolvers/UserTag/usersToAssignTo.ts (2)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts:58-80
Timestamp: 2024-11-02T04:46:35.863Z
Learning: In `src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts`, explicit nested conditionals are preferred for cursor-based filtering logic to enhance code readability.
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/resolvers/UserTag/usersToAssignTo.ts:43-43
Timestamp: 2024-11-02T05:06:07.937Z
Learning: In the `usersToAssignTo` resolver in `src/resolvers/UserTag/usersToAssignTo.ts`, error handling for `parseWhereResult` from `parseUserTagMemberWhere` is handled within `parseGraphQLConnectionArgumentsWithWhere`, so explicit error handling is not needed immediately after calling `parseUserTagMemberWhere`.
src/utilities/graphQLConnection/getUserTagGraphQLConnectionFilter.ts (1)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts:58-80
Timestamp: 2024-11-02T04:46:35.863Z
Learning: In `src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts`, explicit nested conditionals are preferred for cursor-based filtering logic to enhance code readability.
src/utilities/graphQLConnection/getUserTagGraphQLConnectionSort.ts (1)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/utilities/graphQLConnection/getUserTagGraphQLConnectionSort.ts:18-44
Timestamp: 2024-11-02T04:22:30.388Z
Learning: When writing functions like `getUserTagGraphQLConnectionSort` in `src/utilities/graphQLConnection/getUserTagGraphQLConnectionSort.ts`, prefer using explicit nested if-else statements for readability over compact logic.
src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts (1)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts:58-80
Timestamp: 2024-11-02T04:46:35.863Z
Learning: In `src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts`, explicit nested conditionals are preferred for cursor-based filtering logic to enhance code readability.
src/utilities/userTagsPaginationUtils/parseUserTagMemberWhere.ts (2)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/resolvers/UserTag/usersToAssignTo.ts:43-43
Timestamp: 2024-11-02T05:06:07.937Z
Learning: In the `usersToAssignTo` resolver in `src/resolvers/UserTag/usersToAssignTo.ts`, error handling for `parseWhereResult` from `parseUserTagMemberWhere` is handled within `parseGraphQLConnectionArgumentsWithWhere`, so explicit error handling is not needed immediately after calling `parseUserTagMemberWhere`.
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/utilities/userTagsPaginationUtils/parseUserTagWhere.ts:17-49
Timestamp: 2024-11-02T04:24:38.042Z
Learning: In the TypeScript function `parseUserTagWhere` in `src/utilities/userTagsPaginationUtils/parseUserTagWhere.ts`, when a `where` input is provided, `where.name` is guaranteed to be present due to thorough type checking. Therefore, it's safe to access `where.name.starts_with` without checking if `where.name` exists, as runtime errors are prevented by the type system.
tests/resolvers/UserTag/ancestorTags.spec.ts (3)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: tests/resolvers/UserTag/ancestorTags.spec.ts:30-32
Timestamp: 2024-11-02T04:45:16.383Z
Learning: In this project, error handling is not added to the database disconnect in the `afterAll` function of test files. Do not suggest adding error handling to the database disconnect in test files.
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2460
File: tests/resolvers/Mutation/assignUserTag.spec.ts:35-44
Timestamp: 2024-08-15T13:37:37.956Z
Learning: The variable `testSubTag1` is used in the `assignUserTag` test suite to verify that ancestor tags are correctly assigned.
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2460
File: tests/resolvers/Mutation/assignUserTag.spec.ts:35-44
Timestamp: 2024-10-08T16:13:41.996Z
Learning: The variable `testSubTag1` is used in the `assignUserTag` test suite to verify that ancestor tags are correctly assigned.
🔇 Additional comments (14)
src/utilities/graphQLConnection/getUserTagGraphQLConnectionSort.ts (2)
1-13: LGTM! Well-structured type definitions.
The type definitions and imports are clear, specific, and properly organized. The union type UserTagGraphQLConnectionSort effectively represents the two possible sort orders.
18-44: LGTM! Clear and explicit sorting logic.
The implementation uses explicit if-else statements which makes the logic easy to follow and maintain. This aligns well with the team's preference for readability over compact code.
src/utilities/graphQLConnection/getUserTagGraphQLConnectionFilter.ts (2)
1-6: LGTM! Well-organized type imports.
The type imports are clean and properly use TypeScript's type-only imports for better tree-shaking.
31-75:
Handle undefined nameStartsWith parameter.
The function assumes nameStartsWith is always defined. If this parameter is optional in your GraphQL schema, this could cause runtime errors.
Add a default empty string to handle undefined case:
export function getUserTagGraphQLConnectionFilter({
cursor,
direction,
sortById,
nameStartsWith,
}: ParseSortedByResult &
ParseUserTagWhereResult & {
cursor: string | null;
direction: GraphQLConnectionTraversalDirection;
}): UserTagGraphQLConnectionFilter {
const filter = {} as UserTagGraphQLConnectionFilter;
filter.name = {
$regex: new RegExp(
- `^${nameStartsWith.replace(/[.*+?^${}()|[\]\\]/g, "\\$&")}`,
+ `^${(nameStartsWith || '').replace(/[.*+?^${}()|[\]\\]/g, "\\$&")}`,
"i",
),
};Let's verify if nameStartsWith is optional in the schema:
tests/resolvers/UserTag/ancestorTags.spec.ts (3)
1-17: LGTM! Well-structured imports and declarations.
The code follows TypeScript best practices with clear type imports and proper variable declarations.
30-32: LGTM! Follows project conventions.
The database disconnect implementation aligns with the project's established patterns.
34-50: Enhance test coverage and improve resolver call.
- Remove unnecessary optional chaining from resolver calls as it should be defined:
- const payload = await ancestorTagsResolver?.(parent, {}, {});
+ const payload = await ancestorTagsResolver(parent, {}, {});- The test descriptions could be more specific about the expectations:
- returns an empty ancestorTags array for the root tag
+ returns empty array when tag has no ancestors (root tag)- returns the correct ancestorTags array for a nested tag
+ returns [root, parent] tags for level-2 nested tag in ascending order- As noted in the previous review, consider adding these test cases:
- Non-existent tags
- Invalid tag IDs
- Circular references in tag hierarchy
src/utilities/userTagsPaginationUtils/parseUserTagMemberWhere.ts (2)
1-13: LGTM! Well-structured imports and type definitions.
The imports are specific and the type definition is well-documented.
69-78: LGTM! Success case is handled correctly.
The code properly handles the success case by trimming inputs and providing default values.
src/resolvers/User/tagsAssignedWith.ts (2)
1-19: LGTM! Well-organized imports.
The imports are logically grouped and include all necessary types and utilities for the implementation.
131-163: LGTM! Robust cursor validation implementation.
The cursor validation logic is well-implemented with proper error handling and clear error messages.
src/resolvers/UserTag/usersToAssignTo.ts (3)
12-14: LGTM: Import changes align with new filtering capabilities
The new imports properly support the enhanced filtering functionality for userTags.
Also applies to: 20-20
43-53: LGTM: Parameter parsing properly handles the new where clause
The implementation correctly uses parseUserTagMemberWhere and parseGraphQLConnectionArgumentsWithWhere for enhanced filtering capabilities.
68-80: LGTM: Filter construction properly handles pagination and name-based filtering
The implementation correctly:
- Constructs filters for both object list and total count
- Excludes
_idfrom total count filter which is the right approach for pagination
src/utilities/userTagsPaginationUtils/parseUserTagMemberWhere.ts
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Actionable comments posted: 3
🧹 Outside diff range and nitpick comments (5)
src/utilities/userTagsPaginationUtils/parseUserTagWhere.ts (2)
31-41: Improve error message clarity and path construction.The error message could be more specific about the expected structure of the input.
Consider this improvement:
errors.push({ - message: "Invalid where input, name should be provided.", + message: "Invalid where input: 'name' field with 'starts_with' property is required for filtering.", path: ["where"], });
43-53: Enhance error path accuracy.The error path could be more specific by including the
starts_withfield.Consider this improvement:
errors.push({ message: "Invalid name provided. It must be a string.", - path: ["where", "name"], + path: ["where", "name", "starts_with"], });src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts (1)
35-48: Consider enhancing function documentation.While the function has basic documentation, it would be more helpful to include:
- Parameter descriptions
- Return value description
- Example usage
Consider updating the JSDoc comment like this:
/** * Creates a filter object for user tag member GraphQL connections. * * @param {Object} params - The filter parameters * @param {string | null} params.cursor - The pagination cursor * @param {GraphQLConnectionTraversalDirection} params.direction - The traversal direction ('FORWARD' | 'BACKWARD') * @param {string} params.sortById - The sort direction ('ASCENDING' | 'DESCENDING') * @param {string} params.firstNameStartsWith - First name prefix filter * @param {string} params.lastNameStartsWith - Last name prefix filter * @returns {UserTagMemberGraphQLConnectionFilter} The constructed filter object * * @example * const filter = getUserTagMemberGraphQLConnectionFilter({ * cursor: "507f1f77bcf86cd799439011", * direction: "FORWARD", * sortById: "ASCENDING", * firstNameStartsWith: "Jo", * lastNameStartsWith: "Do" * }); */tests/utilities/userTagsPagniationUtils.spec.ts (2)
9-40: Consider adding more test cases for parseUserTagWhere.While the current tests cover basic scenarios, consider adding:
- Test case for a valid non-empty string in
name.starts_with- Test cases with different name patterns (e.g., special characters, numbers)
Example test to add:
it("returns the success state with valid non-empty name pattern", async () => { const result = await parseUserTagWhere({ name: { starts_with: "Test-123", }, }); expect(result.isSuccessful).toEqual(true); });
98-120: Enhance test coverage for parseUserTagSortedBy.Consider adding the following test cases:
- Test with DESCENDING sort order
- Test sorting by different fields (if supported)
- Test with invalid sort order values
Example tests to add:
it("returns the success state with DESCENDING sort order", async () => { const result = await parseUserTagSortedBy({ id: "DESCENDING", }); expect(result.isSuccessful).toEqual(true); }); it("returns the failure state with invalid sort order", async () => { const result = await parseUserTagSortedBy({ id: "INVALID_ORDER" as SortedByOrder, }); expect(result.isSuccessful).toEqual(false); });
📜 Review details
Configuration used: .coderabbit.yaml
Review profile: CHILL
📒 Files selected for processing (9)
schema.graphql(4 hunks)src/resolvers/UserTag/usersToAssignTo.ts(4 hunks)src/typeDefs/inputs.ts(2 hunks)src/types/generatedGraphQLTypes.ts(9 hunks)src/utilities/graphQLConnection/getUserTagGraphQLConnectionFilter.ts(1 hunks)src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts(1 hunks)src/utilities/userTagsPaginationUtils/parseUserTagMemberWhere.ts(1 hunks)src/utilities/userTagsPaginationUtils/parseUserTagWhere.ts(1 hunks)tests/utilities/userTagsPagniationUtils.spec.ts(1 hunks)
🚧 Files skipped from review as they are similar to previous changes (2)
- src/utilities/graphQLConnection/getUserTagGraphQLConnectionFilter.ts
- src/utilities/userTagsPaginationUtils/parseUserTagMemberWhere.ts
🧰 Additional context used
📓 Learnings (5)
schema.graphql (1)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: schema.graphql:1948-1951
Timestamp: 2024-11-02T05:20:06.989Z
Learning: In the GraphQL schema (`schema.graphql`), when multiple sortedBy input types like `UserTagSortedByInput` and `UserTagUsersAssignedToSortedByInput` are defined with similar structures, it's acceptable to keep them separate because additional fields may be added later that are not common to all.
src/resolvers/UserTag/usersToAssignTo.ts (2)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts:58-80
Timestamp: 2024-11-02T04:46:35.863Z
Learning: In `src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts`, explicit nested conditionals are preferred for cursor-based filtering logic to enhance code readability.
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/resolvers/UserTag/usersToAssignTo.ts:43-43
Timestamp: 2024-11-02T05:06:07.937Z
Learning: In the `usersToAssignTo` resolver in `src/resolvers/UserTag/usersToAssignTo.ts`, error handling for `parseWhereResult` from `parseUserTagMemberWhere` is handled within `parseGraphQLConnectionArgumentsWithWhere`, so explicit error handling is not needed immediately after calling `parseUserTagMemberWhere`.
src/typeDefs/inputs.ts (1)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/typeDefs/inputs.ts:648-650
Timestamp: 2024-11-02T04:55:47.406Z
Learning: In `src/typeDefs/inputs.ts`, the `starts_with` field in `UserNameWhereInput` is intentionally non-nullable when it's the only field. If more fields are added later, it can be modified to be nullable.
src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts (1)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts:58-80
Timestamp: 2024-11-02T04:46:35.863Z
Learning: In `src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts`, explicit nested conditionals are preferred for cursor-based filtering logic to enhance code readability.
src/utilities/userTagsPaginationUtils/parseUserTagWhere.ts (2)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/utilities/userTagsPaginationUtils/parseUserTagWhere.ts:17-49
Timestamp: 2024-11-02T04:24:38.042Z
Learning: In the TypeScript function `parseUserTagWhere` in `src/utilities/userTagsPaginationUtils/parseUserTagWhere.ts`, when a `where` input is provided, `where.name` is guaranteed to be present due to thorough type checking. Therefore, it's safe to access `where.name.starts_with` without checking if `where.name` exists, as runtime errors are prevented by the type system.
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/resolvers/UserTag/usersToAssignTo.ts:43-43
Timestamp: 2024-11-02T05:06:07.937Z
Learning: In the `usersToAssignTo` resolver in `src/resolvers/UserTag/usersToAssignTo.ts`, error handling for `parseWhereResult` from `parseUserTagMemberWhere` is handled within `parseGraphQLConnectionArgumentsWithWhere`, so explicit error handling is not needed immediately after calling `parseUserTagMemberWhere`.
🔇 Additional comments (18)
src/utilities/userTagsPaginationUtils/parseUserTagWhere.ts (2)
1-12: LGTM! Well-structured type declarations with good documentation.
The type imports and declarations are clear, focused, and well-documented.
17-61: LGTM! Well-implemented parsing utility.
The function implementation is robust with:
- Comprehensive error handling
- Proper input validation
- String sanitization
- Consistent return format
src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts (3)
1-33: Well-structured type definition with proper documentation!
The UserTagMemberGraphQLConnectionFilter type is well-defined with:
- Clear union type structure for handling both ascending and descending sort cases
- Proper optional fields
- Good documentation
49-62: Secure implementation of RegExp filters!
The implementation:
- Properly escapes RegExp special characters to prevent ReDoS attacks
- Uses case-insensitive matching appropriately
- Follows best practices for string pattern matching
64-86: Clear and explicit cursor-based filtering logic!
The nested conditional structure:
- Clearly handles all combinations of sort order and direction
- Makes the logic flow easy to follow
- Aligns with the team's preference for explicit conditionals
tests/utilities/userTagsPagniationUtils.spec.ts (2)
42-96: Well-structured and comprehensive test coverage!
The test suite for parseUserTagMemberWhere is thorough, covering:
- All combinations of firstName/lastName inputs
- Type validation
- Edge cases and nullish inputs
1-120: Verify test coverage against implementation.
The tests cover the parsing utilities, but let's verify that all use cases from the implementation are covered.
✅ Verification successful
Let me gather more specific information about the implementations to verify test coverage.
Based on the comprehensive implementation details and usage patterns shown, I can now generate the final response.
Test coverage is complete and well-aligned with implementation
The test suite comprehensively covers all code paths in the implementations:
-
parseUserTagWhere:- Nullish input handling ✓
- Missing name validation ✓
- Invalid name.starts_with type check ✓
- Empty string case ✓
-
parseUserTagMemberWhere:- Nullish input handling ✓
- Missing both firstName/lastName validation ✓
- Invalid firstName type check ✓
- Invalid lastName type check ✓
- Single field cases (firstName or lastName only) ✓
- Both fields case ✓
-
parseUserTagSortedBy:- Nullish input handling ✓
- Invalid sort order validation ✓
- Valid sort order case ✓
The test coverage aligns perfectly with both the implementation logic and the actual usage in resolvers (Organization/userTags.ts, UserTag/usersAssignedTo.ts, UserTag/usersToAssignTo.ts, and UserTag/childTags.ts).
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if all use cases of these parsing functions are covered in tests
# Find all files that use these parsing functions
echo "Files using the parsing functions:"
rg -l "parseUserTagWhere|parseUserTagMemberWhere|parseUserTagSortedBy" --type ts
# Check the actual implementation of these functions
echo -e "\nFunction implementations:"
ast-grep --pattern 'export function parse$_($_) {
$$$
}'
Length of output: 726
Script:
#!/bin/bash
# Check implementation details of parsing functions
echo "parseUserTagWhere implementation:"
cat src/utilities/userTagsPaginationUtils/parseUserTagWhere.ts
echo -e "\nparseUserTagMemberWhere implementation:"
cat src/utilities/userTagsPaginationUtils/parseUserTagMemberWhere.ts
echo -e "\nparseUserTagSortedBy implementation:"
cat src/utilities/userTagsPaginationUtils/parseUserTagSortedBy.ts
# Check how these functions are used in resolvers
echo -e "\nUsage in resolvers:"
rg "parseUserTag(Where|MemberWhere|SortedBy)" src/resolvers -A 2 -B 2
Length of output: 8062
src/resolvers/UserTag/usersToAssignTo.ts (4)
12-14: LGTM: Import changes align with filtering requirements
The new imports properly support the added filtering capabilities for userTag queries.
Also applies to: 20-20
43-53: LGTM: Robust parsing and validation implementation
The implementation properly handles the parsing of where arguments and cursor validation.
68-80: LGTM: Well-structured filter implementation
The filter construction properly handles:
- Name-based filtering with
firstNameStartsWithandlastNameStartsWith - Separate filter for total count by excluding
_idfield used for pagination
Line range hint 87-134: LGTM: Well-implemented aggregation pipeline
The aggregation pipeline effectively:
- Joins with TagUser collection to check existing assignments
- Filters out users already assigned to the tag
- Consistently uses
$inoperator forjoinedOrganizationsarray field - Maintains parallel structure between object list and total count queries
src/typeDefs/inputs.ts (3)
445-451: LGTM! The filtering input types are well-structured.
The nested structure of UserTagWhereInput and UserTagNameWhereInput follows GraphQL best practices for complex filtering. The non-nullable starts_with field aligns with the established pattern for search inputs.
453-455: LGTM! The sorting input type provides basic functionality.
The implementation allows sorting by id, providing essential sorting capability.
634-650: LGTM! The user filtering and sorting inputs maintain consistent patterns.
The implementation follows consistent patterns throughout:
- Sorting inputs use the
SortedByOrdertype - Filter inputs use the nested structure for complex queries
- Search fields follow the established non-nullable pattern
schema.graphql (3)
1224-1224: LGTM: Well-structured field signature for userTags
The updated field signature properly implements the GraphQL connection pattern with sorting and filtering capabilities.
1913-1914: LGTM: Comprehensive updates to UserTag type
The changes demonstrate:
- Well-documented new ancestorTags field
- Consistent implementation of sorting and filtering across connection fields
- Appropriate omission of sorting for usersToAssignTo (temporary view)
Also applies to: 1920-1920, 1935-1935, 1941-1941
1868-1870: LGTM: Well-structured input types for filtering and sorting
The input types demonstrate:
- Consistent patterns for filtering (starts_with) and sorting (SortedByOrder)
- Clear separation of concerns between different types of filtering and sorting
- Future extensibility through separate input types
Also applies to: 1944-1946, 1948-1950, 1952-1954, 1956-1959, 1961-1964, 1966-1967
src/types/generatedGraphQLTypes.ts (1)
Line range hint 2998-3075: Inconsistent Definitions and Possible Redundancies in UserTag Related Types
There are multiple definitions and potential redundancies in the UserTag type and its related input types between lines 2998-3075. This includes overlapping functionality and possible confusion in the usage of these types.
Please verify whether all these definitions are necessary and if any can be consolidated to avoid duplication.
There was a problem hiding this comment.
Actionable comments posted: 9
🧹 Outside diff range and nitpick comments (6)
src/utilities/userTagsPaginationUtils/getUserTagGraphQLConnectionSort.ts (1)
4-6: Enhance function documentation.The function's JSDoc comment is incomplete and contains a typo ("logic.a"). Consider adding parameter descriptions and return value documentation.
/** - * This function is used to get an object containing sorting logic.a + * This function generates a sorting configuration object for user tags. + * @param {Object} params - The parameters object + * @param {GraphQLConnectionTraversalDirection} params.direction - The traversal direction + * @param {string} params.sortById - The sort order ("ASCENDING" or "DESCENDING") + * @returns {UserTagGraphQLConnectionSort} An object with _id set to 1 or -1 based on sort configuration */Also applies to: 15-17
src/utilities/userTagsPaginationUtils/getUserTagGraphQLConnectionFilter.ts (1)
31-42: Consider avoiding type assertion.Instead of using type assertion with
as, consider initializing the filter with the common property structure.-const filter = {} as UserTagGraphQLConnectionFilter; +const filter: UserTagGraphQLConnectionFilter = { + name: { + $regex: new RegExp( + `^${nameStartsWith.replace(/[.*+?^${}()|[\]\\]/g, "\\$&")}`, + "i" + ), + }, +};src/resolvers/UserTag/childTags.ts (1)
33-34: Update @see references in documentation.The documentation references outdated function names:
getGraphQLConnectionFiltershould begetUserTagGraphQLConnectionFiltergetGraphQLConnectionSortshould begetUserTagGraphQLConnectionSort- * @see getGraphQLConnectionFilter - The function used to get the common filter object for the GraphQL connection. - * @see getGraphQLConnectionSort - The function used to get the common sort object for the GraphQL connection. + * @see getUserTagGraphQLConnectionFilter - The function used to get the filter object for the UserTag GraphQL connection. + * @see getUserTagGraphQLConnectionSort - The function used to get the sort object for the UserTag GraphQL connection.src/resolvers/Organization/userTags.ts (1)
90-95: Consider adding tests for parent tag filtering logicThe conditional parent tag filtering is well-implemented, but it would benefit from unit tests to verify:
- Root tags are shown by default
- All matching tags (including subtags) are shown when searching
Would you like me to help generate comprehensive test cases for this filtering logic?
tests/utilities/userTagsPaginationUtils.spec.ts (2)
13-44: Consider adding more edge cases to strengthen test coverage.While the current test cases cover the basic scenarios, consider adding tests for:
- Malformed name object (e.g.,
{ name: null })- Invalid regex patterns in name.starts_with (e.g., special characters that could break regex)
Example additional test:
it("returns the failure state if name object is malformed", async () => { const result = await parseUserTagWhere({ name: null, }); expect(result.isSuccessful).toEqual(false); });
102-124: Add explicit tests for each SortedByOrder value.The current tests could be more comprehensive by explicitly testing each possible value of the SortedByOrder enum.
Example additional tests:
it.each([ ["ASCENDING", true], ["DESCENDING", true], ["INVALID_VALUE", false] ])("handles %s sort order and returns isSuccessful as %s", async (order, expected) => { const result = await parseUserTagSortedBy({ id: order as SortedByOrder }); expect(result.isSuccessful).toEqual(expected); });
📜 Review details
Configuration used: .coderabbit.yaml
Review profile: CHILL
📒 Files selected for processing (9)
src/resolvers/Organization/userTags.ts(4 hunks)src/resolvers/UserTag/childTags.ts(5 hunks)src/resolvers/UserTag/usersAssignedTo.ts(3 hunks)src/resolvers/UserTag/usersToAssignTo.ts(4 hunks)src/utilities/userTagsPaginationUtils/getUserTagGraphQLConnectionFilter.ts(1 hunks)src/utilities/userTagsPaginationUtils/getUserTagGraphQLConnectionSort.ts(1 hunks)src/utilities/userTagsPaginationUtils/getUserTagMemberGraphQLConnectionFilter.ts(1 hunks)src/utilities/userTagsPaginationUtils/index.ts(1 hunks)tests/utilities/userTagsPaginationUtils.spec.ts(1 hunks)
🚧 Files skipped from review as they are similar to previous changes (2)
- src/resolvers/UserTag/usersToAssignTo.ts
- src/utilities/userTagsPaginationUtils/index.ts
🧰 Additional context used
📓 Learnings (4)
src/resolvers/UserTag/usersAssignedTo.ts (3)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/resolvers/UserTag/usersToAssignTo.ts:43-43
Timestamp: 2024-11-02T05:06:07.937Z
Learning: In the `usersToAssignTo` resolver in `src/resolvers/UserTag/usersToAssignTo.ts`, error handling for `parseWhereResult` from `parseUserTagMemberWhere` is handled within `parseGraphQLConnectionArgumentsWithWhere`, so explicit error handling is not needed immediately after calling `parseUserTagMemberWhere`.
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/resolvers/User/tagsAssignedWith.ts:87-93
Timestamp: 2024-11-02T05:01:39.724Z
Learning: In the `tagsAssignedWith` resolver in `src/resolvers/User/tagsAssignedWith.ts`, when different filters are applied to the main query and the total count query, it's appropriate to keep them as separate queries rather than combining them into a single aggregation pipeline.
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2612
File: src/resolvers/UserTag/usersToAssignTo.ts:195-219
Timestamp: 2024-10-25T14:22:22.100Z
Learning: In the `getGraphQLConnectionFilter` function in `src/resolvers/UserTag/usersToAssignTo.ts`, the cursor value will always be a valid ObjectId, so adding extra validation for the cursor string format is not required.
src/utilities/userTagsPaginationUtils/getUserTagGraphQLConnectionFilter.ts (1)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts:58-80
Timestamp: 2024-11-02T04:46:35.863Z
Learning: In `src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts`, explicit nested conditionals are preferred for cursor-based filtering logic to enhance code readability.
src/utilities/userTagsPaginationUtils/getUserTagGraphQLConnectionSort.ts (1)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/utilities/graphQLConnection/getUserTagGraphQLConnectionSort.ts:18-44
Timestamp: 2024-11-02T04:22:30.388Z
Learning: When writing functions like `getUserTagGraphQLConnectionSort` in `src/utilities/graphQLConnection/getUserTagGraphQLConnectionSort.ts`, prefer using explicit nested if-else statements for readability over compact logic.
src/utilities/userTagsPaginationUtils/getUserTagMemberGraphQLConnectionFilter.ts (1)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts:58-80
Timestamp: 2024-11-02T04:46:35.863Z
Learning: In `src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts`, explicit nested conditionals are preferred for cursor-based filtering logic to enhance code readability.
🔇 Additional comments (20)
src/utilities/userTagsPaginationUtils/getUserTagGraphQLConnectionSort.ts (2)
1-13: LGTM! Well-structured type definitions.
The type definitions are clear, properly constrained, and follow TypeScript best practices. The union type effectively represents the two possible sort orders.
18-44: LGTM! Clear and maintainable implementation.
The implementation follows the preferred explicit nested if-else structure as mentioned in the learnings, making the logic clear and maintainable. The type safety is well-maintained through proper parameter and return type definitions.
While the logic could be more concise, the current structure prioritizes readability and maintainability, which is the right trade-off.
src/utilities/userTagsPaginationUtils/getUserTagGraphQLConnectionFilter.ts (2)
1-6: LGTM! Clean and well-organized imports.
The type imports are specific and follow TypeScript best practices.
43-72: LGTM! Well-implemented cursor-based pagination.
The implementation:
- Properly escapes regex special characters for safe name matching
- Correctly handles cursor-based pagination with both forward and backward traversal
- Uses explicit nested conditionals for better readability (as per learnings)
- Properly handles the null cursor case
src/utilities/userTagsPaginationUtils/getUserTagMemberGraphQLConnectionFilter.ts (2)
1-6: LGTM! Imports are well-organized and properly typed.
38-89: Verify error handling for invalid cursor values.
The function assumes that new Types.ObjectId(cursor) will always succeed. Consider adding error handling for invalid cursor values.
src/resolvers/UserTag/childTags.ts (4)
5-5: LGTM: Import changes align with the refactoring goals.
The transition from generic to tag-specific utilities improves code organization and maintainability.
Also applies to: 14-19
44-52: LGTM: Well-structured argument parsing implementation.
The implementation properly separates concerns by:
- Parsing where and sortedBy arguments independently
- Combining them with connection arguments
- Maintaining proper error handling
79-84: LGTM: Good practice in total count filtering.
Excluding the _id field from the total count filter is the correct approach as it's only needed for pagination, not for counting.
85-88: LGTM: Clean implementation of sorting and filtering.
The implementation correctly:
- Applies the sort configuration
- Uses consistent filters for both the main query and count
- Maintains proper parent-child relationship via
parentTagId
Also applies to: 92-102
src/resolvers/Organization/userTags.ts (5)
5-5: LGTM: Good modularization of userTag-specific utilities
The change from generic to specialized utilities improves code organization and maintainability.
Also applies to: 14-19
72-84: LGTM: Well-designed filter separation
Good practice to separate listing and counting filters. The comment clearly explains why _id is excluded from the count filter.
85-87: LGTM: Clean sort implementation
The specialized sort utility provides better type safety and clearer intent.
Line range hint 97-112: LGTM: Efficient and consistent query implementation
The queries are well-structured with consistent filter application and efficient parallel execution using Promise.all.
44-57: LGTM: Enhanced argument parsing with proper validation
The specialized parsing functions improve type safety and validation. The error handling remains robust.
Let's verify the new argument parsing utilities are properly implemented:
✅ Verification successful
LGTM: Argument parsing utilities are properly implemented and well-tested
The parsing utilities parseUserTagWhere and parseUserTagSortedBy are correctly implemented with:
- Proper type safety and validation
- Comprehensive error handling for invalid inputs
- Sensible default values for nullish inputs
- Thorough test coverage including edge cases
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check if the parsing utilities are properly implemented
ast-grep --pattern 'export function parseUserTagWhere'
ast-grep --pattern 'export function parseUserTagSortedBy'
Length of output: 116
Script:
#!/bin/bash
# Let's try a broader search for these functions without the 'export' keyword
ast-grep --pattern 'function parseUserTagWhere'
ast-grep --pattern 'function parseUserTagSortedBy'
# Also search using ripgrep for these function names
rg "parseUserTagWhere" -A 5
rg "parseUserTagSortedBy" -A 5
# Let's also check for any files that might contain these functions
fd "userTag.*\.(ts|js)" --type f
Length of output: 11388
Script:
#!/bin/bash
# Let's check the implementation details of these parsing functions
cat src/utilities/userTagsPaginationUtils/parseUserTagWhere.ts
cat src/utilities/userTagsPaginationUtils/parseUserTagSortedBy.ts
# Also check the test coverage to ensure proper validation
cat tests/utilities/userTagsPaginationUtils.spec.ts
Length of output: 12120
src/resolvers/UserTag/usersAssignedTo.ts (3)
8-19: LGTM: Import changes align with new filtering and sorting capabilities.
The changes appropriately replace generic connection utilities with specialized userTag pagination utilities, improving type safety and maintainability.
44-52: LGTM: Robust parsing implementation with proper error handling.
The implementation correctly handles parsing of where and sortedBy arguments, with error handling managed by parseGraphQLConnectionArgumentsWithSortedByAndWhere as confirmed in the learnings.
Line range hint 191-228: LGTM: Robust cursor parsing implementation.
The cursor parsing implementation includes proper validation and error handling. The function correctly verifies the existence of the TagUser document for the given cursor and tag ID.
tests/utilities/userTagsPaginationUtils.spec.ts (2)
1-12: LGTM! Clean and well-organized imports.
The imports are properly structured and include all necessary dependencies.
1-350: Overall excellent test coverage with room for minor improvements.
The test file provides comprehensive coverage of the pagination utilities with well-structured test cases. While the implementation is solid, consider the following improvements:
- Use
test.eachto reduce code duplication in repeated test patterns - Add more edge cases and error handling tests
- Include security-focused test cases for input validation
- Add explicit tests for enum values
These suggestions would further enhance the already robust test suite.
src/utilities/userTagsPaginationUtils/getUserTagGraphQLConnectionFilter.ts
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Actionable comments posted: 3
🧹 Outside diff range and nitpick comments (2)
src/utilities/userTagsPaginationUtils/getUserTagGraphQLConnectionFilter.ts (2)
7-14: Enhance type documentation for better clarity.While the documentation exists, it could be more descriptive by explaining the purpose and usage of the base filter type.
Add more detailed JSDoc comments:
/** - * This is typescript type of the object returned from function `getUserTagGraphQLConnectionFilter`. + * Base filter type for user tag queries that enforces name-based filtering using regular expressions. + * This type serves as the foundation for more specific filter combinations. + * @property name - Object containing regex pattern for name matching */
58-67: Add JSDoc documentation for the helper function.The helper function's purpose and parameters should be documented for better maintainability.
Add JSDoc comments:
+/** + * Determines the appropriate cursor filter operator based on sort order and traversal direction. + * @param cursor - The cursor value to filter from + * @param sortById - The sort order (ASCENDING or DESCENDING) + * @param direction - The traversal direction (FORWARD or BACKWARD) + * @returns An object with either $lt or $gt operator for MongoDB query + */ function getCursorFilter( cursor: string, sortById: "ASCENDING" | "DESCENDING", direction: GraphQLConnectionTraversalDirection, ): { $lt: string } | { $gt: string } {
📜 Review details
Configuration used: .coderabbit.yaml
Review profile: CHILL
📒 Files selected for processing (2)
src/utilities/userTagsPaginationUtils/getUserTagGraphQLConnectionFilter.ts(1 hunks)src/utilities/userTagsPaginationUtils/getUserTagMemberGraphQLConnectionFilter.ts(1 hunks)
🧰 Additional context used
📓 Learnings (2)
src/utilities/userTagsPaginationUtils/getUserTagGraphQLConnectionFilter.ts (1)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts:58-80
Timestamp: 2024-11-02T04:46:35.863Z
Learning: In `src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts`, explicit nested conditionals are preferred for cursor-based filtering logic to enhance code readability.
src/utilities/userTagsPaginationUtils/getUserTagMemberGraphQLConnectionFilter.ts (2)
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2635
File: src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts:58-80
Timestamp: 2024-11-02T04:46:35.863Z
Learning: In `src/utilities/graphQLConnection/getUserTagMemberGraphQLConnectionFilter.ts`, explicit nested conditionals are preferred for cursor-based filtering logic to enhance code readability.
Learnt from: meetulr
PR: PalisadoesFoundation/talawa-api#2612
File: src/resolvers/UserTag/usersToAssignTo.ts:195-219
Timestamp: 2024-10-25T14:22:22.100Z
Learning: In the `getGraphQLConnectionFilter` function in `src/resolvers/UserTag/usersToAssignTo.ts`, the cursor value will always be a valid ObjectId, so adding extra validation for the cursor string format is not required.
src/utilities/userTagsPaginationUtils/getUserTagGraphQLConnectionFilter.ts
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src/utilities/userTagsPaginationUtils/getUserTagMemberGraphQLConnectionFilter.ts
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rishav-jha-mech
merged commit 3f83e44
into
PalisadoesFoundation:develop
What kind of change does this PR introduce?
Adds filtering and sorting for userTag queries, modifies models and schemas, adds new resolvers, and remove unused code.
Issue Number:
Fixes #2630
Did you add tests for your changes?
Yes
Additional Context
talawa-admin issue: PalisadoesFoundation/talawa-admin#2395
Summary by CodeRabbit
New Features
ancestorTagsfunctionality for retrieving the hierarchy of user tags.tagsAssignedWithresolver for retrieving tags associated with a user.Bug Fixes
Tests
tagsAssignedWithresolver andancestorTagsfunctionality.