dev to master - 28-02-24

[kanishq-egov]

Summary by CodeRabbit

• Documentation
  • Added sequence diagrams for various processes in the referral management system.
• New Features
  • Enabled searching by UUID for individual search and included a total count for households.
  • Enhanced project module with date validation and beneficiary tagging.
  • Introduced new model classes for handling HFReferral bulk requests and responses.
  • Improved stock management with additional constraints and enums.
• Refactor
  • Updated validation constraints in model classes for better data handling.
  • Enhanced project staff service with new configurations and utility methods.
• Bug Fixes
  • Resolved issues related to project beneficiary tagging and individual search by UUID.

[coderabbitai]

Walkthrough

The recent updates encompass a significant overhaul in the health service documentation and codebase. The focus lies on the introduction and enhancement of sequence diagrams for various referral management processes, covering HFReferrals, referrals, and side effects in both bulk and individual scenarios. Furthermore, there are notable improvements and additions in the health-services modules, particularly in individual and household services, model validations, and the creation of new classes and enums to streamline data management and service interactions.

Changes

Files	Summary
.../referralmanagement/hfreferral/*.puml .../referralmanagement/referral/*.puml .../referralmanagement/side-effect/*.puml	Introduced sequence diagrams for HFReferral, Referral, and Side Effect processes including bulk operations and single instances.
health-services/household/CHANGELOG.md health-services/individual/CHANGELOG.md .../individual/src/...	Enhanced household and individual services with new features and search capabilities.
.../health-services-models/CHANGELOG.md .../health-services-models/src/main/java/org.egov/...	Updated models with validation changes, new fields, classes like HFReferral*, custom deserializers, and enums.
health-services/project/CHANGELOG.md .../project/src/main/java/org/egov/project/...	Improved project service with new configurations, constants, and validation for project updates.

"In the realm of code and docs, changes abound, 🌟
From diagrams to models, improvements are found. 📈
With each line and update, our services refine,
Ensuring health systems, with efficiency, align. 🏥
So hop along, dear friends, let's embrace the new,
For in this digital garden, growth is ever true. 🐰"
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[coderabbitai]

Review Status

Actionable comments generated: 20

Configuration used: CodeRabbit UI

Commits

Files that changed from the base of the PR and between 1c034e3 and 9a489b0.

Files ignored due to path filters (5)

• build/build-config.yml is excluded by: !**/*.yml
• docs/health-api-specs/contracts/stock.yml is excluded by: !**/*.yml
• health-services/libraries/health-services-models/pom.xml is excluded by: !**/*.xml
• health-services/referralmanagement/pom.xml is excluded by: !**/*.xml
• health-services/stock/pom.xml is excluded by: !**/*.xml

Files selected for processing (85)

• docs/health-api-specs/sequence-diagrams/referralmanagement/hfreferral/bulk_create.puml (1 hunks)
• docs/health-api-specs/sequence-diagrams/referralmanagement/hfreferral/bulk_delete.puml (1 hunks)
• docs/health-api-specs/sequence-diagrams/referralmanagement/hfreferral/bulk_update.puml (1 hunks)
• docs/health-api-specs/sequence-diagrams/referralmanagement/hfreferral/create.puml (1 hunks)
• docs/health-api-specs/sequence-diagrams/referralmanagement/hfreferral/delete.puml (1 hunks)
• docs/health-api-specs/sequence-diagrams/referralmanagement/hfreferral/update.puml (1 hunks)
• docs/health-api-specs/sequence-diagrams/referralmanagement/referral/bulk_create.puml (1 hunks)
• docs/health-api-specs/sequence-diagrams/referralmanagement/referral/bulk_delete.puml (1 hunks)
• docs/health-api-specs/sequence-diagrams/referralmanagement/referral/bulk_update.puml (1 hunks)
• docs/health-api-specs/sequence-diagrams/referralmanagement/referral/create.puml (1 hunks)
• docs/health-api-specs/sequence-diagrams/referralmanagement/referral/delete.puml (1 hunks)
• docs/health-api-specs/sequence-diagrams/referralmanagement/referral/update.puml (1 hunks)
• docs/health-api-specs/sequence-diagrams/referralmanagement/side-effect/bulk_create.puml (1 hunks)
• docs/health-api-specs/sequence-diagrams/referralmanagement/side-effect/bulk_delete.puml (1 hunks)
• docs/health-api-specs/sequence-diagrams/referralmanagement/side-effect/bulk_update.puml (1 hunks)
• docs/health-api-specs/sequence-diagrams/referralmanagement/side-effect/create.puml (1 hunks)
• docs/health-api-specs/sequence-diagrams/referralmanagement/side-effect/delete.puml (1 hunks)
• docs/health-api-specs/sequence-diagrams/referralmanagement/side-effect/update.puml (1 hunks)
• health-services/household/CHANGELOG.md (1 hunks)
• health-services/individual/CHANGELOG.md (1 hunks)
• health-services/individual/src/main/java/org/egov/individual/repository/IndividualRepository.java (1 hunks)
• health-services/individual/src/main/java/org/egov/individual/web/models/IndividualSearch.java (1 hunks)
• health-services/individual/src/test/java/org/egov/individual/helper/IndividualSearchTestBuilder.java (1 hunks)
• health-services/individual/src/test/java/org/egov/individual/repository/IndividualRepositoryTest.java (2 hunks)
• health-services/libraries/health-services-models/CHANGELOG.md (1 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/core/validator/CustomIntegerDeserializer.java (1 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/facility/Field.java (3 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/household/Field.java (3 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/household/HouseholdSearch.java (1 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/individual/Field.java (3 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/individual/IndividualSearch.java (1 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/product/Field.java (3 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/project/Field.java (3 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/project/ProjectStaffSearch.java (1 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/referralmanagement/hfreferral/HFReferral.java (1 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/referralmanagement/hfreferral/HFReferralBulkRequest.java (1 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/referralmanagement/hfreferral/HFReferralBulkResponse.java (1 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/referralmanagement/hfreferral/HFReferralRequest.java (1 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/referralmanagement/hfreferral/HFReferralResponse.java (1 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/referralmanagement/hfreferral/HFReferralSearch.java (1 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/referralmanagement/hfreferral/HFReferralSearchRequest.java (1 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/stock/Field.java (3 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/stock/ReferenceIdType.java (1 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/stock/SenderReceiverType.java (1 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/stock/Stock.java (3 hunks)
• health-services/project/CHANGELOG.md (1 hunks)
• health-services/project/src/main/java/org/egov/project/config/ProjectConfiguration.java (1 hunks)
• health-services/project/src/main/java/org/egov/project/service/ProjectStaffService.java (5 hunks)
• health-services/project/src/main/java/org/egov/project/util/MDMSUtils.java (4 hunks)
• health-services/project/src/main/java/org/egov/project/util/ProjectConstants.java (2 hunks)
• health-services/project/src/main/java/org/egov/project/validator/beneficiary/PbVoucherTagUniqueForUpdateValidator.java (3 hunks)
• health-services/project/src/main/java/org/egov/project/validator/project/ProjectValidator.java (10 hunks)
• health-services/project/src/main/java/org/egov/project/web/models/ProjectStaffSearch.java (1 hunks)
• health-services/project/src/main/resources/application.properties (1 hunks)
• health-services/project/src/test/java/org/egov/project/service/ProjectStaffServiceSearchTest.java (1 hunks)
• health-services/referralmanagement/CHANGELOG.md (1 hunks)
• health-services/referralmanagement/src/main/java/org/egov/referralmanagement/Constants.java (1 hunks)
• health-services/referralmanagement/src/main/java/org/egov/referralmanagement/config/ReferralManagementConfiguration.java (1 hunks)
• health-services/referralmanagement/src/main/java/org/egov/referralmanagement/consumer/HFReferralConsumer.java (1 hunks)
• health-services/referralmanagement/src/main/java/org/egov/referralmanagement/repository/HFReferralRepository.java (1 hunks)
• health-services/referralmanagement/src/main/java/org/egov/referralmanagement/repository/rowmapper/HFReferralRowMapper.java (1 hunks)
• health-services/referralmanagement/src/main/java/org/egov/referralmanagement/service/DownsyncService.java (10 hunks)
• health-services/referralmanagement/src/main/java/org/egov/referralmanagement/service/HFReferralService.java (1 hunks)
• health-services/referralmanagement/src/main/java/org/egov/referralmanagement/service/enrichment/HFReferralEnrichmentService.java (1 hunks)
• health-services/referralmanagement/src/main/java/org/egov/referralmanagement/validator/hfreferral/HfrIsDeletedValidator.java (1 hunks)
• health-services/referralmanagement/src/main/java/org/egov/referralmanagement/validator/hfreferral/HfrNonExistentEntityValidator.java (1 hunks)
• health-services/referralmanagement/src/main/java/org/egov/referralmanagement/validator/hfreferral/HfrNullIdValidator.java (1 hunks)
• health-services/referralmanagement/src/main/java/org/egov/referralmanagement/validator/hfreferral/HfrProjectFacilityIdValidator.java (1 hunks)
• health-services/referralmanagement/src/main/java/org/egov/referralmanagement/validator/hfreferral/HfrProjectIdValidator.java (1 hunks)
• health-services/referralmanagement/src/main/java/org/egov/referralmanagement/validator/hfreferral/HfrRowVersionValidator.java (1 hunks)
• health-services/referralmanagement/src/main/java/org/egov/referralmanagement/validator/hfreferral/HfrUniqueEntityValidator.java (1 hunks)
• health-services/referralmanagement/src/main/java/org/egov/referralmanagement/web/controllers/HFReferralApiController.java (1 hunks)
• health-services/referralmanagement/src/main/resources/application.properties (2 hunks)
• health-services/referralmanagement/src/main/resources/db/migration/main/V20231214113400__hf_referral_create_ddl.sql (1 hunks)
• health-services/referralmanagement/src/main/resources/db/migration/main/V20240103142200__hf_referral_project_facility_rename_ddl.sql (1 hunks)
• health-services/stock/CHANGELOG.md (1 hunks)
• health-services/stock/src/main/java/org/egov/stock/config/MainConfiguration.java (2 hunks)
• health-services/stock/src/main/java/org/egov/stock/repository/rowmapper/StockRowMapper.java (3 hunks)
• health-services/stock/src/main/java/org/egov/stock/service/FacilityService.java (2 hunks)
• health-services/stock/src/main/java/org/egov/stock/service/StockService.java (3 hunks)
• health-services/stock/src/main/java/org/egov/stock/util/ValidatorUtil.java (8 hunks)
• health-services/stock/src/main/java/org/egov/stock/validator/stock/SReferenceIdValidator.java (2 hunks)
• health-services/stock/src/main/java/org/egov/stock/validator/stock/SSenderIdReceiverIdEqualsValidator.java (1 hunks)
• health-services/stock/src/test/java/org/egov/stock/TestConfiguration.java (2 hunks)
• health-services/stock/src/test/java/org/egov/stock/helper/StockTestBuilder.java (2 hunks)

Files skipped from review due to trivial changes (2)

• health-services/referralmanagement/CHANGELOG.md
• health-services/referralmanagement/src/main/resources/db/migration/main/V20240103142200__hf_referral_project_facility_rename_ddl.sql

Additional comments: 89

health-services/individual/CHANGELOG.md (1)

• 3-5: The changelog update clearly documents the addition of the ability to search by UUID for individual search in version 1.1.3. This entry is concise and follows the standard format for changelog documentation.

health-services/household/CHANGELOG.md (1)

• 3-6: The changelog update clearly documents the addition of a total count for households and a new field for HouseholdMember named clientReferenceId in version 1.1.1. These entries are concise and follow the standard format for changelog documentation.

health-services/project/CHANGELOG.md (1)

• 3-6: The changelog update clearly documents the addition of validation for updating project start and end dates, and a new tag in project beneficiary in version 1.1.1. These entries are concise and follow the standard format for changelog documentation.

health-services/stock/CHANGELOG.md (1)

• 3-8: The changelog update clearly documents the enhancements to inventory flow with sender id and receiver id added in version 1.1.2, and the introduction of QR code for last mile delivery in version 1.1.1. These entries are concise and follow the standard format for changelog documentation.

health-services/libraries/health-services-models/CHANGELOG.md (1)

• 3-10: The changelog update clearly documents several changes across different versions, including the change of staffId to a list in version 1.0.19, adding user UUID in individual search in version 1.0.18, and adding client reference ID for household members in version 1.0.11. These entries are concise and follow the standard format for changelog documentation.

health-services/referralmanagement/src/main/java/org/egov/referralmanagement/Constants.java (1)

• 8-9: The addition of the constants SET_HF_REFERRALS and GET_HF_REFERRALS to the Constants interface is appropriate and follows the naming convention used for other constants in the interface, clearly indicating their purpose related to handling health facility referrals.

health-services/project/src/main/java/org/egov/project/web/models/ProjectStaffSearch.java (1)

• 40-40: The change from a single String staffId to a List<String> implies that the search functionality now supports querying by multiple staff IDs. Ensure that all parts of the system interacting with this class are updated accordingly to handle lists instead of single strings. This change could significantly impact how search results are processed and returned.

health-services/libraries/health-services-models/src/main/java/org/egov/common/models/referralmanagement/hfreferral/HFReferralBulkRequest.java (1)

• 1-46: The implementation of HFReferralBulkRequest class with validation annotations and a method for adding HFReferral items is well-done. The use of @NotNull, @Valid, and @Size(min = 1) annotations ensures data integrity and that the bulk request contains at least one referral. The null checks in addHFReferralItem method are a good practice to prevent potential NullPointerException.

health-services/stock/src/test/java/org/egov/stock/helper/StockTestBuilder.java (1)

• 4-5: The introduction of ReferenceIdType and SenderReceiverType enums and their usage in the StockTestBuilder class enhances type safety and clarity in the stock management functionality. The adjustments in method chaining for quantity and rowVersion are also noted as improvements for consistency. Good job on these enhancements.

Also applies to: 31-40

health-services/stock/src/main/java/org/egov/stock/validator/stock/SSenderIdReceiverIdEqualsValidator.java (3)

• 25-25: The class SSenderIdReceiverIdEqualsValidator correctly implements the Validator interface for StockBulkRequest and Stock, focusing on ensuring senderId and receiverId are not equal. This is a crucial validation step to prevent logical errors in stock transactions.
• 33-61: The validate method efficiently iterates through each Stock entity in the provided StockBulkRequest, checking if senderId and receiverId are equal. If they are equal, it correctly identifies the entity as invalid, creates an appropriate error object, and populates the error details map. This method is well-structured and follows best practices for error handling and logging.
• 69-73: The helper method areSenderAndReceiverEqual is concise and effectively checks if senderId and receiverId are equal, considering null checks for both IDs. This method enhances the readability and maintainability of the validation logic.

health-services/libraries/health-services-models/src/main/java/org/egov/common/models/stock/Stock.java (4)

• 54-55: Adding @Min and @Max constraints to the quantity field ensures that the quantity cannot be less than 1 and does not exceed the maximum integer value. This is a good practice for maintaining data integrity and preventing unrealistic values.
• 63-65: Changing referenceIdType from String to ReferenceIdType with @NotNull and @Valid annotations ensures that only valid enum values are accepted, enhancing type safety and data integrity.
• 69-69: Adding a @NotNull constraint to transactionType ensures that this field cannot be null, which is crucial for maintaining the consistency and integrity of stock transactions.
• 83-85: Changing senderType and receiverType from String to SenderReceiverType with specific message constraints ensures that only valid enum values are accepted, enhancing type safety and data integrity.

health-services/referralmanagement/src/main/java/org/egov/referralmanagement/validator/hfreferral/HfrRowVersionValidator.java (2)

• 38-38: The class HfrRowVersionValidator correctly implements the Validator interface for HFReferralBulkRequest and HFReferral, focusing on validating row version mismatches. This is an important validation step to ensure data consistency during bulk updates.
• 53-72: The validate method effectively identifies HFReferral entities with row version mismatches by comparing the versions of entities in the request with those in the database. It uses a well-structured approach to fetch existing referrals, compare row versions, and populate the error details map for mismatches. This method follows best practices for error handling and logging.

health-services/referralmanagement/src/main/java/org/egov/referralmanagement/config/ReferralManagementConfiguration.java (1)

• 64-90: The addition of configuration properties for HFReferral Kafka topics (createHFReferralTopic, updateHFReferralTopic, deleteHFReferralTopic, createHFReferralBulkTopic, updateHFReferralBulkTopic, deleteHFReferralBulkTopic) and project search URLs (projectFacilitySearchUrl, projectSearchUrl) is well-implemented. These properties are essential for supporting the new functionality related to HFReferrals and project management within the referral management system.

health-services/stock/src/main/java/org/egov/stock/repository/rowmapper/StockRowMapper.java (1)

• 47-66: > 📝 NOTE

This review was outside the diff hunks and was mapped to the diff hunk with the greatest overlap. Original lines [38-63]

The updates to StockRowMapper to handle ReferenceIdType and SenderReceiverType enums for referenceIdType, senderType, and receiverType fields, as well as handling dateOfEntry as nullable, are correctly implemented. These changes ensure that the Stock entity is accurately mapped from database results, enhancing type safety and data integrity.

docs/health-api-specs/sequence-diagrams/referralmanagement/referral/delete.puml (1)

• 1-124: The sequence diagram for the referral deletion process accurately represents the workflow, including request validation, error handling, and asynchronous processing through Kafka and Elasticsearch. It provides a clear visual representation of the interactions between components in the referral deletion process.

docs/health-api-specs/sequence-diagrams/referralmanagement/side-effect/delete.puml (1)

• 1-123: The sequence diagram for the side effect deletion process accurately represents the workflow, including request validation, error handling, and asynchronous processing. It provides a clear visual representation of the interactions between components in the side effect deletion process.

health-services/referralmanagement/src/main/java/org/egov/referralmanagement/validator/hfreferral/HfrNonExistentEntityValidator.java (2)

• 39-39: The class HfrNonExistentEntityValidator correctly implements the Validator interface for HFReferralBulkRequest and HFReferral, focusing on validating the existence of referred entities. This is an important validation step to ensure that referred entities exist before processing referrals.
• 57-78: The validate method effectively identifies HFReferral entities referring to non-existent entities by comparing the entities in the request with those in the database. It uses a well-structured approach to fetch existing referrals, check for non-existent referrals, and populate the error details map for non-existent entities. This method follows best practices for error handling and logging.

docs/health-api-specs/sequence-diagrams/referralmanagement/hfreferral/create.puml (6)

• 1-3: The title and theme setup are correctly defined, ensuring clarity and visual appeal for the diagram.
• 4-14: All necessary participants for the HFReferral creation process are correctly declared, ensuring a comprehensive representation of the system components involved.
• 16-41: The initial request validation and error handling for request validation failures are well-documented, including the use of an error topic for unrecoverable errors requiring manual intervention. This ensures robust error handling and clear documentation of failure paths.
• 42-83: The diagram effectively handles scenarios where the record already exists, both in cache and database, and returns an appropriate error code. This prevents duplicate entries and ensures data integrity.
• 84-105: The validation for project and projectFacility IDs is clearly outlined, including checks for existence and handling of invalid IDs with appropriate error codes. This ensures dependencies are correctly managed and errors are clearly communicated.
• 106-134: The successful creation path, including caching and asynchronous processing via Kafka, is well-documented. This shows a clear flow from data validation to persistence and indexing, ensuring a comprehensive understanding of the creation process.

docs/health-api-specs/sequence-diagrams/referralmanagement/side-effect/bulk_delete.puml (5)

• 1-3: The title and theme setup are correctly defined, ensuring clarity and visual appeal for the diagram.
• 4-16: All necessary participants for the Side Effect bulk delete process are correctly declared, ensuring a comprehensive representation of the system components involved.
• 18-43: The initial request validation and error handling for request validation failures are well-documented, including the use of an error topic for unrecoverable errors requiring manual intervention. This ensures robust error handling and clear documentation of failure paths.
• 44-122: The loop for handling each side-effect deletion, including null ID checks, record existence validation, and error handling for non-existent records, is clearly outlined. This ensures that each side effect is properly validated and handled before deletion, maintaining data integrity.
• 123-123: The successful deletion path, including asynchronous processing via Kafka, is well-documented. This shows a clear flow from data validation to persistence and indexing, ensuring a comprehensive understanding of the bulk deletion process.

docs/health-api-specs/sequence-diagrams/referralmanagement/side-effect/create.puml (5)

• 1-3: The title and theme setup are correctly defined, ensuring clarity and visual appeal for the diagram.
• 4-16: All necessary participants for the Side Effect create process are correctly declared, ensuring a comprehensive representation of the system components involved.
• 18-43: The initial request validation and error handling for request validation failures are well-documented, including the use of an error topic for unrecoverable errors requiring manual intervention. This ensures robust error handling and clear documentation of failure paths.
• 44-107: The diagram effectively handles scenarios where the record already exists, both in cache and database, and returns an appropriate error code. Additionally, it includes validation for projectTaskId and projectBeneficiaryId, ensuring dependencies are correctly managed and errors are clearly communicated.
• 108-137: The successful creation path, including caching and asynchronous processing via Kafka, is well-documented. This shows a clear flow from data validation to persistence and indexing, ensuring a comprehensive understanding of the creation process.

health-services/stock/src/main/java/org/egov/stock/config/MainConfiguration.java (1)

• 47-52: The update to the objectMapper bean to include a custom deserializer for Integer using SimpleModule and CustomIntegerDeserializer is a good practice for handling specific deserialization needs. This ensures that integers are deserialized in a manner that is consistent with the application's requirements, potentially handling issues like number format exceptions more gracefully.

docs/health-api-specs/sequence-diagrams/referralmanagement/referral/bulk_delete.puml (4)

• 1-3: The title and theme setup are correctly defined, ensuring clarity and visual appeal for the diagram.
• 4-17: All necessary participants for the Referral bulk delete process are correctly declared, ensuring a comprehensive representation of the system components involved.
• 19-44: The initial request validation and error handling for request validation failures are well-documented, including the use of an error topic for unrecoverable errors requiring manual intervention. This ensures robust error handling and clear documentation of failure paths.
• 45-131: The loop for handling each referral deletion, including null ID checks, record existence validation, and error handling for non-existent records, is clearly outlined. Additionally, the diagram includes handling for duplicate entries and incorrect rowVersion, ensuring that data integrity is maintained throughout the bulk deletion process.

docs/health-api-specs/sequence-diagrams/referralmanagement/hfreferral/delete.puml (4)

• 1-3: The title and theme setup are correctly defined, ensuring clarity and visual appeal for the diagram.
• 4-17: All necessary participants for the HFReferral delete process are correctly declared, ensuring a comprehensive representation of the system components involved.
• 19-44: The initial request validation and error handling for request validation failures are well-documented, including the use of an error topic for unrecoverable errors requiring manual intervention. This ensures robust error handling and clear documentation of failure paths.
• 45-141: The diagram effectively handles scenarios where the HFReferral ID is null, the record does not exist, or the rowVersion is incorrect, and returns appropriate error codes for each scenario. This ensures data integrity and clear communication of errors. Additionally, the successful deletion path, including caching and asynchronous processing via Kafka, is well-documented, showing a clear flow from data validation to persistence and indexing.

docs/health-api-specs/sequence-diagrams/referralmanagement/hfreferral/bulk_create.puml (1)

• 1-140: The sequence diagram for HFReferral - Bulk Create provides a clear and detailed representation of the process flow. It correctly outlines interactions between components such as the client, ReferralManagement, RedisCache, Kafka, PersisterService, IndexerService, ErrorService, ElasticSearch, and the database. The use of alternative paths for error handling and validation failures is well-represented. Ensure that all components and interactions depicted in the diagram accurately reflect the current system architecture and business logic.

docs/health-api-specs/sequence-diagrams/referralmanagement/side-effect/bulk_create.puml (1)

• 1-141: The sequence diagram for Side Effect - Bulk Create provides a clear and detailed representation of the process flow for handling bulk creation of side effects. It correctly outlines interactions between components such as the client, ReferralManagement, RedisCache, Kafka, PersisterService, IndexerService, ErrorService, ElasticSearch, and the database. The use of alternative paths for error handling, validation failures, and checks for projectTaskId and projectBeneficiaryId are well-represented. Ensure that all components and interactions depicted in the diagram accurately reflect the current system architecture and business logic for handling side effects.

docs/health-api-specs/sequence-diagrams/referralmanagement/hfreferral/bulk_delete.puml (1)

• 1-153: The sequence diagram for HFReferral - Bulk Delete provides a clear and detailed representation of the process flow for handling bulk deletion of HFReferrals. It correctly outlines interactions between components such as the client, ReferralManagement, RedisCache, Kafka, PersisterService, IndexerService, ErrorService, ElasticSearch, and the database. The use of alternative paths for error handling, validation failures, and checks for record existence are well-represented. Ensure that all components and interactions depicted in the diagram accurately reflect the current system architecture and business logic for handling bulk deletions.

docs/health-api-specs/sequence-diagrams/referralmanagement/side-effect/update.puml (1)

• 1-175: The sequence diagram for Side Effect - Update provides a clear and detailed representation of the process flow for updating side effects. It correctly outlines interactions between components such as the client, ReferralManagement, RedisCache, Kafka, PersisterService, IndexerService, ErrorService, ElasticSearch, and the database. The use of alternative paths for error handling, validation failures, and checks for projectTaskId and projectBeneficiaryId are well-represented. Ensure that all components and interactions depicted in the diagram accurately reflect the current system architecture and business logic for updating side effects.

health-services/project/src/test/java/org/egov/project/service/ProjectStaffServiceSearchTest.java (1)

• 53-53: The modification to assign a list of staff IDs (Collections.singletonList("some-user-id")) in the ProjectStaffSearch object creation aligns with supporting searches by multiple staff IDs. Ensure that the service and repository layers have been updated accordingly to handle lists of staff IDs effectively. This change enhances the flexibility of the search functionality.

health-services/referralmanagement/src/main/java/org/egov/referralmanagement/consumer/HFReferralConsumer.java (1)

• 1-110: The implementation of Kafka listeners in HFReferralConsumer.java for handling bulk create, update, and delete operations for HFReferrals is well-structured and follows best practices. Each method correctly processes the Kafka message payload, invokes the corresponding service method for bulk operations, and includes robust error handling and logging. Ensure that the Kafka topic names are correctly configured in the application properties and that the HFReferralService methods are designed to support these bulk operations effectively.

docs/health-api-specs/sequence-diagrams/referralmanagement/side-effect/bulk_update.puml (1)

• 1-177: The sequence diagram for Side Effect - Bulk Update provides a comprehensive view of the process, including request validation, error handling, and data persistence. It's crucial to ensure that all components involved (e.g., RedisCache, Kafka, Database) are correctly integrated and that the error handling process is robust, especially for unrecoverable errors requiring manual intervention. Additionally, consider adding more details on how the bulk update operation is performed in the database and how individual records are handled in case of partial failures.

health-services/project/src/main/java/org/egov/project/config/ProjectConfiguration.java (1)

• 186-187: The addition of the projectStaffAttendanceTopic field in ProjectConfiguration is correctly annotated with @Value to inject the property value. Ensure that the corresponding property ${project.staff.attendance.topic} is defined in the application's properties file to avoid issues during runtime.

health-services/referralmanagement/src/main/resources/application.properties (1)

• 122-135: > 📝 NOTE

This review was outside the diff hunks and was mapped to the diff hunk with the greatest overlap. Original lines [100-131]

The addition of new properties related to project service URLs and Kafka topics for HF referral management is crucial for supporting the enhanced functionalities in referral management. Ensure that these URLs and topics are correctly configured in the environment where the application is deployed. Additionally, verify that the Kafka topics are created and accessible by the application to avoid runtime issues.

docs/health-api-specs/sequence-diagrams/referralmanagement/referral/create.puml (1)

• 1-201: The sequence diagram for Referral - Create provides a detailed view of the process, including request validation, error handling, and data persistence. It's important to ensure that all components involved (e.g., UserService, FacilityService, RedisCache, Kafka, Database) are correctly integrated and that the error handling process is robust, especially for dependency errors and record existence checks. Additionally, consider adding more details on how the create operation is performed in the database and how the system handles cases where the recipient type affects the validation flow.

docs/health-api-specs/sequence-diagrams/referralmanagement/hfreferral/update.puml (1)

• 1-195: The sequence diagram for HFReferral - Update provides a comprehensive view of the process, including request validation, error handling, and data persistence. It's crucial to ensure that all components involved (e.g., ProjectService, RedisCache, Kafka, Database) are correctly integrated and that the error handling process is robust, especially for dependency errors and rowVersion checks. Additionally, consider adding more details on how the update operation is performed in the database, particularly how conflicts with rowVersion are handled to ensure data consistency.

health-services/stock/src/main/java/org/egov/stock/service/FacilityService.java (2)

• 101-101: Using the SenderReceiverType enum for comparison instead of string literals enhances type safety and readability. This is a good practice as it avoids potential errors due to typos and makes the code more maintainable.
• 104-104: Similarly, using the SenderReceiverType enum for the receiver type comparison is a good practice for the same reasons mentioned earlier. It improves code maintainability and readability.

health-services/project/src/main/resources/application.properties (1)

• 168-168: The addition of the project.staff.attendance.topic configuration key for Kafka topics related to staff attendance is a clear and descriptive way to manage application settings. Ensure that the topic name aligns with the naming conventions used across your Kafka topics for consistency.

health-services/project/src/main/java/org/egov/project/util/MDMSUtils.java (2)

• 22-28: The addition of imports for classes and the new constant MDMS_HCM_ATTENDANCE_MODULE_NAME are appropriate for the functionality being introduced. It's good practice to keep constants centralized for easier management and modification.
• 130-143: The implementation of getAttendanceModuleRequestData method to retrieve attendance module details is a good addition. It follows the established pattern for fetching module details from MDMS. Ensure that the MASTER_ATTENDANCE_SESSION constant is correctly defined and used within your MDMS configuration.

docs/health-api-specs/sequence-diagrams/referralmanagement/referral/bulk_create.puml (1)

• 1-204: The sequence diagram for the Referral - Bulk Create process is comprehensive and clearly outlines the interactions between components such as Client, ReferralManagement, FacilityService, and others. It includes validation steps, error handling, and asynchronous processing which are crucial for understanding the flow. Ensure that all components and interactions are accurately represented according to the system's architecture and that the diagram is updated if the process changes.

health-services/referralmanagement/src/main/java/org/egov/referralmanagement/validator/hfreferral/HfrProjectIdValidator.java (3)

• 52-68: The implementation of the validate method in HfrProjectIdValidator is well-structured, grouping HFReferrals by tenantId and validating project existence for each group. This approach is efficient and ensures that validation is performed in a tenant-specific manner. Ensure that error handling is robust and that all possible error conditions are accounted for.
• 76-108: The getExistingProjects method fetches existing projects from the Project Service based on their IDs. This method is crucial for the validation process. Ensure that the service endpoint used is reliable and that error handling within this method is sufficient to catch and report any issues encountered during the fetch operation.
• 112-130: The validateAndPopulateErrors method correctly filters out invalid entities and populates the error map. This is a key part of the validation process, ensuring that errors are reported back to the caller. It's important to ensure that the error messages provided are clear and informative to aid in debugging and correction of data issues.

docs/health-api-specs/sequence-diagrams/referralmanagement/referral/update.puml (1)

• 1-237: The sequence diagram for the referral update process is comprehensive and outlines the interactions between various components effectively. It includes detailed steps for request validation, error handling, and dependency checks. Ensure that all services and components involved in the process are up-to-date and accurately represented. Additionally, verify that the error codes and conditions used throughout the diagram are consistent with the system's error handling conventions.

docs/health-api-specs/sequence-diagrams/referralmanagement/hfreferral/bulk_update.puml (1)

• 1-205: The sequence diagram for the HFReferral bulk update process is well-detailed, capturing the bulk operation's nuances. It effectively illustrates the interactions for bulk updates, including request validation, error handling, and dependency checks. Ensure the diagram reflects the latest system architecture and error handling conventions, especially considering the bulk nature of the operations. Additionally, confirm that the async processes and error topics are correctly configured to handle bulk data efficiently.

health-services/referralmanagement/src/main/java/org/egov/referralmanagement/validator/hfreferral/HfrProjectFacilityIdValidator.java (1)

• 1-134: The HfrProjectFacilityIdValidator class is well-structured and follows good practices in implementing the validation logic for ProjectFacility entities in HFReferral objects. A few recommendations for improvement:

• Ensure that the error handling within getExistingProjects method is comprehensive and provides enough context for debugging in case of failures.
• Consider optimizing the process of fetching existing projects if the list of project facility IDs becomes large, to avoid potential performance issues.
• Verify that the serviceRequestClient.fetchResult method handles timeouts and other network-related exceptions gracefully.

Overall, the class implements the required validation logic effectively. Ensure that unit tests cover various scenarios, including success, failure, and edge cases.

health-services/individual/src/test/java/org/egov/individual/repository/IndividualRepositoryTest.java (2)

• 91-91: The addition of .byUserUUID() in the test case shouldFindOtherParamsFromDbAndReturnAllTheDependentEntitiesAsWellIfPresent is appropriate and extends the test coverage to include scenarios where user UUID is part of the search criteria. Ensure that the corresponding mock setups and assertions are updated to reflect this new search parameter.
• 149-149: Similarly, the inclusion of .byUserUUID() in the test case shouldFindOtherParamsAndIdentifierFromDbAndReturnAllTheDependentEntitiesAsWellIfPresent is relevant and enhances the test's comprehensiveness. Verify that the test accurately reflects the behavior of the IndividualRepository when filtering by user UUID, alongside other parameters and identifiers.

docs/health-api-specs/sequence-diagrams/referralmanagement/referral/bulk_update.puml (1)

• 1-18: The sequence diagram starts correctly with the definition of the title, theme, participants, and components involved in the bulk update process. This setup is clear and well-organized, providing a good overview of the entities involved.

health-services/referralmanagement/src/main/java/org/egov/referralmanagement/repository/HFReferralRepository.java (1)

• 33-55: The class definition and constructor are correctly set up, with appropriate dependency injection for required components like Producer, NamedParameterJdbcTemplate, RedisTemplate, SelectQueryBuilder, and HFReferralRowMapper. This setup facilitates the repository's operations and interactions with the database and cache.

health-services/project/src/main/java/org/egov/project/validator/beneficiary/PbVoucherTagUniqueForUpdateValidator.java (1)

• 25-25: The addition of author information enhances the documentation and provides clarity on the ownership and maintenance of the code. This is a good practice for code maintainability.

health-services/stock/src/main/java/org/egov/stock/service/StockService.java (3)

• 34-40: > 📝 NOTE

This review was outside the diff hunks and was mapped to the diff hunk with the greatest overlap. Original lines [37-61]

The inclusion of the SSenderIdReceiverIdEqualsValidator in the predicate for applicability in create operations is a significant enhancement. It ensures that sender and receiver IDs are validated for equality, which is crucial for certain stock operations. This addition strengthens the validation logic and prevents potential data inconsistencies.

• 73-73: Similarly, the addition of the SSenderIdReceiverIdEqualsValidator in the predicate for applicability in update operations is commendable. It ensures that the validation for sender and receiver ID equality is also applied during updates, maintaining consistency and data integrity throughout the lifecycle of stock entities.
• 78-79: The decision not to include the SSenderIdReceiverIdEqualsValidator in the predicate for applicability in delete operations is appropriate. Since delete operations may not require the same level of validation for sender and receiver IDs, excluding this validator from the delete flow helps optimize performance and maintain focus on relevant validations.

health-services/referralmanagement/src/main/java/org/egov/referralmanagement/web/controllers/HFReferralApiController.java (3)

• 89-97: The bulk creation endpoint referralBulkV1CreatePost correctly handles bulk operations. However, setting the API ID in the request info (request.getRequestInfo().setApiId(httpServletRequest.getRequestURI());) might not be necessary or could be misleading if the API ID is meant to be a static identifier for the API. Verify the intention behind setting the API ID dynamically based on the request URI and ensure it aligns with the overall design and usage of API IDs in the system.
• 151-158: The bulk update endpoint referralV1BulkUpdatePost follows the same pattern as the bulk create endpoint. Ensure that the dynamic setting of the API ID is intentional and consistent with the system's design. Additionally, consider the response status code used and whether it accurately reflects the operation's nature.
• 185-192: The bulk delete endpoint referralV1BulkDeletePost correctly implements the bulk deletion functionality. As with other bulk operations, verify the dynamic setting of the API ID. Additionally, consider the response status code used, especially if the operation does not return any content upon successful deletion.

health-services/individual/src/main/java/org/egov/individual/repository/IndividualRepository.java (1)

• 273-276: The addition of the userUuid condition in the getQueryForIndividual method enhances the query's flexibility by allowing searches based on userUuid. This change is consistent with the PR's objectives to improve search capabilities and data handling. However, ensure that userUuid values are properly sanitized before this point to prevent SQL injection vulnerabilities. Additionally, consider indexing the userUuid column in the database if it's frequently used in queries to improve performance.

health-services/project/src/main/java/org/egov/project/validator/project/ProjectValidator.java (5)

• 1-17: > 📝 NOTE

This review was outside the diff hunks and was mapped to the diff hunk with the greatest overlap. Original lines [3-38]

The addition of imports for java.time, com.fasterxml.jackson.databind, and the new constant MDMS_HCM_ATTENDANCE_MODULE_NAME are appropriate for the new functionalities introduced in this class. Ensure that these imports are used effectively throughout the class and that there are no unused imports to maintain code cleanliness.

• 54-56: The addition of the ObjectMapper field with the @Autowired annotation is a good practice for dependency injection, promoting decoupling and easier testing. However, ensure that the @Qualifier("objectMapper") is correctly configured in the Spring context to inject the intended ObjectMapper bean, as multiple beans of the same type might exist.
• 74-74: The method validateAttendanceSessionAgainstMDMS is correctly called within validateCreateProjectRequest to include new validation logic for attendance sessions. This integration ensures that the validation process is comprehensive and considers the newly introduced attendance session requirements.
• 322-365: The method validateAttendanceSessionAgainstMDMS introduces new logic to validate attendance sessions against MDMS data. While the approach is generally correct, there are a few points to consider:

• Ensure that the MDMS data retrieval (mdmsUtils.mDMSCall) is efficient and does not introduce performance bottlenecks, especially in bulk operations.
• The use of JsonPath.read for parsing MDMS data is appropriate, but ensure proper error handling for JSON parsing exceptions.
• The validation logic for numberOfSessions against the MDMS response is crucial for data integrity. However, consider adding more detailed error messages to help debug issues more effectively.

• 440-496: > 📝 NOTE

This review was outside the diff hunks and was mapped to the diff hunk with the greatest overlap. Original lines [414-492]

The methods validateStartDateAndEndDateAgainstDB and the logic for validating start and end dates against the current timestamp and next date are well-integrated. However, consider the following:

• Ensure that the logic for calculating nextDateTimestampUTC is accurate and accounts for time zone differences appropriately.
• The error handling and messaging are clear, but ensure that these validations are thoroughly tested, especially the edge cases around the current timestamp and next date calculations.

[coderabbitai]

The method referralV1CreatePost correctly implements the creation of a single HFReferral. It uses appropriate annotations and validation. The response status HttpStatus.ACCEPTED is used, which implies that the request has been accepted for processing but the processing has not been completed. This is typically used for asynchronous processing. If the creation of HFReferral is synchronous and immediate, consider using HttpStatus.CREATED for a more accurate status code.

- return ResponseEntity.status(HttpStatus.ACCEPTED).body(response);
+ return ResponseEntity.status(HttpStatus.CREATED).body(response);

---

Committable suggestion

‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation.

Suggested change

	@RequestMapping(value = "/v1/_create", method = RequestMethod.POST)
	public ResponseEntity<HFReferralResponse> referralV1CreatePost(@ApiParam(value = "Capture details of HFReferral", required = true) @Valid @RequestBody HFReferralRequest request) {
	HFReferral hfReferral = hfReferralService.create(request);
	HFReferralResponse response = HFReferralResponse.builder()
	.hfReferral(hfReferral)
	.responseInfo(ResponseInfoFactory
	.createResponseInfo(request.getRequestInfo(), true))
	.build();
	return ResponseEntity.status(HttpStatus.ACCEPTED).body(response);
	}
	@RequestMapping(value = "/v1/_create", method = RequestMethod.POST)
	public ResponseEntity<HFReferralResponse> referralV1CreatePost(@ApiParam(value = "Capture details of HFReferral", required = true) @Valid @RequestBody HFReferralRequest request) {
	HFReferral hfReferral = hfReferralService.create(request);
	HFReferralResponse response = HFReferralResponse.builder()
	.hfReferral(hfReferral)
	.responseInfo(ResponseInfoFactory
	.createResponseInfo(request.getRequestInfo(), true))
	.build();
	return ResponseEntity.status(HttpStatus.CREATED).body(response);
	}

[coderabbitai]

The search endpoint referralV1SearchPost correctly implements pagination and allows for filtering based on various criteria. However, the method throws a generic Exception, which is a broad exception type. It's recommended to catch and handle specific exceptions that might occur during the operation. This approach improves error handling and makes the code more robust by allowing for more granular control over different error conditions.

Consider catching specific exceptions that could occur during the search operation and handling them appropriately.

[coderabbitai]

The update endpoint referralV1UpdatePost is implemented correctly with appropriate validation and response handling. Similar to the create endpoint, consider the use of HttpStatus.OK or HttpStatus.CREATED instead of HttpStatus.ACCEPTED if the update operation is immediate and does not involve asynchronous processing.

- return ResponseEntity.status(HttpStatus.ACCEPTED).body(response);
+ return ResponseEntity.status(HttpStatus.OK).body(response);

---

Committable suggestion

‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation.

Suggested change

	@RequestMapping(value = "/v1/_update", method = RequestMethod.POST)
	public ResponseEntity<HFReferralResponse> referralV1UpdatePost(@ApiParam(value = "Capture details of Existing HFReferral", required = true) @Valid @RequestBody HFReferralRequest request) {
	HFReferral hfReferral = hfReferralService.update(request);
	HFReferralResponse response = HFReferralResponse.builder()
	.hfReferral(hfReferral)
	.responseInfo(ResponseInfoFactory
	.createResponseInfo(request.getRequestInfo(), true))
	.build();
	return ResponseEntity.status(HttpStatus.ACCEPTED).body(response);
	@RequestMapping(value = "/v1/_update", method = RequestMethod.POST)
	public ResponseEntity<HFReferralResponse> referralV1UpdatePost(@ApiParam(value = "Capture details of Existing HFReferral", required = true) @Valid @RequestBody HFReferralRequest request) {
	HFReferral hfReferral = hfReferralService.update(request);
	HFReferralResponse response = HFReferralResponse.builder()
	.hfReferral(hfReferral)
	.responseInfo(ResponseInfoFactory
	.createResponseInfo(request.getRequestInfo(), true))
	.build();
	return ResponseEntity.status(HttpStatus.OK).body(response);

[coderabbitai]

The delete endpoint referralV1DeletePost is implemented correctly. However, consider using HttpStatus.NO_CONTENT as the response status code if the deletion is successful and does not return any content.

- return ResponseEntity.status(HttpStatus.ACCEPTED).body(response);
+ return ResponseEntity.status(HttpStatus.NO_CONTENT).build();

---

Committable suggestion

‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation.

Suggested change

	@RequestMapping(value = "/v1/_delete", method = RequestMethod.POST)
	public ResponseEntity<HFReferralResponse> referralV1DeletePost(@ApiParam(value = "Capture details of Existing HFReferral", required = true) @Valid @RequestBody HFReferralRequest request) {
	HFReferral hfReferral = hfReferralService.delete(request);
	HFReferralResponse response = HFReferralResponse.builder()
	.hfReferral(hfReferral)
	.responseInfo(ResponseInfoFactory
	.createResponseInfo(request.getRequestInfo(), true))
	.build();
	return ResponseEntity.status(HttpStatus.ACCEPTED).body(response);
	@RequestMapping(value = "/v1/_delete", method = RequestMethod.POST)
	public ResponseEntity<HFReferralResponse> referralV1DeletePost(@ApiParam(value = "Capture details of Existing HFReferral", required = true) @Valid @RequestBody HFReferralRequest request) {
	HFReferral hfReferral = hfReferralService.delete(request);
	HFReferralResponse response = HFReferralResponse.builder()
	.hfReferral(hfReferral)
	.responseInfo(ResponseInfoFactory
	.createResponseInfo(request.getRequestInfo(), true))
	.build();
	return ResponseEntity.status(HttpStatus.NO_CONTENT).build();

[coderabbitai]

The validation logic added to ensure that the start date and end date difference is at least 1 day is a good practice for data integrity. However, consider extracting this logic into a separate method to improve readability and maintainability. Additionally, ensure that this validation logic is consistently applied across all relevant methods where date validation is necessary.

- if (project.getStartDate() != null && project.getEndDate() != null && project.getEndDate() != 0
-         && project.getEndDate().compareTo(Instant.ofEpochMilli(project.getStartDate()).plus(Duration.ofDays(1)).toEpochMilli()) < 0) {
-     log.error("Start date and end date difference should at least be 1 day.");
-     errorMap.put("INVALID_DATE", "Start date and end date difference should at least be 1 day.");
- }
+ validateDateDifference(project, errorMap);

---

Committable suggestion

‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation.

Suggested change

	if (project.getStartDate() != null && project.getEndDate() != null && project.getEndDate() != 0
	&& project.getEndDate().compareTo(Instant.ofEpochMilli(project.getStartDate()).plus(Duration.ofDays(1)).toEpochMilli()) < 0) {
	log.error("Start date and end date difference should at least be 1 day.");
	errorMap.put("INVALID_DATE", "Start date and end date difference should at least be 1 day.");
	}
	validateDateDifference(project, errorMap);

[coderabbitai]

The findById method efficiently retrieves HFReferral entities based on a list of IDs, including handling cache lookups and database queries. The method's implementation to avoid redundant database queries by checking the cache first is commendable. Ensure that cache consistency is maintained to prevent stale data issues.

+ Implement strategies to maintain cache consistency and avoid stale data.

---

Committable suggestion

‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation.

Suggested change

	public List<HFReferral> findById(List<String> ids, Boolean includeDeleted, String columnName) {
	// Find objects in the cache based on the provided IDs.
	List<HFReferral> objFound = findInCache(ids).stream()
	.filter(entity -> entity.getIsDeleted().equals(includeDeleted))
	.collect(Collectors.toList());
	// If objects are found in the cache, check if there are any IDs remaining to be retrieved.
	if (!objFound.isEmpty()) {
	Method idMethod = getIdMethod(objFound, columnName);
	ids.removeAll(objFound.stream()
	.map(obj -> (String) ReflectionUtils.invokeMethod(idMethod, obj))
	.collect(Collectors.toList()));
	// If no IDs are remaining, return the objects found in the cache.
	if (ids.isEmpty()) {
	return objFound;
	}
	}
	// Generate a SELECT query based on the provided IDs and column name.
	String query = String.format("SELECT hf.id, hf.clientreferenceid, hf.tenantid, hf.projectid, hf.projectfacilityid, hf.symptom, hf.symptomsurveyid, hf.beneficiaryid, hf.referralcode, hf.nationallevelid, hf.createdby, hf.createdtime, hf.lastmodifiedby, hf.lastmodifiedtime, hf.clientcreatedby, hf.clientcreatedtime, hf.clientlastmodifiedby, hf.clientlastmodifiedtime, hf.rowversion, hf.isdeleted, hf.additionaldetails from hf_referral hf WHERE hf.%s IN (:ids) ", columnName);
	// Add conditions to exclude deleted records if includeDeleted is false.
	if (includeDeleted == null || !includeDeleted) {
	query += " AND hf.isDeleted = false ";
	}
	// Create parameter map for the query and execute it to retrieve HFReferral entities.
	Map<String, Object> paramMap = new HashMap<>();
	paramMap.put("ids", ids);
	List<HFReferral> hfReferralList = this.namedParameterJdbcTemplate.query(query, paramMap, this.rowMapper);
	// Add the retrieved entities to the cache.
	objFound.addAll(hfReferralList);
	putInCache(objFound);
	return objFound;
	}
	public List<HFReferral> findById(List<String> ids, Boolean includeDeleted, String columnName) {
	// Find objects in the cache based on the provided IDs.
	List<HFReferral> objFound = findInCache(ids).stream()
	.filter(entity -> entity.getIsDeleted().equals(includeDeleted))
	.collect(Collectors.toList());
	// If objects are found in the cache, check if there are any IDs remaining to be retrieved.
	if (!objFound.isEmpty()) {
	Method idMethod = getIdMethod(objFound, columnName);
	ids.removeAll(objFound.stream()
	.map(obj -> (String) ReflectionUtils.invokeMethod(idMethod, obj))
	.collect(Collectors.toList()));
	// If no IDs are remaining, return the objects found in the cache.
	if (ids.isEmpty()) {
	return objFound;
	}
	}
	// Generate a SELECT query based on the provided IDs and column name.
	String query = String.format("SELECT hf.id, hf.clientreferenceid, hf.tenantid, hf.projectid, hf.projectfacilityid, hf.symptom, hf.symptomsurveyid, hf.beneficiaryid, hf.referralcode, hf.nationallevelid, hf.createdby, hf.createdtime, hf.lastmodifiedby, hf.lastmodifiedtime, hf.clientcreatedby, hf.clientcreatedtime, hf.clientlastmodifiedby, hf.clientlastmodifiedtime, hf.rowversion, hf.isdeleted, hf.additionaldetails from hf_referral hf WHERE hf.%s IN (:ids) ", columnName);
	// Add conditions to exclude deleted records if includeDeleted is false.
	if (includeDeleted == null || !includeDeleted) {
	query += " AND hf.isDeleted = false ";
	}
	// Create parameter map for the query and execute it to retrieve HFReferral entities.
	Map<String, Object> paramMap = new HashMap<>();
	paramMap.put("ids", ids);
	List<HFReferral> hfReferralList = this.namedParameterJdbcTemplate.query(query, paramMap, this.rowMapper);
	// Add the retrieved entities to the cache.
	objFound.addAll(hfReferralList);
	putInCache(objFound);
	return objFound;
	}

[coderabbitai]

The refactoring to include a check for updated entities based on their voucher tags is a significant improvement. It ensures that the validation logic accounts for updates to existing entities, enhancing data integrity. However, ensure that this logic does not introduce performance issues by optimizing the retrieval and comparison of existing entities.

+ Optimize the retrieval and comparison of existing entities to avoid performance issues.

---

Committable suggestion

‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation.

Suggested change

	Map<String, ProjectBeneficiary> existingProjectBeneficiaryVoucherTagMap = existingProjectBeneficiaries.stream().filter(projectBeneficiary -> projectBeneficiary.getTag() != null).collect(Collectors.toMap(ProjectBeneficiary::getTag, projectBeneficiary -> projectBeneficiary));
	invalidEntities = validProjectBeneficiaries.stream()
	.filter(notHavingErrors())
	.filter(projectBeneficiary -> !existingProjectBeneficiaryMap.get(projectBeneficiary.getId()).getTag().equals(projectBeneficiary.getTag()))
	.filter(projectBeneficiary -> isInvalid(projectBeneficiary, existingVoucherTags))
	.filter(projectBeneficiary -> isUpdated(projectBeneficiary, existingProjectBeneficiaryMap))
	.filter(projectBeneficiary -> isInvalid(projectBeneficiary, existingProjectBeneficiaryVoucherTagMap))
	Map<String, ProjectBeneficiary> existingProjectBeneficiaryVoucherTagMap = existingProjectBeneficiaries.stream().filter(projectBeneficiary -> projectBeneficiary.getTag() != null).collect(Collectors.toMap(ProjectBeneficiary::getTag, projectBeneficiary -> projectBeneficiary));
	invalidEntities = validProjectBeneficiaries.stream()
	.filter(notHavingErrors())
	.filter(projectBeneficiary -> isUpdated(projectBeneficiary, existingProjectBeneficiaryMap))
	.filter(projectBeneficiary -> isInvalid(projectBeneficiary, existingProjectBeneficiaryVoucherTagMap))

[coderabbitai]

The method populateErrors for populating error details for entities with duplicate voucher tags is well-implemented. It ensures that meaningful error messages are provided, aiding in debugging and user feedback. Ensure that error codes are standardized and documented for consistency.

+ Standardize and document error codes for consistency and clarity.

---

Committable suggestion

‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation.

Suggested change

	Error error = Error.builder().errorMessage("Project Beneficiary Tag Validation Failed").errorCode("INVALID_TAG").type(Error.ErrorType.NON_RECOVERABLE).exception(new CustomException("INVALID_TAG", "Project Beneficiary Tag Validation Failed")).build();
	Error error = Error.builder().errorMessage("Project Beneficiary Tag Validation Failed").errorCode("INVALID_TAG").type(Error.ErrorType.NON_RECOVERABLE).exception(new CustomException("INVALID_TAG", "Project Beneficiary Tag Validation Failed")).build();

[coderabbitai]

The method isInvalid correctly checks for the validity of voucher tags by comparing them against existing entities. This is crucial for maintaining the uniqueness constraint. Consider adding logging for debugging purposes, especially when a tag is found to be invalid.

+ Add logging for debugging purposes when a tag is found to be invalid.

---

Committable suggestion

‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation.

Suggested change

	private boolean isInvalid(ProjectBeneficiary entity, Map<String, ProjectBeneficiary> existingProjectBeneficiaryVoucherTagMap) {
	String id = entity.getId();
	String tag = entity.getTag();
	// Check if an entity with the same ID exists in the map and has a different tag
	return existingVoucherTags.contains(tag);
	return existingProjectBeneficiaryVoucherTagMap.keySet().contains(tag) && !existingProjectBeneficiaryVoucherTagMap.get(tag).getId().equals(id);
	private boolean isInvalid(ProjectBeneficiary entity, Map<String, ProjectBeneficiary> existingProjectBeneficiaryVoucherTagMap) {
	String id = entity.getId();
	String tag = entity.getTag();
	// Check if an entity with the same ID exists in the map and has a different tag
	return existingProjectBeneficiaryVoucherTagMap.keySet().contains(tag) && !existingProjectBeneficiaryVoucherTagMap.get(tag).getId().equals(id);

[coderabbitai]

The new method isUpdated to check if a ProjectBeneficiary entity is considered updated based on its tag is a thoughtful addition. It adds granularity to the validation process. Ensure that this method is thoroughly tested, especially for edge cases where tags might be updated to null or from null to a value.

+ Thoroughly test the `isUpdated` method, especially for edge cases involving null values.

---

Committable suggestion

‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation.

Suggested change

	private boolean isUpdated(ProjectBeneficiary entity, Map<String, ProjectBeneficiary> existingProjectBeneficiaryMap) {
	String id = entity.getId();
	String tag = entity.getTag();
	// Retrieve the existing ProjectBeneficiary object to compare
	ProjectBeneficiary projectBeneficiaryFromSearch = existingProjectBeneficiaryMap.get(id);
	// check if existing ProjectBeneficiary Tag is null or not and if it is null whether it is updated or not
	if(projectBeneficiaryFromSearch.getTag() == null) return tag != null;
	// Check if the tag of the current entity is equal to the tag of the existing entity
	return ( !projectBeneficiaryFromSearch.getTag().equals(tag)
	|| ( tag != null && !tag.equals(projectBeneficiaryFromSearch.getTag()) ));
	}
	private boolean isUpdated(ProjectBeneficiary entity, Map<String, ProjectBeneficiary> existingProjectBeneficiaryMap) {
	String id = entity.getId();
	String tag = entity.getTag();
	// Retrieve the existing ProjectBeneficiary object to compare
	ProjectBeneficiary projectBeneficiaryFromSearch = existingProjectBeneficiaryMap.get(id);
	// check if existing ProjectBeneficiary Tag is null or not and if it is null whether it is updated or not
	if(projectBeneficiaryFromSearch.getTag() == null) return tag != null;
	// Check if the tag of the current entity is equal to the tag of the existing entity
	return ( !projectBeneficiaryFromSearch.getTag().equals(tag)
	|| ( tag != null && !tag.equals(projectBeneficiaryFromSearch.getTag()) ));
	}

[coderabbitai]

Review Status

Actionable comments generated: 0

Configuration used: CodeRabbit UI

Commits

Files that changed from the base of the PR and between 9a489b0 and f5e2aa6.

Files selected for processing (7)

• health-services/individual/CHANGELOG.md (1 hunks)
• health-services/individual/src/main/java/org/egov/individual/web/models/IndividualSearch.java (2 hunks)
• health-services/libraries/health-services-models/CHANGELOG.md (1 hunks)
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/individual/IndividualSearch.java (2 hunks)
• health-services/project/CHANGELOG.md (1 hunks)
• health-services/project/src/main/java/org/egov/project/service/ProjectStaffService.java (5 hunks)
• health-services/referralmanagement/CHANGELOG.md (1 hunks)

Files skipped from review as they are similar to previous changes (7)

• health-services/individual/CHANGELOG.md
• health-services/individual/src/main/java/org/egov/individual/web/models/IndividualSearch.java
• health-services/libraries/health-services-models/CHANGELOG.md
• health-services/libraries/health-services-models/src/main/java/org/egov/common/models/individual/IndividualSearch.java
• health-services/project/CHANGELOG.md
• health-services/project/src/main/java/org/egov/project/service/ProjectStaffService.java
• health-services/referralmanagement/CHANGELOG.md

[coderabbitai]

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Actionable comments generated: 0

Configuration used: CodeRabbit UI

Commits

Files that changed from the base of the PR and between f5e2aa6 and 7ddb18a.

Files ignored due to path filters (5)

• build/build-config.yml is excluded by: !**/*.yml
• health-services/individual/pom.xml is excluded by: !**/*.xml
• health-services/project/pom.xml is excluded by: !**/*.xml
• health-services/referralmanagement/pom.xml is excluded by: !**/*.xml
• health-services/stock/pom.xml is excluded by: !**/*.xml

Files selected for processing (1)

• health-services/libraries/health-services-models/CHANGELOG.md (1 hunks)

Files skipped from review as they are similar to previous changes (1)

• health-services/libraries/health-services-models/CHANGELOG.md