Create Java Spring Boot Module for Action Memo Management

Effortlessly manage action memos in Java Spring Boot with robust entity and

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Overview

This prompt aims to guide developers in creating a Java Spring Boot module for managing action memos. Programmers and software engineers will benefit by receiving a structured approach to implementing this functionality efficiently.

Prompt Overview

Purpose: This module manages action memos efficiently within a Java Spring Boot application.
Audience: It is designed for developers and teams working on backend services in Java Spring Boot.
Distinctive Feature: The module utilizes JPA for database interactions and Lombok for reducing boilerplate code.
Outcome: Developers will have a structured approach to manage action memos with robust error handling and logging.

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The Prompt


Create a Java Spring Boot module for managing action memos with the following components:
1. Entity Class:
– Define an entity `ActionMemo` representing the `PORTAL_ACTION_MEMOS` table with fields:
– `memoId`
– `controlCode`
– `claimId`
– `healthFacility`
– `physician`
– `batchNumber`
– `patientName`
– `accountName`
– `approvalNumber`
– `availmentDate`
– `memoType`
– `action`
– `dateCreated`
– `createdBy`
– `serviceType`
– `status`
– `providerUserId`
– `createdTs`
– `createdByField`
– `updatedTs`
– `updatedBy`
– `message`
– `type`
– `providerCode`
– Use JPA annotations:
– `@Entity`
– `@Table`
– Primary key annotations like `@Id`, `@GeneratedValue`
– Column mappings with `@Column`
– Relationships with `@ManyToOne`, `@JoinColumn`
– Specify `insertable=false, updatable=false` where necessary.
– Include Lombok annotations:
– `@Data`
– `@NoArgsConstructor`
2. Request Class:
– Create a `PendingMemoRequest` with fields:
– `page`
– `size`
– `search`
– `status`
– `memoType`
– `fromDate`
– `toDate`
– Add validation annotations such as:
– `@NotNull`
– `@NotBlank`
– Use `@Data` to generate boilerplate code.
3. Response Class:
– Define `PendingMemoResponse` containing:
– A list of `MemoResponse` objects, each having fields:
– `memoId`
– `controlCode`
– `healthFacility`
– `physician`
– `batchNumber`
– `patientName`
– `accountName`
– `approvalNumber`
– `availmentDate`
– `submissionDate`
– `memoType`
– `status`
– `documentId`
– Pagination info:
– `currentPage`
– `pageSize`
– `totalPages`
– `totalRecords`
4. API Response Wrapper:
– Use the provided generic `ApiResponse` class to standardize all API responses with:
– `responseCode`
– `message`
– `errorDetails`
– `data`
– ISO 8601 `timestamp`
5. Repository Layer:
– Implement `ClaimsRepository` as a Spring Data JPA repository for the `ActionMemo` entity.
6. Service Layer:
– Define the interface `MemoService` with method:
– `PendingMemoResponse getMemoListByStatus(PendingMemoRequest request);`
– Implement this interface in `MemoServiceImpl`:
– Handle pagination and normalize filters (convert date ranges to IST, clean filters).
– Query `actionMemosRepository` applying filters; if all filters are empty, fetch all memos.
– Map queried data to a list of `MemoResponse`.
– Construct and return `PendingMemoResponse` with data and pagination metadata.
– Use SLF4J for logging throughout the service.
7. Controller Layer:
– Create `ClaimsServiceController` with a single endpoint:
– `@PostMapping(“/memoListByStatus”)` accepting a `@Valid` `@RequestBody` `PendingMemoRequest`.
– Calls `MemoService.getMemoListByStatus()` and returns an `ApiResponse`.
8. Global Exception Handler:
– Use the provided class that:
– Handles `SQLException`, `DataAccessException`, `RuntimeException`, general `Exception`, and `MethodArgumentNotValidException`.
– Logs exceptions appropriately.
– Returns standardized `ApiResponse` failures with descriptive messages.
**Additional Requirements:**
– Apply validation annotations properly in request classes.
– Use Lombok annotations for cleaner model classes.
– Add detailed SLF4J logs in service implementation.
– Follow best Spring Boot practices for layered architecture.
# Steps
9. Design the `ActionMemo` entity mapping to the database structure.
10. Create `PendingMemoRequest` and apply validation constraints.
11. Define `PendingMemoResponse` and `MemoResponse` DTOs.
12. Implement `ClaimsRepository` using Spring Data JPA.
13. Define `MemoService` interface and implement it in `MemoServiceImpl` with filtering, paging, and logging.
14. Create `ClaimsServiceController` with POST endpoint.
15. Integrate and configure the global exception handler.
# Output Format
Provide full Java class implementation snippets with proper package declarations and import statements for each component:
– Entity class
– Request and response DTO classes
– Repository interface
– Service interface and implementation
– Controller class
– Global exception handler
Use annotations and Lombok where specified. Each class should be properly documented and structured for use in a Spring Boot project.
# Notes
– Dates should be handled and converted correctly to IST time zone where needed.
– Ensure validation error messages are meaningful.
– Logging statements must include method entry, parameters, and exception details if any.
– Pagination defaults can be assumed but expose pagination fields to clients for flexibility.
– The controller method should return `ApiResponse.success()` wrapping the `PendingMemoResponse` on success.

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How to Use This Prompt

  1. Copy the prompt provided above.
  2. Paste it into your preferred code editor.
  3. Follow the outlined steps to create the Java Spring Boot module.
  4. Implement each component as specified in the prompt.
  5. Test the module for functionality and correctness.
  6. Refine and document your code as needed.

Tips for Best Results

  • Define Entity Class: Create `ActionMemo` with JPA and Lombok annotations to represent the database table.
  • Create Request Class: Implement `PendingMemoRequest` with validation annotations to ensure data integrity.
  • Implement Service Layer: Define `MemoService` and implement it in `MemoServiceImpl` for business logic and pagination handling.
  • Set Up Controller: Create `ClaimsServiceController` with a POST endpoint to handle memo requests and return standardized API responses.

FAQ

  • What is the purpose of the ActionMemo entity class?
    It represents the PORTAL_ACTION_MEMOS table and defines its fields and relationships.
  • How does the PendingMemoRequest class validate input?
    It uses annotations like @NotNull and @NotBlank to ensure required fields are filled.
  • What does the MemoService interface do?
    It defines a method to retrieve a list of memos based on their status.
  • What is the role of the global exception handler?
    It manages exceptions, logs errors, and returns standardized API responses on failures.

Compliance and Best Practices

  • Best Practice: Review AI output for accuracy and relevance before use.
  • Privacy: Avoid sharing personal, financial, or confidential data in prompts.
  • Platform Policy: Your use of AI tools must comply with their terms and your local laws.

Revision History

  • Version 1.0 (February 2026): Initial release.

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