java-ddd-expert

To generate Domain-Driven Design service code for a Spring Boot project, use automated scaffolding to produce Param, Entity, BO, and DTO artifacts while enforcing four-layer DDD boundaries for Java 11 applications using Spring Boot 2.1.

Implement a Spring Cloud service layer with MyBatis-Plus and Gradle by generating Repository interfaces, MyBatis-Plus Mappers, domain interactors, and application orchestration to persist entities and publish domain events across API, Application, Domain, and Infrastructure boundaries.

DDD code generation supports Java 11 and Spring Boot 2.1 projects using Gradle and MyBatis-Plus, automatically producing integration-ready implementations for Repository persistence, domain interactors, and application use case orchestration that align with your existing architecture.

The best way to enforce four-layer DDD architecture constraints in Java is through automated code generation that strictly separates API, Application, Domain, and Infrastructure layers to produce compliant Repository, Mapper, and application orchestration code while reducing architecture violations.

To map Param to Entity and return a DTO in a DDD domain interactor, orchestrate use cases by validating input, mapping parameters to entities, persisting via a MyBatis-Plus repository, and mapping the response to DTOs while ensuring transaction and domain event consistency.

You need to publish domain events for cross-boundary consistency in Spring DDD when implementing new features that require transactional integrity across API, Application, Domain, and Infrastructure layers to maintain data consistency after entity persistence.