Hexagonal Architecture Feature Scaffolder

Scaffolding a new feature in a TypeScript Next.js project using hexagonal architecture automatically generates domain port interfaces, repository implementations, use cases, services, and dependency injection container updates across all architectural layers.

Adding a domain-driven design entity to a hexagonal architecture codebase generates port interfaces, in-memory and file system repository implementations, application use cases, service orchestration methods, and colocated testing patterns to ensure strict layer separation.

Yes, you can automatically update the dependency injection container when creating new use cases in TypeScript. The scaffolder modifies the DI container directly to ensure proper constructor injection for newly generated services and repositories.

Yes, this scaffolding tool enforces constructor injection and layer boundaries in Next.js applications. It ensures strict adherence to hexagonal architecture dependency rules during automated file generation across domain and application layers.

The best way to generate in-memory and file system repositories for a hexagonal architecture feature is using an automated scaffolder that creates both implementations alongside port interfaces and use cases to maintain consistent domain-driven design patterns.

You need to colocate testing patterns when scaffolding hexagonal architecture features to ensure tests remain adjacent to the generated use cases and repository implementations, maintaining strict architectural consistency and simplifying validation of layer boundaries.