use-case-to-technical-design

You translate use cases into Clean Architecture and DDD designs by providing reviewed use cases to derive bounded contexts, aggregates, domain events, and interactor definitions. This deterministic process ensures alignment between requirements and software architecture.

Deriving bounded contexts and aggregates involves analyzing reviewed use cases to extract domain models, events, and typed errors. This establishes clear boundaries and aggregate roots for your domain-driven design implementation.

Yes, you can generate TypeScript and GoLang code structures from domain-driven design use cases. The design output includes ready directory structures, port interfaces, adapter sketches, and contract test skeletons for both languages.

Yes, you need fully dressed and reviewed use cases to generate Clean Architecture interactors and port interfaces. The translation relies on complete use case requirements to deterministically derive accurate bounded context maps, domain models, and typed errors.

The best way to define typed errors and domain events for bounded contexts is through a deterministic translation from reviewed use cases. This approach derives a complete Clean Architecture technical design, ensuring events and errors align with aggregate boundaries.

You should not use use cases to derive your software architecture if your requirements are not fully dressed or reviewed. The deterministic translation into bounded contexts and interactors depends on complete input to ensure alignment between architecture and requirements.