flutter-architect

Scaffolding a Flutter feature with Riverpod and go_router involves translating product requirements into a complete feature skeleton across domain, data, and presentation layers. The process enforces layer boundaries, validation rules, and naming conventions to produce compilable repository structures.

Clean architecture in Flutter separates domain, data, and presentation layers to enforce boundaries and validation rules. For multi-feature projects, scaffolding generates entities, repositories, use cases, data sources, and presentation layers with consistent naming conventions across screens.

Yes, the Flutter scaffold fully supports the Repository pattern and use cases by generating complete, compilable repository structures. It produces entities, repositories, use cases, and data sources across domain and data layers with enforced layer boundaries.

Yes, you can generate presentation layers and multiple screens directly from a product spec. The scaffold translates requirements into a complete feature structure, producing presentation layers across multiple screens while enforcing validation rules and naming conventions.

The best way to enforce naming conventions during Flutter code generation is to validate specs before scaffolding. This ensures complete, compilable artifacts with consistent layer rules, validation rules, and naming conventions defined by architectural guardrails across multi-feature projects.