rule-docker-flutter-architecture

To enforce clean architecture in a Flutter project, apply rules that mandate strict separation between UI, state, and data layers. This prevents architectural drift and keeps widgets pure by governing routing, dependency injection, and state ownership.

The proper flow for DTOs in Flutter architecture requires mapping DTOs to Domain models and then to Projections. This standardized data flow ensures clear boundaries between data transfer, business logic, and UI presentation layers.

Standardize dependency injection boundaries and routing in Flutter by codifying ownership rules and using AutoRoute with proper guards. This ensures consistent feature-first structure and governs how controllers, services, and repositories interact.

Yes, you can maintain Flutter code quality across modules using automated analysis checks. These checks ensure compliance with architectural tenets, verifying proper DI boundaries, routing, and DTO to Domain to Projection flows across tenant screens.

Flutter feature architecture drifts when there are no enforced boundaries between UI, state, and data layers. Applying codified architectural rules for canonical state ownership and feature-first structure prevents this drift and maintains maintainable codebases.

Yes, this architectural rule applies to new features and existing Flutter modules alike. It enforces consistent feature-first structure, routing guards, and DI ownership boundaries across tenant screens to guide controllers, services, and repositories uniformly.