flutter-architecture-adherence

To prevent Flutter architecture drift, you need architecture guardrails that enforce feature boundaries, route contracts, and proper state management across presentation, domain, and infrastructure layers. This ensures changes respect separation of concerns and canonical sources.

Enforcing state management and controller patterns in Flutter requires applying architecture guardrails that codify setState usage heuristics and coordinate sub-skills for controllers. This approach keeps code aligned with governance documents and promotes testability.

To validate Flutter architecture governance, run the official command `fvm dart analyze --format machine` to apply analyzer contracts. This executes explicit gate checks against canonical sources to ensure code adheres to quality gates.

Yes, this Flutter architecture tool serves as an umbrella entrypoint that coordinates required sub-skills for screens, controllers, repositories, routes, and widget state heuristics. It enforces end-to-end governance across all impacted layers.

You need to apply Flutter architecture guardrails before changing any presentation, domain, or infrastructure code. Reviewing the guardrails and applying recommended sub-skills beforehand prevents architectural erosion and ensures deterministic delivery.

Flutter code loses separation of concerns when UI changes bypass feature boundaries and route contracts. Without centralized architecture governance enforcing canonical sources and explicit gate checks, architectural drift occurs across presentation and domain layers.