wf-flutter-create-repository-method

To prevent DTO leakage in Flutter, establish domain-aligned data access by isolating transport concerns in infrastructure. This ensures domain repositories expose only domain-ready projections, keeping transport-layer details strictly separated from core logic.

The best way to scaffold a domain-driven repository in Flutter is driving the design from domain contracts. This enforces DAO boundary discipline, implements DTO mappers, and integrates dependency injection to maintain decoupled architecture.

Register a new Flutter repository in dependency injection by wiring it into your DI container during the repository integration phase. This enforces decoupled, testable architecture and ensures the domain feature has proper persistence APIs.

You need to refactor a Flutter repository for domain-driven design when existing repositories leak screen terminology or violate architecture boundaries. This occurs when persistence APIs require domain-aligned contracts to maintain strict feature isolation.

Domain-driven repository scaffolding works with existing Flutter DAO boundaries by enforcing mapper implementation and DAO discipline. It prevents transport-layer details from leaking into domain projections while integrating with current persistence infrastructure.

Your Flutter domain repository contains transport-layer details because DTO knowledge is not properly isolated in infrastructure. Establishing domain-aligned data access with mapper boundaries prevents these transport concerns from leaking into domain logic.