flutter-executing

Executing Flutter implementation plans in batches breaks complex features into manageable chunks of three tasks. This batch execution approach ensures codebase stability by running automated analysis and verification after every completed cycle.

The correct layer ordering for Flutter development enforced here is Domain, Data, then Presentation. This strict sequence ensures foundational business logic is established before UI integration, maintaining a stable and testable architecture throughout the lifecycle.

To ensure codebase stability during Dart refactoring, this Skill enforces static analysis and testing checkpoints after every batch of tasks. It also mandates atomic commit practices to keep the project in a stable, testable state throughout development.

Yes, this batch execution approach integrates with existing Flutter automation workflows by enforcing static analysis and testing checkpoints after every three tasks. It manages the feature development lifecycle while ensuring the project remains stable and testable.

Atomic commits are required during Flutter implementation execution to ensure codebase stability after each batch of tasks. This practice guarantees that the project remains in a testable state and maintains integrity across domain, data, and presentation layers.