flutter-finishing

Automate Flutter branch finalization by enforcing static analysis and test suite verification before any merge. This process ensures code quality by preventing the integration of failing code and guides you through structured merge, push, or cleanup operations.

The best way to ensure a Flutter feature branch passes tests is to run mandatory static analysis and test suite execution. This verification step prevents failing code integration and maintains a clean repository worktree state before creating a pull request.

A structured git workflow handles feature branch cleanup by providing a four-option decision framework for merging, pushing, preserving, or discarding work. This manages the branch lifecycle and eliminates manual errors during finalization.

You should not push Flutter code without running static analysis. Enforcing static analysis and test suite verification before pushing ensures repository health by preventing the integration of failing code into the main branch.

You need to verify Dart code before merging branches to eliminate ambiguity and manual errors. Enforcing a strict verification process ensures repository health by preventing the integration of failing code and maintaining clean worktree states.

Yes, the flutter-finishing workflow supports discarding unverified feature branches. It provides a structured four-option decision framework that allows you to safely discard work, preserving repository health by preventing failing code integration.