implementing-slices

Automated feature implementation is achieved by orchestrating a slice-by-slice execution workflow that enforces TDD discipline, ensuring code is written strictly to satisfy predefined acceptance tests. This prevents scope creep and maintains production-grade quality.

Vertical slice execution is a technique that breaks down large features into manageable, testable units implemented and verified sequentially. It manages multi-repo worktrees to isolate database schema, business logic, and controller development into atomic commits.

Yes, automated fix loops provide structured recovery procedures for security, linting, type-checking, and build failures. These recovery loops trigger automatically during slice implementation to ensure production-grade code quality.

Yes, predefined acceptance tests are required to start autonomous TDD-driven development. The workflow mandates strict adherence to these tests and atomic commit conventions to ensure production-grade code quality and prevent unnecessary refactoring.

Multi-repo worktree management works with isolated feature development by orchestrating slice-by-slice execution across repositories. It maintains consistency and quality during complex, multi-step feature development through verified sequential implementation.

The best way to prevent scope creep is enforcing TDD discipline through a systematic slice-by-slice execution procedure. This ensures code is only written to satisfy specific acceptance tests, breaking complex endpoints into isolated, verified slices.