execution/implement

Automating code implementation with test-driven development involves executing targeted test scenarios, converting failures into passing code, and refactoring within scope boundaries. This ensures development follows prescribed plans while maintaining disciplined workflows.

Preventing scope creep during feature implementation requires detecting and recording out-of-scope discoveries for later review. Scope discipline ensures boundaries are respected by preventing out-of-scope changes during targeted test execution and code refactoring.

Converting failing test scenarios into functional code involves running targeted tests and translating those failures into passing implementations. This test-driven approach automates code generation while ensuring consistent scope adherence and reducing manual errors.

Yes, you need a predefined plan and ready tests before starting test-driven implementation. The implementation skill completes the current code block after verifying the plan and tests are ready, ensuring development follows the prescribed structure.

Automated refactoring breaks unrelated functionality when scope boundaries are not properly controlled. Maintaining scope discipline and recording out-of-scope discoveries ensures refactoring stays within targeted test scenarios and prescribed plan limits.

Yes, scope control manages out-of-scope discoveries during coding by detecting and recording them for review. This prevents scope creep while allowing developers to acknowledge unexpected findings without derailing the current implementation plan.