tdd

To enforce test-driven development, use a structured RED-GREEN-REFACTOR cycle that requires writing a failing test first, implementing minimal code to pass, and then refactoring for clarity. This guarantees verifiable test coverage before production changes.

The RED-GREEN-REFACTOR cycle is a test-driven development process where you first write a failing test (RED), implement the minimal code to make it pass (GREEN), and then refactor the code for clarity and stability without changing its behavior.

To fix bugs using test-driven development, begin by writing a failing test that reproduces the specific bug. Then, implement the minimal code changes required to make the test pass, ensuring the repair is verified by clear cycle reporting before deployment.

Yes, automated test runner detection is supported during the refactoring phase. It automatically identifies and executes your testing framework, allowing you to continuously verify code stability and test coverage while improving design clarity.

Yes, test-driven development is highly effective for refactoring existing code. By establishing verifiable test coverage first, you can safely improve design and structural clarity while ensuring the software's original behavior remains correct and stable.

Writing a failing test before implementing code ensures correctness by defining the exact target behavior upfront. This disciplined test-driven development approach prevents over-engineering and guarantees that your implementation meets the specified requirements from the start.