implementer

To turn failing tests green without modifying tests, you add only the minimal production code necessary to satisfy the assertions. This approach enforces test-driven discipline by preventing scope creep and preserving test integrity.

The minimal code approach in TDD involves writing the smallest amount of code required to pass a failing test. It prevents scope creep and ensures the implementation strictly adheres to the red-green-refactor discipline.

You implement TDD green phase transitions by adding the smallest correct implementation to satisfy failing tests. This safe method follows project conventions and avoids altering existing test logic to maintain test integrity.

No, the TDD green phase enforces a test-driven discipline that avoids modifications to existing tests. It provides a framework for communicating when tests require fixes rather than silently altering them to force a pass.

You prevent scope creep when implementing code for failing tests by applying a minimal-change approach. Adding only the exact functionality required by the test ensures the codebase remains lean and aligned with requirements.

Use a minimal-change approach for TDD when you need to solve the problem of turning failing tests green while preserving test integrity. It is applied across software projects to enforce red-green-refactor discipline and prevent scope creep.