test-driven-development

Test-driven development enforces writing failing tests (RED), implementing code to pass them (GREEN), and refactoring. This methodology improves code quality and reduces bugs by validating functionality through a strict test-first approach.

The RED-GREEN-REFACTOR cycle in test-driven development involves writing failing tests (RED), implementing code to pass them (GREEN), and refactoring safely. It enforces a test-first approach for high-quality software development.

To fix bugs with a test-first approach, you write a failing test that captures the bug, implement the fix to make the test pass (GREEN), and refactor. This safety-first execution ensures the bug is resolved and prevents regressions.

Yes, you need Python to execute this test-driven development workflow. The Skill requires a Python environment to enforce the test-first methodology and automate the RED-GREEN-REFACTOR cycle for your software development tasks.

You should use test-driven development when writing new features or fixing bugs that require high code quality and fewer regressions. It is ideal for software development workflows demanding safety-first execution and strict test validation.

Enforcing a strict RED-GREEN-REFACTOR cycle limits ad-hoc coding and requires writing tests before any implementation. This test-first approach may slow down initial feature development but ensures safety and functionality before moving to the next step.