tdd

To start test-driven development, you write a failing unit test for your target code, implement the minimal logic to pass, and iterate. This enforces a structured Red-Green-Refactor cycle workflow for rock-solid code.

The Red-Green-Refactor cycle is a test-driven development workflow where you first design a failing test (Red), implement code to pass it (Green), and then iteratively refine the implementation (Refactor) while maintaining coverage.

Yes, test-driven development applies to common code areas like lib logic, hooks, and components. It provides specific guidelines for test design and failure-driven implementation across these selective scopes.

Yes, the TDD workflow can operate standalone or in conjunction with SDD and testing docs when available. It integrates existing documentation to guide failure-driven implementation and iterative refinement.

Writing automated tests before implementing features helps teams reduce bugs and ensures code quality. This test-first discipline provides safer refactors and clear collaboration through structured commit messages and coverage checks.

Enforcing test-driven development requires strict adherence to the Red-Green-Refactor cycle for every feature, which may slow initial implementation. However, it ensures safer refactors and consistent teamwork through structured coverage checks.