Engineer

Test-Driven Development guides you through the RED-GREEN-REFACTOR cycle: write a failing test first, implement the minimum code to pass it, then refactor while maintaining clean code standards. This enforces best practices for readable, maintainable software.

The RED-GREEN-REFACTOR cycle is a Test-Driven Development process where RED means writing a failing test, GREEN means implementing code to make the test pass, and REFACTOR means improving the code structure while keeping it clean and maintainable.

To enforce clean code standards when writing new software features, follow a structured development process that includes rigorous planning, TDD, implementation standards, and quality gates. This enforces best practices for readability and maintainability throughout the coding lifecycle.

Yes, you can use this TDD approach for managing error handling and escalating blockers. It provides a clear protocol for diagnosing issues during implementation and escalating them to a coordinator when encountering blockers.

A limitation of strict TDD is that it requires adherence to specific phases including planning, TDD, implementation standards, and quality gates, which may slow down rapid prototyping. Additionally, encountering blockers triggers an escalation protocol rather than autonomous resolution.