test-driven-development

To enforce strict test-driven development, you write one test, make it pass with minimal implementation, and verify before proceeding to the next test. This prevents over-implementation and ensures code matches requirements through incremental progress.

The best way to write minimal implementation code is by following a Red-Green-Next cycle, writing only the code necessary to pass the current test before moving forward, ensuring the final code is robust and requirement-driven.

To handle mocked timers and async operations during test automation, use provided testing patterns designed for reliable asynchronous execution, ensuring your tests remain stable and deterministic throughout the development workflow.

A proof test is a systematic procedure for debugging test failures by isolating issues. It helps diagnose exactly why a test fails, ensuring your test-driven development cycle maintains high code quality and verifiable progress.

Writing tests first improves code quality by forcing you to write minimal implementation code to pass the current test. This strict test-driven development workflow prevents over-implementation and builds confidence through incremental, verifiable progress.