test-driven-development

The Red-Green-Refactor cycle is the core test-driven development process of writing a failing test, implementing minimal code to pass it, and then refactoring. This methodology ensures all production code is preceded by test coverage.

To write better code faster using TDD, enforce the Red-Green-Refactor cycle to catch bugs early and prevent regressions. Requiring a failing test before implementation ensures feature integrity from the start.

Yes, test-driven development integrates seamlessly with agile software development by enforcing iterative testing and refactoring. The TDD methodology maintains code quality while adapting to rapidly changing feature requirements.

Writing a failing test before production code catches bugs early and prevents regressions. This test-driven development practice defines expected behavior precisely, ensuring the smallest amount of implementation code works as intended.

Common TDD anti-patterns include skipping the failing test phase or writing excessive code beyond what tests require. Addressing these rationalizations maintains code integrity and ensures the test-driven development process prevents regressions effectively.

Use test-driven development when starting a new feature to define expected behavior through a test, then write minimal code to pass it. This prevents bugs early and ensures the feature works as intended from the start.