test-driven-development

To enforce test-driven development, you must adhere to a strict Red-Green-Refactor cycle, writing a failing test before implementing any production code to ensure all features are verified and prevent technical debt.

Common TDD anti-patterns to avoid include mocking real behavior and polluting production code with test-only methods, which compromise software reliability and distort the accuracy of your quality assurance tests.

To fix a bug using the Red-Green-Refactor cycle, first write a failing test that defines the expected behavior, then implement the minimal code to pass the test, and finally refactor to prevent regressions.

Yes, test-driven development works for refactoring tasks by ensuring existing software behavior is verified by failing tests before any code modification, maintaining high software reliability and preventing technical debt.

Writing production code before tests leads to technical debt because it relies on manual testing and skips the failing test step, resulting in untested edge cases and false confidence in software reliability.

Yes, you can use test-driven development for quality assurance without prior experience by following the disciplined Red-Green-Refactor cycle and referencing provided guidelines to avoid common testing anti-patterns.