tdd-workflow

To enforce test-driven development workflows, you must write minimal failing tests before implementation and maintain 80%+ coverage across unit, integration, and E2E tests. This approach prevents regressions during feature development, bug fixes, and refactoring.

The proper test-driven development workflow requires designing test cases first, running them to fail, then implementing minimal code to pass. During refactoring, this ensures edge cases and error scenarios are covered while maintaining high test coverage.

Yes, TDD workflow supports unit, integration, and E2E testing simultaneously. It enforces a high coverage policy across all three test types to ensure comprehensive validation of user journeys, edge cases, and error scenarios.

To organize test cases and mocking for integration and E2E tests, follow a guided workflow that designs test cases around user journeys. This ensures proper test organization and effective mocking to maintain 80%+ coverage.

The best way to prevent regressions during feature development and bug fixes is to apply a test-driven development workflow. By specifying that tests must be written before coding and cover edge cases, you ensure implementation is driven by tests.

Test-driven development requires failing tests first to validate that the test itself is meaningful before writing minimal implementation code to pass it. This cycle ensures tests drive the implementation and prevents unnecessary code complexity.