tdd-workflow

To enforce 80% test coverage, you need a strict test-driven development lifecycle that mandates coverage thresholds across unit, integration, and E2E tests. This ensures every line of production code is verified and robust.

The best way to start TDD for an API endpoint is by defining the user journey and generating the corresponding failing test suite first. This standardized workflow guides you to write tests before implementing the production code.

Yes, you can use this TDD workflow for code refactoring tasks. It applies a rigorous test-driven development methodology across the entire application stack, ensuring high reliability and maintainability when modifying existing complex components.

Yes, this workflow supports unit, integration, and E2E testing patterns. It applies a rigorous test-driven development methodology that requires adherence to implementing these comprehensive testing patterns to ensure high-quality software delivery.

You should write failing tests first when fixing bugs to ensure the issue is accurately captured before applying the fix. This TDD methodology verifies that every line of production code resolves the defect and prevents future regressions effectively.

Code coverage enforcement improves software reliability by mandating that at least 80% of your codebase is verified by unit, integration, and E2E tests. This addresses inconsistent code quality and ensures high maintainability across the application stack.