tdd

Start test-driven development by defining a failing test for a small feature, then implement the minimal code required to pass it and refactor the code for clarity. The workflow automates phase-specific steps, templates, and example tests for rapid adoption across design, implementation, and refactor phases.

The Red-Green-Refactor cycle in test-driven development is a workflow where you first write a failing test (Red), implement the minimal code to make it pass (Green), and then clean up the code without changing its behavior (Refactor). This reduces defects and ensures functional code aligns with requirements.

Yes, the TDD workflow provides language-agnostic and framework-agnostic guidance designed to fit common test runners and software development environments. It defines concrete inputs, outputs, and success criteria to ensure deterministic evaluation and safe progression regardless of your specific tech stack.

Writing failing tests before implementation is a core test-driven development practice that reduces defects by ensuring functional code aligns with requirements. It enables faster feedback during the software engineering process by guiding you through structured Red-Green-Refactor cycles for small, testable features.

Yes, the workflow provides phase-by-phase test design templates and example tests for quick adoption. These templates guide you through the Red-Green-Refactor cycles across design, implementation, and refactor phases to ensure deterministic evaluation and safe progression in your software project.

The test-driven development workflow is limited to guiding small, testable features through the Red-Green-Refactor cycle. While it provides language-agnostic guidance and templates, it does not replace the need for a functioning test runner environment and requires users to manually define concrete inputs and success criteria for safe progression.