tdd

You can enforce the red-green-refactor cycle in Rust by using a Skill that mandates writing a failing test first, implementing minimal code to pass it, and then refactoring safely. It ensures modular design and clippy-compliant implementation steps.

Test-driven development for robust software engineering is a workflow where every feature is verified through public interfaces before moving to the next requirement. It ensures code is testable, decoupled from internal state, and resistant to silent failures via adversarial testing.

To prevent silent failures, you can write tests for public interfaces using adversarial testing patterns that target boundary and edge cases. This approach verifies features through public-facing tests, ensuring your logic is decoupled from internal state and thoroughly checked.

Yes, this test-driven development approach works for building decoupled terminal features by ensuring your logic is verified by public-facing tests before moving to the next requirement. It offers architectural guidance on creating deep modules and testable dependencies for terminal commands.

Yes, you can use the red-green-refactor workflow without prior test files because the process starts by writing a new failing test for the specific feature. It requires no external dependencies, only adherence to modular design principles and systematic implementation steps.