tdd-implementer

TDD strategies like Fake It, Obvious Implementation, and Triangulation guide writing the absolute least code needed to satisfy a failing test. They prevent premature abstraction by forcing the codebase to evolve strictly through test requirements rather than speculative design.

The best way to avoid over-engineering when implementing code for a new function is adhering to TDD principles by writing only what is necessary to satisfy the failing test. This rapid feedback loop prevents speculative generalization and keeps implementation strictly bounded by test cases.

Use Triangulation in test-driven development when the generalization of a function is not immediately obvious from a single test case. You should write multiple failing tests with varying inputs to force the correct implementation, whereas Obvious Implementation is used when the solution is already clear.

Yes, this approach to code implementation works without adding dependencies because it focuses entirely on writing minimal logic to pass existing test cases. It requires no external libraries or modules, relying solely on basic refactoring and strict adherence to TDD principles.

Writing only the necessary code for a failing test prevents premature abstraction because it restricts development to fulfilling specific test assertions. By using strategies like Fake It, you defer generalization until multiple distinct test cases prove the need for a more complex implementation.