implement

To implement tasks using a test-driven development workflow, you provide a task payload to trigger a RED-GREEN-REFACTOR cycle. This cycle ensures you write a failing test first, code minimally to pass it, then refactor while keeping tests green.

Traceability in TDD-driven task implementation means providing specific implementation and test locations for every acceptance criterion. This enables thorough audit and review by mapping exactly where each requirement is validated within your codebase.

A conductor-defined model handles complex workflow steps by aligning task inputs and models with the implementation process. This conductor-driven adaptation allows the workflow to systematically process and execute individual acceptance criteria.

Yes, you can use minimal code to pass acceptance criteria in automated workflows. The process requires writing tests first for a single criterion, then implementing only the minimal code necessary to make that targeted test pass.

The best way to validate acceptance criteria through targeted tests is executing a strict RED-GREEN-REFACTOR cycle. You write a failing test for one criterion, implement code to pass it, and refactor while maintaining green tests for verifiable functionality.

Yes, you need to write tests first when applying TDD automation. The workflow requires writing a failing test for a single acceptance criterion before any implementation code is written to guarantee verifiable functionality.