workflow-spec-tests-code

To align specifications with tests and code implementation, define MUST fields, draft a concrete Spec, outline Tests/Proof, and map Code changes before implementation. This enforces gate validation and outputs a complete plan containing Spec, Tests/Proof, and implementation steps.

Gate validation in spec-driven development ensures MUST fields are defined before drafting a Spec. It validates inputs early to reduce drift and risk when introducing new features, capturing measurable acceptance criteria and validation strategy before coding begins.

Create a complete development plan by capturing measurable acceptance criteria in a Spec, aligning Tests/Proof with verification methods and evidence, and mapping concrete implementation steps. This links requirements, verification artifacts, and code for safe spec-to-production transitions.

Feature development drifts from specifications when requirements, verification artifacts, and implementation lack formal alignment. Enforcing an end-to-end workflow with gate validation and MUST fields reduces this drift by linking specs, tests/proofs, and code changes throughout development.

Yes, you need to define acceptance criteria before writing tests and proof outlines. Spec-driven planning requires gate validation to ensure MUST fields and measurable acceptance criteria are established, enabling proper Tests/Proof alignment and evidence demonstration for coding readiness.

The best way to transition from specification to production code safely is mapping concrete implementation steps after aligning Spec, Tests/Proof, and Code. This formalized workflow yields a complete plan with gate validation, ensuring verification evidence demonstrates readiness before deployment.