spec-to-code

To turn a written specification into executable code, parse the document's acceptance criteria into discrete missions, generate a dependency-ordered execution plan, and drive implementation through gated phases with iterative test validation.

Spec-driven development converts a feature spec into a structured mission list with file-level change maps, dependency graphs, and parallelization opportunities. This removes ad-hoc implementation decisions by enforcing a controlled, phased execution plan.

Automating test-driven development from a spec involves running targeted tests during the execution phase, applying a three-attempt Fix Mode for failures, and triggering a circuit breaker for systemic issues to ensure code validation meets the original acceptance criteria.

Yes, the parsed specification produces a numbered mission list that identifies parallelization opportunities and dependency graphs, allowing one or multiple agents to execute the generated coding missions in parallel where dependencies permit.

Yes, during the final verification phase, the implementation undergoes a guardrail checklist that validates specific constraints including authorization, soft-delete, pagination, and UUID-only responses to ensure the code meets systemic requirements.

Automated spec parsing may struggle with unresolved ambiguities in the source document, and while a three-attempt Fix Mode handles test failures, a circuit breaker will halt execution if systemic failures indicate deeper architectural issues beyond the spec's scope.