Translate design documents into runnable software with TDD scaffolding.
npx skills add https://github.com/dmayerdesign/spex --skill spex-implement
Please help me install this Agent Skill. Skill: spex-implement Source: https://github.com/dmayerdesign/spex/tree/main/.claude/skills/spex-implement Command: npx skills add https://github.com/dmayerdesign/spex --skill spex-implement
This Skill bridges the gap between design documents and executable software by guiding a developer through a structured, test-driven path from design to implementation, reducing ambiguity and rework.
Provide a design document and ask the skill to generate the initial working code scaffolding that matches it.
High-intent search queries and answers about installing and using this skill.
To turn a design document into working code, this Skill translates your spec into runnable software by outlining a test-driven build sequence and generating initial scaffolding. You provide the design, and it outputs structured code with validation.
Implementing code from a spec using TDD involves outlining a stepwise build and refactor cycle. This Skill enforces test-driven development by generating automated test scaffolding alongside initial code to validate requirements continuously.
Yes, you can generate test scaffolding from an existing design document. The Skill applies a TDD-driven workflow to create automated tests that match your spec, ensuring clear handoffs between design, implementation, and validation.
To reduce rework when translating designs into code, the Skill bridges the gap between spec and execution through a guided implementation workflow. It enforces alignment with requirements using stepwise test-driven development cycles.
Yes, this design-to-code tool works without external dependencies. It relies entirely on your provided design document to outline the build sequence and generate the initial runnable software scaffolding.
You need a guided implementation workflow for software projects when a design exists and you seek structured code generation. It is specifically for translating specs into runnable software while enforcing test-driven development to reduce ambiguity.
tygwanDraft technical specifications with architecture, API contracts, and data models.
Agile-VExecute independent tests against Build Agent artifacts to validate requirements compliance.
christopher-bussEnforce red-green-refactor loops with tests through public interfaces.
EthansuttorTransform specifications into code with SPARC-driven TDD workflows.
