Scaffold full-stack features across server, shared types, and client layers.
npx skills add https://github.com/twlines/maslow --skill wire-feature
Please help me install this Agent Skill. Skill: wire-feature Source: https://github.com/twlines/maslow/tree/main/.claude/skills/wire-feature Command: npx skills add https://github.com/twlines/maslow --skill wire-feature
This Skill automates the creation and integration of new features across the entire application stack (server, shared types, client), ensuring consistency and preventing missed touchpoints.
Use the wire-feature skill to scaffold a new REST endpoint for the 'user-profile' feature.
High-intent search queries and answers about installing and using this skill.
Scaffolding full-stack features involves generating code for server route handlers, shared type definitions, API client methods, and UI integration points. This process ensures consistency and prevents missed touchpoints across server, shared types, and client layers.
The best way to wire a new API endpoint is to identify all touch points and generate the server route handler, service methods, persistence queries, shared types, and API client methods. This guarantees completeness across the server, shared types, and client layers.
Yes, you can scaffold WebSocket message types across your application stack. The process identifies all required touch points and generates the necessary server handlers, shared type definitions, and client UI integration code for the new WebSocket messages.
To identify all touch points for new full-stack features, you map out the required server routes, service methods, persistence queries, shared types, API client methods, and UI sections. This ensures every file and code section needing modification is covered.
Yes, full-stack scaffolding works for both new REST endpoints and WebSocket messages. It generates the required server route handlers, shared type definitions, API client methods, and UI integration points to maintain consistency across the application architecture.
Generating shared type definitions when adding server route handlers ensures type consistency across the server, shared types, and client layers. It acts as the contract for API client methods and UI integration, preventing missed touchpoints in multi-layered applications.
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