stitch-loop

Automating iterative front-end site construction uses a baton-passing loop to continuously generate pages and integrate them into your project. This approach reads a next-prompt.md file to drive autonomous page generation and updates navigation automatically. You can build out a full site by passing a baton between iterations to produce new pages with automated handoff to the next task.

Yes, you need a Stitch MCP server to generate front-end pages autonomously. The server provides the tools required to generate pages and integrate them into the site. Access to this server is a prerequisite for running the automated baton-driven loop.

Context files required to guide autonomous site generation and visuals include SITE.md and DESIGN.md. These files provide the project structure and visual guidelines needed to steer page generation. A next-prompt.md file is also required to define the specific page field for each iteration.

A baton-passing loop for continuous page generation works by reading a next-prompt.md file, generating a page with Stitch MCP tools, and integrating it into the site. It supports iterative development by passing a baton to the next task for automated handoff. This allows multiple pages to be built sequentially without manual intervention.

Yes, you can use autonomous page generation for large multi-page site builds. The iterative development loop supports generating and integrating multiple pages with automated handoff to the next task. By continuously passing the baton, the loop scales to produce new pages and update navigation across the project.

Your autonomous Stitch loop may fail to generate new pages if the next-prompt.md file is missing a page field. The loop also requires a Stitch MCP server and context files like SITE.md and DESIGN.md to function properly. Ensure all prerequisites are in place before running the loop.