Compiles JSX to efficient DOM patches for Gea applications with proxy-based stores and router support.
npx skills add https://github.com/dashersw/gea --skill gea-framework
Please help me install this Agent Skill. Skill: gea-framework Source: https://github.com/dashersw/gea/tree/main/.cursor/skills/gea-framework Command: npx skills add https://github.com/dashersw/gea --skill gea-framework
Gea Framework provides a complete, lean toolkit for building reactive JavaScript UIs without a virtual DOM, combining a compile-time JSX transformer, proxy-based stores, and a built-in router to ship tiny runtimes and surgical DOM updates.
Create a new Gea project, install dependencies, and start the development server to begin building reactive components.
High-intent search queries and answers about installing and using this skill.
You can build reactive UIs without a virtual DOM by using a compile-time JSX transformer that generates efficient DOM patches, combined with proxy-based stores for surgical DOM updates. This approach ships a tiny runtime and avoids diffing overhead.
Managing state in a lean JavaScript SPA is handled through proxy-based stores that trigger surgical DOM updates directly. This reactive store model eliminates the need for a heavy virtual DOM diffing layer, keeping the runtime footprint minimal.
Yes, Gea supports server-side rendering (SSR) alongside its built-in router for fast, scalable applications. SSR workflows integrate directly with the proxy-based stores and compile-time JSX transforms to enable complete front-end rendering.
Yes, you can use JSX with Vite for compile-time DOM patching. The framework utilizes a Vite plugin to transform JSX at compile time, applying event delegation and delta patches to achieve efficient, surgical updates without a virtual DOM.
Routing for a single-page app without external dependencies is handled by the built-in router. It integrates natively with the reactive stores and compile-time JSX components to provide complete navigation workflows out of the box.
You should avoid a virtual DOM when you need lean, highly reactive applications with tiny runtimes and surgical DOM updates. If your project prioritizes minimal overhead over the flexibility of a heavy diffing layer, a compile-time JSX approach is more suitable.
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