Enhancing React Applications with Modular Rendering and Adaptive Hydration
Strategies for improving front-end performance through modular rendering and adaptive hydration in React.
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version: 1.0 rules: - name: "Enhancing React Applications with Modular Rendering and Adaptive Hydration" description: "Strategies for improving front-end performance through modular rendering and adaptive hydration in React." category: "React Cursor Rules" pattern: "src/components/**/*.tsx" template: | import React from 'react'; interface ${ComponentName}Props { // Define component props here } export const ${ComponentName}: React.FC<${ComponentName}Props> = () => { return ( <div> {/* Component content */} </div> ); }; // Modular Rendering: Break down large components into smaller, reusable modules to enhance maintainability and performance. // Adaptive Hydration: Implement strategies to prioritize the hydration of critical components and defer non-essential ones based on user interaction and device capabilities. // Code Splitting: Utilize dynamic imports to load components lazily, reducing the initial load time and improving the application's responsiveness. // Server-Side Rendering (SSR): Leverage SSR to send pre-rendered HTML to the client, improving the time to first paint and SEO. // Progressive Hydration: Hydrate components progressively, starting with the most critical ones, to ensure faster interactivity and better user experience. // Performance Monitoring: Regularly monitor performance metrics such as First Input Delay (FID) and Time to Interactive (TTI) to identify and address bottlenecks. // Documentation: Provide clear documentation for each component, detailing its purpose, props, and any specific rendering or hydration strategies applied.