Awesome GitHub RepositoriesRoute State Caching

This project is a mobile-first web interface built with Vue 3 that replicates the layout and interaction patterns of a short-form video platform. It is designed as a responsive web application focused on high-performance mobile rendering and short-video workflows. The application features a vertical video carousel with infinite scrolling and a vertical-slide view orchestration system for seamless content playback. It employs a responsive layout using viewport-relative units to ensure consistent rendering across various mobile screen sizes and aspect ratios. The project incorporates Pinia for

This project is a pre-configured foundation for building mobile-responsive web applications using Vue 3 and Vite. It provides a production-ready scaffold that integrates essential development tools, component libraries, and build-time optimizations to accelerate the creation of mobile interfaces. The framework distinguishes itself through automated asset and configuration management, including the automatic registration of UI components and the conversion of SVG files into reusable components. It features built-in support for responsive design by automatically transforming pixel-based CSS uni

React-router-cache-route is a client-side route state manager and component caching library for React Router applications. It preserves component state, local Document Object Model structures, and view containers across route changes to prevent unmounting during navigation. The library includes LRU-based cache capacity limiting to automatically prune older entries and manage memory consumption when handling multiple dynamic route instances. It provides declarative route matching rules using conditional strings or custom functions, alongside an automatic scroll position persistence engine tha

This library is a navigation manager for Vue applications that provides a stack-based history system to simulate native mobile application behavior. It functions as a router extension that tracks route transitions and maintains a chronological log of visited pages, allowing for predictable forward and backward movement within single-page applications. The project distinguishes itself by preserving component states, including scroll positions and data, during navigation. By caching these states in memory, it prevents full page re-renders when users return to previous views, ensuring that the a