Projects sharing features with Instant.page

Waku is a minimal React framework built around React Server Components. It renders components exclusively on the server for data fetching and server-side logic, then hydrates client components in the browser for interactivity. The framework supports hybrid rendering, mixing static prerendering at build time with dynamic per-request rendering within a single application, and allows independently loading slice components that can be static or dynamic. The framework distinguishes itself through its file-based routing system that defines pages, layouts, and API endpoints by placing files in a dir

Swup is a page transition library and AJAX page loader designed to create seamless, animated transitions between pages on server-rendered websites. It functions as a DOM content orchestrator and browser history manager, intercepting navigation to replace page content dynamically and simulate a single-page application experience. The project differentiates itself through a hook-based lifecycle system and a plugin architecture that allows for the injection of custom logic and animation effects. It supports advanced visual methods including DOM content morphing, parallel-DOM rendering for overla

IGListKit is a data-driven list manager and framework for iOS that decouples data models from cell logic. It serves as a wrapper for collection views, using a system of section controllers to map specific data model types to independent objects that manage the logic and sizing for list sections. The project features a diffing algorithm library that calculates the minimal set of changes between two data collections. By using unique identifiers and equality tracking, it identifies inserts, deletes, and moves to trigger animated updates instead of full interface reloads. The framework covers a

AsyncDisplayKit is an asynchronous UI framework and performance library for iOS. It provides a collection of performant alternatives to standard views, allowing developers to build responsive interfaces by offloading layout and rendering tasks to background threads. The framework is centered around a declarative layout engine based on a flexbox model, which calculates element positions and sizes asynchronously. It utilizes a node-based abstraction to wrap native views, enabling the instantiation and configuration of UI hierarchies on background threads to prevent main thread blocking. The sy

lazysizes is a JavaScript lazy loading library and DOM visibility observer that defers the loading of images and iframes until they enter the browser viewport. It functions as a responsive image optimizer and SEO friendly asset loader designed to reduce initial page load times while maintaining search engine visibility. The project calculates optimal image sizes and handles srcset and picture elements to deliver the most appropriate asset based on device resolution and layout. It includes a mechanism for low-quality image placeholders and applies CSS classes during the loading process to trig

react-loadable is a React component lazy loader and JavaScript bundle orchestrator designed to manage the delivery of asynchronous components. It provides a bridge for server-side rendering to coordinate dynamic module preloading and prevent content flicker during client hydration. The project includes a dynamic component preloader to trigger background fetches of visual components before they are required on screen. It utilizes a system to map individual modules to their respective bundles, ensuring the correct assets are delivered. The library covers code splitting workflows and asynchrono

pulltorefresh.js is a JavaScript library and touch-gesture UI component used to add pull-to-refresh functionality to scrollable elements in web applications. It acts as a web interaction plugin that detects downward scrolling gestures to trigger content refresh actions. The library focuses on mobile web application user experiences, allowing developers to implement touch-based navigation and dynamic content refreshing that mimics native app behaviors on smartphones and tablets. The implementation includes configurable trigger distances and sensitivity thresholds. It utilizes touch-event trac