react/react

Features

• Component-Based UI Libraries - A library for building user interfaces from small reusable components whose output updates automatically when their state changes.
• Data-View Synchronizers - Skip re-rendering parts of a view whose underlying data has not changed, and keep local state predictable and stable.
• Render-Time State Hooks - A call-order mechanism that attaches reusable state and side-effect logic to functional components at render time.
• UI Runtimes - A runtime that renders interfaces with JavaScript on the server or targets native mobile platforms without rewriting component code.
• Reconciler Output Targets - Core rendering logic decoupled from output target, allowing web, native, or server implementations.
• Design Component Systems - Crafting self-contained, reusable pieces that combine into complex applications with clear unidirectional data flow.
• Declarative Rendering Frameworks - Building web interfaces that automatically update when data changes, without manually manipulating the browser DOM.
• Self-Contained Component Compositions - Build components that manage their own state, then combine them into larger interfaces with data flowing clearly downward.
• Renderer Reconciler Abstractions - Core rendering logic is separated from platform-specific output, allowing the same component model to target web, native, or server runtimes.
• Concurrent Rendering Engines - Incremental work prioritisation lets rendering pause, resume, and abort without blocking the main thread.
• Component Composition - Encapsulated units with internal state nest into larger views through a unidirectional data flow from parent to child.
• Component State Managers - A library for encapsulating state inside self-contained components and passing data through predictable flows.
• Virtual DOM Reconciliation - A diffing algorithm that compares staged UI trees to compute the smallest set of changes needed to update the rendered output.
• Server-Side Rendering Engines - A Node.js engine that generates HTML on the server from components for faster initial page loads and SEO.
• React Native Components - Creating truly native mobile apps using the same component model and tooling as web applications.
• Cross-Platform Development - Building mobile apps that run on iOS and Android from one codebase, with shared business logic and platform-tailored UI where needed.
• Cross-Platform UI Frameworks - Run the same interface code on web servers with Node or on mobile devices without rewriting the core logic or views.
• Server-Side Rendering - Generating web pages on the server with Node to improve initial load performance and search engine visibility.
• Call-Order State Hooks - Attaching reusable state and side-effect logic to functional components through a paired call-order mechanism.
• Streaming Server-Side Rendering - HTML is generated and incrementally flushed from the server to the browser, where progressive hydration binds interactivity.
• Web Frameworks - Declarative library for building user interfaces.

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