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React Proxy

Proxies React components without unmounting or losing their state

React Proxy

Proxies React components without unmounting or losing their state

Author Avatar Theme by gaearon
Github Stars Github Stars: 456
Last Commit Last Commit: Mar 6, 2017 -
First Commit Created: Aug 8, 2025 -
React Proxy screenshot

Overview

React Proxy is an innovative component proxy designed to enhance the development experience within React applications, particularly useful in conjunction with hot reloading tools like React Hot Loader. This package supports both classic and modern styles, making it adaptable for various development approaches. While primarily aimed at tool creators rather than application developers, React Proxy serves as a powerful engine for ensuring smoother transitions between development states in your projects.

As the development landscape continuously evolves, React Proxy stands out with essential features catered to streamline and safeguard the development process, aiding primarily in the realm of component modification and state management. With a focus on maintaining method integrity and improving performance, it offers a robust solution for managing React components.

Features

  • Supports both classic and modern styles: Compatible with both React.createClass() and ES6 class components, enhancing flexibility for developers.
  • Class compatibility: Works with classes that do not extend React.Component, broadening usage scenarios beyond standard React structures.
  • Strict update handling: Employs shouldComponentUpdate for optimizing rendering, ensuring minimal re-renders and improved efficiency.
  • Autobinding features: Supports both classic createClass() autobinding as well as modern autobind-decorator, catering to various coding styles.
  • Extensive test suite: Comes with robust testing to ensure reliability and to avoid regressions during updates.
  • Method preservation: Maintains the display name, identity, and functionality of instance and static methods, ensuring a seamless development experience.
  • Dynamic updating: Guarantees that scheduled methods with setInterval or setTimeout are updated correctly, preserving expected behavior throughout the application lifecycle.
  • Advanced method management: Replaces getters, setters, and methods while preserving their identities, which is crucial for maintaining application state and behavior.