react vs vue vs svelte vs angular vs mithril
JavaScript Frontend Frameworks Comparison
1 Year
reactvuesvelteangularmithrilSimilar Packages:
What's JavaScript Frontend Frameworks?

JavaScript frontend frameworks are essential tools for building dynamic and interactive web applications. They provide developers with a structured way to create user interfaces, manage state, and handle user interactions efficiently. Each framework has its unique features, design philosophies, and ecosystems, making them suitable for different types of projects. Understanding these differences helps developers choose the right framework based on their specific needs and project requirements.

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react32,070,155232,887237 kB9593 months agoMIT
vue6,498,30149,0482.39 MB9994 months agoMIT
svelte2,240,65781,6272.48 MB8193 hours agoMIT
angular468,38158,7432.09 MB463-MIT
mithril17,53314,071264 kB2425 days agoMIT
Feature Comparison: react vs vue vs svelte vs angular vs mithril

Performance

  • react:

    React's performance hinges on its virtual DOM, which efficiently updates the UI by minimizing direct manipulations of the actual DOM. Techniques like memoization and React's built-in optimization features help ensure that components only re-render when necessary, enhancing overall performance.

  • vue:

    Vue's performance is generally good, with a virtual DOM similar to React. It offers optimizations like asynchronous rendering and lazy loading, allowing developers to build responsive applications that perform well even with complex UIs.

  • svelte:

    Svelte compiles components to highly optimized JavaScript at build time, eliminating the need for a virtual DOM. This results in faster runtime performance and smaller bundle sizes, making Svelte applications exceptionally quick and responsive.

  • angular:

    Angular's performance can be impacted by its change detection mechanism, which checks for changes in the application state. While it provides powerful features, developers need to optimize their applications using techniques like OnPush change detection and lazy loading to enhance performance.

  • mithril:

    Mithril is designed for speed and efficiency, with a virtual DOM implementation that minimizes updates and re-renders. Its small footprint and fast rendering capabilities make it one of the most performant frameworks available, especially for SPAs.

Learning Curve

  • react:

    React is known for its approachable learning curve, especially for those familiar with JavaScript. Its component-based architecture and clear documentation make it easy for developers to get started and progressively learn more advanced concepts like hooks and context.

  • vue:

    Vue is often praised for its gentle learning curve. It combines the best features of Angular and React while maintaining simplicity, making it accessible for beginners and allowing for gradual adoption in existing projects.

  • svelte:

    Svelte offers an intuitive learning experience with a syntax that feels familiar to JavaScript developers. Its reactive programming model and lack of boilerplate make it easy to pick up, even for those new to frontend development.

  • angular:

    Angular has a steeper learning curve due to its extensive feature set and complex architecture. It requires understanding concepts like dependency injection, RxJS for reactive programming, and TypeScript, making it more challenging for beginners.

  • mithril:

    Mithril is relatively easy to learn, with a straightforward API and minimal boilerplate. Its simplicity allows developers to quickly grasp the core concepts and start building applications without a steep learning curve.

Community and Ecosystem

  • react:

    React boasts one of the largest communities in the frontend development space, with a vast ecosystem of libraries, tools, and resources. This extensive support makes it easier to find solutions and integrate third-party tools into projects.

  • vue:

    Vue has a vibrant community and a rich ecosystem of plugins and libraries. It is widely adopted in the industry, particularly in Asia, and offers excellent documentation and community support.

  • svelte:

    Svelte's community is rapidly growing, with increasing interest and contributions. While it may not yet match React or Angular in size, its innovative approach and enthusiastic community provide ample resources for developers.

  • angular:

    Angular has a large and active community, backed by Google. It offers extensive documentation, a wealth of resources, and a robust ecosystem of libraries and tools, making it a reliable choice for enterprise applications.

  • mithril:

    Mithril has a smaller community compared to others, but it is growing steadily. While it may not have as many resources or third-party libraries, its simplicity and performance attract a niche audience.

State Management

  • react:

    React uses a unidirectional data flow for state management, with hooks like useState and useReducer for local state management. For larger applications, libraries like Redux or MobX can be integrated for more complex state management needs.

  • vue:

    Vue provides a reactive data model that makes state management straightforward. Vuex, its official state management library, offers a centralized store for managing application state, making it ideal for larger applications.

  • svelte:

    Svelte has a unique approach to state management, allowing developers to declare reactive variables directly within components. This simplicity makes state management intuitive and reduces the need for external libraries in many cases.

  • angular:

    Angular provides built-in state management through services and RxJS for reactive programming. It encourages a structured approach to managing application state, making it suitable for complex applications with multiple data sources.

  • mithril:

    Mithril does not impose a specific state management solution, allowing developers to choose their preferred approach. Its simplicity makes it easy to manage state directly within components or through external libraries.

Extensibility

  • react:

    React's extensibility is one of its key strengths, with a rich ecosystem of third-party libraries and tools. Developers can create custom hooks and components, and integrate with state management libraries, routing solutions, and more.

  • vue:

    Vue is highly extensible, with a plugin system that allows developers to add functionality easily. Its component-based architecture supports the creation of reusable components that can be shared across projects.

  • svelte:

    Svelte is designed to be extensible, allowing developers to create custom components and integrate with existing JavaScript libraries. Its compile-time optimizations enhance the performance of extensions and custom solutions.

  • angular:

    Angular is highly extensible, allowing developers to create custom components, directives, and services. Its modular architecture supports the development of reusable code, which can be shared across applications.

  • mithril:

    Mithril is lightweight and extensible, allowing developers to create custom components easily. Its flexibility enables integration with other libraries and tools, making it adaptable to various project requirements.

How to Choose: react vs vue vs svelte vs angular vs mithril
  • react:

    Select React if you value flexibility and a strong ecosystem of libraries. It's perfect for projects that may evolve over time, allowing for easy integration of third-party tools and libraries. React's component-based architecture is great for building reusable UI components.

  • vue:

    Choose Vue for its gentle learning curve and flexibility. Vue is great for both small projects and large applications, offering a progressive framework that can be incrementally adopted. It provides a balance between structure and flexibility, making it suitable for a wide range of use cases.

  • svelte:

    Consider Svelte if you want a modern approach to building UIs with minimal boilerplate. Svelte compiles components into highly optimized vanilla JavaScript at build time, resulting in faster runtime performance and smaller bundle sizes, making it ideal for performance-sensitive applications.

  • angular:

    Opt for Angular if you need a comprehensive, opinionated framework for large-scale applications that require a robust architecture and built-in features like routing, state management, and form handling. It's ideal for enterprise-level applications that benefit from a structured approach.

  • mithril:

    Choose Mithril for lightweight applications where performance is critical. Its small size and fast rendering make it suitable for projects that require quick load times and minimal overhead, especially when building single-page applications (SPAs).

README for react

react

React is a JavaScript library for creating user interfaces.

The react package contains only the functionality necessary to define React components. It is typically used together with a React renderer like react-dom for the web, or react-native for the native environments.

Note: by default, React will be in development mode. The development version includes extra warnings about common mistakes, whereas the production version includes extra performance optimizations and strips all error messages. Don't forget to use the production build when deploying your application.

Usage

import { useState } from 'react';
import { createRoot } from 'react-dom/client';

function Counter() {
  const [count, setCount] = useState(0);
  return (
    <>
      <h1>{count}</h1>
      <button onClick={() => setCount(count + 1)}>
        Increment
      </button>
    </>
  );
}

const root = createRoot(document.getElementById('root'));
root.render(<Counter />);

Documentation

See https://react.dev/

API

See https://react.dev/reference/react