UI Component Libraries for JavaScript Frameworks Comparison
react-bootstrap vs material-ui vs angular-material vs vue-material
1 Year
react-bootstrapmaterial-uiangular-materialvue-materialSimilar Packages:
What's UI Component Libraries for JavaScript Frameworks?

UI component libraries provide pre-built components and design elements that help developers create visually appealing and functional user interfaces quickly. Each library is tailored to specific JavaScript frameworks, ensuring seamless integration and adherence to the framework's design principles. By using these libraries, developers can save time on UI development, maintain consistency across applications, and leverage best practices in design and usability.

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react-bootstrap1,029,71722,4231.48 MB2118 days agoMIT
material-ui56,97794,117-1,9006 years agoMIT
angular-material46,93916,53611.3 MB278-MIT
vue-material15,0389,8934.72 MB2452 years agoMIT
Feature Comparison: react-bootstrap vs material-ui vs angular-material vs vue-material

Design Consistency

  • react-bootstrap:

    React-Bootstrap brings Bootstrap's design philosophy into React, ensuring that the components maintain the classic Bootstrap look. This is beneficial for developers familiar with Bootstrap, as it allows for quick implementation of responsive designs with consistent styling.

  • material-ui:

    Material-UI also follows Material Design principles, offering a wide range of components that are visually consistent and customizable. It allows developers to create unique themes while ensuring that the core design elements remain uniform throughout the application.

  • angular-material:

    Angular Material adheres strictly to Material Design guidelines, ensuring that applications built with it maintain a consistent look and feel across all components. This consistency enhances user experience and provides a cohesive interface that users can easily navigate.

  • vue-material:

    Vue Material provides a set of components that follow Material Design, ensuring that applications have a modern and consistent appearance. Its simplicity allows developers to implement Material Design without extensive configuration, promoting a uniform user experience.

Customization and Theming

  • react-bootstrap:

    React-Bootstrap allows customization through Bootstrap's built-in theming capabilities. Developers can modify Bootstrap's variables and styles to create a unique look while still relying on the familiar Bootstrap component structure.

  • material-ui:

    Material-UI is highly customizable, allowing developers to create custom themes and override default styles using a powerful styling solution. This flexibility enables the creation of unique designs while leveraging the extensive component library provided by Material-UI.

  • angular-material:

    Angular Material offers a theming system that allows developers to customize the appearance of components easily. You can define a custom theme using primary, accent, and warn palettes, enabling a tailored look that fits your brand identity while maintaining Material Design standards.

  • vue-material:

    Vue Material supports customization through its simple API, allowing developers to adjust styles and themes easily. However, it may not offer as extensive theming options as Material-UI, making it more suitable for simpler projects.

Integration with Framework

  • react-bootstrap:

    React-Bootstrap is designed to work with React, allowing developers to use Bootstrap components as React components. This integration simplifies the process of building responsive UIs while maintaining the benefits of React's virtual DOM.

  • material-ui:

    Material-UI is built for React, leveraging React's component-based architecture. It integrates well with React's ecosystem, including state management libraries and routing solutions, making it a natural choice for React developers.

  • angular-material:

    Angular Material is specifically designed for Angular applications, ensuring seamless integration with Angular's features such as dependency injection and reactive forms. This tight coupling allows for efficient development and a more cohesive experience when building Angular apps.

  • vue-material:

    Vue Material is tailored for Vue.js, providing components that utilize Vue's reactivity and lifecycle hooks. This ensures that developers can build applications that are both performant and easy to maintain.

Learning Curve

  • react-bootstrap:

    React-Bootstrap is straightforward for those already familiar with Bootstrap. The transition to using it in a React environment is smooth, but understanding React's component lifecycle is necessary for optimal use.

  • material-ui:

    Material-UI is relatively easy to learn for developers familiar with React. Its documentation is well-structured, and the component API is intuitive, making it accessible for new users while still offering advanced features for experienced developers.

  • angular-material:

    Angular Material has a moderate learning curve, especially for developers new to Angular. Understanding Angular's concepts such as modules, components, and services is essential to effectively use Angular Material, but it provides comprehensive documentation to aid learning.

  • vue-material:

    Vue Material is easy to pick up for developers familiar with Vue.js. Its simplicity and adherence to Vue's principles make it accessible, though it may lack some advanced features found in more mature libraries.

Community and Support

  • react-bootstrap:

    React-Bootstrap has a supportive community, though it may not be as large as that of Material-UI. The documentation is clear, and many developers share their experiences and solutions online, making it easier to find help when needed.

  • material-ui:

    Material-UI has a large and active community, with extensive documentation and a wealth of examples available. This support network makes it easier for developers to find solutions and share knowledge about best practices.

  • angular-material:

    Angular Material benefits from a robust community and extensive documentation, as it is part of the Angular ecosystem. Developers can find numerous resources, tutorials, and community support to help them troubleshoot issues and learn best practices.

  • vue-material:

    Vue Material has a smaller community compared to the other libraries, but it is growing. The documentation is helpful, but developers may find fewer resources and community discussions compared to more established libraries.

How to Choose: react-bootstrap vs material-ui vs angular-material vs vue-material
  • react-bootstrap:

    Select React-Bootstrap if you prefer Bootstrap's classic design and are working within a React environment. It allows you to use Bootstrap's components as React components, providing a familiar structure while leveraging React's capabilities for building interactive UIs.

  • material-ui:

    Opt for Material-UI if you are building a React application and want to utilize Material Design components. It offers a rich set of customizable components and a powerful theming capability, making it ideal for applications that require a modern aesthetic and responsive design.

  • angular-material:

    Choose Angular Material if you are developing an Angular application and want to implement Material Design principles. It provides a comprehensive set of UI components that are designed to work seamlessly with Angular's reactive forms and routing, ensuring a consistent look and feel throughout your application.

  • vue-material:

    Consider Vue Material if you are developing a Vue.js application and want to incorporate Material Design. It provides a lightweight set of components that are easy to use and integrate with Vue's reactivity, making it suitable for projects that prioritize simplicity and performance.

README for react-bootstrap

React-Bootstrap

Bootstrap 5 components built with React.

GitHub Actions CI status Travis CI Build status npm Codecov Discord Netlify

Bootstrap compatibility

React-Bootstrap is compatible with various versions of Bootstrap. As such, you need to ensure you are using the correct combination of versions.

See the below table on which version of React-Bootstrap you should be using in your project.

| Bootstrap Version | React-Bootstrap Version | Documentation | | ------------- |:-------------:| -----:| | v5.x | 2.x | Link | | v4.x | 1.x (not maintained) | Link | | v3.x | 0.33.x (not maintained) | Link |

Migrating from previous versions

Bootstrap 4 to Bootstrap 5

If you would like to update React-Bootstrap within an existing project to use Bootstrap 5, please read our docs for migrating to React-Bootstrap V2.

Bootstrap 3 to Bootstrap 4

If you would like to update React-Bootstrap within an existing project to use Bootstrap 4, please read our docs for migrating to React-Bootstrap V1.

Related modules

Local setup

Yarn is our package manager of choice here. Check out setup instructions here if you don't have it installed already. After that you can run yarn run bootstrap to install all the needed dependencies.

From there you can:

  • Run the tests once with yarn test (Or run them in watch mode with yarn run tdd).
  • Start a local copy of the docs site with yarn start
  • Or build a local copy of the library with yarn run build

CodeSandbox Examples

Click here to explore some React-Bootstrap CodeSandbox examples.

Click here to automatically open CodeSandbox with the React-Bootstrap CodeSandbox Examples GitHub Repository as a workspace.

Contributions

Yes please! See the contributing guidelines for details.