material-table vs rc-table vs react-table
React Table Libraries
material-tablerc-tablereact-tableSimilar Packages:

React Table Libraries

React table libraries provide developers with tools to create dynamic and interactive data tables in React applications. They offer various features such as sorting, filtering, pagination, and customizable cell rendering, which enhance the user experience when dealing with large datasets. Each library has its own unique approach to handling data and rendering tables, catering to different use cases and developer preferences. Understanding the differences between these libraries can help developers choose the right one for their specific project requirements.

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material-table03,496335 kB42 years agoMIT
rc-table01,367418 kB1835 months agoMIT
react-table027,788940 kB369-MIT

Feature Comparison: material-table vs rc-table vs react-table

Design Principles

  • material-table:

    Material-Table is built on Material Design principles, ensuring a visually appealing and user-friendly interface. It provides pre-styled components that adhere to Material Design guidelines, making it easy to create a consistent look and feel across your application.

  • rc-table:

    RC-Table focuses on flexibility and performance, allowing developers to customize the table's appearance and behavior extensively. It does not impose any specific design language, making it suitable for various design systems and applications that require a unique look.

  • react-table:

    React-Table is a headless utility, meaning it provides the logic for table functionality without dictating how the UI should look. This gives developers the freedom to implement their own design while still benefiting from powerful features like sorting and filtering.

Performance

  • material-table:

    Material-Table is feature-rich but may introduce some performance overhead due to its extensive features. However, it is optimized for common use cases, making it performant for most applications, especially those that prioritize UI consistency and ease of use.

  • rc-table:

    RC-Table is designed for performance and can handle large datasets efficiently. It offers features like virtual scrolling, which helps in rendering only the visible rows, significantly improving performance in data-heavy applications.

  • react-table:

    React-Table is highly performant and can handle large datasets effectively. Its virtualized rendering and memoization techniques ensure that only the necessary components re-render, making it suitable for applications with complex data interactions.

Customization

  • material-table:

    Material-Table offers built-in customization options for styling and functionality, allowing developers to modify aspects like column definitions and action buttons easily. However, deep customization may require additional effort due to its predefined structure.

  • rc-table:

    RC-Table provides extensive customization capabilities, enabling developers to create complex table layouts and behaviors. Its flexible API allows for deep integration with other libraries and custom components, making it ideal for tailored solutions.

  • react-table:

    React-Table excels in customization, allowing developers to define their own rendering logic and styles. Its headless approach means you can build any UI you want while leveraging its powerful features, making it highly adaptable to various use cases.

Learning Curve

  • material-table:

    Material-Table has a moderate learning curve, especially for developers familiar with Material Design. Its comprehensive documentation and examples make it relatively easy to get started, but mastering all its features may take some time.

  • rc-table:

    RC-Table has a steeper learning curve due to its flexibility and the need for more manual configuration. Developers may need to invest time in understanding its API and how to leverage its customization capabilities effectively.

  • react-table:

    React-Table has a moderate learning curve, particularly for those familiar with React. Its headless design may require additional effort to implement the UI, but the powerful features and flexibility it offers can justify the initial investment.

Community and Support

  • material-table:

    Material-Table has a growing community and is well-documented, providing ample resources for developers. However, being a more opinionated library, community support may be limited to specific use cases related to Material Design.

  • rc-table:

    RC-Table has a smaller community compared to the others, but it is actively maintained and offers good documentation. Developers may find community support through GitHub issues and discussions, but resources may be less abundant.

  • react-table:

    React-Table boasts a large and active community, with extensive documentation, examples, and third-party resources available. This makes it easier for developers to find help and share solutions, enhancing the overall development experience.

How to Choose: material-table vs rc-table vs react-table

  • material-table:

    Choose Material-Table if you need a table component that follows Material Design principles and offers a rich set of features out of the box, such as inline editing, filtering, and customizable actions. It's ideal for applications that require a polished UI and a comprehensive feature set without extensive customization.

  • rc-table:

    Select RC-Table for a lightweight and flexible table solution that allows for deep customization and integration with other libraries. It is suitable for projects where performance is critical and where you want more control over the rendering and behavior of the table components.

  • react-table:

    Opt for React-Table if you are looking for a highly customizable and performant table library that provides a headless approach. This means you can build your own UI while leveraging the powerful features of React-Table, such as sorting, filtering, and pagination, making it perfect for applications that require a tailored user experience.

README for material-table

:warning: Please do not create pull requests that contains a lot of change. Because we are working on refactoring and testing. Just pull requests that fixes a bug with a few line changes.



material-table

material-table

A simple and powerful Datatable for React based on Material-UI Table with some additional features.

Build Status Financial Contributors on Open Collective npm package NPM Downloads Average time to resolve an issue xscode Follow on Twitter Gitter chat

Roadmap

Key features

Demo and documentation

You can access all code examples and documentation on our site material-table.com.

Support material-table

To support material-table visit SUPPORT page.

Issue Prioritizing

Issues would be prioritized according reactions count. is:issue is:open sort:reactions-+1-desc filter would be use.

List issues according to reaction score

Prerequisites

The minimum React version material-table supports is ^16.8.5 since material-table v1.36.1. This is due to utilising react-beautiful-dnd for drag & drop functionality which uses hooks.

If you use an older version of react we suggest to upgrade your dependencies or use material-table 1.36.0.

Installation

1.Install package

To install material-table with npm:

npm install material-table @material-ui/core --save

To install material-table with yarn:

yarn add material-table @material-ui/core

2.Add material icons

There are two ways to use icons in material-table either import the material icons font via html OR import material icons and use the material-table icons prop.

HTML
<link
  rel="stylesheet"
  href="https://fonts.googleapis.com/icon?family=Material+Icons"
/>

OR

Import Material icons

Icons can be imported to be used in material-table offering more flexibility for customising the look and feel of material table over using a font library.

To install @material-ui/icons with npm:

npm install @material-ui/icons --save

To install @material-ui/icons with yarn:

yarn add @material-ui/icons

If your environment doesn't support tree-shaking, the recommended way to import the icons is the following:

import AddBox from "@material-ui/icons/AddBox";
import ArrowDownward from "@material-ui/icons/ArrowDownward";

If your environment support tree-shaking you can also import the icons this way:

import { AddBox, ArrowDownward } from "@material-ui/icons";

Note: Importing named exports in this way will result in the code for every icon being included in your project, so is not recommended unless you configure tree-shaking. It may also impact Hot Module Reload performance. Source: @material-ui/icons

Example

import { forwardRef } from 'react';

import AddBox from '@material-ui/icons/AddBox';
import ArrowDownward from '@material-ui/icons/ArrowDownward';
import Check from '@material-ui/icons/Check';
import ChevronLeft from '@material-ui/icons/ChevronLeft';
import ChevronRight from '@material-ui/icons/ChevronRight';
import Clear from '@material-ui/icons/Clear';
import DeleteOutline from '@material-ui/icons/DeleteOutline';
import Edit from '@material-ui/icons/Edit';
import FilterList from '@material-ui/icons/FilterList';
import FirstPage from '@material-ui/icons/FirstPage';
import LastPage from '@material-ui/icons/LastPage';
import Remove from '@material-ui/icons/Remove';
import SaveAlt from '@material-ui/icons/SaveAlt';
import Search from '@material-ui/icons/Search';
import ViewColumn from '@material-ui/icons/ViewColumn';

const tableIcons = {
    Add: forwardRef((props, ref) => <AddBox {...props} ref={ref} />),
    Check: forwardRef((props, ref) => <Check {...props} ref={ref} />),
    Clear: forwardRef((props, ref) => <Clear {...props} ref={ref} />),
    Delete: forwardRef((props, ref) => <DeleteOutline {...props} ref={ref} />),
    DetailPanel: forwardRef((props, ref) => <ChevronRight {...props} ref={ref} />),
    Edit: forwardRef((props, ref) => <Edit {...props} ref={ref} />),
    Export: forwardRef((props, ref) => <SaveAlt {...props} ref={ref} />),
    Filter: forwardRef((props, ref) => <FilterList {...props} ref={ref} />),
    FirstPage: forwardRef((props, ref) => <FirstPage {...props} ref={ref} />),
    LastPage: forwardRef((props, ref) => <LastPage {...props} ref={ref} />),
    NextPage: forwardRef((props, ref) => <ChevronRight {...props} ref={ref} />),
    PreviousPage: forwardRef((props, ref) => <ChevronLeft {...props} ref={ref} />),
    ResetSearch: forwardRef((props, ref) => <Clear {...props} ref={ref} />),
    Search: forwardRef((props, ref) => <Search {...props} ref={ref} />),
    SortArrow: forwardRef((props, ref) => <ArrowDownward {...props} ref={ref} />),
    ThirdStateCheck: forwardRef((props, ref) => <Remove {...props} ref={ref} />),
    ViewColumn: forwardRef((props, ref) => <ViewColumn {...props} ref={ref} />)
  };

<MaterialTable
  icons={tableIcons}
  ...
/>

Usage

Here is a basic example of using material-table within a react application.

import React, { Component } from "react";
import ReactDOM from "react-dom";
import MaterialTable from "material-table";

class App extends Component {
  render() {
    return (
      <div style={{ maxWidth: "100%" }}>
        <MaterialTable
          columns={[
            { title: "Adı", field: "name" },
            { title: "Soyadı", field: "surname" },
            { title: "Doğum Yılı", field: "birthYear", type: "numeric" },
            {
              title: "Doğum Yeri",
              field: "birthCity",
              lookup: { 34: "İstanbul", 63: "Şanlıurfa" },
            },
          ]}
          data={[
            {
              name: "Mehmet",
              surname: "Baran",
              birthYear: 1987,
              birthCity: 63,
            },
          ]}
          title="Demo Title"
        />
      </div>
    );
  }
}

ReactDOM.render(<App />, document.getElementById("react-div"));

Contributing

We'd love to have your helping hand on material-table! See CONTRIBUTING.md for more information on what we're looking for and how to get started.

If you have any sort of doubt, idea or just want to talk about the project, feel free to join our chat on Gitter :)

Contributors

Code Contributors

This project exists thanks to all the people who contribute. [Contribute].

Financial Contributors

Become a financial contributor and help us sustain our community. [Contribute]

Individuals

Organizations

Support this project with your organization. Your logo will show up here with a link to your website. [Contribute]

License

This project is licensed under the terms of the MIT license.