react-window vs react-virtualized vs react-infinite-scroll-component vs react-infinite-scroller vs vue-virtual-scroller vs ngx-infinite-scroll vs vue-infinite-loading
Infinite Scrolling and Virtual Scrolling Libraries
react-windowreact-virtualizedreact-infinite-scroll-componentreact-infinite-scrollervue-virtual-scrollerngx-infinite-scrollvue-infinite-loadingSimilar Packages:
Infinite Scrolling and Virtual Scrolling Libraries

Infinite scrolling and virtual scrolling libraries are tools used in web development to efficiently load and display large sets of data in a scrollable interface. Infinite scrolling automatically loads more content as the user scrolls down, creating a seamless experience without pagination. Virtual scrolling, on the other hand, only renders the items that are currently visible in the viewport, significantly improving performance and reducing memory usage when dealing with long lists. Both techniques enhance user experience by providing smooth and efficient ways to navigate through large datasets without overwhelming the browser or the user.

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react-window4,131,52716,991206 kB1a month agoMIT
react-virtualized1,405,67527,0392.24 MB1a year agoMIT
react-infinite-scroll-component937,8643,048169 kB1984 days agoMIT
react-infinite-scroller454,4613,30730.3 kB98-MIT
vue-virtual-scroller345,17110,527406 kB247-MIT
ngx-infinite-scroll314,5301,25770.3 kB15a day agoMIT
vue-infinite-loading72,5402,662-786 years agoMIT
Feature Comparison: react-window vs react-virtualized vs react-infinite-scroll-component vs react-infinite-scroller vs vue-virtual-scroller vs ngx-infinite-scroll vs vue-infinite-loading

Framework Compatibility

  • react-window:

    react-window is a lightweight React library for virtualizing large lists and grids, designed to be simple and efficient while providing high performance for rendering only the visible items in a list.

  • react-virtualized:

    react-virtualized is a React library that provides a set of components for efficiently rendering large lists, tables, and grids, making it suitable for a wide range of applications that require virtualization.

  • react-infinite-scroll-component:

    react-infinite-scroll-component is built for React, offering a simple and customizable component for implementing infinite scrolling in React projects.

  • react-infinite-scroller:

    react-infinite-scroller is a React-specific library that provides a straightforward way to implement infinite scrolling with minimal setup and configuration.

  • vue-virtual-scroller:

    vue-virtual-scroller is a Vue.js library that implements virtual scrolling, rendering only the items that are visible in the viewport to improve performance when displaying large lists.

  • ngx-infinite-scroll:

    ngx-infinite-scroll is specifically designed for Angular applications, leveraging Angular’s directive system to provide a seamless infinite scrolling experience.

  • vue-infinite-loading:

    vue-infinite-loading is a Vue.js component that allows for easy implementation of infinite scrolling, providing a clean and intuitive API for Vue developers.

Performance

  • react-window:

    react-window is designed for performance, with a focus on rendering only the visible items in a list or grid. It is more lightweight than react-virtualized, making it faster and more efficient for many use cases while still providing excellent virtualization capabilities.

  • react-virtualized:

    react-virtualized is highly performant for rendering large lists and grids, as it only renders the visible items and provides features like windowing and row/column virtualization to minimize DOM updates.

  • react-infinite-scroll-component:

    react-infinite-scroll-component is optimized for performance with features like customizable thresholds and loading indicators, ensuring smooth scrolling experiences even with large datasets.

  • react-infinite-scroller:

    react-infinite-scroller provides good performance for infinite scrolling, especially when combined with efficient data fetching and rendering techniques.

  • vue-virtual-scroller:

    vue-virtual-scroller is optimized for performance by only rendering the items that are currently visible in the viewport, which helps reduce memory usage and improve scrolling performance in applications with large lists.

  • ngx-infinite-scroll:

    ngx-infinite-scroll is efficient for loading more content as the user scrolls, but its performance largely depends on how the infinite loading is implemented in the application.

  • vue-infinite-loading:

    vue-infinite-loading is efficient for loading additional content as the user scrolls, but its performance can be affected by how quickly new data is fetched and rendered.

Customization

  • react-window:

    react-window allows for customization of the rendering process, including support for variable row heights and custom item rendering, while keeping the API simple and easy to use.

  • react-virtualized:

    react-virtualized provides a high level of customization for its components, allowing developers to create highly tailored solutions for rendering large datasets, including support for custom cell rendering, dynamic row heights, and more.

  • react-infinite-scroll-component:

    react-infinite-scroll-component offers good customization options, including the ability to style the loading indicator, set scroll thresholds, and control the loading behavior, making it flexible for different use cases.

  • react-infinite-scroller:

    react-infinite-scroller provides basic customization options, such as setting the threshold for when to load more content and customizing the loading indicator, but it is relatively simple and does not offer extensive styling capabilities.

  • vue-virtual-scroller:

    vue-virtual-scroller allows for customization of the item rendering process, including support for variable item heights and the ability to use custom components for rendering items.

  • ngx-infinite-scroll:

    ngx-infinite-scroll allows for some customization, such as setting the scroll threshold and loading indicators, but it is primarily a directive with limited styling options.

  • vue-infinite-loading:

    vue-infinite-loading allows for customization of the loading indicator, the threshold for triggering loading, and other aspects, making it flexible for different design requirements.

Ease of Use: Code Examples

  • react-window:

    react-window is designed to be simple and intuitive, making it easy for developers to implement virtual scrolling with minimal effort. Example:

    import { FixedSizeList } from 'react-window';
    
    const Example = () => {
      return (
        <FixedSizeList
          height={300}
          itemCount={items.length}
          itemSize={35}
          width={300}
        >
          {({ index }) => <div>{items[index]}</div>}
        </FixedSizeList>
      );
    };
    
  • react-virtualized:

    react-virtualized has a steeper learning curve due to its comprehensive feature set, but it offers powerful tools for optimizing the rendering of large datasets. Example:

    import { List } from 'react-virtualized';
    
    const Example = () => {
      return (
        <List
          width={300}
          height={300}
          rowCount={items.length}
          rowHeight={50}
          rowRenderer={({ index }) => <div>{items[index]}</div>}
        />
      );
    };
    
  • react-infinite-scroll-component:

    react-infinite-scroll-component is user-friendly and provides a simple API for implementing infinite scrolling. Example:

    import InfiniteScroll from 'react-infinite-scroll-component';
    
    const Example = () => {
      return (
        <InfiniteScroll
          dataLength={items.length}
          next={fetchMoreData}
          hasMore={hasMore}
          loader={<h4>Loading...</h4>}
        >
          {items.map((item, index) => (
            <div key={index}>{item}</div>
          ))}
        </InfiniteScroll>
      );
    };
    
  • react-infinite-scroller:

    react-infinite-scroller is straightforward to implement, making it easy for developers to add infinite scrolling to their applications. Example:

    import InfiniteScroller from 'react-infinite-scroller';
    
    const Example = () => {
      return (
        <InfiniteScroller
          pageStart={0}
          loadMore={loadMoreData}
          hasMore={hasMore}
          loader={<div className="loader" key={0}>Loading ...</div>}
        >
          {items.map((item, index) => (
            <div key={index}>{item}</div>
          ))}
        </InfiniteScroller>
      );
    };
    
  • vue-virtual-scroller:

    vue-virtual-scroller is straightforward to use, especially for developers familiar with Vue.js. Example:

    <template>
      <virtual-scroller :items="items" :item-height="50">
        <template #default="{ item }">
          <div>{{ item }}</div>
        </template>
      </virtual-scroller>
    </template>
    
  • ngx-infinite-scroll:

    ngx-infinite-scroll is easy to use, especially for Angular developers. Its directive-based approach allows for quick integration with minimal setup. Example:

    <ul>
      <li *ngFor="let item of items" class="item">{{ item }}</li>
    </ul>
    <div
      infiniteScroll
      [infiniteScrollDistance]="scrollDistance"
      [infiniteScrollUpDistance]="scrollUpDistance"
      [infiniteScrollDownDistance]="scrollDownDistance"
      (infiniteScroll)="loadData()"
    ></div>
    
  • vue-infinite-loading:

    vue-infinite-loading is easy to integrate into Vue applications, with a simple and clear API. Example:

    <template>
      <infinite-loading
        @infinite="loadMore"
        :has-infinite="hasMore"
        :spinner="spinner"
      >
        <template #default>
          <div v-for="item in items" :key="item.id">{{ item.name }}</div>
        </template>
      </infinite-loading>
    </template>
    
How to Choose: react-window vs react-virtualized vs react-infinite-scroll-component vs react-infinite-scroller vs vue-virtual-scroller vs ngx-infinite-scroll vs vue-infinite-loading
  • react-window:

    Select react-window if you are looking for a lightweight and efficient library for virtualizing large lists and grids in React. It is designed for simplicity and performance, with a smaller footprint compared to react-virtualized, making it a great choice for projects that need effective virtualization without the extra complexity.

  • react-virtualized:

    Choose react-virtualized if you need a comprehensive solution for rendering large lists, tables, and grids in React. It offers a wide range of components and features for virtualization, including support for variable row heights and dynamic content, making it ideal for complex applications that require high performance and flexibility.

  • react-infinite-scroll-component:

    Select react-infinite-scroll-component if you are building a React application and want a lightweight, customizable component for infinite scrolling. It offers good performance, supports loading indicators, and allows for easy integration with existing lists or grids.

  • react-infinite-scroller:

    Opt for react-infinite-scroller if you need a straightforward and flexible solution for infinite scrolling in React. It provides a simple API for triggering load more events and works well with various types of content, making it suitable for projects that require quick implementation with minimal overhead.

  • vue-virtual-scroller:

    Select vue-virtual-scroller if you need a high-performance virtual scrolling solution for Vue.js applications. It is designed to handle large lists efficiently by only rendering the items that are visible in the viewport, which helps reduce memory usage and improve performance, making it suitable for applications with extensive data sets.

  • ngx-infinite-scroll:

    Choose ngx-infinite-scroll if you are working with Angular and need a simple, directive-based solution for implementing infinite scrolling. It is easy to integrate and requires minimal setup, making it ideal for projects that need quick implementation without extensive customization.

  • vue-infinite-loading:

    Choose vue-infinite-loading if you are working with Vue.js and need a simple yet powerful component for implementing infinite scrolling. It provides a clean API, supports customizable loading indicators, and is easy to integrate into existing Vue applications, making it ideal for projects that require quick and flexible solutions.

README for react-window

react-window

react-window is a component library that helps render large lists of data quickly and without the performance problems that often go along with rendering a lot of data. It's used in a lot of places, from React DevTools to the Replay browser.

Support

If you like this project there are several ways to support it:

The following wonderful companies and individuals have sponsored react-window:

Installation

Begin by installing the library from NPM:

npm install react-window

TypeScript types

TypeScript definitions are included within the published dist folder

Documentation

Documentation for this project is available at react-window.vercel.app; version 1.x documentation can be found at react-window-v1.vercel.app.

List

Required props

NameDescription
rowComponent

React component responsible for rendering a row.

This component will receive an index and style prop by default. Additionally it will receive prop values passed to rowProps.

ℹ️ The prop types for this component are exported as RowComponentProps

rowCount

Number of items to be rendered in the list.

rowHeight

Row height; the following formats are supported:

  • number of pixels (number)
  • percentage of the grid's current height (string)
  • function that returns the row height (in pixels) given an index and cellProps
  • dynamic row height cache returned by the useDynamicRowHeight hook

⚠️ Dynamic row heights are not as efficient as predetermined sizes. It's recommended to provide your own height values if they can be determined ahead of time.

rowProps

Additional props to be passed to the row-rendering component. List will automatically re-render rows when values in this object change.

⚠️ This object must not contain ariaAttributes, index, or style props.

Optional props

NameDescription
className

CSS class name.

style

Optional CSS properties. The list of rows will fill the height defined by this style.

children

Additional content to be rendered within the list (above cells). This property can be used to render things like overlays or tooltips.

defaultHeight

Default height of list for initial render. This value is important for server rendering.

listRef

Ref used to interact with this component's imperative API.

This API has imperative methods for scrolling and a getter for the outermost DOM element.

ℹ️ The useListRef and useListCallbackRef hooks are exported for convenience use in TypeScript projects.

onResize

Callback notified when the List's outermost HTMLElement resizes. This may be used to (re)scroll a row into view.

onRowsRendered

Callback notified when the range of visible rows changes.

overscanCount

How many additional rows to render outside of the visible area. This can reduce visual flickering near the edges of a list when scrolling.

tagName

Can be used to override the root HTML element rendered by the List component. The default value is "div", meaning that List renders an HTMLDivElement as its root.

⚠️ In most use cases the default ARIA roles are sufficient and this prop is not needed.

Grid

Required props

NameDescription
cellComponent

React component responsible for rendering a cell.

This component will receive an index and style prop by default. Additionally it will receive prop values passed to cellProps.

ℹ️ The prop types for this component are exported as CellComponentProps

cellProps

Additional props to be passed to the cell-rendering component. Grid will automatically re-render cells when values in this object change.

⚠️ This object must not contain ariaAttributes, columnIndex, rowIndex, or style props.

columnCount

Number of columns to be rendered in the grid.

columnWidth

Column width; the following formats are supported:

  • number of pixels (number)
  • percentage of the grid's current width (string)
  • function that returns the row width (in pixels) given an index and cellProps
rowCount

Number of rows to be rendered in the grid.

rowHeight

Row height; the following formats are supported:

  • number of pixels (number)
  • percentage of the grid's current height (string)
  • function that returns the row height (in pixels) given an index and cellProps

Optional props

NameDescription
className

CSS class name.

dir

Corresponds to the HTML dir attribute: https://developer.mozilla.org/en-US/docs/Web/HTML/Reference/Global_attributes/dir

style

Optional CSS properties. The grid of cells will fill the height and width defined by this style.

children

Additional content to be rendered within the grid (above cells). This property can be used to render things like overlays or tooltips.

defaultHeight

Default height of grid for initial render. This value is important for server rendering.

defaultWidth

Default width of grid for initial render. This value is important for server rendering.

gridRef

Ref used to interact with this component's imperative API.

This API has imperative methods for scrolling and a getter for the outermost DOM element.

ℹ️ The useGridRef and useGridCallbackRef hooks are exported for convenience use in TypeScript projects.

onCellsRendered

Callback notified when the range of rendered cells changes.

onResize

Callback notified when the Grid's outermost HTMLElement resizes. This may be used to (re)scroll a cell into view.

overscanCount

How many additional rows/columns to render outside of the visible area. This can reduce visual flickering near the edges of a grid when scrolling.

tagName

Can be used to override the root HTML element rendered by the List component. The default value is "div", meaning that List renders an HTMLDivElement as its root.

⚠️ In most use cases the default ARIA roles are sufficient and this prop is not needed.