rc-tree vs react-checkbox-tree vs react-sortable-tree vs react-treebeard
React Tree View Libraries Comparison
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rc-treereact-checkbox-treereact-sortable-treereact-treebeardSimilar Packages:
What's React Tree View Libraries?

These libraries provide various implementations of tree structures in React applications, allowing developers to create interactive and hierarchical data representations. They cater to different use cases, from simple checkbox trees to sortable trees, each with unique features and functionalities that enhance user experience and data manipulation capabilities.

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rc-tree2,049,6991,249359 kB1673 months agoMIT
react-checkbox-tree91,389719233 kB100-MIT
react-sortable-tree55,2674,952-3435 years agoMIT
react-treebeard31,3681,689-726 years agoMIT
Feature Comparison: rc-tree vs react-checkbox-tree vs react-sortable-tree vs react-treebeard

Customization

  • rc-tree:

    rc-tree offers extensive customization options, allowing developers to define their own node rendering, styles, and behaviors. This flexibility makes it suitable for complex applications that require tailored tree structures.

  • react-checkbox-tree:

    react-checkbox-tree provides limited customization primarily focused on checkbox functionality. While you can style the tree, the core behavior is centered around selection, making it less flexible than rc-tree.

  • react-sortable-tree:

    react-sortable-tree allows for customization of node rendering and drag-and-drop behavior, but it is primarily designed for reordering items. Customization is available but may require more effort compared to rc-tree.

  • react-treebeard:

    react-treebeard is designed for simplicity and ease of use, offering basic customization options for node rendering. It is less flexible than rc-tree but is quick to implement for straightforward tree structures.

User Interaction

  • rc-tree:

    rc-tree supports various user interactions, including drag-and-drop, selection, and context menus. This makes it suitable for applications that require rich user engagement with the tree structure.

  • react-checkbox-tree:

    react-checkbox-tree focuses on checkbox interactions, allowing users to select multiple nodes easily. It is ideal for scenarios where selection is the primary interaction, such as filtering or categorizing items.

  • react-sortable-tree:

    react-sortable-tree emphasizes drag-and-drop functionality, enabling users to reorder nodes intuitively. This interaction model is perfect for applications where the organization of items is user-driven.

  • react-treebeard:

    react-treebeard provides basic interactions like expanding and collapsing nodes, making it user-friendly for simple navigation through hierarchical data without complex interactions.

Performance

  • rc-tree:

    rc-tree is optimized for performance, supporting features like virtual scrolling and lazy loading, which are essential for handling large datasets efficiently without compromising user experience.

  • react-checkbox-tree:

    react-checkbox-tree performs well for moderate datasets, but may face performance issues with very large trees due to its reliance on rendering all nodes at once. It's best suited for smaller to medium-sized trees.

  • react-sortable-tree:

    react-sortable-tree is designed for performance with drag-and-drop functionality, but performance can degrade with very large trees if not implemented with optimizations like memoization.

  • react-treebeard:

    react-treebeard is lightweight and performs well for small to medium-sized trees. However, it may not handle very large datasets as efficiently as rc-tree due to its simpler architecture.

Learning Curve

  • rc-tree:

    rc-tree has a moderate learning curve due to its extensive features and customization options. Developers may need to invest time to understand its API and capabilities fully.

  • react-checkbox-tree:

    react-checkbox-tree is relatively easy to learn, especially for developers familiar with checkbox inputs. Its straightforward API allows for quick implementation in projects requiring checkbox functionality.

  • react-sortable-tree:

    react-sortable-tree has a moderate learning curve, particularly for implementing drag-and-drop features. Developers will need to understand how to manage state effectively for reordering items.

  • react-treebeard:

    react-treebeard is easy to learn and implement, making it suitable for developers looking for a simple tree structure without complex interactions or configurations.

Use Cases

  • rc-tree:

    rc-tree is ideal for applications that require complex tree structures with features like drag-and-drop, lazy loading, and dynamic updates, such as file explorers or hierarchical data management systems.

  • react-checkbox-tree:

    react-checkbox-tree is best for scenarios where users need to select multiple items from a hierarchical structure, such as category selection in e-commerce or filtering options in search interfaces.

  • react-sortable-tree:

    react-sortable-tree is perfect for applications that require user-driven reordering of items, such as task management apps or content organization tools.

  • react-treebeard:

    react-treebeard is suitable for applications needing a basic tree view for navigation or simple data representation, such as displaying organizational structures or simple category trees.

How to Choose: rc-tree vs react-checkbox-tree vs react-sortable-tree vs react-treebeard
  • rc-tree:

    Choose rc-tree if you need a flexible and customizable tree component that supports various features like drag-and-drop, lazy loading, and dynamic rendering. It's suitable for applications that require extensive customization and performance optimization.

  • react-checkbox-tree:

    Select react-checkbox-tree if your application requires a straightforward checkbox tree structure, where users can select multiple items in a hierarchical format. It's ideal for scenarios where user selection is crucial, such as file management or category selection.

  • react-sortable-tree:

    Opt for react-sortable-tree if you need a tree structure that allows users to reorder items through drag-and-drop functionality. This package is perfect for applications that require user-driven organization of hierarchical data, such as task lists or content management systems.

  • react-treebeard:

    Use react-treebeard if you want a simple and lightweight tree view with a focus on performance and ease of use. It's suitable for applications that require a basic tree structure without complex interactions, making it easy to implement and customize.

Similar Npm Packages to rc-tree

rc-tree is a flexible and customizable tree component for React applications. It allows developers to create hierarchical structures with ease, making it suitable for displaying nested data such as file directories, organizational charts, or any other tree-like data representation. With features like drag-and-drop support, lazy loading, and customizable rendering, rc-tree provides a robust solution for managing and displaying tree structures in React.

While rc-tree is a powerful option, there are several alternatives that also provide tree component functionalities. Here are a few notable ones:

  • react-checkbox-tree is a tree component that allows users to select multiple nodes using checkboxes. This library is particularly useful for scenarios where users need to make selections from a hierarchical structure, such as selecting files or categories. With its straightforward API and customizable styles, react-checkbox-tree is an excellent choice for applications that require checkbox functionality within a tree structure.
  • react-sortable-tree is a tree component that enables users to sort and rearrange tree nodes through drag-and-drop interactions. This library is ideal for applications that require dynamic reordering of tree items, such as task lists or organizational charts. react-sortable-tree provides a rich set of features, including customizable node rendering and the ability to manage state effectively, making it a great choice for interactive tree structures.
  • react-treebeard is a simple and lightweight tree component that focuses on providing a clean and minimalistic design. It allows for easy customization and is suitable for applications that require a straightforward tree structure without the need for complex features. react-treebeard is a good option for developers looking for a simple solution to display hierarchical data without additional overhead.

To explore how rc-tree compares with react-checkbox-tree, react-sortable-tree, and react-treebeard, check out the comparison: Comparing rc-tree vs react-checkbox-tree vs react-sortable-tree vs react-treebeard.

Similar Npm Packages to react-checkbox-tree

react-checkbox-tree is a React component that provides a tree structure with checkboxes, allowing users to select multiple items in a hierarchical format. This component is particularly useful for applications that require a structured way to present options, such as file directories, category selections, or any scenario where a nested selection is needed. With features like expandable nodes, customizable styles, and event handling, react-checkbox-tree makes it easy to implement a user-friendly selection interface.

While react-checkbox-tree is a robust solution for checkbox trees, there are alternatives available that may suit different needs. One notable alternative is:

  • react-checkbox-group. This library provides a simple way to create groups of checkboxes in React applications. Unlike react-checkbox-tree, which is designed for hierarchical data, react-checkbox-group focuses on managing a group of checkboxes that can be selected independently. It offers a straightforward API for handling the checked state of checkboxes and is ideal for scenarios where a simple selection of multiple options is required without the need for a tree structure.

For a detailed comparison of these two packages, you can visit: Comparing react-checkbox-group vs react-checkbox-tree.

Similar Npm Packages to react-sortable-tree

react-sortable-tree is a powerful library for creating sortable tree structures in React applications. It allows developers to build interactive and customizable tree views where users can drag and drop nodes to reorder them. This library is particularly useful for applications that require hierarchical data representation, such as file explorers, organizational charts, or any scenario where a tree structure is needed. With features like keyboard accessibility, customizable node rendering, and support for nested trees, react-sortable-tree provides a comprehensive solution for managing sortable tree data.

One notable alternative to react-sortable-tree is react-sortable-hoc. This library is designed for creating sortable lists and grids in React applications. While it does not specifically focus on tree structures, it provides a flexible and robust way to implement drag-and-drop functionality for any list or grid component. react-sortable-hoc is built on top of React's higher-order components, making it easy to integrate into existing projects. If your application requires sortable lists rather than tree structures, react-sortable-hoc is a great choice, offering a lightweight and customizable solution.

To see how react-sortable-tree compares with react-sortable-hoc, check out the comparison: Comparing react-sortable-hoc vs react-sortable-tree.

Similar Npm Packages to react-treebeard

react-treebeard is a React component for rendering tree structures in a simple and customizable way. It provides a straightforward API for building tree views, allowing developers to create interactive and expandable tree components with ease. With its focus on simplicity and flexibility, react-treebeard is a great choice for applications that require a tree-like structure to display hierarchical data.

One notable alternative to react-treebeard is react-sortable-tree. This library also provides a tree view component but adds the ability to drag and drop nodes, making it ideal for applications where users need to rearrange items within a tree structure. react-sortable-tree offers a more feature-rich experience, including customizable node rendering, keyboard navigation, and support for various data types. If your application requires not only displaying hierarchical data but also allowing users to interactively sort or rearrange that data, react-sortable-tree would be a better fit.

To see how react-treebeard compares with react-sortable-tree, check out the comparison: Comparing react-sortable-tree vs react-treebeard.

README for rc-tree

rc-tree

Tree component.

NPM version npm download build status Codecov bundle size dumi

Screenshots

Feature

  • Support all popular browsers, including Internet Explorer 9 and above.

Example

http://localhost:9001/

online example: https://tree.react-component.now.sh/

Install

rc-tree

Usage

Note: import "rc-tree/assets/index.css"

see examples

API

Tree props

| name | description | type | default | | --- | --- | --- | --- | | autoExpandParent | whether auto expand parent treeNodes | bool | false | | checkable | whether support checked | bool/React Node | false | | checkedKeys | Controlled checked treeNodes(After setting, defaultCheckedKeys will not work). Note: parent and children nodes are associated, if the parent node's key exists, it all children node will be checked, and vice versa. When set checkable and checkStrictly, it should be an object, which contains checked array and halfChecked array. | String[]/{checked:Array,halfChecked:Array} | [] | | checkStrictly | check node precisely, parent and children nodes are not associated | bool | false | | className | additional css class of root dom node | String | '' | | defaultCheckedKeys | default checked treeNodes | String[] | [] | | defaultExpandedKeys | expand specific treeNodes | String[] | [] | | defaultExpandAll | expand all treeNodes | bool | false | | defaultExpandParent | auto expand parent treeNodes when init | bool | true | | defaultSelectedKeys | default selected treeNodes | String[] | [] | | disabled | whether disabled the tree | bool | false | | draggable | whether can drag treeNode. (drag events are not supported in Internet Explorer 8 and earlier versions or Safari 5.1 and earlier versions.) | bool | ({ node }) => boolean | false | | expandedKeys | Controlled expand specific treeNodes | String[] | - | | filterTreeNode | filter some treeNodes as you need. it should return true | function(node) | - | | icon | customize icon. When you pass component, whose render will receive full TreeNode props as component props | element/Function(props) | - | | loadedKeys | Mark node is loaded when loadData is true | String[] | - | | loadData | load data asynchronously and the return value should be a promise | function(node) | - | | multiple | whether multiple select | bool | false | | prefixCls | prefix class | String | 'rc-tree' | | selectable | whether can be selected | bool | true | | selectedKeys | Controlled selected treeNodes(After setting, defaultSelectedKeys will not work) | String[] | [] | | showIcon | whether show icon | bool | true | | showLine | whether show line | bool | false | | treeData | treeNodes data Array, if set it then you need not to construct children TreeNode. (value should be unique across the whole array) | array<{key,title,children, [disabled, selectable]}> | - | | onCheck | click the treeNode/checkbox to fire | function(checkedKeys, e:{checked: bool, checkedNodes, node, event, nativeEvent}) | - | | onExpand | fire on treeNode expand or not | function(expandedKeys, {expanded: bool, node, nativeEvent}) | - | | onDragEnd | it execs when fire the tree's dragend event | function({event,node}) | - | | onDragEnter | it execs when fire the tree's dragenter event | function({event,node,expandedKeys}) | - | | onDragLeave | it execs when fire the tree's dragleave event | function({event,node}) | - | | onDragOver | it execs when fire the tree's dragover event | function({event,node}) | - | | onDragStart | it execs when fire the tree's dragstart event | function({event,node}) | - | | onDrop | it execs when fire the tree's drop event | function({event, node, dragNode, dragNodesKeys}) | - | | onLoad | Trigger when a node is loaded. If you set the loadedKeys, you must handle onLoad to avoid infinity loop | function(loadedKeys, {event, node}) | - | | onMouseEnter | call when mouse enter a treeNode | function({event,node}) | - | | onMouseLeave | call when mouse leave a treeNode | function({event,node}) | - | | onRightClick | select current treeNode and show customized contextmenu | function({event,node}) | - | | onSelect | click the treeNode to fire | function(selectedKeys, e:{selected: bool, selectedNodes, node, event, nativeEvent}) | - | | switcherIcon | specific the switcher icon. | ReactNode / (props: TreeNodeAttribute) => ReactNode | - | | virtual | Disable virtual scroll when false | boolean | - | | allowDrop | Whether to allow drop on node | ({ dragNode, dropNode, dropPosition }) => boolean | - | | dropIndicatorRender | The indicator to render when dragging | ({ dropPosition, dropLevelOffset, indent: number, prefixCls }) => ReactNode| - | | direction | Display direction of the tree, it may affect dragging behavior | ltr | rtl | - | | expandAction | Tree open logic, optional: false | click | doubleClick | string | boolean | click |

TreeNode props

note: if you have a lot of TreeNode, like more than 1000,
make the parent node is collapsed by default, will obvious effect, very fast.
Because the children hide TreeNode will not insert into dom.

| name | description | type | default | | --- | --- | --- | --- | | className | additional class to treeNode | String | '' | | checkable | control node checkable if Tree is checkable | bool | false | | style | set style to treeNode | Object | '' | | disabled | whether disabled the treeNode | bool | false | | disableCheckbox | whether disable the treeNode' checkbox | bool | false | | title | tree/subTree's title | String/element/((data: DataNode) => React.ReactNode) | '---' | | key | it's used with tree props's (default)ExpandedKeys / (default)CheckedKeys / (default)SelectedKeys. you'd better to set it, and it must be unique in the tree's all treeNodes | String | treeNode's position | | isLeaf | whether it's leaf node | bool | false | | icon | customize icon. When you pass component, whose render will receive full TreeNode props as component props | element/Function(props) | - | | switcherIcon | specific the switcher icon. | ReactNode / (props: TreeNodeAttribute) => ReactNode | - |

Note

The number of treeNodes can be very large, but when enable checkable, it will spend more computing time, so we cached some calculations(e.g. this.treeNodesStates), to avoid double computing. But, this bring some restrictions, when you async load treeNodes, you should render tree like this {this.state.treeData.length ? <Tree ...>{this.state.treeData.map(t => <TreeNode ... />)}</Tree> : 'loading tree'}

Development

npm install
npm start

Test Case

http://localhost:8018/tests/runner.html?coverage

Coverage

http://localhost:8018/node_modules/rc-server/node_modules/node-jscover/lib/front-end/jscoverage.html?w=http://localhost:8018/tests/runner.html?coverage

License

rc-tree is released under the MIT license.

Other tree views

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