react-json-tree vs react-json-view
React JSON Visualization Libraries
react-json-treereact-json-viewSimilar Packages:

React JSON Visualization Libraries

React JSON visualization libraries are tools designed to help developers display and manipulate JSON data structures in a user-friendly way within React applications. These libraries provide components that can render JSON objects as expandable trees or views, allowing for easier inspection and debugging of complex data structures. They enhance the developer experience by providing interactive and visually appealing representations of JSON data, which can be particularly useful in applications that handle dynamic or nested data.

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react-json-tree014,35363.2 kB226a year agoMIT
react-json-view03,660-1915 years agoMIT

Feature Comparison: react-json-tree vs react-json-view

Customization

  • react-json-tree:

    react-json-tree offers extensive customization options, allowing developers to define how different data types are rendered. You can customize the styling of nodes, control the depth of the tree, and even provide custom renderers for specific data types, making it highly adaptable to various use cases.

  • react-json-view:

    react-json-view provides basic customization options but is more focused on ease of use. It allows for some styling adjustments and the ability to toggle visibility of certain properties, but it does not offer the same level of deep customization as react-json-tree.

Editing Capabilities

  • react-json-tree:

    react-json-tree does not support direct editing of JSON data. Its primary focus is on visualization, making it ideal for displaying data rather than allowing user interaction for data modification.

  • react-json-view:

    react-json-view includes built-in editing capabilities, enabling users to modify JSON data directly within the view. This feature is particularly useful for applications that require user input or adjustments to the displayed data.

Performance

  • react-json-tree:

    react-json-tree is optimized for rendering large JSON structures efficiently. It uses virtualization techniques to ensure that only visible nodes are rendered, which can significantly improve performance when dealing with deeply nested or large datasets.

  • react-json-view:

    react-json-view is also performant but may not handle very large datasets as efficiently as react-json-tree due to its simpler rendering approach. For smaller to medium-sized JSON objects, it performs well and provides a responsive user experience.

User Experience

  • react-json-tree:

    react-json-tree provides a visually appealing tree structure that enhances user experience, especially for developers who need to navigate complex JSON data. Its interactive features, such as expandable nodes and customizable themes, contribute to a better overall experience.

  • react-json-view:

    react-json-view focuses on simplicity and ease of use, providing a straightforward interface for viewing and editing JSON data. Its user-friendly design makes it accessible for users who may not be familiar with JSON structures.

Integration

  • react-json-tree:

    react-json-tree is designed to be easily integrated into existing React applications. Its API is straightforward, allowing for quick setup and customization, making it suitable for projects that require a flexible JSON visualization solution.

  • react-json-view:

    react-json-view is also easy to integrate, with a simple API that allows developers to quickly add JSON viewing capabilities to their applications. Its focus on usability makes it a good choice for projects where time-to-implementation is a priority.

How to Choose: react-json-tree vs react-json-view

  • react-json-tree:

    Choose react-json-tree if you need a highly customizable tree view that allows for deep nesting and provides features like syntax highlighting and theming. It is particularly useful for applications where you want to present JSON data in a structured and visually appealing manner, with the ability to expand and collapse nodes.

  • react-json-view:

    Choose react-json-view if you require a more straightforward and user-friendly interface for displaying JSON data. It offers built-in editing capabilities, making it suitable for applications where users may need to modify JSON data directly. It also provides a simpler API and is easier to integrate for quick JSON visualization needs.

README for react-json-tree

react-json-tree

React JSON Viewer Component, Extracted from redux-devtools. Supports iterable objects, such as Immutable.js.

Usage

import { JSONTree } from 'react-json-tree';
// If you're using Immutable.js: `npm i --save immutable`
import { Map } from 'immutable';

// Inside a React component:
const json = {
  array: [1, 2, 3],
  bool: true,
  object: {
    foo: 'bar',
  },
  immutable: Map({ key: 'value' }),
};

<JSONTree data={json} />;

Result:

Check out examples directory for more details.

Theming

This component now uses react-base16-styling module, which allows to customize component via theme property, which can be the following:

  • base16 theme data. The example theme data can be found here.
  • object that contains style objects, strings (that treated as classnames) or functions. A function is used to extend its first argument { style, className } and should return an object with the same structure. Other arguments depend on particular context (and should be described here). See createStylingFromTheme.js for the list of styling object keys. Also, this object can extend base16 theme via extend property.

Every theme has a light version, which is enabled with invertTheme prop.

const theme = {
  scheme: 'monokai',
  author: 'wimer hazenberg (http://www.monokai.nl)',
  base00: '#272822',
  base01: '#383830',
  base02: '#49483e',
  base03: '#75715e',
  base04: '#a59f85',
  base05: '#f8f8f2',
  base06: '#f5f4f1',
  base07: '#f9f8f5',
  base08: '#f92672',
  base09: '#fd971f',
  base0A: '#f4bf75',
  base0B: '#a6e22e',
  base0C: '#a1efe4',
  base0D: '#66d9ef',
  base0E: '#ae81ff',
  base0F: '#cc6633',
};

<div>
  <JSONTree data={data} theme={theme} invertTheme={false} />
</div>;

Result (Monokai theme, dark background):

Advanced Customization

<div>
  <JSONTree
    data={data}
    theme={{
      extend: theme,
      // underline keys for literal values
      valueLabel: {
        textDecoration: 'underline',
      },
      // switch key for objects to uppercase when object is expanded.
      // `nestedNodeLabel` receives additional argument `expandable`
      nestedNodeLabel: ({ style }, keyPath, nodeType, expanded) => ({
        style: {
          ...style,
          textTransform: expanded ? 'uppercase' : style.textTransform,
        },
      }),
    }}
  />
</div>

Customize Labels for Arrays, Objects, and Iterables

You can pass getItemString to customize the way arrays, objects, and iterable nodes are displayed (optional).

By default, it'll be:

<JSONTree getItemString={(type, data, itemType, itemString, keyPath)
  => <span>{itemType} {itemString}</span>}

But if you pass the following:

const getItemString = (type, data, itemType, itemString, keyPath)
  => (<span> // {type}</span>);

Then the preview of child elements now look like this:

Customize Rendering

You can pass the following properties to customize rendered labels and values:

<JSONTree
  labelRenderer={([key]) => <strong>{key}</strong>}
  valueRenderer={(raw) => <em>{raw}</em>}
/>

In this example the label and value will be rendered with <strong> and <em> wrappers respectively.

For labelRenderer, you can provide a full path - see this PR.

Their full signatures are:

  • labelRenderer: function(keyPath, nodeType, expanded, expandable)
  • valueRenderer: function(valueAsString, value, ...keyPath)

More Options

  • shouldExpandNodeInitially: function(keyPath, data, level) - determines if node should be expanded when it first renders (root is expanded by default)
  • hideRoot: boolean - if true, the root node is hidden.
  • sortObjectKeys: boolean | function(a, b) - sorts object keys with compare function (optional). Isn't applied to iterable maps like Immutable.Map.
  • postprocessValue: function(value) - maps value to a new value
  • isCustomNode: function(value) - overrides the default object type detection and renders the value as a single value
  • collectionLimit: number - sets the number of nodes that will be rendered in a collection before rendering them in collapsed ranges
  • keyPath: (string | number)[] - overrides the initial key path for the root node (defaults to [root])

Credits

Similar Libraries

License

MIT