All docs
The page you are viewing does not exist in version 19.2. This link will take you to the root page.
The page you are viewing does not exist in version 19.1. This link will take you to the root page.
The page you are viewing does not exist in version 18.2. This link will take you to the root page.
The page you are viewing does not exist in version 18.1. This link will take you to the root page.
The page you are viewing does not exist in version 17.2. This link will take you to the root page.

3rd-Party Frameworks Integration API

You can use DevExtreme UI components with other frameworks, not just the ones supported out of the box (Angular, React, Vue, etc.). This article describes how to use DevExtreme UI components and configure them to support templates and two-way binding when working with a 3rd-party framework.

All examples in this article demonstrate using DevExtreme UI components without jQuery integration, which is disabled if the jQuery library is not linked or linked after DevExtreme scripts.

Create and Configure a UI Component

To create a UI component, call its constructor passing the target element and a configuration object. You may need to set additional properties for the target element (for example, the display property of data visualization UI components should be set to "block").

import Accordion from "devextreme/ui/accordion";
let container = document.getElementById("root");
let element = document.createElement("div");
let instance = new Accordion(element, options);

If you do not use modules, you can use the DevExpress.ui namespace to access constructors of most of the UI components. The exceptions are data visualization components: VectorMap, RangeSelector, and all types of Charts and Gauges. These components belong to the DevExpress.viz namespace.

let instance = new DevExpress.ui.dxAccordion(element, options);
let dataVizInstance = new DevExpress.viz.dxPolarChart(element, options);

Change Component Properties and Handle Events

A specific UI component instance is required to call methods and subscribe to events. Call the UI component class's static getInstance(element) method to retrieve the existing UI component instance.

// Modular approach
import Accordion from "devextreme/ui/accordion";
let element = document.getElementById("myAccordion");
let instance = Accordion.getInstance(element) as Accordion;

// Non-modular approach:
let element = document.getElementById("myAccordion");
let instance = DevExpress.ui.dxAccordion.getInstance(element);

You can get and set UI component properties at runtime using the option() method.

// Get a property value
let isVisible = instance.option("visible");

// Set a property value
instance.option("visible", false);

To subscribe to an event, you can use a property whose name starts with "on" (for example, "onItemClick").

Accordion(element, {
    onItemClick: function(e){
        alert("An item is clicked!");

Alternatively, you can use the "on()" method.

instance.on("itemClick", function(e){
    alert("An item is clicked!");

Advanced Configuration

Specify the UI component's integrationOptions property to provide two-way binding and template support.

DevExpress.ui.dxAccordion(element, {
    integrationOptions: {
        watchMethod: ...
        templates: ...
        createTemplate: ...

The integrationOptions configuration object contains the following fields:

  • watchMethod

    This field accepts the following function:

    function(expressionGetter, callback, watchOptions)


    • expressionGetter - An expression being watched. Accepts a function or string.

    • callback - A callback is called when the watcher is first set and each time it detects a value is changed for the expressionGetter during the internal evaluation loop.

    • watchOptions - An object containing two Boolean fields:

      • skipImmediate - Specifies whether to skip the first value comparison.

      • deep - Specifies whether the watcher uses deep or shallow comparison.

    • The method should return a function that is called when watchers related to the UI component are deleted.

  • templates

    This field holds a map of the templates that are added when the UI component is initialized. Item keys should correspond to template names. Item values should be objects that contain render functions.

    templates: {
        itemTemplate: {
            render: function (renderData){
                // 'renderData' includes the following fields:
                // 'model' - data to be applied on markup
                // 'itemIndex' - index of item in collection (or id in hierarchical collections)
                // 'container' - append rendered markup to this element

    The render function should return an HTML element containing the rendered template.

  • createTemplate

    A function that processes a custom template. It accepts an HTML markup or a DOM node passed to a UI component's ...Template property and returns an object with a render function.

    createTemplate: function(source) {
        var template = Hogan.compile(source);
        return {
            render: function(args) {
                return template.render(;

In some cases, templates are removed at runtime, for example, when items are updated. To delete resources allocated to removed templates, handle to the dxremove event.

integrationOptions: {
    templates: {
        "item": {
            render: function(args) {
                var div = document.createElement("div");
                new Button(div ,{
                    text: args.model
                var intervalId = setInterval(function() {
                }, 500);
      , "dxremove", function() {
                return div;

Remove a UI Component

Use a UI component's dispose() method to dispose of the resources allocated to it.

let element = document.createElement("div");
let instance = new Accordion(element, options);

After the dispose method call, the HTML element associated with the UI component remains in the DOM. If you need to remove the element as well, use a native API call.