jQuery has a long and respected history, yet, its new release of jQuery v4 beta is out with no interesting features for modern web developers. There are several reasons why it’s a good time to stop using jQuery:
We’ll explore these points in more detail and dive into why jQuery v4 concludes a decade-long journey by comparing its available features with native JavaScript web APIs.
From the inception of frontend web development, developers used JavaScript to implement user-friendly web frontends by updating HTML elements dynamically.
In the early 2000s, there were no fully-featured, component-based, modern frontend development libraries like React, and browsers also didn’t offer advanced CSS features like animations and high-level, developer-friendly, fully-featured DOM manipulation API, so developers had to write many code lines with the existing web APIs to build web frontends — they even had to write code to solve browser compatibility issues with AJAX communication APIs.
jQuery solved these issues by offering shorthand functions for DOM manipulation and a cross-browser AJAX API, so every web developer included the jQuery script in their web apps.
As everyone recommends a component-based frontend framework today, jQuery was the most recommended approach for creating dynamic web frontends in the mid-2000s when the usage of jQuery reached the peak before its downfall:
The official Bootstrap 3.4 website uses jQuery from the official CDN
In the mid 2000s, jQuery v1 to v3 was used in:
jQuery released the first beta release in February 2024 and the second in July  —  codebase maintainers are planning to make a release candidate version soon. The v4 release of jQuery has the following major changes:
jQuery.isArray()requirejs modules) with the Rollup bundlerWith the release of jQuery v4 beta, it tries to modernize its codebase by using ES modules and reduce the bundle size by dropping IE 10 support. You can read more about the upcoming jQuery v4 release from this official blog post.
The release of jQuery v4 beta is not indeed a cause to stop looking at jQuery, but the growth and the future shown through the v4 release confirms jQuery’s downfall in modern web technology. This slowly started when the browser standard started offering developer-productivity-focused high-level DOM manipulation features and advanced features in CSS that helped developers implement dynamic styles without using JavaScript.
jQuery v1 to v3 undoubtedly implemented cross-browser developer-friendly features that browsers didn’t natively offer. For example, jQuery’s Sizzle selector engine helped developers query DOM elements before browsers implemented document.querySelectorAll(). Moreover, $.ajax() was the previous developers’ fetch() due to browser compatibility issues of the inbuilt AJAX API.
An old StackOverflow answer that recommends using jQuery instead of old native web APIs
During the jQuery v2 to v3 period, HTML, JavaScript, CSS, and web APIs were drastically enhanced and offered standard APIs for jQuery features thereby making jQuery an obsolete choice.
jQuery tried to survive by adhering to standard APIs, such as supporting the standard Promise interface in v3, and removing duplicate code, but standard browser features won the modern developer’s heart. jQuery released v4 not with features but with enhancements to remain relevant in modern web technology.
jQuery v4 brings you a 27kb gzipped bundle increment for the features that your web browser natively ships with 0kb client-side JavaScript code!
Let’s compare jQuery vs. native browser API code for several development requirements side-by-side and see how modern web APIs make jQuery obsolete.
Create a new HTML file and link the jQuery v4 beta version via the official CDN as follows to get started:
<script src="https://code.jquery.com/jquery-4.0.0-beta.min.js"></script>
Modern frontend libraries and frameworks offer the ref concept for accessing DOM element references, but web developers often have to query DOM elements if they don’t depend on a specific frontend framework. See how document.querySelectorAll() implements easy, native DOM selection similar to jQuery:
<ul class="items"> <li><label><input type="checkbox" checked>JavaScript</label></li><div> <li><label><input type="checkbox">Python</label></li><div> <li><label><input type="checkbox" checked>Go</label></li><div> </ul>
// jQuery:
const elms = $('.items input[type=checkbox]:checked');
console.log(elms.toArray());
// Native:
const elms = document.querySelectorAll('.items input[type=checkbox]:checked');
console.log(elms);
Result:
Selecting DOM elements with CSS queries using jQuery and native web APIs
jQuery offers the closest() method to traverse back and find a matching DOM node for a given selector. The native DOM API also implements the same method using the OOP pattern:
// jQuery:
const elms = $('.items input[type=checkbox]:checked')
.closest('li');
console.log(elms.toArray());
// Native:
const elms = document.querySelectorAll('.items input[type=checkbox]:checked');
console.log([...elms].map(e => e.closest('li')));
Result:
Selecting the closest DOM elements using jQuery and native web APIs
Some jQuery features don’t have identical, shorthand alternatives in modern standard DOM API, but we can use existing DOM API methods effectively with modern JavaScript features.
For example, jQuery supports the non-standard :contains(text) selector, so we have to implement it with the filter() array method as follows:
Learn more →// jQuery:
const elms = $('.items li label:contains("Java")');
console.log(elms.toArray());
// Native:
const elms = document.querySelectorAll('.items li label');
console.log([...elms].filter(e => e.textContent.includes('Java')));
Result:
Filtering elements that contain a specific text segment using jQuery and native web APIs
The querySelectorAll() method takes the power of modern CSS pseudo-classes to offer a better native alternative for the jQuery find() function. For example, we can use the :scope pseudo-class to scope native query selector calls similar to the jQuery find() function:
<div class="pages">
<div class="page-1">
<h2>Web</h2>
<div class="pages">
<div class="page-1">
<h3>TypeScript</h3>
</div>
</div>
</div>
</div>
// jQuery:
const elms = $('.pages')
.find('.pages > .page-1');
console.log(elms.toArray());
// Native:
const elms = document.querySelector('.pages')
.querySelectorAll(':scope .pages > .page-1');
console.log(elms);
Result:
Scoping DOM element selectors using jQuery and native web APIs
The class attribute, element-specific attributes, and custom data attributes are common HTML attributes that web developers often have to retrieve and update while developing web apps.
In the past, developers had to manipulate the native className property manually to update element class names, so they used jQuery’s addClass(), removeClass(), and toggleClass() pre-developed function implementations. But now, the native classList object implements better class attribute value handling support:
<div id="item-1" class="item item-lg item-vl">#item-1</div> <div id="item-2" class="item item-lg item-vl">#item-2</div>
// jQuery:
const elm = $('#item-1');
elm.addClass('item-sel')
.removeClass('item-vl')
.toggleClass('item-lg')
.toggleClass('item-lg');
console.log(elm.attr('class'));
// Native:
const elm = document.querySelector('#item-2');
const cl = elm.classList;
cl.add('item-sel');
cl.remove('item-vl');
cl.toggle('item-lg');
cl.toggle('item-lg');
console.log(elm.className);
Result:
Updating the class attribute values using jQuery and native web APIs
Meanwhile, the getAttribute() and setAttribute() native DOM methods become a standard replacement for the well-known jQuery attr() shorthand function:
// jQuery:
const elm = $('#item-1');
elm.attr('title', 'Element #1');
console.log(elm.attr('title'));
// Native:
const elm = document.querySelector('#item-2');
elm.setAttribute('title', 'Element #2');
console.log(elm.getAttribute('title'));
Result:
Changing and retrieving HTML element attributes using jQuery and native web APIs
jQuery recommends developers use its attr() function to set custom data attributes, but now you can use the inbuilt dataset property for more productive data attribute retrieval/modification as follows:
// jQuery:
const elm = $('#item-1');
elm.attr('data-player-name', 'John')
elm.attr('data-score', '200');
console.log(`${elm.attr('data-player-name')}: ${elm.attr('data-score')}`);
// Native:
const elm2 = document.querySelector('#item-2');
elm2.dataset.playerName = 'John';
elm2.dataset.score = '200';
console.log(`${elm2.dataset.playerName}: ${elm2.dataset.score}`);
Result:
Updating custom data attributes using jQuery and native web APIs
In the past, most developers used jQuery for DOM manipulation since the native DOM manipulation API didn’t offer developer-productivity-focused features. Now every modern standard web browser implements productive, high-level, inbuilt DOM manipulation support.
Creating and appending elements are the most frequent operations in DOM manipulation tasks. Here is how it’s done using both jQuery and native web APIs:
<ul id="list-1">
<li>JavaScript</li>
</ul>
<ul id="list-2">
<li>JavaScript</li>
</ul>
// jQuery:
$('#list-1').append($('<li>TypeScript</li>'));
console.log($('#list-1').html());
// Native:
const ts = document.createElement('li');
ts.textContent = 'TypeScript';
document.querySelector('#list-2').append(ts);
console.log(document.querySelector('#list-2').innerHTML);
Result:
Creating and appending new HTML elements with jQuery and native web APIs (wrapped with setTimeout for better demonstration)
jQuery also implemented prepend(), before(), and after() shorthand functions for productive DOM manipulation  —  now the native DOM API implements all these methods as well. Look at the following example that demonstrates before() and after():
<div id="item-1">#item-1</div></br> <div id="item-2">#item-2</div>
// jQuery
const createElm = () => $('<h3>list-1</h3>');
const elm = $('#item-1');
elm.before(createElm());
elm.after(createElm());
// Native:
const createElm = () => {
const e = document.createElement('h3');
e.textContent = 'item-2';
return e;
}
const elm = document.querySelector('#item-2');
elm.before(createElm());
elm.after(createElm());
Result:
Using before() and after() functions using jQuery and native web APIs
If you are an experienced web developer who built web apps more than a decade ago, you know how jQuery fadeIn(), fadeOut(), and animate() functions helped you to make your web apps more interactive. These animation functions even supported animation easing to build smoother animations.
Native CSS animations/transitions and JavaScript web animation API made jQuery animation API obsolete. Here is how you can implement fadeIn() with the standard web animations API:
<div id="item-1" style="display: none">#item-1</div>
<script>
// jQuery:
$('#item-1').fadeIn(1000);
</script>
<div id="item-2" style="opacity: 0">#item-2</div>
<script>
// Native:
document.querySelector('#item-2')
.animate([{ opacity: 1}], { duration: 1000, fill: 'forwards'});
</script>
Result:
Fade-in animations using jQuery and native web animations API
You can use the native animate() method as a standard alternative for the old-fashioned, non-standard jQuery animate() function to create high-performance, smooth animations using pure JavaScript without switching CSS class names:
<div id="item-1">#item-1</div>
<script>
// jQuery
$('#item-1').animate({
fontSize: '26px',
duration: 1000
});
</script>
<div id="item-2">#item-2</div>
<script>
// Native
document.querySelector('#item-2')
.animate([{ fontSize: '26px'}], { duration: 1000, fill: 'forwards'});
</script>
Result:
Creating animations with jQuery and native web animations API
jQuery dynamically updates CSS properties to construct animation keyframes, but the standard animations API natively renders animations, so the native web animation-based approach is indeed performance-friendly.
Moreover, you can create CSS-only animation loops without even using JavaScript, as explained in this comprehensive tutorial.
Every browser typically lets developers attach event handlers through JavaScript for various standard events. Every web app uses DOM events to make the web interface interactive for users. jQuery offers shorthand on() and off() functions to register event handlers, but the native DOM API also offers self-explanatory functions for the same purpose:
<button id="btn1">0</button> <button id="btn2">0</button>
// jQuery:
function handleClick(e) {
const btn = $(e.target);
const val = parseInt(btn.text()) + 1;
btn.text(val);
if(val === 5)
btn.off('click', handleClick);
}
$('#btn1').on('click', handleClick);
// Native:
function handleClick(e) {
const btn = e.target;
const val = parseInt(btn.textContent) + 1;
btn.textContent = val;
if(val === 5)
btn.removeEventListener('click', handleClick);
}
document.querySelector('#btn2')
.addEventListener('click', handleClick);
Result:
Attaching and removing event handlers with jQuery and native web APIs
Both jQuery and the native DOM API offer shorthand ways to attach event listeners:
// jQuery:
$('#btn1').click(() => {});
// Native:
document.querySelector('#btn2').onclick = () => {};
jQuery also offers the one() function to trigger an event handler once — now every standard web browser supports the once option for the same purpose:
// jQuery
$('#btn1').one('click', () => {});
// Native:
document.querySelector('#btn2').addEventListener('click', () => {}, {
once: true
});
Past monolithic web apps frequently sent HTTP requests to the backend server to get new pages with updated data  —  web apps rendered the entire page for each major user action.
Later, developers made better, interactive web apps by updating a part of the webpage by requesting HTML content via AJAX. They used jQuery to send AJAX requests because of browser compatibility and productivity issues with the built-in AJAX API.
Now developers can use the standard fetch() function instead of jQuery’s AJAX features:
// jQuery:
$.ajax({
url: 'https://corsproxy.io/?https://example.com'
})
.then(data => {
console.log(data.length);
});
// jQuery:
$.get('https://corsproxy.io/?https://example.com')
.then(data => {
console.log(data.length);
});
// Native:
fetch('https://corsproxy.io/?https://example.com')
.then(req => req.text())
.then(data => {
console.log(data.length);
});
Result:
Sending HTTP requests with jQuery and native web APIs
Nowadays, most developers use RESTful APIs to separate data sources from the presentation layer. jQuery offers a productive, shorthand function for getting JSON data from RESTful services, but native fetch() offers a better standard approach:
// jQuery
$.getJSON('https://jsonplaceholder.typicode.com/users')
.then(users => {
console.log(users);
});
// Native
fetch('https://jsonplaceholder.typicode.com/users')
.then(req => req.json())
.then(users => {
console.log(users);
});
Result:
Requesting JSON data from a RESTful web service with jQuery and native web APIs
jQuery offers various pre-developed utility functions to save web developers time. Nowadays, we can find inbuilt ECMAScript features for all of these pre-developed utility functions that exist in jQuery v4, as listed in the following table:
| jQuery | Native replacement |
$.each() |
Array.forEach() |
$.extend() |
Object.assign() or the spread operator |
$.inArray() |
Array.includes() |
$.map() |
Array.map() |
$.parseHTML() |
document.implementation.createHTMLDocument() |
$.isEmptyObject() |
Object.keys() |
$.merge() |
Array.concat() |
Older utilities like $.parseJSON() were already deprecated in past jQuery versions and removed in v4.
Web developers used jQuery when modern app development frontend libraries didn’t exist. They used jQuery’s DOM manipulation and AJAX features mostly to dynamically update the frontend without refreshing the entire webpage. Now, SPA (single-page application) development techniques in modern frontend frameworks/libraries let web developers build highly interactive, well-structured, lightweight web apps without using old-fashioned AJAX-based rendering techniques.
We can use jQuery with Vue, React, and Angular like any popular frontend library/framework, but integrating jQuery with these frontend libraries is discouraged since it doesn’t bring any value to the modern frontend development ecosystem.
Every popular frontend library offers the ref concept for accessing DOM element references within components, so you don’t need to use either jQuery or document.querySelector().
For example, you can get the DOM element reference of a <div> in Vue as follows:
<script>
export default {
mounted() {
const elm = this.$refs.elm;
console.log(elm);
}
}
</script>
<template>
<div ref="elm">Vue</div>
</template>
Result:
Accessing DOM element references in Vue using refs
Using jQuery in Vue as follows is indeed possible, but it undermines the modern Vue source with old-fashioned syntax that was introduced about a decade ago and breaks the intended way a modern frontend library should be used:
<script>
import $ from 'jquery';
export default {
mounted() {
const elm = $('#elm');
console.log(elm);
}
}
</script>
<template>
<div id="elm">Vue</div>
</template>
Manual DOM manipulation rarely happens with modern frontend libraries like Vue. However, if you face such a situation, using native web APIs is the recommended approach.
jQuery was undoubtedly a remarkable JavaScript library that introduced a productive, developer-friendly approach to building web app frontends with DOM manipulation and AJAX techniques. jQuery gained popularity through browser compatibility issues and the lack of developer-focused features in native web APIs. W3C and ECMAScript solved these issues by introducing new web APIs and JavaScript language features.
The current state of web APIs offers better, modern, developer-friendly classes and functions for all features that jQuery possesses, making jQuery unnecessary in the modern web.
The recent v4 beta release of jQuery confirmed this with feature removals and enhancements focused on maintenance rather than innovation. V4 and other jQuery releases will most likely have more feature removals because of the availability of cross-browser native web APIs.
Upcoming versions may end support for older browsers since most users tend to use up-to-date browsers.I also think jQuery won’t become popular again since the current native web APIs are stable and standardized well, but developers who work with legacy web apps that depend on jQuery will continue to use it and upgrade their projects to jQuery v4, v5, and so on.
All of that being said, nobody wants to increase web app bundle sizes by adding jQuery for development features that they can easily find in any popular web browser!
Debugging code is always a tedious task. But the more you understand your errors, the easier it is to fix them.
LogRocket allows you to understand these errors in new and unique ways. Our frontend monitoring solution tracks user engagement with your JavaScript frontends to give you the ability to see exactly what the user did that led to an error.
LogRocket records console logs, page load times, stack traces, slow network requests/responses with headers + bodies, browser metadata, and custom logs. Understanding the impact of your JavaScript code will never be easier!
Hey there, want to help make our blog better?
Join LogRocket’s Content Advisory Board. You’ll help inform the type of content we create and get access to exclusive meetups, social accreditation, and swag.
Sign up now
console.time is not a function errorExplore the two variants of the `console.time is not a function` error, their possible causes, and how to debug.
See how to implement a single and multilevel dropdown menu in your React project to make your nav bars more dynamic and user-friendly.
NAPI-RS is a great module-building tool for image resizing, cryptography, and more. Learn how to use it with Rust and Node.js.
Learn request memorization, data cache, full route cache, router cache, plus cache invalidation and tools for your Next.js project.
