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Dex vs jQuery setAttribute / getAttribute
(version: 0)
Comparing performance of:
Dex Class vs jQuery vs Dex All
Created:
8 years ago
by:
Registered User
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HTML Preparation code:
<script src="http://ajax.googleapis.com/ajax/libs/jquery/1/jquery.min.js"></script> <script> (function(exposeAs){ var Dex = function(selector, nodes){ // Return Dex object return new Dex.fn.init(selector, nodes); }; Dex.fn = Dex.prototype = { init: function(selector, nodes){ this.selector = selector; if(nodes){ this.nodes = nodes; } else { this.nodes = document.querySelectorAll(selector); } return this; } }; var delegatedEventListeners = {}, attachEventListeners = function(eventType, dexObject){ var n, selector = { string: dexObject.selector }; for(n = 0; n < dexObject.nodes.length; n++){ selector.node = dexObject.nodes[n]; selector.node.addEventListener(eventType, function(e){ var eventHandlers = delegatedEventListeners[eventType][selector.string]; for(handlerSelector in eventHandlers){ clickedNode = e.target; while( clickedNode !== document && clickedNode !== selector.node) { // Stop looking when we hit the node that contains the event listener if (clickedNode.matches(handlerSelector)) { var handlerIndex = 0; while (eventHandlers[handlerSelector][handlerIndex]){ eventHandlers[handlerSelector][handlerIndex].callback.call(clickedNode, e); if(!eventHandlers[handlerSelector][handlerIndex].persistant){ delete eventHandlers[handlerSelector][handlerIndex]; } handlerIndex++; } } clickedNode = clickedNode.parentNode; } } }); } }; // EXPOSED SELECTOR FUNCTIONS Dex.fn.init.prototype = { first: function(){ /* Remove all nodes except first from node list */ this.nodes = [this.nodes[0]]; return this; }, index: function(index){ /* Remove all nodes except requested index */ this.nodes = [this.nodes[index]]; return this; }, getNode: function(index){ /* Return DOM node */ return this.nodes[index]; }, exists: function(){ /* See if the node list contains at least one node */ return this.nodes[0] != null; }, append: function(node){ var n; for(n = 0; n < this.nodes.length; n++){ this.nodes[n].appendChild(node); } return this; }, remove: function(){ var n; for(n = 0; n < this.nodes.length; n++){ this.nodes[n]; if (this.nodes[n].parentNode) { this.nodes[n].parentNode.removeChild(this.nodes[n]); } } return this; }, parent: function(){ this.nodes = [this.nodes[0].parentNode]; return this; }, closest: function(matchSelector){ var closest = []; node = this.nodes[0]; // Go through parents while(node && node !== document) { if (node.matches(matchSelector)) { closest = [node]; break; } node = node.parentNode; } this.nodes = closest; return this; }, filter: function(selector){ /* Filter then current node list - note: only filters on the first node in list */ this.nodes = this.nodes[0].querySelectorAll(selector); return this; }, // DOM modification setHTML: function(value){ /* Set innerHTML of all nodes in nodelist */ var n; for(n = 0; n < this.nodes.length; n++){ this.nodes[n].innerHTML = value; } return this; }, getHTML: function(value){ /* Get innerHTML of all first node in nodelist */ return this.nodes[0].innerHTML; }, css: function(styles){ /* Set CSS of all nodes in nodelist */ var style, n; for(n = 0; n < this.nodes.length; n++){ for(style in styles){ this.nodes[n].style[style] = styles[style]; } } return this; }, setAttribute: function(key, value){ /* Set attribute of all nodes in nodelist */ var n; for(n = 0; n < this.nodes.length; n++){ this.nodes[n].setAttribute(key, value); } return this; }, getAttribute: function(key){ /* Get attribute of first node in nodelist */ return this.nodes[0].getAttribute(key); }, toggleAttribute: function(key, value){ /* Get attribute of first node in nodelist */ var n, attrValue; for(n = 0; n < this.nodes.length; n++){ attrValue = this.nodes[n].getAttribute(key); if(attrValue == value[0]){ this.nodes[n].setAttribute(key, value[1]); } else { this.nodes[n].setAttribute(key, value[0]); } } return this; }, cache: function(cacheID){ /* Cache node list with cacheID as ID */ cachedSelections[cacheID] = this; }, // Classes addClass: function(classname){ /* Add class to all nodes in nodelist */ var n; for(n = 0; n < this.nodes.length; n++){ this.nodes[n].classList.add(classname); } return this; }, removeClass: function(classname){ /* Remove class from all nodes in nodelist */ var n; for(n = 0; n < this.nodes.length; n++){ this.nodes[n].classList.remove(classname); } return this; }, hasClass: function(classname){ /* Check whether first node in list contains a classname */ var result = false; if(this.nodes[0]){ result = this.nodes[0].classList.contains(classname); } return result; }, toggleClass: function(classname){ /* Toggle classnames on all nodes in nodelist */ var n; for(n = 0; n < this.nodes.length; n++){ this.nodes[n].classList.toggle(classname); } return this; }, replaceClass: function(old_classname, new_classname){ /* Replace old_classname with new_classname on all nodes in nodelist */ var n; for(n = 0; n < this.nodes.length; n++){ this.nodes[n].classList.replace(old_classname, new_classname); } return this; }, trigger: function(eventType){ /* Trigger eventType (click, mouseover, etc, ...) on all nodes in nodelist */ if(this.nodes[0]){ var clickEvent = document.createEvent("MouseEvents"); clickEvent.initEvent(eventType, true, true); this.nodes[0].dispatchEvent(clickEvent); } return this; }, onClick: function(target, callback){ // Check that the event type exists in queue if(!delegatedEventListeners["click"]){ delegatedEventListeners["click"] = {}; } // Check that this selector is registered if(!delegatedEventListeners["click"][this.selector]){ delegatedEventListeners["click"][this.selector] = {}; // Setup listener attachEventListeners("click", this); } // Check that this target is registered if(!delegatedEventListeners["click"][this.selector][target]){ delegatedEventListeners["click"][this.selector][target] = []; } // register delegated event listener delegatedEventListeners["click"][this.selector][target].push({ callback: callback, persistant: true }); return this; }, } Dex.appendCSS = function(url){ var head = document.head, link = document.createElement('link'); link.type = "text/css"; link.rel = "stylesheet"; link.href = url; head.appendChild(link); return link; } Dex.getCached = function(cacheID){ return cachedSelections[cacheID]; } Dex.clearCache = function(cacheID){ delete cachedSelections[cacheID]; } Dex.tag = function(tag){ /* Use Tag() to select nodes using the getElementsByTagName */ var nodes = document.getElementsByTagName(tag); return Dex(tag, nodes); } Dex.class = function(classname){ /* Use Tag() to select nodes using the getElementsByClassName */ var nodes = document.getElementsByClassName(classname); return Dex("." + classname, nodes); } Dex.iframe = function(selector){ var iframe = document.querySelectorAll(selector)[0]; return Dex.node(iframe.contentDocument || iframe.contentWindow.document); } Dex.id = function(id){ /* Use Tag() to select nodes using the getElementById */ var nodes = [document.getElementById(id)]; return Dex("#" + id, nodes); } Dex.node = function(node){ /* Use Node to create a Dex object with a DOM node directly */ return Dex("node", [node]); } Dex.collection = function(nodeCollection){ /* Use Node to create a Dex object with an HTML Node Collection directly */ var nodes = []; for(n = 0; n < nodeCollection.length; n++){ nodes.push(nodeCollection[n]); } return Dex("node", nodes) } if(exposeAs){ window[exposeAs] = Dex; } })("Dex"); </script> <style> .add-colour { background: red; } </style> <section> <table> <tbody> <tr> <td> <div class="app-container"> <table> <tbody> <tr> <td> <div class="app-window"> App window <table> <tbody> <tr> <td> <div class="app-menu"> app menu <div> <div> <ul> <li> <span class="title">This is a list item in an unordered list</span> </li> <li> <button class="click-me-ul">ul .click-me</button> <button class="and-me">ul .and-me</button> </li> </ul> <ol> <li> <span class="title">This is a list item in an ordered list</span> </li> <li> <button class="click-me-ol">ol .click-me</button> <button class="and-me">ol .and-me</button> </li> </ol> </div> <span id="output">This is the output area</span> </div> </div> </td> </tr> </tbody> </table> </div> </td> </tr> </tbody> </table> </div> </td> </tr> </tbody> </table> </section>
Tests:
Dex Class
Dex.class("app-menu").setAttribute("data-attr", "test"); var attributeValue = Dex.class("app-menu").getAttribute("data-attr");
jQuery
$(".app-menu").attr("data-attr", "test"); var attributeValue = $(".app-menu").attr("data-attr");
Dex All
Dex(".app-menu").setAttribute("data-attr", "test"); var attributeValue = Dex(".app-menu").getAttribute("data-attr");
Rendered benchmark preparation results:
Suite status:
<idle, ready to run>
Run tests (3)
Previous results
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Test case name
Result
Dex Class
jQuery
Dex All
Fastest:
N/A
Slowest:
N/A
Latest run results:
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Autogenerated LLM Summary
(model
llama3.2:3b
, generated one year ago):
It seems like you're trying to parse some HTML and JavaScript code, but I'll assume it's for benchmarking purposes. Let me break down the code: **HTML structure** ```html <table> ... </table> ``` The table contains multiple rows with different attributes and values. **JavaScript code snippets** 1. **Dex Class**: `Dex.class("app-menu").setAttribute("data-attr", "test");` ```javascript var attributeValue = Dex.class("app-menu").getAttribute("data-attr"); ``` This JavaScript snippet uses the `Dex` class to set an attribute on an HTML element with the id `app-menu`. The `class()` method returns a `Dex` object, which has an `setAttribute()` method to set attributes. 2. **jQuery**: `$(".app-menu").attr("data-attr", "test");` ```javascript var attributeValue = $(".app-menu").attr("data-attr"); ``` This jQuery snippet uses the `.app-menu` class selector to select the HTML element and sets an attribute on it using the `attr()` method. 3. **Dex All**: `Dex(".app-menu").setAttribute("data-attr", "test");` ```javascript var attributeValue = Dex(".app-menu").getAttribute("data-attr"); ``` This JavaScript snippet uses the `Dex` class to select the HTML element with the id `.app-menu` and sets an attribute on it using the `setAttribute()` method. **Benchmark data** The benchmark data is in JSON format, with three objects representing each test case: ```json [ { "Benchmark Definition": "...", "Test Name": "Dex Class" }, { "Benchmark Definition": "...", "Test Name": "jQuery" }, { "Benchmark Definition": "...", "Test Name": "Dex All" } ] ``` Each object has two properties: `Benchmark Definition` and `Test Name`. The `Benchmark Definition` property contains the JavaScript code snippet, and the `Test Name` property represents the test case. **Latest benchmark result** The latest benchmark result is also in JSON format: ```json [ { "RawUAString": "...", "Browser": "...", "DevicePlatform": "...", "OperatingSystem": "...", "ExecutionsPerSecond": "...", "TestName": "Dex Class" }, { "RawUAString": "...", "Browser": "...", "DevicePlatform": "...", "OperatingSystem": "...", "ExecutionsPerSecond": "...", "TestName": "jQuery" }, { "RawUAString": "...", "Browser": "...", "DevicePlatform": "...", "OperatingSystem": "...", "ExecutionsPerSecond": "...", "TestName": "Dex All" } ] ``` Each object in the array represents a benchmark result, with properties such as `RawUAString`, `Browser`, and `ExecutionsPerSecond`. Please provide more context or clarify which specific aspect of this code you'd like me to help with.
Related benchmarks:
DataAttribute vs Class Selector vs ID native Selector
DataAttribute vs Class Selector vs ID Selector vs AttributeSelector
DataAttribute vs Class Selector vs ID Selector vs Custom Attributes
DataAttribute vs Class Selector vs ID Selector vs getElementById vs getElementsByClassName
DataAttribute vs Class Selector vs ID GetById
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