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Extends Selenium WebDriver classes to include the request function from the Requests library, while doing all the needed cookie and request headers handling.
Before the actual request is made, a local HTTP server is started that serves a single request made by the webdriver instance to get the "standard" HTTP request headers sent by this webdriver; these are cached (only happens once during its lifetime) and later used in conjunction with the Requests library to make the requests look identical to those that would have been sent by the webdriver. Cookies held by the webdriver instance are added to the request headers and those returned in a response automatically set for the webdriver instance.
# Import any WebDriver class that you would usually import from
# selenium.webdriver from the seleniumrequests module
from seleniumrequests import Firefox
# Simple usage with built-in WebDrivers:
webdriver = Firefox()
response = webdriver.request('GET', 'https://www.google.com/')
print(response)
# More complex usage, using a WebDriver from another Selenium-related module:
from seleniumrequests.request import RequestsSessionMixin
from someothermodule import CustomWebDriver
class MyCustomWebDriver(RequestsSessionMixin, CustomWebDriver):
pass
custom_webdriver = MyCustomWebDriver()
response = custom_webdriver.request('GET', 'https://www.google.com/')
print(response)
pip install selenium-requests
When using webdriver.Remote
it is very likely that the HTTP Proxy Server spawned by selenium-requests
does not run on the same machine. By default the webdriver tries to access the Proxy Server under 127.0.0.1
. This can be changed by passing the proxy_host=
argument with the correct IP or hostname to the webdriver.
driver = seleniumrequests.Remote(
'http://192.168.101.1:4444/wd/hub',
options=chrome_options,
proxy_host='192.168.101.2'
)
Download Details:
Author: cryzed
Source Code: https://github.com/cryzed/Selenium-Requests
License: MIT License
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Superdom
You have dom
. It has all the DOM virtually within it. Use that power:
// Fetch all the page links
let links = dom.a.href;
// Links open in a new tab
dom.a.target = '_blank';
Only for modern browsers
Simply use the CDN via unpkg.com:
<script src="https://unpkg.com/superdom@1"></script>
Or use npm or bower:
npm|bower install superdom --save
It always returns an array with the matched elements. Get all the elements that match the selector:
// Simple element selector into an array
let allLinks = dom.a;
// Loop straight on the selection
dom.a.forEach(link => { ... });
// Combined selector
let importantLinks = dom['a.important'];
There are also some predetermined elements, such as id
, class
and attr
:
// Select HTML Elements by id:
let main = dom.id.main;
// by class:
let buttons = dom.class.button;
// or by attribute:
let targeted = dom.attr.target;
let targeted = dom.attr['target="_blank"'];
Use it as a function or a tagged template literal to generate DOM fragments:
// Not a typo; tagged template literals
let link = dom`<a href="https://google.com/">Google</a>`;
// It is the same as
let link = dom('<a href="https://google.com/">Google</a>');
Delete a piece of the DOM
// Delete all of the elements with the class .google
delete dom.class.google; // Is this an ad-block rule?
You can easily manipulate attributes right from the dom
node. There are some aliases that share the syntax of the attributes such as html
and text
(aliases for innerHTML
and textContent
). There are others that travel through the dom such as parent
(alias for parentNode) and children
. Finally, class
behaves differently as explained below.
The fetching will always return an array with the element for each of the matched nodes (or undefined if not there):
// Retrieve all the urls from the page
let urls = dom.a.href; // #attr-list
// ['https://google.com', 'https://facebook.com/', ...]
// Get an array of the h2 contents (alias of innerHTML)
let h2s = dom.h2.html; // #attr-alias
// ['Level 2 header', 'Another level 2 header', ...]
// Get whether any of the attributes has the value "_blank"
let hasBlank = dom.class.cta.target._blank; // #attr-value
// true/false
You also use these:
innerHTML
): retrieve a list of the htmlstextContent
): retrieve a list of the htmlsparentNode
): travel up one level// Set target="_blank" to all links
dom.a.target = '_blank'; // #attr-set
dom.class.tableofcontents.html = `
<ul class="tableofcontents">
${dom.h2.map(h2 => `
<li>
<a href="#${h2.id}">
${h2.innerHTML}
</a>
</li>
`).join('')}
</ul>
`;
To delete an attribute use the delete
keyword:
// Remove all urls from the page
delete dom.a.href;
// Remove all ids
delete dom.a.id;
It provides an easy way to manipulate the classes.
To retrieve whether a particular class is present or not:
// Get an array with true/false for a single class
let isTest = dom.a.class.test; // #class-one
For a general method to retrieve all classes you can do:
// Get a list of the classes of each matched element
let arrays = dom.a.class; // #class-arrays
// [['important'], ['button', 'cta'], ...]
// If you want a plain list with all of the classes:
let flatten = dom.a.class._flat; // #class-flat
// ['important', 'button', 'cta', ...]
// And if you just want an string with space-separated classes:
let text = dom.a.class._text; // #class-text
// 'important button cta ...'
// Add the class 'test' (different ways)
dom.a.class.test = true; // #class-make-true
dom.a.class = 'test'; // #class-push
// Remove the class 'test'
dom.a.class.test = false; // #class-make-false
Did we say it returns a simple array?
dom.a.forEach(link => link.innerHTML = 'I am a link');
But what an interesting array it is; indeed we are also proxy'ing it so you can manipulate its sub-elements straight from the selector:
// Replace all of the link's html with 'I am a link'
dom.a.html = 'I am a link';
Of course we might want to manipulate them dynamically depending on the current value. Just pass it a function:
// Append ' ^_^' to all of the links in the page
dom.a.html = html => html + ' ^_^';
// Same as this:
dom.a.forEach(link => link.innerHTML = link.innerHTML + ' ^_^');
Note: this won't work
dom.a.html += ' ^_^';
for more than 1 match (for reasons)
Or get into genetics to manipulate the attributes:
dom.a.attr.target = '_blank';
// Only to external sites:
let isOwnPage = el => /^https?\:\/\/mypage\.com/.test(el.getAttribute('href'));
dom.a.attr.target = (prev, i, element) => isOwnPage(element) ? '' : '_blank';
You can also handle and trigger events:
// Handle click events for all <a>
dom.a.on.click = e => ...;
// Trigger click event for all <a>
dom.a.trigger.click;
We are using Jest as a Grunt task for testing. Install Jest and run in the terminal:
grunt watch
Author: franciscop
Source Code: https://github.com/franciscop/superdom
License: MIT license
1574340940
Description
Best Selenium WebDriver With Python Programming Language Course - Complete Framework Implementation From Scratch
This course includes a wide range of topics from Selenium WebDriver Basics and Advanced, Python Programming Concepts, Unittest And Pytest Framework, Automation Framework Design (Page Objects, Data Driven, Reading CSV Files), Logging Infrastructure, Cross-Browser Testing, Interview Preparation. All materials including code files.
You achieve two targets with one single course
Complete Python Programming Language
Selenium WebDriver Automation
Why Python Programming Language?
Python Programming Language is the fastest growing programming language within both the fields, development and testing. QA industry is rapidly progressing to move on with Python Programming Language for all the automation needs because of the flexibility it offers.
One stop place to become an Expert in Web Automation Framework related technologies from scratch
We start from Beginners level and go through Advance level. This is a single course for everything you need to know related to Web UI Automation.
#Selenium #WebDriver # Selenium WebDriver #WebDriver With Python 3.x #Selenium WebDriver With Python 3.x - Novice To Ninja
1620462169
While you are automating your test cases with Selenium automation, here is how to start implementing Selenium getAttribute() method to get the best results.
Testing a web page can be a gargantuan task, considering all the elements and variables that come together to make a page work. Selenium automation is a great way to overcome these challenges and automate everything you would manually do. For example, Selenium makes it so much easier to take a screenshot using Python instead of doing it manually every time you come across a website issue.
Similarly, there are multiple scenarios while writing automation test cases when we need to verify a specific attribute on the web page. To ease our execution, the method to getAttribute()
in Selenium comes to the rescue. In this blog, we will understand what an attribute is and how we can handle web elements’ attributes using the Selenium getAttribute()
method.
Let’s get to it, shall we?
#selenium #webdriver #selenium automation testing #selenium automation #selenium - web browser automation #selenium automated testing #get attribute
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Selenium is an automation testing tool; it is primarily used to test websites and web applications; it is an open-source tool. With the help of Selenium, test cases can run directly in web browsers, just like a person operating the web browsers. It supports many web browsers such as Opera, Safari, Chrome, Firefox, IE, etc. There are several different sub tools to support different automation test approaches. In this article, we will learn about selenium tool suite, its components and features. So let’s start!!!
#selenium tutorials #selenium grid #selenium ide #selenium rc #selenium tool suite #selenium webdriver
1596975540
WebDriver is used for the automation of web application testing so that it works as per the end user’s perspective. It is platform-independent as the same code works on all the major OS like Windows, macOS, and UNIX. WebDriver is one of the significant components of the Selenium, which also includes the Selenium RC, Selenium Grid, SIDE, and Selenium Json Client API. So, let’s have a look at some of the features of Selenium WebDriver.
Below are various benefits of selenium webdriver:
WebDriver interacts with the web applications and its web elements in a browser, just like a real user with the use of a browser native support to hit direct calls without using any other intermittent device or software. It supports mostly all the web browsers, which includes IE, Safari, Chrome, Firefox, Opera, and Edge. You can launch any browser with the help of easy commands. Selenium WebDriver also supports the iPhoneDriver, HTMLUnitDriver, and AndroidDriver.
#selenium tutorials #benefits of selenium webdriver #features of selenium webdriver