Cross Browser Testing using Selenium GRID.pdfSGBSeo
One of the challenges that we face while testing the application is testing it on different browsers and environments. We all might have observed that some websites are not properly displayed on some browsers and we just think that the website is broken.
Executing Parallel Test Sessions with TestNG and Selenium WebDriverpCloudy
In today’s fast-paced world, the primary goal of every business is to release their websites or mobile applications to the end users as early as possible. As a result, businesses constantly search for ways to test, measure, and improve their products. With the increase in competition, faster time to market has become an important aspect for any business to survive in today’s competitive market . However, one of the possible challenges many businesses face is the release cycle time, which usually gets extended for various reasons.
Selenium is a tool for testing web applications. It allows tests to run directly in browsers like Internet Explorer, Firefox, and Chrome across different operating systems. Selenium tests can check browser compatibility and verify application functionality. Tests are written using Selenium's API in languages like Java, Ruby, and Python. The tests automate user interactions like clicking buttons and entering text. Selenium includes features for recording, editing, and debugging tests. It can run tests from outside the browser or directly within it.
There are ad-infinitive cross-browser test tools to check your web application for cross-browser similarity. Here is the rundown of top Cross Browser Testing instruments shortlisted by our specialists.
Cross-Browser Testing : A Complete GuideTestgrid.io
Master cross-browser testing to ensure flawless website performance across all browsers and devices. Learn everything from key concepts to effective testing strategies in this comprehensive guide.
The document discusses Selenium, an open source tool for automating web application testing. It can test applications built using technologies like AJAX. Selenium has several components: IDE for recording and playing tests; Core for direct browser control; Remote Control for controlling browsers remotely; and Grid for distributed testing across multiple machines in parallel. It supports many programming languages and browsers.
This document provides guidelines for cross browser testing. It defines cross browser compatibility as making a website work across different browsers and versions. It lists several free and paid tools that can be used for cross browser testing. It also provides a checklist of items to test, including HTML/CSS validation, JavaScript, Ajax, formatting, and special characters across browsers.
Cross Browser Testing using Selenium GRID.pdfSGBSeo
One of the challenges that we face while testing the application is testing it on different browsers and environments. We all might have observed that some websites are not properly displayed on some browsers and we just think that the website is broken.
Executing Parallel Test Sessions with TestNG and Selenium WebDriverpCloudy
In today’s fast-paced world, the primary goal of every business is to release their websites or mobile applications to the end users as early as possible. As a result, businesses constantly search for ways to test, measure, and improve their products. With the increase in competition, faster time to market has become an important aspect for any business to survive in today’s competitive market . However, one of the possible challenges many businesses face is the release cycle time, which usually gets extended for various reasons.
Selenium is a tool for testing web applications. It allows tests to run directly in browsers like Internet Explorer, Firefox, and Chrome across different operating systems. Selenium tests can check browser compatibility and verify application functionality. Tests are written using Selenium's API in languages like Java, Ruby, and Python. The tests automate user interactions like clicking buttons and entering text. Selenium includes features for recording, editing, and debugging tests. It can run tests from outside the browser or directly within it.
There are ad-infinitive cross-browser test tools to check your web application for cross-browser similarity. Here is the rundown of top Cross Browser Testing instruments shortlisted by our specialists.
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Master cross-browser testing to ensure flawless website performance across all browsers and devices. Learn everything from key concepts to effective testing strategies in this comprehensive guide.
The document discusses Selenium, an open source tool for automating web application testing. It can test applications built using technologies like AJAX. Selenium has several components: IDE for recording and playing tests; Core for direct browser control; Remote Control for controlling browsers remotely; and Grid for distributed testing across multiple machines in parallel. It supports many programming languages and browsers.
This document provides guidelines for cross browser testing. It defines cross browser compatibility as making a website work across different browsers and versions. It lists several free and paid tools that can be used for cross browser testing. It also provides a checklist of items to test, including HTML/CSS validation, JavaScript, Ajax, formatting, and special characters across browsers.
Docker is an open source platform for building and running distributed applications using Linux containers. Popular headless browsers for test automation include PhantomJS, HtmlUnit, and ZombieJS, but these can be difficult to work with and don't behave exactly like real browsers. Selenium Standalone and Selenium Grid with Docker allow tests to run on real Firefox and Chrome browsers within Docker containers instead of headless browsers, avoiding issues with headless browsers while keeping tests portable with Docker.
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This will help you to understand about automation testing and when to do automation on your application using selenium. How selenium works, how to find web elements and what operations we can perform on the web elements to do automation.
This document provides an overview of Selenium WebDriver. It begins by explaining what Selenium is and that it is used to automate testing of web applications across different browsers. It then discusses the various components of Selenium, including Selenium IDE, Selenium Remote Control (RC), WebDriver, and Selenium Grid. A key section compares WebDriver to Selenium RC, noting that WebDriver has a simpler architecture that controls the browser at the OS level, is faster, and allows for more real-life user interaction compared to RC. The document concludes by thanking the reader.
This document provides an overview of Selenium WebDriver. It begins by explaining what Selenium is and that it is used to automate testing of web applications across different browsers. It then discusses the various components of Selenium, including Selenium IDE, Selenium Remote Control (RC), WebDriver, and Selenium Grid. A key section compares WebDriver to Selenium RC, noting that WebDriver has a simpler architecture that controls the browser at the OS level, is faster, and allows for more real-life user interaction compared to RC. The document concludes by thanking the reader.
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The document discusses browser compatibility and the importance of testing websites across different browsers. It notes that browsers can interpret HTML and CSS differently, so pages may look different in various browsers like Internet Explorer, Firefox, Safari, and Chrome. It recommends testing websites in multiple browsers to ensure compatibility. Various tools for browser testing are also described, such as browser emulation applications, Dreamweaver, Adobe BrowserLab, and Microsoft SuperPreview. The document emphasizes the importance of browser compatibility testing to avoid layout issues and bugs.
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Selenium is a tool for automating web application testing. It supports multiple browsers and operating systems. Selenium has several components including Selenium IDE for recording and playing back tests in Firefox, Selenium RC for running tests across browsers, Selenium WebDriver for browser automation, and Selenium Grid for distributed testing. Selenium IDE records user actions as scripts, which can then be enhanced and debugged. WebDriver interacts directly with browser APIs for better control and supports the latest technologies. Grid allows running tests in parallel on different browsers and machines.
Selenium is a tool for automating web application testing. It allows recording and playback of tests to simulate user actions like clicking and filling forms. Selenium IDE is a Firefox plugin that allows recording and editing tests. Selenium Remote Control (RC) runs tests on multiple browsers and platforms. Selenium Grid distributes tests across servers for parallel testing. Tests are written using Selenium commands in languages like Java, Python, C#, and tests can be exported from IDE.
The document discusses quality assurance processes for automated testing including creating an automation framework using Java, Selenium, TestNG, Git, Maven and Jenkins. It provides steps for configuring the automation project, describes functional testing processes and types of testing including load and performance testing using JMeter, security testing by scanning for vulnerabilities, and best practices for implementing page object models in test automation.
The document discusses quality assurance processes for automated testing including developing an automation framework using Java, Selenium, TestNG, Git, Maven and Jenkins. It provides steps for configuring the automation project, describes functional testing as creating test suites and tracking bug status, and discusses best practices for load and performance testing, security testing, and using the page object model in test automation.
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1. Cross Browser Testing using Selenium GRID
One of the challenges that we face while testing the application is testing it on
different browsers and environments. We all might have observed that some
websites are not properly displayed on some browsers and we just think that the
website is broken. But, as soon as you open it on a different browser, the website
opens up just fine. Thus, this behavior explains the compatibility of a website with
different browsers.
By CoffeeBeans
Each browser interprets the information on the website page differently, so, some
browsers may lack the features that your website is trying to show and make your
website look broken on that browser.
That being the brief story, I bet you all have figured out the topic of today’s
discussion — Cross Browser Testing. So what is cross browser testing?
Cross browser testing is a type of testing that lets you check whether the websites
are working as intended when accessed through
Different Browser — OS combination
Browsers like — Chrome, Firefox, Safari, Edge, etc
Operating Systems like — Windows, Linux, MAC, etc
2. It’s about shipping releases that are as browser-agnostic as possible, which is key to
delivering a uniform user experience on a diverse, ever-growing range of
browsers/devices.
As a tester, it is your responsibility to make sure that not only do applications work,
but they work for all your users, no matter what browser, device, or additional
assistive tools they are using. Now comes the next question –
Why cross-browser testing?
1. To check how the website appears on different browsers
2. To check how the website works on different browsers ( quite obvious )
3. To ensure that you’re not alienating a significant part of your target audience–
simply because your website does not work on their browser OS.
The next question which comes to mind is –
How to perform cross-browser testing?
This can be done in two (obvious) ways
1. Manual Approach (Manually check the functionality on different browsers and
platforms, painful process to follow)
2. Automation Approach (Write one piece of code and run it on different
browsers and platform combinations — sounds cool and easy right?)
That being said, let’s dive into the automation approach and see how this can be
achieved with Selenium, Selenium GRID, and TestNG
Firstly, you will need to set up a Selenium grid to run the tests on different browsers
and platforms. For this, you will need a Selenium server standalone jar which can be
found in the given link — Selenium Server Standalone Jar
Once you have downloaded the jar file, you need to set up the hub and node based
on the requirement. For the demonstration purpose, I will create 1 hub and 2 nodes.
3. 1 of the nodes will run firefox as browser-related test cases. The other node will run
chrome-related test cases.
Let’s start by creating a hub.
The command to create a node is as follows
java -jar selenium-server-standalone-3.141.59.jar -role hub
Below is the screenshot of the hub looks when it is up and running
Once you have created a hub and have obtained the hub register URL, let’s register
a node with chrome browser-related configurations. This can be done in two ways,
1. By passing the arguments in the command line
2. By creating a JSON file with the required configurations.
I will be creating both nodes by passing the arguments from the command line. The
configuration goes as follows for creating a node with chrome browser configuration
4. java -Dwebdriver.chrome.driver=”/Users/macbook/Downloads/chromedriver” -jar
selenium-server-standalone-3.141.59.jar -role node -
hub http://localhost:4444/grid/register
Below is the screenshot of it looks when it is registered
Once you have registered that node, let’s register another node with firefox browser
configurations. The command to do so is as follows
java -Dwebdriver.gecko.driver=”/Users/macbook/Downloads/geckodriver” -jar
selenium-server-standalone-3.141.59.jar -role node -
hub http://localhost:4444/grid/register
Below is the screenshot of it looks when it is registered
5. Once both the nodes are registered it can be verified by navigating to the grid
console. The same can also be verified on the hub console
Hub Console
6. Grid console URL is as follows — GRID Console
After you have registered both nodes, get the hub URL and append wd/hub at the
end. We will use this URL to route the test cases to specific nodes as configured.
Hub Url — Hub URL
Now let’s create a maven project and testng.xml file so that we can run the tests
parallelly.
Let’s add the selenium and testng dependency
7. The next step is to initialize the browser’s drivers based on the requirement. chrome
driver if chrome browser is required, firefox driver if firefox browser is required.
8. Let’s write some basic test cases that are going to print the browser title from both
the browsers
Now let’s run the test cases parallelly and see if the configurations are working
9. Command to run the test — mvn clean test
Viola, one single test can now be run on 2 different browsers parallelly. Refer to the
console for execution results
For now, the platform in which I am running the test cases is MAC, this can be
changed when a different platform is configured like Windows, Linux, etc. TestNG file
to run the test cases parallelly is as below.
10. In the same way, safari and edge can also be configured to run the test cases. It
depends on the requirement of how many browsers and platforms need to be
covered.
To know more visit our remaining pages:-
Website:- https://coffeebeans.io/
Blogs:- https://coffeebeans.io/blogs