Web Automation Testing Checklist for 2022
If you’re a developer, chances are you’ve heard of the latest web automation testing tools and how they can help your team save time and money. But what is web automation testing? How does it work? Read on to find out!
Web automation testing is the process of automating testing tasks that were previously performed manually by humans. It involves using a computer program to perform these tests instead of a human tester. The goal is to reduce costs and increase efficiency while ensuring quality control.
There are several different types of web automation testing tools available today, each with its own unique set of features. Some are free while others cost money; some require coding skills while others don’t; some have downloadable software while others run in the cloud.
The speed of technology and development is still increasing. As a result, the demand for automated testing is also growing exponentially. At the same time, companies are struggling with how to keep up with these changes. Many organizations need help with their automation strategy as well as with finding ways to implement automation solutions that can meet their needs.
If you’re looking for some advice on how to prepare yourself for web automation testing in 2022, here are some tips:
Make sure the tools you use are compatible with each other and compatible with the new technologies that will emerge this year. If not, it might be worth investing in new ones so that you can use them when needed without having any difficulties later on down the road.
Frameworks such as Selenium WebDriver will continue being used in 2022 but there may be other options available now or coming out soon that could be worth exploring further before making any decisions about which one works best for your needs at this time.
In a nutshell, web automation testing is the process of automating the testing of websites and applications.
In practice, this means that you can run through tests repeatedly, whether they’re manual or automated, without having to sit behind a computer and click through every single part of the site yourself. You can use scripts to drive your browser through the different parts of your site or application and check for bugs or errors as it goes.
Web automation testing is especially useful when you have a lot of repetitive tasks that need to be done—say, if you’re trying to test every possible permutation of an online form with different inputs, or if you want to make sure that all links are active on your website by clicking them one at a time. This saved time will allow you to focus on more important things!
There are many different types of automation testing including:
Unit Testing: Unit testing is used to test individual components or modules within an application. It is done by creating small tests that can be run quickly, allowing developers to easily identify bugs in their code.
Integration Testing: Integration testing checks whether different parts of an application work together properly if they communicate correctly and if they produce the desired results.
System Testing: System testing verifies that your entire application works as expected under normal conditions (i.e., when there are no errors). You should not only check whether each module works correctly, but also ensure that all modules interact correctly with each other and produce expected results when combined into one system.
A good automation testing strategy is one that helps you achieve your business goals and adhere to your development process.
What are some of the things to consider when determining what a good automation testing strategy looks like for your organization?
First, it’s important to consider how much time and money can be spent on creating an automation test suite. You want to create a test suite that is effective at finding bugs, but also realistic in terms of the amount of time and money it will take to implement.
You should also think about which features of your application are most important to test and which ones are less important. For example, if there is a known issue with some part of the application, then it might make sense to spend more time testing that area than other parts of the codebase. On the other hand, if you have no idea where problems might arise in your application, it might make sense to spend equal time on all areas rather than focusing efforts on one area at the expense of others.
Finally, think about how much time will be needed after implementation before launching into production use cases.
1. Test with a variety of browsers
Automation testing is a crucial part of any software development process. However, not many people know that one of the most important aspects of automation testing is making sure that your tests work on a variety of browsers.
Why do you need to test on a variety of browsers? Because the way users interact with your website or app will vary depending on which browser they’re using. For example, if your site has a feature that allows users to upload files—like attaching documents or images—and then share them with others, you want to make sure that this feature works for everyone who visits your site.
If you’re developing an e-commerce site and you want to let people pay for items online, then it’s critical that the payment process works smoothly across all browsers too. Plus let’s not forget about accessibility: if someone uses a screen reader or other assistive technology when browsing, then they will likely use different browsers than those without such needs.
The bottom line is: that if you want your site or app to be accessible and usable by everyone, then testing on multiple browsers is an essential component of every automated test suite.
If you’re developing a website that you want to work across all major browsers—including Chrome, Firefox, Safari, Edge, Internet Explorer (IE), and Opera—you should be testing it in every one of those browsers. The best way to do this is by using automated testing tools like Selenium WebDriver or PhantomJS.
Automated testing tools allow you to programmatically control your browser so that it can navigate through your site and click buttons. They also let you write code in languages like Java, Python, C# .NET Framework, Ruby on Rails, PHP Laravel Framework, and more!
2. Test with different operating systems
Automation testing with different operating systems is important. It can help you ensure that your software works across multiple platforms, and it can help you avoid the headaches of having to test across different versions of the same operating system.
If you’re writing software for a company that uses Windows 7 and Windows 10, for example, it’s a good idea to write automated tests for both versions of the OS. If your software is written in Python, for example, there are many libraries available that allow you to do this easily—but if your team is using Java instead, then things get more complicated. In such cases, it might be easier just to test on both versions of the OS manually rather than trying to automate them.
Another reason why automation testing with different operating systems matters is because it allows you to better understand how users interact with your product on different platforms. If someone using Windows 10 reports an issue with how a button appears on their screen when they click it (for example), then someone using MacOSX should also report having seen this problem—even if they weren’t aware of it before seeing the report from the other user!
3. Test with different screen resolutions
When you’re writing automated scripts to test your application, it’s important to test with different resolutions. This will ensure that your site works well on all kinds of devices—not just the ones you have at home or work.
There are two main reasons why it’s important to consider screen resolution when writing automation tests:
1. Different screen resolutions can affect how things are displayed on the page, which means that you might miss a bug if you don’t take that into account during testing.
2. Not everyone has the same kind of device as you do, so if they’re trying to use your application at home or work and they don’t see what they expect because of their screen resolution, then they’ll probably give up and go somewhere else instead!
Keep in mind when you’re writing your automation tests that they need to work across different screen sizes and resolutions. If a user has a large, wide monitor, for example, then your test needs to be able to accommodate for that—otherwise, it won’t work as intended.
If you want to make sure that your automation tests are working properly across multiple resolutions, there are a few things you can do:
1) Make sure your code is modular and reusable. This way, if someone changes their screen resolution or buys a new phone with a bigger screen size than before (and thus needs different coding), then all they have to do is make one adjustment—instead of having their whole test fail because they don’t know where the issue lies any longer!
2) Create mockups of different screen sizes and resolutions so that people don’t have to guess what’s going on when something goes wrong during development time (which could end up wasting hours or days trying to figure out where the problem lies).
4. Test in different languages and countries
In a globalized world, it’s more important than ever for developers to test their products in different languages and countries. This ensures that when your product launches in a new market, you’re able to reach your target audience effectively and avoid mistakes that could cost you time, money, and reputation.
Automation testing is one of the most efficient ways to ensure that your product will work across multiple languages and countries. Automated tests can be written once and run anywhere—no matter what language or country you’re targeting.
So how do you go about testing your product in different languages? Here are some tips:
1) First, decide which languages are most important for you to test. Are there certain regions where your product might have a higher success rate if the user interface were localized? What languages do these regions speak? How many people speak each language? Do they use any other languages as well? These are all questions worth asking when deciding which languages to test first.
2) Next, create an automation framework that allows you to write tests once and run them across multiple environments (like browsers).
5. Test on mobile devices
Mobile devices are becoming more and more important in the world of software development. It’s not just a matter of convenience, but also a matter of safety—users are increasingly relying on mobile applications to do things like drive cars, manage their finances, and even control access to their homes.
This means that testing your application on mobile devices is not just a nice thing to do; it’s essential. Here are some reasons why:
- Mobile devices have different screen sizes and resolutions than desktop computers, so if you don’t test on mobile devices, you won’t know if something doesn’t look right or behave as expected when someone uses it on a phone or tablet. You could also miss important bugs because there’s no way for you to see what happens when someone tries out your app at full speed—they might just click around without thinking about anything specific, so they might accidentally trigger an error that would never occur on a desktop computer.
- A lot of people now use their phones instead of desktop computers, so if your website isn’t optimized for mobile users then they might not be able to access the content or services provided by your business! You need to make sure that all of your sites’ pages load quickly
Automated testing on mobile devices is particularly important for companies working with third-party APIs or other external systems that rely heavily on network traffic. The only way to be sure that your app will continue to work properly when it’s offline or has spotty coverage is through automated testing.
Automation testing is a crucial part of the software development process that can’t be ignored. In fact, it’s so important that in 2022, it’s going to be the only thing that matters.
Why? Because automation testing makes sure that your code works. It helps you avoid bugs and errors, which are always going to be present in any program because no one’s perfect (not even you). Automation testing doesn’t just make sure that your code works—it also ensures that it stays working as you continue to develop and refine your product.
Automated testing also allows you to test your code more often than you would otherwise be able to do manually. This means that if something changes or breaks in your program, you’ll know about it right away! And if something breaks down the line, you’ll find out right away too. No matter how big or small your team is, whether they’re working on a desktop or mobile app, or what language they’re using—automated testing is essential for creating a successful product that won’t crash when users use it.
Well, first off, let’s talk about speed! Automated tests can be run multiple times without human intervention—meaning that when you make changes or upgrades to your product, you can test them much more quickly than if you had several people working side-by-side manually testing every single change (and then waiting for those people to report back). In fact, in some cases—when there are hundreds or even thousands of tests being run—automation can cut down on testing time by as much as 90%. That’s an incredible saving!
For example, let’s say I have an app that allows users to log in with their social media accounts and then send messages to others who also use my app. If someone were to submit a bug report about this part of my application is broken, I could use automation tools to test how it works by logging into my own account and sending myself some messages, then checking whether those messages get sent out properly (and if not why not).
That’s the basic idea behind automation testing: using computers instead of people to do repetitive tasks so we can focus on more important things like coming up with new ideas for new features!
Automation at the speed of thought. LambdaTest is an automated web testing platform for complex web applications. It can be used to test any website or web application, including those developed with frameworks such as AngularJS and JQuery.
LambdaTest lets you perform web automation testing across 3000+ real desktop and mobile browsers on the cloud. LambdaTest empowers your testers to focus on quality and customer experience and gives developers the right environment to deploy code faster. Automate testing without the headache and optimize your time to build more with less effort, increasing coverage and improving performance.