All you need to know about going codeless with test automation tools
To master coding, like any other craft, takes years of practice. It’s challenging to have testers create many lines of code, resolve application issues, and complete backlogs in a matter of weeks. One of the biggest problems when introducing test automation to agile projects is a lack of sophisticated programming experience. But, with codeless automated testing solutions, all of this can be solved!
What is Codeless Automation Testing?
Codeless test automation is the process of generating automated tests that allow you to perform tests without writing code or script. With ongoing technological progress, this technique has been steadily evolving.
Codeless testing can be done in a variety of ways. The following are the most notable:
- Manual tests are recorded and played back.
- Using test blocks provided by the tool(s), create organised test flow diagrams, which are then utilised to conduct tests.
Teams with an agile or DevOps culture are more collaborative, and testing isn’t only a tester’s job!
Developers, product managers, and testers all collaborate to ensure a high-quality product. Hence, Codeless automation testing is beneficial in this type of work setting.
How does it work?
Even if codeless testing is referred to as “codeless”, it is not genuinely codeless. It simply suggests that you do not require coding. In fact, the tool generates the code that drives test automation in the background as you record the test steps or establish test flow by linking the test blocks. An abstraction layer is provided by the automation tool(s), which turns simple user interactions into code. As a result, instead of struggling to create test scenarios and evaluate the application’s user experience, you can focus on developing test scenarios. It also helps in assessing the user experience of your application.
Some codeless test automation still uses record and playback. Still, unlike legacy tools that record “static” test cases and are prone to breaking when the app or an element within the app is changed, codeless tools have machine learning and AI capabilities that allow for test reusability, stability, and near-zero test maintenance.
New codeless tools use a modern user interface to create robust test flows that include critical features like data-driven testing, test assertions, and more. They also offer the concept of a “self-healing” mechanism. It can dynamically detect changes in an application’s User Interface and modify parts on the fly without having to update anything in the pre-recorded test.
Reasons to Embrace Codeless Test Automation tool today!
The primary and best benefit of employing codeless automated testing is that it saves time. You can start codeless testing right away because testers don’t have to spend time coding or learning to code.
The most appealing aspect of switching to codeless automation testing is the increased speed you can manage your development schedule. By default, codeless automation testing has a user-friendly interface that allows testers to pick it up quickly. Because no code is required, testers can construct test cases that are frequently assisted by AI. Thereby, improving the performance and speed of testing. Almost all codeless test automation systems support parallel test execution. This saves time and effort by allowing you to run numerous tests in different environments simultaneously.
Codeless automation testing is simple to understand. We mean that you can begin automating your tasks as soon as you register for the tool. Testers can get a quick tour of the product, configure it, and start testing without any assistance.
Because it decreases software development time, codeless test automation allows for faster feedback cycles and a faster time to market. You’ll have much more control when it comes to efficiency. It is because you’ll be running tests at a rapid speed in a highly regulated setting. Faster feedback will always result in fewer defects or errors, ensuring that you ship high-quality apps or websites.
Any tester will tell you how difficult upgrading a standard automation testing solution is. For example, it’s more expensive and less efficient to upgrade or maintain Selenium grids. It’s also not scalable. The majority of codeless automation testing technologies are cloud-based. They’re pretty scalable, and you may scale them up or down depending on your project’s needs.
The automation scope is enormous with codeless automation testing. The purpose of codeless automation testing tools is to test numerous apps on the same platform.
You can, for example, run tests on mobile apps (iOS, Android, native, and hybrid), desktop apps, online apps, virtual apps, and other types of apps. We can expand the scope of test automation from one app to numerous apps. All this is based on our requirements as we test various interfaces inside these apps. You can use a codeless testing platform to analyze risk areas adequately test them and grow the testing process.
Takes less time for Regression Testing:
It’s best to automate regression testing because it’s time-consuming. Because regression testing is tedious and repetitive, QA engineers can devote more time and effort to other types of testing, such as exploratory or acceptance testing. You can write regression tests in plain English using codeless automation testing technologies. You can also run regression tests in parallel with other tests or schedule them according to your project’s priorities.
The majority of codeless automation testing technologies have pre-built integrations that make testing easier. A single platform can handle a lot with test management tools, project templates, communications, test-case libraries, object repositories, and other features. There are no further setups or adjustments needed.
Test reusability is an essential aspect of a long-term testing strategy. It’s a cost-effective, time-saving, and practical solution. Most codeless testing solutions allow you to reuse test steps between projects. Some even allow you to reuse test steps across different operating systems. These solutions are often clever enough to prioritize test case reusability and recommend or automatically manage and update test cases. All these reduce manual labor. You can also add some common steps to the test flows later to make the process more flexible.
With all these benefits listed above, we can only say that these codeless test automation tools make the testing process straightforward and smoother. In conclusion, Codeless Automation is the future.
CTO at TestGrid