Software Testing: What is Scriptless Test Automation?

Automation has always fascinated businesses as it helps reduce mundane testing efforts while accelerating the testing process. At this stage, almost every organization is automating their test cases though the ROI is not always well anticipated. And, it is often, the tools that are blamed associated with failed test automation. In some cases, it is the long hours spent on creating the test automation suite while meeting the needs for specialized development resources and dealing with the difficulty of scripting and maintenance. It further adds a lack of test data management strategy and a lack of involvement of the subject matter experts. Scriptless test automation is technically defined as the process of creating automated test scripts with either minimal coding or no coding at all. This testing seeks to empower the testing team to automate the testing sans any scripting, thus cutting down the cost, time, and effort required for QA testing. It also enables quicker results, enabling a faster time-to-market for the product. This approach delivers an excellent blend of technical and functional expertise by leveraging keyword abstractions to build test scripts, choose appropriate options for a certain issue, etc. Let us now talk about the role of scriptless testing in test automation:

• Scriptless test automation seeks to enable testers to develop automated test cases for a variety of test cases to gauge the efficacy of the software’s features.
• It helps testing teams cut down the time needed for automation, thus boosting productivity while also alleviating costs.
• Scriptless test automation does not necessitate new skills, thus ensuring no new or additional testers are required to execute this type of software testing.
• Since scriptless test automation is a low or no-code process, even those users who may not possess the technical expertise for partaking in the testing process are also able to participate in the QA process for the product and offer useful feedback which can be integrated into the process to help improve the product’s quality before it is deployed in the market.

Here are some of the scriptless testing’s key benefits:

1. It is quicker: This type of test automation helps reduce the time required to automate tests for new features as well as that for maintenance of test scripts for existing features.
2. Cost savings: Scriptless test automation not only requires minimal to no-coding but also offers plenty of opportunities for manual testers to gain extensive experience in scriptless testing. This also cuts down costs associated with training sessions.
3. Ease of maintenance: Scriptless test automation needs only minimal maintenance efforts even if it involves huge automation test scenarios and cases.

Now, a quick look at the differences between these two forms of test automation.

1. Writing test scripts: Scripted testing necessitates writing test scripts for every single module, functionality, etc. and these scripts can vary in complexity levels based on the testing framework. Scriptless testing usually does not involve coding to test functions, modules, etc. — at least not complex coding.
2. Time required: Since scripted testing requires manual creation of tests, the process can often last for days. This is not a problem with scriptless testing since it does not involve complicated code or some such, allowing the process to quickly set up test cases and deliver results.
3. Tools available: The market offers plenty of high-quality scripted test automation tools such Selenium, etc. Scriptless testing, on the other hand, does not have as many options but the tools currently available are decidedly terrific at what they are designed to do.

There you have it, ladies and gentlemen, a handy guide to what scriptless test automation is all about. If you still find yourself struggling to choose between scripted and scriptless test automation, we recommend you get in touch with a trusted QA automation company that will not only help you choose but also assist with the implementation of the chosen test automation method.