Getronics Editorial Team
In this article:
As software improvements grow and become ever larger, they coincide with high-quality products. Consequently, software testing is becoming more advanced and is now an integral part of the software development process. More importantly, career candidates in development and testing should focus on testing skills and build a career in this specialized field. There is an entire sector of the software development industry dedicated to building automated testing platforms or tools.
Currently, we are witnessing a transformation in the test automation industry: with the democratization of technology and programming, developers, testers, and any team member can create a test automation framework. This is primarily due to Codeless (or no-code) tools that can be utilized for developing test automations.
As you may know, the software development industry is moving towards no-code development. With increasingly powerful no-code platforms, developers no longer have to write every line of code manually; they can rely on an easy-to-use interface with visual models and pre-assembled drag-and-drop building elements. This approach eliminates the need for advanced programming skills and makes the testing phase smoother and faster. A no-code approach is also being applied to the testing field. Code-free automated testing is revolutionizing the world of software testing, making it more accessible to a wider audience.
What is Codeless Testing or No-Code Testing?
With the automation of codeless testing, testers can execute data-driven tests without using code scripts and without requiring significant programming knowledge. Just as we can all use no-code tools to develop a mobile app or website, these tools can also be used to create an automated no-code testing tool using pre-built templates and proper non-code tool software blocks.
The most suitable no-code testing tools are those with features that not only make the platform accessible and easy to use but also provide recording and playback, integration of AI/ML technologies (particularly machine learning), reduced maintenance, and dedicated models.
The Challenges of No-Code Testing
Development and quality control teams are constantly challenged to do more with fewer resources while delivering faster without sacrificing quality or increasing costs. To meet the demands of internal customers and end-users, many teams are turning to automation. However, traditional automation also has its challenges.
In most cases, when developing software, human-written scripts (writing each line of code in one or more programming languages) must be tested to ensure that it works properly, is stable, and secure.
Additionally, test analysts may require a developer, usually external to the original development team, to analyze all script code for possible bugs and find improvement aspects more easily and efficiently. Testers can also create scripts to automatically execute and analyze all the code. However, there is a way to automate the whole process and make it codeless.
Automated testing tools examine each line of script, finding errors, redundancies, and much more. Of course, automated testing is done with software, i.e., with specific software tools for automated testing.
Advantages of Codeless Testing in the testing phase
The testing phase can become more streamlined with the use of codeless tools to develop test automations.
It has a low learning curve, as it does not require writing code manually, and it does not take much time for the user to learn and start creating test cases.
Additionally, the test cases created are understandable to people without any programming knowledge, making them easily audited and maintained by non-technical project stakeholders.
Finally, automated tools are not prone to common mistakes that occur with other types of tools, such as distractions or lack of knowledge. Humans can make mistakes, but high-level automated tools can’t.