In the developing age of software development, low code test automation has started to show significant growth and popularity.
Low-code test automation starts from resource provisioning and ends with tools and features such as CRM, application design and testing, planning and deploying, etc.
In this post, we will focus on the definition of low-code test automation, how does it functions, the advantages and disadvantages of low-code test implementation, and its practical uses in today’s world.
Basics of Test Automation in Low Code
Low code test automation refers to a modern way of developing software in which the software users create test cases and automate scripts with the help of a graphical user interface and icons.
Further, testing automation in the low-code environment is different from traditional testing, as it uses deep knowledge of programming languages and different programming tools.
So, low code test automation takes it to the next level as it does not need even a single code to be written by users.
It further proves that even for people who don’t know coding, it has become very easy to do tests and perform test cases.
How Low Code Test Automation Works
Low-code test automation reduces the difficulty level of test cases by doing coding on autopilot.
Here’s a step-by-step overview of how it works:
- Visual Interface: Through this, the users engage with a graphical user interface using a drag n’ drop feature to assemble test cases from pre-existing components. This interface has been developed with the aim of simplicity so that even beginners can use it.
- Pre-Built Components: It includes a library where users can start to use pre-set parts and operations to make their test cases. Such components are the primary test elements to complete test examples for end-to-end test cases.
- Script Generation: In low code testing, scripts are generated automatically. It saves the need to code the whole test script by hand; besides, it verifies the scripts from the editor’s side for syntax.
- Test Execution: In this automated testing method, users can easily execute the test cases created within the software. It formulates the results automatically and develops the tester’s focus on the issue that requires an important solution.
- Integration: Most low-code test automation tools are compatible with other development and testing tools. This integration allows cases to be tested in a particular application and developed as the application changes to fit the customers’ needs.
Why Low Code Test Automation?
The adoption of low-code test automation offers several significant benefits which are as follows:
- Reduced Learning Curve: Low code testing is best for beginners as low code platforms would easily comprehend the tool interface and begin creating test cases on autopilot. The test will allow it and will include spite testers.
- Increased Testing Coverage: Low code testing allows one to test more often and discover problems at the development stage. This results in an increase in the test coverage, which improves the software quality.
- Faster Test Creation and Execution: Low code automation also reduces the time for test creation as the time that would be wasted on coding is saved. Thus, it allows teams to perform tests more frequently, and improve the development cycle’s speed.
- Focus on Higher-Level Tasks: Low code system automation reduces repetitive work which is done by machine learning; hence, testers can handle mindful tasks like reviewing the tests, identifying specific patterns, and improving test tools. This results in improved software quality due to superior quality control.
- Flexibility and Agility: The activities formed in creating test cases enable the team to create and update test cases more efficiently and easily.
Drawbacks of Test Automation in Low Code
Despite its multiple benefits low-code test automation is not without its challenges:
- Complex Testing Scenarios: There could be a disadvantage of working with a new tool because experienced testers might have some options of the previous one, for instance, the concrete customization of the test scripts concerning the specific project requirements; while working with the given tools all options are implemented through drag and drop.
- Integration Challenges: One of the issues that may always be critical depending on the tools used for testing is the integration of low-code test automation with other testing tools and solutions. Thus, new inefficiencies and second-rate processes emerge that add new layers of work to the organization.
- Maintenance Efforts: When the application undergoes some alteration, it can be challenging to use the test cases, and some extra effort must be needed to revise the test cases. As suggested from some of the challenges reported, it becomes necessary to follow up with most of the various teams that are supposed to use the different tools since one of the areas that may turn out to be a challenge, as reported, is the handling of the tools after taking some training as noted.
Real-World Applications
Low code test automation is widely used in industries to ease testing strategies.
Here are a few examples: Here are a few of the most common:
- E-commerce: In e-commerce platforms, low code automation testing is used to determine whether all the application functions are working properly. This, in return, helps support the continuity of shopping by making the application more user-friendly and without errors.
- Healthcare: Since healthcare applications deal with patient information, they need to be tested more accurately. Thus, low-code test automation helps to build and run tests quickly, which will help healthcare providers ensure that the applications are up-to-date and safe to use.
- Financial Services: Low-code test automation helps financial institutions conduct testing to ensure that the applications are calculating, storing and transferring money between different locations and persons without giving up on any security or a possible hack or malfunction. This method proves to be very helpful in the financial sector.
Conclusion
So, low code test automation is given a completely different way of thinking about testing in the software development life cycle.
Low code automation has been a boon in all sectors like ecommerce, healthcare services, telecommunications, and more. To expand its scope, low code automation is basically used in every field where coding and testing is done.
Thus, its ability to create tests and perform tests faster, and free time for meaningful work make it a valuable tool for today’s development teams.
If you have any further questions about low code test automation, let me know in comments.
