In the conventional Waterfall approach, the software development cycle involves multiple stages, which allows for testers to follow a predetermined testing schedule that ran parallel to the product development cycle.
Nonlinear development under the agile methodology involving fortnightly or monthly releases makes it virtually impossible for the conventional automated testing strategies to be effective. Writing lengthy and complex code for each and every test script, running the tests, and identifying and removing led to delays in development and release of new iterations.
Introduction to Codeless Automation Testing
Codeless testing involves preparation of test cases through a graphical user interface that allows testers to choose objects, add operations, select actions, and assess the performance of the software. Such an automated testing procedure offers numerous functional and practical benefits over conventional automated testing solutions.
Benefits of Codeless Testing
Codeless software test automation frees the tester from the necessity of possessing expertise in scripting languages. The GUI combined with the option of combining multiple test modules and scripts that have been prepared in advanced simplifies the testing process without compromising on accuracy. This feature allows all stakeholders, including business analysts and domain experts, can participate in the testing process.
Unlike conventional testing automation tools, codeless testing is versatile, and can be modified to include support for multiple browsers, technologies, file systems, reporting mechanisms, and plug and play automation. With growing emphasis on web-based SaaS solutions, codeless testing represents the next generation of software testing.
Codeless automated testing reduces the time, effort, and money required for in-house training. In case of conventional automated testing, every new release requires the team to begin coding from scratch. Codeless testing is simpler and more elegant, which means organizations can focus on the actual testing instead of the preparatory steps.
Since codeless testing does not involve generation of long and complicated code, testers can perform more regression tests to enhance accuracy of results and ensure improvement in the overall build of the software application.
Codeless testing allows complex scripts to be broken down into simpler and more general scripts. These scripts can be reused again and again through minor changes and modifications as and when required. This ensures the testing process does not result in delays in development and release of new iterations.
Codeless testing scores high on all important factors like reduced time to market, reduced maintenance costs, easy configurability, and robust results. In case of codeless testing, the process does not become an end in itself. Rather, the team can focus on identifying bugs and resolving performance issues with minimum delays.
Codeless testing allows testers to decide on the ‘What to Automate and What Not to Automate’ question with minimal risks. Since the testing process allows for easy creation of new test cases, a wrong decision can be quickly reversed without any significant waste of time or effort.
Conclusion
There is a view that codeless testing is a misnomer as the process merely conceals the code. Irrespective of what this process is called, there is no denying that this approach towards software testing is more functional, efficient, and goal-oriented as compared to other conventional strategies.
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