2 min read
17 Jun
17Jun

Introduction 

In the fast-moving world of software development, automation regression testing has already grown to be an indispensable technique. Thanks to this form of testing, applications work perfectly following continuous upgrades and reworkings. With technology changing rapidly, using tactics to speed up the testing process and at the same time upholding the same high standard of quality assurance is essential. This article explores five essential factors that any software professional should bear in mind before starting an automated regression testing project. 

Embracing a Comprehensive Test Automation Strategy

 Regression testing is made possible by a well-designed test automation strategy. Setting specific goals, determining which parts of your application require extensive testing and allocating resources appropriately are essential. To properly find any possible flaws or inconsistencies, a comprehensive strategy involving unit, integration, and end-to-end testing is required. 

Striking the Right Balance: Test Case Selection

 In order to verify that the functionality that was previously present survives the introduction of new features or modifications, regression testing entails running a predefined set of test cases. Nevertheless, it can be resource- and time-intensive to run each test case arbitrarily. It's crucial to find the ideal balance by deciding which test cases to prioritize and only running the most important ones. This method lowers needless overhead, and increases efficiency, as well as optimizes the testing process. 

Maintainability: The Key to Sustainable Automation

 Automation scripts are prone to obsolescence by nature, especially in environments where applications are dynamic. Maintainability is key to avoiding technical debt and reducing the amount of work needed for regular updates in your automation scripts. Embrace best practices for coding and put modular design into practice, in addition to making use of strong frameworks for easy script maintenance and flexibility. 

Harnessing the Power of Parallel Execution

   Time is critical in today's rapid software development cycles. Teams can run multiple test cases at once with parallel execution, which significantly cuts down on execution time. Regression testing can be sped up and timely feedback can be provided by efficiently distributing test execution across several machines or environments by utilizing features of contemporary testing frameworks as well as infrastructure. 

Continuous Integration and Continuous Deployment (CI/CD)

 Automation regression testing is a crucial component of a continuous integration alongside continuous deployment (CI/CD) pipeline; it is not a one-time task. By ensuring that every code change or deployment goes through thorough validation, you can reduce the chance of introducing defects and optimize the software delivery lifecycle as a whole. This can be achieved by seamlessly integrating your automated tests into the CI/CD workflow. 

Conclusion

 Software professionals can confidently navigate the complex world of automation regression testing by adhering to these five fundamental considerations. Regression testing is streamlined by Opkey AI-driven test automation platform, which balances meticulousness and efficiency in a novel way. With just one click, both technical and non-technical users can effortlessly convert manual test cases into automated counterparts thanks to the platform's no-code test creation feature and pre-built test accelerator repository of 30,000+  automated test cases. This has helped companies to reduce regression testing cycle times by 68% and achieve best test coverage.

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