Best Practices of Agile Test Automation

1. Best Practices of Agile Test Automation The core concepts of agile should be clearly known both from a knowledge and application perspective in order to make the agile testing framework effective and reliable. When test automation is incorporated into an agile methodology, the entire working of agile development and agile teams becomes efficient, thereby saving a lot of time, cost and effort. In this article, you will get to know the best practices of agile test automation. What is agile test automation? Agile test automation is a specific and strategic approach for implementing test automation in an agile environment. It provides a collaborative testing platform that makes sure testing agile methodology is carried out as per the required expectations. Agile test automation will streamline the software development life cycle process without compromising on time, quality and resource consumption.

2. Following are the agile testing best practices: 1. Focus on creating qualitative tests: Robust, good-quality tests matter. Quality test scripts are what agile testers need to work upon so that eventually it can be easily integrated with regression testing. Script or scriptless may not matter much, but, what really matters is it has to be flexible. In this manner, the long-term requirements should be properly adopted for conducting regression testing. The focus of the tests should be on portability, performance, versioning, integrity, maintainability and accuracy. The testers can perform effortlessly and precisely based on the six key factors mentioned above. 2. Incorporate DevOps integration: DevOps plays a pivotal role in testing agile methodology, as it synergizes development, operations and testing. This in turn helps the agile team for carrying out productive activities such as cross-functioning and team collaboration effectively. Shared working environments are properly organized by the DevOps platform, which means code integration and development can happen in real-time. This will in turn make sure that the development cycle becomes more efficient. 3. Parallel testing should be conducted: A specific reason as to why expected results cannot be derived from agile test automation is because continuous delivery with several short iterations in the deployment pipeline and/or development stage is focused upon by the agile development methodology. For this specific reason, even through frequent regression testing sprints, there is a lack of work from quality assurance teams. Finding, fixing and testing each iteration of the product is a challenge experienced by testers through these small testing cycles. In order to fix this issue, parallel testing is adopted. Several test threads are run simultaneously by parallel testing. Through this, test times are reduced and the productivity of agile teams and the automation process is scaled up. More time can be spent by testers on debugging issues and exploratory testing. 4. The necessity to analyze and decide on the right automation tool: This is considered to be one of the most important practices. The testing team should put in strategic efforts so that the capabilities of the testing tool are properly evaluated. The testing tool or tools that are being finalized should not only be in accordance with the testing process but, should also justify the agile test automation activities. Following are a few key features/functionalities that should be available in a tool: Regression testing suites should be maintained flawlessly The budget allocated should justify the tool’s worth in project accomplishment The end-to-end requirements of the testing team should be properly met Easy navigation and a friendly user interface will count a lot A range of browsers and platforms should be supported. Considering cross-browser compatibility will eventually prove to be effective.

3. Conclusion: If you are looking forward to avail software test automation services, then do get connected with a leading software testing services company that will provide you with a methodical testing blueprint that is in line with your project specific requirements.