Hope you like my short test automation guide. Test automation or automated testing can be defined as a method in software testing which utilises specific software tools to manage the execution of tests. It is followed by an analysis of the correlation between the actual test results and the expected results. It helps to include additional testing.
Automation can be achieved by writing test scripts or applying tools of automation testing. The objective is to automate tasks and related testing tasks which are challenging to execute manually. As software technology is updated regularly, following guide should help you to understand.
Tips to Improve Delivery of Quality
Quality assurance teams execute particular tests automatically and this plays an efficient role in enhancing software quality. Below are some of the practical and convenient tips that will improve the delivery standards with test automation.
1. To automate selective test cases
This is the first and foremost approach that emphasizes the importance of selective test cases rather than to automate all testing. The advantage of test automation is related to the repetition of a given test. If the test is performed a couple of times, it is forwarded for manual testing. For a comprehensive test case, it must be done multiple times, requiring a large amount of data for better results.
Appropriate planning and design work are required for a positive outcome in test automation. It all begins by developing an automation plan which assists in the initial tests by serving as a platform for future analyses. To test selective test cases of UI application, functional or GUI testing is used to overcome UI automation testing challenges.
2. Reducing runtime
This aspect emphasizes the importance of reducing runtime during the test automation programs by getting rid of all downtime. It can be attained by getting installs to occur automatically after each build by making post deployed to the server. A stimulator needs to be implemented as well in the cloud or on a virtual machine.
After the installation of tools, the later post-build assists in running the automation suite. It helps in storing results on the network drive and indicates that the tooling has executed. This will result in getting a result at comparatively short intervals, thus eliminating the wait and reducing the runtime.
3. Early and recurrent testing
“The best results of any test automation depend on two aspects, that is how early and how recurrently it is done,” says Peter Mathew, head of research department at CrowdWriter. The tests which are performed in the early phase become part regarding the life cycle of the project. Similarly, as the tests are performed regularly at short intervals helps to detect the bugs. The objective of a repeated test is to fix the detected bugs early, as it is cheaper than those that are discovered at a later stage of production.
4. Checks on multiple devices
As most of the test automation is performed on a single device, i.e., PC or laptop, the next approach must be to perform checks on multiple devices. For instance, if someone needs to use the software on an older version of smartphones which have small screen sizes, then it may become a problem. A button may get off-screen or unable to tap as the software misfits the smaller screen of a phone. Some devices may have compatibility issues or different interpretations of JavaScript. These checks must be run on multiple devices to provide improved quality services with no or minimal complaints.
5. Quality and high-value data
Quality and high-value data play a decisive role in test automation. It must be utilized while test automation is stored in the external source. The data may be read from a central database or other sources such as text or XML files extensions, spreadsheets or data tables, etc. a good automated testing tool relates the content of the data file and helps to improve the delivery of quality service.
