In today’s world, there is hardly any company that does not integrate test automation into their process. Test automation services are necessary for the development process and testing in general. It helps in executing test cases quickly and efficiently. This shall save both time and effort. There are some specific test automation best practices that companies follow to improve the process and help them during the development and execution of the project.
Test automation conducted accurately can provide better test coverage. Thus, test automation is not only meant for the testers, but it is beneficial for all the development teams and organizations. An efficient automated testing process saves money and eventually results in a higher quality of software that can benefit the end target group.
Here are the 10 key best practices of test automation:
1. Create a Team of Automation Engineers:
This is the first and foremost thing to do when listing test automation best practices. It is unnecessary to involve the manual testers in test automation services. If an organization wishes to do test automation, it needs to free the team from manual testing work. It is important to build a test automation team dedicated to the job, with at least one test automation architect.
2. Establish a Plan:
Every project starts with a fresh strategy that has potential. To have a strong automation testing strategy, it is recommended to put the testing team under one scope. The unit shall define the scope of automation and priorities and evaluate the resources with potential risks.
3. Prepare Test Environment:
It is essential to check if all the libraries, frameworks, dependencies, and every necessary technology required for the test automation are in the right place and fully functional. A proper environment to test software is essential.
4. Get a proper Automation Tool:
There are dozens of software and tools available for test automation services. There are three basic categories to divide the testing tools: complete code, low code, and no code. The complete code tools require hardcore technical and vast skillset and experience to use them. The other two have significantly low entry barriers.
5. Divide testing based on skills:
A team need not have every person with the same skillset. Thus, based on the tool chosen and the expertise of each team member, one can divide the testing efforts.
6. Prioritizing the Test Cases:
Prioritizing the test cases allows an organization to streamline its software development along with the testing process. Setting clear priorities enables easy addressing of new changes. Focus on impact, risk, doability, and recurrence to successfully meet set priorities.
7. Testing on Actual Devices:
Automation testing is required to be carried out on real devices and browsers. Device fragmentation is a concern for every tester or developer. Every software needs to run without any issues on different devices; therefore, it is essential to optimize the software for different device configurations.
8. Keep hold of Records:
An automation testing team must keep the records even when a test fails, along with the video or text logs of the failed scenario. This step helps in identifying reasons for test failure and overcoming the problem.
9. Usage of Data-driven Tests:
The number of data combined with the number of variables makes it difficult for any tester to conduct fast and error-free tests. The use of data-driven automated tests lowers the whole process to a single test while simplifying the process.
10. Analysis and Reusability:
The final step should be to have a plan to analyze failing test cases and detect the problem to fix it. Therefore, it is important to identify failing tests, compare the test outcomes, validate reports, create documents, and incorporate the changes for better test maintenance.
You must be logged in to post a comment.