The market for software development is very competitive. Companies must not only guarantee the quality of products but also act quickly to meet consumer demands. The first need is met through QA testing, but the second one is completed via automating the QA software testing process. Therefore, QA Automation Testing is your savior when you are under pressure to thoroughly test every component of the software before the final product is launched into the market, or when you need to provide updates to your product really fast.
What is QA automation?
QA Automation Testing is the practice of conducting quality assurance testing with the use of automation tools to speed up the execution of tests on software under development. The procedure aids in relieving manual testers of many of their burdens because they are no longer obliged to do tiresome, repetitive chores that take up a lot of their time. Continuous delivery, deployment, and integration all benefit significantly from QA automation testing.
Who is QA automation engineer?
A QA Automation Engineer, also known as a Quality Assurance Automation Engineer, is in charge of creating automated tests to evaluate and analyze the operation of mobile and online apps. They develop early test ideas, build test scripts, set up automated testing procedures, and report the findings.
Work responsibilities of the QA automation engineer include:
- automated test scripts creation and execution;
- collaboration with the design team;
- taking into account tracking system flaws;
- maximizing test coverage;
- identifying the most suitable automation options based on the client’s requirements;
- assessing the plausibility of automating particular tests;
- establishing continuous integration and creating test automation frameworks
- in cooperation with several teams;
- database design and setup for software.
Therefore, QA Automation Engineers assist in the design, testing, and deployment of test automation solutions with the use of various technologies ‒ all after training in QA automation testing.
Difference between automated and manual QA testing
The test execution and the production of results are supported by particular test automation tools used in QA automation testing.
These types of tests are typically recommended for QA automation testing:
- regression tests;
- performance tests;
- unit tests;
- functional tests;
- performance tests;
- integration tests;
- smoke tests.
QA written test plans are used for manual testing, which entails the manual execution of tests and the reporting of errors to developers. In terms of QA, manual testing is seen to be appropriate for assessing an application’s UX and how it feels and appears in use. As a result, QA Manual Testing is frequently used for test cases with diverse requirements and brand-new test cases.
Testers build the structure for automated tests when it comes to QA Automation Testing. For comprehensive software testing, widespread regression testing, it’s the best option. The ability to record the testing process and reuse test scripts are two critical advantages of automation testing in QA. This is handy for regular test execution.
The process of QA automation testing
The first stage is to evaluate the potential of automation to determine its scope. Both manual and automated technologies can be used to conduct software testing. It’s also crucial to perform a feasibility report, allowing you to decide whether automating testing in particular circumstances is viable.
Finding the appropriate tool is equally important. This is a crucial issue to consider, and while your decision will largely be influenced by the web app technology being tested, it is equally vital to pay attention to a few other considerations. This encompasses elements like price, efficiency, usability, UI transparency, and the potential for tool integration and multilingual scripting possibilities.
The testing team will be in charge of setting the strategy and end objective of the project during the next stage. Choosing an acceptable framework that includes testing tools, industry standards, and best practices will also be necessary during this step.
The correct testing environment selection is essential for increasing test coverage. The QA Automation Testers will need to schedule and monitor environment setup tasks, including installing software and creating test scripts.
The stage of writing test scripts is when engineers are required to create test scripts for running test cases based on current requirements and standards. It’s crucial to ensure test scripts are neatly organized, reusable, and understandable.
There are two methods for carrying out the procedure of the subsequent phase, which involves running test cases: API testing and GUI testing.
After the test cases have been executed, the test automation tools assist in creating a report prepared after a thorough examination. It provides a thorough analysis of the discovered flaws and issues and then allows to decide whether or not more testing is required.
