In today’s quality-obsessed society, it’s considered wise to pay attention to the importance of software testing and Ai-based testing insights. However, the time and expense restrictions imposed by the fast-paced developments make rigorous testing of a program before its release challenging, making automated mobile app testing a starred point in the checklist. Test automation enables your team to run more tests in less time, enhancing coverage and freeing up human testers for higher-level, exploratory testing. Automation is beneficial for repeated test cases, such as cross-browser and cross-device compatibility, and those part of a whole or partial regression suite. If errors are allowed to enter the production environment unnoticed, the consequences can be devastating, ranging from customer unhappiness to higher maintenance expenses. In 2021, 45 percent of global senior professionals acknowledged that customer experience is one of the critical strategic success metrics in industries. According to Statista, 53.7 percent of respondents in the survey, boosting the customer experience capacity leads to higher customer loyalty and value.
A Brief Outline Of Automated Testing:
Test automation uses an independent software tool to perform tests and compare actual and projected results. The purpose of automation is to boost productivity, cut costs, and improve the quality and security of the program under test.
Automated testing tools have been essential for software development for many years. The spread of open-source and low-cost technologies has made them more accessible to companies and projects in recent years.
Fundamental Differences Between Automated And Manual Testing:
Here are a few fundamental differences to throw light on the concepts and their importance:
| Manual Testing | Automated testing |
| Manual testing is time-consuming and mundane. | Automation testing increases the number of concurrent tests that can be run and raised without additional labor. |
| Humans do manual testing, so it is susceptible to mistakes. | Automated testing has less error tendency compared to manual testing. |
| This becomes hectic for manual testing, as every time the source code changes, the manual tests must be rerun again. | Automation testing can start automatically anytime the source code changes, minimizing the developer’s workload. |
| Manual testing causes burnout and fatigue. | Automation testing eliminates burnout associated with repetitive operations. |
| It is performed using automated testing tools. | QA and the testing teams perform it. |
Test Automation Strategy:
Here we will discuss the so-called proper tests that ease the job of testing. The easiest way to address this issue is to develop an appropriate automation strategy for our product as soon as possible.
The objective is to organize the test cases so that each group produces a unique result. The illustration below depicts how we may arrange related test cases based on the product/solution being tested.
1) Create a test suite that includes all of the fundamental functions of Positive tests.
This suite should be automated, and when performed against any build, the results should be displayed promptly. Any script that fails in this suite results in an S1 or S2 bug and that build can be rejected. So we’ve saved a lot of time.
As an extra step, we can include this automated test suite into BVT (Build verification tests) and integrate the QA automation scripts into the product development process. When the build is complete, testers may review the automated test results and determine if the build is acceptable for installation and further testing.
2) End to End tests.
Testing end-to-end functionality is crucial in extensive systems, especially at critical stages of the project. We should also have a few automation scripts covering end-to-end solution tests. When this suite is run, the outcome should show whether or not the product is functional.
The Automation test suite should be highlighted if any integration elements are broken. This suite does not have to cover every little feature or capability of the solution, but it should explain how the product works. When we have an alpha, beta, or any other intermediate version, such scripts are helpful and provide the buyer some assurance. The third set of testing is focused on features/functionalities.
3) Functionality tests.
We can browse and pick a file. Therefore when we automate this, we may automate instances to include the selection of different sorts of files, and file sizes, allowing for feature testing. When that feature is changed or added, this suite may be used as a regression suite.
4) UI-based tests are next on the agenda.
Another suite may be created to test only UI-based functionality such as pagination, text box character limits, calendar button, drop downs, graphs, photos, and other UI-centric elements. Failure of these scripts is typically not extremely serious unless the UI is entirely down or specific sites are not accessible.
5) We can have yet another test set that is easy yet time-consuming to do manually.
Tedious but basic tests are great candidates for automation; for example, inputting the details of 1000 customers into a database has a simple feature but is exceedingly time-consuming to perform manually; such tests should be automated. Otherwise, they are primarily disregarded and not tested.
Automated Testing Tools:
Below we have listed the three best automated testing tools:
HeadSpin
HeadSpin tests and debugs mobile, web, audio, and video apps on thousands of devices worldwide. It conducts as many tests as possible on iOS or Android devices simultaneously. HeadSpin allows you to schedule your testing at your leisure.
Selenium
Selenium is a prominent open-source framework for web test automation, if not the most popular. Its product portfolio includes Selenium WebDriver, Selenium Grid, and Selenium IDE.
Appium
Appium is another open-source automated mobile app testing tool, except this time, it is for mobile applications. Appium, which uses the mobile JSON wire protocol, enables users to create automated user interface testing for mobile applications on Android and iOS.
Conclusion
Frequently, testers face project deadlines and directives to automate all instances to optimize testing estimates. Test automation is an essential part of application development. Test automation has revolutionized the software business by removing tedious work for testers and lowering the time and expense necessary for developers. Automation may help you save time, money, and resources. Excellent automated testing tools are available for the various stages of testing. Testers can eliminate bottlenecks and improve the software development life cycle efficiency by using test automation approaches.
