If everything went according to plan, switching from manual to automated testing would be as easy as breathing. Not everything is so easy, though. Apparently, some abilities acquired through human testing are not transferable to automated testing. In reality, manual testers who attempt to undertake automated testing without enough expertise nearly always leave a signature. Regardless, this is the reason why, if you switch to an automated mobile app testing platform, you should always be completely onboard your human testers.
What is Manual Testing?
In traditional manual testing, testers must follow a predetermined test plan consisting of several test cases in order to manually explore application flaws. It is the testers’ responsibility to examine the app’s behaviour and determine whether or not the functionality operates in tandem with expectations.
Testers find defects and report them to developers, who replicate the erroneous behaviour to correct the bugs. For a test lead or manager, this can get difficult, especially when the deadlines are shortened.
What is Automation Testing?
Frameworks are the main tool used in automation testing to carry out test cases. Every framework is somewhat different from the others and is driven by scripts that follow its specific set of rules. These frameworks include elements such as:
- Function libraries
- Object Details
- Test Data Sources
- Other reusable modules
These frameworks may be categorized as:
- Linear
- Keyword-Driven
- Data-Driven
- Agile
How to transition from manual testing to automation testing?
Test automation has advantages over manual testing, thus human testers should consider these before making the switch. To assist you, we have developed a 7-step tutorial.
Step 1: Locate the most suitable test cases for automation
Test automation is essential in repeated testing. The following is a list of the most suitable test types for automation.
- Regression tests (including unit and end-to-end tests): Perform after each upgrade to save burden and enhance user trust in the product under test.
- Acceptance tests: To increase performance consistency, acceptance tests should be automated using a system that supports cross-browser/cross-platform testing.
- API testing: By initiating API regression tests with each API update, test automation helps to find issues early.
Step 2: Locate the best frameworks or tools
Since many teams have adopted commercial solutions, the utilization of open-source frameworks and libraries has decreased considerably. When selecting Cross Browser Testing Tools Online, keep your resources and testing objectives in mind. Make your decision based on the following questions:
- Can it integrate natively with your pipelines and provide the essential features?
- Can manual/automated QAs and DevOps use it?
- Is technical support and training accessible as needed?
- How easy is it to change scripts and reuse test materials?
- Does it fall within your projected budget?
Step 3: Manage the development process of the tool
This stage is critical for individuals who construct their testing tool utilizing an open-source framework or library. A test automation development plan should include:
- A vision that inspires you to stick to the tool’s aims
- The benefits of your automation tool for company
- The design, features, and list of automated components of the framework or tool
- The timetable and procedures for developing and executing tests
Step 4: Analyze the effectiveness of the Automation Tool
To verify that your tool is useful and capable of meeting your testing objectives, you’ll need some metrics to assist you in the assessment. Ask yourself these questions:
- Has the execution time been shortened?
- When modifications happened, how much time did you spend updating/rewriting tests?
- Has the test execution time of a certain test increased over time?
- Have you been able to reduce the time it takes to build Cross Browser Testing Tools Online? (Only for self-built tools)
Step 5: Be very clear on what to automate
Your team must decide which tests to automate first. Just because you have a newfound understanding of automated testing does not imply you should apply it to everything – in fact, it is impossible to automate all tests, and many tasks are best done manually. Attempting to automate difficult and infrequently used tests is a recipe for disaster and is not worth your team’s time.
When a new feature gets released, you should utilize your manual and exploratory testing abilities here. Conduct a risk analysis to decide whether aspects of your application should be automated. In addition, if your application is web-based, you will need to compile a list of the browsers and devices that will be required for your specific test suite.
Step 6: Zero tolerance to unreliable automated tests
Just as you would not accept failed manual tests, you should not accept automated tests that pass at times and fail at others. Unreliable testing will undermine your team’s trust and set you up for failure. For example, if the early stages of a lengthy test case fail, you cannot be certain that there is no issue beyond that step. Such uncertainty will harm team morale and render the entire automation project ineffective.
Step 7: Do not neglect team collaboration
A team that is united ensures that any project will be successful. It is the same with test automation. All of your team’s automated tests must be stored in a single repository that is available at all times and from any location. For traceability and accountability, a change log detailing who made changes to which test case should always be available. The tool you use should allow for collaboration as well as making categorizing, tagging, sorting, and filtering the hundreds of tests you will have developed over time easier.
Conclusion
When you first begin, automated mobile app testing may appear intimidating, but all it takes is persistent work to make it a success. Continuous study and practice using your resources will be beneficial. Take solace in the fact that even the experts don’t know everything. There is always more to learn as an automation engineer, no matter how excellent you get.
With test automation, testers have more time to focus on edge situations, product managers meet their schedules, and clients receive a gleaming end product. With a proper solution, the benefits of test automation are even larger for manual-going-automation testers. So, for the initial automation project, pick a low-code, free, and scalable automation solution for manual QAs.