Automate vs manual cross-browser testing
selenium with cucumber framework
In a perfect world, every program runs on a single OS and browser. There are numerous different browsers and platforms in the real world, each with their own specifications for productive work. To ensure accessibility for all users, cross-browser testing is necessary.
Cross-browser testing is a sort of software testing whose main objective is to verify that the program works flawlessly across several browsers in a variety of configurations. Cross-browser testing is something experts advise doing after other types of testing have thoroughly examined the system for flaws. Only in this situation would it be possible to claim that the discovered wrong scenarios are directly related to browser features and were not overlooked at earlier stages.
Clients typically select the target web browsers for a product. However, it is your responsibility as QA engineers to evaluate a product and give the best options to a client. Chrome is the most widely used web browser in the world, with up to 64% of users, according to Statcounter. Safari (19%) is in second place, followed by Firefox (nearly 4%).
Cross-browser testing may provide you with the following difficulties:
- Not every combination can be tested The operating systems on which browsers are installed are important. Different OS versions, 32-bit and 64-bit CPUs, versions of updates, etc. are all things we deal with. There are countless combinations of OS and browser versions. And when new browsers or OS iterations are released, the number of potential combinations is expanding. Therefore, testing the app with all of them is not possible. 2.Auto-updates Updates for browsers no longer need to be manually downloaded. Even without the user's attention or interaction, it happens automatically. Every eight weeks or so, browsers update on average, and each browser has a set timetable for doing so. New browser updates may result in defects or inaccurate function answers in a testing product.
- Automation is challenging Automation overcomes two earlier problems. But carrying it out is difficult. First, the majority of automation solutions only have a few features. Second, writing automation code and creating test cases requires extensive knowledge and experience.
- Problems with browsers Some browsers contain problems or implement new functions incorrectly. Web app or website testing may be impacted.
For cross-browser testing, there are two traditional methods used.
automated evaluation .The practice of employing automated tools, scripts, and algorithms during software testing is known as automation testing. Cross-browser automation testing can provide difficulties like:
Wrong response: Even when there are no coding errors, a system may occasionally respond with a false-positive during testing. Algorithms can therefore mislead QA engineers, causing them to waste time looking for issues that don't exist. In the opposite situation, a false-negative might occur when a system experiences errors but an automated algorithm misses them. This circumstance is riskier since overlooked failures can result in new ones.
Incorrect indications: Sometimes testers miss it or incorrectly assign an ID value to site items. Failures and issues result because automation scripts are unable to locate the appropriate web element.
Cloud-based automation :The obligation to test scripts within browsers that are installed on your machine is one of the drawbacks of automation testing. As a result, installing hundreds of browser versions is a hassle. Utilizing cloud services that can support up to 2000 browsers is the solution.
The things to automate. Many QA engineers are unable to distinguish between test cases that should be automated and those that shouldn't. Some of them make every effort to automate test cases. Development expenditures thus rise, but work efficiency stays the same. Some developers automate random test cases and rely on chance. However, automation testing is only helpful if you are well-versed in the tasks that you should automate.
Manual evaluation
Although manual testing is quicker and less expensive than automation, it takes more time and decreases tester productivity. Cross-browser testing, however, occasionally requires manual testing. These scenarios include situations when automation cannot take the place of a person's cognition and perception.
To expose hidden failure : The ability of testers to identify faults depends on their experience and familiarity with the target system and browser. Additionally, some bugs can occur under particular circumstances that automation testing cannot account for. Exploratory testing, which is usually manual, allows testers to identify unusual defects and issues.
View the surrounding area: Automated systems can check that visual elements are placed correctly. However, testing an app's visual appeal, animation smoothness, and general usability requires human labor. Therefore, the only way to guarantee how animations function or how design elements appear in various browsers and environments is through human testing. Developers can now design new elements and effects thanks to HTML5 and CSS3. Additionally, impacts can be seen even if JavaScript is not enabled. However, since HTML5 and CSS3 aren't industry standards, some browsers may show their capabilities erroneously.
Verify UI: Design elements must function properly in addition to looking attractive. Testers can examine how different fields, buttons, and forms perform on various browsers by using manual functional testing.
Sum up
We took into account two traditional approaches to cross-browser testing. They all have advantages and disadvantages. When manual testing is successful in achieving testing objectives in areas where automation is incapable, automated testing helps the testing process. For the best outcomes, they were both made to work together and concurrently.
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Top comments (1)
Manual Cross-Browser Testing:
Pros:
Thoroughness: Human testers can catch visual and functional discrepancies that automated tests might miss.
Adaptability: Testers can navigate complex scenarios and respond to unexpected issues quickly.
User Experience Perspective: Testers can assess usability and user experience beyond just functional aspects.
Cons:
Time-consuming: Manually testing across multiple browsers and devices is labor-intensive and time-consuming.
Error-prone: Human error is always a factor in manual testing.
Repetitive Tasks: Testing the same scenarios repeatedly can lead to oversight and fatigue.
Automated Cross-Browser Testing:
Pros:
Efficiency: Automated tests can cover multiple browsers and devices simultaneously, saving time.
Repeatability: Tests can be run consistently, reducing the chances of human error.
Scalability: Once set up, automated tests can be easily scaled to cover a wide range of scenarios.
Cons:
Limited Context: Automated tests might not catch visual or usability issues as effectively as human testers.
Maintenance: Tests need periodic updates and maintenance to remain effective as browsers and web technologies evolve.
Initial Investment: Setting up automated tests can require significant time and resources.
Choosing Between the Two:
Nature of the Project: For time-sensitive projects, a mix of both could be effective. Use automation for repetitive, critical tests and manual testing for complex or user-experience-focused scenarios.
Budget and Resources: If resources are limited, a balance between both methods might be practical.
Frequency of Updates: For projects with frequent updates, automation can be more efficient. But for occasional updates, manual testing might suffice.
For comprehensive testing, a combination of both methods might be the ideal approach, utilizing the strengths of each to ensure a robust and high-quality end product.
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