The Landscape of Mobile App Testing Tools
Mobile applications have experienced huge growth since 2007, as they become the primary digital touch points for employees and customers around the world. Currently, the combined number of applications on the Google Play and Apple App Stores exceeds a billion. However, where some mobile apps earn revenue, other poor-quality ones put brand reputation and experience at risk. This is where mobile app testing tools come in, serving as the center of software quality.
These tools allow app developers, IT personnel, and businesses a chance to address large user volumes, utilize faster release cycles, and a fragmented device landscape, all of which are crucial for testing the performance of applications. Mobile app testing tools also make it easier and faster to automatically deliver and test high-quality mobile applications. The automated process accelerates testing by allowing developers to use a single test (that runs simultaneously on multiple devices).
The Benefits of Mobile App Testing Tools
By using mobile app testing tools, testers, developers, or IT personnel can get a rich and intimate understanding of the content, logic, flow, data, state, and structure of different mobile applications. They will also gain the ability to automatically determine with 100% certainty the number of items, data content, font, actual color, and other attributes of the objects in a mobile app.
If any problem is detected, the tool will give scripters and developers powerful drag-and-drop and auto-completion support which enable them to use the correct methods, attributes, and object syntax quickly. Not only does this enhance productivity, but also ensures your app is free of all issues and problems.
Why You Should Consider Using Mobile App Testing Tools
All forms of user engagement and interaction on mobile applications cannot be tested using a computer simulator. After all, using a keyboard and mouse to check test app aspects is way different than using a finger on a mobile device. Certain actions, like scrolling and zooming, may also work differently on a mouse. Not to mention, features like push notification, accelerometers, and geo-location cannot be simulated. Even if they are simulated, the results may prove inaccurate.
However, as mobile app testing tools are automated and work in a smartphone themselves, they can help test different apps for network fluctuations, performance, and other issues. For instance, battery consumption, call interruptions, and charger effect can only be tested on an actual device. These tools also test apps for crashes and memory leak issues, which is often missed in simulator testing.
So, if you want to take your mobile app testing procedure to a whole new level, perhaps it’s time you started using mobile app testing tools too.