INTRODUCTION:
With the present advancements in software and technology, precision and performance have become the key to sustaining the application. Mobile app testing strategy is an essential component of your QA process. Android app testing aids in the resolution of errors before the android applications reach users. It can assist you in providing the same quality, functionality, and user experience to all of your mobile users. Mobile app testing improves your performance, the quality of your mobile application, and the testing of essential features. It also helps to save money because adjustments (made later) can be more expensive.
Mobile app testing can be time-consuming, with some particular hurdles. There are numerous mobile phone types on the market right now. They provide advanced updates and next-level features to improve the user experience.
CHOOSING THE CORRECT DEVICE
Testing web apps on many mobile devices might be difficult and tedious. You must test several versions and devices, which may be a complex undertaking. Testing on real devices can be expensive since an in-house device farm with all legacy, and new model mobile phones are required-it has a significant initial and ongoing expense.
As an alternative, most people use emulators and simulators. Emulators can simulate real-world device capabilities and start operations. Although emulators perform similarly to genuine devices, they do not imitate the hardware.
Emulators are excellent for early-stage testing and can assist you in optimizing your testing and design objectives. However, as time goes on, performing all your tests on emulators may fail in real-world settings. For example, if there is a battery issue peculiar to the iPhone X, an emulator may not be able to detect it.
This is when the true device cloud comes into play. Genuine device cloud refers to real devices hosted on a server and available for testing your apps. Using simple devices allows you to try out numerous real-world scenarios, such as
- Bandwidth
- Capabilities of the device
- Consumption of batteries
- GPS Network Problems
- Notifications through phone calls and SMS
- Camera functionality, among other things
The first step in building an effective plan is identifying the appropriate equipment. Here, the best action is to narrow down the top devices utilized by your target population.
9-STEP TESTING TO AN EFFECTIVE MOBILE TESTING
Step 1: Perform cross-platform testing.
You may need to make additional changes if your app interacts with other apps.
Creating a proper cross-platform testing approach requires gathering and understanding project requirements, business objectives, numerous language platforms, and user demands.
Step 2: Add functionality.
Mobile apps typically interact with various functionalities built into the device and integrated into the app itself. These interactions must be documented and rigorously tested.
It is not essential nor recommended to conduct functional testing on a wide range of mobile devices—instead, test on a single device before moving on to multiple platforms.
Step 3: Application Type
Mobile applications are classified into native, mobile-web, and hybrid.
Mobile-web: The website is accessed via a web browser on the device.
Native: The program is designed mainly for each platform.
A hybrid application combines native and mobile-web apps.
Before you can develop an efficient testing plan, you must first understand the advantages and disadvantages of these three application kinds and how yours will be constructed.
Step 4: Perform front-end testing
Front-end testing looks at anything visible on the client side, sometimes known as the Graphical User Interface (GUI).
Testers must thoroughly understand business goals to do this testing.
Front-end testing should also consider:
Regression analysis
Performance evaluations
Changes or upgrades to app files that may cause front-end functionality to fail
Back-end testing is the fifth step.
Back-end testing, often known as database testing, examines the server side of your mobile app. Everything entered and saved in the front end is tested on the back end.
This is also where you examine the mobile application’s security and performance.
Step 6: Compatibility with several networks
The increasing popularity of IoT devices has led to a sharp increase in diverse brands and platforms. While running every test on every potential device is impractical, mobile compatibility testing is critical.
This procedure should involve the following tests:
- Install and Uninstall
- Functionality Traversal
- Data Exchange
- UI
Make careful you test different versions of the same major hardware platforms, such as iOS and Android.
Storage is the seventh step.
Today’s mobile devices lack sufficient storage to accommodate the massive numbers of games, music streaming services, and high-resolution images that compete for space.
Keep these limits in mind while testing your mobile app, from how much data your app requires to how this may influence monthly data plans.
Step 8: Transferring and receiving data
We’re all aware that load time is an excellent source of annoyance. Your mobile app is no exception. 48% of users will uninstall or stop using an app if it is too slow.
As a result, to accurately portray real users, you should design tests that simulate network circumstances, specific devices, and geographic locations.
Step 9: Flow of the Application
A good design combines visual components with content, features, and functionality. This optical flow assists users in navigating your mobile product.
Testing the flow of your mobile app architecture is required to identify design elements that would prevent users from performing their desired objectives.
Bonus Tip: Teamwork is what makes dreams come true.
It is critical to communicate with your team regardless of where you are in the testing or planning phases. This includes both their tasks throughout the testing process and your expectations. The best mobile app testing tool, HeadSpin tests and debugs mobile, web, audio, and video apps on thousands of devices worldwide. HeadSpin puts your mobile apps through rigorous testing on hundreds of real devices connected to carrier networks across the globe.
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