Mobile phones grew far beyond their once purely utilitarian value. Such fully functional apps are available on the market due to a multitude of applications.
Quick four million iPhone apps are available for download. Meaning customers have a plethora of choices.
This highly competitive supply and demand means you need to ensure that your mobile app’s quality, usability, and security not only meets expectations but also exceeds those expectations.
That’s the strength of developing a mobile app.
But it takes preparation and preparation to ensure you can iterate quicker and – eventually – out to market earlier through the life cycle of software and mobile app development. Understanding the forms and purposes of mobile app testing can be of benefit.
Here are 10 Mobile Application Testing Types:
1. Functional Testing:
Functional program validation means the code is running, well, correctly. This type of testing focuses on the application’s principal purpose and flow.
In addition to the basic features of the mobile app, there are other conditions that should be checked to minimize bugs, including but not limited to:
• The application correctly downloads and launches.
• Users should accurately sign-up and access.
• Text boxes and buttons work correctly.
• Press the alerts to make correctly
2. Usability Testing:
The usability testing, known as user experience testing, tests how user-friendly the software is in terms of ease of use and insight. Ideally, usability testing focuses on the whole app-driven customer experience with feedback that includes bug detection and suggestions on ways to improve customer experience, both inside and outside the program.
Scientists, designers, and marketing people all want to check whether or not the “software-driven” end-to-end interface is a world-class one. To this end, it is important to do usability testing with real people on real devices to quickly identify and address usability problems before the release of the app.
This type of testing is more art than science, involving professional usability experts and promoting QA testing and gathering observations that match real consumers or app customers.
Keep in Mind:
• Good GUI
• Intuitive
• Answer time
3. Compatibility Testing:
Compatibility testing is a type of non-functional testing and is important as it guarantees that your mobile app runs on different operating systems, a variety of platforms and applications, network configurations and unique internal hardware specifications.
Mainly, you should know:
• The software is compliant with various operating systems and their different versions (iOS, Android, Windows, etc.)
• The app fits well with different networks and their specifications (bandwidth, speed of service, etc.)
• The app is compatible with different browsers (Google, Chrome, Safari, etc.)
• The app is compatible with different devices (screen size, data storage, etc.)
There are also two types of compatibility testing to consider:
• Backward testing: the behavior of the mobile app with older software versions.
• Forward testing: the behavior of the mobile app with new versions — including beta —software versions.
4. Performance and Load Testing:
Quality checking tests the quality of the application testing process under a particular workload. Such checks are important to ensure that your device does not function poorly.
Test efficiency and load tests for the following:
• System output: boot time, battery usage, memory consumption
• Network performance: delays or errors in receiving
• API / Server configuration information: how fast and in which format data is transmitted
5. Security Testing:
80% Users will “uninstall an app because of protection” It’s imperative that you understand and respect mobile app testing scenarios as such.
Some applications, from Tinder to travel apps, ask for personal information from users. They also have to ensure the secrecy, reliability, and honesty of the app, if yours does.
6. Installation Testing:
Installation monitoring is used to verify the correct installation and uninstallation of a mobile application.
In fact, deployment checking also guarantees that the mobile app test plan is consistent and error-free. That involves understanding what happens if a device isn’t modified by a customer.
7. Localization Testing:
Consumers regularly walk past applications that do not find accessibility to the graphic or UI elements compatible with their community, language, or interface. And when an app attempts to translate it may sound awkward to a native speaker.
At the same time, localization testing remains a challenge, as half of all QA teams do not have access to the resources needed for mobile application security testing.
You have to remember the cultural and geographic dimensions of your market in considering the end-user. Consumers, for example, regularly skim past applications that do not find accessibility to graphic or UI features associated with their community, language or smartphone.
8. Manual Testing:
Testing the Mobile App is a complex process. Real human experience can sometimes deliver the results you wish.
To ensure that the final product really works as intended, QA teams use manual mobile app testing tools. Manual testing is used to explore use-cases that may not be all that obvious, with a specific role to play.
Additionally, we simply can’t and shouldn’t automate some kinds of tests. These include:
• Physical tests of Interfaces
• Complex tests
• Exploratory tests
9. Automated Testing:
As we have already pointed out, there are certain cases where manual testing is the best option. Some QA tests are however either too tedious or too complex for human testers. That’s why many developers are now doing automatic testing to ensure accuracy and deliver better products quicker, running constantly and alongside manual monitoring.
A few automated testing best practices and challenges include:
• Careful design, construction, and maintenance of accurate test scripts
• Alignment and integration of existing engineering workflows with your automated testing process.
• Creation and maintenance of your test automation framework, including infrastructure Management of test runs and set-ups
10. Mobile-Device Testing:
Without the hardware and operating systems, mobile apps would not exist. So, we also need to think about testing mobile devices. There are several specific test types for mobile applications including:
• Interruptions – Interrupt testing assesses how an app reacts to interruptions, and if it resumes its prior status. Popular interruptions to the smartphone device include lack of battery power, incoming phone or text calls, notifications, and upgrades to apps.
• Location-based Services (LBS) – Location-based services provide real-time information, entertainment, or security using geo-data from a mobile device. Consumers also use them to “check-in” while experiencing life on the go, such as a visit to the local Starbucks or attending a concert.
• Biometric – Mobile devices often include biometric sensors which include facial recognition, hand and fingerprint geometry, iris recognition, and even DNA or insulin levels.
Conclusion:
The entire above test methodologies demonstrate that users can rely on applications that come with mobile devices, and all applications are fully tested using many test methodologies. But be careful before using apps on mobile devices, if mobile apps involve internet connection then make sure the device already carries antivirus.
