Nowadays mobile plays a very important role in an individual's life. It is analyzed that maximum people try to access websites and applications from their phones rather than opening/switching a computer system or laptop for every small task. Hence it becomes essential for a Quality Assurance engineer to maintain the quality of the applications on mobile phones by properly testing them on all possible devices. Hence mobile testing comes into the picture.
Mobile testing is a process in which various applications and websites are tested on various mobile devices to enhance the quality of the developed application.
What are the different types of Mobile Applications?
There are various types of mobile applications that various organizations develop. These mobile applications play a vital role in deciding your mobile testing approach. So here are the following types of mobile applications:
Native: This category involves applications that are compatible with Android and iOS.The iOS applications can be tested using the Appium framework built in an IPA binary file. In contrast, the android applications can be tested using Expresso frameworks as they are built in an APK package.
Web application: Web apps are those apps that are usually accessible with the help of browsers such as chrome, firefox, safari, etc. Such applications are tested using the Selenium framework.
Progressive Web applications: PWA are those applications that can be installed using links without visiting a play store. Example: Instagram, Twitter.
Hybrid web application: These applications are usually a combination of the native and the web application. They are written in HTML and CSS.
The types of Mobile Application testing are listed below:
Functional Testing: This type of testing verifies whether our application's functionality is working as per the requirements in various mobile devices.
Compatibility Testing: This type of testing ensures that our application works perfectly on different mobile devices, Operating systems, browsers, networks, etc. The main aim of this type of testing is to make sure that our application is compatible with all the combinations of different operating systems and browsers.
Usability Testing: The main aim of this testing is to evaluate the degree of user-friendliness the application provides to its users. It helps in detecting and fixing user experience issues.
Performance Testing: This type of testing is used to evaluate the performance of mobile applications under varying load and stress levels.
Security Testing: This type of testing evaluates how safe and secure our application is from various security flaws and loopholes.
Interrupt Testing: As it is clear from its name, this type of testing is used to evaluate the application's behavior when encountering various interruptions like incoming and outgoing phone calls, low and total battery, message notifications, alarms, etc. On average, a user faces multiple interruptions while operating a mobile application. Hence this type of testing helps enhance the quality of the mobile applications.
Installation Testing: This type of testing evaluates whether our application is getting installed and uninstalled on our mobile devices without any significant flaw or issue.
Mobile Devices: Mobile application testing follows a device testing approach. It is necessary to test our application in various resolutions, browsers, mobile devices, and operating systems.
Mobile Simulators: Mobile simulators play an essential role in mobile testing. A simulator is a software that simulates the behavior of an actual device, or we can say it mimics the behavior of an actual device. These simulators provide a cost-effective way to test on various mobile devices without buying actual devices.
Network Conditions: It is essential to test our mobile applications under various network conditions to ensure that they behave perfectly under networks like 2G,3G, or 4G.
What are the Mobile Application Testing Techniques?
With a highly competitive app marketplace, organizations need to match and exceed the expectations of their users to taste success. The mobile testing process becomes crucial to leverage the power of mobile app testing to enhance the overall quality of the application. An effective mobile app testing involves:
Outlining the process: The first and foremost step of mobile testing is to outline the entire process. This includes planning various activities, identifying various constraints, selecting mobile devices to test on, preparing a compatibility matrix, etc. Identify the testing type: The next step is to identify the type of testing that needs to be performed based on the type of application under test.
Test cases design: The next step involves the preparation of a proper test case sheet covering all the features and functionalities that need to be tested. The tester needs to separate the manual test cases and the automation scripts in this step.
Manual and Automation Testing: In this step, both the manual and automated test cases and test scripts are executed to identify any major issue or loophole in our application.
Usability and Beta Testing: Now, once the application's basic functionality is tested successfully, the task is to ensure that our application is user-friendly and provides the best user experience. First, the application is tested by the in-house employees, and then it is released in a beta version for the beta testers to detect any issues or flaws.
Performance Testing: The next step is to determine the application's performance to identify scalability issues.
Complete Testing and Closure: This is the last phase of mobile testing that involves final testing to ensure that our application is up to the mark and stable with no major bug or issue. In this, it is the responsibility of the QA team to perform final regression testing and check the significant functionalities before giving the Signoff report and verify that the acceptance criteria are met or not.
The quality assurance and software testing process of software development is as necessary as the actual code had written.Click to explore about, Software Testing Best Practices
After the completion of testing, a final report is generated that contains the following points,
The number of bugs generated.
A number of bugs were resolved.
Number of bugs pending
Different types of testing were performed.
Compatibility matrix of all the devices, operating systems, and browsers.
What are the best tools for Mobile Application Testing?
The best tools for Mobile Application Testing are described below:
Appium is an open-source mobile testing tool.
It is used for automating both Android as well as iOS applications.
It supports the following programming languages: Java, Ruby, Python, and C#.
It is examined as one of the best tools available for mobile testing automation.
It can integrate with CI/CD and various other tools.
It is an open-source mobile testing tool.
It is developed for automating android applications only
The programming language that it supports is Java.
It supports integration with Maven and Ant.
Selendroid is an open-source tool used to test web applications.
It is also known as Selenium for Android.
It works on a native, hybrid, and web-based application
It uses Selenium as its scripting language
It provides support to web driver compatible languages such as Java, C#, Perl
It also provides us with the feature of object recognition.
Automation testing is responsible for completing repetitive tasks with better accuracy and less time span.Click to explore about, Software Testing Automation
From the above article, we can conclude that mobile testing plays a significant role in enhancing the quality of our web applications. With the rapid increase in the usage of mobile applications, the maintenance of the quality of the application has become very important. Mobile testing can be challenging due to the availability of thousands of mobile devices in the market, but one can easily overcome these challenges with proper planning and test strategy. With the understanding of the complete process and strategy of mobile testing, one can make sure to deliver these applications with more quality and less time.