Mobile Application Testing Using Automation Frameworks

Enterprises use Mobile Application Testing to create applications that are scalable and accessible across various platforms. It is a method of developing application software by testing it for usability, functionality, and consistency. Both automation and manual testing can accomplish this. Proper testing before publishing their apps in the two app stores is crucial to ensuring their apps run properly on Android and iOS platforms.

Why test automation?

Automating mobile app testing is key to testing faster and extending test coverage, both on  various platforms and multiple test scenarios. The growing proliferation of mobile apps in the communications, multimedia, travel, utilities, and productivity domain is a key element driving the test automation market. 

Scalability for larger mobile apps and capability of running multiple tests at the same time are some of the advantages of mobile app automation testing. It can perform time-consuming tests that are difficult for manual testers and also prove to be cost effective over-time.

Mobile Application Testing

It is advised that you begin automation on three sorts of test cases when testing mobile applications: unit tests, functional tests, and integration tests. These tests should be your top priority when it comes to automating, and they are an excellent place to start for someone who is just getting started.

Automated Mobile Application Testing Frameworks

There are several frameworks and tools available for testing mobile applications. Some of the most well-known are Appium, Selendroid, Calabash, Robotium, and Espresso.

Appium is a popular open-source solution for testing automated mobile apps. It allows a developer to test hybrid and native iOS and Android applications. It executes the test cases through the WebDriver interface. 

Selendroid enables testers to do hybrid and native mobile application testing. Selendroid, like Selenium, can run parallel test cases on many devices.

Calabash is a multi-language testing framework for mobile applications. It works with Java, Ruby, Flex, and.NET. This framework includes libraries that allow test scripts to interface with native and hybrid apps programmatically.

Robotium is a prominent open-source tool that is solely focused on testing Android applications. Java is used to write test cases. Robotium’s popularity stems from its capacity to generate automated black-box test cases. 

Espresso is a handy testing tool for automating mobile app User Interface (UI) testing. Developers can record how they interact with a gadget by creating a scenario. They can then add assertions that capture snapshots to test the behavior of the app’s UI elements. The program saves the recording and generates UI test cases for them to use while testing their application.

Aside from these, prominent tools include Monkeytalk, Testdroid, Frank, and UI Automator.

Some Final Words

With the surge in smartphone adoption and time spent on mobile devices, it is vital to provide a flawless mobile app experience. To accomplish this, teams must use the appropriate testing framework. To guarantee that apps run successfully, development teams must adhere to best practices and actively cooperate with testing teams. Also, organizations must perform mobile app testing on actual devices rather than emulators and simulators to get real-world results. All of this will allow teams to launch apps faster and provide users with a bug-free experience. However, testing apps on actual devices requires organizations to purchase the same device model for multiple locations. This might not be cost-effective. This is where a private mobile app testing platform can help. When organizations enroll Android and iOS devices into a device farm, these devices become easily accessible to developers and testers so they can perform any kind of testing remotely for their builds. 

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