This guide explores why and how to automate testing for Android applications.

Android Test Automation: Why and How to Automate Testing

How frequently do you utilize applications on your smartphone? I assume you do this daily. Perhaps not quite that often, but mobile apps have certainly become a significant part of our lives. These include banking apps, those that sync your smart devices, calendars, and our favorite social network applications.

Evaluating this kind of software is crucial to satisfy user requirements. But is it truly that important, and for what reasons? Which tools are most effective for assessing the quality of a mobile application? We've discovered the answers and will provide a concise summary below.

Why is Mobile Application Testing Important?

Achieving top ranks in the mobile market is quite difficult, given that the Google Store had approximately 3 million available applications in 2019 (as reported by Statista). Additionally, 94% of downloaded applications are uninstalled within a month of being installed. The primary reason for this is user dissatisfaction with the app's quality.

How can mobile app owners prevent negative user feedback and secure a lasting presence on users' devices? Identify the primary causes of app crashes and address them promptly. Even better, implement professional quality assurance for your software during its early development stages.

These are the primary types of tests that evaluate the key components of mobile software, making testing a crucial part of the SDLC. For instance, let's explore the elements that penetration testing assesses:

• memory leaks and usage.

• use of power.

• network and data connection/transmission.

• operating in the background;

• alternating between applications.

This is just a fraction of the mobile app's components assessed by one of the six quality assurance tests we've discussed. What better way to highlight the significance of QA?

Top 10 Mobile Test Automation Tools.

Mobile application testing can be conducted in two ways: manually or through automation. With the trend of popular methodologies leaning towards automation and minimizing human involvement in the development process, we will explore the most popular and effective tools for mobile test automation. Get ready, let's begin...

1- Appium (Android & iOS)

Appium is utilized for the automated testing of iOS and Android applications. One of its benefits is its compatibility with all Android browsers and Safari on iOS. Test automation engineers can conduct tests without modifying the app's code. This tool is also effective on mobile platforms. The most common type of automation testing is functional testing.

2- TestComplete

This tool is excellent for developing scenarios for automation testing of mobile apps and reusing them. TestComplete functions across various operating systems and devices, whether they are physical devices or emulators. Automating UI tests and user scenarios is ideal for mobile apps.

3- Robotium (Android)

Robotium is a framework designed to automate the testing of Android apps. It is compatible with both native and hybrid applications. With Robotium, developers can write test scripts for functional, system, and behavioral testing, following the black box testing strategy.

4- Espresso (Android)

Espresso is one of the tools used for testing Android apps. It is utilized by developers who consider test automation an integral part of their system development life cycle. Those who are familiar with the code base will find testing much easier.

5- Eggplant (Android & iOS)

The system operates on image analysis, enabling testers to effectively carry out test automation. This approach models processes as if the testing is conducted by the user rather than the engineer who created the test scripts. eggPlant supports various platforms and offers options for CI integration and lab management.

6- Calabash (Android & iOS)

Calabash is an open-access, cross-platform framework ideal for automating acceptance testing for Android and iOS applications. It is developed and supported by Xamarin, which also offers commercial cloud testing services. Calabash includes libraries that facilitate the testing of both native and hybrid apps. User interactions are implemented through actions such as gestures, taking screenshots, and performing checks.

7- Test IO

Itis is one of the top SaaS platforms for testing mobile applications. It supports both Android and iOS and is compatible with the most widely used devices. test IO is designed exclusively for real devices, and testers need to have sufficient expertise to use it effectively.

8- SeeTest (Android & iOS)

This automation tool is utilized across various platforms. SEE Test integrates with WebDriver (Selenium), HP UFT / QTP, JUnit, Microsoft Visual Studio, among others. It is designed to automate tests for iOS, Android, and Windows smartphones and tablets. The tool features a straightforward and user-friendly interface for connecting to devices.

9- Selendroid (Android)

Selendroid is compatible with API versions ranging from 10 to 19. It can only access a single application, does not need access to the source code, and is compatible with both emulators and real devices. Since Selendroid supports the WebDriver protocol, nearly any popular programming language can be utilized.

10- Testdroid (Android)

This commercial product facilitates the ongoing development and testing of Android applications. It supports numerous companies involved in creating mobile apps, as well as mobile and web games.

Summary: Selecting the Optimal Mobile App Automation Testing Tool.

We have examined the most popular solutions for automating mobile software testing and arrived at the ultimate question: How do you choose the right one? Unfortunately, there isn't a single answer that quality assurance experts can provide to everyone. Each tool is popular for various reasons, and it is up to the client to research and compare their benefits to select the best option for their project.

Verify whether the chosen tool provides the necessary functionality through tests and if it can be used multiple times. The solution can be either open-source or paid; what matters is that the tool meets the requirements and challenges of your software. Keep reading and following our blog for more valuable information.