Understanding How to Integrate Android App Testing with CI/CD Tools

CI/CD or continuous integration/continuous deployment is one of the most commonly chosen ways to deliver mobile, web or software applications. There is a significant difference between mobile application platforms. Therefore, implementing CI/CD, especially for mobile apps, involves quite a range of steps. As the mobile app business is continuously thriving, there are so many options available for mobile app developers to ensure quality work faster.

As developers mostly require mobile app test automation tools to accelerate their app production, it is vital to ensure choosing the right approach and leveraging the benefits. One such approach involves making use of CI/CD tools. So in this guide, we will try to understand the significant factors in integrating CI/CD tools for Android app testing.

Finding out the possibility of integrating an Android app with a CI/CD pipeline.

The principal idea for implementing CI/CD pipeline for mobile apps is to automate the integration and deployment functionality. It has been thoroughly perfected for web development, and when it comes to integrating Android app testing with the CI/CD pipeline, there is a considerable possibility. Let us take a look at the entire process in a simpler way.

• Automated testing – It is one of the most common phases where technology is rapidly evolving by providing innovative and exceptional solutions. As organizations understand the need for automating different steps to improve human efficiency, it is improving the reliability and precision of automated testing approaches. Making use of cloud-based real device testing provides developers to complete automation testing and get an in-depth analysis of use cases along with finding other integration options.
• Continuous integration – This is a process where organizations can integrate code contribution and development effort on a shared code repository. It is a semi-automated workflow. This involves triggering test scripts and building app binaries. The major process of continuous integration generally involves running different tests like integration tests, unit tests, building apps, and creating artifacts that are later used during distribution.
• Continuous delivery/deployment – Continuous delivery is a process majorly used for releasing the new version of your mobile app to customers in the least possible time. Every time you upgrade your mobile app, it can be merged with the repository and enables easy deployment of the new application version at any point in just a click. Continuous deployment is a little bit further. It prevents human intervention by automating deployment. If there is a failed test or build, it can prevent deploying the newly made changes into production.

However, app stores are one of the most common ways of distributing Android apps. This would require a manual approach as it involves manual verification steps. This part of the delivery cannot be automated and needs human intervention. Implementing an efficient continuous testing tool before submitting apps for stores reduces the chances of errors users face.

Guiding steps for mobile applications through CI/CD tools

The very first important thing that you need to understand is the programming language the development team requires to adopt.

• Development process:

When it comes to developing mobile applications, there is a need for developers and programmers to understand that they have to create applications based on the platform. When it comes to developing Android applications, it is platform-specific development. So, it needs professionals to have in-depth experience in platform-specific programming and a wealth of knowledge in the existing ecosystem. Following are some of the significant trends that will help you understand the need, especially when it comes to developing Android applications.

You can use Java for developing Android apps along with Android Studio. This can be greatly helpful for developing Android applications.

While there are several other approaches for development chosen by programmers when it comes to developing different applications for different platforms, this is mainly used when it comes to Android applications. However, the output will always be different as it requires different approaches in different methods.

• Deployment strategy:

Depending on the techniques you use for developing mobile apps, there are different ways of distributing applications.

• Binaries – Most commonly, the “.apk” is the application binary for Android applications that users can easily transfer and install independently.
• AppStore – Here, the user generally looks for apps from their marketplace, especially the App Store in Android, which is also a part of the operating system. However, there can be third-party app stores as well.

• Application testing strategy:

As we all know that testing is a major part of Android app development, there are several ways of testing Android apps.

• Native testing tool – Developers require using a proper continuous testing tool while testing Android apps. They need to ensure that the testing tool includes a wide range of devices, supports physical device testing, and a test suite for profiling apps and debugging.
• Manual app testing – QA engineers and testers might have different approaches while focusing on app testing based on the testing methodology, the type of tests performed, and several other factors. The most commonly chosen methods for testing Android apps include running applications on physical devices, using emulators on simulators, or choosing cloud-based testing tools.
• Automated testing – There are plenty of ways to perform Android cloud-based automation testing. When it comes to implementing CI/CD for an Android application, the accurate way is to make the right choice of automation frameworks that offer a cloud-based platform to run automated tests. Appium is one of the best testing tools commonly chosen by testers for its versatility. It can run tests for both Android and iOS applications.

Conclusion

There are several benefits to choosing CI/CD pipeline for mobile app testing. When you implement it with an automated testing approach, you can leverage a huge range of advantages compared to the conventional approach. With mobile app test automation tools integrated with CI/CD pipeline, it helps to identify essential components within the development process and take necessary steps before moving forward to the production process. It also reduces release time and improves product release velocity. CI/CD, when combined with the right test automation tool, assures quality and approval standards.