Mimic: Android应用的UI兼容性测试系统

Taeyeon Ki, Chang Min Park, Karthik Dantu, Steven Y. Ko, Lukasz Ziarek
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引用次数: 22

摘要

本文提出了一种用于Android应用程序的自动化UI兼容性测试系统Mimic。Mimic是专门为比较应用程序在不同设备、不同Android版本和不同应用程序版本的UI行为而设计的。这种设计选择源于Android开发者和研究人员面临的一个常见问题——如何测试应用程序在不同环境或内部变化中是否表现一致。Mimic允许Android应用程序开发人员轻松地为其应用程序执行向后和向前兼容性测试。它还可以在稳定版本的应用程序和更新版本的应用程序之间进行清晰的比较。在这样做时,Mimic允许使用多种测试策略,例如随机或顺序测试。最后,与其他可比较的系统相比,Mimic编程模型允许编写这样的测试,开发人员的工作要少得多。此外,Mimic允许使用多个测试设备进行并行测试,从而加快了测试时间。为了演示这些功能,我们对上面描述的每个场景执行广泛的测试。我们的结果表明,Mimic是有效的检测向前和向后兼容性问题,并验证应用程序的运行时行为。我们的评估还显示Mimic显著地减少了开发人员的开发负担。
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Mimic: UI Compatibility Testing System for Android Apps
This paper proposes Mimic, an automated UI compatibility testing system for Android apps. Mimic is designed specifically for comparing the UI behavior of an app across different devices, different Android versions, and different app versions. This design choice stems from a common problem that Android developers and researchers face–how to test whether or not an app behaves consistently across different environments or internal changes. Mimic allows Android app developers to easily perform backward and forward compatibility testing for their apps. It also enables a clear comparison between a stable version of app and a newer version of app. In doing so, Mimic allows multiple testing strategies to be used, such as randomized or sequential testing. Finally, Mimic programming model allows such tests to be scripted with much less developer effort than other comparable systems. Additionally, Mimic allows parallel testing with multiple testing devices and thereby speeds up testing time. To demonstrate these capabilities, we perform extensive tests for each of the scenarios described above. Our results show that Mimic is effective in detecting forward and backward compatibility issues, and verify runtime behavior of apps. Our evaluation also shows that Mimic significantly reduces the development burden for developers.
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