迈向移动应用程序的体内测试

M. Ceccato, Luca Gazzola, Fitsum Meshesha Kifetew, L. Mariani, Matteo Orrù, P. Tonella
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引用次数: 2

摘要

移动应用可以使用大量部分不可预测的配置来执行。事实上,它们可以在设备、操作系统、设置和用户偏好的无限组合上执行,因为应用程序还可以与其他应用程序或设备交互,这些应用程序或设备在发布时甚至不可用。这导致了一组几乎无限的配置,这些配置可能会导致意想不到的行为,而这些行为只能在很小的程度上得到内部验证。为了解决这一挑战,本文讨论了在体内测试在移动应用程序中的应用。主要思想是在现场运行测试用例,我们利用终端用户环境的内在异质性和多样性来显著增加验证配置的范围。实际上,现场可用的许多设备生成了一个自然分布且高度可扩展的环境,可以利用该环境在观察到许多配置时及时验证它们。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Toward In-Vivo Testing of Mobile Applications
Mobile apps can be executed with an extremely large set of partially unpredictable configurations. Indeed, they can be executed on an unbounded combination of devices, operating systems, settings, and user preferences since apps may also interact with other apps or devices that were not even available when they were released. This results in a virtually infinite set of configurations that might be responsible for unexpected behaviors which can be validated in-house only to a negligible extent. To address this challenge, this paper discusses the application of in-vivo testing to mobile apps. The main idea is to run test cases in the field, where we exploit the intrinsic heterogeneity and variety of the end-user environment to dramatically increase the range of validated configurations. Actually, the many devices available in-the-field generate a naturally distributed and highly scalable environment that can be exploited to timely validate many configurations as soon as they are observed.
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