Android应用中仪器化测试并行化方法的基准测试

Amer Ratković, Šeila Bećirović, Irfan Prazina, V. Okanović
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引用次数: 0

摘要

本文介绍了Android应用程序并行化测试的设计与实现。仪表化单元测试是在物理设备和模拟器上运行的测试,它们可以利用Android框架api。Android是全球领先的移动操作系统,移动应用程序的质量与任何其他桌面或web应用程序一样重要。这些应用程序的评估和质量是通过使用自动化测试工具来完成的。与传统的测试方法相比,并行测试从根本上减少了成本和时间。本文使用了Medisafe的Roman Kushnarenko开发的方法和工具。在MIT许可下,所有工具都可以在作者的GitHub存储库中获得。该方法在具有不同设备和模拟器的简单应用程序上进行了基准测试。实验显示了测试并行化如何与不同数量的测试和设备进行扩展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Benchmark of a Method for Instrumented Tests Parallelization in Android Applications
In this paper, the design and implementation of parallel instrumented tests of Android applications are presented. Instrumented unit tests are tests that run on physical devices and emulators, and they can take advantage of the Android framework APIs. Android is the leading mobile operating system worldwide and the quality of mobile applications is as important as in any other desktop or web application. Evaluation and quality of those applications are accomplished by using automated testing tools. Parallel testing radically reduces the cost and time with regard to traditional testing methodologies. The paper uses a method and tools developed by Roman Kushnarenko from Medisafe. All the tools are available on the author's GitHub repository under the MIT license. The method is benchmarked on a simple application with different devices and emulators. Experiments show how tests parallelization scales with a different number of tests and devices.
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