EvoDroid: segmented evolutionary testing of Android apps

Riyadh Mahmood, Nariman Mirzaei, S. Malek
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引用次数: 285

Abstract

Proliferation of Android devices and apps has created a demand for applicable automated software testing techniques. Prior research has primarily focused on either unit or GUI testing of Android apps, but not their end-to-end system testing in a systematic manner. We present EvoDroid, an evolutionary approach for system testing of Android apps. EvoDroid overcomes a key shortcoming of using evolutionary techniques for system testing, i.e., the inability to pass on genetic makeup of good individuals in the search. To that end, EvoDroid combines two novel techniques: (1) an Android-specific program analysis technique that identifies the segments of the code amenable to be searched independently, and (2) an evolutionary algorithm that given information of such segments performs a step-wise search for test cases reaching deep into the code. Our experiments have corroborated EvoDroid’s ability to achieve significantly higher code coverage than existing Android testing tools.
EvoDroid: Android应用的分段进化测试
Android设备和应用程序的激增产生了对适用的自动化软件测试技术的需求。之前的研究主要集中在Android应用程序的单元或GUI测试上,而不是以系统的方式进行端到端系统测试。我们提出了EvoDroid,一种用于Android应用程序系统测试的进化方法。EvoDroid克服了使用进化技术进行系统测试的一个关键缺点,即无法在搜索中传递优秀个体的基因组成。为此,EvoDroid结合了两种新颖的技术:(1)android特定的程序分析技术,该技术可识别可独立搜索的代码段,以及(2)进化算法,该算法给出此类段的信息,执行逐步搜索深入代码的测试用例。我们的实验证实了EvoDroid比现有Android测试工具实现更高代码覆盖率的能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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