Generating test data for energy property in mobile applications

机译：生成移动应用中的能源属性的测试数据

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In recent years, mobile software has been rapidly developing. The key requirement of mobile software is to ensure optimum power throughout its run. Unlike testing other software properties, energy testing is usually done on real devices to check actual energy consumption. As such, testers need to have optimal test data to save time and effort in testing. In this paper, we propose an approach to automatically generating test data in mobile software testing, concentrate on energy properties. The approach, firstly, builds CFGs (Control Flow Graph) from the source code of the application. We then propose algorithms to select testable paths from CFG such that the mobile applications consume more energy. Finally, test data are generated from the testable paths.

机译：近年来，移动软件一直在迅速发展。移动软件的关键要求是确保其运行过程中的最佳电力。与测试其他软件属性不同，通常在真实设备上进行能量测试以检查实际能耗。因此，测试人员需要具有最佳的测试数据来节省测试时间和精力。在本文中，我们提出了一种在移动软件测试中自动生成测试数据的方法，专注于能量特性。首先，方法从应用程序的源代码构建CFGS（控制流程图）。然后，我们提出算法从CFG中选择可测试的路径，使得移动应用程序消耗更多能量。最后，从可测试路径生成测试数据。

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《NAFOSTED Conference on Information and Computer Science》|2020年|96-101|共6页
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Anh-Tu Bui; Van-Viet Nguyen; Ninh-Thuan Truong;
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Software testing; Software algorithms; Tools; Software; Mobile applications; Flow graphs; Testing;

机译：软件测试;软件算法;工具;软件;移动应用;流程图;测试;

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Generating test data for energy property in mobile applications

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