工业规模自动化结构测试与进化测试工具

T. Vos, A. Baars, Felix F. Lindlar, Peter M. Kruse, Andreas Windisch, J. Wegener
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引用次数: 23

摘要

人们对进化测试进行了研究,并取得了令人鼓舞的成果。然而,进化测试仍然主要是一种基于研究的活动,没有在工业中实践。尽管已经进行了一些尝试,比如戴姆勒的进化结构测试(EST)原型,但到目前为止,还没有这样的工具适合于工业应用。欧洲项目EvoTest (IST-33472)团队从2006年到2009年一直致力于改善这种情况。本文描述了进化测试框架(ETF)的最终版本,该版本由EvoTest项目产生。具体来说,我们将介绍EvoTest结构测试工具,用于全自动结构测试,该工具已被证明适用于工业环境。本文着重讨论了如何使用它和解释结果。本文首先介绍了演化测试的一般概念和结构测试的具体概念。随后,将介绍ETF和在其上构建的EvoTest结构测试工具。我们将集中讨论该工具的用法、体系结构和剩余的限制。本文最后描述了在工业环境中实际系统中使用EvoTest结构测试工具的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Industrial Scaled Automated Structural Testing with the Evolutionary Testing Tool
Evolutionary testing has been researched and promising results have been presented. However, evolutionary testing has remained predominately a research-based activity not practiced within industry. Although attempts have been made, such as Daimler's Evolutionary Structural Test (EST) prototype, until now, no such tool has been suitable for industrial adoption. The European project EvoTest (IST-33472) team has been working from 2006 till2009 to improve this situation. This paper describes the final version of the Evolutionary Testing Framework (ETF) resulting from the EvoTest project. In specific we will present the EvoTest Structural Testing tool for fully automatic structural testing that has been demonstrated to be suitable within an industrial setting. The paper concentrates on how to use it and interpret the results. The paper starts with introducing the concepts of Evolutionary Testing in general and Structural Testing in specific. Subsequently, the ETF and the EvoTest Structural Testing tool built on-top of it will be described. We will concentrate on the usage, the architecture, and remaining limitations of the tool. The paper concludes describing the results of using the EvoTest Structural Testing tool in practice on real-world systems in an industrial setting.
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