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An Extension to Robustness Slicing Algorithm Based on Dynamic Array

机译:基于动态数组的鲁棒性切片算法的扩展

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Since it was introduced in 1979, program slicing has been used widely in many aspects of software engineering, such as code debugging, program comprehension, software maintenance and reverse engineering etc. Since 1995, many people have studied and developed some methods and tools to help programmers use program slicing technique in software testing, and some valuable results have been obtained by theoretic and empirical analysis and evaluation. Research results show that program slicing is very useful for regression testing and simplifying testing. In this article, we try to extend the ability of Harman and Danicic’s robust slicing algorithm by considering how to deal with dynamically allocated storage. Especially, we discuss how to compute the robustness slice when the subscripts of an array are dynamic.
机译:自1979年推出以来,程序切片已广泛应用于软件工程的许多方面,例如代码调试,程序理解,软件维护和逆向工程等。自1995年以来,许多人研究和开发了一些方法和工具来帮助程序员在软件测试中使用了程序切片技术,通过理论和实证分析与评估,已经获得了一些有价值的结果。研究结果表明,程序切片对于回归测试和简化测试非常有用。在本文中,我们将通过考虑如何处理动态分配的存储来扩展Harman和Danicic的强大切片算法的能力。特别是,我们讨论了当数组的下标为动态时如何计算鲁棒性切片。

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