软件缺陷规则发现

A. Vescan, C. Serban, G. Crişan
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引用次数: 2

摘要

开发高质量的软件系统很重要,但同时由于系统的规模和复杂性不断增加,很难实现。软件缺陷的早期检测成为必须,各种方法正在研究中。软件缺陷规则发现(SDRD)方法旨在解决软件缺陷规则的生成问题。该模型基于代码度量值,并使用蚁群算法来发现最优解。实验考虑了一个理论例子和两个不同设置的开源项目,总共调查了22种不同的配置。获得的结果表明,从考虑的度量集合中,提供最佳规则的度量是:CBO(对象之间的耦合)、LOC(代码行)和NPM(私有方法的数量)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Software Defects Rules Discovery
Developing highly qualitative software systems is important but at the same time difficult to be achieved due to a constant increase in size and complexity of the systems. Early detection of software defects becomes a must, various methods being researched. The Software Defects Rules Discovery (SDRD) approach aims to address the generation of rules for software defects. The model is based on code metric values and uses the ant colony system algorithm to discover the best solution. Performed experiments considered one theoretical example and two open-source projects with various setups, in total 22 different configurations were investigated. The obtained results indicated that from the set of considered metrics the ones that provide the best rules are: CBO (Coupling Between Objects), LOC (Lines Of Code), and NPM (Number of Private Methods).
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