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引用次数: 9
摘要
软件缺陷通常通过检查、黑盒测试或白盒测试来检测。当前的软件缺陷挖掘工作关注于挖掘频繁的模式,而没有区分这些不同类型的缺陷,并且由于缺陷类型的分类过于宽泛,关于缺陷类型的挖掘只能对软件开发提供有限的指导。本文基于一种名为ODC-BD (Orthogonal defect classification for Blackbox defect)的详细分类方法,给出了黑盒测试中检测到的缺陷(称为黑盒缺陷)的四种常见模式。频繁模式包括最容易导致缺陷或严重缺陷的前10个条件(数据或操作)、最频繁发生且对用户影响最大的前10个缺陷现象、功能模块之间的关联规则和缺陷类型。我们的目标是帮助项目经理、黑盒测试人员和开发人员使用这些频繁的模式来提高软件缺陷检测和分析的效率。我们的研究是基于来自56个大型工业项目和2个开源项目的5023个缺陷报告。
Mining Frequent Patterns from Software Defect Repositories for Black-Box Testing
Software defects are usually detected by inspection,black-box testing or white-box testing. Current software defect mining work focuses on mining frequent patterns without distinguishing these different kinds of defects, and mining with respect to defect type can only give limited guidance on software development due to overly broad classification of defect type. In this paper, we present four kinds of frequent patterns from defects detected by black-box testing (called black-box defect) based on a kind of detailed classification named ODC-BD (Orthogonal Defect Classification for Blackbox Defect). The frequent patterns include the top 10 conditions (data or operation) which most easily result in defects or severe defects, the top 10 defect phenomena which most frequently occur and have a great impact on users, association rules between function modules and defect types. We aim to help project managers, black-box testers and developers improve the efficiency of software defect detection and analysis using these frequent patterns. Our study is based on 5023 defect reports from 56 large industrial projects and 2 open source projects.