摘要
本文分析了目前军队构件化软件开发的实际情况,在已有的工作基础上,提出了一个对构件可测试性进行度量的五边形法则,该方法能够直观地体现被测构件的可测试性指标数值,能够让构件开发者清楚地了解构件存在的缺陷,指导开发人员设计出高可测试性的构件。针对笔者的实际测试项目,通过先后几次的实验数据表明五边形法则可以有效地提高构件可测试性,并得到了开发方及测试人员的认可。
This paper analyses the development of an military component-based software. Based on others＇ work, it defines a pentagon-based measurement rule for component-based software. This method can reflect the testability factors of the component being tested correctly, make the developers realize the defaults of that com- ponent, and it can also help developers to design components with well testability. Through the authors＇ test case experience, the pentagon-based measurement rule is proved helpful to increase the testability of the component-based software, and being certificated by both develop engineers and test engineers.
出处
《北京化工大学学报（自然科学版）》
CAS
CSCD
北大核心
2007年第A01期97-100,105,共5页
Journal of Beijing University of Chemical Technology(Natural Science Edition)
关键词
软件构件
可测试性
软件测试
software component
testability
software test
