摘要
为了提高传统串行类簇级测试速度,对类簇测试任务并行化方法进行研究。使用类间依赖关系和类测试依赖关系分析方法将类簇级测试任务并行化问题转化为求解对象关系图中节点的并行性。复杂的类簇关系会形成有向环路,为确定环路中测试的起始位置需要将环路打破,提出了综合考虑节点度数、环路数和测试桩复杂度3种因素的破环方法;对消除环路的对象关系图进行并行性分析,并设计了一种分层并行算法。通过实验对串行方案和分层并行方案进行对比,证明了分层并行方案的有效性。
In order to improve the test speed of the traditional serial cluster level,we study the parallel method of cluster test tasks. In this process we through the dependencies between the classes and between the class tests to make the cluster level test task parallelization problem transformed into solving the parallel nodes in object relational graph. First,complex cluster relationships could be formed into the loop. In order to determine the starting position of the test,we need to break loop. We put forward the broken loop method considering the node degree,number of loops and complexity of test stub of the three kinds of factors. Second,by means of analyzing the elimination of the loop object relation graphs,a hierarchical parallel algorithm is designed. Finally,an example of serial scheme and hierarchical parallel scheme comparison demonstrate that the hierarchical parallel scheme has a practical significance.
出处
《吉林大学学报（信息科学版）》
CAS
2015年第5期588-594,共7页
Journal of Jilin University（Information Science Edition）
基金
吉林省科技厅科技成果转化基金资助项目(20130303010GX)
关键词
类簇测试
打破环路
对象关系图
并行化
class cluster testing
break the loop
object relation graph
parallelization
