基于云计算的软件测试系统框架研究

Framework of Software Testing Based on Cloud Computing

摘要:

针对传统的软件测试方法中存在的效率低、成本高等问题,将云测试技术应用到了软件测试中；介绍了云测试中的相关技术,并详细阐述了系统总体框架,使用了一种基于动态优先权的高优先权先调度算法,设计并实现了系统的调度子模块；Matlab仿真实验结果为在执行相同任务调度时,该调度算法比传统FCFS调度算法总周转时间短；当任务增加时,该调度算法总周转时间增加的慢,证明该算法可以显著地提高测试效率,提高资源利用率,缩减测试成本,实现软件测试的自动化。

Abstract:

For the problem that efficiency is low and cost is high existing in the traditional software testing method, the paper tested software using cloud testing technology. It introduced related technologies including cloud testing, and described the design of overall architecture of the system in details, designed and implemented the scheduling module using a high priority first scheduling based on dynamic priority. The Matlab simulation results are that the total turnaround time of the scheduling algorithm in this paper is short when the same tasks are scheduled and increase slowly when the number of tasks is increased than traditional FCFS. This shows that this scheduling algorithm can reduce test cost and realize the automation of software testing under the condition of significantly improving test efficiency and resource utilization.