Automating Distributed Production Testing

Noura Sleibi, Areej Aldaghamin, Carsten Wolff
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引用次数: 1

Abstract

Many small and medium enterprises in the embedded systems’ field cannot afford to carry out their production testing efforts, which is known to be costly and time-consuming. Hence, their tendency to commission third party service providers to perform these tasks. Therefore, testing can be distributed among many testing locations, where isolated and locally operated test benches perform the tests on the Devices under Test (DUTs). The first goal of this work is to connect the system on the cloud level for better collaboration and online management of functional tests on software-intensive embedded systems. The second goal is to enhance the testing process by closing the open gap between testing and feedback on two levels of operation: the local level between the test benches and the DUTs, and on a wider level with the cloud. This is achieved by connecting the system online via the cloud, and by adopting the DevOps approach, which aims at automating the different processes to achieve an automated workflow that can automatically adapt itself to change. In this paper, the system architecture and prototype are presented, based on which, an automated and continuous feedback-based testing cycles were implemented and tested on two levels of operation.
自动化分布式生产测试
嵌入式系统领域的许多中小型企业无法承担其生产测试工作,这是众所周知的昂贵和耗时的。因此,他们倾向于委托第三方服务提供商来执行这些任务。因此,测试可以分布在许多测试地点,在这些地点,隔离的和本地操作的测试台架在被测设备(dut)上执行测试。这项工作的第一个目标是将系统连接到云级别,以便更好地协作和在线管理软件密集型嵌入式系统的功能测试。第二个目标是通过在两个操作级别上缩小测试和反馈之间的开放差距来增强测试过程:测试平台和dut之间的本地级别,以及云的更广泛级别。这是通过通过云和采用DevOps方法在线连接系统来实现的,DevOps方法旨在实现不同流程的自动化,以实现能够自动适应变化的自动化工作流。本文给出了系统的体系结构和原型,在此基础上实现了基于反馈的自动化连续测试周期,并在两个操作层次上进行了测试。
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