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VV Planning and Execution in an Integrated Model-Based Engineering Environment using MagicDraw, Syndeia and Jira

机译:使用MagicDraw,Syndeia和Jira在基于模型的集成工程环境中进行V&V规划和执行

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This paper describes the evolution of the processes, methodologies and tools developed and utilized on the Large Synoptic Survey Telescope (LSST) project that provide a complete end-to-end environment for verification planning, execution, and reporting. LSST utilizes No Magic's MagicDraw Cameo Systems Modeler tool as the core tool for systems modeling, a Jira-based test case/test procedure/test plan tool called Test Management for Jira for verification execution, and Intercax's Syndeia tool for bi-directional synchronization of data between Cameo Systems Modeler and Jira. Several additional supporting tools and services are also described to round out a complete solution. The paper describes the project's needs, overall software platform architecture, and customizations developed to provide the end-to-end solution.
机译:本文介绍了大型天气观测望远镜(LSST)项目开发和使用的过程,方法和工具的演变,该项目为验证计划,执行和报告提供了一个完整的端到端环境。 LSST利用No Magic的MagicDraw Cameo Systems Modeler工具作为系统建模的核心工具,基于Jira的测试用例/测试过程/测试计划工具(称为Jira的Test Management)进行验证执行,以及Intercax的Syndeia工具进行数据的双向同步。在Cameo Systems Modeler和Jira之间。还介绍了其他几种支持工具和服务,以完善一个完整的解决方案。本文描述了项目的需求,总体软件平台体系结构以及为提供端到端解决方案而开发的自定义项。

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