Using the DIRAC framework within the GRIDIFIN training infrastructure

C. Dulea, I. Vasile
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Abstract

The DIRAC framework (Distributed Infrastructure with Remote Agent Control, [1]) has recently been implemented within the GRIDIFIN site at IFIN-HH/DFCTI [2]. Although intended to become a single access point to heterogeneous computing resources such as grids, HPC clusters and clouds within the Romanian National Grid Infrastructure (NGI-RO, [3]), the local instance of DIRAC was firstly used for the training of the end users. As training tool, DIRAC offers multiple advantages compared to the standard EMI user interface (UI), like its user-friendly job management portal and the absence of the requirement of EMI middleware installation on the DIRAC client. At GRIDIFIN the trainees have the opportunity to submit their test jobs in a multi-disciplinary environment, on the ronbio.ro, gridifin.ro or eli-np.eu virtual organizations (VOs), which are supported by the site. They can also compare the job handling efficiencies of the EMI and DIRAC workload management systems (WMSes) and report statistics regarding their activities. The user training experience provides valuable information for the future adaptation of the DIRAC framework to the running of WLCG preproduction tests.
在GRIDIFIN培训基础设施中使用DIRAC框架
DIRAC框架(带有远程代理控制的分布式基础设施,[1])最近已经在GRIDIFIN站点IFIN-HH/DFCTI[2]中实现。虽然打算成为罗马尼亚国家电网基础设施(NGI-RO,[3])内异构计算资源(如网格、高性能计算集群和云)的单一接入点,但DIRAC的本地实例首先用于最终用户的培训。作为培训工具,与标准EMI用户界面(UI)相比,DIRAC提供了多种优势,例如其用户友好的作业管理门户以及在DIRAC客户端上不需要安装EMI中间件。在GRIDIFIN,学员有机会在简历上提交他们在多学科环境下的测试工作。罗依,gridifin。Ro或eli-np。eu虚拟组织(VOs),由站点支持。他们还可以比较环境监测局和DIRAC工作量管理系统的工作处理效率,并报告有关其活动的统计数据。用户培训经验为今后使DIRAC框架适应WLCG生产前测试的运行提供了宝贵的信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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