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OCP - OSFCI @ scale - save our co-lo bills (and the planet) !.pdf

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1、.save our co-lo bills(and the planet).OCP OSFCI scaleHARDWARE MANAGEMENTOCP OSFCI scale:save our co-lo bills(and the planet)Jean-Marie Verdun,Distinguished Technologist,HPEArun Darlie Koshy,Senior Engineer,HPETEST&VALIDATIONConnect.Collaborate.Accelerate.The pandemic hit hardFirmware development had

2、 to become fully remote We needed real hardware execution for the test-debug-release workflow.Enable adoption of open framework at scaleWe need new tools!PROBLEMConnect.Collaborate.Accelerate.SOLUTION:OCP-OSFCIAutomatize remote build,testing and release management of BMC and ROM firmwareIt offers re

3、al hardware execution i.e.,not virtualized exactly as the firmware developer is used to on-siteValidate on target that Open-Source Firmware works as expected(OpenBMC and LinuxBoot)Make it fully open source and encourage community adoptionConnect.Collaborate.Accelerate.DEMO Get your account at https:

4、/osfci.techWe will show some of the key features likebuild,deploy,power-on via the GUIAPI interface better for automation and scriptingDEMO BUILD OPENBMCDEMO BUILD LINUXBOOTDEMO LOADDEMO POWER ONDEMO TEST(s)DEMO APIARCHITECTURE-ORIGINAL Modular architecture,configurable&written in Go API endpoints s

5、upporting:Automation including external frameworks like Contest Non-interactive mode Build and load firmware,log retrieval,power operations Enhanced logging&analytics OCP-OSFCI is fully open-source under MIT licenseARCHITECTURE-NEWBefore we assigned one compiler node per user with a 1:1 mapping to a

6、 system-under-test(SUT).The constraint around control,gateway and mechanisms around EM100s is via the fact that we offer real hardware execution.We avoid emulation/virtualization etc.to offer our engineers the workflow they are used to with added comfort of th

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本文主要介绍了一种名为OCP-OSFCI的工具,旨在通过自动化远程构建、测试和发布BMC和ROM固件,以降低数据中心硬件管理成本和环境影响。该工具允许开发者在不牺牲现场工作流程的情况下,对开源固件(如OpenBMC和LinuxBoot)进行实际硬件上的验证。OCP-OSFCI具有模块化、用Go编写的架构,支持自动化,并提供了增强的日志记录与分析功能。在疫情期间,该工具帮助固件开发团队实现完全远程工作。通过容器化编译节点,OCP-OSFCI实现了垂直扩展,减少了机房占用,相比旧版本,每个节点可同时执行四个完整的编译工作流程,节省了50%-60%的机房空间,并有望在未来分享更多关于碳足迹节省的数据。该工具完全开源,采用MIT许可证,并鼓励社区参与和贡献。用户可通过https://osfci.tech注册账户并创建实例,API示例见https://github.com/opencomputeproject/OSF-OSFCI。
如何通过使用OCP-OSFCI减少云托管费用和碳排放? OCP-OSFCI如何实现硬件管理自动化并提高工作效率? 如何利用OCP-OSFCI的开放源代码优势来优化服务器固件开发?
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