Mirantis Gregory Elkinbard-OpenStack and NFV

Fuel9.0部署Openstack Mitaka详细Michael Tong[电子邮件地址]4/26/20221.准备工作1.1下载软件先去百度下载安装盘。

链接：https:///s/1slNud7B 密码：i1q6MirantisOpenStack-9.0.iso#安装fuel-master需要这个文件。

建议从官网获得，而且速度快，需要简单的注册。

MOS9.0-mirrors本地源.zip#这个就是mirror9.zip，好多地方都可以下载的到。

bootstraps.zip#你去百度搜索吧~~~能找到正确的下载地址你肯定花费了不止3个小时。

一定记得先下载MirantisOpenStack-9.0.iso，然后就可以开始了，MOS9.0-mirrors本地源.zip和bo otstraps.zip让他们慢慢下着吧。

Mirantis OpenStack 9.0 ISO的下载地址https:///software/openstack/downl oad/此实验使用VirtualBox，自行下载安装。

1.2网络拓扑2.新建虚机并安装fuel2.1Virtualbox全局网络设定-新建hostonly网络新建3个host-only网络，全部不要启用DHCPVirtualBox Host-Only Ethernet Adapter的网段为10.20.0.10/255.255.255.0 VirtualBox Host-Only Ethernet Adapter #2的网段为172.16.0.1/255.255.255.0 VirtualBox Host-Only Ethernet Adapter #3的网段为192.168.4.1/255.255.255.02.2新建虚拟机Fuel-master为Fuel-controller为Fuel-compute为2.3安装fuel打开fuel-master，然后选择1 Fuel Install （static IP）出现这个界面就说明安装完成了，然后开始配置在BootstrapImage选项,选择Skip building bootstrap image,因为如果不选择的话，默认Fuel会从国外获取源，速度很慢的，会导致安装失败。

OpenStack基金会颁发的OpenStack兼容标志，将博科在数据中心矩阵技术方面的领导地位扩展到OpenStack 环境。

Mirantis首席执行官Adrian Ionel 表示：“OpenStack的用户对于先进的网络有着巨大的需求，特别是可扩展，软件驱动的技术。

通过成为Mirantis的技术合作伙伴，博科利用其强大的云网络为构建私有云的运营商和企业丰富了OpenStack生态系统。

”
Mirantis和博科有着共同的认识，题，博科和Mirantis携手为云运营商提供同类最佳的解决方案，该解决方案基于Mirantis OpenStack发行版和博科网络技术，旨在满足云环境不断增长的需求。

”
Mirantis和博科共同提供了自动化、高效率、有弹性的私有云解决方案，帮助云运营商部署高密度、强大并具有成本效益的OpenStack云。

其主要优点包括：
1、无缝的自动化和保护
博科VDX交换机、博科Virtual 灵活性。

OpenStack基金会主席Alan Clark：OpenStack怎么用？佚名
【期刊名称】《中国信息化》
【年(卷),期】2014(0)23
【摘要】身兼OpenStack全球基金会主席和SUSE公司行业创新、新兴标准和开源总监AlanClark先生的演讲．引起了与会听众的极大兴趣。

AlanClark先生重点介绍了“OpenStack怎么用？不同的用户在开源生态系统当中如何使用OpenStack的？”Alan提到了灵活性、经济高效、弹性和纯软件环境四个关键词。

【总页数】1页(P43-43)
【正文语种】中文
【相关文献】
1.OpenStack，火热正当时OpenStack Design Summit＆Conference 2012速
递 [J], 程辉
2.OpenStack中国力量强势崛起：开源云OpenStack Newton发布23家中国企业上榜 [J], ;
3.Alan Clark:与OpenStack一同前行 [J],
4.OpenStack基金会2016年双年调查报告摘编 [J],
5.OpenStack一小步开源一大步——EasyStack产品发布会暨中国OpenStack+企业实践峰会在京举办 [J],
因版权原因，仅展示原文概要，查看原文内容请购买。

©2019 Mellanox Technologies. All rights reserved.†For illustration only. Actual products may vary.Mellanox SN2700 provides the most predictable, highest density 100GbE switching platform for the growing demands of today’s data centers.The SN2700 switch is an ONIE (Open Network Install Environment) based platform that supports amultitude of operating systems, as well as utilizing the advantages of Open Ethernet and the capabilities of the Mellanox Spectrum ® ASIC.The SN2700 has three modes of operation:–Preinstalled with Mellanox Onyx™ (successor to MLNX-OS Ethernet), a home-grown operating system utilizing common networking user experiences and industry standard CLI.–Preinstalled with Cumulus ® Linux, a revolutionary operating system taking the Linux user experience from servers to switches and providing a rich routing functionality for large scale applications. –Provided with a bare ONIE image ready to be installed with the aforementioned or other ONIE-based operating systems.The SN2700 switch is an ideal spine and top-of-rack (ToR) solution, allowing maximum flexibility, with port speeds spanning from 10Gb/s to 100Gb/s per port and port density that enables full rack connectivity to any server at any speed. The uplink ports allow a variety of blocking ratios that suit any application requirement.Powered by the Spectrum ASIC and packed with 32 ports running at 100GbE, the SN2700 carries a whopping throughput of 6.4Tb/s with a landmark 4.76Bpps processing capacity in a compact 1RU form factor.Keeping with the Mellanox tradition of setting performance record switch systems, the SN2700introduces the world’s lowest latency for a 100GbE switching and routing element, and does so while having the lowest power consumption in the market. With the SN2700, the use of 25, 40, 50 and 100GbE in large scale is enabled without changing power infrastructure facilities.The SN2700 is part of Mellanox’s complete end-to-end solution which provides 10GbE through 100GbE interconnectivity within the data center. Other devices in this solution include the ConnectX ® family of network interface cards, and LinkX ® copper or fiber cabling. This end-to-end solution is topped with Mellanox NEO® a management application that relieves some of the major obstacles when deploying a network. NEO enables a fully certified and interoperable design, speeds up time to service and eventually speeds up ROI.Spectrum-based 32-port 100GbE Open Ethernet PlatformSN2700 Open Ethernet SwitchPRODUCT BRIEFSWITCH SYSTEM †©2019 Mellanox Technologies. All rights reserved.The SN2700 introduces superior hardware capabilities including dynamic flexible shared buffers and predictable wire speed performance with no packet loss for any packet size.While Spectrum provides the thrust and acceleration that powers the SN2700, the system gets yet another angle of capabilities while running with a powerful x86-based processor, which allows this system to not only be the highest performing switch fabric element, but also gives the ability to incorporate a Linux running server into thesame device. This opens up multiple application aspects of utilizing the high CPU processing power and the best switching fabric to create a powerful machine with unique appliance capabilities that can improve numerous network implementation paradigms.While the SN2700 Ethernet switch series is aimed at the100/50/25GbE market, Mellanox offers the SN2700B series for the 40/10GbE market. SN2700B switches are priced comfortably for the 40/10GbE market and provide the superior feature set of Spectrum.FEATURESPower Specifications–Typical Power with passive cables (ATIS): 150W –Input range:100-127 VAC, 200-240VAC –Frequency: 50-60Hz, single phase AC, 4.5A, 2.9APhysical Characteristics–Dimensions:1.72’’ (43.8mm) H x 16.84’’ (427.83mm) W x 27’’ (686mm) D–Weight: 11.1kg (24.5lb)Supported Modules and Cables* –QSFP28, SFP28 (with QSA) shortand long range optics –QSFP28 to QSFP28 DAC cable –QSFP breakout cables 100GbE to4x25GbE and 40GbE to 4x10GbE DAC, optical–QSFP breakout cables 100GbE to2x50GbE DAC, optical –QSFP AOC –1000BASE-T and 1000BASE-SX/LX/ZX modules SPECIFICATIONS* Systems limited to 40GbE will support modules and cables accordingly* This section describes hardware features and capabilities. Please refer to the driver and firmware release notes for feature availability.Layer 2 Feature Set–Multi Chassis LAG (MLAG) –IGMP V2/V3, Snooping, Querier –VLAN 802.1Q (4K) –Q-In-Q–802.1W Rapid Spanning Tree –BPDU Filter, Root Guard –Loop Guard, BPDU Guard –802.1Q Multiple STP–PVRST+ (Rapid Per VLAN STP+)–802.3ad Link Aggregation (LAG) & LACP –32 Ports/Channel - 64 Groups Per System –Port Isolation –LLDP–Store & Forward / Cut-through mode of work –HLL–10/25/40/50/56/100GbE –Jumbo Frames (9216 BYTES)Layer 3 Feature Set–64 VRFs–IPv4 & IPv6 Routing inc Route maps: –BGP4, OSPFv2–PIM-SM & PIM-SSM (inc PIM-SM over MLAG)–BFD (BGP , OSPF, static routes) –VRRP–DHCPv4/v6 Relay–Router Port, int Vlan, NULL Interface for Routing–ECMP , 64-way–IGMPv2/v3 Snooping QuerierSynchronization–PTP IEEE-1588 (SMPTE profile) –NTPQuality of Service–802.3X Flow Control –WRED, Fast ECN & PFC–802.1Qbb Priority Flow Control –802.1Qaz ETS–DCBX – App TLV support–Advanced QoS- qualification, Rewrite, Policers – 802.1AB–Shared buffer managementManagement & Automation–ZTP–Ansible, SALT Stack, Puppet –FTP \ TFTP \ SCP–AAA , RADIUS \ TACACS+ \ LDAP –JSON & CLI , Enhanced Web UI –SNMP v1,2,3–In-band Management –DHCP , SSHv2, Telnet –SYSLOG–10/100/1000 ETH RJ45 MNG ports –USB Console port for Management –Dual SW image –Events history –ONIENetwork Virtualization–VXLAN EVPN – L2 stretch use case –VXLAN Hardware VTEP – L2 GW–Integration with VMware NSX & OpenStack, etcSoftware Defined Network (SDN)–OpenFlow 1.3: • Hybrid• Supported controllers: ODL, ONOS, FloodLight, RYU Docker Container–Full SDK access through the container –Persistent container & shared storageMonitoring & Telemetry–What Just Happened (WJH) –sFlow–Real time queue depth histograms & thresholds–Port mirroring (SPAN & RSPAN) –Enhanced Link & Phy Monitoring –BER degradation monitor –Enhanced health mechanism –3rd party integration (Splunk, etc.)Security–USA Department of Defense certification – UC APL–System secure mode – FIPS 140-2 compliance –Storm Control–Access Control Lists (ACLs L2-L4 & user defined)–802.1X - Port Based Network Access Control –SSH server strict mode – NIST 800-181A –CoPP (IP filter) –Port isolation© Copyright 2019. Mellanox Technologies. All rights reserved.Mellanox, Mellanox logo, Mellanox Open Ethernet, MLNX-OS, LinkX, Mellanox NEO, Mellanox Spectrum and ConnectX are registered trademarks of Mellanox Technologies, Ltd. Mellanox Onyx is a trademark of Mellanox Technologies, Ltd. All other trademarks are property of their respective owners.52993PB Ver 2.4T able 2 - SN2700B Series Part Numbers and DescriptionsC2P – Connector-to-Power supply airflow, P2C – Power supply-to-Connector airflow.。

用户手册用户手册简介硬件确认下载并安装Fuel制作安装介质安装Fuel主控节点在安装时变更PXE网络参数Fuel 步骤网络设置步骤PXE设定DNS 和主机名NTP时间同步Root 密码Shell登录Fuel 登录退出步骤启动Fuel主控节点启动节点服务器安装Fuel插件概览认证安装步骤创建一新的OpenStack环境启动向导以创建新的环境修改Fuel密码接受统计信息收集环境命名和选择发行版高可用 (HA)或非高可用模式Hypervisor网络服务Cinder和Glance后端存储相关项目创建环境完成配置用户环境增加节点到你的环境为每个节点服务器分配一个或多个角色磁盘分区网络设置Neutron 网络设置Nova-network 设置设置网卡绑定(网卡聚合)在服务器中将逻辑网络和物理网络映射验证网络设置项Horizon访问权限Provision Method环境中所包含的服务常用设置为环境设置调试级别选择计算节点的调度器选择镜像格式公共密钥为目标节点设置初始的内核参数配置系统日志Mellanox Neutron组件存储重置Zabbix密码部署变更在Web用户界面停止部署在部署后重置环境下一步部署后检查优点运行部署后检查当一个测试失败了做什么额外的检查平台测试描述安装Sahara从早期版本升级或更新从Fuel早期版本升级Role operationsRole object使用Fuel命令行介绍基本使用命令行参考在命令行中的首字母缩写代表什么发布网络配置环境节点节点组Roles operations配置部署变更和设置Fuel密码Fuel插件命令行VMware集成注意事项部署vCenter为vCenter创建环境和选择发行版为vCenter选择vCenter Hypervisor为vCenter选择网络服务为vCenter选择Cinder和Glance的后端vCenter相关项目完成你的vCenter环境创建为vCenter配置你的环境为每个节点服务器分配一个或多个角色网络设置设置VMware 选项卡vCenterNova-Computes网络Glance安装Fuel主控节点到vSpere下载Mirantis OpenStack ISO上传镜像到vCenter数据存储创建一个vCenter端口组网络创建虚拟机并挂载ISO挂载Mirantis OpenStack ISO在vSpher中安装和启动Fuel主控节点验证Fuel是从ESXi启动的Downloading Ubuntu packagesSeparate Mirantis OpenStack and Linux packages用户手册简介这个手册提供使用 Fuel Master 节点和图形化 Fuel 界面部署一个 Mirantis OpenStack 环境的指南。

MirantisOpenStack8.0中文安装指南Mirantis OpenStack 快速安装指南version 8.0目录前言1目标受众1历史文献1简介2先决条件3支持的操作系统和VirtualBox版本4下载Mirantis OpenStack镜像文件5使用MirantisVirtualBox脚本安装Mirantis OpenStack6 修改部署参数 6 在微软Windows运行MirantisVirtualBox的脚本8 使用脚本安装Mirantis OpenStack8Mirantis OpenStack的手动安装10配置虚拟机10虚拟机的要求 10 配置网络11创建虚拟机12安装Mirantis OpenStack的ISO镜像13安装Fuel 14解决某些Linux发行版的网络问题 18本文档提供了有关如何使用Fuel部署OpenStack环境的资料。

这个资料是供参考为目的，并且是会随更新而变化的。

目标受众本文档的受众是OpenStack的管理员和开发人员；它假定你已经有网络和云概念的经验。

历史文献下表列出了该文档的发布版本：Fuel是一个可以简化MirantisOpenstack(MOS)安装过程的部署工具。

作为测试，可以在VirtualBox中安装Fuel并且使用它来部署Mirantis OpenStack 环境。

你有以下选项来部署Fuel和Mirantis OpenStack：●使用VirtualBox脚本进行自动安装当你使用VirtualBox脚本自动安装Mirantis OpenStack时，你不需要配置虚拟机的网络和硬件设置。

脚本自动提供了虚拟机所需的所有设置。

但是，你需要下载最新的Mirantis OpenStack的iso格式的镜像文件并把它放在iso目录下。

你也可以通过脚本config.sh修改Fuel Slave Nodes的个数。

自动化安装工作流程：●手动安装手动安装时，你需要根据硬件和网络的先决条件来配置虚拟机设置。

专利名称：用于分布式虚拟桌面基础设施的系统和方法专利类型：发明专利
发明人：S.格雷厄姆
申请号：CN201280050422.9
申请日：20121015
公开号：CN103858102A
公开日：
20140611
专利内容由知识产权出版社提供
摘要：分布式虚拟桌面基础设施系统包括至少一个管理服务器和多个客户端管理应用。

管理服务器包括至少一个处理器，并且被编程和/或被配置为确定用于至少一个用户的多个客户端系统的家乡系统。

多个客户端管理应用与至少一个管理服务器通信，并且被配置为在多个客户端系统上执行且在至少一个客户端系统上显示在家乡系统上执行的至少一个虚拟机的虚拟桌面。

也描述了相关的系统和方法。

申请人：茨特里克斯系统公司
地址：美国佛罗里达州
国籍：US
代理机构：中国专利代理(香港)有限公司
更多信息请下载全文后查看。

专利名称：管理多监视器计算机系统中的应用的方法和采用该方法的多监视器计算机系统
专利类型：发明专利
发明人：安德鲁·莱昂,维克托·安东纽克
申请号：CN200980106554.7
申请日：20090107
公开号：CN101965608A
公开日：
20110202
专利内容由知识产权出版社提供
摘要：一种管理包括多个显示器(22至26和30至34)的多监视器计算机系统(20)中的应用的方法，包括：在显示器中的一个上显示多监视器计算机系统中的可用应用的表示；以及响应于对在不同的显示器上可用的应用的表示的选择，将与所选择的表示相关联的应用转移到从其进行选择的显示器。

申请人：智能技术ULC公司
地址：加拿大艾伯塔
国籍：CA
代理机构：中原信达知识产权代理有限责任公司
更多信息请下载全文后查看。