IBM DS8k PPRC命令

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IBM DS8000微码升级步骤

DS8000微码升级步骤1系统情况检查 (1)1.1运行end of call. (1)1.2检查当前微码版本，确定微码升级方式 (2)2数据备份及应急方法 (2)3停DS8000 COPY SERVICE服务 (2)3.1升级灾备中心DS8000前PPRC操作 (2)3.2升级生产中心DS8000前PPRC操作 (2)4微码升级 (3)4.1当前版本与目标版本 (3)4.2 code升级时间需求 (3)4.3升级顺序 (3)4.4升级步骤 (3)5 COPY SERVICE的恢复 (5)5.1升级灾备中心DS8000后PPRC操作 (5)5.2升级生产中心DS8000后PPRC操作 (5)1系统情况检查1.1运行end of call.检查是否有open call。

如存在问题需先行解决，再进行微码升级。

Run end of callFrom WebSM,Select: Service Applications1) Select: Service Focal Point2) Select: Service UtilitiesHighlight the SF: (2107-9xx---)Choose: “Selected” from the tool bar3)Select: View Storage Facility StateAll sections should report with passed in the status column.Failed status can be viewed by highlighting the System Check Type and thenselect details.4)If this is a multiple SF machine return to step A. above and check that SF’sresources.1.2检查当前微码版本，确定微码升级方式。

IBM存储DS8000使用及维护手册V110

传真号码
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备用传真号码
提供服务人员在必须将文档通过传真方式提供给存储系统管理员时可以使用的备用传真号码。包括区域代码和国家或地区代码如果有的话）
管理员邮寄地址
提供管理员的邮寄地址请指定完整的地址包括街道地址、大楼（如果有的话）、市／区／县或地级区域、省／直辖市以及邮政编码
必须对所有包含MC的安装完成该工作表。
管理控制台网络设置工作表
您能通过该工作表来指定基本网络信息，例如管理控制台（MC）标识、以太网设置和DNS设置。
您能通过管理控制台（MC）网络设置工作表来指定基本网络信息，例如 MC标识、以太网设置和DNS设置。当存储单元通过VPN向IBM发送任何回拨信息或向您发送关于可服务事件的通知（使用SNMP陷价或电子邮件）时，这些设置将包含在信息中以确定并提供有关已发送了服务请求的MC的重要信息。
DDD电话线以及网线是否准备好（远程支援用）
2.9
到货情况
YES
NO
DS8000主机是否到货？
DS8000其他附件是否到货（电缆等）？
系统软件及升级软件是否到货？
2.10
下图中(1)(2)为机器三相电的接头，(1)(2)最好各自独立供电。
四条导线各有不同的颜色：
L1 (phase 1) =黑色
L2 (phase 2) =蓝色
DS8000使用及维护手册
——VER 1.0
第1章
IBM DS8000是设计为支持连续操作的高性能、高容量的磁盘存储器系列。DS8000系列的各型号（机器类型 2107）使用 IBM POWER5服务器技术，该技术与IBM Virtualization Engine技术集成。DS8000系列的各型号由一个存储单元和一个或两个管理控制台组成。图形用户界面（GUI）或命令行界面（CLI）允许您对存储器进行逻辑分区并使用内置复制服务功能。为获取高可用性，硬件组件是冗余的。

IBM DS8K 介绍

目录1.IBM DS8000的重点提示 (2)2.IBM DS8000的强劲性能 (4)2.1SPC性能评测结果 (4)2.2 IBM官方公布的DS8000性能指标 (4)2.3 DS8000创造高性能的原因——独有技术 (5)3.IBM DS8000的可靠性 (9)3.1DS8000的RAS原则 (9)3.2DS8000的冗余保护机制 (10)3.3DS8000内部监控和预警系统 (15)3.4DS8000的自我愈合 (17)4.IBM DS8000的可管理性 (18)4.1DS8000的虚拟引擎技术 (19)4.2DS8000的LPAR功能 (19)4.3DS8300随需容量解决方案 (20)4.4IBM TPC管理工具 (20)5.IBM DS8000的高级拷贝功能 (21)5.1本地快照软件――FLASHCOPY（PTC） (21)5.2远程复制软件－PPRC（RMC） (26)6.IBM DS8000的升级扩展能力 (29)7.IBM DS8000一览表 (30)附录............................................................................ 错误!未定义书签。

IBM TotalStorage DS8000系列提供了高性能、高容量的存储系统，这些存储系统专为提供下一代的性能、可扩展性、弹性和总体价值而设计。

专为大中型企业中的关键业务负载而创建的DS8000系列可以帮助客户整合系统存储，简化系统管理和支持系统可用性，满足随需应变世界中企业运行的各种需求。

IBM DS8000是IBM高端磁盘阵列的划时代产品，采用了大量IBM最新的存储科研技术，这使得IBM DS8000在性能、可靠性、可管理性以及升级扩展能力方面均达到了一个新的高度，从而得到广大用户的认可。

1.IBM DS8000的重点提示IBM TotalStorage DS8000是IBM的“旗舰”随需应变存储解决方案，专为满足当今的随需应变业务对高性能、高容量存储的需求而设计。

IBM常用命令V1

1、文件系统:df –k2、设备:lsdev –C3、磁盘物理卷:lspv4、paging space:lsps –a5、配置:lscfg –vp6、软件:lslpp –l7、用户:who8、处理器个数:lsdev -Cgrep proc9、内存大小:lsattr -El mem01、shutdown使用 wall 命令提醒用户若干时间后关机；2、shutdown 22 分钟后关机3、shutdown -Fr-r 关机后重新启动1、显示错误：errpt2、显示详细的错误信息：errpt –a3、清空错误记录信息：errclear 0smitty tapesmitty usersmitty tcpipsmitty inetsmitty nfssmitty jfssmitty lvm1、显示卷组：列出卷组细节:lsvg列出卷组中的逻辑卷:lsvg -l列出卷组中的物理卷:lsvg -p2、增加卷组：smitty mkvg3、修改卷组属性：smitty chvg4、激活卷组：varyonvg vg_name5、解除卷组：varyoffvg vg_name6、向卷组中增加一个物理卷：extendvg vg_name hdiskn 注：extendvg 命令用于向已存在的卷组增加新的物理卷，这个物理卷设备的必须是可用的Available。

7、从卷组中删除一个物理卷：reducevg -d vg_name hdiskn 注：删除物理卷时其所在的卷组必须处于非活动，如果被删除的物理卷是卷组中仅存的一个，那么这个卷组同时也被删除。

1、lspv 列出物理卷名称：lspv 列出物理卷细节：lspv hdiskN 列出物理卷中的逻辑卷：lspv -l hdiskN列出物理卷中的物理分区分布：lspv -p hdiskN2、增加物理卷：cfgmgr /mkdev3、删除物理卷：rmdev1、显示逻辑卷信息列出逻辑卷名称：lslv -l列出逻辑卷细节：lslv列出与逻辑卷相关的物理卷：lslv –l列出物理卷中物理分区的分配：lslv –p显示逻辑卷中 LP逻辑分区与 PP物理分区的对应：lslv -m2、增加逻辑卷smitty mklvmklv3、删除逻辑卷smitty rmlv rmlv4、设置逻辑卷属性smitty lvsc chlv5、增加逻辑卷拷贝：smitty mklvcopy6、删除逻辑卷拷贝：smitty rmlvcopy1、cfgmgr/mkdev：配置系统中新增设备。

小型机常用命令1

小型机常用命令一、IBM小型机常用命令1. 检查文件系统命令： df –k/m/g （以K、M或者是G为单位检查文件系统的使用率）2．检查系统出错日志使用errpt |more来检查清除现有的log: Errclear 03．检查系统合法/非法登陆情况使用Last命令来检查来自登陆的地方。

4．检查系统是否有巨大的Core文件生成使用 find / -name core –print来检查。

对Core文件，一般直接删除就可以了。

5．系统性能检查：a) CPU性能：使用Vmstat, topas来检查b) 内存使用情况：也是使用topas, vmstat来检查c) 检查IO平衡使用情况：使用iostat来检查d) 交换空间使用情况：使用lsps –a来检查6. 更改用户密码命令：password7. 察看目录命令：ls [目录名]-a：列出目录中所有文件-d：列出所有子目录-l：列出长格式文件信息8. 登陆cmd->telnet 10.122.149.19. 关机#shutdown |关机|#shutdown –f |强制关机|#shutdown –I |现实GUI界面|#shutdown –s |关闭此计算机|#shutdown –t xx |设置关闭的超时为 xx 秒|#shutdown –s –t 360 |系统将在360秒后关闭计算机| #shutdown –a |取消关机|10. 重启计算机#shutdown –Fr11. 查看设备状态#lsdev -Cc disk查看磁盘是否可用#lsdev -Cc adapter查看适配器是否可用#lsdev -Cc tape 查看磁带是否可用12. 查看磁盘的基本属性#lsattr -El hdisk513. 从root用户修改为oracle用户#chown oracle:dba aa.txt(文件名称/磁盘名称)14. 修改disk5磁盘的读写权限#chmod 755 *hdisk515. 删除磁盘#rmdev –dl hdisk516. 磁带备份#cfgmgr –v 确认磁带机#lsdev –Cc tape 看磁带机是否可用开始备份#smitty mksysb#选择可用磁带机回车(esc+4)选择镜像#smitty vg#选择 mirror a volume group#选择 rootvg#hdisk1需要一段时间#bosboot –ad hdisk1#bootlist –m normal hdisk0 hdisk1 硬盘启动的顺序17. HACMP 启动和停止(1).启动 HACMP使用以下步骤启动 HACMP：以 root 用户 login AIX使用 smitty cl_admin 进入 HACMP 管理界面选择 Manage Cluster Services 菜单项，按 Enter 键选择 Start Cluster Services 菜单项，按 Enter 键按 Enter 键启动 HACMP(2).停止 HACMP使用以下步骤启动 HACMP：以 root 用户 login AIX使用 smitty cl_admin 进入 HACMP 管理界面选择 Manage Cluster Services 菜单项，按 Enter 键选择 Stop Cluster Services 菜单项，按 Enter 键按 Enter 键停止 HACMP18. 查看ip地址和子网掩码，端口号#ifconfig -a#netstat -i#netstat -in19. #uptime 运行天数20. #ps –ep|grep ora 查看ora进程21. #ps –ep|grep 查看所有的进程22. #ps –ep|pg 按页显示进程23. FTP命令cmd下 ftp 10.122.149.1#bin二进制模式下传送#mput a.txt上传文件#mget a.txt下载文件#errpt 查看错误信息#errpt >/tmp/errpt2007110.txt保存errpt为txt文件#errclear 0 把errpt错误日志清0#kill -9 pid 关掉进程# cd oracle/app/crs/product/10.2/log/hdmis1/crsd# ls二、HP_UX常用查看系统各项设备信息命令：1. # ioscan -fn列出各I/O卡及设备的所有相关信息：如逻辑单元号，硬件地址及设备文件名等。

IBM ds8000配置手册

目录目录1 文档版本.............................. 错误!未定义书签。

2 DS8000逻辑配置 (3)2.1 关于虚拟化存储的几个重要概念 (3)2.2 安装DSCLI (8)2.3 激活DS8000 license (10)2.4 DS8000逻辑配置 (11)2.4.1 列出arraysite (12)2.4.2 创建Array (12)2.4.3 创建RANK (15)2.4.4 创建Extend Pool (15)2.4.5 将rank加入到相应的extend pool (16)2.4.6 创建LUN (17)2.4.7 创建volume group (19)2.4.8 将LUN加入到需要的volume group中 (22)2.4.9 创建host connection (22)2.4.10 用脚本执行命令 (25)2.4.11 主机端安装SDD软件，识别vpath (26)1 DS8000逻辑配置1.1 关于虚拟化存储的几个重要概念Storage Hierarchy▪DiskIndividual DDMs▪Array SitesPre-determined grouping of DDMs of same speed and capacity (8 DDMs for DS8000; 4 DDMs forDS6000)▪ArraysOne 8-DDM Array Site used to construct one RAID array (DS8000)One or two 4-DDM Array Sites used to construct one RAID array (DS6000)▪RanksOne Array forms one CKD or FB Rank (4 or 8 DDMs)No fixed, pre-determined relation to LSS▪Extent PoolsAll Extents in a Pool are same storage type (CKD/FB); same RAID recommendedAssociated with Server0 or Server1 (DS8000)–Controller 1 or Controller 2 (DS6000)Extent Pools▪User-configured to be either CKD or FB▪Contain one or more ranks divided into fixed-sizeextentsCKD –3390 Mod1FB –1GBRecommend one rank per pool as inexample --▪Contain one or more LUNs/volumes made up ofextents2 volumes in the example (2310,7501)–xyzz(x=address group, xy=LSS, zz=volid)▪Extent pool is assigned to Server0 or Server1during configuration (‘server affinity’)By user during custom configurationBy algorithm during auto or expressconfigurationServer1 in the example–Indicated by odd-numbered LSSsExtent Pool 3▪Minimum of 2 pools to utilize subsystemServer0 and Server1▪Maximum of n pools where n is the number of ranks in subsystem8 pools/8 ranks in the example▪Extent pool can contain one or more ranksRecommend one rank per extent pool unless a volume size larger than one rank is requiredOne rank per pool means pool containsLUNs/volumes on one rank onlyOne rank per pool will not constrain addresses–Volumes on one rank in one pool can be in multiple LSSs–Volumes on different ranks in different pools can be in the same LSS (limited by odd/even server affinity)▪Rank can be added to extent pool at any time▪Rank can be removed from extent pool if no extents on rank are currently assigned to LUNs/volumesExt. Pool 5Rank 5Ext. Pool 1Rank 1Ext. Pool 3Rank 3Ext. Pool 7Rank 7 Ext. Pool 4Rank 4Ext. Pool 0Rank 0Ext. Pool 2Rank 2Ext. Pool 6Rank 6……LSSs/LCUs▪Logical grouping of volumesDetermines addressing, address group, and PAVs–Max of 256 addresses in LSS–16 LSSs in an address group (00-0F, 10-1F, 20-2F, etc.)– A given PAV can only be used within one LCUAlso used for copy services PPRC paths and consistency groupproperties/timeouts▪Maximum number of LSSsDS8000 –128 at GA (max 16 ESCON CKD, max 64 FICON CKD, max 64 FB)DS6000 –32 at GA (no ESCON, max 32 CKD if no FB, max 32 FB if no CKD, max 16CKD+16FB if mixed)▪Pre-determined association with Server0 or Server1Even LSSs associated with Server0Odd LSSs associated with Server1▪LSS configured to be either FB or CKDCKD –during LCU creationFB –during volume creation▪No pre-determined relation to physical ranks▪No pre-determined relation to extent pools other than server affinityOne LSS can contain volumes from different pools One pool can contain volumes that are in different LSSsOne LCU can contain CKD volumes of different types (3390 M3s & M9s)Many-many relationship▪LSS definitionCKD –during LCU creation FB –during volume creation ▪LSSs numbers are pre-grouped in groups of 16 LSSs to make up address groupsLSSs 00-0F --address group 0, LSSs 10-1F --address group 1, etc.LSS 23 in the example is in address address group 7Entire address group (all 16 LSSs) will be either FB or CKDDS8000 --8 address groups at GADS6000 –2 address groups at GAVolumes▪One logical volume is made up of extents from one extent pool Typically made up of extents from one rank unless LUN size is larger than one rank▪A specific volume is in one LSS▪Multiple volumes in one extent pool or on one rank can be in the same or different LSSs▪Multiple volumes in different extent pools and on different ranks can be in the same LSS▪Minimum volume/LUN size is one extentCKD –Mod1FB –1 GB▪Note –volume sizes are now given in binary (e.g. 1GB=1073741924 bytes) ESS volume sizes were given in decimal (e.g. 1GB=1000000000 bytes)▪Maximum volume/LUN sizeCKD 56GB–With appropriate zSeries software supportFB2TB–Or capacity of one rank when using one rank per extent pool▪Maximum number of volumes/LUNsDS8000 –32K at GA (16K max FB; 16K max CKD)DS6000 –8K (8K max CKD if no FB; 8K max FB if no CKD; 4K max CKD/4K max FB if mixed)▪Volumes can be deleted and extents reusedHosts▪Multiple server ports can be specified (in one or more groups) in one host definitionFour host attachments (one port each) are shown for pSeries1Server ports can be grouped for convenience–Two host attachments with 2 ports each are shown for pSeries2–One host attachment with 4 ports is shown for pSeries3▪A host attachment can accessSpecific disk subsystem I/O ports “All valid ”disk subsystem I/O ports ▪A specific host attachment can be inonly one volume group▪Host attachments are assigned to volume groups▪Specific host attachment (one port or set of grouped ports) can be in only one volume group▪Multiple hosts (even different open systems host types --with same blocksize and addressing mode) allowed in same volume groupSafest approach is one host per volume groupIf shared access to LUNs is required, shared LUNs may be placed in multiple volume groups (e.g. LUN1 below)Volume Group 2Volume Group 1Volume Groups▪FB LUN masking▪Contains one or more host attachments and one or more LUNs▪A specific host attachment can be in only one volume group▪Attachments from multiple hosts (even different open systemshost types) are allowed in the same volume groupRecommend one host per volume group with shared LUNs in multiple volume groups▪Specific LUN can be in more than one volume groupAllows LUN sharing (e.g. LUN1 in example below)Volume Group 1Volume Group 2▪Volumes from different LSSs and different Extent Poolscan be in one volume group (Volume Group 1 below)▪Volumes from same LSS and/or same Extent Pool can bein different volume groups (7512, 7515)1.2 安装DSCLI为提高配置的速度，建议大家划分DS8000采用DSCLI（DS Command Line Interface），在笔记本上安装DSCLI后（执行命令setupwin32.exe），修改其C:\Program Files\IBM\dscli\profile\ dscli.profile，如下：# Management Console/Node IP Address(es)# hmc1 and hmc2 are equivalent to -hmc1 and -hmc2 command# options.hmc1: 172.16.0.1#hmc2: 127.0.0.1## Default target Storage Image ID# "devid" and "remotedevid" are equivalent to# "-dev storage_image_ID" and "-remotedev storeage_image_ID"# command options, respectively.devid: IBM.2107-7523201# locale# Default locale is based on user environment.locale: en其中hmc1为DS8000的HMC地址，此处为HMC缺省IP172.16.0.1; devid 为DS8000的storage facility image ID，为IBM.2107-7523201。

IBM+SVC-PPRC+异地容灾解决方案知识讲解

I B M+S V C-P P R C+异地容灾解决方案IBM SVC_PPRC 异地容灾解决方案场景介绍：生产中心与灾备中心距离200公里，线路带宽20M，要求RPO等于零，实现数据级容灾，容灾系统尽可能减少对原生产系统的性能影响。

要点说明：●SVC PPRC Global Mirror，应对物理灾难●GeoRM + Log Shipping，应对逻辑错误，误操作容灾系统设计：异地容灾解决方案的核心即在线数据复制，就在其技术而言，我们认为比较成熟的数据复制技术为：基于智能存储设备实现的硬件级别的数据复制，这种数据复制技术无需占用主机设备的系统资源，它对主机系统的资源消耗极小，可以保证主机上的应用高性能运行。

IBM SVC（SAN Volume Controller）存储虚拟化产品具有通用性强、实施简单的特点，透明地加入原有SAN 环境是SVC的基本功能。

SVC是整个SAN 网络的控制器，在SAN的分区上，逻辑上主要划分为Host Zone和Disk Zone，从而解除主机与存储设备的紧密耦合。

它将整个SAN中的存储设备整合成一个巨大的存储池，可以充分利用所有的存储资源（包含第三方存储设备）并按业务的需求分配存储空间、性能和功能。

因此，通过SVC可以很方便的将目前的存储设备进行整合，建立统一的灾备管理和资源分配平台，可以按照应用/业务不断变化的需求来动态配置存储。

IBM SVC目前提供MetroMirror和GlobalMirror两种高级复制功能。

异步（Global Mirror）功能的设计目的在于针对业务连续性和灾难恢复提供几乎不受距离限制的长距离异步远程复制能力。

在SVC中，同步(MetroMirror)和异步可以作为同一项功能实现，以便灵活地实现远程复制功能。

1.PPRC MetroMirror/同步复制来自服务器的更新被写往本地连接的集群（Cluster）缓存，该系统将数据转发给远地点连接的SVC集群（Cluster）的缓存。

IBM PowerHA HyperSwap实施步骤

int fc1/1-48no shutdownendconf tint fc2/1-48no shutdownendconf tfcdomain domain 101 static vsan 100 fcdomain restart vsan 100end成都MDS9148配置：conf tswitchname switch03endconf tvsan databasevsan 100vsan 100 interface fc1/1-48endconf tint fc1/1-48no shutdownendconf tfcdomain domain 103 static vsan 100 fcdomain restart vsan 100end眉山MDS9706配置：conf tswitchname switch02endconf tvsan databasevsan 100vsan 100 interface fc1/1-48vsan 100 interface fc2/1-48endconf tint fc1/1-48no shutdownendconf tint fc2/1-48no shutdownendconf tfcdomain domain 102 static vsan 100fcdomain restart vsan 100end1.2配置Zone配置aliase别名conf tdevice-alias database#眉山MDS9706 domain 102 fc1device-alias name MS_DS8K_I0230 pwwn 50:05:07:63:04:13:10:c5device-alias name MS_DS8K_I0236 pwwn 50:05:07:63:04:53:90:c5 //PPRC device-alias name MS_DS8K_I0302 pwwn 50:05:07:63:04:18:90:c5device-alias name MS_DS8K_I0304 pwwn 50:05:07:63:04:58:10:c5device-alias name msyxdb1_fcs4 pwwn 10:00:00:90:fa:bd:b4:ac#眉山MDS9706 domain 102 fc2device-alias name MS_DS8K_I0232 pwwn 50:05:07:63:04:13:90:c5device-alias name MS_DS8K_I0234 pwwn 50:05:07:63:04:53:10:c5device-alias name MS_DS8K_I0300 pwwn 50:05:07:63:04:18:10:c5device-alias name MS_DS8K_I0306 pwwn 50:05:07:63:04:58:90:c5 //PPRC device-alias name msyxdb1_fcs6 pwwn 10:00:00:90:fa:bd:b4:80#成都MDS9706 domain 101device-alias name CD_DS8K_I0032 pwwn 50:05:07:63:05:03:97:84device-alias name CD_DS8K_I0036 pwwn 50:05:07:63:05:43:97:84device-alias name CD_DS8K_I0102 pwwn 50:05:07:63:05:08:97:84device-alias name CD_DS8K_I0106 pwwn 50:05:07:63:05:48:97:84 //PPRC device-alias name cdyxdb1_fcs4 pwwn 10:00:00:90:fa:e9:c0:cc#成都MDS9148 domain 103device-alias name CD_DS8K_I0030 pwwn 50:05:07:63:05:03:17:84device-alias name CD_DS8K_I0034 pwwn 50:05:07:63:05:43:17:84 //PPRC device-alias name CD_DS8K_I0100 pwwn 50:05:07:63:05:08:17:84device-alias name CD_DS8K_I0104 pwwn 50:05:07:63:05:48:17:84device-alias name cdyxdb1_fcs0 pwwn 10:00:00:90:fa:e6:8b:b2exitdevice-alias commit配置zoneconf tzone name DS8K_PPRC_zone1 vsan 100member device-alias CD_DS8K_I0106 member device-alias MS_DS8K_I0236 exitzone name DS8K_PPRC_zone2 vsan 100member device-alias CD_DS8K_I0034 member device-alias MS_DS8K_I0306 exitzone name msyxdb1_zone1 vsan 100member device-alias msyxdb1_fcs4member device-alias CD_DS8K_I0032member device-alias CD_DS8K_I0100member device-alias MS_DS8K_I0230member device-alias MS_DS8K_I0300exitzone name msyxdb1_zone2 vsan 100member device-alias msyxdb1_fcs6 member device-alias CD_DS8K_I0036member device-alias CD_DS8K_I0104member device-alias MS_DS8K_I0302member device-alias MS_DS8K_I0232exitzone name cdyxdb1_zone1 vsan 100member device-alias cdyxdb1_fcs0 member device-alias CD_DS8K_I0032member device-alias CD_DS8K_I0100member device-alias MS_DS8K_I0230member device-alias MS_DS8K_I0300exitzone name cdyxdb1_zone2 vsan 100member device-alias cdyxdb1_fcs4member device-alias CD_DS8K_I0036member device-alias CD_DS8K_I0104member device-alias MS_DS8K_I0302member device-alias MS_DS8K_I0232exit配置zonesetconf tzoneset name yxdb_zoneset vsan 100member DS8K_PPRC_zone1member DS8K_PPRC_zone2member msyxdb1_zone1member msyxdb1_zone2member cdyxdb1_zone1member cdyxdb1_zone2endzoneset activate name yxdb_zoneset vsan 1001.3常用命令show fcs databaseshow interface briefshow interface fc2/47 bbcreditshow interface fc2/47 counters briefshow fcdomain domain-listshow fcdomain fcid persistent vsan 100show fcdomain vsan 100show port-resource module 2show interface port-channelshow license usageclear zone database vsan 1002.配置DS8800存储2.1查看DS8800信息检查存储devid，wwwn和可用PPRC端口lssi查看wwwn号CD_DS8870>lsavailpprcport -l -remotewwnn 5005076304FFD0C5 B0-B1:B0-B1 MS_DS8800>lsavailpprcport -l -remotewwnn 5005076305FFD784 B0-B1:B0-B1眉山DS8800 IBM.2107-75AYX31 5005076304FFD0C5成都DS8870 IBM.2107-75DAC71 5005076305FFD784DS8870_I0030 to DS8800_I0302DS8870_I0100 to DS8800_I02342.2创建lun两台DS8800上都需要2个1G的CAA盘，Oracle需要5G * 4 心跳 1000G * 4 归档 1000G * 24mkvolgrp -type scsimask yxdb_vgmkfbvol -extpool p0 -cap 1 -name fb_yxdb_caa_#h -volgrp v24 -eam rotateexts B000 mkfbvol -extpool p0 -cap 5 -name fb_yxdb_crs_#h -volgrp v24 -eam rotateexts B001-B002 mkfbvol -extpool p0 -cap 1000 -name fb_yxdb_arc_#h -volgrp v24 -eam rotateexts B003-B004mkfbvol -extpool p0 -cap 1000 -name fb_yxdb_dat_#h -volgrp v24 -eam rotateexts B005-B010mkvolgrp -type scsimask yxdb_vgmkfbvol -extpool p1 -cap 1 -name fb_yxdb_caa_#h -volgrp v24 -eam rotateexts B100 mkfbvol -extpool p1 -cap 5 -name fb_yxdb_crs_#h -volgrp v24 -eam rotateexts B101-B102 mkfbvol -extpool p1 -cap 1000 -name fb_yxdb_arc_#h -volgrp v24 -eam rotateexts B103-B104mkfbvol -extpool p1 -cap 1000 -name fb_yxdb_dat_#h -volgrp v24 -eam rotateexts B105-B1102.3建立PPRC路径CD_DS8870>mkpprcpath -remotewwnn 5005076304FFD0C5 -srclss B0 -tgtlss B0 -consistgrp I106:I0236 I0104:I0306CD_DS8870>mkpprcpath -remotewwnn 5005076304FFD0C5 -srclss B1 -tgtlss B1 -consistgrp I106:I0236 I0104:I0306MS_DS8800>mkpprcpath -remotewwnn 5005076305FFD784 -srclss B0 -tgtlss B0 -consistgrp I0236:I106 I0306:I0104MS_DS8800>mkpprcpath -remotewwnn 5005076305FFD784 -srclss B1 -tgtlss B1 -consistgrp I0236:I106 I0306:I0104BOTH>lspprcpath -l B0-B12.4 配置Metro Mirror同步镜像CD_DS8870>mkpprc -remotedev IBM.2107-75AYX31 -type mmir -mode full -tgtse B001-B010:B001-B010 B101-B110:B101-B110CD_DS8870>lspprc -l -fmt stanza -remotedev IBM.2107-75AYX31 B001:B110BOTH>chlss -pprcconsistgrp enable -extlongbusy 5 B0BOTH>chlss -pprcconsistgrp enable -extlongbusy 5 B1交换机上查看远程传输速度swich02#show int fc2/47 conters brief2.5主机连接配置AIX主机的lun映射CD_DS8870>mkhostconnect -wwname 10000090fabdb4ac -hosttype pSeriesPowerswap -volgrp v24 -ioport all msyxdb1_fcs4CD_DS8870>mkhostconnect -wwname 10000090fabdb480 -hosttype pSeriesPowerswap -volgrp v24 -ioport all msyxdb1_fcs6CD_DS8870>mkhostconnect -wwname 10000090fae68bb2 -hosttype pSeriesPowerswap -volgrp v24 -ioport all cdyxdb1_fcs0CD_DS8870>mkhostconnect -wwname 10000090fae9c0cc -hosttype pSeriesPowerswap -volgrp v24 -ioport all cdyxdb1_fcs4MS_DS8800>mkhostconnect -wwname 10000090fabdb4ac -hosttype pSeriesPowerswap -volgrp v2 -ioport all msyxdb1_fcs4MS_DS8800>mkhostconnect -wwname 10000090fabdb480 -hosttype pSeriesPowerswap -volgrp v2 -ioport all msyxdb1_fcs6MS_DS8800>mkhostconnect -wwname 10000090fae68bb2 -hosttype pSeriesPowerswap -volgrp v2 -ioport all cdyxdb1_fcs0MS_DS8800>mkhostconnect -wwname 10000090fae9c0cc -hosttype pSeriesPowerswap -volgrp v2 -ioport all cdyxdb1_fcs43.AIX操作系统配置3.1配置AIX MPIO驱动manage_disk_drivers -lmanage_disk_drivers -d 2107DS8K -o AIX_AAPCM3.2 修改fscsi设备属性#for i in `lsdev -C|grep "fscsi"|awk '{print $1}'`; do chdev -P -l $i -a dyntrk=yes -a fc_err_recov=fast_fail ;done3.3重启AIX#shutdown -Fr3.4配置hdisk扫描设备#cfgmgr修改hdisk属性为no_reserve#for i in `lsdev -Ccdisk|grep "MPIO"|awk '{print $1}'`; do chdev -l $ireserve_policy=no_reserve;done目前，系统识别到的lun为双份，一份主存储的，一份备存储的，只有主存储的盘可以读写访问。

IBM x系列服务器配置阵列对于8k,8i,8k-l的三种配置方法

对于8k，8i，8k-l也有三种配置方法：1、用随卡代的ServeRAID Support CD启动进行配置。

配置方法如下：安装和配置ServeRAID-8i, ServeRAID-8k,and ServeRAID-8k-l SAS 控制器/cn/support/viewdoc/detail?DocId=LBEY-6SYDRF2、用随机带的Server Guide CD进行配置，方法基本同上。

3、开机后按ctrl+a，通过arc方式配置，方法如下：适用机型:所有xSeries 366文档内容：ARC工具是一个内嵌的BIOS工具，可以用于配置ServeRAID 8i SAS控制器，包括：Array Configuration Utility (ACU)—用于创建，配置和管理逻辑驱动器。

也可用于初始化和重新扫描硬盘。

Serial Select—用于改变设备和控制器的配置。

Disk Utilities—用于格式化或者校验硬盘。

当系统启动出现下面提示时，按Ctrl+A可以运行ARC工具：Press <Ctrl><A> for Adaptec RAID Configuration UtilityARC菜单显示如下：Array Configuration UtilitySerial Select UtilityDisk Utilities注意：如果安装有多个控制器，会在ARC菜单出现前有一个控制器选择菜单，供客户选择要配置的控制器。

创建逻辑驱动器：1．关闭并重启系统2．在BIOS提示符下，按Ctrl+A.3．从ARC 菜单中，选择Array Configuration Utility。

4．从ACU 菜单中，选择Create Array。

5．用箭头键浏览并选择通道。

6．选择要加入到新的逻辑驱动器中的磁盘并按Insert。

ACU 显示每个硬盘可用的最大的空间。

，可以使用新的逻辑驱动器中多磁盘的可用的空间。

IBM 灾备DS8100配置

DS8100的配置：首先，从ibm网站上下载Dscli软件，然后安装。

安装完成后会在桌面上有一个图标:点击该图标，进入command line；在使用前，需要编辑profile文件，xxxx_dr8100.profile（用于灾备中心DS8100划盘及pprc配置）文件内容如下：## DS CLI Profile### Management Console/Node IP Address(es)# hmc1 and hmc2 are equivalent to -hmc1 and -hmc2 command options.hmc1: 10.17.32.69#hmc2: 127.0.0.1## Default target Storage Image ID# "devid" and "remotedevid" are equivalent to# "-dev storage_image_ID" and "-remotedev storeage_image_ID" command options, respectively.devid: IBM.2107-xxxxxxx#remotedevid: IBM.2107-75hl461#username: admin#password: passw0rd## locale# Default locale is based on user environment.#locale: en# Timeout value of client/server synchronous communication in second.# DSCLI command timeout value may be longer than client/server communication# timeout value since multiple requests may be made by one DSCLI command# The number of the requests made to server depends on DSCLI commands.# The default timeout value is 900 seconds.#timeout: 900# Socket connection timeout value in seconds.# The timeout value must be greater than zero.# System default socket timeout value is used if timeout value is set to zero.# The default connection timeout value is 20 seconds.#timeout.connection: 20## Output settings## ID format of objects:# on: fully qualified format# off: short formatfullid: off# Paging and Rows per page.# paging enables/disables paging the output per line numbers specified by "rows".# "paging" is equivalent to "-p on|off" option.# on : Stop scrolling per output lines defined by "rows".# off : No paging. (default)# "rows" is equivalent to "-r #" option.paging: off#rows: 24# Output format type for ls commands, which can take one of the following values:# default: Default output# xml : XML format# delim : delimit columns using a character specified by "delim"# stanza : Horizontal table format# "format" is equivalent to option "-fmt default|xml|delim|stanza".#format: default# delimiter character for ls commands.#delim: |# Display banner message. "banner" is equivalent to option "-bnr on|off".# on : Banner messages are displayed. (default)# off : No Banner messages are displayed.banner: on## Display table header for ls commands. "header" is equivalent to option "-hdr on|off". # on : Table headers are displayed. (default)# off : No table headers are displayed.header: on## Display verbose information. "verbose" is equivalent to option "-v on|off".# on : Display verbose information.# off : No verbose information.verbose: off# End of Profile输入下列命令进入dscli：删除原来的配置：第一步：删除hostconnectdscli> lshostconnectDate/Time: 2008年12月5日上午10时21分01秒IBM DSCLI V ersion: 5.1.600.196 DS: IBM.2107-xxxxxxxName ID WWPN HostType Profile portgrp volgrpID ESSIOport====================================================================== ====================570UP_D1_DS233 0000 10000000C96F1B2E - IBM pSeries - AIX 0 V0 I0233570DO_D1_DS233 0001 10000000C96F1A33 - IBM pSeries - AIX 0 V0 I0233570UP_D2_DS303 0002 10000000C96F1B22 - IBM pSeries - AIX 0 V0 I0303570DO_D2_DS303 0003 10000000C96F1B24 - IBM pSeries - AIX 0 V0 I0303570DO_D1_DS230 0004 10000000C96F1B24 - IBM pSeries - AIX 0 V0 I0230570UP_D1_DS230 0005 10000000C96F1B22 - IBM pSeries - AIX 0 V0I0230570UP_D1_DS300 0006 10000000C96F1B2E - IBM pSeries - AIX 0 V0 I0300570DO_D1_DS300 0007 10000000C96F1A33 - IBM pSeries - AIX 0 V0 I0300dscli> rmhostconnect 0000Date/Time: 2008年12月5日上午10时23分16秒IBM DSCLI V ersion: 5.1.600.196 DS: IBM.2107-xxxxxxxCMUC00014W rmhostconnect: Are you sure you want to delete host connection 0000? [y/n]:y CMUC00015I rmhostconnect: Host connection 0000 successfully deleted.dscli> rmhostconnect 0001Date/Time: 2008年12月5日上午10时23分22秒IBM DSCLI V ersion: 5.1.600.196 DS: IBM.2107-xxxxxxxCMUC00014W rmhostconnect: Are you sure you want to delete host connection 0001? [y/n]:y CMUC00015I rmhostconnect: Host connection 0001 successfully deleted.dscli> rmhostconnect 0002Date/Time: 2008年12月5日上午10时23分49秒IBM DSCLI V ersion: 5.1.600.196 DS: IBM.2107-xxxxxxxCMUC00014W rmhostconnect: Are you sure you want to delete host connection 0002? [y/n]:y CMUC00015I rmhostconnect: Host connection 0002 successfully deleted.dscli> rmhostconnect 0003Date/Time: 2008年12月5日上午10时23分54秒IBM DSCLI V ersion: 5.1.600.196 DS: IBM.2107-xxxxxxxCMUC00014W rmhostconnect: Are you sure you want to delete host connection 0003? [y/n]:y CMUC00015I rmhostconnect: Host connection 0003 successfully deleted.dscli> rmhostconnect 0004Date/Time: 2008年12月5日上午10时24分02秒IBM DSCLI V ersion: 5.1.600.196 DS: IBM.2107-xxxxxxxCMUC00014W rmhostconnect: Are you sure you want to delete host connection 0004? [y/n]:y CMUC00015I rmhostconnect: Host connection 0004 successfully deleted.dscli> rmhostconnect 0005Date/Time: 2008年12月5日上午10时24分08秒IBM DSCLI V ersion: 5.1.600.196 DS: IBM.2107-xxxxxxxCMUC00014W rmhostconnect: Are you sure you want to delete host connection 0005? [y/n]:y CMUC00015I rmhostconnect: Host connection 0005 successfully deleted.dscli> rmhostconnect 0006Date/Time: 2008年12月5日上午10时24分15秒IBM DSCLI V ersion: 5.1.600.196 DS:IBM.2107-xxxxxxxCMUC00014W rmhostconnect: Are you sure you want to delete host connection 0006? [y/n]:y CMUC00015I rmhostconnect: Host connection 0006 successfully deleted.dscli> rmhostconnect 0007Date/Time: 2008年12月5日上午10时24分21秒IBM DSCLI V ersion: 5.1.600.196 DS: IBM.2107-xxxxxxxCMUC00014W rmhostconnect: Are you sure you want to delete host connection 0007? [y/n]:y CMUC00015I rmhostconnect: Host connection 0007 successfully deleted.dscli>第二步：删除volgrpdscli> lsvolgrpDate/Time: 2008年12月5日上午10时27分25秒IBM DSCLI V ersion: 5.1.600.196 DS: IBM.2107-xxxxxxxName ID Type=======================================OA570_volgrp V0 SCSI MaskAll CKD V10 FICON/ESCON AllAll Fixed Block-512 V20 SCSI AllAll Fixed Block-520 V30 OS400 Alldscli> rmvolgrp v0Date/Time: 2008年12月5日上午10时28分06秒IBM DSCLI V ersion: 5.1.600.196 DS: IBM.2107-xxxxxxxCMUC00032W rmvolgrp: Are you sure you want to delete volume group v0? [y/n]:yCMUC00033I rmvolgrp: V olume group V0 successfully deleted.第三步：删除fbvoldscli>rmfbvol 1000-2107第四步：删除rank、extpooldscli> lsextpoolDate/Time: 2008年12月5日上午10时33分07秒IBM DSCLI V ersion: 5.1.600.196 DS: IBM.2107-xxxxxxxName ID stgtype rankgrp status availstor (2^30B) %allocated available reserved numvols====================================================================== ========================ext_pool_0 P0 fb 0 below 779 0 779 0 0ext_pool_1 P1 fb 1 below 779 0 779 0 0ext_pool_2 P2 fb 0 below 779 0 779 0 0ext_pool_3 P3 fb 1 below 779 0 779 0 0ext_pool_4 P4 fb 0 below 779 0 779 0 0ext_pool_5 P5 fb 1 below 779 0 779 0 0ext_pool_6 P6 fb 0 below 779 0 779 0 0ext_pool_7 P7 fb 1 below 779 0 779 0 0ext_pool_8 P8 fb 0 below 909 0 909 0 0ext_pool_9 P9 fb 1 below 909 0 909 0 0ext_pool_10 P10 fb 0 below 909 0 909 0 0ext_pool_11 P11 fb 1 below 909 0 909 0 0dscli>dscli> lsrankDate/Time: 2008年12月5日上午10时34分39秒IBM DSCLI V ersion: 5.1.600.196 DS: IBM.2107-xxxxxxxID Group State datastate Array RAIDtype extpoolID stgtype===========================================================R0 0 Normal Normal A0 5 P0 fbR1 1 Normal Normal A1 5 P1 fbR2 0 Normal Normal A2 5 P2 fbR3 1 Normal Normal A3 5 P3 fbR4 0 Normal Normal A4 5 P4 fbR5 1 Normal Normal A5 5 P5 fbR6 0 Normal Normal A6 5 P6 fbR7 1 Normal Normal A7 5 P7 fbR8 0 Normal Normal A8 5 P8 fbR9 1 Normal Normal A9 5 P9 fbR10 0 Normal Normal A10 5 P10 fbR11 1 Normal Normal A11 5 P11 fbdscli> rmrank r0-r11Date/Time: 2008年12月5日上午10时34分53秒IBM DSCLI V ersion: 5.1.600.196 DS: IBM.2107-xxxxxxxCMUC00009W rmrank: Are you sure you want to delete rank r0-r11? [y/n]:ydscli> lsrankDate/Time: 2008年12月5日上午10时52分27秒IBM DSCLI V ersion: 5.1.600.196 DS: IBM.2107-xxxxxxxCMUC00234I lsrank: No Rank found.dscli>dscli> rmextpool p0-p11Date/Time: 2008年12月5日上午10时54分53秒IBM DSCLI V ersion: 5.1.600.196 DS: IBM.2107-xxxxxxxCMUC00002W rmextpool: Are you sure you want to delete extent pool p0-p11? [y/n]:yCMUC00003I rmextpool: Extent pool P0 successfully deleted.CMUC00003I rmextpool: Extent pool P1 successfully deleted.CMUC00003I rmextpool: Extent pool P2 successfully deleted.CMUC00003I rmextpool: Extent pool P3 successfully deleted.CMUC00003I rmextpool: Extent pool P4 successfully deleted.CMUC00003I rmextpool: Extent pool P5 successfully deleted.CMUC00003I rmextpool: Extent pool P6 successfully deleted.CMUC00003I rmextpool: Extent pool P7 successfully deleted.CMUC00003I rmextpool: Extent pool P8 successfully deleted.CMUC00003I rmextpool: Extent pool P9 successfully deleted.CMUC00003I rmextpool: Extent pool P10 successfully deleted.CMUC00003I rmextpool: Extent pool P11 successfully deleted.dscli>这是已经配置后的状态，在没有配置之前在state列显示unassigned，array列显示-。

IBM_GLOBAL_mirror简介

ESS Global Mirror（异步级联PPRC）简介背景介绍早期的IBM企业存储服务器ESS已经可以支持两种不同的远程拷贝功能来保证应用系统不间断的运行, 分别是PPRC和XRC。

2003年，IBMY又正式公布了ESS-800 PPRC V2的新功能。

现在对于异步PPRC,包括对级联PPRC的支持，统称的Global Mirror（异步PPRC）。

下面，我们就分别加以介绍。

PPRC: Peer-to-Peer Remote CopyPPRC本身是同步远程镜像的解决方案，可以保护数据和提供灾难恢复功能。

IBM企业存储服务器ESS PPRC是继承了S/390磁盘系统的的功能，而且，它还提供了对UNIX和Windows NT 的支持。

PPRC作为数据存储的容灾方案，可实施远程的数据高速同步镜像，把数据损失的可能性降低到最低。

应用IBM企业存储服务器ESS的PPRC功能，S/390和开放系统(UNIX)现在可实现远程灾难恢复方案来保护可能被破坏的数据。

PPRC可将选定的数据进行拷贝的距离远至103公里。

PPRC 的管理是通过Web浏览器界面实现的，IBM的StorWatch企业存储专家为开放系统而设，ICKDSF为S/390而设。

应用PPRC无需特别的软件。

使用ESCON光纤线缆连接IBM企业存储服务器ESS系统。

在写操作完成报告操作系统之前，本地与远程拷贝写操作都完成了。

PPRC是一种同步协议，它允许数据从一个逻辑单元(Logical Unit)到另一个逻辑单元进行实时的镜像。

PPRC是与应用无关的。

由于该复制功能是在磁盘系统级发生的，应用根本不知道PPRC 的存在。

PPRC协议的步骤为：主机服务器(S/390、Unix或者Windows NT服务器)对主IBM企业存储服务器ESS(本地的IBM 企业存储服务器ESS)发出一个写的I/O请求。

该写操作将写入IBM企业存储服务器ESS的NVS 缓存(Cache)中。

IBM PPRC Training 内部培训ppt

Metro Global Mirror
一个客户的案例
目
1 3
录
PPRC技术简介 PPRC的实施过程 PPRC的切换演练 PPRC的维护和支持
2
3 4
物理环境的准备
DS8000 逻辑配置 Copy Service License
#applykey -file C:\2107-75Gxxxx.xml 2107.xxxxxxx
搭建一个Global Mirror
建立逻辑通道建立Global Mirror Pair A->B

#mkpprc -type gcp -mode full 1000:2000 1001:2001 1100:2100 1101:2101
Out of Sync => 0
建立B->C的Flashcopy
建立GM Session
#mksession -lss 10 -volume 1000,1001 A0 #mksession -lss 11 -volume 1100,1101 A0 #lssession 10 11
搭建一个Getro Mirror
启动Global Mirror
#mkgmir -lss 10 -session A0 #showgmir -metrics 10
Global Copy continually cycles through volume bitmaps copying changed data to remote mirror volumes
CG的几个参数
Coordination Time
Maximum allowed pause of production write updates for the Consistency Group coordination action

IBM DS8000配置文档

DS8K逻辑配置文档 Step By Step目录1.1 安装DSCLI (2)1.2 激活DS8000 license (3)1.3 DS8000逻辑配置 (5)1.3.1 列出arraysite (6)1.3.2 创建Array (6)1.3.3 创建RANK (9)1.3.4 创建Extend Pool (9)1.3.5 将rank加入到相应的extend pool (10)1.3.6 创建LUN (11)1.3.7 创建volume group (16)1.3.8 将LUN加入到需要的volume group中 (17)1.3.9 创建host connection (18)1.3.10 用脚本执行命令 (21)1.3.11 主机端安装SDD软件，识别vpath (22)1.1 安装DSCLI为提高配置的速度，建议大家划分DS8000采用DSCLI（DS Command Line Interface），在笔记本上安装DSCLI后（执行命令setupwin32.exe），修改其C:\Program Files\IBM\dscli\profile\ dscli.profile，如下：# Management Console/Node IP Address(es)# hmc1 and hmc2 are equivalent to -hmc1 and -hmc2 command# options.hmc1: 172.16.0.1#hmc2: 127.0.0.1## Default target Storage Image ID# "devid" and "remotedevid" are equivalent to# "-dev storage_image_ID" and "-remotedev storeage_image_ID"# command options, respectively.devid: IBM.2107-7523201# locale# Default locale is based on user environment.locale: en其中hmc1为DS8000的HMC地址，此处为HMC缺省IP172.16.0.1; devid为DS8000的storage facility image ID，为IBM.2107-7523201。

IBM-存储-DS8000使用及维护手册

IBM-存储-DS8000使用及维护手册DS8000使用及维护手册——VER 1.0目录第1章IBM DS8000概述 (4)第2章环境说明 (6)2.1DS8000体积和重量参数 (6)2.2DS8000机房环境要求 (6)2.3DS8000机房电气要求 (7)2.4DS8000机房通讯要求 (8)2.5DS8000机房工作环境要求 (8)2.6DS8000机房安全性要求 (8)2.7DS8000装机前要求 (8)2.8DS8000现场环境C HECK L IST (9)2.9DS8000到货情况C HECK L IST (9)2.10DS8000电源示意图和具体度量、连接方法 (9)第3章硬件说明 (12)3.1IBM S YSTEM S TORAGE DS8300 (13)3.2DS8000 STORAGE ENCLOSURE CONNECTIVITY (14) 第4章规划DS8000存储器的安装 (15)4.1公司信息 (15)4.2管理控制台网络设置 (16)4.3远程支持设置 (18)4.4安装需求 (21)4.5磁盘大小规划与主机名规划 (23)第5章DS8000 逻辑配置 (24)5.1安装DSCLI (24)5.2激活DS8000L ICENSE (25)5.3DS8000逻辑配置 (26)第6章DS8000日常维护 (42)第7章DS8300 存储规划 (44)7.1IO卡规划 (44)7.2存储规划 (45)第8章SAN规划举例 (49)8.1SAN与Z ONE简介 (49)8.2关于光纤布线 (51)8.3Z ONE的划分 (51)8.4SAN布线规划 (52)第1章IBM DS8000概述IBM DS8000是设计为支持连续操作的高性能、高容量的磁盘存储器系列。

DS8000系列的各型号（机器类型2107）使用IBM POWER5服务器技术，该技术与IBM Virtualization Engine 技术集成。

IBMDS8kPPRC命令

IBMDS8kPPRC命令IBM PPRC 使用命令dscli> lsioport -dev IBM.2107-7583781dscli> setioport -topology ficon I0001dscli> lsarraysitedscli> mkarray -raidtype 5 -arsite S7dscli> lsarraydscli> mkrank -array A0 -stgtype fbdscli> mkrank -array A1 -stgtype fbdscli> mkextpool -rankgrp 0 -stgtype fb FB_high_0dscli> mkextpool -rankgrp 1 -stgtype fb FB_high_1dscli> lsextpooldscli> chrank -extpool P0 R0dscli> chrank -extpool P1 R1dscli> lsrank -ldscli> lsextpool -ldscli> mkfbvol -extpool p10 -cap 10 -name high_fb_0_#h 5000-5003dscli> lsfbvoldscli> mkfbvol -extpool p10 -cap 15 -name ITSO-XPSTR -eam rotateexts 5000(The extent allocation method is specified with the -eam rotateexts or -eam rotatevolsoption of the mkfbvol command)dscli> showfbvol -rank 5000dscli> chfbvol -cap 20 5000**dscli> mksestg -repcap 100 -extpool p53 -vircap 200**dscli> mkfbvol -extpool p53 -cap 40 -name ITSO-1721-SE-sam tse 5000dscli> lshosttype -type scsimaskdscli> lshosttype -type scsimap256dscli> mkvolgrp -type scsimask -volume 5000-5005 AIX_VG_01dscli> lsvolgrpdscli> chvolgrp -action add -volume 1003 V11dscli> showvolgrp V11dscli> mkhostconnect -wwname 100000C912345678 -hosttype pSeries -volgrp V11 AIX_Server_01dscli> lshostconnectdscli> lshostvol++++++++++++++++++++++++++++++++++++++ +++++++++++++++++++++++++++++++++Metro mirror creation proceduredscli> lsavailpprcport -l -remotedev IBM.2107-7583782 -remotewwnn 5005076303FFCCB9 50:52dscli> mkpprcpath -remotedev IBM.2107-7583782 -remotewwnn 5005076303FFCCB9 -srclss 50 -tgtlss 52 I0002:I0202 I0132:I0202dscli> lspprcpath 50dscli> lspprcpath -fullid 50dscli> mkpprc -remotedev IBM.2107-7583782 -type mmir 5000-5001:5200-5201dscli> lspprc -l 5000-5001++++++++++++++++++++++++++++++++++++++ +++++++++++++++++++++++++++++++++Resume pprcdscli> pausepprc -remotedev IBM.2107-7583782 5000:5200 dscli> resumepprc -remotedev IBM.2107-7583782 -type gcp 5000:5200++++++++++++++++++++++++++++++++++++++ +++++++++++++++++++++++++++++++++Change pprc modedscli> showlss 50dscli> chlss -pprcconsistgrp enable 50-60dscli> freezepprc -remotedev IBM.2107-7583782 50:52dscli> lspprc 5000-7000dscli> lspprcpath 50-70dscli> mkpprcpath -remotedev IBM.2107-7583782 -remotewwnn 5005076303FFCCB9 -srclss 50 -tgtlss 52 I0002:I0202 I0132:I0202dscli> lspprc 5000-7000dscli> resumepprc -remotedev IBM.2107-7583782 -type mmir 5000-5001:5200-5201dscli> lspprc 5000-7000++++++++++++++++++++++++++++++++++++++ +++++++++++++++++++++++++++++++++Metro mirror failover/failbackdscli> lspprcpath 50dscli> lspprc -dev IBM.2107-7583782 5200dscli> showlss 50dscli> chlss -pprcconsistgrp disable 50dscli> lsfbvol -dev IBM.2107-7583782dscli> lsvolgrpdscli> showvolgrp -dev IBM.2107-7583782 v5dscli> showvolgrp -dev IBM.2107-7583782 -lunmap v5dscli> lspprcpath -dev IBM.2107-7583782 52dscli> unfreezepprc 50:52dscli> lsavailpprcport -dev IBM.2107-7583781 -remotedev IBM.2107-7583782 -remotewwnn 5005076303FFCCB9 50:52dscli> mkpprcpath -remotewwnn 5005076303FFCCB9 -srclss 50 -tgtlss 52 I0002:I0202 I0132:I0332dscli> resumepprc -type mmir 5000:5200dscli> failoverpprc -dev IBM.2107-7583781 -remotedev IBM.2107-7583782 -type mmir 5000-5001:5200-5201 dscli> failbackpprc -dev IBM.2107-7583781 -remotedev IBM.2107-7583782 -type mmir 5000-5001:5200-5201 dscli> failoverpprc -dev IBM.2107-7583782 -remotedev IBM.2107-7583781 -type mmir 5200-5201:5000-5001 Date/Time: 2008年12月4日下午04时30分24秒 IBM DSCLI Version: 5.2.422.20 DS: IBM.2107-7583782CMUN03032E failoverpprc: 5200:5000: Operation failure: invalid failover secondary volumeCMUC00196I failoverpprc: Remote Mirror and Copy pair 5201:5001 successfully reversed.dscli> lspprc 5000-7000dscli> rmpprc 5000:5200dscli> rmpprcpath 50:52。

PPRC配置

异步PPRC配置第一步：检查可用的pprc端口（使用xxxx_ps8100.profile）dscli> lsavailpprcport -l -remotewwnn 5005076307FFC31E 10:20Date/Time: 2008年12月6日下午04时02分42秒 IBM DSCLI Version: 5.1.600.196 DS: IBM.2107-yyyyyyyCMUC00234I lsavailpprcport: No Remote Mirror and Copy Port found.dscli> lsavailpprcport -l -remotewwnn 5005076307FFC31E 10:20Date/Time: 2008年12月6日下午04时48分17秒 IBM DSCLI Version: 5.1.600.196 DS: IBM.2107-yyyyyyyLocal Port Attached Port Type Switch ID Switch Port===================================================I0030 I0030 FCP NA NAI0030 I0100 FCP NA NAI0033 I0033 FCP NA NAI0100 I0030 FCP NA NAI0100 I0100 FCP NA NAI0233 I0233 FCP NA NAdscli>dscli> lsavailpprcport -l -remotewwnn 5005076307FFC31E 11:21Date/Time: 2008年12月6日下午04时57分20秒 IBM DSCLI Version: 5.1.600.196 DS: IBM.2107-yyyyyyyLocal Port Attached Port Type Switch ID Switch Port===================================================I0030 I0030 FCP NA NAI0030 I0100 FCP NA NAI0033 I0033 FCP NA NAI0100 I0030 FCP NA NAI0100 I0100 FCP NA NAI0233 I0233 FCP NA NAdscli>dscli> lsavailpprcport -l -remotewwnn 5005076307FFC31E 17:22Date/Time: 2008年12月6日下午04时58分06秒 IBM DSCLI Version: 5.1.600.196 DS: IBM.2107-yyyyyyyLocal Port Attached Port Type Switch ID Switch Port===================================================I0030 I0030 FCP NA NAI0030 I0100 FCP NA NAI0033 I0033 FCP NA NAI0100 I0030 FCP NA NAI0100 I0100 FCP NA NAI0233 I0233 FCP NA NAdscli> lsavailpprcport -l -remotewwnn 5005076307FFC31E 13:23Date/Time: 2008年12月6日下午04时58分20秒 IBM DSCLI Version: 5.1.600.196 DS: IBM.2107-yyyyyyyLocal Port Attached Port Type Switch ID Switch Port===================================================I0030 I0030 FCP NA NAI0030 I0100 FCP NA NAI0033 I0033 FCP NA NAI0100 I0030 FCP NA NAI0100 I0100 FCP NA NAI0233 I0233 FCP NA NAdscli> lsavailpprcport -l -remotewwnn 5005076307FFC31E 14:24Date/Time: 2008年12月6日下午04时58分29秒 IBM DSCLI Version: 5.1.600.196 DS: IBM.2107-yyyyyyyLocal Port Attached Port Type Switch ID Switch Port===================================================I0030 I0030 FCP NA NAI0030 I0100 FCP NA NAI0033 I0033 FCP NA NAI0100 I0030 FCP NA NAI0100 I0100 FCP NA NAI0233 I0233 FCP NA NAdscli> lsavailpprcport -l -remotewwnn 5005076307FFC31E 15:25Date/Time: 2008年12月6日下午04时58分35秒 IBM DSCLI Version: 5.1.600.196 DS: IBM.2107-yyyyyyyLocal Port Attached Port Type Switch ID Switch Port===================================================I0030 I0030 FCP NA NAI0030 I0100 FCP NA NAI0033 I0033 FCP NA NAI0100 I0030 FCP NA NAI0100 I0100 FCP NA NAI0233 I0233 FCP NA NAdscli> lsavailpprcport -l -remotewwnn 5005076307FFC31E 16:26Date/Time: 2008年12月6日下午04时58分46秒 IBM DSCLI Version: 5.1.600.196 DS: IBM.2107-yyyyyyyLocal Port Attached Port Type Switch ID Switch Port===================================================I0030 I0030 FCP NA NAI0030 I0100 FCP NA NAI0033 I0033 FCP NA NAI0100 I0030 FCP NA NAI0100 I0100 FCP NA NAI0233 I0233 FCP NA NAdscli>第二步：创建pprc路径dscli> mkpprcpath -remotewwnn 5005076307FFC31E -srclss 10 -tgtlss 20i0033:i0033 i0233:i0233dscli> mkpprcpath -remotewwnn 5005076307FFC31E-srclss 11 -tgtlss 21 i0033:i0033 i0233:i0233dscli> mkpprcpath -remotewwnn 5005076307FFC31E-srclss 17 -tgtlss 22 i0033:i0033 i0233:i0233dscli> mkpprcpath -remotewwnn 5005076307FFC31E-srclss 13 -tgtlss 23 i0033:i0033 i0233:i0233dscli> mkpprcpath -remotewwnn 5005076307FFC31E-srclss 14 -tgtlss 24 i0033:i0033 i0233:i0233dscli> mkpprcpath -remotewwnn 5005076307FFC31E-srclss 15 -tgtlss 25 i0033:i0033 i0233:i0233dscli> mkpprcpath -remotewwnn 5005076307FFC31E-srclss 16 -tgtlss 26 i0033:i0033 i0233:i0233完成后，显示如下：dscli> lspprcpath 10-17Date/Time: 2008年12月6日下午05时07分30秒 IBM DSCLI Version: 5.1.600.196 DS: IBM.2107-yyyyyyySrc Tgt State SS Port Attached Port Tgt WWNN=========================================================10 20 Success FF20 I0033 I0033 5005076307FFC31E10 20 Success FF20 I0233 I0233 5005076307FFC31E11 21 Success FF21 I0033 I0033 5005076307FFC31E11 21 Success FF21 I0233 I0233 5005076307FFC31E13 23 Success FF23 I0033 I0033 5005076307FFC31E13 23 Success FF23 I0233 I0233 5005076307FFC31E14 24 Success FF24 I0033 I0033 5005076307FFC31E14 24 Success FF24 I0233 I0233 5005076307FFC31E15 25 Success FF25 I0033 I0033 5005076307FFC31E15 25 Success FF25 I0233 I0233 5005076307FFC31E16 26 Success FF26 I0033 I0033 5005076307FFC31E16 26 Success FF26 I0233 I0233 5005076307FFC31E17 22 Success FF22 I0033 I0033 5005076307FFC31E17 22 Success FF22 I0233 I0233 5005076307FFC31Edscli>第三步：创建gcpdscli> mkpprc -type gcp 1000-1009:2000-2009 1010-1019:2010-2019 1020-1029:2020-2029 1030-1039:2030-2039 1040-1049:2040-2049 1050-1059:2050-2059Date/Time: 2008年12月6日下午05时09分42秒 IBM DSCLI Version: 5.1.600.196 DS: IBM.2107-yyyyyyyCMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1000:2000 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1001:2001 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1002:2002 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1003:2003 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1004:2004 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1005:2005 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1006:2006 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1007:2007 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1008:2008 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1009:2009 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1010:2010 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1011:2011 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1012:2012 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1013:2013 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1014:2014 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1015:2015 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1016:2016 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1017:2017 successfully created.1018:2018 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1019:2019 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1020:2020 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1021:2021 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1022:2022 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1023:2023 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1024:2024 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1025:2025 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1026:2026 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1027:2027 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1028:2028 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1029:2029 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1030:2030 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1031:2031 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1032:2032 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1033:2033 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1034:2034 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1035:2035 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1036:2036 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1037:2037 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1038:2038 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1039:2039 successfully created.1040:2040 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1041:2041 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1042:2042 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1043:2043 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1044:2044 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1045:2045 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1046:2046 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1047:2047 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1048:2048 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1049:2049 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1050:2050 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1051:2051 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1052:2052 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1053:2053 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1054:2054 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1055:2055 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1056:2056 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1057:2057 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1058:2058 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1059:2059 successfully created.dscli>dscli> mkpprc -type gcp 1100-1109:2100-2109 1110-1119:2110-2119 1120-1129:2120-2129 1130-1139:2130-2139 1140-1149:2140-2149 Date/Time: 2008年12月6日下午05时10分50秒 IBM DSCLI Version:5.1.600.196 DS: IBM.2107-yyyyyyyCMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1100:2100 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1101:2101 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1102:2102 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1103:2103 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1104:2104 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1105:2105 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1106:2106 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1107:2107 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1108:2108 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1109:2109 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1110:2110 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1111:2111 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1112:2112 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1113:2113 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1114:2114 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1115:2115 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1116:2116 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1117:2117 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1118:2118 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1119:2119 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1120:2120 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationshipCMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1122:2122 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1123:2123 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1124:2124 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1125:2125 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1126:2126 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1127:2127 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1128:2128 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1129:2129 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1130:2130 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1131:2131 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1132:2132 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1133:2133 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1134:2134 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1135:2135 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1136:2136 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1137:2137 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1138:2138 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1139:2139 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1140:2140 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1141:2141 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1142:2142 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationshipCMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1144:2144 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1145:2145 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1146:2146 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1147:2147 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1148:2148 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1149:2149 successfully created.dscli>dscli> mkpprc -type gcp 1700-1709:2200-2209 1710-1719:2210-2219Date/Time: 2008年12月6日下午05时11分39秒 IBM DSCLI Version: 5.1.600.196 DS: IBM.2107-yyyyyyyCMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1700:2200 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1701:2201 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1702:2202 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1703:2203 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1704:2204 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1705:2205 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1706:2206 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1707:2207 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1708:2208 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1709:2209 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1710:2210 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1711:2211 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1712:2212 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationshipCMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1714:2214 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1715:2215 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1716:2216 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1717:2217 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1718:2218 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1719:2219 successfully created.dscli> mkpprc -type gcp 1300-1303:2300-2303 1400-1401:2400-2401 1500-1503:2500-2503 1600-1605:2600-2605Date/Time: 2008年12月6日下午05时13分47秒 IBM DSCLI Version: 5.1.600.196 DS: IBM.2107-yyyyyyyCMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1400:2400 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1401:2401 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1600:2600 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1601:2601 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1602:2602 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1603:2603 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1604:2604 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1605:2605 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1300:2300 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1301:2301 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1302:2302 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1303:2303 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship1500:2500 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1501:2501 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1502:2502 successfully created.CMUC00153I mkpprc: Remote Mirror and Copy volume pair relationship 1503:2503 successfully created.dscli>完成后，显示如下：dscli> lspprc 1000-1719Date/Time: 2008年12月6日下午05时14分50秒 IBM DSCLI Version: 5.1.600.196 DS: IBM.2107-yyyyyyyID State Reason Type SourceLSS Timeout (secs) Critical ModeFirst Pass Status==================================================================================================1000:2000 Copy Pending - Global Copy 10 300 Disabled False1001:2001 Copy Pending - Global Copy 10 300 Disabled False1002:2002 Copy Pending - Global Copy 10 300 Disabled False1003:2003 Copy Pending - Global Copy 10 300 Disabled False1004:2004 Copy Pending - Global Copy 10 300 Disabled False1005:2005 Copy Pending - Global Copy 10 300 Disabled False1006:2006 Copy Pending - Global Copy 10 300 Disabled False1007:2007 Copy Pending - Global Copy 10 300 Disabled False1008:2008 Copy Pending - Global Copy 10 300 Disabled False1009:2009 Copy Pending - Global Copy 10 300 Disabled False1010:2010 Copy Pending - Global Copy 10 300 Disabled False1011:2011 Copy Pending - Global Copy 10 300 Disabled False1012:2012 Copy Pending - Global Copy 10 300 Disabled False1013:2013 Copy Pending - Global Copy 10 300 Disabled FalseFalse1015:2015 Copy Pending - Global Copy 10 300 Disabled False1016:2016 Copy Pending - Global Copy 10 300 Disabled False1017:2017 Copy Pending - Global Copy 10 300 Disabled False1018:2018 Copy Pending - Global Copy 10 300 Disabled False1019:2019 Copy Pending - Global Copy 10 300 Disabled False1020:2020 Copy Pending - Global Copy 10 300 Disabled False1021:2021 Copy Pending - Global Copy 10 300 Disabled False1022:2022 Copy Pending - Global Copy 10 300 Disabled False1023:2023 Copy Pending - Global Copy 10 300 Disabled False1024:2024 Copy Pending - Global Copy 10 300 Disabled False1025:2025 Copy Pending - Global Copy 10 300 Disabled False1026:2026 Copy Pending - Global Copy 10 300 Disabled False1027:2027 Copy Pending - Global Copy 10 300 Disabled False1028:2028 Copy Pending - Global Copy 10 300 Disabled False1029:2029 Copy Pending - Global Copy 10 300 Disabled False1030:2030 Copy Pending - Global Copy 10 300 Disabled False1031:2031 Copy Pending - Global Copy 10 300 Disabled False1032:2032 Copy Pending - Global Copy 10 300 Disabled False1033:2033 Copy Pending - Global Copy 10 300 Disabled False1034:2034 Copy Pending - Global Copy 10 300 Disabled False1035:2035 Copy Pending - Global Copy 10 300 Disabled FalseFalse1037:2037 Copy Pending - Global Copy 10 300 Disabled False1038:2038 Copy Pending - Global Copy 10 300 Disabled False1039:2039 Copy Pending - Global Copy 10 300 Disabled False1040:2040 Copy Pending - Global Copy 10 300 Disabled False1041:2041 Copy Pending - Global Copy 10 300 Disabled False1042:2042 Copy Pending - Global Copy 10 300 Disabled False1043:2043 Copy Pending - Global Copy 10 300 Disabled False1044:2044 Copy Pending - Global Copy 10 300 Disabled False1045:2045 Copy Pending - Global Copy 10 300 Disabled False1046:2046 Copy Pending - Global Copy 10 300 Disabled False1047:2047 Copy Pending - Global Copy 10 300 Disabled False1048:2048 Copy Pending - Global Copy 10 300 Disabled False1049:2049 Copy Pending - Global Copy 10 300 Disabled False1050:2050 Copy Pending - Global Copy 10 300 Disabled False1051:2051 Copy Pending - Global Copy 10 300 Disabled False1052:2052 Copy Pending - Global Copy 10 300 Disabled False1053:2053 Copy Pending - Global Copy 10 300 Disabled False1054:2054 Copy Pending - Global Copy 10 300 Disabled False1055:2055 Copy Pending - Global Copy 10 300 Disabled False1056:2056 Copy Pending - Global Copy 10 300 Disabled False1057:2057 Copy Pending - Global Copy 10 300 Disabled FalseFalse1059:2059 Copy Pending - Global Copy 10 300 Disabled False1100:2100 Copy Pending - Global Copy 11 300 Disabled False1101:2101 Copy Pending - Global Copy 11 300 Disabled False1102:2102 Copy Pending - Global Copy 11 300 Disabled False1103:2103 Copy Pending - Global Copy 11 300 Disabled False1104:2104 Copy Pending - Global Copy 11 300 Disabled False1105:2105 Copy Pending - Global Copy 11 300 Disabled False1106:2106 Copy Pending - Global Copy 11 300 Disabled False1107:2107 Copy Pending - Global Copy 11 300 Disabled False1108:2108 Copy Pending - Global Copy 11 300 Disabled False1109:2109 Copy Pending - Global Copy 11 300 Disabled False1110:2110 Copy Pending - Global Copy 11 300 Disabled False1111:2111 Copy Pending - Global Copy 11 300 Disabled False1112:2112 Copy Pending - Global Copy 11 300 Disabled False1113:2113 Copy Pending - Global Copy 11 300 Disabled False1114:2114 Copy Pending - Global Copy 11 300 Disabled False1115:2115 Copy Pending - Global Copy 11 300 Disabled False1116:2116 Copy Pending - Global Copy 11 300 Disabled False1117:2117 Copy Pending - Global Copy 11 300 Disabled False1118:2118 Copy Pending - Global Copy 11 300 Disabled False1119:2119 Copy Pending - Global Copy 11 300 Disabled FalseFalse1121:2121 Copy Pending - Global Copy 11 300 Disabled False1122:2122 Copy Pending - Global Copy 11 300 Disabled False1123:2123 Copy Pending - Global Copy 11 300 Disabled False1124:2124 Copy Pending - Global Copy 11 300 Disabled False1125:2125 Copy Pending - Global Copy 11 300 Disabled False1126:2126 Copy Pending - Global Copy 11 300 Disabled False1127:2127 Copy Pending - Global Copy 11 300 Disabled False1128:2128 Copy Pending - Global Copy 11 300 Disabled False1129:2129 Copy Pending - Global Copy 11 300 Disabled False1130:2130 Copy Pending - Global Copy 11 300 Disabled False1131:2131 Copy Pending - Global Copy 11 300 Disabled False1132:2132 Copy Pending - Global Copy 11 300 Disabled False1133:2133 Copy Pending - Global Copy 11 300 Disabled False1134:2134 Copy Pending - Global Copy 11 300 Disabled False1135:2135 Copy Pending - Global Copy 11 300 Disabled False1136:2136 Copy Pending - Global Copy 11 300 Disabled False1137:2137 Copy Pending - Global Copy 11 300 Disabled False1138:2138 Copy Pending - Global Copy 11 300 Disabled False1139:2139 Copy Pending - Global Copy 11 300 Disabled False1140:2140 Copy Pending - Global Copy 11 300 Disabled False1141:2141 Copy Pending - Global Copy 11 300 Disabled FalseFalse1143:2143 Copy Pending - Global Copy 11 300 Disabled False1144:2144 Copy Pending - Global Copy 11 300 Disabled False1145:2145 Copy Pending - Global Copy 11 300 Disabled False1146:2146 Copy Pending - Global Copy 11 300 Disabled False1147:2147 Copy Pending - Global Copy 11 300 Disabled False1148:2148 Copy Pending - Global Copy 11 300 Disabled False1149:2149 Copy Pending - Global Copy 11 300 Disabled False1300:2300 Copy Pending - Global Copy 13 300 Disabled False1301:2301 Copy Pending - Global Copy 13 300 Disabled False1302:2302 Copy Pending - Global Copy 13 300 Disabled False1303:2303 Copy Pending - Global Copy 13 300 Disabled False1400:2400 Copy Pending - Global Copy 14 300 Disabled False1401:2401 Copy Pending - Global Copy 14 300 Disabled False1500:2500 Copy Pending - Global Copy 15 300 Disabled False1501:2501 Copy Pending - Global Copy 15 300 Disabled False1502:2502 Copy Pending - Global Copy 15 300 Disabled False1503:2503 Copy Pending - Global Copy 15 300 Disabled False1600:2600 Copy Pending - Global Copy 16 300 Disabled False1601:2601 Copy Pending - Global Copy 16 300 Disabled False1602:2602 Copy Pending - Global Copy 16 300 Disabled False1603:2603 Copy Pending - Global Copy 16 300 Disabled False。

IBM DS8000 存储复制适配器版本 2.4.1 发行说明 IBM 第一版（2020 年 8 月

© Copyright IBM Corp. 2010, 2020
1
2 IBM DS8000 Storage Replication Adapter: Release Notes
Download site
You can download the IBM DS8000 SRA from the VMware website. /go/download-srm
iii
iv
Overview
The IBM DS8000 Storage Replication Adapter (SRA) is a software add-on that integrates with VMware vCenter Site Recovery Manager (SRM) solution and enables SRM to perform failovers with supported storage systems.
Contents
Overview...............................................................................................................1 Download site....................................................................................................... 3 Compatibility and requirements.............................................................................5

IBM小型机常用命令操作方法

• 这里看到机器有两块内置硬盘，另外可以看到它们的相关属性。
实用文档
6、硬盘的相关属性（如容量）可以这样得到：lsattr –El hdiskX，X=0,1…
• # lsattr -El hdisk0
• pvid 005fd7caaf9ad8a40000000000000000 Physical volume identifier False
•
ROM Level.(alterable).......M2P040106_condor_
•
ROM Level.(alterable).......0000CMD02252
•
ROM Level.(alterable).......MM040119
• 可以看到本主机的微码版本为 CMD02252
实用文档
9、AIX的版本可以用 oslevel 查看
• # oslevel • 5.1.0.0
• 这里看到的操作系统版本是 5.1
实用文档
10、AIX的系统补丁版本可以用 instfix –i |grep ML 查看到
• # instfix -i |grep ML • All filesets for 5.1.0.0_AIX_ML were found. • All filesets for 5100-01_AIX_ML were found. • All filesets for 5100-02_AIX_ML were found. • All filesets for 5100-03_AIX_ML were found. • All filesets for 5100-04_AIX_ML were found. • All filesets for 5100-05_AIX_ML were found. • All filesets for 5100-06_AIX_ML were found. • All filesets for 5100-07_AIX_ML were found.

IBM_DS8000系列存储红皮中文

2.3.1RIO-GRIO-G端口用于I/O扩展到外部的I/O抽屉。

RIO代表remote I/O。

RIO-G是从早期的RIO连接演化而来。

每个RIO-G端口能够运行在1GHz双向模式，能够在每个环路端口每个方向上传输数据。

它被设计为一种高性能自修复的连接。

p5 570提供2个外部RIO-G端口，一个适配卡增加2个端口。

在每个Processor complex上的2个端口形成一个环路。

图2-6 DS8000 RIO-G端口设计图2-6说明DS8000使用8个I/O抽屉时RRI-G如何连接。

这只是发生在所有扩展机架都安装的情况下。

DS8000 RUO-G连接将根据型号变化。

一个2路的DS8000型号将只有1个RIO-G环路。

1个4路的DS8000型号将有2个RIO-G环路。

每个环路支持4个disk enclosure。

2.3.2I/O enclosure所有基础型号都包含I/O enclosure和适配卡。

I/O enclosure内安装适配卡，提供适配卡到Proce ssor complex的连接。

DA和HA都安装在I/O enclosure里面。

每个I/O enclosure有6个槽位。

每个槽位都支持运行在64位133MHz的PCI-X适配卡。

3号和6号插槽用来使用DA。

每个I/ O enclosure剩下的插槽用来安装最多4块HA。

图2-7 I/O enclosure每个I/O enclosure有如下特征：4U机架式6个PCI-X插槽：3.3V，keyed，133 MHz blind-swap hot-plug默认的冗余热插拔电源和冷却设备2个RIO-G和SPCN端口2.4磁盘子系统DS8000提供可选的光纤通道硬盘，包括300G硬盘，使得DS8100容量标称到115.2TB，DS830 0容量标称到192T。

磁盘子系统由三部分组成：位于I/O enclosure内的DA。

这些是由存储影像访问RAID阵列的RAID控制器。