netapp-snapmirror操作步骤.doc

Netapp Snapmirror操作指导

2016年3月

目录
1. Netapp3140和Netapp3160配置snapmirror 2
1.1. 查看FAS 3140上的数据使用情况以及相关配置信息。 2
1.1.1. FAS 3140上vol使用情况 2
1.1.2. FAS 3140的网络配置信息 5
1.2. 在FAS 3160上创建配置 8
1.2.1. 配置aggr，vol，lun 8
1.2.2. 编辑配置文件 8
1.2.3. 配置临时网络地址 8
1.3. 进行snapmirror数据迁移 8
1.3.1. 检查FAS3160 dataontap系统版本 8
1.3.2. 定义snapmirror配置文件 9
1.3.3. 执行snapmirror复制命令开始数据复制 9
1.3.4. 验证数据 9
2. Netapp2240-2和Netapp 2240-4增加卷配置Snapmirror 10
2.1. 检查确认Netapp 2240-2和Netapp 2240-4的配置情况 10
2.2. 在netapp2240-4上创建配置 13
配置aggr，vol，lun 13
2.3. 执行snapmirror复制命令开始数据复制 13
2.4. 验证数据 13

1. Netapp3140和Netapp3160配置snapmirror
1.1. 查看FAS 3140上的数据使用情况以及相关配置信息。
1.1.1. FAS 3140上vol使用情况
fas3140a：
fas3140a*> df -Ag
Aggregate total used avail capacity
aggr0 5258GB 4663GB 595GB 89%
aggr0/.snapshot 0GB 0GB 0GB ---%
fas3140a*> df -h
Filesystem total used avail capacity Mounted on
/vol/vol0/ 24GB 1124MB 22GB 5% /vol/vol0/
/vol/vol0/.snapshot 6144MB 281MB 5862MB 5% /vol/vol0/.snapshot
/vol/volcaeopt/ 100GB 95GB 4809MB 95% /vol/volcaeopt/
/vol/volcaeopt/.snapshot 0KB 488KB 0KB ---% /vol/volcaeopt/.snapshot
/vol/volcae60_02/ 550GB 501GB 48GB 91% /vol/volcae60_02/
/vol/volcae60_02/.snapshot 0TB 0TB 0TB ---% /vol/volcae60_02/.snapshot
/vol/volcae60_00/ 550GB 501GB 48GB 91% /vol/volcae60_00/
/vol/volcae60_00/.snapshot 0TB 0TB 0TB ---% /vol/volcae60_00/.snapshot
/vol/volcae60_03/ 550GB 501GB 48GB 91% /vol/volcae60_03/
/vol/volcae60_03/.snapshot 0TB 0TB 0TB ---% /vol/volcae60_03/.snapshot
/vol/volcae60_01/ 550GB 501GB 48GB 91% /vol/volcae60_01/
/vol/volcae60_01/.snapshot 0TB 0TB 0TB ---% /vol/volcae60_01/.snapshot
/vol/volcae60_04/ 550GB 501GB 48GB 91% /vol/volcae60_04/
/vol/volcae60_04/.snapshot 0TB 0TB 0TB ---% /vol/volcae60_04/.snapshot
/vol/volcae60_05/ 550GB 501GB 48GB 91% /vol/volcae60_05/
/vol/volcae60_05/.snapshot 0TB 0TB 0TB ---% /vol/volcae60_05/.snapshot
/vol/volcae60_06/ 1100GB 1026GB 73GB 93% /vol/volcae60_06/
/vol/volcae60_06/.snapshot 0TB 0TB 0TB ---% /vol/volcae60_06/.snapshot
/vol/volbackup/ 100GB 91GB 8561MB 92% /vol/volbackup/
/vol/volbackup/.snapshot 0TB 0TB 0TB ---% /vol/volbackup/.snapshot
fas3140a*> lun show -m
LUN path Mapped to LUN ID Protocol
-----------------------------------------------------------------------
/vol/volcae60_00/cae60_00/luncae60_00 cae60_00 0 FCP
/vol/volcae60_01/cae60_01/luncae60_01 cae60_01 0 FCP
/vol/volcae60_02/cae60_02/luncae60_02 cae60_02 0 FCP
/vol/volcae60_03/cae60_03/luncae60_03 cae60_03 0 FCP
/vol/volcae60_04/cae60_04/luncae60_04 cae60_04 0 FCP
/vol/volcae60_05/cae60_05/luncae60_05 cae60_05 0 FCP
/vol/volcae60_06/cae60_06/luncae60_06 cae60_06 0 FCP
Fas3140b：

1.1.2. FAS 3140的网络配置信息
fas3140a*> ifconfig -a
e0M: flags=0x2948867<UP,BROADCAST,RUNNING,MULTICAST,TCPCKSUM> mtu 1500
inet 192.168.100.4 netmask 0xffffff00 broadcast 192.168.100.255
partner inet 192.168.100.5 (not in use)
ether 00:a0:98:0c:ae:b6 (auto-100tx-fd-up) flowcontrol full
e0a: flags=0xad48867<UP,BROADCAST,RUNNING,MULTICAST,TCPCKSUM> mtu 1500
ether 02:a0:98:0c:ae:b6 (auto-1000t-fd-up) flowcontrol full
trunked vif1
e0b: flags=0xad48867<UP,BROADCAST,RUNNING,MULTICAST,TCPCKSUM> mtu 1500
ether 02:a0:98:0c:ae:b6 (auto-1000t-fd-up) flowcontrol full
trunked vif1
lo: flags=0x1948049<UP,LOOPBACK,RUNNING,MULTICAST,TCPCKSUM> mtu 8160
inet 127.0.0.1 netmask 0xff000000 broadcast 127.0.0.1
ether 00:00:00:00:00:00 (VIA Provider)
vif1: flags=0x22d48863<UP,BROADCAST,RUNNING,MULTICAST,TCPCKSUM> mtu 1500
inet 192.168.50.1 netmask 0xffffff00 broadcast 192.168.50.255
partner vif1 (not in use)
ether 02:a0:98:0c:ae:b6 (Enabled virtual interface)
fas3140a*> rdfile /etc/exports
/vol/volcaeopt -sec=sys,rw,root=192.168.50.10:192.168.50.56:192.168.50.55:192.168.50.54:192.168.50.53:192.168.50.52:192.168.50.51:192.168.50.50
/vol/vol0 -sec=sys,rw,anon=0
/vol/vol0/home -sec=sys,rw
#/vol/voldata -sec=sys,rw,root=192.168.50.10:192.168.50.56:192.168.50.55:192.168.50.54:192.168.50.53:192.168.50.52:192.168.50.51:192.168.50.50
/vol/volstage -sec=sys,rw,root=192.168.50.10:192.168.50.56:192.168.50.55:192.168.50.54:192.168.50.53:192.168.50.52:192.168.50.51:192.168.50.50
/vol/volbackup -sec=sys,rw,root=192.168.50.10:192.168.50.56:192.168.50.55:192.168.50.54:192.168.50.53:192.168.50.52:192.168.50.51:192.168.50.50
fas3140a*> rdfile /etc/hosts
#Generated by setup Tue Jul 27 10:57:38 CDT 2010
#Auto-generated by setup Mon Jul 26 16:39:03 CST 2010
127.0.0.1 localhost
192.168.50.1 fas3140a fas3140a-vif1
192.168.50.2 fas3140b
192.168.100.4 fas3140a-e0M
fas3140a*> rdfile /etc/rc
fas3140a> rdfile /etc/rc
#Regenerated by registry Tue Jul 27 10:57:38 CDT 2010
#Auto-generated by setup Mon Jul 26 16:39:03 CST 2010
hostname fas3140a
vif create multi vif1 -b rr e0a e0b
ifconfig vif1 `hostname`-vif1 netmask 255.255.255.0 mediatype auto mtusize 1500 partner vif1
ifconfig vif1 `hostname`-vif1 netmask 255.255.255.0 mediatype auto mtusize 1500 partner vif1
ifconfig e0M `hostname`-e0M netmask 255.255.255.0 mtusize 1500 flowcontrol full partner 192.168.100.5
#route add default NONE 1
routed on
options dns.enable off
options nis.enable off
1.2. 在FAS 3160上创建配置
1.2.1. 配置aggr，vol，lun
参照fas3140的配置分别在3160a和3160b上创建aggr、vol、lun，fas3160上的vol和lun的空间需要≥3140上面的配置。
fas3160a：

Fas3160b：

1.2.2. 编辑配置文件
编辑/etc/hosts 、/etc/exports、/etc/rc

1.2.3. 配置临时网络地址

1.3. 进行snapmirror数据迁移
1.3.1. 检查FAS3160 dataontap系统版本
检查Sysconfig –a的输出，确定FAS3160的data on tap版本要不低于FAS3140。如果系统版本低于FAS3140，需要先升级微码，否则无法进行snapmirror。

1.3.2. 定义snapmirror配置文件
编辑/etc/snapmirror.conf

1.3.3. 执行snapmirror复制命令开始数据复制
依次对所有vol执行snapmirror命令
建立vol0间的snapmirror关系，开始数据复制：
snapmirror initialize -S systemA:vol0 systemB:vol0

查看snapmirror状态，确认状态为transferring，表面数据传输开始进行。
Snapmirror status

1.3.4. 验证数据
通过查看snapmirror状态，确认所有vol状态为Snapmirrored。
Snapmirror status

进行FAS3140到FAS3160的应用切换，修改Fas3160上面的网络配置，进行数据验证。

2. Netapp2240-2和Netapp 2240-4增加卷配置Snapmirror
本次要新增snapmirror的卷是DSEP平台使用的2个3.5T的卷，由netapp2240-2使用FC的形式分配给DSEP 的两台IO节点

2.1. 检查确认Netapp 2240-2和Netapp 2240-4的配置情况
Netapp2240-2 whs002:
whn002> df -Ag
Aggregate total used avail capacity
aggr0 492GB 203GB 289GB 41%
aggr0/.snapshot 0GB 0GB 0GB ---%
aggrcao 9351GB 7701GB 1650GB 82%
aggrcao/.snapshot 0GB 0GB 0GB ---%
whn002> df -h
Filesystem total used avail capacity Mounted on
/vol/vol0/ 190GB 10GB 179GB 5% /vol/vol0/
/vol/vol0/.snapshot 10GB 442MB 9797MB 4% /vol/vol0/.snapshot
/vol/rootcao/ 28GB 11MB 28GB 0% /vol/rootcao/
/vol/rootcao/.snapshot 1536MB 4084KB 1532MB 0% /vol/rootcao/.snapshot
/vol/cao001d001/ 1800GB 484GB 1315GB 27% /vol/cao001d001/
/vol/cao001d001/.snapshot 200GB 56GB 143GB 28% /vol/cao001d001/.snapshot
/vol/cao002d002/ 900GB 324GB 575GB 36% /vol/cao002d002/
/vol/cao002d002/.snapshot 100GB 303MB 99GB 0% /vol/cao002d002/.snapshot
/vol/cao003d003/ 540GB 382GB 157GB 71% /vol/cao003d003/
/vol/cao003d003/.snapshot 60GB 820MB 59GB 1% /vol/cao003d003/.snapshot
/vol/dsep02/ 4096GB 3514GB 581GB 86% /vol/dsep02/
/vol/dsep02/.snapshot 0TB 0TB 0TB ---% /vol/dsep02/.snapshot
/vol/volzzpp/ 2248GB 2056GB 191GB 91% /vol/volzzpp/
/vol/volzzpp/.snapshot 0TB 0TB 0TB ---% /vol/volzzpp/.snapshot
whn002> lun show -m
LUN path Mapped to LUN ID Protocol
-----------------------------------------------------------------------
/vol/dsep02/lun0 mrhdesio02 1 FCP
/vol/volzzpp/zzpp/lun0 zzpp 2 iSCSI

Netapp2240-2 whs003
whn003> df -Ag
Aggregate total used avail capacity
aggr0 8859GB 4249GB 4609GB 48%
aggr0/.snapshot 0GB 0GB 0GB ---%
whn003> df -h
Filesystem total used avail capacity Mounted on
/vol/vol0/ 190GB 9448MB 180GB 5% /vol/vol0/
/vol/vol0/.snapshot 10GB 377MB 9862MB 4% /vol/vol0/.snapshot
/vol/dsep01/ 4024GB 4024GB 0GB 100% /vol/dsep01/
/vol/dsep01/.snapshot 0GB 150GB 0GB ---% /vol/dsep01/.snapshot
whn003> lun show -m
LUN path Mapped to LUN ID Protocol
-----------------------------------------------------------------------
/vol/dsep01/lun0 mrhdesio01 0 FCP

Whs004:
whn005> df -Ag
Aggregate total used avail capacity
aggr0 26822GB 8073GB 18748GB 30%
aggr0/.snapshot 0GB 7GB 0GB ---%
whn005> df -h
Filesystem total used avail capacity Mounted on
/vol/vol0/ 190GB 5653MB 184GB 3% /vol/vol0/
/vol/vol0/.snapshot 10GB 592MB 9647MB 6% /vol/vol0/.snapshot
/vol/cao001d001/ 1800GB 484GB 1315GB 27% /vol/cao001d001/
/vol/cao001d001/.snapshot 200GB 64GB 135GB 32% /vol/cao001d001/.snapshot
/vol/cao002d002/ 900GB 324GB 575GB 36% /vol/cao002d002/
/vol/cao002d002/.snapshot 100GB 5237MB 94GB 5% /vol/cao002d002/.snapshot
/vol/cao003d003/ 540GB 381GB 158GB 71% /vol/cao003d003/
/vol/cao003d003/.snapshot 60GB 443MB 59GB 1% /vol/cao003d003/.snapshot
/vol/rootcao/ 28GB 11MB 28GB 0% /vol/rootcao/
/vol/rootcao/.snapshot 1536MB 4088KB 1532MB 0% /vol/rootcao/.snapshot
/vol/dsep01/ 4024GB 3705GB 318GB 92% /vol/dsep01/
/vol/dsep01/.snapshot 0TB 0TB 0TB ---% /vol/dsep01/.snapshot

2.2. 在netapp2240-4上创建配置

配置aggr，vol，lun
参照netapp2240-2的配置在netapp2240-4上新建相同的vol和lun
修改snapmirror配置文件
保存原有的snapmirror.conf文件，
重新编辑snapmirror.conf文件，增加DSEP卷的配对
2.3. 执行snapmirror复制命令开始数据复制
依次对所有vol执行snapmirror命令
建立vol0间的snapmirror关系，开始数据复制：
snapmirror initialize -S systemA:vol0 systemB:vol0

查看snapmirror状态，确认状态为transferring，表面数据传输开始进行。
Snapmirror status

2.4. 验证数据
通过查看snapmirror状态，确认所有vol状态为Snapmirrored。
Snapmirror status