存储运维知识点记录（netapp,华为，HP-3par,emc）

netapp部分

（1）当netapp存储出现问题了，应该怎么收集日志？

一般当硬件（硬盘，电池）出现问题时，厂商会要求收集autosupport日志，收集时在netapp的命令号模式下：

#system node autosupport invoke -node * -type all -message "invoke.all" -uri file:///mroot/etc/log/retransmit/body.7z       //触发一个新的autosupport触发后浏览器访问：https://cluster_management_ip/spi/node_name/etc/log/retransmit
其中cluster_management_ip为我们实际的cluster管理ip,node_name为controller的名字，然后找到body.7z,下载即可。
注意：一般会有2个node，每个node都要下载一份.7z文件。

（2）当netapp更换硬盘时的换盘步骤？

第一步   disk show，确认坏盘1.1.22的owner（坏盘状态是broken）。
第二步   硬盘1.1.22拔插进行更换。
第三步   disk show，确认新盘1.1.22是否已经有owner。如果没有执行第四步
第四步   storage disk assign -disk 1.1.22 -owner XW-NA-VM-B4F16A注意：有时需要进node,进入node命令为：run –node VA-VM-N03A(node可tab键列出所有)
进入node后，可以执行：storage show fault –v进一步再看是否有坏盘。NA-VM-N02::> event log show        //查看netapp的日志信息

（3）netapp存储如何扩展inode的数量？

增加inode数量的方法：
XW-NA-CP-N01::> volume show -vserver XW-NA-CP-N01-SVM -volume xw_pvlsmspice -fields files
vserver          volume        files
---------------- ------------- --------
XW-NA-CP-N01-SVM xw_pvlsmspice 21251126XW-NA-CP-N01::> vol modify -volume xw_pvlsmspice -files 31251126Volume modify successful on volume xw_pvlsmspice of Vserver XW-NA-CP-N01-SVM.                                                      XW-NA-CP-N01::> volume show -vserver XW-NA-CP-N01-SVM -volume xw_pvlsmspice -fields files
vserver          volume        files
---------------- ------------- --------
XW-NA-CP-N01-SVM xw_pvlsmspice 31251117

（4）netapp硬件知识？

主要针对于netapp FAS3200系列

System Manager是netapp提供的图形接口管理，可以方便的对netapp存储设备进行管理。

登录存储控制器成功后，可以看到存储的当前状态

（5）netapp开机及关机顺序？

开机顺序：先按照磁盘架编号顺序加电磁盘架的双电源，5分钟后加电控制器。然后再对连接到存储的服务器加电。

关机顺序：确认所有连接的应用程序已经关闭（包括通过FCP或ISCSI连接到存储的server等服务，和通过NAS连接到存储的应用）

确认连接到存储的服务器已经关闭（通过FCP或ISCSI连接的服务器）

通过串口或TELNET登录到系统；

对机头输入“halt -f”命令，并且回到CFE>状态

先关闭控制器电源，依次关闭磁盘架电源。

HP 3PAR存储部分

（1）3Par存储查看SFP光模块的收发光功率？

执行showport -sfp -ddm 0:5:1
TX和RX大于400即为正常

（2）3Par存储查看版本信息

XW-HP-CP-S05 cli% showversion
Release version 3.3.1 (MU2)
Patches:  P32,P34,P40,P45,P51,P52,P60,P76,P80,P90Component Name                   Version
CLI Server                       3.3.1 (P90)
CLI Client                       3.3.1
System Manager                   3.3.1 (P90)
Kernel                           3.3.1 (MU2)
TPD Kernel Code                  3.3.1 (MU2)
TPD Kernel Patch                 3.3.1 (P90)

（3）3Par存储VSP5.0收集insplore和fcollect的方法？

登录SP（WEB管理界面）后选择网页上方的下拉菜单，选择系统-->选择右上角的操作-收集支持数据。

选中insplore和文件角色收集

侧边任务条提示收集：

收集完成后，在下拉菜单上选择文件：

选中要下载的文件，选择操作-->下载

（4）3PAR存储常用命令：

#showvv //查看VV或VV set的状态

#showvlun -sortcol 1 //查看Vlun状态

#showhostset #showhost //查看hostset或者host

#showcpg //显示CPG信息

创建CPG Template

HPE-UAT-S02 cli% createtemplate cpg -t r5 -ssz 4 -p -devtype FC -rpm 15 CPG_R5_Template

-t 表示raid type，

r0代表RAID-0，r1代表RAID-1，r5代表RAID-5，r6代表RAID-6。如果未指定该参数，光纤盘与固态盘使用raid1，SATA等NL类型设备使用raid6。

-ssz表示切片类型，

根据raid type决定: RAID-1的参数值是2，RAID-5的参数值是4，RAID-6的参数值是8。

创建CPG

HPE-UAT-S02 cli% createcpg -templ CPG_R5_Template CPG01
HPE-UAT-S02 cli% createcpg -t r5 -ssz 4 -p -devtype FC -rpm 15 CPG02

创建VV

HPE-UAT-S02 cli% createvv CPG_5 YZ-CP20-VMFS-3PAR-Lun01-1 2T
HPE-UAT-S02 cli% createvv CPG_5 YZ-CP20-VMFS-3PAR-Lun01-2 2T

创建host

HPE-UAT-S02 cli% createhost -persona 11 ppesx201 x y
HPE-UAT-S02 cli% createhost -persona 11 ppesx202 x y

HPE-UAT-S02 cli% showsys（查看系统信息）---------------(MB)----------------ID ---Name---- ----Model---- -Serial- Nodes Master TotalCap AllocCap FreeCap FailedCap
27241 HPE-UAT-S02 HP_3PAR 7200c 1627241      2      0 15095808  6762496 8333312         0
HPE-UAT-S02 cli% showsysmgr（查看系统启动时间）
System is up and running from 2017-09-20 10:48:36 CST
HPE-UAT-S02 cli% showalert（查看告警信息）
no alerts
HPE-UAT-S02 cli% showbattery（查看电池信息）
Node PS Bat Assy_Serial    -State- ChrgLvl(%) -ExpDate- Expired Testing0,1  0   0 6CQUBA3HN7I9BZ OK             100 n/a       No      No     0,1  1   0 6CQUBA3HN7REBW OK             100 n/a       No      No
HPE-UAT-S02 cli% showcage（查看磁盘柜信息）
Id Name  LoopA Pos.A LoopB Pos.B Drives Temp  RevA RevB Model Side0 cage0 1:0:1     0 0:0:1     0     18 26-29 3219 3219 DCN1  n/a
HPE-UAT-S02 cli% showinventory（扫描硬件信息）ID ---Name---- ----Model---- -Serial- Nodes Master
27241 HPE-UAT-S02 HP_3PAR 7200c 1627241      2      0---------------------------------------------------------
-----------------------Node Inventory--------------------
--------------------------------------------------------------------------------------Nodes-----------------------------
Node --Name--- -Manufacturer- ---Assy_Part---- --Assy_Serial---0 1627241-0 FXN            QR511-63001      PDHWNB6LM7V0VW  1 1627241-1 FXN            QR511-63001      PDHWNB6LM7V0MG  -------------------PCI Cards-------------------
Node Slot Type -Manufacturer- -Model-- -Serial-0    0 SAS  LSI            9205-8e  Onboard 0    1 FC   EMULEX         LPe12002 Onboard 0    3 Eth  Intel          e1000e   Onboard 1    0 SAS  LSI            9205-8e  Onboard 1    1 FC   EMULEX         LPe12002 Onboard 1    3 Eth  Intel          e1000e   Onboard --------------------------------------CPUs--------------------------------------
Node CPU -Manufacturer- ---------------------Model--------------------- -Serial-0   0 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      0   1 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      0   2 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      0   3 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      0   4 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      0   5 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      0   6 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      0   7 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      0   8 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      0   9 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      0  10 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      0  11 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      1   0 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      1   1 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      1   2 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      1   3 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      1   4 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      1   5 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      1   6 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      1   7 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      1   8 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      1   9 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      1  10 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      1  11 GenuineIntel   45 (Intel(R) Xeon(R) CPU E5-2428L 0 @ 1.80GHz)  --      ----------------------------Internal Drives----------------------------
Node Drive -Manufacturer- -----Model------ ---Serial--- -Firmware- Type0     0 SanDisk        DX110128A5xnNMRI 144707400215 X231600    ATA 1     0 SanDisk        DX110128A5xnNMRI 144707400181 X231600    ATA -----------------------------------------Physical Memory------------------------------------------
Node Slot SlotID Name      Type       --Manufacturer--- ----PartNumber---- -Serial- -Rev- Size(MB)0    0 J0155  DIMM0.0   DDR3_SDRAM SK Hynix          HMT82GV7AMR4A-PB   3077BA61 4438     163840  n/a J0300  DIMM0.0.0 DDR2_SDRAM Micron Technology 18HVF25672PZ-80EH1 0DEE0B54 0100      20480  n/a J0301  DIMM0.1.0 DDR2_SDRAM Micron Technology 18HVF25672PZ-80EH1 0DEE0B69 0100      20481    0 J0155  DIMM0.0   DDR3_SDRAM SK Hynix          HMT82GV7AMR4A-PB   3077BA68 4438     163841  n/a J0300  DIMM0.0.0 DDR2_SDRAM Micron Technology 18HVF25672PZ-80EH1 0DEE0B58 0100      20481  n/a J0301  DIMM0.1.0 DDR2_SDRAM Micron Technology 18HVF25672PZ-80EH1 0DEE0B57 0100      2048-----------------Power Supplies------------------
Node PS -Manufacturer- -Assy_Part- -Assy_Serial--0,1  0 XYRATEX        726237-001  5DNSFA2436Y1U40,1  1 XYRATEX        726237-001  5DNSFA2436Y1UW---------------------------------------------------------
---------------------Battery Inventory-------------------
---------------------------------------------------------Node PS Bat -Manufacturer- -Assy_Part- -Assy_Serial--0,1  0   0 XYRATEX        683542-001  6CQUBA3HN7I9BZ0,1  1   0 XYRATEX        683542-001  6CQUBA3HN7REBW---------------------------------------------------------
-----------------------Port Inventory--------------------
---------------------------------------------------------N:S:P Brand  Model    Rev Firmware    Serial  HWType
0:0:1 LSI    9205-8e  01  17.11.00.00 Onboard SAS
0:0:2 LSI    9205-8e  01  17.11.00.00 Onboard SAS
0:1:1 EMULEX LPe12002 03  2.02.X.15   Onboard FC
0:1:2 EMULEX LPe12002 03  2.02.X.15   Onboard FC
0:3:1 Intel  e1000e   n/a 2.3.2-k     Onboard Eth
1:0:1 LSI    9205-8e  01  17.11.00.00 Onboard SAS
1:0:2 LSI    9205-8e  01  17.11.00.00 Onboard SAS
1:1:1 EMULEX LPe12002 03  2.02.X.15   Onboard FC
1:1:2 EMULEX LPe12002 03  2.02.X.15   Onboard FC
1:3:1 Intel  e1000e   n/a 2.3.2-k     Onboard Eth
----------------------------------------------------10                                               ---------------------------------------------------------
-----------------------Cage Inventory--------------------
-------------------------------------------------------------------------------------------------Midplane----------------------------------------
Cage -Name- -Manufacturer- -Assy_Part- -Assy_Serial-- -Firmware- -Type- ------WWN-------0 cage0  XYRATEX        QR490-63001 ECMCBA4TF7LFDJ 3219       DCN1   50050CC10C2390C4------------------------------Interface Card------------------------------
Cage -I/F_card- -Name- -Manufacturer- -Assy_Part- -Assy_Serial- -Firmware-0          0 SAS A  XYRATEX        n/a         n/a           3219      0          1 SAS B  XYRATEX        n/a         n/a           3219      -------------------Magazine--------------------
Cage Mag -Name- -Manufacturer- -Model- -Serial-0   0 0:0    n/a            n/a     n/a     0   1 0:1    n/a            n/a     n/a     0   2 0:2    n/a            n/a     n/a     0   3 0:3    n/a            n/a     n/a     0   4 0:4    n/a            n/a     n/a     0   5 0:5    n/a            n/a     n/a     0   6 0:6    n/a            n/a     n/a     0   7 0:7    n/a            n/a     n/a     0   8 0:8    n/a            n/a     n/a     0   9 0:9    n/a            n/a     n/a     0  10 0:10   n/a            n/a     n/a     0  11 0:11   n/a            n/a     n/a     0  12 0:12   n/a            n/a     n/a     0  13 0:13   n/a            n/a     n/a     0  14 0:14   n/a            n/a     n/a     0  15 0:15   n/a            n/a     n/a     0  16 0:16   n/a            n/a     n/a     0  17 0:17   n/a            n/a     n/a     --------------------------Power Supply--------------------------
Cage PS -----Name----- -Manufacturer- -Assy_Part- -Assy_Serial--0  0 Power Supply 0 XYRATEX        726237-001  5DNSFA2436Y1U40  1 Power Supply 1 XYRATEX        726237-001  5DNSFA2436Y1UW---------------------------------------------------------
-----------------------Disk Inventory--------------------
---------------------------------------------------------Id CagePos State  ----Node_WWN---- --MFR-- -----Model------ -Serial- -FW_Rev- Protocol MediaType -----AdmissionTime-----0 0:0:0   normal 5000CCA05770C723 HITACHI HCBRE0900GBAS10K KXJ00RXF 3P02     SAS      Magnetic  2015-02-10 15:58:25 CST1 0:1:0   normal 5000CCA05771A39F HITACHI HCBRE0900GBAS10K KXJ0HE3F 3P02     SAS      Magnetic  2015-02-10 15:58:25 CST2 0:2:0   normal 5000CCA0576AE3E7 HITACHI HCBRE0900GBAS10K KXHWTB6R 3P02     SAS      Magnetic  2015-02-10 15:58:25 CST3 0:3:0   normal 5000CCA05770B3FB HITACHI HCBRE0900GBAS10K KXHZZGBF 3P02     SAS      Magnetic  2015-02-10 15:58:25 CST4 0:4:0   normal 5000CCA0577150FF HITACHI HCBRE0900GBAS10K KXJ09XJF 3P02     SAS      Magnetic  2015-02-10 15:58:25 CST5 0:5:0   normal 5000CCA05770DC3B HITACHI HCBRE0900GBAS10K KXJ024GF 3P02     SAS      Magnetic  2015-02-10 15:58:25 CST6 0:6:0   normal 5000CCA0576EF50B HITACHI HCBRE0900GBAS10K KXHZ0PNR 3P02     SAS      Magnetic  2015-02-10 15:58:25 CST7 0:7:0   normal 5000CCA057714FB7 HITACHI HCBRE0900GBAS10K KXJ09UWF 3P02     SAS      Magnetic  2015-02-10 15:58:25 CST8 0:8:0   normal 5000CCA05771376F HITACHI HCBRE0900GBAS10K KXJ086SF 3P02     SAS      Magnetic  2015-02-10 15:58:25 CST9 0:9:0   normal 5000CCA057712297 HITACHI HCBRE0900GBAS10K KXJ06URF 3P02     SAS      Magnetic  2015-02-10 15:58:25 CST
10 0:10:0  normal 5000CCA0577179DF HITACHI HCBRE0900GBAS10K KXJ0DMXF 3P02     SAS      Magnetic  2015-02-10 15:58:25 CST
11 0:11:0  normal 5000CCA0576C1337 HITACHI HCBRE0900GBAS10K KXHXEKDR 3P02     SAS      Magnetic  2015-02-10 15:58:25 CST
12 0:12:0  normal 5000CCA057718103 HITACHI HCBRE0900GBAS10K KXJ0E3NF 3P02     SAS      Magnetic  2015-02-10 15:58:25 CST
13 0:13:0  normal 5000CCA05771514B HITACHI HCBRE0900GBAS10K KXJ09Y4F 3P02     SAS      Magnetic  2015-02-10 15:58:25 CST
15 0:15:0  normal 5000CCA0577099C3 HITACHI HCBRE0900GBAS10K KXHZXR7F 3P02     SAS      Magnetic  2015-02-10 15:58:25 CST
16 0:16:0  normal 5000CCA05769819F HITACHI HCBRE0900GBAS10K KXHW0STR 3P02     SAS      Magnetic  2015-02-10 15:58:25 CST
17 0:17:0  normal 5000CCA05770E9A3 HITACHI HCBRE0900GBAS10K KXJ0314F 3P02     SAS      Magnetic  2015-02-10 15:58:25 CST
18 0:14:0  normal 5000CCA071437127 HITACHI HCBRE0900GBAS10K W8H62U5C 3P02     SAS      Magnetic  2016-03-15 00:08:40 CST
------------------------------------------------------------------------------------------------------------------------
18 total
HPE-UAT-S02 cli% shownet（查看控制器网络配置）
IP Address                                         Netmask/PrefixLen    Nodes    Active Speed  Duplex AutoNeg Status
103.12.255.31                                      255.255.255.0        01       1      1000   Full   Yes     Active    Default route: 103.12.255.254
NTP server: None
DNS server: None
HPE-UAT-S02 cli% shownode（查看控制器信息）Control    Data        Cache
Node --Name--- -State- Master InCluster -Service_LED ---LED--- Mem(MB) Mem(MB) Available(%)0 1627241-0 OK      Yes    Yes       Unknown      GreenBlnk   16384    4096          1001 1627241-1 OK      No     Yes       Unknown      GreenBlnk   16384    4096          100
HPE-UAT-S02 cli% shownodeenv（查看控制器状态）Node 0
---------------Measurement------ -Reading- -Lo_Limit- -Hi_Limit- -----Status-----Ambient      20 C        5 C       40 C Within ToleranceMidplane      27 C       10 C       50 C Within TolerancePCM 0 inlet      19 C       10 C       50 C Within TolerancePCM 0 hotspot      26 C       10 C       65 C Within TolerancePCM 1 inlet      24 C       10 C       50 C Within TolerancePCM 1 hotspot      30 C       10 C       65 C Within ToleranceSBB Canister 0      37 C       15 C       69 C Within ToleranceSBB Canister 0      41 C       15 C       72 C Within ToleranceSBB Canister 0      47 C       15 C       60 C Within ToleranceSBB Canister 0      38 C       15 C       52 C Within Tolerance
SBB Canister 0 near CPU      50 C        5 C       77 C Within ToleranceSBB Canister 0 CPU2      48 C       10 C       82 C Within ToleranceSBB Canister 0 memory      41 C        5 C       82 C Within ToleranceSBB Canister 1      37 C       15 C       69 C Within ToleranceSBB Canister 1      41 C       15 C       72 C Within ToleranceSBB Canister 1      48 C       15 C       60 C Within ToleranceSBB Canister 1      40 C       15 C       52 C Within Tolerance
SBB Canister 1 near CPU      48 C        5 C       77 C Within ToleranceSBB Canister 1 CPU2      48 C       10 C       82 C Within ToleranceSBB Canister 1 memory      42 C        5 C       82 C Within TolerancePCM 0 (5V)    5.15 V        ---        --- Within TolerancePCM 0 (40A Max)    3.55 A        ---        --- Within TolerancePCM 0 (12V)   12.26 V        ---        --- Within TolerancePCM 0 (56A Max)    8.94 A        ---        --- Within TolerancePCM 1 (5V)    5.15 V        ---        --- Within TolerancePCM 1 (40A Max)    5.85 A        ---        --- Within TolerancePCM 1 (12V)   12.26 V        ---        --- Within TolerancePCM 1 (56A Max)    9.72 A        ---        --- Within ToleranceNode 12.00V   12.18 V    11.40 V    12.60 V Within ToleranceNode AUX 12.00V   12.15 V    11.40 V    12.60 V Within ToleranceHBA 12.00V   12.12 V    11.40 V    12.60 V Within ToleranceNode 5.00V    4.96 V     4.75 V     5.25 V Within ToleranceNode AUX 5.00V    4.99 V     4.75 V     5.25 V Within ToleranceNode 3.30V    3.30 V     3.13 V     3.47 V Within ToleranceHBA 3.30V    3.34 V     3.13 V     3.47 V Within ToleranceFPGA 3.30V    3.26 V     3.13 V     3.47 V Within TolerancePCIe SW 2.50V    2.45 V     2.37 V     2.63 V Within TolerancePHY0 1.90V    1.87 V     1.80 V     2.00 V Within TolerancePHY1 1.90V    1.92 V     1.80 V     2.00 V Within ToleranceCPU PLL 1.80V    1.75 V     1.56 V     1.96 V Within TolerancePCIe SW 1.50V    1.48 V     1.42 V     1.58 V Within ToleranceNode 1.20V    1.20 V     1.14 V     1.26 V Within TolerancePCH 1.10V    1.09 V     1.04 V     1.15 V Within ToleranceCPU 1.05/1.0V    1.05 V     0.95 V     1.10 V Within ToleranceNode 1.00V    1.00 V     0.95 V     1.05 V Within ToleranceCPU VCCP 0.85V    0.83 V     0.70 V     1.20 V Within ToleranceCPU VSA 0.90V    0.90 V     0.70 V     1.20 V Within ToleranceDDR2 VDDQ 1.80V    1.82 V     1.70 V     1.89 V Within ToleranceDDR2 VTT 0.90V    0.89 V     0.85 V     0.95 V Within ToleranceDDR3 VDDQ 1.37V    1.36 V     1.30 V     1.44 V Within ToleranceDDR3 VTT 0.68V    0.68 V     0.65 V     0.72 V Within ToleranceNode Input 12V   12.10 V    11.40 V    12.60 V Within ToleranceNode Input Cur    6.34 A     0.00 A    22.00 A Within ToleranceNode Input PWR    76.7 W      0.0 W    264.0 W Within ToleranceLM87 Int Temp    43.0 C      0.0 C     68.0 C Within ToleranceLM87 Ext Temp    41.0 C     -4.0 C     60.0 C Within ToleranceLM92 Int Temp    42.3 C      0.0 C     64.0 C Within ToleranceLM94 Int Temp    41.0 C      0.0 C     72.0 C Within ToleranceLM94 Ext Temp    42.1 C      0.0 C     67.0 C Within ToleranceCPU Current    6.00 A     0.00 A    59.00 A Within ToleranceN VCC_DIV 5.28V    5.09 V     5.00 V     5.54 V Within ToleranceN V3_DIV 3.3V    3.27 V     3.13 V     3.47 V Within ToleranceN P2V5 2.50V    2.50 V     2.37 V     2.63 V Within ToleranceN P1V2 1.20V    1.20 V     1.14 V     1.26 V Within ToleranceNode 1
---------------Measurement------ -Reading- -Lo_Limit- -Hi_Limit- -----Status-----Ambient      20 C        5 C       40 C Within ToleranceMidplane      27 C       10 C       50 C Within TolerancePCM 0 inlet      19 C       10 C       50 C Within TolerancePCM 0 hotspot      26 C       10 C       65 C Within TolerancePCM 1 inlet      24 C       10 C       50 C Within TolerancePCM 1 hotspot      30 C       10 C       65 C Within ToleranceSBB Canister 0      37 C       15 C       69 C Within ToleranceSBB Canister 0      41 C       15 C       72 C Within ToleranceSBB Canister 0      47 C       15 C       60 C Within ToleranceSBB Canister 0      38 C       15 C       52 C Within Tolerance
SBB Canister 0 near CPU      50 C        5 C       77 C Within ToleranceSBB Canister 0 CPU2      48 C       10 C       82 C Within ToleranceSBB Canister 0 memory      41 C        5 C       82 C Within ToleranceSBB Canister 1      37 C       15 C       69 C Within ToleranceSBB Canister 1      41 C       15 C       72 C Within ToleranceSBB Canister 1      48 C       15 C       60 C Within ToleranceSBB Canister 1      40 C       15 C       52 C Within Tolerance
SBB Canister 1 near CPU      48 C        5 C       77 C Within ToleranceSBB Canister 1 CPU2      48 C       10 C       82 C Within ToleranceSBB Canister 1 memory      42 C        5 C       82 C Within TolerancePCM 0 (5V)    5.15 V        ---        --- Within TolerancePCM 0 (40A Max)    3.55 A        ---        --- Within TolerancePCM 0 (12V)   12.26 V        ---        --- Within TolerancePCM 0 (56A Max)    8.94 A        ---        --- Within TolerancePCM 1 (5V)    5.15 V        ---        --- Within TolerancePCM 1 (40A Max)    5.85 A        ---        --- Within TolerancePCM 1 (12V)   12.26 V        ---        --- Within TolerancePCM 1 (56A Max)    9.72 A        ---        --- Within ToleranceNode 12.00V   12.12 V    11.40 V    12.60 V Within ToleranceNode AUX 12.00V   12.15 V    11.40 V    12.60 V Within ToleranceHBA 12.00V   11.99 V    11.40 V    12.60 V Within ToleranceNode 5.00V    4.96 V     4.75 V     5.25 V Within ToleranceNode AUX 5.00V    4.99 V     4.75 V     5.25 V Within ToleranceNode 3.30V    3.31 V     3.13 V     3.47 V Within ToleranceHBA 3.30V    3.30 V     3.13 V     3.47 V Within ToleranceFPGA 3.30V    3.28 V     3.13 V     3.47 V Within TolerancePCIe SW 2.50V    2.47 V     2.37 V     2.63 V Within TolerancePHY0 1.90V    1.91 V     1.80 V     2.00 V Within TolerancePHY1 1.90V    1.91 V     1.80 V     2.00 V Within ToleranceCPU PLL 1.80V    1.74 V     1.56 V     1.96 V Within TolerancePCIe SW 1.50V    1.48 V     1.42 V     1.58 V Within ToleranceNode 1.20V    1.20 V     1.14 V     1.26 V Within TolerancePCH 1.10V    1.09 V     1.04 V     1.15 V Within ToleranceCPU 1.05/1.0V    1.05 V     0.95 V     1.10 V Within ToleranceNode 1.00V    1.00 V     0.95 V     1.05 V Within ToleranceCPU VCCP 0.85V    0.83 V     0.70 V     1.20 V Within ToleranceCPU VSA 0.90V    0.91 V     0.70 V     1.20 V Within ToleranceDDR2 VDDQ 1.80V    1.82 V     1.70 V     1.89 V Within ToleranceDDR2 VTT 0.90V    0.88 V     0.85 V     0.95 V Within ToleranceDDR3 VDDQ 1.37V    1.36 V     1.30 V     1.44 V Within ToleranceDDR3 VTT 0.68V    0.68 V     0.65 V     0.72 V Within ToleranceNode Input 12V   12.16 V    11.40 V    12.60 V Within ToleranceNode Input Cur    6.34 A     0.00 A    22.00 A Within ToleranceNode Input PWR    77.0 W      0.0 W    264.0 W Within ToleranceLM87 Int Temp    44.0 C      0.0 C     68.0 C Within ToleranceLM87 Ext Temp    43.0 C     -4.0 C     60.0 C Within ToleranceLM92 Int Temp    42.0 C      0.0 C     64.0 C Within ToleranceLM94 Int Temp    40.4 C      0.0 C     72.0 C Within ToleranceLM94 Ext Temp    41.0 C      0.0 C     67.0 C Within ToleranceCPU Current    3.50 A     0.00 A    59.00 A Within ToleranceN VCC_DIV 5.28V    5.07 V     5.00 V     5.54 V Within ToleranceN V3_DIV 3.3V    3.28 V     3.13 V     3.47 V Within ToleranceN P2V5 2.50V    2.49 V     2.37 V     2.63 V Within ToleranceN P1V2 1.20V    1.20 V     1.14 V     1.26 V Within Tolerance
No data for node 2
No data for node 3
No data for node 4
No data for node 5
No data for node 6
No data for node 7
HPE-UAT-S02 cli%

华为存储部分

自己生产上主要接触的华为存储为HW 5600V3,HW 18500V3

存储的多路径软件有：

（1）华为存储的OceanStor UltraPath多路径软件
（2）EMC存储的PowerPath             #upadmin show path(3) HP等其他通用的muiltpath        #muiltpath -ll

华为存储查看硬件状态：

通过火狐浏览器登陆存储，下图紫色框内为告警框，存储发生故障时会在紫色框内提示告警，点击右侧菜单栏的“系统”，进入硬件管理界面。

存储硬盘发生故障时点击对应DAE图标，故障硬盘会显示为黄色。

存储电源发生故障时点击控制器图标，点击红圈位置旋转按钮，故障电源会显示为黄色。

存储电池发生故障时点击控制器图标，故障电池会显示为黄色。

存储风扇发生故障时点击控制器图标，故障风扇会显示为黄色。

存储控制器发生故障时点击控制器图标，故障控制器会显示为黄色。

存储级联模块发生故障时点击对应DAE图标，点击旋转按钮，故障级联模块会显示为黄色。

遇到硬件故障或复杂问题时需要查看及收集存储设备的日志信息向厂商开CASE，各存储设备查看、收集日志方法如下。

点击右侧菜单的“监控”，点击“告警和事件“。

告警和事件对应有两个子菜单：“当前告警”，“所有事件”。点击“另存为”即可保存全部或者选中的告警或事件。

在这里提一下，上次我们的华为存储光纤交换机需要更换光模块，从厂商哪里要了一个示意图：

EMC存储部分

我们的数据中心生产系统存储设备类型共5种存储及4种存储交换机：

EMC VMAX20K；
EMC VNX5300；
EMC VNX5500；
EMC VNX5600；
EMC VMAX200K
EMC DCX-B；
EMC DS5100B；
EMC DS5300B；
EMC DS6510B。

日常运维：

EMC VMAX系列

通过Unishpere for VMAX登陆存储，点击存储图标进入对应存储界面，SNàSystemàHealth and MaintananceàSymmetrix Hardware。故障硬盘的位置会在左侧菜单栏Drive Enclosures中显示出来。

通过Unishpere for VMAX登陆存储，点击存储图标进入对应存储界面，SNàSystemàHealth and MaintananceàSymmetrix Hardware。故障电源会在左侧菜单栏Standby Power Supplies中显示出来。

EMC VNX系列

通过IE登陆存储，点击存储序列号进入存储界面，SystemàHardwareàStorage Hardware。故障硬盘的位置会在左侧菜单栏Disks中显示出来。

通过IE登陆存储，点击存储序列号进入存储界面，SystemàHardwareàStorage Hardware。故障电源会在左侧菜单栏Power Supplies中显示出来。

HP P2000系列

通过IE登陆存储，左侧菜单展开Physical栏，右键点击对应Enclosure，选择ViewàOverviewàFront Graphical/Front Tabular。故障硬盘的Health会显示为Failed。

遇到硬件故障或复杂问题需要查看及收集日志向厂商开case,各存储设备查看，收集日志方法如下：

EMC VMAX系列

VMAX为高端存储，遇到告警及故障时直接拨打EMC支持电话800-819-0009—2—2，由EMC二线工程师通过ESRS登陆存储自行检查。

EMC VNX系列

查看VNX系列存储日志信息方法：

通过IE登陆存储，点击存储序列号进入存储界面，点击SystemàMonitoring and AltersàSP Event Logs，点击Show SP A Event Log/Show SP B Event Log查看控制器的日志信息。

VNX系列存储遇到告警及故障时需要收集控制器diagnostic日志，向EMC开CASE时需要将日志发送给二线工程师。收集方法如下：

通过IE登陆存储，点击存储序列号进入存储界面，点击System，在System界面右下位置点击Generate Diagnostic Files – SPA/Generate Diagnostic Files – SPB，等待10-15分钟系统收集日志信息；

在System界面右下位置点击Get Diagnostic Files – SPA/Get Diagnostic Files – SPB，待日志收集完成后会看到由《序列号+控制器+日期+字符.zip》组成文件名的文件，选择该文件、指定下载目录，点击Transfer按钮下载文件。

HP P2000系列

通过IE登陆存储，点击左上方System Events旁告警图标，日志信息会按告警级别显示在右边界面。由于HP P2000属于低端存储，日志信息无法下载。