hp lab guide

8/9/2019 HP Lab Guide

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Lab guide

HP ServiceOneRev. 13.43Course #: 00824548

HP StoreVirtual P4000 SANConfiguration, Administration,and Troubleshooting


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Lab guide

HP StoreVirtual P4000 SANConfiguration, Administration,and Troubleshooting

HP ServiceOneRev. 13.43Course #: 00824548


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Copyright 2013 Hewlett-Packard Development Company, L.P.

The information contained herein is subject to change without notice. The only warranties forHP products and services are set forth in the express warranty statements accompanyingsuch products and services. Nothing herein should be construed as constituting an additionalwarranty. HP shall not be liable for technical or editorial errors or omissions contained herein.

This is an HP copyrighted work that may not be reproduced without the written permission ofHP. You may not use these materials to deliver training to any person outside of yourorganization without the written permission of HP.

Printed in United States of America

StoreOnce Single Node Support and MaintenanceLab GuideOctober 2013


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ContentsLab 1: HP P4000 StoreVirtual VSA Basic Configuration

Objectives.............................................................................................................. 1Requirements ........................................................................................................ 1Introduction ............................................................................................................ 1

Exercise 1: Install and Configure CMC .................................................................. 3Exercise 2: Create a Management Group, Cluster and Volumes ........................... 9Exercise 3: Perform an Active Directory Integration ............................................. 17Lab Activity debriefing .......................................................................................... 21

Lab 2: Restore physical P4000 nodes using QuickRestoreObjectives.............................................................................................................. 1Requirements ........................................................................................................ 1Introduction ............................................................................................................ 1Exercise 1: Perform a system restore of the P4500 G2 nodes ............................... 3Exercise 2: Configure the restored P4500 G2 nodes ............................................. 8Lab Activity debriefing ........................................................................................... 11

Lab 3: HP P4000 StoreVirtual Installation and ConfigurationObjectives.............................................................................................................. 1Requirements ........................................................................................................ 1Introduction ............................................................................................................ 1Exercise 1: First Time Configuration ...................................................................... 3Create a Management Group, Cluster and Volumes on Physical Nodes ............... 3

Appendix: How to add a license to HP P4000 StoreVirtual Storage Nodes .......... 13Lab Activity debriefing .......................................................................................... 15

Lab 4: HP P4000 StoreVirtual Volume assignmentObjectives.............................................................................................................. 1Requirements ........................................................................................................ 1Introduction ............................................................................................................ 1Exercise 1: Create Hosts and assign Volumes ...................................................... 3Exercise 2: Using Peer Motion to migrate Volumes from CLU1 to CLU2 ............... 6Exercise 3: Using CHAP to authenticate volumes .................................................. 9Exercise 4: Configure vSphere for HP StoreVirtual P4000. .................................. 12Configure the Host and map a volume. ................................................................ 15Exercise 5: Deploy an OVF template to vmfs Datastore. ..................................... 19Lab Activity debriefing .......................................................................................... 23

Lab 5: HP P4000 StoreVirtual Snap Recovery, Smart Clones, andRemote SnapshotsObjectives.............................................................................................................. 1Requirements ........................................................................................................ 1Introduction ............................................................................................................ 1Exercise 1: Install and Configure HP P4000 Lefthand Recovery Manager ............. 3Exercise 2: Create, manage & recover Snapshots for Windows ............................ 6Exercise 3: Create a Smart Clone (useful i.e. for VDI Golden Images) ................ 10Exercise 3: Create, manage Remote Snapshot ................................................... 14


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Exercise 4: Create, manage & recover Snapshots for vSphere ........................... 19Lab Activity debriefing .......................................................................................... 26

Lab 6: HP P4000 StoreVirtual Performance and WorkloadsObjectives.............................................................................................................. 1Requirements ........................................................................................................ 1Introduction ............................................................................................................ 1Exercise 1: Performance and workloads familiarization ......................................... 3Lab Activity debriefing ............................................................................................ 9

Lab 7: HP P4000 StoreVirtual Multi-Site HA ConfigurationObjectives.............................................................................................................. 1Requirements ........................................................................................................ 1Introduction ............................................................................................................ 1Exercise 1: Convert the Standard in a Multi-Site Cluster ........................................ 3Exercise 2: Configure FOM in your Multi-Site environment .................................. 10Exercise 3: Assign the hosts to the Primary Site .................................................. 12Exercise 4: Expand the Cluster by adding more physical nodes .......................... 14Lab Activity debriefing .......................................................................................... 18

Lab 8: HP P4000 StoreVirtual Upgrade and TroubleshootingObjectives.............................................................................................................. 1Requirements ........................................................................................................ 1Introduction ............................................................................................................ 1Exercise 1: Perform a system upgrade of the CMC ............................................... 3Exercise 2: Perform a single Node Upgrade .......................................................... 5Lab Activity debriefing ............................................................................................ 7

Lab 9: HP P4000 StoreVirtual Adaptive Optimization

Objectives.............................................................................................................. 1Requirements ........................................................................................................ 1Introduction ............................................................................................................ 1Exercise 1: Enable Storage to use Adaptive Optimization ...................................... 3Exercise 2: Create a VSA Cluster for Adaptive Optimization .................................. 6Exercise 3: Create an Adaptive Optimization configuration with Lefthand OS11 .... 8Exercise 4: Connect Volumes to the host .............................................................. 9Exercise 4: Monitor Adaptive Optimization ........................................................... 13Lab Activity debriefing .......................................................................................... 15


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Rev. 13.43 L1 – 1

HP P4000 StoreVirtual VSA BasicConfiguration

Lab 1

Objectives First Time Configuration StoreVirtual VSA

Configure Management Group

Configure Cluster and Volumes

Configure External Authentication – Active Directory Integration

Requirements To complete this lab, you will need:

Access to the StoreVirtual Management Server

Access to the Centralized Management Console

Access to the Domain Controller

Introduction We will guide you through the necessary installation steps to implement an HP P4000StoreVirtual Cluster. After successful configuration you will be able to manage the system.

NOTES

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Infrastructure Details

Device Group 1 Group 2 Group 3

Subnet 192.168.1.0/24 192.168.2.0/24 192.168.3.0/24

CMC 192.168.1.230 (1Gb) 192.168.1.231 (10Gb)

192.168.2.230 (1Gb) 192.168.2.231 (10Gb)

192.168.3.230 (1Gb192.168.3.231 (10Gb

vSphere ESX Host 192.168.1.252 192.168.2.252 192.168.3.252

StoreVirtual VSA 192.168.1.2 -6 192.168.2.2 -6 192.168.3.2 -6 StoreVirtual FOM 192.168.1.10 192.168.2.10 192.168.3.10 StoreVirtual P4500G2 .1

eth0 192.168.1.111eth0 192.168.1.121 eth0 192.168.1.131 eth0 192.168.1.141

eth0 192.168.2.111eth0 192.168.2.121 eth0 192.168.2.131 eth0 192.168.2.141

eth0 192.168.3.111eth0 192.168.3.121eth0 192.168.3.131eth0 192.168.3.141

VIP VSAVIP StoreVirtual

192.168.1.1 192.168.1.110

192.168.2.1 192.168.2.110

192.168.3.1 192.168.3.110

Login details and passwords:

Management Group Login HP StoreVirtual system admin StoreVirtual

Active Directory Bind User (where X is your groupnumber)

[email protected] HP -P4000


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Exercise 1: Install and Configure CMC(Centralized Management Console)

1. Mount the Management DVD ISO file, located in your ClassFiles folder on theDesktop by double clicking on it, then double click on the autorun.exe application.

You will be presented with an End Use License agreement, Agree to it.

2. Launch the CMC Installer.

3. Select the Language and click OK .


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4. Select Next.

5. Accept the EULA and click Next .


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6. Select Typical and click Next.

7. Leave the default installation path as it is and select Next.


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8. Select Next.

9. Select Yes to start the CMC after the installation completes and click Next.


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10. Click Install to install the CMC.

11. The Centralized Management Console is now complete, click Next to visualinformation about HP Support Alerts subscription.


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12. Click Done to close the installer.

13. Start the HP StoreVirtual Centralized Management Console using the Desktopicon.

14. Shortly after launching the application, an HP StoreVirtual Notifications pop-upwindow is displayed, you can explore it and then click Close .


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15. Add the VSA Storage Nodes by selecting Add, enter the five IPaddresses of the VSA nodes from 192.168.X.2 to 6 (where X is your groupnumber) and click Close .


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Exercise 2: Create a Management Group, Clusterand Volumes

1. Create a new Management Group by navigating to Tasks , Management

Group , New Management Group...

2. Start the wizard by clicking Next .


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3. Select “N ew Management Group ” and click Next .

4. Add the name “MG1_GrpX “of your Management Group admin (where X isyour group number) and click Next .


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5. Create a new Administrative User account using as User Name: admin andPassword: admin, then select Next .

6. Add your management server (running AD-DS) as an NTP server using the IPaddress 192.168.X.230 (where X is your group number), click Next.


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7. Enter the DNS configuration and click Next. DNS Domain Name: groupX (where X is your group number)DNS Suffix: netDNS Server: 192.168.X.230 (where X is your group number)then click Next.

8. Enter the following SMTP configuration and email recipient then select Next .

Current Email (SMTP) Settings

Server IP / Hostname: 192.168.X.230Server Port: 25Sender Address: [email protected]

Recipient

Address: [email protected] Severity: Critical, Warning and InformalMessage Type: StandardLanguage: English (United States)

mailto:[email protected]:[email protected]:[email protected]:[email protected]:[email protected]:[email protected]:[email protected]:[email protected]


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9. The wizard to create the first Cluster will starts automatically. Keep the“Standard Cluster” selection and click Next.

10. Enter the Cluster Name VSA_CLU1_GrpX (where X is the name of yourgroup), then click Next.


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11. Add a VIP (virtual IP address), 192.168.X.1/24 where X is group number) byclicking Add . Enter the VIP for your Group and click Ok then Next .

12. Tick Skip Volume creation and click Finish . After a couple of minutes, thecluster is ready to use and you will be able to create Volumes, Snaps, etc.


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13. Select Close to close the wizard.

14. Be aware that you must add the license(s) within 60 days, otherwise yourvolumes will not be accessible (read only) after that. Click OK.

15. Close the wizard.


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16. Click OK on the windows pop-up inviting you to retrieve the licenses from thewebware.hp.com portal.

17. Create two Volumes on VSA_CLU1_GrpX as follows:

VSA_VOL10G VSA_VOL20G

Where 10 or 20 is the size of the thinly provisioned volume in GB.

Navigate to “Volumes (0) and Snapshots (0)”, right click and select “NewVolume…”.

Enter the Volume Name “VSA_VOL10G ” and add “Reported s ize 10GB .

Click Advanced tab and set Provisioning to Thin.Click OK.Repeat for the step for the second volume.


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Exercise 3: Perform an Active Directory Integration

1. Login to your Management Group.Navigate to Administration – Administration Tasks .

2. Select Configure External Authentication .

3. Insert the “Bind User Name ” and “Bind Password ”, the “ Active DirectoryServer IP Address es” and “Port ”. Click Find Base DN to automaticallypopulate the “Based Distinguished Name” field . Enter the “User Context”

Bind User Name [email protected] (where X is the group number) Bind Password HP-P4000

Active Directory Server IP 192.168.X.230 (where X is the group number) Port 389User Context OU=users, DC=groupX, DC=net (where X is the group

number)


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4. Click Validate Active Directory.

5. After successful validation, click Ok, Save.Go back to Administration, New Group.

6. Enter the Group Name cmcaccess and set all permissions to Full.

.


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7. Add the “Bind User ” by clicking Find External Group and click OK.


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8. Assign the CMC user group for access. Click OK twice.

9. Log out from the Management, close the CMC and Login again with one ofyour Active Directory accounts [email protected] which is member of thesecurity group.

10. Verify the Logged-in User in the Group Details. You will see if you aresuccessfully logged-in by your cmc account.

Congratulation, you have successfully completed the LAB!

mailto:[email protected]:[email protected]


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Lab Activity debriefing Use the space below to record your Key Insights and Challenges from Lab Activity.

Debrief for Lab Activity

Challenges Key Insights

NOTES

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Rev. 13.43 L2 – 1

HP P4000 StoreVirtual Upgrade andTroubleshooting

Lab 2

Objectives Restore physical P4000 nodes using QuickRestore

Configure physical P4000 nodes


Access to the P4500 nodes using iLO2

Access to the Windows Host

Introduction We will guide you through an HP LeftHand OS restoration and configuration steps for HPP4500 nodes. After successful restoration and configuration you will be able to manage thesystems.

NOTES

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Exercise 1: Perform a system restore of the P4500G2 nodes

1. Open Internet Explorer from the Start panel. 2. Go to the first P4500G2 node’s iLO2 by using the following URL and

credentials:

https://192.168.X.221 (where X is your group number)

Username: GroupX (where X is your group number)

Password: HP - P4500

3. Select Continue to this website (not recommended). on the websiteGroup2security certificate warning page and enter the credentials above.

4. Select the Remote Console tab and Integrated Remote Console link.


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5. Using the Virtual Power Button on the right side of the ILO2’s menu bar, turnoff the node using Press and Hold if necessary.

6. Using the Virtual Media button, select Virtual Media , Image , Mount andnavigate to the ClassFiles folder on the Desktop and select the ISO file: HP_StoreVirtual_Quick_Restore_DVD_AX694 - 11011

7. Using the Virtual Power button on the right side of the ILO2’s menu bar, turnon the node using Power , Momentary press.


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8. Wait until the POST is finished and you get to the boot: prompt of the HPLeftHand OS CD Installer. Press the return key.

9. Don’t wait for the OS to boot completely to perform the same steps (2 to 8) onthe other nodes using iLO2 and the IP address table summary below:

where X is your group number Group1 Group2 Group3

P4500 -GrpX - A1 192.168.1.221 192.168.2.221 192.168.3.221

P4500 -GrpX - A2 192.168.1.222 192.168.2.222 192.168.3.222

P4500 -GrpX -B1 192.168.1.223 192.168.2.223 192.168.3.223

P4500 -GrpX -B2 192.168.1.224 192.168.2.224 192.168.3.224


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10. Once the CD installer finished booting, you will be prompt to insert a USB stickwith a valid License Key. This has already been done for you. Press return.

Note that the license file name on the USB key needs to have a specialformat:featurekey_

For example: featurekey_441EA14D2B68

11. Once the license is found, simply press y to proceed with the actualrestoration.

12. Repeat the steps 8 to 12 to the remaining nodes.

13. Time for you to take a break, it takes around twenty minutes for the restore togo through.

Notice that there is are really long pause after the following screen output.


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Note that the display may become blank meanwhile due to user inactivitysimply press the space bar to get the display back.

14. When the restore is finished, you will be prompt to use CTRL - ALT - DELETE toREBOOT . But first, unmount the Virtual CD -ROM, using the Virtual Mediabutton, and selecting Virtual Media , Image , Unmount .


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15. Then use the CAD button by selecting Ctrl - Alt - Del .

16. The node reboot and after a while you land to the HP LeftHand OS prompt.


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Exercise 2: Configure the restored P4500 G2nodes

17. Select the iLO2 window of the first restored node. Type start at the prompt toget to the Configuration Interface :

3. Press return to Login .Note that no credentials are required at this stage because the node is notpart of any cluster group.

4. Select Network TCP/IP Settings using the Tab key:


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5. Select eth2 first (we are not going to configure the embedded NIC but ratherthe optional 10Gb NICs) then eth3.

Enter the correct hostname and IP addresses using the table related to yourgroup below:

Group1 (gateway: 192.168.1.230)

Hostname eth0 eth1 eth2 eth3

P4500-Grp1-A1 192.168.1.111 192.168.1.112 192.168.1.113 192.168.1.114

P4500-Grp1-A2 192.168.1.121 192.168.1.122 192.168.1.123 192.168.1.124

P4500-Grp1-B1 192.168.1.131 192.168.1.132 192.168.1.133 192.168.1.134

P4500-Grp1-B2 192.168.1.141 192.168.1.142 192.168.1.143 192.168.1.144

Group2 (gateway: 192.168.2.230)


P4500-Grp2-A1 192.168.2.111 192.168.2.112 192.168.2.113 192.168.2.114

P4500-Grp2-A2 192.168.2.121 192.168.2.122 192.168.2.123 192.168.2.124

P4500-Grp2-B1 192.168.2.131 192.168.2.132 192.168.2.133 192.168.2.134

P4500-Grp2-B2 192.168.2.141 192.168.2.144 192.168.2.143 192.168.2.144

Group3 (gateway: 192.168.3.230)


P4500-Grp3-A1 192.168.3.111 192.168.3.112 192.168.3.113 192.168.3.114

P4500-Grp3-A2 192.168.3.121 192.168.3.122 192.168.3.123 192.168.3.124

P4500-Grp3-B1 192.168.3.131 192.168.3.132 192.168.3.133 192.168.3.134

P4500-Grp3-B2 192.168.3.141 192.168.3.142 192.168.3.143 192.168.3.144


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Don’t forget to Log out and close the iLO2 windows when you are done witheach node.

6. Go through each four P4500 G2 nodes of your group and make sure that youassigned the correct IP addresses to each.

7. Once the all the physical nodes are configured, create a new cluster with thename CLU2_GrpX (where X is your group number).

Congratulation! You have successfully done the LAB.


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NOTES

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HP P4000 StoreVirtual Installation andConfiguration

Lab 3

Objectives First Time Installation, Add the Storage System to the CMC

Create Cluster for the physical HW

Create Volumes

Appendix: Add a license to the Storage system




NOTES

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Exercise 1: First Time Configuration Create Cluster and Volumes on Physical Nodes

1. Start the CMC on your Management Host.

2. Add the new 4 physical nodes into the Available Systems Icon of the CMCby using the Find Systems wizard. Use the first 1 GB interface IP address ofeach of the 4 Storage Node.

3. After the discovery process all four systems should have the status Found .

4. Add the 4 nodes to the existing Management Group “MG1_GrpX“ by right clickat the Management Group Icon and select Add Systems to ManagementGroup .

5. Create a new Cluster. Select Next.

6. Enter the Cluster Name CLUGx where “x” is the name of your group, select all4 nodes Select Next.


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7. Add the VIP by click Add . Enter the VIP for your Group 192.168.X.110 (whereX is your group number) and click Ok– Next.


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8. Skip Volume creation and click Finish. After a couple of minutes the cluster isready to use and you will be able to create Volumes, Snaps, etc.

9. Select Close to close the wizard.

10. Be aware that you must add the license for Multi-Site, etc. within 60 days,otherwise the Volumes wouldn’t be accessible (read/only) – Click Ok . TheCluster and Management Group will continue to work.

11. Close the wizard.


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12. Create three Volumes on the newly created Cluster CLUGX

Navigate to Volumes and Snapshots – Edit – New Volume.


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13. Enter the Volume Name, Size and click Advanced – set Provisioning to Thin.Click OK.

VOL10C1Gx / VOL20C1Gx / VOL10C2Gx / VOL20C2Gx where “x” is the numberof the group, and 10/20/30 is the size of the thinly provisioned volume.

Congratulation, you have successfully completed the LAB!


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Appendix: How to add a license to HP P4000StoreVirtual Storage Nodes

You do not have to license the system for this LAB!

1. Register your Storage Nodes within the Webware Web Portal.

2. Start your Management Group – Registration tab – Registration Tasks.

3. Select Feature Registration to import the key you have created through theWebware Portal.

Enter the valid and correct Feature Key of each Node!

4. Select the License Key [none set] – Edit License Key .


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5. Insert the Key, which you received in the Webware portal or by mail afterlicensing the Nodes and press OK


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NOTES

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HP P4000 StoreVirtual Volume assignment Lab 4

Objectives Assign Volumes to Windows and vSphere Hosts

Configure iSCSI Initiator to map volumes for Windows and vSphere

Volume Migration with Peer Motion for StoreVirtual

Configure CHAP authentication for Windows Hosts

Configure iSCSI Initiator to map volumes under vSphere ESX

Deploy an OVF template to a vSphere Datastore

Requirements To complete this lab, you will need: Access to the StoreVirtual Management Server


use iometer or alternatively hpcreatedata to create different workloads


NOTES

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Exercise 1: Create Hosts and assign Volumes

1. Start the iSCSI Initiator and copy the IQN of your Windows Host. (By clicking“change” you can copy the IQN.)

2. Start the CMC and login to your Management Group.


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3. Right Mouse Click – New Server – add Name – vmhost and the specific IQNfrom the Windows Host and Click OK.

4. Assign VOL10C1Gx / VOL20C1Gx / VOL10C2Gx / VOL20C2Gx of theCluster to the Windows Host – OK.

5. Go back to the Windows Host – iSCSI Initiator Configuration – DiscoveryTab .


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6. Go to Discover Portal.

7. Add all VIPs (separately) – Advanced.

8. Chose Local adapter Microsoft iSCSI Initiator and Initiator IP , the IP of theiSCSI Initiator – OK .

9. Move to Targets and you will see 4 Inactive Volumes.

10. Click Connect – OK (and repeat this step to connect and map all of the fourvolumes to the same Windows Host.


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11. Start the Server Manager Device Manager – Disk Management Console,Initialize.


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Exercise 2: Using Peer Motion to migrate Volumes fromCLU1 to CLU2

1. Execute Hpcreatedata in the class file folder to generate data and create

the configuration below for both of the 10GB drives and start the jobs inparallel. Configure the application as follows:

2. During the running process, go back to the CMC .

3. Select the 10 GB volume.

4. Click Edit Volume – Advanced .

5. Change the Cluster from the first Volume to VSA_CLU1_GrpX.

6. Repeat it with the other 10 GB volume


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7. The Restriping process will start immediately.

8. Go Back to the Windows Host. As you can see, the workload is still runningwhile the modules will be migrated.

Conclusion With StoreVirtual Peer Motion you can migrate data between Clusters in the sameManagement group while the Cluster is still remaining online!


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Exercise 3: Using CHAP to authenticate volumes

1. Edit your Host in CMC, enter the CHAP Name (Name of your Server) and a12digit Target Secret 123456123456.

2. Click OK.


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3. Start the iSCSI Initiator on your Windows Host . Remove and re -add the VIP.

4. Set the Local Adapter and Initiator IP, enable CHAP log on and insert thetarget secret.

5. Click OK .

6. Connect the authenticated Volume.


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7. Enter the Target secret 123456123456; click OK.

Congratulation! The volume will be connected if you have entered thecorrect key pair! This method is a secure way to mount only authenticatedvolumes to dedicated servers!

As far as you continue to work with the volumes and server on the VSA youhave to disable CHAP after you have completed this part of the LAB on theHost and IQN side!


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Exercise 4: Configure vSphere for HP StoreVirtualP4000.

1. Login to the vSphere Client at 192.168.X.254User name root, pwd HP-P4000.

2. Open the Configuration tab, Storage Adapters – Add the Software iSCSI

Initiator.

1- Click OK.


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3. Click OK.

4. Edit the Properties and add the iSCSI Kernel Port .

5. Dynamic Discovery – Add – enter the VIP and Click OK – Close .

6. Go to Network Configuration – Add the iSCSI VMKernel Port – OK – Close.


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7. Click Yes.


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Configure the Host and map a volume.

8. Go back to CMC.

9. Create a new host, you will find the IQN in vSphere Client.

10. Copy the IQN and paste it into Properties field of the host within the CMC.(as in the LAB before).

11. Create in the CMC a new volume (vmfs, 15 GB).

12. Assign the volume to the vSphere Host. 13. Go back to vSphere and Rescan all datastores.

14. You will now be able to assign a Datastore.

15. Add Storage.


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16. Select Disk/LUN – Next .

17. Select Next.

18. Select Next.


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19. Enter Datastore vmfs as Volume Name and Click Next.


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20. Select Next.

21. Click Finish.

22. Just a few seconds later the new Datastore has been created and you will beable to store VMs.


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Exercise 5: Deploy an OVF template to vmfsDatastore.

1. Within the vSphere Client, click File – Deploy OVF Template.

2. Browse to your class file folder on the Desktop. Select the OVF template within the Windows 2008 R2 Folder – Next.

3. Select Next.


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4. Leave the name as it is and click Next


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5. Choose vmfs as Storage and click Next.

6. Choose Thin Provision as Disk Layout and click Next.

7. Enable the checkbox to Power on after Deployment and click Finish.


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8. The deployment takes some minutes. Afterwards, the VM will boot and thesystem is ready to use.



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NOTES

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Rev. 13.43 L5 – 1

HP P4000 StoreVirtual Snap Recovery,Smart Clones and Remote Snapshots

Lab 5

Objectives Install HP Lefthand Recovery Manager

Using Snapshots on HP P4000 StoreVirtual for Windows Hosts

Using Snapshots on HP P4000 StoreVirtual for vSphere

Create Smart Clones and Remote Snapshots configuration





NOTES

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Exercise 1: Install and Configure HP P4000Lefthand Recovery Manager

1. Login to your Windows Host and open your class file folder.

2. Mount the Application Integration Solution Pack, located in your class filesfolder.

3. Start the HP Lefthand Recovery setup file to run the installation.

4. Select Next.

5. Accept the EULA and click Next.


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8. Click Finish.


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Exercise 2: Create, manage & recover Snapshotsfor Windows

1. Start the CMC on your Windows host and Login to MG1_GrpX.

Username: admin Password admin

2. Create some data on VOL10C1Gx.

a. Folder Textfiles Content 2 text filesb. Folder Images Content 2 images

3. Go back to CMC, create a Snapshot of Volume VOL10C1Gx.

4. Select the Volume - right mouse -click - Create Snapshot.

5. Enter a Snapshot Name Snap -2-Txt and Click OK.

After the snap is successfully created, create one additional txt file.


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6. Again, create one more Snapshot Snap -3-txt.

7. Start Lefthand Recovery Manager, Icon on your Desktop.

8. Navigate to Manage Snapshots and add your Management Group by clickingAdd.


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9. Select the Option, Add Management Group by IP .

10. Add the IP address of the Management Group for your individual Group.

11. Insert the credentials admin & admin and click Test to verify the connection.

12. Click OK.

13. After the test was successful, confirm the dialogue box with OK.


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Exercise 3: Create a Smart Clone (useful i.e. forVDI Golden Images)

1. Start the CMC, Login to the Management Group and select VOL20C1Gx. 2. Right click mouse – New SmartClone Volume.

3. First, you have to create a Snapshot.


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4. Add the Snapshot Name” Snap4 -SmartClon” and click OK .

5. Add the Base Name VOL_Snap-4-SnapClone, Provisioning Thin, Quantity 3and map the volume to your Windows Host W2k12-GRP1.

6. Click OK.

7. The volumes have been created and mounted directly to your Windows Host.


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8. Start the iSCSI Initiator configuration.

9. Select the SmartClone volume.


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10. Click Connect to present the three identical volumes to your Windows Host.

Congratulation! You have successfully completed this LAB.


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Exercise 3: Create, manage Remote Snapshot

1. Start the CMC, Login to the Management Group and select VOL30C1Gx.

2. Right click mouse – New Remote Snapshot.

3. Create a New Primary Snapshot, New Snapshot.


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4. Add the Snapshot Name, RemoteCopySnap, click OK.

5. Choose the same Management Group, and click create a New RemoteVolume. Note: The remote Snapshot can be replicated into the same or in a differentManagement Group.

6. Add the remote volume to an existing Cluster.


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9. Click Close to finalize the configuration and OK to create the RemoteSnapshot.


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Now you see both volumes and the relationship between the volumes.

Discuss the impact of Remote Copy regarding:

Cluster High Availability

Cluster aware Updates

Troubleshooting scenarios

I


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Exercise 4: Create, manage & recover Snapshotsfor vSphere

1. Start the vSphere Client and login with your credentials.

2. Check if the Windows 2008 R2 OVF template is successfully deployed.

3. Start the CMC to create a Snapshot from that Datastore.

4. Right click mouse to your vmfs volume within MG1_GrpX.

5. Enter the Snapshot Name Snap vmfs and click OK.


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6. Power off the VM and delete the machine from the Datastore.


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Exercise 5: Recover vSphere Snapshots

1. Assign the Snapshot to the vmhost and go back to your vSphere Client.

2. Rescan the Storage HBA adapters, click OK, and you will see the mapped

volume.3. Add the volume as Disk/LUN.

4. Select Next .


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7. Click Finish .

8. The Snapshot will be mounted, and you will be able browse the individualDatastore to recover items.

9. Add your machine which you have deleted previously) to the Inventory.


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10. Click Next .


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11. Click Next.

12. Select the VM and click Finish.

13. Power on the VM and enable the defaults “I copied it,” then click OK.

14. The recovered VM will boot and you can migrate the VM back to yourproduction vmfs Datastore.



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NOTES

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Rev. 13.43 L6 –1

HP P4000 StoreVirtual Performance andWorkloads

Lab 6

Objectives Run iometer to generate workload on StoreVirtual volumes

Measure Performance values on a HP StoreVirtual system

Create a user defined monitoring view in Performance Monitor

Modifying workloads in an iometer profile

Comparing Performance values

RequirementsTo complete this lab, you will need:



Iometer to create a workload

IntroductionWe will guide you through the necessary installation steps to implement an HP P4000StoreVirtual Cluster. After successful configuration you will be able to manage the system.

NOTES

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Exercise 1: Performance and workloadsfamiliarization

1. Connect to the Windows 2012 server of your group and be aware that yousee two volumes VOL10C1Gx and VOL20C1Gx as regular Windows Drives.

2. Start “iometer ” and open one of the pre-configured profiles.

3. Select Open.

4. Open Profile 1” iometer- p1.”


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Rev. 13.43 L6 –5

8. Check the Result Display tab and change the Frequency to 1s. You willnow be able to see the IOPS results, etc. online.

9. While iometer is producing data, check the mounted iSCSI volumes on yourW2k8 R2 server.

10. Switch back to the CMC – Management Group – Cluster (where theVolumes are

located) – Performance Monitor.


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11. Add the relevant Performance Indicators to measure your environment.VOL10C1/20G1 Average IO/IOPS read/write and Total. Click OK.

12. Analyze the values.

13. Modify the iometer worker Access Specification to change the workload.

14. Open iometer – Access specification – Select WL1 – Edit.


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15. Change the values (for example, the align IO size from 20MB to 512KB )and Select OK.

16. Add the Global Access Specification to assigned Access Specification .

Save the new Profile under iometer-modified.


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17. Start generating workloads with your new profile and compare thePerformance values within the HP P4000 StoreVirtual Performance Monitor.



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Lab Activity debriefingUse the space below to record your Key Insights and Challenges from Lab Activity.



NOTES

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Rev. 13.43 L7 – 1

HP P4000 StoreVirtual Multi-Site HAConfiguration

Lab 7

Objectives Convert a Standard Cluster in a Multi-Site HA Configuration

Install and Configure Failover Manager

Move Volumes between Clusters




Iometer to create a workload

IntroductionWe will guide you through the necessary installation steps to implement an HPP4000 StoreVirtual Cluster. After successful configuration you will be able tomanage the system.

NOTES

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Exercise 1: Convert the Standard in a Multi-SiteCluster

In this exercise we would like to convert the Cluster “CLU1Gx” in a Multi-Siteconfiguration. For the configuration we do need 4 x HP P4500 StoreVirtualsystems, one FOM (Failover Manager for Hyper-V) and the existing CLU1Gx.

1. Start the Centralized Management Console and login to your ManagementGroup “ MG1_GrpX ” where x is your Group number.

2. Start the wizard to convert the Cluster by navigating to Getting Started – Management Groups, Clusters, and Volume Wizard.


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3. Select Next to start the wizard.

4. Use the existing Management Group, select Next.


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5. Select MG1_GrpX, click Next.

6. Click Convert a Standard in a Multi-Site Cluster.


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7. Click Next .

8. Click New to create the Primary Site. Site Name is Branch, Make this Site asPrimary and add one StoreVirtual P4500 Node.

9. Add a second site “Remote Office” and add another StoreVirtual P4500 Node.

1.


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10. Use the existing VIP, click Next.


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11. Skip Volume creation, click Finish and close the wizard.


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12. Check under Sites that both of the sites are available. You can move theunassigned servers to the Primary Site .


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Exercise 2: Configure FOM in your Multi-Siteenvironment

1. Check if the system is available in the Management Group. (If it is not, browsethe IP address 192.168.X.7 where X is the group number to add the system,see LAB 1).

2. Create a new Site FOM and add the system to the site.


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3. Select the FOM and click OK.


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Exercise 3: Assign the hosts to the Primary Site

1. Navigate to the Primary Site Branch, right click mouse – Edit Site.

2. Add the Windows 2012 and vSphere Host as Servers by clicking Add.


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3. Select both hosts and confirm twice with OK

In the Overview you will see the Server-/Host and FOM mapping to each Site.

The systems are now in a redundant Multi-Site HA Configuration across twoSites.


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Exercise 4: Expand the Cluster by adding morephysical nodes

1. Check the system availability. There are two more physical nodes available.

2. Add both nodes to the existing Management Group. Right mouse click to onenode Add to existing Management Group .


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3. Assign each node to one site; click Add to add one node per each site.

4. Select the node and OK.


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5. Now we have to add the systems to the Management Group. Select bothphysical systems and continue.

6. Choose the Management Group and Add.

7. Add the systems to the existing Cluster. Select one system – right mouse-

click –

Add to existing Cluster.

8. Select both systems, click OK.


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9. All four systems and Failover Manager are port of the Cluster. The volumeswould be automatically restriped across all nodes.



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NOTES

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Rev. 13.43 L8 – 1

HP P4000 StoreVirtual Upgrade andTroubleshooting

Lab 8

Objectives Upgrade the Centralized Management Console

Perform a single node upgrade

Understand the different upgrade methods of a StoreVirtual system

Characterize different upgrade methods for a production environment

RequirementsTo complete this lab, you will need:

Access to the StoreVirtual CMC


IntroductionWe will guide you through the necessary installation steps to implement an HP P4000StoreVirtual Cluster. After successful configuration you will be able to manage the system.

NOTES

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Exercise 1: Perform a system upgrade of the CMC

1. Start the CMC and login to your Management Group

2. Navigate to “Configuration Summary”

3. “Start Download” and update your CMC by selecting “Continue” and start theupgrade to the latest version after all files are downloaded. In this LAB theCMC will be already updated!

4. If upgrades are available, Select Install to upgrade the CMC.

5. You can monitor the progress of the update process. All the updates for theStorage System, the CMC, and Application Aware Snapshot Manager will bedownloaded automatically to your download directory.


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6. Install CMC updates if some are available, do not perform the Storage systemupgrade now, as we will perform a single node upgrade!

7. The CMC will be rebooted @ the end of each successful upgrade.


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Exercise 2: Perform a single Node Upgrade

1. Start the CMC

2. Go to “Upgrades”

3. There are Recommended Patches available. Click “Continue” to see the patchnumbers.

4. Locate this patches in your download directory of the windows user profile,defined in the CMC. “Help” – “Preferences”

5. Go to your Windows Host where the CMC is installed


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6. Open the file c:\Users\ ”username ”\.storage_system\preferences.txt

7. Add the code below at the end of the file:CmcSystemPreference.supportMode=true

CmcUpgradePreference.useOldUpgrades=true

CmcUpgradePreference.userUpgrade=true

8. Save the file and start the CMC. You will see a yellow version of the CMC.

9. Select “Browse” , choose the first upgrade patch mentioned earlier in yourdownload directory.

10. Select the Node “Node 1” you want to upgrade , and login if the system asksyou to login.

11. Click “Install” to start the installation process.

12. After the process is successfully finish, click “OK” .

13. You can upgrade each system node within a Management Group individually.

Note The code in preferences.txt will automatically be removed if you close theapplication.

By default all patches will be automatically installed online on all nodes,including FOM, “automatically”.



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NOTES

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Rev. 13.43 L9 –1

HP P4000 StoreVirtual Adaptive OptimizationLab 9

Objectives Prepare an Adaptive Optimization configuration

Create a Cluster for the VSA AO Nodes

Configure Volumes to use Adaptive Optimization

Generate workload

Analyze & monitor an AO configuration

Requirements To complete this lab, you will need: Access to the StoreVirtual CMC


IntroductionWe will guide you through the necessary installation steps to implement an HP P4000StoreVirtual Cluster. After successful configuration you will be able to manage thesystem.

NOTES

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HP P4000 StoreVirtual Adaptive Optimization

Rev. 13.43 L9 –3

Exercise 1: Enable Storage to use AdaptiveOptimization

1. Login to your Management Group with your local Login or by using your ActiveDirectory User. ([email protected] / “HP-P4000”)

2. For AO we use the Node 1-4 of the cluter VSA_CLU1GrpX

3. Reconfigure the storage devices on the VSA through the Centralized ManagementConsole. Go to the Storage sub-section under the storage node.

4. Then go to the RAID Setup tab. Under RAID Setup Tasks select Reconfigure Tier. Here you can edit the Tier for each attached storage device.

mailto:[email protected]:[email protected]:[email protected]:[email protected]


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5. Select “Tier 0” for “LUN2” on both Storage system nodes.

6. Select OK will restart an internal process on the VSA and then the VSA mustcomplete data synchronization before the next VSA can be reconfigured. Repeatthis task for each of your VSA Storage node.


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7. Navigate to the VSA and check the overview of Adaptive Optimization.


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4. Start Disk Management.

5. Bring the Disks online, initialize and format both Disks with the default parameters.

6. Copy the P4000 Management ISO “ HP_StoreVirtual_Management_Software_DVD_BM480-11016 ” from your classfiles folder to your 4GB Volume.


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7. Check the volume Details. There are no data in Tier 0 at all, all data are in Tier 1.

8. Edit the Volume to enable AO by setting Adaptive Optimization to “Permitted.


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9. Copy the Windows 2008 R2 OVF template from the class files folder to the 4GBVolume .

10. You will see that some data will be automatically moved to Tier 0.


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Exercise 4: Monitor Adaptive OptimizationThe StoreVirtual Performance Monitor provides real-time performance monitoring ofstorage clusters down to 5 second intervals. A large number of metrics are available thatcharacterize performance latencies, IOPs, queue depth, page size, and many othercounters critical to understanding and evaluating performance. Data can be viewed inthe Centralized

Management Console as counters, graphically via charts and can also be exported via logfiles (csv files) and SNMP traps.

Adaptive Optimization adds a new set of performance and usage counters to the HPStoreVirtual Centralized Management Console. AO statistics have their own monitorlocated under the cluster Performance Monitor area of the management tree. Many ofthe same performance metrics available for volumes are present but now broken downby each tier for individual volumes and storage systems. The Adaptive Optimizationmonitor is modeled after the cluster Performance Monitor and located directly under the

Performance Monitor. The “Adaptive Optimization” monitor is a ccessed under the“Performance Monitor” node in the left -hand pane of the CMC for clusters that are AOenabled. Each console can be opened in its own separate windows for easy side-by-sideanalysis and comparison.

1. Start the Adaptive Optimization Performance Monitor


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2. The report shows the data movement indicated with the Blue and red line (Tier0 andTier1).

Use Adaptive Optimization volume capacity metrics to view utilization Volume levelmetrics available in the Adaptive Optimization console. These include capacity utilizationof each tier, as well as each volume by tier. The following list of capacity metrics showthe information available.

Percent Volume Space All Tiers Used % of all tiers that volume is currentlyconsuming

Percent Volume Space Tier 0 Used % of volume that currently resides on Tier 0

Percent Volume Space Tier 1 Used % of volume that currently resides on Tier 1

Volume Space All Tiers Used Total physical capacity consumed by volume in GB Volume Space Tier 0 Used Total physical capacity of Tier 0 consumed by volume in

GB

Volume Space Tier 1 Used Total physical capacity of Tier 1 consumed by volume inGB

These capacity amounts show the amount of physical space consumed after taking intoaccount the Network RAID type used.

For example, if a volume shows 50 GB of consumption at the application server andNetwork RAID 10 is being used for the volume on the cluster, the total physical capacityof the cluster consumed would be 100 GB.

If the Percent Volume Space Tier 0 Used is 5 percent, this equates to 5 GB of physicalcapacity consumed within Tier 0 for the volume. Due to Preferred Page technologydescribed earlier in the information, 5 GB consumed in Tier 0 means another 5 GB wouldbe consumed in Tier 1 to hold the replicated Network RAID 10 copy.

Congratulation you have successfully completed the LAB!


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hp lab guide

Documents