Oracle OVM installation and configuration in HDS Environmnet
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The purpose of this document is to provide a
SOP for OVM Installation for new servers
This quick start guide provides a
conceptual look at designing and implementing an Oracle VM environment using
Oracle VM 3. The guide is designed to give the reader a conceptual overview of
all of the activities needed to get an Oracle VM guest up and running by
stepping through a simplified implementation of a three node cluster using the
four major phases shown below
Multiple
Oracle VM Servers are grouped into server pools. Each server pool can have up
to 32 physical servers, and every server in a given pool has access to shared
storage which can be NFS, Fibre Channel or iSCSI (or a any combination of
these). This allows VMs associated with the pool to start and run on any
physical server within the pool. However, Oracle VM 3 is different from Oracle
VM 2.x in the following respects:
Oracle VM Server 3 requires
64-bit x86 hardware, but can support either 64-bit or 32-bit guest virtual
machines.
The
Oracle VM Manager 3 runs on 64-bit Oracle Linux 5.5 OS or later. The Oracle VM
Manager
also requires a separate server
outside of the server pool. This can be either a physical server or installed
as a guest VM of Oracle VM server.
Oracle VM Manager controls the
virtualization environment, creating and monitoring Oracle VM servers and the
virtual machines. Oracle VM Manager 3 serves as the only administrative interface
to the Oracle VM servers, unlike Oracle VM 2.x that were jointly administered
from the management server, as well as locally from the command-line for each
Oracle VM Server.
Oracle VM 3 storage repository is not compatible in any way with the storage
repository used by Oracle VM 2.x. The Oracle VM 2.x storage repository cannot
be directly used by Oracle VM 3. But the existing VM images can be imported
into Oracle VM 3 environment.
Install Oracle VM Manager on Management
Server
Oracle
VM Manager will handle configuring resources on the Oracle VM Servers including
adding the storage created during the steps in the last section, additional
networks, etc. To install Oracle VM Manager, create and mount an 8-gigabyte
file system named /u01 on the physical server that Oracle Linux 5, update 10
was installed. Then copy the Oracle VM installer ISO which need to be
downloaded from oracle site to /root and
mount it to /media
Start
the installer as root from /media once
# [root@ovmtx ~]# mount -o loop
/root/V44601-01.iso /media
# cd /media
[root@ovmtx media]# ./createOracle.sh
Adding group 'oinstall' with gid '54323' ...
groupadd: group oinstall exists
Adding group 'dba'
groupadd: group dba exists
Adding user 'oracle' with user id '54322', initial login group
'dba', supplement
ary group 'oinstall' and
home directory '/home/oracle' ...
User 'oracle' already exists ...
uid=54321(oracle) gid=54322(dba) groups=54322(dba),54321(oinstall)
Creating user 'oracle' succeeded ...
Verifying user 'oracle' OS prerequisites for Oracle VM Manager ...
oracle soft nofile 8192
oracle hard nofile 8192
oracle soft nproc 4096
oracle hard nproc 4096
oracle soft core unlimited
oracle hard core unlimited
Setting user 'oracle' OS
limits for Oracle VM Manager ...
Altered file /etc/security/limits.conf
Original file backed up at /etc/security/limits.conf.orabackup
Verifying & setting of user limits succeeded ...
Changing '/u01' permission to 755 ...
Changing '/u01/app' permission to 755 ...
Changing '/u01/app/oracle' permission to 755 ...
Modifying iptables for OVM
Adding rules to enable access to:
7002 : Oracle VM Manager https
15901 : Oracle VM
Manager VM console proxy
54321 : Oracle VM
Manager core
54322 : Oracle VM
Manager core via SSL
123 : NTP
10000 : Oracle VM
Manager CLI Tool
Saving firewall rules to /etc/sysconfig/iptables: [
OK ]
Rules added.
Start the installer as root from
/media once the createOracle.sh has completed. The example below shows a simple
installation which installs MY SQL, Oracle WebLogic Server, Oracle Application
Development Framework (ADF), Java, and Oracle VM Manager on the local
management server..
[root@ovmtx media]# ./runInstaller.sh
Oracle VM Manager Release 3.2.8 Installer
Oracle VM Manager Installer log file:
/tmp/ovm-manager-3-install-2014-12-01-105353.log
Please select an installation type:
1: Simple (includes database
if necessary)
2: Custom (using existing
Oracle database)
3: Uninstall
4: Help
Select Number (1-4): 1
Starting production with local database installation ...
Verifying installation prerequisites ...
*** WARNING: Recommended memory for the Oracle VM Manager server
installation using Local MySql DB is 7680 MB RAM
One password is used for all users created and used during the
installation.
Enter a password for all logins used during the installation:
Enter a password for all logins used during the installation (confirm):
Verifying configuration ...
Start installing the configured components:
1: Continue
2: Abort
Select Number (1-2): 1
Step 1 of 9 : Database Software...
Installing Database Software...
Retrieving MySQL Database 5.5 ...
Unzipping MySQL RPM File ...
Installing MySQL 5.5 RPM package ...
Configuring MySQL Database 5.5 ...
Installing MySQL backup RPM package ...
Step 2 of 9 : Java ...
Installing Java ...
Step 3 of 9 : Database schema ...
Creating database 'ovs' ...
Creating user 'ovs' for database 'ovs'...
Step 4 of 9 : WebLogic ...
Retrieving Oracle WebLogic Server 11g ...
Installing Oracle WebLogic Server 11g ...
Step 5 of 9 : ADF ...
Retrieving Oracle Application Development Framework (ADF) ...
Unzipping Oracle ADF ...
Installing Oracle ADF ...
Installing Oracle ADF Patch...
Step 6 of 9 : Oracle VM ...
Retrieving Oracle VM Manager Application ...
Extracting Oracle VM Manager Application ...
Installing Oracle VM Manager Core ...
Step 7 of 9 : Domain creation ...
Creating Oracle WebLogic Server domain ...
Starting Oracle WebLogic Server 11g ...
Configuring data source 'OVMDS' ...
Creating Oracle VM Manager user 'admin' ...
Step 8 of 9 : Deploy ...
Deploying Oracle VM Manager Core container ...
Deploying Oracle VM Manager UI Console ...
Deploying Oracle VM Manager Help ...
Granting ovm-admin role to user 'admin' ...
Set Log Rotation ...
Disabling HTTP and enabling HTTPS...
Configuring Https Identity and Trust...
Configuring Weblogic parameters...
Step 9 of 9 : Oracle VM Manager Shell ...
Retrieving Oracle VM Manager Shell & API ...
Extracting Oracle VM Manager Shell & API ...
Installing Oracle VM Manager Shell & API ...
Retrieving Oracle VM Manager Upgrade tool ...
Extracting Oracle VM Manager Upgrade tool ...
Installing Oracle VM Manager Upgrade tool ...
Retrieving Oracle VM Manager CLI tool ...
Extracting Oracle VM Manager CLI tool...
Installing Oracle VM Manager CLI tool ...
Copying Oracle VM Manager shell to '/usr/bin/ovm_shell.sh' ...
Installing ovm_admin.sh in '/u01/app/oracle/ovm-manager-3/bin' ...
Installing ovm_upgrade.sh in '/u01/app/oracle/ovm-manager-3/bin' ...
Enabling Oracle VM Manager service ...
Shutting down Oracle VM Manager instance ...
Starting Oracle VM Manager instance ...
Waiting for the application to initialize ...
Oracle VM Manager is running ...
Please wait while WebLogic configures the applications... This can take
up to 5 minutes.
Oracle VM Manager installed.
Installation Summary
--------------------
Database configuration:
Database type : MySQL
Database host name : localhost
Database name : ovs
Database listener
port : 49500
Database user : ovs
Weblogic Server configuration:
Administration
username : weblogic
Oracle VM Manager configuration:
Username : admin
Core management port : 54321
UUID :
0004fb0000010000a40be6f10580592d
Passwords:
There are no default passwords for any users. The passwords to use
for Oracle VM Manager, Database, and Oracle WebLogic Server have been set by
you during this installation. In the case of a default install, all passwords
are the same.
Oracle VM Manager UI:
https://ovmtx.hitachims.local:7002/ovm/console
Log in with the user 'admin', and the password you set during the
installation.
Please note that you need to install tightvnc-java on this
computer to access a virtual machine's console.
For more information about Oracle Virtualization, please visit:
http://www.oracle.com/virtualization/
Oracle VM Manager installation complete.
Please remove configuration file /tmp/ovm_configEj442A.
The
final task needed to complete the installation is to install a VNC client. This
will allow you to use Oracle VM Manager to launch console sessions on running
Oracle VM guests.
# rpm -ivh
http://oss.oracle.com/oraclevm/manager/RPMS/tightvnc-java-1.3.9-3.noarch.rpm
Retrieving
http://oss.oracle.com/oraclevm/manager/RPMS/tightvnc-java-1.3.9-3.noarch.rpm
Preparing... ########################################### [100%]
1:tightvnc-java
########################################### [100%]
Log into
Oracle VM Manager
There
is nothing else to configure at this point and you should be able to connect to
the Oracle VM Manager user interface (UI) with any supported browser as shown
in the figure below. The browser URL for the Oracle VM Manager UI is noted in
the post-installation information you saved from above and should look
something like the following:
https://192.168.21.21:7002/ovm/console/
Log
into the Oracle VM Manager UI using “admin” and the password you set when you
ran the installer for Oracle VM Manager.
Next Steps
The hardware platform for the Oracle VM
environment should now be completed. We will now move on to the next major
phase of creating the Oracle VM Server pool.
Create Oracle VM Server Pool
This phase is focused on adding physical
servers, networking and storage as resources for Oracle VM Manager to use when
creating server pools and Oracle VM guests.
Quick
Tour of the User Interface
Now Oracle VM needs to be installed on the
physical server so that Oracle VM can add to the server pool of the OVM Manager.
Note: Oracle VM manager and Oracle VM server should be in
same version. In our environment we are using 3.2.8.733 Oracle
will not support if we used different version
Step
for the Oracle VM installation on the physical servers
To install Oracle
VM Server from a CDROM:
1. Insert the Oracle VM Server CDROM
into your CDROM drive.
2. Boot the computer with the Oracle VM
Server CDROM.
3. The Oracle VM Server screen is
displayed.
Press Enter to
begin the installation. If you do not press a key for one minute, the
installer
automatically starts. The installer is only available in text mode.
4. The CD Found screen is displayed.
If you want to
make sure the CDROM has been created correctly you can have the
installer test
it for errors. To test the CDROM, select OK and press Enter. The
CDROM is
tested and any errors are reported.
To skip media
testing and continue with the install, select Skip and press Enter.
5. The Keyboard Selection screen is
displayed.
Select the
keyboard layout type (for example, us for U.S. English) from the list of
available
options. The keyboard you select becomes the default keyboard for the
operating
system.
Select OK and
press Enter.
6. If an existing Oracle VM Server installation is found on the computer,
the System
to Upgrade
screen is displayed.
Select
Select
Reinstall System to overwrite the existing installation.
Select
Oracle VM Server 2.1 (disk) to upgrade the existing installation.
7. The Partitioning Type screen is displayed.
Select whether
you want to:
n Remove all partitions and create a new default partition layout
n Remove all Linux partitions and create a new default partition layout
n Use the free space on selected drives to create a new default partition
layout
n Create a custom partition layout
Oracle recommends you use a default
partition layout.
Note:
As the Oracle VM Server installer can only be run in
text
mode, you cannot set up LVM (Logical Volume Manager). If you want
to create an LVM configuration, press Alt + F2 to use the terminal and
run the lvm command. To return to the Oracle VM Server installer, press Alt + F1.
Select which
drive you want to use for the installation.
Select OK and
press Enter.
8. If you selected to remove a partition, a Warning screen is displayed to
confirm that you want to remove the partition(s), including the data contained on any partitions.
Select yes and
press Enter.
9. The Review Partition Layout screen is displayed.
If you do not want
to review the partition layout and accept the default partition
layout, select
No and press Enter.
If you want to
review the partition layout, select Yes and press Enter.
The Partitioning screen is displayed.
Review the
partition layout, and make any changes you want.
Select OK and
press Enter to save any changes.
10. The
Boot Loader Configuration screen is displayed.
Select Master
Boot Record (MBR) or First sector of boot partition as the location
to install the
boot loader.
Select OK and
press Enter.
11. The
Oracle VM Server Management Interface screen is displayed.
Select the
network interface to use for management of the computer.
Select OK and
press Enter.
12. The
Network Configuration for ethn screen is displayed.
If
your computer uses a static IP address, select whether you want to enable IPv4
and/
or IPv6 support. Enter the IP address and prefix (netmask) for your
computer.
IPv4 details must be entered if you are performing an installation using
an
NFS drive. IPv4 support is enabled by default.
If
your computer uses DHCP to assign its IP address, select Use dynamic IP
configuration
(DHCP).
Select
whether you want to enable the network configuration each time you boot
the
computer. This is enabled by default.
Select OK and press Enter.
Note: Here we will not used
any IP since we will configure NIC bonding
13. The
Miscellaneous Network Settings screen is displayed.
Enter the
Gateway, Primary DNS and optional Secondary DNS in the fields.
Select OK and press Enter.
14. The
Hostname Configuration screen is displayed.
If
your machine has its own hostname, select manually and enter the hostname or
IP
address.
If
your machine uses DHCP to assign its hostname, select automatically via
DHCP.
Select OK and press Enter.
15. The
Time Zone Selection screen is displayed.
If your
operating system uses Coordinated Universal Time (UTC), select System
clock uses
UTC.
Select your
time zone by selecting the city closest to your computerıs physical
location.
Select OK and
press Enter.
16. The Oracle
VM Agent password screen is displayed.
Enter a
password to be used for the Oracle VM Agent in the Password field. This
password is
used by Oracle VM Manager to manage and monitor Oracle VM
Server, and
the guests created and running within it.
Re-enter the
password in the Password (confirm) field.
The password
characters are not echoed to the screen.
Select OK and
press Enter. If the two passwords do not match, the installer
prompts you to enter them again.
17. The
Root Password screen is displayed.
Enter a
password for the root user in the Password
field. The root password
must be at
least six characters long.
Re-enter the
password in the Password (confirm) field.
The password
characters are not echoed to the screen.
Select OK and
press Enter. If the two passwords do not match, the installer
prompts you to
enter them again.
18. The
Installation to begin screen is displayed.
Select OK and
press Enter. The installer installs and configures Oracle VM Server.
19. When all files are installed and configuration complete, the complete
screen is
displayed.
Remove the
Oracle VM Server CDROM.
Select Reboot
and press Enter. The computer reboots.
20. The
End User License Agreement screen is displayed.
Review the
license agreement. If you agree to the terms of the license agreement,
select Agree
and press Enter.
21. The
Oracle VM Server login prompt is displayed.
Next step network Team will un tag the VLAN port for Communication.
Then ask Network Team to open the port for OVS server
to the OVM Manager. Ports need to be opened are 7001,7002, 8899, 15901-15915,
7900-7915, 54321-54322, 6900 – 6915, 5900 – 5915, 1000, 7777, 8002-8003, 80,
54321, UDP/123
Storage configuration
Prepare Centralized External Storage
Here in our environment we are using Hitachi HUS VM
Next Step to configure to zoning in the Fabric Switch
Switch Details
http://10.130.130.22 (HBA2) Fabric Switch B
http://10.130.130.23 (HBA 1) Fabric Switch A
HUS VM
Steps to
configure the zoning in the fabric switch
First need to know the FC switch WWN number.
Login to the server and execute the below command
[root@OVS2TX
~]# cat /sys/class/fc_host/host1/port_name
0x10000090fa76b7fe
[root@OVS2TX ~]# cat
/sys/class/fc_host/host2/port_name
0x10000090fa76b7ff
Login to the Fabric switch B
Create the Alias with the Chassis name and Blade number followed by the
HBA number
Add the WWN member to that.
Create the zone name with Chassis number and blade name followed by the
HUSVM port number
Next click on zone config and then select the new zone and move to the
Zone config member and click on enable config. After that it will show commit succeeded.
Same Step need to be repeated for other switch.
For the HDS 520B Blade command device of size 2 GB need to create on HUS
VM for storage plugins, 15 GB OVS cluster file system need to be created for
the cluster and depending on the VM residing on the server repository need to
be create. All the LUN need to share across all the OVS server.
Command device size 2 GB
OVS Cluster 15 GB
Repository Depending on the
VM repository need to be created
Login to the HUS VM
Create the Host groups
Select the WWN number and give the hostname (Naming convention need to
followed) CHASSIS number, Blade number followed by the HBA Number)
Select the port number for LDEV. Make sure we choose the same port
number which we have define in the Fabric switch
Both HBA WWN number need to map with the correct port number. Host group
name will be same as the host
Click on the finish.
Next step is create the LUN for the command device, cluster file system
and the Repositories
Configure the command device
Click on
create LDEVs
Provisioning
Type (Dynamic Provisioning)
Select the
pool
Provide the
LDEV Capacity (here we will using 2 GB for the command device)
LDEV Name
Choose the
Initial LDEV ID (Choose the FF and 3E since it should not be used by other host
other than OVS host)
Click on Add
Click on finish
Click on Apply
Task will be created
Click on the logical device and select the LDEV and click on more action
and select edit command devices
Command device need to be enabled. Here command device security need to
be disabled and rest will be enabled and click on finish
Click on Apply and task will be created
Next map the command device to the OVS host. Click on add LUN paths
Select the LDEV name to be mapped
Select the LDEV and click on add
Click on next
Select the host group and click on add
Click on next
Click on finish
Click on apply
Same step need to be followed for the creation of the other LUN, except
the enabling the command device.
HDS PLUGINS Installation
Yum repository setup for the installation and configuration
##cd /etc/yum.repos.d
## create a repo
Vi ovm.repo
Next
plugins and the command software need to be copied to the host
Hitachi-storage
plugins need some dependencies rpm
Command
device configuration. Mount the iso file and then execute the script
Create a file
under /etc and the file name is horcm700.conf. Add the below line and reboot
the server.
After reboot complete LUN will be detected.
After that below command need to be executed
If it failed then log need to be checked
Log file location is /HORCM/log700/curlog/horcm_OVS2TX.log
Discover
Oracle VM Servers as Resource
The
“Health” view should be the first screen seen after logging into Oracle VM
Manager.
Click on Servers and VMs
Discover the server. Click on the Magnifying glass
Add
the servers as shown in the following figure. we may use a range of IP addresses
or add them one at a time. Provide the OVM agent password
and the IP address
After the successful completion it will show the below message
The
discovery process will add all the servers to the “Unassigned” server resources
pool as seen in below where the Oracle VM Servers will remain until they are
assigned to the server pool created in later steps.
A server pool can now be created once all the other
resources such as Oracle VM Servers, networking and storage have been added to
Oracle VM Manager.
Simply enter a user friendly server pool name, the re locatable virtual IP and the storage used for the server pool file system that were created during the preparation
phase. The virtual IP is an address that will always be associated with the
Oracle VM Server currently designated as the server pool master.
Click on Create Server Pool…
Provide the server pool name, Virtual IP, choose the Storage for server
pool (Select 15 GB LUN)
Select the Available server and click on the >> sign and click on
next
Click on Finish
Network Configuration
Most data centres will have multiple subnets with
specific roles such as production front end where all users can connect to
servers, databases and applications (public network), dedicated storage
(storage network), dedicated out-of-band server management (management
network), etc.
In our
Environment 4 interface are connected to the four port of the switch. Two interface will be tag for the Management
network and two interface will be tag for the client /backup access. Port 1
from switch1 and port 1 from switch 2 need to be tag in the switch level and
bonding need to be Oracle OVM
Same need to
be followed for the other interface.
Port2 from switch 1 and port 2 from switch 2 need to be tag. After
network team configure then server Team need to configure from the Oracle OVM
Edit Existing
Network
A single network was
discovered by Oracle VM Manager during the discover servers step above. In this
case the existing network that was discovered is the management network. Before
moving on to the next step of adding a public network for storage and general
access to Oracle VM guests, we will change the name of the existing management
network. This is not a required change and is only meant to help reduce
confusion of network roles in subsequent steps. Here we will do bonding with
the other interface tag
Click on the Networking
Select the existing
networking and click on edit
Click on next
Click on Next. Select the
port that are tagged and the bond one
Click on Next
Click on Next
Click on Finish
Create
Additional Network as Resource
A new private network
will be created to allow Oracle VM Servers and Oracle VM Manager to access
Backup Server running on Oracle VM guests. The create network task basically configures another network
interface/bridge on the Oracle VM Servers with the network information provided
by the Oracle VM administrator using the Oracle VM Manager create network wizard.
(Next
Step is to create the backup interface for the OVS. If 2 port are tagged then
Bond1 need to create in the OVS Server and then create the bridge using the wizard.
In our scenario we have 2 interface , so we will create the bridge with that. )
Click
on the green color plus sign
Click on create a network with Bonds/port only and click on
next.
Provide the Name for the MPLS/backup/Monitoring Network
Click
on next
Click
on Next
Select
the port which tag in the switch level. Click on Next
Click
on Next
Click
on finish
Create Virtual MAC Addresses as Resource
The
last network task needed is to create a pool of virtual Ethernet addresses
(MAC) for the Oracle VM guests. The virtual Ethernet addresses will be randomly
assigned from the pool as each Oracle VM guest is created. Note that specific
MAC addresses can be assigned to specific Oracle VM guests, but the Oracle VM
administrator must change the MAC after one has been randomly assigned as we
will see in a later step.
To
begin, choose “Virtual NICS” and click on Auto Fill and create. It will create
20 virtual Nic
The pool of MAC addresses will be now be available and
automatically assigned to any Oracle VM guests created. More Ethernet addresses
can be generated later if needed
Create Storage Repository
The
final step in the process of creating a server pool is to assign an LUN to act
as the centralized storage repository where all the Oracle VM guest files,
templates and other resources will reside for the entire server pool.
Click on the storage Repository
Click on the + sign. Provide the Repository Name, select the physical
disk for the Repository. Click on Next
Click on finish
The
task of creating the Oracle VM Server pool should now be completed. We will now
move on to the last major phase by creating a single Oracle VM guest.
ISO IMPORT STEP
First
http server need to be created on OVM manager and then dump the iso file to the
/var/www/html/oracle
##
yum install http
##
service httpd start
##
Then copy the iso dump to the /var/www/html/oracle
Access
the URL by http://192.168.21.21/oracle
Create Oracle VM Guest
The
Oracle VM is now ready for Oracle VM guest images to be created.
Now
ISO need to be imported to the Repository
Click
on the Repository of the Host and select ISO
Click
on the Import and provide the URL of the ISO and click ok
Now
ready for creating the VM
Click
on the Server Pool. Select OVS Server. Right Click on the server and click on
Create Virtual Machine
Click
on Next
Enter
the VM Name, enabled the check box of Enable High Availability, Select the
Domain type as XEN HVM, PV drivers, select memory and the Processor. Click on
next
Added
the Management and MPLS/Backup IP. Click on Add VNIC
Click
on next
Create
the OS Disk from the Virtual Disk
Create
the virtual Disk by adding the green colour plus sign. Click on ok
Now
choose the CD/DVD for the Oracle Installation. Select the ISO file. Click on ok
.
Select
the boot options. Select the CDROM. Click on Finish
Next
Step to open the console and start the server for Installation. Launch the
console
Next
Step is to complete the Installation.
After
Installation complete, patch with the latest RPM required for the Environment,
configure the kernel parameter and mail configuration.
VM Template creation for the VM deployment
Select the VM and right click and choose the clone or Move option. Click
on Create a clone of this VM. Click Next
Click on next. Select Advance clone. Click on Create
Provide the clone Customizer Name
Click on the check box of the Disk, uncheck
the ISO file.
Click on next.
Click on Finish
Click OK
Template creation step is completed.
Create VM from the Template
Click on create Virtual Machine
Click on clone from an existing VM Template
Click on Finish.
VM is now created from the Template.
posted by Arnab Mukherjee @ 1:28 AM
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