NetApp ONTAP 7.3.3 Simulator Installation Guide for Oracle Enterprise Linux and Oracle VirtualBox

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The following document provides detailed instructions to create a simulated NetApp filer environment using Oracle Enterprise Linux 5.5, Oracle VirtualBox 3.2.10 and the NetApp ONTAP 7.3.3 Simulator.

Outline

The naming convention I use will differentiate the Linux VM by using “L” and the ONTAP Simulator by using “O” as the first character in the hostname.

OS Hostname IP SIM Hostname IP Address

L733SIM01 10.10.10.50 O733SIM01 10.10.10.51

L733SIM02 10.10.10.52 O733SIM02 10.10.10.53

You can run multiple versions of the Simulator (such as 7.3.1 or 7.3.4 or even 8.0). Simply adjust the hostnames to the version number to keep things sane. It is assumed you have Active Directory and DNS already in place so you can create CIFS shares as you would for user homes and profiles in a Domain.

Hardware

This document describes the process for Installing Oracle VirtualBox, creating the Linux VM and installing the ONTAP Simulator in the VM, My system is a Dell 8300 with 3 Gigs of RAM, 3 GHz Pentium 4 CPU with Windows 7 Ultimate x32. Not exactly the fastest system these days but plenty fast for the Simulator. 25 Gigs or more of disc space is enough to run the Simulator.

Oracle Enterprise Linux 5.5 x32

http://edelivery.oracle.com/EPD/GetUserInfo/get_form?caller=LinuxWelcome

Fill in your name, email address, answer yes to the export and license and click Continue.

Select Oracle Linux, x86 32 bit and click Go. Note that the 7.3.3 Sim is not x64. The ONTAP 8x Sim is x64.

Select the top option and click Continue at the bottom of the page.

Scroll down and click Download on the x32 DVD. Save it to your computer. When the download finishes, right-click and extract the ISO image.

Browse to the download location (right-click Start | Explore), right-click the zip file and unzip in the current location. I use 7zip but whatever zip utility works for you is fine.

Oracle VirtualBox

http://www.virtualbox.org/wiki/Downloads

Click the VirtualBox 3.2.10 for Windows hosts x86/amd64 link and download to your computer.
Browse to the file and double-click it (you may have to right-click and select Run As Administrator).
If it appears, click Yes to the User Access Control pop-up window.
Click Next on the Welcome screen | accept the License and click Next.
Click Next on the Custom Setup screen | click next on the Shortcuts screen.
Click Yes on the Network interface notice screen and the Install to start the installation.
Deselect Start Oracle VirtualBox and click Finish.
Manually reboot your system.

Create the VM Profile

Click Start | All Programs | Oracle VM VirtualBox | VirtualBox.
Click Ignore on the Media accessibility pop-up message.
In the upper left corner, click the blue New icon.
Click Next on the Welcome screen.
Enter the hostname L733SIM01, under OS Type select Linux and Oracle and then click Next.
Set the memory to 1024 (1 Gig) and lick Next.
Select Create New Hard Disk and click Next.
Click Next on the Create New Disk Wizard.
Select fixed-size storage. Note that this will take a while to complete. Your Simulator VM will run faster with this option although the Dynamic expanding storage option is an acceptable (and supported) choice.
Enter 25 Gigs and click Next.
Assess the Summary and click Finish. This will take a while so go have a cup of coffee.
When done click Finish.

Customize the VM Hardware

In the upper left select the Setting icon.
Select the System icon. In the middle next to Boot Order, un-check Floppy.
Select the Audio icon on the left. Un-check the Enable Audio checkbox.
Select the Network icon. Check Enable network adapter. Next to Attached to select Not Attached (you will attach later). Below that, expand Advanced and select Intel PRO/1000 MT Server adapter.
Select the Serial Ports icon. Check Enable serial port on COM1 with port mode Disconnected and click OK to commit the hardware changes.
In the upper left, click Settings again. Select the Storage icon. Under IDE Controller, select the dick icon marked Empty. On the right next to CD/DVD Device (Empty) click the small Folder icon.
Click Add.
Browse out to the ISO image for Oracle Enterprise Linux x32 v5.5 and click Open.
Highlight the ISO image and click Select.
Click OK to complete the preparation. The ISO image is now attached and ready to boot.
In the upper left, click Start.
When the console pop-up appears, read the message so you understand how to capture and release the mouse during the installation of the OS. Click OK to proceed. Note – after Installation, you will install the Guest Additions.
Click inside the VM to make sure the mouse and keyboard is captured and press Enter. Click OK on mouse capture pop-up messages.
Tab over to Skip and press Enter.
At the Welcome screen click Next.
Select English and click Next.
Select US English and click Next.
Select Yes to initialize the disk and erase all data.
On the drop-down menu, select Remove all partitions on selected drives and create default layout. At the bottom select Review and click Next.
Select Yes to remove all partitions.
View the partition summary and click Next. Note: if you want to make changes to the partitions do it here.
Accept the default boot loader options and click Next.
Click Edit to the right of Network Devices. On the pop-up window select Manual Configuration and enter 10.10.10.50 and 255.255.255.0 for the mask. Below, deselect IPv6 and click OK.
Back on the main window, enter hostname OEL733SIM01, gateway 10.10.10.1, primary DNS 10.10.10.100 and click Next.
At the bottom left deselect System clock uses UTC and click Next.
Set a root password and click Next.
At the bottom click Customize now and Next.
Select Applications and deselect Games, Graphics, Office, Sound and Video.
Select Base System, deselect Dialup Networking and click Next.
Next to start the installation.
The installation begins and the disk is formatted.
When done click Reboot. Click OK when the mouse pop-up message appears.
The system reboots and runs Firstboot to complete the configuration. Click Forward.
Accept the License agreement and click Forward.
Disable the Firewall and click Forward. Click Yes on the security override pop-up window.
Set SELinux to disabled and click Forward. Click Yes on the SELinux reboot pop-up message.
Do not enable Kdump and click Forward.
Select the Network Time Protocol tab, check Enable Network Time Protocol and click Forward. Note: to keep the ONTAP Simulator and the host OS time in sync you can also add your domain controller on this screen.
Create a netappadmin account and click Forward.
There is no sound card so click Forward.
Click Finish and OK to reboot.
Login as root and prepare for the Guest Additions. After login, right-click the desktop and select Open Terminal.
In the upper left under Devices, select Install Guest Additions.
Click inside the xterm console and run the following commands:

# cd /media/*/

# ls

# cp -rp /media/*/ /root/

# cd /root/V*/

# ls -l (to verify that they are there).

# umount /media/VBOXADDITIONS_3.2.10_66523

Mount the Oracle Enterprise Linux 5.5 ISO image again (it was disconnected in the previous step). In the lower right corner of the VM, right-click the CD/DVD icon and select Enterprise-R5-U5-Server-i386-dvd.iso.
Now, disconnect it but leave it “in the DVD tray” so to speak. This is an odd step but you must do it.

# umount /media/”Enterprise Linux dvd 20100405″

3. In the lower right hardware icons, double-click the network icon. On adapter 1, select Bridged adapter and the Intel Pro/100 and click OK. You should now be on the network (or internet).

Setup Yum to read the DVD ISO image and install development components

This process makes dependency resolution a no brainer.

# mkdir -p /media/disk

# mount /dev/cdrom /media/disk

# ls -l /media/disk/

2. Setup the yum base. Edit /etc/yum.conf, adding the following section:

# vi /etc/yum.conf

3. At the end of the file, below the lines that reads “#PUT YOUR REPOS HERE OR IN separate files named file.repo # in /etc/yum.repos.d, ” add the [base] section below.

[base]

name = Oracle Enterprise Linux 5.5 DVD

baseurl=file:///media/disk/Server/

gpgcheck=0

enabled=1

# wq!

# service yum-updatesd restart

# yum repolist

4. Run the install process for the groups below. Follow the prompt because you must answer “Is this OK, [y/N]: y” to continue. You must enter y to install the software. I know, I know, it installs a few libraries you don’t need but who has time to dissect every rpm?

# yum install unifdef rpm-build

# yum groupinstall “Development Libraries”

# yum groupinstall “Development Tools”

# yum install lynx

5. Exit the DVD path and umount it.

# cd /

# umount /media/disk

# df -h (to verify)

# reboot (don’t argue, just do it!)

Note that the ISO is still attached to the VM. To remove it completely right-click the DVD icon in the lower right and select Unmount CD/DVD Device.

Install the VirtualBox Guest Additions

1. As root, run the following commands.

# cd /root/V*

# sh ./VBoxLinuxAdditions-x86.run

2. When the installation completes reboot the VM to seat the new drivers and kernel modules.

# reboot

You now have a pass-through mouse (no more right Ctrl key to release the mouse) and better overall integration.

For reference, Guest Additions are installed to:

/opt/VBoxGuestAdditions-3.2.10

Get the NetApp Simulator

1. Login to the VM as root and launch an xterm. Create the directory where the Simulator will reside.

# cd /

# mkdir 733sim

2. Launch a browser and perform the following steps.

Create a NOW account on the NetApp support site: https://now.netapp.com/eservice/public/now.do
Browse to the Simulator download site: http://now.netapp.com/NOW/cgi-bin/simulator
Select the 7.3.3-tarfile-v22.tgz (76.6 MB) file and download to /733sim

An alternative method would be to use lynx. Note that you have to add your NOW user/password info after the auth= statement in the command below. When run, just answer yes to all the odd messages that appear.

lynx -accept_all_cookies -auth=NOW account user/password http://now.netapp.com/download/tools/simulator/ONTAP/7.3.3/7.3.3-tarfile-v22.tgz

Install the Simulator

Login as root and open an xterm. Questions are answered with bold text below. Note: at the end of the setup script it will create the disks. Let it run for a few minutes and then press enter to get the command prompt back. Otherwise it will just sit at “Adding 20 additional disks” forever.

# cd /733sim

# tar -zxvf 7.3.3-tarfile-v22.tgz

# cd simulator

# ./setup.sh

Script version 22 (18/Sep/2007)

Where to install to? [/sim]: /733sim/sim

Would you like to install as a cluster? [no]: no

Would you like full HTML/PDF FilerView documentation to be installed [yes]: yes

Continue with installation? [no]: yes

Creating /733sim/sim

Unpacking sim.tgz to /733sim/sim

Configured the simulators mac address to be [00:50:56:6:79:c8]

Please ensure the simulator is not running.

Your simulator has 3 disk(s). How many more would you like to add? [0]: 20

The following disk types are available in MB:

Real (Usable)

a – 43 ( 14)

b – 62 ( 30)

c – 78 ( 45)

d – 129 ( 90)

e – 535 (450)

f – 1024 (900)

If you are unsure choose the default option a

What disk size would you like to use? [a]: f

Disk adapter to put disks on? [0]: 0

Use DHCP on first boot? [yes]: no

Ask for floppy boot? [no]: no

Checking the default route…

You have a single network interface called eth0 (default route) . You will not be able to access the simulator from this Linux host. If this interface is marked DOWN in ifconfig then your simulator will crash.

Which network interface should the simulator use? [default]: <press enter>

Your system has 872MB of free memory. The smallest simulator memory you should choose is 110MB. The maximum simulator memory is 832MB.

The recommended memory is 512MB.

How much memory would you like the simulator to use? [512]: 512

Create a new log for each session? [no]: yes

Adding 20 additional disk(s).

Complete. Run /733sim/sim/runsim.sh to start the simulator.

[root@L733SIM01 simulator]#

Run the Simulator to set the initial configuration in /etc/rc

As root, run the Simulator. Note that the first time you run it will take some time to complete the boot sequence. Please be patient. Answers to questions are in bold below. Also we will break out of the cifs configuration at the end since you will have to answer the questions to fit your domain.

# /733sim/sim/runsim.sh

runsim.sh script version Script version 22 (18/Sep/2007)

This session is logged in /733sim/sim/sessionlogs/log-1287856931

NetApp Release 7.3.3: Wed Feb 24 10:15:48 PST 2010

Starting boot on Sat Oct 23 18:02:12 GMT 2010

Sat Oct 23 18:04:09 GMT [iomem.init.fail:CRITICAL]: Failed to initialize acceleration card (model name X1938A-R5, serial number 5012345670, part number virgo-simulator) in slot 1.

Sat Oct 23 18:04:09 GMT [fmm.domain.card.failure:error]: PAM II in slot 1 (model name X1938A-R5, serial number 5012345670, part number virgo-simulator): Flash device failed and needs to be updated or repaired or replaced.

Sat Oct 23 18:04:24 GMT [fmmb.current.lock.disk:info]: Disk v4.16 is a local HA mailbox disk.

Sat Oct 23 18:04:24 GMT [fmmb.current.lock.disk:info]: Disk v4.17 is a local HA mailbox disk.

Sat Oct 23 18:04:24 GMT [fmmb.instStat.change:info]: normal mailbox instance on local side.

Sat Oct 23 18:04:28 GMT [raid.cksum.replay.summary:info]: Replayed 0 checksum blocks.

Sat Oct 23 18:04:28 GMT [raid.stripe.replay.summary:info]: Replayed 0 stripes.

sparse volume upgrade done. num vol 0.

Vdisk Snap Table for host:0 is initialized

Sat Oct 23 18:04:32 GMT [vol.language.unspecified:info]: Language not set on volume vol0. Using language config “C”. Use vol lang to set language.

Sat Oct 23 18:04:32 GMT [rc:notice]: The system was down for 20113981 seconds

Sat Oct 23 18:04:32 GMT [useradmin.added.deleted:info]: The role ‘compliance’ has been added.

Sat Oct 23 18:04:33 GMT [useradmin.added.deleted:info]: The group ‘Backup Operators’ has been modified.

/etc/rc is missing. Running configuration dialog.

NetApp Release 7.3.3: Wed Feb 24 10:15:48 PST 2010

System ID: 0099920376 ()

System Serial Number: 987654-32-0 ()

System Storage Configuration: Multi-Path

System ACP Connectivity: NA

Model Name: Simulator

Processors: 1

slot 0: NetApp Virtual SCSI Host Adapter v0

23 Disks: 20.7GB

2 shelves with LRC

slot 1: NetApp Virtual SCSI Host Adapter v1

slot 2: NetApp Virtual SCSI Host Adapter v2

slot 3: NetApp Virtual SCSI Host Adapter v3

slot 4: NetApp Virtual SCSI Host Adapter v4

23 Disks: 20.7GB

2 shelves with LRC

slot 5: NetApp Virtual SCSI Host Adapter v5

slot 6: NetApp Virtual SCSI Host Adapter v6

slot 7: NetApp Virtual SCSI Host Adapter v7

slot 8: NetApp Virtual SCSI Host Adapter v8

4 Tapes: VT-100MB

VT-100MB

Please enter the new hostname []: O733SIM01

Do you want to enable IPv6? [n]: n

Do you want to configure virtual network interfaces? [n]: n

Please enter the IP address for Network Interface ns0 []: 10.10.10.51

Please enter the netmask for Network Interface ns0 [255.0.0.0]: 255.255.255.0

Please enter media type for ns0 {100tx-fd, auto} [auto]: <press enter>

Please enter the IP address for Network Interface ns1 []: <press enter>

Would you like to continue setup through the web interface? [n]: n

Please enter the name or IP address of the IPv4 default gateway: 10.10.10.1

The administration host is given root access to the filer’s

/etc files for system administration. To allow /etc root access

to all NFS clients enter RETURN below.

Please enter the name or IP address of the administration host: 10.10.10.200

Please enter timezone [GMT]: EST

Where is the filer located? []: Earth

What language will be used for multi-protocol files (Type ? for list)?:?

Supported language codes are:

C (POSIX)

ar (Arabic)

cs (Czech)

da (Danish)

de (German)

en (English)

en_US (English (US))

es (Spanish)

fi (Finnish)

fr (French)

he (Hebrew)

hr (Croatian)

hu (Hungarian)

it (Italian)

ja (Japanese euc-j*)

ja_v1 (Japanese euc-j)

ja_JP.PCK (Japanese PCK(sjis)*)

ja_JP.932 (Japanese cp932*)

ja_JP.PCK_v2 (Japanese PCK(sjis))

ko (Korean)

no (Norwegian)

nl (Dutch)

pl (Polish)

pt (Portuguese)

ro (Romanian)

ru (Russian)

sk (Slovak)

sl (Slovenian)

sv (Swedish)

tr (Turkish)

zh (Simplified Chinese)

zh.GBK (Simplified Chinese (GBK))

zh_TW (Traditional Chinese euc-tw)

zh_TW.BIG5 (Traditional Chinese Big 5)

To use UTF-8 as the NFS character set append ‘.UTF-8’

Language codes flagged with “*” are obsolete versions of those language character sets.

What language will be used for multi-protocol files (Type ? for list)?:en_US

Setting language on volume vol0

The new language mappings will be available after reboot

Sat Oct 23 18:11:45 GMT [vol.language.changed:info]: Language on volume vol0 changed to en_US

Language set on volume vol0

Do you want to run DNS resolver? [n]: n

Do you want to run NIS client? [n]: n

The Shelf Alternate Control Path Management process provides the ability

to recover from certain SAS shelf module failures and provides a level of

availability that is higher than systems not using the Alternate Control

Path Management process.

Do you want to configure the Shelf Alternate Control Path Management interface for SAS shelves [n]: n

Setting the administrative (root) password for O733SIM01 …

New password: <enter password>

Retype new password: <enter password>

Sat Oct 23 13:12:39 EST [passwd.changed:info]: passwd for user ‘root’ changed.

Sat Oct 23 13:12:39 EST [tapemc.alias.addOK:info]: Alias st0 automatically added for tape device WWN[0:042:424200:000000].

Sat Oct 23 13:12:39 EST [dfu.firmwareUpToDate:info]: Firmware is up-to-date on all disk drives

Sat Oct 23 13:12:39 EST [sfu.firmwareUpToDate:info]: Firmware is up-to-date on all disk shelves.

Sat Oct 23 13:12:39 EST [tapemc.alias.addOK:info]: Alias st1 automatically added for tape device WWN[0:142:424200:000000].

Sat Oct 23 13:12:39 EST [tapemc.alias.addOK:info]: Alias st2 automatically added for tape device WWN[0:242:424200:000000].

Sat Oct 23 13:12:39 EST [tapemc.alias.addOK:info]: Alias st3 automatically added for tape device WWN[0:342:424200:000000].

Sat Oct 23 13:12:39 EST [netif.linkUp:info]: Ethernet ns0: Link up.

Sat Oct 23 13:12:40 EST [perf.archive.start:info]: Performance archiver started. Sampling 22 objects and 195 counters.

add net default: gateway 10.10.10.1

There are 20 spare disks; you may want to use the vol or aggr command

to create new volumes or aggregates or add disks to the existing aggregate.

Sat Oct 23 13:12:42 EST [rc:info]: Registry is being upgraded to improve storing of local changes.

Sat Oct 23 13:12:42 EST [rc:info]: Registry upgrade successful.

Sat Oct 23 13:12:43 EST [mgr.boot.disk_done:info]: NetApp Release 7.3.3 boot complete. Last disk update written at Thu Mar 4 17:51:28 EST 2010

Sat Oct 23 13:12:43 EST [mgr.boot.reason_ok:notice]: System rebooted after a halt command.

This process will enable CIFS access to the filer from a Windows(R) system.

Use “?” for help at any prompt and Ctrl-C to exit without committing changes.

///

Press Ctrl+C to break out of CIFS configuration. Note that you can run the cifs setup command at any time.

List out the disks to make sure you have them.

O733SIM01> vol status -r

Aggregate aggr0 (online, raid0) (zoned checksums)

Plex /aggr0/plex0 (online, normal, active)

RAID group /aggr0/plex0/rg0 (normal)

RAID Disk Device HA SHELF BAY CHAN Pool Type RPM Used (MB/blks) Phys (MB/blks)

——— —— ————- —- —- —- —– ————– ————–

data v4.16 v4 1 0 FC:B – FCAL N/A 120/246784 127/261248

data v4.17 v4 1 1 FC:B – FCAL N/A 120/246784 127/261248

data v4.18 v4 1 2 FC:B – FCAL N/A 120/246784 127/261248

Spare disks

RAID Disk Device HA SHELF BAY CHAN Pool Type RPM Used (MB/blks) Phys (MB/blks)

——— —— ————- —- —- —- —– ————– ————–

Spare disks for zoned checksum traditional volumes or aggregates only

spare v4.19 v4 1 3 FC:B – FCAL N/A 1020/2089984 1027/2104448

spare v4.20 v4 1 4 FC:B – FCAL N/A 1020/2089984 1027/2104448

spare v4.21 v4 1 5 FC:B – FCAL N/A 1020/2089984 1027/2104448

spare v4.22 v4 1 6 FC:B – FCAL N/A 1020/2089984 1027/2104448

spare v4.24 v4 1 8 FC:B – FCAL N/A 1020/2089984 1027/2104448

spare v4.25 v4 1 9 FC:B – FCAL N/A 1020/2089984 1027/2104448

spare v4.26 v4 1 10 FC:B – FCAL N/A 1020/2089984 1027/2104448

spare v4.27 v4 1 11 FC:B – FCAL N/A 1020/2089984 1027/2104448

spare v4.28 v4 1 12 FC:B – FCAL N/A 1020/2089984 1027/2104448

spare v4.29 v4 1 13 FC:B – FCAL N/A 1020/2089984 1027/2104448

spare v4.32 v4 2 0 FC:B – FCAL N/A 1020/2089984 1027/2104448

spare v4.33 v4 2 1 FC:B – FCAL N/A 1020/2089984 1027/2104448

spare v4.34 v4 2 2 FC:B – FCAL N/A 1020/2089984 1027/2104448

spare v4.35 v4 2 3 FC:B – FCAL N/A 1020/2089984 1027/2104448

spare v4.36 v4 2 4 FC:B – FCAL N/A 1020/2089984 1027/2104448

spare v4.37 v4 2 5 FC:B – FCAL N/A 1020/2089984 1027/2104448

spare v4.38 v4 2 6 FC:B – FCAL N/A 1020/2089984 1027/2104448

spare v4.39 v4 2 7 FC:B – FCAL N/A 1020/2089984 1027/2104448

spare v4.40 v4 2 8 FC:B – FCAL N/A 1020/2089984 1027/2104448

spare v4.41 v4 2 9 FC:B – FCAL N/A 1020/2089984 1027/2104448

2. Connect to FilerView on the Simulator. From your Windows PC (where you installed VirtualBox), launch a browser (Firefox, Chrome, Opera, etc) and enter the following url: http://10.10.10.51/na_admin

3. Click the Simulator Documentation icon to get the license keys.

4. On the Documentation page click License Keys and the list of keys will be displayed. Add them to the filer in FilerView or with the license add <license> command.

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NetApp ONTAP 7.3.3 Simulator Installation Guide for Oracle Enterprise Linux and Oracle VirtualBox

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