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The COMSTAR framework provides support for the iSCSI protocol.

Identify three true statements describing the COMSTAR framework. (Choose three.)

A.

One IP port can handle multiple iSCSI target devices.

B.

The disk volume provided by the server is referred to as the LUN and can be accessed by an iSCSI initiator.

C.

The disk volume provided by the server is referred to as the target.

D.

The iSCSI initiator is configured on the server.

E The iSCSI initiator is configured on the client.

View the Exhibit

You executed the command on the Automated Installer (AJ) install server.

Select the three options that describe the information in the Exhibit. (Choose three.)

A.

It shows the Al manifests and SC profiles that have been added to the sll-sparc install service.

B.

it will be used to install two zones, zonel and zone2, as part of the Automated Installation.

C.

zmanifest is used to configure zone parameters such as language, locale, time zone, terminal, users, and the root password for the zone administrator.

D.

The z1 profile and z2profile contain all of the instructions for creating the zone (zonecfg). The information used in this file is in a zonecfg export format

E.

The z1 profile and z2profile contain information to configure zone parameters such as language, locale, time zone, terminal, users, and the root password for the zone administrator.

You create a flash archive of the Solaris 10 global zone on the server named sysA. The archive name is s10—system flar, and it is stored on a remote server named backup_server.

On sysA, you create a Solaris 10 branded zone named s10-zone.

You want to use the flash archive, located on /net/backup_servers/10-system.flar, to install the operating system in the s10-zone zone.

Which command do you choose to install the s10-system flar archive in the Solaris 10 branded zone (s10-zone)?

A.

zoneadm -z slO-zone install -a /net/backup_server/slO-system.flar -u

B.

zonecfg -z slO-zone install -a /net/backup_server/s10-system.flar -u

C.

zoneadm -z s10-zone clone -s /net/backup_server/slO-system flar

D.

zonecfg -a s10-zone create -t SUNWsolanslO \

< /net/backup_server/s10-system.flar

E.

zonecfg-zs10-zoneinstall-f/net/backup_server/slO-system.flar

The current ZFS configuration on your server is:

pool1200K3.91G31K/pool1 pool1/data31K3.91G31K/data

Your backup policy states that you are to perform a full backup of /data on Sunday and incremental backups on Monday through Saturday. Each incremental will back up only the data that has been created or modified since the Sunday backup was started The file systems must be available to users at all times and the data will be backed up to tape.

Which option should you choose for the Wednesday backup?

A.

On Sunday

zfs snapshot pool1/data@sunday

zfs send pool1/data@sunday > /dev/rmt/0

On Wednesday

zfs snapshot pool1/data@wednesday

zfs send -i pool1/data@sunday pool1/data@wednesday > /dev/rmt/0

B.

On Sunday

zfs snapshot pool1/data@sunday > /dev/rmt/0

On Wednesday

zfs snapshot -i pool1/data@wednesday >/dev/rmt/0

C.

On Sunday

zfs snapshot pool1/data@sunday

zfs send pool1/data@sunday > /dev/rmt/0

On Wednesday

zfs snapshot pool1/data@wednesday

zfs send -i pooll/data@wednesday pooll/data@sunday > /dev/rmt/0

D.

On Sunday

zfs snapshot pool1/data@sunday

zfs send pool1/data@sunday > /dev/rmt/0

On Wednesday

zfs snapshot pool1/data@wednesday

zfs send -i pool1/data@wednesday > /dev/rmt/0

E.

On Sunday

zfs snapshot pool1/data@sunday

zfs send pool1/data@sunday | zfs recv> /dev/rmt/0

On Wednesday

zfs snapshot pool1/data@wednesday

zfs send -i pool1/data@sunday pool1/data@wednesday|zfs recv > /dev/rmt/0

You need to set up a local package repository to serve 75 client systems. Multiple clients will being the package repository concurrently and you need to ensure that the local repository performs very well under this heavy load, especially during package intensive operations.

Which option would ensure the best performance of the repository during package-intensive rations by multiple clients?

A.

Set up multipathing on the package repository server to distribute the network load multiple network interfaces.

B.

Deploy a second instance of the package repository server to run as a read writable mirror.

C.

Deploy a second instance of the package repository server to run as a read-only mirror.

D.

Deploy a second instance of the package repository server to run as a clone of the primary repository server.

E.

Deploy a package repository locally on each client.

The ZFS configuration on your server is:

Pool1 6.67G31K/pool

Pool1/data31K31K/data

Select the three commands that you would use to 1. Create, 2. List, and 3. Delete a snapshot of the /data file system.

A.

zfs snapshot pool1/data@now

B.

zfs create snapshot pool1/data@now

C.

zfs list -t snapshot

D.

zfs list -t snapshot pool1/data

E.

zfs destroy pool1/data@now

F.

zfs destroy snapshot pool1/data@now

You want to deploy oracle Solaris 11 with the automated installer (AI). You need to make sure that your server and network meet the requirements for using AI.

Choose the three options that describe; the requirements for using AI.

A.

You can create only one manifest per install service. If you need more than one manifest, create multiple install services.

B.

If two client machines have different architectures and need to be installed with the same version of the Oracle Solaris 11 OS, then create two AI manifests and a single Install service.

C.

You need a separate install service for each different client architecture that you plan to install, and for each different version of the Oracle Solaris 11 OS that you plan to install on client systems.

D.

If two client machines have different architectures and need to be installed with different versions of the Oracle Solaris 11 OS, then create two AI manifests and two install services.

E.

The install server needs to be able to access an Oracle Solaris Image Packaging System (IPS) software package repository; the clients do not.

F.

The install server can be either an x86 machine or a SPARC machine.

Review the zpool information on your server:

You enabled the deduplication properly on the pooH/data file system, yet the information on the pool shows a DEDUP RATIO of 1 00x. Which two options describe why the data duplication ratio on pooM still shows I.OOx and not a higher value? (Choose two.)

A.

Most of the data in the pooM/data file system is not duplicate data.

B.

You have the copies property set to a value of greater than 1 on your ZFS file system.

C.

You have set the dedup property on the ZFS file system, but have not set the dedupratio property on the zpool.

D.

You have set the deduplication property on the ZFS file system, but have not set the dedupratio property on the zpool

E.

You have set the dedup property on the ZFS file system, but have not added any data to the file system since the dedup property was set-