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Viewing questions 11-20 out of questions

Questions # 11:

You attempted to reboot a system via the init command, however the system did not perform boot sequence into the Oracle Solaris Operating Environment. You are presented with a prompt from the OpenBoot PROM. Which command would you enter, to boot the system from the default device?

Options:

boot -net install

boot

boot –default

boot –s0

Questions # 12:

View the Exhibit to see the information taken from the installation log file.

Based on the information presented in the Exhibit, which two options describe the state of the system when the server is booted for the first time after the installation is complete?

Question # 12

Options:

NWAM will be used to configure the network interface.

The network/physical service is offline.

You cannot log in from the console as root. You must first log in as a user and then su to root account.

The root user can log in from the console login.

You will be prompted to configure the network interface after the initial login.

Questions # 13:

Server A, Server B, and Server C are connected to the same network switch and are on the sari Each server has a single network interface, net0.

You received a tech support call that Server B has lost network connectivity. Your troubleshooting has discovered:

Server A can ping Server C, but not Server B.

Server B can ping localhost, but not Server A or C.

Server C can ping Server A, but not Server B.

On Server F3, you enter the following command:

dladm show-phys | grep net0

Response:

net0/v4 Ethernet down 0 unknown el00gl

What is the next logical troubleshooting action?

Options:

Run arp -a on all servers.

Confirm that the router is working.

Confirm that the power light of the network switch is on.

Confirm that the physical network connections are intact.

On Server A and C, run tranceroute –n server.

On Server B, run tranceroute –n servera and tranceroute –n serverc.

Questions # 14:

When upgrading an existing system from Solaris 11 Express to Oracle Solaris 11, what happens to the datalink names?

Options:

They follow the default naming convention for the newly installed version.

They maintain their names.

They are called eth#.

They are called el00g#.

They are left unnamed, to avoid conflicts, and need to be renamed after the installation process is complete.

Questions # 15:

_________ serves as the interface between the SMF repository and the user to ensure that a consistent, picture of the repository is presented to the user.

Options:

repository.db

service manifest

svc.startd

svc.configd

Questions # 16:

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.

Options:

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

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.

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.

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.

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

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

Questions # 17:

A user jack, using a bash shell, requests a directory listing as follows:

Question # 17

Which three statements are correct?

Options:

The pattern dir? will expand to dira dirb dirc.

The pattern dir*a will expand to diraa.

The pattern dir*a will expand to dira diraa.

The pattern dir*b? will expand to dirabc.

The pattern dir*b? will expand to dirb dirabc.

Questions # 18:

To help with your troubleshooting, you need to determine the version of the OBP. Which two commands will provide you with this information?

Questions # 19:

Which two are true about accounts, groups, and roles in the Solaris user database?

Options:

All Solaris user accounts must have a unique UID number.

A Solaris account name may be any alphanumeric string, and can have a maximum length of 8 characters.

Account UID numbers 0-09 are system-reserved.

The GID for an account determines the default group ownership of new files created by that account.

The groups that an account is a member of are determined by the entries in the /etc/group file.

Questions # 20:

You are creating a non-global zone on your system.

Which option assigns a zpool to a non-global zone, and gives the zone administrator permission to create zfs file system in that zpool?

Options:

While creating the non-global zone, make the following entry: add deviceset match=/dev/rdsk/c4t0d0endBoot the zone and log in the zone as root. Create the zpool: zpool create pool2 c4t0d0In the non-global zone, root can now create ZFS file system in the pool2 zpool

In the global zone, create the zpool: global# zpool create pool2 c4t1d0While creating the no-global zone, make the following entry: add datasetset name=pool2endadd fsset dir=pool1set special=pool1set type=zfspool1endBoot the zone, log in the zone as root, and create the zfs file system in the pool2 zpool.

In the global zone, create the zpool:global#zpool create pool2 c4t1d0While creating the global zone, make the following entry: add datasetset name=pool2endBoot the zone, log in to the zone as root and create the zfs file systems in the pool2 zpool.

In the global zone, create the zpool and the ZFS file systems that you want to use in the non-global zone: global#zpool create pool2 c4t1d0global#zfs create pool2/dataWhile creating the non-global zone, make the following entry for each ZFS file system that you want to make available in the zone: add fsset dir=/dataset special=pool2/dataset type=zfsend

Create the zpool in the global zone: global#zpool create pool2 c4t1d0Boot the non-global zone, log in to the zone as root, and issue this command to delegate ZFS permissions to root: non-global zone# zfs allow root create , destroy, mount pool2Log in to the non-global zone create ZFS file systems in the pool2 zpool.