You are troubleshooting the Oracle Solaris11 Automated Installer (AI), which is not connecting with the IPS software repository.
Which three steps will help determine the cause of DNS name resolution failure?

• A. Run df -k to verify that the boot directory containing the boot archive is loopback mounted under /etc/netboot.
• B. Run the command /sbin/dhcpinfo DNSserv to ensure that the DHCP server providing the DNS server information.
• C. Run netstat -nr to verify the routing to the DNS server.
• D. Ping the IP address of the IPS server to verify connectivity.
• E. Verify the contents of /etc/resolve.conf.
• F. On the installation server, verify that the menu.1st file for the client points to a valid boot arc hive.

You are planning the configuration for IPMP (IP Multipathing).
Best practice dictates that you must ensure that there is at least one neighbor on each subnet that responds to ICMP echo request probes to detect link failure
Which two of the following statements are true regarding the link failure detection process? (Choose two.)

• A. By default, in.mpathd selects the default router as the only test partner.
• B. Without test partners, in.mpathd cannot detect the failure of a subinterface.
• C. Arbitrary hosts on the subnet are detected by examining the ARP cache (Internet-to-MAC address translation table).
• D. The default failure detection time is 60 seconds (12 consecutive probes).
• E. Arbitrary hosts on the subnet are detected by sending an "all routers" (224.0.0.2) multicast packet.
• F. Arbitrary hosts on the subnet are detected by sending an "all hosts" (224.0.0.1) multicast packet

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?

• A. While creating the non-global zone, make the following entry:
  add device
  set match=/dev/rdsk/c4t0d0
  end
  Boot the zone and log in the zone as root. Create the zpool:
  zpool create pool2 c4t0d0
  In the non-global zone, root can now create ZFS file system in the pool2 zpool
• B. In the global zone, create the zpool:
  global#zpool create pool2 c4t1d0
  While creating the global zone, make the following entry:
  add dataset set name=pool2 end Boot the zone, log in to the zone as root and create the zfs file systems in the pool2 zpool.
• C. Create the zpool in the global zone:
  global#zpool create pool2 c4t1d0
  Boot 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 pool2
  Log in to the non-global zone create ZFS file systems in the pool2 zpool.
• D. In the global zone, create the zpool:
  global# zpool create pool2 c4t1d0
  While creating the no-global zone, make the following entry:
  add dataset
  set name=pool2
  end
  add fs
  set dir=pool1
  set special=pool1
  set type=zfspool1
  end
  Boot the zone, log in the zone as root, and create the zfs file system in the pool2 zpool.
• E. 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 c4t1d0
  global#zfs create pool2/data
  While creating the non-global zone, make the following entry for each ZFS file system that
  you want to make available in the zone:
  add fs
  set dir=/data
  set special=pool2/data
  set type=zfs
  end

Review the ZFS dataset output that is displayed on your system:

Which four correctly describe the output?

• A. /data/file1 has been deleted.
• B. The link /data/file3 has been added.
• C. /data/file4 has been added.
• D. /data/file1 has been modified and is now smaller.
• E. /data/file5 has been modified.
• F. /data/file3 has been renamed to /data/file13.
• G. /data/file3 (a link) has been removed.
• H. /data/file4 has been modified and is now larger.