Oracle Upgrade to Oracle Solaris 11 System Administrator - 1Z1-820 Exam Practice Test

A. The LiveCD installer cannot be used if you need to preserve a specific Solaris Volume Table of Contents (VTOC) slice in your current operating system. B. The LiveCD Installer is for x86 platforms only. C. If you are installing Oracle Solaris 11 on an x86-based system that will have more than one operating system installed in it, you cannot partition your disk during the installation process. D. The LiveCD installer can be used for SPARC or x86 platforms. E. You can perform a text or LiveCD installation locally or over the network. F. The GUI installer cannot be used to upgrade your operating system from Solaris 10. G. The LiveCD Installation cannot be used to install multiple instances of Oracle Solaris. H. The text Installer does not install the GNOME desktop. The GNOME desktop package must he added after you have installed the operating system.

A. You cannot create an encrypted file system in a zpool that was created prior to oracle Solaris11. Create a new zpool in Solaris11, create an encrypted ZFS file system in the new zpool, and move or copy the data from the existing file system into the new encrypted file system. B. The encrypted file system must have been created in Oracle Solaris11. To encrypt a ZFS file system from a previous version of Solaris, upgrade the zpool and create a new encrypted ZFS file system into the encrypted ZFS file system. C. If you plan to create an encrypted file system in an existing zpool, the pool must be upgraded to ZFS version 21, minimum. D. Encryption is supported at the pool or dataset (file system) level. E. ZFS encryption is integrated with the ZFS command set and no additional packages need to be installed. F. Encryption is supported at the pool level only for every file system in the pool will be encrypted. G. ZFS encryption requires that the ZFS Dataset Encryption package be installed. H. If you plan to create an encrypted file system in an existing zpool, the zpool must be upgraded to ZFS version 30.

A. Deploy a package repository locally on each client. 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. Set up multipathing on the package repository server to distribute the network load across multiple network interfaces. E. Deploy a second instance of the package repository server to run as a clone of the primary repository server

A. zfs clone -o mountpoint=/data2, compression=on pool1/data@now pool1/data2 B. zfs create -o mountpoint=/data2, compression=on pool1/data2 C. zfs create -o mountpoint=/data2 -o compression=on pool1/data@now pool1/data2 D. zfs create -o mountpoint=/data2 -o compression=on pool1/data2 E. zfs clone -o mountpoint=/data2 -o compression=on pool1/data@now pool1/data2

A. Al SMF system configuration profile files JumpStart: profile files B. AJ: manifest files JumpStart: begin script C. Al:installadmcreate-client JumpStart: setup_install_sen/er D. Al: SMF system configuration profile files JumpStart: finish scripts and sysidcfg files

A. Ability to use ZFS on the boot drive and boot to a ZFS root file system. B. Encrypted ZFS datasets C. elimination of the swap file system when using ZFS on the root disk D. Ability for ZFS to detect and remove redundant data from the tile system E. Shadow Data Migration F. Ability to split a mirrored ZFS storage pool

A. The minimum requirement to operate as an Al install server is 1 GB of memory. B. Load the install/installadm package on the Al server. C. You can create only one manifest per install service. If you need more than one manifest, create multiple install services. D. 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 Al manifests and a single install service. E. You must set up DHCP. The DHCP server and Al install server can be the same machine or two different machines.

A. Use the itadm command to create the iSCSI target. B. Use the stmfadm command to make the LUN viewable. C. Create a zpool named iscsi with disk device c3t4d0 D. Enable the svc:/network/iscsi/target:default Service. E. Use the stmfadm command to make the volume viewable. F. Use the stmfadm command to create a LUN using iscsi/target. G. Use the stmfadm command to create a LUN using /dev/zvol/rdsk/iscsi/target. H. Create zfs volume named iscsi/target. I. Create a ZFS file system named iscsi/target.