Oracle 1z0-590 Exam Success: Oracle VM 3 for x86 Essentials Complete Study and Preparation Tips

Oracle VM 3.x has multiple identical storage repositories. Additional identical repositories can be added as needed. A best practice is to select a medium size for the repository based on your usage.

The way to grow an Oracle VM 3.x storage repository is to add additional space to the rootrepository as needed. A best practice is to only configure additional space when determined it is needed.

Oracle VM 3.x has a single fixed storage repository. A best practice is to configure the repository with 30%-40% headroom forgrowth.

The way to grow an Oracle VM 3.x storage repository is to add sub-repositories beneath the root repository. A best practice is to provision one or more larger repositories to avoid the management overhead of numerous sub-repositories.

These templates provide development tools (such as gcc, ld, make) that are installed directly into Oracle VM dom0.

You want to customize your Oracle VM server with additional public software download from the internet.

You will need this running if you enter any service request to Oracle support services concerning your Oracle VM server.

You wish to provide an Oracle VM template development environment for Microsoft into guest to your development team.

You are a network hardware partner working with Oracle and need to compile a third party driver for a network interface card to integrate it into Oracle VM server but Oracle VM dom0 does not provide development tool.

When editing a server pool policy.

When adding a new server to server pool.

When creating a new VM.

When adding a new server storage.

When define the VLAN group.

All servers in server pool will hang until the master server have been brought back up.

All servers in server poolwill continue to run but no configuration changes can be made until the master server back online.

A server in the server pool that was assigned the secondary master server will take over its place.

A server in the server pool will automaticallytake over in its place.

A new master server will be assigned through OVM Manager.

Turn on HA in the storage pool to create a redundant backup of virtual machines hosted in thatstorage pool.

Use network bonding to create multiple redundant paths to an iSCSI LUN.

Use multipathing to create multiple storage network paths toa SAN LUN.

Use Oracle Clusterware to create multiple paths to a SAN LUN.

Use Oracle Clusterware to create each storage repository on a different storage network.

Each repository will create mount point under /OVS, with a directory named using the UUID of the respiratory.

Each repository will create a mount point under /var/ovs, In a directory named using the UUID ofthe repository.

Each repository will create a mount point under /var/ovs/mount, in a directory named using theUUID of the repository.

Each repository willcreate a mount point under /OVS, with a directory named using a sequencenumber starting at 0.

Each repository will create a mount point under /var/ovs, with a directory named using a sequence number starting at 0.

Each repository will create a mountpoint under /var/ovs/mount, with a directory named using a sequence number starting at 0.

Use a specified server pool as the default for allcommands requiring a server pool argument.

Use a specified virtual machine name as the default for all commands requiring a virtual machine argument.

Use a specified user name as the default for all commands requiring a user name argument.

Use a specified server name as the default for all commands requiring a server argument.

Use a specified group name as the default for all commands requiring a group argument.

Each server in the pool must have a connection to the sharedstorage, using NFS, ISCSI or a SAN Either ext3 or OCFS2 should be used to format the shared file system.

Each server in the pool must have a connection to the shared storage, using NFS, (SCSI or a SAN. Either gfs or OCFS2 should be used to format the shared file system.

t least one server in the pool must have a connection to the shared storage, using iSCSI or a SAN. Either ext3 or OCFS2 should be used to format the shared file system.

Each server in the pool must have a connection to the shared storage, using iSCSI or a SAN. Only OCFS2 should be used to format the shared file system when using iSCSI or a SAN.

Each server in the pool must have a connection to the shared storage, using NFS, iSCSI or a SAN. Only OCFS2 should be used to format the shared file system when using iSCSI or a SAN.

When you restore a server pool, all the data stored In the Oracle VM Manager database isdeleted, and the data in the server pool master and virtual machine servers is used to restock the database.

When you restore a server pool, all servers are removed from the pool, and the data in the database is removed, restoring the server pool to its initial state.

When you restore a server pool, all the data stored in the server pool master will be deleted, and will be synchronized with the latest information from the Oracle VM Manager database. The server pool master is responsible for updating the individual Oracle VM servers' agent databases.

When you restore a server pool, a signal is sent out to each server in the pool, which responds swith the current state of all of the virtual machines it hosts. This data is used to restore the data in the Oracle VM database.

Linux command to customize the JeOS images and create the template

JeOS license file

Enterprise Linux JeOS images to use for the System.img

Microsoft Windows JeOS images to use for the System.img

Template reconfiguration scripts

Red Hat EnterpriseLinux JeOS images to use for the System.img