최신 1z1-902 무료덤프 - Oracle Exadata Database Machine X8M Implementation Essentials

A. Call Oracle Support and make an appointment so that the drive can be replaced.

B. Ask the system administrator to replace the broken disk with a spare.

C. Wait for a blue light to appear on the disk if the rebalance operation is running.

D. Wait for the email of the failure that Exadata or Enterprise Manager will send.

E. Check the database to see if any rebalance operations are active.

F. Download and run the latest exadiag tool.

A. Patching is done automatically during business hours.

B. The rolling and complete down time approaches are two options to patching.

C. Patching services are available for the full software stack up to twice per year.

D. Oracle Platinum Service covers Exadata storage software and firmware patching, but customers must perform the database patching.

A. the Power Distribution Units (PDUs)

B. Oracle clusterware on the database server

C. ASM instances

D. Hybrid Columnar Compression (HCC) ratios on Extended (XT) storage servers

E. the storage server ILOM

F. the RDMA over Converged Ethernet (RoCE) switches

A. To streamline the diagnosis of virtual machines, one ISO file is used for multiple Oracle Exadata System Software releases.

B. To see Oracle Linux boot messages during guest startup, use -console option with the vm_maker -start-domain command.

C. Use vm_maker -start-domain to start a virtual machine manually.

D. Use vm_maker boot-from-iso command to boot a virtual machine.

E. Use vm_maker -auto-start command to configure a virtual machine to start automatically when the KVM host is started.

A. Top of Rack (ToR) switches are managed as part of the hardware stack and software levels are upgraded during the patching process.

B. When backing up multi-rack systems, sharing Exadata X9M switches is recommended.

C. ZFS Snapshots can provide rapid cloning of development and test environment.

D. ZFSSA may connect directly to the Exadata 100Gb RoCE network switches.

A. SNMP traps for alerts are sent by the storage server MS process to the storage server ILOM.

B. SNMP traps for alerts are sent by the storage server RS process to the storage server ILOM.

C. SNMP traps for alerts are sent by the storage server MS process to the Enterprise Manager agent.

D. SNMP traps for alerts are sent by the storage server ILOM to the storage server MS process.

E. SNM? traps for alerts are sent by the storage server ILOM to the Enterprise Manager agent.

F. SNMP traps for alerts are sent by the storage server ILOM to the storage server is process.

G. SNMP traps for alerts are sent by the storage server RS process to the Enterprise Manager agent.

A. the failure of physical disk 1

B. the failure of physical disk 0 and 11

C. the failure of both physical M.2 disks

D. accidental loss of all data from all griddisks in a storage server

E. moving all disks from one cell to another as part of a chassis-level component failure

F. corruption in a normal or high redundancy ASM diskgroup

G. corruption in the / (root) filesystem

A. 8

B. 0

C. 12

D. 2

A. Bare Metal deployment with one database per database server

B. Multiple pluggable databases in one or more container databases on a Virtual Machine or Bare Metal cluster

C. A single database with one or more schema per application

D. Multiple Databases on a cluster

E. Multiple Virtual Machine clusters supporting a single database for greatest resource isolation

F. Multiple databases spanning a Bare Metal and Virtual Machine cluster to provide resource isolation and consolidation concurrently