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

A. Oracle Linux 7.5

B. Oracle Linux 7.7

C. Oracle Linux 8.0

D. Oracle Linux 7.9

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

A. In order to configure the servers with Oracle Exadata Deployment Assistant (OEDA), the new server information must be entered in OEDA, and the configuration file must contain existing nodes.

B. It is required to install OEDA on the first new database server.

C. Executing /opt/oracle.supportTools/reclaimdisks.sh -free -reclaim on each Exadata X9M Database server is required to reclaim disk space and perform partition reconfiguration.

D. Do not proceed if the OEDA Validate Configuration File step displays an error message about missing files p6880880.zip.

E. The applyElasticConfig.sh script performs network configuration for the new servers. The new servers are restarted at the end of the process.

A. To speed up applying storage server updates in a rolling manner, updating two storage servers simultaneously is recommended.

B. Updating kernel and RDMA packages on storage cells should be prevented by excluding them with the yum -exclude option.

C. When running a "yum update" for a new Exadata release, all other repositories should be disabled.

D. For regular Exadata updates, yum automatically installs a non-UEK kernel, which can be selected to boot from grub.

E. Failed storage server updates are automatically rolled back to a previous release.

F. Failed database server updates are rolled back to a working state on a previous release automatically.

A. OEDA is used for Oracle Exadata Database Machine, Zero Data Loss Recovery Appliance, Private Cloud Appliance, and SuperCluster.

B. OEDA provides a CL1 which supports life cycle management tasks for Exadata systems only.

C. OEDA gathers configuration details and creates the Oracle Exadata Rack configuration file.

D. OEDA facilitates abstracting hardware.

E. OEDA Web-based user interface cannot import OEDA XML configuration files created with the Java-based version of OEDA without conversion

A. 4 x 6.4 TB NVMe flash cards on the High Capacity (HC) storage server

B. 8 x 6.4 TB NVMe flash cards on the Extreme Flash (EF) storage server

C. 4 x 6.4 TB NVMe flash cards on the database server

D. No flash storage on the database server

E. 8x 6.4 TB NVMe flash cards on the Extended (XT) storage server

A. # xfs_growfs /uOl +20G

B. # lvextend -L +20G -verbose /dev/VGExaDb/LVDbOral

C. # resize2fs +20G /dev/VGExaDb/LVDbOral

D. # lvextend -L +20G -verbose /dev/mapper/VGExaDb-LVDbOral

A. patchmgr must be invoked with the -rolling argument with all database and storage servers listed in a single input file.

B. patchmgr cannot apply updates in a rolling manner, you must manually apply patches with the dbnodeudpate and cellupdate tools if high availability is required.

C. patchmgr will apply patches in component groups consisting of 1 database server and 2 storage servers to minimize disruption.

D. patchmgr must be invoked with the -rolling argument. Each component type must be upgraded independently of the other.

A. on all database servers and at least two storage servers in both racks

B. on all database servers in the second rack

C. on only one database server in both racks

D. on all database servers in the first rack

E. on all database servers in both racks and one storage server in each rack

F. on at least two storage servers in both racks

G. on all storage servers in both racks