Get ready to pass the 1z0-070 Exam right now using our Oracle Exadata Exam Package [Q11-Q35]

 Get ready to pass the 1z0-070 Exam right now using our Oracle Exadata  Exam Package

A fully updated 2021 1z0-070 Exam Dumps exam guide from training expert TopExamCollection

NEW QUESTION 11
Identify two valid reasons for executing an X5 Exadata storage server rescue procedure.

• A. Accidental loss of all data from all griddisks in a storage server
• B. Only the failure of physical disk 1
• C. The failure of both physical disks 0 and 1
• D. Only the failure of physical disk 0
• E. Corruption in a normal or high redundancy ASM diskgroup
• F. Corruption in the /(root) filesystem

Answer: C,F

Explanation:
The rescue procedure is necessary when system disks fail, the operating system has a corrupt file system, or there was damage to the boot area. If only one system disk fails, then use CellCLI commands to recover. In the rare event that both system disks fail simultaneously, you must use the Exadata Storage Server rescue functionality provided on the Oracle Exadata Storage Server Software CELLBOOT USB flash drive.

 

NEW QUESTION 12
You installed ASR Manager on a stand-alone server and configured Auto Service Request (ASR) for your X5 Database Machine and its assets.
Which three statements are true about this configuration?

• A. Simple Network Management Protocol (SNMP) traps are used to send notifications from storage servers to the ASR Manager.
• B. Simple Network Management Protocol (SNMP) traps received by ASR Manager are forwarded to the Enterprise Manager.
• C. When a component fault occurs, fault telemetry is securely transmitted to Oracle via HTTPS.
• D. Simple Network Management Protocol (SNMP) traps are used to send notifications from database servers to the ASR Manager.
• E. Simple Network Management Protocol (SNMP) traps are used to send notifications from the Enterprise Manager to the ASR Manager.
• F. When a component fault occurs, fault telemetry is securely transmitted to Oracle via Simple Network Management Protocol (SNMP).

Answer: A,B,F

Explanation:
Explanation/Reference:
B: Oracle ASR Manager only processes SNMP traps that are sent from IP addresses that Oracle ASR Manager recognizes.
Example of Exadata Storage Server SNMP Trap
This example shows the SNMP trap for an Exadata Storage Server disk failure. The corresponding hardware alert code has been highlighted.
2011-09-07 10:59:54 server1.example.com [UDP: [192.85.884.156]:61945]:
RFC1213-MIB::sysUpTime.0 = Timeticks: (52455631) 6 days, 1:42:36.31
SNMPv2-SMI::snmpModules.1.1.4.1.0 = OID: SUN-HW-TRAP-MIB::sunHwTrapHardDriveFault SUN-HW-TRAP-MIB::sunHwTrapSystemIdentifier = STRING: Sun Oracle Database Machine Etc.
C (not D): The ASR Manager uses the SNMP GET protocol to query ASR assets for additional fault information.
To configure fault telemetry, choose one of the following three options:
Add SNMP Trap Destinations Using OneCommand (recommended for new installations) Add SNMP Trap Destinations for Multiple Servers Using the dcli Utility
Add SNMP Trap Destinations for a Single Server
References:
http://docs.oracle.com/cd/E80920_01/ASXQI/toc.htm
https://docs.oracle.com/cd/E37710_01/install.41/e18475/ch5_troubleshooting.htm#ASRUD331

 

NEW QUESTION 13
You plan to migrate an Oracle database supporting an online transaction processing (OLTP) workload to an X5 Exadata Database Machine.
The database machine is running database version 12.1.0.2.
The source database has these attributes:
Database version: 12.1.0
Byte order: Big Endian
Database size: 24 TB
You have decided to perform physical migration using the Transportable Tablespace method.
Examine this list of possible steps to accomplish this task.
1. Create a new 12.1.0.2 Exadata -based database.
2. Export the source system metadata using transportable Tablespace (TTS).
3. Transfer the files to the Database Machine and use the RMAN CONVERT command to change them to the little endian format.
4. Import the metadata into the target database.
5. Use the RMAN CONVERT to change the database files to the little endian format on the source system.
Identify the required steps in the correct order.

• A. 1, 2, 3, 4
• B. 1, 2, 3, 4, 5
• C. 1, 2, 5, 3, 4
• D. 1, 2, 4, 5
• E. 1, 2, 5, 4
• F. 1, 2, 5, 4, 3

Answer: A

Explanation:
Explanation/Reference:
Step 1: 1. Create a new 12.1.0.2 Exadata -based database.
Step 2: 2. Export the source system metadata using transportable Tablespace (TTS).
Step 3: 3. Transfer the files to the Database Machine and use the RMAN CONVERT command to change them to the little endian format.
Step 4: 4. Import the metadata into the target database.
This method is often chosen when migrating between platforms with different endian formats, or in cases where physical re-organization is not necessary.
The transportable tablespace method is generally mu
References: https://docs.oracle.com/en/cloud/paas/exadata-cloud/csexa/mig-transportable- tablespace.html

 

NEW QUESTION 14
You are patching your Exadata X6 Database Machine by applying a new image to the Storage Servers in a rolling fashion.
Your ASM environment on the Database Machine has five diskgroups stored on an unpartitioned Exadata storage grid, with redundancy settings as shown:
1. DATA_DBM1 - Normal Redundancy
2. RECO_DBM1 - Normal Redundancy
3. DBFS_DG - Normal Redundancy
4. DATA2_DBM1 - High Redundancy
5. DATA3_DBM1 High Redundancy
Which two diskgroups will not suffer from any data loss throughout the patching process even if there is a single disk failure on one of the cells

• A. DATA_DBM1
• B. RECO_DBM1
• C. DATA2_DBM1
• D. DATA3_DBM1
• E. DBFS_DG

Answer: A,B

Explanation:
HIGH redundancy provides protection against 2 simultaneous disk failures from 2 distinct storage servers or 2 entire storage servers. HIGH redundancy provides redundancy during Exadata storage server rolling upgrades.
References:
http://blog.umairmansoob.com/choosing-high-vs-normal-redundancy-with-exadata/

 

NEW QUESTION 15
Examine this IORM plan:

Which two are true concerning this plan?

• A. I/Os from the finance database are guaranteed to get 45% of the I/O bandwidth if the demand is at least 60% of the maximum I/O rate of the cell, but may get 100% of the I/O bandwidth if no other databases are performing I/O to the cell.
• B. If I/Os come from the HR database only, then they may get up to 10% of the I/O bandwidth on the cell.
• C. If I/Os come from the HR database only, then they may get up to 100% of the I/O bandwidth on the cell.
• D. The Finance database can use at least 45%, but never more than 60%, of the total Flash Cache capacity.
• E. I/Os from the finance database are guaranteed to get a minimum of 45% of the I/O bandwidth if the demand exists, and a maximum of 60% of the I/O bandwidth even if no other databases are doing I/O to the cell, and the demand from the finance database exceeds 60% of the maximum I/O rate of the cell.

Answer: B,E

Explanation:
The IORM plan can be configured using the ALTER IORMPLAN command on command- line interface (CellCLI) utility on each Exadata storage cell. It consists of two parameters - dbplan and catplan. While the "dbplan" is used to create the I/O resource directives for the databases, the "catplan" is used to allocate resources by workload category consolidated on the target system.
allocation/share - Specify the resource allocation to a specific database in terms of percentage or shares.
limit - Specify maximum limit of disk utilization for a database.

 

NEW QUESTION 16
Identify three facilities that can use X5 Extreme Flash Exadata Storage Server flashdisk space.

• A. Exadata Smart Flash Cache
• B. Database Smart Flash Cache
• C. cell boot flash image
• D. Cell System Area
• E. Exadata Smart Flash Log

Answer: A,C,E

 

NEW QUESTION 17
Which two are true about the allocation of I/O resources by IORM within the CELLSRV process?

• A. Log Writer I/O and Control File I/O are always prioritized over all user I/O.
• B. If two consumer groups A and B in the PROD database get 10% and 15% respectively, of resource allocation, then the percentage of I/O resource would be the same if they got 20% and 30% respectively, provided that the category plans and interdatabase plans are unchanged, and consumer groups A and B are still mapped to the same category.
• C. If two consumer groups C and D in the PROD database get 10% and 15% respectively, of resource allocation, then the percentage of I/O resource would be the same if they still got 10% and 15% respectively, and were remapped to a different category by the DBA, provided that the category plans and the interdatabase plans are unchanged.
• D. If two consumer groups P and Q in the PROD database get 20% and 10% respectively of resource allocation, then the percentage of I/O resource would be the same if they got 10% and 5% respectively, and the interdatabase plan has changed, provided that the category plan is unchanged, and consumer groups P and Q are still mapped to the same categories.
• E. Database Writer I/O always prioritized over all user I/O.

Answer: A,D

Explanation:
Explanation/Reference:
B: Rules in an interdatabase resource plan specify allocations to databases, not consumer groups.
E: Redo and control file writes always take precedence.
Reference: Using IORM with Exadata

 

NEW QUESTION 18
Which three statements are true about bulk data loading capabilities in an X5 Database Machine environment?

• A. DBFS must be used to have a POSIX-compliant shared storage solution that is accessible from the database servers on a Database Machine.
• B. DBFS must use the DBFS_DG diskgroup for any DBFS store.
• C. DBFS must be used to bulk load data into a production database on the Database Machine.
• D. ACFS must be used to have a POSIX-compliant shared storage solution that is accessible from the database servers on a Database Machine.
• E. DBFS may be used if Exadata-based shared storage is required to stage data before bulk loading into a database.
• F. ACFS may use the DBFS_DG diskgroup to contain the ADVM volume file.
• G. ACFS may be used if Exadata-based shared storage is required to stage data before bulk loading into a database.

Answer: A,C,E

Explanation:
External tables on DBFS file-systems provide the probably the most high-performance way to bulk load data into your database.
Bulk Data Loading
Describe the various options for staging data to be bulk loading into Database Machine Configure the Database File System (DBFS) feature for staging input data files Use external tables based on input data files stored in DBFS to perform high-performance data loads

 

NEW QUESTION 19
You are evaluating the performance of a SQL statement that accesses a very large table.
You run this query:

Identify two reasons why the "physical read total bytes" statistic is greater than the "cell physical IO bytes eligible for predicate offload" statistic.

• A. There are migrated rows in the table, causing some "cell single block physical reads" to be requested by the database instance, resulting in additional I/O.
• B. The table is an index clustered table, causing "cell single block physical reads" to be requested by the database instance, resulting in additional I/O.
• C. There is an index on the column used in the WHERE clause, causing "cell multiblock physical reads" to be requested by the database instance, resulting in additional I/O.
• D. There is an uncommitted transaction that has modified some of the table blocks, causing some "cell single block physical reads" to be requested by the database instance, resulting in additional I/O.
• E. The table is an IOT and has an overflow segment, causing "cell multiblock physical reads" to be requested by the database instance, resulting in additional I/O.

Answer: A,E

Explanation:
Note:
* physical read total bytes: the size of the segment to read is known by the database, and must be read entirely from the database's perspective.
* cell physical IO bytes eligible for predicate offload: this statistic shows the amount of data which the cell server is able to process on behalf of the database, instead of the database processing and the cell server just delivering blocks.
* Cell physical IO bytes eligible for predicate offload --- This number should be high
* The higher the number more MB/GB is filtered out at the cell level itself rather sending it to the buffer cache to filter the rows.
* In this case, all bytes are processed on the cellserver (cell physical IO bytes eligible for predicate offload=physical read total bytes)
* Cell Offloading:-
The storage cells are intelligent enough to process some workload inside them, saving the database nodes from that work. This process is referred to as cell offloading.

 

NEW QUESTION 20
Which three are sources for alerts from storage servers in an X5 Database Machine?

• A. Software errors reported by the RS process on the storage servers
• B. Hardware sensor alerts detected by the ILOM on the storage servers
• C. Metrics that have administrator-defined thresholds on the storage servers
• D. Software errors reported by the MS process on the storage servers
• E. Hardware sensor alerts reported by the CELLSRV process on the storage servers

Answer: C,D,E

Explanation:
AB: The Management Server (MS) process receives the metrics data from CELLSRV, keeps a subset of metrics in memory, and writes to an internal disk-based repository hourly. In addition, the MS process can generate alerts for important storage cell hardware or software events.
Incorrect Answers:
C: The Restart Server (RS) process is used to start up and shut down the CELLSRV and MS processes. It also monitors these services to check whether they need to be restarted.
References: http://www.oracle.com/technetwork/articles/servers-storage-admin/monitor-exadata-em12-
2291964.html

 

NEW QUESTION 21
Which two are true concerning Columnar Flash Caching?

• A. Data is either cached in Hybrid Columnar Compressed format or in pure compressed format, but never in both formats at the same time.
• B. It automatically transforms Hybrid Columnar Compressed (HCC) data into a pure columnar format during Exadata Smart Flash Cache population.
• C. It automatically transforms ROW STORE COMPRESS compressed data into a pure columnar format during Exadata Smart Flash Cache population.
• D. It can be enabled or disabled for individual databases by using I/O Resource Manager database plans.
• E. It improves single-row lookup performance.
• F. It is enabled by default.

Answer: B,F

Explanation:
D: In-Memory Columnar Caching on cells is enabled by default when the INMEMORY_SIZE is configured. You do not need to do anything to get this enhancement.
E: Columnar Flash Caching implements a dual format architecture in Exadata flash by automatically transforming frequently scanned Hybrid Columnar Compressed data into a pure columnar format as it is loaded into the flash cache.
Incorrect Answers:
F: Columnar Flash Caching accelerates reporting and analytic queries while maintaining excellent performance for OLTP style single row lookups.
References:
http://docs.oracle.com/cd/E80920_01/SAGUG/exadata-storage-server-monitoring.htm#SAGUG20883
http://www.oracle.com/technetwork/database/exadata/exadata-x5-8-ds-2745934.pdf

 

NEW QUESTION 22
Batch and DSS workloads on your Exadata X6 Database Machine are causing performance problems for OLTP workloads at certain times of the day.
There are five RAC databases performing OLTP I/O. Two of them also perform batch I/O.
There is another RAC database that performs only DSS I/O.
You are asked to resolve this problem so that the OLTP workload will not suffer when competing with the batch or DSS workloads.
You decide to use the I/O resource manager.
Which is the best way to solve this problem?

• A. Create a category plan with EXADCLI calling EXACLI to give the OLTP category the highest priority on all the cells, and use the Database Resource Manager to create the OLTP category and map all OLTP- oriented consumer groups in all databases to it.
• B. Create a database plan using EXADCLI calling EXACLI to give OLTP I/O the highest priority from all six databases.
• C. Create a category plan with EXADCLI calling EXACLI to give the OLTP category the highest priority on all the cells, and use the Database Resource Manager to give the OLTP consumer group the highest priority on all databases.
• D. Use the Database Resource Manager to give the OLTP category the highest priority and use EXADCLI calling EXACLI to create the OLTP category on all the cells.

Answer: C

Explanation:
You can manage I/O resources based on categories by creating a category plan.
You can add any number of categories, or modify the predefined categories.
You should map consumer groups to the appropriate category for all databases that use the same cell storage.
Any consumer group without an explicitly specified category defaults to the OTHER category.
References: http://docs.oracle.com/cd/E80920_01/SAGUG/exadata-storage-server-iorm.htm

 

NEW QUESTION 23
Which two statements are true about the use of DBFS, ACFS, and external file systems and components in an X5 Database Machine environment?

• A. DBFS supports file system snapshots.
• B. ACFS uses storage in a database on the database machine
• C. Oracle Sun ZFS Storage Appliance- based files are not automatically protected by Data Guard.
• D. ACFS supports file system snapshots.
• E. Storage Area Network (SAN) -based file systems may be accessed directly from the storage servers in a database machine.

Answer: A,D

Explanation:
Explanation/Reference:
DBFS SecureFiles Store Capabilities include support for file system snapshots.
Oracle ACFS includes advanced features such as file system snapshot.
References:
http://www.oracle.com/technetwork/ru/database/dbfs-sf-oow2009-v2-160969.pdf
http://www.oracle.com/technetwork/database/database-technologies/cloud-storage/benefits-of-oracle-acfs-
2379064.pdf

 

NEW QUESTION 24
Which three are true concerning Storage Indexes?

• A. The use of Storage Indexes for particular categories of I/O can be displayed by using an I/O Resource Manager Category Plan.
• B. A maximum of eight table columns for any table are indexed per storage region.
• C. The use of Storage Indexes for a particular database can be disabled by using an I/O Resource Manager Database Plan.
• D. A Storage Index is automatically maintained by CELLSRV based on the filter columns of the offloaded SQL.
• E. Storage Indexes persist across any Exadata storage server reboots.
• F. Different storage regions may have different columns indexed for the same table.

Answer: B,C,D

Explanation:
A: Each disk in the Exadata storage cell is divided into equal sized pieces called storage regions (default 1MB).
There is an index entry for every storage regions (1MB of data stored on disk). Each entry contains the minimum and maximum value for columns seen in 'where' clause predicates. Information for up to 8 columns can be stored. The index is then used to eliminate disk IO by identifying which storage regions don't match the
'where' clause of a query.

 

NEW QUESTION 25
Identify three facilities that can use X5 Extreme Flash Exadata Storage Server flashdisk space.

• A. Exadata Smart Flash Cache
• B. Database Smart Flash Cache
• C. cell boot flash image
• D. Cell System Area
• E. Exadata Smart Flash Log

Answer: A,C,E

Explanation:
Explanation/Reference:

 

NEW QUESTION 26
You must apply patches and patch bundles in a rolling fashion, if possible, on the components of your Exadata X6 Database Machine.
You use RAC for your databases and also use Data Guard, having standby databases on another Database Machine.
You want to have scripts that contain the appropriate commands to patch your environment.
Your patch bundle is one the first database server and is located at/uo1/stage.
You have downloaded the oplan utility to the first database server and run:
$ORACLE_HOME/oplan/oplan generateApplySteps /u01/stage
Which two statements are true concerning the type of instructions oplan will generate?

• A. Instructions for patching all components on the Database Machine
• B. Instructions for patching only storage servers
• C. Instructions for patching the Grid Infrastructure home on the primary location
• D. Instructions for patching the RAC Oracle Home on the primary location
• E. Instructions for patching the Data Guard environment on the standby location

Answer: C,D

Explanation:
Oplan generates instructions for all of the nodes in the cluster.

 

NEW QUESTION 27
Which three statements are true about the EXADCLI utility?

• A. It may be used to execute DBMCLI commands on multiple database nodes in parallel.
• B. It uses the same security mechanism as the EXACLI command.
• C. It can be used to execute EXACLI scripts on multiple storage servers in parallel.
• D. It can be used to execute O/S commands on multiple storage servers in parallel.
• E. It can be used to execute EXACLI commands on multiple storage servers in parallel.
• F. It may be run interactively.

Answer: A,B,E

Explanation:
The exadcli utility runs commands on multiple remote nodes in parallel threads.
You can issue an ExaCLI command to be run on multiple remote nodes. Remote nodes are referenced by their host name or IP address. Unlike dcli, exadcli can only execute ExaCLI commands. Other commands, for example, shell commands, cannot be executed using exadcli.

 

NEW QUESTION 28
You have altered an index supporting a constraint to be invisible on a large data warehouse table in an X5 Database Machine.
Which two statements are true?

• A. You might drop the index and make the constraint invisible, for the constraint to be recognized and enforced.
• B. You must retain the index and make it visible again for the constraint to be recognized and enforced.
• C. You might drop the index and use a constraint with the DISABLE NOVALIDATE RELY flags for the constraint to be recognized.
• D. You might retain the index, and leave it as invisible, and the constraint will still be recognized and enforced.
• E. You must retain the index and set the constraint to DISABLE NOVALIDATE RELY for the constraint to be recognized.

Answer: B,E

Explanation:
B: With making indexes invisible, we can easily check whether indexes are useful without having to drop (and in case recreate) them actually.
While this may be of interest for "ordinary" Oracle Databases already, it is particular a useful feature for Exadata where we expect some conventional indexes to become obsolete after a migration.
C: DISABLE NOVALIDATE RELY means: "I don't want an index and constraint checking to slow down my batch data loading into datawarehouse, but the optimizer can RELY on my data loading routine and assume this constraint is enforced by other mechanism". This information can greatly help optimizer to use correct materialized view when rewriting queries. So if you don't use materialized views for query rewrite then you can put RELY for all your constraints (or NORELY for all your constraints) and forget about it.

 

NEW QUESTION 29
Which two statements are true about the EXACLI utility?

• A. It can be executed using the EXADCLI utility.
• B. It supports all CELLCLI commands.
• C. It requires access through a cell user that has role-based privileges granted.
• D. It requires the same privileges as the celladmin linux user to create CELLDISKS and GRIDDISKS.
• E. It can execute commands on multiple cells in parallel.
• F. It can be executed directly on cells.

Answer: A,E

Explanation:
The exadcli utility facilitates centralized management across an Oracle Exadata system by automating the execution of ExaCLI commands.
Exadcli executes the commands on a set of remote nodes and returns the output to the centralized management location where the exadcli utility was run.
The exadcli utility runs commands on multiple remote nodes in parallel threads.
Reference: https://docs.oracle.com/en/engineered-systems/exadata-database-machine/dbmmn/ exadcli.html#GUID-1C738F05-2A69-4B75-BB1E-B578C9081487

 

NEW QUESTION 30
You plan to migrate an Oracle database supporting an online transaction processing (OLTP) workload to an X5 Exadata Database Machine.
The database machine is running database version 12.1.0.2.
The source database has these attributes:
Database version: 12.1.0
Byte order: Big Endian
Database size: 24 TB
You have decided to perform physical migration using the Transportable Tablespace method.
Examine this list of possible steps to accomplish this task.
1. Create a new 12.1.0.2 Exadata-based database.
2. Export the source system metadata using Transportable Tablespace (TTS).
3. Transfer the files to the Database Machine and use the RMAN CONVERT command to change them to the little endian format.
4. Import the metadata into the target database.
5. Use the RMAN CONVERT to change the database files to the little endian format on the source system.
Identify the required steps in the correct order.

• A. 1, 2, 3, 4
• B. 1, 2, 3, 4, 5
• C. 1, 2, 5, 3, 4
• D. 1, 2, 4, 5
• E. 1, 2, 5, 4
• F. 1, 2, 5, 4, 3

Answer: A

Explanation:
Step 1: 1. Create a new 12.1.0.2 Exadata -based database.
Step 2: 2. Export the source system metadata using transportable Tablespace (TTS).
Step 3: 3. Transfer the files to the Database Machine and use the RMAN CONVERT command to change them to the little endian format.
Step 4: 4. Import the metadata into the target database.
This method is often chosen when migrating between platforms with different endian formats, or in cases where physical re-organization is not necessary.
The transportable tablespace method is generally mu
References:
https://docs.oracle.com/en/cloud/paas/exadata-cloud/csexa/mig-transportable-tablespace.html

 

NEW QUESTION 31
Identify three valid configuration options that can be implemented during the initial configuration process of a new X5 Database Machine by using the Exadata Deployment Assistant.

• A. The size for the system area on the first two disks in each cell
• B. Virtualized Storage node configuration
• C. OS users that own the Grid Infrastructure installation
• D. Cluster configuration for up to 32 clusters
• E. Virtualized Computer Node configuration

Answer: A,D,E

Explanation:
Explanation/Reference:
Oracle Exadata Deployment Assistant has two main phases
the customer provides naming, DNS, NTP, and networking details. This information is collected using

the Oracle Exadata Deployment Assistant user interface. A configuration file is generated the configuration file is pushed to the database node, and the validation and installation is

Oracle Exadata Deployment Assistant can configure Oracle Exadata Database Machine, Recovery Appliance, or Oracle SuperCluster.
References:
https://docs.oracle.com/cd/E55822_01/AMOGD/configurator.htm#AMOGD22056
https://www.toadworld.com/platforms/oracle/w/wiki/11469.oracle-exadata-deployment-assistance-oeda

 

NEW QUESTION 32
Which two statements are true about Database Server Metrics and Alerts on an X5 Database Machine?

• A. Database Server Metrics are collected by the RS process.
• B. Database Server hardware sensor alerts are detected by the MS process on the database server.
• C. Database Server Metrics are collected my MMON.
• D. Database Server Metrics are collected by the MS process and stored in an internal disk-based repository.
• E. Database Server Threshold Alerts may be forwarded by the MS process as SNMP traps.

Answer: D,E

 

NEW QUESTION 33
Which four statements are true about the configuration of Auto Service Request (ASR) for use with an X5 Database Machine?

• A. ASR can connect to the Internet using Simple Network Management Protocol (SNMP), using a proxy server.
• B. ASR Manager software may be installed on one of the database servers in the Database Machine.
• C. ASR Manager software may be installed on a server that is not part of the Database Machine.
• D. ASR can connect to the Internet directly using Simple Network Management Protocol (SNMP).
• E. ASR Manager can connect to the Internet with HTTPS using a proxy server.
• F. ASR Manager can connect to the Internet directly with HTTPS.

Answer: B,C,E,F

Explanation:
C: If you need to use HTTPS for security purposes, you can set up HTTPS/SSL for the ASR Manager HTTP receiver.
D: As part of the registration process for ASR Manager, you can optionally set the ASR Manager to access the internet through a proxy server.
References:
https://docs.oracle.com/cd/E37710_01/install.41/e18475/ch2_asr_manager.htm#ASRUD137

 

NEW QUESTION 34
Which two options should be used to identify a damaged or failing flash card on an X6 Database Machine high-capacity storage server?

• A. Using the CELLCLI CALIBRATE command on the storage server after logging in as the root user
• B. Using the CELLCLI LIST LUN DETAIL command as the celladmin user
• C. Using the CELLCLI CALIBRATE command on the storage server after logging in as the celladmin
• D. Hardware monitoring using the storage server ILOM

Answer: A,D

Explanation:
Explanation/Reference:
The CALIBRATE command runs raw performance tests on cell disks, enabling you to verify the disk performance before the cell is put online. You must be logged on to the cell as the root user to run CALIBRATE.
Oracle ILOM automatically detects system hardware faults and environmental conditions on the server. If a problem occurs on the server, Oracle ILOM will automatically do the following:
Illuminate the Service Required status indicator (LED) on the server front and back panels.
Identify the faulted component in the Open Problems table.
Record system information about the faulted component or condition in the event log.
References: http://docs.oracle.com/cd/E80920_01/SAGUG/exadata-storage-server- cellcli.htm#SAGUG20617

 

NEW QUESTION 35
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