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NEW QUESTION: 1
Which National Institute of Standards and Technology (NIST) cybersecurity function includes Risk Assessment or Risk Management Strategy?
A. Respond
B. Recover
C. Identify
D. Protect
Answer: C
NEW QUESTION: 2
Your production database is functional on the SHOST1 host. You are backing up the production database by using Recovery Manager (RMAN) with the recovery catalog. You want to replicate the production database to anther host, SHOST2, for testing new applications.
After you ensured that the backups of the target database are accessible on the new host, what must you do to restore and recover the backup for the test environment?
A. Restoring the control file from the backup by using the NOCATALOG option to restore, and recovering the data files
B. Restoring the data files by using the NOCATALOG option and using the SET NEWNAME command to change the location
C. Restoring the server parameter file from the backup by using the recovery catalog to restore
D. Restoring the data files from the backup by using the recovery catalog to recover the files, and using the SWITCH command to change the location.
Answer: A
Explanation:
Explanation/Reference:
Explanation:
To restore the database on a new host:
1. Ensure that the backups of the target database are accessible on the new host.
2. Configure the ORACLE_SID on hostb.
3. Start RMAN on hostb and connect to the target database without connecting to the recovery catalog.
For example, enter the following command:
% rman NOCATALOG
RMAN> CONNECT TARGET
/
4. Set the DBID and start the database instance without mounting the database.
For example, run SET DBID to set the DBID, then run STARTUP NOMOUNT:
SET DBID 1340752057;
STARTUP NOMOUNT
RMAN fails to find the server parameter file, which has not yet been restored, but starts the instance with a
"dummy" file. Sample output follows:
startup failed: ORA-01078: failure in processing system parameters
LRM-00109: could not open parameter file '/net/hostb/oracle/dbs/inittrgta.ora' trying to start the Oracle instance without parameter files ...
Oracle instance started
5. Restore and edit the server parameter file.
Allocate a channel to the media manager, then restore the server parameter file as a client-side parameter file and use the SET command to indicate the location of the autobackup (in this example, the autobackup is in /tmp):
RUN
{
ALLOCATE CHANNEL c1 DEVICE TYPE sbt PARMS '...';
SET CONTROLFILE AUTOBACKUP FORMAT FOR DEVICE TYPE DISK TO '/tmp/%F';
RESTORE SPFILE
TO PFILE '?/oradata/test/inittrgta.ora'
FROM AUTOBACKUP;
SHUTDOWN ABORT;
}
6. Edit the restored initialization parameter file.
Change any location-specific parameters, for example, those ending in _DEST, to reflect the new directory structure. For example, edit the following parameters:
- IFILE
- LOG_ARCHIVE_DEST_1
- CONTROL_FILES
7. Restart the instance with the edited initialization parameter file.
For example, enter the following command:
STARTUP FORCE NOMOUNT PFILE='?/oradata/test/inittrgta.ora';
8. Restore the control file from an autobackup and then mount the database.
For example, enter the following command:
RUN
{
ALLOCATE CHANNEL c1 DEVICE TYPE sbt PARMS '...';
RESTORE CONTROLFILE FROM AUTOBACKUP;
ALTER DATABASE MOUNT;
}
RMAN restores the control file to whatever locations you specified in the CONTROL_FILES initialization parameter.
9. Catalog the data file copies that you copied in "Restoring Disk Backups to a New Host", using their new file names or CATALOG START WITH (if you know all the files are in directories with a common prefix easily addressed with a CATALOG START WITH command). For example, run:
CATALOG START WITH '/oracle/oradata/trgt/';
If you want to specify files individually, then you can execute a CATALOG command as follows:
CATALOG DATAFILECOPY
'/oracle/oradata/trgt/system01.dbf', '/oracle/oradata/trgt/undotbs01.dbf',
'/oracle/oradata/trgt/cwmlite01.dbf', '/oracle/oradata/trgt/drsys01.dbf',
'/oracle/oradata/trgt/example01.dbf', '/oracle/oradata/trgt/indx01.dbf',
'/oracle/oradata/trgt/tools01.dbf', '/oracle/oradata/trgt/users01.dbf';
10. Start a SQL*Plus session on the new database and query the database file names recorded in the control file.
Because the control file is from the trgta database, the recorded file names use the original hosta file names. You can query V$ views to obtain this information. Run the following query in SQL*Plus:
COLUMN NAME FORMAT a60
SPOOL LOG '/tmp/db_filenames.out'
SELECT FILE# AS "File/Grp#", NAME
FROM V$DATAFILE
UNION
SELECT GROUP#,MEMBER
FROM V$LOGFILE;
SPOOL OFF
EXIT
11. Write the RMAN restore and recovery script. The script must include the following steps:
a. For each data file on the destination host that is restored to a different path than it had on the source host, use a SET NEWNAME command to specify the new path on the destination host. If the file systems on the destination system are set up to have the same paths as the source host, then do not use SET NEWNAME for those files restored to the same path as on the source host.
b. For each online redo log that is to be created at a different location than it had on the source host, use SQL ALTER DATABASE RENAME FILE commands to specify the path name on the destination host. If the file systems on the destination system are set up to have the same paths as the source host, then do not use ALTER DATABASE RENAME FILE for those files restored to the same path as on the source host.
c. Perform a SET UNTIL operation to limit recovery to the end of the archived redo logs. The recovery stops with an error if no SET UNTIL command is specified.
d. Restore and recover the database.
e. Run the SWITCH DATAFILE ALL command so that the control file recognizes the new path names as the official new names of the data files.
Example 20-3 shows the RMAN script reco_test.rman that can perform the restore and recovery operation.
Example 20-3 Restoring a Database on a New Host:
RUN
{
# allocate a channel to the tape device
ALLOCATE CHANNEL c1 DEVICE TYPE sbt PARMS '...';
# rename the data files and online redo logs
SET NEWNAME FOR DATAFILE 1 TO '?/oradata/test/system01.dbf';
SET NEWNAME FOR DATAFILE 2 TO '?/oradata/test/undotbs01.dbf';
SET NEWNAME FOR DATAFILE 3 TO '?/oradata/test/cwmlite01.dbf';
SET NEWNAME FOR DATAFILE 4 TO '?/oradata/test/drsys01.dbf';
SET NEWNAME FOR DATAFILE 5 TO '?/oradata/test/example01.dbf';
SET NEWNAME FOR DATAFILE 6 TO '?/oradata/test/indx01.dbf';
SET NEWNAME FOR DATAFILE 7 TO '?/oradata/test/tools01.dbf';
SET NEWNAME FOR DATAFILE 8 TO '?/oradata/test/users01.dbf';
SQL "ALTER DATABASE RENAME FILE ''/dev3/oracle/dbs/redo01.log''
TO ''?/oradata/test/redo01.log'' ";
SQL "ALTER DATABASE RENAME FILE ''/dev3/oracle/dbs/redo02.log''
TO ''?/oradata/test/redo02.log'' ";
# Do a SET UNTIL to prevent recovery of the online logs
SET UNTIL SCN 123456;
# restore the database and switch the data file names
RESTORE DATABASE;
SWITCH DATAFILE ALL;
# recover the database
RECOVER DATABASE;
}
EXIT
12. Execute the script created in the previous step.
For example, start RMAN to connect to the target database and run the @ command:
% rman TARGET / NOCATALOG
RMAN> @reco_test.rman
13. Open the restored database with the RESETLOGS option.
From the RMAN prompt, open the database with the RESETLOGS option:
ALTER DATABASE OPEN RESETLOGS;
Caution:
When you re-open your database in the next step, do not connect to the recovery catalog. Otherwise, the new database incarnation created is registered automatically in the recovery catalog, and the file names of the production database are replaced by the new file names specified in the script.
14. Optionally, delete the test database with all of its files.
Note:
If you used an ASM disk group, then the DROP DATABASE command is the only way to safely remove the files of the test database. If you restored to non-ASM storage then you can also use operating system commands to remove the database.
Use the DROP DATABASE command to delete all files associated with the database automatically. The following example deletes the database files:
STARTUP FORCE NOMOUNT PFILE='?/oradata/test/inittrgta.ora';
DROP DATABASE;
Because you did not perform the restore and recovery operation when connected to the recovery catalog, the recovery catalog contains no records for any of the restored files or the procedures performed during the test. Likewise, the control file of the trgta database is completely unaffected by the test.
NEW QUESTION: 3
A Cisco ASA appliance has three interfaces configured. The first interface is the inside interface with a security level of 100. The second interface is the DMZ interface with a security level of 50. The third interface is the outside interface with a security level of 0.
By default, without any access list configured, which five types of traffic are permitted? (Choose five.)
A. HTTP return traffic originating from the inside network and returning via the outside interface
B. outbound traffic initiated from the inside to the outside
C. HTTP return traffic originating from the DMZ network and returning via the inside interface
D. inbound traffic initiated from the outside to the DMZ
E. HTTP return traffic originating from the outside network and returning via the inside interface
F. outbound traffic initiated from the inside to the DMZ
G. inbound traffic initiated from the outside to the inside
H. outbound traffic initiated from the DMZ to the outside
I. HTTP return traffic originating from the inside network and returning via the DMZ interface
J. inbound traffic initiated from the DMZ to the inside
Answer: A,B,F,H,I
Explanation:
http://www.cisco.com/en/US/docs/security/asa/asa70/configuration/guide/intparam.html
Security Level Overview Each interface must have a security level from 0 (lowest) to 100 (highest). For example, you should assign your most secure network, such as the inside host network, to level 100. While the outside network connected to the Internet can be level 0. Other networks, such as DMZs can be in between. You can assign interfaces to the same security level. See the "Allowing Communication Between Interfaces on the Same Security Level" section for more information. The level controls the following behavior:
Network access-By default, there is an implicit permit from a higher security interface to a lower
security interface (outbound). Hosts on the higher security interface can access any host on a
lower security interface. You can limit access by applying an access list to the interface. If you
enable communication for same security interfaces (see the "Allowing Communication Between
Interfaces on the Same Security Level" section), there is an implicit permit for interfaces to access
other interfaces on the same security level or lower.
Inspection engines-Some inspection engines are dependent on the security level. For same
security interfaces, inspection engines apply to traffic in either direction.
-NetBIOS inspection engine-Applied only for outbound connections.
-OraServ inspection engine-If a control connection for the OraServ port exists between a pair of
hosts, then only an inbound data connection is permitted through the security appliance.
Filtering-HTTP(S) and FTP filtering applies only for outbound connections (from a higher level to
a lower level).
For same security interfaces, you can filter traffic in either direction.
NAT control-When you enable NAT control, you must configure NAT for hosts on a higher
security interface (inside) when they access hosts on a lower security interface (outside).
Without NAT control, or for same security interfaces, you can choose to use NAT between any
interface, or you can choose not to use NAT. Keep in mind that configuring NAT for an outside
interface might require a special keyword.
established command-This command allows return connections from a lower security host to a
higher security host if there is already an established connection from the higher level host to the
lower level host.
For same security interfaces, you can configure established commands for both directions.
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