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Q11. Application A is connected to a queue manager that is named QM1.
Application B is connected to a queue manager that is named QM2.
The messages that Application A puts to a queue on QM1, must be transferred to QM2 only when QM2 notifies QM1 that it is ready to receive the messages.
What channels must the system administrator create on QM1 and QM2 to support this topology?
A. A sender channel on QM1 and a receiver channel on QM2.
B. A sender channel on QM1 and a requester channel on QM2.
C. A server channel on QM1 and a client connection channel on QM2.
D. A server channel on QM1 and a server connection channel on QM2.
Answer: C
Q12. An application connects to local queue manager QM1 and puts messages on remote queue QR1. QR1 has been defined with target queue QL2, target queue manager QM2, and XMITQ QM2.
QL2 is defined as a local queue in QM2. For security purposes, another queue manager, QM3, has been created behind a firewall and all messages destined for QL2 on QM2 need to be routed to QL3 on QM3.
Assuming QM2 and QM3 are interconnected, what changes does the system administrator need to make to achieve this without application failure?
A. Create an alias queue on QM2 pointing to QL3 on QM3.
B. Create a remote queue on QM2 pointing to QL3 on QM3.
C. Alter the QR1 RQMNAME parameter to point to QM3 and RNAME parameter to QL3 with XMITQ QM2.
D. Alter the QR1 RQMNAME parameter to point to QM3 and RNAME parameter to QL3 with XMITQ QM3.
Answer: B
Reference:
http://www.ibm.com/developerworks/websphere/library/techarticles/1212_bhat/1212_bhat.h tml
Q13. A queue-sharing group on z/OS consists of three queue managers: QM1, QM2, and QM3. After an unexpected failure, QM2 cannot be restarted. A system administrator needs to find out if there are any indoubt threads that need to be recovered manually.
What command should the system administrator run on QM1 to see the indoubtthreads.
A. DISPLAY INDOUBT(*)
B. DISPLAY THREAD (*) TYPE (INDOUBT) ALL
C. DISPLAY THREAD (*) TYPE (INDOUBT) QMNAME(QM2)
D. DISPLAY CONN(*) WHERE (UOWSTATE EQ UNRESOLVED)
Answer: B
Q14. QUEUE1 has messages from an uncommitted unit of work.
Which command can the system administrator use to find the name of the application connected to QUEUE1?
A. DISPLAY QUEUE (QUEUE1) ALL
B. DISPLAY THREAD (*) TYPE (INDOUBT)
C. DISPLAY QSTATUS (QUEUE1) TYPE (QUEUE) ALL
D. DISPLAY QSTATUS (QUEUE1) TYPE (HANDLE) ALL
Answer: D
Q15. A system administrator needs to ensure that MQ activity messages are created for an application message as it is routed through MQ network.
What must the system administrator verify? (choose 3)
A. The application has PUT authority to the activity message queues.
B. The application message specifies that activity reports are to be generated.
C. The MCA channels have been restarted after the configuration changes were made.
D. Activity recording is enabled on every queue manager in the network.
E. MQI statistics monitoring is enabled on every queue manager in the network.
F. Queue manager events are enabled for every queue manager in the network.
Answer: B,C,E
Q16. On a Sun Solaris system, applications cannot connect to a queue manager QM1 and are getting reason code 2009 MQRC_CONNECTION_BROKEN.
a. What are the command(s) a system administrator can issue to check the queue manager status?
b. If the queue manager does not end with the endmqm –i command, what does the system administrator need to do to be able to restart the non-responsive queue manager?
A. a. dspmqm, runmqsc QM1
B. Delete and recreate the queue manager
C. a. PING QMGR
D. Restore the queue manager from backup
E. a. dspmqm
F. Kill all the MQ processes with the kill -9 command.
G. a. dspmq, runmqsc QM1
H. Stop the queue manager manually, using the procedure from the product documentation.
Answer: C
Q17. A system administrator needs to generate report messages that show the sequence of MQI calls that an application sends.
What must the system administrator to do generate these messages?
A. Run the dspmqrte command.
B. Set the STATMQI(ON) attribute on the queue manager.
C. Set the ACTVTRC(ON) attribute on the queue manager.
D. Set the ACTIVREC(MSG) attribute on the queue manager.
Answer: C
Reference:
http://www-01.ibm.com/support/knowledgecenter/SSFKSJ_7.5.0/com.ibm.mq.mon.doc/q037540_.htm ?lang=en
Q18. A system administrator needs to collect monitoring data on an AIX system for performance analysis purposes. The system administrator needs to find out how many messages are put on and retrieved from a queue, and the total number of bytes that the queue processes during a configured interval.
How can the system administrator enable the collection of the required data and set the interval to 15 minutes?
A. Set the ACCTMQI(ON) and the STATINT(900) for the queue manager.
B. Set the queue MONQ(ON) attribute and set the interval in the queue attribute AMONQINT(15).
C. Set the STATMQI(ON) on the queue manager and the queue, and set the interval in the queue manager attribute STATINT(15).
D. Set the queue manager and the queue STATQ(ON) attributes, and the interval in the queue manager attribute STATINT(900).
Answer: A
Q19. For a queue manager with CHLAUTH(DISABLED), the AUTHINFO has been defined as follows:
DEFINE AUTHINFO (‘CHECK.PWD’) AUTHTYPE (IDPWOS) CHCKCLNT (REQUIRED) ADOPTCTX (NO)
A developer tried to test the connection by setting the MQSAMP_USER_ID to “user1” setting the MQSERVER environment variable, and running the amqsputc sample program. The developer logon ID, “user2”, has no access to the queue manager, but “user1” has all the required access.
When the developer ran amqsputc, it prompted for a password. The developer provided a valid password for “user1”, but amqsputc failed with the MQRC_NOT_AUTHORIZED 2035 reason code.
What did the system administrator identify as the cause for the 2035 reason code?
A. “user1” is not defined in LDAP.
B. “user1” does not have access to the channel.
C. “user2” does not have access to the MQ objects.
D. The password for “user2” must be provided when amqsputcprompted for a password.
Answer: B
Q20. An MQI Client application, which is run from different client machines, wants to benefit from the read ahead performance advantages for non-persistent messages.
While the client programs are changed on some machines to specify the MQOO_READ_AHEAD option, some other machines have to run the existing client application code without that option for a certain period of time.
What must the system administrator configure to support the coexistence of the two different versions of the client application?
A. SHARECNV(0) on the SVRCONN channel and DEFREADA(YES) for the queues
B. SHARECNV(>0) on the SVRCONN channel and DEFREADA(NO) for the queues
C. SHARECNV(>0) on the SVRCONN channel and DEFREADA(YES) for the queues
D. SHARECNV(>1) on the SVRCONN channel and DEFREADA(ENABLED) for the queues
Answer: A
Reference:
ftp://public.dhe.ibm.com/software/integration/support/supportpacs/individual/mp1h.pdf