IBM C9530-376 Exam Syllabus Topics:

IBM WebSphere MQ V7.0, Solution Design Sample Questions:

Question #1
An application queue is triggered for trigger type of DEPTH. Following this, what action should the job or program that was started as a result of the trigger take before it ends, so that the queue will be triggered again the next time that trigger depth (TRIGDPTH) is reached?

A. It needs to use MQSET or an ALTER QLOCAL command to reset triggering (TRIGGER) for the queue.
B. It needs to reset trigger depth (TRIGDPTH) for the queue through an MQSET or ALTER QLOCAL command.
C. It needs to reset trigger depth (TRIGDPTH) and triggering (TRIGGER) for the queue, using MQSET or an ALTER QLOCAL command.
D. No action needs to be taken. The queue manager will create the next trigger message when the current depth of the queue once again reaches trigger depth (TRIGDPTH).

Question #2
A company wants to improve the availability of their MQ JMS client applications by introducing multiple Queue Managers to process the MQ JMS client application requests. Which of the following are MQ capabilities that are available to JMS client applications for using multiple Queue Managers?

A. Workload balancing exit that comes with MQ
B. Application coding to make an MQCONN call to the alternate Queue Manager when theprimary Queue Manager is not available
C. Specification of an alternate Queue Manager in the JNDI definition
D. Client channel definition table containing multiple Queue Manager definitions
E. Client channel definition table with workload balancing of a certain weighting of the traffic toone Queue Manager and the rest of the traffic to an alternate Queue Manager

Question #3
A bus company is implementing a solution which will display in real-time all bus positions on a central dashboard. Each bus is transmitting position information at regular intervals. What is the best way of implementing this solution given that there is limited bandwidth for communication?

A. Each bus updates a message in a common queue and the dashboard application reads thewhole queue every few minutes.
B. Each bus sends a message to a central queue which is read by the dashboard application
C. Each bus updates a message in a central queue using its number as a key and the dashboardapplication reads the whole queue every few minutes.
D. Each bus sends messages to a separate queue and the dashboard application checks thosequeues every few minutes.

Question #4
A bus company is implementing a solution which will display in real-time the arrival information of the next bus on the bus stop sign. Each bus is sending information about its position at regular intervals. What is the best way of implementing this solution given that there is limited bandwidth for communication? The bus stop sign:

A. subscribes to messages published by the bus
B. replicates its own database every few minutes with a database stored on a central system
C. queries a central system for bus position using SOAP over HTTP
D. sends a message with a request every few minutes to a central system in order to query busposition. All replies are compressed.

Question #5
Queue Managers QMA and QMB both have a cluster queue definition for Q1. A sending application resides on QMC, which is also part of the cluster. The messages being sent from QMC contain data from the same account that needs to be processed at the destination (Q1) in the same order that the messages were sent. Which one of the following is MOST LIKELY to enforce the sending order on the destination queue, assuming the message can be routed to the destination queue?

A. The sending application opens Q1 with MQOO_BIND_ON_OPEN and sends the messages forthe account
B. Q1 is defined with DEFBIND(OPEN) and the sending application opens Q1 and sends themessages for the account
C. The sending application specifies the destination Queue Manager and Queue name on theopen for Q1 and sends the messages for the account
D. The sending application sends the messages for the account within the same unit of work

Solutions: