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IBM Assessment: IBM WebSphere MQ V7.0, Solution Design 認定 A2180-376 試験問題:

1. A company is porting a solution written in C to i5/OS (successor to OS/400) that will send orders to the Order Processing system, which is a WebSphere MQ application on z/OS. Which of the following configurations for the new solution on i5/OS provides the function needed for this scenario? The solution on i5/OS would run:

A) only as a client, using the WebSphere MQ client on i5/OS to access the Order Processingsystem.
B) as a standalone application, accessing a WebSphere MQ-enabled adapter on the mainframeto access the Order Processing system.
C) as a client or full server, using either the WebSphere MQ client or a full WebSphere MQ serveron i5/OS to access the Order Processing system.
D) only as a server, using the WebSphere MQ server on i5/OS to access the Order Processingsystem.

2. In designing a solution with availability in mind, the designer is considering the following two alternatives, one using a cluster queue and the other using a shared queue. In each scenario, Queue Managers QMA and QMB will both be capable of running Application A.
In the first scenario, Application A will run on QMA and QMB on Windows accessing cluster queue QA. In the second scenario, Application A will run on QMA and QMB on z/OS accessing shared queue QA. Which of the following describes the availability scenarios in the situation where QMA fails?

A) For z/OS, messages from QA that were in flight on QMA when it failed are unavailable for processing by QMB
B) For Windows, the delivered messages on QA that Application A on QMA did not get to process are available for processing by Application A on QMB
C) For Windows, messages from QA that were in flight on QMA when it failed are made available for processing on QMB
D) For z/OS, the delivered messages on QA that Application A on QMA did not get to process are available for processing by Application A on QMB

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 sends a message to a central queue which is read by the dashboard application
B) Each bus updates a message in a common queue and the dashboard application reads thewhole queue every few minutes.
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.

4. A company has an existing point to point application written in C that distributes delivery status to queue Q1. They want to change the distribution to publish/subscribe so that other applications can subscribe to the delivery status information. Which of the following ways of changing to WebSphere MQ publish/subscribe will work with the least recoding?

A) Change the sending application program to use the WebSphere MQ publish/subscribe APIinstead of point to point
B) Change the sending application program to use WebSphere MQ publish/subscribe commandsin RFH2 headers instead of the point to point API
C) Run WebSphere MQ in PSMODE=COMPAT
D) Set up a queue alias for Q1 that is an alias for a subscription topic

5. WebSphere MQ clusters are sometimes positioned to provide high availability for backend services. For many use cases this works well; but which concern may make this solution unacceptable in some cases?

A) In the event of a server outage messages already queued will be delayed until the server canbe restarted.
B) Some topologies cannot be implemented because queue managers can only be members ofone cluster.
C) Client applications connected to a queue manager cannot continue processing when itbecomes unavailable.
D) Special considerations apply when software maintenance needs to be applied.

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