869 お客様のコメント
クリック」
質問 1：
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 Windows, messages from QA that were in flight on QMA when it failed are made available for processing on 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 z/OS, messages from QA that were in flight on QMA when it failed are unavailable for processing by 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
正解：D
質問 2：
A company would like to expand their services to accept incoming orders from external partners.
Some of the external partners already use WebSphere MQ, and the others could install WebSphere MQ or run a WebSphere MQ client. The company is concerned about significantly increasing the number of channels into their queue manager as a result of connecting to so many new external partners. Which of the following could reduce this concern?
A. Use WebSphere MQ Cluster channels to limit the interconnectivity
B. Use SSL to encrypt the channels
C. Use WebSphere MQ Internet Passthru to act as a channel concentrator for the queuemanager
D. Use shared conversations to reduce the number of connections to the queue manager
E. Use DataPower XI50 to handle some of the external traffic and forward the messages to thequeue manager
正解：C,E
質問 3：
A solution designer is evaluating distribution scenarios and wants to understand the circumstances where messages are not delivered as expected. Which of the following are reasons that a message is placed on the DLQ?
A. A trigger monitor is unable to start the triggered program
B. A sending message channel agent is unable to perform data conversion when required for the message
C. The destination queue is full when the program puts the message to the local queue
D. The queue manager is quiescing when the program puts the message to the queue
E. The program tries to put a message to an invalid local queue
正解：A,B
質問 4：
An application is required to retrieve rows from a relational database table and send them across WebSphere MQ to a remote queue manager, where a receiving application consumes them.
After a successful MQPUT of a message, the corresponding row is to be deleted from the database. It is intended to run this application using the free WebSphere MQ Client. The delivery of each message is to be guaranteed. Which of the following is true about this implementation?
A. This solution can be implemented using the free WebSphere MQ Client, provided that the receiving application can recognize and handle repeated delivery of the same message.
B. It cannot be done using the free WebSphere MQ Client; the Extended Transactional Client is required, since two phase commits are needed for this solution.
C. This solution cannot be implemented using the free WebSphere MQ Client; persistent messaging is not supported by the free WebSphere MQ Client.
D. It cannot be done using the free WebSphere MQ Client; a local queue manager is required to support the guaranteed delivery of the messages.
正解：A
質問 5：
A solution designer is looking to implement a highly available WebSphere MQ solution. In the event of a queue manager failure, there is a requirement for several backup queue managers to get and process the messages from the primary input queue that was being processed by the failed queue manager. Considering the advances in high availability options (e.g. HACMP, WebSphere MQ clustering), which of the following deployment options is most valid?
A. z/OS, AIX, Windows, Red Hat Enterprise Linux
B. z/OS, AIX
C. z/OS
D. z/OS, AIX, Windows
正解：C
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 Windows, messages from QA that were in flight on QMA when it failed are made available for processing on 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 z/OS, messages from QA that were in flight on QMA when it failed are unavailable for processing by 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
正解：D
質問 2：
A company would like to expand their services to accept incoming orders from external partners.
Some of the external partners already use WebSphere MQ, and the others could install WebSphere MQ or run a WebSphere MQ client. The company is concerned about significantly increasing the number of channels into their queue manager as a result of connecting to so many new external partners. Which of the following could reduce this concern?
A. Use WebSphere MQ Cluster channels to limit the interconnectivity
B. Use SSL to encrypt the channels
C. Use WebSphere MQ Internet Passthru to act as a channel concentrator for the queuemanager
D. Use shared conversations to reduce the number of connections to the queue manager
E. Use DataPower XI50 to handle some of the external traffic and forward the messages to thequeue manager
正解：C,E
質問 3：
A solution designer is evaluating distribution scenarios and wants to understand the circumstances where messages are not delivered as expected. Which of the following are reasons that a message is placed on the DLQ?
A. A trigger monitor is unable to start the triggered program
B. A sending message channel agent is unable to perform data conversion when required for the message
C. The destination queue is full when the program puts the message to the local queue
D. The queue manager is quiescing when the program puts the message to the queue
E. The program tries to put a message to an invalid local queue
正解：A,B
質問 4：
An application is required to retrieve rows from a relational database table and send them across WebSphere MQ to a remote queue manager, where a receiving application consumes them.
After a successful MQPUT of a message, the corresponding row is to be deleted from the database. It is intended to run this application using the free WebSphere MQ Client. The delivery of each message is to be guaranteed. Which of the following is true about this implementation?
A. This solution can be implemented using the free WebSphere MQ Client, provided that the receiving application can recognize and handle repeated delivery of the same message.
B. It cannot be done using the free WebSphere MQ Client; the Extended Transactional Client is required, since two phase commits are needed for this solution.
C. This solution cannot be implemented using the free WebSphere MQ Client; persistent messaging is not supported by the free WebSphere MQ Client.
D. It cannot be done using the free WebSphere MQ Client; a local queue manager is required to support the guaranteed delivery of the messages.
正解：A
質問 5：
A solution designer is looking to implement a highly available WebSphere MQ solution. In the event of a queue manager failure, there is a requirement for several backup queue managers to get and process the messages from the primary input queue that was being processed by the failed queue manager. Considering the advances in high availability options (e.g. HACMP, WebSphere MQ clustering), which of the following deployment options is most valid?
A. z/OS, AIX, Windows, Red Hat Enterprise Linux
B. z/OS, AIX
C. z/OS
D. z/OS, AIX, Windows
正解：C
大黑** -
一部のC9530-376問題集は実際の試験とは異なりますが、知識をさらに強化して試験に合格しました。