Online Access Free A2180-376 Practice Test

A company is in the midst of a large SOA transformation initiative, and is looking to utilize Web Services protocols wherever possible. A solution designer would like to leverage the existing WebSphere MQ infrastructure and skills. The solution designer is instructed to provide guidance regarding platform coverage. Which of the following best meets both requirements and will allow the company to utilize a SOAP stack to process SOAP/MQ messages?

• A.z/OS supported UNIX and Windows systems
• B.Supported Windows and UNIX based systems
• C.Supported UNIX Based systems only
• D.All supported WebSphere MQ Platforms

If a series of exceptions is thrown for a WebSphere MQ JMS program, which of the following is typical?

• A.The most detail about the cause of the problem should be found in the exception at the top ofthe list.
• B.The exceptions at the top of the list will be more general, and subsequent exceptions willprovide more detail about the cause of the problem.
• C.The order in which the exception messages are shown is random and cannot be relied on.
• D.The WebSphere MQ Reason and Completion code will not be reported in the exceptions.

A weather bureau plans to offer a service to its customers whereby they can receive weather station information (e.g. temperature, humidity) up to one year old. Customer applications should be able to select from which region they want to get datA. What is the best way of implementing such a solution?

• A.Store information in a database and access it using a publish/subscribe pattern
• B.Store messages in separate queues for each region and use a scheduled process to deleteoutdated messages
• C.Store information in a database and access it using a request-reply pattern
• D.Store messages in separate queues for each region and use the expiration feature of themessaging system to delete outdated messages

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

An application is replying to a request message, which has properties associated with it. What is the preferred way of creating a reply message?

• A.Create a new MQMD for the reply message and copy the MsgId from the request MQMD structure to the CorrelId field of the reply MQM
• B.Use action indicator in MQPMO and MQPMO_MD_FOR_OUTPUT_ONLY in the MQPUT options.
• C.Use action indicator in MQPMO, provide new MQMD for reply message and use MQPMO_NEW_MSG_ID in the MQPUT options.
• D.Reuse the MQMD and honor the report options set in the request message.