A solution developer has created the flow shown in the exhibit below. The purpose of the flow is to receive notification messages, transform the message payload and send the messages via MQ to the Portal and DataWareHouse (DWH) systems. The developer has also implemented logic to handle various scenarios in the flow in order to trigger alerts on either theNOTIFICATION.CATCHor theNOTIFICATION.FAILqueue which are both monitored by operation support.
The following parameters and settings apply:
All messages processed by the flow are not-persistent messages. The transaction mode in theNOTIFICATION.REQUESTMQInput node has been set toYes. The transaction mode in theDWH.QRMQOutput node has been sent toNo. During an MQ maintenance outage one of the destination queues,DWH.QR, was deleted by mistake. The next messagethat was processed caused an exception in theDWH.QRMQOutput node.
In this scenario, how many messages are sent out by the flow and to which queues?
A. One message sent to NOTIFICATION.CATCH.
B. One message sent to NOTIFICATION.FAIL.
C. One message sent to PORTAL.QR. One message sent to NOTIFICATION.CATCH.
D. One message sent to PORTAL.QR. One message sent to NOTIFICATION.FAIL.
A solution developer uses a JavaCompute node to implement the mapping in a message flow. As part of that mapping, the developer used a Java class from an external library. The class is defined to throw an exception.
How should the developer handle the exception in the JavaCompute node to capture the exception details and escalate to the default flow error handling?
A. Create and throw a MbException.
B. Create and throw a MbUserException.
C. Create and throw a MbBrokerException.
D. Use the addNestedException method of the MbException class to escalate the exception.
A solution developer needs to developa generic message handler that is common to all applications and message flows. The message handler parses a complex file than contains healthcare records and extracts Patient Eligibility requests. The developer wants to make and deploy changes to the message handler without redeploying all the message flows.
How should the developer define the Integration Bus artifacts?
Define the message handler as:
A. a subflow in a library and define the message flows as services that reference the library.
B. a subflow in a library and define the message flows as applications that reference the library.
C. a subflow in a library and define the message flows as independent resources that reference the library.
D. an integrationservice and define the message flows as applications that reference the integration service.
A solution developer needs to connect to an IBM iSeries based warehouse system via Extensible Program Call Markup Language (xPCML). The solution developer chooses a configurable service to store the connection information of the system.
Which configurable service should the developer use?
A. IMSConnect
B. UserDefined
C. EISProviders
D. CICSConnection
A solution developer is asked by a deployment team about options to deploy BAR files that provide just deployment capabilities.
Which option provides only deployment capabilities, and does not provide packaging capabilities?
A. Commands on AIX
B. Commands on Windows and Linux
C. IBM Integration web user interface
D. Integration API and IBM Integration Explorer
A solution developer has created the following message flow:
The integration requirements state that the name for the output file needs to be computed from the message payload.
How can the developer implement this requirement in the Mapping node?
A. Use a custom Java transformation to call the IBM Integration Java API to set the file name.
B. Use a custom ESQL transformation to change the valueof the promoted file name property from the FileOutput node.
C. Configure the headers and folders for the output message to include the Environment tree and map the filename for the output message in the Environment tree.
D. Configure the headers and folders for the output message to include the local Environment tree and map the filename for the output message in the local Environment tree.
A solution developer wants to add meta information to a message flow that is to be deployed to the integration node. The meta information should be accessible at runtime using the IBM Integration Explorer. The flow processesMQ messages, contains a subflow and uses a JavaCompute node for the implementation of the mapping logic.
How does the developer include the name of the author so it is clearly associated with the deployed Java code?
A. Add an MQSI keyword as a comment into the Java code.
B. Add the author's name in the Short Description field of the JavaCompute node.
C. Add an MQSI keyword into akeywords.txtfile located in the META-INF folder of the JAR.
D. Create a .propertiesfile with the author's name in the project source folder of the JavaCompute node.
A solution developer is analyzing the of a message flow. There are a number of references defined in the
ESQL code of the Compute node.
Why should the developer use dynamic references in the ESQL code of the message flow?
A. It is a technique to reduce tree copying in a message flow.
B. It is a technique to reduce tree navigation when accessing repeating elements in a message tree.
C. References allow the usage of optimized code from dynamically loaded external libraries.
D. By creating a reference, intermediary results can be cached and so memory usage is reduced.
A solution developer needs to implement a message flow that invokes a Business Process Execution Language (BPEL) process in IBM Business Process Manager Advanced Version V7.5 and continue processing the message in the message flow without waiting for a response.
Which node should the developer use?
A. CORBARequest
B. SOAPRequest
C. SCARequest
D. SCAAsyncRequest
A solution developer installed the IBM Integration Bus runtime and the Integration Toolkit using the
"Developer Edition" on a Windows 64 bit environment.
Which integration server functionality is available for the developer?
A. Allfeatures are available with unlimited integration servers.
B. All features are available but there is a limitation of creating only one integration server.
C. A limited set of nodes is available with unlimited integration servers.
D. A limited set of nodes is available and there is a limitation of creating only one integration server.
