An integration developer has developed the following business process, as shown in the exhibit:

The invoke activitiesInvoke1 and Invoke2 are synchronous invocations and execute in a few seconds. A compensation handler needs to be defined for Snippet2 following a business action from the customer. The customer considers performance to be a key requirement. How would the integration developer implement these requirements? The business process needs to be a:

• A. microflow for best performance as every invoke activity uses synchronous invocation and executes quickly.
• B. long-running process because of the required fault handler.
• C. long-running process because of the required compensation handler.
• D. microflow because no human tasksare required.

During acceptance testing of an integration solution, various errors in the mediation flows were discovered. While correcting these errors, the development team found that little or no error handling was present within the mediation flows. Therefore, a new requirement is introduced to handle every exception within any mediation flow in exactly the same way by logging the exception to a file. How can an integration developer implement this requirement?

• A. Create a mediation subflow containing the exception handling logic, and connect the error input node of each mediation flow to this new subflow.
• B. Connect a trace primitive to each fail terminal.
• C. Create a mediation subflow containing the exception handling logic, andconnect every fail terminal to this new subflow.
• D. Create a mediation flow containing the exception handling logic, and invoke it whenever an error occurs.

An integration developer needsto allow an administrator to change some properties of a trace primitive in a mediation subflow at runtime. The subflow is used in a mediation flow of a mediation module. How can the integration developer implement this requirement? Set the required properties of the trace primitive as promotable in the:

• A. mediation module.
• B. mediation subflow.
• C. mediation flow.
• D. mediation subflow and the mediation flow.

An integration developer has configured a BPEL business process for a customer, as shown below:

What should the integrationdeveloper consider when implementing this flow?

• A. If Snippet1 is invoked in an instance of the process, that instance will not receive messages sent to the Service2 interface.
• B. It is possible for Snippet1 and Snippet2 to run concurrently in the same instance of the process.
• C. A Timeout element must be added to the ReceiveChoice activity.
• D. An Otherwise element must be added to the Choice activity.

An integrationdeveloper is developing the two modules shown in the exhibits below.

ModuleA and ModuleB will be deployed on the same server JVM. ComponentA needs to invoke operationB on ComponentB. ModuleA and ModuleB will be deployed on the same server JVM. ComponentA needs to invoke operationB on ComponentB. Which of the following tasks does the integration developer need to perform to ensure the maximum performance of ComponentA's invocation of ComponentB?

• A. Use synchronous Web Service bindings for ImportA and Export
• B. Deploy ModuleA and ModuleB independently from any process application.
• C. Set the Business Object Parsing Mode of ModuleA, ModuleB, and LibraryAB to Lazy Parsing.
• D. Associate ModuleA, ModuleB, and LibraryAB with a process application on a process center.
• E. Use synchronous SCA bindings for ImportA and ExportB.
• F. Set the Business Object Parsing Mode of ModuleA, ModuleB, and LibraryAB to Eager Parsing.