A BizTalk Server 2010 orchestration consumes a Microsoft Windows Communication Foundation (WCF) service. A request-response call to the WCF service is made inside a non-transactional scope. The scope has an exception handler that has its Exception Object Type property set to the type of the fault operation returned from the service. The handler receives the fault message. The WCF service throws a typed fault exception named WidgetException. You need to extract the exceptions detail node from thefault message. What should you do in the WCF send port configuration?

• A. Set the Propagate Fault Message option to True. Specify the source of the inbound WCF message body by selecting BizTalk Request Message Body.
• B. Set the Propagate Fault Message option to True. Specify the source of the inbound BizTalk message body by selecting Path and entering the XPath expression for the WidgetException node.
• C. Set the Propagate Fault Message option to True. Specify the source of the outbound WCF message body by selecting Template. In the XML expression box, enter the XML of the WidgetException message.
• D. Set the Propagate Fault Message option to True. Specify the source of the inbound BizTalk message body by selecting Envelope (soap:Envelope).

You are developing a BizTalk Server 2010 orchestration that routes shipping cargo. The orchestrations Transaction Type property has been set to Long Running. Part of the orchestration contains a block of logic for cargo routing. The routing logic is self-contained and makes no external calls that would affect the orchestrations state. You need to ensure that if an exception is thrown, no action taken during the execution of the routing logic block is committed. What should you do?

• A. Add a Scope shape to the orchestration and set its Transaction Type property to None. Add the block of routing logic to the Scope shape.
• B. Add a Scope shape to the orchestration and set its Transaction Type property to Long Running. Add the block of routing logic to the Scope shape.
• C. Add a Scope shape to the orchestration and set its Transaction Type property to None. Add a Group shape and add the block of routing logic to it. Place the Group shape in the Scope shape.
• D. Add a Scope shape to the orchestration and set its Transaction Type property to Atomic. Add the block of routing logic to the Scope shape.

A BizTalk Server 2010 solution contains an orchestration that sends messages through a logical port with the Binding property set to Specify later. You need to change the orchestration so that the logical port is not bound to a physical port. What should you do?

• A. Change the Binding property of the port to Specify now.
• B. Set the Type Modifier property of the port type to Public.
• C. Change the Binding property of the port to Direct.
• D. Set the Type Modifier property of the port type to Private.

You are creating a Microsoft Windows Installer (MSI) package for a BizTalk Server 2010 application.
The application is currently running on ServerA. Server B requires a different binding file that is available on the file system of Server A.
The MSI package must be suitable for deployment on both Server A and Server B.
You need to deploy the application on Server B.
Which two actions should you perform? (Each correct answer presents part of the solution. Choose two.)

• A. Deploy the MSI package on Server B and select the correct target staging environment.
• B. On Server A, add the binding file for Server B as a resource to the application. Create an MSI package.
• C. On Server A, import the binding file for Server B into the application. Create an MSI package.
• D. Deploy the MSI package on Server B with the default target staging environment.

A BizTalk Server 2010 solution sends out XML invoices to a customer on a regular basis. The customer has sent you the public key part of their certificate. You installed this certificate on the server and set up a send port to use this certificate. The certification authority for the certificate is one that you already trust.
You need to ensure that all invoices sent to the customer are encrypted using the provided public key.
What should you do?

• A. Create a custom pipeline that uses the MIME/SMIME encoder component. Set the Enable encryption property of the component to True.
• B. Create a custom pipeline that uses the MIME/SMIME encoder component. Set the Content transfer encoding property of the component to Base64.
• C. Create a custom pipeline that uses the MIME/SMIME encoder component. Set the Add signing certification to message property of the component to True.
• D. Create a custom pipeline that uses the default XML assembler component. Use the default values for all properties of the component.