Microsoft TS: Developing Business Process and Integration Solutions by Using Microsoft BizTalk Server 2010 - 70-595 certification

A BizTalk Server 2010 solution contains a map that transforms an internal order format into the order format of a supplier. You have examples of the internal order. You need to perform unit testing to make sure that the map works. You add a test project and a test class to the solution. You then add a reference to the project with the map. What should you do next?

• A. Add a reference to Microsoft.BizTalk.TestTools and to Microsoft.XLANGs.BaseTypes. Use the TestableMapBase class to test the map.
• B. Add a reference to Microsoft.XLANGs.BaseTypes and to Microsoft.BizTalk.BaseFunctoids. Use the TestableMapBase class to test the map.
• C. Add a reference to Microsoft.BizTalk.TestTools and to Microsoft.BizTalk.BaseFunctoids. Use the TestableMapBase class to test the map.
• D. Add a reference to Microsoft.XLANGs.BaseTypes and to Microsoft.BizTalk.BaseFunctoids. Use the TestableSchemaBase class to test the schema.

You use BizTalk Server 2010 to receive flat file messages from a customer. You create a pipeline for disassembling the flat file messages. When BizTalk receives the messages, the flat file disassembler throws an error because a date is in the wrong format. The customer cannot change the sending application. You implement a custom pipeline component for correcting date formatting errors. You need to create a new pipeline for processing the messages received from the customer. What should you do?

• A. Add the custom pipeline component to the Validate stage. Add the EDI disassembler to the Disassemble stage.
• B. Add the custom pipeline component to the Resolve Party stage. Add the EDI disassembler to the Disassemble stage.
• C. Add the custom pipeline component to the Validate stage. Add the flat file disassembler to the Disassemble stage.
• D. Add the custom pipeline component to the Decode stage. Add the flat file disassembler to the Disassemble stage.

A BizTalk Server 2010 solution contains multiple applications. One of the applications sends EDI messages to trading partners. The trading partners are defined as parties in the BizTalk Administration console. You need to extract the binding and party information for only the EDI application in an XML file so that you can store that information in source code control. What should you do?

• A. Create a binding file for one of the assemblies in the EDI application.
• B. Create a binding file for the EDI application and include the party information.
• C. Create a binding file that contains the binding for the BizTalk group.
• D. Create a Microsoft Windows Installer (MSI) file for the EDI application and include the party information.

You are developing a BizTalk Server 2010 solution that has two orchestrations, A and B, that exist in different projects.
A message sent between the orchestrations has a promoted property named OrderID that can be used as a unique identifier for the message.
The two projects must remain independent from each other.
Updates are made to Orchestration B to ensure that the output message promotes the OrderID property when it publishes the message.
You need to enable Orchestration A to send a message to Orchestration B and receive a message back when Orchestration B finishes.
You create a correlation type on the OrderID property and a new correlation set in Orchestration A.
What should you do next?

• A. Set the Send shape in Orchestration A to initialize the correlation set. Set the Receive shape in Orchestration A to follow the correlation set.
• B. Reference the Orchestration A project from the Orchestration B project. Create a new correlation set in Orchestration B by using the correlation type. Set the Receive shape on Orchestration A to initialize the correlation set. Set the Send shape on Orchestration B to follow the correlation set.
• C. Set the Receive shape in Orchestration A to initialize the correlation set. Set the Send shape in Orchestration A to follow the correlation set.
• D. Reference the Orchestration A project from the Orchestration B project. Create a new correlation set in Orchestration B by using the correlation type. Set the Send shape on Orchestration A to initialize the correlation set. Set the Receive shape on Orchestration B to follow the correlation set.

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