How to Configure a WCF-NetMsmq Receive Location
You can configure a WCF-NetMsmq receive location either programmatically or by using the BizTalk Administration console.
Configuration properties
The BizTalk Explorer Object Model enables you to create and configure receive locations programmatically. The BizTalk Explorer Object Model exposes theIReceiveLocation receive location configuration interface that has a TransportTypeData read/write property. This property accepts a WCF-NetMsmq receive location configuration property bag in the form of a name-value pair of XML strings. To set this property in the BizTalk Explorer Object Model, you must set the InboundTransportLocation property of the IReceiveLocation interface.
The TransportTypeData property of the IReceiveLocation interface does not have to be set. If it is not set, the WCF-NetMsmq adapter uses the default values for the WCF-NetMsmq receive location configuration as indicated in the following table.
The following table lists the configuration properties that you can set in the BizTalk Explorer Object Model for the WCF-NetMsmq receive location.
| Property name | Type | Description |
|---|---|---|
| Identity | XML Blob Example: <identity> <userPrincipalName value="username@contoso.com" /> </identity> |
Specify the identity of the service that this receive location provides. The values that can be specified for the Identity property differ according to the security configuration. These settings enable the client to authenticate this receive location. In the handshake process between the client and service, the Windows Communication Foundation (WCF) infrastructure will ensure that the identity of the expected service matches the values of this element. The default is an empty string. |
| OpenTimeout | System.TimeSpan | Specify a time span value that indicates the interval of time provided for a channel open operation to complete. Default value: 00:01:00 |
| SendTimeout | System.TimeSpan | Specify a time span value that indicates the interval of time provided for a send operation to complete. Default value: 00:01:00 |
| CloseTimeout | System.TimeSpan | Specify a time span value that indicates the interval of time provided for a channel close operation to complete. Default value: 00:01:00 |
| MaxReceivedMessageSize | Integer | Specify the maximum size, in bytes, for a message (including headers) that can be received on the wire. The size of the messages is bounded by the amount of memory allocated for each message. You can use this property to limit exposure to denial of service (DoS) attacks. Default value: 65536 |
| EnableTransaction | Boolean | Specify the type of message queue: transactional or nontransactional. If this property is selected, each message is delivered only once, and the sender is notified of delivery failures. To send messages through transactional send ports, both the durable and exactlyOnce binding elements of the client must be set to True. If this property is cleared, messages are transferred without delivery assurance. Note: If you use a transactional queue under this receive location, this property must be selected. Default value: False |
| OrderedProcessing | Boolean | Specify whether to process messages serially. When this property is selected, this receive location accommodates ordered message delivery when used in conjunction with a BizTalk messaging or orchestration send port that has the Ordered Delivery option set to True. You can select this only when the EnableTransaction property is set to True.For more information about the Ordered Delivery option, see the appropriate topics in See Also. When this property is set to True, the WCF-NetMsmq receive location optimizes resource usage when handling large messages by making the adapter single-threaded. Default value: False |
| MaxConcurrentCalls | Integer | Specify the number of concurrent calls to a single service instance. Calls in excess of the limit are queued. The range of this property is from 0 to Int32.MaxValue. Default value: 200 |
| SecurityMode | Enum - None - Message - Transport - Both For more information about the member names for the SecurityMode property, see the Security mode property in the WCF-NetMsmq Transport Properties Dialog Box, Receive, Security tab in the UI guidance and developers API namespace reference. |
Specify the type of security that is used. Default value: Transport |
| MsmqAuthenticationMode | Enum - None - WindowsDomain - Certificate For more information about the member names for the MsmqAuthenticationMode property, see the MSMQ authentication mode property in the WCF-NetMsmq Transport Properties Dialog Box, Receive, Security tab in the UI guidance and developers API namespace reference. |
Specify how the message must be authenticated by the MSMQ transport. Default value: WindowsDomain |
| MsmqProtectionLevel | Enum - None: No protection. - Sign: Messages are signed. - EncryptAndSign: Messages are encrypted and signed. To use this protection level, you must enable Active Directory Integration for MSMQ. |
Specify the way messages are secured at the level of the MSMQ transport. Encryption ensures message integrity, while sign and encrypt ensures both message integrity and non-repudiation. Default value: Sign |
| MsmqSecureHashAlgorithm | Enum - MD5 - SHA1 - SHA25 - SHA512 |
Specify the hash algorithm to be used for computing the message digest. This property is not available if the MsmqProtectionLevel property is set to None. Default value: SHA1 |
| MsmqEncryptionAlgorithm | Enum - RC4Stream - AES |
Specify the algorithm to be used for message encryption on the wire when transferring messages between message queue managers. This property is available only if the MsmqProtectionLevel property is set to EncryptAndSign. Default value: RC4Stream |
| MessageClientCredentialType | Enum - None - Windows - UserName - Certificate For more information about the member names for the MessageClientCredentialType property, see the Message client credential type property in the WCF-NetMsmq Transport Properties Dialog Box, Receive, Security tab in the UI guidance and developers API namespace reference. |
Specify the type of credential to be used when performing client authentication using message-based security. Default value: Windows |
| AlgorithmSuite | Enum For more information about the member names for the AlgorithmSuite property, see the Algorithm suite property in the WCF-NetMsmq Transport Properties Dialog Box, Receive, Security tab in the UI guidance and developers API namespace reference. |
Specify the message encryption and key-wrap algorithms. These algorithms map to those specified in the Security Policy Language (WS-SecurityPolicy) specification. Default value: Basic256 |
| ServiceCertificate | String | Specify the thumbprint of the X.509 certificate for this receive location that the clients use to authenticate the service. The certificate to be used for this property must be installed into the My store in the Current User location. Note: You must install the service certificate into the Current User location of the user account for the receive handler hosting this receive location. The default is an empty string. |
| InboundBodyLocation | Enum - UseBodyElement - Use the content of the SOAP Body element of an incoming message to create the BizTalk message body part. If the Body element has more than one child element, only the first element becomes the BizTalk message body part. - UseEnvelope - Create the BizTalk message body part from the entire SOAP Envelope of an incoming message. - UseBodyPath - Use the body path expression in the InboundBodyPathExpression property to create the BizTalk message body part. The body path expression is evaluated against the immediate child element of the SOAP Body element of an incoming message. This property is valid only for solicit-response ports. For more information about how to use the InboundBodyLocation property, see Specifying the Message Body for the WCF Adapters. |
Specify the data selection for the SOAP Body element of incoming WCF messages. Default value: UseBodyElement |
| InboundBodyPathExpression | String For more information about how to use the InboundBodyPathExpression property, see WCF Adapters Property Schema and Properties. |
Specify the body path expression to identify a specific part of an incoming message used to create the BizTalk message body part. This body path expression is evaluated against the immediate child element of the SOAP Body node of an incoming message. If this body path expression returns more than one node, only the first node is chosen for the BizTalk message body part. This property is required if the InboundBodyLocation property is set to UseBodyPath. The default is an empty string. |
| InboundNodeEncoding | Enum - Base64 - Base64 encoding. - Hex - Hexadecimal encoding. - String - Text encoding - UTF-8. - XML - The WCF adapters create the BizTalk message body with the outer XML of the node selected by the body path expression in InboundBodyPathExpression. |
Specify the type of encoding that the WCF-NetMsmq receive adapter uses to decode the node identified by the body path expression specified in InboundBodyPathExpression. This property is required if the InboundBodyLocation property is set to UseBodyPath. Default value: XML |
| DisableLocationOnFailure | Boolean | Specify whether to disable the receive location that fails inbound processing due to a receive pipeline failure or a routing failure. Default: False |
| SuspendMessageOnFailure | Boolean | Specify whether to suspend the request message that fails inbound processing due to a receive pipeline failure or a routing failure. Default value: True |
| IncludeExceptionDetailInFaults | Boolean | Specify whether to include managed exception information in the detail of SOAP faults returned to the client for debugging purposes. Default: False |
Configure a WCF-NetMsmq Receive Location with the BizTalk Administration Console
You can set WCF-NetMsmq receive location adapter variables in the BizTalk Administration console. If properties are not set in the receive location, the default receive handler values set in the BizTalk Administration console are used.
Note
Before completing the following procedure you must have already added a receive port. For more information, see How to Create a Receive Port.
Note
The binding configurations of WCF clients and WCF-NetMsmq receive locations must match. If they do not match, the WCF-NetMsmq receive locations can lose incoming messages.
Configure variables for a WCF-NetMsmq receive location
In the BizTalk Administration console, expand BizTalk Server Administration, expand BizTalk Group, expand Applications, and then expand the application you want to create a receive location in.
In the BizTalk Administration console, in the left pane, click the Receive Port node. Then in the right pane, right-click the receive port that is associated with an existing receive location or that you want to associate with a new receive location, and then click Properties.
In the Receive Port Properties dialog box, in the left pane, select Receive Locations, and then in the right pane, double-click an existing receive location or click Newto create a new receive location.
In the Receive Location Properties dialog box, in the Transport section next to Type, select WCF-NetMsmq from the drop-down list, and then click Configure.
In the WCF-NetMsmq Transport Properties dialog box, on the General tab, configure the endpoint address and the service identity for the WCF-NetMsmq receive location. For more information about the General tab in the WCF-NetMsmq Transport Properties dialog box, see the WCF-NetMsmq Transport Properties Dialog Box, Receive, General tab in the UI guidance and developers API namespace reference.
In the WCF-NetMsmq Transport Properties dialog box, on the Binding tab, configure the time-out and transaction properties. For more information about the Binding tab in the WCF-NetMsmq Transport Properties dialog box, see the WCF-NetMsmq Transport Properties Dialog Box, Receive, Binding tab in the UI guidance and developers API namespace reference.
In the WCF-NetMsmq Transport Properties dialog box, on the Security tab, define the security capabilities of the WCF-NetMsmq receive location. For more information about the Security tab in the WCF-NetMsmq Transport Properties dialog box, see the WCF-NetMsmq Transport Properties Dialog Box, Receive, Security tab in the UI guidance and developers API namespace reference.
In the WCF-NetMsmq Transport Properties dialog box, on the Messages tab, specify the data selection for the SOAP Body element. For more information about the Messages tab in the WCF-NetMsmq Transport Properties dialog box, see the WCF-NetMsmq Transport Properties Dialog Box, Receive, Messages tab in the UI guidance and developers API namespace reference.
Configure a WCF-NetMsmq Receive Location Programmatically
You can use the following format to set the properties:
<CustomProps>
<ServiceCertificate vt="8" />
<InboundBodyLocation vt="8">UseBodyElement</InboundBodyLocation>
<InboundBodyPathExpression vt="8" />
<MessageClientCredentialType vt="8">Windows</MessageClientCredentialType>
<SendTimeout vt="8">00:01:00</SendTimeout>
<IncludeExceptionDetailInFaults vt="11">0</IncludeExceptionDetailInFaults>
<OpenTimeout vt="8">00:01:00</OpenTimeout>
<AlgorithmSuite vt="8">Basic256</AlgorithmSuite>
<MaxConcurrentCalls vt="3">16</MaxConcurrentCalls>
<SecurityMode vt="8">Transport</SecurityMode>
<OrderedProcessing vt="11">0</OrderedProcessing>
<CloseTimeout vt="8">00:01:00</CloseTimeout>
<MsmqEncryptionAlgorithm vt="8">RC4Stream</MsmqEncryptionAlgorithm>
<MaxReceivedMessageSize vt="3">2097152</MaxReceivedMessageSize>
<MsmqProtectionLevel vt="8">Sign</MsmqProtectionLevel>
<DisableLocationOnFailure vt="11">0</DisableLocationOnFailure>
<MsmqSecureHashAlgorithm vt="8">Sha1</MsmqSecureHashAlgorithm>
<SuspendMessageOnFailure vt="11">-1</SuspendMessageOnFailure>
<EnableTransaction vt="11">-1</EnableTransaction>
<InboundNodeEncoding vt="8">Xml</InboundNodeEncoding>
<MsmqAuthenticationMode vt="8">WindowsDomain</MsmqAuthenticationMode>
</CustomProps>
The following code fragment illustrates creating a WCF-NetMsmq receive location:
// Use BizTalk Explorer object model to create new WCF-NetMsmq receive location
string server = System.Environment.MachineName;
string database = "BizTalkMgmtDb";
string connectionString = string.Format("Server={0};Database={1};Integrated Security=true", server, database);
string transportConfigData = @"<CustomProps>
<InboundBodyLocation vt=""8"">UseBodyElement</InboundBodyLocation>
<UseSSO vt=""11"">0</UseSSO>
<Identity vt=""8"">
<identity>
<userPrincipalName value=""username@contoso.com"" />
</identity>
</Identity>
</CustomProps>";
//requires project reference to \Program Files\Microsoft BizTalk Server 2009\Developer Tools\Microsoft.BizTalk.ExplorerOM.dll
BtsCatalogExplorer explorer = new Microsoft.BizTalk.ExplorerOM.BtsCatalogExplorer();
explorer.ConnectionString = connectionString;
// Add a new BizTalk application
Application application = explorer.AddNewApplication();
application.Name = "SampleBizTalkApplication";
// Save
explorer.SaveChanges();
// Add a new one-way receive port
IReceivePort receivePort = application.AddNewReceivePort(false);
receivePort.Name = "SampleReceivePort";
// Add a new one-way receive location
IReceiveLocation receiveLocation = receivePort.AddNewReceiveLocation();
receiveLocation.Name = "SampleReceiveLocation";
// Find a receive handler for WCF-NetMsmq
int i = 0;
for(i=0; i < explorer.ReceiveHandlers.Count; ++i)
{
if("WCF-NetMsmq" == explorer.ReceiveHandlers[i].TransportType.Name)
break;
}
receiveLocation.ReceiveHandler = explorer.ReceiveHandlers[i];
receiveLocation.Address = "net.msmq://mycomputer/private/sampleQueue";
receiveLocation.ReceivePipeline = explorer.Pipelines["Microsoft.BizTalk.DefaultPipelines.PassThruReceive"];
receiveLocation.TransportType = explorer.ProtocolTypes["WCF-NetMsmq"];
receiveLocation.TransportTypeData = transportConfigData;
// Save
explorer.SaveChanges();
See Also
Publishing Service Metadata for the WCF Receive Adapters Managing BizTalk Hosts and Host Instances How to Change Service Accounts and Passwords Installing Certificates for the WCF Adapters Specifying the Message Body for the WCF Adapters Configuring the WCF-NetMsmq Adapter Ordered Delivery of Messages Sending and Retrieving Messages within a Transaction Message Queuing and Active Directory Public and private queues
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