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When the transport provider s object implements TransportWLSArtifactDeployer in addition to TransportProvider, both sets of endpoint methods are called For example, if a session has created a service using the custom transport, OSB will first call makeWLSChangesOnCreate() (from TransportWLSArtifactDeployer) on the admin server, then call createEndpoint() (from TransportProvider) on the admin server, and then call createEndpoint() on each of the managed servers in the cluster The transport provider needs to determine which of these calls to implement and which to ignore..

9. Click frame 1 of the armature s layer (engine) to select the armature. In the Options area of the

8. Rename the PathListBox to UserList. 9. Switch to the Data tab. Select the MainViewModel and drag it over to the LayoutRoot. This

Properties panel, and change the Type drop-down selection to Runtime. Now this rigging is ready for ActionScript.

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Having worked our way through what it takes to configure and deploy a custom transport for a service, we can now take a look at the primary function of a transport how it transports messages. It s time for the rubber to meet the road as we show you how to process messages in a custom transport. Let s divide and conquer again. To keep this manageable, let s divide the message processing into the following steps. These are listed from the point of view of a transport provider interacting with the OSB runtime:

ActionScript: import fl.ik.*; var var var var var pt:Point = new Point(); arm:IKArmature = IKManager.getArmatureByName("engine"); bone:IKBone = arm.getBoneByName("connectingRod"); tail:IKJoint = bone.tailJoint; pos:Point = tail.position;

will bind the DataContext of LayoutRoot to the MainViewModel (Figure 15-20).

var ik:IKMover = new IKMover(tail, pos); The first line imports all the classes in the fl.ik package, which includes classes necessary for identifying and manipulating armatures created in the authoring tool. The next line declares a variable, pt, set to an instance of the Point class. (The Point class doesn t reside in the fl.ik package, but in just a moment, you ll see that something called the IKMover class needs a Point instance.)

Delivering an inbound request Receiving an inbound response Receiving an outbound request Delivering an outbound response However, before we can discuss message processing by the custom transport, we need to digress and talk about how messages are represented in the Transport SDK. There are two parts to this: how transport headers and metadata are represented, and how the actual message payload is represented. Both of these are put into a normalized form, so that OSB can handle them in a unified way. However, the solutions for each are much different.

From the third line on, the code unfolds like the lyrics in that old catchy tune, Dry Bones ( the knee bone s connected to the...thi-i-igh bone ). How so A variable, arm, is declared and set to an instance of the IKArmature class. This variable takes its value from a method of the IKManager class, which connects it to the armature whose instance name is engine. After that, a bone variable an instance of the IKBone class is connected to the bone whose instance name is connectingRod. Then a tail variable (IKJoint class) is connected to the tailJoint property of the bone instance. Finally, a new Point instance (pos) is connected to a pair of coordinates from the position property of the tail instance. The tail and pos variables are passed as parameters to a new instance of the IKMover class, which is stored in the variable ik. That ik variable is what allows you to move the armature with code.

(Figure 15-21). Adjust the Grid Column to fit the content. You may also want to set the Capacity on the PathListBox to 8 instead of the default 10.

11. Add the following new ActionScript after the existing code:

OSB supports the notion of transport headers (information that s transmitted with the message at the transport level, but is not part of the message payload) and metadata (attributes associated with the message but that aren t formal transport headers) For example, the HTTP transport has HTTP headers such as Content-Type and Content-Encoding, and has metadata such as queryString and clientAddress Every transport provider must implement a Java class that extends the abstract class RequestHeaders, and another Java class that extends the abstract class RequestMetaData (or more precisely, RequestMetaData<T extends RequestHeaders>) Similarly, it must have Java classes for ResponseHeaders and ResponseMetaData These classes act as POJO containers for the custom transport headers and metadata You might recall that in the earlier section Transport Provider Schemas, we mentioned that the transport provider must provide a schema for the request headers and another one for the request metadata (ditto for response).

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