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This class serves multiple purposes: it packages up all the information associated with the inbound message (for example, endpoint information, metadata associated with the message, and the actual message payload); it serves as a callback for the response, to receive the response metadata and payload; and it serves as a factory for creating ResponseMetaData objects, either from scratch or from an XML representation With a message in hand, the inbound transport provider attaches to the message any metadata that came with the message and the endpoint that received the message, putting all that information into the InboundTransportMessageContext object It then invokes TransportManagerreceiveMessage(), passing this InboundTransportMessageContext object and some transport options.

Use the Bind tool to fine-tune your shape armatures, just as you would use shape hints to fine-tune a shape tween. Any anchor points not associated with an IK bone are ignored when the armature is manipulated. You can animate shape armatures in the same way as symbol armatures and you re about to do just that which will introduce you to two gotchas of this feature. When it comes to IK with shapes, two limitations leap to mind: Shape armatures don t manipulate gradient and bitmap fills. Complex shapes cannot be boned, so keep your overall anchor point count to a minimum. Let s explore these limitations before moving on to a full-scale IK animation exercise.

What this chapter covers:

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To see what we mean about fills, continuing with the Bind.fla from the previous exercise, use the Selection tool to give your worm a wiggle. It s fun to do, because the shape responds in a very wormlike way. When you re finished, click the stage to deselect the bones and the shape s bounding box. The shape looks great, but as you can see in Figure 8-59, the gradient fill, which gave the worm a slightly rounded look, hasn t bent along with the shape. This tells you to stick with solid fills for shape armatures.

Let s see how the number of anchor points affects shape IK:

In the typical case, the TransportManager will invoke the following methods on the provider s InboundTransportMessageContext: getEndpoint() to find out the endpoint delivering the message getMessageId() to get a message identifier (ideally unique) associated with the message getRequestMetaData() to get the metadata associated with the message getMessage() to get the Source object containing the message data, either a standard Source that comes with OSB or a custom Source At this point, the runtime has all the information about the incoming request message It then can invoke the pipeline and do the proxy service processing on the message When everything is complete and it s ready to deliver a response, it calls the following methods on the provider s InboundTransportMessageContext:.

A very innovative feature to Blend and Silverlight 4 is SketchFlow prototyping. There are three major goals of SketchFlow prototyping:

1. Open the WaveSwiss.fla file in this chapter s Exercise folder. You ll see a drawing of the Swiss

2. Drag the right side of the armature up and down to wave the flag (see Figure 8-60).

createResponseMetaData() to create the object to hold the response metadata setResponseMetaData() to set the response metadata setResponsePayload() to set the source object containing the response message data close() to signal the provider that processing is complete and it can send the response message back to the client The call to close() is the final call. When the inbound transport provider receives this call, it not only sends the message back to the client, but it can also clean up any resources associated with the message.

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Figure 8-60. There is a definite relationship between armatures and vector points when it comes to IK in Flash.

add an IK bone. Instead of a new armature, you ll see the alert box in Figure 8-61 telling you the shape is too complex. Want to know the culprit

Note The call to close() typically comes from a different thread than the one that issued the call to

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