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Figure 17-1. Where transports fit in at runtime The life of a message in OSB starts in the inbound transport and ends with the outbound transport. The transport used by a proxy has some mechanism to listen for new messages and then feed the incoming messages into the OSB runtime. At the other end, when the processed message is being sent out to a business service, the last stop in the processing is the business service transport, whose responsibility is to deliver the message. The runtime APIs in the Transport SDK form the interface, or glue, between the transport and the rest of the OSB runtime system. The wizard used to create a proxy or business service includes a generic transport configuration page, followed by a configuration page specific to the chosen transport. The Transport SDK includes APIs for declaring the user interface (UI) fields that can be filled out when declaring a service using a custom transport (details will be covered in the section Implementing Transport Provider User Interface Classes ). The system automatically creates the transportspecific configuration page based on the transport s configured UI fields. A custom transport adds a new choice to the list of possible transports in the generic window, and then provides a unique transport-specific window for configuring a service that uses the custom transport. For example, Figure 17-2 shows the configuration window for the socket transport the sample custom transport that comes with OSB (details of the sample socket transport are given in the next section). You won t see this in your standard installation of OSB. This page will be available only after you install the sample transport.

Figure 14-16. The MouseDragElementBehavior Behavior under the hat and the sunglasses Paths. If you press F5 to compile and run the application, you will see that both the hat and the sunglasses are now draggable (see Figure 14-17).

Figure 1-24. The Properties panel changes to show you the properties of a selected object that can be manipulated (in this case, the size, location, and stroke and fill properties of the box on the stage). Let s experiment with some of the settings in the Properties panel:

the upper-right corner of the stage, as shown in Figure 8-7. At this point, you ve tweened three distinct properties: Scale X, the X position, and the Y position.

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Figure 17-2. Socket Transport Configuration window A wide variety of UI elements are available to use in a custom transport configuration window. Notice how the Socket Transport Configuration window in Figure 17-2 includes check boxes, pull-down lists, and fill-in-the-blank type fields. Browsing through the windows for the other transports will give you a good idea of the available UI elements. The result of using these UI elements is that a custom transport configuration window looks like the other windows in OSB. The transport provider can do full validation on the fields to make sure good values have been entered. No one will know that this comes from a custom transport rather than a standard transport, except for the transport provider. The preceding discussion covers the design environment in the console-based UI, but the same is true for the WorkSpace Studio IDE. The same Transport SDK APIs that declare UI elements for the console are used to dynamically create a UI in WorkSpace Studio. In other words, the transport provider implements one set of APIs that give metadata descriptions of the configuration fields, and that metadata is rendered one way for the browser-based console and in a different way in WorkSpace Studio. Figure 17-3 shows the configuration window for a proxy service using the socket transport as it appears in WorkSpace Studio. Notice how this is just another rendering of the same data that appears in the browser-based window in Figure 17-2. Again, you won t see this in the standard installation of OSB. The option to use the socket transport appears only after the socket transport is packaged as an Eclipse plug-in and deployed to WorkSpace Studio.

Figure 14-17. The hat and the sunglasses can now be dragged about the application. The last visuals we need to set up are the three buttons that will be in the application. They are:

Figure 8-7. Multiple properties aren t shown in the Timeline panel but do update the graphs in the Motion Editor panel.

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