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As you ve seen in the previous chapter, both the client-side and the server-side sink chain can call dynamic sinks. On the server side this is done by the CrossContextChannel and on the client side by the ClientContextTerminatorSink. Dynamic sinks are associated with a specific context (you can read more about contexts in 11) and therefore will be called for all calls passing a context boundary. They cannot be assigned to a specific channel and will even be called for local cross-context or crossAppDomain calls. The sinks are created by dynamic context properties, which are classes implementing IDynamicProperty and IContributeDynamicSink.

Within the first few weeks of getting in to Flash game design, I had filled up every Flash message board on the Internet (the two that existed then!) with question after question about how to do pixel-perfect collision between irregular shapes. That was back in what now seems like the medieval period of Flash 4, when I was still learning ActionScript, and almost everyone else on the message boards was about as puzzled about this as I was. There were some great theories proposed, but no workable solutions. Why oh why, we lamented, did Flash not provide an easy way to check for collisions between irregular shapes When I finally had a chance to revisit the problem, Flash 8 had arrived, and with it most of the tools to do the kind of bitmap collision covered in this chapter. But surprisingly, it was rarely used. In the interim, not only had Flash game developers found plenty of creative work-arounds, but many of those work-arounds proved to work better for most collision problems than using bitmaps. Game developers had figured out that bounding boxes or AABB collision were perfectly adequate most of the time and, as a bonus, really fast. And if you needed circles or weird shapes, use math. Mathematical solutions, as you ve seen in s 2, 3, and 4, are not only fast, but

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xmlns:s="library://ns.adobe.com/flex/spark" xmlns:mx="library://ns.adobe.com/flex/mx" minWidth="1024" minHeight="768"> <fx:Script> <![CDATA[ import mx.binding.utils.ChangeWatcher; import mx.binding.utils.BindingUtils; import mx.events.FlexEvent; private var change:ChangeWatcher; protected function preinitializeHandler(event:FlexEvent):void { change = BindingUtils.bindProperty( label, "text", textInput, "text"); } protected function clickHandler(event:MouseEvent):void { change.unwatch(); change = null; } ]]> </fx:Script> <s:layout> <s:VerticalLayout /> </s:layout> <s:TextInput id="textInput" preinitialize="preinitializeHandler(event)" /> <s:Label id="label" /> <s:Button label="Stop binding" click="clickHandler(event)" /> </s:Application>

give you a lot of information about the collision that you can use for things like bounce and friction. That s still pretty much all true. All things being equal, doing bitmap collision testing is slow. Game designers will do whatever they can to squeeze any extra CPU juice out of their system, and if that means not using pixel-perfect collisions, so be it. But pixel-perfect collision is amazing! And, as you ve seen from this chapter, it allows you to achieve some effects that would be very complicated to do otherwise. For creating destructible environments or bumpy surfaces, bitmap collision testing is essential. How slow is it You certainly would not want to do hundreds of bitmap collision tests each frame, because Flash Player would grind to a halt. But if you use bitmap collision wisely for a limited number of objects, it s plenty fast enough for most games. Just assume that it s going to be slow, use it conservatively, do a lot of testing, and you ll be fine. In 8, I m going to introduce broad-phase collision testing, which will help you to optimize this even further. You really shouldn t have any excuse not to use pixel-perfect collision in your games. It s great! But enough talk; this is a book about video games, so let s blow some things up!

The corresponding interfaces are shown here: public interface IDynamicProperty { string Name { get; } } public interface IContributeDynamicSink { IDynamicMessageSink GetDynamicSink(); } The dynamic sink itself, which has to be returned from GetDynamicSink(), implements the following IDynamicMessageSink interface: public interface IDynamicMessageSink { void ProcessMessageStart(IMessage reqMsg, bool bCliSide, bool bAsync); void ProcessMessageFinish(IMessage replyMsg, bool bCliSide, bool bAsync); } As the names imply, the ProcessMessageStart() method is called before the message travels further through the chain, and ProcessMessageFinish() is called when the call has been handled by the sink. The following dynamic sink will simply write a line to the console, whenever a message passes a remoting boundary: public class MyDynamicSinkProvider: IDynamicProperty, IContributeDynamicSink { public string Name { get { return "MyDynamicSinkProvider"; } }

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