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public static returntype Cast< inputtype, returntype>( inputtype input) where inputtype: class where returntype: class { if( input is returntype) { return input as returntype; } return ((ISubject)input).GetExtension< returntype>(); } Cast is a generic method that has an input type and return type. The input type represents the object instance to be cast. In the implementation of the method, the first attempt determines whether the return type is implemented using the Static Extension pattern. If so, then that instance is returned. Otherwise, it s assumed a Dynamic Extension pattern has been implemented, and it casts to the ISubject interface and calls the GetExtension method to retrieve the return type. Then when the client uses the Cast method, it won t know or care how polymorphism is implemented.

6. Click the Auto-fill button to add the selected code to the snippet, and click OK to add it to your

Using Role-Based Security with Web Services Enhancements 2.0 Ingo Rammer Whitepaper (September 2003) Located at MSDN Home MSDN Library XML Web Services

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simply make the changes regarding audio file, color, location, and size where indicated in the code. If you are new to ActionScript, you may be looking at all of that code and be wondering: what does it do The whole thing starts with the declaration of a bunch of variables: var url:String = "Chill.mp3"; var request:URLRequest = new URLRequest(url); var tune:Sound = new Sound(); tune.addEventListener(Event.COMPLETE,completeHandler); tune.load(request); var song:SoundChannel = tune.play(); song.addEventListener(Event.SOUND_COMPLETE, soundCompleteHandler); var ba:ByteArray = new ByteArray(); The first three lines identify the audio file that will play and where the file is located and creates the Sound() object that will play it. The next two lines tell Flash to reload the audio file when it finishes. The final three lines start the audio file playing, tell Flash what to do when the sound ends, and create a ByteArray(). That last line may have you scratching your head, but it is how the sound is eventually turned into the bouncing bars. A ByteArray() is a series of numbers between -1 and 1 that can contain up to 512 values. The first 256 values represent the left audio channel, and the remaining 256 values represent the right channel. These are the numbers that put the graph in motion. High frequencies are on the right side of the graph, and the low frequencies are on the left side. As we move deeper into this code, you will discover the spikes are strictly a function of the values in that array. The next code block starts by creating the movie clip that you are seeing and puts it on the stage: var gr:Sprite = new Sprite(); gr.x = 20; gr.y = 200; addChild(gr); var time:Timer = new Timer(50); time.addEventListener(TimerEvent.TIMER, timerHandler); time.start(); function completeHandler(evt:Event):void { evt.target.play(); };

function soundCompleteHandler(evt:Event):void { timestop(); }; The movie clip is a special type of object called a Sprite Sprites are nothing more than movie clips without a timeline The next chunk tells Flash how often to update the graph In this case, the Timer() object will check what is going on every 50 milliseconds and run the final function, timerHandler, as long as the song is playing If it isn t playing, the soundComplete handler turns off the timer, which is why things flat line at the end of the documentary The final function is where the magic happens: function timerHandler(evt:TimerEvent):void { SoundMixercomputeSpectrum(ba,true); var i:int; grgraphicsclear(); grgraphicslineStyle(0, 0x000000); grgraphicsbeginFill(0x000000); grgraphicsmoveTo(0, 0); var w:uint = 2; for (i=0; i<512; i+=w) { var t:Number = bareadFloat(); var n:Number = (t * 100); grgraphics.

drawRect(i, 0, w, -n); }; }; Audio visualization is accomplished through the SoundMixer() class introduced into ActionScript 30 One of the methods in this class is the computeSpectrum() method, which takes a snapshot of the sound wave every 50 milliseconds and places it in a ByteArray(ba) object The computeSpectrum() method has three parameters: outPutArray: This is the ByteArray that is used to create the spikes FFTMode: This Boolean value indicates whether a Fourier transform is performed on the sound data Like you, we really didn't have a clue what a Fourier transform was It took a quick side trip to Wikipedia to learn it is simply a bunch of math that turns the audio into a frequency graph instead of a sound wave The default value is false This is how the graph bounces up and down.

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