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* not used */ private byte[][] myScale = { { 69, 1 }, { 71, 1 }, { 73, 1 }, { 74, 1 }, { 76, 1 }, { 78, 1 }, { 80, 1 }, { 81, 1 } }; /** * An example "tune" that is just a scale * not used */ private byte[][] myScale2 = { { 57, 1 }, { 59, 1 }, { 61, 1 }, { 62, 1 }, { 64, 1 }, { 66, 1 }, { 68, 1 }, { 69, 1 } }; //----------------------------------------------------------.

version of Flash Player 10 or 11. We hope that Adobe will continue the trend and allow the ability to access NetStream s ByteArray. The following application lets you record from any microphone connected. While you record the audio, you can see a bar that shows the volume of your voice as a graphic. Once you complete recording, you can play back the visualization of your recording and save it as a Wave file.

< xml version="1.0" encoding="utf-8" > <s:WindowedApplication xmlns:fx="http://ns.adobe.com/mxml/2009" xmlns:s="library://ns.adobe.com/flex/spark" xmlns:mx="library://ns.adobe.com/flex/mx" xmlns:ui="ui.*" width="470" height="240"> <fx:Script> <![CDATA[ import com.adobe.audio.format.WAVWriter; import import import import import import import import flash.events.Event; flash.events.SampleDataEvent; flash.events.StatusEvent; flash.media.Microphone; flash.media.Sound; flash.media.SoundChannel; flash.utils.ByteArray; flash.utils.Endian;

Earlier you saw the image generation solution in which an image was broken and then made complete by downloading a valid link. It is also possible to download an image by modifying the Dynamic HTML object model. You modify the object model by using a JavaScript chunk to insert the img tag. The following is an example image JavaScript chunk that creates a new img tag and chunks it into the HTML document: var img = new Image(); img.src = "/static/patches01.jpg"; document.getElementById("insertplace").appendChild(img);

import ui.AudioVisualization; [Bindable] private var micNames:Array = Microphone.names; private var recordedData:ByteArray; private var mic:Microphone; private var sound:Sound; private var file:File; private function onOff():void { if (recordButton.selected) { recordData(); recordButton.label = "Stop"; } else { stopRecording(); recordButton.label = "Record"; } } private function recordData():void { recordedData = new ByteArray();

/** * call this when the game pauses. */ void pauseGame() { myGamePause = true; } /** * call this when the game resumes. */ synchronized void resumeGame() { myGamePause = false; this.notify(); } /** * toggle the music. * (pause it if it's going, start it again if it's paused). */ synchronized void toggle() { myShouldPause = !myShouldPause; this.notify(); } /** * stops the music. */ synchronized void requestStop() { myShouldStop = true; this.notify(); } /** * start the music. */ public void run() { myShouldStop = false; myShouldPause = true; myGamePause = false; int counter = 0; while(true) { if(myShouldStop) { break; } synchronized(this) {

mic = Microphone.getMicrophone( micNamesCombo.selectedIndex ); mic.rate = 44; mic.addEventListener(SampleDataEvent.SAMPLE_DATA, dataHandler); } private function stopRecording():void { if (!mic) return; mic.removeEventListener(SampleDataEvent.SAMPLE_DATA, dataHandler); } private function dataHandler(event:SampleDataEvent):void { this.visualization.drawMicBar(mic.activityLevel, 0xFF0000); recordedData.writeBytes(event.data); } private function playRecordedData():void { recordedData.position = 0; sound = new Sound(); sound.addEventListener(SampleDataEvent.SAMPLE_DATA, playSoundHandler); var channel:SoundChannel; channel = sound.play(); channel.addEventListener(Event.SOUND_COMPLETE, onPlaybackComplete); visualization.start(); } private function onPlaybackComplete(event:Event):void { visualization.stop(); } private function playSoundHandler(event:SampleDataEvent):void { if (!recordedData.bytesAvailable > 0) return; var length:int = 8192; // Change between 2048 and 8192 for (var i:int = 0; i < length; i++) { var sample:Number = 0; if (recordedData.bytesAvailable > 0) sample = recordedData.readFloat(); event.data.writeFloat(sample);} }

private function save():void { file = new File( ); file.browseForSave( "Save your wav" ); file.addEventListener( Event.SELECT, writeWav ); } private function writeWav(evt:Event):void { var wavWriter:WAVWriter = new WAVWriter(); var stream:FileStream = new FileStream(); // Set settings recordedData.position = 0; wavWriter.numOfChannels = 1; wavWriter.sampleBitRate = 16; wavWriter.samplingRate = 44100; stream.open( file, FileMode.WRITE ); // convert ByteArray to WAV wavWriter.processSamples( stream, recordedData, 44100, 1 ); stream.close(); } ]]> </fx:Script> <mx:ComboBox id="micNamesCombo" dataProvider="{micNames}" x="283" y="8"/> <mx:Button id="recordButton" label="Record" toggle="true" click="onOff()" x="28" y="7"/> <s:Button id="playButton" label="Play Recording" click="playRecordedData()" x="102" y="7"/> <s:Button id="saveButton" label="Save" click="save()" x="208" y="7"/> <ui:AudioVisualization id="visualization" y="100" /> </s:WindowedApplication>

In this example, the variable img is an instance of an Image, which cross-references to the HTML tag img. The property src is assigned the URL of the image. The last line of the code chunk uses the method appendChild to add the instantiated Image instance to the HTML document. Not associating the variable img with the HTML document will result in an image that is loaded but not added to the HTML document, and hence not generated. The resulting generated HTML page is shown in Figure 3-12.

while((myShouldPause) || (myGamePause)) { try { wait(); } catch(Exception e) {} } } try { Manager.playTone(myTune[counter][0], myTune[counter][1]*NOTE_LENGTH, 50); } catch(Exception e) { // the music isn't necessary, so you ignore exceptions. } synchronized(this) { try { wait(myTune[counter][1]*NOTE_LENGTH); } catch(Exception e) {} } counter++; if(counter >= myTune.length) { counter = 0; } } } }