Adding types to dart:html's dartium files where possible.

sdk/lib/web_audio/dartium/web_audio_dartium.dart

 library web_audio;
 
 import 'dart:html';
 import 'dart:nativewrappers';
 // DO NOT EDIT
 // Auto-generated dart:audio library.
 
 
 
 
@@ skipping 161 matching lines @@
   void set loopStart(num value) native "AudioBufferSourceNode_loopStart_Setter";
 
 
   /** @domName AudioBufferSourceNode.playbackRate */
   AudioParam get playbackRate native "AudioBufferSourceNode_playbackRate_Getter";
 
 
   /** @domName AudioBufferSourceNode.playbackState */
   int get playbackState native "AudioBufferSourceNode_playbackState_Getter";
 
-  void start(/*double*/ when, [/*double*/ grainOffset, /*double*/ grainDuration]) {
+  void start(num when, [num grainOffset, num grainDuration]) {
     if ((when is num || when == null) && !?grainOffset && !?grainDuration) {
       _start_1(when);
       return;
     }
     if ((when is num || when == null) && (grainOffset is num || grainOffset == null) && !?grainDuration) {
       _start_2(when, grainOffset);
       return;
     }
     if ((when is num || when == null) && (grainOffset is num || grainOffset == null) && (grainDuration is num || grainDuration == null)) {
       _start_3(when, grainOffset, grainDuration);
@@ skipping 57 matching lines @@
   num get sampleRate native "AudioContext_sampleRate_Getter";
 
 
   /** @domName AudioContext.createAnalyser */
   AnalyserNode createAnalyser() native "AudioContext_createAnalyser_Callback";
 
 
   /** @domName AudioContext.createBiquadFilter */
   BiquadFilterNode createBiquadFilter() native "AudioContext_createBiquadFilter_Callback";
 
-  AudioBuffer createBuffer(buffer_OR_numberOfChannels, mixToMono_OR_numberOfFrames, [/*float*/ sampleRate]) {
+  AudioBuffer createBuffer(buffer_OR_numberOfChannels, mixToMono_OR_numberOfFrames, [num sampleRate]) {
     if ((buffer_OR_numberOfChannels is int || buffer_OR_numberOfChannels == null) && (mixToMono_OR_numberOfFrames is int || mixToMono_OR_numberOfFrames == null) && (sampleRate is num || sampleRate == null)) {
       return _createBuffer_1(buffer_OR_numberOfChannels, mixToMono_OR_numberOfFrames, sampleRate);
     }
     if ((buffer_OR_numberOfChannels is ArrayBuffer || buffer_OR_numberOfChannels == null) && (mixToMono_OR_numberOfFrames is bool || mixToMono_OR_numberOfFrames == null) && !?sampleRate) {
       return _createBuffer_2(buffer_OR_numberOfChannels, mixToMono_OR_numberOfFrames);
     }
     throw "Incorrect number or type of arguments";
   }
 
 
   /** @domName AudioContext.createBuffer_1 */
   AudioBuffer _createBuffer_1(buffer_OR_numberOfChannels, mixToMono_OR_numberOfFrames, sampleRate) native "AudioContext_createBuffer_1_Callback";
 
 
   /** @domName AudioContext.createBuffer_2 */
   AudioBuffer _createBuffer_2(buffer_OR_numberOfChannels, mixToMono_OR_numberOfFrames) native "AudioContext_createBuffer_2_Callback";
 
 
   /** @domName AudioContext.createBufferSource */
   AudioBufferSourceNode createBufferSource() native "AudioContext_createBufferSource_Callback";
 
-  ChannelMergerNode createChannelMerger([/*unsigned long*/ numberOfInputs]) {
+  ChannelMergerNode createChannelMerger([int numberOfInputs]) {
     if (?numberOfInputs) {
       return _createChannelMerger_1(numberOfInputs);
     }
     return _createChannelMerger_2();
   }
 
 
   /** @domName AudioContext.createChannelMerger_1 */
   ChannelMergerNode _createChannelMerger_1(numberOfInputs) native "AudioContext_createChannelMerger_1_Callback";
 
 
   /** @domName AudioContext.createChannelMerger_2 */
   ChannelMergerNode _createChannelMerger_2() native "AudioContext_createChannelMerger_2_Callback";
 
-  ChannelSplitterNode createChannelSplitter([/*unsigned long*/ numberOfOutputs]) {
+  ChannelSplitterNode createChannelSplitter([int numberOfOutputs]) {
     if (?numberOfOutputs) {
       return _createChannelSplitter_1(numberOfOutputs);
     }
     return _createChannelSplitter_2();
   }
 
 
   /** @domName AudioContext.createChannelSplitter_1 */
   ChannelSplitterNode _createChannelSplitter_1(numberOfOutputs) native "AudioContext_createChannelSplitter_1_Callback";
 
 
   /** @domName AudioContext.createChannelSplitter_2 */
   ChannelSplitterNode _createChannelSplitter_2() native "AudioContext_createChannelSplitter_2_Callback";
 
 
   /** @domName AudioContext.createConvolver */
   ConvolverNode createConvolver() native "AudioContext_createConvolver_Callback";
 
-  DelayNode createDelay([/*double*/ maxDelayTime]) {
+  DelayNode createDelay([num maxDelayTime]) {
     if (?maxDelayTime) {
       return _createDelay_1(maxDelayTime);
     }
     return _createDelay_2();
   }
 
 
   /** @domName AudioContext.createDelay_1 */
   DelayNode _createDelay_1(maxDelayTime) native "AudioContext_createDelay_1_Callback";
 
@@ skipping 22 matching lines @@
   MediaStreamAudioSourceNode createMediaStreamSource(MediaStream mediaStream) native "AudioContext_createMediaStreamSource_Callback";
 
 
   /** @domName AudioContext.createOscillator */
   OscillatorNode createOscillator() native "AudioContext_createOscillator_Callback";
 
 
   /** @domName AudioContext.createPanner */
   PannerNode createPanner() native "AudioContext_createPanner_Callback";
 
-  ScriptProcessorNode createScriptProcessor(/*unsigned long*/ bufferSize, [/*unsigned long*/ numberOfInputChannels, /*unsigned long*/ numberOfOutputChannels]) {
+  ScriptProcessorNode createScriptProcessor(int bufferSize, [int numberOfInputChannels, int numberOfOutputChannels]) {
     if (?numberOfOutputChannels) {
       return _createScriptProcessor_1(bufferSize, numberOfInputChannels, numberOfOutputChannels);
     }
     if (?numberOfInputChannels) {
       return _createScriptProcessor_2(bufferSize, numberOfInputChannels);
     }
     return _createScriptProcessor_3(bufferSize);
   }
 
 
@@ skipping 118 matching lines @@
   AudioContext get context native "AudioNode_context_Getter";
 
 
   /** @domName AudioNode.numberOfInputs */
   int get numberOfInputs native "AudioNode_numberOfInputs_Getter";
 
 
   /** @domName AudioNode.numberOfOutputs */
   int get numberOfOutputs native "AudioNode_numberOfOutputs_Getter";
 
-  void connect(destination, /*unsigned long*/ output, [/*unsigned long*/ input]) {
+  void connect(destination, int output, [int input]) {
     if ((destination is AudioNode || destination == null) && (output is int || output == null) && (input is int || input == null)) {
       _connect_1(destination, output, input);
       return;
     }
     if ((destination is AudioParam || destination == null) && (output is int || output == null) && !?input) {
       _connect_2(destination, output);
       return;
     }
     throw "Incorrect number or type of arguments";
   }
@@ skipping 566 matching lines @@
 // BSD-style license that can be found in the LICENSE file.
 
 // WARNING: Do not edit - generated code.
 
 
 /// @domName WaveTable
 class WaveTable extends NativeFieldWrapperClass1 {
   WaveTable.internal();
 
 }