#region License
#endregion
#region Using Statements
using System;
using System.Collections.Generic;
using System.Collections.ObjectModel;
#endregion
namespace Microsoft.Xna.Framework.Audio
{
internal interface IALDevice
{
void Update();
void Dispose();
ReadOnlyCollection<RendererDetail> GetDevices();
ReadOnlyCollection<Microphone> GetCaptureDevices();
IALBuffer GenBuffer();
IALBuffer GenBuffer(
byte[] data,
uint sampleRate,
uint channels,
uint loopStart,
uint loopEnd,
bool isADPCM,
uint formatParameter
);
void DeleteBuffer(IALBuffer buffer);
void SetBufferData(
IALBuffer buffer,
AudioChannels channels,
byte[] data,
int offset,
int count,
int sampleRate
);
void SetBufferData(
IALBuffer buffer,
AudioChannels channels,
float[] data,
int offset,
int count,
int sampleRate
);
IALSource GenSource();
IALSource GenSource(IALBuffer buffer);
void StopAndDisposeSource(IALSource source);
void PlaySource(IALSource source);
void PauseSource(IALSource source);
void ResumeSource(IALSource source);
SoundState GetSourceState(IALSource source);
void SetSourceVolume(IALSource source, float volume);
void SetSourceLooped(IALSource source, bool looped);
void SetSourcePan(IALSource source, float pan);
void SetSourcePosition(IALSource source, Vector3 pos);
void SetSourcePitch(IALSource source, float pitch, bool clamp);
void SetSourceReverb(IALSource source, IALReverb reverb);
void SetSourceLowPassFilter(IALSource source, float hfGain);
void SetSourceHighPassFilter(IALSource source, float lfGain);
void SetSourceBandPassFilter(IALSource source, float hfGain, float lfGain);
void QueueSourceBuffer(IALSource source, IALBuffer buffer);
void DequeueSourceBuffers(
IALSource source,
int buffersToDequeue,
Queue<IALBuffer> errorCheck
);
int CheckProcessedBuffers(IALSource source);
void GetBufferData(
IALSource source,
IALBuffer[] buffer,
float[] samples,
AudioChannels channels
);
IALReverb GenReverb(DSPParameter[] parameters);
void DeleteReverb(IALReverb reverb);
void CommitReverbChanges(IALReverb reverb);
void SetReverbReflectionsDelay(IALReverb reverb, float value);
void SetReverbDelay(IALReverb reverb, float value);
void SetReverbPositionLeft(IALReverb reverb, float value);
void SetReverbPositionRight(IALReverb reverb, float value);
void SetReverbPositionLeftMatrix(IALReverb reverb, float value);
void SetReverbPositionRightMatrix(IALReverb reverb, float value);
void SetReverbEarlyDiffusion(IALReverb reverb, float value);
void SetReverbLateDiffusion(IALReverb reverb, float value);
void SetReverbLowEQGain(IALReverb reverb, float value);
void SetReverbLowEQCutoff(IALReverb reverb, float value);
void SetReverbHighEQGain(IALReverb reverb, float value);
void SetReverbHighEQCutoff(IALReverb reverb, float value);
void SetReverbRearDelay(IALReverb reverb, float value);
void SetReverbRoomFilterFrequency(IALReverb reverb, float value);
void SetReverbRoomFilterMain(IALReverb reverb, float value);
void SetReverbRoomFilterHighFrequency(IALReverb reverb, float value);
void SetReverbReflectionsGain(IALReverb reverb, float value);
void SetReverbGain(IALReverb reverb, float value);
void SetReverbDecayTime(IALReverb reverb, float value);
void SetReverbDensity(IALReverb reverb, float value);
void SetReverbRoomSize(IALReverb reverb, float value);
void SetReverbWetDryMix(IALReverb reverb, float value);
IntPtr StartDeviceCapture(string name, int sampleRate, int bufSize);
void StopDeviceCapture(IntPtr handle);
int CaptureSamples(IntPtr handle, IntPtr buffer, int count);
bool CaptureHasSamples(IntPtr handle);
}
internal interface IALBuffer
{
TimeSpan Duration
{
get;
}
}
internal interface IALSource
{
}
internal interface IALReverb
{
}
}
