public ReturnValue ConfigureJackDeviceData(CAudioDataFlow dataFlow, CAudioDriverReadWrite readWrite, CAudioClientData clientData)
{
ReturnValue revData = new ReturnValue()
{
RevCode = -1, RevMessage = $"API Name [{clientData.ApiName}] not Correct!"
};
CAudioAPIFunctionPoint sdkAPI;
if (!Enum.TryParse(clientData.ApiName, out sdkAPI))
{
return(revData);
}
if (readWrite == CAudioDriverReadWrite.Write &&
clientData.SetValue == null && clientData.SetExtraValue == null)
{
revData.RevMessage = "SetValue Can't be Null";
return(revData);
}
CAudioStructure rwData = null;
CAudioJackDeviceInfo jackInfo = null;
jackInfo = _cmediaJackInfoRender;
if (dataFlow == CAudioDataFlow.eCapture || sdkAPI > CAudioAPIFunctionPoint.VOICECLARITY_NOISESUPP_LEVEL)
{
jackInfo = _cmediajackInfoCapture;
}
rwData = new CAudioStructure()
{
JackInfo = jackInfo, ApiPropertyName = clientData.ApiName, ReadWrite = readWrite, WriteData = clientData.SetValueToByteArray(), WriteExtraData = clientData.SetExtraValueToByteArray()
};
if (clientData.SetValue != null || clientData.SetExtraValue != null)
{
rwData.IsWriteExtra = true;
}
revData = ConfigurePropertyControl(rwData);
return(revData);
}
public ReturnValue ConfitureSurroundData(CAudioDriverReadWrite readWrite, CAudioSurroundCommand hpCommand)
{
ReturnValue revData = new ReturnValue()
{
RevCode = -1, RevMessage = $"[{hpCommand}] not Correct!"
};
CAudioStructure rwData = null;
CAudioRegisterOperation regop = new CAudioRegisterOperation();
switch (hpCommand)
{
case CAudioSurroundCommand.XEAR_SURR_HP_ENABLE:
regop.Operation = CAudioSurroundFunction.KSPROPERTY_VIRTUALSURROUND_PARAMSVALUE;
regop.Feature = CAudioSurroundCommand.XEAR_SURR_HP_ENABLE;
regop.ValueType = CAudioSurroundValueType.ValueType_LONG;
break;
case CAudioSurroundCommand.XEAR_SURR_HP_MODE:
regop.Operation = CAudioSurroundFunction.KSPROPERTY_VIRTUALSURROUND_PARAMSVALUE;
regop.Feature = CAudioSurroundCommand.XEAR_SURR_HP_MODE;
regop.ValueType = CAudioSurroundValueType.ValueType_LONG;
break;
case CAudioSurroundCommand.XEAR_SURR_HP_ROOM:
regop.Operation = CAudioSurroundFunction.KSPROPERTY_VIRTUALSURROUND_PARAMSVALUE;
regop.Feature = CAudioSurroundCommand.XEAR_SURR_HP_ROOM;
regop.ValueType = CAudioSurroundValueType.ValueType_LONG;
break;
}
rwData = new CAudioStructure()
{
JackInfo = _cmediaJackInfoRender, ApiPropertyName = CAudioAPIFunctionPoint.VirtualSurroundEffectControl.ToString(),
ReadWrite = readWrite, WriteData = null, IsWriteExtra = true, WriteExtraData = regop.ToBytes()
};
revData = ConfigurePropertyControl(rwData);
return(revData);
}
private ReturnValue ConfigurePropertyControl(CAudioStructure rwData)
{
// Allocate a Cmedia standard Array.
byte[] devBvalue = new byte[CMEDIABUFFERSIZE];
if (rwData.ReadWrite == CAudioDriverReadWrite.Write && rwData.WriteData != null)
{
devBvalue = rwData.WriteData;
}
// Allocate a memory buffer (that can be accessed and modified by unmanaged code)
// to store values from the devBvalue array.
IntPtr pdevValue = Marshal.AllocCoTaskMem(Marshal.SizeOf(typeof(byte)) * CMEDIABUFFERSIZE);
// Copy values from devBvalue to this buffer (i.e. pdevValue).
Marshal.Copy(devBvalue, 0, pdevValue, devBvalue.Length);
// Allocate a GCHandle in order to allocate an IntPtr
// that stores the memory address of pdevValue.
GCHandle gchDevValue = GCHandle.Alloc(pdevValue, GCHandleType.Pinned);
// Use GCHandle.AddrOfPinnedObject() to obtain a pointer
// to a pointer to the byte array of pdevValue.
// It is devValue that will be passed to the API.
IntPtr devValue = gchDevValue.AddrOfPinnedObject();
byte[] devExtraBvalue = new byte[CMEDIABUFFERSIZE];
if ((rwData.ReadWrite == CAudioDriverReadWrite.Write || rwData.IsWriteExtra) && rwData.WriteExtraData != null)
{
devExtraBvalue = rwData.WriteExtraData;
}
IntPtr pdevExtraVlue = Marshal.AllocCoTaskMem(Marshal.SizeOf(typeof(byte)) * CMEDIABUFFERSIZE);
Marshal.Copy(devExtraBvalue, 0, pdevExtraVlue, devExtraBvalue.Length);
GCHandle gch = GCHandle.Alloc(pdevExtraVlue, GCHandleType.Pinned);
IntPtr devExtraValue = gch.AddrOfPinnedObject();
// Call the CMI_PropertyControl() API.
// The CMI_PropertyControl() API will not
// change the value of devValue.
int revCode = NativeMethods.CMI_PropertyControl(rwData.JackInfo.m_devInfo, rwData.ApiPropertyName, devValue, devExtraValue, rwData.ReadWrite);
string revString = $"\nCMI_PropertyControl [{rwData.JackInfo.m_devInfo.DataFlow}] [{rwData.ApiPropertyName}] {rwData.ReadWrite} return {revCode}";
string revData = string.Empty, revExraData = string.Empty;
if (0 == revCode)
{
// We must now find a way to dereference the memory address
// contained inside devValue.
// Declare an array (of one single value) of IntPtr.
IntPtr[] revPtr = new IntPtr[1];
// Copy the value contained inside devValue
// to revPtr.
Marshal.Copy(devValue, revPtr, 0, 1);
// Allocate a new byte array to be filled with
// values from the array pointed to by revPtr[0]
byte[] NewByteArray = new byte[CMEDIABUFFERSIZE];
// Copy the byte array values pointed to by revPtr[0]
// to NewByteArray.
Marshal.Copy(revPtr[0], NewByteArray, 0, NewByteArray.Length);
revData = System.Text.Encoding.ASCII.GetString(NewByteArray).Replace("\0", "");
revString = $"\nCMI_PropertyControl [{rwData.JackInfo.m_devInfo.DataFlow}] [{rwData.ApiPropertyName} {rwData.ReadWrite}] return {revCode} Get Data [{revData}]";
IntPtr[] revExraPtr = new IntPtr[1];
Marshal.Copy(devExtraValue, revExraPtr, 0, 1);
byte[] NewExtraByteArray = new byte[CMEDIABUFFERSIZE];
Marshal.Copy(revExraPtr[0], NewExtraByteArray, 0, NewExtraByteArray.Length);
revExraData = System.Text.Encoding.ASCII.GetString(NewExtraByteArray).Replace("\0", "");
//revString += $" Extra [{revExraData}]";
}
gchDevValue.Free();
gch.Free();
ReturnValue rev = new ReturnValue()
{
RevCode = revCode, RevValue = revData, RevExtraValue = revExraData, RevMessage = revString
};
return(rev);
}
