public async Task <VuValues> GetVuValuesAsync(string hostAddress)
{
using (var socket = await ProdysSocketPool.TakeSocket(hostAddress))
{
SendCommand(socket, new CommandIkusNetGetVuMeters());
var response = new IkusNetGetVumetersResponse(socket);
return(IkusNetMapper.MapToVuValues(response));
}
}
public static VuValues MapToVuValues(IkusNetGetVumetersResponse response)
{
return(new VuValues
{
TxLeft = response.ProgramTxLeft,
TxRight = response.ProgramTxRight,
RxLeft = response.ProgramRxLeft,
RxRight = response.ProgramRxRight
});
}
public VuValues GetVuValues(string hostAddress)
{
using (var socket = GetConnectedSocket(hostAddress))
{
SendCommand(socket, new CommandIkusNetGetVuMeters());
var response = new IkusNetGetVumetersResponse(socket);
return(new VuValues
{
TxLeft = response.ProgramTxLeft,
TxRight = response.ProgramTxRight,
RxLeft = response.ProgramRxLeft,
RxRight = response.ProgramRxRight
});
}
}
public async Task <bool> CheckIfAvailableAsync(string ip)
{
try
{
using (var socket = await ProdysSocketPool.TakeSocket(ip))
{
// Send dummy command to codec.
SendCommand(socket, new CommandIkusNetGetVuMeters());
var dummResponse = new IkusNetGetVumetersResponse(socket);
return(true); // Success
}
}
catch (Exception)
{
return(false);
}
}
public virtual async Task <AudioStatus> GetAudioStatusAsync(string hostAddress, int nrOfInputs, int nrOfGpos)
{
var audioStatus = new AudioStatus();
using (var socket = await ProdysSocketPool.TakeSocket(hostAddress))
{
SendCommand(socket, new CommandIkusNetGetVuMeters());
var vuResponse = new IkusNetGetVumetersResponse(socket);
audioStatus.VuValues = IkusNetMapper.MapToVuValues(vuResponse);
// // Input status not implemented in Quantum ST
audioStatus.InputStatus = new List <InputStatus>();
audioStatus.Gpos = new List <GpoStatus>();
for (int gpo = 0; gpo < nrOfGpos; gpo++)
{
SendCommand(socket, new CommandIkusNetGetGpo {
Gpio = gpo
});
var response = new IkusNetGetGpoResponse(socket);
var gpoEnable = response.Active;
if (!gpoEnable.HasValue)
{
// Indication of missing GPO for the number. Probably we passed the last one.
break;
}
audioStatus.Gpos.Add(new GpoStatus()
{
Index = gpo, Active = gpoEnable.Value
});
}
}
return(audioStatus);
}
public override async Task <AudioStatus> GetAudioStatusAsync(string hostAddress, int nrOfInputs, int nrOfGpos)
{
var audioStatus = new AudioStatus();
using (var socket = await ProdysSocketPool.TakeSocket(hostAddress))
{
SendCommand(socket, new CommandIkusNetGetVuMeters());
var vuResponse = new IkusNetGetVumetersResponse(socket);
audioStatus.VuValues = new VuValues
{
TxLeft = vuResponse.ProgramTxLeft,
TxRight = vuResponse.ProgramTxRight,
RxLeft = vuResponse.ProgramRxLeft,
RxRight = vuResponse.ProgramRxRight
};
audioStatus.InputStatus = new List <InputStatus>();
// Works only on Quantum codec, not Quantum ST
for (int input = 0; input < nrOfInputs; input++)
{
SendCommand(socket, new CommandIkusNetGetInputEnabled {
Input = input
});
var enabledResponse = new IkusNetGetInputEnabledResponse(socket);
var inputEnabled = enabledResponse.Enabled;
SendCommand(socket, new CommandIkusNetGetInputGainLevel {
Input = input
});
var gainLevelResponse = new IkusNetGetInputGainLevelResponse(socket);
var gainLevel = gainLevelResponse.GainLeveldB;
audioStatus.InputStatus.Add(new InputStatus
{
Index = input, Enabled = inputEnabled, GainLevel = gainLevel
});
}
audioStatus.Gpos = new List <GpoStatus>();
for (int gpo = 0; gpo < nrOfGpos; gpo++)
{
SendCommand(socket, new CommandIkusNetGetGpo {
Gpio = gpo
});
var response = new IkusNetGetGpoResponse(socket);
var gpoEnable = response.Active;
if (!gpoEnable.HasValue)
{
// Indication of missing GPO for the number. Probably we passed the last one.
break;
}
audioStatus.Gpos.Add(new GpoStatus()
{
Index = gpo, Active = gpoEnable.Value
});
}
return(audioStatus);
}
}
public AudioStatus GetAudioStatus(string hostAddress, int nrOfInputs, int nrOfGpos)
{
var audioStatus = new AudioStatus();
using (var socket = GetConnectedSocket(hostAddress))
{
SendCommand(socket, new CommandIkusNetGetVuMeters());
var vuResponse = new IkusNetGetVumetersResponse(socket);
audioStatus.VuValues = new VuValues
{
TxLeft = vuResponse.ProgramTxLeft,
TxRight = vuResponse.ProgramTxRight,
RxLeft = vuResponse.ProgramRxLeft,
RxRight = vuResponse.ProgramRxRight
};
audioStatus.InputStatuses = new List <InputStatus>();
for (int input = 0; input < nrOfInputs; input++)
{
SendCommand(socket, new CommandIkusNetGetInputEnabled {
Input = input
});
var enabledResponse = new IkusNetGetInputEnabledResponse(socket);
var inputEnabled = enabledResponse.Enabled;
SendCommand(socket, new CommandIkusNetGetInputGainLevel {
Input = input
});
var gainLevelResponse = new IkusNetGetInputGainLevelResponse(socket);
var gainLevel = gainLevelResponse.GainLeveldB;
audioStatus.InputStatuses.Add(new InputStatus {
Enabled = inputEnabled, GainLevel = gainLevel
});
}
//audioStatus.Gpis = new List<bool>();
//for (int gpi = 0; gpi < nrOfGpis; gpi++)
//{
// SendCommand(socket, new CommandIkusNetGetGpi { Gpio = gpi });
// var response = new IkusNetGetGpiResponse(socket);
// var gpiEnabled = response.Active;
// if (!gpiEnabled.HasValue)
// {
// // Indication of missing GPI for the number. Probably we passed the last one.
// break;
// }
// audioStatus.Gpis.Add(gpiEnabled.Value);
//}
audioStatus.Gpos = new List <bool>();
for (int gpo = 0; gpo < nrOfGpos; gpo++)
{
SendCommand(socket, new CommandIkusNetGetGpo {
Gpio = gpo
});
var response = new IkusNetGetGpoResponse(socket);
var gpoEnable = response.Active;
if (!gpoEnable.HasValue)
{
// Indication of missing GPO for the number. Probably we passed the last one.
break;
}
audioStatus.Gpos.Add(gpoEnable.Value);
}
}
return(audioStatus);
}
