private void Dispatch_BusReceivedEvent(object sender, BusReceivedEventArgs e)
{
//TODO Dispatch channel
Debug.WriteLine("received bus...");
string[] subs = e.subAddress.Split('/');
switch (subs[1])
{
case "config":
case "mix":
MixBusses[e.bus - 1].SetValuesFromOSC(subs, e.value);
break;
case "dyn":
MixBusses[e.bus - 1].m_Dynamic.SetValuesFromOSC(subs, e.value);
break;
case "insert":
break;
case "eq":
MixBusses[e.bus - 1].m_Eq.SetValuesFromOSC(subs, e.value);
break;
case "grp":
break;
}
}
private void OnBusReceivedEvent(BusReceivedEventArgs e)
{
BusReceivedEventHandler handler = BusReceivedEvent;
if (handler != null)
{
handler(this, e);
}
}
public void receivedOscMessage(Object sender, OSCPacketReceivedEventArgs e)
{
if (!goodPacket(e.packet))
{
return;
}
if (e.packet.Address.Substring(0, 7) == "/meters")
{
MetersReceivedEventArgs args = new MetersReceivedEventArgs();
switch (e.packet.Address)
{
case "/meters/0":
args.type = Constants.METER_TYPE.HOME;
break;
case "/meters/1":
args.type = Constants.METER_TYPE.CHANNEL_PAGE;
break;
case "/meters/2":
args.type = Constants.METER_TYPE.MIX_BUS;
break;
case "/meters/3":
args.type = Constants.METER_TYPE.AUX_FX;
break;
case "/meters/4":
args.type = Constants.METER_TYPE.IN_OUT;
break;
case "/meters/5":
args.type = Constants.METER_TYPE.SURFACE;
break;
case "/meters/6":
args.type = Constants.METER_TYPE.CHANNEL_DETAIL;
break;
case "/meters/7":
args.type = Constants.METER_TYPE.BUS_SEND;
break;
case "/meters/8":
args.type = Constants.METER_TYPE.MATRIX_SEND;
break;
case "/meters/9":
args.type = Constants.METER_TYPE.EFFECTS;
break;
default:
break;
}
Stream str = (Stream)e.packet.Values[0].getValue();
args.data = new byte[str.Length];
try
{
int i = 0;
str.Position = 0;
while (str.Position < str.Length)
{
args.data[i] = (byte)str.ReadByte();
i++;
}
}
catch (Exception ex)
{
Debug.WriteLine(ex.Message);
throw;
} OnMetersReceivedEvent(args);
}
else if (e.packet.Address.Substring(0, 7) == "/config")
{
ConfigReceivedEventArgs args = new ConfigReceivedEventArgs();
args.subAddress = e.packet.Address.Substring(7);
args.value = e.packet.Values[0].getValue();
OnConfigReceivedEvent(args);
}
else if (e.packet.Address.Substring(0, 3) == "/ch")
{
ChannelReceivedEventArgs args = new ChannelReceivedEventArgs();
string tempChannel = e.packet.Address.Substring(4, 2);
args.channel = Convert.ToInt32(tempChannel);
args.value = e.packet.Values[0].getValue();
args.subAddress = e.packet.Address.Substring(6);
OnChannelReceivedEvent(args);
}
else if (e.packet.Address.Substring(0, 6) == "/auxin")
{
AuxinReceivedEventArgs args = new AuxinReceivedEventArgs();
string tempChannel = e.packet.Address.Substring(7, 2);
args.channel = Convert.ToInt32(tempChannel);
args.value = e.packet.Values[0].getValue();
args.subAddress = e.packet.Address.Substring(9);
OnAuxinReceivedEvent(args);
}
else if (e.packet.Address.Substring(0, 6) == "/fxrtn")
{
FXReturnReceivedEventArgs args = new FXReturnReceivedEventArgs();
string tempChannel = e.packet.Address.Substring(7, 2);
args.channel = Convert.ToInt32(tempChannel);
args.value = e.packet.Values[0].getValue();
args.subAddress = e.packet.Address.Substring(9);
OnFXReturnReceivedEvent(args);
}
else if (e.packet.Address.Substring(0, 4) == "/bus")
{
BusReceivedEventArgs args = new BusReceivedEventArgs();
string tempBus = e.packet.Address.Substring(5, 2);
args.bus = Convert.ToInt32(tempBus);
args.value = e.packet.Values[0].getValue();
args.subAddress = e.packet.Address.Substring(7);
OnBusReceivedEvent(args);
}
else if (e.packet.Address.Substring(0, 4) == "/mtx")
{
MatrixReceivedEventArgs args = new MatrixReceivedEventArgs();
string tempMatrix = e.packet.Address.Substring(5, 2);
args.matrix = Convert.ToInt32(tempMatrix);
args.value = e.packet.Values[0].getValue();
args.subAddress = e.packet.Address.Substring(7);
OnMatrixReceivedEvent(args);
}
else if (e.packet.Address.Substring(0, 4) == "/main/st")
{
MainReceivedEventArgs args = new MainReceivedEventArgs();
args.value = e.packet.Values[0].getValue();
args.subAddress = e.packet.Address.Substring(8);
OnMainReceivedEvent(args);
}
else if (e.packet.Address.Substring(0, 4) == "/mono/st")
{
MonoReceivedEventArgs args = new MonoReceivedEventArgs();
args.value = e.packet.Values[0].getValue();
args.subAddress = e.packet.Address.Substring(8);
OnMonoReceivedEvent(args);
}
else if (e.packet.Address.Substring(0, 4) == "/dca")
{
DCAReceivedEventArgs args = new DCAReceivedEventArgs();
string tempDCA = e.packet.Address.Substring(5, 1);
args.dca = Convert.ToInt32(tempDCA);
args.value = e.packet.Values[0].getValue();
args.subAddress = e.packet.Address.Substring(6);
OnDCAReceivedEvent(args);
}
else if (e.packet.Address.Substring(0, 3) == "/fx")
{
EffectReceivedEventArgs args = new EffectReceivedEventArgs();
string tempEffect = e.packet.Address.Substring(4, 1);
args.effect = Convert.ToInt32(tempEffect);
args.value = e.packet.Values[0].getValue();
args.subAddress = e.packet.Address.Substring(5);
OnEffectReceivedEvent(args);
}
else if (e.packet.Address.Substring(0, 8) == "/outputs")
{
if (e.packet.Address.Substring(8, 5) == "/main")
{
MainOutReceivedEventArgs args = new MainOutReceivedEventArgs();
string tempMainOut = e.packet.Address.Substring(13, 2);
args.mainout = Convert.ToInt32(tempMainOut);
args.value = e.packet.Values[0].getValue();
args.subAddress = e.packet.Address.Substring(15);
OnMainOutReceivedEvent(args);
}
else if (e.packet.Address.Substring(8, 4) == "/aux")
{
AuxOutReceivedEventArgs args = new AuxOutReceivedEventArgs();
string tempAuxOut = e.packet.Address.Substring(12, 2);
args.auxout = Convert.ToInt32(tempAuxOut);
args.value = e.packet.Values[0].getValue();
args.subAddress = e.packet.Address.Substring(14);
OnAuxOutReceivedEvent(args);
}
else if (e.packet.Address.Substring(8, 4) == "/p16")
{
P16OutReceivedEventArgs args = new P16OutReceivedEventArgs();
string tempP16Out = e.packet.Address.Substring(12, 2);
args.p16out = Convert.ToInt32(tempP16Out);
args.value = e.packet.Values[0].getValue();
args.subAddress = e.packet.Address.Substring(14);
OnP16OutReceivedEvent(args);
}
else if (e.packet.Address.Substring(8, 4) == "/aes")
{
AESOutReceivedEventArgs args = new AESOutReceivedEventArgs();
string tempAESOut = e.packet.Address.Substring(12, 2);
args.aesout = Convert.ToInt32(tempAESOut);
args.value = e.packet.Values[0].getValue();
args.subAddress = e.packet.Address.Substring(14);
OnAESOutReceivedEvent(args);
}
else if (e.packet.Address.Substring(8, 4) == "/rec")
{
RecordOutReceivedEventArgs args = new RecordOutReceivedEventArgs();
string tempRecordOut = e.packet.Address.Substring(12, 2);
args.recordout = Convert.ToInt32(tempRecordOut);
args.value = e.packet.Values[0].getValue();
args.subAddress = e.packet.Address.Substring(14);
OnRecordOutReceivedEvent(args);
}
}
else if (e.packet.Address.Substring(0, 8) == "/headamp")
{
HeadampReceivedEventArgs args = new HeadampReceivedEventArgs();
string tempHeadamp = e.packet.Address.Substring(9, 3);
args.headamp = Convert.ToInt32(tempHeadamp);
args.value = e.packet.Values[0].getValue();
args.subAddress = e.packet.Address.Substring(12);
OnHeadampReceivedEvent(args);
}
}
public void UpdateFromUI(Constants.COMPONENT_TYPE type, int channel, object newValue, string address)
{
switch (type)
{
case Constants.COMPONENT_TYPE.CHANNEL:
ChannelReceivedEventArgs args = new ChannelReceivedEventArgs();
args.channel = channel;
args.value = newValue;
args.subAddress = address;
args.fromLocal = true;
OnChannelReceivedEvent(args);
break;
case Constants.COMPONENT_TYPE.AUX_INPUT:
AuxinReceivedEventArgs auxArgs = new AuxinReceivedEventArgs();
auxArgs.channel = channel;
auxArgs.value = newValue;
auxArgs.subAddress = address;
auxArgs.fromLocal = true;
OnAuxinReceivedEvent(auxArgs);
break;
case Constants.COMPONENT_TYPE.FXRETURN:
FXReturnReceivedEventArgs fxArgs = new FXReturnReceivedEventArgs();
fxArgs.channel = channel;
fxArgs.value = newValue;
fxArgs.subAddress = address;
fxArgs.fromLocal = true;
OnFXReturnReceivedEvent(fxArgs);
break;
case Constants.COMPONENT_TYPE.MIX_BUS:
BusReceivedEventArgs busArgs = new BusReceivedEventArgs();
busArgs.bus = channel;
busArgs.value = newValue;
busArgs.subAddress = address;
busArgs.fromLocal = true;
OnBusReceivedEvent(busArgs);
break;
case Constants.COMPONENT_TYPE.MATRIX:
MatrixReceivedEventArgs matrixArgs = new MatrixReceivedEventArgs();
matrixArgs.matrix = channel;
matrixArgs.value = newValue;
matrixArgs.subAddress = address;
matrixArgs.fromLocal = true;
OnMatrixReceivedEvent(matrixArgs);
break;
case Constants.COMPONENT_TYPE.MAIN:
MainOutReceivedEventArgs mainArgs = new MainOutReceivedEventArgs();
mainArgs.mainout = channel;
mainArgs.value = newValue;
mainArgs.subAddress = address;
mainArgs.fromLocal = true;
OnMainOutReceivedEvent(mainArgs);
break;
case Constants.COMPONENT_TYPE.DCA:
DCAReceivedEventArgs dcaArgs = new DCAReceivedEventArgs();
dcaArgs.dca = channel;
dcaArgs.value = newValue;
dcaArgs.subAddress = address;
dcaArgs.fromLocal = true;
OnDCAReceivedEvent(dcaArgs);
break;
default:
break;
}
}