public Bytes Serialize ()
{
ByteSerializer bs = new ByteSerializer ();
bs.Serialize (EmgData);
return bs.GetBuffer ();
}
public Bytes Serialize()
{
ByteSerializer bs = new ByteSerializer();
bs.Serialize(EmgData);
return(bs.GetBuffer());
}
public Bytes Serialize()
{
ByteSerializer bs = new ByteSerializer();
bs.Serialize(Event);
bs.Serialize(TapDirection);
bs.Serialize(TapCount);
return(bs.GetBuffer());
}
public Bytes Serialize ()
{
ByteSerializer bs = new ByteSerializer ();
bs.Serialize (Event);
bs.Serialize (TapDirection);
bs.Serialize (TapCount);
return bs.GetBuffer ();
}
public Bytes Serialize ()
{
ByteSerializer bs = new ByteSerializer ();
bs.Serialize (Command);
bs.Serialize (PayloadSize);
this.Serialize (bs);
return bs.GetBuffer ();
}
public Bytes Serialize()
{
ByteSerializer bs = new ByteSerializer();
bs.Serialize(Command);
bs.Serialize(PayloadSize);
this.Serialize(bs);
return(bs.GetBuffer());
}
public Bytes Serialize ()
{
ByteSerializer bs = new ByteSerializer ();
// ORDER IS MANDATORY
bs.Serialize (Major);
bs.Serialize (Minor);
bs.Serialize (Patch);
bs.Serialize (HardwareRevision);
return bs.GetBuffer ();
}
public Bytes Serialize()
{
ByteSerializer bs = new ByteSerializer();
// ORDER IS MANDATORY
bs.Serialize(Major);
bs.Serialize(Minor);
bs.Serialize(Patch);
bs.Serialize(HardwareRevision);
return(bs.GetBuffer());
}
public Bytes Serialize()
{
ByteSerializer bs = new ByteSerializer();
// ORDER IS MANDATORY
bs.Serialize(OrientationW);
bs.Serialize(OrientationX);
bs.Serialize(OrientationY);
bs.Serialize(OrientationZ);
bs.Serialize(Accelerometer);
bs.Serialize(Gyroscope);
return(bs.GetBuffer());
}
public Bytes Serialize ()
{
ByteSerializer bs = new ByteSerializer ();
// ORDER IS MANDATORY
bs.Serialize (OrientationW);
bs.Serialize (OrientationX);
bs.Serialize (OrientationY);
bs.Serialize (OrientationZ);
bs.Serialize (Accelerometer);
bs.Serialize (Gyroscope);
return bs.GetBuffer ();
}
public Bytes Serialize ()
{
ByteSerializer bs = new ByteSerializer ();
// ORDER IS MANDATORY
bs.Serialize (SerialNumber);
bs.Serialize (UnlockPose);
bs.Serialize (ActiveClassifierType);
bs.Serialize (ActiveClassifierIndex);
bs.Serialize (HasCustomClassifier);
bs.Serialize (StreamIndicating);
bs.Serialize (Sku);
bs.Serialize (Reserved);
return bs.GetBuffer ();
}
public Bytes Serialize()
{
ByteSerializer bs = new ByteSerializer();
// ORDER IS MANDATORY
bs.Serialize(SerialNumber);
bs.Serialize(UnlockPose);
bs.Serialize(ActiveClassifierType);
bs.Serialize(ActiveClassifierIndex);
bs.Serialize(HasCustomClassifier);
bs.Serialize(StreamIndicating);
bs.Serialize(Sku);
bs.Serialize(Reserved);
return(bs.GetBuffer());
}
public void WriteClientCharacteristicConfiguration(Bytes uuid, BleCCCValue value)
{
BlePeripheralCharacteristic characteristic = this.PeripheralMap.FindCharacteristicByUUID(uuid);
if (!characteristic.HasCCC)
{
throw new ArgumentException($"Client characteristic {uuid} doesn't have a configuration attribute!");
}
ByteSerializer bs = new ByteSerializer();
bs.Serialize(value);
ushort attrHandle = characteristic.HandleCCC;
this.WriteAttribute(attrHandle, bs.GetBuffer());
}
public void WriteClientCharacteristicConfiguration (Bytes uuid, BleCCCValue value)
{
BlePeripheralCharacteristic characteristic = this.PeripheralMap.FindCharacteristicByUUID (uuid);
if (!characteristic.HasCCC)
{
throw new ArgumentException ($"Client characteristic {uuid} doesn't have a configuration attribute!");
}
ByteSerializer bs = new ByteSerializer ();
bs.Serialize (value);
ushort attrHandle = characteristic.HandleCCC;
this.WriteAttribute (attrHandle, bs.GetBuffer ());
}
