protected virtual void stopwatch_Elapsed(object sender, ElapsedEventArgs e)
{
stopwatch.Stop();
if (DataIn != null)
{
SerialMessage sm = new SerialMessage(dataReceive, dataLengthReceive);
DataIn(this, sm);
dataLengthReceive = 0;
}
//throw new NotImplementedException();
}
static void serialManage_DataIn(object sender, SerialMessage e)
{
if (e.Data[0] == '>' && e.Length != 0)
{
#region Comment
//dataValue.Volt = (ushort)(e.Data[1] << 8);
//dataValue.Volt |= (ushort)e.Data[2];
//Console.WriteLine("\tVolt : {0} mV", dataValue.Volt.ToString());
//dataValue.Amp = (uint)e.Data[4] << 8;
//dataValue.Amp |= (uint)e.Data[5];
//Console.WriteLine("\tAmp : {0} mA", dataValue.Amp.ToString());
//dataValue.Power = (uint)e.Data[7] << 24;
//dataValue.Power |= (uint)e.Data[8] << 16;
//dataValue.Power |= (uint)e.Data[9] << 8;
//dataValue.Power |= (uint)e.Data[10];
//Console.WriteLine("\tPower : {0} W", dataValue.Power.ToString());
//dataValue.Energy = (uint)e.Data[12] << 24;
//dataValue.Energy |= (uint)e.Data[13] << 16;
//dataValue.Energy |= (uint)e.Data[14] << 8;
//dataValue.Energy |= (uint)e.Data[15];
//Console.WriteLine("\tEnergy : {0} Wh", dataValue.Energy.ToString());
//dataValue.PF = (uint)e.Data[17];
//Console.WriteLine("\tPower Factor : 0.{0} ", dataValue.PF.ToString());
//dataValue.Fequency = (uint)e.Data[19] << 8;
//dataValue.Fequency |= (uint)e.Data[20];
//Console.WriteLine("\tFrequency : {0} Hz", (dataValue.Fequency / 10).ToString());
#endregion
dataValue.LightLV = (uint)e.Data[1] << 24;
dataValue.LightLV |= (uint)e.Data[2] << 16;
dataValue.LightLV |= (uint)e.Data[3] << 8;
dataValue.LightLV |= (uint)e.Data[4];
//Console.WriteLine("\tLight Level : {0} ", dataValue.LightLV.ToString());
dataValue.LightStatus = (uint)e.Data[6];
dataValue.LightID = (dataValue.LightLV & 0xFFF0) >> 4;
}
//throw new NotImplementedException();
}
static void modbusSerial_DataIn(object sender, SerialMessage e)
{
Console.WriteLine("\n Data Incomming :" + ByteToHex(e.Data, 0, e.Length));
if (isWrite)
{
isWrite = false;
}
else
{
modbus.ReadValue(e.Data);
if (modbus.LastRead == ReadInputRegister_typedef.VOLT)
{
dataValue.Volt = (ushort)modbus.Volt;
Console.WriteLine("\n V : {0} V", (modbus.Volt * 0.01).ToString());
mpkg = modbus.GenPkg(MOBUSFnCode_typedef.ReadInputRegister,
(ushort)ReadInputRegister_typedef.AMP, 2);
modbusSerial.Write(mpkg, 0, 8);
Console.WriteLine("\n Mode Bus Sending : " + ByteToHex(mpkg, 0, 8));
}
else if (modbus.LastRead == ReadInputRegister_typedef.AMP)
{
dataValue.Amp = (uint)modbus.Amp;
Console.WriteLine("\n I : {0} A", (modbus.Amp * 0.001).ToString());
mpkg = modbus.GenPkg(MOBUSFnCode_typedef.ReadInputRegister,
(ushort)ReadInputRegister_typedef.POWER, 2);
modbusSerial.Write(mpkg, 0, 8);
Console.WriteLine("\n Mode Bus Sending : " + ByteToHex(mpkg, 0, 8));
}
else if (modbus.LastRead == ReadInputRegister_typedef.POWER)
{
dataValue.Power = (uint)modbus.Power;
Console.WriteLine("\n Power : {0} W", modbus.Power.ToString());
mpkg = modbus.GenPkg(MOBUSFnCode_typedef.ReadInputRegister,
(ushort)ReadInputRegister_typedef.POWER_FACTOR, 2);
modbusSerial.Write(mpkg, 0, 8);
Console.WriteLine("\n Mode Bus Sending : " + ByteToHex(mpkg, 0, 8));
}
else if (modbus.LastRead == ReadInputRegister_typedef.ENERGY)
{
dataValue.Energy = (uint)modbus.Energy;
Console.WriteLine("\n Energy : {0} KWh", (modbus.Energy * 0.1).ToString());
modbus.LastRead = ReadInputRegister_typedef.STOP;
Console.WriteLine("\n Meter Read Success");
ReadyPushData();
}
else if (modbus.LastRead == ReadInputRegister_typedef.FREQUENCY)
{
dataValue.Fequency = (uint)modbus.Frequency;
Console.WriteLine("\n Frequency : {0} Hz", (modbus.Frequency * 0.1).ToString());
mpkg = modbus.GenPkg(MOBUSFnCode_typedef.ReadInputRegister,
(ushort)ReadInputRegister_typedef.ENERGY, 2);
modbusSerial.Write(mpkg, 0, 8);
Console.WriteLine("\n Mode Bus Sending : " + ByteToHex(mpkg, 0, 8));
}
else if (modbus.LastRead == ReadInputRegister_typedef.POWER_FACTOR)
{
dataValue.PF = (uint)modbus.PowerFactor;
Console.WriteLine("\n PowerFactor : {0}", (modbus.PowerFactor * 0.01).ToString());
mpkg = modbus.GenPkg(MOBUSFnCode_typedef.ReadInputRegister,
(ushort)ReadInputRegister_typedef.FREQUENCY, 2);
modbusSerial.Write(mpkg, 0, 8);
Console.WriteLine("\n Mode Bus Sending : " + ByteToHex(mpkg, 0, 8));
}
}
//throw new NotImplementedException();
}
