private bool Send_Write_to_GUI(byte flag)
{
byte[] TempData = BitConverter.GetBytes(flag);
HDLC_tx TempFreq = new HDLC_tx();
TempFreq.cmd = 0xFF;
TempFreq.Data = new List <byte>(TempData);
TempFreq.CreateHDLC();
Globals.Serial.Write(TempFreq.Buffer, 0, TempFreq.Buffer.Length);
return(Aknowledged());
}
private bool SendScale(Byte s)
{
byte[] TempData = BitConverter.GetBytes(s);
HDLC_tx TempFreq = new HDLC_tx();
TempFreq.cmd = 0x06;
TempFreq.Data = new List <byte>(TempData);
TempFreq.CreateHDLC();
Globals.Serial.Write(TempFreq.Buffer, 0, TempFreq.Buffer.Length);
return(Aknowledged());
}
/// <summary>
/// Send Output Voltage Range Variable
/// </summary>
/// <returns>Returns true if the PIC Acknowledges</returns>
private bool SendStart()
{
List <byte> TempData = new List <byte> {
};
HDLC_tx TempFreq = new HDLC_tx();
TempFreq.cmd = 0x02;
TempFreq.Data = TempData;
TempFreq.CreateHDLC();
Globals.Serial.Write(TempFreq.Buffer, 0, TempFreq.Buffer.Length);
return(Aknowledged());
}
/// <summary>
/// Send Settling Time Cycles
/// </summary>
/// <returns>Returns true if the PIC acknowledges the command</returns>
private bool SendCoef(byte[] coef)
{
HDLC_tx TempFreq = new HDLC_tx();
TempFreq.cmd = 0x01;
TempFreq.Data = new List <byte>(coef);
TempFreq.CreateHDLC();
try
{
Globals.Serial.Write(TempFreq.Buffer, 0, TempFreq.Buffer.Length);
}
catch (Exception)
{
return(false);
}
return(Aknowledged());
}
