private void CheckRedLaserCurrent()
{
var c09 = new LaserC09Request();
var bytes = serialPortCom.Encode(c09);
serialPortCom.SendData(bytes);
}
private void EnableRedLaser(bool enable)
{
var c70 = new LaserC70Request();
var bytes = serialPortCom.Encode(c70);
serialPortCom.SendData(bytes);
enableRedLaser = enable;
}
private void Slider_MouseUp(object sender, MouseEventArgs e)
{
if (serialPortCom != null)
{
LaserC72Request c72 = new LaserC72Request(this.sliderPulse.Slider.Value / 10f);
var bps = c72.Encode();
List <byte[]> bytes = new List <byte[]>();
foreach (var b in bps)
{
var data = LaserProtocolFactory.GetInstance().LaserProtocol.EnPackage(b);
bytes.Add(data);
}
//var bytes = serialPortCom.Encode(c72);
serialPortCom.SendData(bytes);
}
}
private void CheckLaserInfo()
{
LaserC00Request c00 = new LaserC00Request();
var bytes = serialPortCom.Encode(c00);
byte[] recData = serialPortCom.SendData(bytes);
}
/// <summary>
/// Richiede i dati alla seriale quando arriva un messaggio contente il carattere $ al webserver in ascolto
/// </summary>
private string requestToSerial()
{
try
{
_pesata = "";
Logs.WriteLine("Ricevuta richiesta da: " + _user);
_spManager.SendData("$");
//Ferma l'esecuzione del thread e attende la lettura completa del dato dalla seriale.
//Se la condizione non viene soddisfatta allo scadere del timeOut l'esecuzione andrà avanti.
bool notTimeout = SpinWait.SpinUntil(() => _pesata.Length == _lengthPesata, _timeOut);
//Logs.WriteLine("Pesata length: " + _pesata.Length + " " + _pesata);
if (notTimeout)
{
Logs.WriteLine("Peso letto: " + _pesata);
Logs.WriteLine();
}
else
{
Logs.WriteLine("TIMEOUT");
_pesata = "-1";
}
return(_pesata);
}
catch (Exception ex)
{
Logs.WriteLine(ex);
return(string.Empty);
}
}
private void CheckLaserInfo()
{
LaserC00Request c00 = new LaserC00Request();
var bytes = serialPortCom.Encode(c00);
byte[] recData = serialPortCom.SendData(bytes);
if (recData != null)
{
LaserBaseResponse baseResponse = serialPortCom.LaserBaseResponse(bytes, recData);
if (baseResponse != null)
{
LaserC00Response c00r = baseResponse as LaserC00Response;
if (c00r != null)
{
lblLaserVersion.Text = c00r.VersionNumber.ToString();
lblWorkingHour.Text = string.Format("{0} : {1}", c00r.Hour, c00r.Month);
}
}
}
}
private void sendCmd()
{
string cmd = "";
cmd += SampleRateValueList[ComboBoxSampleRate.SelectedIndex].ToString() + ",";
//================================
if (RadioButtonX1A.Checked == true)
{
cmd += CHAX1Cmd.ToString() + ",";
CHAX = 1;
}
else if (RadioButtonX10A.Checked == true)
{
cmd += CHAX10Cmd.ToString() + ",";
CHAX = 10;
}
cmd += GainValue(TrackBarGainA.Value).ToString() + ",";
GainA = TrackBarGainA.Value;
cmd += (255 - TrackBarOffsetA.Value).ToString() + ",";
CHAOffset = 3.3 / 255 * TrackBarOffsetA.Value;
//=================================
if (RadioButtonX1B.Checked == true)
{
cmd += CHBX1Cmd.ToString() + ",";
CHBX = 1;
}
else if (RadioButtonX10B.Checked == true)
{
cmd += CHBX10Cmd.ToString() + ",";
CHBX = 10;
}
cmd += GainValue(TrackBarGainB.Value).ToString() + ",";
GainB = TrackBarGainB.Value;
cmd += (255 - TrackBarOffsetB.Value).ToString() + ",";
CHBOffset = 3.3 / 255 * TrackBarOffsetB.Value;
cmd += "@";
Log.Text = cmd;
_spManager.clearInBuffer();
_spManager.clearOutBuffer();
_spManager.SendData(cmd);
}