void DetectDevicesTask()
{
while (DetectFlag)
{
classDevices = null;
classDevices = new ClassDevice[MAX_DP_DEVICES];
DpCountAxist = 0;
classCalibrationSettings.ConnectedChanels.Clear();
for (int i = 0; i < classCalibrationSettings.JigConfiguration; i++)
{
bool Ch = new bool();
classMultiplexingInstanse.ConnectDpDevice((byte)i);
Thread.Sleep(250);
classDpCommunicationInstanse.NewDpInfoEvent = false;
classDpCommunicationInstanse.DPgetDpInfo();
Thread.Sleep(300);
//classDpCommunicationInstanse.NewDpInfoEvent = true;
if (classDpCommunicationInstanse.NewDpInfoEvent) // check if recieve data from DP
{
classDpCommunicationInstanse.NewDpInfoEvent = false;
if (classDpCommunicationInstanse.dpInfo.DeviceSerialNumber == "" || classDpCommunicationInstanse.dpInfo.DeviceSerialNumber.StartsWith("\0"))
{
continue;
}
ClassDevice newDeviceExist = new ClassDevice();
newDeviceExist.PositionOnBoard = i;
newDeviceExist.BoardNumber = (i >= 0 && i < 8) ? 1 : 2;
newDeviceExist.DeviceMacAddress = classDpCommunicationInstanse.dpInfo.DeviseMacAddress;
newDeviceExist.DeviceSerialNumber = classDpCommunicationInstanse.dpInfo.DeviceSerialNumber;
classDevices[DpCountAxist] = newDeviceExist;
UpdatePressAndTempOnDPBeforCalib(newDeviceExist);
DpCountAxist++;
Ch = true;
classCalibrationSettings.ConnectedChanels.Add(Ch);
}
else
{
Ch = false;
classCalibrationSettings.ConnectedChanels.Add(Ch);
}
}
DetectFlag = false;
EndDetectEvent = true;
}
DetectDevicesTaskHandlerThread = null;
}
private void bt_getDPinfo_Click(object sender, EventArgs e)
{
classDpCommunication.DPgetDpInfo();
}
