private void k2700FrontswitchOff(object sender, InstrumentSwitchedOffEventArgs e)
{
K2700frontSwitchOn = e.FrontSwitchOn;
TestAbortedEventArgs args = new TestAbortedEventArgs(true);
TestAborted(this, args);
}
private void tcpClientDisconnected(object sender, TCPConnectFailureEventArgs e)
{
TCPconnected = e.TCPconnected;
TestAbortedEventArgs args = new TestAbortedEventArgs(true);
TestAborted(this, args);
}
private void TestAborted(object sender, TestAbortedEventArgs e)
{
this.Invoke((MethodInvoker) delegate
{
btnStop.PerformClick();
});
}
public void testLoop()
{
while (testwasstopped == false && K2700frontSwitchOn == true && TCPconnected == true)
{
if (Properties.Settings.Default.savedTestSignalMode == "Chamber controlled" && chamberProgramStarted == false)
{
performChamberStartStatus();
if (digitalChannelStart == "1\r\n")
{
chamberProgramStarted = true;
}
Thread.Sleep(5000);
}
else if (Properties.Settings.Default.savedTestSignalMode == "Chamber controlled" && chamberProgramStarted == true)
{
performChamberStartStatus();
if (digitalChannelStart == "0\r\n")
{
chamberProgramStarted = false;
TestAbortedEventArgs testFinished = new TestAbortedEventArgs(true);
TestAborted(this, testFinished);
}
}
if (Properties.Settings.Default.savedTestSignalMode == "Chamber controlled" && chamberProgramStarted == true || Properties.Settings.Default.savedTestSignalMode == "Timer")
{
for (int i = 0; i < 20 && testwasstopped == false; i++)
{
if (testSample[i] != null)
{
performVoltageMeasurementOnChannel(Int32.Parse(testSample[i].ChNumber));
if (TCPconnected == true)
{
performTemperatureMeasurement();
performHumidityMeasurement();
performDigitalChannelMeasurement();
}
Thread.Sleep(scanRate);
processMeasurementData();
if ((testSample[i].LowerTestLimit > (int)Convert.ToDouble(measuredCurrent)) || (testSample[i].UpperTestLimit < (int)Convert.ToDouble(measuredCurrent)))
{
testSample[i].Limitexceeded = true;
testSample[i].TestResult = "Failed";
}
DataUpdateEventArgs args = new DataUpdateEventArgs(measuredTemp, measuredHum, measuredCurrent, measuredChannel, testSample[i].Limitexceeded);
DataUpdated(this, args);
}
}
}
}
}
