public bool ValidateExpression()
{
return(TestExpression.Validate(txtExpression.Text, settings));
}
private void btnOK_Click(object sender, EventArgs e)
{
try
{
int linesStart = int.Parse(txtLinesStart.Text), linesEnd = int.Parse(txtLinesEnd.Text);
double offlineStart = double.Parse(txtOfflineStart.Text), offlineEnd = double.Parse(txtOfflineEnd.Text);
double offlineStart2 = double.Parse(txtOfflineStart2.Text), offlineEnd2 = double.Parse(txtOfflineEnd2.Text);
var poff = int.Parse(txtPowerOffPin.Text);
double
zerol = double.Parse(txtZeroToleranceLow.Text),
zeroh = double.Parse(txtZeroToleranceHigh.Text);
double
h_from = chkHumidity.Checked ? double.Parse(txtHumidityFrom.Text) : 0,
h_to = chkHumidity.Checked ? double.Parse(txtHumidityTo.Text) : 0,
t_from = chkTemp.Checked ? double.Parse(txtTempFrom.Text) : 0,
t_to = chkTemp.Checked ? double.Parse(txtTempTo.Text) : 0;
int h_pin = chkHumidity.Checked ? int.Parse(txtHumidityPin.Text) : 0,
t_pin = chkTemp.Checked ? int.Parse(txtTempPin.Text) : 0;
double
ai1_from = chkAI1.Checked ? double.Parse(txtAI1From.Text) : 0,
ai2_from = chkAI2.Checked ? double.Parse(txtAI2From.Text) : 0,
ai3_from = chkAI3.Checked ? double.Parse(txtAI3From.Text) : 0,
ai4_from = chkAI4.Checked ? double.Parse(txtAI4From.Text) : 0,
ai1_to = chkAI1.Checked ? double.Parse(txtAI1To.Text) : 0,
ai2_to = chkAI2.Checked ? double.Parse(txtAI2To.Text) : 0,
ai3_to = chkAI3.Checked ? double.Parse(txtAI3To.Text) : 0,
ai4_to = chkAI4.Checked ? double.Parse(txtAI4To.Text) : 0;
int ai1_pin = chkAI1.Checked ? int.Parse(txtAI1Pin.Text) : 0,
ai2_pin = chkAI2.Checked ? int.Parse(txtAI2Pin.Text) : 0,
ai3_pin = chkAI3.Checked ? int.Parse(txtAI3Pin.Text) : 0,
ai4_pin = chkAI4.Checked ? int.Parse(txtAI4Pin.Text) : 0;
var countercap = double.Parse(txtCounterChangeCap.Text);
if (linesEnd < linesStart || offlineEnd < offlineStart || offlineEnd2 < offlineStart2 ||
!LJ.ValidPin(poff) || (chkHumidity.Checked && !LJ.ValidPinAny(h_pin)) ||
(chkTemp.Checked && !LJ.ValidPinAny(t_pin)))
{
throw new Exception();
}
settings.Payload.OfflineRange = new Pair <int, int>((int)(offlineStart * 1000.0), (int)(offlineEnd * 1000.0));
settings.Payload.OfflineLineProcRange = new Pair <int, int>(linesStart, linesEnd);
settings.Payload.OfflineRange2 = new Pair <int, int>((int)(offlineStart2 * 1000.0), (int)(offlineEnd2 * 1000.0));
settings.Payload.PowerOffPin = poff;
settings.Payload.ZeroToleranceLow = zerol;
settings.Payload.ZeroToleranceHigh = zeroh;
settings.Payload.ReverseDirection = chkReverseDirection.Checked;
settings.Payload.LastCounterChangeMovementCap = countercap * 1000.0;
settings.Payload.Priorities = new List <Settings.PayloadClass.Priority>(
lstPriorities.Items.Cast <Settings.PayloadClass.Priority>());
settings.Payload.TestSets = new List <Settings.PayloadClass.TestSet>(
lstTestSets.Items.Cast <Settings.PayloadClass.TestSet>());
settings.Payload.StopOnErrors = chkStopOnErrors.Checked;
if (chkUseCycles.Checked && !TestExpression.Validate(txtCycleCondition.Text, settings))
{
throw new Exception();
}
settings.Payload.UseCycles = chkUseCycles.Checked;
settings.Payload.CycleCondition = new TestExpression(txtCycleCondition.Text);
settings.Payload.StopAtCycles = chkStopAtCycles.Checked ?
(int?)int.Parse(txtStopAtCycles.Text) : null;
settings.Payload.ClockOutputChannel = chkOutputTick.Checked ?
(int?)int.Parse((cmbOutputTickChannel.SelectedItem as string).Substring(1)) - 1 : null;
settings.Payload.TestPilotLightPin = chkTestPilotPin.Checked ?
(int?)int.Parse((cmbTestPilotPin.SelectedItem as string).Substring(1)) - 1 : null;
settings.Payload.WaitBeforeAnalogChanges = chkWaitBetweenAnalogChanges.Checked ?
(int?)((int)(double.Parse(txtWaitBetweenAnalogChanges.Text) * 1000.0f)) : null;
settings.Payload.Links = new SerializableDictionary <int, int>();
foreach (string s in lstLinks.Items)
{
var vals = s.Split(new string[] { " -> " }, StringSplitOptions.None);
settings.Payload.Links.Add(int.Parse(vals[0].Substring(1)) - 1,
int.Parse(vals[1].Substring(1)) - 1);
}
settings.Payload.Hysteresis = new SerializableDictionary <Settings.PayloadClass.HysteresisKind, Settings.PayloadClass.HysteresisPayload>();
if (chkTemp.Checked)
{
settings.Payload.Hysteresis.Add(Settings.PayloadClass.HysteresisKind.Temperature,
new Settings.PayloadClass.HysteresisPayload()
{
From = t_from,
To = t_to,
PinID = t_pin
});
}
if (chkHumidity.Checked)
{
settings.Payload.Hysteresis.Add(Settings.PayloadClass.HysteresisKind.Humidity,
new Settings.PayloadClass.HysteresisPayload()
{
From = h_from,
To = h_to,
PinID = h_pin
});
}
settings.Payload.HysteresisAI = new SerializableDictionary <int, Settings.PayloadClass.HysteresisPayload>();
if (chkAI1.Checked)
{
settings.Payload.HysteresisAI.Add(1, new Settings.PayloadClass.HysteresisPayload()
{
From = ai1_from,
To = ai1_to,
PinID = ai1_pin
});
}
if (chkAI2.Checked)
{
settings.Payload.HysteresisAI.Add(2, new Settings.PayloadClass.HysteresisPayload()
{
From = ai2_from,
To = ai2_to,
PinID = ai2_pin
});
}
if (chkAI3.Checked)
{
settings.Payload.HysteresisAI.Add(3, new Settings.PayloadClass.HysteresisPayload()
{
From = ai3_from,
To = ai3_to,
PinID = ai3_pin
});
}
if (chkAI4.Checked)
{
settings.Payload.HysteresisAI.Add(4, new Settings.PayloadClass.HysteresisPayload()
{
From = ai4_from,
To = ai4_to,
PinID = ai4_pin
});
}
settings.Payload.DriveMotor = chkDriveMotor.Checked;
DialogResult = DialogResult.OK;
Close();
}
catch
{
MessageBox.Show("Invalid input. Please check that the ranges are actual numbers " +
"and that the starts are happening before the ends.", "Error", MessageBoxButtons.OK,
MessageBoxIcon.Error);
}
}
public TestSet()
{
Condition = new TestExpression();
Result = new TestExpression();
}
public Priority()
{
Condition = new TestExpression();
ExitCondition = new TestExpression();
PriorityOrder = new List <Pair <int, PriorityState> >();
}
public ActionWaitForCondition()
{
Condition = new TestExpression();
}
public TestSet()
{
Condition = new TestExpression();
}
public Priority()
{
Condition = new TestExpression();
ExitCondition = new TestExpression();
PriorityOrder = new List<Pair<int, PriorityState>>();
}
