private void saveButton_Click(object sender, RoutedEventArgs e)
{
int ProductionLimitID = GCIDB.AssociatePartToNewProductionLimit(SelectedPartName);
if (ProductionLimitID != 0)
{
//List<LimitEntity> UserLimits = BuildLimitEntityList();
//foreach (LimitEntity entry in UserLimits)
//{
// GCIDB.AddProductionLimit(LimitID, entry.PinID, entry.UCL, entry.LCL);
//}
foreach (int PinID in LearnResults.Keys)
{
int DutPinID = GCIToDUTMap[PinID];
Double Average = LearnResults[PinID].GetVoltageAverage();
Double StdDev = LearnResults[PinID].GetStandardDeviation();
int NumberOfSigmas = (int)numericSigma.pinValue();
Double UCL = Average + NumberOfSigmas * StdDev;
Double LCL = Average - NumberOfSigmas * StdDev;
GCIDB.AddProductionLimit(ProductionLimitID, DutPinID, UCL, LCL, Average, StdDev);
}
MessageBox.Show("Limits saved to the database", "Success", MessageBoxButton.OK);
}
// this.DialogResult = this.ShowDialog();
// this.Close();
}
private void SaveChanges()
{
if (PinsEdited == true || limitList1.HasEdits() == true)
{
SelectedProductionLimitID = GCIDB.AssociatePartToNewProductionLimit(SelectedPartName);
List <LimitEntity> UserLimits = limitList1.BuildLimitEntityList();
foreach (LimitEntity entry in UserLimits)
{
GCIDB.AddProductionLimit(SelectedProductionLimitID, entry.PinID, entry.UCL, entry.LCL, entry.AverageVoltage, entry.StdDevVoltage);
}
PinsEdited = false;
limitList1.ClearAllEdits();
buttonSaveChanges.IsEnabled = false;
}
if (lifetimeLimits1.Edited == true)
{
int LifetimeLimitID = GCIDB.AddNewLifetimeLimit(SelectedPartName, lifetimeLimits1.LCL, lifetimeLimits1.UCL);
SelectedLifetimeLimitID = LifetimeLimitID;
GCIDB.SetLifetimeLimit(SelectedPartName, SelectedLifetimeLimitID);
lifetimeLimits1.Edited = false;
buttonSaveChanges.IsEnabled = false;
}
MessageBox.Show("All changes saved!");
}