void Communication_OnResultComplete()
{
Double VoltageRef = Properties.Settings.Default.VoltageReference;
int TestedPin = Communication.PinID1 + Communication.PinID2;
Double Voltage = Math.Round((Communication.PinValue * VoltageRef) / 1023.0, 3);
int BelongsToSocketId = GCItoDeviceIndex[TestedPin];
int DUTPin = GCItoDUTMap[TestedPin];
//LimitEntity LimitsForPin = DUTPintoLimit[DUTPin];
bool PinResult = false;
ProductionTest.AddResult(BelongsToSocketId, DUTPin, Voltage);
int NextPin = ProductionTest.GetNextPin();
if (NextPin != 0)
{
UpdateCurrentIteration(true);
Communication.TestPin(NextPin);
}
else
{
foreach (int Socket in ProductionTest.TestResults.Keys)
{
int ProductionTestID = GCIDB.GetNextProductionTestID();
foreach (int TestedDUTPin in ProductionTest.TestResults[Socket].Keys)
{
LimitEntity LimitsForPin = DUTPintoLimit[TestedDUTPin];
double AverageVoltage = ProductionTest.TestResults[Socket][TestedDUTPin].GetVoltageAverage();
double StdDev = ProductionTest.TestResults[Socket][TestedDUTPin].GetStandardDeviation();
if (AverageVoltage < LimitsForPin.LCL || AverageVoltage > LimitsForPin.UCL)
{
PinResult = false;
listProductionInfo1.SetResult(Socket, false);
AddLog("Socket " + Socket + " DUT Pin [" + TestedDUTPin + "] Average Voltage: " + AverageVoltage + " FAILED");
}
else
{
PinResult = true;
AddLog("Socket " + Socket + " DUT Pin [" + TestedDUTPin + "] Average Voltage: " + AverageVoltage + " PASSED");
}
for (int j = 0; j < ProductionTest.TestResults[Socket][TestedDUTPin].VoltageReadings.Count; j++)
{
double MeasuredVoltage = ProductionTest.TestResults[Socket][TestedDUTPin].VoltageReadings[j];
Dispatcher.BeginInvoke(new Action(delegate()
{
GCIDB.AddProductionTestData(textBatchName.Text, ProductionTestID, LoadedPartID, LoadedProductionLimitID, TestedDUTPin, (j - 1), MeasuredVoltage, AverageVoltage, StdDev, PinResult, DateTime.Now);
}));
}
}
}
SetDisplayStates(true);
UpdateCurrentIteration(false);
listProductionInfo1.DisplaAll(true);
// MessageBox.Show("Test Complete", "Part Finished", MessageBoxButton.OK, MessageBox.Information);
}
}
void Communication_OnResultComplete()
{
try
{
Double VoltageRef = Properties.Settings.Default.VoltageReference;
int TestedPin = Communication.PinID1 + Communication.PinID2;
Double Voltage = Math.Round((Communication.PinValue * VoltageRef) / 1023.0, 3);
int BelongsToSocketId = GCItoDeviceIndex[TestedPin];
int DUTPin = GCItoDUTMap[TestedPin];
LifetimeTest.AddResult(BelongsToSocketId, DUTPin, Voltage);
int NextPin = LifetimeTest.GetNextPin();
if (NextPin != 0)
{
Communication.TestPin(NextPin);
}
else
{
if (numericTestHour.pinValue() > 0)
{
if (this.Dispatcher.CheckAccess() == true)
{
//this.Invoke(new MethodInvoker(delegate
//{
// CompareToLimits();
//}));
Dispatcher.BeginInvoke(new Action(delegate()
{
CompareToLimits();
}));
}
else
{
CompareToLimits();
}
listLifetimeInfo1.DisplaAll(true);
}
else
{
if (this.Dispatcher.CheckAccess() == true)
{
//this.Invoke(new MethodInvoker(delegate
//{
// DisplayTime0Data();
//}));
Dispatcher.BeginInvoke(new Action(delegate()
{
DisplayTime0Data();
}));
}
else
{
DisplayTime0Data();
}
}
//if (MessageBox.Show("Would you like to save this data to the database?", "Test Complete", MessageBoxButtons.YesNo, MessageBoxIcon.Question) == System.Windows.Forms.DialogResult.Yes)
//{
SaveDataToDatabase();
//}
//SafeLockUI(false);
}
}
catch (Exception ex)
{
MessageBox.Show("Communication_OnResultComplete(): " + ex.ToString());
}
}