private void textBoxSerialNumber_TextChanged(object sender, EventArgs e)
{
if (textBoxSN.Text.Length == Config.SERIAL_NUMBER_LENGTH)
{
serialNumber = textBoxSN.Text;
string partType = serialNumber.Substring(0, Config.PARTNUMBER_LENGTH);
string identifier = serialNumber.Substring(Config.PARTNUMBER_LENGTH, (Config.SERIAL_NUMBER_LENGTH - Config.PARTNUMBER_LENGTH));
serialNumber = partType + identifier;
if (validateSerialNumber(serialNumber))
{
textBoxSN.Text = identifier;
textBoxMPN.Text = partType;
serialNumberScanned = true;
dut = new DUT();
dut.SerailNumber = serialNumber;
SetTextBoxSleepResult("", Color.White);
SetTextBoxDeepSleepResult("", Color.White);
sleep1_test_done = false;
deepsleep_test_done = false;
}
else
{
MessageBox.Show("invalid serial number", "Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
textBoxSN.Text = "";
textBoxMPN.Text = "";
serialNumberScanned = false;
}
}
}
private void mm_fucntion_ResultEvent(object sender, MMResultEventArgs e)
{
if (e.Status == 1)
{
sleep1_test_done = true;
dut.IDDValue_Sleep = e.Average;
SetListBoxStatus(false, "Sleep1 Current:" + e.Average.ToString() + "uA");
if (e.Result)
{
SetTextBoxSleepResult("PASS", Color.Green);
//Log.info("[" + serialNumber + "]" + "Sleep1 PASS:\t\t\t" + e.Average.ToString() + "uA");
}
else
{
SetTextBoxSleepResult("FAIL", Color.Red);
//Log.info("[" + serialNumber + "]" + "Sleep1 FAIL:\t\t\t" + e.Average.ToString() + "uA");
dut.ErrorCode += ErrorCode.ERROR_IDD_HIGH;
//No need to test the deep sleep.
deepsleep_test_done = true;
}
}
if (e.Status == 2)
{
deepsleep_test_done = true;
dut.IDDValue_DeepSleep = e.Average;
SetListBoxStatus(false, "Deep Sleep Current:" + e.Average.ToString() + "uA");
if (e.Result)
{
SetTextBoxDeepSleepResult("PASS", Color.Green);
//Log.info("[" + serialNumber + "]" + "Deep Sleep PASS:\t\t" + e.Average.ToString() + "uA");
}
else
{
SetTextBoxDeepSleepResult("FAIL", Color.Red);
//Log.info("[" + serialNumber + "]" + "Deep Sleep FAIL:\t\t" + e.Average.ToString() + "uA");
dut.ErrorCode += ErrorCode.ERROR_IDD_LOW;
//No need to test the sleep1.
sleep1_test_done = true;
}
}
tp_thread.en_queue(STATE.states.TP_PowerOff);
if (sleep1_test_done && deepsleep_test_done)
{
serialNumberScanned = false;
SetTxtBoxSN("");
WriteTestReport();
dut = null;
}
}
/// <summary>
/// Constructor of TestFunction
/// </summary>
/// <param name="serialNumber"></param>
/// <param name="UsbBridge"></param>
public TestFunction(string serialNumber, USB_I2C UsbBridge, TrackpadConfig trackpadConfig, string testStation)
{
dut = new DUT();
dut.SerailNumber = serialNumber;
dut.RawCount = new List <int>();
dut.RawCountX = new List <int>();
dut.RawCountY = new List <int>();
dut.Noise = new List <int>();
dut.StdDev = new List <double>();
dut.IDAC = new List <int>();
dut.Global_IDAC = new List <int>();
dut.IDACGain = new List <byte>();
dut.IDAC_Erased = new List <int>();
dut.Local_IDAC = new List <int>();
dut.Signal = new List <int>();
dut.SNR = new List <double>();
dut.RawCount_Single = new List <int>();
dut.Signal_Single = new List <int>();
dut.Finger_Positions = new List <Point>();
m_TPCONFIG = trackpadConfig;
if (testStation == "TMT")
{
m_TPCONFIGtestItems = m_TPCONFIG.TMT;
}
if (testStation == "OQC")
{
m_TPCONFIGtestItems = m_TPCONFIG.OQC;
}
if (testStation == "TPT")
{
m_TPCONFIGtestItems = m_TPCONFIG.TPT;
}
NUM_COLS = m_TPCONFIGtestItems.FW_INFO_NUM_COLS;
NUM_ROWS = m_TPCONFIGtestItems.FW_INFO_NUM_ROWS;
RAW_DATA_READS = m_TPCONFIGtestItems.RAW_DATA_READS;
bridge = UsbBridge;
bridge.DeviceAddress = m_TPCONFIG.I2C_ADDRESS;
VDD_DEFAULT = Convert.ToString(m_TPCONFIG.VDD_OP_PS);
if (m_TPCONFIG.TRACKPAD_PLATFORM == TPCONFIG.TP_FUNCTION_APA)
{
I2CReadDelay = DelayTime.I2C_MS / 2;
}
else
{
I2CReadDelay = DelayTime.I2C_MS;
}
}
public NewF2KBoard(AltiumParser.AltiumParser parser)
{
Board = parser;
ActiveChanels = new List <Chanel>();
FreeChanels = new List <ConnectionUnion>();
BlackBoxes = new List <BlackBox>();
GetActiveChanels();
DUT = DeterminateDut();
GetBlackBoxes();
Connections = new List <ConnectionUnion>();
Connections = GetConnections();
}
private void btnCon_Click(object sender, RoutedEventArgs e)
{
try
{
//DUT TRDut = SystemHardware.Hardware<DUT>.GetElmentByName("RackSys.TestLab.Instrument.DUT1");
//DutInfo.InstrumentTypeID = InstrumentType.;
CurCtrlDut = DUT.Connect(DutInfo.IpAddress);
DoTest.CurCtrlDut = CurCtrlDut;
}
catch (Exception ex)
{
System.Windows.Forms.MessageBox.Show(ex.ToString());
}
}
public bool bBuildEquipmentList()
{
DutStruct[] MyDutManufactureCoefficientsStructArray;
DriverStruct[] MyManufactureChipsetStructArray;
int i = 0;
try
{
if (MyEquipList != null)
{
MyEquipList.Clear();
}
pDut = (DUT)MyEquipmentManage.Createobject(ProductionTypeName.ToUpper() + "DUT");
pDut.deviceIndex = 0;
MyDutManufactureCoefficientsStructArray = GetDutManufactureCoefficients();
MyManufactureChipsetStructArray = GetManufactureChipsetControl();
pDut.Initialize(MyDutManufactureCoefficientsStructArray, MyManufactureChipsetStructArray, StrAuxAttribles);
for (i = 0; i < EquipmenNameArray.Count; i++)
{
TestModeEquipmentParameters[] CurrentEquipmentStruct = GetCurrentEquipmentInf(EquipmenNameArray.Values[i].ToString());
string[] List = EquipmenNameArray.Keys[i].ToString().Split('_');
string CurrentEquipmentName = List[0];
string CurrentEquipmentID = List[1];
string CurrentEquipmentType = List[2];
MyEquipList.Add(EquipmenNameArray.Keys[i].ToString(), (EquipmentBase)MyEquipmentManage.Createobject(CurrentEquipmentName));
if (!MyEquipList[EquipmenNameArray.Keys[i].ToString()].Initialize(CurrentEquipmentStruct))
{
return(false);
}
if (!MyEquipList[EquipmenNameArray.Keys[i].ToString()].Configure())
{
return(false);
}
}
pEnvironmentcontroll = new EnvironmentalControll(pDut);
return(true);
}
catch (Exception EX)
{
MessageBox.Show(EX.Message);
return(false);
}
} //建立Equipmen List
public DUT DeterminateDut()
{
var connectionCounters = new List <ConnectionCounter>();
foreach (var component in Board.Components)
{
if (!(component.DesignItemId.Contains("FORMULA-256") || component.DesignItemId.Contains("FORMULA256") || component.SourceLibraryName.Contains("KONT_TOCH")))
{
connectionCounters.Add(new ConnectionCounter(component));
foreach (var pin in component.PinList)
{
var connection = "";
if (pin.ConnectedNets.Count != 0)
{
connection = pin.ConnectedNets.ElementAt(0).Text.ToUpper();
}
else
{
if (pin.ConnectedPorts.Count != 0)
{
connection = pin.ConnectedPorts.ElementAt(0).Name.ToUpper();
}
}
if (ActiveChanels.Exists(x => x.ConnectionName == connection))
{
connectionCounters.Single(x => x.Component == component).Count++;
}
}
}
}
var resulresultlist = connectionCounters.OrderByDescending(x => x.Count).ToList();
var combinedComponent = CombineMultyPartComponent(resulresultlist.ElementAt(0).Component.Designator.Text);
var result = new DUT(combinedComponent);
return(result);
}
private void textBoxSN_TextChanged(object sender, EventArgs e)
{
if (textBoxSN.Text.Length == Config.SERIAL_NUMBER_LENGTH)
{
dut = new DUT();
serialNumber = textBoxSN.Text;
partType = serialNumber.Substring(0, Config.PARTNUMBER_LENGTH);
string identifier = serialNumber.Substring(Config.PARTNUMBER_LENGTH, (Config.SERIAL_NUMBER_LENGTH - Config.PARTNUMBER_LENGTH));
serialNumber = partType + identifier;
textBoxSN.Text = identifier;
textBoxMPN.Text = partType;
serialNumberScanned = true;
dut.SerailNumber = serialNumber;
buttonStart.Enabled = true;
//StartTest();
//buttonStart.Focus();
}
}
/// <summary>
/// The StateMachine EVENT of class MultiMeter
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void mm_fucntion_STEvent(object sender, StateMachineEventArgs e)
{
//Multi-Meter Init
if (e.CurrentState == STATE.states.initialize)
{
if (e.PassOrFail)
{
mm_ready = true;
if (tp_ready)
{
EnableButtonConnect(false);
EnableButtonSleep(true);
EnableButtonDeepSleep(true);
}
}
}
//Multi-Meter Exit
if (e.CurrentState == STATE.states.exit)
{
if (tp_ready)
{
try
{
EnableButtonConnect(true);
EnableButtonSleep(false);
EnableButtonDeepSleep(false);
serialNumberScanned = false;
SetTxtBoxSN("");
tp_thread.exit();
}
catch { }
}
mm_fucntion = null;
mm_thread = null;
mm_ready = false;
}
//sleep1 current
if (e.CurrentState == STATE.states.MM_CalcSleep1Curr)
{
sleep1_test_done = true;
dut.IDDValue_Sleep = Convert.ToDouble(e.Message);
SetListBoxStatus(false, "Sleep1 Current:" + e.Message + "uA");
if (e.PassOrFail)
{
SetTextBoxSleepResult("PASS", Color.Green);
//Log.info("[" + serialNumber + "]" + "Sleep1 PASS:\t\t\t" + e.Average.ToString() + "uA");
}
else
{
SetTextBoxSleepResult("FAIL", Color.Red);
//Log.info("[" + serialNumber + "]" + "Sleep1 FAIL:\t\t\t" + e.Average.ToString() + "uA");
if (dut.ErrorCode == 0)
{
dut.ErrorCode += ErrorCode.ERROR_IDD_HIGH;
}
//No need to test the deep sleep.
deepsleep_test_done = true;
}
tp_thread.en_queue(STATE.states.TP_PowerOff);
if (sleep1_test_done && deepsleep_test_done)
{
serialNumberScanned = false;
SetTxtBoxSN("");
WriteTestReport();
if (Config.ONLINE)
{
UploadResult();
}
dut = null;
}
}
//deep sleep current
if (e.CurrentState == STATE.states.MM_CalcDeepSleepCurr)
{
deepsleep_test_done = true;
dut.IDDValue_DeepSleep = Convert.ToDouble(e.Message);
SetListBoxStatus(false, "Deep Sleep Current:" + e.Message + "uA");
if (e.PassOrFail)
{
SetTextBoxDeepSleepResult("PASS", Color.Green);
//Log.info("[" + serialNumber + "]" + "Deep Sleep PASS:\t\t" + e.Average.ToString() + "uA");
}
else
{
SetTextBoxDeepSleepResult("FAIL", Color.Red);
//Log.info("[" + serialNumber + "]" + "Deep Sleep FAIL:\t\t" + e.Average.ToString() + "uA");
if (dut.ErrorCode == 0)
{
dut.ErrorCode = ErrorCode.ERROR_IDD_LOW;
}
//No need to test the sleep1.
sleep1_test_done = true;
}
tp_thread.en_queue(STATE.states.TP_PowerOff);
if (sleep1_test_done && deepsleep_test_done)
{
serialNumberScanned = false;
SetTxtBoxSN("");
WriteTestReport();
if (Config.ONLINE)
{
UploadResult();
}
dut = null;
}
}
if (e.CurrentState == STATE.states.MM_ReadCurr)
{
SetListBoxStatus(false, "Current: " + e.Message + "uA");
}
}
public EnvironmentalControll(DUT dut)
{
pDut = dut;
}
private void textBoxSerialNumber_TextChanged(object sender, EventArgs e)
{
if (textBoxSN.Text.Length == Config.SERIAL_NUMBER_LENGTH)
{
dut = new DUT();
serialNumber = textBoxSN.Text;
string partType = serialNumber.Substring(0, Config.PARTNUMBER_LENGTH);
string identifier = serialNumber.Substring(Config.PARTNUMBER_LENGTH, (Config.SERIAL_NUMBER_LENGTH - Config.PARTNUMBER_LENGTH));
serialNumber = partType + identifier;
textBoxSN.Text = identifier;
textBoxMPN.Text = partType;
serialNumberScanned = true;
dut.SerailNumber = serialNumber;
if (validateSerialNumber(serialNumber))
{
SetTextBoxSleepResult("", Color.White);
SetTextBoxDeepSleepResult("", Color.White);
sleep1_test_done = false;
deepsleep_test_done = false;
}
else
{
MessageBox.Show("invalid serial number", "Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
textBoxSN.Text = "";
textBoxMPN.Text = "";
serialNumberScanned = false;
}
}
}
/// <summary>
/// The StateMachine EVENT of class MultiMeter
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void mm_fucntion_STEvent(object sender, StateMachineEventArgs e)
{
//Multi-Meter Init
if (e.CurrentState == STATE.states.initialize)
{
if (e.PassOrFail)
{
mm_ready = true;
if (tp_ready)
{
EnableButtonConnect(false);
EnableButtonSleep(true);
EnableButtonDeepSleep(true);
}
}
}
//Multi-Meter Exit
if (e.CurrentState == STATE.states.exit)
{
if (tp_ready)
{
try
{
EnableButtonConnect(true);
EnableButtonSleep(false);
EnableButtonDeepSleep(false);
serialNumberScanned = false;
SetTxtBoxSN("");
tp_thread.exit();
}
catch { }
}
mm_fucntion = null;
mm_thread = null;
mm_ready = false;
}
//sleep1 current
if (e.CurrentState == STATE.states.MM_CalcSleep1Curr)
{
sleep1_test_done = true;
dut.IDDValue_Sleep = Convert.ToDouble(e.Message);
SetListBoxStatus(false, "Sleep1 Current:" + e.Message + "uA");
if (e.PassOrFail)
{
SetTextBoxSleepResult("PASS", Color.Green);
//Log.info("[" + serialNumber + "]" + "Sleep1 PASS:\t\t\t" + e.Average.ToString() + "uA");
}
else
{
SetTextBoxSleepResult("FAIL", Color.Red);
//Log.info("[" + serialNumber + "]" + "Sleep1 FAIL:\t\t\t" + e.Average.ToString() + "uA");
if (dut.ErrorCode == 0)
{
dut.ErrorCode += ErrorCode.ERROR_IDD_HIGH;
}
//No need to test the deep sleep.
deepsleep_test_done = true;
}
tp_thread.en_queue(STATE.states.TP_PowerOff);
if (sleep1_test_done && deepsleep_test_done)
{
serialNumberScanned = false;
SetTxtBoxSN("");
WriteTestReport();
if (Config.ONLINE)
{
UploadResult();
}
dut = null;
}
}
//deep sleep current
if (e.CurrentState==STATE.states.MM_CalcDeepSleepCurr)
{
deepsleep_test_done = true;
dut.IDDValue_DeepSleep = Convert.ToDouble(e.Message);
SetListBoxStatus(false, "Deep Sleep Current:" + e.Message + "uA");
if (e.PassOrFail)
{
SetTextBoxDeepSleepResult("PASS", Color.Green);
//Log.info("[" + serialNumber + "]" + "Deep Sleep PASS:\t\t" + e.Average.ToString() + "uA");
}
else
{
SetTextBoxDeepSleepResult("FAIL", Color.Red);
//Log.info("[" + serialNumber + "]" + "Deep Sleep FAIL:\t\t" + e.Average.ToString() + "uA");
if (dut.ErrorCode == 0)
{
dut.ErrorCode = ErrorCode.ERROR_IDD_LOW;
}
//No need to test the sleep1.
sleep1_test_done = true;
}
tp_thread.en_queue(STATE.states.TP_PowerOff);
if (sleep1_test_done && deepsleep_test_done)
{
serialNumberScanned = false;
SetTxtBoxSN("");
WriteTestReport();
if (Config.ONLINE)
{
UploadResult();
}
dut = null;
}
}
if (e.CurrentState == STATE.states.MM_ReadCurr)
{
SetListBoxStatus(false, "Current: " + e.Message + "uA");
}
}
private void mm_fucntion_ResultEvent(object sender, MMResultEventArgs e)
{
if (e.Status == 1)
{
sleep1_test_done = true;
dut.IDDValue_Sleep = e.Average;
SetListBoxStatus(false, "Sleep1 Current:" + e.Average.ToString() + "uA");
if (e.Result)
{
SetTextBoxSleepResult("PASS", Color.Green);
//Log.info("[" + serialNumber + "]" + "Sleep1 PASS:\t\t\t" + e.Average.ToString() + "uA");
}
else
{
SetTextBoxSleepResult("FAIL", Color.Red);
//Log.info("[" + serialNumber + "]" + "Sleep1 FAIL:\t\t\t" + e.Average.ToString() + "uA");
dut.ErrorCode += ErrorCode.ERROR_IDD_HIGH;
//No need to test the deep sleep.
deepsleep_test_done = true;
}
}
if (e.Status == 2)
{
deepsleep_test_done = true;
dut.IDDValue_DeepSleep = e.Average;
SetListBoxStatus(false, "Deep Sleep Current:" + e.Average.ToString() + "uA");
if (e.Result)
{
SetTextBoxDeepSleepResult("PASS", Color.Green);
//Log.info("[" + serialNumber + "]" + "Deep Sleep PASS:\t\t" + e.Average.ToString() + "uA");
}
else
{
SetTextBoxDeepSleepResult("FAIL", Color.Red);
//Log.info("[" + serialNumber + "]" + "Deep Sleep FAIL:\t\t" + e.Average.ToString() + "uA");
dut.ErrorCode += ErrorCode.ERROR_IDD_LOW;
//No need to test the sleep1.
sleep1_test_done = true;
}
}
tp_thread.en_queue(STATE.states.TP_PowerOff);
if (sleep1_test_done && deepsleep_test_done)
{
serialNumberScanned = false;
SetTxtBoxSN("");
WriteTestReport();
dut = null;
}
}
