public MTKTestError RunTest(int TestIndex)
{
Log.PrintLog(this, "Running test program " + (TestIndex + 1).ToString() + "/" +
TestProgram.Count.ToString(), LogDetailLevel.LogRelevant);
TestProgram[TestIndex].UpdateDUTPort(DUTSerialPort);
TestProgram[TestIndex].DUTConnectionMode = MTKTest.GetConnectionModeFromText(DUTConnectionType);
string TestType = TestProgram[TestIndex].ToString();
MTKTestError ReturnError;
if (CheckPorts(TestType, out ReturnError) == false)
{
return(ReturnError);
}
if (TestType == "MTKTestProgramAll")
{
((MTKTestProgramAll)TestProgram[TestIndex]).NumberOfDUTs = NumberOfDUTs;
((MTKTestProgramAll)TestProgram[TestIndex]).CurrentDUT = _CurrentDUT;
((MTKTestProgramAll)TestProgram[TestIndex]).DUTProgrammers = DUTProgrammers;
((MTKTestProgramAll)TestProgram[TestIndex]).DUTSerialPorts = DUTSerialPorts;
}
if (TestType == "MTKTestAnritsu")
{
((MTKTestAnritsu)TestProgram[TestIndex]).AnritsuPort = AnritsuSerialPort;
}
MTKTestError RetVal;
OnNextTest(TestIndex);
if (TestType == "MTKPSoCProgrammer")
{
if (((MTKPSoCProgrammer)TestProgram[TestIndex]).GlobalProgrammerSelected)
{
RetVal = DUTProgrammers[_CurrentDUT].RunTest();
}
else
{
RetVal = TestProgram[TestIndex].RunTest();
}
}
else
{
RetVal = TestProgram[TestIndex].RunTest();
}
OnTestComplete();
return(RetVal);
}
public MTKTestError RunTest(int TestIndex)
{
Stopwatch runtest_stopwatch = new Stopwatch();
Log.PrintLog(this, "Running test program " + (TestIndex + 1).ToString() + "/" +
TestProgram.Count.ToString(), LogDetailLevel.LogRelevant);
try
{
runtest_stopwatch.Restart();
}
catch (Exception)
{
throw;
}
TestProgram[TestIndex].UpdateDUTPort(DUTSerialPort);
TestProgram[TestIndex].UpdateMTKHostPort(MTKSerialPort);
TestProgram[TestIndex].DUTConnectionMode = MTKTest.GetConnectionModeFromText(DUTConnectionType);
string TestType = TestProgram[TestIndex].ToString();
CurrentMTKTestType = MTKTestType.MTKTest;
MTKTestError ReturnError;
if (CheckPorts(TestType, out ReturnError) == false)
{
return(ReturnError);
}
if (TestType == "MTKTestProgramAll")
{
((MTKTestProgramAll)TestProgram[TestIndex]).NumberOfDUTs = NumberOfDUTs;
((MTKTestProgramAll)TestProgram[TestIndex]).CurrentDUT = _CurrentDUT;
((MTKTestProgramAll)TestProgram[TestIndex]).DUTProgrammers = DUTProgrammers;
((MTKTestProgramAll)TestProgram[TestIndex]).DUTSerialPorts = DUTSerialPorts;
CurrentMTKTestType = MTKTestType.MTKTestProgramAll;
}
TestProgram[TestIndex].CurrentDUT = _CurrentDUT;
if (TestType == "MTKTestDUTCurrentMeasure")
{
((MTKTestDUTCurrentMeasure)TestProgram[TestIndex]).NumberOfDUTs = NumberOfDUTs;
((MTKTestDUTCurrentMeasure)TestProgram[TestIndex]).DUTSerialPorts = DUTSerialPorts;
((MTKTestDUTCurrentMeasure)TestProgram[TestIndex]).CurrentDUT = _CurrentDUT + 1;
CurrentMTKTestType = MTKTestType.MTKTestDUTCurrentMeasure;
}
if (TestType == "MTKTestAnritsu")
{
((MTKTestAnritsu)TestProgram[TestIndex]).AnritsuPort = AnritsuSerialPort;
CurrentMTKTestType = MTKTestType.MTKTestAnritsu;
}
MTKTestError RetVal;
OnNextTest(TestIndex);
if (TestType == "MTKPSoCProgrammer")
{
CurrentMTKTestType = MTKTestType.MTKPSoCProgrammer;
if (((MTKPSoCProgrammer)TestProgram[TestIndex]).GlobalProgrammerSelected)
{
RetVal = DUTProgrammers[_CurrentDUT].RunTest();
}
else
{
RetVal = TestProgram[TestIndex].RunTest();
}
}
else
{
if (DUTSerialPorts[_CurrentDUT].IsOpen && CyBLE_MTK.DUTSerialPortsConfigured[CurrentDUT] == true)
{
RetVal = TestProgram[TestIndex].RunTest();
}
else
{
if (CurrentMTKTestType == MTKTestType.MTKTestProgramAll)
{
RetVal = TestProgram[TestIndex].RunTest();
}
else
{
RetVal = MTKTestError.IgnoringDUT;
}
}
}
runtest_stopwatch.Stop();
if (TestProgram[TestIndex].CurrentMTKTestType == MTKTestType.MTKTestSTC && RetVal != MTKTestError.IgnoringDUT)
{
CyBLE_MTK.STCTestCycleTime[CurrentDUT] = runtest_stopwatch.Elapsed.TotalSeconds + " secs";
}
else if (TestProgram[TestIndex].CurrentMTKTestType == MTKTestType.MTKTestCUSReadGPIO && RetVal != MTKTestError.IgnoringDUT)
{
CyBLE_MTK.Result_CUSTOM_CMD_READ_GPIO_1[CurrentDUT] = runtest_stopwatch.Elapsed.TotalSeconds + " secs";
}
else if (TestProgram[TestIndex].CurrentMTKTestType == MTKTestType.MTKTestCUSReadOpenGPIO && RetVal != MTKTestError.IgnoringDUT)
{
CyBLE_MTK.Result_CUSTOM_CMD_READ_OPEN_GPIO_2[CurrentDUT] = runtest_stopwatch.Elapsed.TotalSeconds + " secs";
}
else if (TestProgram[TestIndex].CurrentMTKTestType == MTKTestType.MTKTestCUSReadFWVersion && RetVal != MTKTestError.IgnoringDUT)
{
CyBLE_MTK.Result_CUSTOM_CMD_READ_FW_VERSION_11[CurrentDUT] = runtest_stopwatch.Elapsed.TotalSeconds + " secs";
}
OnTestComplete();
return(RetVal);
}
public MTKTestError RunTest(int TestIndex)
{
Log.PrintLog(this, "Running test program " + (TestIndex + 1).ToString() + "/" +
TestProgram.Count.ToString(), LogDetailLevel.LogRelevant);
TestProgram[TestIndex].UpdateDUTPort(DUTSerialPort);
TestProgram[TestIndex].DUTConnectionMode = MTKTest.GetConnectionModeFromText(DUTConnectionType);
string TestType = TestProgram[TestIndex].ToString();
if ((TestType == "MTKTestTXP") || (TestType == "MTKTestTXPER") || (TestType == "MTKTestRXP") ||
(TestType == "MTKTestRXPER") || (TestType == "MTKTestTXCW") || (TestType == "MTKTestAnritsu") ||
(TestType == "MTKTestCUS") || (TestType == "MTKTestSTC"))
{
if (CheckPorts(TestType))
{
if (MTKSerialPort.IsOpen == false)
{
return(MTKTestError.MissingMTKSerialPort);
}
if ((DUTSerialPort.IsOpen == false) && (DUTConnectionType == "UART"))
{
if (_IgnoreDUT)
{
return(MTKTestError.IgnoringDUT);
}
else
{
return(MTKTestError.MissingDUTSerialPort);
}
}
if ((AnritsuSerialPort.IsOpen == false) && (TestType == "MTKTestAnritsu"))
{
return(MTKTestError.MissingAnritsuSerialPort);
}
}
}
if (TestType == "MTKTestProgramAll")
{
((MTKTestProgramAll)TestProgram[TestIndex]).NumberOfDUTs = NumberOfDUTs;
((MTKTestProgramAll)TestProgram[TestIndex]).CurrentDUT = _CurrentDUT;
((MTKTestProgramAll)TestProgram[TestIndex]).DUTProgrammers = DUTProgrammers;
}
if (TestType == "MTKTestAnritsu")
{
((MTKTestAnritsu)TestProgram[TestIndex]).AnritsuPort = AnritsuSerialPort;
}
MTKTestError RetVal;
OnNextTest(TestIndex);
if (TestType == "MTKPSoCProgrammer")
{
if (((MTKPSoCProgrammer)TestProgram[TestIndex]).GlobalProgrammerSelected)
{
RetVal = DUTProgrammers[_CurrentDUT].RunTest();
}
else
{
RetVal = TestProgram[TestIndex].RunTest();
}
}
else
{
RetVal = TestProgram[TestIndex].RunTest();
}
OnTestComplete();
return(RetVal);
}